Repository: phiresky/ripgrep-all Branch: master Commit: d6d7d5314ba4 Files: 70 Total size: 1.0 MB Directory structure: gitextract_jwvrvi_c/ ├── .cargo/ │ └── audit.toml ├── .envrc ├── .github/ │ ├── ISSUE_TEMPLATE/ │ │ ├── bug_report.md │ │ └── feature_request.md │ └── workflows/ │ ├── ci.yml │ └── release.yml ├── .gitignore ├── .typos.toml ├── .vscode/ │ └── launch.json ├── CHANGELOG.md ├── Cargo.toml ├── LICENSE.md ├── README.md ├── ci/ │ ├── macos-install-packages │ └── ubuntu-install-packages ├── doc/ │ ├── config.default.jsonc │ ├── notes.md │ └── update-readme.sh ├── exampledir/ │ ├── decompress/ │ │ ├── test.log │ │ ├── test.log.bz2 │ │ ├── test.log.xz │ │ ├── test.log.zst │ │ └── testlogbutwithoutextension │ ├── demo/ │ │ ├── greeting.mkv │ │ ├── hello.odt │ │ └── hello.sqlite3 │ ├── encoding/ │ │ ├── utf16le.txt │ │ └── utf8.txt │ ├── formatting.epub │ ├── mail_nested.eml │ ├── mail_pdf_attach.eml │ ├── sqlitedb │ ├── tar/ │ │ └── test.tar.bz2 │ ├── test/ │ │ ├── github_email.eml │ │ ├── hello.sqlite3 │ │ ├── mail_with_attachment.mbox │ │ └── test.mbx │ ├── test.djvu │ ├── wasteland.docx │ ├── wasteland.epub │ ├── wasteland.fb2 │ ├── wasteland.mkv │ ├── wasteland.mobi │ └── wasteland.odt ├── flake.nix ├── rust-toolchain.toml └── src/ ├── adapted_iter.rs ├── adapters/ │ ├── custom.rs │ ├── decompress.rs │ ├── ffmpeg.rs │ ├── mbox.rs │ ├── postproc.rs │ ├── sqlite.rs │ ├── tar.rs │ ├── writing.rs │ └── zip.rs ├── adapters.rs ├── bin/ │ ├── rga-fzf-open.rs │ ├── rga-fzf.rs │ ├── rga-preproc.rs │ └── rga.rs ├── caching_writer.rs ├── config.rs ├── expand.rs ├── lib.rs ├── matching.rs ├── preproc.rs ├── preproc_cache.rs ├── recurse.rs └── test_utils.rs ================================================ FILE CONTENTS ================================================ ================================================ FILE: .cargo/audit.toml ================================================ [yanked] enabled = false # doesn't work in Nix sandbox update_index = false # crates.io index managed by Nix ================================================ FILE: .envrc ================================================ use flake ================================================ FILE: .github/ISSUE_TEMPLATE/bug_report.md ================================================ --- name: Bug report about: Create a report to help us improve title: '' labels: bug assignees: '' --- **Describe the bug** **To Reproduce** Attach example file: Run command: **Output** **Screenshots** If applicable, add screenshots to help explain your problem. **Operating System and Version** **Output of `rga --version`** ================================================ FILE: .github/ISSUE_TEMPLATE/feature_request.md ================================================ --- name: Feature request about: Suggest an idea for this project title: '' labels: '' assignees: '' --- **Is your feature request related to a problem? Please describe.** A clear and concise description of what the problem is. Ex. I'm always frustrated when [...] **Describe the solution you'd like** A clear and concise description of what you want to happen. **Describe alternatives you've considered** A clear and concise description of any alternative solutions or features you've considered. **Additional context** Add any other context or screenshots about the feature request here. ================================================ FILE: .github/workflows/ci.yml ================================================ # Based on https://github.com/actions-rs/meta/blob/master/recipes/quickstart.md # # While our "example" application has platform-specific code, # for simplicity we are compiling and testing everything in a nix-on-Linux environment only. on: [push, pull_request] name: ci jobs: nix-flake-check: name: nix flake check runs-on: ubuntu-latest steps: - name: Checkout sources uses: actions/checkout@v4 - name: Install nix uses: cachix/install-nix-action@v21 - name: Ensure the build succeeds run: nix build - name: Run `nix flake check` to run formatters, linters, and tests run: nix flake check --print-build-logs ================================================ FILE: .github/workflows/release.yml ================================================ # adapted from https://github.com/BurntSushi/ripgrep/blob/master/.github/workflows/release.yml # The way this works is a little weird. But basically, the create-release job # runs purely to initialize the GitHub release itself. Once done, the upload # URL of the release is saved as an artifact. # # The build-release job runs only once create-release is finished. It gets # the release upload URL by downloading the corresponding artifact (which was # uploaded by create-release). It then builds the release executables for each # supported platform and attaches them as release assets to the previously # created release. # # The key here is that we create the release only once. name: release on: push: # Enable when testing release infrastructure on a branch. # branches: # - ag/release tags: - "v[0-9]+.[0-9]+.[0-9]+*" jobs: create-release: permissions: write-all name: create-release runs-on: ubuntu-latest # env: # Set to force version number, e.g., when no tag exists. # RG_VERSION: TEST-0.0.0 steps: - name: Create artifacts directory run: mkdir artifacts - name: Get the release version from the tag if: env.RG_VERSION == '' run: | # Apparently, this is the right way to get a tag name. Really? # # See: https://github.community/t5/GitHub-Actions/How-to-get-just-the-tag-name/m-p/32167/highlight/true#M1027 echo "RG_VERSION=${GITHUB_REF#refs/tags/}" >> $GITHUB_ENV echo "version is: ${{ env.RG_VERSION }}" - name: Create GitHub release id: release uses: actions/create-release@v1 env: GITHUB_TOKEN: ${{ secrets.GITHUB_TOKEN }} with: tag_name: ${{ env.RG_VERSION }} release_name: ${{ env.RG_VERSION }} - name: Save release upload URL to artifact run: echo "${{ steps.release.outputs.upload_url }}" > artifacts/release-upload-url - name: Save version number to artifact run: echo "${{ env.RG_VERSION }}" > artifacts/release-version - name: Upload artifacts uses: actions/upload-artifact@v4 with: name: artifacts path: artifacts build-release: name: build-release needs: ["create-release"] runs-on: ${{ matrix.os }} env: # For some builds, we use cross to test on 32-bit and big-endian # systems. CARGO: cargo # When CARGO is set to CROSS, this is set to `--target matrix.target`. TARGET_FLAGS: "" # When CARGO is set to CROSS, TARGET_DIR includes matrix.target. TARGET_DIR: ./target # Emit backtraces on panics. RUST_BACKTRACE: 1 strategy: matrix: include: - build: linux os: ubuntu-22.04 rust: nightly target: x86_64-unknown-linux-musl strip: x86_64-linux-musl-strip - build: linux os: ubuntu-22.04 rust: nightly target: arm-unknown-linux-gnueabihf strip: arm-linux-gnueabihf-strip - build: linux os: ubuntu-22.04 rust: nightly target: aarch64-unknown-linux-gnu strip: aarch64-linux-gnu-strip - build: macos os: macos-latest rust: nightly target: x86_64-apple-darwin - build: macos os: macos-latest rust: nightly target: aarch64-apple-darwin - build: win os: windows-2025 rust: nightly target: x86_64-pc-windows-msvc #- build: win # os: windows-2019 # rust: nightly-x86_64-gnu # target: x86_64-pc-windows-gnu steps: - name: Checkout repository uses: actions/checkout@v4 with: fetch-depth: 1 - name: Install packages (Ubuntu) if: matrix.build == 'linux' run: | ci/ubuntu-install-packages - name: Install packages (macOS) if: matrix.build == 'macos' run: | ci/macos-install-packages - name: Install Rust uses: actions-rs/toolchain@v1 with: toolchain: ${{ matrix.rust }} profile: minimal override: true target: ${{ matrix.target }} - name: Use Cross shell: bash run: | cargo install cross echo "CARGO=cross" >> $GITHUB_ENV echo "TARGET_FLAGS=--target ${{ matrix.target }}" >> $GITHUB_ENV echo "TARGET_DIR=./target/${{ matrix.target }}" >> $GITHUB_ENV - name: Show command used for Cargo run: | echo "cargo command is: ${{ env.CARGO }}" echo "target flag is: ${{ env.TARGET_FLAGS }}" echo "target dir is: ${{ env.TARGET_DIR }}" - name: Get release download URL uses: actions/download-artifact@v4 with: name: artifacts path: artifacts - name: Set release upload URL and release version shell: bash run: | echo "RELEASE_UPLOAD_URL=$(cat artifacts/release-upload-url)" >> $GITHUB_ENV echo "release upload url: $RELEASE_UPLOAD_URL" echo "RELEASE_VERSION=$(cat artifacts/release-version)" >> $GITHUB_ENV echo "release version: $RELEASE_VERSION" - name: Build release binary run: ${{ env.CARGO }} build --verbose --release ${{ env.TARGET_FLAGS }} - name: Strip release binary (macos) if: matrix.build == 'macos' run: | strip "target/${{ matrix.target }}/release/rga" \ "target/${{ matrix.target }}/release/rga-preproc" \ "target/${{ matrix.target }}/release/rga-fzf" \ "target/${{ matrix.target }}/release/rga-fzf-open" - name: Strip release binary (linux) if: matrix.build == 'linux' run: | docker run --rm -v \ "$PWD/target:/target:Z" \ "rustembedded/cross:${{ matrix.target }}" \ "${{ matrix.strip }}" \ "/target/${{ matrix.target }}/release/rga" \ "/target/${{ matrix.target }}/release/rga-preproc" \ "/target/${{ matrix.target }}/release/rga-fzf" \ "/target/${{ matrix.target }}/release/rga-fzf-open" - name: Build archive shell: bash run: | staging="ripgrep_all-${{ env.RELEASE_VERSION }}-${{ matrix.target }}" mkdir -p "$staging"/doc cp {README.md,LICENSE.md} "$staging/" cp CHANGELOG.md "$staging/doc/" if [ "${{ matrix.build }}" = "win" ]; then cp "target/${{ matrix.target }}/release/rga.exe" "$staging/" cp "target/${{ matrix.target }}/release/rga-preproc.exe" "$staging/" cp "target/${{ matrix.target }}/release/rga-fzf.exe" "$staging/" cp "target/${{ matrix.target }}/release/rga-fzf-open.exe" "$staging/" 7z a "$staging.zip" "$staging" echo "ASSET=$staging.zip" >> $GITHUB_ENV else cp "target/${{ matrix.target }}/release/rga" "$staging/" cp "target/${{ matrix.target }}/release/rga-preproc" "$staging/" cp "target/${{ matrix.target }}/release/rga-fzf" "$staging/" cp "target/${{ matrix.target }}/release/rga-fzf-open" "$staging/" tar czf "$staging.tar.gz" "$staging" echo "ASSET=$staging.tar.gz" >> $GITHUB_ENV fi - name: Upload release archive uses: actions/upload-release-asset@v1.0.1 env: GITHUB_TOKEN: ${{ secrets.GITHUB_TOKEN }} with: upload_url: ${{ env.RELEASE_UPLOAD_URL }} asset_path: ${{ env.ASSET }} asset_name: ${{ env.ASSET }} asset_content_type: application/octet-stream ================================================ FILE: .gitignore ================================================ /result /target /exampledir.2 /.idea /.pre-commit-config.yaml /.vscode/settings.json **/*.rs.bk ================================================ FILE: .typos.toml ================================================ [default.extend-words] als = "als" [files] extend-exclude = ["exampledir/*"] ================================================ FILE: .vscode/launch.json ================================================ { // Use IntelliSense to learn about possible attributes. // Hover to view descriptions of existing attributes. // For more information, visit: https://go.microsoft.com/fwlink/?linkid=830387 "version": "0.2.0", "configurations": [ { "type": "lldb", "request": "attach", "name": "Attach", "program": "${workspaceFolder}/target/release/rga-preproc" }, { "type": "lldb", "request": "launch", "name": "Debug unit tests in library 'rga'", "cargo": { "args": ["test", "--no-run", "--lib", "--package=rga"], "filter": { "name": "rga", "kind": "lib" } }, "args": [], "cwd": "${workspaceFolder}" }, { "type": "lldb", "request": "launch", "name": "Debug executable 'rga'", "cargo": { "args": ["build", "--bin=rga"], "filter": { "name": "rga", "kind": "bin" } }, "args": [], "cwd": "${workspaceFolder}" }, { "type": "lldb", "request": "launch", "name": "Debug unit tests in executable 'rga'", "cargo": { "args": ["test", "--no-run", "--bin=rga", "--package=ripgrep-all"], "filter": { "name": "rga", "kind": "bin" } }, "args": [], "cwd": "${workspaceFolder}" }, { "type": "lldb", "request": "launch", "name": "Debug executable 'rga-preproc'", "cargo": { "args": ["build", "--bin=rga-preproc"], "filter": { "name": "rga-preproc", "kind": "bin" } }, "args": ["exampledir/tar/test.tar.bz2"], "cwd": "${workspaceFolder}" }, { "type": "lldb", "request": "launch", "name": "Debug unit tests in executable 'rga-preproc'", "cargo": { "args": ["test", "--no-run", "--bin=rga-preproc", "--package=rga"], "filter": { "name": "rga-preproc", "kind": "bin" } }, "args": [], "cwd": "${workspaceFolder}" } ] } ================================================ FILE: CHANGELOG.md ================================================ # 0.10.5 (2024-01-16) - return the same exit status as rg # 0.10.4 (2024-01-16) - add `--rga-no-prefix-filenames` flag (https://github.com/phiresky/ripgrep-all/issues/154) # 0.10.3 (2024-01-15) This was originally supposed to be version 1.0.0, but I don't feel confident enough in the stability to call it that. Highlights: - rga is now configurable via a config file (~/.config/ripgrep-all/config.jsonc) that is generated on first use, including schema. - Custom subprocess-spawning adapters can be defined via config file. See https://github.com/phiresky/ripgrep-all/wiki - External adapters can be shared with the community at https://github.com/phiresky/ripgrep-all/discussions Others: - mbox adapter (@FliegendeWurst https://github.com/phiresky/ripgrep-all/pull/104) - auto generate parts of the readme - add loads of debug logs and performance timings when `--debug` is used - better error messages via `anyhow` - add cross-platform rga-fzf binary - change whole code base to be async - change adapter interface from `(&Read, &Write) -> ()` to `AsyncRead -> AsyncRead` to allow chaining of adapters # 0.9.6 (2020-05-19) - Fix windows builds - Case insensitive file extension matching - Move to Github Actions instead of Travis - Fix searching for words that are hyphenated in PDFs (#44) - Always load rga-preproc binary from location where rga is # 0.9.5 (2020-04-08) - Allow search in pdf files without extension (https://github.com/phiresky/ripgrep-all/issues/39) - Prefer shipped binaries to system-installed ones (https://github.com/phiresky/ripgrep-all/issues/32) - Upgrade dependencies # 0.9.3 (2019-09-19) - Fix compilation on new Rust by updating rusqlite ([#25](https://github.com/phiresky/ripgrep-all/pull/25)) # 0.9.2 (2019-06-17) - Fix file ending regex ([#13](https://github.com/phiresky/ripgrep-all/issues/13)) - Fix decoding of UTF16 with BOM ([#5](https://github.com/phiresky/ripgrep-all/issues/5)) - Shorten the output on failure to two lines (https://github.com/phiresky/ripgrep-all/issues/7), you can use `--no-messages` to completely suppress errors. - Better installations instructions in readme for each OS - Add windows binaries! Including all dependencies! # 0.9.1 (2019-06-16) - Add enabled adapters to cache key if caching for archive - Prevent empty trailing page output in pdf reader # 0.9.0 (2019-06-16) - Split decompress and tar adapter so we can also read pure .bz2 files etc - Add mime type detection to decompress so we can read e.g. /boot/initramfs.img which is a bz2 file without ending # 0.8.9 (2019-06-15) - Finally fix linux binary package - add readme to crates.io # 0.8.7 (2019-06-15) Minor fixes - Correctly wrap help text - Show own help when no arguments given - Hopefully package the rga binary correctly # 0.8.5 previous changes not documented ================================================ FILE: Cargo.toml ================================================ [package] authors = ["phiresky "] description = "rga: ripgrep, but also search in PDFs, E-Books, Office documents, zip, tar.gz, etc." edition = "2024" exclude = [ "exampledir/*", ] homepage = "https://github.com/phiresky/ripgrep-all" license = "AGPL-3.0-or-later" name = "ripgrep_all" readme = "README.md" repository = "https://github.com/phiresky/ripgrep-all" version = "0.10.10" [features] default = ["perf-literal"] perf-literal = ["regex/perf-literal"] # See more keys and their definitions at https://doc.rust-lang.org/cargo/reference/manifest.html [dependencies] anyhow = {version = "1.0.71", features = ["backtrace"]} async-compression = { version = "0.4.0", features = ["all", "all-algorithms", "tokio"] } async-stream = "0.3.5" async-trait = "0.1.68" async_zip = {version = "0.0.12", features = ["full"]} bincode = "1.3.3" bytes = "1.4.0" clap = {version = "4.3.0", features = ["wrap_help"]} crossbeam = "0.8.2" crossbeam-channel = "0.5.8" derive_more = "0.99.17" directories-next = "2.0.0" dyn-clonable = "0.9.0" dyn-clone = "1.0.11" encoding_rs = "0.8.32" encoding_rs_io = "0.1.7" env_logger = "0.10.0" glob = "0.3.1" json_comments = "0.2.1" lazy_static = "1.4.0" log = "0.4.17" mailparse = "0.14.0" memchr = "2.5.0" mime2ext = "0.1.52" open = "5" paste = "1.0.12" path-clean = "1.0.1" pretty-bytes = "0.2.2" regex = "1.8.2" rusqlite = {version = "0.30.0", features = ["vtab", "bundled"]} schemars = {version = "0.8.12", features = ["preserve_order"]} serde = {version = "1.0.163", features = ["derive"]} serde_json = "1.0.96" size_format = "1.0.2" structopt = "0.3.26" tempfile = "3.5.0" tokio = {version = "1.28.1", features = ["full"]} tokio-rusqlite = "0.5.0" tokio-stream = {version = "0.1.14", features = ["io-util", "tokio-util"]} astral-tokio-tar = "0.5.6" tokio-util = {version = "0.7.8", features = ["io", "full"]} tree_magic = {package = "tree_magic_mini", version = "3.0.3"} [dev-dependencies] async-recursion = "1.0.4" ctor = "0.2.0" pretty_assertions = "1.3.0" tempfile = "3.5.0" tokio-test = "0.4.2" [profile.release] debug = true lto = "thin" split-debuginfo = "packed" ================================================ FILE: LICENSE.md ================================================ I like the concept of giving back, so I settled on the AGPL as the default license for all my personal projects. This isn't set in stone, so feel free to write me at `phireskyde+git@gmail.com` if you need something else. --- ### GNU AFFERO GENERAL PUBLIC LICENSE Version 3, 19 November 2007 Copyright © 2007 Free Software Foundation, Inc. <> Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. ### Preamble The GNU Affero General Public License is a free, copyleft license for software and other kinds of works, specifically designed to ensure cooperation with the community in the case of network server software. The licenses for most software and other practical works are designed to take away your freedom to share and change the works. By contrast, our General Public Licenses are intended to guarantee your freedom to share and change all versions of a program--to make sure it remains free software for all its users. When we speak of free software, we are referring to freedom, not price. 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You may convey a covered work in object code form under the terms of sections 4 and 5, provided that you also convey the machine-readable Corresponding Source under the terms of this License, in one of these ways: - a\) Convey the object code in, or embodied in, a physical product (including a physical distribution medium), accompanied by the Corresponding Source fixed on a durable physical medium customarily used for software interchange. - b\) Convey the object code in, or embodied in, a physical product (including a physical distribution medium), accompanied by a written offer, valid for at least three years and valid for as long as you offer spare parts or customer support for that product model, to give anyone who possesses the object code either (1) a copy of the Corresponding Source for all the software in the product that is covered by this License, on a durable physical medium customarily used for software interchange, for a price no more than your reasonable cost of physically performing this conveying of source, or (2) access to copy the Corresponding Source from a network server at no charge. - c\) Convey individual copies of the object code with a copy of the written offer to provide the Corresponding Source. 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If you convey an object code work under this section in, or with, or specifically for use in, a User Product, and the conveying occurs as part of a transaction in which the right of possession and use of the User Product is transferred to the recipient in perpetuity or for a fixed term (regardless of how the transaction is characterized), the Corresponding Source conveyed under this section must be accompanied by the Installation Information. But this requirement does not apply if neither you nor any third party retains the ability to install modified object code on the User Product (for example, the work has been installed in ROM). The requirement to provide Installation Information does not include a requirement to continue to provide support service, warranty, or updates for a work that has been modified or installed by the recipient, or for the User Product in which it has been modified or installed. Access to a network may be denied when the modification itself materially and adversely affects the operation of the network or violates the rules and protocols for communication across the network. Corresponding Source conveyed, and Installation Information provided, in accord with this section must be in a format that is publicly documented (and with an implementation available to the public in source code form), and must require no special password or key for unpacking, reading or copying. #### 7. Additional Terms. "Additional permissions" are terms that supplement the terms of this License by making exceptions from one or more of its conditions. Additional permissions that are applicable to the entire Program shall be treated as though they were included in this License, to the extent that they are valid under applicable law. If additional permissions apply only to part of the Program, that part may be used separately under those permissions, but the entire Program remains governed by this License without regard to the additional permissions. When you convey a copy of a covered work, you may at your option remove any additional permissions from that copy, or from any part of it. (Additional permissions may be written to require their own removal in certain cases when you modify the work.) You may place additional permissions on material, added by you to a covered work, for which you have or can give appropriate copyright permission. 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All other non-permissive additional terms are considered "further restrictions" within the meaning of section 10. If the Program as you received it, or any part of it, contains a notice stating that it is governed by this License along with a term that is a further restriction, you may remove that term. If a license document contains a further restriction but permits relicensing or conveying under this License, you may add to a covered work material governed by the terms of that license document, provided that the further restriction does not survive such relicensing or conveying. If you add terms to a covered work in accord with this section, you must place, in the relevant source files, a statement of the additional terms that apply to those files, or a notice indicating where to find the applicable terms. Additional terms, permissive or non-permissive, may be stated in the form of a separately written license, or stated as exceptions; the above requirements apply either way. #### 8. Termination. You may not propagate or modify a covered work except as expressly provided under this License. Any attempt otherwise to propagate or modify it is void, and will automatically terminate your rights under this License (including any patent licenses granted under the third paragraph of section 11). However, if you cease all violation of this License, then your license from a particular copyright holder is reinstated (a) provisionally, unless and until the copyright holder explicitly and finally terminates your license, and (b) permanently, if the copyright holder fails to notify you of the violation by some reasonable means prior to 60 days after the cessation. Moreover, your license from a particular copyright holder is reinstated permanently if the copyright holder notifies you of the violation by some reasonable means, this is the first time you have received notice of violation of this License (for any work) from that copyright holder, and you cure the violation prior to 30 days after your receipt of the notice. Termination of your rights under this section does not terminate the licenses of parties who have received copies or rights from you under this License. If your rights have been terminated and not permanently reinstated, you do not qualify to receive new licenses for the same material under section 10. #### 9. Acceptance Not Required for Having Copies. You are not required to accept this License in order to receive or run a copy of the Program. Ancillary propagation of a covered work occurring solely as a consequence of using peer-to-peer transmission to receive a copy likewise does not require acceptance. However, nothing other than this License grants you permission to propagate or modify any covered work. These actions infringe copyright if you do not accept this License. Therefore, by modifying or propagating a covered work, you indicate your acceptance of this License to do so. #### 10. Automatic Licensing of Downstream Recipients. Each time you convey a covered work, the recipient automatically receives a license from the original licensors, to run, modify and propagate that work, subject to this License. You are not responsible for enforcing compliance by third parties with this License. An "entity transaction" is a transaction transferring control of an organization, or substantially all assets of one, or subdividing an organization, or merging organizations. If propagation of a covered work results from an entity transaction, each party to that transaction who receives a copy of the work also receives whatever licenses to the work the party's predecessor in interest had or could give under the previous paragraph, plus a right to possession of the Corresponding Source of the work from the predecessor in interest, if the predecessor has it or can get it with reasonable efforts. You may not impose any further restrictions on the exercise of the rights granted or affirmed under this License. For example, you may not impose a license fee, royalty, or other charge for exercise of rights granted under this License, and you may not initiate litigation (including a cross-claim or counterclaim in a lawsuit) alleging that any patent claim is infringed by making, using, selling, offering for sale, or importing the Program or any portion of it. #### 11. Patents. A "contributor" is a copyright holder who authorizes use under this License of the Program or a work on which the Program is based. The work thus licensed is called the contributor's "contributor version". A contributor's "essential patent claims" are all patent claims owned or controlled by the contributor, whether already acquired or hereafter acquired, that would be infringed by some manner, permitted by this License, of making, using, or selling its contributor version, but do not include claims that would be infringed only as a consequence of further modification of the contributor version. For purposes of this definition, "control" includes the right to grant patent sublicenses in a manner consistent with the requirements of this License. Each contributor grants you a non-exclusive, worldwide, royalty-free patent license under the contributor's essential patent claims, to make, use, sell, offer for sale, import and otherwise run, modify and propagate the contents of its contributor version. In the following three paragraphs, a "patent license" is any express agreement or commitment, however denominated, not to enforce a patent (such as an express permission to practice a patent or covenant not to sue for patent infringement). To "grant" such a patent license to a party means to make such an agreement or commitment not to enforce a patent against the party. If you convey a covered work, knowingly relying on a patent license, and the Corresponding Source of the work is not available for anyone to copy, free of charge and under the terms of this License, through a publicly available network server or other readily accessible means, then you must either (1) cause the Corresponding Source to be so available, or (2) arrange to deprive yourself of the benefit of the patent license for this particular work, or (3) arrange, in a manner consistent with the requirements of this License, to extend the patent license to downstream recipients. "Knowingly relying" means you have actual knowledge that, but for the patent license, your conveying the covered work in a country, or your recipient's use of the covered work in a country, would infringe one or more identifiable patents in that country that you have reason to believe are valid. If, pursuant to or in connection with a single transaction or arrangement, you convey, or propagate by procuring conveyance of, a covered work, and grant a patent license to some of the parties receiving the covered work authorizing them to use, propagate, modify or convey a specific copy of the covered work, then the patent license you grant is automatically extended to all recipients of the covered work and works based on it. A patent license is "discriminatory" if it does not include within the scope of its coverage, prohibits the exercise of, or is conditioned on the non-exercise of one or more of the rights that are specifically granted under this License. You may not convey a covered work if you are a party to an arrangement with a third party that is in the business of distributing software, under which you make payment to the third party based on the extent of your activity of conveying the work, and under which the third party grants, to any of the parties who would receive the covered work from you, a discriminatory patent license (a) in connection with copies of the covered work conveyed by you (or copies made from those copies), or (b) primarily for and in connection with specific products or compilations that contain the covered work, unless you entered into that arrangement, or that patent license was granted, prior to 28 March 2007. Nothing in this License shall be construed as excluding or limiting any implied license or other defenses to infringement that may otherwise be available to you under applicable patent law. #### 12. No Surrender of Others' Freedom. If conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot convey a covered work so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not convey it at all. For example, if you agree to terms that obligate you to collect a royalty for further conveying from those to whom you convey the Program, the only way you could satisfy both those terms and this License would be to refrain entirely from conveying the Program. #### 13. Remote Network Interaction; Use with the GNU General Public License. Notwithstanding any other provision of this License, if you modify the Program, your modified version must prominently offer all users interacting with it remotely through a computer network (if your version supports such interaction) an opportunity to receive the Corresponding Source of your version by providing access to the Corresponding Source from a network server at no charge, through some standard or customary means of facilitating copying of software. This Corresponding Source shall include the Corresponding Source for any work covered by version 3 of the GNU General Public License that is incorporated pursuant to the following paragraph. Notwithstanding any other provision of this License, you have permission to link or combine any covered work with a work licensed under version 3 of the GNU General Public License into a single combined work, and to convey the resulting work. The terms of this License will continue to apply to the part which is the covered work, but the work with which it is combined will remain governed by version 3 of the GNU General Public License. #### 14. Revised Versions of this License. The Free Software Foundation may publish revised and/or new versions of the GNU Affero General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies that a certain numbered version of the GNU Affero General Public License "or any later version" applies to it, you have the option of following the terms and conditions either of that numbered version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of the GNU Affero General Public License, you may choose any version ever published by the Free Software Foundation. If the Program specifies that a proxy can decide which future versions of the GNU Affero General Public License can be used, that proxy's public statement of acceptance of a version permanently authorizes you to choose that version for the Program. Later license versions may give you additional or different permissions. However, no additional obligations are imposed on any author or copyright holder as a result of your choosing to follow a later version. #### 15. Disclaimer of Warranty. THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. #### 16. Limitation of Liability. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES AND/OR CONVEYS THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. #### 17. Interpretation of Sections 15 and 16. If the disclaimer of warranty and limitation of liability provided above cannot be given local legal effect according to their terms, reviewing courts shall apply local law that most closely approximates an absolute waiver of all civil liability in connection with the Program, unless a warranty or assumption of liability accompanies a copy of the Program in return for a fee. END OF TERMS AND CONDITIONS ### How to Apply These Terms to Your New Programs If you develop a new program, and you want it to be of the greatest possible use to the public, the best way to achieve this is to make it free software which everyone can redistribute and change under these terms. To do so, attach the following notices to the program. It is safest to attach them to the start of each source file to most effectively state the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. Copyright (C) This program is free software: you can redistribute it and/or modify it under the terms of the GNU Affero General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Affero General Public License for more details. You should have received a copy of the GNU Affero General Public License along with this program. If not, see . Also add information on how to contact you by electronic and paper mail. If your software can interact with users remotely through a computer network, you should also make sure that it provides a way for users to get its source. For example, if your program is a web application, its interface could display a "Source" link that leads users to an archive of the code. There are many ways you could offer source, and different solutions will be better for different programs; see section 13 for the specific requirements. You should also get your employer (if you work as a programmer) or school, if any, to sign a "copyright disclaimer" for the program, if necessary. For more information on this, and how to apply and follow the GNU AGPL, see <>. ================================================ FILE: README.md ================================================ # rga: ripgrep, but also search in PDFs, E-Books, Office documents, zip, tar.gz, etc. rga is a line-oriented search tool that allows you to look for a regex in a multitude of file types. rga wraps the awesome [ripgrep] and enables it to search in pdf, docx, sqlite, jpg, movie subtitles (mkv, mp4), etc. [ripgrep]: https://github.com/BurntSushi/ripgrep [![github repo](https://img.shields.io/badge/repo-github.com%2Fphiresky%2Fripgrep--all-informational.svg)](https://github.com/phiresky/ripgrep-all) [![Crates.io](https://img.shields.io/crates/v/ripgrep-all.svg)](https://crates.io/crates/ripgrep-all) [![fearless concurrency](https://img.shields.io/badge/concurrency-fearless-success.svg)](https://www.reddit.com/r/rustjerk/top/?sort=top&t=all) For more detail, see this introductory blogpost: https://phiresky.github.io/blog/2019/rga--ripgrep-for-zip-targz-docx-odt-epub-jpg/ rga will recursively descend into archives and match text in every file type it knows. Here is an [example directory](https://github.com/phiresky/ripgrep-all/tree/master/exampledir/demo) with different file types: ``` demo/ ├── greeting.mkv ├── hello.odt ├── hello.sqlite3 └── somearchive.zip ├── dir │ ├── greeting.docx │ └── inner.tar.gz │ └── greeting.pdf └── greeting.epub ``` ![rga output](doc/demodir.png) ## Integration with fzf ![rga-fzf](doc/rga-fzf.gif) See [the wiki](https://github.com/phiresky/ripgrep-all/wiki/fzf-Integration) for instructions of integrating rga with fzf. ## INSTALLATION Linux x64, macOS and Windows binaries are available [in GitHub Releases][latestrelease]. [latestrelease]: https://github.com/phiresky/ripgrep-all/releases/latest ### Linux #### Arch Linux `pacman -S ripgrep-all` #### Gentoo Linux `emerge sys-apps/ripgrep-all` #### Nix `nix-env -iA nixpkgs.ripgrep-all` #### Debian-based download the [rga binary][latestrelease] and get the dependencies like this: `apt install ripgrep pandoc poppler-utils ffmpeg` If ripgrep is not included in your package sources, get it from [here](https://github.com/BurntSushi/ripgrep/releases). rga will search for all binaries it calls in \$PATH and the directory itself is in. ### Windows Note that installing via [chocolatey](https://chocolatey.org/packages/ripgrep-all) or [scoop](https://github.com/ScoopInstaller/Main/blob/master/bucket/rga.json) is the only supported download method. If you download the binary from releases manually, you will not get the dependencies (for example pdftotext from poppler). If you get an error like `VCRUNTIME140.DLL could not be found`, you need to install [vc_redist.x64.exe](https://support.microsoft.com/en-us/help/2977003/the-latest-supported-visual-c-downloads). #### Chocolatey ``` choco install ripgrep-all ``` #### Scoop ``` scoop install rga ``` ### Homebrew/Linuxbrew `rga` can be installed with [Homebrew](https://formulae.brew.sh/formula/ripgrep-all#default): `brew install rga` To install the dependencies that are each not strictly necessary but very useful: `brew install pandoc poppler ffmpeg` ### MacPorts `rga` can also be installed on macOS via [MacPorts](https://ports.macports.org/port/ripgrep-all/): `sudo port install ripgrep-all` ### Compile from source rga should compile with stable Rust (v1.75.0+, check with `rustc --version`). To build it, run the following (or the equivalent in your OS): ``` ~$ apt install build-essential pandoc poppler-utils ffmpeg ripgrep cargo ~$ cargo install --locked ripgrep_all ~$ rga --version # this should work now ``` ## Available Adapters rga works with _adapters_ that adapt various file formats. It comes with a few adapters integrated: ``` rga --rga-list-adapters ``` You can also add **custom adapters**. See [the wiki](https://github.com/phiresky/ripgrep-all/wiki) for more information. Adapters: - **pandoc** Uses pandoc to convert binary/unreadable text documents to plain markdown-like text Runs: pandoc --from= --to=plain --wrap=none --markdown-headings=atx Extensions: .epub, .odt, .docx, .fb2, .ipynb, .html, .htm - **poppler** Uses pdftotext (from poppler-utils) to extract plain text from PDF files Runs: pdftotext - - Extensions: .pdf Mime Types: application/pdf - **postprocpagebreaks** Adds the page number to each line for an input file that specifies page breaks as ascii page break character. Mainly to be used internally by the poppler adapter. Extensions: .asciipagebreaks - **ffmpeg** Uses ffmpeg to extract video metadata/chapters, subtitles, lyrics, and other metadata Extensions: .mkv, .mp4, .avi, .mp3, .ogg, .flac, .webm - **zip** Reads a zip file as a stream and recurses down into its contents Extensions: .zip, .jar Mime Types: application/zip - **decompress** Reads compressed file as a stream and runs a different extractor on the contents. Extensions: .als, .bz2, .gz, .tbz, .tbz2, .tgz, .xz, .zst Mime Types: application/gzip, application/x-bzip, application/x-xz, application/zstd - **tar** Reads a tar file as a stream and recurses down into its contents Extensions: .tar - **sqlite** Uses sqlite bindings to convert sqlite databases into a simple plain text format Extensions: .db, .db3, .sqlite, .sqlite3 Mime Types: application/x-sqlite3 The following adapters are disabled by default, and can be enabled using '--rga-adapters=+foo,bar': - **mail** Reads mailbox/mail files and runs extractors on the contents and attachments. Extensions: .mbox, .mbx, .eml Mime Types: application/mbox, message/rfc822 ## USAGE: > rga \[RGA OPTIONS\] \[RG OPTIONS\] PATTERN \[PATH \...\] ## FLAGS: **\--rga-accurate** > Use more accurate but slower matching by mime type > By default, rga will match files using file extensions. Some programs, > such as sqlite3, don\'t care about the file extension at all, so users > sometimes use any or no extension at all. With this flag, rga will try > to detect the mime type of input files using the magic bytes (similar > to the \`file\` utility), and use that to choose the adapter. > Detection is only done on the first 8KiB of the file, since we can\'t > always seek on the input (in archives). **\--rga-no-cache** > Disable caching of results > By default, rga caches the extracted text, if it is small enough, to a > database in \${XDG_CACHE_DIR-\~/.cache}/ripgrep-all on Linux, > _\~/Library/Caches/ripgrep-all_ on macOS, or > C:\\Users\\username\\AppData\\Local\\ripgrep-all on Windows. This way, > repeated searches on the same set of files will be much faster. If you > pass this flag, all caching will be disabled. **-h**, **\--help** > Prints help information **\--rga-list-adapters** > List all known adapters **\--rga-print-config-schema** > Print the JSON Schema of the configuration file **\--rg-help** > Show help for ripgrep itself **\--rg-version** > Show version of ripgrep itself **-V**, **\--version** > Prints version information ## OPTIONS: **\--rga-adapters=**\\... > Change which adapters to use and in which priority order (descending) > \"foo,bar\" means use only adapters foo and bar. \"-bar,baz\" means > use all default adapters except for bar and baz. \"+bar,baz\" means > use all default adapters and also bar and baz. **\--rga-cache-compression-level=**\ > ZSTD compression level to apply to adapter outputs before storing in > cache db > Ranges from 1 - 22 \[default: 12\] **\--rga-config-file=**\ **\--rga-max-archive-recursion=**\ > Maximum nestedness of archives to recurse into \[default: 5\] **\--rga-cache-max-blob-len=**\ > Max compressed size to cache > Longest byte length (after compression) to store in cache. Longer > adapter outputs will not be cached and recomputed every time. > Allowed suffixes on command line: k M G \[default: 2000000\] **\--rga-cache-path=**\ > Path to store cache db \[default: /home/phire/.cache/ripgrep-all\] **-h** shows a concise overview, **\--help** shows more detail and advanced options. All other options not shown here are passed directly to rg, especially \[PATTERN\] and \[PATH \...\] ## Config The config file location leverage the mechanisms defined by - the [XDG base directory](https://standards.freedesktop.org/basedir-spec/basedir-spec-latest.html) and the [XDG user directory](https://www.freedesktop.org/wiki/Software/xdg-user-dirs/) specifications on Linux (ex: `~/.config/ripgrep-all/config.jsonc`) - the [Known Folder](https://msdn.microsoft.com/en-us/library/windows/desktop/dd378457.aspx) API on Windows (ex: `C:\Users\Alice\AppData\Roaming\ripgrep-all/config.jsonc`) - the [Standard Directories](https://developer.apple.com/library/content/documentation/FileManagement/Conceptual/FileSystemProgrammingGuide/FileSystemOverview/FileSystemOverview.html#//apple_ref/doc/uid/TP40010672-CH2-SW6) guidelines on macOS (ex: `~/Library/Application Support/ripgrep-all/config.jsonc`) ## Development To enable debug logging: ```bash export RUST_LOG=debug export RUST_BACKTRACE=1 ``` Also remember to disable caching with `--rga-no-cache` or clear the cache (`~/Library/Caches/rga` on macOS, `~/.cache/rga` on other Unixes, or `C:\Users\username\AppData\Local\rga` on Windows) to debug the adapters. ### Nix and Direnv You can use the provided [`flake.nix`](./flake.nix) to setup all build- and run-time dependencies: 1. Enable [Flakes](https://wiki.nixos.org/wiki/Flakes) in your Nix configuration. 1. Add [`direnv`](https://direnv.net/) to your profile: `nix profile install nixpkgs#direnv` 1. `cd` into the directory where you have cloned this directory. 1. Allow use of [`.envrc`](./.envrc): `direnv allow` 1. After the dependencies have been installed, your shell will now have all of the necessary development dependencies. ================================================ FILE: ci/macos-install-packages ================================================ #!/bin/sh brew install poppler ================================================ FILE: ci/ubuntu-install-packages ================================================ #!/bin/sh sudo apt-get update sudo apt-get install -y --no-install-recommends \ poppler-utils ================================================ FILE: doc/config.default.jsonc ================================================ { // This file follows the JSON schema defined below. // If you use an editor that supports JSON schema (e.g. VS Code), // you should be getting IntelliSense and validation. "$schema": "./config.v1.schema.json", // The default config and schema will be regenerated if they are missing // https://github.com/phiresky/ripgrep-all/blob/master/doc/config.default.jsonc // The config options are the same as the command line options, // but with --rga- prefix removed and - and . replaced with _. // e.g. --rga-no-cache becomes `"no_cache": true. // The only exception is the `custom_adapters` option, which can only be set in this file. "custom_adapters": [ // See https://github.com/phiresky/ripgrep-all/wiki for more information // to verify if your custom adapters are picked up correctly, run `rga --rga-list-adapters` ] } ================================================ FILE: doc/notes.md ================================================ ## schema -> ui generation https://json-schema.org/implementations.html#web-ui-generation - https://github.com/guillotinaweb/ngx-schema-form - https://github.com/hamzahamidi/ajsf angular igh - https://github.com/dashjoin/json-schema-form - https://github.com/json-editor/json-editor - https://github.com/jsonform/jsonform - https://github.com/vazco/uniforms ## json schema is ridiculous "mimetypes": { "description": "if not null and --rga-accurate is enabled, mime type matching is used instead of file name matching", "type": [ "array", "null" ], "items": { "type": "string" } }, what the fuck???? this is the only thing required to see that json schema has horrible design ================================================ FILE: doc/update-readme.sh ================================================ #!/bin/bash content=$( cat < $(cargo run --bin rga -- --rga-list-adapters) $(help2man -N "cargo run --bin rga --" | pandoc -f man -t markdown --markdown-headings=atx | rg --multiline "## USAGE:(.|\n)*") END ) rg --passthrough --multiline '.*update-readme.sh(.|\n)*update-readme.sh.*' README.md --replace "$content" | sponge README.md prettier --write README.md ================================================ FILE: exampledir/decompress/test.log ================================================ hello world this is a test ================================================ FILE: exampledir/encoding/utf8.txt ================================================ hello wörld! ================================================ FILE: exampledir/mail_nested.eml ================================================ To: submit.t4eseGWSvG1JST3r@spam.spamcop.net From: 2012gdwu <2012gdwu@posteo.de> Subject: Postbank Spam Autocrypt: addr=2012gdwu@posteo.de; 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charset="utf-8" Content-Transfer-Encoding: quoted-printable Content-Disposition: inline Sehr geehrter Herr / Frau =E2=80=A6, Ab dem 20. Jul 2020 aktualisiert die Postbank alle BestSign-Anwendung= en. =C3=96ffnen Sie den unten stehenden Aktivierungslink, um am Upgrade t= eilzunehmen. Verkn=C3=BCpfung https://meine.postbank.de/#/login Wir empfehlen dringend, dieses Upgrade durchzuf=C3=BChren. Reundliche Gr=C3=BC=C3=9Fe, =C2=A9 2020 Postbank=E2=80=93 eine Niederlassung der Deutsche Bank AG= Hypnotiseur/zertifizierter Hypnosecoach (DVH) Burnoutpr=C3=A4ventionscoach Modeberater f=C3=BCr Ma=C3=9Fhemden/Ma=C3=9Fblusen Kurs/Seminarleiter Waldbaden/Waldcoach Am Wiesengrund 5 24980 Schafflund Tel.: 04639-98475 Mob.: 015117317305 Home : www.hypnosepraxis-im-norden.de Home : www.masshemden-im-norden.de Home : www.waldbaden-zwischen-den-meeren.de --QHebeB08yNTYquFAhtQnxv=_cOW4Xd528c Content-Type: text/html; charset="utf-8" Content-Transfer-Encoding: quoted-printable Content-Disposition: inline

3D""


 Sehr geehrter Herr / Frau =E2=80=A6,
 Ab dem 20. Jul 2020 aktualisiert die Postbank alle BestSign= -Anwendungen.

 =C3=96ffnen Sie den unten stehenden Aktivierungslink, um am= Upgrade teilzunehmen. Verkn=C3=BCpfung


 Wir empfehlen dringend, dieses Upgrade durchzuf=C3=BChren.<= /div>
 Reundliche Gr=C3=BC=C3=9Fe,
 =C2=A9 2020 Postbank=E2=80= =93 eine Niederlassung der Deutsche Bank AG

Hypnotiseur/zertifizierter Hypnosecoach (DVH)=
Burnoutpr=C3=A4= ventionscoach
Mo= deberater f=C3=BCr Ma=C3=9Fhemden/Ma=C3=9Fblusen
Kurs/Seminarleiter Waldbaden/Waldcoac= h
Am Wiesengrund= 5
24980 Schaffl= und
Tel.: 04639-= 98475
Mob.: 0151= 17317305
Home : = www.hypnos= epraxis-im-norden.de
Home : www.masshemden-im-norden.de
Home : www.waldbaden-zwischen-den-meeren.de<= /div>
--QHebeB08yNTYquFAhtQnxv=_cOW4Xd528c-- --------------6670F92201FB126ED9472803-- ================================================ FILE: exampledir/mail_pdf_attach.eml ================================================ Return-Path: Delivered-To: arne.keller@posteo.de Received: from proxy02.posteo.name ([127.0.0.1]) by dovecot12.posteo.name (Dovecot) with LMTP id pSysHGDdbmB8YwEAX/Xuyw for ; Thu, 08 Apr 2021 13:05:20 +0200 Received: from proxy02.posteo.de ([127.0.0.1]) by proxy02.posteo.name (Dovecot) with LMTP id s5NOOdLWbmCfkwIAGFAyLg ; Thu, 08 Apr 2021 13:05:20 +0200 Received: from mailin03.posteo.de (unknown [10.0.0.63]) by proxy02.posteo.de (Postfix) with ESMTPS id 4FGJMN08Csz11fX for ; Thu, 8 Apr 2021 13:05:20 +0200 (CEST) Received: from mx03.posteo.de (mailin03.posteo.de [127.0.0.1]) by mailin03.posteo.de (Postfix) with ESMTPS id DCF8F20C4F for ; Thu, 8 Apr 2021 13:05:19 +0200 (CEST) X-Virus-Scanned: amavisd-new at posteo.de X-Spam-Flag: NO X-Spam-Score: 3.28 X-Spam-Level: *** X-Spam-Status: No, score=3.28 tagged_above=-1000 required=7 tests=[ATTACHMT_OFFICE_RULE_POSTEO=3, HTML_MESSAGE=0.001, POSTEO_PH_URI02=0.0001, RCVD_IN_DNSWL_NONE=-0.0001, RCVD_IN_MSPIKE_H2=-0.001, T_OBFU_PDF_ATTACH=0.01, T_RCVD_IN_ABUSIX_WHITE=0.01, T_REMOTE_IMAGE=0.01, URIBL_GREY=0.25] autolearn=disabled Received: from mail-wr1-f42.google.com (mail-wr1-f42.google.com [209.85.221.42]) by mx03.posteo.de (Postfix) with ESMTPS id 4FGJMK3DhPz11Th for <2012gdwu@posteo.de>; Thu, 8 Apr 2021 13:05:17 +0200 (CEST) Authentication-Results: posteo.de; dmarc=pass (p=reject dis=none) header.from=southpole.com Authentication-Results: posteo.de; dkim=pass (1024-bit key) header.d=southpole.com header.i=@southpole.com header.b=HLA5ukVr; dkim-atps=neutral Received: by mail-wr1-f42.google.com with SMTP id e12so1654541wro.11 for <2012gdwu@posteo.de>; Thu, 08 Apr 2021 04:05:17 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=southpole.com; s=google; h=mime-version:importance:from:date:message-id:subject:to; bh=qff7ZcQHFkiA26901Rwd3B+BU8uwZ2eTNK/n8m3J+Ng=; b=HLA5ukVrjUevyqsukSaRSyGzDHHdOilYVk+ibWh1TBy78YoTdbTdpyP4ZA4KOMyAyB J3NicUjaRSdGEcfvtZa64Zhq4n6pOqrECZOHC1UDTOkSel03EXI3X64T02i6/C/roJvE ib4bSoCqSsQ7GwahiAeavXHSx6VXYDeJWPqIo= X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20161025; h=x-gm-message-state:mime-version:importance:from:date:message-id :subject:to; bh=qff7ZcQHFkiA26901Rwd3B+BU8uwZ2eTNK/n8m3J+Ng=; b=Upw39D0O7nKa6RP/KkusFZ9NvzRTDpbVSgFVZsbpprWRbppSEuiaYEUi+XCwB5NFBN dY6EoUIFEAtzUI/JHmifTFIkDmFk5CxafFOxcNT3h2yh38edmK9mBPfuTSy1XSTjQqDK MsD+FP5YkJ9xQc4+L1rf8IFycIE/Hznf5qR2f4qXkn02O/L+zP8n3C2aRbsEqyZOkdcB 7HqnQSXTD6a4gV5KONxlYgZ7Haazw5H4o3RR5KgelxJvcoBZ+hbJXnElevMgmkBJkd6C ausYAMrD6gmERVAK/sUxTCNI+BnywUQE+qon2W1NEs5JIZYa0K0mRv//4hv89u+fzRO7 7qIA== X-Gm-Message-State: AOAM530qdo1mLwrOc0xI8a0LtThgIf2NVgI0ECVYto1ljKPKDSWwJWm0 yV0EhTsgYDIgTHN5+KcPebgnIcKhYCAmJnMraZGnEB4/lZ8= X-Google-Smtp-Source: ABdhPJwAJ3NVb10PbLymKdjWJcu9ZzQlfTzoSBdvfj/Zkns1VzY/73NvyCaaWP8juXXoP2E8REB/lJEEZ8VZicvxz0U= MIME-Version: 1.0 X-Received: by 2002:a5d:4a48:: with SMTP id v8mr10230108wrs.107.1617879916745; Thu, 08 Apr 2021 04:05:16 -0700 (PDT) Received: from 972489997876 named unknown by gmailapi.google.com with HTTPREST; Thu, 8 Apr 2021 04:05:15 -0700 Importance: Normal From: ebay@southpole.com Date: Thu, 8 Apr 2021 04:05:15 -0700 Message-ID: Subject: =?UTF-8?Q?Vielen_Dank_f=C3=BCr_Ihren_Beitrag_zum_Ausgleich_der_CO2?= =?UTF-8?Q?_Emissionen_Ihres_Einkaufs?= To: 2012gdwu@posteo.de Content-Type: multipart/mixed; boundary="000000000000ba40c005bf7405c8" --000000000000ba40c005bf7405c8 Content-Type: multipart/alternative; boundary="000000000000ba40be05bf7405c6" --000000000000ba40be05bf7405c6 Content-Type: text/plain; charset="UTF-8" Content-Transfer-Encoding: quoted-printable Sehr geehrte/r Arne Keller, Vielen Dank f=C3=BCr Ihren Beitrag zum Ausgleich der CO2 Emissionen Ihres Einkaufs. Sie haben sich daf=C3=BCr entschieden, das Prony Windkraft Projekt in Neukaledonien zu unterst=C3=BCtzen. Teil des Projekts sind sechs Windparks = an verschieden Orten mit einer gesch=C3=A4tzten j=C3=A4hrlichen Produktion von= 40 GWh Strom. Das Projekt ersetzt damit Netzstrom, der zu 80% aus fossilen Kraftwerken produziert wird. Weitere Informationen =C3=BCber das Projekt erhalten Sie hier = . Gezahlter Betrag (incl.MwSt.): 1.0 EUR Falls Sie mehr =C3=BCber CO2 Kompensation erfahren m=C3=B6chten, klicken Si= e bitte hier . Weitere Informationen zu Klimaschutzl=C3=B6sungen finden Sie auf unserer we= bsite . Mit freundlichen Gr=C3=BC=C3=9Fen, *Ihr South Pole Team* #OurClimateJourney starts here *South Pole* Technoparkstrasse 1 Zurich 8005 Switzerland --000000000000ba40be05bf7405c6 Content-Type: text/html; charset="UTF-8" Content-Transfer-Encoding: quoted-printable

=20 =20 =20 =20 =20

=20

=20 3D""
3D""
Sehr geehrte/r Arne Keller,

Vielen Dank f=C3=BCr Ihren Beitrag zum Ausgleich der CO2 Emissionen Ihres E= inkaufs.=C2=A0

Sie haben sich daf=C3=BCr entschieden, das Prony Windkraft Projekt in Neuka= ledonien zu unterst=C3=BCtzen. Teil des Projekts sind sechs Windparks an ve= rschieden Orten mit einer gesch=C3=A4tzten j=C3=A4hrlichen Produktion von 4= 0 GWh Strom. Das Projekt ersetzt damit Netzstrom, der zu 80% aus fossilen K= raftwerken produziert wird. Weitere Informationen =C3=BCber das Projekt erh= alten Sie hier.

Gezahlter Betrag (incl.MwSt.):=20 1.0 EUR =C2=A0

Falls Sie mehr =C3=BCber CO2 Kompensation erfahren m=C3=B6chten, klicken Si= e bitte hier= .

Weitere Informationen zu Klimaschutzl=C3=B6sungen finden Si= e auf unserer website.=C2=A0

Mit freundlichen Gr=C3=BC=C3=9Fen,
Ihr South Pole Team
#OurClimateJourney starts here
<= /td>
South Pole<= br> Technoparkstrasse 1
Zurich 8005
Switzerland=C2=A0
=20

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[KeYProject/key] Fix more UI bugs (PR #3232) Mime-Version: 1.0 Content-Type: multipart/alternative; boundary="--==_mimepart_64c77231630fb_12bafdd0c012685"; charset=UTF-8 Content-Transfer-Encoding: 7bit Precedence: list X-GitHub-Sender: github-actions[bot] X-GitHub-Recipient: FliegendeWurst X-GitHub-Reason: author List-ID: KeYProject/key List-Archive: https://github.com/KeYProject/key X-Auto-Response-Suppress: All destinations: 2012gdwu+github@posteo.de X-GitHub-Recipient-Address: 2012gdwu+github@posteo.de ----==_mimepart_64c77231630fb_12bafdd0c012685 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: 7bit Thank you for your contribution. The test artifacts are available on [Artiweb](https://keyproject.github.io/artiweb/3232/). The newest artifact is [here](https://keyproject.github.io/artiweb/3232/833812796/). -- Reply to this email directly or view it on GitHub: https://github.com/KeYProject/key/pull/3232#issuecomment-1657918122 You are receiving this because you authored the thread. Message ID: ----==_mimepart_64c77231630fb_12bafdd0c012685 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: 7bit

Thank you for your contribution.

The test artifacts are available on Artiweb.
The newest artifact is here.

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Reply to this email directly, view it on GitHub, or unsubscribe.
You are receiving this because you authored the thread.Message ID: <KeYProject/key/pull/3232/c1657918122@github.com>

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(X11; Linux x86_64; rv:102.0) Gecko/20100101 Thunderbird/102.8.0 From: Arne Keller <2012gdwu@web.de> Subject: From encoding test To: arne.keller@posteo.de Content-Language: de-DE X-Enigmail-Draft-Status: N00200 X-Mozilla-Draft-Info: internal/draft; vcard=0; receipt=0; DSN=0; uuencode=0; attachmentreminder=0; deliveryformat=0 X-Identity-Key: id2 Fcc: imap://2012gdwu@imap.web.de/Gesendet Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: 7bit

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From Message-ID: <55a23774-4da7-057c-77a7-ec390fed487b@posteo.de> Date: Mon, 27 Feb 2023 12:06:56 +0100 MIME-Version: 1.0 User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:102.0) Gecko/20100101 Thunderbird/102.8.0 From: Arne Keller <2012gdwu@web.de> Subject: From encoding test To: arne.keller@posteo.de Content-Language: de-DE X-Enigmail-Draft-Status: N00200 X-Mozilla-Draft-Info: internal/draft; vcard=0; receipt=0; DSN=0; uuencode=0; attachmentreminder=0; deliveryformat=1 X-Identity-Key: id2 Fcc: imap://2012gdwu@imap.web.de/Gesendet Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: 7bit

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From - Mon Feb 27 12:06:57 2023 X-Mozilla-Status: 0001 X-Mozilla-Status2: 00000000 Message-ID: <55a23774-4da7-057c-77a7-ec390fed487b@posteo.de> Date: Mon, 27 Feb 2023 12:06:56 +0100 MIME-Version: 1.0 User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:102.0) Gecko/20100101 Thunderbird/102.8.0 From: Arne Keller <2012gdwu@web.de> Subject: From encoding test To: arne.keller@posteo.de Content-Language: de-DE X-Enigmail-Draft-Status: N00200 X-Mozilla-Draft-Info: internal/draft; vcard=0; receipt=0; DSN=0; uuencode=0; attachmentreminder=0; deliveryformat=1 X-Identity-Key: id2 Fcc: imap://2012gdwu@imap.web.de/Gesendet Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: 7bit

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================================================ FILE: exampledir/wasteland.fb2 ================================================ unrecognisedT.S.EliotThe Waste Land2011-09-01pandoc<p>The Waste Land</p>

<p>I. THE BURIAL OF THE DEAD</p>

April is the cruellest month, breeding

Lilacs out of the dead land, mixing

Memory and desire, stirring

Dull roots with spring rain.

Winter kept us warm, covering

Earth in forgetful snow, feeding

A little life with dried tubers.

Summer surprised us, coming over the Starnbergersee

With a shower of rain; we stopped in the colonnade,

And went on in sunlight, into the Hofgarten,10

And drank coffee, and talked for an hour.

Bin gar keine Russin, stamm' aus Litauen, echt deutsch.

And when we were children, staying at the archduke's,

My cousin's, he took me out on a sled,

And I was frightened. He said, Marie,

Marie, hold on tight. And down we went.

In the mountains, there you feel free.

I read, much of the night, and go south in the winter.

What are the roots that clutch, what branches grow

Out of this stony rubbish? Son of man,[1]

You cannot say, or guess, for you know only

A heap of broken images, where the sun beats,

And the dead tree gives no shelter, the cricket no relief,[2]

And the dry stone no sound of water. Only

There is shadow under this red rock,

(Come in under the shadow of this red rock),

And I will show you something different from either

Your shadow at morning striding behind you

Or your shadow at evening rising to meet you;

I will show you fear in a handful of dust.30

Frisch weht der Wind[3]

Der Heimat zu

Mein Irisch Kind,

Wo weilest du?

"You gave me hyacinths first a year ago;

"They called me the hyacinth girl."

―Yet when we came back, late, from the Hyacinth garden,

Your arms full, and your hair wet, I could not

Speak, and my eyes failed, I was neither

Living nor dead, and I knew nothing,40

Looking into the heart of light, the silence.

Od' und leer das Meer.[4]

Madame Sosostris, famous clairvoyante,

Had a bad cold, nevertheless

Is known to be the wisest woman in Europe,

With a wicked pack of cards. Here, said she,[5]

Is your card, the drowned Phoenician Sailor,

(Those are pearls that were his eyes. Look!)

Here is Belladonna, the Lady of the Rocks,

The lady of situations.50

Here is the man with three staves, and here the Wheel,

And here is the one-eyed merchant, and this card,

Which is blank, is something he carries on his back,

Which I am forbidden to see. I do not find

The Hanged Man. Fear death by water.

I see crowds of people, walking round in a ring.

Thank you. If you see dear Mrs. Equitone,

Tell her I bring the horoscope myself:

One must be so careful these days.

Unreal City,[6]

Under the brown fog of a winter dawn,

A crowd flowed over London Bridge, so many,

I had not thought death had undone so many.[7]

Sighs, short and infrequent, were exhaled,[8]

And each man fixed his eyes before his feet.

Flowed up the hill and down King William Street,

To where Saint Mary Woolnoth kept the hours

With a dead sound on the final stroke of nine.[9]

There I saw one I knew, and stopped him, crying "Stetson!

"You who were with me in the ships at Mylae!70

"That corpse you planted last year in your garden,

"Has it begun to sprout? Will it bloom this year?

"Or has the sudden frost disturbed its bed?

"Oh keep the Dog far hence, that's friend to men,[10]

"Or with his nails he'll dig it up again!

"You! hypocrite lecteur! - mon semblable, - mon frere !"[11]

<p>II. A GAME OF CHESS</p>

The Chair she sat in, like a burnished throne,[12]

Glowed on the marble, where the glass

Held up by standards wrought with fruited vines

From which a golden Cupidon peeped out80

(Another hid his eyes behind his wing)

Doubled the flames of sevenbranched candelabra

Reflecting light upon the table as

The glitter of her jewels rose to meet it,

From satin cases poured in rich profusion;

In vials of ivory and coloured glass

Unstoppered, lurked her strange synthetic perfumes,

Unguent, powdered, or liquid - troubled, confused

And drowned the sense in odours; stirred by the air

That freshened from the window, these ascended90

In fattening the prolonged candle-flames,

Flung their smoke into the laquearia,[13]

Stirring the pattern on the coffered ceiling.

Huge sea-wood fed with copper

Burned green and orange, framed by the coloured stone,

In which sad light a carved dolphin swam.

Above the antique mantel was displayed

As though a window gave upon the sylvan scene[14]

The change of Philomel, by the barbarous king[15]

So rudely forced; yet there the nightingale[16]

Filled all the desert with inviolable voice

And still she cried, and still the world pursues,

"Jug Jug" to dirty ears.

And other withered stumps of time

Were told upon the walls; staring forms

Leaned out, leaning, hushing the room enclosed.

Footsteps shuffled on the stair.

Under the firelight, under the brush, her hair

Spread out in fiery points

Glowed into words, then would be savagely still.110

"My nerves are bad to-night. Yes, bad. Stay with me.

"Speak to me. Why do you never speak. Speak.

"What are you thinking of? What thinking? What?

"I never know what you are thinking. Think."

I think we are in rats' alley[17]

Where the dead men lost their bones.

"What is that noise?"

The wind under the door.[18]

"What is that noise now? What is the wind doing?"

Nothing again nothing.120

"Do

"You know nothing? Do you see nothing? Do you remember

"Nothing?"

I remember

Those are pearls that were his eyes.

"Are you alive, or not? Is there nothing in your head?"[19]

But

O O O O that Shakespeherian Rag―

It's so elegant

So intelligent130

"What shall I do now? What shall I do?"

I shall rush out as I am, and walk the street

"With my hair down, so. What shall we do to-morrow?

"What shall we ever do?"

The hot water at ten.

And if it rains, a closed car at four.

And we shall play a game of chess,

Pressing lidless eyes and waiting for a knock upon the door.[20]

When Lil's husband got demobbed, I said -

I didn't mince my words, I said to her myself,140

HURRY UP PLEASE ITS TIME

Now Albert's coming back, make yourself a bit smart.

He'll want to know what you done with that money he gave you

To get yourself some teeth. He did, I was there.

You have them all out, Lil, and get a nice set,

He said, I swear, I can't bear to look at you.

And no more can't I, I said, and think of poor Albert,

He's been in the army four years, he wants a good time,

And if you don't give it him, there's others will, I said.

Oh is there, she said. Something o' that, I said.150

Then I'll know who to thank, she said, and give me a straight look.

HURRY UP PLEASE ITS TIME

If you don't like it you can get on with it, I said.

Others can pick and choose if you can't.

But if Albert makes off, it won't be for lack of telling.

You ought to be ashamed, I said, to look so antique.

(And her only thirty-one.)

I can't help it, she said, pulling a long face,

It's them pills I took, to bring it off, she said.

(She's had five already, and nearly died of young George.)160

The chemist said it would be all right, but I've never been the same.

You are a proper fool, I said.

Well, if Albert won't leave you alone, there it is, I said,

What you get married for if you don't want children?

HURRY UP PLEASE ITS TIME

Well, that Sunday Albert was home, they had a hot gammon,

And they asked me in to dinner, to get the beauty of it hot―

HURRY UP PLEASE ITS TIME

HURRY UP PLEASE ITS TIME

Goonight Bill. Goonight Lou. Goonight May. Goonight.170

Ta ta. Goonight. Goonight.

Good night, ladies, good night, sweet ladies, good night, good night.

<p>III. THE FIRE SERMON</p>

The river's tent is broken: the last fingers of leaf

Clutch and sink into the wet bank. The wind

Crosses the brown land, unheard. The nymphs are departed.

Sweet Thames, run softly, till I end my song.[21]

The river bears no empty bottles, sandwich papers,

Silk handkerchiefs, cardboard boxes, cigarette ends

Or other testimony of summer nights. The nymphs are departed.

And their friends, the loitering heirs of city directors;180

Departed, have left no addresses.

By the waters of Leman I sat down and wept . . .

Sweet Thames, run softly till I end my song,

Sweet Thames, run softly, for I speak not loud or long.

But at my back in a cold blast I hear

The rattle of the bones, and chuckle spread from ear to ear.

A rat crept softly through the vegetation

Dragging its slimy belly on the bank

While I was fishing in the dull canal

On a winter evening round behind the gashouse190

Musing upon the king my brother's wreck

And on the king my father's death before him.[22]

White bodies naked on the low damp ground

And bones cast in a little low dry garret,

Rattled by the rat's foot only, year to year.

But at my back from time to time I hear[23]

The sound of horns and motors, which shall bring[24]

Sweeney to Mrs. Porter in the spring.

O the moon shone bright on Mrs. Porter[25]

And on her daughter200

They wash their feet in soda water

Et O ces voix d'enfants, chantant dans la coupole![26]

Twit twit twit

Jug jug jug jug jug jug

So rudely forc'd.

Tereu

Unreal City

Under the brown fog of a winter noon

Mr. Eugenides, the Smyrna merchant

Unshaven, with a pocket full of currants[27]

C.i.f. London: documents at sight,

Asked me in demotic French

To luncheon at the Cannon Street Hotel

Followed by a weekend at the Metropole.

At the violet hour, when the eyes and back

Turn upward from the desk, when the human engine waits

Like a taxi throbbing waiting,

I Tiresias, though blind, throbbing between two lives,[28]

Old man with wrinkled female breasts, can see

At the violet hour, the evening hour that strives220

Homeward, and brings the sailor home from sea,[29]

The typist home at teatime, clears her breakfast, lights

Her stove, and lays out food in tins.

Out of the window perilously spread

Her drying combinations touched by the sun's last rays,

On the divan are piled (at night her bed)

Stockings, slippers, camisoles, and stays.

I Tiresias, old man with wrinkled dugs

Perceived the scene, and foretold the rest -

I too awaited the expected guest.230

He, the young man carbuncular, arrives,

A small house agent's clerk, with one bold stare,

One of the low on whom assurance sits

As a silk hat on a Bradford millionaire.

The time is now propitious, as he guesses,

The meal is ended, she is bored and tired,

Endeavours to engage her in caresses

Which still are unreproved, if undesired.

Flushed and decided, he assaults at once;

Exploring hands encounter no defence;240

His vanity requires no response,

And makes a welcome of indifference.

(And I Tiresias have foresuffered all

Enacted on this same divan or bed;

I who have sat by Thebes below the wall

And walked among the lowest of the dead.)

Bestows one final patronising kiss,

And gropes his way, finding the stairs unlit . . .

She turns and looks a moment in the glass,

Hardly aware of her departed lover;250

Her brain allows one half-formed thought to pass:

"Well now that's done: and I'm glad it's over."

When lovely woman stoops to folly and[30]

Paces about her room again, alone,

She smoothes her hair with automatic hand,

And puts a record on the gramophone.

"This music crept by me upon the waters"[31]

And along the Strand, up Queen Victoria Street.

O City city, I can sometimes hear

Beside a public bar in Lower Thames Street,260

The pleasant whining of a mandoline

And a clatter and a chatter from within

Where fishmen lounge at noon: where the walls

Of Magnus Martyr hold[32]

Inexplicable splendour of Ionian white and gold.

The river sweats[33]

Oil and tar

The barges drift

With the turning tide

Red sails270

Wide

To leeward, swing on the heavy spar.

The barges wash

Drifting logs

Down Greenwich reach

Past the Isle of Dogs.

Weialala leia

Wallala leialala

Elizabeth and Leicester[34]

Beating oars280

The stern was formed

A gilded shell

Red and gold

The brisk swell

Rippled both shores

Southwest wind

Carried down stream

The peal of bells

White towers

Weialala leia290

Wallala leialala

"Trams and dusty trees.

Highbury bore me. Richmond and Kew[35]

Undid me. By Richmond I raised my knees

Supine on the floor of a narrow canoe."

"My feet are at Moorgate, and my heart

Under my feet. After the event

He wept. He promised 'a new start'.

I made no comment. What should I resent?"

"On Margate Sands.300

I can connect

Nothing with nothing.

The broken fingernails of dirty hands.

My people humble people who expect

Nothing."

la la

To Carthage then I came[36]

Burning burning burning burning[37]

O Lord Thou pluckest me out[38]

O Lord Thou pluckest310

burning

<p>IV. DEATH BY WATER</p>

Phlebas the Phoenician, a fortnight dead,

Forgot the cry of gulls, and the deep sea swell

And the profit and loss.

A current under sea

Picked his bones in whispers. As he rose and fell

He passed the stages of his age and youth

Entering the whirlpool.

Gentile or Jew

O you who turn the wheel and look to windward,320

Consider Phlebas, who was once handsome and tall as you.

<p>V. WHAT THE THUNDER SAID</p>

After the torchlight red on sweaty faces

After the frosty silence in the gardens

After the agony in stony places

The shouting and the crying

Prison and palace and reverberation

Of thunder of spring over distant mountains

He who was living is now dead

We who were living are now dying

With a little patience330

Here is no water but only rock

Rock and no water and the sandy road

The road winding above among the mountains

Which are mountains of rock without water

If there were water we should stop and drink

Amongst the rock one cannot stop or think

Sweat is dry and feet are in the sand

If there were only water amongst the rock

Dead mountain mouth of carious teeth that cannot spit

Here one can neither stand nor lie nor sit340

There is not even silence in the mountains

But dry sterile thunder without rain

There is not even solitude in the mountains

But red sullen faces sneer and snarl

From doors of mudcracked houses

If there were water

And no rock

If there were rock

And also water

And water350

A spring

A pool among the rock

If there were the sound of water only

Not the cicada

And dry grass singing

But sound of water over a rock

Where the hermit-thrush sings in the pine trees[39]

Drip drop drip drop drop drop drop

But there is no water

Who is the third who walks always beside you?[40]

When I count, there are only you and I together

But when I look ahead up the white road

There is always another one walking beside you

Gliding wrapt in a brown mantle, hooded

I do not know whether a man or a woman

―But who is that on the other side of you?[41]

What is that sound high in the air

Murmur of maternal lamentation

Who are those hooded hordes swarming

Over endless plains, stumbling in cracked earth370

Ringed by the flat horizon only

What is the city over the mountains

Cracks and reforms and bursts in the violet air

Falling towers

Jerusalem Athens Alexandria

Vienna London

Unreal

A woman drew her long black hair out tight

And fiddled whisper music on those strings

And bats with baby faces in the violet light380

Whistled, and beat their wings

And crawled head downward down a blackened wall

And upside down in air were towers

Tolling reminiscent bells, that kept the hours

And voices singing out of empty cisterns and exhausted wells.

In this decayed hole among the mountains

In the faint moonlight, the grass is singing

Over the tumbled graves, about the chapel

There is the empty chapel, only the wind's home.

It has no windows, and the door swings,390

Dry bones can harm no one.

Only a cock stood on the rooftree

Co co rico co co rico

In a flash of lightning. Then a damp gust

Bringing rain

Ganga was sunken, and the limp leaves

Waited for rain, while the black clouds

Gathered far distant, over Himavant.

The jungle crouched, humped in silence.

Then spoke the thunder400

DA

Datta: what have we given?[42]

My friend, blood shaking my heart

The awful daring of a moment's surrender

Which an age of prudence can never retract

By this, and this only, we have existed

Which is not to be found in our obituaries

Or in memories draped by the beneficent spider[43]

Or under seals broken by the lean solicitor

In our empty rooms410

DA

Dayadhvam: I have heard the key[44]

Turn in the door once and turn once only

We think of the key, each in his prison

Thinking of the key, each confirms a prison

Only at nightfall, aetherial rumours

Revive for a moment a broken Coriolanus

DA

Damyata: The boat responded

Gaily, to the hand expert with sail and oar420

The sea was calm, your heart would have responded

Gaily, when invited, beating obedient

To controlling hands

I sat upon the shore

Fishing, with the arid plain behind me[45]

Shall I at least set my lands in order?

London Bridge is falling down falling down falling down

Poi s'ascose nel foco che gli affina [46]

Quando fiam ceu chelidon - O swallow swallow[47]

Le Prince d'Aquitaine a la tour abolie [48]

These fragments I have shored against my ruins

Why then Ile fit you. Hieronymo's mad againe.[49]

Datta. Dayadhvam. Damyata.

Shantih shantih shantih[50]

<p>NOTES ON "THE WASTE LAND"</p>

Not only the title, but the plan and a good deal of the incidental symbolism of the poem were suggested by Miss Jessie L. Weston's book on the Grail legend: From Ritual to Romance

Indeed, so deeply am I indebted, Miss Weston's book will elucidate the difficulties of the poem much better than my notes can do; and I recommend it (apart from the great interest of the book itself) to any who think such elucidation of the poem worth the trouble. To another work of anthropology I am indebted in general, one which has influenced our generation profoundly; I mean The Golden Bough; I have used especially the two volumes Adonis, Attis, Osiris. Anyone who is acquainted with these works will immediately recognise in the poem certain references to vegetation ceremonies.

<p>I. THE BURIAL OF THE DEAD</p>
<p>II. A GAME OF CHESS</p>
<p>III. THE FIRE SERMON</p>
<p>V. WHAT THE THUNDER SAID</p>

In the first part of Part V three themes are employed: the journey to Emmaus, the approach to the Chapel Perilous (see Miss Weston's book) and the present decay of eastern Europe.

<p>1</p>

Line 20. Cf. Ezekiel 2:1.

<p>2</p>

23. Cf. Ecclesiastes 12:5.

<p>3</p>

31. V. Tristan und Isolde, i, verses 5-8.

<p>4</p>

42. Id. iii, verse 24.

<p>5</p>

46. I am not familiar with the exact constitution of the Tarot pack of cards, from which I have obviously departed to suit my own convenience. The Hanged Man, a member of the traditional pack, fits my purpose in two ways: because he is associated in my mind with the Hanged God of Frazer, and because I associate him with the hooded figure in the passage of the disciples to Emmaus in Part V. The Phoenician Sailor and the Merchant appear later; also the "crowds of people," and Death by Water is executed in Part IV. The Man with Three Staves (an authentic member of the Tarot pack) I associate, quite arbitrarily, with the Fisher King himself.

<p>6</p>

60. Cf. Baudelaire:

"Fourmillante cite;, cite; pleine de reves, Ou le spectre en plein jour raccroche le passant."

<p>7</p>

63. Cf. Inferno, iii. 55-7.

"si lunga tratta di gente, ch'io non avrei mai creduto che morte tanta n'avesse disfatta."

<p>8</p>

64. Cf. Inferno, iv. 25-7:

"Quivi, secondo che per ascoltahre, "non avea pianto, ma' che di sospiri, "che l'aura eterna facevan tremare."

<p>9</p>

68. A phenomenon which I have often noticed.

<p>10</p>

74. Cf. the Dirge in Webster's White Devil .

<p>11</p>

76. V. Baudelaire, Preface to Fleurs du Mal.

<p>12</p>

77. Cf. Antony and Cleopatra, II. ii., l. 190.

<p>13</p>

92. Laquearia. V. Aeneid, I. 726:

dependent lychni laquearibus aureis incensi, et noctem flammis funalia vincunt.

<p>14</p>

98. Sylvan scene. V. Milton, Paradise Lost, iv. 140.

<p>15</p>

99. V. Ovid, Metamorphoses, vi, Philomela.

<p>16</p>

100. Cf. Part III, l. 204.

<p>17</p>

115. Cf. Part III, l. 195.

<p>18</p>

118. Cf. Webster:

"Is the wind in that door still?"

<p>19</p>

126. Cf. Part I, l. 37, 48.

<p>20</p>

138. Cf. the game of chess in Middleton's Women beware Women.

<p>21</p>

176. V. Spenser, Prothalamion.

<p>22</p>

192. Cf. The Tempest, I. ii.

<p>23</p>

196. Cf. Marvell, To His Coy Mistress.

<p>24</p>

197. Cf. Day, Parliament of Bees:

"When of the sudden, listening, you shall hear,

"A noise of horns and hunting, which shall bring

"Actaeon to Diana in the spring,

"Where all shall see her naked skin . . ."

<p>25</p>

199. I do not know the origin of the ballad from which these lines are taken: it was reported to me from Sydney, Australia.

<p>26</p>

202. V. Verlaine, Parsifal.

<p>27</p>

210. The currants were quoted at a price "cost insurance and freight to London"; and the Bill of Lading etc. were to be handed to the buyer upon payment of the sight draft.

<p>28</p>

218. Tiresias, although a mere spectator and not indeed a "character," is yet the most important personage in the poem, uniting all the rest. Just as the one-eyed merchant, seller of currants, melts into the Phoenician Sailor, and the latter is not wholly distinct from Ferdinand Prince of Naples, so all the women are one woman, and the two sexes meet in Tiresias. What Tiresias sees, in fact, is the substance of the poem. The whole passage from Ovid is of great anthropological interest:

'. . . Cum Iunone iocos et maior vestra profecto est Quam, quae contingit maribus,' dixisse, 'voluptas.' Illa negat; placuit quae sit sententia docti Quaerere Tiresiae: venus huic erat utraque nota. Nam duo magnorum viridi coeuntia silva Corpora serpentum baculi violaverat ictu Deque viro factus, mirabile, femina septem Egerat autumnos; octavo rursus eosdem Vidit et 'est vestrae si tanta potentia plagae,' Dixit 'ut auctoris sortem in contraria mutet, Nunc quoque vos feriam!' percussis anguibus isdem Forma prior rediit genetivaque venit imago. Arbiter hic igitur sumptus de lite iocosa Dicta Iovis firmat; gravius Saturnia iusto Nec pro materia fertur doluisse suique Iudicis aeterna damnavit lumina nocte, At pater omnipotens (neque enim licet inrita cuiquam Facta dei fecisse deo) pro lumine adempto Scire futura dedit poenamque levavit honore.

<p>29</p>

221. This may not appear as exact as Sappho's lines, but I had in mind the "longshore" or "dory" fisherman, who returns at nightfall.

<p>30</p>

253. V. Goldsmith, the song in The Vicar of Wakefield.

<p>31</p>

257. V. The Tempest, as above.

<p>32</p>

264. The interior of St. Magnus Martyr is to my mind one of the finest among Wren's interiors. See The Proposed Demolition of Nineteen City Churches (P. S. King & Son, Ltd.).

<p>33</p>

266. The Song of the (three) Thames-daughters begins here. From line 292 to 306 inclusive they speak in turn. V. Gutterdsammerung, III. i: the Rhine-daughters.

<p>34</p>

279. V. Froude, Elizabeth, Vol. I, ch. iv, letter of De Quadra to Philip of Spain:

"In the afternoon we were in a barge, watching the games on the river.

(The queen) was alone with Lord Robert and myself on the poop,

when they began to talk nonsense, and went so far that Lord Robert

at last said, as I was on the spot there was no reason why they

should not be married if the queen pleased."

<p>35</p>

293. Cf. Purgatorio, v. 133:

"Ricorditi di me, che son la Pia; Siena mi fe', disfecemi Maremma."

<p>36</p>

307. V. St. Augustine's Confessions: "to Carthage then I came, where a cauldron of unholy loves sang all about mine ears."

<p>37</p>

308. The complete text of the Buddha's Fire Sermon (which corresponds in importance to the Sermon on the Mount) from which these words are taken, will be found translated in the late Henry Clarke Warren's Buddhism in Translation (Harvard Oriental Series). Mr. Warren was one of the great pioneers of Buddhist studies in the Occident.

<p>38</p>

309. From St. Augustine's Confessions again. The collocation of these two representatives of eastern and western asceticism, as the culmination of this part of the poem, is not an accident.

<p>39</p>

357. This is Turdus aonalaschkae pallasii, the hermit-thrush which I have heard in Quebec County. Chapman says (Handbook of Birds of Eastern North America) "it is most at home in secluded woodland and thickety retreats. . . . Its notes are not remarkable for variety or volume, but in purity and sweetness of tone and exquisite modulation they are unequalled." Its "water-dripping song" is justly celebrated.

<p>40</p>

360. The following lines were stimulated by the account of one of the Antarctic expeditions (I forget which, but I think one of Shackleton's): it was related that the party of explorers, at the extremity of their strength, had the constant delusion that there was one more member than could actually be counted.

<p>41</p>

367-77. Cf. Hermann Hesse, Blick ins Chaos:

"Schon ist halb Europa, schon ist zumindest der halbe Osten Europas auf dem Wege zum Chaos, fhrt betrunken im heiligem Wahn am Abgrund entlang und singt dazu, singt betrunken und hymnisch wie Dmitri Karamasoff sang. Ueber diese Lieder lacht der Bsrger beleidigt, der Heilige und Seher hrt sie mit Trvnen."

<p>42</p>

402. “"Datta, dayadhvam, damyata"” (Give, sympathize, control). The fable of the meaning of the Thunder is found in the Brihadaranyaka-Upanishad, 5, 1. A translation is found in Deussen's Sechzig Upanishads des Veda, p. 489.

<p>43</p>

408. Cf. Webster, The White Devil, v. vi:

". . . they'll remarry Ere the worm pierce your winding-sheet, ere the spider Make a thin curtain for your epitaphs."

<p>44</p>

412. Cf. Inferno, xxxiii. 46:

"ed io sentii chiavar l'uscio di sotto all'orribile torre."

Also F. H. Bradley, Appearance and Reality, p. 346:

"My external sensations are no less private to myself than are my thoughts or my feelings. In either case my experience falls within my own circle, a circle closed on the outside; and, with all its elements alike, every sphere is opaque to the others which surround it. . . . In brief, regarded as an existence which appears in a soul, the whole world for each is peculiar and private to that soul."

<p>45</p>

425. V. Weston, From Ritual to Romance; chapter on the Fisher King.

<p>46</p>

428. V. Purgatorio, xxvi. 148.

"'Ara vos prec per aquella valor 'que vos guida al som de l'escalina, 'sovegna vos a temps de ma dolor.' Poi s'ascose nel foco che gli affina."

<p>47</p>

429. V. Pervigilium Veneris. Cf. Philomela in Parts II and III.

<p>48</p>

430. V. Gerard de Nerval, Sonnet El Desdichado.

<p>49</p>

432. V. Kyd's Spanish Tragedy.

<p>50</p>

434. Shantih. Repeated as here, a formal ending to an Upanishad. 'The Peace which passeth understanding' is a feeble translation of the content of this word.

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 ================================================ FILE: flake.nix ================================================ { inputs = { nixpkgs.url = "github:NixOS/nixpkgs"; flake-parts = { url = "github:hercules-ci/flake-parts"; inputs.nixpkgs-lib.follows = "nixpkgs"; }; git-hooks-nix = { url = "github:cachix/git-hooks.nix"; inputs.nixpkgs.follows = "nixpkgs"; }; nix-systems = { url = "github:nix-systems/default"; flake = false; }; rust-flake = { url = "github:juspay/rust-flake"; inputs.nixpkgs.follows = "nixpkgs"; }; treefmt-nix = { url = "github:numtide/treefmt-nix"; inputs.nixpkgs.follows = "nixpkgs"; }; }; outputs = inputs@{ flake-parts, nix-systems, ... }: flake-parts.lib.mkFlake { inherit inputs; } ( top@{ config, withSystem, moduleWithSystem, ... }: { imports = [ inputs.git-hooks-nix.flakeModule inputs.rust-flake.flakeModules.default inputs.rust-flake.flakeModules.nixpkgs inputs.treefmt-nix.flakeModule ]; systems = import nix-systems; perSystem = { config, self', pkgs, ... }: { pre-commit = { check.enable = true; settings.hooks = { ripsecrets.enable = true; treefmt.enable = true; typos = { enable = true; settings.exclude = "exampledir/*"; }; }; }; rust-project = let dependencies = with pkgs; [ ffmpeg pandoc poppler_utils ripgrep zip ]; in { src = pkgs.lib.cleanSourceWith { src = config.rust-project.crane-lib.path ./.; filter = pkgs.lib.cleanSourceFilter; }; crates.ripgrep_all.crane.args.buildInputs = dependencies; crates.ripgrep_all.crane.args.nativeBuildInputs = dependencies; }; treefmt.config = { projectRootFile = ".git/config"; flakeCheck = false; # use pre-commit's check instead programs = { nixfmt.enable = true; rustfmt = { enable = true; package = config.rust-project.crane-lib.rustfmt; }; }; }; packages = { default = self'.packages.ripgrep_all; ripgrep-all = self'.packages.ripgrep_all; rga = self'.packages.ripgrep_all; }; devShells.default = config.rust-project.crane-lib.devShell { inputsFrom = [ config.pre-commit.devShell config.treefmt.build.devShell ]; }; }; } ); } ================================================ FILE: rust-toolchain.toml ================================================ [toolchain] channel = "stable" ================================================ FILE: src/adapted_iter.rs ================================================ use std::pin::Pin; use tokio_stream::Stream; use crate::adapters::AdaptInfo; pub trait AdaptedFilesIter: Stream> + Send {} impl AdaptedFilesIter for T where T: Stream> + Send {} pub type AdaptedFilesIterBox = Pin>; pub fn one_file(ai: AdaptInfo) -> AdaptedFilesIterBox { Box::pin(tokio_stream::once(Ok(ai))) } ================================================ FILE: src/adapters/custom.rs ================================================ use super::*; use super::{AdaptInfo, AdapterMeta, FileAdapter, GetMetadata}; use crate::adapted_iter::one_file; use crate::{ adapted_iter::AdaptedFilesIterBox, expand::expand_str_ez, matching::{FastFileMatcher, FileMatcher}, }; use crate::{join_handle_to_stream, to_io_err}; use anyhow::Result; use async_stream::stream; use bytes::Bytes; use lazy_static::lazy_static; use log::debug; use schemars::JsonSchema; use serde::{Deserialize, Serialize}; use std::path::Path; use std::process::Stdio; use tokio::io::AsyncReadExt; use tokio::process::Child; use tokio::process::Command; use tokio_util::io::StreamReader; // mostly the same as AdapterMeta + SpawningFileAdapter #[derive(Debug, Deserialize, Serialize, JsonSchema, Default, PartialEq, Clone)] pub struct CustomAdapterConfig { /// The unique identifier and name of this adapter. /// /// Must only include a-z, 0-9, _. pub name: String, /// The description of this adapter shown in help. pub description: String, /// If true, the adapter will be disabled by default. pub disabled_by_default: Option, /// Version identifier used to key cache entries. /// /// Change this if the configuration or program changes. pub version: i32, /// The file extensions this adapter supports, for example `["epub", "mobi"]`. pub extensions: Vec, /// If not null and `--rga-accurate` is enabled, mimetype matching is used instead of file name matching. pub mimetypes: Option>, /// If `--rga-accurate`, only match by mime types and ignore extensions completely. pub match_only_by_mime: Option, /// The name or path of the binary to run. pub binary: String, /// The arguments to run the program with. /// Placeholders: /// - `$input_file_extension`: the file extension (without dot). e.g. foo.tar.gz -> gz /// - `$input_file_stem`: the file name without the last extension. e.g. foo.tar.gz -> foo.tar /// - `$input_virtual_path`: the full input file path. /// Note that this path may not actually exist on disk because it is the result of another adapter. /// /// stdin of the program will be connected to the input file, and stdout is assumed to be the converted file pub args: Vec, /// The output path hint. /// The placeholders are the same as for `.args` /// /// If not set, defaults to `"${input_virtual_path}.txt"`. /// /// Setting this is useful if the output format is not plain text (.txt) but instead some other format that should be passed to another adapter pub output_path_hint: Option, } fn strs(arr: &[&str]) -> Vec { arr.iter().map(ToString::to_string).collect() } lazy_static! { pub static ref BUILTIN_SPAWNING_ADAPTERS: Vec = vec![ // from https://github.com/jgm/pandoc/blob/master/src/Text/Pandoc/App/FormatHeuristics.hs // excluding formats that could cause problems (.db ?= sqlite) or that are already text formats (e.g. xml-based) //"db" -> Just "docbook" //"adoc" -> Just "asciidoc" //"asciidoc" -> Just "asciidoc" //"context" -> Just "context" //"ctx" -> Just "context" //"dokuwiki" -> Just "dokuwiki" //"htm" -> Just "html" //"html" -> Just "html" //"json" -> Just "json" //"latex" -> Just "latex" //"lhs" -> Just "markdown+lhs" //"ltx" -> Just "latex" //"markdown" -> Just "markdown" //"md" -> Just "markdown" //"ms" -> Just "ms" //"muse" -> Just "muse" //"native" -> Just "native" //"opml" -> Just "opml" //"org" -> Just "org" //"roff" -> Just "ms" //"rst" -> Just "rst" //"s5" -> Just "s5" //"t2t" -> Just "t2t" //"tei" -> Just "tei" //"tei.xml" -> Just "tei" //"tex" -> Just "latex" //"texi" -> Just "texinfo" //"texinfo" -> Just "texinfo" //"textile" -> Just "textile" //"text" -> Just "markdown" //"txt" -> Just "markdown" //"xhtml" -> Just "html" //"wiki" -> Just "mediawiki" CustomAdapterConfig { name: "pandoc".to_string(), description: "Uses pandoc to convert binary/unreadable text documents to plain markdown-like text".to_string(), version: 3, extensions: strs(&["epub", "odt", "docx", "fb2", "ipynb", "html", "htm"]), binary: "pandoc".to_string(), mimetypes: None, // simpler markdown (with more information loss but plainer text) //.arg("--to=commonmark-header_attributes-link_attributes-fenced_divs-markdown_in_html_blocks-raw_html-native_divs-native_spans-bracketed_spans") args: strs(&[ "--from=$input_file_extension", "--to=plain", "--wrap=none", "--markdown-headings=atx" ]), disabled_by_default: None, match_only_by_mime: None, output_path_hint: None }, CustomAdapterConfig { name: "poppler".to_owned(), version: 1, description: "Uses pdftotext (from poppler-utils) to extract plain text from PDF files" .to_owned(), extensions: strs(&["pdf"]), mimetypes: Some(strs(&["application/pdf"])), binary: "pdftotext".to_string(), args: strs(&["-", "-"]), disabled_by_default: None, match_only_by_mime: None, output_path_hint: Some("${input_virtual_path}.txt.asciipagebreaks".into()) } ]; } /// replace a Command.spawn() error "File not found" with a more readable error /// to indicate some program is not installed pub fn map_exe_error(err: std::io::Error, exe_name: &str, help: &str) -> anyhow::Error { use std::io::ErrorKind::*; match err.kind() { NotFound => format_err!("Could not find executable \"{}\". {}", exe_name, help), _ => anyhow::Error::from(err), } } fn proc_wait(mut child: Child, context: impl FnOnce() -> String) -> impl AsyncRead { let s = stream! { let res = child.wait().await?; if res.success() { yield std::io::Result::Ok(Bytes::new()); } else { Err(format_err!("{:?}", res)).with_context(context).map_err(to_io_err)?; } }; StreamReader::new(s) } pub fn pipe_output( _line_prefix: &str, mut cmd: Command, inp: ReadBox, exe_name: &str, help: &str, ) -> Result { let cmd_log = format!("{:?}", cmd); // todo: perf let mut cmd = cmd .stdin(Stdio::piped()) .stdout(Stdio::piped()) .spawn() .map_err(|e| map_exe_error(e, exe_name, help))?; let mut stdi = cmd.stdin.take().expect("is piped"); let stdo = cmd.stdout.take().expect("is piped"); let join = tokio::spawn(async move { let mut z = inp; tokio::io::copy(&mut z, &mut stdi).await?; std::io::Result::Ok(()) }); Ok(Box::pin(stdo.chain( proc_wait(cmd, move || format!("subprocess: {cmd_log}")).chain(join_handle_to_stream(join)), ))) } pub struct CustomSpawningFileAdapter { binary: String, args: Vec, meta: AdapterMeta, output_path_hint: Option, } impl GetMetadata for CustomSpawningFileAdapter { fn metadata(&self) -> &AdapterMeta { &self.meta } } fn arg_replacer(arg: &str, filepath_hint: &Path) -> Result { expand_str_ez(arg, |s| match s { "input_virtual_path" => Ok(filepath_hint.to_string_lossy()), "input_file_stem" => Ok(filepath_hint .file_stem() .unwrap_or_default() .to_string_lossy()), "input_file_extension" => Ok(filepath_hint .extension() .unwrap_or_default() .to_string_lossy()), e => Err(anyhow::format_err!("unknown replacer ${{{e}}}")), }) } impl CustomSpawningFileAdapter { fn command( &self, filepath_hint: &std::path::Path, mut command: tokio::process::Command, ) -> Result { command.args( self.args .iter() .map(|arg| arg_replacer(arg, filepath_hint)) .collect::>>()?, ); log::debug!("running command {:?}", command); Ok(command) } } #[async_trait] impl FileAdapter for CustomSpawningFileAdapter { async fn adapt( &self, ai: AdaptInfo, _detection_reason: &FileMatcher, ) -> Result { let AdaptInfo { filepath_hint, inp, line_prefix, archive_recursion_depth, postprocess, config, .. } = ai; let cmd = Command::new(&self.binary); let cmd = self .command(&filepath_hint, cmd) .with_context(|| format!("Could not set cmd arguments for {}", self.binary))?; debug!("executing {:?}", cmd); let output = pipe_output(&line_prefix, cmd, inp, &self.binary, "")?; Ok(one_file(AdaptInfo { filepath_hint: PathBuf::from(arg_replacer( self.output_path_hint .as_deref() .unwrap_or("${input_virtual_path}.txt"), &filepath_hint, )?), inp: output, line_prefix, is_real_file: false, archive_recursion_depth: archive_recursion_depth + 1, postprocess, config, })) } } impl CustomAdapterConfig { pub fn to_adapter(&self) -> CustomSpawningFileAdapter { CustomSpawningFileAdapter { binary: self.binary.clone(), args: self.args.clone(), output_path_hint: self.output_path_hint.clone(), meta: AdapterMeta { name: self.name.clone(), version: self.version, description: format!( "{}\nRuns: {} {}", self.description, self.binary, self.args.join(" ") ), recurses: true, fast_matchers: self .extensions .iter() .map(|s| FastFileMatcher::FileExtension(s.to_string())) .collect(), slow_matchers: self.mimetypes.as_ref().map(|mimetypes| { mimetypes .iter() .map(|s| FileMatcher::MimeType(s.to_string())) .collect() }), keep_fast_matchers_if_accurate: !self.match_only_by_mime.unwrap_or(false), disabled_by_default: self.disabled_by_default.unwrap_or(false), }, } } } #[cfg(test)] mod test { use super::super::FileAdapter; use super::*; use crate::preproc::loop_adapt; use crate::test_utils::*; use anyhow::Result; use pretty_assertions::assert_eq; use tokio::fs::File; #[tokio::test] async fn poppler() -> Result<()> { let adapter = poppler_adapter(); let filepath = test_data_dir().join("short.pdf"); let (a, d) = simple_adapt_info(&filepath, Box::pin(File::open(&filepath).await?)); // let r = adapter.adapt(a, &d)?; let r = loop_adapt(&adapter, d, a).await?; let o = adapted_to_vec(r).await?; assert_eq!( String::from_utf8(o)?, "PREFIX:Page 1: hello world PREFIX:Page 1: this is just a test. PREFIX:Page 1: PREFIX:Page 1: 1 PREFIX:Page 1: PREFIX:Page 1: " ); Ok(()) } use crate::{ adapters::custom::CustomAdapterConfig, test_utils::{adapted_to_vec, simple_adapt_info}, }; use std::io::Cursor; #[tokio::test] async fn streaming() -> anyhow::Result<()> { // an adapter that converts input line by line (deadlocks if the parent process tries to write everything and only then read it) let adapter = CustomAdapterConfig { name: "simple text replacer".to_string(), description: "oo".to_string(), disabled_by_default: None, version: 1, extensions: vec!["txt".to_string()], mimetypes: None, match_only_by_mime: None, binary: "sed".to_string(), args: vec!["s/e/u/g".to_string()], output_path_hint: None, }; let adapter = adapter.to_adapter(); let input = r#" This is the story of a very strange lorry with a long dead crew and a witch with the flu "#; let input = format!("{input}{input}{input}{input}"); let input = format!("{input}{input}{input}{input}"); let input = format!("{input}{input}{input}{input}"); let input = format!("{input}{input}{input}{input}"); let input = format!("{input}{input}{input}{input}"); let input = format!("{input}{input}{input}{input}"); let (a, d) = simple_adapt_info( Path::new("foo.txt"), Box::pin(Cursor::new(Vec::from(input))), ); let output = adapter.adapt(a, &d).await.unwrap(); let oup = adapted_to_vec(output).await?; println!("output: {}", String::from_utf8_lossy(&oup)); Ok(()) } } ================================================ FILE: src/adapters/decompress.rs ================================================ use crate::adapted_iter::one_file; use super::*; use anyhow::Result; use lazy_static::lazy_static; use tokio::io::BufReader; use std::path::{Path, PathBuf}; static EXTENSIONS: &[&str] = &["als", "bz2", "gz", "tbz", "tbz2", "tgz", "xz", "zst"]; static MIME_TYPES: &[&str] = &[ "application/gzip", "application/x-bzip", "application/x-xz", "application/zstd", ]; lazy_static! { static ref METADATA: AdapterMeta = AdapterMeta { name: "decompress".to_owned(), version: 1, description: "Reads compressed file as a stream and runs a different extractor on the contents." .to_owned(), recurses: true, fast_matchers: EXTENSIONS .iter() .map(|s| FastFileMatcher::FileExtension(s.to_string())) .collect(), slow_matchers: Some( MIME_TYPES .iter() .map(|s| FileMatcher::MimeType(s.to_string())) .collect() ), disabled_by_default: false, keep_fast_matchers_if_accurate: true }; } #[derive(Default)] pub struct DecompressAdapter; impl DecompressAdapter { pub fn new() -> Self { Self } } impl GetMetadata for DecompressAdapter { fn metadata(&self) -> &AdapterMeta { &METADATA } } fn decompress_any(reason: &FileMatcher, inp: ReadBox) -> Result { use FastFileMatcher::*; use FileMatcher::*; use async_compression::tokio::bufread; let gz = |inp: ReadBox| Box::pin(bufread::GzipDecoder::new(BufReader::new(inp))); let bz2 = |inp: ReadBox| Box::pin(bufread::BzDecoder::new(BufReader::new(inp))); let xz = |inp: ReadBox| Box::pin(bufread::XzDecoder::new(BufReader::new(inp))); let zst = |inp: ReadBox| Box::pin(bufread::ZstdDecoder::new(BufReader::new(inp))); Ok(match reason { Fast(FileExtension(ext)) => match ext.as_ref() { "als" | "gz" | "tgz" => gz(inp), "bz2" | "tbz" | "tbz2" => bz2(inp), "zst" => zst(inp), "xz" => xz(inp), ext => Err(format_err!("don't know how to decompress {}", ext))?, }, MimeType(mime) => match mime.as_ref() { "application/gzip" => gz(inp), "application/x-bzip" => bz2(inp), "application/x-xz" => xz(inp), "application/zstd" => zst(inp), mime => Err(format_err!("don't know how to decompress mime {}", mime))?, }, }) } fn get_inner_filename(filename: &Path) -> PathBuf { let extension = filename .extension() .map(|e| e.to_string_lossy()) .unwrap_or(Cow::Borrowed("")); let stem = filename .file_stem() .expect("no filename given?") .to_string_lossy(); let new_extension = match extension.as_ref() { "tgz" | "tbz" | "tbz2" => ".tar", _other => "", }; filename.with_file_name(format!("{}{}", stem, new_extension)) } #[async_trait] impl FileAdapter for DecompressAdapter { async fn adapt( &self, ai: AdaptInfo, detection_reason: &FileMatcher, ) -> Result { Ok(one_file(AdaptInfo { filepath_hint: get_inner_filename(&ai.filepath_hint), is_real_file: false, archive_recursion_depth: ai.archive_recursion_depth + 1, inp: decompress_any(detection_reason, ai.inp)?, line_prefix: ai.line_prefix, config: ai.config.clone(), postprocess: ai.postprocess, })) } } #[cfg(test)] mod tests { use super::*; use crate::preproc::loop_adapt; use crate::test_utils::*; use pretty_assertions::assert_eq; use tokio::fs::File; #[test] fn test_inner_filename() { for (a, b) in &[ ("hi/test.tgz", "hi/test.tar"), ("hi/hello.gz", "hi/hello"), ("a/b/initramfs", "a/b/initramfs"), ("hi/test.tbz2", "hi/test.tar"), ("hi/test.tbz", "hi/test.tar"), ("hi/test.hi.bz2", "hi/test.hi"), ("hello.tar.gz", "hello.tar"), ] { assert_eq!(get_inner_filename(&PathBuf::from(a)), PathBuf::from(*b)); } } #[tokio::test] async fn gz() -> Result<()> { let adapter = DecompressAdapter; let filepath = test_data_dir().join("hello.gz"); let (a, d) = simple_adapt_info(&filepath, Box::pin(File::open(&filepath).await?)); let r = adapter.adapt(a, &d).await?; let o = adapted_to_vec(r).await?; assert_eq!(String::from_utf8(o)?, "hello\n"); Ok(()) } #[tokio::test] async fn pdf_gz() -> Result<()> { let adapter = DecompressAdapter; let filepath = test_data_dir().join("short.pdf.gz"); let (a, d) = simple_adapt_info(&filepath, Box::pin(File::open(&filepath).await?)); let r = loop_adapt(&adapter, d, a).await?; let o = adapted_to_vec(r).await?; assert_eq!( String::from_utf8(o)?, "PREFIX:Page 1: hello world PREFIX:Page 1: this is just a test. PREFIX:Page 1: PREFIX:Page 1: 1 PREFIX:Page 1: PREFIX:Page 1: " ); Ok(()) } } ================================================ FILE: src/adapters/ffmpeg.rs ================================================ use super::*; use super::{custom::map_exe_error, writing::async_writeln}; use anyhow::*; use async_trait::async_trait; use lazy_static::lazy_static; use regex::Regex; use serde::{Deserialize, Serialize}; use std::process::Stdio; use tokio::io::AsyncWrite; use tokio::io::{AsyncBufReadExt, BufReader}; use tokio::process::Command; use writing::WritingFileAdapter; // todo: // maybe todo: read list of extensions from // ffmpeg -demuxers | tail -n+5 | awk '{print $2}' | while read demuxer; do echo MUX=$demuxer; ffmpeg -h demuxer=$demuxer | grep 'Common extensions'; done 2>/dev/null // but really, the probability of getting useful information from a .flv is low static EXTENSIONS: &[&str] = &["mkv", "mp4", "avi", "mp3", "ogg", "flac", "webm"]; lazy_static! { static ref METADATA: AdapterMeta = AdapterMeta { name: "ffmpeg".to_owned(), version: 1, description: "Uses ffmpeg to extract video metadata/chapters, subtitles, lyrics, and other metadata" .to_owned(), recurses: false, fast_matchers: EXTENSIONS .iter() .map(|s| FastFileMatcher::FileExtension(s.to_string())) .collect(), slow_matchers: None, disabled_by_default: false, keep_fast_matchers_if_accurate: true }; } #[derive(Default, Clone)] pub struct FFmpegAdapter; impl FFmpegAdapter { pub fn new() -> Self { Self } } impl GetMetadata for FFmpegAdapter { fn metadata(&self) -> &AdapterMeta { &METADATA } } #[derive(Serialize, Deserialize)] struct FFprobeOutput { streams: Vec, } #[derive(Serialize, Deserialize)] struct FFprobeStream { index: i32, // stream index } #[async_trait] impl WritingFileAdapter for FFmpegAdapter { async fn adapt_write( ai: AdaptInfo, _detection_reason: &FileMatcher, mut oup: Pin>, ) -> Result<()> { let AdaptInfo { is_real_file, filepath_hint, line_prefix, .. } = ai; if !is_real_file { // we *could* probably adapt this to also work based on streams, // it would require using a BufReader to read at least part of the file to memory // but really when would you want to search for videos within archives? // So instead, we only run this adapter if the file is a actual file on disk for now async_writeln!(oup, "{line_prefix}[rga: skipping video in archive]\n")?; return Ok(()); } let inp_fname = filepath_hint; let spawn_fail = |e| map_exe_error(e, "ffprobe", "Make sure you have ffmpeg installed."); let subtitle_streams = { let probe = Command::new("ffprobe") .args(vec![ "-v", "error", // show all errors "-select_streams", "s", // show only subtitle streams "-of", "json", // use json as output format "-show_entries", "stream=index", // show index of subtitle streams ]) .arg("-i") .arg(&inp_fname) .output() .await .map_err(spawn_fail)?; if !probe.status.success() { return Err(format_err!( "ffprobe failed: {:?}\n{}", probe.status, String::from_utf8_lossy(&probe.stderr) )); } let p: FFprobeOutput = serde_json::from_slice(&probe.stdout)?; p.streams }; { // extract file metadata (especially chapter names in a greppable format) let mut probe = Command::new("ffprobe") .args(vec![ "-v", "error", "-show_format", "-show_streams", "-of", "flat", // "-show_data", "-show_error", "-show_programs", "-show_chapters", // "-count_frames", //"-count_packets", ]) .arg("-i") .arg(&inp_fname) .stdout(Stdio::piped()) .spawn()?; let mut lines = BufReader::new(probe.stdout.as_mut().unwrap()).lines(); while let Some(line) = lines.next_line().await? { let line = line.replace("\\r\\n", "\n").replace("\\n", "\n"); // just unescape newlines async_writeln!(oup, "metadata: {line}")?; } let exit = probe.wait().await?; if !exit.success() { return Err(format_err!("ffprobe failed: {:?}", exit)); } } if !subtitle_streams.is_empty() { let time_re = Regex::new(r".*\d.*-->.*\d.*").unwrap(); for probe_stream in subtitle_streams.iter() { // extract subtitles let mut cmd = Command::new("ffmpeg"); cmd.arg("-hide_banner") .arg("-loglevel") .arg("panic") .arg("-i") .arg(&inp_fname) .arg("-map") .arg(format!("0:{}", probe_stream.index)) // 0 for first input .arg("-f") .arg("webvtt") .arg("-"); let mut cmd = cmd.stdout(Stdio::piped()).spawn().map_err(spawn_fail)?; let stdo = cmd.stdout.as_mut().expect("is piped"); let mut time: String = "".to_owned(); // rewrite subtitle times so they are shown as a prefix in every line let mut lines = BufReader::new(stdo).lines(); while let Some(line) = lines.next_line().await? { // 09:55.195 --> 09:56.730 if time_re.is_match(&line) { time = line.to_owned(); } else if line.is_empty() { async_writeln!(oup)?; } else { async_writeln!(oup, "{time}: {line}")?; } } } } Ok(()) } } ================================================ FILE: src/adapters/mbox.rs ================================================ use super::*; use anyhow::Result; use async_stream::stream; use lazy_static::lazy_static; use mime2ext::mime2ext; use regex::bytes::Regex; use tokio::io::AsyncReadExt; use std::{collections::VecDeque, io::Cursor}; static EXTENSIONS: &[&str] = &["mbox", "mbx", "eml"]; static MIME_TYPES: &[&str] = &["application/mbox", "message/rfc822"]; lazy_static! { static ref METADATA: AdapterMeta = AdapterMeta { name: "mail".to_owned(), version: 1, description: "Reads mailbox/mail files and runs extractors on the contents and attachments." .to_owned(), recurses: true, fast_matchers: EXTENSIONS .iter() .map(|s| FastFileMatcher::FileExtension(s.to_string())) .collect(), slow_matchers: Some( MIME_TYPES .iter() .map(|s| FileMatcher::MimeType(s.to_string())) .collect() ), disabled_by_default: true, keep_fast_matchers_if_accurate: true }; static ref FROM_REGEX: Regex = Regex::new("\r?\nFrom [^\n]+\n").unwrap(); } #[derive(Default)] pub struct MboxAdapter; impl MboxAdapter { pub fn new() -> Self { Self } } impl GetMetadata for MboxAdapter { fn metadata(&self) -> &AdapterMeta { &METADATA } } #[async_trait] impl FileAdapter for MboxAdapter { async fn adapt( &self, ai: AdaptInfo, _detection_reason: &FileMatcher, ) -> Result { let AdaptInfo { filepath_hint, mut inp, line_prefix, archive_recursion_depth, config, postprocess, .. } = ai; let mut content = Vec::new(); let s = stream! { inp.read_to_end(&mut content).await?; let mut ais = vec![]; for mail_bytes in FROM_REGEX.splitn(&content, usize::MAX) { let mail_content = mail_bytes.splitn(2, |x| *x == b'\n').nth(1).unwrap(); let mail = mailparse::parse_mail(mail_content); if mail.is_err() { continue; } let mail = mail.unwrap(); let mut todos = VecDeque::new(); todos.push_back(mail); while let Some(mail) = todos.pop_front() { let mut path = filepath_hint.clone(); let filename = mail.get_content_disposition().params.get("filename").cloned(); match &*mail.ctype.mimetype { x if x.starts_with("multipart/") => { todos.extend(mail.subparts); continue; } mime => { if let Some(name) = filename { path.push(name); } else if let Some(extension) = mime2ext(mime) { path.push(format!("data.{extension}")); } else { path.push("data"); } } } let mut config = config.clone(); config.accurate = true; let raw_body = mail.get_body_raw(); if raw_body.is_err() { continue; } let ai2: AdaptInfo = AdaptInfo { filepath_hint: path, is_real_file: false, archive_recursion_depth: archive_recursion_depth + 1, inp: Box::pin(Cursor::new(raw_body.unwrap())), line_prefix: line_prefix.to_string(), config, postprocess, }; ais.push(ai2); } } for a in ais { yield(Ok(a)); } }; Ok(Box::pin(s)) } } #[cfg(test)] mod tests { use super::*; use crate::preproc::loop_adapt; use crate::test_utils::*; use pretty_assertions::assert_eq; use tokio::fs::File; use tokio_stream::StreamExt; #[tokio::test] async fn mail_simple() -> Result<()> { let adapter = MboxAdapter; let filepath = test_data_dir().join("github_email.eml"); let (a, d) = simple_adapt_info(&filepath, Box::pin(File::open(&filepath).await?)); let mut r = adapter.adapt(a, &d).await?; let mut count = 0; while let Some(file) = r.next().await { let mut file = file?; let mut buf = Vec::new(); file.inp.read_to_end(&mut buf).await?; match file .filepath_hint .components() .next_back() .unwrap() .as_os_str() .to_str() .unwrap() { "data.txt" | "data.html" => { assert!(String::from_utf8(buf)?.contains("Thank you for your contribution")); } x => panic!("unexpected filename {x:?}"), } count += 1; } assert_eq!(2, count); Ok(()) } #[tokio::test] async fn mbox_simple() -> Result<()> { let adapter = MboxAdapter; let filepath = test_data_dir().join("test.mbx"); let (a, d) = simple_adapt_info(&filepath, Box::pin(File::open(&filepath).await?)); let mut r = adapter.adapt(a, &d).await?; let mut count = 0; while let Some(file) = r.next().await { let mut file = file?; assert_eq!( "data.html", file.filepath_hint .components() .next_back() .unwrap() .as_os_str() ); let mut buf = Vec::new(); file.inp.read_to_end(&mut buf).await?; assert_eq!( "\r\n \r\n \r\n \r\n \r\n

>From

\r\n

Another word >From
\r\n

\r\n \r\n", String::from_utf8(buf)?.trim() ); count += 1; } assert_eq!(3, count); Ok(()) } #[tokio::test] async fn mbox_attachment() -> Result<()> { init_logging(); let adapter = MboxAdapter; let filepath = test_data_dir().join("mail_with_attachment.mbox"); let (a, d) = simple_adapt_info(&filepath, Box::pin(File::open(&filepath).await?)); let mut r = loop_adapt(&adapter, d, a).await?; let mut count = 0; while let Some(file) = r.next().await { let mut file = file?; let path = file .filepath_hint .components() .next_back() .unwrap() .as_os_str() .to_str() .unwrap(); let mut buf = Vec::new(); file.inp.read_to_end(&mut buf).await?; match path { "data.html.txt" => { assert_eq!( "PREFIX:regular text\nPREFIX:\n", String::from_utf8(buf).unwrap_or("err".to_owned()) ); } "short.pdf.txt" => { assert_eq!( "PREFIX:Page 1: hello world\nPREFIX:Page 1: this is just a test.\nPREFIX:Page 1: \nPREFIX:Page 1: 1\nPREFIX:Page 1: \nPREFIX:Page 1: \n", String::from_utf8(buf).unwrap_or("err".to_owned()) ); } _ => { panic!("unrelated {path:?}"); } } count += 1; } assert_eq!(2, count); // one message + one attachment Ok(()) } } ================================================ FILE: src/adapters/postproc.rs ================================================ //trait RunFnAdapter: GetMetadata {} //impl FileAdapter for T where T: RunFnAdapter {} use anyhow::Result; use async_stream::stream; use async_trait::async_trait; use bytes::Bytes; use encoding_rs::Encoding; use encoding_rs_io::DecodeReaderBytesBuilder; use tokio_util::io::SyncIoBridge; use std::io::Cursor; use std::path::PathBuf; use std::pin::Pin; use tokio::io::{AsyncRead, AsyncReadExt}; use tokio_util::io::ReaderStream; use tokio_util::io::StreamReader; use crate::adapted_iter::AdaptedFilesIterBox; use crate::adapted_iter::one_file; use crate::matching::FastFileMatcher; use super::{AdaptInfo, AdapterMeta, FileAdapter, GetMetadata}; fn add_newline(ar: impl AsyncRead + Send) -> impl AsyncRead + Send { ar.chain(Cursor::new(b"\n")) } pub struct PostprocPrefix {} impl GetMetadata for PostprocPrefix { fn metadata(&self) -> &super::AdapterMeta { lazy_static::lazy_static! { static ref METADATA: AdapterMeta = AdapterMeta { name: "postprocprefix".to_owned(), version: 1, description: "Adds the line prefix to each line (e.g. the filename within a zip)".to_owned(), recurses: false, fast_matchers: vec![], slow_matchers: None, keep_fast_matchers_if_accurate: false, disabled_by_default: false }; } &METADATA } } #[async_trait] impl FileAdapter for PostprocPrefix { async fn adapt( &self, a: super::AdaptInfo, _detection_reason: &crate::matching::FileMatcher, ) -> Result { let read = add_newline(postproc_prefix( &a.line_prefix, postproc_encoding(&a.line_prefix, a.inp).await?, )); // keep adapt info (filename etc) except replace inp let ai = AdaptInfo { inp: Box::pin(read), postprocess: false, ..a }; Ok(one_file(ai)) } } /*struct ReadErr { err: Fn() -> std::io::Error, } impl Read for ReadErr { fn read(&mut self, buf: &mut [u8]) -> std::io::Result { Err(self.err()) } }*/ /** * Detects and converts encodings other than utf-8 to utf-8. * If the input stream does not contain valid text, returns the string `[rga: binary data]` instead */ async fn postproc_encoding( _line_prefix: &str, inp: Pin>, ) -> Result>> { // check for binary content in first 8kB // read the first 8kB into a buffer, check for null bytes, then return the buffer concatenated with the rest of the file let mut fourk = Vec::with_capacity(1 << 13); let mut beginning = inp.take(1 << 13); beginning.read_to_end(&mut fourk).await?; let has_binary = fourk.contains(&0u8); let enc = Encoding::for_bom(&fourk); let inp = Cursor::new(fourk).chain(beginning.into_inner()); match enc { Some((enc, _)) if enc != encoding_rs::UTF_8 => { // detected UTF16LE or UTF16BE, convert to UTF8 in separate thread // TODO: parse these options from ripgrep's configuration let encoding = None; // detect bom but usually assume utf8 let bom_sniffing = true; let mut decode_builder = DecodeReaderBytesBuilder::new(); // https://github.com/BurntSushi/ripgrep/blob/a7d26c8f144a4957b75f71087a66692d0b25759a/grep-searcher/src/searcher/mod.rs#L706 // this detects utf-16 BOMs and transcodes to utf-8 if they are present // it does not detect any other char encodings. that would require https://github.com/hsivonen/chardetng or similar but then binary detection is hard (?) let mut inp = decode_builder .encoding(encoding) .utf8_passthru(true) .strip_bom(bom_sniffing) .bom_override(true) .bom_sniffing(bom_sniffing) .build(SyncIoBridge::new(inp)); let oup = tokio::task::spawn_blocking(move || -> Result> { let mut oup = Vec::new(); std::io::Read::read_to_end(&mut inp, &mut oup)?; Ok(oup) }) .await??; Ok(Box::pin(Cursor::new(oup))) } _ => { if has_binary { log::debug!("detected binary"); return Ok(Box::pin(Cursor::new("[rga: binary data]"))); } Ok(Box::pin(inp)) } } } /// Adds the given prefix to each line in an `AsyncRead`. pub fn postproc_prefix( line_prefix: &str, inp: T, ) -> impl AsyncRead + Send + use { let line_prefix_n = format!("\n{line_prefix}"); // clone since we need it later let line_prefix_o = Bytes::copy_from_slice(line_prefix.as_bytes()); let regex = regex::bytes::Regex::new("\n").unwrap(); let inp_stream = ReaderStream::new(inp); let oup_stream = stream! { yield Ok(line_prefix_o); for await chunk in inp_stream { match chunk { Err(e) => yield Err(e), Ok(chunk) => { if chunk.contains(&b'\n') { yield Ok(Bytes::copy_from_slice(®ex.replace_all(&chunk, line_prefix_n.as_bytes()))); } else { yield Ok(chunk); } } } } }; Box::pin(StreamReader::new(oup_stream)) } #[derive(Default)] pub struct PostprocPageBreaks {} impl GetMetadata for PostprocPageBreaks { fn metadata(&self) -> &super::AdapterMeta { lazy_static::lazy_static! { static ref METADATA: AdapterMeta = AdapterMeta { name: "postprocpagebreaks".to_owned(), version: 1, description: "Adds the page number to each line for an input file that specifies page breaks as ascii page break character.\nMainly to be used internally by the poppler adapter.".to_owned(), recurses: false, fast_matchers: vec![FastFileMatcher::FileExtension("asciipagebreaks".to_string())], slow_matchers: None, keep_fast_matchers_if_accurate: false, disabled_by_default: false }; } &METADATA } } #[async_trait] impl FileAdapter for PostprocPageBreaks { async fn adapt( &self, a: super::AdaptInfo, _detection_reason: &crate::matching::FileMatcher, ) -> Result { let read = postproc_pagebreaks(postproc_encoding(&a.line_prefix, a.inp).await?); // keep adapt info (filename etc) except replace inp let ai = AdaptInfo { inp: Box::pin(read), archive_recursion_depth: a.archive_recursion_depth + 1, filepath_hint: a .filepath_hint .parent() .map(PathBuf::from) .unwrap_or_default() .join(a.filepath_hint.file_stem().unwrap_or_default()), ..a }; Ok(one_file(ai)) } } /// Adds the prefix "Page N: " to each line, /// where N starts at one and is incremented for each ASCII Form Feed character in the input stream. /// ASCII form feeds are the page delimiters output by `pdftotext`. pub fn postproc_pagebreaks(input: impl AsyncRead + Send) -> impl AsyncRead + Send { let regex_linefeed = regex::bytes::Regex::new(r"\x0c").unwrap(); let regex_newline = regex::bytes::Regex::new("\n").unwrap(); let mut page_count: i32 = 1; let mut page_prefix: String = format!("\nPage {page_count}: "); let input_stream = ReaderStream::new(input); let output_stream = stream! { yield std::io::Result::Ok(Bytes::copy_from_slice(format!("Page {page_count}: ").as_bytes())); // store Page X: line prefixes in pending and only write it to the output when there is more text to be written // this is needed since pdftotext outputs a \x0c at the end of the last page let mut pending: Option = None; for await read_chunk in input_stream { let read_chunk = read_chunk?; let page_chunks = regex_linefeed.split(&read_chunk); for (chunk_idx, page_chunk) in page_chunks.enumerate() { if chunk_idx != 0 { page_count += 1; page_prefix = format!("\nPage {page_count}: "); if let Some(p) = pending.take() { yield Ok(p); } pending = Some(Bytes::copy_from_slice(page_prefix.as_bytes())); } if !page_chunk.is_empty() { if let Some(p) = pending.take() { yield Ok(p); } yield Ok(Bytes::copy_from_slice(®ex_newline.replace_all(page_chunk, page_prefix.as_bytes()))); } } } }; Box::pin(StreamReader::new(output_stream)) } #[cfg(test)] mod tests { use crate::preproc::loop_adapt; use crate::test_utils::*; use super::*; use anyhow::Result; use pretty_assertions::assert_eq; use tokio::fs::File; use tokio::pin; use tokio_test::io::Builder; use tokio_test::io::Mock; #[tokio::test] async fn test_with_pagebreaks() { let mut output: Vec = Vec::new(); let mock: Mock = Builder::new() .read(b"Hello\nWorld\x0cFoo Bar\n\x0cTest\x0c") .build(); let res = postproc_pagebreaks(mock).read_to_end(&mut output).await; println!("{}", String::from_utf8_lossy(&output)); assert!(res.is_ok()); assert_eq!( String::from_utf8_lossy(&output), "Page 1: Hello\nPage 1: World\nPage 2: Foo Bar\nPage 2: \nPage 3: Test" ); } #[tokio::test] async fn test_with_pagebreaks_chunks() { let mut output: Vec = Vec::new(); let mock: Mock = Builder::new() .read(b"Hello\nWo") .read(b"rld\x0c") .read(b"Foo Bar\n") .read(b"\x0cTest\x0c") .build(); let res = postproc_pagebreaks(mock).read_to_end(&mut output).await; println!("{}", String::from_utf8_lossy(&output)); assert!(res.is_ok()); assert_eq!( String::from_utf8_lossy(&output), "Page 1: Hello\nPage 1: World\nPage 2: Foo Bar\nPage 2: \nPage 3: Test" ); } #[tokio::test] async fn test_pdf_twoblank() -> Result<()> { let adapter = poppler_adapter(); let fname = test_data_dir().join("twoblankpages.pdf"); let rd = File::open(&fname).await?; let (a, d) = simple_adapt_info(&fname, Box::pin(rd)); let res = loop_adapt(&adapter, d, a).await?; let buf = adapted_to_vec(res).await?; assert_eq!( String::from_utf8(buf)?, "PREFIX:Page 1: PREFIX:Page 2: PREFIX:Page 3: HelloWorld PREFIX:Page 3: PREFIX:Page 3: ", ); Ok(()) } #[tokio::test] async fn test_postproc_prefix() { let mut output: Vec = Vec::new(); let mock: Mock = Builder::new().read(b"Hello\nWorld").build(); let res = postproc_prefix("prefix: ", mock) .read_to_end(&mut output) .await; println!("{}", String::from_utf8_lossy(&output)); assert!(res.is_ok()); assert_eq!(output, b"prefix: Hello\nprefix: World"); } async fn test_from_strs( pagebreaks: bool, line_prefix: &str, a: &'static str, b: &str, ) -> Result<()> { test_from_bytes(pagebreaks, line_prefix, a.as_bytes(), b).await } async fn test_from_bytes( pagebreaks: bool, line_prefix: &str, a: &'static [u8], b: &str, ) -> Result<()> { let mut oup = Vec::new(); let inp = Box::pin(Cursor::new(a)); let inp = postproc_encoding("", inp).await?; if pagebreaks { postproc_pagebreaks(inp).read_to_end(&mut oup).await?; } else { let x = postproc_prefix(line_prefix, inp); pin!(x); x.read_to_end(&mut oup).await?; } let c = String::from_utf8_lossy(&oup); assert_eq!(c, b, "source: {}", String::from_utf8_lossy(a)); Ok(()) } #[tokio::test] async fn test_utf16() -> Result<()> { let utf16lebom: &[u8] = &[ 0xff, 0xfe, 0x68, 0x00, 0x65, 0x00, 0x6c, 0x00, 0x6c, 0x00, 0x6f, 0x00, 0x20, 0x00, 0x77, 0x00, 0x6f, 0x00, 0x72, 0x00, 0x6c, 0x00, 0x64, 0x00, 0x20, 0x00, 0x3d, 0xd8, 0xa9, 0xdc, 0x0a, 0x00, ]; let utf16bebom: &[u8] = &[ 0xfe, 0xff, 0x00, 0x68, 0x00, 0x65, 0x00, 0x6c, 0x00, 0x6c, 0x00, 0x6f, 0x00, 0x20, 0x00, 0x77, 0x00, 0x6f, 0x00, 0x72, 0x00, 0x6c, 0x00, 0x64, 0x00, 0x20, 0xd8, 0x3d, 0xdc, 0xa9, 0x00, 0x0a, ]; test_from_bytes(false, "", utf16lebom, "hello world 💩\n").await?; test_from_bytes(false, "", utf16bebom, "hello world 💩\n").await?; Ok(()) } #[tokio::test] async fn post1() -> Result<()> { let inp = "What is this\nThis is a test\nFoo"; let oup = "Page 1: What is this\nPage 1: This is a test\nPage 1: Foo"; test_from_strs(true, "", inp, oup).await?; println!("\n\n\n\n"); let inp = "What is this\nThis is a test\nFoo\x0c\nHelloooo\nHow are you?\x0c\nGreat!"; let oup = "Page 1: What is this\nPage 1: This is a test\nPage 1: Foo\nPage 2: \nPage 2: Helloooo\nPage 2: How are you?\nPage 3: \nPage 3: Great!"; test_from_strs(true, "", inp, oup).await?; let inp = "What is this\nThis is a test\nFoo\x0c\nHelloooo\nHow are you?\x0c\nGreat!"; let oup = "foo.pdf:What is this\nfoo.pdf:This is a test\nfoo.pdf:Foo\x0c\nfoo.pdf:Helloooo\nfoo.pdf:How are you?\x0c\nfoo.pdf:Great!"; test_from_strs(false, "foo.pdf:", inp, oup).await?; Ok(()) } #[tokio::test] async fn test_binary_content() -> Result<()> { test_from_strs( false, "foo:", "this is a test \n\n \0 foo", "foo:[rga: binary data]", ) .await?; test_from_strs(false, "foo:", "\0", "foo:[rga: binary data]").await?; Ok(()) } /*#[test] fn chardet() -> Result<()> { let mut d = chardetng::EncodingDetector::new(); let mut v = Vec::new(); std::fs::File::open("/home/phire/passwords-2018.kdbx.old").unwrap().read_to_end(&mut v).unwrap(); d.feed(&v, false); println!("foo {:?}", d.guess(None, true)); Ok(()) }*/ } ================================================ FILE: src/adapters/sqlite.rs ================================================ use super::{writing::WritingFileAdapter, *}; use anyhow::Result; use async_trait::async_trait; use lazy_static::lazy_static; use log::*; use rusqlite::types::ValueRef; use rusqlite::*; use std::{convert::TryInto, io::Write}; use tokio::io::AsyncWrite; use tokio_util::io::SyncIoBridge; static EXTENSIONS: &[&str] = &["db", "db3", "sqlite", "sqlite3"]; lazy_static! { static ref METADATA: AdapterMeta = AdapterMeta { name: "sqlite".to_owned(), version: 1, description: "Uses sqlite bindings to convert sqlite databases into a simple plain text format" .to_owned(), recurses: false, // set to true if we decide to make sqlite blobs searchable (gz blob in db is kinda common I think) fast_matchers: EXTENSIONS .iter() .map(|s| FastFileMatcher::FileExtension(s.to_string())) .collect(), slow_matchers: Some(vec![FileMatcher::MimeType( "application/x-sqlite3".to_owned() )]), keep_fast_matchers_if_accurate: false, disabled_by_default: false }; } #[derive(Default, Clone)] pub struct SqliteAdapter; impl SqliteAdapter { pub fn new() -> Self { Self } } impl GetMetadata for SqliteAdapter { fn metadata(&self) -> &AdapterMeta { &METADATA } } fn format_blob(b: ValueRef) -> String { use ValueRef; match b { ValueRef::Null => "NULL".to_owned(), ValueRef::Integer(i) => format!("{}", i), ValueRef::Real(i) => format!("{}", i), ValueRef::Text(i) => format!("'{}'", String::from_utf8_lossy(i).replace('\'', "''")), ValueRef::Blob(b) => format!( "[blob {}B]", size_format::SizeFormatterSI::new( // can't be larger than 2GB anyways b.len().try_into().unwrap() ) ), } } fn synchronous_dump_sqlite(ai: AdaptInfo, mut s: impl Write) -> Result<()> { let AdaptInfo { is_real_file, filepath_hint, line_prefix, .. } = ai; if !is_real_file { // db is in an archive // todo: read to memory and then use that blob if size < max writeln!(s, "{line_prefix}[rga: skipping sqlite in archive]",)?; return Ok(()); } let inp_fname = filepath_hint; let conn = Connection::open_with_flags(&inp_fname, OpenFlags::SQLITE_OPEN_READ_ONLY) .with_context(|| format!("opening sqlite connection to {}", inp_fname.display()))?; let tables: Vec = conn .prepare("select name from sqlite_master where type='table'") .context("while preparing query")? .query_map([], |r| r.get::<_, String>(0)) .context("while executing query")? .filter_map(|e| e.ok()) .collect(); debug!("db has {} tables", tables.len()); for table in tables { // can't use query param at that position let mut sel = conn.prepare(&format!( "select * from {}", rusqlite::vtab::escape_double_quote(&table) ))?; let col_names: Vec = sel .column_names() .into_iter() .map(|e| e.to_owned()) .collect(); let mut z = sel.query([])?; // writeln!(oup, "{}: {}", table, cols.join(", "))?; // kind of shitty (lossy) output. maybe output real csv or something? while let Some(row) = z.next()? { let row_str = col_names .iter() .enumerate() .map(|(i, e)| Ok(format!("{}={}", e, format_blob(row.get_ref(i)?)))) .collect::>>()? .join(", "); writeln!(s, "{line_prefix}{table}: {row_str}",)?; } } Ok(()) } #[async_trait] impl WritingFileAdapter for SqliteAdapter { async fn adapt_write( ai: AdaptInfo, _detection_reason: &FileMatcher, oup: Pin>, ) -> Result<()> { if ai.filepath_hint.file_name().and_then(|e| e.to_str()) == Some("Thumbs.db") { // skip windows thumbnail cache return Ok(()); } let oup_sync = SyncIoBridge::new(oup); tokio::task::spawn_blocking(|| synchronous_dump_sqlite(ai, oup_sync)) .await? .context("in synchronous sqlite task")?; Ok(()) } } #[cfg(test)] mod test { use super::*; use crate::test_utils::*; use pretty_assertions::assert_eq; #[tokio::test] async fn simple() -> Result<()> { let adapter: Box = Box::::default(); let fname = test_data_dir().join("hello.sqlite3"); let (a, d) = simple_fs_adapt_info(&fname).await?; let res = adapter.adapt(a, &d).await?; let buf = adapted_to_vec(res).await?; assert_eq!( String::from_utf8(buf)?, "PREFIX:tbl: greeting='hello', from='sqlite database!'\nPREFIX:tbl2: x=123, y=456.789\n", ); Ok(()) } } ================================================ FILE: src/adapters/tar.rs ================================================ use crate::{ adapted_iter::AdaptedFilesIterBox, adapters::AdapterMeta, matching::{FastFileMatcher, FileMatcher}, print_bytes, }; use anyhow::*; use async_stream::stream; use async_trait::async_trait; use lazy_static::lazy_static; use log::*; use std::path::PathBuf; use tokio_stream::StreamExt; use super::{AdaptInfo, FileAdapter, GetMetadata}; static EXTENSIONS: &[&str] = &["tar"]; lazy_static! { static ref METADATA: AdapterMeta = AdapterMeta { name: "tar".to_owned(), version: 1, description: "Reads a tar file as a stream and recurses down into its contents".to_owned(), recurses: true, fast_matchers: EXTENSIONS .iter() .map(|s| FastFileMatcher::FileExtension(s.to_string())) .collect(), slow_matchers: None, keep_fast_matchers_if_accurate: true, disabled_by_default: false }; } #[derive(Default, Clone)] pub struct TarAdapter; impl TarAdapter { pub fn new() -> Self { Self } } impl GetMetadata for TarAdapter { fn metadata(&self) -> &AdapterMeta { &METADATA } } #[async_trait] impl FileAdapter for TarAdapter { async fn adapt( &self, ai: AdaptInfo, _detection_reason: &FileMatcher, ) -> Result { let AdaptInfo { filepath_hint, inp, line_prefix, archive_recursion_depth, config, postprocess, .. } = ai; let mut archive = ::tokio_tar::Archive::new(inp); let mut entries = archive.entries()?; let s = stream! { while let Some(entry) = entries.next().await { let file = entry?; if tokio_tar::EntryType::Regular == file.header().entry_type() { let path = PathBuf::from(file.path()?.to_owned()); debug!( "{}|{}: {}", filepath_hint.display(), path.display(), print_bytes(file.header().size().unwrap_or(0) as f64), ); let line_prefix = &format!("{}{}: ", line_prefix, path.display()); let ai2: AdaptInfo = AdaptInfo { filepath_hint: path, is_real_file: false, archive_recursion_depth: archive_recursion_depth + 1, inp: Box::pin(file), line_prefix: line_prefix.to_string(), config: config.clone(), postprocess, }; yield Ok(ai2); } } }; Ok(Box::pin(s)) } } #[cfg(test)] mod tests { use super::*; use crate::{preproc::loop_adapt, test_utils::*}; use pretty_assertions::assert_eq; use tokio::fs::File; #[tokio::test] async fn test_simple_tar() -> Result<()> { let filepath = test_data_dir().join("hello.tar"); let (a, d) = simple_adapt_info(&filepath, Box::pin(File::open(&filepath).await?)); let adapter = TarAdapter::new(); let r = loop_adapt(&adapter, d, a).await.context("adapt")?; let o = adapted_to_vec(r).await.context("adapted_to_vec")?; assert_eq!( String::from_utf8(o).context("parsing utf8")?, "PREFIX:dir/file-b.pdf: Page 1: hello world PREFIX:dir/file-b.pdf: Page 1: this is just a test. PREFIX:dir/file-b.pdf: Page 1: PREFIX:dir/file-b.pdf: Page 1: 1 PREFIX:dir/file-b.pdf: Page 1: PREFIX:dir/file-b.pdf: Page 1: PREFIX:dir/file-a.pdf: Page 1: hello world PREFIX:dir/file-a.pdf: Page 1: this is just a test. PREFIX:dir/file-a.pdf: Page 1: PREFIX:dir/file-a.pdf: Page 1: 1 PREFIX:dir/file-a.pdf: Page 1: PREFIX:dir/file-a.pdf: Page 1: " ); Ok(()) } } ================================================ FILE: src/adapters/writing.rs ================================================ use std::pin::Pin; use crate::{adapted_iter::one_file, join_handle_to_stream, to_io_err}; use super::{AdaptInfo, FileAdapter, GetMetadata}; use anyhow::{Context, Result}; use async_trait::async_trait; use tokio::io::{AsyncReadExt, AsyncWrite}; #[async_trait] pub trait WritingFileAdapter: GetMetadata + Send + Sync + Clone { async fn adapt_write( a: super::AdaptInfo, detection_reason: &crate::matching::FileMatcher, oup: Pin>, ) -> Result<()>; } macro_rules! async_writeln { ($dst: expr_2021) => { { tokio::io::AsyncWriteExt::write_all(&mut $dst, b"\n").await } }; ($dst: expr_2021, $fmt: expr_2021) => { { use std::io::Write; let mut buf = Vec::::new(); writeln!(buf, $fmt)?; tokio::io::AsyncWriteExt::write_all(&mut $dst, &buf).await } }; ($dst: expr_2021, $fmt: expr_2021, $($arg: tt)*) => { { use std::io::Write; let mut buf = Vec::::new(); writeln!(buf, $fmt, $( $arg )*)?; tokio::io::AsyncWriteExt::write_all(&mut $dst, &buf).await } }; } pub(crate) use async_writeln; #[async_trait] impl FileAdapter for T where T: WritingFileAdapter, { async fn adapt( &self, a: super::AdaptInfo, detection_reason: &crate::matching::FileMatcher, ) -> Result { let name = self.metadata().name.clone(); let (w, r) = tokio::io::duplex(128 * 1024); let d2 = detection_reason.clone(); let archive_recursion_depth = a.archive_recursion_depth + 1; let filepath_hint = format!("{}.txt", a.filepath_hint.to_string_lossy()); let postprocess = a.postprocess; let line_prefix = a.line_prefix.clone(); let config = a.config.clone(); let joiner = tokio::spawn(async move { let x = d2; T::adapt_write(a, &x, Box::pin(w)) .await .with_context(|| format!("in {}.adapt_write", name)) .map_err(to_io_err) }); Ok(one_file(AdaptInfo { is_real_file: false, filepath_hint: filepath_hint.into(), archive_recursion_depth, config, inp: Box::pin(r.chain(join_handle_to_stream(joiner))), line_prefix, postprocess, })) } } ================================================ FILE: src/adapters/zip.rs ================================================ use super::*; use crate::print_bytes; use anyhow::*; use async_stream::stream; use lazy_static::lazy_static; use log::*; // TODO: allow users to configure file extensions instead of hard coding the list // https://github.com/phiresky/ripgrep-all/pull/208#issuecomment-2173241243 static EXTENSIONS: &[&str] = &["zip", "jar", "xpi", "kra", "snagx"]; lazy_static! { static ref METADATA: AdapterMeta = AdapterMeta { name: "zip".to_owned(), version: 1, description: "Reads a zip file as a stream and recurses down into its contents".to_owned(), recurses: true, fast_matchers: EXTENSIONS .iter() .map(|s| FastFileMatcher::FileExtension(s.to_string())) .collect(), slow_matchers: Some(vec![FileMatcher::MimeType("application/zip".to_owned())]), keep_fast_matchers_if_accurate: false, disabled_by_default: false }; } #[derive(Default, Clone)] pub struct ZipAdapter; impl ZipAdapter { pub fn new() -> Self { Self } } impl GetMetadata for ZipAdapter { fn metadata(&self) -> &AdapterMeta { &METADATA } } #[async_trait] impl FileAdapter for ZipAdapter { async fn adapt( &self, ai: AdaptInfo, _detection_reason: &FileMatcher, ) -> Result { // let (s, r) = mpsc::channel(1); let AdaptInfo { inp, filepath_hint, archive_recursion_depth, postprocess, line_prefix, config, is_real_file, .. } = ai; if is_real_file { use async_zip::read::fs::ZipFileReader; let zip = ZipFileReader::new(&filepath_hint).await?; let s = stream! { for i in 0..zip.file().entries().len() { let file = zip.get_entry(i)?; let reader = zip.entry(i).await?; if file.filename().ends_with('/') { continue; } debug!( "{}{}|{}: {} ({} packed)", line_prefix, filepath_hint.display(), file.filename(), print_bytes(file.uncompressed_size() as f64), print_bytes(file.compressed_size() as f64) ); let new_line_prefix = format!("{}{}: ", line_prefix, file.filename()); let fname = PathBuf::from(file.filename()); tokio::pin!(reader); // SAFETY: this should be solvable without unsafe but idk how :( // the issue is that ZipEntryReader borrows from ZipFileReader, but we need to yield it here into the stream // but then it can't borrow from the ZipFile let reader2 = unsafe { std::mem::transmute::< Pin<&mut (dyn AsyncRead + Send)>, Pin<&'static mut (dyn AsyncRead + Send)>, >(reader) }; yield Ok(AdaptInfo { filepath_hint: fname, is_real_file: false, inp: Box::pin(reader2), line_prefix: new_line_prefix, archive_recursion_depth: archive_recursion_depth + 1, postprocess, config: config.clone(), }); } }; Ok(Box::pin(s)) } else { use async_zip::read::stream::ZipFileReader; let mut zip = ZipFileReader::new(inp); let s = stream! { trace!("begin zip"); while let Some(mut entry) = zip.next_entry().await? { trace!("zip next entry"); let file = entry.entry(); if file.filename().ends_with('/') { zip = entry.skip().await?; continue; } debug!( "{}{}|{}: {} ({} packed)", line_prefix, filepath_hint.display(), file.filename(), print_bytes(file.uncompressed_size() as f64), print_bytes(file.compressed_size() as f64) ); let new_line_prefix = format!("{}{}: ", line_prefix, file.filename()); let fname = PathBuf::from(file.filename()); let reader = entry.reader(); tokio::pin!(reader); // SAFETY: this should be solvable without unsafe but idk how :( // the issue is that ZipEntryReader borrows from ZipFileReader, but we need to yield it here into the stream // but then it can't borrow from the ZipFile let reader2 = unsafe { std::mem::transmute::< Pin<&mut (dyn AsyncRead + Send)>, Pin<&'static mut (dyn AsyncRead + Send)>, >(reader) }; yield Ok(AdaptInfo { filepath_hint: fname, is_real_file: false, inp: Box::pin(reader2), line_prefix: new_line_prefix, archive_recursion_depth: archive_recursion_depth + 1, postprocess, config: config.clone(), }); zip = entry.done().await.context("going to next file in zip but entry was not read fully")?; } trace!("zip over"); }; Ok(Box::pin(s)) } } } /*struct ZipAdaptIter { inp: AdaptInfo, } impl<'a> AdaptedFilesIter for ZipAdaptIter<'a> { fn next<'b>(&'b mut self) -> Option> { let line_prefix = &self.inp.line_prefix; let filepath_hint = &self.inp.filepath_hint; let archive_recursion_depth = &self.inp.archive_recursion_depth; let postprocess = self.inp.postprocess; ::zip::read::read_zipfile_from_stream(&mut self.inp.inp) .unwrap() .and_then(|file| { if file.is_dir() { return None; } debug!( "{}{}|{}: {} ({} packed)", line_prefix, filepath_hint.to_string_lossy(), file.name(), print_bytes(file.size() as f64), print_bytes(file.compressed_size() as f64) ); let line_prefix = format!("{}{}: ", line_prefix, file.name()); Some(AdaptInfo { filepath_hint: PathBuf::from(file.name()), is_real_file: false, inp: Box::new(file), line_prefix, archive_recursion_depth: archive_recursion_depth + 1, postprocess, config: RgaConfig::default(), //config.clone(), }) }) } }*/ #[cfg(test)] mod test { use async_zip::{Compression, ZipEntryBuilder, write::ZipFileWriter}; use super::*; use crate::{preproc::loop_adapt, test_utils::*}; use pretty_assertions::assert_eq; #[async_recursion::async_recursion] async fn create_zip(fname: &str, content: &str, add_inner: bool) -> Result> { let v = Vec::new(); let mut cursor = std::io::Cursor::new(v); let mut zip = ZipFileWriter::new(&mut cursor); let options = ZipEntryBuilder::new(fname.to_string(), Compression::Stored); zip.write_entry_whole(options, content.as_bytes()).await?; if add_inner { let opts = ZipEntryBuilder::new("inner.zip".to_string(), Compression::Stored); zip.write_entry_whole( opts, &create_zip("inner.txt", "inner text file", false).await?, ) .await?; } zip.close().await?; Ok(cursor.into_inner()) } #[tokio::test] async fn only_seek_zip_fs() -> Result<()> { let zip = test_data_dir().join("only-seek-zip.zip"); let (a, d) = simple_fs_adapt_info(&zip).await?; let _v = adapted_to_vec(loop_adapt(&ZipAdapter::new(), d, a).await?).await?; // assert_eq!(String::from_utf8(v)?, ""); Ok(()) } /*#[tokio::test] async fn only_seek_zip_mem() -> Result<()> { let zip = test_data_dir().join("only-seek-zip.zip"); let (a, d) = simple_adapt_info(&zip, Box::pin(File::open(&zip).await?)); let v = adapted_to_vec(loop_adapt(&ZipAdapter::new(), d, a)?).await?; // assert_eq!(String::from_utf8(v)?, ""); Ok(()) }*/ #[tokio::test] async fn recurse() -> Result<()> { let zipfile = create_zip("outer.txt", "outer text file", true).await?; let adapter = ZipAdapter::new(); let (a, d) = simple_adapt_info( &PathBuf::from("outer.zip"), Box::pin(std::io::Cursor::new(zipfile)), ); let buf = adapted_to_vec(loop_adapt(&adapter, d, a).await?).await?; assert_eq!( String::from_utf8(buf)?, "PREFIX:outer.txt: outer text file\nPREFIX:inner.zip: inner.txt: inner text file\n", ); Ok(()) } } ================================================ FILE: src/adapters.rs ================================================ pub mod custom; pub mod decompress; pub mod ffmpeg; pub mod mbox; pub mod postproc; use std::sync::Arc; pub mod sqlite; pub mod tar; pub mod writing; pub mod zip; use crate::{adapted_iter::AdaptedFilesIterBox, config::RgaConfig, matching::*}; use anyhow::{Context, Result, format_err}; use async_trait::async_trait; use custom::BUILTIN_SPAWNING_ADAPTERS; use custom::CustomAdapterConfig; use log::*; use tokio::io::AsyncRead; use core::fmt::Debug; use std::borrow::Cow; use std::collections::HashMap; use std::iter::Iterator; use std::path::PathBuf; use std::pin::Pin; use self::postproc::PostprocPageBreaks; pub type ReadBox = Pin>; pub struct AdapterMeta { /// unique short name of this adapter (a-z0-9 only) pub name: String, /// version identifier. used to key cache entries, change if your output format changes pub version: i32, pub description: String, /// indicates whether this adapter can descend (=call rga_preproc again). if true, the cache key needs to include the list of active adapters pub recurses: bool, /// list of matchers (interpreted as a OR b OR ...) pub fast_matchers: Vec, /// list of matchers when we have mime type detection active (interpreted as ORed) /// warning: this *overrides* the fast matchers pub slow_matchers: Option>, /// if true, slow_matchers is merged with fast matchers if accurate is enabled /// for example, in sqlite you want this disabled since the db extension can mean other things and the mime type matching is very accurate for sqlite. /// but for tar you want it enabled, since the tar extension is very accurate but the tar mime matcher can have false negatives pub keep_fast_matchers_if_accurate: bool, // if true, adapter is only used when user lists it in `--rga-adapters` pub disabled_by_default: bool, } impl AdapterMeta { // todo: this is pretty ugly pub fn get_matchers<'a>( &'a self, slow: bool, ) -> Box> + 'a> { match ( slow, self.keep_fast_matchers_if_accurate, &self.slow_matchers, ) { (true, false, Some(sm)) => Box::new(sm.iter().map(Cow::Borrowed)), (true, true, Some(sm)) => Box::new( sm.iter().map(Cow::Borrowed).chain( self.fast_matchers .iter() .map(|e| Cow::Owned(FileMatcher::Fast(e.clone()))), ), ), // don't have slow matchers or slow matching disabled (true, _, None) | (false, _, _) => Box::new( self.fast_matchers .iter() .map(|e| Cow::Owned(FileMatcher::Fast(e.clone()))), ), } } } pub trait GetMetadata { fn metadata(&self) -> &AdapterMeta; } #[async_trait] pub trait FileAdapter: GetMetadata + Send + Sync { /// adapt a file. /// /// detection_reason is the Matcher that was used to identify this file. Unless --rga-accurate was given, it is always a FastMatcher async fn adapt( &self, a: AdaptInfo, detection_reason: &FileMatcher, ) -> Result; } pub struct AdaptInfo { /// file path. May not be an actual file on the file system (e.g. in an archive). Used for matching file extensions. pub filepath_hint: PathBuf, /// true if filepath_hint is an actual file on the file system pub is_real_file: bool, /// depth at which this file is in archives. 0 for real filesystem pub archive_recursion_depth: i32, /// stream to read the file from. can be from a file or from some decoder pub inp: ReadBox, /// prefix every output line with this string to better indicate the file's location if it is in some archive pub line_prefix: String, pub postprocess: bool, pub config: RgaConfig, } /// (enabledAdapters, disabledAdapters) type AdaptersTuple = (Vec>, Vec>); pub fn get_all_adapters(custom_adapters: Option>) -> AdaptersTuple { // order in descending priority let mut adapters: Vec> = vec![]; if let Some(custom_adapters) = custom_adapters { for adapter_config in custom_adapters { adapters.push(Arc::new(adapter_config.to_adapter())); } } let internal_adapters: Vec> = vec![ Arc::new(PostprocPageBreaks::default()), Arc::new(ffmpeg::FFmpegAdapter::new()), Arc::new(zip::ZipAdapter::new()), Arc::new(decompress::DecompressAdapter::new()), Arc::new(mbox::MboxAdapter::new()), Arc::new(tar::TarAdapter::new()), Arc::new(sqlite::SqliteAdapter::new()), ]; adapters.extend( BUILTIN_SPAWNING_ADAPTERS .iter() .map(|e| -> Arc { Arc::new(e.to_adapter()) }), ); adapters.extend(internal_adapters); adapters .into_iter() .partition(|e| !e.metadata().disabled_by_default) } /** * filter adapters by given names: * * - "" means use default enabled adapter list * - "a,b" means use adapters a,b * - "-a,b" means use default list except for a and b * - "+a,b" means use default list but also a and b (a,b will be prepended to the list so given higher priority) */ pub fn get_adapters_filtered>( custom_adapters: Option>, adapter_names: &[T], ) -> Result>> { let (def_enabled_adapters, def_disabled_adapters) = get_all_adapters(custom_adapters); let adapters = if !adapter_names.is_empty() { let adapters_map: HashMap<_, _> = def_enabled_adapters .iter() .chain(def_disabled_adapters.iter()) .map(|e| (e.metadata().name.clone(), e.clone())) .collect(); let mut adapters = vec![]; let mut subtractive = false; let mut additive = false; for (i, name) in adapter_names.iter().enumerate() { let mut name = name.as_ref(); if i == 0 && (name.starts_with('-')) { subtractive = true; name = &name[1..]; adapters = def_enabled_adapters.clone(); } else if i == 0 && (name.starts_with('+')) { name = &name[1..]; adapters = def_enabled_adapters.clone(); additive = true; } if subtractive { let inx = adapters .iter() .position(|a| a.metadata().name == name) .ok_or_else(|| format_err!("Could not remove adapter {}: Not in list", name))?; adapters.remove(inx); } else { let adapter = adapters_map .get(name) .ok_or_else(|| { format_err!( "Unknown adapter: \"{}\". Known adapters: {}", name, adapters_map .keys() .map(|e| e.as_ref()) .collect::>() .join(", ") ) })? .clone(); if additive { adapters.insert(0, adapter); } else { adapters.push(adapter); } } } adapters } else { def_enabled_adapters }; debug!( "Chosen available adapters: {}", adapters .iter() .map(|a| a.metadata().name.clone()) .collect::>() .join(",") ); Ok(adapters) } ================================================ FILE: src/bin/rga-fzf-open.rs ================================================ use anyhow::Context; use std::process::Command; // TODO: add --rg-params=..., --rg-preview-params=... and --fzf-params=... params // TODO: remove passthrough_args fn main() -> anyhow::Result<()> { env_logger::init(); let mut args = std::env::args().skip(1); let query = args.next().context("no query")?; let fname = args.next().context("no filename")?; // let instance_id = std::env::var("RGA_FZF_INSTANCE").unwrap_or("unk".to_string()); if fname.ends_with(".pdf") { use std::io::ErrorKind::*; let worked = Command::new("evince") .arg("--find") .arg(&query) .arg(&fname) .spawn() .map_or_else( |err| match err.kind() { NotFound => Ok(false), _ => Err(err), }, |_| Ok(true), )?; if worked { return Ok(()); } } Ok(open::that_detached(&fname)?) } ================================================ FILE: src/bin/rga-fzf.rs ================================================ use anyhow::Context; use rga::adapters::custom::map_exe_error; use ripgrep_all as rga; use std::process::{Command, Stdio}; // TODO: add --rg-params=..., --rg-preview-params=... and --fzf-params=... params // TODO: remove passthrough_args fn main() -> anyhow::Result<()> { env_logger::init(); let mut passthrough_args: Vec = std::env::args().skip(1).collect(); let inx = passthrough_args.iter().position(|e| !e.starts_with('-')); let initial_query = if let Some(inx) = inx { passthrough_args.remove(inx) } else { "".to_string() }; let exe = std::env::current_exe().context("Could not get executable location")?; let preproc_exe = exe.with_file_name("rga"); let preproc_exe = preproc_exe .to_str() .context("rga executable is in non-unicode path")?; let open_exe = exe.with_file_name("rga-fzf-open"); let open_exe = open_exe .to_str() .context("rga-fzf-open executable is in non-unicode path")?; let rg_prefix = format!("{preproc_exe} --files-with-matches --rga-cache-max-blob-len=10M"); let child = Command::new("fzf") .arg(format!( "--preview={preproc_exe} --pretty --context 5 {{q}} --rga-fzf-path=_{{}}" )) .arg("--preview-window=70%:wrap") .arg("--phony") .arg("--query") .arg(&initial_query) .arg("--print-query") .arg(format!("--bind=change:reload: {rg_prefix} {{q}}")) .arg(format!("--bind=ctrl-m:execute:{open_exe} {{q}} {{}}")) .env( "FZF_DEFAULT_COMMAND", format!("{} '{}'", rg_prefix, &initial_query), ) .env("RGA_FZF_INSTANCE", format!("{}", std::process::id())) // may be useful to open stuff in the same tab .stdout(Stdio::piped()) .spawn() .map_err(|e| map_exe_error(e, "fzf", "Please make sure you have fzf installed."))?; let output = child.wait_with_output()?; let mut x = output.stdout.split(|e| e == &b'\n'); let final_query = std::str::from_utf8(x.next().context("fzf output empty")?).context("fzf query not utf8")?; let selected_file = std::str::from_utf8(x.next().context("fzf output not two line")?) .context("fzf ofilename not utf8")?; println!("query='{final_query}', file='{selected_file}'"); Ok(()) } ================================================ FILE: src/bin/rga-preproc.rs ================================================ use rga::adapters::*; use rga::preproc::*; use rga::print_dur; use ripgrep_all as rga; use anyhow::Context; use log::debug; use std::time::Instant; use tokio::fs::File; #[tokio::main] async fn main() -> anyhow::Result<()> { env_logger::init(); let mut arg_arr: Vec = std::env::args_os().collect(); let last = arg_arr.pop().expect("No filename specified"); let config = rga::config::parse_args(arg_arr, true)?; //clap::App::new("rga-preproc").arg(Arg::from_usage()) let path = { let filepath = last; std::env::current_dir()?.join(filepath) }; let i = File::open(&path) .await .context("Specified input file not found")?; let mut o = tokio::io::stdout(); let ai = AdaptInfo { inp: Box::pin(i), filepath_hint: path, is_real_file: true, line_prefix: "".to_string(), archive_recursion_depth: 0, postprocess: !config.no_prefix_filenames, config, }; let start = Instant::now(); let mut oup = rga_preproc(ai).await.context("during preprocessing")?; debug!("finding and starting adapter took {}", print_dur(start)); let res = tokio::io::copy(&mut oup, &mut o).await; if let Err(e) = res { if e.kind() == std::io::ErrorKind::BrokenPipe { // happens if e.g. ripgrep detects binary data in the pipe so it cancels reading debug!("output cancelled (broken pipe)"); } else { Err(e).context("copying adapter output to stdout")?; } } debug!("running adapter took {} total", print_dur(start)); Ok(()) } ================================================ FILE: src/bin/rga.rs ================================================ use anyhow::Result; use rga::adapters::custom::map_exe_error; use rga::adapters::*; use rga::config::{RgaConfig, split_args}; use rga::matching::*; use rga::print_dur; use ripgrep_all as rga; use structopt::StructOpt; use schemars::schema_for; use std::process::Command; use std::time::Instant; fn list_adapters(args: RgaConfig) -> Result<()> { let (enabled_adapters, disabled_adapters) = get_all_adapters(args.custom_adapters); println!("Adapters:\n"); let print = |adapter: std::sync::Arc| { let meta = adapter.metadata(); let matchers = meta .fast_matchers .iter() .map(|m| match m { FastFileMatcher::FileExtension(ext) => format!(".{ext}"), }) .collect::>() .join(", "); let slow_matchers = meta .slow_matchers .as_ref() .unwrap_or(&vec![]) .iter() .filter_map(|m| match m { FileMatcher::MimeType(x) => Some(x.to_string()), FileMatcher::Fast(_) => None, }) .collect::>() .join(", "); print!( " - **{name}**\n {desc} \n Extensions: {matchers} \n Mime Types: {mime} \n", name = meta.name, desc = meta.description.replace('\n', "\n "), matchers = matchers, mime = slow_matchers, ); println!(); }; for adapter in enabled_adapters { print(adapter) } println!( "The following adapters are disabled by default, and can be enabled using '--rga-adapters=+foo,bar':\n" ); for adapter in disabled_adapters { print(adapter) } Ok(()) } fn main() -> anyhow::Result<()> { // set debugging as early as possible if std::env::args().any(|e| e == "--debug") { // TODO: Audit that the environment access only happens in single-threaded code. unsafe { std::env::set_var("RUST_LOG", "debug") }; } env_logger::init(); let (config, mut passthrough_args) = split_args(false)?; if config.print_config_schema { println!("{}", serde_json::to_string_pretty(&schema_for!(RgaConfig))?); return Ok(()); } if config.list_adapters { return list_adapters(config); } if let Some(path) = config.fzf_path { if path == "_" { // fzf found no result, ignore everything and return println!("[no file found]"); return Ok(()); } passthrough_args.push(std::ffi::OsString::from(&path[1..])); } if passthrough_args.is_empty() { // rg would show help. Show own help instead. RgaConfig::clap().print_help()?; println!(); return Ok(()); } let adapters = get_adapters_filtered(config.custom_adapters.clone(), &config.adapters)?; let pre_glob = if !config.accurate { let extensions = adapters .iter() .flat_map(|a| &a.metadata().fast_matchers) .flat_map(|m| match m { FastFileMatcher::FileExtension(ext) => vec![ext.clone(), ext.to_ascii_uppercase()], }) .collect::>() .join(","); format!("*.{{{extensions}}}") } else { "*".to_owned() }; add_exe_to_path()?; let rg_args = vec![ "--no-line-number", // smart case by default because within weird files // we probably can't really trust casing anyways "--smart-case", ]; let exe = std::env::current_exe().expect("Could not get executable location"); let preproc_exe = exe.with_file_name("rga-preproc"); let before = Instant::now(); let mut cmd = Command::new("rg"); cmd.args(rg_args) .arg("--pre") .arg(preproc_exe) .arg("--pre-glob") .arg(pre_glob) .args(passthrough_args); log::debug!("rg command to run: {:?}", cmd); let mut child = cmd .spawn() .map_err(|e| map_exe_error(e, "rg", "Please make sure you have ripgrep installed."))?; let result = child.wait()?; log::debug!("running rg took {}", print_dur(before)); if !result.success() { std::process::exit(result.code().unwrap_or(1)); } Ok(()) } /// add the directory that contains `rga` to PATH, so rga-preproc can find pandoc etc (if we are on Windows where we include dependent binaries) fn add_exe_to_path() -> Result<()> { use std::env; let mut exe = env::current_exe().expect("Could not get executable location"); // let preproc_exe = exe.with_file_name("rga-preproc"); exe.pop(); // dirname let path = env::var_os("PATH").unwrap_or_default(); let paths = env::split_paths(&path).collect::>(); // prepend: prefer bundled versions to system-installed versions of binaries // solves https://github.com/phiresky/ripgrep-all/issues/32 // may be somewhat of a security issue if rga binary is in installed in unprivileged locations let paths = [&[exe.to_owned(), exe.join("lib")], &paths[..]].concat(); let new_path = env::join_paths(paths)?; // TODO: Audit that the environment access only happens in single-threaded code. unsafe { env::set_var("PATH", new_path) }; Ok(()) } ================================================ FILE: src/caching_writer.rs ================================================ use std::{future::Future, pin::Pin}; use anyhow::{Context, Result}; use async_compression::tokio::write::ZstdEncoder; use async_stream::stream; use crate::to_io_err; use log::*; use tokio::io::{AsyncRead, AsyncWriteExt}; use tokio_stream::StreamExt; use tokio_util::io::{ReaderStream, StreamReader}; type FinishHandler = dyn FnOnce((u64, Option>)) -> Pin> + Send>> + Send; /** * wrap a AsyncRead so that it is passthrough, * but also the written data is compressed and written into a buffer, * unless more than max_cache_size bytes is written, then the cache is dropped and it is pure passthrough. */ pub fn async_read_and_write_to_cache<'a>( inp: impl AsyncRead + Send + 'a, max_cache_size: usize, compression_level: i32, on_finish: Box, ) -> Result>> { let inp = Box::pin(inp); let mut zstd_writer = Some(ZstdEncoder::with_quality( Vec::new(), async_compression::Level::Precise(compression_level), )); let mut bytes_written = 0; let s = stream! { let mut stream = ReaderStream::new(inp); while let Some(bytes) = stream.next().await { trace!("read bytes: {:?}", bytes); if let (Ok(bytes), Some(writer)) = (&bytes, zstd_writer.as_mut()) { writer.write_all(bytes).await?; bytes_written += bytes.len() as u64; let compressed_len = writer.get_ref().len(); trace!("wrote {} to zstd, len now {}", bytes.len(), compressed_len); if compressed_len > max_cache_size { debug!("cache longer than max, dropping"); //writer.finish(); zstd_writer.take(); } } yield bytes; } trace!("eof"); // EOF, call on_finish let finish = { match zstd_writer.take() { Some(mut writer) => { writer.shutdown().await?; let res = writer.into_inner(); trace!("EOF"); if res.len() <= max_cache_size { trace!("writing {} bytes to cache", res.len()); (bytes_written, Some(res)) } else { trace!("cache longer than max, dropping"); (bytes_written, None) } } _ => { (bytes_written, None) }} }; // EOF, finish! on_finish(finish).await.context("write_to_cache on_finish") .map_err(to_io_err)?; }; Ok(Box::pin(StreamReader::new(s))) } ================================================ FILE: src/config.rs ================================================ use crate::{adapters::custom::CustomAdapterConfig, project_dirs}; use anyhow::{Context, Result}; use derive_more::FromStr; use log::*; use schemars::JsonSchema; use serde::{Deserialize, Serialize}; use std::ffi::OsString; use std::io::Read; use std::{fs::File, io::Write, iter::IntoIterator, path::PathBuf, str::FromStr}; use structopt::StructOpt; fn is_default(t: &T) -> bool { t == &T::default() } #[derive(JsonSchema, Debug, Serialize, Deserialize, Copy, Clone, PartialEq, FromStr)] pub struct CacheCompressionLevel(pub i32); impl std::fmt::Display for CacheCompressionLevel { fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result { write!(f, "{}", self.0) } } impl Default for CacheCompressionLevel { fn default() -> Self { Self(12) } } #[derive(JsonSchema, Debug, Serialize, Deserialize, Copy, Clone, PartialEq, FromStr)] pub struct MaxArchiveRecursion(pub i32); impl std::fmt::Display for MaxArchiveRecursion { fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result { write!(f, "{}", self.0) } } impl Default for MaxArchiveRecursion { fn default() -> Self { Self(5) } } #[derive(JsonSchema, Debug, Serialize, Deserialize, Clone, PartialEq, FromStr)] pub struct CachePath(pub String); impl std::fmt::Display for CachePath { fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result { write!(f, "{}", self.0) } } impl Default for CachePath { fn default() -> Self { let pd = project_dirs().expect("could not get cache path"); let app_cache = pd.cache_dir(); Self(app_cache.to_str().expect("cache path not utf8").to_owned()) } } #[derive(JsonSchema, Debug, Serialize, Deserialize, Copy, Clone, PartialEq, Eq)] pub struct CacheMaxBlobLen(pub usize); impl std::fmt::Display for CacheMaxBlobLen { fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result { write!(f, "{}", self.0) } } impl Default for CacheMaxBlobLen { fn default() -> Self { Self(2000000) } } impl FromStr for CacheMaxBlobLen { type Err = anyhow::Error; fn from_str(s: &str) -> Result { let suffix = s.chars().last(); if let Some(suffix) = suffix { Ok(Self(match suffix { 'k' | 'M' | 'G' => usize::from_str(s.trim_end_matches(suffix)) .with_context(|| "Could not parse int".to_string()) .map(|e| { e * match suffix { 'k' => 1000, 'M' => 1_000_000, 'G' => 1_000_000_000, _ => panic!("impossible"), } }), _ => usize::from_str(s).with_context(|| "Could not parse int".to_string()), }?)) } else { Err(anyhow::format_err!("empty byte input")) } } } /// # rga configuration /// /// This is kind of a "polyglot" struct serving multiple purposes: /// /// 1. Declare the command line arguments using structopt+clap /// 1. Provide information for manpage / readme generation. /// 1. Describe the config file format (output as JSON schema via schemars). #[derive(StructOpt, Debug, Deserialize, Serialize, JsonSchema, Default, Clone)] #[structopt( name = "ripgrep-all", rename_all = "kebab-case", about = env!("CARGO_PKG_DESCRIPTION"), author = env!("CARGO_PKG_HOMEPAGE"), long_about="rga: ripgrep, but also search in PDFs, E-Books, Office documents, zip, tar.gz, etc.", // TODO: long_about does not seem to work to only show this on short help after_help = "-h shows a concise overview, --help shows more detail and advanced options.\n\nAll other options not shown here are passed directly to rg, especially [PATTERN] and [PATH ...]", usage = "rga [RGA OPTIONS] [RG OPTIONS] PATTERN [PATH ...]" )] pub struct RgaConfig { /// Use more accurate but slower matching by mime type. /// /// By default, rga will match files using file extensions. /// Some programs, such as sqlite3, don't care about the file extension at all, so users sometimes use any or no extension at all. /// With this flag, rga will try to detect the mime type of input files using the magic bytes (similar to the `file` utility), and use that to choose the adapter. /// Detection is only done on the first 8KiB of the file, since we can't always seek on the input (in archives). #[serde(default, skip_serializing_if = "is_default")] #[structopt(long = "--rga-accurate")] pub accurate: bool, /// Change which adapters to use and in which priority order (descending). /// /// - "foo,bar" means use only adapters foo and bar. /// - "-bar,baz" means use all default adapters except for bar and baz. /// - "+bar,baz" means use all default adapters and also bar and baz. #[serde(default, skip_serializing_if = "is_default")] #[structopt( long = "--rga-adapters", require_equals = true, require_delimiter = true )] pub adapters: Vec, #[serde(default, skip_serializing_if = "is_default")] #[structopt(flatten)] pub cache: CacheConfig, /// Maximum depth of nested archives to recurse into. /// /// When searching in archives, rga will recurse into archives inside archives. /// This option limits the depth. #[serde(default, skip_serializing_if = "is_default")] #[structopt( default_value, long = "--rga-max-archive-recursion", require_equals = true, hidden_short_help = true )] pub max_archive_recursion: MaxArchiveRecursion, /// Don't prefix lines of files within archive with the path inside the archive. /// /// Inside archives, by default rga prefixes the content of each file with the file path within the archive. /// This is usually useful, but can cause problems because then the inner path is also searched for the pattern. #[serde(default, skip_serializing_if = "is_default")] #[structopt(long = "--rga-no-prefix-filenames")] pub no_prefix_filenames: bool, #[serde(default, skip_serializing_if = "is_default")] #[structopt(skip)] // config file only pub custom_adapters: Option>, #[serde(skip)] #[structopt(long = "--rga-config-file", require_equals = true)] pub config_file_path: Option, /// Same as passing path directly, except if argument is empty. /// /// Kinda hacky, but if no file is found, `fzf` calls `rga` with empty string as path, which causes "No such file or directory from rg". /// So filter those cases and return specially. #[serde(skip)] // CLI only #[structopt(long = "--rga-fzf-path", require_equals = true, hidden = true)] pub fzf_path: Option, #[serde(skip)] // CLI only #[structopt(long = "--rga-list-adapters", help = "List all known adapters")] pub list_adapters: bool, #[serde(skip)] // CLI only #[structopt( long = "--rga-print-config-schema", help = "Print the JSON Schema of the configuration file" )] pub print_config_schema: bool, #[serde(skip)] // CLI only #[structopt(long, help = "Show help for ripgrep itself")] pub rg_help: bool, #[serde(skip)] // CLI only #[structopt(long, help = "Show version of ripgrep itself")] pub rg_version: bool, } #[derive(StructOpt, Debug, Deserialize, Serialize, JsonSchema, Default, Clone, PartialEq)] pub struct CacheConfig { /// Disable caching of results. /// /// By default, rga caches the extracted text, if it is small enough, to a database. /// This way, repeated searches on the same set of files will be much faster. /// The location of the DB varies by platform: /// - `${XDG_CACHE_DIR-~/.cache}/ripgrep-all` on Linux /// - `~/Library/Caches/ripgrep-all` on macOS /// - `C:\Users\username\AppData\Local\ripgrep-all` on Windows /// /// If you pass this flag, all caching will be disabled. #[serde(default, skip_serializing_if = "is_default")] #[structopt(long = "--rga-no-cache")] pub disabled: bool, /// Max compressed size to cache. /// /// Longest byte length (after compression) to store in cache. /// Longer adapter outputs will not be cached and recomputed every time. /// /// Allowed suffixes on command line: k M G #[serde(default, skip_serializing_if = "is_default")] #[structopt( default_value, long = "--rga-cache-max-blob-len", hidden_short_help = true, require_equals = true, // parse(try_from_str = parse_readable_bytes_str) )] pub max_blob_len: CacheMaxBlobLen, /// ZSTD compression level to apply to adapter outputs before storing in cache DB. /// /// Ranges from 1 - 22. #[serde(default, skip_serializing_if = "is_default")] #[structopt( default_value, long = "--rga-cache-compression-level", hidden_short_help = true, require_equals = true, help = "" )] pub compression_level: CacheCompressionLevel, /// Path to store cache DB. #[serde(default, skip_serializing_if = "is_default")] #[structopt( default_value, long = "--rga-cache-path", hidden_short_help = true, require_equals = true )] pub path: CachePath, } static RGA_CONFIG: &str = "RGA_CONFIG"; use serde_json::Value; fn json_merge(a: &mut Value, b: &Value) { match (a, b) { (&mut Value::Object(ref mut a), Value::Object(b)) => { for (k, v) in b { json_merge(a.entry(k.clone()).or_insert(Value::Null), v); } } (a, b) => { *a = b.clone(); } } } fn read_config_file(path_override: Option) -> Result<(String, Value)> { let proj = project_dirs()?; let config_dir = proj.config_dir(); let config_filename = path_override .as_ref() .map(PathBuf::from) .unwrap_or_else(|| config_dir.join("config.jsonc")); let config_filename_str = config_filename.to_string_lossy().into_owned(); if config_filename.exists() { let config_file_contents = { let raw = std::fs::read_to_string(config_filename).with_context(|| { format!("Could not read config file json {config_filename_str}") })?; let mut s = String::new(); json_comments::StripComments::new(raw.as_bytes()) .read_to_string(&mut s) .context("strip comments")?; s }; { // just for error messages, actual deserialization happens after merging with cmd args serde_json::from_str::(&config_file_contents).with_context(|| { format!("Error in config file {config_filename_str}: {config_file_contents}") })?; } let config_json: serde_json::Value = serde_json::from_str(&config_file_contents).context("Could not parse config json")?; Ok((config_filename_str, config_json)) } else if let Some(p) = path_override.as_ref() { Err(anyhow::anyhow!("Config file not found: {}", p))? } else { // write default config std::fs::create_dir_all(config_dir)?; let mut schemafile = File::create(config_dir.join("config.v1.schema.json"))?; schemafile.write_all( serde_json::to_string_pretty(&schemars::schema_for!(RgaConfig))?.as_bytes(), )?; let mut configfile = File::create(config_filename)?; configfile.write_all(include_str!("../doc/config.default.jsonc").as_bytes())?; Ok(( config_filename_str, serde_json::Value::Object(Default::default()), )) } } fn read_config_env() -> Result { let val = std::env::var(RGA_CONFIG).ok(); if let Some(val) = val { serde_json::from_str(&val).context("could not parse config from env RGA_CONFIG") } else { serde_json::to_value(RgaConfig::default()).context("could not create default config") } } pub fn parse_args(args: I, is_rga_preproc: bool) -> Result where I: IntoIterator, I::Item: Into + Clone, { // TODO: don't read config file in rga-preproc for performance (called for every file) let arg_matches: RgaConfig = RgaConfig::from_iter(args); let args_config = serde_json::to_value(&arg_matches)?; let merged_config = { if is_rga_preproc { // only read from env and args let mut merged_config = read_config_env()?; json_merge(&mut merged_config, &args_config); log::debug!("Config: {}", serde_json::to_string(&merged_config)?); merged_config } else { // read from config file, env and args let (config_filename, config_file_config) = read_config_file(arg_matches.config_file_path)?; let env_var_config = read_config_env()?; let mut merged_config = config_file_config.clone(); json_merge(&mut merged_config, &env_var_config); json_merge(&mut merged_config, &args_config); log::debug!( "Configs:\n{}: {}\n{}: {}\nArgs: {}\nMerged: {}", config_filename, serde_json::to_string_pretty(&config_file_config)?, RGA_CONFIG, serde_json::to_string_pretty(&env_var_config)?, serde_json::to_string_pretty(&args_config)?, serde_json::to_string_pretty(&merged_config)? ); // pass to child processes // TODO: Audit that the environment access only happens in single-threaded code. unsafe { std::env::set_var(RGA_CONFIG, merged_config.to_string()) }; merged_config } }; let mut res: RgaConfig = serde_json::from_value(merged_config.clone()) .map_err(|e| { println!("{e:?}"); e }) .with_context(|| { format!( "Error parsing merged config: {}", serde_json::to_string_pretty(&merged_config).expect("no tostring") ) })?; { // readd values with [serde(skip)] res.fzf_path = arg_matches.fzf_path; res.list_adapters = arg_matches.list_adapters; res.print_config_schema = arg_matches.print_config_schema; res.rg_help = arg_matches.rg_help; res.rg_version = arg_matches.rg_version; } Ok(res) } /// Split arguments into the ones we care about and the ones rg cares about pub fn split_args(is_rga_preproc: bool) -> Result<(RgaConfig, Vec)> { let mut app = RgaConfig::clap(); app.p.create_help_and_version(); let mut firstarg = true; // debug!("{:#?}", app.p.flags); let (our_args, mut passthrough_args): (Vec, Vec) = std::env::args_os() .partition(|os_arg| { if firstarg { // hacky, but .enumerate() would be ugly because partition is too simplistic firstarg = false; return true; } if let Some(arg) = os_arg.to_str() { arg.starts_with("--rga-") || arg.starts_with("--rg-") || arg == "--help" || arg == "-h" || arg == "--version" || arg == "-V" } else { // args that are not unicode can only be filenames, pass them to rg false } }); debug!("rga (our) args: {:?}", our_args); let matches = parse_args(our_args, is_rga_preproc).context("Could not parse config")?; if matches.rg_help { passthrough_args.insert(0, "--help".into()); } if matches.rg_version { passthrough_args.insert(0, "--version".into()); } debug!("rga (passthrough) args: {:?}", passthrough_args); Ok((matches, passthrough_args)) } ================================================ FILE: src/expand.rs ================================================ use std::borrow::Cow; use anyhow::Result; // from https://github.com/phiresky/timetrackrs/blob/1c3df09ba2c1fda6065f2927045bd28dea0738d3/src/expand.rs pub fn find_byte(needle: u8, haystack: &[u8]) -> Option { #[cfg(not(feature = "perf-literal"))] fn imp(needle: u8, haystack: &[u8]) -> Option { haystack.iter().position(|&b| b == needle) } #[cfg(feature = "perf-literal")] fn imp(needle: u8, haystack: &[u8]) -> Option { use memchr::memchr; memchr(needle, haystack) } imp(needle, haystack) } pub fn expand_str_ez<'a, F>(replacement: &'a str, lambda: F) -> Result where F: Fn(&str) -> Result>, { let mut dst = String::new(); expand_str_lambda(lambda, replacement, &mut dst)?; Ok(dst) } pub fn expand_str_lambda<'a, F>(cap: F, replacement: &'a str, dst: &mut String) -> Result<()> where F: Fn(&str) -> Result>, { let mut replacement = replacement; while !replacement.is_empty() { match find_byte(b'$', replacement.as_bytes()) { None => break, Some(i) => { dst.push_str(&replacement[..i]); replacement = &replacement[i..]; } } if replacement.as_bytes().get(1).is_some_and(|&b| b == b'$') { dst.push('$'); replacement = &replacement[2..]; continue; } debug_assert!(!replacement.is_empty()); let cap_ref = match find_cap_ref(replacement.as_bytes()) { Some(cap_ref) => cap_ref, None => { dst.push('$'); replacement = &replacement[1..]; continue; } }; replacement = &replacement[cap_ref.end..]; dst.push_str(cap(cap_ref.cap)?.as_ref()); } dst.push_str(replacement); Ok(()) } /// `CaptureRef` represents a reference to a capture group inside some text. /// The reference is either a capture group name or a number. /// /// It is also tagged with the position in the text following the /// capture reference. #[derive(Clone, Copy, Debug, Eq, PartialEq)] struct CaptureRef<'a> { cap: &'a str, end: usize, } /// Parses a possible reference to a capture group name in the given text, /// starting at the beginning of `replacement`. /// /// If no such valid reference could be found, None is returned. fn find_cap_ref(replacement: &[u8]) -> Option> { let mut i = 0; let rep: &[u8] = replacement; if rep.len() <= 1 || rep[0] != b'$' { return None; } i += 1; if rep[i] == b'{' { return find_cap_ref_braced(rep, i + 1); } let mut cap_end = i; while rep.get(cap_end).is_some_and(is_valid_cap_letter) { cap_end += 1; } if cap_end == i { return None; } // We just verified that the range 0..cap_end is valid ASCII, so it must // therefore be valid UTF-8. If we really cared, we could avoid this UTF-8 // check with either unsafe or by parsing the number straight from &[u8]. let cap = std::str::from_utf8(&rep[i..cap_end]).expect("valid UTF-8 capture name"); Some(CaptureRef { cap, end: cap_end }) } fn find_cap_ref_braced(rep: &[u8], mut i: usize) -> Option> { let start = i; while rep.get(i).is_some_and(|&b| b != b'}') { i += 1; } if rep.get(i).is_none_or(|&b| b != b'}') { return None; } // When looking at braced names, we don't put any restrictions on the name, // so it's possible it could be invalid UTF-8. But a capture group name // can never be invalid UTF-8, so if we have invalid UTF-8, then we can // safely return None. let cap = match std::str::from_utf8(&rep[start..i]) { Err(_) => return None, Ok(cap) => cap, }; Some(CaptureRef { cap, end: i + 1 }) } /// Returns true if and only if the given byte is allowed in a capture name. fn is_valid_cap_letter(b: &u8) -> bool { matches!(b, b'0'..=b'9' | b'a'..=b'z' | b'A'..=b'Z' | b'_') } ================================================ FILE: src/lib.rs ================================================ #![warn(clippy::all)] pub mod adapted_iter; pub mod adapters; mod caching_writer; pub mod config; pub mod expand; pub mod matching; pub mod preproc; pub mod preproc_cache; pub mod recurse; #[cfg(test)] pub mod test_utils; use anyhow::Context; use anyhow::Result; use async_stream::stream; use directories_next::ProjectDirs; use std::time::Instant; use tokio::io::AsyncRead; use tokio::task::JoinHandle; use tokio_util::io::StreamReader; pub fn project_dirs() -> Result { directories_next::ProjectDirs::from("", "", "ripgrep-all") .context("no home directory found! :(") } // no "significant digits" format specifier in rust?? // https://stackoverflow.com/questions/60497397/how-do-you-format-a-float-to-the-first-significant-decimal-and-with-specified-pr fn meh(float: f32, precision: usize) -> usize { // compute absolute value let a = float.abs(); // if abs value is greater than 1, then precision becomes less than "standard" if a >= 1. { // reduce by number of digits, minimum 0 let n = (1. + a.log10().floor()) as usize; precision.saturating_sub(n) // if precision is less than 1 (but non-zero), then precision becomes greater than "standard" } else if a > 0. { // increase number of digits let n = -(1. + a.log10().floor()) as usize; precision + n // special case for 0 } else { 0 } } pub fn print_dur(start: Instant) -> String { let mut dur = Instant::now().duration_since(start).as_secs_f32(); let mut suffix = ""; if dur < 0.1 { suffix = "m"; dur *= 1000.0; } let precision = meh(dur, 3); format!("{dur:.precision$}{suffix}s") } pub fn print_bytes(bytes: impl Into) -> String { pretty_bytes::converter::convert(bytes.into()) } pub fn to_io_err(e: anyhow::Error) -> std::io::Error { std::io::Error::other(e) } #[cfg(test)] #[ctor::ctor] fn init() { env_logger::init(); } /** returns an AsyncRead that is empty but returns an io error if the given task had an io error or join error */ pub fn join_handle_to_stream(join: JoinHandle>) -> impl AsyncRead { let st = stream! { join.await.map_err(std::io::Error::other)??; yield std::io::Result::Ok(&b""[..]) }; StreamReader::new(st) } ================================================ FILE: src/matching.rs ================================================ /** * Module for matching adapters to files based on file name or mime type */ use crate::adapters::*; use anyhow::*; use regex::{Regex, RegexSet}; use std::iter::Iterator; use std::sync::Arc; // match only based on file path #[derive(Clone, Debug)] pub enum FastFileMatcher { // MimeType(Regex), /** * without the leading dot, e.g. "jpg" or "tar.gz". Matched as /.*\.ext$/ * */ FileExtension(String), // todo: maybe add others, e.g. regex on whole filename or even paths // todo: maybe allow matching a directory (e.g. /var/lib/postgres) } #[derive(Clone, Debug)] pub enum FileMatcher { /// any type of fast matcher Fast(FastFileMatcher), /// /// match by exact mime type extracted using tree_magic /// TODO: allow match ignoring suffix etc? MimeType(String), } impl From for FileMatcher { fn from(t: FastFileMatcher) -> Self { Self::Fast(t) } } pub struct FileMeta { // filename is not actually a utf8 string, but since we can't do regex on OsStr and can't get a &[u8] from OsStr either, // and since we probably only want to do only matching on ascii stuff anyways, this is the filename as a string with non-valid bytes removed pub lossy_filename: String, // only given when slow matching is enabled pub mimetype: Option<&'static str>, } pub fn extension_to_regex(extension: &str) -> Regex { Regex::new(&format!("(?i)\\.{}$", ®ex::escape(extension))) .expect("we know this regex compiles") } #[allow(clippy::type_complexity)] pub fn adapter_matcher( adapters: &[Arc], slow: bool, ) -> Result Option<(Arc, FileMatcher)> + use<>> { // need order later let adapter_names: Vec = adapters.iter().map(|e| e.metadata().name.clone()).collect(); let mut fname_regexes = vec![]; let mut mime_regexes = vec![]; for adapter in adapters.iter() { let metadata = adapter.metadata(); use FileMatcher::*; for matcher in metadata.get_matchers(slow) { match matcher.as_ref() { MimeType(re) => { mime_regexes.push((re.clone(), adapter.clone(), MimeType(re.clone()))) } Fast(FastFileMatcher::FileExtension(re)) => fname_regexes.push(( extension_to_regex(re), adapter.clone(), Fast(FastFileMatcher::FileExtension(re.clone())), )), }; } } let fname_regex_set = RegexSet::new(fname_regexes.iter().map(|p| p.0.as_str()))?; let mime_regex_set = RegexSet::new(mime_regexes.iter().map(|p| p.0.as_str()))?; Ok(move |meta: FileMeta| { let fname_matches: Vec<_> = fname_regex_set .matches(&meta.lossy_filename) .into_iter() .collect(); let mime_matches: Vec<_> = if slow { mime_regex_set .matches(meta.mimetype.expect("No mimetype?")) .into_iter() .collect() } else { vec![] }; if fname_matches.len() + mime_matches.len() > 1 { // get first according to original priority list... // todo: kinda ugly let fa = fname_matches .iter() .map(|e| (fname_regexes[*e].1.clone(), fname_regexes[*e].2.clone())); let fb = mime_matches .iter() .map(|e| (mime_regexes[*e].1.clone(), mime_regexes[*e].2.clone())); let mut v = vec![]; v.extend(fa); v.extend(fb); v.sort_by_key(|e| { adapter_names .iter() .position(|r| r == &e.0.metadata().name) .expect("impossib7") }); eprintln!( "Warning: found multiple adapters for {}:", meta.lossy_filename ); for mmatch in v.iter() { eprintln!(" - {}", mmatch.0.metadata().name); } return Some(v[0].clone()); } if mime_matches.is_empty() { if fname_matches.is_empty() { None } else { let (_, adapter, matcher) = &fname_regexes[fname_matches[0]]; Some((adapter.clone(), matcher.clone())) } } else { let (_, adapter, matcher) = &mime_regexes[mime_matches[0]]; Some((adapter.clone(), matcher.clone())) } }) } ================================================ FILE: src/preproc.rs ================================================ use crate::adapted_iter::AdaptedFilesIterBox; use crate::adapters::*; use crate::caching_writer::async_read_and_write_to_cache; use crate::config::RgaConfig; use crate::matching::*; use crate::preproc_cache::CacheKey; use crate::recurse::concat_read_streams; use crate::{ preproc_cache::{PreprocCache, open_cache_db}, print_bytes, }; use anyhow::*; use async_compression::tokio::bufread::ZstdDecoder; use async_stream::stream; // use futures::future::{BoxFuture, FutureExt}; use log::*; use postproc::PostprocPrefix; use std::future::Future; use std::io::Cursor; use std::path::Path; use std::pin::Pin; use std::sync::Arc; use tokio::io::AsyncBufReadExt; use tokio::io::BufReader; use tokio::io::{AsyncBufRead, AsyncReadExt}; pub type ActiveAdapters = Vec>; async fn choose_adapter( config: &RgaConfig, filepath_hint: &Path, archive_recursion_depth: i32, inp: &mut (impl AsyncBufRead + Unpin), ) -> Result, FileMatcher, ActiveAdapters)>> { let active_adapters = get_adapters_filtered(config.custom_adapters.clone(), &config.adapters)?; let adapters = adapter_matcher(&active_adapters, config.accurate)?; let filename = filepath_hint .file_name() .ok_or_else(|| format_err!("Empty filename"))?; debug!("Archive recursion depth: {}", archive_recursion_depth); let mimetype = if config.accurate { let buf = inp.fill_buf().await?; // fill but do not consume! if buf.starts_with(b"From \x0d") || buf.starts_with(b"From -") { Some("application/mbox") } else { let mimetype = tree_magic::from_u8(buf); debug!("mimetype: {:?}", mimetype); Some(mimetype) } } else { None }; let adapter = adapters(FileMeta { mimetype, lossy_filename: filename.to_string_lossy().to_string(), }); Ok(adapter.map(|e| (e.0, e.1, active_adapters))) } enum Ret { Recurse(AdaptInfo, Arc, FileMatcher, ActiveAdapters), Passthrough(AdaptInfo), } async fn buf_choose_adapter(ai: AdaptInfo) -> Result { let mut inp = BufReader::with_capacity(1 << 16, ai.inp); let adapter = choose_adapter( &ai.config, &ai.filepath_hint, ai.archive_recursion_depth, &mut inp, ) .await?; let ai = AdaptInfo { inp: Box::pin(inp), ..ai }; let (a, b, c) = match adapter { Some(x) => x, None => { // allow passthrough if the file is in an archive or accurate matching is enabled // otherwise it should have been filtered out by rg pre-glob since rg can handle those better than us let allow_cat = !ai.is_real_file || ai.config.accurate; if allow_cat { if ai.postprocess { ( Arc::new(PostprocPrefix {}) as Arc, FileMatcher::Fast(FastFileMatcher::FileExtension("default".to_string())), Vec::new(), ) } else { return Ok(Ret::Passthrough(ai)); } } else { return Err(format_err!( "No adapter found for file {:?}, passthrough disabled.", ai.filepath_hint .file_name() .ok_or_else(|| format_err!("Empty filename"))? )); } } }; Ok(Ret::Recurse(ai, a, b, c)) } /** * preprocess a file as defined in `ai`. * * If a cache is passed, read/write to it. * */ pub async fn rga_preproc(ai: AdaptInfo) -> Result { debug!("path (hint) to preprocess: {:?}", ai.filepath_hint); // todo: figure out when using a bufreader is a good idea and when it is not // seems to be good for File::open() reads, but not sure about within archives (tar, zip) let (ai, adapter, detection_reason, active_adapters) = match buf_choose_adapter(ai).await? { Ret::Recurse(ai, a, b, c) => (ai, a, b, c), Ret::Passthrough(ai) => { return Ok(ai.inp); } }; let path_hint_copy = ai.filepath_hint.clone(); adapt_caching(ai, adapter, detection_reason, active_adapters) .await .with_context(|| format!("run_adapter({})", &path_hint_copy.to_string_lossy())) } async fn adapt_caching( ai: AdaptInfo, adapter: Arc, detection_reason: FileMatcher, active_adapters: ActiveAdapters, ) -> Result { let meta = adapter.metadata(); debug!( "Chose adapter '{}' because of matcher {:?}", &meta.name, &detection_reason ); eprintln!( "{} adapter: {}", ai.filepath_hint.to_string_lossy(), &meta.name ); let cache_compression_level = ai.config.cache.compression_level; let cache_max_blob_len = ai.config.cache.max_blob_len; let cache = if ai.is_real_file && !ai.config.cache.disabled { Some(open_cache_db(Path::new(&ai.config.cache.path.0)).await?) } else { None }; let mut cache = cache.context("No cache?")?; let cache_key = CacheKey::new( ai.postprocess, &ai.filepath_hint, adapter.as_ref(), &active_adapters, )?; // let dbg_ctx = format!("adapter {}", &adapter.metadata().name); let cached = cache.get(&cache_key).await.context("cache.get")?; match cached { Some(cached) => Ok(Box::pin(ZstdDecoder::new(Cursor::new(cached)))), None => { debug!("cache MISS, running adapter with caching..."); let inp = loop_adapt(adapter.as_ref(), detection_reason, ai).await?; let inp = concat_read_streams(inp); let inp = async_read_and_write_to_cache( inp, cache_max_blob_len.0, cache_compression_level.0, Box::new(move |(uncompressed_size, compressed)| { Box::pin(async move { debug!( "uncompressed output: {}", print_bytes(uncompressed_size as f64) ); if let Some(cached) = compressed { debug!("compressed output: {}", print_bytes(cached.len() as f64)); cache .set(&cache_key, cached) .await .context("writing to cache")? } Ok(()) }) }), )?; Ok(Box::pin(inp)) } } } async fn read_discard(mut x: ReadBox) -> Result<()> { let mut buf = [0u8; 1 << 16]; loop { let n = x.read(&mut buf).await?; if n == 0 { break; } } Ok(()) } pub fn loop_adapt( adapter: &dyn FileAdapter, detection_reason: FileMatcher, ai: AdaptInfo, ) -> Pin> + Send + '_>> { Box::pin(async move { loop_adapt_inner(adapter, detection_reason, ai).await }) } pub async fn loop_adapt_inner( adapter: &dyn FileAdapter, detection_reason: FileMatcher, ai: AdaptInfo, ) -> anyhow::Result { let fph = ai.filepath_hint.clone(); let inp = adapter.adapt(ai, &detection_reason).await; let inp = if adapter.metadata().name == "postprocprefix" { // don't add confusing error context inp? } else { inp.with_context(|| { format!( "adapting {} via {} failed", fph.to_string_lossy(), adapter.metadata().name ) })? }; let s = stream! { for await file in inp { trace!("next file"); match buf_choose_adapter(file?).await? { Ret::Recurse(ai, adapter, detection_reason, _active_adapters) => { if ai.archive_recursion_depth >= ai.config.max_archive_recursion.0 { // some adapters (esp. zip) assume that the entry is read fully and might hang otherwise read_discard(ai.inp).await?; let s = format!("{}[rga: max archive recursion reached ({})]\n", ai.line_prefix, ai.archive_recursion_depth).into_bytes(); yield Ok(AdaptInfo { inp: Box::pin(Cursor::new(s)), ..ai }); continue; } debug!( "Chose adapter '{}' because of matcher {:?}", &adapter.metadata().name, &detection_reason ); eprintln!( "{} adapter: {}", ai.filepath_hint.to_string_lossy(), &adapter.metadata().name ); for await ifile in loop_adapt(adapter.as_ref(), detection_reason, ai).await? { yield ifile; } } Ret::Passthrough(ai) => { debug!("no adapter for {}, ending recursion", ai.filepath_hint.to_string_lossy()); yield Ok(ai); } } trace!("done with files"); } trace!("stream ended"); }; Ok(Box::pin(s)) } ================================================ FILE: src/preproc_cache.rs ================================================ use crate::{adapters::FileAdapter, preproc::ActiveAdapters}; use anyhow::{Context, Result}; use log::warn; use path_clean::PathClean; use rusqlite::{OptionalExtension, named_params}; use std::{path::Path, time::UNIX_EPOCH}; use tokio_rusqlite::Connection; static SCHEMA_VERSION: i32 = 3; #[derive(Clone)] pub struct CacheKey { config_hash: String, adapter: String, adapter_version: i32, active_adapters: String, file_path: String, file_mtime_unix_ms: i64, } impl CacheKey { pub fn new( postprocess: bool, filepath_hint: &Path, adapter: &dyn FileAdapter, active_adapters: &ActiveAdapters, ) -> Result { let meta = std::fs::metadata(filepath_hint) .with_context(|| format!("reading metadata for {}", filepath_hint.to_string_lossy()))?; let modified = meta.modified().expect("weird OS that can't into mtime"); let file_mtime_unix_ms = modified.duration_since(UNIX_EPOCH)?.as_millis() as i64; let active_adapters = if adapter.metadata().recurses { serde_json::to_string( &active_adapters .iter() .map(|a| format!("{}.v{}", a.metadata().name, a.metadata().version)) .collect::>(), )? } else { "null".to_string() }; Ok(Self { config_hash: if postprocess { "a41e2e9".to_string() } else { "f1502a3".to_string() }, // todo: when we add more config options that affect caching, create a struct and actually hash it adapter: adapter.metadata().name.clone(), adapter_version: adapter.metadata().version, file_path: filepath_hint.clean().to_string_lossy().to_string(), file_mtime_unix_ms, active_adapters, }) } } #[async_trait::async_trait] pub trait PreprocCache { async fn get(&self, key: &CacheKey) -> Result>>; async fn set(&mut self, key: &CacheKey, value: Vec) -> Result<()>; } async fn connect_pragmas(db: &Connection) -> Result<()> { // https://phiresky.github.io/blog/2020/sqlite-performance-tuning/ //let want_page_size = 32768; //db.execute(&format!("pragma page_size = {};", want_page_size)) // .context("setup pragma 1")?; db.call(|db| { // db.busy_timeout(Duration::from_secs(10))?; db.pragma_update(None, "journal_mode", "wal")?; db.pragma_update(None, "foreign_keys", "on")?; db.pragma_update(None, "temp_store", "memory")?; db.pragma_update(None, "synchronous", "off")?; // integrity isn't very important here db.pragma_update(None, "mmap_size", "2000000000")?; db.execute(" create table if not exists preproc_cache ( config_hash text not null, adapter text not null, adapter_version integer not null, created_unix_ms integer not null default (unixepoch() * 1000), active_adapters text not null, -- 'null' if adapter cannot recurse file_path text not null, file_mtime_unix_ms integer not null, text_content_zstd blob not null ) strict", [] )?; db.execute("create unique index if not exists preproc_cache_idx on preproc_cache (config_hash, adapter, adapter_version, file_path, active_adapters)", [])?; Ok(()) }) .await.context("connect_pragmas")?; let jm: i64 = db .call(|db| Ok(db.pragma_query_value(None, "application_id", |r| r.get(0))?)) .await?; if jm != 924716026 { // (probably) newly created db db.call(|db| Ok(db.pragma_update(None, "application_id", "924716026")?)) .await?; } Ok(()) } struct SqliteCache { db: Connection, } impl SqliteCache { async fn new(path: &Path) -> Result { let db = Connection::open(path.join("cache.sqlite3")).await?; db.call(|db| { let schema_version: i32 = db.pragma_query_value(None, "user_version", |r| r.get(0))?; if schema_version != SCHEMA_VERSION { warn!("Cache schema version mismatch, clearing cache"); db.execute("drop table if exists preproc_cache", [])?; db.pragma_update(None, "user_version", format!("{SCHEMA_VERSION}"))?; } Ok(()) }) .await?; connect_pragmas(&db).await?; Ok(Self { db }) } } #[async_trait::async_trait] impl PreprocCache for SqliteCache { async fn get(&self, key: &CacheKey) -> Result>> { let key = (*key).clone(); // todo: without cloning Ok(self .db .call(move |db| { Ok(db .query_row( "select text_content_zstd from preproc_cache where adapter = :adapter and config_hash = :config_hash and adapter_version = :adapter_version and active_adapters = :active_adapters and file_path = :file_path and file_mtime_unix_ms = :file_mtime_unix_ms ", named_params! { ":config_hash": &key.config_hash, ":adapter": &key.adapter, ":adapter_version": &key.adapter_version, ":active_adapters": &key.active_adapters, ":file_path": &key.file_path, ":file_mtime_unix_ms": &key.file_mtime_unix_ms }, |r| r.get::<_, Vec>(0), ) .optional()?) }) .await .context("reading from cache")?) } async fn set(&mut self, key: &CacheKey, value: Vec) -> Result<()> { let key = (*key).clone(); // todo: without cloning log::trace!( "Writing to cache: {}, {}, {} byte", key.adapter, key.file_path, value.len() ); Ok(self .db .call(move |db| { db.execute( "insert into preproc_cache (config_hash, adapter, adapter_version, active_adapters, file_path, file_mtime_unix_ms, text_content_zstd) values (:config_hash, :adapter, :adapter_version, :active_adapters, :file_path, :file_mtime_unix_ms, :text_content_zstd) on conflict (config_hash, adapter, adapter_version, active_adapters, file_path) do update set file_mtime_unix_ms = :file_mtime_unix_ms, created_unix_ms = unixepoch() * 1000, text_content_zstd = :text_content_zstd", named_params! { ":config_hash": &key.config_hash, ":adapter": &key.adapter, ":adapter_version": &key.adapter_version, ":active_adapters": &key.active_adapters, ":file_path": &key.file_path, ":file_mtime_unix_ms": &key.file_mtime_unix_ms, ":text_content_zstd": value })?; Ok(()) }) .await?) } } /// opens a default cache pub async fn open_cache_db(path: &Path) -> Result> { std::fs::create_dir_all(path)?; SqliteCache::new(path).await } #[cfg(test)] mod test { use crate::preproc_cache::*; #[tokio::test] async fn test_read_write() -> anyhow::Result<()> { let path = tempfile::tempdir()?; let _db = open_cache_db(&path.path().join("foo.sqlite3")).await?; // db.set(); Ok(()) } } ================================================ FILE: src/recurse.rs ================================================ use tokio_util::io::{ReaderStream, StreamReader}; use crate::{adapted_iter::AdaptedFilesIterBox, adapters::*, to_io_err}; use async_stream::stream; pub fn concat_read_streams(input: AdaptedFilesIterBox) -> ReadBox { let s = stream! { for await output in input { let o = output.map_err(to_io_err)?.inp; let stream = ReaderStream::new(o); for await bytes in stream { yield bytes; } } }; Box::pin(StreamReader::new(s)) } ================================================ FILE: src/test_utils.rs ================================================ use crate::{ adapted_iter::AdaptedFilesIterBox, adapters::{ AdaptInfo, ReadBox, custom::{BUILTIN_SPAWNING_ADAPTERS, CustomSpawningFileAdapter}, }, config::RgaConfig, matching::{FastFileMatcher, FileMatcher}, recurse::concat_read_streams, }; use anyhow::Result; use std::path::{Path, PathBuf}; use tokio::{fs::File, io::AsyncReadExt}; pub use pretty_assertions::{assert_eq, assert_ne}; pub fn test_data_dir() -> PathBuf { let mut d = PathBuf::from(env!("CARGO_MANIFEST_DIR")); d.push("exampledir/test/"); d } pub async fn simple_fs_adapt_info(filepath: &Path) -> Result<(AdaptInfo, FileMatcher)> { Ok(simple_adapt_info_full( filepath, Box::pin(File::open(filepath).await?), true, )) } pub fn simple_adapt_info(filepath: &Path, inp: ReadBox) -> (AdaptInfo, FileMatcher) { simple_adapt_info_full(filepath, inp, false) } pub fn simple_adapt_info_full( filepath: &Path, inp: ReadBox, is_real_file: bool, ) -> (AdaptInfo, FileMatcher) { ( AdaptInfo { filepath_hint: filepath.to_owned(), is_real_file, archive_recursion_depth: 0, inp, line_prefix: "PREFIX:".to_string(), config: RgaConfig::default(), postprocess: true, }, FastFileMatcher::FileExtension( filepath .extension() .unwrap_or_default() .to_string_lossy() .into_owned(), ) .into(), ) } pub async fn adapted_to_vec(adapted: AdaptedFilesIterBox) -> Result> { let mut res = concat_read_streams(adapted); let mut buf = Vec::new(); res.read_to_end(&mut buf).await?; Ok(buf) } pub fn poppler_adapter() -> CustomSpawningFileAdapter { let adapter = BUILTIN_SPAWNING_ADAPTERS .iter() .find(|e| e.name == "poppler") .expect("no poppler adapter"); adapter.to_adapter() } #[cfg(test)] pub fn init_logging() { let _ = env_logger::builder().is_test(true).try_init(); }