pgp-0.15.0/.cargo_vcs_info.json0000644000000001360000000000100117050ustar { "git": { "sha1": "ac6c0f8066c0db48270f5c9e41dd64d13b0813fe" }, "path_in_vcs": "" }pgp-0.15.0/.codespellrc000064400000000000000000000003401046102023000127720ustar 00000000000000[codespell] skip = ./tests,./Cargo.lock,./CHANGELOG.md check-filenames = true # FIXME: drop "worl" once https://github.com/codespell-project/codespell/pull/2400 is in a release ignore-words-list = crate,ser,worl,ThirdParty pgp-0.15.0/.github/dependabot.yml000064400000000000000000000002011046102023000146560ustar 00000000000000version: 2 updates: - package-ecosystem: cargo directory: "/" schedule: interval: monthly open-pull-requests-limit: 10 pgp-0.15.0/.github/workflows/ci.yml000064400000000000000000000127011046102023000152110ustar 00000000000000name: CI on: pull_request: push: branches: - main concurrency: group: ${{ github.workflow }}-${{ github.ref }} cancel-in-progress: true env: RUST_BACKTRACE: 1 RUSTFLAGS: -Dwarnings RUST_NIGHTLY: nightly-2024-12-04 jobs: build_and_test_nix: name: Build and test (Nix) runs-on: ${{ matrix.os }} strategy: matrix: os: [ubuntu-latest, macOS-latest] rust: - nightly-2024-12-04 - stable steps: - name: Checkout uses: actions/checkout@master with: submodules: recursive - name: Install ${{ matrix.rust }} uses: actions-rs/toolchain@v1 with: toolchain: ${{ matrix.rust }} override: true - name: Install cargo-nextest uses: taiki-e/install-action@v2 with: tool: nextest@0.9.80 - name: tests run: cargo nextest run --lib --bins --tests --all - name: asm if: ${{ matrix.rust == env.RUST_NIGHTLY }} run: cargo nextest run --lib --bins --tests --all --features asm - name: tests ignored run: cargo nextest run --lib --bins --tests --all --run-ignored ignored-only --release - name: asm ignored run: cargo nextest run --lib --bins --tests --all --run-ignored ignored-only --release --features asm build_and_test_windows: name: Build and test (Windows) runs-on: ${{ matrix.os }} strategy: matrix: os: [windows-latest] rust: - nightly-2024-07-07 - stable target: - x86_64-pc-windows-gnu # FIXME # - x86_64-pc-windows-msvc steps: - name: Checkout uses: actions/checkout@master with: submodules: recursive - name: Install ${{ matrix.rust }} uses: actions-rs/toolchain@v1 with: toolchain: ${{ matrix.rust }} target: ${{ matrix.target }} override: true - name: check curve448 uses: actions-rs/cargo@v1 with: command: test args: --features unstable-curve448 --all --target ${{ matrix.target }} - name: Install cargo-nextest uses: taiki-e/install-action@v2 with: tool: nextest@0.9.80 - name: tests run: cargo nextest run --lib --bins --tests --all - name: tests ignored run: cargo nextest run --lib --bins --tests --all --run-ignored ignored-only --release cross: name: Cross compile runs-on: ubuntu-latest strategy: matrix: target: - i686-unknown-linux-gnu - powerpc-unknown-linux-gnu - arm-linux-androideabi steps: - name: Checkout uses: actions/checkout@master with: submodules: recursive - name: Install stable uses: actions-rs/toolchain@v1 with: toolchain: 1.81 target: ${{ matrix.target }} override: true - name: Install cross run: cargo install cross - name: test run: cross test --all --target ${{ matrix.target }} check_wasm: name: Check wasm targets runs-on: ubuntu-latest strategy: matrix: rust: - nightly-2024-07-07 - stable steps: - uses: actions/checkout@master - name: Install rust with wasm32-unknown-unknown uses: actions-rs/toolchain@v1 with: toolchain: ${{ matrix.rust }} target: wasm32-unknown-unknown override: true - name: Cache cargo registry uses: actions/cache@v2 with: path: ~/.cargo/registry key: wasm32-${{ matrix.rust }}-cargo-registry-${{ hashFiles('**/Cargo.toml') }} - name: check uses: actions-rs/cargo@v1 with: command: check args: --target wasm32-unknown-unknown --features wasm check_fmt_and_docs: name: Checking fmt and docs runs-on: ubuntu-latest steps: - uses: actions/checkout@master - uses: actions-rs/toolchain@v1 with: profile: minimal toolchain: ${{ env.RUST_NIGHTLY }} override: true components: rustfmt - name: setup run: | rustup component add rustfmt rustc --version - name: fmt run: cargo fmt --all -- --check - name: Docs run: cargo doc clippy_check: runs-on: ubuntu-latest steps: - uses: actions/checkout@master - uses: actions-rs/toolchain@v1 with: profile: minimal toolchain: ${{ env.RUST_NIGHTLY }} override: true components: clippy - uses: actions-rs/clippy-check@v1 with: token: ${{ secrets.GITHUB_TOKEN }} args: --all-features --all-targets --tests --bins --examples --benches codespell: runs-on: ubuntu-latest steps: - uses: actions/checkout@v2 - uses: codespell-project/actions-codespell@master cargo_deny: timeout-minutes: 30 name: cargo deny runs-on: ubuntu-latest steps: - uses: actions/checkout@v4 - uses: EmbarkStudios/cargo-deny-action@v2 with: arguments: --workspace --all-features command: check command-arguments: "-Dwarnings" minimal_versions: runs-on: ubuntu-latest steps: - name: Checkout uses: actions/checkout@master - name: Install toolchain uses: actions-rs/toolchain@v1 with: profile: minimal toolchain: ${{ env.RUST_NIGHTLY }} override: true - name: check minimal version run: rm Cargo.lock && cargo check -Z direct-minimal-versions --all pgp-0.15.0/.gitignore000064400000000000000000000001161046102023000124630ustar 00000000000000/target/ **/*.rs.bk ios_simulator_app *.h pgp-ffi/build-stamp /*.asc *.profilepgp-0.15.0/.gitmodules000064400000000000000000000001271046102023000126520ustar 00000000000000[submodule "tests/tests"] path = tests/tests url = https://github.com/rpgp/tests.git pgp-0.15.0/CHANGELOG.md000064400000000000000000001712731046102023000123210ustar 00000000000000# Changelog All notable changes to rpgp will be documented in this file. ## [0.15.0](https://github.com/rpgp/rpgp/compare/v0.14.2..0.15.0) - 2025-01-29 ### โ›ฐ๏ธ Features - Implement TryFrom for Signed{Public,Secret}Key - ([f9e7694](https://github.com/rpgp/rpgp/commit/f9e76946789ad0de742f30bcaffb3b804acd834f)) - [**breaking**] Implement feature gate for x448 - ([e16fa47](https://github.com/rpgp/rpgp/commit/e16fa47ecf78a56e25d8f043eab414d4b92767d1)) - Update deps - ([8222112](https://github.com/rpgp/rpgp/commit/82221128ead1b71f0b38b7fc7c8844db7c9059f5)) ### ๐Ÿ› Bug Fixes - Correctly deal with multi buffer reads in dearmoring - ([7637f18](https://github.com/rpgp/rpgp/commit/7637f18e7827ad12b07bc99e4fb1fbd1830b5e4e)) ### ๐Ÿšœ Refactor - Remove unused feature flags - ([d800fb5](https://github.com/rpgp/rpgp/commit/d800fb55df6704b8ebe03e5da8c7c5a918222da0)) ### ๐Ÿ“š Documentation - Update changelog - ([2cdd934](https://github.com/rpgp/rpgp/commit/2cdd9345d880c8f01098306f129970e89f6a0832)) - Add information about ROS audit to security status - ([651bb28](https://github.com/rpgp/rpgp/commit/651bb28c8bfc86bd705fec2cab88504cc64f9b7f)) ### ๐Ÿงช Testing - Add cargo fuzz testing harnesses - ([de9dcf1](https://github.com/rpgp/rpgp/commit/de9dcf1bf9da9db860be6346525d241d359c4faa)) - Move some slow tests to ignore, to speed up default tests - ([7d16c1c](https://github.com/rpgp/rpgp/commit/7d16c1c835c2d4486ace36f7f8e516f25b3edaa7)) - Split up key tests for better speed - ([3bc007f](https://github.com/rpgp/rpgp/commit/3bc007fb7a0f7c47a7b1f43e6473ea64df410cdc)) - Split up tests more - ([9abb7fa](https://github.com/rpgp/rpgp/commit/9abb7fa7eef1166d2be2ea3f5a3b54f21394f4a3)) ### โš™๏ธ Miscellaneous Tasks - Clippy fixes - ([116568b](https://github.com/rpgp/rpgp/commit/116568bcf47cf4052a7ec940594766c7c77830b3)) - Drop rust-toolchain ([#449](https://github.com/rpgp/rpgp/issues/449)) - ([3a8267a](https://github.com/rpgp/rpgp/commit/3a8267aa8853bdc10dda80136c7e45e151c28919)) - Remove beta workflows - ([51727ad](https://github.com/rpgp/rpgp/commit/51727ad8266dddf9b2684a29ba54726a53ec5bbc)) - Remove duplicated check tasks - ([f21bf0c](https://github.com/rpgp/rpgp/commit/f21bf0cfb92e1a152e74aba5977f097a56a3f9ba)) - Remove even more duplicated checks - ([1a3b8d6](https://github.com/rpgp/rpgp/commit/1a3b8d619f2a161ed325b75b1ae6c0516bc57f46)) - Remove duplicated wasm checks - ([fef441b](https://github.com/rpgp/rpgp/commit/fef441ba648291ab3bd4342d869680e09b735900)) - Use nextest to run tests - ([3b4e22b](https://github.com/rpgp/rpgp/commit/3b4e22bfda8f01e80f0aa7b45de1d70dca6d6b3f)) - Add Cargo.lock - ([e6a6864](https://github.com/rpgp/rpgp/commit/e6a68645ad820f19ec66fc1d4b254a641de98a42)) ## [0.14.2](https://github.com/rpgp/rpgp/compare/v0.14.1..0.14.2) - 2024-12-05 ### ๐Ÿ› Bug Fixes - Fix CVE-2024-53857 "Potential Resource Exhaustion when handling Untrusted Messages" ### ๐Ÿ“š Documentation - Update changelog - ([d9aef6a](https://github.com/rpgp/rpgp/commit/d9aef6a3f99bf796e7671ca276bf744d7ce4787e)) ## [0.14.1](https://github.com/rpgp/rpgp/compare/v0.14.0..0.14.1) - 2024-12-05 ### โ›ฐ๏ธ Features - Derive Hash for KeyId ([#437](https://github.com/rpgp/rpgp/issues/437)) - ([779b76d](https://github.com/rpgp/rpgp/commit/779b76d947fff2385c2c4483751168a183467384)) ### ๐Ÿ› Bug Fixes - Fix CVE-2024-53856: "Panics on Malformed Untrusted Input" - Make strip_leading_zeros_vec() work correctly - ([57e11c5](https://github.com/rpgp/rpgp/commit/57e11c5829c3cca5dd5eb424ef4f46eb61a32115)) - Csf normalization for signing - ([8439a6d](https://github.com/rpgp/rpgp/commit/8439a6d0342d0e928b2aaaf810d4211f240e7442)) - Extend is_signing_key() and is_encryption_key() for RFC 9580 algorithms ([#434](https://github.com/rpgp/rpgp/issues/434)) - ([a1d9d5c](https://github.com/rpgp/rpgp/commit/a1d9d5c554902c3af9e3086e262ef870de58716e)) - Enable the zeroize feature for argon2 and sha1-checked ([#440](https://github.com/rpgp/rpgp/issues/440)) - ([0c45660](https://github.com/rpgp/rpgp/commit/0c4566094380cff1627a2b0615e66b0a23919cf6)) ### ๐Ÿšœ Refactor - Optimize `Display` implementation for `BlockType` - ([00b5027](https://github.com/rpgp/rpgp/commit/00b50273b16adbd0553b9a660259b1f220ba3d39)) - Merge write_packet_len into write_packet_length - ([33dcc83](https://github.com/rpgp/rpgp/commit/33dcc83ee35a11150eb21e4a891cdcff95e62f8a)) ### ๐Ÿงช Testing - Avoid writing to the crate source unnecessarily during tests ([#431](https://github.com/rpgp/rpgp/issues/431)) - ([3a1bb5c](https://github.com/rpgp/rpgp/commit/3a1bb5cb5ba88370a6966c7f5d4a48e2dd839001)) ### โš™๏ธ Miscellaneous Tasks - Remove unused and erratic end_of_line() fn ([#421](https://github.com/rpgp/rpgp/issues/421)) - ([69ab41c](https://github.com/rpgp/rpgp/commit/69ab41c25bc376bfa9dc6f2d3d43e2a58998df3d)) - Relax dependencies - ([c6662a3](https://github.com/rpgp/rpgp/commit/c6662a3156a51256c5bf860b6b81baf1fef93020)) - Adjust allowed licenses to match what we're using ([#438](https://github.com/rpgp/rpgp/issues/438)) - ([910d9af](https://github.com/rpgp/rpgp/commit/910d9af85079fb0d0ad9ed9880f700882be16878)) - Use prepend for changelog gen - ([7a60d1a](https://github.com/rpgp/rpgp/commit/7a60d1a1466a7209c3eef2e69295fc5f74b9e75b)) ## [0.14.0](https://github.com/rpgp/rpgp/compare/v0.13.1..0.14.0) - 2024-09-25 ### โ›ฐ๏ธ Features - Improve more debug impls - ([3d73320](https://github.com/rpgp/rpgp/commit/3d73320131adb7660ee59b0d1261c4e429a3430b)) - Password protection removal and setting for secret key packets - ([700cba2](https://github.com/rpgp/rpgp/commit/700cba275d22b04d3e3c52af44fa2a32a4f2d877)) - Improve API of LiteralData to provide more flexibility - ([34728e0](https://github.com/rpgp/rpgp/commit/34728e09c81f4398df5d2c8bf633c5af05490dd8)) - Rfc9580 keys - ([f09666c](https://github.com/rpgp/rpgp/commit/f09666ced322a895a3b7790be4575a94d52361f9)) - Make `SignatureConfig::hash_signature_data` more flexible - ([c6d6b2c](https://github.com/rpgp/rpgp/commit/c6d6b2c0fae3b7ece11fa39c6ea6108b14bd5c68)) - Rfc9580 encryption - ([5d3547a](https://github.com/rpgp/rpgp/commit/5d3547a4cdc791234b556541881fc1fe1db0aefe)) ### ๐Ÿ› Bug Fixes - Decrypted data must contain exactly one message - ([00ee8ee](https://github.com/rpgp/rpgp/commit/00ee8eed9bed2827c2c503ecd4b8e5e4d31d78be)) - V6 ESK may only be combined with v2 SEIPD - ([5ec3578](https://github.com/rpgp/rpgp/commit/5ec3578344383c225cdf02b34e77af0a42129c5a)) - Parameter ordering for set_password - ([39dd449](https://github.com/rpgp/rpgp/commit/39dd4494796970f37e04496d69679c31e4a14dd3)) - Add special error message for packet 20 - ([49c8403](https://github.com/rpgp/rpgp/commit/49c840325f066a7f02b44ef27f8fac6f64476b76)) - Revert to producing short padding for ecdh - ([7c94189](https://github.com/rpgp/rpgp/commit/7c941891ee01b2052b54b6d18f86eafc05a75d1c)) - Parameter name - ([c9cdfaf](https://github.com/rpgp/rpgp/commit/c9cdfaf5bfc90eeb66b7d0d1092503be22dfb1bd)) - Reject unknown critical subpackets while hashing for signature verification - ([b8b43a7](https://github.com/rpgp/rpgp/commit/b8b43a7635db785afb48f182c136e23de0168d71)) - Implement various constraints that rfc 9580 mandates - ([5682b08](https://github.com/rpgp/rpgp/commit/5682b08f15221b9943ea46f93dd88ef268be3cf7)) - Limit the use of S2K KDF with weak hash algorithms - ([cb26cfd](https://github.com/rpgp/rpgp/commit/cb26cfd0e8177c3071ea6959bee2f081dec67c6c)) - When verifying signatures, check alignment between key version and signature version - ([b771b78](https://github.com/rpgp/rpgp/commit/b771b78d5bc830b8b95de2f96f307e86897074f1)) - Message parser: drop esk packets with versions that are not aligned with the encrypted container - ([5b27240](https://github.com/rpgp/rpgp/commit/5b27240671b7644349710f293f10ef83d294b2c9)) - Fail composed key parsing on hard errors during packet parsing - ([a9de958](https://github.com/rpgp/rpgp/commit/a9de958a89f08ff9a65f851a46a311db41b1ce55)) ### ๐Ÿšœ Refactor - Remove bigger macros in favor of direct types - ([0b1d778](https://github.com/rpgp/rpgp/commit/0b1d7785ebcb14d2db282aaa5692bd762ca3e410)) - Smaller refactors - ([8dcba01](https://github.com/rpgp/rpgp/commit/8dcba013244f414f5c9495ae6981d3c84af253f1)) - Derive debug impls - ([d714064](https://github.com/rpgp/rpgp/commit/d7140645981350b616f2fc83c01c578b7579f843)) - Remove unused Deserialize trait - ([b18f046](https://github.com/rpgp/rpgp/commit/b18f046eaf063181af9e012343f1e7d83b27cb27)) - Cleanup and improve Mpi API - ([1803407](https://github.com/rpgp/rpgp/commit/180340740510294cbb7fd3e139ddd327d6207b3a)) ### ๐Ÿ“š Documentation - Update RFC links ([#414](https://github.com/rpgp/rpgp/issues/414)) - ([9473cf5](https://github.com/rpgp/rpgp/commit/9473cf55919c92bb430ad835f6f80663a3ebcaab)) - Add/improve comments - ([73c89d0](https://github.com/rpgp/rpgp/commit/73c89d04459588aed68b03ac1e1d502edd4f6945)) - Update text about implementation status ([#417](https://github.com/rpgp/rpgp/issues/417)) - ([92123ee](https://github.com/rpgp/rpgp/commit/92123eeaf6cc1a503838670826474fa48b13e5b2)) ### ๐Ÿงช Testing - Roundtrip ecdh test against rPGP 0.10 - ([1dd91ea](https://github.com/rpgp/rpgp/commit/1dd91ea673ee72758d62c218d16074c7fe3c6321)) - Ignore another sks-dump test failure - ([1c0cd84](https://github.com/rpgp/rpgp/commit/1c0cd8411d9b48d8dce814b3a9183da3d939ec98)) - Rename "opengpg-interop" to "openpgp-interop" - ([f3292f7](https://github.com/rpgp/rpgp/commit/f3292f73ed2bca4b81916b8cd6deca290711152d)) - Skip writing files by default ([#404](https://github.com/rpgp/rpgp/issues/404)) - ([6e51094](https://github.com/rpgp/rpgp/commit/6e51094fbee39d3a33020d8e3a5ee74b5de03d2a)) - Add signature verification tests (RFC 9580 Annex A.6 and A.7) ([#409](https://github.com/rpgp/rpgp/issues/409)) - ([0439dd5](https://github.com/rpgp/rpgp/commit/0439dd5d23e5340115388cb023ded8ec1b6562cc)) - Exercise SEIPDv2 encrypt/decrypt for a range of message sizes - ([f9c48dd](https://github.com/rpgp/rpgp/commit/f9c48dda2bd612ff14772316f61162fbfedb8446)) ### โš™๏ธ Miscellaneous Tasks - Rename PublicKeyAlgorithm::EdDSA to EdDSALegacy - ([d30ce26](https://github.com/rpgp/rpgp/commit/d30ce2632f6eceb38f192a1ee5a059d255703e21)) - Rename PublicKeyTrait::to_writer_old into serialize_for_hashing - ([017be15](https://github.com/rpgp/rpgp/commit/017be1507bbd03d928a01b8a60016a941096bf76)) - Bump MSRV to 1.75 - ([67551a8](https://github.com/rpgp/rpgp/commit/67551a8023de10c1a127b74ea97cbfaa5705f921)) - Update push from master to main ([#386](https://github.com/rpgp/rpgp/issues/386)) - ([7b5f5b7](https://github.com/rpgp/rpgp/commit/7b5f5b7ca424a4caa94d1ce478a59a0a05b20a97)) - Use write_u8 - ([882dcc3](https://github.com/rpgp/rpgp/commit/882dcc33d8b96e5727eb9358274dca2d5650eb19)) - Add cargo deny check - ([d4a7905](https://github.com/rpgp/rpgp/commit/d4a7905e27cdad69cf4be28c10c77043a2a3fdd4)) - Add PkeskVersion, SkeskVersion types - ([bc79460](https://github.com/rpgp/rpgp/commit/bc794603224152370729a248aaf737008d7ab75e)) - Rework ecdh public params to be able to represent opaque data - ([276768e](https://github.com/rpgp/rpgp/commit/276768eedd65d754f5d5c29e9fe260dad091b61c)) ## [0.13.1](https://github.com/rpgp/rpgp/compare/v0.13.0..v0.13.1) - 2024-06-30 ### ๐Ÿ› Bug Fixes - Remove stray eprintln - ([683c529](https://github.com/rpgp/rpgp/commit/683c5294d61a20669725501fe6f1c3b4b7f49f4b)) ### ๐Ÿ“š Documentation - *(readme)* Fix the example - ([cd7a253](https://github.com/rpgp/rpgp/commit/cd7a2530e4fb8607609d3813a894addc6c6fbc77)) - *(readme)* Some more example adjustments - ([99daf15](https://github.com/rpgp/rpgp/commit/99daf1551c7d732f1a1c9e83074af02c66cbd684)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.13.1 - ([36023a4](https://github.com/rpgp/rpgp/commit/36023a447b2a1eda163da862e39ce252aed5c279)) ## [0.13.0](https://github.com/rpgp/rpgp/compare/v0.12.0-alpha.3..v0.13.0) - 2024-06-17 ### ๐Ÿ“š Documentation - Provide more FAQ items and improve comparisons - ([374026f](https://github.com/rpgp/rpgp/commit/374026f6bf63e94219099b0fe0e33ed01d6eb43c)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.13.0 - ([66fbbb3](https://github.com/rpgp/rpgp/commit/66fbbb31d0bd7597820496b85b914682674b81ea)) ## [0.12.0-alpha.3](https://github.com/rpgp/rpgp/compare/v0.12.0-alpha.2..v0.12.0-alpha.3) - 2024-05-31 ### โ›ฐ๏ธ Features - *(ecdh)* [**breaking**] Implement support for nist p curves - ([1b6d5dd](https://github.com/rpgp/rpgp/commit/1b6d5dd3421196d941eca579f1a089315f78cf48)) - Update deps - ([f0477f4](https://github.com/rpgp/rpgp/commit/f0477f47cfd44a9c2f809057c5f3c98bacedb1ca)) - Enable SEIPDv2 decryption via the public API ([#345](https://github.com/rpgp/rpgp/issues/345)) - ([deb8a92](https://github.com/rpgp/rpgp/commit/deb8a92e30176e24a4ba655b25d80e4a0860f79a)) - Add APIs to create and verify third-party certifications ([#349](https://github.com/rpgp/rpgp/issues/349)) - ([ab39417](https://github.com/rpgp/rpgp/commit/ab394179a6c93da7bd5a1bdf34bcf1bc3b5ac754)) - Use sha1_checked for Sha1 hashing, except MDC - ([7c5e6ae](https://github.com/rpgp/rpgp/commit/7c5e6ae9cc8c9e180abf9ad354b9d5e236ea5c7c)) ### ๐Ÿšœ Refactor - Improve & simplify packet parsing logic - ([3b71f41](https://github.com/rpgp/rpgp/commit/3b71f41ebbe180af42b830b65e0b511362e11e1e)) ### ๐Ÿ“š Documentation - *(readme)* Fixup copyright - ([9773052](https://github.com/rpgp/rpgp/commit/9773052ae550809bacee2cd96bccbab5bc777cc9)) - Nist p521 support for ECDH was merged in #304 ([#335](https://github.com/rpgp/rpgp/issues/335)) - ([8e67756](https://github.com/rpgp/rpgp/commit/8e67756ebce780c91b8c2ffc7db1f6230f8a9419)) - Fix typo "secret" -> "public" - ([f68aa3d](https://github.com/rpgp/rpgp/commit/f68aa3dc5df4eda6516be7ad83ed5f8d16a09ac6)) - Update and expand status and readme - ([9b27d81](https://github.com/rpgp/rpgp/commit/9b27d811e5693d21e2f3c8dfb43ac8ab1aafb922)) - Small refinements/typo-fixes ([#342](https://github.com/rpgp/rpgp/issues/342)) - ([34d1c79](https://github.com/rpgp/rpgp/commit/34d1c79c1d254245711793688cbd722b730ec789)) - Add link to interop test suite - ([cc46fa5](https://github.com/rpgp/rpgp/commit/cc46fa5e7906beadf89ebd9d54466fffcbfa6815)) ### ๐Ÿงช Testing - Camellia decryption ([#354](https://github.com/rpgp/rpgp/issues/354)) - ([066c1c5](https://github.com/rpgp/rpgp/commit/066c1c5f3f8547d3fe38c964685871635b8d876a)) ### โš™๏ธ Miscellaneous Tasks - *(echd)* [**breaking**] Prepare for handling more curves - ([35343e0](https://github.com/rpgp/rpgp/commit/35343e061c74e2fa7217e71edabb2dd9e7a3f1ec)) - *(pgp)* Release 0.12.0-alpha.3 - ([82d49b3](https://github.com/rpgp/rpgp/commit/82d49b3f386003a9ab65196c3409af6efd25d383)) - Remove unused ios-simulator code ([#339](https://github.com/rpgp/rpgp/issues/339)) - ([8bec797](https://github.com/rpgp/rpgp/commit/8bec797e48188251f0f4dec3729c8f738385f5ac)) - Add codespell CI job; apply fixes ([#341](https://github.com/rpgp/rpgp/issues/341)) - ([a6b6ad7](https://github.com/rpgp/rpgp/commit/a6b6ad70a2f54e76786214bca1e4ccea229afb56)) - Remove asm feature from windows - ([56505aa](https://github.com/rpgp/rpgp/commit/56505aa9cdfe32c57703c79da52c04b82feb1981)) - Pacify codespell - ([06e840c](https://github.com/rpgp/rpgp/commit/06e840cc34fe1d675a6003da60cdd91d4c387f77)) ## [0.12.0-alpha.2](https://github.com/rpgp/rpgp/compare/v0.12.0-alpha.1..v0.12.0-alpha.2) - 2024-04-07 ### โ›ฐ๏ธ Features - Basic support for AEAD ([#316](https://github.com/rpgp/rpgp/issues/316)) - ([93ca7d8](https://github.com/rpgp/rpgp/commit/93ca7d8f5d002677c51be0438564522e636b014d)) - Avoid Seek - ([fa82b12](https://github.com/rpgp/rpgp/commit/fa82b12fcd69ea7dbfba83914a972c0cabbe1b5f)) - Cleartext framework support - ([66b005c](https://github.com/rpgp/rpgp/commit/66b005c11467068bac9599c27c9d90bc405095d6)) ### ๐Ÿ› Bug Fixes - *(packet-parser)* Increase buffer size for unknown size - ([1013c13](https://github.com/rpgp/rpgp/commit/1013c134c90b7e38c02de9d74fc61780e06bfa05)) ### ๐Ÿšœ Refactor - Improve internal crypto abstractions to allow for more flexibility - ([a3dd485](https://github.com/rpgp/rpgp/commit/a3dd485f9be48024b7756358e0e6d13d54101790)) - Break out ecdh unwrap - ([bde459c](https://github.com/rpgp/rpgp/commit/bde459ccb759903e63e90f201a1526353a33c6d5)) - Move benches to criterion and expand benchmarks - ([8e87774](https://github.com/rpgp/rpgp/commit/8e87774cc08b9549e5a374d75b41b585768c053d)) ### ๐Ÿงช Testing - Approximate decryption and signing operations with an OpenPGP card - ([42cfa11](https://github.com/rpgp/rpgp/commit/42cfa11b5c3661166f561b613439d0ac6d40a9b8)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.12.0-alpha.2 - ([817bf65](https://github.com/rpgp/rpgp/commit/817bf658bc719ad868829307d71923851e2d6cf6)) - Fix feature = "cargo-clippy" deprecation - ([a75db54](https://github.com/rpgp/rpgp/commit/a75db5470ea75f5c392f0b5688da76762a42ca0b)) - Set debug in Cargo.toml to the normalized value - ([29adca7](https://github.com/rpgp/rpgp/commit/29adca744539955ccc16895afb8e7f8504936aa3)) ### Bench - Add benchmarks for s2k ([#325](https://github.com/rpgp/rpgp/issues/325)) - ([ff2a3fc](https://github.com/rpgp/rpgp/commit/ff2a3fcd26ce951a6f45e90fbb87d42e8d13fab7)) ## [0.12.0-alpha.1](https://github.com/rpgp/rpgp/compare/v0.11.0..v0.12.0-alpha.1) - 2024-03-17 ### โ›ฐ๏ธ Features - Export a crate VERSION string - ([1808c99](https://github.com/rpgp/rpgp/commit/1808c994746b3e54d76ed16d5512dee2ff031ba1)) - Obfuscate symmetric key length with ecdh padding - ([2fc374a](https://github.com/rpgp/rpgp/commit/2fc374aeb4eccee16238109159e62e8e58187b7b)) - Implement hash_alg() and public_params() for SecretKeyTrait - ([bb7782d](https://github.com/rpgp/rpgp/commit/bb7782dbcbf839ddefb05664c574ecc2ed653ba0)) - Implement support for ECDSA over NIST P-521 - ([14d0f6a](https://github.com/rpgp/rpgp/commit/14d0f6a185a597a317a39437397a0a929b0a600d)) - Eadd reader functions that autodetect armored vs. binary - ([efd27c0](https://github.com/rpgp/rpgp/commit/efd27c0bf0d22499f9739c46f9539859fde26874)) ### ๐Ÿ› Bug Fixes - *(ecdsa)* Never pad ecdsa secret MPIs - ([87cb242](https://github.com/rpgp/rpgp/commit/87cb2421fc2cc9d604ca74c691f0878e3fc3436d)) - *(parser)* There should be no edata except after ESKs - ([cadccd5](https://github.com/rpgp/rpgp/commit/cadccd5c66c46a2b86cb7ae39e34ef4da45dcc4f)) - *(test)* Adjust to changed message decryption interface - ([e57c49a](https://github.com/rpgp/rpgp/commit/e57c49af90a2657887dce980d69a48971865f808)) - Avoid stack overflow when verifying recursively compressed message - ([bfa34bb](https://github.com/rpgp/rpgp/commit/bfa34bbe3ced26b28c411ebbdd4e9a96800949d9)) - Configure hash_alg based on signing key type - ([6cda288](https://github.com/rpgp/rpgp/commit/6cda28834af077889fbfd60adfaab5feafbaf1d3)) ### ๐Ÿงช Testing - Increase key_gen_ecdsa_p256 rounds - ([f7fd18d](https://github.com/rpgp/rpgp/commit/f7fd18d2986f00e7536881bab1416ababdeda8bf)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.12.0-alpha.1 - ([2d255ed](https://github.com/rpgp/rpgp/commit/2d255ed462374e19ac6c8a9b60a274cd0b794c9c)) - Adjust to chrono deprecations - ([d0bf0fd](https://github.com/rpgp/rpgp/commit/d0bf0fdb6e61dfeb8a7c4adabc10696d522465b1)) ### S2k - Restructure, implement argon2 - ([6298c15](https://github.com/rpgp/rpgp/commit/6298c1580b7e631f5bdec1a96f56ba6e9cf85217)) ## [0.11.0](https://github.com/rpgp/rpgp/compare/v0.10.2..v0.11.0) - 2024-02-21 ### โ›ฐ๏ธ Features - Add Signature::verify_key_binding_primary_back_sig - ([2764b39](https://github.com/rpgp/rpgp/commit/2764b39f065c69ee7276af872ec1e529753f68f9)) - Implement support for Secp256k1 ([#275](https://github.com/rpgp/rpgp/issues/275)) - ([0d8e580](https://github.com/rpgp/rpgp/commit/0d8e58096cdc7770460942c653815463a925f954)) - Add dsa support - ([4ed459b](https://github.com/rpgp/rpgp/commit/4ed459be58d09d9949894a8fffe30e75bc1a8b7d)) - Generalize packet parsing to accept more unknown values; packet parser error type distinguishes "hard and soft" errors. - ([48af40c](https://github.com/rpgp/rpgp/commit/48af40c9afa787fd8815d8da038c2425ceee4477)) - Handle distinction between hard and soft packet parsing errors - ([6752d83](https://github.com/rpgp/rpgp/commit/6752d835384068bf710d87550550e49a1e384f1a)) - Implement From for SignedPublicKey and From for SignedPublicSubKey - ([43370c5](https://github.com/rpgp/rpgp/commit/43370c5a97d431d97f11aad8761877bd8dd0840d)) ### ๐Ÿ› Bug Fixes - *(terminology)* Use "certification" where we mean signatures that confirm identities - ([44bccd3](https://github.com/rpgp/rpgp/commit/44bccd3a026b6eda7099065f80e972ef88863f8a)) - Handle other RevocationCode values - ([6167e99](https://github.com/rpgp/rpgp/commit/6167e99473220d5e3c1bee3ce60fa62216a0247c)) - Return an error in Message::verify if we don't know what to verify - ([e29d089](https://github.com/rpgp/rpgp/commit/e29d089ec96b985c5263b7637713d0a9ecad60fa)) - Handle expiration times as Duration - ([1cb17a1](https://github.com/rpgp/rpgp/commit/1cb17a122ede618d8bd1af01b7de9ab464475ee5)) - Check SHA-1 checksum before parsing - ([fd36c23](https://github.com/rpgp/rpgp/commit/fd36c23d47a08e58a7d44b94e6915edf1edb3961)) - Normalize line endings when hashing data for a Text signature - ([65c9e46](https://github.com/rpgp/rpgp/commit/65c9e46975c62ede7ac3427dc458109a371041cb)) - Move line ending normalization from Message::verify to Signature::verify - ([20dd658](https://github.com/rpgp/rpgp/commit/20dd6584c8587ecaea3483ffb5356647f914b385)) - Debug output cleanup - ([4e7ba07](https://github.com/rpgp/rpgp/commit/4e7ba07f5c10239f7fe7961c906c6c4ebef9ddf7)) - Do not allow decryption with "Plaintext" algorithm - ([9201b7e](https://github.com/rpgp/rpgp/commit/9201b7e59d96e6873c284ab428fd038b778d7dfc)) - Enforce Partial Body Length "MUST" from RFC 4880 - ([d37a7b5](https://github.com/rpgp/rpgp/commit/d37a7b538852c208ebe2e7adcf82464b239bcd57)) - Clarify use of subpackets from hashed and unhashed areas - ([7f1ae5c](https://github.com/rpgp/rpgp/commit/7f1ae5c650dc1f2b735274c5ad9fae9214318fd7)) - [**breaking**] Generalize issuer subpacket checks - ([7c43d22](https://github.com/rpgp/rpgp/commit/7c43d2298fe37a4c1188e9110c00e622640ee1b3)) - Make ECDH unpadding more robust - ([bf7a3f3](https://github.com/rpgp/rpgp/commit/bf7a3f3dba0822611c34941d5d820061f803ea60)) ### ๐Ÿšœ Refactor - Switch from num_derive to num_enum - ([8014e49](https://github.com/rpgp/rpgp/commit/8014e4959579dc4ccf2791fef601fbd48bdce3df)) ### ๐Ÿ“š Documentation - *(readme)* Fix CI status image and rust version badge - ([59c9d73](https://github.com/rpgp/rpgp/commit/59c9d732694c34694b99ea3c1c511afef0cd258c)) - Remove unnecessary backticks ([#252](https://github.com/rpgp/rpgp/issues/252)) - ([2b17b30](https://github.com/rpgp/rpgp/commit/2b17b30b8acb2eff0d330c60bb46080ce59e837b)) - Roughly reflect formats/mechanisms from draft-ietf-openpgp-crypto-refresh - ([97edf8f](https://github.com/rpgp/rpgp/commit/97edf8fd3073eac2f11cd717896db288c61f6589)) - Clarify parameters in verify_key_binding_internal - ([b82cd3f](https://github.com/rpgp/rpgp/commit/b82cd3f71d1c4ffacb27ea287d5041e8ec0f8959)) - Switch to git-cliff for changelog - ([39444e5](https://github.com/rpgp/rpgp/commit/39444e5a316168412eab0c59c072fc5feaf4b275)) ### โšก Performance - Avoid `concat` in sha1 checksum impl - ([f56529f](https://github.com/rpgp/rpgp/commit/f56529faf44e37984328286220aa266d4ec0d26a)) ### ๐Ÿงช Testing - Read signature with "other" revocation code - ([dd3742b](https://github.com/rpgp/rpgp/commit/dd3742b77a8e9c05276d0c51eb4ff937f391df5e)) - Add test for normalization of line endings with text-mode signatures - ([19c3d1d](https://github.com/rpgp/rpgp/commit/19c3d1dc6ed1d3db6a9aa22df4c2f22d87956d81)) - Test that verifying unsigned messages fails - ([5a1e8c7](https://github.com/rpgp/rpgp/commit/5a1e8c784446e99295de310bd885c4078ed91374)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.11.0 - ([20335b3](https://github.com/rpgp/rpgp/commit/20335b387037bfedd1b3cdb4a48fb7466f721b56)) - Fix deprecation warning reported by clippy - ([a9a7a0b](https://github.com/rpgp/rpgp/commit/a9a7a0b02cab4a6892ae0158b23757f3ad41371e)) - Fix vec performance lint - ([7aa80c9](https://github.com/rpgp/rpgp/commit/7aa80c9dd94b5fda0d2d9c9f9798e9379a5ea6d0)) - Use 1.72 stabley toolchain instead of stable for mips - ([334c0b8](https://github.com/rpgp/rpgp/commit/334c0b83e6339c774b6ed05e7ff9d8b0aed54894)) - Set Rust version to 1.67 - ([0e673a2](https://github.com/rpgp/rpgp/commit/0e673a2f88aea89e33d6e921dfd51ac6a0dc7ee9)) - Fix clippy lint - ([8c4c27f](https://github.com/rpgp/rpgp/commit/8c4c27f8c078411a9d4df43d236fdef0f0af56d0)) - Fix clippy lints in tests - ([30b15e7](https://github.com/rpgp/rpgp/commit/30b15e71897ed16782992a08e1beb15381125e66)) - Update dalek deps and fix nightly on CI - ([414250a](https://github.com/rpgp/rpgp/commit/414250ad85f924ced11c45f3d44ed99089890278)) - Bump to Rust 1.70 - ([1dd37d2](https://github.com/rpgp/rpgp/commit/1dd37d2d9d106d3a1a4dbce99f734cd4fbed897b)) ### Cleanup - Rename Indeterminated to Indeterminate - ([5357815](https://github.com/rpgp/rpgp/commit/535781523618d99d90107deadb9927087dd516f3)) ## [0.10.2](https://github.com/rpgp/rpgp/compare/v0.10.1..v0.10.2) - 2023-07-24 ### โ›ฐ๏ธ Features - Implement `LowerHex` and `UpperHex` for `KeyId` ([#244](https://github.com/rpgp/rpgp/issues/244)) - ([9bb9d97](https://github.com/rpgp/rpgp/commit/9bb9d97c91cbc5c9ed4b5aec1a9becf02f950681)) - Update dalek crypto deps ([#247](https://github.com/rpgp/rpgp/issues/247)) - ([93866d2](https://github.com/rpgp/rpgp/commit/93866d24673e4407f3c83873f83bf917c20feaba)) ### ๐Ÿ› Bug Fixes - Update to released rsa@0.9.0 - ([9226269](https://github.com/rpgp/rpgp/commit/922626913d495458eeff8a3255d6935b981e6d0a)) ### ๐Ÿšœ Refactor - *(packet)* Make members of OnePassSignature public - ([6036902](https://github.com/rpgp/rpgp/commit/60369027980552a765d6f4fcf0f1776ea91c0c86)) - Fix warnings - ([1e300ac](https://github.com/rpgp/rpgp/commit/1e300acefc6b14641869cb2a8be77fd0f2e1d19c)) ### ๐Ÿ“š Documentation - *(readme)* Update a couple of minor points in README - ([caf57aa](https://github.com/rpgp/rpgp/commit/caf57aa75dbe20b73f051daa6d3bdf5d989de20b)) - Update changelog - ([659989b](https://github.com/rpgp/rpgp/commit/659989b94c626edf1f1d5b819f9d6c96370a750d)) - Changelog for 0.10.2 - ([8e762fa](https://github.com/rpgp/rpgp/commit/8e762fa0b230c6ab5413fed6abcf102dcfb245e8)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.10.2 - ([6a3430c](https://github.com/rpgp/rpgp/commit/6a3430c500b77b5b3285912b174a8177789a1a48)) - Fix clippy - ([e557ec7](https://github.com/rpgp/rpgp/commit/e557ec7aafa09476981f240c68d35e5a9d295b8e)) ## [0.10.1](https://github.com/rpgp/rpgp/compare/v0.10.0..v0.10.1) - 2023-03-30 ### ๐Ÿ› Bug Fixes - *(ecdsa)* Store original MPI to preserve padding - ([848af8f](https://github.com/rpgp/rpgp/commit/848af8f9a6772c187e7f184cd75488b78d13f9eb)) - *(signature)* Return error on KeyId missmatch - ([02bef50](https://github.com/rpgp/rpgp/commit/02bef50de14f2e4300a9e709de87e4838c28a019)) ### ๐Ÿ“š Documentation - *(changelog)* Prepare v0.10.1 - ([fe3c69f](https://github.com/rpgp/rpgp/commit/fe3c69fbb083f3b0572c020debc2c2a0f9e2b1b9)) ### ๐Ÿงช Testing - Check critical bit encoding roundtrips - ([cc78011](https://github.com/rpgp/rpgp/commit/cc780117d7d6dd64c999acfb80ba4cefa55f356c)) - Skip non validating keys again - ([a0556f5](https://github.com/rpgp/rpgp/commit/a0556f53602a091c66a84fb7d6a91ae3b7ad4471)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.10.1 - ([951b8f9](https://github.com/rpgp/rpgp/commit/951b8f9d9b2818fdce964581a08f0e636fd3ecf1)) ## [0.10.0](https://github.com/rpgp/rpgp/compare/v0.9.0..v0.10.0) - 2023-03-27 ### โ›ฐ๏ธ Features - *(crypto)* Add missing symmetric cipher support - ([1648fbb](https://github.com/rpgp/rpgp/commit/1648fbb341987612e84590a3321db34469252a9a)) - *(deps)* Update base64 and derive_builder - ([59dcda7](https://github.com/rpgp/rpgp/commit/59dcda7761f027707b4f295c231b961f74b4e3e7)) - Implement support for ECDSA keys - ([65e2f86](https://github.com/rpgp/rpgp/commit/65e2f86a3e45867f95414bbd57061309f2ff0b26)) - Update nom to v7 - ([be4eaaa](https://github.com/rpgp/rpgp/commit/be4eaaaade6d57c3c2a9eebba0ce0b1ab0065823)) - Update to latest dependencies ([#218](https://github.com/rpgp/rpgp/issues/218)) - ([013923b](https://github.com/rpgp/rpgp/commit/013923b62af995fc1a26e9c918d1dbe8b1299c5d)) - Move from String to BString - ([b388e4e](https://github.com/rpgp/rpgp/commit/b388e4e1f17d22492b81c66483e3255d76b7235a)) ### ๐Ÿ› Bug Fixes - Update to new chrono apis - ([8651965](https://github.com/rpgp/rpgp/commit/8651965a689fd35bbd5f53cb64eb40eb348312be)) - Resolve merge issue - ([ed98330](https://github.com/rpgp/rpgp/commit/ed983308bb4f75800214962f86f52500e999473a)) - Edcsa support - ([a463cca](https://github.com/rpgp/rpgp/commit/a463cca1cb2bbefe4bb3148babee3685a06a14a6)) - Fixup doc comments - ([f55c7a5](https://github.com/rpgp/rpgp/commit/f55c7a56a987e5c92fb740029ff112b0a410564f)) - Nightly warnings - ([0917b01](https://github.com/rpgp/rpgp/commit/0917b015b1e82f0fcc87be94d83556b1b0eadfe8)) ### ๐Ÿšœ Refactor - Remove unused param from `decrypt` - ([810379f](https://github.com/rpgp/rpgp/commit/810379f781f66c51cde309f46741232d4fbdca15)) - Followup to #214 - ([3730457](https://github.com/rpgp/rpgp/commit/3730457315bd6da72defe358ff86259a32d6843e)) - Switch from buf_redux to buffer-redux - ([8e42501](https://github.com/rpgp/rpgp/commit/8e42501119cea413ec52b3df0383dd4454e5a271)) ### ๐Ÿ“š Documentation - Create changelog - ([3f72a28](https://github.com/rpgp/rpgp/commit/3f72a28dca657cf5e1af502703d01ecb69d18f2a)) - Changelog for v0.10.0 - ([d5ea053](https://github.com/rpgp/rpgp/commit/d5ea0537153788474013a3a533e2ad0a866fd763)) ### โš™๏ธ Miscellaneous Tasks - *(crypto/sym)* Drop unused block size arguments - ([5beeb40](https://github.com/rpgp/rpgp/commit/5beeb40cef9bf4ced1db33485a11efe30115fe58)) - *(pgp)* Release 0.10.0 - ([69db862](https://github.com/rpgp/rpgp/commit/69db862cca24ced16810f123890a07b8b69609bc)) - Happy clippy - ([30d83a8](https://github.com/rpgp/rpgp/commit/30d83a81fd8d41074908199c081bd0459211bc9d)) - Remove old release config - ([a8ced15](https://github.com/rpgp/rpgp/commit/a8ced157095dee9478a3511e9a660f6cf01f577b)) ## [0.9.0](https://github.com/rpgp/rpgp/compare/v0.8.0..v0.9.0) - 2022-11-07 ### โ›ฐ๏ธ Features - Remove unused clear_on_drop dependency - ([446c91b](https://github.com/rpgp/rpgp/commit/446c91bec7c2e022180f94764d9d5c9034260493)) - Allow subkeys to be created with the authentication flag enabled - ([e37e921](https://github.com/rpgp/rpgp/commit/e37e921cdfb724931bfcf52aaf2d321a2cf55372)) - Update to RSA 0.7.0 interfaces - ([c57232e](https://github.com/rpgp/rpgp/commit/c57232ea73ef35e3a5d3ffa08d880c2dd37cbd8c)) - Edition 2021 and update crypto deps - ([a0a71cc](https://github.com/rpgp/rpgp/commit/a0a71cc3f836cea69e721877baf2f9895657f85d)) ### ๐Ÿšœ Refactor - Replace find_map with a find - ([721b287](https://github.com/rpgp/rpgp/commit/721b287983702316cdbf23cad0f416ab69c5e42a)) - Remove unused circular dependency and also rewrite IV handling to not require lazy_static - ([30aea2e](https://github.com/rpgp/rpgp/commit/30aea2eca4f45accf28867c294c9fe8a6b619172)) ### ๐Ÿ“š Documentation - *(readme)* Update msrv - ([ac20fa0](https://github.com/rpgp/rpgp/commit/ac20fa03fcaa07897c698160e219f6b1a4111279)) - Add comma in `README` for clearer message ([#185](https://github.com/rpgp/rpgp/issues/185)) - ([28c80c8](https://github.com/rpgp/rpgp/commit/28c80c85d1b3694e3f2622e9a9ee22e5c1d82702)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.9.0 - ([e07f443](https://github.com/rpgp/rpgp/commit/e07f443d2d3464e2d3b07ad9564a582ef59681d5)) - Upgrade pretty_assertions to 1 - ([0277001](https://github.com/rpgp/rpgp/commit/027700108a6b5f4c4dbd8a493c39f9dffed3e6d3)) ## [0.8.0](https://github.com/rpgp/rpgp/compare/v0.7.2..v0.8.0) - 2022-07-01 ### โ›ฐ๏ธ Features - Update deps & introduce MSRV - ([5d86ab3](https://github.com/rpgp/rpgp/commit/5d86ab33242fb5489b17017a742259a8c781b4cd)) - Add a method to construct a PublicKey from parameters - ([f0d3fa8](https://github.com/rpgp/rpgp/commit/f0d3fa859c72d82245c511b446ce10da92a8449b)) - Derive Clone on hasher types - ([d878faa](https://github.com/rpgp/rpgp/commit/d878faac629ef0ebd30746e70092bf158afcdbc4)) - Apply clippy and update some deps - ([66c4f76](https://github.com/rpgp/rpgp/commit/66c4f76ee7420c51d4f04e1f44400d4ec2d34ffb)) ### ๐Ÿ› Bug Fixes - *(deps)* Fix zeroize version - ([e8ca41c](https://github.com/rpgp/rpgp/commit/e8ca41c6a1ea79f22ac2f57bc1d3a6d1f0254ac6)) - Disable `oldtime` feature of `chrono` - ([9d24203](https://github.com/rpgp/rpgp/commit/9d2420396eed95c43d16c925c9883518898e99e8)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.8.0 - ([b3671d5](https://github.com/rpgp/rpgp/commit/b3671d572a9e2b161f80932324895f98faef0bc4)) - Switch to github actions - ([202e7c1](https://github.com/rpgp/rpgp/commit/202e7c1059393ae6540d3376348924e12e8c8c17)) - Update release.toml - ([fd6e45d](https://github.com/rpgp/rpgp/commit/fd6e45d5b1006ee7d6464010f2a0da5ac7d674d7)) ## [0.7.2](https://github.com/rpgp/rpgp/compare/v0.7.1..v0.7.2) - 2021-08-27 ### ๐Ÿ› Bug Fixes - Do not panic on IDEA cipher - ([1b7e2d5](https://github.com/rpgp/rpgp/commit/1b7e2d53732ff3e2a5f339599464639c68fc6593)) - Update & freeze deps to ensure build ([#135](https://github.com/rpgp/rpgp/issues/135)) - ([054e00b](https://github.com/rpgp/rpgp/commit/054e00b081caa828335e52d39eb39b89a7eea2eb)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.7.2 - ([f0dd2d8](https://github.com/rpgp/rpgp/commit/f0dd2d8ff5d0da988530309edf81151b683110e3)) - Update dependencies - ([90c9e6e](https://github.com/rpgp/rpgp/commit/90c9e6e50ad9e342ad9f8756ae9de4859097cc14)) ## [0.7.1](https://github.com/rpgp/rpgp/compare/v0.7.0..v0.7.1) - 2020-09-17 ### โ›ฐ๏ธ Features - Update crypto deps - ([cacb24d](https://github.com/rpgp/rpgp/commit/cacb24d926d671b3d5ab523ddfd949f8a2b213ab)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.7.1 - ([eb4c151](https://github.com/rpgp/rpgp/commit/eb4c151979cceee503bd6c79d16ec4c558693199)) ## [0.7.0](https://github.com/rpgp/rpgp/compare/v0.6.1..v0.7.0) - 2020-08-24 ### โ›ฐ๏ธ Features - Make sign/verify utilize trait std::io::Read - ([b77e20e](https://github.com/rpgp/rpgp/commit/b77e20e706719c1a85fb9ba1246b9813550a3da7)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.7.0 - ([94af2bc](https://github.com/rpgp/rpgp/commit/94af2bc21408f55e13be1e45168342c25a85a2c3)) - Fmt + clippy - ([ca81f7b](https://github.com/rpgp/rpgp/commit/ca81f7b65e5ad7a421aaa4bd9a78dbb41a346acf)) ## [0.6.1](https://github.com/rpgp/rpgp/compare/v0.6.0..v0.6.1) - 2020-07-20 ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.6.1 - ([5c5b2d0](https://github.com/rpgp/rpgp/commit/5c5b2d04dd5a803f762462feb04128f18e752cdc)) - Update some dependencies - ([cbb8b14](https://github.com/rpgp/rpgp/commit/cbb8b1405d171f44b60cf2800786bce0c46ed9b4)) ## [0.6.0](https://github.com/rpgp/rpgp/compare/v0.5.2..v0.6.0) - 2020-06-11 ### โ›ฐ๏ธ Features - Update to the latest rustrcrypto deps - ([218ddbd](https://github.com/rpgp/rpgp/commit/218ddbdb831b39f396a9cc9ad2f7ed52c22a42b4)) ### ๐Ÿšœ Refactor - Happy clippy - ([709132b](https://github.com/rpgp/rpgp/commit/709132b972f329f1b7ba553a49f6be23b81bead5)) ### ๐Ÿ“š Documentation - Add a few doctests to showcase API usage - ([c7b7442](https://github.com/rpgp/rpgp/commit/c7b7442c82e1ad315482f2082a5dcff169a0b3e4)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.6.0 - ([931f4a1](https://github.com/rpgp/rpgp/commit/931f4a14dd2476ec567636742c47646d6fec8f06)) - Update rust-toolchain - ([2370f72](https://github.com/rpgp/rpgp/commit/2370f729f5cabfc2f87c278028742a0b24c4bcf9)) ## [0.5.2](https://github.com/rpgp/rpgp/compare/v0.5.1..v0.5.2) - 2020-04-02 ### ๐Ÿ› Bug Fixes - Handle short x25519 keys properly - ([c07ecab](https://github.com/rpgp/rpgp/commit/c07ecabfd058e79d1cb6aa841fc9488f466c550a)) ### ๐Ÿงช Testing - Introduce failing test for ecdh keygen - ([b7d5ee4](https://github.com/rpgp/rpgp/commit/b7d5ee4bb44f3dfa0dccc6f0712e7d7ad49bde11)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.5.2 - ([ff0b43c](https://github.com/rpgp/rpgp/commit/ff0b43cf6820fd952d93f304d72e18bd92f3965b)) ## [0.5.1](https://github.com/rpgp/rpgp/compare/v0.5.0..v0.5.1) - 2020-03-04 ### ๐Ÿ› Bug Fixes - Undo regression in base64_decoder - ([e23fa4e](https://github.com/rpgp/rpgp/commit/e23fa4ef0ff3e4fb6e415764cb0c4adeae435a91)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.5.1 - ([921a370](https://github.com/rpgp/rpgp/commit/921a3701f10cf042feaf1732702786c3edb0d03e)) ## [0.5.0](https://github.com/rpgp/rpgp/compare/v0.4.1..v0.5.0) - 2020-03-04 ### ๐Ÿ› Bug Fixes - Remove usage of slice_dequeu - ([d176e2e](https://github.com/rpgp/rpgp/commit/d176e2ea168d16696e3cf6ef2ab2d5fa9ed1f5b2)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.5.0 - ([ef4a1ca](https://github.com/rpgp/rpgp/commit/ef4a1cae8545264ad72ccd7c8bdf64747516c429)) ## [0.4.1](https://github.com/rpgp/rpgp/compare/0.4.0..v0.4.1) - 2020-03-01 ### ๐Ÿ› Bug Fixes - Encode leading zeros in ECDH session key - ([c53ade9](https://github.com/rpgp/rpgp/commit/c53ade9dd789bb3395ddb0572f76b985e51900b9)) - Correct typo in feature name for ringbuf - ([52e2339](https://github.com/rpgp/rpgp/commit/52e233955a5f6490c57822899b6344498901c858)) ### ๐Ÿšœ Refactor - Happy clippy - ([9ac9213](https://github.com/rpgp/rpgp/commit/9ac9213f54ad93c914711ae8d9329f9f533aadb3)) ### ๐Ÿงช Testing - Encrypt 1000 times in test_x25519_encryption - ([1cc0e22](https://github.com/rpgp/rpgp/commit/1cc0e223e6b4f4b63494e3828506bcaedf2b5b9b)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.4.1 - ([cfe081d](https://github.com/rpgp/rpgp/commit/cfe081d1cd08e74b32fca15a9886eb5d1c8df50c)) - Cargo fmt - ([d05f50b](https://github.com/rpgp/rpgp/commit/d05f50b7c1ec4efb0dcfa34b819fda1872e8e47d)) - Update rust-toolchain - ([cd59306](https://github.com/rpgp/rpgp/commit/cd59306f04a46fe87e0f95e23600f0df408f3cef)) ## [0.4.0](https://github.com/rpgp/rpgp/compare/0.3.2..0.4.0) - 2019-12-11 ### โ›ฐ๏ธ Features - *(key)* Add Signed(Public|Secret)Key::expires_at() method - ([8928a24](https://github.com/rpgp/rpgp/commit/8928a249f848d46889f618fde914417f698ea76f)) - Update dependencies - ([bcbd6b6](https://github.com/rpgp/rpgp/commit/bcbd6b6682a1753619fc37b19c0762afc18614ab)) - Update dependencies ([#82](https://github.com/rpgp/rpgp/issues/82)) - ([4d8af17](https://github.com/rpgp/rpgp/commit/4d8af17841b3e09739aa48d35617169f13b3d534)) ### ๐Ÿ› Bug Fixes - Remove unused enum_primitive dependency - ([4cc60a1](https://github.com/rpgp/rpgp/commit/4cc60a1e45a781ea6e7f394ae2583844ac75d214)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.4.0 - ([a6cba1d](https://github.com/rpgp/rpgp/commit/a6cba1d2afcf3f387ecb9378ecb55c66aee2f702)) ## [0.3.2](https://github.com/rpgp/rpgp/compare/0.3.1..0.3.2) - 2019-11-20 ### โ›ฐ๏ธ Features - *(ci)* Add cargo audit job - ([aca6121](https://github.com/rpgp/rpgp/commit/aca6121cb0b53a4a3f5c5f8f67c9f15a43265fb5)) - Return the same error from decrypt_protected on invalid MDC - ([83f7c03](https://github.com/rpgp/rpgp/commit/83f7c03283567fb8582d09a814e6b17cbe32a6c2)) - Add is_encryption_key for KeyTrait - ([4a82994](https://github.com/rpgp/rpgp/commit/4a829941104596544fccb866bdd4617790db2d55)) - Turn info!() that are used for debugging/tracing into debug!() - ([5da47f4](https://github.com/rpgp/rpgp/commit/5da47f48e5a864c845d440ea1b06c068b8379ca8)) ### ๐Ÿ› Bug Fixes - *(line-reader)* Improve correctness of LineReader::seek - ([2a8e22a](https://github.com/rpgp/rpgp/commit/2a8e22a370f0a5deee9d0235080b756bd9dfe93c)) - Do not log sensitive information - ([b47b07f](https://github.com/rpgp/rpgp/commit/b47b07fc45838050fe0d63d48c7a18b1f2cc3103)) - Clarify error message for EdDSA encryption - ([347c804](https://github.com/rpgp/rpgp/commit/347c804ccea314fd6732c8c57ee6dffa47ea47e1)) - Return true from is_signing_key for ECDSA keys - ([6977b14](https://github.com/rpgp/rpgp/commit/6977b14479ffa079d5857861ca89e69e93c8bd55)) ### ๐Ÿšœ Refactor - Remove email module - ([3dd50a7](https://github.com/rpgp/rpgp/commit/3dd50a7d68fa8f4efac7e117553104914938318a)) ### ๐Ÿ“š Documentation - Improve documentation and comments - ([610f23f](https://github.com/rpgp/rpgp/commit/610f23fcc3b8ffabe5459cf4e153fadceddbbd52)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.3.2 - ([33ff206](https://github.com/rpgp/rpgp/commit/33ff206379d826a922c9fad822f178a0987e657c)) ## [0.3.1](https://github.com/rpgp/rpgp/compare/0.3.0..0.3.1) - 2019-10-22 ### ๐Ÿ› Bug Fixes - Improve feature handling - ([6008e8c](https://github.com/rpgp/rpgp/commit/6008e8cf95e907bda0211a2cc00838b1e9df510c)) ### ๐Ÿ“š Documentation - *(readme)* Merge security review info into Status - ([ae230ea](https://github.com/rpgp/rpgp/commit/ae230eaa88bacbd56f50a8c723e53cef5e7ca4e5)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.3.1 - ([4b04dd0](https://github.com/rpgp/rpgp/commit/4b04dd06313f54de1634e08660f89c331e613ae8)) ## [0.3.0](https://github.com/rpgp/rpgp/compare/0.2.5..0.3.0) - 2019-10-19 ### โ›ฐ๏ธ Features - Add nice api for standalone signatures - ([bb18f39](https://github.com/rpgp/rpgp/commit/bb18f39e5249e7555bf6525a15ba25e2318b152f)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.3.0 - ([fe1702f](https://github.com/rpgp/rpgp/commit/fe1702fdb2caafbdcf07dcd2a53f216215a1d940)) ## [0.2.5](https://github.com/rpgp/rpgp/compare/0.2.4..0.2.5) - 2019-10-18 ### โ›ฐ๏ธ Features - Expose api to parse signatures easily - ([42ac01a](https://github.com/rpgp/rpgp/commit/42ac01a5c6fd121bb64cacdbed3de1ae96e11fed)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.2.5 - ([5bb4952](https://github.com/rpgp/rpgp/commit/5bb4952eaa01cac611fc4932b461f36fdef85d54)) ## [0.2.4](https://github.com/rpgp/rpgp/compare/0.2.3..0.2.4) - 2019-10-13 ### โ›ฐ๏ธ Features - Add experimental wasm support - ([6e46489](https://github.com/rpgp/rpgp/commit/6e464896dba7b8a87c5aa1ec55c5591d612a4faa)) - Zero out memory for secret key structures - ([0837833](https://github.com/rpgp/rpgp/commit/0837833a6f35fdd8eebb4b5bc8e8483d52bf6f56)) - Zero out memory for secret key structures ([#57](https://github.com/rpgp/rpgp/issues/57)) - ([1b8b3a8](https://github.com/rpgp/rpgp/commit/1b8b3a837ad401c94f256cc383805d8953122e7a)) ### ๐Ÿ› Bug Fixes - *(crypto)* Do not panic on inputs being too short - ([5a01b79](https://github.com/rpgp/rpgp/commit/5a01b796c84860c1696f541c4de7f4529254c2af)) - Typ in debug impl for public params - ([86601ce](https://github.com/rpgp/rpgp/commit/86601ce470b825228eca80448ff1295bbf6b5bbe)) ### ๐Ÿšœ Refactor - Improve some debug impls - ([2bc8e43](https://github.com/rpgp/rpgp/commit/2bc8e43ff39848c45e580aa9428adafc47e61503)) ### ๐Ÿ“š Documentation - *(readme)* Updates to reflect current status better - ([e633dda](https://github.com/rpgp/rpgp/commit/e633dda536c6caf2da38782dac8a9db846808550)) - *(readme)* Improve layout a bit - ([a073622](https://github.com/rpgp/rpgp/commit/a0736224c092d89d7b83c05b2b74c627dfda4227)) - *(readme)* Move wasm note - ([5a73721](https://github.com/rpgp/rpgp/commit/5a737214e2b68ce312be685aff9f234ce69acdde)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.2.4 - ([eec5aed](https://github.com/rpgp/rpgp/commit/eec5aed3e65616488586dfb3333216badab1987e)) ## [0.2.3](https://github.com/rpgp/rpgp/compare/0.2.2..0.2.3) - 2019-10-09 ### ๐Ÿ› Bug Fixes - *(packet)* Correct string creation for LiteralData::to_string - ([dec514c](https://github.com/rpgp/rpgp/commit/dec514cd5f93c92609dd7e9e208ea01d24a6112a)) - *(packet)* Correct string creation for LiteralData::to_string ([#52](https://github.com/rpgp/rpgp/issues/52)) - ([4498a32](https://github.com/rpgp/rpgp/commit/4498a32dbb6de8bd742a61b739f84eeff566a653)) - Make armor parsing more resilient - ([425e76e](https://github.com/rpgp/rpgp/commit/425e76eb9b1ea361ef70676cf602dfc3995a1357)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.2.3 - ([004255c](https://github.com/rpgp/rpgp/commit/004255c6b3d1c6399431668d1e6d9eec324b2d22)) ## [0.2.2](https://github.com/rpgp/rpgp/compare/0.2.1..0.2.2) - 2019-09-26 ### ๐Ÿ› Bug Fixes - *(ffi)* Ensure dpeendency is found again - ([15d274b](https://github.com/rpgp/rpgp/commit/15d274b6d1a89985d3f99cd9b8f59cb95924a1c8)) - Handle incomplete packets in a safer way - ([f0a831a](https://github.com/rpgp/rpgp/commit/f0a831a640a10f9d2ac48636c3b6cd1a17707327)) ### ๐Ÿšœ Refactor - Migrate to 2018 edition - ([27c7d4f](https://github.com/rpgp/rpgp/commit/27c7d4fb0846e9b4651f947d29e6578ecc61d064)) ### โš™๏ธ Miscellaneous Tasks - *(pgp)* Release 0.2.2 - ([b9b505e](https://github.com/rpgp/rpgp/commit/b9b505eba1bd60bfc3174474b7cdd3c0be7ebf31)) - Update toolchain - ([2f89841](https://github.com/rpgp/rpgp/commit/2f898418649a41c78322d5c79d9b06d09b56552f)) - Update clippy rules and rust-toolchain - ([b40641b](https://github.com/rpgp/rpgp/commit/b40641be665a4bdd189219468beec24bc4060ff1)) - Configure release - ([840582b](https://github.com/rpgp/rpgp/commit/840582bc7cf860ef7813831799fcb74c2b13af92)) ## [0.2.1](https://github.com/rpgp/rpgp/compare/v0.2.0-alpha..0.2.1) - 2019-05-28 ### ๐Ÿ› Bug Fixes - *(armor)* Normalize line writing to ensure no empty new lines are written - ([0c17c48](https://github.com/rpgp/rpgp/commit/0c17c48336d00b2be95a8e404f1a437181c345be)) - *(ffi)* Compress messages by default - ([83c1e10](https://github.com/rpgp/rpgp/commit/83c1e101a32f48eba5abc4e343be90c58b30942f)) - *(packets)* Handle incomplete packets properly - ([b9ecee8](https://github.com/rpgp/rpgp/commit/b9ecee8aff4f835fc0ce50e2f3fd43e28cdefce9)) - *(signature)* Generate non nested one pass signature packets by default - ([44d6a44](https://github.com/rpgp/rpgp/commit/44d6a44a2b2ea4c69974604caa97345ef53448d7)) ## [0.2.0-alpha](https://github.com/rpgp/rpgp/compare/0.2.0..v0.2.0-alpha) - 2019-03-26 ### โš™๏ธ Miscellaneous Tasks - *(cargo)* Fix ffi nesting - ([39cd03d](https://github.com/rpgp/rpgp/commit/39cd03d48d30c74d9c43da9f68e8bd9a1b8d80bd)) ## [0.2.0](https://github.com/rpgp/rpgp/compare/v0.1.0..0.2.0) - 2019-03-26 ### โ›ฐ๏ธ Features - *(build)* Better feature selections - ([20ad4b8](https://github.com/rpgp/rpgp/commit/20ad4b830c6e52a3e3ab451d1e4386e65cccca36)) - *(crypto)* Bring back blowfish and twofish - ([eb18f39](https://github.com/rpgp/rpgp/commit/eb18f39759a620ac9041eb7be75608ca78c45b52)) - *(errors)* Implement From for nom::Err - ([b175ede](https://github.com/rpgp/rpgp/commit/b175ede83df2dc420f909d6ca6523f5d3f768aa2)) - *(ffi)* Add from_bytes and fingerprint methods - ([a1fd36d](https://github.com/rpgp/rpgp/commit/a1fd36df0ff13d1f9398b5237908716afc2d53fa)) - *(ffi)* Implement skey_from_bytes - ([460efdd](https://github.com/rpgp/rpgp/commit/460efdde1a9e2ec97394df0cef6244589357eb36)) - *(ffi)* Add error handling and is_public, is_secret - ([ea196bd](https://github.com/rpgp/rpgp/commit/ea196bd1bdadc4b36bb46d70f82fbb10dbc9243a)) - *(ffi)* Implement decryption - ([4a8d3a3](https://github.com/rpgp/rpgp/commit/4a8d3a377b64ac0fbddd9e8f492667058da8602d)) - *(ffi)* Add instructions to build for ios - ([3632230](https://github.com/rpgp/rpgp/commit/36322307f056e185b89addb8afa9ddd13d4a773f)) - *(ffi)* Enable some optimizations for building - ([81ae4ec](https://github.com/rpgp/rpgp/commit/81ae4ec0ddbc023f106d17a4d1654fe1b36529fb)) - *(ffi)* Better flags setting - ([370888f](https://github.com/rpgp/rpgp/commit/370888f93d0fad2fa7c4bba3e70a0e5c2719b4fc)) - *(hash)* Add support for SHA3 - ([1dfb7f7](https://github.com/rpgp/rpgp/commit/1dfb7f7298df0facb554cc4a731558307e859641)) - *(key)* Initial implementation of private key parsing - ([856b29f](https://github.com/rpgp/rpgp/commit/856b29f951eeeabb18d754c4f471f43a4ec8b562)) - *(key)* Setup infrastructure for decrypting private keys, decode rsa private keys - ([de45a64](https://github.com/rpgp/rpgp/commit/de45a643a6d3bf9646978ea1f310a4415d2a6a82)) - *(key)* Handle expiration and creation time - ([c314d09](https://github.com/rpgp/rpgp/commit/c314d09db404fb4623c76460aa7d1e150a3a3b3f)) - *(key)* Add fingerprint placeholder methods - ([62b4aef](https://github.com/rpgp/rpgp/commit/62b4aef4b268cafa9808c3010467b5dc7491fdb9)) - *(key)* Import private rsa keys into openssl - ([11ce8e4](https://github.com/rpgp/rpgp/commit/11ce8e434039acd655dc5bc5a94efcefeff42984)) - *(message)* Implement basic public key encryption - ([a2f6aeb](https://github.com/rpgp/rpgp/commit/a2f6aeb6ea35a22b8090ecf2acb657db8962ee91)) - *(message)* Implement password based encryption and decryption - ([a28167c](https://github.com/rpgp/rpgp/commit/a28167c4825198de30f68a6317e42c1e999a4096)) - *(message)* Implement signing - ([8c4f8f3](https://github.com/rpgp/rpgp/commit/8c4f8f3dea4e8d4323d461dcd6bb28a6b3a5ae38)) - *(messages)* Handle more test cases - ([e7bffdc](https://github.com/rpgp/rpgp/commit/e7bffdc82b0ed12c026d5fde80fbf8eabe0029f4)) - *(packet)* Add nids to ecccurve - ([23c89e3](https://github.com/rpgp/rpgp/commit/23c89e3e4fc02bb881f5d89920a05662e5b920e6)) - *(pgp-ffi)* Implement public key encryption & signing - ([7f89d3a](https://github.com/rpgp/rpgp/commit/7f89d3a119c38054afb18c17f4caebc887d9c1d1)) - *(pgp-ffi)* Add hashing and password en/decryption - ([6a667ed](https://github.com/rpgp/rpgp/commit/6a667ed49874c54f85a6050b520b70b2236baaab)) - *(sig)* Serialize all subpackets - ([85ec336](https://github.com/rpgp/rpgp/commit/85ec336ed3b144dee8f0c409d722652d1c495a0a)) - *(sym)* Add support for blowfish - ([2376d47](https://github.com/rpgp/rpgp/commit/2376d47db2bbf73a769771884c394a30c8ec35c6)) - *(util)* Add mpi_big - ([4a0ac3b](https://github.com/rpgp/rpgp/commit/4a0ac3b68933633d7e898bfbf7146802a4f3907c)) - Upgrade deps - ([a77d542](https://github.com/rpgp/rpgp/commit/a77d542debbb275fdb4b8189e2e010168f456b40)) - Add cast5 support - ([519974b](https://github.com/rpgp/rpgp/commit/519974b4b257e9119874f9ffa3c7664eba5fc937)) - Add zlib support - ([4c4abb9](https://github.com/rpgp/rpgp/commit/4c4abb9e320822cf2c736c1ee630b73d7b0a3c5c)) - Armor parsing is now fully streaming - ([a258ab7](https://github.com/rpgp/rpgp/commit/a258ab7fc0a91572758be2c2a2c0a62269f5800c)) - Less panics, no more unwraps, better error handling - ([f0bc505](https://github.com/rpgp/rpgp/commit/f0bc505a34581cb97b620d590c89d2807b7b918f)) - Packet parsing is now an iterator - ([9335fbe](https://github.com/rpgp/rpgp/commit/9335fbef7ba575cd73f271c6bea132e66fd6d16d)) - Print warning when skipping packets - ([c8d8680](https://github.com/rpgp/rpgp/commit/c8d86808690303bf748d3704280a8d5caef74d0d)) - Run tests and cross compile for more envs - ([ab9e87a](https://github.com/rpgp/rpgp/commit/ab9e87a10730c2b69d7a0ddd0fcffff4d61b9016)) - Signature parsing for v3 sigs - ([2c7795f](https://github.com/rpgp/rpgp/commit/2c7795f50c2eb1d036a45992d33a39a3628362ac)) - Start setting up infra structure for signature validation - ([2b03025](https://github.com/rpgp/rpgp/commit/2b03025bafad9bb50835dc40cdb290011536a7f0)) - Start implementation of packet serialization - ([91ebdf2](https://github.com/rpgp/rpgp/commit/91ebdf22028c76c4e3356d8e526e465e96c8a9e1)) - Validat subkey bindings - ([91a4235](https://github.com/rpgp/rpgp/commit/91a42359b73f0f8763281bd21e47fec759bbcc0c)) - Validate v2/v3 signatures - ([c3b0978](https://github.com/rpgp/rpgp/commit/c3b0978df9c3e27ee85ad1d316f544fc3195cd83)) - Signature verification - round 1 - ([d335fd5](https://github.com/rpgp/rpgp/commit/d335fd5180c2c5f88fdaaa8dba4fd6485e210096)) - Better serialization for signatures and key packets - ([f53e068](https://github.com/rpgp/rpgp/commit/f53e068128534f3eeb6d3e562daf38cfad625dae)) - Handle partial body lengths packets - ([605374f](https://github.com/rpgp/rpgp/commit/605374f9e008338c01beae689fdb06d9e99ba97f)) - Basic ascii armor message serialization - ([c2012b0](https://github.com/rpgp/rpgp/commit/c2012b0a3a4bb1fcd309de769da770e4b2150c6f)) - Handle more serialization cases - ([1fd92b0](https://github.com/rpgp/rpgp/commit/1fd92b0a46bb3c654baca9bb0aebb6995e9b7dbe)) - Much better key serialization - ([574ae42](https://github.com/rpgp/rpgp/commit/574ae42c702404847100ab6f3d4bdae3b27c4493)) - More custom debug impls - ([d8ed5a3](https://github.com/rpgp/rpgp/commit/d8ed5a3ede96862575b3c0ceade45230459382a6)) - Initial setup for key gen and signature generation - ([7e1ab66](https://github.com/rpgp/rpgp/commit/7e1ab6642095f880be68a8a394ada3e5a602bb4e)) - Implement secret key encryption - ([eedad02](https://github.com/rpgp/rpgp/commit/eedad029a73d04f30fb789911ac24520370e839e)) - Public key export - ([14b9615](https://github.com/rpgp/rpgp/commit/14b9615ee9f5776956db9c722ac6de99e2188e43)) - Basic C FFI - ([9710f20](https://github.com/rpgp/rpgp/commit/9710f20843a43b1078c4539cf29a52e59837968c)) - Upgrade rand and use thread_rng by default - ([833971f](https://github.com/rpgp/rpgp/commit/833971f90f5bffc6de37f9fd9ae296500a98d9a8)) - Improved decrypt and KeyId handling - ([0f0046d](https://github.com/rpgp/rpgp/commit/0f0046d8f88eac686b9498f2b820fdc3eb83957a)) - Expose armor headers - ([c3ee4b3](https://github.com/rpgp/rpgp/commit/c3ee4b3c09d992c5bd0e1dc1b33f2b24a24bebb1)) - Switch to upstream dependencies - ([9b8ee1a](https://github.com/rpgp/rpgp/commit/9b8ee1afcac6a8bce99cd2a940d5071f8f691f41)) ### ๐Ÿ› Bug Fixes - *(ci)* Correct testing for pgp-ffi - ([6674760](https://github.com/rpgp/rpgp/commit/6674760be061c7a96652a448cb764d95434322a7)) - *(ffi)* Improve Makefile voodoo - ([280372e](https://github.com/rpgp/rpgp/commit/280372ecda9d3ded609e7eb9d55d48b3556d70a0)) - *(ffi)* Do not depend on generated files, clean the stamp file - ([61c81c0](https://github.com/rpgp/rpgp/commit/61c81c064b825c5ce5c0a32af70eff0bed6d585c)) - *(ffi)* Msg_decrypt_no_pw: use fingerprints instead of ids - ([8d712fb](https://github.com/rpgp/rpgp/commit/8d712fb02ac6c75e5fffb2af6b0f601e9a47c311)) - *(ffi)* Update crate name in the makefile - ([3a5e12f](https://github.com/rpgp/rpgp/commit/3a5e12fe07c01f0636951f6ed1e1f0fd3ce5ed9b)) - *(ffi)* Typo in Makefile - ([005cde0](https://github.com/rpgp/rpgp/commit/005cde017c931480e55e9af7f565b928d55c1d18)) - *(sym)* Disable broken blowfish - ([b63fa44](https://github.com/rpgp/rpgp/commit/b63fa44e3015f3176904201c26e189ece7aaef35)) - Partial boy reading with partial content - ([1b5d770](https://github.com/rpgp/rpgp/commit/1b5d7705d1934d01a8b0f634a01ae43ab32d253c)) - Proper random prefix in symmetric encryption - ([eb1ea53](https://github.com/rpgp/rpgp/commit/eb1ea5334332b22e05ee7236f5dae35ce5e76221)) - Correct handling of indeterminated length packets - ([86e8b77](https://github.com/rpgp/rpgp/commit/86e8b7723f8c9acd65b45b76013621510c7be753)) - Update x25519 libs - ([cdf7bc8](https://github.com/rpgp/rpgp/commit/cdf7bc8bc1a2b3c7023671c6fea2940a8afeed60)) - Include secret subkeys when converting to a public key - ([7508827](https://github.com/rpgp/rpgp/commit/75088276ffec8a2d1dd9e5cf76788e85c5958ac6)) - Gperftools dep - ([df364c8](https://github.com/rpgp/rpgp/commit/df364c8c8db6aea565bbc64dea5f4c6551c83d0f)) - Split asm and nightly flags - ([fa5932e](https://github.com/rpgp/rpgp/commit/fa5932e8fa12e8457eecb6f17ccf451657453753)) - Strip leading zeros when creating signatures - ([60366fc](https://github.com/rpgp/rpgp/commit/60366fc37f330dac54f6da3656c8dca3efc252a5)) - Stray newline - ([758327c](https://github.com/rpgp/rpgp/commit/758327c75d8328ff7088c227e95e0ec6ab0443df)) ### ๐Ÿšœ Refactor - *(composed)* Remove code duplication in keyid and fingerprint generation - ([ceaad5a](https://github.com/rpgp/rpgp/commit/ceaad5a2a6c0f2578c82eb6b765854c8c7480230)) - *(pgp-ffi)* Split into multiple files - ([de978e4](https://github.com/rpgp/rpgp/commit/de978e4b65591b5b9c670f0d17c6132e69425487)) - Cleanup packet module - ([01b0ac9](https://github.com/rpgp/rpgp/commit/01b0ac97a0cc3c52473635c63da9934c624a9c1a)) - Improve type structure for public/private keys - ([127018b](https://github.com/rpgp/rpgp/commit/127018bbc90f09d6e08a7c093301a99a5d29e94d)) - Use derive(FromPrimitive) - ([d84faa7](https://github.com/rpgp/rpgp/commit/d84faa7bfe1876c7e2c65ee2489237b870df8433)) - Message parser as an iterator - ([2d9fe6f](https://github.com/rpgp/rpgp/commit/2d9fe6ff71d6eaec60c55dfd2109aff4a1d9a38b)) - Key parser is now an iterator - ([41d4c46](https://github.com/rpgp/rpgp/commit/41d4c4661c4c84df6568d3720717702a790342c3)) - Message decryption as iterator - ([3b8abbd](https://github.com/rpgp/rpgp/commit/3b8abbdc96e7c6a9342841f4c2091014db76ea0e)) - Split up composed key into multiple files - ([b0f620d](https://github.com/rpgp/rpgp/commit/b0f620d5d940d9a9fec88d6d65f9f1aede3a9f4c)) - Move logic for secret params into its own place - ([d81c13a](https://github.com/rpgp/rpgp/commit/d81c13a73eee7b1d08cb47d2286be1e900118445)) - More cleanup - ([da49313](https://github.com/rpgp/rpgp/commit/da4931338f671f1d1d883b1e0e68ae87987c19b5)) - Cleanup message code - ([9dfb076](https://github.com/rpgp/rpgp/commit/9dfb076054abb41e9f264dcbcb462df38491a173)) - Pull params into their own module - ([5f69b2c](https://github.com/rpgp/rpgp/commit/5f69b2c6f550eeec06d1399d2b2c2d5a54f96bce)) - Cleanup crypto code - ([a75d381](https://github.com/rpgp/rpgp/commit/a75d381e8b5df94a3b1524d547a5e21fb422724e)) - Extract proper type for mpis - ([9378195](https://github.com/rpgp/rpgp/commit/9378195770094f954397664bf43305e577b47a32)) - Split sks-dump tests into their own git submodule - ([1b69d70](https://github.com/rpgp/rpgp/commit/1b69d7028a1ce231716b533168589c1120bf6468)) ### ๐Ÿ“š Documentation - *(cargo)* Add some more metadata - ([a7b27a8](https://github.com/rpgp/rpgp/commit/a7b27a862cbdc1ceae2f0f25cebda701f8685820)) - *(readme)* Update appveyor badge - ([cdd824d](https://github.com/rpgp/rpgp/commit/cdd824d59566ac09f8c47ac53b9a683bef5706c6)) - *(readme)* Update for current ci status - ([250bc57](https://github.com/rpgp/rpgp/commit/250bc57241821a73b1f9d6ade28d7d70eb0844c6)) - *(status)* Fix typo - ([170a98c](https://github.com/rpgp/rpgp/commit/170a98ceb2e6fbc3d090fd2eb6f96e9f4124724b)) - *(status)* Update - ([7fba149](https://github.com/rpgp/rpgp/commit/7fba149aa4a8199096b294a2be9727f612a065e0)) - *(status)* Update - ([5dd57de](https://github.com/rpgp/rpgp/commit/5dd57de37cea535499342552aeeb5e66256932d5)) - *(status)* Update - ([1834c95](https://github.com/rpgp/rpgp/commit/1834c95f236c95977cebc70bd086b8f7f9eefea3)) - Fix typo - ([c01ebb0](https://github.com/rpgp/rpgp/commit/c01ebb0ae9f877077d65982d29fc2d21447698b4)) - Update references and clarify some things - ([50ce46d](https://github.com/rpgp/rpgp/commit/50ce46de909f0534caa89695cd23a3e2751f3c18)) - Document current status - ([c016c32](https://github.com/rpgp/rpgp/commit/c016c32776ec70991d335f336c0cc82583d01ec3)) - Move platform suppport to its own document - ([a5bbdb3](https://github.com/rpgp/rpgp/commit/a5bbdb32525c2aa0a23401e0574b8d4e30aace0d)) ### โšก Performance - Reduce allocations in key handling and armor writing - ([1c10de5](https://github.com/rpgp/rpgp/commit/1c10de5db9b65b08b0db020597b33f72903de77e)) - Use smallvec for signature subpackets - ([61069c6](https://github.com/rpgp/rpgp/commit/61069c6c0f52639ffa0194b6d0d01e18498bfb41)) - Use more efficient ringbuffer when available - ([ddbac31](https://github.com/rpgp/rpgp/commit/ddbac31e8357cefada71d4da7c038db0ae823929)) ### ๐Ÿงช Testing - Import openpgp test suite - ([20c1429](https://github.com/rpgp/rpgp/commit/20c1429131722c8972a1ff9b8866715e886b09c4)) - Update key dump test numbers - ([2bb794a](https://github.com/rpgp/rpgp/commit/2bb794aa729228edf1c01df2f2c716e3ccd7b1c0)) ### โš™๏ธ Miscellaneous Tasks - *(cargo)* Exclude submodule from publishing - ([6d98faf](https://github.com/rpgp/rpgp/commit/6d98fafe6ba6e8366449c0a7128da8b814ae0348)) - *(cargo)* Fix keywords - ([a37e24f](https://github.com/rpgp/rpgp/commit/a37e24fce77ce9b7a057f41b9d3a380d6224ca9e)) - *(ci)* Try and fix appveyor - ([1370640](https://github.com/rpgp/rpgp/commit/13706409904de045ffa828b27c1a7bef4c4a358e)) - *(ci)* Appveyor fixes - ([69e2e48](https://github.com/rpgp/rpgp/commit/69e2e48eb4e98c7b99242a0d58b875fcb739439b)) - *(ci)* Stop installing openssl - ([080f518](https://github.com/rpgp/rpgp/commit/080f5189121a37cbf8ebd1581eef26f669296aab)) - *(ci)* Switch to circle ci - ([dfbaab5](https://github.com/rpgp/rpgp/commit/dfbaab5a97833db3d47513369b6eda0c14a2e1ad)) - Cleanup unused test files - ([7f65c54](https://github.com/rpgp/rpgp/commit/7f65c542a528529555d835ff6a84a5262eafae9b)) - Drop gitmodules - ([694cfd7](https://github.com/rpgp/rpgp/commit/694cfd748ca2431642659406a7f8e396ee8b1e94)) - Include testcases manually - ([0096947](https://github.com/rpgp/rpgp/commit/0096947fbc893d8cf92e92e8144b6778418df717)) - Remove test file - ([1a6f9ad](https://github.com/rpgp/rpgp/commit/1a6f9ad71f3f12c99bb1ca46d14d5b6ac6eceefc)) - Remove profile files - ([affd2e4](https://github.com/rpgp/rpgp/commit/affd2e42a0b9a5400a193a94eec8b23773ed74dd)) - Update dependencies - ([0d76a71](https://github.com/rpgp/rpgp/commit/0d76a71f3ce5f46d44f709fd838783f3d965fec4)) - Move to org - ([5426d46](https://github.com/rpgp/rpgp/commit/5426d4670e5a8c5ba77ebc7318eebe8f203ad7e8)) - Update to latest nightly - ([c09c47f](https://github.com/rpgp/rpgp/commit/c09c47f22b4c5a1f057c8f4e10003573b1e09bd0)) ### Bench - *(key)* Add key gen benchmarks - ([4f325cd](https://github.com/rpgp/rpgp/commit/4f325cdd89d13ef6940e023c7cca269e8eacc4bf)) - *(message)* Fix compile errors - ([86525a1](https://github.com/rpgp/rpgp/commit/86525a1ae7149f806c79b7167e0bf2280e9090a9)) ### Crypto - Impl aes - ([bfdef22](https://github.com/rpgp/rpgp/commit/bfdef225e1bbf24cb3667e7a33ba3859acd139be)) ### Key - Add revocation key option - ([cd75dca](https://github.com/rpgp/rpgp/commit/cd75dcabbb2fcffe414f9c095efbd2b38bc08e89)) - Add issuer fingerprint subpacket - ([944e6b6](https://github.com/rpgp/rpgp/commit/944e6b6c4461029c41b411556ebd1ba703fd6c56)) ### Travis - Build on osx and linux - ([f8d235a](https://github.com/rpgp/rpgp/commit/f8d235a485b3e811b57240e24dab5c7bd8cc57f7)) pgp-0.15.0/CONTRIBUTING.md000064400000000000000000000004451046102023000127310ustar 00000000000000# Contributing ## Development To run the stress tests, ```sh > git submodule update --init --recursive > cargo test --release -- --ignored ``` To enable debugging, add ```rust use pretty_env_logger; let _ = pretty_env_logger::try_init(); ``` And then run tests with `RUST_LOG=pgp=info`. pgp-0.15.0/Cargo.toml0000644000000132750000000000100077130ustar # THIS FILE IS AUTOMATICALLY GENERATED BY CARGO # # When uploading crates to the registry Cargo will automatically # "normalize" Cargo.toml files for maximal compatibility # with all versions of Cargo and also rewrite `path` dependencies # to registry (e.g., crates.io) dependencies. # # If you are reading this file be aware that the original Cargo.toml # will likely look very different (and much more reasonable). # See Cargo.toml.orig for the original contents. [package] edition = "2021" rust-version = "1.81" name = "pgp" version = "0.15.0" authors = ["dignifiedquire "] build = false exclude = ["tests/tests/*"] autolib = false autobins = false autoexamples = false autotests = false autobenches = false description = "OpenPGP implementation in Rust" homepage = "https://github.com/rpgp/rpgp" readme = "README.md" keywords = [ "pgp", "gpg", "openpgp", "email", "encryption", ] categories = [ "cryptography", "email", ] license = "MIT OR Apache-2.0" repository = "https://github.com/rpgp/rpgp" resolver = "2" [profile.bench] debug = 2 [lib] name = "pgp" path = "src/lib.rs" bench = false [[test]] name = "backward-compat" path = "tests/backward-compat.rs" [[test]] name = "hsm-test" path = "tests/hsm-test.rs" [[test]] name = "key_test" path = "tests/key_test.rs" [[test]] name = "message_test" path = "tests/message_test.rs" [[test]] name = "rfc9580" path = "tests/rfc9580.rs" [[test]] name = "security" path = "tests/security.rs" [[bench]] name = "benches_main" path = "benches/benches_main.rs" harness = false [dependencies.aes] version = "0.8.4" [dependencies.aes-gcm] version = "0.10.3" [dependencies.aes-kw] version = "0.2.1" features = ["std"] [dependencies.argon2] version = "0.5" features = ["zeroize"] [dependencies.base64] version = ">=0.21.7, < 0.23" [dependencies.bitfield] version = "0.17" [dependencies.block-padding] version = "0.3" [dependencies.blowfish] version = "0.9" [dependencies.bstr] version = "1.4.0" features = ["std"] default-features = false [dependencies.buffer-redux] version = "1.0.0" default-features = false [dependencies.byteorder] version = "1.4" [dependencies.camellia] version = "0.1" [dependencies.cast5] version = "0.11" [dependencies.cfb-mode] version = "0.8.2" [dependencies.chrono] version = "0.4.39" features = [ "clock", "std", ] default-features = false [dependencies.cipher] version = "0.4.2" [dependencies.const-oid] version = "0.9.6" [dependencies.crc24] version = "0.1.6" [dependencies.curve25519-dalek] version = "4.1.3" features = [ "alloc", "precomputed-tables", "zeroize", ] default-features = false [dependencies.derive_builder] version = "0.20.0" [dependencies.derive_more] version = "1.0.0-beta.6" features = ["debug"] [dependencies.des] version = "0.8" [dependencies.digest] version = "0.10.7" [dependencies.dsa] version = "0.6.3" [dependencies.eax] version = "0.5.0" [dependencies.ecdsa] version = "0.16.9" [dependencies.ed25519-dalek] version = "2.0.0" features = [ "std", "zeroize", "fast", ] default-features = false [dependencies.elliptic-curve] version = "0.13" [dependencies.flate2] version = "1.0" features = ["rust_backend"] default-features = false [dependencies.generic-array] version = "0.14.6" [dependencies.getrandom] version = "0.2" optional = true [dependencies.hex] version = "0.4" [dependencies.hkdf] version = "0.12.4" [dependencies.idea] version = "0.5" [dependencies.iter-read] version = "1" [dependencies.k256] version = "0.13" features = ["ecdsa"] [dependencies.log] version = "0.4.22" [dependencies.md-5] version = "0.10.5" features = ["oid"] [dependencies.nom] version = "7.0" [dependencies.num-bigint] version = "0.8.4" features = [ "rand", "i128", "u64_digit", "prime", "zeroize", ] package = "num-bigint-dig" [dependencies.num-traits] version = "0.2.19" [dependencies.num_enum] version = ">=0.5.7, < 0.8" [dependencies.ocb3] version = "0.1" [dependencies.p256] version = "0.13" features = [ "ecdsa", "ecdh", ] [dependencies.p384] version = "0.13" features = ["ecdsa"] [dependencies.p521] version = "0.13" features = [ "ecdsa", "ecdh", ] [dependencies.rand] version = "0.8.5" [dependencies.ripemd] version = "0.1.3" features = ["oid"] [dependencies.rsa] version = "0.9.7" [dependencies.sha1] version = "0.10.6" features = ["oid"] [dependencies.sha1-checked] version = "0.10" features = ["zeroize"] [dependencies.sha2] version = "0.10.6" features = ["oid"] [dependencies.sha3] version = "0.10.5" features = ["oid"] [dependencies.signature] version = "2.1" [dependencies.smallvec] version = "1.10.0" [dependencies.thiserror] version = "2.0" [dependencies.twofish] version = "0.7" [dependencies.x25519-dalek] version = "2.0.1" features = [ "alloc", "precomputed-tables", "zeroize", "static_secrets", ] default-features = false [dependencies.x448] version = "0.6" optional = true [dependencies.zeroize] version = "1.7" features = ["zeroize_derive"] [dev-dependencies.criterion] version = "0.5" features = ["html_reports"] [dev-dependencies.glob] version = "0.3" [dev-dependencies.hex-literal] version = "0.4" [dev-dependencies.pretty_assertions] version = "1" [dev-dependencies.pretty_env_logger] version = "0.5" [dev-dependencies.rand_chacha] version = "0.3" [dev-dependencies.rand_xorshift] version = "0.3" [dev-dependencies.regex] version = "1.7" [dev-dependencies.rpgp_0_10] version = "=0.10.2" package = "pgp" [dev-dependencies.serde] version = "1.0.217" features = ["derive"] [dev-dependencies.serde_json] version = "1.0" [features] asm = [ "sha1/asm", "sha2/asm", "md-5/asm", ] default = [] unstable-curve448 = ["dep:x448"] wasm = [ "chrono/wasmbind", "getrandom", "getrandom/js", ] pgp-0.15.0/Cargo.toml.orig000064400000000000000000000064751046102023000134000ustar 00000000000000[package] name = "pgp" version = "0.15.0" authors = ["dignifiedquire "] description = "OpenPGP implementation in Rust" license = "MIT OR Apache-2.0" homepage = "https://github.com/rpgp/rpgp" repository = "https://github.com/rpgp/rpgp" readme = "README.md" resolver = "2" keywords = ["pgp", "gpg", "openpgp", "email", "encryption"] categories = ["cryptography", "email"] exclude = ["tests/tests/*"] edition = "2021" rust-version = "1.81" [dependencies] aes = "0.8.4" argon2 = { version = "0.5", features = ["zeroize"] } base64 = ">=0.21.7, < 0.23" bitfield = "0.17" block-padding = "0.3" blowfish = "0.9" byteorder = "1.4" camellia = "0.1" chrono = { version = "0.4.39", default-features = false, features = [ "clock", "std", ] } cast5 = "0.11" cfb-mode = "0.8.2" cipher = "0.4.2" const-oid = "0.9.6" crc24 = "0.1.6" derive_builder = "0.20.0" des = "0.8" digest = "0.10.7" dsa = "0.6.3" ecdsa = "0.16.9" elliptic-curve = "0.13" generic-array = "0.14.6" hex = "0.4" idea = "0.5" iter-read = "1" log = "0.4.22" md-5 = { version = "0.10.5", features = ["oid"] } nom = "7.0" num_enum = ">=0.5.7, < 0.8" num-traits = "0.2.19" p256 = { version = "0.13", features = ["ecdsa", "ecdh"] } p384 = { version = "0.13", features = ["ecdsa"] } p521 = { version = "0.13", features = ["ecdsa", "ecdh"] } k256 = { version = "0.13", features = ["ecdsa"] } rand = "0.8.5" ripemd = { version = "0.1.3", features = ["oid"] } rsa = { version = "0.9.7" } sha1 = { version = "0.10.6", features = ["oid"] } sha1-checked = { version = "0.10", features = ["zeroize"] } sha2 = { version = "0.10.6", features = ["oid"] } sha3 = { version = "0.10.5", features = ["oid"] } signature = "2.1" smallvec = "1.10.0" thiserror = "2.0" twofish = "0.7" zeroize = { version = "1.7", features = ["zeroize_derive"] } getrandom = { version = "0.2", optional = true } bstr = { version = "1.4.0", default-features = false, features = ["std"] } hkdf = "0.12.4" aes-gcm = "0.10.3" eax = "0.5.0" ocb3 = "0.1" aes-kw = { version = "0.2.1", features = ["std"] } derive_more = { version = "1.0.0-beta.6", features = ["debug"] } x448 = { version = "0.6", optional = true } buffer-redux = { version = "1.0.0", default-features = false} curve25519-dalek = { version = "4.1.3", default-features = false, features = ["alloc", "precomputed-tables", "zeroize"] } ed25519-dalek = { version = "2.0.0", default-features = false, features = ["std", "zeroize", "fast"] } flate2 = {version = "1.0", default-features = false, features = ["rust_backend"] } num-bigint = { version = "0.8.4", features = ["rand", "i128", "u64_digit", "prime", "zeroize"], package = "num-bigint-dig" } x25519-dalek = { version = "2.0.1", default-features = false, features = ["alloc", "precomputed-tables", "zeroize", "static_secrets"] } [dev-dependencies] glob = "0.3" hex-literal = "0.4" pretty_assertions = "1" pretty_env_logger = "0.5" rand_chacha = "0.3" rand_xorshift = "0.3" regex = "1.7" rpgp_0_10 = { version = "=0.10.2", package = "pgp" } serde = { version = "1.0.217", features = ["derive"] } serde_json = "1.0" criterion = { version = "0.5", features = ["html_reports"] } [features] default = [] asm = ["sha1/asm", "sha2/asm", "md-5/asm"] wasm = ["chrono/wasmbind", "getrandom", "getrandom/js"] unstable-curve448 = ["dep:x448"] [profile.bench] debug = 2 [[bench]] name = "benches_main" harness = false [lib] bench = false pgp-0.15.0/LICENSE-APACHE000064400000000000000000000251361046102023000124300ustar 00000000000000 Apache License Version 2.0, January 2004 http://www.apache.org/licenses/ TERMS AND CONDITIONS FOR USE, REPRODUCTION, AND DISTRIBUTION 1. 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See the License for the specific language governing permissions and limitations under the License.pgp-0.15.0/LICENSE-MIT000064400000000000000000000017761046102023000121440ustar 00000000000000Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.pgp-0.15.0/README.md000064400000000000000000000141141046102023000117550ustar 00000000000000# rPGP
> OpenPGP implemented in pure Rust, permissively licensed rPGP is a pure Rust implementation of OpenPGP. rPGP implements OpenPGP as specified in [RFC9580], including the commonly used v4 formats, as well as the latest v6 key formats and AEAD encryption mechanisms. All formats specified in the historical RFCs [RFC4880] and [RFC6637], such as v3 keys and signatures, are supported as well. See [`IMPL_STATUS.md`](docs/IMPL_STATUS.md) for more details on the implemented PGP features. rPGP offers a flexible low-level API and gives users the ability to build higher level PGP tooling in the most compatible way possible. Additionally, it fully supports all functionality required by the [Autocrypt 1.1 e-mail encryption specification]. ## Usage ```sh > cargo add pgp ``` ### Load a public key and verify an inline-signed message ```rust use std::fs; use pgp::{SignedPublicKey, Message, Deserializable}; let pub_key_file = "key.asc"; let msg_file = "msg.asc"; let key_string = fs::read_to_string(pub_key_file).unwrap(); let (public_key, _headers_public) = SignedPublicKey::from_string(&key_string).unwrap(); let msg_string = fs::read_to_string(msg_file).unwrap(); let (msg, _headers_msg) = Message::from_string(&msg_string).unwrap(); // Verify this message // NOTE: This assumes that the primary serves as the signing key, which is not always the case! msg.verify(&public_key).unwrap(); let msg_content = msg.get_content().unwrap(); // actual message content let msg_string = String::from_utf8(msg_content.unwrap()).expect("expect UTF8"); println!("Signed message: {:?}", msg_string); ``` ### Generate and verify a detached signature with an OpenPGP keypair ```rust use std::fs; use pgp::{Deserializable, SignedPublicKey, SignedSecretKey}; use pgp::types::{PublicKeyTrait, SecretKeyTrait}; use pgp::crypto::hash::HashAlgorithm; let priv_key_file = "key.sec.asc"; let pub_key_file = "key.asc"; let data = b"Hello world!"; // Create a new signature using the private key let secret_key_string = fs::read_to_string(priv_key_file).expect("Failed to load secret key"); let signed_secret_key = SignedSecretKey::from_string(&secret_key_string).unwrap().0; let new_signature = signed_secret_key.create_signature(|| "".to_string(), HashAlgorithm::default(), &data[..]).unwrap(); // Verify the signature using the public key let key_string = fs::read_to_string(pub_key_file).expect("Failed to load public key"); let public_key = SignedPublicKey::from_string(&key_string).unwrap().0; public_key.verify_signature(HashAlgorithm::default(), &data[..], &new_signature).unwrap(); ``` ## Features ### Experimental Cryptography Some cryptographic primitives are relatively new and under development. Those primitives are gated behind "unstable" features, so that they need to be explicitly enabled to make use of them. Currently, there is only one such feature: - The `unstable-curve448` enables public key encryption with the `x448` algorithm. ## Current Status > Last updated *September 2024* - Implementation Status: [IMPL_STATUS.md](docs/IMPL_STATUS.md) - Security Status: [STATUS_SECURITY.md](docs/SECURITY_STATUS.md) - Supported Platforms: [PLATFORMS.md](docs/PLATFORMS.md) ## Users & Libraries built using rPGP - [Delta Chat]: Cross-platform messaging app that works over e-mail - [`rpm`]: A pure rust library for parsing and creating RPM files - [`rpgpie`]: An experimental high level OpenPGP API - [`rsop`]: A SOP CLI tool based on rPGP and rpgpie - [`debian-packaging`]: a library crate for dealing with Debian packages Don't see your project here? Please send a PR :) ### FAQs Checkout [FAQ.md](docs/FAQ.md). ## Minimum Supported Rust Version (MSRV) All crates in this repository support Rust 1.81 or higher. In future minimally supported version of Rust can be changed, but it will be done with a minor version bump. ## Funding [RFC 9580 support for rPGP](https://nlnet.nl/project/rPGP-cryptorefresh/) has been funded in part through [NGI0 Core](https://nlnet.nl/core/), a fund established by [NLnet](https://nlnet.nl) with financial support from the European Commission's [Next Generation Internet](https://ngi.eu) programme. ## License This project is licensed under either of * Apache License, Version 2.0, ([LICENSE-APACHE](LICENSE-APACHE) or http://www.apache.org/licenses/LICENSE-2.0) * MIT license ([LICENSE-MIT](LICENSE-MIT) or http://opensource.org/licenses/MIT) at your option. ### Contribution Unless you explicitly state otherwise, any contribution intentionally submitted for inclusion in this project by you, as defined in the Apache-2.0 license, shall be dual licensed as above, without any additional terms or conditions. [RFC2440]: https://tools.ietf.org/html/rfc2440 [RFC4880]: https://tools.ietf.org/html/rfc4880.html [RFC6637]: https://www.rfc-editor.org/rfc/rfc6637 [RFC9580]: https://www.rfc-editor.org/rfc/rfc9580.html [Autocrypt 1.1 e-mail encryption specification]: https://autocrypt.org/level1.html [the `pgp` Crate]: https://crates.io/crates/pgp/ [Delta Chat]: https://delta.chat [`rsop`]: https://crates.io/crates/rsop/ [`rpgpie`]: https://crates.io/crates/rpgpie [`rpm`]: https://crates.io/crates/rpm [`debian-packaging`]: https://crates.io/crates/debian-packaging pgp-0.15.0/SECURITY.md000064400000000000000000000017451046102023000122750ustar 00000000000000# Security policy If you have discovered a security vulnerability in this project, please report it privately. Do not disclose it as a public issue. This gives us time to work with you to fix the issue before public exposure, reducing the chance that the exploit will be used before a patch is released. This project is maintained by a team of volunteers on a reasonable-effort basis. As such, please give us at least 90 days to work on a fix before public exposure. We will contact you back within 2 business days after reporting the issue. Thanks for helping make the project safe for everyone! ## Reporting a vulnerability Please, report the vulnerability either through [new security advisory form][ADV] or by directly contacting our security contacts. [ADV]: https://github.com/rpgp/rpgp/security/advisories/new Security contacts: - [dignifiedquire][dig] [dig]: https://github.com/dignifiedquire ## Supported Versions Security updates are applied only to the most recent release. pgp-0.15.0/benches/benches_main.rs000064400000000000000000000002421046102023000150630ustar 00000000000000use criterion::criterion_main; mod benchmarks; criterion_main!( benchmarks::key::benches, benchmarks::message::benches, benchmarks::s2k::benches ); pgp-0.15.0/benches/benchmarks/key.rs000064400000000000000000000066071046102023000153700ustar 00000000000000use std::fs::File; use criterion::{black_box, criterion_group, Criterion}; use pgp::composed::{Deserializable, KeyType, SignedSecretKey}; use pgp::crypto::ecc_curve::ECCCurve; use pgp::ser::Serialize; use rand::thread_rng; use super::build_key; fn bench_key(c: &mut Criterion) { let mut rng = thread_rng(); let mut g = c.benchmark_group("secret_key"); g.bench_function("rsa_parse", |b| { let p = "./tests/openpgp-interop/testcases/messages/gnupg-v1-001-decrypt.asc"; b.iter(|| { let mut decrypt_key_file = File::open(p).unwrap(); black_box(SignedSecretKey::from_armor_single(&mut decrypt_key_file).unwrap()) }); }); g.bench_function("rsa_parse_raw", |b| { let key = build_key(KeyType::Rsa(2048), KeyType::Rsa(2048)) .sign(&mut rng, || "".into()) .unwrap(); let bytes = key.to_bytes().unwrap(); b.iter(|| black_box(SignedSecretKey::from_bytes(&bytes[..]).unwrap())) }); g.bench_function("parse_armored_rsa", |b| { let key = build_key(KeyType::Rsa(2048), KeyType::Rsa(2048)) .sign(&mut rng, || "".into()) .unwrap(); let bytes = key.to_armored_bytes(None.into()).unwrap(); b.iter(|| black_box(SignedSecretKey::from_armor_single(&bytes[..]).unwrap())); }); g.bench_function("x25519_parse_armored", |b| { let key = build_key(KeyType::EdDSALegacy, KeyType::ECDH(ECCCurve::Curve25519)) .sign(&mut rng, || "".into()) .unwrap(); let bytes = key.to_armored_bytes(None.into()).unwrap(); b.iter(|| black_box(SignedSecretKey::from_armor_single(&bytes[..]).unwrap())); }); g.bench_function("x25519_generate", |b| { b.iter(|| { black_box(build_key( KeyType::EdDSALegacy, KeyType::ECDH(ECCCurve::Curve25519), )) }) }); g.bench_function("x25519_self_sign", |b| { let key = build_key(KeyType::EdDSALegacy, KeyType::ECDH(ECCCurve::Curve25519)); b.iter(|| black_box(key.clone().sign(&mut rng, || "".into()).unwrap())) }); g.bench_function("rsa_2048_self_sign", |b| { let key = build_key(KeyType::Rsa(2048), KeyType::Rsa(2048)); b.iter(|| black_box(key.clone().sign(&mut rng, || "".into()).unwrap())) }); for curve in [ECCCurve::P256, ECCCurve::P384, ECCCurve::P521] { g.bench_function(format!("nistp{}_parse_armored", curve.nbits()), |b| { let key = build_key(KeyType::ECDSA(curve.clone()), KeyType::ECDH(curve.clone())) .sign(&mut rng, || "".into()) .unwrap(); let bytes = key.to_armored_bytes(None.into()).unwrap(); b.iter(|| black_box(SignedSecretKey::from_armor_single(&bytes[..]).unwrap())); }); g.bench_function(format!("nistp{}_generate", curve.nbits()), |b| { b.iter(|| { black_box(build_key( KeyType::ECDSA(curve.clone()), KeyType::ECDH(curve.clone()), )) }) }); g.bench_function(format!("nistp{}_self_sign", curve.nbits()), |b| { let key = build_key(KeyType::ECDSA(curve.clone()), KeyType::ECDH(curve.clone())); b.iter(|| black_box(key.clone().sign(&mut rng, || "".into()).unwrap())) }); } g.finish(); } criterion_group!(benches, bench_key); pgp-0.15.0/benches/benchmarks/message.rs000064400000000000000000000171001046102023000162120ustar 00000000000000use std::fs::{self, File}; use std::io::Read; use criterion::{black_box, criterion_group, BenchmarkId, Criterion, Throughput}; use pgp::composed::{Deserializable, Message, SignedSecretKey}; use pgp::crypto::ecc_curve::ECCCurve; use pgp::crypto::sym::SymmetricKeyAlgorithm; use pgp::types::{SecretKeyTrait, StringToKey}; use pgp::KeyType; use rand::{thread_rng, RngCore}; use super::build_key; fn bench_message(c: &mut Criterion) { let mut g = c.benchmark_group("message"); let mut rng = thread_rng(); g.bench_function("parse_armored_rsa", |b| { let message_file_path = "./tests/openpgp-interop/testcases/messages/gnupg-v1-001.asc"; let mut message_file = File::open(message_file_path).unwrap(); let mut bytes = Vec::new(); message_file.read_to_end(&mut bytes).unwrap(); b.iter(|| black_box(Message::from_armor_single(&bytes[..]).unwrap())); }); g.bench_function("parse_armored_x25519", |b| { let message_file_path = "./tests/openpgpjs/x25519.asc"; let mut message_file = File::open(message_file_path).unwrap(); let mut bytes = Vec::new(); message_file.read_to_end(&mut bytes).unwrap(); b.iter(|| black_box(Message::from_armor_single(&bytes[..]).unwrap())); }); g.bench_function("rsa_decrypt", |b| { let mut decrypt_key_file = File::open("./tests/openpgp-interop/testcases/messages/gnupg-v1-001-decrypt.asc") .unwrap(); let (decrypt_key, _headers) = SignedSecretKey::from_armor_single(&mut decrypt_key_file).unwrap(); let message_file_path = "./tests/openpgp-interop/testcases/messages/gnupg-v1-001.asc"; let message_file = fs::read(message_file_path).unwrap(); b.iter(|| { let (message, _headers) = Message::from_armor_single(&message_file[..]).unwrap(); black_box( message .decrypt(|| "test".to_string(), &[&decrypt_key][..]) .unwrap(), ); }); }); const KB: usize = 1000; let sizes = [KB, 10 * KB, 100 * KB, 1000 * KB]; for size in &sizes { g.throughput(Throughput::BytesDecimal(*size as u64)); g.bench_with_input( BenchmarkId::new("encrypt_password_s2k_iter_aes128_seipdv1", size), size, |b, &size| { let mut bytes = vec![0u8; size]; rng.fill_bytes(&mut bytes); let s2k = StringToKey::new_default(&mut rng); let message = Message::new_literal_bytes("test", &bytes); b.iter(|| { let res = message .encrypt_with_password_seipdv1( &mut rng, s2k.clone(), SymmetricKeyAlgorithm::default(), || "pw".into(), ) .unwrap(); black_box(res); }); }, ); } for size in &sizes { g.throughput(Throughput::BytesDecimal(*size as u64)); g.bench_with_input( BenchmarkId::new("decrypt_password_s2k_iter_aes128_seipdv1", size), size, |b, &size| { let mut bytes = vec![0u8; size]; let mut rng = rand::thread_rng(); rng.fill_bytes(&mut bytes); let s2k = StringToKey::new_default(&mut rng); let message = Message::new_literal_bytes("test", &bytes) .encrypt_with_password_seipdv1( &mut rng, s2k, SymmetricKeyAlgorithm::default(), || "pw".into(), ) .unwrap(); // sanity check let res = message.decrypt_with_password(|| "pw".into()).unwrap(); assert_eq!(res.get_content().unwrap().unwrap(), bytes); b.iter(|| { let res = message.decrypt_with_password(|| "pw".into()).unwrap(); black_box(res); }); }, ); } for (kt1, kt2, sym, asym_name, sym_name) in [ ( KeyType::EdDSALegacy, KeyType::ECDH(ECCCurve::Curve25519), SymmetricKeyAlgorithm::AES128, "x25519", "aes128", ), ( KeyType::ECDSA(ECCCurve::P256), KeyType::ECDH(ECCCurve::P256), SymmetricKeyAlgorithm::AES128, "nistp256", "aes128", ), ( KeyType::ECDSA(ECCCurve::P384), KeyType::ECDH(ECCCurve::P384), SymmetricKeyAlgorithm::AES192, "nistp384", "aes192", ), ( KeyType::ECDSA(ECCCurve::P521), KeyType::ECDH(ECCCurve::P521), SymmetricKeyAlgorithm::AES256, "nistp521", "aes256", ), ] { for size in &sizes { g.throughput(Throughput::BytesDecimal(*size as u64)); g.bench_with_input( BenchmarkId::new( format!("{}_encrypt_key_{}_seipdv1", asym_name, sym_name), size, ), size, |b, &size| { let mut bytes = vec![0u8; size]; let mut rng = rand::thread_rng(); rng.fill_bytes(&mut bytes); let key = build_key(kt1.clone(), kt2.clone()); let signed_key = key.sign(&mut rng, || "".into()).unwrap(); let message = Message::new_literal_bytes("test", &bytes); b.iter(|| { let res = message .encrypt_to_keys_seipdv1( &mut rng, SymmetricKeyAlgorithm::AES128, &[&signed_key.secret_subkeys[0].public_key()], ) .unwrap(); black_box(res); }); }, ); } for size in &sizes { g.throughput(Throughput::BytesDecimal(*size as u64)); g.bench_with_input( BenchmarkId::new( format!("{}_decrypt_key_{}_seipdv1", asym_name, sym_name), size, ), size, |b, &size| { let mut bytes = vec![0u8; size]; let mut rng = rand::thread_rng(); rng.fill_bytes(&mut bytes); let key = build_key(kt1.clone(), kt2.clone()); let signed_key = key.sign(&mut rng, || "".into()).unwrap(); let message = Message::new_literal_bytes("test", &bytes) .encrypt_to_keys_seipdv1( &mut rng, sym, &[&signed_key.secret_subkeys[0].public_key()], ) .unwrap(); // sanity check let (res, _) = message.decrypt(|| "".into(), &[&signed_key]).unwrap(); assert_eq!(res.get_content().unwrap().unwrap(), bytes); b.iter(|| { let res = message.decrypt(|| "".into(), &[&signed_key]).unwrap(); black_box(res); }); }, ); } } } criterion_group!(benches, bench_message); pgp-0.15.0/benches/benchmarks/mod.rs000064400000000000000000000027131046102023000153510ustar 00000000000000use pgp::crypto::{hash::HashAlgorithm, sym::SymmetricKeyAlgorithm}; use pgp::types::CompressionAlgorithm; use pgp::{KeyType, SecretKey, SecretKeyParamsBuilder, SubkeyParamsBuilder}; use rand::thread_rng; use smallvec::smallvec; pub mod key; pub mod message; pub mod s2k; pub fn build_key(kt: KeyType, kt_sub: KeyType) -> SecretKey { let key_params = SecretKeyParamsBuilder::default() .key_type(kt) .can_certify(true) .can_sign(true) .primary_user_id("Me ".into()) .preferred_symmetric_algorithms(smallvec![ SymmetricKeyAlgorithm::AES256, SymmetricKeyAlgorithm::AES192, SymmetricKeyAlgorithm::AES128, ]) .preferred_hash_algorithms(smallvec![ HashAlgorithm::SHA2_256, HashAlgorithm::SHA2_384, HashAlgorithm::SHA2_512, HashAlgorithm::SHA2_224, HashAlgorithm::SHA1, ]) .preferred_compression_algorithms(smallvec![ CompressionAlgorithm::ZLIB, CompressionAlgorithm::ZIP, ]) .passphrase(None) .subkey( SubkeyParamsBuilder::default() .key_type(kt_sub) .passphrase(None) .can_encrypt(true) .build() .unwrap(), ) .build() .unwrap(); key_params .generate(thread_rng()) .expect("failed to generate secret key, encrypted") } pgp-0.15.0/benches/benchmarks/s2k.rs000064400000000000000000000042161046102023000152710ustar 00000000000000use criterion::{black_box, criterion_group, BenchmarkId, Criterion}; use pgp::{ crypto::{hash::HashAlgorithm, sym::SymmetricKeyAlgorithm}, types::StringToKey, }; use rand::distributions::{Alphanumeric, DistString}; fn bench_s2k(c: &mut Criterion) { let sizes = [10, 100, 1000]; let mut rng = rand::thread_rng(); let mut group = c.benchmark_group("s2k"); { let algs = [ HashAlgorithm::SHA1, HashAlgorithm::SHA2_256, HashAlgorithm::SHA3_256, HashAlgorithm::SHA2_512, ]; let counts = [ 1u8, 224u8, // default in rpgp u8::MAX, // maximum possible ]; let sym_algs = [SymmetricKeyAlgorithm::AES128, SymmetricKeyAlgorithm::AES256]; for size in sizes { for sym_alg in sym_algs { for alg in algs { for count in counts { group.bench_with_input( BenchmarkId::new( "iterated_and_salted", format!("{size}/{alg:?}/{count}/{sym_alg:?}"), ), &(size, alg, count, sym_alg), |b, &(size, alg, count, sym_alg): &( usize, HashAlgorithm, u8, SymmetricKeyAlgorithm, )| { let s2k = StringToKey::new_iterated(&mut rng, alg, count); let passphrase = Alphanumeric.sample_string(&mut rng, size); b.iter(|| { let res = s2k.derive_key(&passphrase, sym_alg.key_size()).unwrap(); black_box(res); }) }, ); } } } } } group.finish(); } criterion_group!(benches, bench_s2k); pgp-0.15.0/cliff.toml000064400000000000000000000045201046102023000124560ustar 00000000000000[changelog] # changelog header header = """ # Changelog\n All notable changes to rpgp will be documented in this file.\n """ body = """ {% if version %}\ {% if previous.version %}\ ## [{{ version | trim_start_matches(pat="v") }}](/compare/{{ previous.version }}..{{ version }}) - {{ timestamp | date(format="%Y-%m-%d") }} {% else %}\ ## [{{ version | trim_start_matches(pat="v") }}] - {{ timestamp | date(format="%Y-%m-%d") }} {% endif %}\ {% else %}\ ## [unreleased] {% endif %}\ {% macro commit(commit) -%} - {% if commit.scope %}*({{ commit.scope }})* {% endif %}{% if commit.breaking %}[**breaking**] {% endif %}\ {{ commit.message | upper_first }} - ([{{ commit.id | truncate(length=7, end="") }}](/commit/{{ commit.id }}))\ {% endmacro -%} {% for group, commits in commits | group_by(attribute="group") %} ### {{ group | striptags | trim | upper_first }} {% for commit in commits | filter(attribute="scope") | sort(attribute="scope") %} {{ self::commit(commit=commit) }} {%- endfor -%} {% raw %}\n{% endraw %}\ {%- for commit in commits %} {%- if not commit.scope -%} {{ self::commit(commit=commit) }} {% endif -%} {% endfor -%} {% endfor %}\n """ footer = "" postprocessors = [ { pattern = '', replace = "https://github.com/rpgp/rpgp" }, { pattern = "\\(#([0-9]+)\\)", replace = "([#${1}](https://github.com/rpgp/rpgp/issues/${1}))"} ] [git] # regex for parsing and grouping commits commit_parsers = [ { message = "^feat", group = "โ›ฐ๏ธ Features" }, { message = "^fix", group = "๐Ÿ› Bug Fixes" }, { message = "^doc", group = "๐Ÿ“š Documentation" }, { message = "^perf", group = "โšก Performance" }, { message = "^refactor", group = "๐Ÿšœ Refactor" }, { message = "^style", group = "๐ŸŽจ Styling" }, { message = "^test", group = "๐Ÿงช Testing" }, { message = "^chore\\(release\\)", skip = true }, { message = "^chore\\(deps\\)", skip = true }, { message = "^chore\\(pr\\)", skip = true }, { message = "^chore\\(pull\\)", skip = true }, { message = "^chore|ci", group = "โš™๏ธ Miscellaneous Tasks" }, { body = ".*security", group = "๐Ÿ›ก๏ธ Security" }, { message = "^revert", group = "โ—€๏ธ Revert" }, ] pgp-0.15.0/deny.toml000064400000000000000000000006501046102023000123320ustar 00000000000000[bans] multiple-versions = "allow" deny = [] [licenses] allow = [ "Apache-2.0", "Apache-2.0 WITH LLVM-exception", "BSD-2-Clause", "BSD-3-Clause", "MIT", "Unicode-3.0", "Zlib" ] [[licenses.clarify]] name = "ring" expression = "MIT AND ISC AND OpenSSL" license-files = [ { path = "LICENSE", hash = 0xbd0eed23 }, ] [advisories] ignore = [ "RUSTSEC-2023-0071" # Waiting for upstream fix ] pgp-0.15.0/docs/FAQ.md000064400000000000000000000043031046102023000123560ustar 00000000000000## FAQs ### Is rPGP considering adding support for Post Quantum Cryptography (PQC)? Yes, it is tracked in [#356](https://github.com/rpgp/rpgp/issues/356). We are following the IETF [Post-Quantum Cryptography in OpenPGP](https://datatracker.ietf.org/doc/draft-ietf-openpgp-pqc/) work and discussed with some of its authors but have not fully assessed yet the work needed to support it in rPGP. ### What other standards are you considering for implementation? IETF standards currently tracked for implementation in rPGP use the ["ietf-draft" label on the issues](https://github.com/rpgp/rpgp/labels/ietf-draft). If you want to help either with coding or with funding, please get in contact. We are also participating in renewed [Autocrypt specification efforts](https://autocrypt.org), a multi-stakeholder community-driven specification for automated e-mail encryption. ### Is rPGP considering support for LibrePGP? No, at least not soon. While we might not agree with, or not praise every detail of the V6 crypto refresh, we highly appreciate the work of the IETF OpenPGP WG and the contributors and stakeholders around it. If [LibrePGP](https://librepgp.org/) evolves towards a multi-stakeholder community-driven specification, we might consider partially supporting LibrePGP keys and formats. Helping to smoothly and securely move the many [Delta Chat](https://delta.chat) users of rPGP to V6 keys is sufficiently challenging for us without considering LibrePGP. ### How is rPGP different from Sequoia? The [Sequoia project](https://sequoia-pgp.org/) offers an alternative Rust implementation of OpenPGP. Here are some key differences, without claiming to exhaust the question: - rPGP has a more permissive license than Sequoia. - rPGP is a library with a low-level API and relatively small feature-set (with higher level APIs evolving in https://codeberg.org/heiko/rpgpie ) whereas Sequoia has a comprehensive set of crates and also offers the `sq` CLI and aims to be a replacement for the GPG command line tool. - All cryptographic primitives used in rPGP are implemented in Rust, whereas Sequoia by default uses Nettle, which is implemented in C, but also offers optional Rust backends. pgp-0.15.0/docs/IMPL_STATUS.md000064400000000000000000000036401046102023000136160ustar 00000000000000# Implementation Status For an overall comparison with other implementations see the "rpgpie" results in the [OpenPGP interoperability test suite](https://tests.sequoia-pgp.org/) **Symbols:** - ๐Ÿšง Work in Progress - ๐Ÿšซ Not planned - โ“ Maybe implement ## Low Level API - [x] Packet Parser - [x] Historical RFC 1991 (PGP 2.x, "v2/v3") - [x] RFC 2440, 4880 ("v4") - [ ] draft-koch-librepgp Format ("v5") - [x] RFC 9580 ("v6") - [x] Packet Generation - [x] ASCII Armor - [x] Reading - [x] Writing - [x] Cleartext Signature Framework - [x] Signatures (v4) - [x] Validation - [x] Generation - [x] Signatures (v6) - [x] Validation - [x] Generation - [x] Encryption - [x] PKESK v3, SKESK v4, SEIPD v1 - [x] PKESK v6, SKESK v6, SEIPD v2 - [x] Decryption - [x] PKESK v3, SKESK v4, SEIPD v1 - [x] PKESK v6, SKESK v6, SEIPD v2 - [x] Keys (v4) - [x] Generation - [x] Export - [x] Import - [x] Keys (v6) - [x] Generation - [x] Export - [x] Import - [x] Public-Key Algorithms - [x] RSA - [ ] ๐Ÿšซ Elgamal (Encrypt only) - [x] DSA - [x] ECDH - [x] ECDSA - [x] EdDSA - [ ] Supported Elliptic Curves - [X] NIST P256 - [X] NIST P384 - [X] NIST P521 - [ ] brainpoolP256r1 - [ ] brainpoolP384r1 - [ ] brainpoolP512r1 - [x] Curve 25519 - [ ] Ed448 - [x] X448 - [x] Secp256k1 - [x] Symmetric Algorithms - [x] Plaintext - [x] IDEA - [x] DES - [x] CAST5 - [x] Blowfish - [x] AES 128 - [x] AES 192 - [x] AES 256 - [x] Twofish - [x] Camellia 128 - [x] Camellia 192 - [x] Camellia 256 - [x] Hash Algorithms - [x] MD5 - [x] SHA-1 - [x] RIPE-MD/160 - [x] SHA2 256 - [x] SHA2 384 - [x] SHA2 512 - [x] SHA2 224 - [x] SHA3 256 - [x] SHA3 512 - [ ] Compression Algorithms - [x] ZIP - [x] ZLIB - [ ] ๐Ÿšซ BZip2 - [x] AEAD Algorithms - [x] OCB - [x] EAX - [x] GCM - S2K - [x] Iterated and Salted - [x] Argon2 ## High Level API Not yet started pgp-0.15.0/docs/PLATFORMS.md000064400000000000000000000020241046102023000133140ustar 00000000000000# Supported Platforms **Symbols:** - โœ… Checked in CI - โ“ Should work, but not in CI ## Linux * โœ… `x86_64-unknown-linux-gnu` * โ“`aarch64-unknown-linux-gnu` * โ“`arm-unknown-linux-gnueabi` * โ“`armv7-unknown-linux-gnueabihf` * โ“`i586-unknown-linux-gnu` * โœ… `i686-unknown-linux-gnu` * โ“`mips-unknown-linux-gnu` * โ“`mips64-unknown-linux-gnuabi64` * โ“`mips64el-unknown-linux-gnuabi64` * โ“`mipsel-unknown-linux-gnu` * โ“`powerpc-unknown-linux-gnu` * โœ… `powerpc64-unknown-linux-gnu` * โ“`powerpc64le-unknown-linux-gnu` * โ“`x86_64-unknown-linux-musl` ## Android * โ“`aarch64-linux-android` * โœ… `arm-linux-androideabi` * โ“`armv7-linux-androideabi` * โ“`x86_64-linux-android` ## iOS * โ“`i386-apple-ios` * โ“`x86_64-apple-ios` * โ“`armv7-apple-ios` * โ“`armv7s-apple-ios` ## MacOS X * โœ… `x86_64-apple-darwin` * โ“`i686-apple-darwin` ## Windows * โ“`i686-pc-windows-gnu` * โœ… `x86_64-pc-windows-gnu` * โ“`i686-pc-windows-msvc` * โ“`x86_64-pc-windows-msvc` ## Wasm * โœ… `wasm32-unknown-unknown` pgp-0.15.0/docs/SECURITY_STATUS.md000064400000000000000000000027671046102023000143350ustar 00000000000000# Security Status ## Known Issues The used [`rsa`](https://crates.io/crates/rsa) crate is vulnerable to the Marvin attack and potentitally other side channel attacks. This is being tracked and worked on actively: - https://github.com/RustCrypto/RSA/issues/19 - https://github.com/RustCrypto/RSA/pull/394 ## Security Audits rPGP and its RSA dependency received two independent security audits and a security analysis. ### 2024-12 Audit ["Nlnet Security Evaluation rPGP"](https://github.com/rpgp/docs/blob/main/audits/NGI%20Core%20rPGP%20penetration%20test%20report%202024%201.0.pdf) by [Radically Open Security](https://www.radicallyopensecurity.com/). Two advisories were released about the findings of this audit: - ["Panics on Malformed Untrusted Input"](https://github.com/rpgp/rpgp/security/advisories/GHSA-9rmp-2568-59rv) CVE-2024-53856 - ["Potential Resource Exhaustion when handling Untrusted Messages"](https://github.com/rpgp/rpgp/security/advisories/GHSA-4grw-m28r-q285) CVE-2024-53857 The issues outlined in these advisories have been fixed. ### 2024-03 [Hardening Guaranteed End-to-End encryption based on a security analysis from ETH researchers](https://delta.chat/en/2024-03-25-crypto-analysis-securejoin) All discovered issues have been fixed. ### 2019 [Security Assessment of DeltaChat's RPGP and RustCrypto RSA Libraries for the Open Tech Fund](https://delta.chat/assets/blog/2019-first-security-review.pdf). No critical flaws were found and we have fixed most high, medium and low risk ones. pgp-0.15.0/release.toml000064400000000000000000000002641046102023000130140ustar 00000000000000pre-release-commit-message = "chore({{crate_name}}): release {{version}}" pre-release-hook = ["git", "cliff", "--prepend", "CHANGELOG.md", "--tag", "{{version}}", "--unreleased" ] pgp-0.15.0/src/armor/mod.rs000064400000000000000000000004001046102023000135230ustar 00000000000000//! # Armor module //! //! Armor module provides implementation of ASCII Armor as specified in RFC 9580. //! mod reader; mod writer; pub use self::reader::*; pub use self::writer::*; pgp-0.15.0/src/armor/reader.rs000064400000000000000000001065151046102023000142240ustar 00000000000000use std::collections::BTreeMap; use std::hash::Hasher; use std::io::prelude::*; use std::{fmt, io, str}; use base64::engine::{general_purpose::STANDARD, Engine as _}; use buffer_redux::BufReader; use byteorder::{BigEndian, ByteOrder}; use nom::branch::alt; use nom::bytes::streaming::{tag, take_until1}; use nom::bytes::streaming::{take, take_until}; use nom::character::streaming::{alphanumeric1, digit1, line_ending, not_line_ending, space0}; use nom::combinator::{complete, map, map_res, opt, success, value}; use nom::multi::many0; use nom::sequence::{delimited, pair, preceded, terminated}; use nom::IResult; use crate::base64_decoder::Base64Decoder; use crate::base64_reader::Base64Reader; use crate::errors::Result; use crate::ser::Serialize; /// Armor block types. /// /// Both OpenPGP (RFC 9580) and OpenSSL PEM armor types are included. #[derive(Debug, PartialEq, Eq, Copy, Clone)] pub enum BlockType { /// PGP public key PublicKey, /// PEM encoded PKCS#1 public key PublicKeyPKCS1(PKCS1Type), /// PEM encoded PKCS#8 public key PublicKeyPKCS8, /// Public key OpenSSH PublicKeyOpenssh, /// PGP private key PrivateKey, /// PEM encoded PKCS#1 private key PrivateKeyPKCS1(PKCS1Type), /// PEM encoded PKCS#8 private key PrivateKeyPKCS8, /// OpenSSH private key PrivateKeyOpenssh, Message, MultiPartMessage(usize, usize), Signature, // gnupgp extension File, /// Cleartext Framework message CleartextMessage, } impl fmt::Display for BlockType { fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result { match self { BlockType::PublicKey => f.write_str("PGP PUBLIC KEY BLOCK"), BlockType::PrivateKey => f.write_str("PGP PRIVATE KEY BLOCK"), BlockType::MultiPartMessage(x, y) => write!(f, "PGP MESSAGE, PART {x}/{y}"), BlockType::Message => f.write_str("PGP MESSAGE"), BlockType::Signature => f.write_str("PGP SIGNATURE"), BlockType::File => f.write_str("PGP ARMORED FILE"), BlockType::PublicKeyPKCS1(typ) => write!(f, "{typ} PUBLIC KEY"), BlockType::PublicKeyPKCS8 => f.write_str("PUBLIC KEY"), BlockType::PublicKeyOpenssh => f.write_str("OPENSSH PUBLIC KEY"), BlockType::PrivateKeyPKCS1(typ) => write!(f, "{typ} PRIVATE KEY"), BlockType::PrivateKeyPKCS8 => f.write_str("PRIVATE KEY"), BlockType::PrivateKeyOpenssh => f.write_str("OPENSSH PRIVATE KEY"), BlockType::CleartextMessage => f.write_str("PGP SIGNED MESSAGE"), } } } impl Serialize for BlockType { fn to_writer(&self, w: &mut W) -> Result<()> { write!(w, "{}", self)?; Ok(()) } } /// OpenSSL PKCS#1 PEM armor types #[derive(Debug, PartialEq, Eq, Copy, Clone)] pub enum PKCS1Type { RSA, DSA, EC, } impl fmt::Display for PKCS1Type { fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result { match self { PKCS1Type::RSA => write!(f, "RSA"), PKCS1Type::DSA => write!(f, "DSA"), PKCS1Type::EC => write!(f, "EC"), } } } /// Armor Headers. pub type Headers = BTreeMap>; /// Parses a single ascii armor header separator. fn armor_header_sep(i: &[u8]) -> IResult<&[u8], &[u8]> { tag(b"-----")(i) } #[inline] fn parse_digit(x: &[u8]) -> Result { let s = str::from_utf8(x)?; let digit: usize = s.parse()?; Ok(digit) } /// Parses the type inside of an ascii armor header. fn armor_header_type(i: &[u8]) -> IResult<&[u8], BlockType> { alt(( value(BlockType::PublicKey, tag("PGP PUBLIC KEY BLOCK")), value(BlockType::PrivateKey, tag("PGP PRIVATE KEY BLOCK")), map( preceded( tag("PGP MESSAGE, PART "), pair( map_res(digit1, parse_digit), opt(preceded(tag("/"), map_res(digit1, parse_digit))), ), ), |(x, y)| BlockType::MultiPartMessage(x, y.unwrap_or(0)), ), value(BlockType::Message, tag("PGP MESSAGE")), value(BlockType::Signature, tag("PGP SIGNATURE")), value(BlockType::File, tag("PGP ARMORED FILE")), value(BlockType::CleartextMessage, tag("PGP SIGNED MESSAGE")), // OpenSSL formats // Public Key File PKCS#1 value( BlockType::PublicKeyPKCS1(PKCS1Type::RSA), tag("RSA PUBLIC KEY"), ), // Public Key File PKCS#1 value( BlockType::PublicKeyPKCS1(PKCS1Type::DSA), tag("DSA PUBLIC KEY"), ), // Public Key File PKCS#1 value( BlockType::PublicKeyPKCS1(PKCS1Type::EC), tag("EC PUBLIC KEY"), ), // Public Key File PKCS#8 value(BlockType::PublicKeyPKCS8, tag("PUBLIC KEY")), // OpenSSH Public Key File value(BlockType::PublicKeyOpenssh, tag("OPENSSH PUBLIC KEY")), // Private Key File PKCS#1 value( BlockType::PrivateKeyPKCS1(PKCS1Type::RSA), tag("RSA PRIVATE KEY"), ), // Private Key File PKCS#1 value( BlockType::PrivateKeyPKCS1(PKCS1Type::DSA), tag("DSA PRIVATE KEY"), ), // Private Key File PKCS#1 value( BlockType::PrivateKeyPKCS1(PKCS1Type::EC), tag("EC PRIVATE KEY"), ), // Private Key File PKCS#8 value(BlockType::PrivateKeyPKCS8, tag("PRIVATE KEY")), // OpenSSH Private Key File value(BlockType::PrivateKeyOpenssh, tag("OPENSSH PRIVATE KEY")), ))(i) } /// Parses a single armor header line. fn armor_header_line(i: &[u8]) -> IResult<&[u8], BlockType> { delimited( pair(armor_header_sep, tag(b"BEGIN ")), armor_header_type, pair(armor_header_sep, line_ending), )(i) } /// Parses a single key value pair, for the header. fn key_value_pair(i: &[u8]) -> IResult<&[u8], (&str, &str)> { let (i, key) = map_res( alt(( complete(take_until1(":\r\n")), complete(take_until1(":\n")), complete(take_until1(": ")), )), str::from_utf8, )(i)?; // consume the ":" let (i, _) = tag(":")(i)?; let (i, t) = alt((tag(" "), line_ending))(i)?; let (i, value) = if t == b" " { let (i, value) = map_res(not_line_ending, str::from_utf8)(i)?; let (i, _) = line_ending(i)?; (i, value) } else { // empty value (i, "") }; Ok((i, (key, value))) } /// Parses a list of key value pairs. fn key_value_pairs(i: &[u8]) -> IResult<&[u8], Vec<(&str, &str)>> { many0(complete(key_value_pair))(i) } /// Parses the full armor header. fn armor_headers(i: &[u8]) -> IResult<&[u8], Headers> { map(key_value_pairs, |pairs| { // merge multiple values with the same name let mut out = BTreeMap::>::new(); for (k, v) in pairs { let e = out.entry(k.to_string()).or_default(); e.push(v.to_string()); } out })(i) } /// Armor Header fn armor_header(i: &[u8]) -> IResult<&[u8], (BlockType, Headers)> { let (i, typ) = armor_header_line(i)?; let (i, headers) = match typ { BlockType::CleartextMessage => armor_headers_hash(i)?, _ => armor_headers(i)?, }; Ok((i, (typ, headers))) } fn armor_headers_hash(i: &[u8]) -> IResult<&[u8], Headers> { let (i, headers) = many0(complete(hash_header_line))(i)?; let (i, _) = pair(space0, line_ending)(i)?; let mut res = BTreeMap::new(); let headers = headers.into_iter().flatten().collect(); res.insert("Hash".to_string(), headers); Ok((i, res)) } fn hash_header_line(i: &[u8]) -> IResult<&[u8], Vec> { let (i, _) = tag("Hash: ")(i)?; let (i, mut values) = many0(map_res(terminated(alphanumeric1, tag(",")), |s| { str::from_utf8(s).map(|s| s.to_string()) }))(i)?; let (i, last_value) = terminated( map_res(alphanumeric1, |s| str::from_utf8(s).map(|s| s.to_string())), line_ending, )(i)?; values.push(last_value); Ok((i, values)) } /// Read the checksum from an base64 encoded buffer. fn read_checksum(input: &[u8]) -> std::io::Result { let checksum = STANDARD .decode(input) .map_err(|_| io::ErrorKind::InvalidData)?; let mut buf = [0; 4]; let mut i = checksum.len(); for a in checksum.iter().rev() { buf[i] = *a; i -= 1; } Ok(u64::from(BigEndian::read_u32(&buf))) } pub fn header_parser(i: &[u8]) -> IResult<&[u8], (BlockType, Headers, bool)> { let (i, prefix) = take_until("-----")(i)?; let has_leading_data = !prefix.is_empty(); let (i, (typ, headers)) = armor_header(i)?; let (i, _) = many0(pair(space0, line_ending))(i)?; Ok((i, (typ, headers, has_leading_data))) } fn footer_parser(i: &[u8]) -> IResult<&[u8], (Option, BlockType)> { let (i, checksum) = map_res( alt(( delimited( tag(b"="), map(take(4u8), Some), pair(many0(line_ending), tag(b"--")), ), delimited( many0(tag(b"=")), success(None), pair(many0(line_ending), tag(b"--")), ), )), |c| c.map(read_checksum).transpose(), )(i)?; let (i, typ) = armor_footer_line(i)?; Ok((i, (checksum, typ))) } /// Parses a single armor footer line fn armor_footer_line(i: &[u8]) -> IResult<&[u8], BlockType> { // Only 3, because we parsed two already in the `footer_parser`. delimited( tag(b"---END "), armor_header_type, pair(armor_header_sep, opt(complete(line_ending))), )(i) } /// Streaming based ascii armor parsing. pub struct Dearmor { /// The ascii armor parsed block type. pub typ: Option, /// The headers found in the armored file. pub headers: Headers, /// Optional crc checksum pub checksum: Option, /// Current state current_part: Part, crc: crc24::Crc24Hasher, /// Maximum buffer limit max_buffer_limit: usize, } /// Internal indicator, where in the parsing phase we are #[derive(Debug)] #[allow(clippy::large_enum_variant)] enum Part { Header(R), Body(Base64Decoder>), Footer(BufReader), Done(BufReader), Temp, } impl Dearmor { /// Creates a new `Dearmor`, with the default limit of 1GiB. pub fn new(input: R) -> Self { Self::with_limit(input, 1024 * 1024 * 1024) } /// Creates a new `Dearmor` with the provided maximum buffer size. pub fn with_limit(input: R, limit: usize) -> Self { Dearmor { typ: None, headers: BTreeMap::new(), checksum: None, current_part: Part::Header(input), crc: Default::default(), max_buffer_limit: limit, } } pub fn into_parts(self) -> (Option, Headers, Option, BufReader) { let Self { typ, headers, checksum, current_part, .. } = self; let Part::Done(b) = current_part else { panic!("can only be called when done"); }; (typ, headers, checksum, b) } /// The current maximum buffer limit. pub fn max_buffer_limit(&self) -> usize { self.max_buffer_limit } pub fn read_only_header(mut self) -> Result<(BlockType, Headers, bool, R)> { let header = std::mem::replace(&mut self.current_part, Part::Temp); if let Part::Header(mut b) = header { let (typ, headers, leading) = Self::read_header_internal(&mut b, self.max_buffer_limit)?; return Ok((typ, headers, leading, b)); } bail!("invalid state, cannot read header"); } pub fn after_header(typ: BlockType, headers: Headers, input: R, limit: usize) -> Self { Self { typ: Some(typ), headers, checksum: None, current_part: Part::Body(Base64Decoder::new(Base64Reader::new(input))), crc: Default::default(), max_buffer_limit: limit, } } pub fn read_header(&mut self) -> Result<()> { let header = std::mem::replace(&mut self.current_part, Part::Temp); if let Part::Header(mut b) = header { let (typ, headers, _has_leading_data) = Self::read_header_internal(&mut b, self.max_buffer_limit)?; self.typ = Some(typ); self.headers = headers; self.current_part = Part::Body(Base64Decoder::new(Base64Reader::new(b))); return Ok(()); } bail!("invalid state, cannot read header"); } fn read_header_internal(b: &mut R, limit: usize) -> Result<(BlockType, Headers, bool)> { let (typ, headers, leading) = read_from_buf(b, "armor header", limit, header_parser)?; Ok((typ, headers, leading)) } fn read_body( &mut self, into: &mut [u8], base_decoder: &mut Base64Decoder>, ) -> io::Result { let size = base_decoder.read(into)?; if size > 0 { // update the hash self.crc.write(&into[0..size]); } Ok(size) } fn read_footer(&mut self, mut b: BufReader) -> Result<()> { let (checksum, footer_typ) = read_from_buf(&mut b, "armor footer", self.max_buffer_limit, footer_parser)?; if let Some(ref header_typ) = self.typ { if header_typ != &footer_typ { self.current_part = Part::Done(b); bail!( "armor ascii footer does not match header: {:?} != {:?}", self.typ, footer_typ ); } } self.checksum = checksum; self.current_part = Part::Done(b); // check checksum if there is one if let Some(expected) = self.checksum { let actual = self.crc.finish(); if expected != actual { bail!("invalid crc24 checksum"); } } Ok(()) } } impl Read for Dearmor { fn read(&mut self, into: &mut [u8]) -> io::Result { let mut read = 0; loop { let current_part = std::mem::replace(&mut self.current_part, Part::Temp); match current_part { Part::Header(mut b) => { let (typ, headers, _leading) = Self::read_header_internal(&mut b, self.max_buffer_limit) .map_err(|e| io::Error::new(io::ErrorKind::Other, e.to_string()))?; self.typ = Some(typ); self.headers = headers; self.current_part = Part::Body(Base64Decoder::new(Base64Reader::new(b))); } Part::Body(mut b) => { let last_read = self.read_body(&mut into[read..], &mut b)?; if last_read == 0 && read < into.len() { // we are done with the body let (b, buf) = b.into_inner_with_buffer(); let b = BufReader::with_buffer(buf, b.into_inner()); self.current_part = Part::Footer(b); } else { self.current_part = Part::Body(b); } read += last_read; if read == into.len() { return Ok(read); } } Part::Footer(mut b) => { b.make_room(); while b.buf_len() < 128 { let read = b.read_into_buf()?; if read == 0 { break; } } self.read_footer(b) .map_err(|e| io::Error::new(io::ErrorKind::Other, e.to_string()))?; } Part::Done(b) => { self.current_part = Part::Done(b); return Ok(read); } Part::Temp => panic!("invalid state"), } } } } pub(crate) fn read_from_buf( b: &mut B, ctx: &str, limit: usize, parser: P, ) -> Result where P: Fn(&[u8]) -> IResult<&[u8], T>, { // Zero copy, single buffer let buf = b.fill_buf()?; if buf.is_empty() { bail!("not enough bytes in buffer: {}", ctx); } match parser(buf) { Ok((remaining, res)) => { let consumed = buf.len() - remaining.len(); b.consume(consumed); return Ok(res); } Err(nom::Err::Incomplete(_)) => {} Err(err) => { bail!("failed reading: {} {:?}", ctx, err); } }; // incomplete let mut back_buffer = buf.to_vec(); let len = back_buffer.len(); b.consume(len); let mut last_buffer_len; loop { // Safety check to not consume too much if back_buffer.len() >= limit { bail!("input too large"); } let buf = b.fill_buf()?; if buf.is_empty() { bail!("not enough bytes in buffer: {}", ctx); } last_buffer_len = buf.len(); back_buffer.extend_from_slice(buf); match parser(&back_buffer) { Ok((remaining, res)) => { let consumed = last_buffer_len - remaining.len(); b.consume(consumed); return Ok(res); } Err(nom::Err::Incomplete(_)) => { b.consume(last_buffer_len); continue; } Err(err) => { bail!("failed reading: {} {:?}", ctx, err); } }; } } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use super::*; // helper function to parse all data at once pub fn parse(input: &str) -> Result<(BlockType, Headers, Vec)> { let mut dearmor = Dearmor::new(BufReader::new(input.as_bytes())); // estimate size let mut bytes = Vec::new(); dearmor.read_to_end(&mut bytes)?; Ok((dearmor.typ.unwrap(), dearmor.headers, bytes)) } // helper function to parse all data at once pub fn parse_raw(input: &str) -> Result<(BlockType, Headers, Vec)> { let mut dearmor = Dearmor::new(input.as_bytes()); // estimate size let mut bytes = Vec::new(); dearmor.read_to_end(&mut bytes)?; Ok((dearmor.typ.unwrap(), dearmor.headers, bytes)) } #[test] fn test_armor_header_line() { assert_eq!( armor_header_line(&b"-----BEGIN PGP MESSAGE-----\n"[..]).unwrap(), (&b""[..], BlockType::Message) ); assert_eq!( armor_header_line(&b"-----BEGIN PGP MESSAGE, PART 3/14-----\n"[..]).unwrap(), (&b""[..], BlockType::MultiPartMessage(3, 14)) ); assert_eq!( armor_header_line(&b"-----BEGIN PGP MESSAGE, PART 14-----\n"[..]).unwrap(), (&b""[..], BlockType::MultiPartMessage(14, 0)) ); } #[test] fn test_armor_headers() { let mut map = BTreeMap::new(); map.insert("Version".to_string(), vec!["12".to_string()]); map.insert("special-stuff".to_string(), vec!["cool12.0".to_string()]); map.insert("some:colon".to_string(), vec!["with:me".to_string()]); assert_eq!( armor_headers( &b"Version: 12\r\nspecial-stuff: cool12.0\r\nsome:colon: with:me\r\n"[..], ) .unwrap(), (&b""[..], map) ); } #[test] fn test_armor_header() { let mut map = BTreeMap::new(); map.insert("Version".to_string(), vec!["1.0".to_string()]); map.insert("Mode".to_string(), vec!["Test".to_string()]); assert_eq!( armor_header(&b"-----BEGIN PGP MESSAGE-----\nVersion: 1.0\nMode: Test\n"[..],).unwrap(), (&b""[..], (BlockType::Message, map)) ); let mut map = BTreeMap::new(); map.insert("Version".to_string(), vec!["GnuPG v1".to_string()]); assert_eq!( armor_header(&b"-----BEGIN PGP PUBLIC KEY BLOCK-----\nVersion: GnuPG v1\n"[..],) .unwrap(), (&b""[..], (BlockType::PublicKey, map)) ); } #[test] fn test_parse_armor_small() { let mut map = BTreeMap::new(); map.insert("Version".to_string(), vec!["GnuPG v1".to_string()]); let c = "-----BEGIN PGP PUBLIC KEY BLOCK-----\n\ Version: GnuPG v1\n\ \n\ aGVsbG8gd29ybGQ=\n\ -----END PGP PUBLIC KEY BLOCK-----\n"; let (typ, headers, res) = parse(c).unwrap(); assert_eq!(typ, (BlockType::PublicKey)); assert_eq!(headers, map); assert_eq!(res.as_slice(), &b"hello world"[..]); } #[test] fn test_parse_armor_missing_header_value() { let mut map = BTreeMap::new(); map.insert("NoVal".to_string(), vec!["".to_string()]); let c = "\ -----BEGIN PGP MESSAGE-----\n\ NoVal:\n\ \n\ aGVsbG8gd29ybGQ=\n\ -----END PGP MESSAGE-----\ "; let (typ, headers, res) = parse(c).unwrap(); assert_eq!(typ, (BlockType::Message)); assert_eq!(headers, map); assert_eq!(res.as_slice(), &b"hello world"[..]); } #[test] fn test_parse_armor_whitespace() { let c = "\ -----BEGIN PGP MESSAGE-----\n\ \t \n\ aGVsbG8gd29ybGQ=\n\ -----END PGP MESSAGE-----\ "; let (typ, headers, res) = parse(c).unwrap(); assert_eq!(typ, (BlockType::Message)); assert!(headers.is_empty()); assert_eq!(res.as_slice(), &b"hello world"[..]); } #[test] fn test_parse_armor_two_entries() { let mut map = BTreeMap::new(); map.insert("hello".to_string(), vec!["world".to_string()]); let c = "\ -----BEGIN PGP MESSAGE-----\n\ hello: world\n\ \n\ aGVsbG8gd29ybGQ=\n\ -----END PGP MESSAGE-----\n\ -----BEGIN PGP MESSAGE-----\n\ \n\ aGVsbG8gd29ybGQ=\n\ -----END PGP MESSAGE-----\ "; let (typ, headers, res) = parse(c).unwrap(); assert_eq!(typ, (BlockType::Message)); assert_eq!(headers, map); assert_eq!(res.as_slice(), &b"hello world"[..]); } #[test] fn test_parse_armor_full() { let mut map = BTreeMap::new(); map.insert("Version".to_string(), vec!["GnuPG v1".to_string()]); let c = "-----BEGIN PGP PUBLIC KEY BLOCK-----\n\ Version: GnuPG v1\n\ \n\ mQGiBEigu7MRBAD7gZJzevtYLB3c1pE7uMwu+zHzGGJDrEyEaz0lYTAaJ2YXmJ1+\n\ IvmvBI/iMrRqpFLR35uUcz2UHgJtIP+xenCF4WIhHv5wg3XvBvTgG/ooZaj1gtez\n\ miXV2bXTlEMxSqsZKvkieQRrMv3eV2VYhgaPvp8xJhl+xs8eVhlrmMv94wCgzWUw\n\ BrOICLPF5lANocvkqGNO3UUEAMH7GguhvXNlIUncqOpHC0N4FGPirPh/6nYxa9iZ\n\ kQEEg6mB6wPkaHZ5ddpagzFC6AncoOrhX5HPin9T6+cPhdIIQMogJOqDZ4xsAYCY\n\ KwjkoLQjfMdS5CYrMihFm4guNMKpWPfCe/T4TU7tFmTug8nnAIPFh2BNm8/EqHpg\n\ jR4JA/9wJMxv+2eFuFGeLtiPjo+o2+AfIxTTEIlWyNkO+a9KkzmPY/JP4OyVGKjM\n\ V+aO0vZ6FamdlrXAaAPm1ULmY5pC15P/hNr0YAbN28Y8cwNGuuKGbiYvYD35KKhs\n\ 5c5/pfMy0rgDElhFTGd4rpZdkHei3lwF5cyV0htv5s2lwGJKnrQnQW5kcm9pZCBT\n\ ZWN1cml0eSA8c2VjdXJpdHlAYW5kcm9pZC5jb20+iGAEExECACAFAkigu7MCGwMG\n\ CwkIBwMCBBUCCAMEFgIDAQIeAQIXgAAKCRBzHmufAFQPw547AKDIDW3mDx+84xk1\n\ EfzH/uNQQLYBBgCeMabHPlx+2+IGnfPsQ8UsxMPLFnO5BA0ESKC72BAQALKb8W8l\n\ U3Xs+lbquuVEA5x+mNnJriRnq1q1ZA8J43z0lCqT6n+q/nICuE/SjGxfp+8G/K3/\n\ LrIfBWLLQHZMQyk/1Eild/ZoRxNAbjTGiQY6HWrZOd+Z2fWiSN03nSSpWImPbua3\n\ 6LwSRRZNmZ77tdY0hI9TqJzqax1WQWk7IxfWubNTbNsPiktm/d6C2P04OkKOAmr8\n\ QCqKLLCO578zYLTgraL6F4g2YVurGgAB1KFSX2F8fh6Igr+pIW/ytoS9n2H+uecR\n\ l+2RB6Pq7MahwZvPPeMavwUMPQpOI6Or3pYZTzp/IJWNyL6MOBzV5q4gkD0xYtEq\n\ Ihr1hX1IdiGdOA4oH1Rk1K/XIPwLelQdYp3ftiReh4/Gb3kfKCxpmMXL1f/ndx6N\n\ zIiqweDU5mZBpXBsBzFZfUDALL4VGqpc2eEltkVtD0RuQI2YaImBjOPsHI4StN5t\n\ 2OspWke4xJGf0PqRVjTDJmtUrIJX4X5Fh8M85unHYYIpBCaDbM/7/xIaNQbQfdeO\n\ 6yqGrj/0WAjL34wbo4D12BiPeoUTreD60aNwmpu5z1NRPS2Wn+6kTIHGhf47wGTZ\n\ v9OFYWhgSs3INpna4VA4E8SpOWPd8LFYLs9clAlaUhqJyLJ3JlmXmhGnWM41z+p9\n\ RA8UQXhvQcvYJSR77SC4O503wdVKJ07OH6WbAAMFD/4yjBZ+X7QBIKTLHXAIQBjB\n\ 526iOhmfxyIgmX4vWcggJFZrBxPFulkGJj65Mwr9AwZeIceukKQUGcf2LpEoIdZY\n\ dP8gEshRDZQ1Y3GDD9ukChRDoK9kFIxnYmH8euU/TwTPtAEEDASfwEZnM5DcJQOA\n\ Q6G3GVKr/8uwmT5hUn5sR2L9vmrjw1nPkfZeDQNBmeTI8A+byosp6Nxl8thJIGNt\n\ 8UTa02+g/nbf+ODRrEf3xeeFUNb14kTqULNT/hTj8/6xDwxwaF2ms60kYxA/EXDB\n\ 21jqmhnfUwjSa++R38Qig9tGwOo83Z7uNCqtU3caFW1P55iD/Sju/ZecHVSgfq6j\n\ 2H7mNWfvB9ILkS7w1w/InjEA7LpY9jtmPKDIYYQ7YGZuxFwOxtw69ulkS6ddc1Pt\n\ AQ5oe0d59rBicE8R7rBCxwzMihG5ctJ+a+t4/MHqi6jy/WI9OK+SwWmCeT1nVy6F\n\ NZ00QOPe89DFBCqhj4qSGfjOtCEKAM7SOhkyEYJ8jk5KrsLOcWPOM9i3uus1RquG\n\ XJ2Cljt6zJYtEnpkjrw+Ge0SBDNEMGZEBLbEZKECtNJ2NBrMRKYeAseCGNQ+uJOz\n\ 8vL7ztUKoi1SbFGuHkv5N2NmPq42QrN8dftW01DceGDnJ1KHRvCUbpPcyQYFhRFb\n\ nxd3tMIEGO83iEmozvJfB4hJBBgRAgAJBQJIoLvYAhsMAAoJEHMea58AVA/D6ewA\n\ ninKQSW+oL4z28F3T0GHag38WeWyAJ45d7dx4z0GxhTm2b9DclLombY+nw==\n\ =XyBX\n\ -----END PGP PUBLIC KEY BLOCK-----\n"; let (typ, headers, decoded) = parse(c).unwrap(); assert_eq!(typ, (BlockType::PublicKey)); assert_eq!(headers, map); assert_eq!(decoded.len(), 1675); assert_eq!(decoded.len() % 3, 1); // two padding chars } #[test] fn test_parse_armor_full_no_header() { let c = "-----BEGIN RSA PRIVATE KEY----- MIIEpgIBAAKCAQEAxp4sIUtrNBl4Vbd4075CmtHmwxTc0FhQIGw36kptbrWReLb9 Np0RQylKyc6qUruxZlCdPVFo7iX3vs272/0GEakPv0DAsKGbe1nTsMyxxz0o3dP4 JQOlOGEnpETa0ybfPLMX1+qNiBdm7HLjqcP5+S0Exb0Z0deFNIhEP6XckUEgHmwA /AdDdUUKwwvZeZOi4XyBVt0vXzwM/+84ro27O+CZm9Du3qe1jTIsX7jUrqsUBhp9 eUwa1jXfXuJJo9b4/GeP4S9x8U7ho+BQ6/HH03dzcKaY3FftanCZkcwxfGBBUiCK pIA5WgKimLcgP2R75Y3jilDoBh5HyIdGXo0aFwIDAQABAoIBAQCBXLIHeXS4eUJc KeSjnQ8KgV4Yf3UWqf5+L533lkRSUCYQhrbDpGeC49kXOejLe/4eUrEnJ+f8/HOx LZSGwvT5+bAM9CLMqGV5YNc1Fw1PZHFCkfXUPdyVrQnBvyr7Th0mDsuf0OAf3IYn yOipQMCGX6D1HaY8e3AB+CLjhab0X1vAwvqzPb/HIdtMhRWlJxzbuqnE3kr+Ccvz us3vmD4VBp0CF0f+yblcibMCHdHY6j8Ir6Qeq6Mbd6lEXRPW1TgUqP15idVaJ4AF 1kGXDW9O0ycgrbopGZfk5yY60fEHGdr4QYjx2Gtx2xQcnPcjJ+j5kGgubKWxNhJE Qx7DPdYxAoGBAP29S+wD1df0U+Tr0x06N6M/nSjNacGs12Oq/ehNJHhTYUO9fWUl M2X/MXRMMMGsnGaLNsrLao9Jnq0ZU5GFICWYeVBvaCvRrGngbqJBy8jRv+QYyaQs AckLcdgLGvjhcXonHDcbcxpug7/qFwakT+KY2s11FrHBEzbAIuDiSSKfAoGBAMhj KPkrjWJh3xxpFrFnGYj5aF86ExrPe2LAP/8F6Ez7dQN+4bA6O5F4hpJ/X0q/6s0n IBljo/DgARCBjbwDSaAMEWdm8HDeBhJsSCdQHW38ylaRDi8CQDKR60N3a/tV1MRJ 4fKoHZ+7HH3wc+Bjv3oDovwVyUMG7ekCjeqbqI2JAoGBAOkhYX5Jz9KJBAPSwLeb 4760FfuFL+PooEVMt9kV96ouQbFxiqLB2UWfgJqv3iQ0Kcb1pbQRzag1Jfs4x9Vu ESk5vEyw729DSDxHHp8qAMhUHxC9zZZvcHx9bW3oVjHRQOfQw1XGfK0OWTKdK+bI VTWG55HaQK21DahCREmG31dVAoGBALBH80KHmsAioziGBi2YKjGCXtvu5eGfBsdP orzBQKOATmb91qLGB6MoaRI1NOo4POGu+qD7M7xyAt23aq0sIzfFhgX1260e1C6e zTawVsNsL7/JqbWXAEy8az+VrguTbTIkYL2sQStEWoM75WRPu6El09p5e+0YCnEC C0CJINUpAoGBAPF1fpPINHlUW+Bvo4Nj3935QgZI47yTplDusptyfYgFYXw6ZYel y5Zgv9TWZlmW9FDTp4XVgn5zQTEN1LdL7vNXWV9aOvfrqPk5ClBkxhndgq7j6MFs 9+9V06HJDIsSrC0D/ajIkP+iT9Hd6eEZMkJ6y6XtTbkJGYt2zOtnrpb6 -----END RSA PRIVATE KEY-----\n"; let (typ, _, _) = parse(c).unwrap(); assert_eq!(typ, (BlockType::PrivateKeyPKCS1(PKCS1Type::RSA))); } #[test] fn test_dearmor_small_stream() { let mut map = BTreeMap::new(); map.insert("Version".to_string(), vec!["GnuPG v1".to_string()]); let c = "-----BEGIN PGP PUBLIC KEY BLOCK-----\n\ Version: GnuPG v1\n\ \n\ aGVsbG8gd29ybGQ=\n\ -----END PGP PUBLIC KEY BLOCK-----\n"; let mut dec = Dearmor::new(BufReader::new(c.as_bytes())); let mut res = vec![0u8; 5]; let read = dec.read(&mut res).unwrap(); // first read reads the header assert_eq!(dec.typ, Some(BlockType::PublicKey)); assert_eq!(dec.headers, map); assert_eq!(read, 5); assert_eq!(res.as_slice(), &b"hello"[..]); let read = dec.read(&mut res).unwrap(); assert_eq!(read, 5); assert_eq!(res.as_slice(), &b" worl"[..]); // codespell:ignore worl let read = dec.read(&mut res).unwrap(); assert_eq!(read, 1); assert_eq!(res.as_slice()[0], b'd'); let read = dec.read(&mut res).unwrap(); assert_eq!(read, 0); assert_eq!(res.as_slice()[0], b'd'); // unchanged } #[test] fn test_key_value_pair_single() { assert_eq!( key_value_pair(&b"hello: world\n"[..]).unwrap(), (&b""[..], ("hello", "world")), "single" ); assert_eq!( key_value_pair(&b"hello:\n"[..]).unwrap(), (&b""[..], ("hello", "")), "empty" ); assert_eq!( key_value_pair(&b"hello:\r\n"[..]).unwrap(), (&b""[..], ("hello", "")), "empty" ); assert_eq!( key_value_pair(&b"hello: world\nother content"[..]).unwrap(), (&b"other content"[..], ("hello", "world")), "with rest" ); } #[test] fn test_key_value_pairs_single() { assert_eq!( key_value_pairs(&b"hello: world\ncool: stuff\n"[..]).unwrap(), (&b""[..], vec![("hello", "world"), ("cool", "stuff")]), "single" ); assert_eq!( key_value_pairs(&b"hello:\ncool: stuff\n"[..]).unwrap(), (&b""[..], vec![("hello", ""), ("cool", "stuff")]), "empty" ); assert_eq!( key_value_pairs(&b"hello: world\ncool: stuff\nother content"[..]).unwrap(), ( &b"other content"[..], vec![("hello", "world"), ("cool", "stuff")] ), "with rest" ); } #[test] fn test_key_value_pairs_multiple() { assert_eq!( key_value_pairs(&b"hello: world\nhello: stuff\n"[..]).unwrap(), (&b""[..], vec![("hello", "world"), ("hello", "stuff")]), "single" ); } #[test] fn test_footer_parser() { assert!(footer_parser(b"-----END PGP MESSAGE----").is_err()); assert_eq!( footer_parser(b"-----END PGP PUBLIC KEY BLOCK-----"), Ok((&b""[..], (None, BlockType::PublicKey))) ); assert_eq!( footer_parser(b"-----END PGP PUBLIC KEY BLOCK-----\n"), Ok((&b""[..], (None, BlockType::PublicKey))) ); assert_eq!( footer_parser(b"=-----END PGP PUBLIC KEY BLOCK-----\n"), Ok((&b""[..], (None, BlockType::PublicKey))) ); assert_eq!( footer_parser(b"=4JBj-----END PGP PUBLIC KEY BLOCK-----\r\n"), Ok((&b""[..], (Some(14717027), BlockType::PublicKey))) ); assert_eq!( footer_parser(b"=4JBj\r\n-----END PGP PUBLIC KEY BLOCK-----\r\n"), Ok((&b""[..], (Some(14717027), BlockType::PublicKey))) ); assert_eq!( footer_parser(b"\r\n-----END PGP PUBLIC KEY BLOCK-----\r\n"), Ok((&b""[..], (None, BlockType::PublicKey))) ); assert_eq!( footer_parser(&b"=XyBX\n-----END PGP PUBLIC KEY BLOCK-----\n"[..]), Ok((&b""[..], (Some(6234199), BlockType::PublicKey))) ); assert_eq!( footer_parser(&b"-----END PGP MESSAGE-----\n-----BEGIN PGP MESSAGE-----\n\naGVsbG8gd29ybGQ=\n-----END PGP MESSAGE-----\n"[..]), Ok(( &b"-----BEGIN PGP MESSAGE-----\n\naGVsbG8gd29ybGQ=\n-----END PGP MESSAGE-----\n"[..], (None, BlockType::Message) )), ); } #[test] fn test_hash_header_line() { assert_eq!( hash_header_line(b"Hash: hello,world\n").unwrap(), (&[][..], vec!["hello".to_string(), "world".to_string()]), ); assert_eq!( hash_header_line(b"Hash: hello\n").unwrap(), (&[][..], vec!["hello".to_string()]), ); assert_eq!( hash_header_line(b"Hash: hello\n\n").unwrap(), (&b"\n"[..], vec!["hello".to_string()]), ); } #[test] fn test_armor_headers_lines() { let mut headers = BTreeMap::new(); headers.insert( "Hash".to_string(), vec!["hello".to_string(), "world".to_string()], ); assert_eq!( armor_headers_hash(b"Hash: hello,world\n\n").unwrap(), (&[][..], headers), ); let mut headers = BTreeMap::new(); headers.insert( "Hash".to_string(), vec!["hello".to_string(), "world".to_string(), "cool".to_string()], ); assert_eq!( armor_headers_hash(b"Hash: hello,world\nHash: cool\n\n").unwrap(), (&[][..], headers,), ); } #[test] fn test_regression_long_key_1() { let _ = pretty_env_logger::try_init(); let input = std::fs::read_to_string("./tests/unit-tests/long-key.asc").unwrap(); let (typ, headers, decoded) = parse(&input).unwrap(); assert_eq!(typ, BlockType::PublicKey); assert!(headers.is_empty()); let expected_binary_s: String = std::fs::read_to_string("./tests/unit-tests/long-key.asc.line") .unwrap() .lines() .collect(); let expected_binary = base64::engine::general_purpose::STANDARD .decode(expected_binary_s) .unwrap(); assert_eq!(hex::encode(expected_binary), hex::encode(decoded)); } #[test] fn test_regression_long_key_2_1() { let _ = pretty_env_logger::try_init(); let input = std::fs::read_to_string("./tests/unit-tests/long-key-2.asc").unwrap(); let (typ, headers, decoded) = parse(&input).unwrap(); assert_eq!(typ, BlockType::PublicKey); assert!(headers.is_empty()); let expected_binary_s: String = std::fs::read_to_string("./tests/unit-tests/long-key-2.asc.line") .unwrap() .lines() .collect(); let expected_binary = base64::engine::general_purpose::STANDARD .decode(expected_binary_s) .unwrap(); assert_eq!(hex::encode(expected_binary), hex::encode(decoded)); } #[test] fn test_regression_long_key_2_2() { let _ = pretty_env_logger::try_init(); let input = std::fs::read_to_string("./tests/unit-tests/long-key-2.asc").unwrap(); let (typ, headers, decoded) = parse_raw(&input).unwrap(); assert_eq!(typ, BlockType::PublicKey); assert!(headers.is_empty()); let expected_binary_s: String = std::fs::read_to_string("./tests/unit-tests/long-key-2.asc.line") .unwrap() .lines() .collect(); let expected_binary = base64::engine::general_purpose::STANDARD .decode(expected_binary_s) .unwrap(); assert_eq!(hex::encode(expected_binary), hex::encode(decoded)); } } pgp-0.15.0/src/armor/writer.rs000064400000000000000000000134011046102023000142650ustar 00000000000000use std::hash::Hasher; use std::io::Write; use base64::engine::{general_purpose, Engine as _}; use crc24::Crc24Hasher; use generic_array::typenum::U64; use crate::armor::BlockType; use crate::errors::Result; use crate::line_writer::{LineBreak, LineWriter}; use crate::ser::Serialize; use crate::util::TeeWriter; use super::Headers; pub fn write( source: &impl Serialize, typ: BlockType, writer: &mut impl Write, headers: Option<&Headers>, include_checksum: bool, ) -> Result<()> { write_header(writer, typ, headers)?; // write body let mut crc_hasher = include_checksum.then(Crc24Hasher::new); write_body(writer, source, crc_hasher.as_mut())?; write_footer(writer, typ, crc_hasher)?; Ok(()) } fn write_header(writer: &mut impl Write, typ: BlockType, headers: Option<&Headers>) -> Result<()> { // write armor header writer.write_all(&b"-----BEGIN "[..])?; typ.to_writer(writer)?; writer.write_all(&b"-----\n"[..])?; // write armor headers if let Some(headers) = headers { for (key, values) in headers.iter() { for value in values { writer.write_all(key.as_bytes())?; writer.write_all(&b": "[..])?; writer.write_all(value.as_bytes())?; writer.write_all(&b"\n"[..])?; } } } writer.write_all(&b"\n"[..])?; writer.flush()?; Ok(()) } fn write_body( writer: &mut impl Write, source: &impl Serialize, crc_hasher: Option<&mut Crc24Hasher>, ) -> Result<()> { { let mut line_wrapper = LineWriter::<_, U64>::new(writer.by_ref(), LineBreak::Lf); let mut enc = ZeroWrapper(base64::write::EncoderWriter::new( &mut line_wrapper, &general_purpose::STANDARD, )); if let Some(crc_hasher) = crc_hasher { let mut tee = TeeWriter::new(crc_hasher, &mut enc); source.to_writer(&mut tee)?; } else { source.to_writer(&mut enc)?; } } Ok(()) } fn write_footer( writer: &mut impl Write, typ: BlockType, crc_hasher: Option, ) -> Result<()> { // write crc if let Some(crc_hasher) = crc_hasher { writer.write_all(b"=")?; let crc = crc_hasher.finish() as u32; let crc_buf = [ // (crc >> 24) as u8, (crc >> 16) as u8, (crc >> 8) as u8, crc as u8, ]; let crc_enc = general_purpose::STANDARD.encode(crc_buf); writer.write_all(crc_enc.as_bytes())?; writer.write_all(&b"\n"[..])?; } // write footer writer.write_all(&b"-----END "[..])?; typ.to_writer(writer)?; writer.write_all(&b"-----\n"[..])?; Ok(()) } /// Wrapper to deal with the special way the base64 encoder works. /// Otherwise we can't use `write_all`. /// /// Ref https://github.com/marshallpierce/rust-base64/issues/148 struct ZeroWrapper(W); impl std::io::Write for ZeroWrapper { fn write(&mut self, buf: &[u8]) -> std::io::Result { self.0.write(buf) } fn write_all(&mut self, mut buf: &[u8]) -> std::io::Result<()> { while !buf.is_empty() { match self.write(buf) { Ok(0) => {} Ok(n) => buf = &buf[n..], Err(ref e) if e.kind() == std::io::ErrorKind::Interrupted => {} Err(e) => return Err(e), } } Ok(()) } fn flush(&mut self) -> std::io::Result<()> { self.0.flush() } } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use super::*; use rand::{Rng, SeedableRng}; use rand_xorshift::XorShiftRng; use std::io; struct TestSource { content: Vec, } impl Serialize for TestSource { fn to_writer(&self, w: &mut W) -> Result<()> { w.write_all(&self.content).unwrap(); Ok(()) } } impl TestSource { pub fn new(content: Vec) -> Self { TestSource { content } } } #[test] fn writes_no_doubleline() { let rng = &mut XorShiftRng::seed_from_u64(0); for i in 2..1024 { let buf: Vec = (0..i).map(|_| rng.gen()).collect(); let source = TestSource::new(buf); let mut dest = Vec::new(); write(&source, BlockType::Message, &mut dest, None, true).unwrap(); let dest_str = std::str::from_utf8(&dest).unwrap(); let lines = dest_str.lines().collect::>(); assert_eq!(lines[0], "-----BEGIN PGP MESSAGE-----"); assert!( !lines[lines.len() - 3].is_empty(), "last line must not be empty" ); assert_eq!( lines[lines.len() - 2].len(), 5, "invalid checksum line: '{}'", lines[lines.len() - 2] ); assert_eq!(lines[lines.len() - 1], "-----END PGP MESSAGE-----"); } } #[test] fn writes_no_checksum() { let mut rng = XorShiftRng::seed_from_u64(0); for i in 2..1024 { let buf: Vec = (0..i).map(|_| rng.gen()).collect(); let source = TestSource::new(buf); let mut dest = Vec::new(); write(&source, BlockType::Message, &mut dest, None, false).unwrap(); let dest_str = std::str::from_utf8(&dest).unwrap(); let lines = dest_str.lines().collect::>(); assert_eq!(lines[0], "-----BEGIN PGP MESSAGE-----"); assert!( !lines[lines.len() - 2].is_empty(), "last line must not be empty" ); assert_eq!(lines[lines.len() - 1], "-----END PGP MESSAGE-----"); } } } pgp-0.15.0/src/base64_decoder.rs000064400000000000000000000222031046102023000144020ustar 00000000000000//! # base64 decoder module use std::io::{self, BufRead, Read}; use base64::engine::{general_purpose::GeneralPurpose, Engine}; use buffer_redux::{BufReader, Buffer}; const BUF_SIZE: usize = 1024; const BUF_CAPACITY: usize = BUF_SIZE / 4 * 3; const ENGINE: GeneralPurpose = base64::engine::general_purpose::STANDARD; /// Decodes Base64 from the supplied reader. #[derive(Debug)] pub struct Base64Decoder { /// The inner Read instance we are reading bytes from. inner: BufReader, /// leftover decoded output out: Buffer, out_buffer: [u8; BUF_CAPACITY], /// Memorize if we had an error, so we can return it on calls to read again. err: Option, } impl Base64Decoder { /// Creates a new `Base64Decoder`. pub fn new(input: R) -> Self { Base64Decoder { inner: BufReader::with_capacity(BUF_SIZE, input), out: Buffer::with_capacity(BUF_CAPACITY), out_buffer: [0u8; BUF_CAPACITY], err: None, } } pub fn into_inner_with_buffer(self) -> (R, Buffer) { self.inner.into_inner_with_buffer() } } impl Read for Base64Decoder { fn read(&mut self, into: &mut [u8]) -> io::Result { // take care of leftovers if !self.out.is_empty() { let len = self.out.copy_to_slice(into); return Ok(len); } // if we had an error before, return it if let Some(ref err) = self.err { return Err(copy_err(err)); } // fill our buffer if self.inner.buf_len() < 4 { let b = &mut self.inner; if let Err(err) = b.read_into_buf() { self.err = Some(copy_err(&err)); return Err(err); } } // short circuit empty read if self.inner.buf_len() == 0 { return Ok(0); } let nr = self.inner.buf_len() / 4 * 4; let nw = self.inner.buf_len() / 4 * 3; let (consumed, written) = if nw > into.len() { let (consumed, nw) = try_decode_engine_slice(&self.inner.buffer()[..nr], &mut self.out_buffer[..]); let n = std::cmp::min(nw, into.len()); let t = &self.out_buffer[0..nw]; let (t1, t2) = t.split_at(n); // copy what we have into `into` into[0..n].copy_from_slice(t1); // store the rest self.out.copy_from_slice(t2); (consumed, n) } else { try_decode_engine_slice(&self.inner.buffer()[..nr], into) }; self.inner.consume(consumed); Ok(written) } } /// Tries to decode as much of the given slice as possible. /// Returns the amount written and consumed. fn try_decode_engine_slice>( input: &T, output: &mut [u8], ) -> (usize, usize) { let input_bytes = input.as_ref(); let mut n = input_bytes.len(); while n > 0 { match ENGINE.decode_slice(&input_bytes[..n], output) { Ok(size) => { return (n, size); } Err(_) => { if n % 4 != 0 { n -= n % 4 } else { n -= 4 } } } } (0, 0) } // why, why why???? fn copy_err(err: &io::Error) -> io::Error { io::Error::new(err.kind(), err.to_string()) } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use super::*; use rand::{Rng, SeedableRng}; use rand_xorshift::XorShiftRng; use crate::base64_reader::Base64Reader; fn test_roundtrip(cap: usize, n: usize, insert_lines: bool) { let rng = &mut XorShiftRng::from_seed([ 0x3, 0x8, 0x3, 0xe, 0x3, 0x8, 0x3, 0xe, 0x3, 0x8, 0x3, 0xe, 0x3, 0x8, 0x3, 0xe, ]); for i in 0..n { let data: Vec = (0..i).map(|_| rng.gen()).collect(); let mut encoded_data = ENGINE.encode(&data); if insert_lines { for j in 0..i { // insert line break with a 1/10 chance if rng.gen_ratio(1, 10) { if j >= encoded_data.len() { encoded_data.push('\n'); } else { encoded_data.insert(j, '\n'); } } } println!("testing: \n{}", encoded_data); let mut r = Base64Decoder::new(Base64Reader::new( std::io::BufReader::with_capacity(cap, encoded_data.as_bytes()), )); let mut out = Vec::new(); r.read_to_end(&mut out).unwrap(); assert_eq!(data, out); } else { println!("testing: \n{}", encoded_data); let mut r = Base64Decoder::new(std::io::BufReader::with_capacity( cap, encoded_data.as_bytes(), )); let mut out = Vec::new(); r.read_to_end(&mut out).unwrap(); assert_eq!(data, out); } } } #[test] fn test_base64_decoder_roundtrip_standard_1000_no_newlines() { test_roundtrip(1, 1000, false); test_roundtrip(2, 1000, false); test_roundtrip(8, 1000, false); test_roundtrip(256, 1000, false); test_roundtrip(1024, 1000, false); test_roundtrip(8 * 1024, 1000, false); } #[test] fn test_base64_decoder_roundtrip_standard_1000_newlines() { test_roundtrip(1, 1000, true); test_roundtrip(2, 1000, true); test_roundtrip(8, 1000, true); test_roundtrip(256, 1000, true); test_roundtrip(1024, 1000, true); test_roundtrip(8 * 1024, 1000, true); } #[test] fn test_base64_decoder_with_base64_reader() { let source = "Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat. Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur. Excepteur sint occaecat cupidatat non proident, sunt in culpa qui officia deserunt mollit anim id est laborum."; let data = "TG9yZW0gaXBzdW0gZG9sb3Igc2l0IGFtZXQsIGNvbnNlY3RldHVyIGFkaXBpc2NpbmcgZWxpdCwgc2VkIGRvIGVpdXNtb2Qgd\n\ GVtcG9yIGluY2lkaWR1bnQgdXQgbGFib3JlIGV0IGRvbG9yZSBtYWduYSBhbGlxdWEuIFV0IGVuaW0gYWQgbWluaW0\n\ gdmVuaWFtLCBxdWlz\n\ IG5vc3RydWQgZXhlcmNpdGF0aW9uIHVsbGFtY28gbGFib3JpcyBuaXNpIHV0IGFsaXF1aXAgZXggZW\n\ EgY29tbW9kbyBjb25zZXF1YXQuIER1aXMgYXV0ZSBpcnVyZSBkb2\n\ xvciBpbiByZXByZWhlbmRlcml0IGluIHZvbHVwdGF0ZSB2ZWxpdCBlc3NlIGNpbGx1bSBkb2xvcmUgZXUgZnVnaWF\n\ 0IG51bGxhIHBhcmlhdHVyLiBFeGNlcHRldXIgc2ludCBvY2NhZWNhdCBjdXBpZGF0YXQgbm9uIHByb2lkZW50LCBzdW50IGluIGN1bHBhIHF1aSBvZm\n\ ZpY2lhIGRlc2VydW50IG1vbGxpdCBhbmltIGlkIGVzdCBsYWJvcnVtLg=="; let reader = Base64Reader::new(data.as_bytes()); let mut reader = Base64Decoder::new(reader); let mut res = String::new(); reader.read_to_string(&mut res).unwrap(); assert_eq!(source, res); } #[test] fn test_base64_decoder_with_end_base() { let data = "TG9yZW0g\n=TG9y\n-----hello"; let br = Base64Reader::new(data.as_bytes()); let mut reader = Base64Decoder::new(br); let mut res = vec![0u8; 32]; assert_eq!(reader.read(&mut res).unwrap(), 6); assert_eq!(&res[0..6], b"Lorem "); let (r, buffer) = reader.into_inner_with_buffer(); let mut r = r.into_inner(); assert_eq!(buffer.buf(), b"=TG9y"); let mut rest = Vec::new(); assert_eq!(r.read_to_end(&mut rest).unwrap(), 10); assert_eq!(&rest, b"-----hello"); } #[test] fn test_base64_decoder_with_end_one_linebreak() { let data = "TG9yZW0g\n=TG9y-----hello"; let br = Base64Reader::new(data.as_bytes()); let mut reader = Base64Decoder::new(br); let mut res = vec![0u8; 32]; assert_eq!(reader.read(&mut res).unwrap(), 6); assert_eq!(&res[0..6], b"Lorem "); let (r, buffer) = reader.into_inner_with_buffer(); let mut r = r.into_inner(); assert_eq!(buffer.buf(), b"=TG9y"); let mut rest = Vec::new(); assert_eq!(r.read_to_end(&mut rest).unwrap(), 10); assert_eq!(&rest, b"-----hello"); } #[test] fn test_base64_decoder_with_end_no_linebreak() { let data = "TG9yZW0g=TG9y-----hello"; let br = Base64Reader::new(data.as_bytes()); let mut reader = Base64Decoder::new(br); let mut res = vec![0u8; 32]; assert_eq!(reader.read(&mut res).unwrap(), 6); assert_eq!(&res[0..6], b"Lorem "); let (r, buffer) = reader.into_inner_with_buffer(); let mut r = r.into_inner(); assert_eq!(buffer.buf(), b"=TG9y"); let mut rest = Vec::new(); assert_eq!(r.read_to_end(&mut rest).unwrap(), 10); assert_eq!(&rest, b"-----hello"); } } pgp-0.15.0/src/base64_reader.rs000064400000000000000000000131311046102023000142370ustar 00000000000000//! # base64 reader module use std::io; use std::io::prelude::*; use crate::util::is_base64_token; /// Reads base64 values from a given byte input, stops once it detects the first non base64 char. #[derive(Debug)] pub struct Base64Reader { inner: R, } impl Base64Reader { /// Creates a new `Base64Reader`. pub fn new(input: R) -> Self { Base64Reader { inner: input } } /// Consume `self` and return the inner reader. pub fn into_inner(self) -> R { self.inner } } impl Read for Base64Reader { fn read(&mut self, into: &mut [u8]) -> io::Result { let mut buf = self.inner.fill_buf()?; if buf.is_empty() { return Ok(0); } let mut buf_i = 0; let mut n = 0; loop { // skip new lines while buf[buf_i] == b'\r' || buf[buf_i] == b'\n' { buf_i += 1; if buf_i == buf.len() { break; } } if buf_i < buf.len() { if !is_base64_token(buf[buf_i]) { break; } into[n] = buf[buf_i]; n += 1; buf_i += 1; if n == into.len() { break; } } if buf_i == buf.len() { self.inner.consume(buf_i); buf = self.inner.fill_buf()?; buf_i = 0; if buf.is_empty() { break; } } } self.inner.consume(buf_i); Ok(n) } } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use super::*; fn read_exact(data: &[u8], size: usize) -> Vec { let mut r = Base64Reader::new(data); let mut buf = vec![0; size]; r.read_exact(&mut buf).unwrap(); buf } #[test] fn test_base64_reader_n_lineending() { let data = b"mQGiBEigu7MRBAD7gZJzevtYLB3c1pE7uMwu+zHzGGJDrEyEaz0lYTAaJ2YXmJ1+\n\ IvmvBI/iMrRqpFLR35uUcz2UHgJtIP+xenCF4WIhHv5wg3XvBvTgG/ooZaj1gtez\n\ miXV2bXTlEMxSqsZKvkieQRrMv3eV2VYhgaPvp8xJhl+xs8eVhlrmMv94wCgzWUw\n\ BrOICLPF5lANocvkqGNO3UUEAMH7GguhvXNlIUncqOpHC0N4FGPirPh/6nYxa9iZ\n\ kQEEg6mB6wPkaHZ5ddpagzFC6AncoOrhX5HPin9T6+cPhdIIQMogJOqDZ4xsAYCY\n\ KwjkoLQjfMdS5CYrMihFm4guNMKpWPfCe/T4TU7tFmTug8nnAIPFh2BNm8/EqHpg"; // no new lines assert_eq!(read_exact(data, 10), &data[0..10]); // one new line assert_eq!(read_exact(data, 66), [&data[0..64], &data[65..67]].concat()); // two new lines assert_eq!( read_exact(data, 130), [&data[0..64], &data[65..129], &data[130..132]].concat() ); // all assert_eq!( read_exact(data, 6 * 64), [ &data[0..64], &data[65..129], &data[130..194], &data[195..259], &data[260..324], &data[325..], ] .concat() ); let data_with_garbage = b"KwjkoLQjfMdS5CYrMihFm4guNMKpWPfCe\n--"; assert_eq!( read_exact(&data_with_garbage[..], 10), &data_with_garbage[0..10] ); assert_eq!( read_exact(&data_with_garbage[..], 33), &data_with_garbage[0..33], ); { let mut r = Base64Reader::new(&data_with_garbage[..]); let mut buf = vec![0; 35]; assert_eq!(r.read(&mut buf).unwrap(), 33); assert_eq!(&buf[0..33], &data_with_garbage[0..33]); } { let c = &b"Kw--"[..]; let mut r = Base64Reader::new(c); let mut buf = vec![0; 5]; assert_eq!(r.read(&mut buf).unwrap(), 2); assert_eq!(buf, vec![b'K', b'w', 0, 0, 0]); } { // Checksum at the end of ascii armor let c = &b"Kwjk\n=Kwjk"[..]; let mut r = Base64Reader::new(c); let mut buf = vec![0; 10]; assert_eq!(r.read(&mut buf).unwrap(), 9); assert_eq!(&buf[..9], b"Kwjk=Kwjk"); } { // Leave things alone that are not us let c = &b"Kwjk\n-----BEGIN"[..]; let mut r = Base64Reader::new(c); let mut buf = vec![0; 100]; assert_eq!(r.read(&mut buf).unwrap(), 4); assert_eq!(&buf[..4], b"Kwjk"); assert_eq!(&buf[4..], &vec![0u8; 96][..]); } { // Leave things alone that are not us let c = &b"Kwjk\n-----BEGIN-----\nKwjk\n"[..]; let mut r = Base64Reader::new(c); let mut buf = vec![0; 100]; assert_eq!(r.read(&mut buf).unwrap(), 4); assert_eq!(&buf[..4], b"Kwjk"); assert_eq!(&buf[4..], &vec![0u8; 96][..]); } } #[test] fn test_regression_long_key() { // skip first line ---BEGIN let input: String = std::fs::read_to_string("./tests/unit-tests/long-key.asc") .unwrap() .lines() .skip(1) .collect(); let mut r = Base64Reader::new(input.as_bytes()); let mut out = Vec::new(); r.read_to_end(&mut out).unwrap(); let input_expected = std::fs::read_to_string("./tests/unit-tests/long-key.asc.expected").unwrap(); let expected: String = input_expected.lines().collect(); assert_eq!(std::str::from_utf8(&out).unwrap(), expected); } } pgp-0.15.0/src/composed/any.rs000064400000000000000000000053201046102023000142320ustar 00000000000000use std::io::{BufRead, Read}; use buffer_redux::BufReader; use crate::{ armor::{self, BlockType, Dearmor}, cleartext::CleartextSignedMessage, errors::Result, Deserializable, Message, SignedPublicKey, SignedSecretKey, StandaloneSignature, }; /// A flexible representation of what can be represented in an armor file. #[derive(Debug, Clone, PartialEq, Eq)] pub enum Any { Cleartext(CleartextSignedMessage), PublicKey(SignedPublicKey), SecretKey(SignedSecretKey), Message(Message), Signature(StandaloneSignature), } impl Any { /// Parse armored ascii data. pub fn from_armor(bytes: impl Read) -> Result<(Self, armor::Headers)> { Self::from_armor_buf(BufReader::new(bytes)) } /// Parse a single armor encoded composition. pub fn from_string(input: &str) -> Result<(Self, armor::Headers)> { Self::from_armor_buf(input.as_bytes()) } /// Parse armored ascii data. pub fn from_armor_buf(input: R) -> Result<(Self, armor::Headers)> { let dearmor = armor::Dearmor::new(input); let limit = dearmor.max_buffer_limit(); let (typ, headers, has_leading_data, rest) = dearmor.read_only_header()?; match typ { // Standard PGP types BlockType::PublicKey => { let dearmor = Dearmor::after_header(typ, headers.clone(), rest, limit); let key = SignedPublicKey::from_bytes(dearmor)?; Ok((Self::PublicKey(key), headers)) } BlockType::PrivateKey => { let dearmor = Dearmor::after_header(typ, headers.clone(), rest, limit); let key = SignedSecretKey::from_bytes(dearmor)?; Ok((Self::SecretKey(key), headers)) } BlockType::Message => { let dearmor = Dearmor::after_header(typ, headers.clone(), rest, limit); let msg = Message::from_bytes(dearmor)?; Ok((Self::Message(msg), headers)) } BlockType::Signature => { let dearmor = Dearmor::after_header(typ, headers.clone(), rest, limit); let sig = StandaloneSignature::from_bytes(dearmor)?; Ok((Self::Signature(sig), headers)) } BlockType::CleartextMessage => { ensure!( !has_leading_data, "must not have leading data for a cleartext message" ); let (sig, headers) = CleartextSignedMessage::from_armor_after_header(rest, headers, limit)?; Ok((Self::Cleartext(sig), headers)) } _ => unimplemented_err!("unsupported block type: {}", typ), } } } pgp-0.15.0/src/composed/cleartext.rs000064400000000000000000000476701046102023000154540ustar 00000000000000//! Implements Cleartext Signature Framework use std::collections::HashSet; use std::io::{BufRead, Read}; use buffer_redux::BufReader; use chrono::SubsecRound; use log::debug; use crate::armor::{self, header_parser, read_from_buf, BlockType, Headers}; use crate::crypto::hash::HashAlgorithm; use crate::errors::Result; use crate::line_writer::LineBreak; use crate::normalize_lines::Normalized; use crate::packet::{SignatureConfig, SignatureType, Subpacket, SubpacketData}; use crate::types::{KeyVersion, PublicKeyTrait, SecretKeyTrait}; use crate::{ArmorOptions, Deserializable, Signature, StandaloneSignature, MAX_BUFFER_SIZE}; /// Implementation of a Cleartext Signed Message. /// /// Ref #[derive(Debug, Clone, PartialEq, Eq)] pub struct CleartextSignedMessage { /// Normalized and dash-escaped representation of the signed text. /// This is exactly the format that gets serialized in cleartext format. /// /// This representation retains the line-ending encoding of the input material. csf_encoded_text: String, /// Hash algorithms that are used in the signature(s) in this message hashes: Vec, /// The actual signature(s). signatures: Vec, } impl CleartextSignedMessage { /// Construct a new cleartext message and sign it using the given key. pub fn new( text: &str, config: SignatureConfig, key: &impl SecretKeyTrait, key_pw: F, ) -> Result where F: FnOnce() -> String, { let signature_text: Vec = Normalized::new(text.bytes(), LineBreak::Crlf).collect(); let hash = config.hash_alg; let signature = config.sign(key, key_pw, &signature_text[..])?; let signature = StandaloneSignature::new(signature); Ok(Self { csf_encoded_text: dash_escape(text), hashes: vec![hash], signatures: vec![signature], }) } /// Sign the given text. pub fn sign(rng: R, text: &str, key: &impl SecretKeyTrait, key_pw: F) -> Result where R: rand::Rng + rand::CryptoRng, F: FnOnce() -> String, { let key_id = key.key_id(); let algorithm = key.algorithm(); let hash_algorithm = key.hash_alg(); let hashed_subpackets = vec![ Subpacket::regular(SubpacketData::IssuerFingerprint(key.fingerprint())), Subpacket::regular(SubpacketData::SignatureCreationTime( chrono::Utc::now().trunc_subsecs(0), )), ]; let unhashed_subpackets = vec![Subpacket::regular(SubpacketData::Issuer(key_id))]; let mut config = match key.version() { KeyVersion::V4 => SignatureConfig::v4(SignatureType::Text, algorithm, hash_algorithm), KeyVersion::V6 => { SignatureConfig::v6(rng, SignatureType::Text, algorithm, hash_algorithm)? } v => bail!("unsupported key version {:?}", v), }; config.hashed_subpackets = hashed_subpackets; config.unhashed_subpackets = unhashed_subpackets; Self::new(text, config, key, key_pw) } /// Sign the same message with multiple keys. /// /// The signer function gets invoked with the normalized original text to be signed, /// and needs to produce the individual signatures. pub fn new_many(text: &str, signer: F) -> Result where F: FnOnce(&[u8]) -> Result>, { let signature_text: Vec = Normalized::new(text.bytes(), LineBreak::Crlf).collect(); let raw_signatures = signer(&signature_text[..])?; let mut hashes = HashSet::new(); let mut signatures = Vec::new(); for signature in raw_signatures { hashes.insert(signature.hash_alg()); let signature = StandaloneSignature::new(signature); signatures.push(signature); } Ok(Self { csf_encoded_text: dash_escape(text), hashes: hashes.into_iter().collect(), signatures, }) } /// The signature on the message. pub fn signatures(&self) -> &[StandaloneSignature] { &self.signatures } /// Verify the signature against the normalized cleartext. /// /// On success returns the first signature that verified against this key. pub fn verify(&self, key: &impl PublicKeyTrait) -> Result<&StandaloneSignature> { let nt = self.signed_text(); for signature in &self.signatures { if signature.verify(key, nt.as_bytes()).is_ok() { return Ok(signature); } } bail!("No matching signature found") } /// Verify each signature, potentially against a different key. pub fn verify_many(&self, verifier: F) -> Result<()> where F: Fn(usize, &StandaloneSignature, &[u8]) -> Result<()>, { let nt = self.signed_text(); for (i, signature) in self.signatures.iter().enumerate() { verifier(i, signature, nt.as_bytes())?; } Ok(()) } /// Normalizes the text to the format that was hashed for the signature. /// The output is normalized to "\r\n" line endings. pub fn signed_text(&self) -> String { let unescaped = dash_unescape_and_trim(&self.csf_encoded_text); let normalized: Vec = Normalized::new(unescaped.bytes(), LineBreak::Crlf).collect(); std::str::from_utf8(&normalized) .map(str::to_owned) .expect("csf_encoded_text is UTF8") } /// The "cleartext framework"-encoded (i.e. dash-escaped) form of the message. pub fn text(&self) -> &str { &self.csf_encoded_text } /// Parse from an arbitrary reader, containing the text of the message. pub fn from_armor(bytes: R) -> Result<(Self, Headers)> { Self::from_armor_buf(BufReader::new(bytes), MAX_BUFFER_SIZE) } /// Parse from string, containing the text of the message. pub fn from_string(input: &str) -> Result<(Self, Headers)> { Self::from_armor_buf(input.as_bytes(), MAX_BUFFER_SIZE) } /// Parse from a buffered reader, containing the text of the message. pub fn from_armor_buf(mut b: R, limit: usize) -> Result<(Self, Headers)> { debug!("parsing cleartext message"); // Headers let (typ, headers, has_leading_data) = read_from_buf(&mut b, "cleartext header", limit, header_parser)?; ensure_eq!(typ, BlockType::CleartextMessage, "unexpected block type"); ensure!( !has_leading_data, "must not have leading data for a cleartext message" ); Self::from_armor_after_header(b, headers, limit) } pub fn from_armor_after_header( mut b: R, headers: Headers, limit: usize, ) -> Result<(Self, Headers)> { let hashes = validate_headers(headers)?; debug!("Found Hash headers: {:?}", hashes); // Cleartext Body let (csf_encoded_text, prefix) = read_cleartext_body(&mut b)?; let b = std::io::Cursor::new(prefix).chain(b); // Signatures let mut dearmor = armor::Dearmor::with_limit(b, limit); dearmor.read_header()?; // Safe to unwrap, as read_header succeeded. let typ = dearmor .typ .ok_or_else(|| format_err!("dearmor failed to retrieve armor type"))?; ensure_eq!(typ, BlockType::Signature, "invalid block type"); let signatures = StandaloneSignature::from_bytes_many(&mut dearmor); let signatures = signatures.collect::>()?; let (_, headers, _, b) = dearmor.into_parts(); if has_rest(b)? { bail!("unexpected trailing data"); } Ok(( Self { csf_encoded_text, hashes, signatures, }, headers, )) } pub fn to_armored_writer( &self, writer: &mut impl std::io::Write, opts: ArmorOptions<'_>, ) -> Result<()> { // Header writer.write_all(HEADER_LINE.as_bytes())?; writer.write_all(b"\n")?; // Hashes for hash in &self.hashes { writer.write_all(b"Hash: ")?; writer.write_all(hash.to_string().as_bytes())?; writer.write_all(b"\n")?; } writer.write_all(b"\n")?; // Cleartext body writer.write_all(self.csf_encoded_text.as_bytes())?; writer.write_all(b"\n")?; armor::write( &self.signatures, armor::BlockType::Signature, writer, opts.headers, opts.include_checksum, )?; Ok(()) } pub fn to_armored_bytes(&self, opts: ArmorOptions<'_>) -> Result> { let mut buf = Vec::new(); self.to_armored_writer(&mut buf, opts)?; Ok(buf) } pub fn to_armored_string(&self, opts: ArmorOptions<'_>) -> Result { let res = String::from_utf8(self.to_armored_bytes(opts)?).map_err(|e| e.utf8_error())?; Ok(res) } } fn validate_headers(headers: Headers) -> Result> { let mut hashes = Vec::new(); for (name, values) in headers { ensure_eq!(name, "Hash", "unexpected header"); for value in values { let h: HashAlgorithm = value.parse()?; hashes.push(h); } } Ok(hashes) } /// Dash escape the given text. /// /// This implementation is implicitly agnostic between "\n" and "\r\n" line endings. /// /// Ref fn dash_escape(text: &str) -> String { let mut out = String::new(); for line in text.split_inclusive('\n') { if line.starts_with('-') { out += "- "; } out.push_str(line); } out } /// Undo dash escaping of `text`, and trim space/tabs at the end of lines. /// /// This implementation can handle both "\n" and "\r\n" line endings. fn dash_unescape_and_trim(text: &str) -> String { let mut out = String::new(); for line in text.split_inclusive('\n') { // break each line into "content" and "line ending" let line_end_len = if line.ends_with("\r\n") { 2 } else if line.ends_with('\n') { 1 } else { 0 }; let (content, end) = line.split_at(line.len() - line_end_len); // trim spaces/tabs from the end of line content let trimmed = content.trim_end_matches([' ', '\t']); // strip dash escapes if they exist if let Some(stripped) = trimmed.strip_prefix("- ") { out += stripped; } else { out += trimmed; } // output line ending out += end; } out } /// Does the remaining buffer contain any non-whitespace characters? fn has_rest(mut b: R) -> Result { let mut buf = [0u8; 64]; while b.read(&mut buf)? > 0 { if buf.iter().any(|&c| !char::from(c).is_ascii_whitespace()) { return Ok(true); } } Ok(false) } const HEADER_LINE: &str = "-----BEGIN PGP SIGNED MESSAGE-----"; fn read_cleartext_body(b: &mut B) -> Result<(String, String)> { let mut out = String::new(); loop { let read = b.read_line(&mut out)?; // early end if read == 0 { bail!("unexpected early end"); } // Look at the last line if let Some(pos) = out.rfind("\n-----") { // found our end let rest = out.split_off(pos + 1); // remove trailing line break if let Some(pos) = out.rfind("\r\n") { out.truncate(pos); } else { out.truncate(out.len() - 1); } return Ok((out, rest)); } } } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use rand::SeedableRng; use rand_chacha::ChaCha8Rng; use super::*; use crate::{Any, SignedPublicKey, SignedSecretKey}; #[test] fn test_cleartext_openpgp_1() { let _ = pretty_env_logger::try_init(); let data = std::fs::read_to_string("./tests/openpgp/samplemsgs/clearsig-1-key-1.asc").unwrap(); let (msg, headers) = CleartextSignedMessage::from_string(&data).unwrap(); assert_eq!(normalize(msg.text()), normalize("You are scrupulously honest, frank, and straightforward. Therefore you\nhave few friends.")); assert_eq!(headers.len(), 1); assert_eq!( headers.get("Version").unwrap(), &vec!["GnuPG v2".to_string()] ); assert_eq!(msg.signatures().len(), 1); roundtrip(&data, &msg, &headers); } #[test] fn test_cleartext_openpgp_2() { let _ = pretty_env_logger::try_init(); let data = std::fs::read_to_string("./tests/openpgp/samplemsgs/clearsig-2-keys-1.asc").unwrap(); let (msg, headers) = CleartextSignedMessage::from_string(&data).unwrap(); assert_eq!( normalize(msg.text()), normalize("\"The geeks shall inherit the earth.\"\n -- Karl Lehenbauer") ); assert_eq!(headers.len(), 1); assert_eq!( headers.get("Version").unwrap(), &vec!["GnuPG v2".to_string()] ); assert_eq!(msg.signatures().len(), 2); roundtrip(&data, &msg, &headers); } #[test] fn test_cleartext_openpgp_3() { let _ = pretty_env_logger::try_init(); let data = std::fs::read_to_string("./tests/openpgp/samplemsgs/clearsig-2-keys-2.asc").unwrap(); let (msg, headers) = CleartextSignedMessage::from_string(&data).unwrap(); assert_eq!( normalize(msg.text()), normalize("The very remembrance of my former misfortune proves a new one to me.\n -- Miguel de Cervantes") ); assert_eq!(headers.len(), 1); assert_eq!( headers.get("Version").unwrap(), &vec!["GnuPG v2".to_string()] ); roundtrip(&data, &msg, &headers); } #[test] fn test_cleartext_interop_testsuite_1_good() { let _ = pretty_env_logger::try_init(); let data = std::fs::read_to_string("./tests/unit-tests/cleartext-msg-01.asc").unwrap(); let (msg, headers) = CleartextSignedMessage::from_string(&data).unwrap(); assert_eq!( normalize(msg.text()), normalize( "- From the grocery store we need:\n\n- - tofu\n- - vegetables\n- - noodles\n\n" ) ); assert!(headers.is_empty()); assert_eq!( msg.signed_text(), "From the grocery store we need:\r\n\r\n- tofu\r\n- vegetables\r\n- noodles\r\n\r\n" ); let key_data = std::fs::read_to_string("./tests/unit-tests/cleartext-key-01.asc").unwrap(); let (key, _) = SignedSecretKey::from_string(&key_data).unwrap(); msg.verify(&key.public_key()).unwrap(); assert_eq!(msg.signatures().len(), 1); roundtrip(&data, &msg, &headers); } #[test] fn test_cleartext_interop_testsuite_1_any() { let _ = pretty_env_logger::try_init(); let data = std::fs::read_to_string("./tests/unit-tests/cleartext-msg-01.asc").unwrap(); let (msg, headers) = CleartextSignedMessage::from_string(&data).unwrap(); let (any, headers2) = Any::from_string(&data).unwrap(); assert_eq!(headers, headers2); if let Any::Cleartext(msg2) = any { assert_eq!(msg, msg2); } else { panic!("got unexpected type of any: {:?}", any); } } #[test] fn test_cleartext_interop_testsuite_1_fail() { let _ = pretty_env_logger::try_init(); let data = std::fs::read_to_string("./tests/unit-tests/cleartext-msg-01-fail.asc").unwrap(); let err = CleartextSignedMessage::from_string(&data).unwrap_err(); dbg!(err); let err = Any::from_string(&data).unwrap_err(); dbg!(err); } #[test] fn test_cleartext_interop_testsuite_2_fail() { let _ = pretty_env_logger::try_init(); let data = std::fs::read_to_string("./tests/unit-tests/cleartext-msg-02-fail.asc").unwrap(); let err = CleartextSignedMessage::from_string(&data).unwrap_err(); dbg!(err); let err = Any::from_string(&data).unwrap_err(); dbg!(err); } fn roundtrip(expected: &str, msg: &CleartextSignedMessage, headers: &Headers) { let expected = normalize(expected); let out = msg.to_armored_string(Some(headers).into()).unwrap(); let out = normalize(out); assert_eq!(expected, out); } fn normalize(a: impl AsRef) -> String { a.as_ref().replace("\r\n", "\n").replace('\r', "\n") } #[test] fn test_cleartext_body() { let mut data = std::io::Cursor::new(b"-- hello\n--world\n-----bla"); assert_eq!( read_cleartext_body(&mut data).unwrap(), ("-- hello\n--world".to_string(), "-----bla".to_string()), ); let mut data = std::io::Cursor::new(b"-- hello\r\n--world\r\n-----bla"); assert_eq!( read_cleartext_body(&mut data).unwrap(), ("-- hello\r\n--world".to_string(), "-----bla".to_string()), ); } #[test] fn test_dash_escape() { let input = "From the grocery store we need: - tofu - vegetables - noodles "; let expected = "From the grocery store we need: - - tofu - - vegetables - - noodles "; assert_eq!(dash_escape(input), expected); } #[test] fn test_dash_unescape_and_trim() { let input = "From the grocery store we need: - - tofu\u{20}\u{20} - - vegetables\t - - noodles "; let expected = "From the grocery store we need: - tofu - vegetables - noodles "; assert_eq!(dash_unescape_and_trim(input), expected); } #[test] fn test_sign() { let mut rng = ChaCha8Rng::seed_from_u64(0); let key_data = std::fs::read_to_string("./tests/unit-tests/cleartext-key-01.asc").unwrap(); let (key, _) = SignedSecretKey::from_string(&key_data).unwrap(); let msg = CleartextSignedMessage::sign( &mut rng, "hello\n-world-what-\nis up\n", &key, String::new, ) .unwrap(); msg.verify(&key.public_key()).unwrap(); } #[test] fn test_sign_no_newline() { const MSG: &str = "message without newline at the end"; let mut rng = ChaCha8Rng::seed_from_u64(0); let key_data = std::fs::read_to_string("./tests/unit-tests/cleartext-key-01.asc").unwrap(); let (key, _) = SignedSecretKey::from_string(&key_data).unwrap(); let msg = CleartextSignedMessage::sign(&mut rng, MSG, &key, String::new).unwrap(); assert_eq!(msg.signed_text(), MSG); msg.verify(&key.public_key()).unwrap(); } #[test] fn test_load_big_csf() { let msg_data = std::fs::read_to_string("./tests/unit-tests/csf-puppet/InRelease").unwrap(); // FIXME: this fails to read -> buffer_redux problem!? let (_msg, _) = CleartextSignedMessage::from_armor(msg_data.as_bytes()).unwrap(); } #[test] fn test_verify_csf_puppet() { // test data via https://github.com/rpgp/rpgp/issues/424 let msg_data = std::fs::read_to_string("./tests/unit-tests/csf-puppet/InRelease").unwrap(); let (Any::Cleartext(msg), headers) = Any::from_string(&msg_data).unwrap() else { panic!("couldn't read msg") }; // superficially look at message assert_eq!(headers.len(), 0); assert_eq!(msg.signatures().len(), 1); roundtrip(&msg_data, &msg, &headers); // validate signature let cert_data = std::fs::read_to_string("./tests/unit-tests/csf-puppet/DEB-GPG-KEY-puppet-20250406") .unwrap(); let (cert, _) = SignedPublicKey::from_string(&cert_data).unwrap(); msg.verify(&cert).expect("verify"); } } pgp-0.15.0/src/composed/key/builder.rs000064400000000000000000000754431046102023000156760ustar 00000000000000use std::time::Duration; use chrono::SubsecRound; use derive_builder::Builder; use rand::{CryptoRng, Rng}; use smallvec::SmallVec; use crate::composed::{KeyDetails, SecretKey, SecretSubkey}; use crate::crypto::aead::AeadAlgorithm; use crate::crypto::ecc_curve::ECCCurve; use crate::crypto::hash::HashAlgorithm; use crate::crypto::public_key::PublicKeyAlgorithm; use crate::crypto::sym::SymmetricKeyAlgorithm; use crate::crypto::{dsa, ecdh, ecdsa, eddsa, rsa, x25519}; use crate::errors::Result; use crate::packet::{self, KeyFlags, UserAttribute, UserId}; use crate::types::{self, CompressionAlgorithm, PublicParams, RevocationKey, S2kParams}; #[derive(Debug, PartialEq, Eq, Builder)] #[builder(build_fn(validate = "Self::validate"))] pub struct SecretKeyParams { key_type: KeyType, // -- Keyflags #[builder(default)] can_sign: bool, #[builder(default)] can_certify: bool, #[builder(default)] can_encrypt: bool, // -- Preferences /// List of symmetric algorithms that indicate which algorithms the key holder prefers to use. #[builder(default)] preferred_symmetric_algorithms: SmallVec<[SymmetricKeyAlgorithm; 8]>, /// List of hash algorithms that indicate which algorithms the key holder prefers to use. #[builder(default)] preferred_hash_algorithms: SmallVec<[HashAlgorithm; 8]>, /// List of compression algorithms that indicate which algorithms the key holder prefers to use. #[builder(default)] preferred_compression_algorithms: SmallVec<[CompressionAlgorithm; 8]>, #[builder(default)] preferred_aead_algorithms: SmallVec<[(SymmetricKeyAlgorithm, AeadAlgorithm); 4]>, #[builder(default)] revocation_key: Option, #[builder] primary_user_id: String, #[builder(default)] user_ids: Vec, #[builder(default)] user_attributes: Vec, #[builder(default)] passphrase: Option, #[builder(default)] s2k: Option, #[builder(default = "chrono::Utc::now().trunc_subsecs(0)")] created_at: chrono::DateTime, #[builder(default)] packet_version: types::Version, #[builder(default)] version: types::KeyVersion, #[builder(default)] expiration: Option, #[builder(default)] subkeys: Vec, } #[derive(Debug, Clone, PartialEq, Eq, Builder)] pub struct SubkeyParams { key_type: KeyType, #[builder(default)] can_sign: bool, #[builder(default)] can_certify: bool, #[builder(default)] can_encrypt: bool, #[builder(default)] can_authenticate: bool, #[builder(default)] user_ids: Vec, #[builder(default)] user_attributes: Vec, #[builder(default)] passphrase: Option, #[builder(default)] s2k: Option, #[builder(default = "chrono::Utc::now().trunc_subsecs(0)")] created_at: chrono::DateTime, #[builder(default)] packet_version: types::Version, #[builder(default)] version: types::KeyVersion, #[builder(default)] expiration: Option, } impl SecretKeyParamsBuilder { fn validate(&self) -> std::result::Result<(), String> { match &self.key_type { Some(KeyType::Rsa(size)) => { if *size < 2048 { return Err("Keys with less than 2048bits are considered insecure".into()); } } Some(KeyType::EdDSALegacy) => { if let Some(can_encrypt) = self.can_encrypt { if can_encrypt { return Err("EdDSA can only be used for signing keys".into()); } } } Some(KeyType::ECDSA(curve)) => { if let Some(can_encrypt) = self.can_encrypt { if can_encrypt { return Err("ECDSA can only be used for signing keys".into()); } }; match curve { ECCCurve::P256 | ECCCurve::P384 | ECCCurve::P521 | ECCCurve::Secp256k1 => {} _ => return Err(format!("Curve {} is not supported for ECDSA", curve.name())), } } Some(KeyType::ECDH(_)) => { if let Some(can_sign) = self.can_sign { if can_sign { return Err("ECDH can only be used for encryption keys".into()); } } } Some(KeyType::Dsa(_)) => { if let Some(can_encrypt) = self.can_encrypt { if can_encrypt { return Err("DSA can only be used for signing keys".into()); } } } _ => {} } Ok(()) } pub fn user_id>(&mut self, value: VALUE) -> &mut Self { if let Some(ref mut user_ids) = self.user_ids { user_ids.push(value.into()); } else { self.user_ids = Some(vec![value.into()]); } self } pub fn subkey>(&mut self, value: VALUE) -> &mut Self { if let Some(ref mut subkeys) = self.subkeys { subkeys.push(value.into()); } else { self.subkeys = Some(vec![value.into()]); } self } } impl SecretKeyParams { pub fn generate(self, mut rng: R) -> Result { let passphrase = self.passphrase; let s2k = self .s2k .unwrap_or_else(|| S2kParams::new_default(&mut rng, self.version)); let (public_params, secret_params) = self.key_type.generate(&mut rng)?; let mut primary_key = packet::SecretKey::new( packet::PublicKey::new( self.packet_version, self.version, self.key_type.to_alg(), self.created_at, self.expiration.map(|v| v.as_secs() as u16), public_params, )?, secret_params, ); if let Some(passphrase) = passphrase { primary_key.set_password_with_s2k(|| passphrase, s2k)?; } let mut keyflags = KeyFlags::default(); keyflags.set_certify(self.can_certify); keyflags.set_encrypt_comms(self.can_encrypt); keyflags.set_encrypt_storage(self.can_encrypt); keyflags.set_sign(self.can_sign); Ok(SecretKey::new( primary_key, KeyDetails::new( UserId::from_str(Default::default(), &self.primary_user_id), self.user_ids .iter() .map(|m| UserId::from_str(Default::default(), m)) .collect(), self.user_attributes, keyflags, self.preferred_symmetric_algorithms, self.preferred_hash_algorithms, self.preferred_compression_algorithms, self.preferred_aead_algorithms, self.revocation_key, ), Default::default(), self.subkeys .into_iter() .map(|subkey| { let passphrase = subkey.passphrase; let s2k = subkey .s2k .unwrap_or_else(|| S2kParams::new_default(&mut rng, subkey.version)); let (public_params, secret_params) = subkey.key_type.generate(&mut rng)?; let mut keyflags = KeyFlags::default(); keyflags.set_certify(subkey.can_certify); keyflags.set_encrypt_comms(subkey.can_encrypt); keyflags.set_encrypt_storage(subkey.can_encrypt); keyflags.set_sign(subkey.can_sign); keyflags.set_authentication(subkey.can_authenticate); let mut sub = packet::SecretSubkey::new( packet::PublicSubkey::new( subkey.packet_version, subkey.version, subkey.key_type.to_alg(), subkey.created_at, subkey.expiration.map(|v| v.as_secs() as u16), public_params, )?, secret_params, ); if let Some(passphrase) = passphrase { sub.set_password_with_s2k(|| passphrase, s2k)?; } Ok(SecretSubkey::new(sub, keyflags)) }) .collect::>>()?, )) } } #[derive(Clone, Debug, PartialEq, Eq)] pub enum KeyType { /// Encryption & Signing with RSA and the given bitsize. Rsa(u32), /// Encrypting with ECDH ECDH(ECCCurve), /// Signing with Curve25519, legacy format (deprecated in RFC 9580) EdDSALegacy, /// Signing with ECDSA ECDSA(ECCCurve), /// Signing with DSA for the given bitsize. Dsa(DsaKeySize), /// Signing with Ed25519 Ed25519, /// Encrypting with X25519 X25519, /// Encrypting with X448 #[cfg(feature = "unstable-curve448")] X448, } #[derive(Clone, Debug, Copy, PartialEq, Eq)] #[repr(u32)] pub enum DsaKeySize { /// DSA parameter size constant: L = 1024, N = 160 B1024 = 1024, /// DSA parameter size constant: L = 2048, N = 256 B2048 = 2048, /// DSA parameter size constant: L = 3072, N = 256 B3072 = 3072, } impl From for dsa::KeySize { fn from(value: DsaKeySize) -> Self { match value { #[allow(deprecated)] DsaKeySize::B1024 => dsa::KeySize::DSA_1024_160, DsaKeySize::B2048 => dsa::KeySize::DSA_2048_256, DsaKeySize::B3072 => dsa::KeySize::DSA_3072_256, } } } impl KeyType { pub fn to_alg(&self) -> PublicKeyAlgorithm { match self { KeyType::Rsa(_) => PublicKeyAlgorithm::RSA, KeyType::ECDH(_) => PublicKeyAlgorithm::ECDH, KeyType::EdDSALegacy => PublicKeyAlgorithm::EdDSALegacy, KeyType::ECDSA(_) => PublicKeyAlgorithm::ECDSA, KeyType::Dsa(_) => PublicKeyAlgorithm::DSA, KeyType::Ed25519 => PublicKeyAlgorithm::Ed25519, KeyType::X25519 => PublicKeyAlgorithm::X25519, #[cfg(feature = "unstable-curve448")] KeyType::X448 => PublicKeyAlgorithm::X448, } } pub fn generate( &self, rng: R, ) -> Result<(PublicParams, types::SecretParams)> { let (pub_params, plain) = match self { KeyType::Rsa(bit_size) => rsa::generate_key(rng, *bit_size as usize)?, KeyType::ECDH(curve) => ecdh::generate_key(rng, curve)?, KeyType::EdDSALegacy => eddsa::generate_key(rng, eddsa::Mode::EdDSALegacy), KeyType::ECDSA(curve) => ecdsa::generate_key(rng, curve)?, KeyType::Dsa(key_size) => dsa::generate_key(rng, (*key_size).into())?, KeyType::Ed25519 => eddsa::generate_key(rng, eddsa::Mode::Ed25519), KeyType::X25519 => x25519::generate_key(rng), #[cfg(feature = "unstable-curve448")] KeyType::X448 => crate::crypto::x448::generate_key(rng), }; Ok((pub_params, types::SecretParams::Plain(plain))) } } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use rand::SeedableRng; use rand_chacha::ChaCha8Rng; use smallvec::smallvec; use super::*; use crate::composed::{Deserializable, SignedPublicKey, SignedSecretKey}; use crate::types::{KeyVersion, SecretKeyTrait}; #[test] #[ignore] // slow in debug mode fn test_key_gen_rsa_2048_v4() { let _ = pretty_env_logger::try_init(); let mut rng = ChaCha8Rng::seed_from_u64(0); for i in 0..5 { println!("round {i}"); gen_rsa_2048(&mut rng, KeyVersion::V4); } } #[test] #[ignore] // slow in debug mode fn test_key_gen_rsa_2048_v6() { let _ = pretty_env_logger::try_init(); let mut rng = ChaCha8Rng::seed_from_u64(0); for i in 0..5 { println!("round {i}"); gen_rsa_2048(&mut rng, KeyVersion::V6); } } fn gen_rsa_2048(mut rng: R, version: KeyVersion) { let mut key_params = SecretKeyParamsBuilder::default(); key_params .version(version) .key_type(KeyType::Rsa(2048)) .can_certify(true) .can_sign(true) .primary_user_id("Me ".into()) .preferred_symmetric_algorithms(smallvec![ SymmetricKeyAlgorithm::AES256, SymmetricKeyAlgorithm::AES192, SymmetricKeyAlgorithm::AES128, ]) .preferred_hash_algorithms(smallvec![ HashAlgorithm::SHA2_256, HashAlgorithm::SHA2_384, HashAlgorithm::SHA2_512, HashAlgorithm::SHA2_224, HashAlgorithm::SHA1, ]) .preferred_compression_algorithms(smallvec![ CompressionAlgorithm::ZLIB, CompressionAlgorithm::ZIP, ]); let key_params_enc = key_params .clone() .passphrase(Some("hello".into())) .subkey( SubkeyParamsBuilder::default() .version(version) .key_type(KeyType::Rsa(2048)) .passphrase(Some("hello".into())) .can_encrypt(true) .build() .unwrap(), ) .build() .unwrap(); let key_enc = key_params_enc .generate(&mut rng) .expect("failed to generate secret key, encrypted"); let key_params_plain = key_params .passphrase(None) .subkey( SubkeyParamsBuilder::default() .version(version) .key_type(KeyType::Rsa(2048)) .can_encrypt(true) .build() .unwrap(), ) .build() .unwrap(); let key_plain = key_params_plain .generate(&mut rng) .expect("failed to generate secret key"); let signed_key_enc = key_enc .sign(&mut rng, || "hello".into()) .expect("failed to sign key"); let signed_key_plain = key_plain .sign(&mut rng, || "".into()) .expect("failed to sign key"); let armor_enc = signed_key_enc .to_armored_string(None.into()) .expect("failed to serialize key"); let armor_plain = signed_key_plain .to_armored_string(None.into()) .expect("failed to serialize key"); // std::fs::write("sample-rsa-enc.sec.asc", &armor_enc).unwrap(); // std::fs::write("sample-rsa.sec.asc", &armor_plain).unwrap(); let (signed_key2_enc, _headers) = SignedSecretKey::from_string(&armor_enc).expect("failed to parse key (enc)"); signed_key2_enc.verify().expect("invalid key (enc)"); let (signed_key2_plain, _headers) = SignedSecretKey::from_string(&armor_plain).expect("failed to parse key (plain)"); signed_key2_plain.verify().expect("invalid key (plain)"); signed_key2_enc .unlock(|| "hello".into(), |_| Ok(())) .expect("failed to unlock parsed key (enc)"); signed_key2_plain .unlock(|| "".into(), |_| Ok(())) .expect("failed to unlock parsed key (plain)"); assert_eq!(signed_key_plain, signed_key2_plain); let public_key = signed_key_plain.public_key(); let public_signed_key = public_key .sign(&mut rng, &signed_key_plain, || "".into()) .expect("failed to sign public key"); public_signed_key.verify().expect("invalid public key"); let armor = public_signed_key .to_armored_string(None.into()) .expect("failed to serialize public key"); // std::fs::write("sample-rsa.pub.asc", &armor).unwrap(); let (signed_key2, _headers) = SignedPublicKey::from_string(&armor).expect("failed to parse public key"); signed_key2.verify().expect("invalid public key"); } #[ignore] #[test] fn key_gen_25519_legacy_long() { let mut rng = ChaCha8Rng::seed_from_u64(0); for i in 0..10_000 { println!("round {i}"); gen_25519_legacy(&mut rng); } } #[test] fn key_gen_25519_legacy_short() { let mut rng = ChaCha8Rng::seed_from_u64(0); for _ in 0..10 { gen_25519_legacy(&mut rng); } } fn gen_25519_legacy(mut rng: R) { // The v4-only key format variants based on Curve 25519 (EdDSALegacy/ECDH over 25519) let _ = pretty_env_logger::try_init(); let key_params = SecretKeyParamsBuilder::default() .key_type(KeyType::EdDSALegacy) .can_certify(true) .can_sign(true) .primary_user_id("Me-X ".into()) .passphrase(None) .preferred_symmetric_algorithms(smallvec![ SymmetricKeyAlgorithm::AES256, SymmetricKeyAlgorithm::AES192, SymmetricKeyAlgorithm::AES128, ]) .preferred_hash_algorithms(smallvec![ HashAlgorithm::SHA2_256, HashAlgorithm::SHA2_384, HashAlgorithm::SHA2_512, HashAlgorithm::SHA2_224, HashAlgorithm::SHA1, ]) .preferred_compression_algorithms(smallvec![ CompressionAlgorithm::ZLIB, CompressionAlgorithm::ZIP, ]) .subkey( SubkeyParamsBuilder::default() .key_type(KeyType::ECDH(ECCCurve::Curve25519)) .can_encrypt(true) .passphrase(None) .build() .unwrap(), ) .build() .unwrap(); let key = key_params .generate(&mut rng) .expect("failed to generate secret key"); let signed_key = key .sign(&mut rng, || "".into()) .expect("failed to sign key"); let armor = signed_key .to_armored_string(None.into()) .expect("failed to serialize key"); // std::fs::write("sample-25519-legacy.sec.asc", &armor).unwrap(); let (signed_key2, _headers) = SignedSecretKey::from_string(&armor).expect("failed to parse key"); signed_key2.verify().expect("invalid key"); assert_eq!(signed_key, signed_key2); let public_key = signed_key.public_key(); let public_signed_key = public_key .sign(&mut rng, &signed_key, || "".into()) .expect("failed to sign public key"); public_signed_key.verify().expect("invalid public key"); let armor = public_signed_key .to_armored_string(None.into()) .expect("failed to serialize public key"); // std::fs::write("sample-25519-legacy.pub.asc", &armor).unwrap(); let (signed_key2, _headers) = SignedPublicKey::from_string(&armor).expect("failed to parse public key"); signed_key2.verify().expect("invalid public key"); } #[ignore] #[test] fn key_gen_25519_rfc9580_long() { let mut rng = ChaCha8Rng::seed_from_u64(0); for key_version in [KeyVersion::V4, KeyVersion::V6] { println!("key version {:?}", key_version); for i in 0..10_000 { println!("round {i}"); gen_25519_rfc9580(&mut rng, key_version); } } } #[test] fn key_gen_25519_rfc9580_short() { let mut rng = ChaCha8Rng::seed_from_u64(0); for key_version in [KeyVersion::V4, KeyVersion::V6] { println!("key version {:?}", key_version); for _ in 0..10 { gen_25519_rfc9580(&mut rng, key_version); } } } fn gen_25519_rfc9580(mut rng: R, version: KeyVersion) { // The RFC 9580 key format variants based on Curve 25519 (X25519/Ed25519) let _ = pretty_env_logger::try_init(); let key_params = SecretKeyParamsBuilder::default() .version(version) .key_type(KeyType::Ed25519) .can_certify(true) .can_sign(true) .primary_user_id("Me-X ".into()) .passphrase(None) .preferred_symmetric_algorithms(smallvec![ SymmetricKeyAlgorithm::AES256, SymmetricKeyAlgorithm::AES192, SymmetricKeyAlgorithm::AES128, ]) .preferred_hash_algorithms(smallvec![ HashAlgorithm::SHA2_256, HashAlgorithm::SHA2_384, HashAlgorithm::SHA2_512, HashAlgorithm::SHA2_224, HashAlgorithm::SHA1, ]) .preferred_compression_algorithms(smallvec![ CompressionAlgorithm::ZLIB, CompressionAlgorithm::ZIP, ]) .subkey( SubkeyParamsBuilder::default() .version(version) .key_type(KeyType::X25519) .can_encrypt(true) .passphrase(None) .build() .unwrap(), ) .build() .unwrap(); let key = key_params .generate(&mut rng) .expect("failed to generate secret key"); let signed_key = key .sign(&mut rng, || "".into()) .expect("failed to sign key"); let armor = signed_key .to_armored_string(None.into()) .expect("failed to serialize key"); // std::fs::write("sample-25519-rfc9580.sec.asc", &armor).unwrap(); let (signed_key2, _headers) = SignedSecretKey::from_string(&armor).expect("failed to parse key"); signed_key2.verify().expect("invalid key"); assert_eq!(signed_key, signed_key2); let public_key = signed_key.public_key(); let public_signed_key = public_key .sign(&mut rng, &signed_key, || "".into()) .expect("failed to sign public key"); public_signed_key.verify().expect("invalid public key"); let armor = public_signed_key .to_armored_string(None.into()) .expect("failed to serialize public key"); // std::fs::write("sample-25519-rfc9580.pub.asc", &armor).unwrap(); let (signed_key2, _headers) = SignedPublicKey::from_string(&armor).expect("failed to parse public key"); signed_key2.verify().expect("invalid public key"); } fn gen_ecdsa_ecdh( mut rng: R, ecdsa: ECCCurve, ecdh: ECCCurve, version: KeyVersion, ) { let _ = pretty_env_logger::try_init(); let key_params = SecretKeyParamsBuilder::default() .version(version) .key_type(KeyType::ECDSA(ecdsa.clone())) .can_certify(true) .can_sign(true) .primary_user_id("Me-X ".into()) .passphrase(None) .preferred_symmetric_algorithms(smallvec![ SymmetricKeyAlgorithm::AES256, SymmetricKeyAlgorithm::AES192, SymmetricKeyAlgorithm::AES128, ]) .preferred_hash_algorithms(smallvec![ HashAlgorithm::SHA2_256, HashAlgorithm::SHA2_384, HashAlgorithm::SHA2_512, HashAlgorithm::SHA2_224, HashAlgorithm::SHA1, ]) .preferred_compression_algorithms(smallvec![ CompressionAlgorithm::ZLIB, CompressionAlgorithm::ZIP, ]) .subkey( SubkeyParamsBuilder::default() .version(version) .key_type(KeyType::ECDH(ecdh.clone())) .can_encrypt(true) .passphrase(None) .build() .unwrap(), ) .build() .unwrap(); let key = key_params .generate(&mut rng) .expect("failed to generate secret key"); let signed_key = key .sign(&mut rng, || "".into()) .expect("failed to sign key"); let armor = signed_key .to_armored_string(None.into()) .expect("failed to serialize key"); // std::fs::write( // format!("sample-ecdsa-{ecdsa:?}-ecdh-{ecdh:?}.pub.asc"), // &armor, // ) // .unwrap(); let (signed_key2, _headers) = SignedSecretKey::from_string(&armor).expect("failed to parse key"); signed_key2.verify().expect("invalid key"); assert_eq!(signed_key, signed_key2); let public_key = signed_key.public_key(); let public_signed_key = public_key .sign(&mut rng, &signed_key, || "".into()) .expect("failed to sign public key"); public_signed_key.verify().expect("invalid public key"); let armor = public_signed_key .to_armored_string(None.into()) .expect("failed to serialize public key"); // std::fs::write( // format!("sample-ecdsa-{ecdsa:?}-ecdh-{ecdh:?}.pub.asc"), // &armor, // ) // .unwrap(); let (signed_key2, _headers) = SignedPublicKey::from_string(&armor).expect("failed to parse public key"); signed_key2.verify().expect("invalid public key"); } #[test] fn key_gen_ecdsa_p256_v4() { let mut rng = &mut ChaCha8Rng::seed_from_u64(0); for _ in 0..=175 { gen_ecdsa_ecdh(&mut rng, ECCCurve::P256, ECCCurve::P256, KeyVersion::V4); } } #[test] fn key_gen_ecdsa_p256_v6() { let mut rng = &mut ChaCha8Rng::seed_from_u64(0); for _ in 0..=175 { gen_ecdsa_ecdh(&mut rng, ECCCurve::P256, ECCCurve::P256, KeyVersion::V6); } } #[test] #[ignore] fn key_gen_ecdsa_p384_v4() { let mut rng = &mut ChaCha8Rng::seed_from_u64(0); for _ in 0..100 { gen_ecdsa_ecdh(&mut rng, ECCCurve::P384, ECCCurve::P384, KeyVersion::V4); } } #[test] #[ignore] fn key_gen_ecdsa_p384_v6() { let mut rng = &mut ChaCha8Rng::seed_from_u64(0); for _ in 0..100 { gen_ecdsa_ecdh(&mut rng, ECCCurve::P384, ECCCurve::P384, KeyVersion::V6); } } #[test] #[ignore] fn key_gen_ecdsa_p521_v4() { let mut rng = &mut ChaCha8Rng::seed_from_u64(0); for _ in 0..100 { gen_ecdsa_ecdh(&mut rng, ECCCurve::P521, ECCCurve::P521, KeyVersion::V4); } } #[test] #[ignore] fn key_gen_ecdsa_p521_v6() { let mut rng = &mut ChaCha8Rng::seed_from_u64(0); for _ in 0..100 { gen_ecdsa_ecdh(&mut rng, ECCCurve::P521, ECCCurve::P521, KeyVersion::V6); } } #[test] fn key_gen_ecdsa_secp256k1() { let mut rng = &mut ChaCha8Rng::seed_from_u64(0); for _ in 0..100 { gen_ecdsa_ecdh( &mut rng, ECCCurve::Secp256k1, ECCCurve::Curve25519, // we don't currently support ECDH over Secp256k1 KeyVersion::V4, // use of secp256k1 isn't specified in RFC 9580 ); } } fn gen_dsa(mut rng: R, key_size: DsaKeySize) { let _ = pretty_env_logger::try_init(); let key_params = SecretKeyParamsBuilder::default() .key_type(KeyType::Dsa(key_size)) .can_certify(true) .can_sign(true) .primary_user_id("Me-X ".into()) .passphrase(None) .preferred_symmetric_algorithms(smallvec![ SymmetricKeyAlgorithm::AES256, SymmetricKeyAlgorithm::AES192, SymmetricKeyAlgorithm::AES128, ]) .preferred_hash_algorithms(smallvec![ HashAlgorithm::SHA2_256, HashAlgorithm::SHA2_384, HashAlgorithm::SHA2_512, HashAlgorithm::SHA2_224, HashAlgorithm::SHA1, ]) .preferred_compression_algorithms(smallvec![ CompressionAlgorithm::ZLIB, CompressionAlgorithm::ZIP, ]) .subkey( SubkeyParamsBuilder::default() .key_type(KeyType::ECDH(ECCCurve::Curve25519)) .can_encrypt(true) .passphrase(None) .build() .unwrap(), ) .build() .unwrap(); let key = key_params .generate(&mut rng) .expect("failed to generate secret key"); let signed_key = key .sign(&mut rng, || "".into()) .expect("failed to sign key"); let armor = signed_key .to_armored_string(None.into()) .expect("failed to serialize key"); // std::fs::write("sample-dsa.sec.asc", &armor).unwrap(); let (signed_key2, _headers) = SignedSecretKey::from_string(&armor).expect("failed to parse key"); signed_key2.verify().expect("invalid key"); assert_eq!(signed_key, signed_key2); let public_key = signed_key.public_key(); let public_signed_key = public_key .sign(&mut rng, &signed_key, || "".into()) .expect("failed to sign public key"); public_signed_key.verify().expect("invalid public key"); let armor = public_signed_key .to_armored_string(None.into()) .expect("failed to serialize public key"); // std::fs::write(format!("sample-dsa-{key_size:?}.pub.asc"), &armor).unwrap(); let (signed_key2, _headers) = SignedPublicKey::from_string(&armor).expect("failed to parse public key"); signed_key2.verify().expect("invalid public key"); } // Test is slow in debug mode #[test] #[ignore] fn key_gen_dsa_1024() { let mut rng = &mut ChaCha8Rng::seed_from_u64(0); for _ in 0..5 { gen_dsa(&mut rng, DsaKeySize::B1024); } } // Test is slow in debug mode #[test] #[ignore] fn key_gen_dsa_2048() { let mut rng = &mut ChaCha8Rng::seed_from_u64(0); for _ in 0..5 { gen_dsa(&mut rng, DsaKeySize::B2048); } } // Test is slow in debug mode #[test] #[ignore] fn key_gen_dsa_3072() { let mut rng = &mut ChaCha8Rng::seed_from_u64(0); gen_dsa(&mut rng, DsaKeySize::B3072); } } pgp-0.15.0/src/composed/key/mod.rs000064400000000000000000000036711046102023000150210ustar 00000000000000//! Internal key definitions //! //! These APIs do not provide guaranteed RFC 9580 compliance, //! since hashing is to be done externally. //! //! //! # Generating a signed secret key and deriving a public key //! //! ```rust //! use pgp::composed::{ //! key::SecretKeyParamsBuilder, KeyDetails, KeyType, SecretKey, SecretSubkey, //! }; //! use pgp::crypto::{hash::HashAlgorithm, sym::SymmetricKeyAlgorithm}; //! use pgp::errors::Result; //! use pgp::packet::{KeyFlags, UserAttribute, UserId}; //! use pgp::types::{CompressionAlgorithm, PublicKeyTrait, SecretKeyTrait}; //! use rand::thread_rng; //! use smallvec::*; //! //! let mut key_params = SecretKeyParamsBuilder::default(); //! key_params //! .key_type(KeyType::Rsa(2048)) //! .can_certify(false) //! .can_sign(true) //! .primary_user_id("Me ".into()) //! .preferred_symmetric_algorithms(smallvec![SymmetricKeyAlgorithm::AES256]) //! .preferred_hash_algorithms(smallvec![HashAlgorithm::SHA2_256]) //! .preferred_compression_algorithms(smallvec![CompressionAlgorithm::ZLIB]); //! let secret_key_params = key_params //! .build() //! .expect("Must be able to create secret key params"); //! let secret_key = secret_key_params //! .generate(thread_rng()) //! .expect("Failed to generate a plain key."); //! let passwd_fn = || String::new(); //! let signed_secret_key = secret_key //! .sign(&mut thread_rng(), passwd_fn) //! .expect("Must be able to sign its own metadata"); //! let public_key = signed_secret_key.public_key(); //! ``` //! //! [Packet based signing and verifying] as well as //! [signing and verifying with external hashing] are demoed separately. //! //! [Packet based signing and verifying]: super::super::packet //! [signing and verifying with external hashing]: super::signed_key mod builder; mod public; mod secret; mod shared; pub use self::builder::*; pub use self::public::*; pub use self::secret::*; pub use self::shared::*; pgp-0.15.0/src/composed/key/public.rs000064400000000000000000000132661046102023000155210ustar 00000000000000use std::io; use chrono::SubsecRound; use rand::{CryptoRng, Rng}; use crate::composed::{KeyDetails, SignedPublicKey, SignedPublicSubKey}; use crate::crypto::hash::HashAlgorithm; use crate::crypto::public_key::PublicKeyAlgorithm; use crate::errors::Result; use crate::packet::{self, KeyFlags, SignatureConfig, SignatureType, Subpacket, SubpacketData}; use crate::types::PkeskBytes; use crate::types::{ EskType, Fingerprint, KeyId, KeyVersion, PublicKeyTrait, PublicParams, SecretKeyTrait, SignatureBytes, }; /// User facing interface to work with a public key. #[derive(Debug, PartialEq, Eq, Clone)] pub struct PublicKey { primary_key: packet::PublicKey, details: KeyDetails, public_subkeys: Vec, } #[derive(Debug, PartialEq, Eq, Clone)] pub struct PublicSubkey { key: packet::PublicSubkey, keyflags: KeyFlags, } impl PublicKey { pub fn new( primary_key: packet::PublicKey, details: KeyDetails, public_subkeys: Vec, ) -> Self { PublicKey { primary_key, details, public_subkeys, } } pub fn sign( self, mut rng: R, sec_key: &impl SecretKeyTrait, key_pw: F, ) -> Result where R: CryptoRng + Rng, F: (FnOnce() -> String) + Clone, { let primary_key = self.primary_key; let details = self.details.sign(&mut rng, sec_key, key_pw.clone())?; let public_subkeys = self .public_subkeys .into_iter() .map(|k| k.sign(&mut rng, sec_key, key_pw.clone())) .collect::>>()?; Ok(SignedPublicKey { primary_key, details, public_subkeys, }) } } impl PublicKeyTrait for PublicKey { fn version(&self) -> crate::types::KeyVersion { self.primary_key.version() } fn fingerprint(&self) -> Fingerprint { self.primary_key.fingerprint() } fn key_id(&self) -> KeyId { self.primary_key.key_id() } fn algorithm(&self) -> PublicKeyAlgorithm { self.primary_key.algorithm() } fn verify_signature( &self, hash: HashAlgorithm, data: &[u8], sig: &SignatureBytes, ) -> Result<()> { self.primary_key.verify_signature(hash, data, sig) } fn encrypt( &self, rng: R, plain: &[u8], typ: EskType, ) -> Result { self.primary_key.encrypt(rng, plain, typ) } fn serialize_for_hashing(&self, writer: &mut impl io::Write) -> Result<()> { self.primary_key.serialize_for_hashing(writer) } fn public_params(&self) -> &PublicParams { self.primary_key.public_params() } fn created_at(&self) -> &chrono::DateTime { self.primary_key.created_at() } fn expiration(&self) -> Option { self.primary_key.expiration() } } impl PublicSubkey { pub fn new(key: packet::PublicSubkey, keyflags: KeyFlags) -> Self { PublicSubkey { key, keyflags } } pub fn sign( self, mut rng: R, sec_key: &impl SecretKeyTrait, key_pw: F, ) -> Result where R: CryptoRng + Rng, F: (FnOnce() -> String) + Clone, { let key = self.key; let hashed_subpackets = vec![ Subpacket::regular(SubpacketData::SignatureCreationTime( chrono::Utc::now().trunc_subsecs(0), )), Subpacket::regular(SubpacketData::KeyFlags(self.keyflags.into())), Subpacket::regular(SubpacketData::IssuerFingerprint(sec_key.fingerprint())), ]; let unhashed_subpackets = vec![Subpacket::regular(SubpacketData::Issuer(sec_key.key_id()))]; let mut config = match sec_key.version() { KeyVersion::V4 => SignatureConfig::v4( SignatureType::SubkeyBinding, sec_key.algorithm(), sec_key.hash_alg(), ), KeyVersion::V6 => SignatureConfig::v6( &mut rng, SignatureType::SubkeyBinding, sec_key.algorithm(), sec_key.hash_alg(), )?, v => unsupported_err!("unsupported key version: {:?}", v), }; config.hashed_subpackets = hashed_subpackets; config.unhashed_subpackets = unhashed_subpackets; let signatures = vec![config.sign_key_binding(sec_key, key_pw, &key)?]; Ok(SignedPublicSubKey { key, signatures }) } } impl PublicKeyTrait for PublicSubkey { fn version(&self) -> crate::types::KeyVersion { self.key.version() } fn fingerprint(&self) -> Fingerprint { self.key.fingerprint() } fn key_id(&self) -> KeyId { self.key.key_id() } fn algorithm(&self) -> PublicKeyAlgorithm { self.key.algorithm() } fn verify_signature( &self, hash: HashAlgorithm, data: &[u8], sig: &SignatureBytes, ) -> Result<()> { self.key.verify_signature(hash, data, sig) } fn encrypt( &self, rng: R, plain: &[u8], typ: EskType, ) -> Result { self.key.encrypt(rng, plain, typ) } fn serialize_for_hashing(&self, writer: &mut impl io::Write) -> Result<()> { self.key.serialize_for_hashing(writer) } fn public_params(&self) -> &PublicParams { self.key.public_params() } fn created_at(&self) -> &chrono::DateTime { self.key.created_at() } fn expiration(&self) -> Option { self.key.expiration() } } pgp-0.15.0/src/composed/key/secret.rs000064400000000000000000000065721046102023000155320ustar 00000000000000use aes_gcm::aead::rand_core::CryptoRng; use chrono::SubsecRound; use rand::Rng; use crate::composed::{KeyDetails, PublicSubkey, SignedSecretKey, SignedSecretSubKey}; use crate::errors::Result; use crate::packet::{self, KeyFlags, SignatureConfig, SignatureType, Subpacket, SubpacketData}; use crate::types::{KeyVersion, SecretKeyTrait}; /// User facing interface to work with a secret key. #[derive(Debug, PartialEq, Eq, Clone)] pub struct SecretKey { primary_key: packet::SecretKey, details: KeyDetails, public_subkeys: Vec, secret_subkeys: Vec, } #[derive(Debug, PartialEq, Eq, Clone)] pub struct SecretSubkey { key: packet::SecretSubkey, keyflags: KeyFlags, } impl SecretKey { pub fn new( primary_key: packet::SecretKey, details: KeyDetails, public_subkeys: Vec, secret_subkeys: Vec, ) -> Self { SecretKey { primary_key, details, public_subkeys, secret_subkeys, } } pub fn sign(self, mut rng: R, key_pw: F) -> Result where R: CryptoRng + Rng, F: (FnOnce() -> String) + Clone, { let primary_key = self.primary_key; let details = self.details.sign(&mut rng, &primary_key, key_pw.clone())?; let public_subkeys = self .public_subkeys .into_iter() .map(|k| k.sign(&mut rng, &primary_key, key_pw.clone())) .collect::>>()?; let secret_subkeys = self .secret_subkeys .into_iter() .map(|k| k.sign(&mut rng, &primary_key, key_pw.clone())) .collect::>>()?; Ok(SignedSecretKey { primary_key, details, public_subkeys, secret_subkeys, }) } } impl SecretSubkey { pub fn new(key: packet::SecretSubkey, keyflags: KeyFlags) -> Self { SecretSubkey { key, keyflags } } pub fn sign( self, mut rng: R, sec_key: &impl SecretKeyTrait, key_pw: F, ) -> Result where R: CryptoRng + Rng, F: (FnOnce() -> String) + Clone, { let key = self.key; let mut config = match sec_key.version() { KeyVersion::V4 => SignatureConfig::v4( SignatureType::SubkeyBinding, sec_key.algorithm(), sec_key.hash_alg(), ), KeyVersion::V6 => SignatureConfig::v6( &mut rng, SignatureType::SubkeyBinding, sec_key.algorithm(), sec_key.hash_alg(), )?, v => unsupported_err!("unsupported key version: {:?}", v), }; config.hashed_subpackets = vec![ Subpacket::regular(SubpacketData::SignatureCreationTime( chrono::Utc::now().trunc_subsecs(0), )), Subpacket::regular(SubpacketData::KeyFlags(self.keyflags.into())), Subpacket::regular(SubpacketData::IssuerFingerprint(sec_key.fingerprint())), ]; config.unhashed_subpackets = vec![Subpacket::regular(SubpacketData::Issuer(sec_key.key_id()))]; let signatures = vec![config.sign_key_binding(sec_key, key_pw, &key)?]; Ok(SignedSecretSubKey { key, signatures }) } } pgp-0.15.0/src/composed/key/shared.rs000064400000000000000000000212441046102023000155040ustar 00000000000000use aes_gcm::aead::rand_core::CryptoRng; use chrono::SubsecRound; use rand::Rng; use smallvec::SmallVec; use crate::composed::SignedKeyDetails; use crate::crypto::aead::AeadAlgorithm; use crate::crypto::hash::HashAlgorithm; use crate::crypto::sym::SymmetricKeyAlgorithm; use crate::errors::Result; use crate::packet::{ KeyFlags, PacketTrait, SignatureConfig, SignatureType, Subpacket, SubpacketData, UserAttribute, UserId, }; use crate::types::{CompressionAlgorithm, KeyVersion, RevocationKey, SecretKeyTrait}; #[derive(Debug, PartialEq, Eq, Clone)] pub struct KeyDetails { user_ids: Vec, user_attributes: Vec, keyflags: KeyFlags, preferred_symmetric_algorithms: SmallVec<[SymmetricKeyAlgorithm; 8]>, preferred_hash_algorithms: SmallVec<[HashAlgorithm; 8]>, preferred_compression_algorithms: SmallVec<[CompressionAlgorithm; 8]>, preferred_aead_algorithms: SmallVec<[(SymmetricKeyAlgorithm, AeadAlgorithm); 4]>, revocation_key: Option, } impl KeyDetails { #[allow(clippy::too_many_arguments)] // FIXME pub fn new( primary_user_id: UserId, mut user_ids: Vec, user_attributes: Vec, keyflags: KeyFlags, preferred_symmetric_algorithms: SmallVec<[SymmetricKeyAlgorithm; 8]>, preferred_hash_algorithms: SmallVec<[HashAlgorithm; 8]>, preferred_compression_algorithms: SmallVec<[CompressionAlgorithm; 8]>, preferred_aead_algorithms: SmallVec<[(SymmetricKeyAlgorithm, AeadAlgorithm); 4]>, revocation_key: Option, ) -> Self { user_ids.insert(0, primary_user_id); Self::new_direct( user_ids, user_attributes, keyflags, preferred_symmetric_algorithms, preferred_hash_algorithms, preferred_compression_algorithms, preferred_aead_algorithms, revocation_key, ) } /// The primary UserId (if any) is expected to be contained in `user_ids` #[allow(clippy::too_many_arguments)] // FIXME pub(crate) fn new_direct( user_ids: Vec, user_attributes: Vec, keyflags: KeyFlags, preferred_symmetric_algorithms: SmallVec<[SymmetricKeyAlgorithm; 8]>, preferred_hash_algorithms: SmallVec<[HashAlgorithm; 8]>, preferred_compression_algorithms: SmallVec<[CompressionAlgorithm; 8]>, preferred_aead_algorithms: SmallVec<[(SymmetricKeyAlgorithm, AeadAlgorithm); 4]>, revocation_key: Option, ) -> Self { KeyDetails { user_ids, user_attributes, keyflags, preferred_symmetric_algorithms, preferred_hash_algorithms, preferred_compression_algorithms, preferred_aead_algorithms, revocation_key, } } pub fn sign( self, mut rng: R, key: &impl SecretKeyTrait, key_pw: F, ) -> Result where R: CryptoRng + Rng, F: (FnOnce() -> String) + Clone, { let keyflags: SmallVec<[u8; 1]> = self.keyflags.into(); let preferred_symmetric_algorithms = self.preferred_symmetric_algorithms; let preferred_hash_algorithms = self.preferred_hash_algorithms; let preferred_compression_algorithms = self.preferred_compression_algorithms; let preferred_aead_algorithms = self.preferred_aead_algorithms; let revocation_key = self.revocation_key; let mut users = vec![]; // We consider the first entry in `user_ids` (if any) the primary user id // FIXME: select primary like in signed_key/shared.rs:116? (and adjust the set of non-primaries below?) if let Some(id) = self.user_ids.first() { let mut hashed_subpackets = vec![ Subpacket::regular(SubpacketData::IsPrimary(true)), Subpacket::regular(SubpacketData::SignatureCreationTime( chrono::Utc::now().trunc_subsecs(0), )), Subpacket::regular(SubpacketData::KeyFlags(keyflags.clone())), Subpacket::regular(SubpacketData::PreferredSymmetricAlgorithms( preferred_symmetric_algorithms.clone(), )), Subpacket::regular(SubpacketData::PreferredHashAlgorithms( preferred_hash_algorithms.clone(), )), Subpacket::regular(SubpacketData::PreferredCompressionAlgorithms( preferred_compression_algorithms.clone(), )), Subpacket::regular(SubpacketData::PreferredAeadAlgorithms( preferred_aead_algorithms.clone(), )), Subpacket::regular(SubpacketData::IssuerFingerprint(key.fingerprint())), ]; if let Some(rkey) = revocation_key { hashed_subpackets.push(Subpacket::regular(SubpacketData::RevocationKey(rkey))); } let mut config = match key.version() { KeyVersion::V4 => { SignatureConfig::v4(SignatureType::CertGeneric, key.algorithm(), key.hash_alg()) } KeyVersion::V6 => SignatureConfig::v6( &mut rng, SignatureType::CertGeneric, key.algorithm(), key.hash_alg(), )?, v => unsupported_err!("unsupported key version: {:?}", v), }; config.hashed_subpackets = hashed_subpackets; config.unhashed_subpackets = vec![Subpacket::regular(SubpacketData::Issuer(key.key_id()))]; let sig = config.sign_certification(key, key_pw.clone(), id.tag(), &id)?; users.push(id.clone().into_signed(sig)); } // other user ids users.extend( self.user_ids .into_iter() .skip(1) // The first User ID was handled above, as the primary user id .map(|id| { let hashed_subpackets = vec![ Subpacket::regular(SubpacketData::SignatureCreationTime( chrono::Utc::now().trunc_subsecs(0), )), Subpacket::regular(SubpacketData::KeyFlags(keyflags.clone())), Subpacket::regular(SubpacketData::PreferredSymmetricAlgorithms( preferred_symmetric_algorithms.clone(), )), Subpacket::regular(SubpacketData::PreferredHashAlgorithms( preferred_hash_algorithms.clone(), )), Subpacket::regular(SubpacketData::PreferredCompressionAlgorithms( preferred_compression_algorithms.clone(), )), Subpacket::regular(SubpacketData::PreferredAeadAlgorithms( preferred_aead_algorithms.clone(), )), Subpacket::regular(SubpacketData::IssuerFingerprint(key.fingerprint())), ]; let unhashed_subpackets = vec![Subpacket::regular(SubpacketData::Issuer(key.key_id()))]; let mut config = match key.version() { KeyVersion::V4 => SignatureConfig::v4( SignatureType::CertGeneric, key.algorithm(), key.hash_alg(), ), KeyVersion::V6 => SignatureConfig::v6( &mut rng, SignatureType::CertGeneric, key.algorithm(), key.hash_alg(), )?, v => unsupported_err!("unsupported key version: {:?}", v), }; config.hashed_subpackets = hashed_subpackets; config.unhashed_subpackets = unhashed_subpackets; let sig = config.sign_certification(key, key_pw.clone(), id.tag(), &id)?; Ok(id.into_signed(sig)) }) .collect::>>()?, ); let user_attributes = self .user_attributes .into_iter() .map(|u| u.sign(&mut rng, key, key_pw.clone())) .collect::>>()?; Ok(SignedKeyDetails { revocation_signatures: Default::default(), direct_signatures: Default::default(), users, user_attributes, }) } } pgp-0.15.0/src/composed/message/decrypt.rs000064400000000000000000000061171046102023000165460ustar 00000000000000use log::debug; use zeroize::{Zeroize, ZeroizeOnDrop}; use crate::crypto::sym::SymmetricKeyAlgorithm; use crate::errors::Result; use crate::packet::SymKeyEncryptedSessionKey; use crate::types::{EskType, PkeskBytes, SecretKeyRepr, SecretKeyTrait, SkeskVersion}; /// Decrypts session key using secret key. pub fn decrypt_session_key( locked_key: &L, key_pw: F, values: &PkeskBytes, typ: EskType, ) -> Result where F: FnOnce() -> String, L: SecretKeyTrait, { debug!("decrypt session key"); locked_key.unlock(key_pw, |priv_key| priv_key.decrypt(values, typ, locked_key)) } /// Decrypted session key. /// /// A v3/v4 session key can be used v1 SEIPD (and historically with SED packets). /// A v6 session key can only be used with a v2 SEIPD. /// /// /// /// (Note that SED packets are malleable. They are historical and considered dangerous! /// They MUST NOT be produced and decryption is also discouraged: /// ) #[derive(derive_more::Debug, Clone, PartialEq, Eq, Zeroize, ZeroizeOnDrop)] pub enum PlainSessionKey { /// A session key from a v3 PKESK or a v4 SKESK /// /// (Note: for historical reasons, the OpenPGP format doesn't specify a v4 PKESK or a V3 SKESK) V3_4 { sym_alg: SymmetricKeyAlgorithm, #[debug("..")] key: Vec, }, V5 { #[debug("..")] key: Vec, }, /// A session key from a v6 PKESK or a v6 SKESK V6 { #[debug("..")] key: Vec, }, } /// Decrypts session key from SKESK packet. /// /// Returns decrypted or derived session key /// and symmetric algorithm of the key. pub fn decrypt_session_key_with_password( packet: &SymKeyEncryptedSessionKey, msg_pw: F, ) -> Result where F: FnOnce() -> String, { debug!("decrypt session key with password"); let packet_algorithm = packet.sym_algorithm(); ensure!( packet_algorithm != SymmetricKeyAlgorithm::Plaintext, "SKESK packet encryption algorithm cannot be plaintext" ); // Implementations MUST NOT decrypt a secret using MD5, SHA-1, or RIPEMD-160 as a hash function // in an S2K KDF in a version 6 (or later) packet. // // (See https://www.rfc-editor.org/rfc/rfc9580.html#section-9.5-3) if packet.version() == SkeskVersion::V6 { ensure!( !packet.s2k().known_weak_hash_algo(), "Weak hash algorithm in S2K not allowed for v6 {:?}", packet.s2k() ) } let key = packet .s2k() .derive_key(&msg_pw(), packet_algorithm.key_size())?; debug!("derived key: {}", hex::encode(&key)); if packet.encrypted_key().is_none() { // There is no encrypted session key. // // S2K-derived key is the session key. return Ok(PlainSessionKey::V3_4 { key, sym_alg: packet_algorithm, }); } let decrypted_key = packet.decrypt(&key)?; Ok(decrypted_key) } pgp-0.15.0/src/composed/message/mod.rs000064400000000000000000000001271046102023000156460ustar 00000000000000mod decrypt; mod parser; mod types; pub use self::decrypt::*; pub use self::types::*; pgp-0.15.0/src/composed/message/parser.rs000064400000000000000000000215271046102023000163720ustar 00000000000000use std::iter::Peekable; use log::debug; use crate::armor::BlockType; use crate::composed::message::Message; use crate::composed::Deserializable; use crate::errors::{Error, Result}; use crate::packet::Packet; use crate::types::{PkeskVersion, SkeskVersion, Tag}; use crate::{Edata, Esk}; pub struct MessageParser>> { source: Peekable, } fn next>>(packets: &mut Peekable) -> Option> { while let Some(res) = packets.by_ref().next() { let packet = match res { Ok(packet) => packet, Err(err) => return Some(Err(err)), }; debug!("{:?}: ", packet); let tag = packet.tag(); match tag { Tag::LiteralData => { return match packet.try_into() { Ok(data) => Some(Ok(Message::Literal(data))), Err(err) => Some(Err(err)), }; } Tag::CompressedData => { return match packet.try_into() { Ok(data) => Some(Ok(Message::Compressed(data))), Err(err) => Some(Err(err)), }; } // ESK :- Public-Key Encrypted Session Key Packet | // Symmetric-Key Encrypted Session Key Packet. Tag::PublicKeyEncryptedSessionKey | Tag::SymKeyEncryptedSessionKey => { return match packet.try_into() { Ok(p) => { let mut esk: Vec = vec![p]; // while ESK take em while let Some(res) = packets.next_if(|res| { res.as_ref().is_ok_and(|p| { p.tag() == Tag::PublicKeyEncryptedSessionKey || p.tag() == Tag::SymKeyEncryptedSessionKey }) }) { match res { Ok(packet) => esk.push(packet.try_into().expect("peeked")), Err(e) => return Some(Err(e)), } } // we expect exactly one edata after the ESKs let edata = match packets.next() { Some(Ok(p)) if p.tag() == Tag::SymEncryptedData || p.tag() == Tag::SymEncryptedProtectedData => { Edata::try_from(p).expect("peeked") } Some(Ok(p)) => { return Some(Err(Error::Message(format!( "Expected encrypted data packet, but found {:?}", p )))); } None => { return Some(Err(Error::Message( "Missing encrypted data packet".to_string(), ))) } Some(Err(e)) => return Some(Err(e)), }; // Drop PKESK and SKESK with versions that are not aligned with the encryption container fn esk_filter( esk: Vec, pkesk_allowed: PkeskVersion, skesk_allowed: SkeskVersion, ) -> Vec { esk.into_iter() .filter(|esk| match esk { Esk::PublicKeyEncryptedSessionKey(pkesk) => { pkesk.version() == pkesk_allowed } Esk::SymKeyEncryptedSessionKey(skesk) => { skesk.version() == skesk_allowed } }) .collect() } // An implementation processing an Encrypted Message MUST discard any // preceding ESK packet with a version that does not align with the // version of the payload. // (See https://www.rfc-editor.org/rfc/rfc9580.html#section-10.3.2.1-7) let esk = match edata { Edata::SymEncryptedData(_) => { esk_filter(esk, PkeskVersion::V3, SkeskVersion::V4) } Edata::SymEncryptedProtectedData(ref p) if p.version() == 1 => { esk_filter(esk, PkeskVersion::V3, SkeskVersion::V4) } Edata::SymEncryptedProtectedData(ref p) if p.version() == 2 => { esk_filter(esk, PkeskVersion::V6, SkeskVersion::V6) } _ => { return Some(Err(format_err!("Unsupported Edata variant"))); } }; Some(Ok(Message::Encrypted { esk, edata })) } Err(err) => Some(Err(err)), }; } Tag::Signature => { return match packet.try_into() { Ok(signature) => { let message = match next(packets.by_ref()) { Some(Ok(m)) => Some(Box::new(m)), Some(Err(err)) => return Some(Err(err)), None => None, }; Some(Ok(Message::Signed { message, one_pass_signature: None, signature, })) } Err(err) => Some(Err(err)), }; } Tag::OnePassSignature => { return match packet.try_into() { Ok(p) => { let one_pass_signature = Some(p); let message = match next(packets.by_ref()) { Some(Ok(m)) => Some(Box::new(m)), Some(Err(err)) => return Some(Err(err)), None => None, }; let signature = if let Some(res) = packets .next_if(|res| res.as_ref().is_ok_and(|p| p.tag() == Tag::Signature)) { match res { Ok(packet) => packet.try_into().expect("peeked"), Err(e) => return Some(Err(e)), } } else { return Some(Err(format_err!( "missing signature for, one pass signature" ))); }; Some(Ok(Message::Signed { message, one_pass_signature, signature, })) } Err(err) => Some(Err(err)), }; } Tag::Marker => { // Marker Packets are ignored // see https://www.rfc-editor.org/rfc/rfc9580.html#marker-packet } Tag::Padding => { // Padding Packets are ignored // // "Such a packet MUST be ignored when received." // (See https://www.rfc-editor.org/rfc/rfc9580.html#section-5.14-2) } _ => { return Some(Err(format_err!("unexpected packet {:?}", packet.tag()))); } } } None } impl>> Iterator for MessageParser { type Item = Result; fn next(&mut self) -> Option { next(self.source.by_ref()) } } impl Deserializable for Message { /// Parse a composed message. /// Ref: fn from_packets<'a, I: Iterator> + 'a>( packets: std::iter::Peekable, ) -> Box> + 'a> { Box::new(MessageParser { source: packets.peekable(), }) } fn matches_block_type(typ: BlockType) -> bool { matches!( typ, BlockType::Message | BlockType::MultiPartMessage(_, _) | BlockType::File ) } } pgp-0.15.0/src/composed/message/types.rs000064400000000000000000001605121046102023000162400ustar 00000000000000use std::io; use bstr::BStr; use chrono::SubsecRound; use flate2::write::{DeflateEncoder, ZlibEncoder}; use flate2::Compression; use log::{debug, warn}; use rand::{CryptoRng, Rng}; use crate::armor; use crate::composed::message::decrypt::*; use crate::composed::shared::Deserializable; use crate::composed::signed_key::SignedSecretKey; use crate::composed::StandaloneSignature; use crate::crypto::aead::AeadAlgorithm; use crate::crypto::hash::HashAlgorithm; use crate::crypto::sym::SymmetricKeyAlgorithm; use crate::errors::{Error, Result}; use crate::packet::{ write_packet, CompressedData, LiteralData, OnePassSignature, Packet, PublicKeyEncryptedSessionKey, Signature, SignatureConfig, SignatureType, SignatureVersionSpecific, Subpacket, SubpacketData, SymEncryptedData, SymEncryptedProtectedData, SymKeyEncryptedSessionKey, }; use crate::ser::Serialize; use crate::types::{ CompressionAlgorithm, EskType, Fingerprint, KeyId, KeyVersion, PkeskVersion, PublicKeyTrait, SecretKeyTrait, StringToKey, Tag, }; /// An [OpenPGP message](https://www.rfc-editor.org/rfc/rfc9580.html#name-openpgp-messages) #[derive(Clone, Debug, PartialEq, Eq)] pub enum Message { Literal(LiteralData), Compressed(CompressedData), Signed { /// nested message message: Option>, /// for signature packets that contain a one pass message one_pass_signature: Option, // actual signature signature: Signature, }, Encrypted { esk: Vec, edata: Edata, }, } /// Encrypted Session Key /// /// Public-Key Encrypted Session Key Packet | /// Symmetric-Key Encrypted Session Key Packet. #[derive(Debug, Clone, PartialEq, Eq)] pub enum Esk { PublicKeyEncryptedSessionKey(PublicKeyEncryptedSessionKey), SymKeyEncryptedSessionKey(SymKeyEncryptedSessionKey), } impl Serialize for Esk { fn to_writer(&self, writer: &mut W) -> Result<()> { match self { Esk::PublicKeyEncryptedSessionKey(k) => write_packet(writer, k), Esk::SymKeyEncryptedSessionKey(k) => write_packet(writer, k), } } } impl_try_from_into!( Esk, PublicKeyEncryptedSessionKey => PublicKeyEncryptedSessionKey, SymKeyEncryptedSessionKey => SymKeyEncryptedSessionKey ); impl Esk { pub fn tag(&self) -> Tag { match self { Esk::PublicKeyEncryptedSessionKey(_) => Tag::PublicKeyEncryptedSessionKey, Esk::SymKeyEncryptedSessionKey(_) => Tag::SymKeyEncryptedSessionKey, } } } impl TryFrom for Esk { type Error = Error; fn try_from(other: Packet) -> Result { match other { Packet::PublicKeyEncryptedSessionKey(k) => Ok(Esk::PublicKeyEncryptedSessionKey(k)), Packet::SymKeyEncryptedSessionKey(k) => Ok(Esk::SymKeyEncryptedSessionKey(k)), _ => Err(format_err!("not a valid edata packet: {:?}", other)), } } } impl From for Packet { fn from(other: Esk) -> Packet { match other { Esk::PublicKeyEncryptedSessionKey(k) => Packet::PublicKeyEncryptedSessionKey(k), Esk::SymKeyEncryptedSessionKey(k) => Packet::SymKeyEncryptedSessionKey(k), } } } /// Encrypted Data /// Symmetrically Encrypted Data Packet | /// Symmetrically Encrypted Integrity Protected Data Packet #[derive(Debug, Clone, PartialEq, Eq)] pub enum Edata { SymEncryptedData(SymEncryptedData), SymEncryptedProtectedData(SymEncryptedProtectedData), } impl Serialize for Edata { fn to_writer(&self, writer: &mut W) -> Result<()> { match self { Edata::SymEncryptedData(d) => write_packet(writer, d), Edata::SymEncryptedProtectedData(d) => write_packet(writer, d), } } } impl_try_from_into!( Edata, SymEncryptedData => SymEncryptedData, SymEncryptedProtectedData => SymEncryptedProtectedData ); impl TryFrom for Edata { type Error = Error; fn try_from(other: Packet) -> Result { match other { Packet::SymEncryptedData(d) => Ok(Edata::SymEncryptedData(d)), Packet::SymEncryptedProtectedData(d) => Ok(Edata::SymEncryptedProtectedData(d)), _ => Err(format_err!("not a valid edata packet: {:?}", other)), } } } impl From for Packet { fn from(other: Edata) -> Packet { match other { Edata::SymEncryptedData(d) => Packet::SymEncryptedData(d), Edata::SymEncryptedProtectedData(d) => Packet::SymEncryptedProtectedData(d), } } } impl Edata { pub fn data(&self) -> &[u8] { match self { Edata::SymEncryptedData(d) => d.data(), Edata::SymEncryptedProtectedData(d) => d.data_as_slice(), } } pub fn tag(&self) -> Tag { match self { Edata::SymEncryptedData(_) => Tag::SymEncryptedData, Edata::SymEncryptedProtectedData(_) => Tag::SymEncryptedProtectedData, } } fn version(&self) -> Option { match self { Edata::SymEncryptedData(_) => None, Edata::SymEncryptedProtectedData(d) => Some(d.version()), } } /// Transform decrypted data into a message. /// Bails if the packets contain no message or multiple messages. fn process_decrypted(packet_data: &[u8]) -> Result { let mut messages = Message::from_bytes_many(packet_data); // First message is the one we want to return let Some(message) = messages.next() else { bail!("no valid message found"); }; let message = message?; // The only other message allowed is a padding packet, which will be skipped // by the parser, so check that we have only a single message. if let Some(msg) = messages.next() { bail!("unexpected message: {:?}", msg); } Ok(message) } pub fn decrypt(&self, key: PlainSessionKey) -> Result { let protected = self.tag() == Tag::SymEncryptedProtectedData; debug!("decrypting protected = {:?}", protected); match key { PlainSessionKey::V3_4 { sym_alg, ref key } => { ensure!( sym_alg != SymmetricKeyAlgorithm::Plaintext, "session key algorithm cannot be plaintext" ); match self { Self::SymEncryptedProtectedData(p) => { ensure_eq!( self.version(), Some(1), "Version mismatch between key and integrity packet" ); let data = p.decrypt(key, Some(sym_alg))?; Self::process_decrypted(&data[..]) } Self::SymEncryptedData(p) => { ensure_eq!( self.version(), None, "Version mismatch between key and integrity packet" ); let mut data = p.data().to_vec(); let res = sym_alg.decrypt(key, &mut data)?; Self::process_decrypted(res) } } } PlainSessionKey::V5 { .. } => match self { Self::SymEncryptedProtectedData(_p) => { ensure_eq!( self.version(), Some(2), "Version mismatch between key and integrity packet" ); unimplemented_err!("V5 decryption"); } Self::SymEncryptedData(_) => { bail!("invalid packet combination"); } }, PlainSessionKey::V6 { ref key } => match self { Self::SymEncryptedProtectedData(p) => { ensure_eq!( self.version(), Some(2), "Version mismatch between key and integrity packet" ); let decrypted_packets = p.decrypt(key, None)?; Self::process_decrypted(&decrypted_packets[..]) } Self::SymEncryptedData(_) => { bail!("invalid packet combination"); } }, } } } impl Serialize for Message { fn to_writer(&self, writer: &mut W) -> Result<()> { match self { Message::Literal(data) => write_packet(writer, data), Message::Compressed(data) => write_packet(writer, data), Message::Signed { message, one_pass_signature, signature, .. } => { if let Some(ops) = one_pass_signature { write_packet(writer, ops)?; } if let Some(message) = message { (**message).to_writer(writer)?; } write_packet(writer, signature)?; Ok(()) } Message::Encrypted { esk, edata, .. } => { for e in esk { e.to_writer(writer)?; } edata.to_writer(writer)?; Ok(()) } } } } impl Message { pub fn new_literal(file_name: impl AsRef, data: &str) -> Self { Message::Literal(LiteralData::from_str(file_name.as_ref(), data)) } pub fn new_literal_bytes(file_name: impl AsRef, data: &[u8]) -> Self { Message::Literal(LiteralData::from_bytes(file_name.as_ref(), data)) } /// Compresses the message. pub fn compress(&self, alg: CompressionAlgorithm) -> Result { let data = match alg { CompressionAlgorithm::Uncompressed => { let mut data = Vec::new(); self.to_writer(&mut data)?; data } CompressionAlgorithm::ZIP => { let mut enc = DeflateEncoder::new(Vec::new(), Compression::default()); self.to_writer(&mut enc)?; enc.finish()? } CompressionAlgorithm::ZLIB => { let mut enc = ZlibEncoder::new(Vec::new(), Compression::default()); self.to_writer(&mut enc)?; enc.finish()? } CompressionAlgorithm::BZip2 => unimplemented_err!("BZip2"), CompressionAlgorithm::Private10 | CompressionAlgorithm::Other(_) => { unsupported_err!("CompressionAlgorithm {} is unsupported", u8::from(alg)) } }; Ok(Message::Compressed(CompressedData::from_compressed( alg, data, ))) } /// Decompresses the data if compressed. pub fn decompress(self) -> Result { match self { Message::Compressed(data) => Message::from_bytes(data.decompress()?), _ => Ok(self), } } /// Encrypt the message in SEIPDv1 format to a list of public keys `pkeys`. pub fn encrypt_to_keys_seipdv1( &self, mut rng: R, alg: SymmetricKeyAlgorithm, pkeys: &[&impl PublicKeyTrait], ) -> Result { // 1. Generate a session key. let session_key = alg.new_session_key(&mut rng); // 2. Encrypt (pub) the session key, to each PublicKey. let esk = pkeys .iter() .map(|pkey| { let pkes = PublicKeyEncryptedSessionKey::from_session_key_v3( &mut rng, &session_key, alg, pkey, )?; Ok(Esk::PublicKeyEncryptedSessionKey(pkes)) }) .collect::>()?; // 3. Encrypt (sym) the data using the session key. self.encrypt_symmetric_seipdv1(&mut rng, esk, alg, &session_key) } /// Encrypt the message in SEIPDv2 format to a list of public keys `pkeys`. pub fn encrypt_to_keys_seipdv2( &self, mut rng: R, alg: SymmetricKeyAlgorithm, aead: AeadAlgorithm, chunk_size: u8, pkeys: &[&impl PublicKeyTrait], ) -> Result { // 1. Generate a session key. let session_key = alg.new_session_key(&mut rng); // 2. Encrypt (pub) the session key, to each PublicKey. let esk = pkeys .iter() .map(|pkey| { let pkes = PublicKeyEncryptedSessionKey::from_session_key_v6( &mut rng, &session_key, pkey, )?; Ok(Esk::PublicKeyEncryptedSessionKey(pkes)) }) .collect::>()?; // 3. Encrypt (sym) the data using the session key. self.encrypt_symmetric_seipdv2(&mut rng, esk, alg, aead, chunk_size, &session_key) } /// Encrypt the message in SEIPDv1 format to a password `msg_pw`. pub fn encrypt_with_password_seipdv1( &self, mut rng: R, s2k: StringToKey, alg: SymmetricKeyAlgorithm, msg_pw: F, ) -> Result where R: Rng + CryptoRng, F: FnOnce() -> String + Clone, { // 1. Generate a session key. let session_key = alg.new_session_key(&mut rng); // 2. Encrypt (sym) the session key using the provided password. let skesk = Esk::SymKeyEncryptedSessionKey(SymKeyEncryptedSessionKey::encrypt_v4( msg_pw, &session_key, s2k, alg, )?); // 3. Encrypt (sym) the data using the session key. self.encrypt_symmetric_seipdv1(rng, vec![skesk], alg, &session_key) } /// Encrypt the message in SEIPDv2 format to a password `msg_pw`. pub fn encrypt_with_password_seipdv2( &self, mut rng: R, s2k: StringToKey, alg: SymmetricKeyAlgorithm, aead: AeadAlgorithm, chunk_size: u8, msg_pw: F, ) -> Result where R: Rng + CryptoRng, F: FnOnce() -> String + Clone, { // 1. Generate a session key. let session_key = alg.new_session_key(&mut rng); // 2. Encrypt (sym) the session key using the provided password. let skesk = Esk::SymKeyEncryptedSessionKey(SymKeyEncryptedSessionKey::encrypt_v6( &mut rng, msg_pw, &session_key, s2k, alg, aead, )?); // 3. Encrypt (sym) the data using the session key. self.encrypt_symmetric_seipdv2(rng, vec![skesk], alg, aead, chunk_size, &session_key) } /// Symmetrically encrypt this Message in SEIPDv1 format using the provided `session_key`. /// /// This function assumes that it is only called with Esk that are legal to use with SEIPDv1. fn encrypt_symmetric_seipdv1( &self, rng: R, esk: Vec, alg: SymmetricKeyAlgorithm, session_key: &[u8], ) -> Result { let data = self.to_bytes()?; let edata = Edata::SymEncryptedProtectedData(SymEncryptedProtectedData::encrypt_seipdv1( rng, alg, session_key, &data, )?); Ok(Message::Encrypted { esk, edata }) } /// Symmetrically encrypt this Message in SEIPDv2 format using the provided `session_key`. /// /// This function assumes that it is only called with Esk that are legal to use with SEIPDv2. fn encrypt_symmetric_seipdv2( &self, rng: R, esk: Vec, alg: SymmetricKeyAlgorithm, aead: AeadAlgorithm, chunk_size: u8, session_key: &[u8], ) -> Result { let data = self.to_bytes()?; let edata = Edata::SymEncryptedProtectedData(SymEncryptedProtectedData::encrypt_seipdv2( rng, alg, aead, chunk_size, session_key, &data, )?); Ok(Message::Encrypted { esk, edata }) } /// Sign this message using the provided key. pub fn sign( self, rng: R, key: &impl SecretKeyTrait, key_pw: F, hash_algorithm: HashAlgorithm, ) -> Result where R: CryptoRng + Rng, F: FnOnce() -> String, { let key_id = key.key_id(); let algorithm = key.algorithm(); let hashed_subpackets = vec![ Subpacket::regular(SubpacketData::IssuerFingerprint(key.fingerprint())), Subpacket::regular(SubpacketData::SignatureCreationTime( chrono::Utc::now().trunc_subsecs(0), )), ]; let unhashed_subpackets = vec![Subpacket::regular(SubpacketData::Issuer(key_id.clone()))]; let (typ, signature) = match self { Message::Literal(ref l) => { let typ = if l.is_binary() { SignatureType::Binary } else { SignatureType::Text }; let mut config = match key.version() { KeyVersion::V4 => SignatureConfig::v4(typ, algorithm, hash_algorithm), KeyVersion::V6 => SignatureConfig::v6(rng, typ, algorithm, hash_algorithm)?, v => bail!("unsupported key version {:?}", v), }; config.hashed_subpackets = hashed_subpackets; config.unhashed_subpackets = unhashed_subpackets; (typ, config.sign(key, key_pw, l.data())?) } _ => { let typ = SignatureType::Binary; let mut config = match key.version() { KeyVersion::V4 => SignatureConfig::v4(typ, algorithm, hash_algorithm), KeyVersion::V6 => SignatureConfig::v6(rng, typ, algorithm, hash_algorithm)?, v => bail!("unsupported key version {:?}", v), }; config.hashed_subpackets = hashed_subpackets; config.unhashed_subpackets = unhashed_subpackets; let data = self.to_bytes()?; let signature = config.sign(key, key_pw, &data[..])?; (typ, signature) } }; let ops = match key.version() { KeyVersion::V4 => OnePassSignature::v3(typ, hash_algorithm, algorithm, key_id), KeyVersion::V6 => { let SignatureVersionSpecific::V6 { ref salt } = signature.config.version_specific else { // This should never happen bail!("Inconsistent Signature and OnePassSignature version") }; let Fingerprint::V6(fp) = key.fingerprint() else { bail!("Inconsistent Signature and Fingerprint version") }; OnePassSignature::v6(typ, hash_algorithm, algorithm, salt.clone(), fp) } v => bail!("Unsupported key version {:?}", v), }; Ok(Message::Signed { message: Some(Box::new(self)), one_pass_signature: Some(ops), signature, }) } /// Convert the message to a standalone signature according to the cleartext framework. pub fn into_signature(self) -> StandaloneSignature { match self { Message::Signed { signature, .. } => StandaloneSignature::new(signature), _ => panic!("only signed messages can be converted to standalone signature messages"), } } /// Verify this message. /// For signed messages this verifies the signature and for compressed messages /// they are decompressed and checked for signatures to verify. /// /// Decompresses up to one layer of compressed data. pub fn verify(&self, key: &impl PublicKeyTrait) -> Result<()> { self.verify_internal(key, true) } /// Verifies this message. /// For signed messages this verifies the signature. /// /// If `decompress` is true and the message is compressed, /// the message is decompressed and verified. fn verify_internal(&self, key: &impl PublicKeyTrait, decompress: bool) -> Result<()> { match self { Message::Signed { signature, message, .. } => { if let Some(message) = message { match **message { Message::Literal(ref data) => signature.verify(key, data.data()), _ => { let data = message.to_bytes()?; signature.verify(key, &data[..]) } } } else { unimplemented_err!("no message, what to do?"); } } Message::Compressed(data) => { if decompress { let msg = Message::from_bytes(data.decompress()?)?; msg.verify_internal(key, false) } else { bail!("Recursive decompression not allowed"); } } // We don't know how to verify a signature for other Message types, and shouldn't return Ok _ => Err(Error::Unsupported(format!( "Unexpected message format: {self:?}", ))), } } /// Decrypt the message using the given key. /// Returns a message decrypter, and a list of [KeyId]s that are valid recipients of this message. pub fn decrypt(&self, key_pw: G, keys: &[&SignedSecretKey]) -> Result<(Message, Vec)> where G: FnOnce() -> String + Clone, { match self { Message::Compressed { .. } | Message::Literal { .. } => { bail!("not encrypted"); } Message::Signed { message, .. } => match message { Some(message) => message.as_ref().decrypt(key_pw, keys), None => bail!("not encrypted"), }, Message::Encrypted { esk, edata, .. } => { let valid_keys = keys .iter() .filter_map(|key| { // search for a packet with a key id that we have and that key. let mut packet = None; let mut encoding_key = None; let mut encoding_subkey = None; for esk_packet in esk.iter().filter_map(|k| match k { Esk::PublicKeyEncryptedSessionKey(k) => Some(k), _ => None, }) { debug!("esk packet: {:?}", esk_packet); debug!("{:?}", key.key_id()); debug!( "{:?}", key.secret_subkeys .iter() .map(PublicKeyTrait::key_id) .collect::>() ); // find the matching key or subkey if esk_packet.match_identity(&key.primary_key) { encoding_key = Some(&key.primary_key); } if encoding_key.is_none() { encoding_subkey = key .secret_subkeys .iter() .find(|&subkey| esk_packet.match_identity(&subkey)); } if encoding_key.is_some() || encoding_subkey.is_some() { packet = Some(esk_packet); break; } } packet.map(|packet| (packet, encoding_key, encoding_subkey)) }) .collect::>(); if valid_keys.is_empty() { return Err(Error::MissingKey); } let session_keys = valid_keys .iter() .map(|(pkesk, encoding_key, encoding_subkey)| { let typ = match pkesk.version() { PkeskVersion::V3 => EskType::V3_4, PkeskVersion::V6 => EskType::V6, PkeskVersion::Other(v) => { unimplemented_err!("Unexpected PKESK version {}", v) } }; if let Some(ek) = encoding_key { Ok(( ek.key_id(), decrypt_session_key(ek, key_pw.clone(), pkesk.values()?, typ)?, )) } else if let Some(ek) = encoding_subkey { Ok(( ek.key_id(), decrypt_session_key(ek, key_pw.clone(), pkesk.values()?, typ)?, )) } else { unreachable!("either a key or a subkey were found"); } }) .filter(|res| match res { Ok(_) => true, Err(err) => { warn!("failed to decrypt session_key for key: {:?}", err); false } }) .collect::>>()?; ensure!(!session_keys.is_empty(), "failed to decrypt session key"); // make sure all the keys are the same, otherwise we are in a bad place let session_key = { let (_key_id, k0) = &session_keys[0]; if !session_keys.iter().skip(1).all(|(_, k)| k0 == k) { bail!("found inconsistent session keys, possible message corruption"); } // TODO: avoid cloning k0.clone() }; let ids = session_keys.into_iter().map(|(k, _)| k).collect(); let msg = edata.decrypt(session_key)?; Ok((msg, ids)) } } } /// Decrypt the message using the given key. /// Returns a message decrypter, and a list of [KeyId]s that are valid recipients of this message. pub fn decrypt_with_password(&self, msg_pw: F) -> Result where F: FnOnce() -> String + Clone, { match self { Message::Compressed { .. } | Message::Literal { .. } => { bail!("not encrypted"); } Message::Signed { message, .. } => match message { Some(ref message) => message.decrypt_with_password(msg_pw), None => bail!("not encrypted"), }, Message::Encrypted { esk, edata, .. } => { // TODO: handle multiple passwords let skesk = esk.iter().find_map(|esk| match esk { Esk::SymKeyEncryptedSessionKey(k) => Some(k), _ => None, }); ensure!(skesk.is_some(), "message is not password protected"); let session_key = decrypt_session_key_with_password(skesk.expect("checked above"), msg_pw)?; edata.decrypt(session_key) } } } /// Check if this message is a signature, that was signed with a one pass signature. pub fn is_one_pass_signed(&self) -> bool { match self { Message::Signed { one_pass_signature, .. } => one_pass_signature.is_some(), _ => false, } } pub fn is_literal(&self) -> bool { match self { Message::Literal { .. } => true, Message::Signed { message, .. } => message .as_ref() .map(|msg| msg.is_literal()) .unwrap_or_default(), _ => false, } } pub fn get_literal(&self) -> Option<&LiteralData> { match self { Message::Literal(ref data) => Some(data), Message::Signed { message, .. } => message.as_ref().and_then(|msg| msg.get_literal()), _ => None, } } /// Returns the underlying content and `None` if the message is encrypted. /// /// Decompresses up to one layer of compressed data. pub fn get_content(&self) -> Result>> { self.get_content_internal(true) } /// Returns the underlying content and `None` if the message is encrypted. /// /// If `decompress` is true, may decompress a compressed message. fn get_content_internal(&self, decompress: bool) -> Result>> { match self { Message::Literal(ref data) => Ok(Some(data.data().to_vec())), Message::Signed { message, .. } => Ok(message .as_ref() .and_then(|m| m.get_literal()) .map(|l| l.data().to_vec())), Message::Compressed(data) => { if decompress { let msg = Message::from_bytes(data.decompress()?)?; msg.get_content_internal(false) } else { bail!("Recursive decompression not allowed"); } } Message::Encrypted { .. } => Ok(None), } } pub fn to_armored_writer( &self, writer: &mut impl io::Write, opts: ArmorOptions<'_>, ) -> Result<()> { armor::write( self, armor::BlockType::Message, writer, opts.headers, opts.include_checksum, ) } pub fn to_armored_bytes(&self, opts: ArmorOptions<'_>) -> Result> { let mut buf = Vec::new(); self.to_armored_writer(&mut buf, opts)?; Ok(buf) } pub fn to_armored_string(&self, opts: ArmorOptions<'_>) -> Result { let res = String::from_utf8(self.to_armored_bytes(opts)?).map_err(|e| e.utf8_error())?; Ok(res) } } /// Options for generating armored content. #[derive(Debug, Clone)] pub struct ArmorOptions<'a> { /// Armor headers pub headers: Option<&'a armor::Headers>, /// Should a checksum be included? Default to `true`. pub include_checksum: bool, } impl Default for ArmorOptions<'_> { fn default() -> Self { Self { headers: None, include_checksum: true, } } } impl<'a> From> for ArmorOptions<'a> { fn from(headers: Option<&'a armor::Headers>) -> Self { Self { headers, include_checksum: true, } } } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use std::fs; use rand::SeedableRng; use rand_chacha::ChaCha8Rng; use super::*; use crate::cleartext::CleartextSignedMessage; use crate::SignedPublicKey; #[test] fn test_compression_zlib() { let lit_msg = Message::new_literal("hello-zlib.txt", "hello world"); let compressed_msg = lit_msg.compress(CompressionAlgorithm::ZLIB).unwrap(); let uncompressed_msg = compressed_msg.decompress().unwrap(); assert_eq!(&lit_msg, &uncompressed_msg); } #[test] fn test_compression_zip() { let lit_msg = Message::new_literal("hello-zip.txt", "hello world"); let compressed_msg = lit_msg.compress(CompressionAlgorithm::ZIP).unwrap(); let uncompressed_msg = compressed_msg.decompress().unwrap(); assert_eq!(&lit_msg, &uncompressed_msg); } #[test] fn test_compression_uncompressed() { let lit_msg = Message::new_literal("hello.txt", "hello world"); let compressed_msg = lit_msg .compress(CompressionAlgorithm::Uncompressed) .unwrap(); let uncompressed_msg = compressed_msg.decompress().unwrap(); assert_eq!(&lit_msg, &uncompressed_msg); } #[test] fn test_rsa_encryption_seipdv1() { let (skey, _headers) = SignedSecretKey::from_armor_single( fs::File::open("./tests/openpgp-interop/testcases/messages/gnupg-v1-001-decrypt.asc") .unwrap(), ) .unwrap(); // subkey[0] is the encryption key let pkey = skey.secret_subkeys[0].public_key(); let mut rng = rand::rngs::StdRng::seed_from_u64(100); let mut rng2 = rand::rngs::StdRng::seed_from_u64(100); let lit_msg = Message::new_literal("hello.txt", "hello world\n"); let compressed_msg = lit_msg.compress(CompressionAlgorithm::ZLIB).unwrap(); // Encrypt and test that rng is the only source of randomness. let encrypted = compressed_msg .encrypt_to_keys_seipdv1(&mut rng, SymmetricKeyAlgorithm::AES128, &[&pkey][..]) .unwrap(); let encrypted2 = compressed_msg .encrypt_to_keys_seipdv1(&mut rng2, SymmetricKeyAlgorithm::AES128, &[&pkey][..]) .unwrap(); assert_eq!(encrypted, encrypted2); let armored = encrypted.to_armored_bytes(None.into()).unwrap(); // fs::write("./message-rsa.asc", &armored).unwrap(); let parsed = Message::from_armor_single(&armored[..]).unwrap().0; let decrypted = parsed.decrypt(|| "test".into(), &[&skey]).unwrap().0; assert_eq!(compressed_msg, decrypted); } #[test] fn test_rsa_encryption_seipdv2() { let (skey, _headers) = SignedSecretKey::from_armor_single( fs::File::open("./tests/openpgp-interop/testcases/messages/gnupg-v1-001-decrypt.asc") .unwrap(), ) .unwrap(); // subkey[0] is the encryption key let pkey = skey.secret_subkeys[0].public_key(); let mut rng = rand::rngs::StdRng::seed_from_u64(100); let mut rng2 = rand::rngs::StdRng::seed_from_u64(100); let lit_msg = Message::new_literal("hello.txt", "hello world\n"); let compressed_msg = lit_msg.compress(CompressionAlgorithm::ZLIB).unwrap(); // Encrypt and test that rng is the only source of randomness. let encrypted = compressed_msg .encrypt_to_keys_seipdv2( &mut rng, SymmetricKeyAlgorithm::AES128, AeadAlgorithm::Ocb, 0x06, &[&pkey][..], ) .unwrap(); let encrypted2 = compressed_msg .encrypt_to_keys_seipdv2( &mut rng2, SymmetricKeyAlgorithm::AES128, AeadAlgorithm::Ocb, 0x06, &[&pkey][..], ) .unwrap(); assert_eq!(encrypted, encrypted2); let armored = encrypted.to_armored_bytes(None.into()).unwrap(); // fs::write("./message-rsa.asc", &armored).unwrap(); let parsed = Message::from_armor_single(&armored[..]).unwrap().0; let decrypted = parsed.decrypt(|| "test".into(), &[&skey]).unwrap().0; assert_eq!(compressed_msg, decrypted); } #[test] fn test_x25519_encryption_seipdv1() { let (skey, _headers) = SignedSecretKey::from_armor_single( fs::File::open("./tests/autocrypt/alice@autocrypt.example.sec.asc").unwrap(), ) .unwrap(); // subkey[0] is the encryption key let pkey = skey.secret_subkeys[0].public_key(); let mut rng = ChaCha8Rng::seed_from_u64(0); let lit_msg = Message::new_literal("hello.txt", "hello world\n"); let compressed_msg = lit_msg.compress(CompressionAlgorithm::ZLIB).unwrap(); for _ in 0..1000 { let encrypted = compressed_msg .encrypt_to_keys_seipdv1(&mut rng, SymmetricKeyAlgorithm::AES128, &[&pkey][..]) .unwrap(); let armored = encrypted.to_armored_bytes(None.into()).unwrap(); // fs::write("./message-x25519.asc", &armored).unwrap(); let parsed = Message::from_armor_single(&armored[..]).unwrap().0; let decrypted = parsed.decrypt(|| "".into(), &[&skey]).unwrap().0; assert_eq!(compressed_msg, decrypted); } } fn x25519_encryption_seipdv2(aead: AeadAlgorithm, sym: SymmetricKeyAlgorithm) { let (skey, _headers) = SignedSecretKey::from_armor_single( fs::File::open("./tests/autocrypt/alice@autocrypt.example.sec.asc").unwrap(), ) .unwrap(); // subkey[0] is the encryption key let pkey = skey.secret_subkeys[0].public_key(); let mut rng = ChaCha8Rng::seed_from_u64(0); let lit_msg = Message::new_literal("hello.txt", "hello world\n"); let compressed_msg = lit_msg.compress(CompressionAlgorithm::ZLIB).unwrap(); for _ in 0..1000 { let encrypted = compressed_msg .encrypt_to_keys_seipdv2(&mut rng, sym, aead, 0x06, &[&pkey][..]) .unwrap(); let armored = encrypted.to_armored_bytes(None.into()).unwrap(); // fs::write("./message-x25519.asc", &armored).unwrap(); let parsed = Message::from_armor_single(&armored[..]).unwrap().0; let decrypted = parsed.decrypt(|| "".into(), &[&skey]).unwrap().0; assert_eq!(compressed_msg, decrypted); } } #[test] fn test_x25519_encryption_seipdv2_ocb_aes128() { x25519_encryption_seipdv2(AeadAlgorithm::Ocb, SymmetricKeyAlgorithm::AES128); } #[test] fn test_x25519_encryption_seipdv2_eax_aes128() { x25519_encryption_seipdv2(AeadAlgorithm::Eax, SymmetricKeyAlgorithm::AES128); } #[test] fn test_x25519_encryption_seipdv2_gcm_aes128() { x25519_encryption_seipdv2(AeadAlgorithm::Gcm, SymmetricKeyAlgorithm::AES128); } #[test] fn test_x25519_encryption_seipdv2_ocb_aes192() { x25519_encryption_seipdv2(AeadAlgorithm::Ocb, SymmetricKeyAlgorithm::AES192); } #[test] fn test_x25519_encryption_seipdv2_eax_aes192() { x25519_encryption_seipdv2(AeadAlgorithm::Eax, SymmetricKeyAlgorithm::AES192); } #[test] fn test_x25519_encryption_seipdv2_gcm_aes192() { x25519_encryption_seipdv2(AeadAlgorithm::Gcm, SymmetricKeyAlgorithm::AES192); } #[test] fn test_x25519_encryption_seipdv2_ocb_aes256() { x25519_encryption_seipdv2(AeadAlgorithm::Ocb, SymmetricKeyAlgorithm::AES256); } #[test] fn test_x25519_encryption_seipdv2_eax_aes256() { x25519_encryption_seipdv2(AeadAlgorithm::Eax, SymmetricKeyAlgorithm::AES256); } #[test] fn test_x25519_encryption_seipdv2_gcm_aes256() { x25519_encryption_seipdv2(AeadAlgorithm::Gcm, SymmetricKeyAlgorithm::AES256); } #[test] fn test_password_encryption_seipdv1() { let _ = pretty_env_logger::try_init(); let mut rng = ChaCha8Rng::seed_from_u64(0); let lit_msg = Message::new_literal("hello.txt", "hello world\n"); let compressed_msg = lit_msg.compress(CompressionAlgorithm::ZLIB).unwrap(); let s2k = StringToKey::new_default(&mut rng); let encrypted = compressed_msg .encrypt_with_password_seipdv1(&mut rng, s2k, SymmetricKeyAlgorithm::AES128, || { "secret".into() }) .unwrap(); let armored = encrypted.to_armored_bytes(None.into()).unwrap(); // fs::write("./message-password.asc", &armored).unwrap(); let parsed = Message::from_armor_single(&armored[..]).unwrap().0; let decrypted = parsed.decrypt_with_password(|| "secret".into()).unwrap(); assert_eq!(compressed_msg, decrypted); } fn password_encryption_seipdv2(aead: AeadAlgorithm, sym: SymmetricKeyAlgorithm) { let _ = pretty_env_logger::try_init(); let mut rng = ChaCha8Rng::seed_from_u64(0); let lit_msg = Message::new_literal("hello.txt", "hello world\n"); let compressed_msg = lit_msg.compress(CompressionAlgorithm::ZLIB).unwrap(); let s2k = StringToKey::new_default(&mut rng); let encrypted = compressed_msg .encrypt_with_password_seipdv2(&mut rng, s2k, sym, aead, 0x06, || "secret".into()) .unwrap(); let armored = encrypted.to_armored_bytes(None.into()).unwrap(); // fs::write("./message-password.asc", &armored).unwrap(); let parsed = Message::from_armor_single(&armored[..]).unwrap().0; let decrypted = parsed.decrypt_with_password(|| "secret".into()).unwrap(); assert_eq!(compressed_msg, decrypted); } #[test] fn test_password_encryption_seipdv2_ocb_aes128() { password_encryption_seipdv2(AeadAlgorithm::Ocb, SymmetricKeyAlgorithm::AES128); } #[test] fn test_password_encryption_seipdv2_eax_aes128() { password_encryption_seipdv2(AeadAlgorithm::Eax, SymmetricKeyAlgorithm::AES128); } #[test] fn test_password_encryption_seipdv2_gcm_aes128() { password_encryption_seipdv2(AeadAlgorithm::Gcm, SymmetricKeyAlgorithm::AES128); } #[test] fn test_password_encryption_seipdv2_ocb_aes192() { password_encryption_seipdv2(AeadAlgorithm::Ocb, SymmetricKeyAlgorithm::AES192); } #[test] fn test_password_encryption_seipdv2_eax_aes192() { password_encryption_seipdv2(AeadAlgorithm::Eax, SymmetricKeyAlgorithm::AES192); } #[test] fn test_password_encryption_seipdv2_gcm_aes192() { password_encryption_seipdv2(AeadAlgorithm::Gcm, SymmetricKeyAlgorithm::AES192); } #[test] fn test_password_encryption_seipdv2_ocb_aes256() { password_encryption_seipdv2(AeadAlgorithm::Ocb, SymmetricKeyAlgorithm::AES256); } #[test] fn test_password_encryption_seipdv2_eax_aes256() { password_encryption_seipdv2(AeadAlgorithm::Eax, SymmetricKeyAlgorithm::AES256); } #[test] fn test_password_encryption_seipdv2_gcm_aes256() { password_encryption_seipdv2(AeadAlgorithm::Gcm, SymmetricKeyAlgorithm::AES256); } #[test] fn test_no_plaintext_decryption() { // Invalid message "encrypted" with plaintext algorithm. // Generated with the Python script below. let msg_raw = b"\xc3\x04\x04\x00\x00\x08\xd2-\x01\x00\x00\xcb\x12b\x00\x00\x00\x00\x00Hello world!\xd3\x14\xc3\xadw\x022\x05\x0ek'k\x8d\x12\xaa8\r'\x8d\xc0\x82)"; /* import hashlib import sys data = ( b"\xc3" # PTag = 11000011, new packet format, tag 3 = SKESK b"\x04" # Packet length, 4 b"\x04" # Version number, 4 b"\x00" # Algorithm, plaintext b"\x00\x08" # S2K specifier, Simple S2K, SHA256 b"\xd2" # PTag = 1101 0010, new packet format, tag 18 = SEIPD b"\x2d" # Packet length, 45 b"\x01" # Version number, 1 ) inner_data = ( b"\x00\x00" # IV b"\xcb" # PTag = 11001011, new packet format, tag 11 = literal data packet b"\x12" # Packet length, 18 b"\x62" # Binary data ('b') b"\x00" # No filename, empty filename length b"\x00\x00\x00\x00" # Date b"Hello world!" ) data += inner_data data += ( b"\xd3" # Modification Detection Code packet, tag 19 b"\x14" # MDC packet length, 20 bytes ) data += hashlib.new("SHA1", inner_data + b"\xd3\x14").digest() print(data) */ let msg = Message::from_bytes(&msg_raw[..]).unwrap(); // Before the fix message eventually decrypted to // Literal(LiteralData { packet_version: New, mode: Binary, created: 1970-01-01T00:00:00Z, file_name: "", data: "48656c6c6f20776f726c6421" }) // where "48656c6c6f20776f726c6421" is an encoded "Hello world!" string. assert!(msg .decrypt_with_password(|| "foobarbaz".into()) .err() .unwrap() .to_string() .contains("plaintext")); } #[test] fn test_x25519_signing_string() { let (skey, _headers) = SignedSecretKey::from_armor_single( fs::File::open("./tests/autocrypt/alice@autocrypt.example.sec.asc").unwrap(), ) .unwrap(); let pkey = skey.public_key(); let mut rng = ChaCha8Rng::seed_from_u64(0); let lit_msg = Message::new_literal("hello.txt", "hello world\n"); assert!(lit_msg.verify(&pkey).is_err()); // Unsigned message shouldn't verify let signed_msg = lit_msg .sign(&mut rng, &skey, || "".into(), HashAlgorithm::SHA2_256) .unwrap(); let armored = signed_msg.to_armored_bytes(None.into()).unwrap(); // fs::write("./message-string-signed-x25519.asc", &armored).unwrap(); signed_msg.verify(&pkey).unwrap(); let parsed = Message::from_armor_single(&armored[..]).unwrap().0; parsed.verify(&pkey).unwrap(); } #[test] fn test_x25519_signing_bytes() { let (skey, _headers) = SignedSecretKey::from_armor_single( fs::File::open("./tests/autocrypt/alice@autocrypt.example.sec.asc").unwrap(), ) .unwrap(); let pkey = skey.public_key(); let mut rng = ChaCha8Rng::seed_from_u64(0); let lit_msg = Message::new_literal_bytes("hello.txt", &b"hello world\n"[..]); let signed_msg = lit_msg .sign(&mut rng, &skey, || "".into(), HashAlgorithm::SHA2_256) .unwrap(); let armored = signed_msg.to_armored_bytes(None.into()).unwrap(); // fs::write("./message-bytes-signed-x25519.asc", &armored).unwrap(); signed_msg.verify(&pkey).unwrap(); let parsed = Message::from_armor_single(&armored[..]).unwrap().0; parsed.verify(&pkey).unwrap(); } #[test] fn test_x25519_signing_bytes_compressed() { let (skey, _headers) = SignedSecretKey::from_armor_single( fs::File::open("./tests/autocrypt/alice@autocrypt.example.sec.asc").unwrap(), ) .unwrap(); let pkey = skey.public_key(); let mut rng = ChaCha8Rng::seed_from_u64(0); let lit_msg = Message::new_literal_bytes("hello.txt", &b"hello world\n"[..]); let signed_msg = lit_msg .sign(&mut rng, &skey, || "".into(), HashAlgorithm::SHA2_256) .unwrap(); let compressed_msg = signed_msg.compress(CompressionAlgorithm::ZLIB).unwrap(); let armored = compressed_msg.to_armored_bytes(None.into()).unwrap(); // fs::write("./message-bytes-compressed-signed-x25519.asc", &armored).unwrap(); signed_msg.verify(&pkey).unwrap(); let parsed = Message::from_armor_single(&armored[..]).unwrap().0; parsed.verify(&pkey).unwrap(); } #[test] fn test_rsa_signing_string() { for _ in 0..100 { let (skey, _headers) = SignedSecretKey::from_armor_single( fs::File::open( "./tests/openpgp-interop/testcases/messages/gnupg-v1-001-decrypt.asc", ) .unwrap(), ) .unwrap(); let pkey = skey.public_key(); let mut rng = ChaCha8Rng::seed_from_u64(0); let lit_msg = Message::new_literal("hello.txt", "hello world\n"); let signed_msg = lit_msg .sign(&mut rng, &skey, || "test".into(), HashAlgorithm::SHA2_256) .unwrap(); let armored = signed_msg.to_armored_bytes(None.into()).unwrap(); // fs::write("./message-string-signed-rsa.asc", &armored).unwrap(); signed_msg.verify(&pkey).unwrap(); let parsed = Message::from_armor_single(&armored[..]).unwrap().0; parsed.verify(&pkey).unwrap(); } } #[test] fn test_rsa_signing_bytes() { let (skey, _headers) = SignedSecretKey::from_armor_single( fs::File::open("./tests/openpgp-interop/testcases/messages/gnupg-v1-001-decrypt.asc") .unwrap(), ) .unwrap(); let pkey = skey.public_key(); let mut rng = ChaCha8Rng::seed_from_u64(0); let lit_msg = Message::new_literal_bytes("hello.txt", &b"hello world\n"[..]); let signed_msg = lit_msg .sign(&mut rng, &skey, || "test".into(), HashAlgorithm::SHA2_256) .unwrap(); let armored = signed_msg.to_armored_bytes(None.into()).unwrap(); // fs::write("./message-bytes-signed-rsa.asc", &armored).unwrap(); signed_msg.verify(&pkey).unwrap(); let parsed = Message::from_armor_single(&armored[..]).unwrap().0; parsed.verify(&pkey).unwrap(); } #[test] fn test_rsa_signing_bytes_compressed() { let (skey, _headers) = SignedSecretKey::from_armor_single( fs::File::open("./tests/openpgp-interop/testcases/messages/gnupg-v1-001-decrypt.asc") .unwrap(), ) .unwrap(); let pkey = skey.public_key(); let mut rng = ChaCha8Rng::seed_from_u64(0); let lit_msg = Message::new_literal_bytes("hello.txt", &b"hello world\n"[..]); let signed_msg = lit_msg .sign(&mut rng, &skey, || "test".into(), HashAlgorithm::SHA2_256) .unwrap(); let compressed_msg = signed_msg.compress(CompressionAlgorithm::ZLIB).unwrap(); let armored = compressed_msg.to_armored_bytes(None.into()).unwrap(); // fs::write("./message-bytes-compressed-signed-rsa.asc", &armored).unwrap(); signed_msg.verify(&pkey).unwrap(); let parsed = Message::from_armor_single(&armored[..]).unwrap().0; parsed.verify(&pkey).unwrap(); } #[test] fn test_text_signature_normalization() { // Test verifying an inlined signed message. // // The signature type is 0x01 ("Signature of a canonical text document"). // // The literal data packet (which is in binary mode) contains the output of: // echo -en "foo\nbar\r\nbaz" // // RFC 9580 mandates that the hash for signature type 0x01 has to be calculated over normalized line endings, // so the hash for this message is calculated over "foo\r\nbar\r\nbaz". // // So it must also be verified against a hash digest over this normalized format. let (signed_msg, _header) = Message::from_armor_single( fs::File::open("./tests/unit-tests/text_signature_normalization.msg").unwrap(), ) .unwrap(); let (skey, _headers) = SignedSecretKey::from_armor_single( fs::File::open("./tests/unit-tests/text_signature_normalization_alice.key").unwrap(), ) .unwrap(); // Manually find the signing subkey let signing = skey .secret_subkeys .iter() .find(|key| { key.key_id() == KeyId::from_slice(&[0x64, 0x35, 0x7E, 0xB6, 0xBB, 0x55, 0xDE, 0x12]).unwrap() }) .unwrap(); // And transform it into a public subkey for signature verification let verify = signing.public_key(); // verify the signature with alice's signing subkey signed_msg.verify(&verify).expect("signature seems bad"); } /// Tests that decompressing compression quine does not result in stack overflow. /// quine.out comes from /// See for details. #[test] fn test_compression_quine() { // Public key does not matter as the message is not signed. let (skey, _headers) = SignedSecretKey::from_armor_single( fs::File::open("./tests/autocrypt/alice@autocrypt.example.sec.asc").unwrap(), ) .unwrap(); let pkey = skey.public_key(); let msg = Message::from_bytes(&include_bytes!("../../../tests/quine.out")[..]).unwrap(); assert!(msg.get_content().is_err()); assert!(msg.verify(&pkey).is_err()); } // Sample Version 6 Certificate (Transferable Public Key) // https://www.rfc-editor.org/rfc/rfc9580.html#name-sample-version-6-certificat const ANNEX_A_3: &str = "-----BEGIN PGP PUBLIC KEY BLOCK----- xioGY4d/4xsAAAAg+U2nu0jWCmHlZ3BqZYfQMxmZu52JGggkLq2EVD34laPCsQYf GwoAAABCBYJjh3/jAwsJBwUVCg4IDAIWAAKbAwIeCSIhBssYbE8GCaaX5NUt+mxy KwwfHifBilZwj2Ul7Ce62azJBScJAgcCAAAAAK0oIBA+LX0ifsDm185Ecds2v8lw gyU2kCcUmKfvBXbAf6rhRYWzuQOwEn7E/aLwIwRaLsdry0+VcallHhSu4RN6HWaE QsiPlR4zxP/TP7mhfVEe7XWPxtnMUMtf15OyA51YBM4qBmOHf+MZAAAAIIaTJINn +eUBXbki+PSAld2nhJh/LVmFsS+60WyvXkQ1wpsGGBsKAAAALAWCY4d/4wKbDCIh BssYbE8GCaaX5NUt+mxyKwwfHifBilZwj2Ul7Ce62azJAAAAAAQBIKbpGG2dWTX8 j+VjFM21J0hqWlEg+bdiojWnKfA5AQpWUWtnNwDEM0g12vYxoWM8Y81W+bHBw805 I8kWVkXU6vFOi+HWvv/ira7ofJu16NnoUkhclkUrk0mXubZvyl4GBg== -----END PGP PUBLIC KEY BLOCK-----"; // Sample Version 6 Secret Key (Transferable Secret Key) // https://www.rfc-editor.org/rfc/rfc9580.html#name-sample-version-6-secret-key const ANNEX_A_4: &str = "-----BEGIN PGP PRIVATE KEY BLOCK----- xUsGY4d/4xsAAAAg+U2nu0jWCmHlZ3BqZYfQMxmZu52JGggkLq2EVD34laMAGXKB exK+cH6NX1hs5hNhIB00TrJmosgv3mg1ditlsLfCsQYfGwoAAABCBYJjh3/jAwsJ BwUVCg4IDAIWAAKbAwIeCSIhBssYbE8GCaaX5NUt+mxyKwwfHifBilZwj2Ul7Ce6 2azJBScJAgcCAAAAAK0oIBA+LX0ifsDm185Ecds2v8lwgyU2kCcUmKfvBXbAf6rh RYWzuQOwEn7E/aLwIwRaLsdry0+VcallHhSu4RN6HWaEQsiPlR4zxP/TP7mhfVEe 7XWPxtnMUMtf15OyA51YBMdLBmOHf+MZAAAAIIaTJINn+eUBXbki+PSAld2nhJh/ LVmFsS+60WyvXkQ1AE1gCk95TUR3XFeibg/u/tVY6a//1q0NWC1X+yui3O24wpsG GBsKAAAALAWCY4d/4wKbDCIhBssYbE8GCaaX5NUt+mxyKwwfHifBilZwj2Ul7Ce6 2azJAAAAAAQBIKbpGG2dWTX8j+VjFM21J0hqWlEg+bdiojWnKfA5AQpWUWtnNwDE M0g12vYxoWM8Y81W+bHBw805I8kWVkXU6vFOi+HWvv/ira7ofJu16NnoUkhclkUr k0mXubZvyl4GBg== -----END PGP PRIVATE KEY BLOCK-----"; /// Verify Cleartext Signed Message /// /// Test data from RFC 9580, see /// https://www.rfc-editor.org/rfc/rfc9580.html#name-sample-cleartext-signed-mes #[test] fn test_v6_annex_a_6() { let (ssk, _) = SignedPublicKey::from_string(ANNEX_A_3).expect("SSK from armor"); let msg = "-----BEGIN PGP SIGNED MESSAGE----- What we need from the grocery store: - - tofu - - vegetables - - noodles -----BEGIN PGP SIGNATURE----- wpgGARsKAAAAKQWCY5ijYyIhBssYbE8GCaaX5NUt+mxyKwwfHifBilZwj2Ul7Ce6 2azJAAAAAGk2IHZJX1AhiJD39eLuPBgiUU9wUA9VHYblySHkBONKU/usJ9BvuAqo /FvLFuGWMbKAdA+epq7V4HOtAPlBWmU8QOd6aud+aSunHQaaEJ+iTFjP2OMW0KBr NK2ay45cX1IVAQ== -----END PGP SIGNATURE-----"; let (msg, _) = CleartextSignedMessage::from_string(msg).unwrap(); msg.verify(&ssk).expect("verify"); } /// Verify Inline Signed Message /// /// Test data from RFC 9580, see /// https://www.rfc-editor.org/rfc/rfc9580.html#name-sample-inline-signed-messag #[test] fn test_v6_annex_a_7() { let (ssk, _) = SignedPublicKey::from_string(ANNEX_A_3).expect("SSK from armor"); let msg = "-----BEGIN PGP MESSAGE----- xEYGAQobIHZJX1AhiJD39eLuPBgiUU9wUA9VHYblySHkBONKU/usyxhsTwYJppfk 1S36bHIrDB8eJ8GKVnCPZSXsJ7rZrMkBy0p1AAAAAABXaGF0IHdlIG5lZWQgZnJv bSB0aGUgZ3JvY2VyeSBzdG9yZToKCi0gdG9mdQotIHZlZ2V0YWJsZXMKLSBub29k bGVzCsKYBgEbCgAAACkFgmOYo2MiIQbLGGxPBgmml+TVLfpscisMHx4nwYpWcI9l JewnutmsyQAAAABpNiB2SV9QIYiQ9/Xi7jwYIlFPcFAPVR2G5ckh5ATjSlP7rCfQ b7gKqPxbyxbhljGygHQPnqau1eBzrQD5QVplPEDnemrnfmkrpx0GmhCfokxYz9jj FtCgazStmsuOXF9SFQE= -----END PGP MESSAGE-----"; let (msg, _) = Message::from_string(msg).unwrap(); msg.verify(&ssk).expect("verify"); } /// Decrypt an X25519-AEAD-OCB Encrypted Packet Sequence /// /// Test data from RFC 9580, see /// https://www.rfc-editor.org/rfc/rfc9580.html#name-sample-x25519-aead-ocb-encr #[test] fn test_v6_annex_a_8() { let (ssk, _) = SignedSecretKey::from_string(ANNEX_A_4).expect("SSK from armor"); // A.8. Sample X25519-AEAD-OCB Decryption let msg = "-----BEGIN PGP MESSAGE----- wV0GIQYSyD8ecG9jCP4VGkF3Q6HwM3kOk+mXhIjR2zeNqZMIhRmHzxjV8bU/gXzO WgBM85PMiVi93AZfJfhK9QmxfdNnZBjeo1VDeVZheQHgaVf7yopqR6W1FT6NOrfS aQIHAgZhZBZTW+CwcW1g4FKlbExAf56zaw76/prQoN+bAzxpohup69LA7JW/Vp0l yZnuSj3hcFj0DfqLTGgr4/u717J+sPWbtQBfgMfG9AOIwwrUBqsFE9zW+f1zdlYo bhF30A+IitsxxA== -----END PGP MESSAGE-----"; let (message, _) = Message::from_string(msg).expect("ok"); let (dec, _) = message.decrypt(String::default, &[&ssk]).expect("decrypt"); let decrypted = String::from_utf8(dec.get_literal().expect("literal").data().to_vec()).expect("utf8"); assert_eq!(&decrypted, "Hello, world!"); } } pgp-0.15.0/src/composed/mod.rs000064400000000000000000000004221046102023000142200ustar 00000000000000pub mod cleartext; pub mod key; pub mod message; pub mod signed_key; mod any; mod shared; mod signature; pub use self::any::Any; pub use self::key::*; pub use self::message::*; pub use self::shared::Deserializable; pub use self::signature::*; pub use self::signed_key::*; pgp-0.15.0/src/composed/shared.rs000064400000000000000000000210471046102023000147150ustar 00000000000000use std::io::{BufRead, Read}; use buffer_redux::BufReader; use log::{debug, warn}; use crate::armor::{self, BlockType}; use crate::errors::{Error, Result}; use crate::packet::{Packet, PacketParser}; pub trait Deserializable: Sized { /// Parse a single byte encoded composition. fn from_bytes(bytes: impl Read) -> Result { let mut el = Self::from_bytes_many(bytes); el.next().ok_or(Error::NoMatchingPacket)? } /// Parse a single armor encoded composition. fn from_string(input: &str) -> Result<(Self, armor::Headers)> { let (mut el, headers) = Self::from_string_many(input)?; Ok((el.next().ok_or(Error::NoMatchingPacket)??, headers)) } /// Parse an armor encoded list of compositions. #[allow(clippy::type_complexity)] fn from_string_many<'a>( input: &'a str, ) -> Result<(Box> + 'a>, armor::Headers)> { Self::from_armor_many_buf(input.as_bytes()) } /// Armored ascii data. fn from_armor_single(input: R) -> Result<(Self, armor::Headers)> { let (mut el, headers) = Self::from_armor_many(input)?; Ok((el.next().ok_or(Error::NoMatchingPacket)??, headers)) } /// Armored ascii data. fn from_armor_single_buf(input: R) -> Result<(Self, armor::Headers)> { let (mut el, headers) = Self::from_armor_many_buf(input)?; Ok((el.next().ok_or(Error::NoMatchingPacket)??, headers)) } /// Armored ascii data. #[allow(clippy::type_complexity)] fn from_armor_many<'a, R: Read + 'a>( input: R, ) -> Result<(Box> + 'a>, armor::Headers)> { Self::from_armor_many_buf(BufReader::new(input)) } #[allow(clippy::type_complexity)] fn from_armor_many_buf<'a, R: BufRead + 'a>( input: R, ) -> Result<(Box> + 'a>, armor::Headers)> { let mut dearmor = armor::Dearmor::new(input); dearmor.read_header()?; // Safe to unwrap, as read_header succeeded. let typ = dearmor .typ .ok_or_else(|| format_err!("dearmor failed to retrieve armor type"))?; // TODO: add typ information to the key possibly? match typ { // Standard PGP types BlockType::PublicKey | BlockType::PrivateKey | BlockType::Message | BlockType::MultiPartMessage(_, _) | BlockType::Signature | BlockType::CleartextMessage | BlockType::File => { let headers = dearmor.headers.clone(); // FIXME: avoid clone if !Self::matches_block_type(typ) { bail!("unexpected block type: {}", typ); } Ok((Self::from_bytes_many(dearmor), headers)) } BlockType::PublicKeyPKCS1(_) | BlockType::PublicKeyPKCS8 | BlockType::PublicKeyOpenssh | BlockType::PrivateKeyPKCS1(_) | BlockType::PrivateKeyPKCS8 | BlockType::PrivateKeyOpenssh => { unimplemented_err!("key format {:?}", typ); } } } /// Parse a list of compositions in raw byte format. fn from_bytes_many<'a>(bytes: impl Read + 'a) -> Box> + 'a> { let packets = PacketParser::new(bytes).filter_map(filter_parsed_packet_results); Self::from_packets(packets.peekable()) } /// Turn a list of packets into a usable representation. fn from_packets<'a, I: Iterator> + 'a>( packets: std::iter::Peekable, ) -> Box> + 'a>; /// Check if the given typ is a valid block type for this type. fn matches_block_type(typ: BlockType) -> bool; /// Parses a single composition, from either ASCII-armored or binary OpenPGP data. /// /// Returns a composition and a BTreeMap containing armor headers /// (None, if the data was unarmored) #[allow(clippy::type_complexity)] fn from_reader_single<'a, R: Read + 'a>(input: R) -> Result<(Self, Option)> { Self::from_reader_single_buf(BufReader::new(input)) } #[allow(clippy::type_complexity)] fn from_reader_single_buf<'a, R: BufRead + 'a>( mut input: R, ) -> Result<(Self, Option)> { if !is_binary(&mut input)? { let (keys, headers) = Self::from_armor_single(input)?; Ok((keys, Some(headers))) } else { Ok((Self::from_bytes(input)?, None)) } } /// Parses a list of compositions, from either ASCII-armored or binary OpenPGP data. /// /// Returns an iterator of compositions and a BTreeMap containing armor headers /// (None, if the data was unarmored) #[allow(clippy::type_complexity)] fn from_reader_many<'a, R: Read + 'a>( input: R, ) -> Result<( Box> + 'a>, Option, )> { Self::from_reader_many_buf(BufReader::new(input)) } /// Parses a list of compositions, from either ASCII-armored or binary OpenPGP data. /// /// Returns an iterator of compositions and a BTreeMap containing armor headers /// (None, if the data was unarmored) #[allow(clippy::type_complexity)] fn from_reader_many_buf<'a, R: BufRead + 'a>( mut input: R, ) -> Result<( Box> + 'a>, Option, )> { if !is_binary(&mut input)? { let (keys, headers) = Self::from_armor_many_buf(input)?; Ok((keys, Some(headers))) } else { Ok((Self::from_bytes_many(input), None)) } } } /// Process results from low level packet parser: /// /// - Skip Marker packets. /// - Pass through other packets. /// - Skip any `Error::Unsupported`, those were marked as "safe to ignore" by the low level parser. /// - Skip `Error::Incomplete` /// - Skip `Error::EllipticCurve` /// - Pass through other errors. pub(crate) fn filter_parsed_packet_results(p: Result) -> Option> { // FIXME: handle padding packets (skip) // FIXME: handle criticality of packets from 9580 (error, if unsupported) match &p { Ok(Packet::Marker(_m)) => { debug!("skipping marker packet"); None } Ok(_) => Some(p), Err(e) => { if let Error::Unsupported(e) = e { // "Error::Unsupported" signals parser errors that we can safely ignore // (e.g. packets with unsupported versions) warn!("skipping unsupported packet: {p:?}"); debug!("error: {e:?}"); return None; } if let Error::InvalidPacketContent(b) = &e { let err: &Error = b; // unbox if let Error::Unsupported(e) = err { // "Error::Unsupported" signals parser errors that we can safely ignore // (e.g. packets with unsupported versions) warn!("skipping unsupported packet: {p:?}"); debug!("error: {e:?}"); return None; } if let Error::EllipticCurve(e) = err { // this error happens in one SKS test key, presumably bad public key material. // ignoring the packet seems safe. warn!("skipping bad elliptic curve data: {p:?}"); debug!("error: {e:?}"); return None; } } if let Error::PacketIncomplete = e { // We ignore incomplete packets for now (some of these occur in the SKS dumps under `tests`) warn!("skipping incomplete packet: {p:?}"); return None; } // Pass through all other errors from the low level parser, they should be surfaced Some(Err(Error::Message(format!( "unexpected packet data: {e:?}" )))) } } } /// Check if the OpenPGP data in `input` seems to be ASCII-armored or binary (by looking at the /// highest bit of the first byte) pub(crate) fn is_binary(input: &mut R) -> Result { // Peek at the first byte in the reader let buf = input.fill_buf()?; if buf.is_empty() { bail!("empty input"); } // If the first bit of the first byte is set, we assume this is binary OpenPGP data, otherwise // we assume it is ASCII-armored. let binary = buf[0] & 0x80 != 0; Ok(binary) } pgp-0.15.0/src/composed/signature.rs000064400000000000000000000053431046102023000154510ustar 00000000000000use std::iter::Peekable; use crate::composed::Deserializable; use crate::errors::Result; use crate::packet::{Packet, Signature}; use crate::ser::Serialize; use crate::types::PublicKeyTrait; use crate::types::Tag; use crate::{armor, ArmorOptions}; /// Standalone signature as defined by the cleartext framework. #[derive(Debug, Clone, PartialEq, Eq)] pub struct StandaloneSignature { pub signature: Signature, } impl StandaloneSignature { pub fn new(signature: Signature) -> Self { StandaloneSignature { signature } } pub fn to_armored_writer( &self, writer: &mut impl std::io::Write, opts: ArmorOptions<'_>, ) -> Result<()> { armor::write( self, armor::BlockType::Signature, writer, opts.headers, opts.include_checksum, ) } pub fn to_armored_bytes(&self, opts: ArmorOptions<'_>) -> Result> { let mut buf = Vec::new(); self.to_armored_writer(&mut buf, opts)?; Ok(buf) } pub fn to_armored_string(&self, opts: ArmorOptions<'_>) -> Result { let res = String::from_utf8(self.to_armored_bytes(opts)?).map_err(|e| e.utf8_error())?; Ok(res) } /// Verify this signature. pub fn verify(&self, key: &impl PublicKeyTrait, content: &[u8]) -> Result<()> { self.signature.verify(key, content) } } impl Serialize for StandaloneSignature { fn to_writer(&self, writer: &mut W) -> Result<()> { crate::packet::write_packet(writer, &self.signature) } } impl Deserializable for StandaloneSignature { /// Parse a signature. fn from_packets<'a, I: Iterator> + 'a>( packets: std::iter::Peekable, ) -> Box> + 'a> { Box::new(SignatureParser { source: packets }) } fn matches_block_type(typ: armor::BlockType) -> bool { matches!(typ, armor::BlockType::Signature) } } pub struct SignatureParser>> { source: Peekable, } impl>> Iterator for SignatureParser { type Item = Result; fn next(&mut self) -> Option { next(self.source.by_ref()) } } fn next>>( packets: &mut Peekable, ) -> Option> { match packets.by_ref().next() { Some(Ok(packet)) => match packet.tag() { Tag::Signature => Some(packet.try_into().map(StandaloneSignature::new)), _ => Some(Err(format_err!("unexpected packet {:?}", packet.tag()))), }, Some(Err(e)) => Some(Err(e)), None => None, } } pgp-0.15.0/src/composed/signed_key/key_parser.rs000064400000000000000000000217551046102023000177420ustar 00000000000000use log::{debug, warn}; use crate::errors::{Error, Result}; use crate::packet::{self, Packet, Signature, SignatureType, UserAttribute, UserId}; use crate::types::{KeyVersion, PublicKeyTrait, SignedUser, SignedUserAttribute, Tag}; use crate::{SignedKeyDetails, SignedPublicSubKey, SignedSecretSubKey}; #[allow(clippy::complexity)] pub fn next( packets: &mut std::iter::Peekable, key_tag: Tag, parse_secrect_subkeys: bool, ) -> Option< Result<( IKT, SignedKeyDetails, Vec, Vec, )>, > where I: Sized + Iterator>, IKT: TryFrom + PublicKeyTrait, { let packets = packets.by_ref(); // Check if we are done packets.peek()?; // -- One Public-Key packet // ignore random other packets until we find something useful while let Some(packet) = packets.next_if(|p| p.as_ref().is_ok_and(|p| p.tag() != key_tag)) { match packet { Ok(p) => { warn!( "ignoring unexpected packet: expected {:?}, got {:?}", key_tag, p.tag() ); // FIXME: return error? } Err(e) => return Some(Err(e)), } } let next = match packets.next() { Some(Ok(n)) => n, Some(Err(e)) => return Some(Err(e)), None => return None, }; let primary_key: IKT = match next.try_into() { Ok(key) => key, Err(err) => { return Some(Err(err)); } }; debug!("primary key: {:?}", primary_key.key_id()); // -- Zero or more revocation signatures // -- followed by zero or more direct signatures in V4 keys debug!(" signatures"); let mut revocation_signatures = Vec::new(); let mut direct_signatures = Vec::new(); while let Some(packet) = packets.next_if(|p| p.as_ref().is_ok_and(|p| p.tag() == Tag::Signature)) { match packet { Ok(packet) => { debug!("parsing signature {:?}", packet.tag()); let sig: Signature = err_opt!(packet.try_into()); let typ = sig.typ(); if typ == SignatureType::KeyRevocation { revocation_signatures.push(sig); } else { if primary_key.version() != KeyVersion::V4 { // no direct signatures on V2|V3 keys warn!("unexpected signature: {:?}", typ); } direct_signatures.push(sig); } } Err(e) => return Some(Err(e)), } } // -- Zero or more User ID packets // -- Zero or more User Attribute packets debug!(" user"); let mut users = Vec::new(); let mut user_attributes = Vec::new(); while let Some(packet) = packets.next_if(|p| { p.as_ref().is_ok_and(|p| { debug!("peek {:?}", p.tag()); p.tag() == Tag::UserId || p.tag() == Tag::UserAttribute }) }) { let packet = match packet { Ok(packet) => packet, Err(err) => return Some(Err(err)), }; let tag = packet.tag(); debug!(" user data: {:?}", tag); match tag { Tag::UserId => { let id: UserId = err_opt!(packet.try_into()); // --- zero or more signature packets let mut sigs = Vec::new(); while let Some(res) = packets.next_if(|p| p.as_ref().is_ok_and(|p| p.tag() == Tag::Signature)) { let packet = match res { Ok(packet) => packet, Err(e) => return Some(Err(e)), }; let sig: Signature = err_opt!(packet.try_into()); sigs.push(sig); } users.push(SignedUser::new(id, sigs)); } Tag::UserAttribute => { let attr: UserAttribute = err_opt!(packet.try_into()); // --- zero or more signature packets let mut sigs = Vec::new(); while let Some(res) = packets.next_if(|p| p.as_ref().is_ok_and(|p| p.tag() == Tag::Signature)) { let packet = match res { Ok(packet) => packet, Err(e) => return Some(Err(e)), }; let sig: Signature = err_opt!(packet.try_into()); sigs.push(sig); } user_attributes.push(SignedUserAttribute::new(attr, sigs)); } _ => break, } } if users.is_empty() { warn!("missing user ids"); } // -- Zero or more Subkey packets let mut public_subkey_container = Vec::new(); let mut secret_subkey_container = Vec::new(); debug!(" subkeys"); while let Some(res) = packets.next_if(|p| { p.as_ref().is_ok_and(|p| { debug!(" peek {:?}", p.tag()); p.tag() == Tag::PublicSubkey || (parse_secrect_subkeys && p.tag() == Tag::SecretSubkey) }) }) { // -- V2/3 keys can not have sub keys if primary_key.version() == KeyVersion::V2 || primary_key.version() == KeyVersion::V3 { return Some(Err(format_err!("V2/3 keys can not have subkeys"))); } let packet = match res { Ok(packet) => packet, Err(e) => return Some(Err(e)), }; match packet.tag() { Tag::PublicSubkey => { let subkey: packet::PublicSubkey = err_opt!(packet.try_into()); let mut sigs = Vec::new(); while let Some(res) = packets.next_if(|packet| { packet.is_ok() && packet.as_ref().expect("just checked").tag() == Tag::Signature }) { match res { Ok(packet) => { let sig: Signature = err_opt!(packet.try_into()); sigs.push(sig); } Err(e) => return Some(Err(e)), } } public_subkey_container.push(SignedPublicSubKey::new(subkey, sigs)); } Tag::SecretSubkey => { if parse_secrect_subkeys { let subkey: packet::SecretSubkey = err_opt!(packet.try_into()); let mut sigs = Vec::new(); while let Some(res) = packets.next_if(|packet| { packet.is_ok() && packet.as_ref().expect("just checked").tag() == Tag::Signature }) { match res { Ok(packet) => { let sig: Signature = err_opt!(packet.try_into()); sigs.push(sig); } Err(e) => return Some(Err(e)), } } secret_subkey_container.push(SignedSecretSubKey::new(subkey, sigs)); } } _ => unreachable!(), } } // Does peeking forward yield an error? If so, we consider this key to be broken. // (This can happen e.g. when an unknown critical packet it encountered within a TPK/TSK) if let Some(Err(e)) = packets.next_if(|peek| peek.is_err()) { match e { // "Unsupported" errors are by definition "soft", these packets are safe to skip silently Error::Unsupported(_) => {} _ => { return Some(Err(format_err!( "error while parsing composed key: {:?}", e ))) } } } // TODO: consume any additional packets that aren't a primary key packet? // Every subkey for a version 6 primary key MUST be a version 6 subkey. // (See https://www.rfc-editor.org/rfc/rfc9580.html#section-10.1.1-5) if primary_key.version() == KeyVersion::V6 { for sub in &public_subkey_container { if sub.version() != KeyVersion::V6 { return Some(Err(crate::errors::Error::Message(format!( "Illegal public subkey {:?} in v6 key", sub.version() )))); } } for sub in &secret_subkey_container { if sub.version() != KeyVersion::V6 { return Some(Err(crate::errors::Error::Message(format!( "Illegal secret subkey {:?} in v6 key", sub.version() )))); } } } Some(Ok(( primary_key, SignedKeyDetails::new( revocation_signatures, direct_signatures, users, user_attributes, ), public_subkey_container, secret_subkey_container, ))) } pgp-0.15.0/src/composed/signed_key/mod.rs000064400000000000000000000102261046102023000163440ustar 00000000000000//! Signed Secret and Public Key //! //! Signed secret keys shall be used to sign and decrypt, whereas public keys //! can verify and encrypt. //! Note that technically secret keys also can by definition derive a public key //! and hence themselves perform verify and encrypt as a public key can. //! //! [Key generation] is handled separately. //! For signing directly with an RFC 9580 compliant internal hashing, see [signing and verifying based on packets]. //! //! [Key generation]: super::key //! [signing and verifying based on packets]: crate::packet //! //! # Sign and Verify Example //! //! ```rust //! # const DATA :&'static [u8] = b"Hello World"; //! # use pgp::composed::{self, KeyType, KeyDetails, SecretKey, SecretSubkey, key::SecretKeyParamsBuilder}; //! # use pgp::errors::Result; //! # use pgp::packet::{self, KeyFlags, UserAttribute, SignatureVersionSpecific, UserId}; //! # use pgp::crypto::{self, sym::SymmetricKeyAlgorithm, hash::HashAlgorithm, public_key::PublicKeyAlgorithm}; //! # use pgp::types::{self, PublicKeyTrait, SecretKeyTrait, CompressionAlgorithm}; //! # use rand::thread_rng; //! # use smallvec::*; //! # //! # let mut key_params = SecretKeyParamsBuilder::default(); //! # key_params //! # .key_type(KeyType::Rsa(2048)) //! # .can_certify(false) //! # .can_sign(true) //! # .primary_user_id("Me ".into()) //! # .preferred_symmetric_algorithms(smallvec![ //! # SymmetricKeyAlgorithm::AES256, //! # ]) //! # .preferred_hash_algorithms(smallvec![ //! # HashAlgorithm::SHA2_256, //! # ]) //! # .preferred_compression_algorithms(smallvec![ //! # CompressionAlgorithm::ZLIB, //! # ]); //! # let secret_key_params = key_params.build().expect("Must be able to create secret key params"); //! # let secret_key = secret_key_params.generate(thread_rng()).expect("Failed to generate a plain key."); //! # let passwd_fn = || String::new(); //! # let signed_secret_key = secret_key.sign(&mut thread_rng(), passwd_fn).expect("Must be able to sign its own metadata"); //! # let public_key = signed_secret_key.public_key(); //! let signing_key = signed_secret_key; //! let verification_key = public_key; //! //! use pgp::Signature; //! use chrono; //! //! let now = chrono::Utc::now(); //! //! let passwd_fn = || String::new(); //! //! // simulate a digest, make sure it is a compliant produce with RFC 9580 //! // i.e. depending on the version one needs a special suffix / prefix //! // and length encoding. The following is NOT compliant: //! use sha2::{Sha256, Digest}; //! let digest = { //! let mut hasher = Sha256::new(); //! hasher.update(DATA); //! hasher.finalize() //! }; //! let digest = digest.as_slice(); //! //! // creates the cryptographic core of the signature without any metadata //! let signature = signing_key //! .create_signature(passwd_fn, HashAlgorithm::SHA2_256, digest) //! .expect("Failed to crate signature"); //! //! // the signature can already be verified //! verification_key //! .verify_signature(HashAlgorithm::SHA2_256, digest, &signature) //! .expect("Failed to validate signature"); //! //! // wraps the signature in the appropriate package fmt ready to be serialized //! let signature = Signature::v4( //! types::Version::Old, //! packet::SignatureType::Binary, //! PublicKeyAlgorithm::RSA, //! HashAlgorithm::SHA2_256, //! [digest[0], digest[1]], //! signature, //! vec![ //! packet::Subpacket::regular(packet::SubpacketData::SignatureCreationTime(now)), //! packet::Subpacket::regular(packet::SubpacketData::Issuer(signing_key.key_id())), //! ], //! vec![], //! ); //! //! // sign and and write the package (the package written here is NOT RFC 9580 compliant) //! let mut signature_bytes = Vec::with_capacity(1024); //! //! packet::write_packet(&mut signature_bytes, &signature) //! .expect("Write must succeed"); //! //! //! let raw_signature = signature.signature; //! verification_key //! .verify_signature(HashAlgorithm::SHA2_256, digest, &raw_signature) //! .expect("Verify must succeed"); //! ``` mod key_parser; mod parse; mod public; mod secret; mod shared; pub use self::parse::*; pub use self::public::*; pub use self::secret::*; pub use self::shared::*; pgp-0.15.0/src/composed/signed_key/parse.rs000064400000000000000000000117101046102023000166760ustar 00000000000000use std::{io, iter}; use buffer_redux::BufReader; use crate::armor::{self, BlockType}; use crate::composed::signed_key::{ PublicOrSecret, SignedPublicKey, SignedPublicKeyParser, SignedSecretKey, SignedSecretKeyParser, }; use crate::errors::{Error, Result}; use crate::packet::{Packet, PacketParser}; use crate::types::Tag; /// Parses a list of secret and public keys, from either ASCII-armored or binary OpenPGP data. /// /// Returns an iterator of public or secret keys and a BTreeMap containing armor headers /// (None, if the data was unarmored) #[allow(clippy::type_complexity)] pub fn from_reader_many<'a, R: io::Read + 'a>( input: R, ) -> Result<( Box> + 'a>, Option, )> { from_reader_many_buf(BufReader::new(input)) } #[allow(clippy::type_complexity)] pub fn from_reader_many_buf<'a, R: io::BufRead + 'a>( mut input: R, ) -> Result<( Box> + 'a>, Option, )> { if !crate::composed::shared::is_binary(&mut input)? { let (keys, headers) = from_armor_many_buf(input)?; Ok((keys, Some(headers))) } else { Ok((from_bytes_many(input), None)) } } /// Parses a list of secret and public keys from ascii armored text. #[allow(clippy::type_complexity)] pub fn from_armor_many<'a, R: io::Read + 'a>( input: R, ) -> Result<( Box> + 'a>, armor::Headers, )> { from_armor_many_buf(BufReader::new(input)) } /// Parses a list of secret and public keys from ascii armored text. #[allow(clippy::type_complexity)] pub fn from_armor_many_buf<'a, R: io::BufRead + 'a>( input: R, ) -> Result<( Box> + 'a>, armor::Headers, )> { let mut dearmor = armor::Dearmor::new(input); dearmor.read_header()?; // Safe to unwrap, as read_header succeeded. let typ = dearmor .typ .ok_or_else(|| format_err!("dearmor failed to retrieve armor type"))?; // TODO: add typ information to the key possibly? match typ { // Standard PGP types BlockType::PublicKey | BlockType::PrivateKey | BlockType::File => { let headers = dearmor.headers.clone(); // FIXME: avoid clone // TODO: check that the result is what it actually said. Ok((from_bytes_many(dearmor), headers)) } BlockType::Message | BlockType::MultiPartMessage(_, _) | BlockType::Signature | BlockType::CleartextMessage => { bail!("unexpected block type: {}", typ) } BlockType::PublicKeyPKCS1(_) | BlockType::PublicKeyPKCS8 | BlockType::PublicKeyOpenssh | BlockType::PrivateKeyPKCS1(_) | BlockType::PrivateKeyPKCS8 | BlockType::PrivateKeyOpenssh => { unimplemented_err!("key format {}", typ); } } } /// Parses a list of secret and public keys from raw bytes. pub fn from_bytes_many<'a>( bytes: impl io::Read + 'a, ) -> Box> + 'a> { let packets = PacketParser::new(bytes) .filter_map(crate::composed::shared::filter_parsed_packet_results) .peekable(); Box::new(PubPrivIterator { inner: Some(packets), }) } pub struct PubPrivIterator>> { inner: Option>, } impl>> Iterator for PubPrivIterator { type Item = Result; fn next(&mut self) -> Option { match self.inner.take() { None => None, Some(mut packets) => match packets.peek() { Some(Ok(peeked_packet)) => { let (res, packets) = match peeked_packet.tag() { Tag::SecretKey => { let mut parser = SignedSecretKeyParser::from_packets(packets); let p: Option> = parser.next(); ( p.map(|key| key.map(PublicOrSecret::Secret)), parser.into_inner(), ) } Tag::PublicKey => { let mut parser = SignedPublicKeyParser::from_packets(packets); let p: Option> = parser.next(); ( p.map(|key| key.map(PublicOrSecret::Public)), parser.into_inner(), ) } _ => (None, packets), }; self.inner = Some(packets); res } Some(Err(e)) => Some(Err(Error::Message(e.to_string()))), None => None, }, } } } pgp-0.15.0/src/composed/signed_key/public.rs000064400000000000000000000242251046102023000170470ustar 00000000000000use std::io; use chrono::{DateTime, Utc}; use log::warn; use rand::{CryptoRng, Rng}; use crate::composed::key::{PublicKey, PublicSubkey}; use crate::composed::signed_key::SignedKeyDetails; use crate::crypto::hash::HashAlgorithm; use crate::crypto::public_key::PublicKeyAlgorithm; use crate::errors::Result; use crate::packet::{self, write_packet, Packet, SignatureType}; use crate::ser::Serialize; use crate::types::{ EskType, Fingerprint, KeyId, KeyVersion, PkeskBytes, PublicKeyTrait, PublicParams, SignatureBytes, Tag, }; use crate::{armor, ArmorOptions}; /// A Public OpenPGP key ("Transferable Public Key"), complete with self-signatures (and optionally /// third party signatures). This format can be used to transfer a public key to other OpenPGP users. /// /// An OpenPGP Transferable Public Key is also known as an OpenPGP certificate. #[derive(Debug, PartialEq, Eq, Clone)] pub struct SignedPublicKey { pub primary_key: packet::PublicKey, pub details: SignedKeyDetails, pub public_subkeys: Vec, } /// Parse transferable public keys from the given packets. /// Ref: pub struct SignedPublicKeyParser< I: Sized + Iterator>, > { inner: std::iter::Peekable, } impl>> SignedPublicKeyParser { pub fn into_inner(self) -> std::iter::Peekable { self.inner } pub fn from_packets(packets: std::iter::Peekable) -> Self { SignedPublicKeyParser { inner: packets } } } impl>> Iterator for SignedPublicKeyParser { type Item = Result; fn next(&mut self) -> Option { match super::key_parser::next::( &mut self.inner, Tag::PublicKey, false, ) { Some(Err(err)) => Some(Err(err)), None => None, Some(Ok((primary_key, details, public_subkeys, _))) => Some(Ok(SignedPublicKey::new( primary_key, details, public_subkeys, ))), } } } impl crate::composed::Deserializable for SignedPublicKey { /// Parse a transferable key from packets. /// Ref: fn from_packets<'a, I: Iterator> + 'a>( packets: std::iter::Peekable, ) -> Box> + 'a> { Box::new(SignedPublicKeyParser::from_packets(packets)) } fn matches_block_type(typ: armor::BlockType) -> bool { matches!(typ, armor::BlockType::PublicKey | armor::BlockType::File) } } impl SignedPublicKey { pub fn new( primary_key: packet::PublicKey, details: SignedKeyDetails, mut public_subkeys: Vec, ) -> Self { public_subkeys.retain(|key| { if key.signatures.is_empty() { warn!("ignoring unsigned {:?}", key.key); false } else { true } }); SignedPublicKey { primary_key, details, public_subkeys, } } /// Get the public key expiration as a date. pub fn expires_at(&self) -> Option> { let expiration = self.details.key_expiration_time()?; Some(*self.primary_key.created_at() + expiration) } fn verify_public_subkeys(&self) -> Result<()> { for subkey in &self.public_subkeys { subkey.verify(&self.primary_key)?; } Ok(()) } pub fn verify(&self) -> Result<()> { self.details.verify(&self.primary_key)?; self.verify_public_subkeys()?; Ok(()) } pub fn to_armored_writer( &self, writer: &mut impl io::Write, opts: ArmorOptions<'_>, ) -> Result<()> { armor::write( self, armor::BlockType::PublicKey, writer, opts.headers, opts.include_checksum, ) } pub fn to_armored_bytes(&self, opts: ArmorOptions<'_>) -> Result> { let mut buf = Vec::new(); self.to_armored_writer(&mut buf, opts)?; Ok(buf) } pub fn to_armored_string(&self, opts: ArmorOptions<'_>) -> Result { let res = String::from_utf8(self.to_armored_bytes(opts)?).map_err(|e| e.utf8_error())?; Ok(res) } pub fn as_unsigned(&self) -> PublicKey { PublicKey::new( self.primary_key.clone(), self.details.as_unsigned(), self.public_subkeys .iter() .map(SignedPublicSubKey::as_unsigned) .collect(), ) } } impl PublicKeyTrait for SignedPublicKey { fn verify_signature( &self, hash: HashAlgorithm, data: &[u8], sig: &SignatureBytes, ) -> Result<()> { self.primary_key.verify_signature(hash, data, sig) } fn encrypt( &self, rng: R, plain: &[u8], typ: EskType, ) -> Result { self.primary_key.encrypt(rng, plain, typ) } fn serialize_for_hashing(&self, writer: &mut impl io::Write) -> Result<()> { self.primary_key.serialize_for_hashing(writer) } fn public_params(&self) -> &PublicParams { self.primary_key.public_params() } fn version(&self) -> KeyVersion { self.primary_key.version() } fn fingerprint(&self) -> Fingerprint { self.primary_key.fingerprint() } fn key_id(&self) -> KeyId { self.primary_key.key_id() } fn algorithm(&self) -> PublicKeyAlgorithm { self.primary_key.algorithm() } fn created_at(&self) -> &chrono::DateTime { self.primary_key.created_at() } fn expiration(&self) -> Option { self.primary_key.expiration() } } impl Serialize for SignedPublicKey { fn to_writer(&self, writer: &mut W) -> Result<()> { write_packet(writer, &self.primary_key)?; self.details.to_writer(writer)?; for ps in &self.public_subkeys { ps.to_writer(writer)?; } Ok(()) } } /// Represents a Public PGP SubKey. #[derive(Debug, PartialEq, Eq, Clone)] pub struct SignedPublicSubKey { pub key: packet::PublicSubkey, pub signatures: Vec, } impl SignedPublicSubKey { pub fn new(key: packet::PublicSubkey, mut signatures: Vec) -> Self { signatures.retain(|sig| { if sig.typ() != SignatureType::SubkeyBinding && sig.typ() != SignatureType::SubkeyRevocation { warn!( "ignoring unexpected signature {:?} after Subkey packet", sig.typ() ); false } else { true } }); SignedPublicSubKey { key, signatures } } pub fn verify(&self, key: &impl PublicKeyTrait) -> Result<()> { ensure!(!self.signatures.is_empty(), "missing subkey bindings"); for sig in &self.signatures { sig.verify_key_binding(key, &self.key)?; } Ok(()) } pub fn as_unsigned(&self) -> PublicSubkey { let keyflags = self .signatures .first() .expect("missing signatures") .key_flags(); PublicSubkey::new(self.key.clone(), keyflags) } } impl PublicKeyTrait for SignedPublicSubKey { fn verify_signature( &self, hash: HashAlgorithm, data: &[u8], sig: &SignatureBytes, ) -> Result<()> { self.key.verify_signature(hash, data, sig) } fn encrypt( &self, rng: R, plain: &[u8], typ: EskType, ) -> Result { self.key.encrypt(rng, plain, typ) } fn serialize_for_hashing(&self, writer: &mut impl io::Write) -> Result<()> { self.key.serialize_for_hashing(writer) } fn public_params(&self) -> &PublicParams { self.key.public_params() } fn version(&self) -> KeyVersion { self.key.version() } /// Returns the fingerprint of the key. fn fingerprint(&self) -> Fingerprint { self.key.fingerprint() } /// Returns the Key ID of the key. fn key_id(&self) -> KeyId { self.key.key_id() } fn algorithm(&self) -> PublicKeyAlgorithm { self.key.algorithm() } fn created_at(&self) -> &chrono::DateTime { self.key.created_at() } fn expiration(&self) -> Option { self.key.expiration() } } impl Serialize for SignedPublicSubKey { fn to_writer(&self, writer: &mut W) -> Result<()> { write_packet(writer, &self.key)?; for sig in &self.signatures { write_packet(writer, sig)?; } Ok(()) } } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use super::*; use crate::composed::shared::Deserializable; #[test] fn test_v6_annex_a_3() -> Result<()> { let _ = pretty_env_logger::try_init(); // A.3. Sample v6 Certificate (Transferable Public Key) let c = "-----BEGIN PGP PUBLIC KEY BLOCK----- xioGY4d/4xsAAAAg+U2nu0jWCmHlZ3BqZYfQMxmZu52JGggkLq2EVD34laPCsQYf GwoAAABCBYJjh3/jAwsJBwUVCg4IDAIWAAKbAwIeCSIhBssYbE8GCaaX5NUt+mxy KwwfHifBilZwj2Ul7Ce62azJBScJAgcCAAAAAK0oIBA+LX0ifsDm185Ecds2v8lw gyU2kCcUmKfvBXbAf6rhRYWzuQOwEn7E/aLwIwRaLsdry0+VcallHhSu4RN6HWaE QsiPlR4zxP/TP7mhfVEe7XWPxtnMUMtf15OyA51YBM4qBmOHf+MZAAAAIIaTJINn +eUBXbki+PSAld2nhJh/LVmFsS+60WyvXkQ1wpsGGBsKAAAALAWCY4d/4wKbDCIh BssYbE8GCaaX5NUt+mxyKwwfHifBilZwj2Ul7Ce62azJAAAAAAQBIKbpGG2dWTX8 j+VjFM21J0hqWlEg+bdiojWnKfA5AQpWUWtnNwDEM0g12vYxoWM8Y81W+bHBw805 I8kWVkXU6vFOi+HWvv/ira7ofJu16NnoUkhclkUrk0mXubZvyl4GBg== -----END PGP PUBLIC KEY BLOCK-----"; let (spk, _) = SignedPublicKey::from_armor_single(io::Cursor::new(c))?; eprintln!("spk: {:#02x?}", spk); spk.verify()?; Ok(()) } } pgp-0.15.0/src/composed/signed_key/secret.rs000064400000000000000000000413151046102023000170550ustar 00000000000000use std::io; use chrono::{DateTime, Utc}; use log::warn; use rand::{CryptoRng, Rng}; use crate::composed::key::{PublicKey, PublicSubkey}; use crate::composed::signed_key::{SignedKeyDetails, SignedPublicSubKey}; use crate::crypto::hash::HashAlgorithm; use crate::crypto::public_key::PublicKeyAlgorithm; use crate::errors::Result; use crate::packet::{self, write_packet, Packet, SignatureType}; use crate::ser::Serialize; use crate::types::{ EskType, Fingerprint, KeyId, KeyVersion, PkeskBytes, PublicKeyTrait, PublicParams, SecretKeyRepr, SecretKeyTrait, SignatureBytes, Tag, }; use crate::{armor, ArmorOptions, SignedPublicKey}; /// Represents a secret signed PGP key. #[derive(Debug, PartialEq, Eq, Clone)] pub struct SignedSecretKey { pub primary_key: packet::SecretKey, pub details: SignedKeyDetails, pub public_subkeys: Vec, pub secret_subkeys: Vec, } /// Parse OpenPGP secret keys ("Transferable Secret Keys") from the given packets. /// Ref: pub struct SignedSecretKeyParser< I: Sized + Iterator>, > { inner: std::iter::Peekable, } impl>> SignedSecretKeyParser { pub fn into_inner(self) -> std::iter::Peekable { self.inner } pub fn from_packets(packets: std::iter::Peekable) -> Self { SignedSecretKeyParser { inner: packets } } } impl>> Iterator for SignedSecretKeyParser { type Item = Result; fn next(&mut self) -> Option { match super::key_parser::next::(&mut self.inner, Tag::SecretKey, true) { Some(Err(err)) => Some(Err(err)), None => None, Some(Ok((primary_key, details, public_subkeys, secret_subkeys))) => Some(Ok( SignedSecretKey::new(primary_key, details, public_subkeys, secret_subkeys), )), } } } impl crate::composed::Deserializable for SignedSecretKey { /// Parse a transferable key from packets. /// Ref: fn from_packets<'a, I: Iterator> + 'a>( packets: std::iter::Peekable, ) -> Box> + 'a> { Box::new(SignedSecretKeyParser::from_packets(packets)) } fn matches_block_type(typ: armor::BlockType) -> bool { matches!(typ, armor::BlockType::PrivateKey | armor::BlockType::File) } } impl SignedSecretKey { pub fn new( primary_key: packet::SecretKey, details: SignedKeyDetails, mut public_subkeys: Vec, mut secret_subkeys: Vec, ) -> Self { public_subkeys.retain(|key| { if key.signatures.is_empty() { warn!("ignoring unsigned {:?}", key.key); false } else { true } }); secret_subkeys.retain(|key| { if key.signatures.is_empty() { warn!("ignoring unsigned {:?}", key.key); false } else { true } }); SignedSecretKey { primary_key, details, public_subkeys, secret_subkeys, } } /// Get the secret key expiration as a date. pub fn expires_at(&self) -> Option> { let expiration = self.details.key_expiration_time()?; Some(*self.primary_key.created_at() + expiration) } fn verify_public_subkeys(&self) -> Result<()> { for subkey in &self.public_subkeys { subkey.verify(&self.primary_key)?; } Ok(()) } fn verify_secret_subkeys(&self) -> Result<()> { for subkey in &self.secret_subkeys { subkey.verify(&self.primary_key)?; } Ok(()) } pub fn verify(&self) -> Result<()> { self.details.verify(&self.primary_key)?; self.verify_public_subkeys()?; self.verify_secret_subkeys()?; Ok(()) } pub fn to_armored_writer( &self, writer: &mut impl io::Write, opts: ArmorOptions<'_>, ) -> Result<()> { armor::write( self, armor::BlockType::PrivateKey, writer, opts.headers, opts.include_checksum, ) } pub fn to_armored_bytes(&self, opts: ArmorOptions<'_>) -> Result> { let mut buf = Vec::new(); self.to_armored_writer(&mut buf, opts)?; Ok(buf) } pub fn to_armored_string(&self, opts: ArmorOptions<'_>) -> Result { let res = String::from_utf8(self.to_armored_bytes(opts)?).map_err(|e| e.utf8_error())?; Ok(res) } } impl Serialize for SignedSecretKey { fn to_writer(&self, writer: &mut W) -> Result<()> { write_packet(writer, &self.primary_key)?; self.details.to_writer(writer)?; for ps in &self.public_subkeys { ps.to_writer(writer)?; } for ps in &self.secret_subkeys { ps.to_writer(writer)?; } Ok(()) } } impl SecretKeyTrait for SignedSecretKey { type PublicKey = PublicKey; type Unlocked = SecretKeyRepr; fn unlock(&self, pw: F, work: G) -> Result where F: FnOnce() -> String, G: FnOnce(&Self::Unlocked) -> Result, { self.primary_key.unlock(pw, work) } fn create_signature( &self, key_pw: F, hash: HashAlgorithm, data: &[u8], ) -> Result where F: FnOnce() -> String, { self.primary_key.create_signature(key_pw, hash, data) } fn public_key(&self) -> Self::PublicKey { let mut subkeys: Vec = self .public_subkeys .iter() .map(SignedPublicSubKey::as_unsigned) .collect(); let sec_subkeys = self.secret_subkeys.iter().map(SecretKeyTrait::public_key); subkeys.extend(sec_subkeys); PublicKey::new( self.primary_key.public_key(), self.details.as_unsigned(), subkeys, ) } } impl PublicKeyTrait for SignedSecretKey { fn verify_signature( &self, hash: HashAlgorithm, data: &[u8], sig: &SignatureBytes, ) -> Result<()> { self.primary_key.verify_signature(hash, data, sig) } fn encrypt( &self, rng: R, plain: &[u8], typ: EskType, ) -> Result { self.primary_key.encrypt(rng, plain, typ) } fn serialize_for_hashing(&self, writer: &mut impl io::Write) -> Result<()> { self.primary_key.serialize_for_hashing(writer) } fn public_params(&self) -> &PublicParams { self.primary_key.public_params() } fn version(&self) -> KeyVersion { self.primary_key.version() } /// Returns the fingerprint of the associated primary key. fn fingerprint(&self) -> Fingerprint { self.primary_key.fingerprint() } /// Returns the Key ID of the associated primary key. fn key_id(&self) -> KeyId { self.primary_key.key_id() } fn algorithm(&self) -> PublicKeyAlgorithm { self.primary_key.algorithm() } fn created_at(&self) -> &chrono::DateTime { self.primary_key.created_at() } fn expiration(&self) -> Option { self.primary_key.expiration() } } /// Represents a composed secret PGP SubKey. #[derive(Debug, PartialEq, Eq, Clone)] pub struct SignedSecretSubKey { pub key: packet::SecretSubkey, pub signatures: Vec, } impl SignedSecretSubKey { pub fn new(key: packet::SecretSubkey, mut signatures: Vec) -> Self { signatures.retain(|sig| { if sig.typ() != SignatureType::SubkeyBinding && sig.typ() != SignatureType::SubkeyRevocation { warn!( "ignoring unexpected signature {:?} after Subkey packet", sig.typ() ); false } else { true } }); SignedSecretSubKey { key, signatures } } pub fn verify(&self, key: &impl PublicKeyTrait) -> Result<()> { ensure!(!self.signatures.is_empty(), "missing subkey bindings"); for sig in &self.signatures { sig.verify_key_binding(key, &self.key)?; } Ok(()) } } impl Serialize for SignedSecretSubKey { fn to_writer(&self, writer: &mut W) -> Result<()> { write_packet(writer, &self.key)?; for sig in &self.signatures { write_packet(writer, sig)?; } Ok(()) } } impl SecretKeyTrait for SignedSecretSubKey { type PublicKey = PublicSubkey; type Unlocked = SecretKeyRepr; fn unlock(&self, pw: F, work: G) -> Result where F: FnOnce() -> String, G: FnOnce(&Self::Unlocked) -> Result, { self.key.unlock(pw, work) } fn create_signature( &self, key_pw: F, hash: HashAlgorithm, data: &[u8], ) -> Result where F: FnOnce() -> String, { self.key.create_signature(key_pw, hash, data) } fn public_key(&self) -> Self::PublicKey { let keyflags = self .signatures .first() .expect("invalid signed subkey") .key_flags(); PublicSubkey::new(self.key.public_key(), keyflags) } } impl PublicKeyTrait for SignedSecretSubKey { fn verify_signature( &self, hash: HashAlgorithm, data: &[u8], sig: &SignatureBytes, ) -> Result<()> { self.key.verify_signature(hash, data, sig) } fn encrypt( &self, rng: R, plain: &[u8], typ: EskType, ) -> Result { self.key.encrypt(rng, plain, typ) } fn serialize_for_hashing(&self, writer: &mut impl io::Write) -> Result<()> { self.key.serialize_for_hashing(writer) } fn public_params(&self) -> &PublicParams { self.key.public_params() } fn version(&self) -> KeyVersion { self.key.version() } fn fingerprint(&self) -> Fingerprint { self.key.fingerprint() } fn key_id(&self) -> KeyId { self.key.key_id() } fn algorithm(&self) -> PublicKeyAlgorithm { self.key.algorithm() } fn created_at(&self) -> &chrono::DateTime { self.key.created_at() } fn expiration(&self) -> Option { self.key.expiration() } } impl From for SignedPublicKey { fn from(value: SignedSecretKey) -> Self { let primary = value.primary_key.public_key(); let details = value.details; let mut subkeys = value.public_subkeys; value .secret_subkeys .into_iter() .for_each(|key| subkeys.push(key.into())); SignedPublicKey::new(primary, details, subkeys) } } impl From for SignedPublicSubKey { fn from(value: SignedSecretSubKey) -> Self { SignedPublicSubKey::new(value.key.public_key(), value.signatures) } } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use packet::LiteralData; use rand::SeedableRng; use rand_chacha::ChaCha8Rng; use super::*; use crate::types::S2kParams; use crate::{composed::shared::Deserializable, Message}; #[test] fn test_v6_annex_a_4() -> Result<()> { let _ = pretty_env_logger::try_init(); // A.4. Sample v6 Secret Key (Transferable Secret Key) let tsk = "-----BEGIN PGP PRIVATE KEY BLOCK----- xUsGY4d/4xsAAAAg+U2nu0jWCmHlZ3BqZYfQMxmZu52JGggkLq2EVD34laMAGXKB exK+cH6NX1hs5hNhIB00TrJmosgv3mg1ditlsLfCsQYfGwoAAABCBYJjh3/jAwsJ BwUVCg4IDAIWAAKbAwIeCSIhBssYbE8GCaaX5NUt+mxyKwwfHifBilZwj2Ul7Ce6 2azJBScJAgcCAAAAAK0oIBA+LX0ifsDm185Ecds2v8lwgyU2kCcUmKfvBXbAf6rh RYWzuQOwEn7E/aLwIwRaLsdry0+VcallHhSu4RN6HWaEQsiPlR4zxP/TP7mhfVEe 7XWPxtnMUMtf15OyA51YBMdLBmOHf+MZAAAAIIaTJINn+eUBXbki+PSAld2nhJh/ LVmFsS+60WyvXkQ1AE1gCk95TUR3XFeibg/u/tVY6a//1q0NWC1X+yui3O24wpsG GBsKAAAALAWCY4d/4wKbDCIhBssYbE8GCaaX5NUt+mxyKwwfHifBilZwj2Ul7Ce6 2azJAAAAAAQBIKbpGG2dWTX8j+VjFM21J0hqWlEg+bdiojWnKfA5AQpWUWtnNwDE M0g12vYxoWM8Y81W+bHBw805I8kWVkXU6vFOi+HWvv/ira7ofJu16NnoUkhclkUr k0mXubZvyl4GBg== -----END PGP PRIVATE KEY BLOCK-----"; let (ssk, _) = SignedSecretKey::from_armor_single(io::Cursor::new(tsk))?; eprintln!("ssk: {:#02x?}", ssk); ssk.verify()?; let lit = LiteralData::from_bytes("".into(), "Hello world".as_bytes()); let msg = Message::Literal(lit); let pri = ssk.primary_key; let mut rng = ChaCha8Rng::seed_from_u64(0); let signed = msg.sign(&mut rng, &pri, String::default, HashAlgorithm::SHA2_256)?; signed.verify(&pri)?; let mut sink = vec![]; signed .to_armored_writer(&mut sink, ArmorOptions::default()) .expect("FIXME"); eprintln!("{}", String::from_utf8_lossy(&sink)); Ok(()) } // A.5. Sample locked v6 Secret Key (Transferable Secret Key) const ANNEX_A_5: &str = "-----BEGIN PGP PRIVATE KEY BLOCK----- xYIGY4d/4xsAAAAg+U2nu0jWCmHlZ3BqZYfQMxmZu52JGggkLq2EVD34laP9JgkC FARdb9ccngltHraRe25uHuyuAQQVtKipJ0+r5jL4dacGWSAheCWPpITYiyfyIOPS 3gIDyg8f7strd1OB4+LZsUhcIjOMpVHgmiY/IutJkulneoBYwrEGHxsKAAAAQgWC Y4d/4wMLCQcFFQoOCAwCFgACmwMCHgkiIQbLGGxPBgmml+TVLfpscisMHx4nwYpW cI9lJewnutmsyQUnCQIHAgAAAACtKCAQPi19In7A5tfORHHbNr/JcIMlNpAnFJin 7wV2wH+q4UWFs7kDsBJ+xP2i8CMEWi7Ha8tPlXGpZR4UruETeh1mhELIj5UeM8T/ 0z+5oX1RHu11j8bZzFDLX9eTsgOdWATHggZjh3/jGQAAACCGkySDZ/nlAV25Ivj0 gJXdp4SYfy1ZhbEvutFsr15ENf0mCQIUBA5hhGgp2oaavg6mFUXcFMwBBBUuE8qf 9Ock+xwusd+GAglBr5LVyr/lup3xxQvHXFSjjA2haXfoN6xUGRdDEHI6+uevKjVR v5oAxgu7eJpaXNjCmwYYGwoAAAAsBYJjh3/jApsMIiEGyxhsTwYJppfk1S36bHIr DB8eJ8GKVnCPZSXsJ7rZrMkAAAAABAEgpukYbZ1ZNfyP5WMUzbUnSGpaUSD5t2Ki Nacp8DkBClZRa2c3AMQzSDXa9jGhYzxjzVb5scHDzTkjyRZWRdTq8U6L4da+/+Kt ruh8m7Xo2ehSSFyWRSuTSZe5tm/KXgYG -----END PGP PRIVATE KEY BLOCK-----"; const ANNEX_A_5_PASSPHRASE: &str = "correct horse battery staple"; #[test] #[ignore] // slow in debug mode (argon2) fn test_v6_annex_a_5() -> Result<()> { let _ = pretty_env_logger::try_init(); let (ssk, _) = SignedSecretKey::from_armor_single(io::Cursor::new(ANNEX_A_5))?; ssk.verify()?; let lit = LiteralData::from_bytes("".into(), "Hello world".as_bytes()); let mut rng = ChaCha8Rng::seed_from_u64(0); let msg = Message::Literal(lit).sign( &mut rng, &ssk.primary_key, || ANNEX_A_5_PASSPHRASE.to_string(), HashAlgorithm::SHA2_256, )?; msg.verify(&ssk.primary_key)?; Ok(()) } #[test] #[ignore] // slow in debug mode fn secret_key_protection_v6() -> Result<()> { let _ = pretty_env_logger::try_init(); let lit = LiteralData::from_bytes("".into(), "Hello world".as_bytes()); let mut rng = ChaCha8Rng::seed_from_u64(0); let (ssk, _) = SignedSecretKey::from_armor_single(io::Cursor::new(ANNEX_A_5))?; ssk.verify()?; // we will test unlock/lock on the primary key let mut pri = ssk.primary_key; // remove passphrase pri.remove_password(|| ANNEX_A_5_PASSPHRASE.to_string())?; // try signing without pw let msg = Message::Literal(lit.clone()).sign( &mut rng, &pri, String::default, HashAlgorithm::SHA2_256, )?; msg.verify(&pri)?; // set passphrase with default s2k pri.set_password(&mut rng, || ANNEX_A_5_PASSPHRASE.to_string())?; // try signing with pw let msg = Message::Literal(lit.clone()).sign( &mut rng, &pri, || ANNEX_A_5_PASSPHRASE.to_string(), HashAlgorithm::SHA2_256, )?; msg.verify(&pri)?; // remove passphrase pri.remove_password(|| ANNEX_A_5_PASSPHRASE.to_string())?; // set passphrase with Cfb s2k (default for KeyVersion::V4) pri.set_password_with_s2k( || ANNEX_A_5_PASSPHRASE.to_string(), S2kParams::new_default(&mut rng, KeyVersion::V4), )?; // try signing with pw let msg = Message::Literal(lit).sign( &mut rng, &pri, || ANNEX_A_5_PASSPHRASE.to_string(), HashAlgorithm::SHA2_256, )?; msg.verify(&pri)?; Ok(()) } } pgp-0.15.0/src/composed/signed_key/shared.rs000064400000000000000000000222601046102023000170340ustar 00000000000000use std::fmt; use std::io; use chrono::Duration; use log::warn; use smallvec::SmallVec; use crate::composed::key::KeyDetails; use crate::composed::signed_key::{SignedPublicKey, SignedSecretKey}; use crate::errors::Result; use crate::packet::KeyFlags; use crate::ser::Serialize; use crate::types::{PublicKeyTrait, SignedUser, SignedUserAttribute}; use crate::{packet, ArmorOptions}; /// Shared details between secret and public keys. #[derive(Debug, PartialEq, Eq, Clone)] pub struct SignedKeyDetails { pub revocation_signatures: Vec, pub direct_signatures: Vec, pub users: Vec, pub user_attributes: Vec, } impl SignedKeyDetails { pub fn new( revocation_signatures: Vec, direct_signatures: Vec, mut users: Vec, mut user_attributes: Vec, ) -> Self { users.retain(|user| { if user.signatures.is_empty() { warn!("ignoring unsigned {}", user.id); false } else { true } }); user_attributes.retain(|attr| { if attr.signatures.is_empty() { warn!("ignoring unsigned {}", attr.attr); false } else { true } }); SignedKeyDetails { revocation_signatures, direct_signatures, users, user_attributes, } } /// Get the key expiration time as a duration. /// /// This method finds the signature with the maximum /// `KeyExpirationTime` offset (which should only occur in /// self-signed signatures) and converts it into a duration. /// The function returns `None` if the key has an infinite /// validity. pub fn key_expiration_time(&self) -> Option { // Find the maximum key_expiration_time in all signatures of all user ids. self.users .iter() .flat_map(|user| &user.signatures) .filter_map(|sig| sig.key_expiration_time()) .max() .cloned() } fn verify_users(&self, key: &impl PublicKeyTrait) -> Result<()> { for user in &self.users { user.verify(key)?; } Ok(()) } fn verify_attributes(&self, key: &impl PublicKeyTrait) -> Result<()> { for attr in &self.user_attributes { attr.verify(key)?; } Ok(()) } fn verify_revocation_signatures(&self, key: &impl PublicKeyTrait) -> Result<()> { for sig in &self.revocation_signatures { sig.verify_key(key)?; } Ok(()) } fn verify_direct_signatures(&self, key: &impl PublicKeyTrait) -> Result<()> { for sig in &self.direct_signatures { sig.verify_key(key)?; } Ok(()) } pub fn verify(&self, key: &impl PublicKeyTrait) -> Result<()> { self.verify_users(key)?; self.verify_attributes(key)?; self.verify_revocation_signatures(key)?; self.verify_direct_signatures(key)?; Ok(()) } pub fn as_unsigned(&self) -> KeyDetails { if let Some(primary_user) = self .users .iter() .find(|u| u.is_primary()) .map_or_else(|| self.users.first(), Some) { let primary_sig = primary_user .signatures .first() .expect("invalid primary user"); let keyflags = primary_sig.key_flags(); let preferred_symmetric_algorithms = SmallVec::from_slice(primary_sig.preferred_symmetric_algs()); let preferred_hash_algorithms = SmallVec::from_slice(primary_sig.preferred_hash_algs()); let preferred_compression_algorithms = SmallVec::from_slice(primary_sig.preferred_compression_algs()); let preferred_aead_algorithms = SmallVec::from_slice(primary_sig.preferred_aead_algs()); let revocation_key = primary_sig.revocation_key().cloned(); KeyDetails::new_direct( self.users.iter().map(|u| u.id.clone()).collect(), self.user_attributes .iter() .map(|a| a.attr.clone()) .collect(), keyflags, preferred_symmetric_algorithms, preferred_hash_algorithms, preferred_compression_algorithms, preferred_aead_algorithms, revocation_key, ) } else { // We don't have metadata via a primary user id, so we return a very bare KeyDetails object // TODO: we could check for information in a direct key signature and use that KeyDetails::new_direct( self.users.iter().map(|u| u.id.clone()).collect(), self.user_attributes .iter() .map(|a| a.attr.clone()) .collect(), KeyFlags::default(), vec![].into(), vec![].into(), vec![].into(), vec![].into(), None, ) } } } impl Serialize for SignedKeyDetails { fn to_writer(&self, writer: &mut W) -> Result<()> { for sig in &self.revocation_signatures { packet::write_packet(writer, sig)?; } for sig in &self.direct_signatures { packet::write_packet(writer, sig)?; } for user in &self.users { user.to_writer(writer)?; } for attr in &self.user_attributes { attr.to_writer(writer)?; } Ok(()) } } #[derive(Debug, PartialEq, Eq, Clone)] #[allow(clippy::large_enum_variant)] // FIXME pub enum PublicOrSecret { Public(SignedPublicKey), Secret(SignedSecretKey), } impl PublicOrSecret { pub fn verify(&self) -> Result<()> { match self { PublicOrSecret::Public(k) => k.verify(), PublicOrSecret::Secret(k) => k.verify(), } } pub fn to_armored_writer( &self, writer: &mut impl io::Write, opts: ArmorOptions<'_>, ) -> Result<()> { match self { PublicOrSecret::Public(k) => k.to_armored_writer(writer, opts), PublicOrSecret::Secret(k) => k.to_armored_writer(writer, opts), } } pub fn to_armored_bytes(&self, opts: ArmorOptions<'_>) -> Result> { match self { PublicOrSecret::Public(k) => k.to_armored_bytes(opts), PublicOrSecret::Secret(k) => k.to_armored_bytes(opts), } } pub fn to_armored_string(&self, opts: ArmorOptions<'_>) -> Result { match self { PublicOrSecret::Public(k) => k.to_armored_string(opts), PublicOrSecret::Secret(k) => k.to_armored_string(opts), } } /// Returns secret key. /// /// Panics if not a secret key. #[deprecated(note = "Can panic. Users should use TryFrom trait instead.")] pub fn into_secret(self) -> SignedSecretKey { self.try_into() .expect("Can not convert a public into a secret key") } /// Returns public key. /// /// Panics if not a public key. #[deprecated(note = "Can panic. Users should use TryFrom trait instead.")] pub fn into_public(self) -> SignedPublicKey { self.try_into() .expect("Can not convert a secret into a public key") } pub fn is_public(&self) -> bool { match self { PublicOrSecret::Secret(_) => false, PublicOrSecret::Public(_) => true, } } pub fn is_secret(&self) -> bool { match self { PublicOrSecret::Secret(_) => true, PublicOrSecret::Public(_) => false, } } } /// Error returned when trying to convert `PublicOrSecret` key /// into the wrong type. #[derive(Debug, Copy, Clone, PartialEq, Eq, thiserror::Error)] pub struct TryFromPublicOrSecretError; impl fmt::Display for TryFromPublicOrSecretError { fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result { write!(f, "Attempt to convert PublicOrSecret key to the wrong type") } } impl TryFrom for SignedPublicKey { type Error = TryFromPublicOrSecretError; fn try_from(public_or_secret: PublicOrSecret) -> Result { match public_or_secret { PublicOrSecret::Public(k) => Ok(k), PublicOrSecret::Secret(_) => Err(TryFromPublicOrSecretError), } } } impl TryFrom for SignedSecretKey { type Error = TryFromPublicOrSecretError; fn try_from(public_or_secret: PublicOrSecret) -> Result { match public_or_secret { PublicOrSecret::Public(_) => Err(TryFromPublicOrSecretError), PublicOrSecret::Secret(k) => Ok(k), } } } impl Serialize for PublicOrSecret { fn to_writer(&self, writer: &mut W) -> Result<()> { match self { PublicOrSecret::Public(k) => k.to_writer(writer), PublicOrSecret::Secret(k) => k.to_writer(writer), } } } pgp-0.15.0/src/crypto/aead.rs000064400000000000000000000247471046102023000140620ustar 00000000000000use aes::{Aes128, Aes192, Aes256}; use aes_gcm::aead::consts::U12; use aes_gcm::{ aead::{AeadInPlace, KeyInit}, Aes128Gcm, Aes256Gcm, AesGcm, Key as GcmKey, Nonce as GcmNonce, Tag as GcmTag, }; use eax::{Eax, Key as EaxKey, Nonce as EaxNonce, Tag as EaxTag}; use generic_array::{ typenum::{U15, U16}, GenericArray, }; use num_enum::{FromPrimitive, IntoPrimitive}; use ocb3::{Nonce as Ocb3Nonce, Ocb3, Tag as OcbTag}; use super::sym::SymmetricKeyAlgorithm; use crate::errors::{Error, Result}; type Aes128Ocb3 = Ocb3; type Aes192Ocb3 = Ocb3; type Aes256Ocb3 = Ocb3; /// AES-GCM with a 192-bit key and 96-bit nonce. pub type Aes192Gcm = AesGcm; /// Available AEAD algorithms. #[derive(Debug, PartialEq, Eq, Copy, Clone, FromPrimitive, IntoPrimitive)] #[repr(u8)] pub enum AeadAlgorithm { /// None None = 0, Eax = 1, Ocb = 2, Gcm = 3, Private100 = 100, Private101 = 101, Private102 = 102, Private103 = 103, Private104 = 104, Private105 = 105, Private106 = 106, Private107 = 107, Private108 = 108, Private109 = 109, Private110 = 110, #[num_enum(catch_all)] Other(u8), } impl AeadAlgorithm { /// Nonce size used for this AEAD algorithm. pub fn nonce_size(&self) -> usize { match self { Self::Eax => 16, Self::Ocb => 15, Self::Gcm => 12, _ => 0, } } /// Size of the IV. pub fn iv_size(&self) -> usize { match self { Self::Eax => 16, Self::Ocb => 15, Self::Gcm => 12, _ => 0, } } /// Size of the authentication tag. pub fn tag_size(&self) -> Option { match self { Self::Eax => Some(16), Self::Ocb => Some(16), Self::Gcm => Some(16), _ => None, } } /// Decrypt the provided data in place. pub fn decrypt_in_place( &self, sym_algorithm: &SymmetricKeyAlgorithm, key: &[u8], nonce: &[u8], associated_data: &[u8], auth_tag: &[u8], buffer: &mut [u8], ) -> Result<()> { match (sym_algorithm, self) { (SymmetricKeyAlgorithm::AES128, AeadAlgorithm::Gcm) => { let key = GcmKey::::from_slice(&key[..16]); let cipher = Aes128Gcm::new(key); let nonce = GcmNonce::from_slice(nonce); let tag = GcmTag::from_slice(auth_tag); cipher .decrypt_in_place_detached(nonce, associated_data, buffer, tag) .map_err(|_| Error::Gcm)?; } (SymmetricKeyAlgorithm::AES192, AeadAlgorithm::Gcm) => { let key = GcmKey::::from_slice(&key[..24]); let cipher = Aes192Gcm::new(key); let nonce = GcmNonce::from_slice(nonce); let tag = GcmTag::from_slice(auth_tag); cipher .decrypt_in_place_detached(nonce, associated_data, buffer, tag) .map_err(|_| Error::Gcm)?; } (SymmetricKeyAlgorithm::AES256, AeadAlgorithm::Gcm) => { let key = GcmKey::::from_slice(&key[..32]); let cipher = Aes256Gcm::new(key); let nonce = GcmNonce::from_slice(nonce); let tag = GcmTag::from_slice(auth_tag); cipher .decrypt_in_place_detached(nonce, associated_data, buffer, tag) .map_err(|_| Error::Gcm)?; } (SymmetricKeyAlgorithm::AES128, AeadAlgorithm::Eax) => { let key = EaxKey::::from_slice(&key[..16]); let cipher = Eax::::new(key); let nonce = EaxNonce::from_slice(nonce); let tag = EaxTag::from_slice(auth_tag); cipher .decrypt_in_place_detached(nonce, associated_data, buffer, tag) .map_err(|_| Error::Eax)?; } (SymmetricKeyAlgorithm::AES192, AeadAlgorithm::Eax) => { let key = EaxKey::::from_slice(&key[..24]); let cipher = Eax::::new(key); let nonce = EaxNonce::from_slice(nonce); let tag = EaxTag::from_slice(auth_tag); cipher .decrypt_in_place_detached(nonce, associated_data, buffer, tag) .map_err(|_| Error::Eax)?; } (SymmetricKeyAlgorithm::AES256, AeadAlgorithm::Eax) => { let key = EaxKey::::from_slice(&key[..32]); let cipher = Eax::::new(key); let nonce = EaxNonce::from_slice(nonce); let tag = EaxTag::from_slice(auth_tag); cipher .decrypt_in_place_detached(nonce, associated_data, buffer, tag) .map_err(|_| Error::Eax)?; } (SymmetricKeyAlgorithm::AES128, AeadAlgorithm::Ocb) => { let key = GenericArray::from_slice(&key[..16]); let nonce = Ocb3Nonce::from_slice(nonce); let cipher = Aes128Ocb3::new(key); let tag = OcbTag::from_slice(auth_tag); cipher .decrypt_in_place_detached(nonce, associated_data, buffer, tag) .map_err(|_| Error::Ocb)? } (SymmetricKeyAlgorithm::AES192, AeadAlgorithm::Ocb) => { let key = GenericArray::from_slice(&key[..24]); let nonce = Ocb3Nonce::from_slice(nonce); let cipher = Aes192Ocb3::new(key); let tag = OcbTag::from_slice(auth_tag); cipher .decrypt_in_place_detached(nonce, associated_data, buffer, tag) .map_err(|_| Error::Ocb)? } (SymmetricKeyAlgorithm::AES256, AeadAlgorithm::Ocb) => { let key = GenericArray::from_slice(&key[..32]); let nonce = Ocb3Nonce::from_slice(nonce); let cipher = Aes256Ocb3::new(key); let tag = OcbTag::from_slice(auth_tag); cipher .decrypt_in_place_detached(nonce, associated_data, buffer, tag) .map_err(|_| Error::Ocb)? } _ => unimplemented_err!("AEAD not supported: {:?}, {:?}", sym_algorithm, self), } Ok(()) } /// Encrypt the provided data in place. pub fn encrypt_in_place( &self, sym_algorithm: &SymmetricKeyAlgorithm, key: &[u8], nonce: &[u8], associated_data: &[u8], buffer: &mut [u8], ) -> Result> { let tag = match (sym_algorithm, self) { (SymmetricKeyAlgorithm::AES128, AeadAlgorithm::Gcm) => { let key = GcmKey::::from_slice(&key[..16]); let cipher = Aes128Gcm::new(key); let nonce = GcmNonce::from_slice(nonce); cipher .encrypt_in_place_detached(nonce, associated_data, buffer) .map_err(|_| Error::Gcm)? } (SymmetricKeyAlgorithm::AES192, AeadAlgorithm::Gcm) => { let key = GcmKey::::from_slice(&key[..24]); let cipher = Aes192Gcm::new(key); let nonce = GcmNonce::from_slice(nonce); cipher .encrypt_in_place_detached(nonce, associated_data, buffer) .map_err(|_| Error::Gcm)? } (SymmetricKeyAlgorithm::AES256, AeadAlgorithm::Gcm) => { let key = GcmKey::::from_slice(&key[..32]); let cipher = Aes256Gcm::new(key); let nonce = GcmNonce::from_slice(nonce); cipher .encrypt_in_place_detached(nonce, associated_data, buffer) .map_err(|_| Error::Gcm)? } (SymmetricKeyAlgorithm::AES128, AeadAlgorithm::Eax) => { let key = EaxKey::::from_slice(&key[..16]); let cipher = Eax::::new(key); let nonce = EaxNonce::from_slice(nonce); cipher .encrypt_in_place_detached(nonce, associated_data, buffer) .map_err(|_| Error::Eax)? } (SymmetricKeyAlgorithm::AES192, AeadAlgorithm::Eax) => { let key = EaxKey::::from_slice(&key[..24]); let cipher = Eax::::new(key); let nonce = EaxNonce::from_slice(nonce); cipher .encrypt_in_place_detached(nonce, associated_data, buffer) .map_err(|_| Error::Eax)? } (SymmetricKeyAlgorithm::AES256, AeadAlgorithm::Eax) => { let key = EaxKey::::from_slice(&key[..32]); let cipher = Eax::::new(key); let nonce = EaxNonce::from_slice(nonce); cipher .encrypt_in_place_detached(nonce, associated_data, buffer) .map_err(|_| Error::Eax)? } (SymmetricKeyAlgorithm::AES128, AeadAlgorithm::Ocb) => { let key = GenericArray::from_slice(&key[..16]); let nonce = Ocb3Nonce::from_slice(nonce); let cipher = Aes128Ocb3::new(key); cipher .encrypt_in_place_detached(nonce, associated_data, buffer) .map_err(|_| Error::Ocb)? } (SymmetricKeyAlgorithm::AES192, AeadAlgorithm::Ocb) => { let key = GenericArray::from_slice(&key[..24]); let nonce = Ocb3Nonce::from_slice(nonce); let cipher = Aes192Ocb3::new(key); cipher .encrypt_in_place_detached(nonce, associated_data, buffer) .map_err(|_| Error::Ocb)? } (SymmetricKeyAlgorithm::AES256, AeadAlgorithm::Ocb) => { let key = GenericArray::from_slice(&key[..32]); let nonce = Ocb3Nonce::from_slice(nonce); let cipher = Aes256Ocb3::new(key); cipher .encrypt_in_place_detached(nonce, associated_data, buffer) .map_err(|_| Error::Ocb)? } _ => unimplemented_err!("AEAD not supported: {:?}, {:?}", sym_algorithm, self), }; Ok(tag.to_vec()) } } pgp-0.15.0/src/crypto/aes_kw.rs000064400000000000000000000100041046102023000144160ustar 00000000000000use generic_array::typenum::{U16, U24, U32}; use generic_array::GenericArray; use crate::errors::Result; /// AES Key Wrap /// As defined in RFC 3394. pub fn wrap(key: &[u8], data: &[u8]) -> Result> { ensure_eq!(data.len() % 8, 0, "data must be a multiple of 64bit"); let aes_size = key.len() * 8; let res = match aes_size { 128 => { let key = GenericArray::::from_slice(key); let kek = aes_kw::KekAes128::new(key); kek.wrap_vec(data)? } 192 => { let key = GenericArray::::from_slice(key); let kek = aes_kw::KekAes192::new(key); kek.wrap_vec(data)? } 256 => { let key = GenericArray::::from_slice(key); let kek = aes_kw::KekAes256::new(key); kek.wrap_vec(data)? } _ => bail!("invalid aes key size: {}", aes_size), }; Ok(res) } /// AES Key Unwrap /// As defined in RFC 3394. pub fn unwrap(key: &[u8], data: &[u8]) -> Result> { ensure_eq!(data.len() % 8, 0, "data must be a multiple of 64bit"); let aes_size = key.len() * 8; let res = match aes_size { 128 => { let key = GenericArray::::from_slice(key); let kek = aes_kw::KekAes128::new(key); kek.unwrap_vec(data)? } 192 => { let key = GenericArray::::from_slice(key); let kek = aes_kw::KekAes192::new(key); kek.unwrap_vec(data)? } 256 => { let key = GenericArray::::from_slice(key); let kek = aes_kw::KekAes256::new(key); kek.unwrap_vec(data)? } _ => bail!("invalid aes key size: {}", aes_size), }; Ok(res) } #[cfg(test)] mod tests { use super::*; macro_rules! test_aes_kw { ($name:ident, $kek:expr, $input:expr, $output:expr) => { #[test] fn $name() { let kek = hex::decode($kek).unwrap(); let input_bin = hex::decode($input).unwrap(); let output_bin = hex::decode($output).unwrap(); assert_eq!( hex::encode(wrap(&kek, &input_bin).unwrap()), $output.to_lowercase(), "failed wrap" ); assert_eq!( hex::encode(unwrap(&kek, &output_bin).unwrap()), $input.to_lowercase(), "failed unwrap" ); } }; } test_aes_kw!( wrap_unwrap_128_key_128_kek, "000102030405060708090A0B0C0D0E0F", "00112233445566778899AABBCCDDEEFF", "1FA68B0A8112B447AEF34BD8FB5A7B829D3E862371D2CFE5" ); test_aes_kw!( wrap_unwrap_128_key_192_kek, "000102030405060708090A0B0C0D0E0F1011121314151617", "00112233445566778899AABBCCDDEEFF", "96778B25AE6CA435F92B5B97C050AED2468AB8A17AD84E5D" ); test_aes_kw!( wrap_unwrap_128_key_256_kek, "000102030405060708090A0B0C0D0E0F101112131415161718191A1B1C1D1E1F", "00112233445566778899AABBCCDDEEFF", "64E8C3F9CE0F5BA263E9777905818A2A93C8191E7D6E8AE7" ); test_aes_kw!( wrap_unwrap_192_key_192_kek, "000102030405060708090A0B0C0D0E0F1011121314151617", "00112233445566778899AABBCCDDEEFF0001020304050607", "031D33264E15D33268F24EC260743EDCE1C6C7DDEE725A936BA814915C6762D2" ); test_aes_kw!( wrap_unwrap_192_key_256_kek, "000102030405060708090A0B0C0D0E0F101112131415161718191A1B1C1D1E1F", "00112233445566778899AABBCCDDEEFF0001020304050607", "A8F9BC1612C68B3FF6E6F4FBE30E71E4769C8B80A32CB8958CD5D17D6B254DA1" ); test_aes_kw!( wrap_unwrap_256_key_256_kek, "000102030405060708090A0B0C0D0E0F101112131415161718191A1B1C1D1E1F", "00112233445566778899AABBCCDDEEFF000102030405060708090A0B0C0D0E0F", "28C9F404C4B810F4CBCCB35CFB87F8263F5786E2D80ED326CBC7F0E71A99F43BFB988B9B7A02DD21" ); } pgp-0.15.0/src/crypto/checksum.rs000064400000000000000000000047621046102023000147650ustar 00000000000000use std::hash::Hasher; use std::io; use byteorder::{BigEndian, ByteOrder, WriteBytesExt}; use crate::errors::Result; /// Two octet checksum: sum of all octets mod 65535. #[inline] pub fn simple(actual: &[u8], data: &[u8]) -> Result<()> { // Then a two-octet checksum is appended, which is equal to the // sum of the preceding session key octets, not including the algorithm // identifier, modulo 65536. let expected_checksum = calculate_simple(data); ensure_eq!( &actual[..2], &expected_checksum.to_be_bytes()[..], "invalid simple checksum" ); Ok(()) } #[inline] pub fn simple_to_writer(data: &[u8], writer: &mut W) -> io::Result<()> { let mut hasher = SimpleChecksum::default(); hasher.write(data); hasher.to_writer(writer) } #[inline] pub fn calculate_simple(data: &[u8]) -> u16 { let mut hasher = SimpleChecksum::default(); hasher.write(data); hasher.finish() as u16 } #[derive(Debug, Default)] pub struct SimpleChecksum(u16); impl SimpleChecksum { #[inline] pub fn to_writer(&self, writer: &mut W) -> io::Result<()> { writer.write_u16::(self.0) } #[inline] pub fn finalize(&self) -> [u8; 2] { let mut res = [0u8; 2]; BigEndian::write_u16(&mut res[..], self.0); res } } impl io::Write for SimpleChecksum { fn write(&mut self, buf: &[u8]) -> io::Result { Hasher::write(self, buf); Ok(buf.len()) } fn flush(&mut self) -> io::Result<()> { Ok(()) } } impl Hasher for SimpleChecksum { #[inline] fn write(&mut self, buf: &[u8]) { let new_sum = buf.iter().map(|v| u32::from(*v)).sum::(); self.0 = ((u32::from(self.0) + new_sum) & 0xffff) as u16; } #[inline] fn finish(&self) -> u64 { u64::from(self.0) } } /// SHA1 checksum, using sha1_checked, first 20 octets. /// /// Fails with `Error::HashCollision` if a SHA1 collision was detected. #[inline] pub fn calculate_sha1(data: I) -> Result<[u8; 20]> where T: AsRef<[u8]>, I: IntoIterator, { use sha1_checked::{CollisionResult, Digest, Sha1}; let mut digest = Sha1::new(); for chunk in data { digest.update(chunk.as_ref()); } match digest.try_finalize() { CollisionResult::Ok(sha1) => Ok(sha1.into()), CollisionResult::Collision(_) | CollisionResult::Mitigated(_) => { Err(crate::errors::Error::Sha1HashCollision) } } } pgp-0.15.0/src/crypto/dsa.rs000064400000000000000000000366501046102023000137330ustar 00000000000000use dsa::{Components, Signature, SigningKey, VerifyingKey}; use num_bigint::BigUint; use rand::{CryptoRng, Rng}; use signature::hazmat::PrehashVerifier; use zeroize::{Zeroize, ZeroizeOnDrop}; use crate::crypto::hash::HashAlgorithm; use crate::crypto::Signer; use crate::errors::Result; use crate::types::{PlainSecretParams, PublicParams}; pub use dsa::KeySize; /// Secret key for DSA. #[derive(Clone, PartialEq, Eq, Zeroize, ZeroizeOnDrop, derive_more::Debug)] pub struct SecretKey { #[debug("..")] pub x: BigUint, } impl Signer for SecretKey { fn sign( &self, hash_algorithm: HashAlgorithm, digest: &[u8], pub_params: &PublicParams, ) -> Result>> { let PublicParams::DSA { p, q, g, y } = pub_params else { bail!("invalid public params"); }; let components = Components::from_components(p.into(), q.into(), g.into())?; let verifying_key = VerifyingKey::from_components(components, y.into())?; let signing_key = SigningKey::from_components(verifying_key, self.x.clone())?; let signature = match hash_algorithm { HashAlgorithm::MD5 => signing_key.sign_prehashed_rfc6979::(digest), // FIXME: Use sha1_checked once it implements BlockSizeUser // (See https://github.com/RustCrypto/hashes/pull/582) HashAlgorithm::SHA1 => signing_key.sign_prehashed_rfc6979::(digest), HashAlgorithm::RIPEMD160 => { signing_key.sign_prehashed_rfc6979::(digest) } HashAlgorithm::SHA2_256 => signing_key.sign_prehashed_rfc6979::(digest), HashAlgorithm::SHA2_384 => signing_key.sign_prehashed_rfc6979::(digest), HashAlgorithm::SHA2_512 => signing_key.sign_prehashed_rfc6979::(digest), HashAlgorithm::SHA2_224 => signing_key.sign_prehashed_rfc6979::(digest), HashAlgorithm::SHA3_256 => signing_key.sign_prehashed_rfc6979::(digest), HashAlgorithm::SHA3_512 => signing_key.sign_prehashed_rfc6979::(digest), _ => unimplemented_err!("hasher {:?}", hash_algorithm), }?; Ok(vec![ signature.r().to_bytes_be(), signature.s().to_bytes_be(), ]) } } /// Verify a DSA signature. pub fn verify( p: BigUint, q: BigUint, g: BigUint, y: BigUint, hashed: &[u8], r: BigUint, s: BigUint, ) -> Result<()> { let components = Components::from_components(p, q, g)?; let verifying_key = VerifyingKey::from_components(components, y)?; let signature = Signature::from_components(r, s)?; verifying_key.verify_prehash(hashed, &signature)?; Ok(()) } /// Generate a DSA KeyPair. pub fn generate_key( mut rng: R, key_size: KeySize, ) -> Result<(PublicParams, PlainSecretParams)> { let components = Components::generate(&mut rng, key_size); let signing_key = SigningKey::generate(&mut rng, components); let verifying_key = signing_key.verifying_key(); let p = verifying_key.components().p(); let q = verifying_key.components().q(); let g = verifying_key.components().g(); let y = verifying_key.y(); let x = signing_key.x(); let public_params = PublicParams::DSA { p: p.into(), q: q.into(), g: g.into(), y: y.into(), }; let secret_params = PlainSecretParams::DSA(x.into()); Ok((public_params, secret_params)) } #[cfg(test)] mod test { use super::*; use num_traits::Num; fn hex_num(s: &str) -> BigUint { BigUint::from_str_radix(s, 16).expect("invalid hex") } fn hash(hash_algorithm: HashAlgorithm, text: &str) -> Vec { hash_algorithm .digest(text.as_bytes()) .expect("unable to hash") } /// Test vectors from https://tools.ietf.org/html/rfc6979#appendix-A.2.1 #[test] fn test_dsa_1024() { let _ = pretty_env_logger::try_init(); let p = hex_num( "86F5CA03DCFEB225063FF830A0C769B9DD9D6153AD91D7CE27F787C43278B447\ E6533B86B18BED6E8A48B784A14C252C5BE0DBF60B86D6385BD2F12FB763ED88\ 73ABFD3F5BA2E0A8C0A59082EAC056935E529DAF7C610467899C77ADEDFC846C\ 881870B7B19B2B58F9BE0521A17002E3BDD6B86685EE90B3D9A1B02B782B1779", ); let q = hex_num("996F967F6C8E388D9E28D01E205FBA957A5698B1"); let g = hex_num( "07B0F92546150B62514BB771E2A0C0CE387F03BDA6C56B505209FF25FD3C133D\ 89BBCD97E904E09114D9A7DEFDEADFC9078EA544D2E401AEECC40BB9FBBF78FD\ 87995A10A1C27CB7789B594BA7EFB5C4326A9FE59A070E136DB77175464ADCA4\ 17BE5DCE2F40D10A46A3A3943F26AB7FD9C0398FF8C76EE0A56826A8A88F1DBD", ); let x = hex_num("411602CB19A6CCC34494D79D98EF1E7ED5AF25F7"); let y = hex_num( "5DF5E01DED31D0297E274E1691C192FE5868FEF9E19A84776454B100CF16F653\ 92195A38B90523E2542EE61871C0440CB87C322FC4B4D2EC5E1E7EC766E1BE8D\ 4CE935437DC11C3C8FD426338933EBFE739CB3465F4D3668C5E473508253B1E6\ 82F65CBDC4FAE93C2EA212390E54905A86E2223170B44EAA7DA5DD9FFCFB7F3B", ); let check = |hash_algorithm: HashAlgorithm, text: &str, _k: BigUint, r: BigUint, s: BigUint| { let hashed = hash(hash_algorithm, text); let key = SecretKey { x: x.clone() }; let params = PublicParams::DSA { p: p.clone().into(), q: q.clone().into(), g: g.clone().into(), y: y.clone().into(), }; let res = key .sign(hash_algorithm, &hashed, ¶ms) .expect("failed to sign"); let new_r = res[0].clone(); let new_s = res[1].clone(); assert_eq!((new_r, new_s), (r.to_bytes_be(), s.to_bytes_be())); verify(p.clone(), q.clone(), g.clone(), y.clone(), &hashed, r, s) .expect("failed to verify"); }; check( HashAlgorithm::SHA1, "sample", hex_num("7BDB6B0FF756E1BB5D53583EF979082F9AD5BD5B"), hex_num("2E1A0C2562B2912CAAF89186FB0F42001585DA55"), hex_num("29EFB6B0AFF2D7A68EB70CA313022253B9A88DF5"), ); check( HashAlgorithm::SHA2_224, "sample", hex_num("562097C06782D60C3037BA7BE104774344687649"), hex_num("4BC3B686AEA70145856814A6F1BB53346F02101E"), hex_num("410697B92295D994D21EDD2F4ADA85566F6F94C1"), ); check( HashAlgorithm::SHA2_256, "sample", hex_num("519BA0546D0C39202A7D34D7DFA5E760B318BCFB"), hex_num("81F2F5850BE5BC123C43F71A3033E9384611C545"), hex_num("4CDD914B65EB6C66A8AAAD27299BEE6B035F5E89"), ); check( HashAlgorithm::SHA2_384, "sample", hex_num("95897CD7BBB944AA932DBC579C1C09EB6FCFC595"), hex_num("07F2108557EE0E3921BC1774F1CA9B410B4CE65A"), hex_num("54DF70456C86FAC10FAB47C1949AB83F2C6F7595"), ); check( HashAlgorithm::SHA2_512, "sample", hex_num("09ECE7CA27D0F5A4DD4E556C9DF1D21D28104F8B"), hex_num("16C3491F9B8C3FBBDD5E7A7B667057F0D8EE8E1B"), hex_num("02C36A127A7B89EDBB72E4FFBC71DABC7D4FC69C"), ); check( HashAlgorithm::SHA1, "test", hex_num("5C842DF4F9E344EE09F056838B42C7A17F4A6433"), hex_num("42AB2052FD43E123F0607F115052A67DCD9C5C77"), hex_num("183916B0230D45B9931491D4C6B0BD2FB4AAF088"), ); check( HashAlgorithm::SHA2_224, "test", hex_num("4598B8EFC1A53BC8AECD58D1ABBB0C0C71E67297"), hex_num("6868E9964E36C1689F6037F91F28D5F2C30610F2"), hex_num("49CEC3ACDC83018C5BD2674ECAAD35B8CD22940F"), ); check( HashAlgorithm::SHA2_256, "test", hex_num("5A67592E8128E03A417B0484410FB72C0B630E1A"), hex_num("22518C127299B0F6FDC9872B282B9E70D0790812"), hex_num("6837EC18F150D55DE95B5E29BE7AF5D01E4FE160"), ); check( HashAlgorithm::SHA2_384, "test", hex_num("220156B761F6CA5E6C9F1B9CF9C24BE25F98CD89"), hex_num("854CF929B58D73C3CBFDC421E8D5430CD6DB5E66"), hex_num("91D0E0F53E22F898D158380676A871A157CDA622"), ); check( HashAlgorithm::SHA2_512, "test", hex_num("65D2C2EEB175E370F28C75BFCDC028D22C7DBE9C"), hex_num("8EA47E475BA8AC6F2D821DA3BD212D11A3DEB9A0"), hex_num("7C670C7AD72B6C050C109E1790008097125433E8"), ); } /// Test vectors from https://tools.ietf.org/html/rfc6979#appendix-A.2.2 #[test] fn test_dsa_2048() { let _ = pretty_env_logger::try_init(); let p = hex_num( "9DB6FB5951B66BB6FE1E140F1D2CE5502374161FD6538DF1648218642F0B5C48\ C8F7A41AADFA187324B87674FA1822B00F1ECF8136943D7C55757264E5A1A44F\ FE012E9936E00C1D3E9310B01C7D179805D3058B2A9F4BB6F9716BFE6117C6B5\ B3CC4D9BE341104AD4A80AD6C94E005F4B993E14F091EB51743BF33050C38DE2\ 35567E1B34C3D6A5C0CEAA1A0F368213C3D19843D0B4B09DCB9FC72D39C8DE41\ F1BF14D4BB4563CA28371621CAD3324B6A2D392145BEBFAC748805236F5CA2FE\ 92B871CD8F9C36D3292B5509CA8CAA77A2ADFC7BFD77DDA6F71125A7456FEA15\ 3E433256A2261C6A06ED3693797E7995FAD5AABBCFBE3EDA2741E375404AE25B", ); let q = hex_num("F2C3119374CE76C9356990B465374A17F23F9ED35089BD969F61C6DDE9998C1F"); let g = hex_num( "5C7FF6B06F8F143FE8288433493E4769C4D988ACE5BE25A0E24809670716C613\ D7B0CEE6932F8FAA7C44D2CB24523DA53FBE4F6EC3595892D1AA58C4328A06C4\ 6A15662E7EAA703A1DECF8BBB2D05DBE2EB956C142A338661D10461C0D135472\ 085057F3494309FFA73C611F78B32ADBB5740C361C9F35BE90997DB2014E2EF5\ AA61782F52ABEB8BD6432C4DD097BC5423B285DAFB60DC364E8161F4A2A35ACA\ 3A10B1C4D203CC76A470A33AFDCBDD92959859ABD8B56E1725252D78EAC66E71\ BA9AE3F1DD2487199874393CD4D832186800654760E1E34C09E4D155179F9EC0\ DC4473F996BDCE6EED1CABED8B6F116F7AD9CF505DF0F998E34AB27514B0FFE7", ); let x = hex_num("69C7548C21D0DFEA6B9A51C9EAD4E27C33D3B3F180316E5BCAB92C933F0E4DBC"); let y = hex_num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let check = |hash_algorithm: HashAlgorithm, text: &str, _k: BigUint, r: BigUint, s: BigUint| { let hashed = hash(hash_algorithm, text); let key = SecretKey { x: x.clone() }; let params = PublicParams::DSA { p: p.clone().into(), q: q.clone().into(), g: g.clone().into(), y: y.clone().into(), }; let res = key .sign(hash_algorithm, &hashed, ¶ms) .expect("failed to sign"); let new_r = res[0].clone(); let new_s = res[1].clone(); assert_eq!((new_r, new_s), (r.to_bytes_be(), s.to_bytes_be())); verify(p.clone(), q.clone(), g.clone(), y.clone(), &hashed, r, s) .expect("failed to verify"); }; check( HashAlgorithm::SHA1, "sample", hex_num("888FA6F7738A41BDC9846466ABDB8174C0338250AE50CE955CA16230F9CBD53E"), hex_num("3A1B2DBD7489D6ED7E608FD036C83AF396E290DBD602408E8677DAABD6E7445A"), hex_num("D26FCBA19FA3E3058FFC02CA1596CDBB6E0D20CB37B06054F7E36DED0CDBBCCF"), ); check( HashAlgorithm::SHA2_224, "sample", hex_num("BC372967702082E1AA4FCE892209F71AE4AD25A6DFD869334E6F153BD0C4D806"), hex_num("DC9F4DEADA8D8FF588E98FED0AB690FFCE858DC8C79376450EB6B76C24537E2C"), hex_num("A65A9C3BC7BABE286B195D5DA68616DA8D47FA0097F36DD19F517327DC848CEC"), ); check( HashAlgorithm::SHA2_256, "sample", hex_num("8926A27C40484216F052F4427CFD5647338B7B3939BC6573AF4333569D597C52"), hex_num("EACE8BDBBE353C432A795D9EC556C6D021F7A03F42C36E9BC87E4AC7932CC809"), hex_num("7081E175455F9247B812B74583E9E94F9EA79BD640DC962533B0680793A38D53"), ); check( HashAlgorithm::SHA2_384, "sample", hex_num("C345D5AB3DA0A5BCB7EC8F8FB7A7E96069E03B206371EF7D83E39068EC564920"), hex_num("B2DA945E91858834FD9BF616EBAC151EDBC4B45D27D0DD4A7F6A22739F45C00B"), hex_num("19048B63D9FD6BCA1D9BAE3664E1BCB97F7276C306130969F63F38FA8319021B"), ); check( HashAlgorithm::SHA2_512, "sample", hex_num("5A12994431785485B3F5F067221517791B85A597B7A9436995C89ED0374668FC"), hex_num("2016ED092DC5FB669B8EFB3D1F31A91EECB199879BE0CF78F02BA062CB4C942E"), hex_num("D0C76F84B5F091E141572A639A4FB8C230807EEA7D55C8A154A224400AFF2351"), ); check( HashAlgorithm::SHA1, "test", hex_num("6EEA486F9D41A037B2C640BC5645694FF8FF4B98D066A25F76BE641CCB24BA4F"), hex_num("C18270A93CFC6063F57A4DFA86024F700D980E4CF4E2CB65A504397273D98EA0"), hex_num("414F22E5F31A8B6D33295C7539C1C1BA3A6160D7D68D50AC0D3A5BEAC2884FAA"), ); check( HashAlgorithm::SHA2_224, "test", hex_num("06BD4C05ED74719106223BE33F2D95DA6B3B541DAD7BFBD7AC508213B6DA6670"), hex_num("272ABA31572F6CC55E30BF616B7A265312018DD325BE031BE0CC82AA17870EA3"), hex_num("E9CC286A52CCE201586722D36D1E917EB96A4EBDB47932F9576AC645B3A60806"), ); check( HashAlgorithm::SHA2_256, "test", hex_num("1D6CE6DDA1C5D37307839CD03AB0A5CBB18E60D800937D67DFB4479AAC8DEAD7"), hex_num("8190012A1969F9957D56FCCAAD223186F423398D58EF5B3CEFD5A4146A4476F0"), hex_num("7452A53F7075D417B4B013B278D1BB8BBD21863F5E7B1CEE679CF2188E1AB19E"), ); check( HashAlgorithm::SHA2_384, "test", hex_num("206E61F73DBE1B2DC8BE736B22B079E9DACD974DB00EEBBC5B64CAD39CF9F91C"), hex_num("239E66DDBE8F8C230A3D071D601B6FFBDFB5901F94D444C6AF56F732BEB954BE"), hex_num("6BD737513D5E72FE85D1C750E0F73921FE299B945AAD1C802F15C26A43D34961"), ); check( HashAlgorithm::SHA2_512, "test", hex_num("AFF1651E4CD6036D57AA8B2A05CCF1A9D5A40166340ECBBDC55BE10B568AA0AA"), hex_num("89EC4BB1400ECCFF8E7D9AA515CD1DE7803F2DAFF09693EE7FD1353E90A68307"), hex_num("C9F0BDABCC0D880BB137A994CC7F3980CE91CC10FAF529FC46565B15CEA854E1"), ); } } pgp-0.15.0/src/crypto/ecc_curve.rs000064400000000000000000000221511046102023000151110ustar 00000000000000use const_oid::ObjectIdentifier; use crate::crypto::hash::HashAlgorithm; use crate::crypto::public_key::PublicKeyAlgorithm; use crate::crypto::sym::SymmetricKeyAlgorithm; #[derive(Clone, Debug, Eq, PartialEq)] pub enum ECCCurve { Curve25519, Ed25519, P256, P384, P521, BrainpoolP256r1, BrainpoolP384r1, BrainpoolP512r1, Secp256k1, Unknown(ObjectIdentifier), } impl ECCCurve { /// Standard name pub fn name(&self) -> &str { match self { ECCCurve::Curve25519 => "Curve25519", ECCCurve::Ed25519 => "Ed25519", ECCCurve::P256 => "NIST P-256", ECCCurve::P384 => "NIST P-384", ECCCurve::P521 => "NIST P-521", ECCCurve::BrainpoolP256r1 => "brainpoolP256r1", ECCCurve::BrainpoolP384r1 => "brainpoolP384r1", ECCCurve::BrainpoolP512r1 => "brainpoolP512r1", ECCCurve::Secp256k1 => "secp256k1", ECCCurve::Unknown(_oid) => "unknown", } } /// IETF formatted OID pub fn oid_str(&self) -> String { match self { ECCCurve::Curve25519 => "1.3.6.1.4.1.3029.1.5.1".into(), ECCCurve::Ed25519 => "1.3.6.1.4.1.11591.15.1".into(), ECCCurve::P256 => "1.2.840.10045.3.1.7".into(), ECCCurve::P384 => "1.3.132.0.34".into(), ECCCurve::P521 => "1.3.132.0.35".into(), ECCCurve::BrainpoolP256r1 => "1.3.36.3.3.2.8.1.1.7".into(), ECCCurve::BrainpoolP384r1 => "1.3.36.3.3.2.8.1.1.11".into(), ECCCurve::BrainpoolP512r1 => "1.3.36.3.3.2.8.1.1.13".into(), ECCCurve::Secp256k1 => "1.3.132.0.10".into(), ECCCurve::Unknown(oid) => oid.to_string(), } } /// Nominal bit length of the curve pub fn nbits(&self) -> u16 { match self { ECCCurve::Curve25519 => 255, ECCCurve::Ed25519 => 255, ECCCurve::P256 => 256, ECCCurve::P384 => 384, ECCCurve::P521 => 521, ECCCurve::BrainpoolP256r1 => 256, ECCCurve::BrainpoolP384r1 => 384, ECCCurve::BrainpoolP512r1 => 512, ECCCurve::Secp256k1 => 256, ECCCurve::Unknown(_oid) => 0, // FIXME? } } /// Length of secret key in bytes pub const fn secret_key_length(&self) -> usize { match self { ECCCurve::Curve25519 => 32, ECCCurve::Ed25519 => 32, ECCCurve::P256 => 32, ECCCurve::P384 => 48, ECCCurve::P521 => 66, ECCCurve::BrainpoolP256r1 => 32, ECCCurve::BrainpoolP384r1 => 48, ECCCurve::BrainpoolP512r1 => 64, ECCCurve::Secp256k1 => 32, ECCCurve::Unknown(_oid) => 0, // FIXME? } } /// Alternative name of the curve pub fn alias(&self) -> Option<&str> { match self { ECCCurve::Curve25519 => Some("cv25519"), ECCCurve::Ed25519 => Some("ed25519"), ECCCurve::P256 => Some("nistp256"), ECCCurve::P384 => Some("nistp384"), ECCCurve::P521 => Some("nistp521"), ECCCurve::BrainpoolP256r1 => None, ECCCurve::BrainpoolP384r1 => None, ECCCurve::BrainpoolP512r1 => None, ECCCurve::Secp256k1 => None, ECCCurve::Unknown(_oid) => None, } } /// Required algo, or None for ECDSA/ECDH pub fn pubkey_algo(&self) -> Option { match self { ECCCurve::Curve25519 => Some(PublicKeyAlgorithm::ECDH), ECCCurve::Ed25519 => Some(PublicKeyAlgorithm::EdDSALegacy), ECCCurve::P256 => None, ECCCurve::P384 => None, ECCCurve::P521 => None, ECCCurve::BrainpoolP256r1 => None, ECCCurve::BrainpoolP384r1 => None, ECCCurve::BrainpoolP512r1 => None, ECCCurve::Secp256k1 => None, ECCCurve::Unknown(_oid) => None, } } /// Default hash algorithm for this curve pub fn hash_algo(&self) -> crate::errors::Result { match self { ECCCurve::Curve25519 | ECCCurve::Ed25519 | ECCCurve::P256 | ECCCurve::BrainpoolP256r1 | ECCCurve::Secp256k1 => Ok(HashAlgorithm::SHA2_256), ECCCurve::P384 | ECCCurve::BrainpoolP384r1 => Ok(HashAlgorithm::SHA2_384), ECCCurve::P521 | ECCCurve::BrainpoolP512r1 => Ok(HashAlgorithm::SHA2_512), ECCCurve::Unknown(_oid) => { unsupported_err!("no default hash_algo for curve {:?}", self.to_string()) } } } /// Default symmetric encryption algorithm for this curve pub fn sym_algo(&self) -> crate::errors::Result { match self { ECCCurve::Curve25519 | ECCCurve::Ed25519 | ECCCurve::P256 | ECCCurve::BrainpoolP256r1 | ECCCurve::Secp256k1 => Ok(SymmetricKeyAlgorithm::AES128), ECCCurve::P384 | ECCCurve::BrainpoolP384r1 => Ok(SymmetricKeyAlgorithm::AES192), ECCCurve::P521 | ECCCurve::BrainpoolP512r1 => Ok(SymmetricKeyAlgorithm::AES256), ECCCurve::Unknown(_oid) => { unsupported_err!("no default sym_algo for curve {:?}", self.to_string()) } } } pub fn oid(&self) -> Vec { // the OID String is turned into bytes // with the first two numbers combined let mut id: Vec = self .oid_str() .split('.') // safe as we hard coded these .map(|v| v.parse::().expect("bad oid string")) .collect(); // combine the first two let first = id.remove(0) * 40 + id.remove(0); id.insert(0, first); id.iter() .flat_map(|ident| asn1_der_object_id_val_enc(*ident)) .collect() } } /// Get the right curve given an oid. pub fn ecc_curve_from_oid(oid: &[u8]) -> Option { if ECCCurve::Curve25519.oid().as_slice() == oid { return Some(ECCCurve::Curve25519); } if ECCCurve::Ed25519.oid().as_slice() == oid { return Some(ECCCurve::Ed25519); } if ECCCurve::P256.oid().as_slice() == oid { return Some(ECCCurve::P256); } if ECCCurve::P384.oid().as_slice() == oid { return Some(ECCCurve::P384); } if ECCCurve::P521.oid().as_slice() == oid { return Some(ECCCurve::P521); } if ECCCurve::BrainpoolP256r1.oid().as_slice() == oid { return Some(ECCCurve::BrainpoolP256r1); } if ECCCurve::BrainpoolP384r1.oid().as_slice() == oid { return Some(ECCCurve::BrainpoolP384r1); } if ECCCurve::BrainpoolP512r1.oid().as_slice() == oid { return Some(ECCCurve::BrainpoolP512r1); } if ECCCurve::Secp256k1.oid().as_slice() == oid { return Some(ECCCurve::Secp256k1); } if let Ok(oid) = ObjectIdentifier::from_bytes(oid) { Some(ECCCurve::Unknown(oid)) } else { None } } fn asn1_der_object_id_val_enc(val: u32) -> Vec { let mut val = val; let mut acc = vec![(val & 0x7f) as u8]; val >>= 7; while val > 0 { acc.insert(0, (0x80 | (val & 0x7f)) as u8); val >>= 7; } acc } impl std::fmt::Display for ECCCurve { fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result { write!(f, "{}", self.name()) } } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use super::*; #[test] fn test_ecc_curve_to_oid() { assert_eq!( ECCCurve::P256.oid(), vec![0x2A, 0x86, 0x48, 0xCE, 0x3D, 0x03, 0x01, 0x07] ); assert_eq!(ECCCurve::P384.oid(), vec![0x2B, 0x81, 0x04, 0x00, 0x22]); assert_eq!(ECCCurve::P521.oid(), vec![0x2B, 0x81, 0x04, 0x00, 0x23]); assert_eq!( ECCCurve::Ed25519.oid(), vec![0x2B, 0x06, 0x01, 0x04, 0x01, 0xDA, 0x47, 0x0F, 0x01] ); assert_eq!( ECCCurve::Curve25519.oid(), vec![0x2B, 0x06, 0x01, 0x04, 0x01, 0x97, 0x55, 0x01, 0x05, 0x01] ); assert_eq!( ECCCurve::Secp256k1.oid(), vec![0x2B, 0x81, 0x04, 0x00, 0x0A] ); } #[test] fn test_ecc_curve_from_oid() { let one = vec![0x2A, 0x86, 0x48, 0xCE, 0x3D, 0x03, 0x01, 0x07]; assert_eq!(ecc_curve_from_oid(one.as_slice()).unwrap(), ECCCurve::P256); assert_eq!( ecc_curve_from_oid(vec![1, 2, 3].as_slice()), Some(ECCCurve::Unknown( ObjectIdentifier::from_bytes(&[1, 2, 3]).unwrap() )) ); } #[test] fn test_unknown_ecc_curve() { // brainpoolP160r1 (an OID we don't handle explicitly in ECCCurve) const OID: &[u8] = &[0x2B, 0x24, 0x03, 0x03, 0x02, 0x08, 0x01, 0x01, 0x01]; let bp_p160r1 = ecc_curve_from_oid(OID).unwrap(); assert_eq!(bp_p160r1.oid_str(), "1.3.36.3.3.2.8.1.1.1"); } #[test] fn test_asn1_der_object_id_val_enc() { assert_eq!(asn1_der_object_id_val_enc(840), vec![0x86, 0x48]); assert_eq!(asn1_der_object_id_val_enc(113_549), vec![0x86, 0xf7, 0x0d]); } } pgp-0.15.0/src/crypto/ecdh.rs000064400000000000000000000522111046102023000140560ustar 00000000000000use log::debug; use rand::{CryptoRng, Rng}; use x25519_dalek::{PublicKey, StaticSecret}; use zeroize::{Zeroize, ZeroizeOnDrop, Zeroizing}; use super::hash::HashAlgorithm; use crate::crypto::{ aes_kw, ecc_curve::ECCCurve, public_key::PublicKeyAlgorithm, sym::SymmetricKeyAlgorithm, Decryptor, KeyParams, }; use crate::errors::{Error, Result}; use crate::types::{EcdhPublicParams, Mpi, PkeskBytes, PlainSecretParams, PublicParams}; /// 20 octets representing "Anonymous Sender ". const ANON_SENDER: [u8; 20] = [ 0x41, 0x6E, 0x6F, 0x6E, 0x79, 0x6D, 0x6F, 0x75, 0x73, 0x20, 0x53, 0x65, 0x6E, 0x64, 0x65, 0x72, 0x20, 0x20, 0x20, 0x20, ]; /// Secret key for ECDH #[derive(Clone, PartialEq, Eq, Zeroize, ZeroizeOnDrop, derive_more::Debug)] pub enum SecretKey { /// ECDH with Curve25519 Curve25519 { /// The secret point. #[debug("..")] secret: [u8; ECCCurve::Curve25519.secret_key_length()], hash: HashAlgorithm, alg_sym: SymmetricKeyAlgorithm, }, /// ECDH with Nist P256 P256 { /// The secret point. #[debug("..")] secret: [u8; ECCCurve::P256.secret_key_length()], hash: HashAlgorithm, alg_sym: SymmetricKeyAlgorithm, }, /// ECDH with Nist P384 P384 { /// The secret point. #[debug("..")] secret: [u8; ECCCurve::P384.secret_key_length()], hash: HashAlgorithm, alg_sym: SymmetricKeyAlgorithm, }, /// ECDH with Nist P521 P521 { /// The secret point. #[debug("..")] secret: [u8; ECCCurve::P521.secret_key_length()], hash: HashAlgorithm, alg_sym: SymmetricKeyAlgorithm, }, } impl KeyParams for SecretKey { type KeyParams = (ECCCurve, SymmetricKeyAlgorithm, HashAlgorithm); fn key_params(&self) -> Self::KeyParams { match self { SecretKey::Curve25519 { hash, alg_sym, .. } => (ECCCurve::Curve25519, *alg_sym, *hash), SecretKey::P256 { hash, alg_sym, .. } => (ECCCurve::P256, *alg_sym, *hash), SecretKey::P384 { hash, alg_sym, .. } => (ECCCurve::P384, *alg_sym, *hash), SecretKey::P521 { hash, alg_sym, .. } => (ECCCurve::P521, *alg_sym, *hash), } } } pub struct EncryptionFields<'a> { pub public_point: &'a Mpi, /// Encrypted and wrapped value, derived from the session key pub encrypted_session_key: &'a [u8], /// NOTE: The fingerprint isn't part of the "Algorithm-Specific Fields", but it is needed for session key derivation pub fingerprint: &'a [u8], } impl Decryptor for SecretKey { type EncryptionFields<'a> = EncryptionFields<'a>; fn decrypt(&self, data: Self::EncryptionFields<'_>) -> Result> { debug!("ECDH decrypt"); let encrypted_key_len: usize = data.encrypted_session_key.len(); let (curve, alg_sym, hash) = self.key_params(); let shared_secret = match self { SecretKey::Curve25519 { secret, .. } => { ensure_eq!( secret.len(), curve.secret_key_length(), "invalid secret point" ); ensure_eq!(data.public_point.len(), 33, "invalid public point"); // prefix "0x40" + 32 bytes = 33 bytes let their_public = { // public part of the ephemeral key (removes 0x40 prefix) let ephemeral_public_key = &data.public_point.as_bytes()[1..]; // create montgomery point let mut ephemeral_public_key_arr = [0u8; 32]; ephemeral_public_key_arr[..].copy_from_slice(ephemeral_public_key); x25519_dalek::PublicKey::from(ephemeral_public_key_arr) }; let our_secret = { // private key of the recipient. let private_key = &secret[..]; // create scalar and reverse to little endian // https://www.rfc-editor.org/rfc/rfc9580.html#name-curve25519legacy-ecdh-secre let mut private_key_le = private_key.iter().rev().cloned().collect::>(); let mut private_key_arr = [0u8; 32]; private_key_arr[..].copy_from_slice(&private_key_le); private_key_le.zeroize(); StaticSecret::from(private_key_arr) }; // derive shared secret let shared_secret = our_secret.diffie_hellman(&their_public); shared_secret.to_bytes().to_vec() } SecretKey::P256 { secret, .. } => derive_shared_secret_decryption::( data.public_point, secret, &curve, 65, )?, SecretKey::P384 { secret, .. } => derive_shared_secret_decryption::( data.public_point, secret, &curve, 97, )?, SecretKey::P521 { secret, .. } => derive_shared_secret_decryption::( data.public_point, secret, &curve, 133, )?, }; // obtain the session key from the shared secret derive_session_key( &shared_secret, data.encrypted_session_key, encrypted_key_len, &(curve, alg_sym, hash), data.fingerprint, ) } } /// Derive a shared secret in decryption, for a Rust Crypto curve fn derive_shared_secret_decryption( public_point: &Mpi, secret: &[u8], curve: &ECCCurve, pub_bytes: usize, ) -> Result> where C: elliptic_curve::CurveArithmetic, elliptic_curve::FieldBytesSize: elliptic_curve::sec1::ModulusSize, elliptic_curve::AffinePoint: elliptic_curve::sec1::FromEncodedPoint + elliptic_curve::sec1::ToEncodedPoint, { ensure_eq!( secret.len(), curve.secret_key_length(), "invalid secret point" ); ensure_eq!(public_point.len(), pub_bytes, "invalid public point"); let ephemeral_public_key = elliptic_curve::PublicKey::::from_sec1_bytes(public_point.as_bytes())?; let our_secret = elliptic_curve::SecretKey::::from_bytes(secret.into())?; // derive shared secret let shared_secret = elliptic_curve::ecdh::diffie_hellman( our_secret.to_nonzero_scalar(), ephemeral_public_key.as_affine(), ); Ok(shared_secret.raw_secret_bytes().to_vec()) } /// Obtain the OpenPGP session key for a DH shared secret. /// /// This helper function performs the key derivation and unwrapping steps /// described in pub fn derive_session_key( shared_secret: &[u8], encrypted_session_key: &[u8], encrypted_key_len: usize, key_params: &::KeyParams, fingerprint: &[u8], ) -> Result> { let (curve, alg_sym, hash) = key_params; let param = build_ecdh_param(&curve.oid(), *alg_sym, *hash, fingerprint); // Perform key derivation let z = kdf(*hash, shared_secret, alg_sym.key_size(), ¶m)?; // Perform AES Key Unwrap let mut encrypted_session_key_vec = vec![0; encrypted_key_len]; encrypted_session_key_vec[(encrypted_key_len - encrypted_session_key.len())..] .copy_from_slice(encrypted_session_key); let mut decrypted_key_padded = aes_kw::unwrap(&z, &encrypted_session_key_vec)?; // PKCS5-style unpadding (PKCS5 is PKCS7 with a blocksize of 8). // // RFC 9580 describes the padding: // a) "Then, the above values are padded to an 8-octet granularity using the method described in [RFC8018]." // b) "For example, assuming that an AES algorithm is used for the session key, the sender MAY // use 21, 13, and 5 octets of padding for AES-128, AES-192, and AES-256, respectively, to // provide the same number of octets, 40 total, as an input to the key wrapping method." // // So while the padding ensures that the length of the padded message is a multiple of 8, the // padding may exceed 8 bytes in size. { let len = decrypted_key_padded.len(); let block_size = 8; ensure!(len % block_size == 0, "invalid key length {}", len); ensure!(!decrypted_key_padded.is_empty(), "empty key is not valid"); // The last byte should contain the padding symbol, which is also the padding length let pad = decrypted_key_padded.last().expect("is not empty"); // Padding length seems to exceed size of the padded message if *pad as usize > len { return Err(Error::UnpadError); } // Expected length of the unpadded message let unpadded_len = len - *pad as usize; // All bytes that constitute the padding must have the value of `pad` if decrypted_key_padded[unpadded_len..] .iter() .any(|byte| byte != pad) { return Err(Error::UnpadError); } decrypted_key_padded.truncate(unpadded_len); } // the key is now unpadded let decrypted_key = decrypted_key_padded; ensure!(!decrypted_key.is_empty(), "empty unpadded key is not valid"); Ok(decrypted_key) } /// Generate an ECDH KeyPair. pub fn generate_key( mut rng: R, curve: &ECCCurve, ) -> Result<(PublicParams, PlainSecretParams)> { match curve { ECCCurve::Curve25519 => { let mut secret_key_bytes = Zeroizing::new([0u8; ECCCurve::Curve25519.secret_key_length()]); rng.fill_bytes(&mut *secret_key_bytes); let secret = StaticSecret::from(*secret_key_bytes); let public = PublicKey::from(&secret); // public key let p_raw = public.to_bytes(); let mut p = Vec::with_capacity(33); p.push(0x40); p.extend_from_slice(&p_raw); // secret key // Clamp, as `to_bytes` does not clamp. let q_raw = curve25519_dalek::scalar::clamp_integer(secret.to_bytes()); // Big Endian let q = q_raw.into_iter().rev().collect::>(); let curve = ECCCurve::Curve25519; let hash = curve.hash_algo()?; let alg_sym = curve.sym_algo()?; Ok(( PublicParams::ECDH(EcdhPublicParams::Known { curve: ECCCurve::Curve25519, p: Mpi::from_raw(p), hash, alg_sym, }), PlainSecretParams::ECDH(Mpi::from_raw(q)), )) } ECCCurve::P256 => keygen::(rng, curve), ECCCurve::P384 => keygen::(rng, curve), ECCCurve::P521 => keygen::(rng, curve), _ => unsupported_err!("curve {:?} for ECDH", curve), } } /// Generate an ECDH key based on a Rust Crypto curve fn keygen( mut rng: R, curve: &ECCCurve, ) -> Result<(PublicParams, PlainSecretParams)> where C: elliptic_curve::CurveArithmetic + elliptic_curve::point::PointCompression, elliptic_curve::FieldBytesSize: elliptic_curve::sec1::ModulusSize, elliptic_curve::AffinePoint: elliptic_curve::sec1::FromEncodedPoint + elliptic_curve::sec1::ToEncodedPoint, { let secret = elliptic_curve::SecretKey::::random(&mut rng); let public = secret.public_key(); Ok(( PublicParams::ECDH(EcdhPublicParams::Known { curve: curve.clone(), p: Mpi::from_slice(public.to_sec1_bytes().as_ref()), hash: curve.hash_algo()?, alg_sym: curve.sym_algo()?, }), PlainSecretParams::ECDH(Mpi::from_slice(secret.to_bytes().as_slice())), )) } /// Build param for ECDH algorithm (as defined in RFC 9580) /// pub fn build_ecdh_param( oid: &[u8], alg_sym: SymmetricKeyAlgorithm, hash: HashAlgorithm, fingerprint: &[u8], ) -> Vec { let kdf_params = vec![ 0x03, // length of the following fields 0x01, // reserved for future extensions hash.into(), u8::from(alg_sym), ]; let oid_len = [oid.len() as u8]; let pkalgo = [u8::from(PublicKeyAlgorithm::ECDH)]; let values: Vec<&[u8]> = vec![ &oid_len, oid, &pkalgo, &kdf_params, &ANON_SENDER[..], fingerprint, ]; values.concat() } /// Key Derivation Function for ECDH (as defined in RFC 9580). /// pub fn kdf(hash: HashAlgorithm, x: &[u8], length: usize, param: &[u8]) -> Result> { let prefix = vec![0, 0, 0, 1]; let values: Vec<&[u8]> = vec![&prefix, x, param]; let data = values.concat(); let mut digest = hash.digest(&data)?; digest.truncate(length); Ok(digest) } /// PKCS5-style padding, with a block-size of 8. /// However, the padding may exceed the length of one block, to obfuscate key size. fn pad(plain: &[u8]) -> Vec { let len = plain.len(); // We produce "short padding" (between 1 and 8 bytes) let remainder = len % 8; // (e.g. 3 for len==19) let padded_len = len + 8 - remainder; // (e.g. "8 + 8 - 0 => 16", or "19 + 8 - 3 => 24") debug_assert!(padded_len % 8 == 0, "Unexpected padded_len {}", padded_len); // The value we'll use for padding (must not be zero, and fit into a u8) let padding = padded_len - len; debug_assert!( padding > 0 && u8::try_from(padding).is_ok(), "Unexpected padding value {}", padding ); let padding = padding as u8; // Extend length of plain_padded, fill with `padding` value let mut plain_padded = plain.to_vec(); plain_padded.resize(padded_len, padding); plain_padded } /// ECDH encryption. pub fn encrypt( mut rng: R, curve: &ECCCurve, alg_sym: SymmetricKeyAlgorithm, hash: HashAlgorithm, fingerprint: &[u8], q: &[u8], plain: &[u8], ) -> Result { debug!("ECDH encrypt"); // Implementations MUST NOT use MD5, SHA-1, or RIPEMD-160 as a hash function in an ECDH KDF. // (See https://www.rfc-editor.org/rfc/rfc9580.html#section-9.5-3) ensure!( hash != HashAlgorithm::MD5 && hash != HashAlgorithm::SHA1 && hash != HashAlgorithm::RIPEMD160, "{:?} is not a legal hash function for ECDH KDF", hash ); // Maximum length for `plain`: // - padding increases the length (at least) to a length of the next multiple of 8. // - aes keywrap adds another 8 bytes // - the maximum length value this function can return is u8 (limited to 255) const MAX_SIZE: usize = 239; ensure!( plain.len() <= MAX_SIZE, "unable to encrypt larger than {} bytes", MAX_SIZE ); let (encoded_public, shared_secret) = match curve { ECCCurve::Curve25519 => { ensure_eq!(q.len(), 33, "invalid public key"); let their_public = { // public part of the ephemeral key (removes 0x40 prefix) let public_key = &q[1..]; // create montgomery point let mut public_key_arr = [0u8; 32]; public_key_arr[..].copy_from_slice(public_key); x25519_dalek::PublicKey::from(public_key_arr) }; let mut our_secret_key_bytes = Zeroizing::new([0u8; ECCCurve::Curve25519.secret_key_length()]); rng.fill_bytes(&mut *our_secret_key_bytes); let our_secret = StaticSecret::from(*our_secret_key_bytes); // derive shared secret let shared_secret = our_secret.diffie_hellman(&their_public); // Encode public point: prefix with 0x40 let mut encoded_public = Vec::with_capacity(33); encoded_public.push(0x40); encoded_public.extend(x25519_dalek::PublicKey::from(&our_secret).as_bytes().iter()); (encoded_public, shared_secret.as_bytes().to_vec()) } ECCCurve::P256 => derive_shared_secret_encryption::(rng, q)?, ECCCurve::P384 => derive_shared_secret_encryption::(rng, q)?, ECCCurve::P521 => derive_shared_secret_encryption::(rng, q)?, _ => unsupported_err!("curve {:?} for ECDH", curve), }; let param = build_ecdh_param(&curve.oid(), alg_sym, hash, fingerprint); // Perform key derivation let z = kdf(hash, &shared_secret, alg_sym.key_size(), ¶m)?; // Pad plaintext let plain_padded = pad(plain); // Perform AES Key Wrap let encrypted_session_key = aes_kw::wrap(&z, &plain_padded)?; Ok(PkeskBytes::Ecdh { public_point: Mpi::from_slice(&encoded_public), encrypted_session_key, }) } /// Derive a shared secret in encryption, for a Rust Crypto curve. /// Returns a pair of `(our_public key, shared_secret)`. fn derive_shared_secret_encryption( mut rng: R, q: &[u8], ) -> Result<(Vec, Vec)> where C: elliptic_curve::CurveArithmetic + elliptic_curve::point::PointCompression, elliptic_curve::FieldBytesSize: elliptic_curve::sec1::ModulusSize, elliptic_curve::AffinePoint: elliptic_curve::sec1::FromEncodedPoint + elliptic_curve::sec1::ToEncodedPoint, { let their_public = elliptic_curve::PublicKey::::from_sec1_bytes(q)?; let our_secret = elliptic_curve::ecdh::EphemeralSecret::::random(&mut rng); // derive shared secret let shared_secret = our_secret.diffie_hellman(&their_public); // encode our public key let our_public = elliptic_curve::PublicKey::::from(&our_secret); let our_public = elliptic_curve::sec1::EncodedPoint::::from(our_public); Ok(( our_public.as_bytes().to_vec(), shared_secret.raw_secret_bytes().to_vec(), )) } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use std::fs; use rand::{RngCore, SeedableRng}; use rand_chacha::ChaChaRng; use super::*; use crate::types::SecretKeyRepr; use crate::{Deserializable, Message, SignedSecretKey}; #[test] #[ignore] fn test_encrypt_decrypt() { for curve in [ ECCCurve::Curve25519, ECCCurve::P256, ECCCurve::P384, ECCCurve::P521, ] { let mut rng = ChaChaRng::from_seed([0u8; 32]); let (pkey, skey) = generate_key(&mut rng, &curve).unwrap(); for text_size in 1..=239 { for _i in 0..10 { let mut fingerprint = vec![0u8; 20]; rng.fill_bytes(&mut fingerprint); let mut plain = vec![0u8; text_size]; rng.fill_bytes(&mut plain); let values = match pkey { PublicParams::ECDH(EcdhPublicParams::Known { ref curve, ref p, hash, alg_sym, }) => encrypt( &mut rng, curve, alg_sym, hash, &fingerprint, p.as_bytes(), &plain[..], ) .unwrap(), _ => panic!("invalid key generated"), }; let decrypted = match (skey.as_ref().as_repr(&pkey).unwrap(), values) { ( SecretKeyRepr::ECDH(ref skey), PkeskBytes::Ecdh { public_point, encrypted_session_key, }, ) => skey .decrypt(EncryptionFields { public_point: &public_point, encrypted_session_key: &encrypted_session_key, fingerprint: &fingerprint, }) .unwrap(), _ => panic!("invalid key generated"), }; assert_eq!(&plain[..], &decrypted[..]); } } } } #[test] fn test_decrypt_padding() { let (decrypt_key, _headers) = SignedSecretKey::from_armor_single( fs::File::open("./tests/unit-tests/padding/alice.key").unwrap(), ) .expect("failed to read decryption key"); for msg_file in [ "./tests/unit-tests/padding/msg-short-padding.pgp", "./tests/unit-tests/padding/msg-long-padding.pgp", ] { let (message, _headers) = Message::from_armor_single(fs::File::open(msg_file).unwrap()) .expect("failed to parse message"); let (msg, _ids) = message .decrypt(String::default, &[&decrypt_key]) .expect("failed to init decryption"); let data = msg.get_literal().unwrap().data(); assert_eq!(data, "hello\n".as_bytes()); } } } pgp-0.15.0/src/crypto/ecdsa.rs000064400000000000000000000245261046102023000142420ustar 00000000000000use ecdsa::SigningKey; use elliptic_curve::sec1::ToEncodedPoint; use p521::NistP521; use rand::{CryptoRng, Rng}; use signature::hazmat::{PrehashSigner, PrehashVerifier}; use zeroize::ZeroizeOnDrop; use crate::crypto::ecc_curve::ECCCurve; use crate::crypto::hash::HashAlgorithm; use crate::crypto::Signer; use crate::errors::Result; use crate::types::EcdsaPublicParams; use crate::types::{Mpi, PlainSecretParams, PublicParams}; #[derive(Clone, PartialEq, Eq, ZeroizeOnDrop, derive_more::Debug)] pub enum SecretKey { P256(#[debug("..")] p256::SecretKey), P384(#[debug("..")] p384::SecretKey), P521(#[debug("..")] p521::SecretKey), Secp256k1(#[debug("..")] k256::SecretKey), Unsupported { /// The secret point. #[debug("..")] x: Mpi, #[zeroize(skip)] curve: ECCCurve, }, } impl Signer for SecretKey { fn sign( &self, hash: HashAlgorithm, digest: &[u8], pub_params: &PublicParams, ) -> Result>> { ensure!( matches!(pub_params, PublicParams::ECDSA(..)), "invalid public params" ); if let Some(field_size) = self.secret_key_length() { // We require that the signing key length is matched by the hash digest length, // see https://www.rfc-editor.org/rfc/rfc9580.html#section-5.2.3.2-5 let field_size = match field_size { 66 => 64, // nist p521 is treated as though it were 512 bit-sized s => s, }; ensure!( digest.len() >= field_size, "Hash digest size ({:?}) must at least match key size ({:?})", hash, self ); } let (r, s) = match self { Self::P256(secret_key) => { let secret = p256::ecdsa::SigningKey::from(secret_key); let signature: p256::ecdsa::Signature = secret.sign_prehash(digest)?; let (r, s) = signature.split_bytes(); (r.to_vec(), s.to_vec()) } Self::P384(secret_key) => { let secret = p384::ecdsa::SigningKey::from(secret_key); let signature: p384::ecdsa::Signature = secret.sign_prehash(digest)?; let (r, s) = signature.split_bytes(); (r.to_vec(), s.to_vec()) } Self::P521(secret_key) => { let secret: SigningKey = secret_key.into(); let signing_key = p521::ecdsa::SigningKey::from(secret); let signature: p521::ecdsa::Signature = signing_key.sign_prehash(digest)?; let (r, s) = signature.split_bytes(); (r.to_vec(), s.to_vec()) } Self::Secp256k1(secret_key) => { let secret = k256::ecdsa::SigningKey::from(secret_key); let signature: k256::ecdsa::Signature = secret.sign_prehash(digest)?; let (r, s) = signature.split_bytes(); (r.to_vec(), s.to_vec()) } Self::Unsupported { curve, .. } => { unsupported_err!("curve {:?} for ECDSA", curve) } }; Ok(vec![r, s]) } } impl SecretKey { pub(crate) fn secret_key_length(&self) -> Option { match self { Self::P256 { .. } => Some(32), Self::P384 { .. } => Some(48), Self::P521 { .. } => Some(66), Self::Secp256k1 { .. } => Some(32), Self::Unsupported { .. } => None, } } } /// Generate an ECDSA KeyPair. pub fn generate_key( mut rng: R, curve: &ECCCurve, ) -> Result<(PublicParams, PlainSecretParams)> { match curve { ECCCurve::P256 => { let secret = p256::SecretKey::random(&mut rng); let public = secret.public_key(); let secret = Mpi::from_slice(secret.to_bytes().as_slice()); Ok(( PublicParams::ECDSA(EcdsaPublicParams::P256 { key: public, p: Mpi::from_slice(public.to_encoded_point(false).as_bytes()), }), PlainSecretParams::ECDSA(secret), )) } ECCCurve::P384 => { let secret = p384::SecretKey::random(&mut rng); let public = secret.public_key(); let secret = Mpi::from_slice(secret.to_bytes().as_slice()); Ok(( PublicParams::ECDSA(EcdsaPublicParams::P384 { key: public, p: Mpi::from_slice(public.to_encoded_point(false).as_bytes()), }), PlainSecretParams::ECDSA(secret), )) } ECCCurve::P521 => { let secret = p521::SecretKey::random(&mut rng); let public = secret.public_key(); let secret = Mpi::from_slice(secret.to_bytes().as_slice()); Ok(( PublicParams::ECDSA(EcdsaPublicParams::P521 { key: public, p: Mpi::from_slice(public.to_encoded_point(false).as_bytes()), }), PlainSecretParams::ECDSA(secret), )) } ECCCurve::Secp256k1 => { let secret = k256::SecretKey::random(&mut rng); let public = secret.public_key(); let secret = Mpi::from_slice(secret.to_bytes().as_slice()); Ok(( PublicParams::ECDSA(EcdsaPublicParams::Secp256k1 { key: public, p: Mpi::from_slice(public.to_encoded_point(false).as_bytes()), }), PlainSecretParams::ECDSA(secret), )) } _ => unsupported_err!("curve {:?} for ECDSA", curve), } } /// Verify an ECDSA signature. pub fn verify( p: &EcdsaPublicParams, hash: HashAlgorithm, hashed: &[u8], sig: &[Mpi], ) -> Result<()> { // NOTE: the `None` case will run into an `unsupported_err`, below, so it's ok not to consider it here if let Some(field_size) = p.secret_key_length() { // Error out for size mismatches that would get rejected in ecdsa::hazmat::bits2field ensure!( hashed.len() >= field_size / 2, "Hash algorithm {:?} cannot be combined with key {:?}", hash, p ); // RFC 9580: // An ECDSA signature MUST use a hash algorithm with a digest size of at least the curve's "fsize" value [..]" // (See https://www.rfc-editor.org/rfc/rfc9580.html#section-5.2.3.2-5) let min_hash_len = match field_size { // "[..] except in the case of NIST P-521, for which at least a 512-bit hash algorithm MUST be used" 521 => 512, f => f, }; let Some(digest_size) = hash.digest_size() else { bail!("ECDSA signature: invalid hash algorithm: {:?}", hash); }; ensure!( digest_size * 8 >= min_hash_len, "ECDSA signature: hash algorithm {:?} is too weak for key {:?}", hash, p ); } match p { EcdsaPublicParams::P256 { key, .. } => { const FLEN: usize = 32; ensure_eq!(sig.len(), 2); let r = sig[0].as_bytes(); let s = sig[1].as_bytes(); ensure!(r.len() <= FLEN, "invalid R (len)"); ensure!(s.len() <= FLEN, "invalid S (len)"); let mut sig_bytes = [0u8; 2 * FLEN]; // add padding if the values were encoded short sig_bytes[(FLEN - r.len())..FLEN].copy_from_slice(r); sig_bytes[FLEN + (FLEN - s.len())..].copy_from_slice(s); let sig = p256::ecdsa::Signature::try_from(&sig_bytes[..])?; let pk = p256::ecdsa::VerifyingKey::from_affine(key.as_affine().to_owned())?; pk.verify_prehash(hashed, &sig)?; Ok(()) } EcdsaPublicParams::P384 { key, .. } => { const FLEN: usize = 48; ensure_eq!(sig.len(), 2); let r = sig[0].as_bytes(); let s = sig[1].as_bytes(); ensure!(r.len() <= FLEN, "invalid R (len)"); ensure!(s.len() <= FLEN, "invalid S (len)"); let mut sig_bytes = [0u8; 2 * FLEN]; // add padding if the values were encoded short sig_bytes[(FLEN - r.len())..FLEN].copy_from_slice(r); sig_bytes[FLEN + (FLEN - s.len())..].copy_from_slice(s); let pk = p384::ecdsa::VerifyingKey::from_affine(key.as_affine().to_owned())?; let sig = p384::ecdsa::Signature::try_from(&sig_bytes[..])?; pk.verify_prehash(hashed, &sig)?; Ok(()) } EcdsaPublicParams::P521 { key, .. } => { const FLEN: usize = 66; ensure_eq!(sig.len(), 2); let r = sig[0].as_bytes(); let s = sig[1].as_bytes(); ensure!(r.len() <= FLEN, "invalid R (len)"); ensure!(s.len() <= FLEN, "invalid S (len)"); let mut sig_bytes = [0u8; 2 * FLEN]; // add padding if the values were encoded short sig_bytes[(FLEN - r.len())..FLEN].copy_from_slice(r); sig_bytes[FLEN + (FLEN - s.len())..].copy_from_slice(s); let pk = p521::ecdsa::VerifyingKey::from_affine(key.as_affine().to_owned())?; let sig = p521::ecdsa::Signature::try_from(&sig_bytes[..])?; pk.verify_prehash(hashed, &sig)?; Ok(()) } EcdsaPublicParams::Secp256k1 { key, .. } => { const FLEN: usize = 32; ensure_eq!(sig.len(), 2); let r = sig[0].as_bytes(); let s = sig[1].as_bytes(); ensure!(r.len() <= FLEN, "invalid R (len)"); ensure!(s.len() <= FLEN, "invalid S (len)"); let mut sig_bytes = [0u8; 2 * FLEN]; // add padding if the values were encoded short sig_bytes[(FLEN - r.len())..FLEN].copy_from_slice(r); sig_bytes[FLEN + (FLEN - s.len())..].copy_from_slice(s); let pk = k256::ecdsa::VerifyingKey::from_affine(key.as_affine().to_owned())?; let sig = k256::ecdsa::Signature::try_from(&sig_bytes[..])?; pk.verify_prehash(hashed, &sig)?; Ok(()) } EcdsaPublicParams::Unsupported { curve, .. } => { unsupported_err!("curve {:?} for ECDSA", curve.to_string()) } } } pgp-0.15.0/src/crypto/eddsa.rs000064400000000000000000000114151046102023000142340ustar 00000000000000//! EdDSA for OpenPGP. //! //! OpenPGP RFC 9580 specifies use of Ed25519 and Ed448. //! //! Use of Ed25519 is defined with two different framings (using different key types) in RFC 9580: //! - The new key format is called `Ed25519`. It can be used both with v4 and v6 keys. //! - The old key format has been renamed `EdDSALegacy`. It may only be used with v4 keys. //! //! Note: The two variants `Ed25519` and `EdDSALegacy` use the same cryptographic mechanism, //! and are interchangeable in terms of the low-level cryptographic primitives. //! However, at the OpenPGP layer their representation in the key material differs. //! This implicitly yields differing OpenPGP fingerprints, so the two OpenPGP key variants cannot //! be used interchangeably. use rand::{CryptoRng, Rng}; use signature::{Signer as _, Verifier}; use zeroize::{Zeroize, ZeroizeOnDrop, Zeroizing}; use crate::crypto::ecc_curve::ECCCurve; use crate::crypto::hash::HashAlgorithm; use crate::crypto::Signer; use crate::errors::Result; use crate::types::{Mpi, PlainSecretParams, PublicParams}; /// Specifies which OpenPGP framing (e.g. `Ed25519` vs. `EdDSALegacy`) is used, and also chooses /// between curve Ed25519 and Ed448 (TODO: not yet implemented) pub enum Mode { /// EdDSALegacy (with curve Ed25519). May only be used with v4 keys. /// /// Ref EdDSALegacy, /// Ed25519 as defined in RFC 9580 /// /// Ref Ed25519, } /// Secret key for EdDSA with Curve25519, the only combination we currently support. #[derive(Clone, PartialEq, Eq, Zeroize, ZeroizeOnDrop, derive_more::Debug)] pub struct SecretKey { /// The secret point. #[debug("..")] pub secret: [u8; 32], #[debug("{}", hex::encode(oid))] pub oid: Vec, } impl Signer for SecretKey { fn sign( &self, _hash: HashAlgorithm, digest: &[u8], pub_params: &PublicParams, ) -> Result>> { let curve = match pub_params { PublicParams::EdDSALegacy { curve, q } => { ensure_eq!(q.len(), 33, "invalid Q (len)"); ensure_eq!(q[0], 0x40, "invalid Q (prefix)"); curve } PublicParams::Ed25519 { .. } => &ECCCurve::Ed25519, _ => bail!("invalid public params"), }; if curve != &ECCCurve::Ed25519 { unsupported_err!("curve {:?} for EdDSA", curve.to_string()); } let key = ed25519_dalek::SigningKey::from_bytes(&self.secret); let signature = key.sign(digest); let bytes = signature.to_bytes(); let r = bytes[..32].to_vec(); let s = bytes[32..].to_vec(); Ok(vec![r, s]) } } /// Generate an EdDSA KeyPair. /// /// `mode` picks between supported EdDSA key formats and curves pub fn generate_key( mut rng: R, mode: Mode, ) -> (PublicParams, PlainSecretParams) { let mut bytes = Zeroizing::new([0u8; ed25519_dalek::SECRET_KEY_LENGTH]); rng.fill_bytes(&mut *bytes); let secret = ed25519_dalek::SigningKey::from_bytes(&bytes); drop(bytes); // we're done with this slice, zeroize it let public = ed25519_dalek::VerifyingKey::from(&secret); match mode { Mode::EdDSALegacy => { // public key let mut q = Vec::with_capacity(33); q.push(0x40); q.extend_from_slice(&public.to_bytes()); // secret key let p = Mpi::from_slice(&secret.to_bytes()); ( PublicParams::EdDSALegacy { curve: ECCCurve::Ed25519, q: Mpi::from_raw(q), }, PlainSecretParams::EdDSALegacy(p), ) } Mode::Ed25519 => ( PublicParams::Ed25519 { public: public.to_bytes(), }, PlainSecretParams::Ed25519(secret.to_bytes()), ), } } /// Verify an EdDSA signature. pub fn verify( curve: &ECCCurve, public: &[u8], hash: HashAlgorithm, hashed: &[u8], sig_bytes: &[u8], ) -> Result<()> { match *curve { ECCCurve::Ed25519 => { let Some(digest_size) = hash.digest_size() else { bail!("EdDSA signature: invalid hash algorithm: {:?}", hash); }; ensure!( digest_size * 8 >= 256, "EdDSA signature: hash algorithm {:?} is too weak for Ed25519", hash, ); let pk: ed25519_dalek::VerifyingKey = public.try_into()?; let sig = sig_bytes.try_into()?; Ok(pk.verify(hashed, &sig)?) } _ => unsupported_err!("curve {:?} for EdDSA", curve.to_string()), } } pgp-0.15.0/src/crypto/hash.rs000064400000000000000000000163321046102023000141020ustar 00000000000000use std::{fmt::Display, str::FromStr}; use digest::Digest; use md5::Md5; use num_enum::{FromPrimitive, IntoPrimitive}; use ripemd::Ripemd160; use sha1_checked::{CollisionResult, Sha1}; use crate::errors::{Error, Result}; /// Available hash algorithms. /// Ref: #[derive(Debug, PartialEq, Eq, Copy, Clone, FromPrimitive, IntoPrimitive, Hash)] #[repr(u8)] pub enum HashAlgorithm { None = 0, MD5 = 1, SHA1 = 2, RIPEMD160 = 3, SHA2_256 = 8, SHA2_384 = 9, SHA2_512 = 10, SHA2_224 = 11, SHA3_256 = 12, SHA3_512 = 14, /// Do not use, just for compatibility with GnuPG. Private10 = 110, #[num_enum(catch_all)] Other(u8), } impl Default for HashAlgorithm { fn default() -> Self { Self::SHA2_256 } } impl HashAlgorithm { /// V6 signature salt size /// pub const fn salt_len(&self) -> Option { match self { Self::SHA2_224 => Some(16), Self::SHA2_256 => Some(16), Self::SHA2_384 => Some(24), Self::SHA2_512 => Some(32), Self::SHA3_256 => Some(16), Self::SHA3_512 => Some(32), _ => None, } } } impl FromStr for HashAlgorithm { type Err = Error; fn from_str(s: &str) -> std::result::Result { match s { "None" => Ok(Self::None), "MD5" => Ok(Self::MD5), "SHA1" => Ok(Self::SHA1), "RIPEMD160" => Ok(Self::RIPEMD160), "SHA256" => Ok(Self::SHA2_256), "SHA384" => Ok(Self::SHA2_384), "SHA512" => Ok(Self::SHA2_512), "SHA224" => Ok(Self::SHA2_224), "SHA3-256" => Ok(Self::SHA3_256), "SHA3-512" => Ok(Self::SHA3_512), "Private10" => Ok(Self::Private10), _ => bail!("unknown hash"), } } } impl Display for HashAlgorithm { fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result { let s = match self { Self::MD5 => "MD5", Self::SHA1 => "SHA1", Self::RIPEMD160 => "RIPEMD160", Self::SHA2_256 => "SHA256", Self::SHA2_384 => "SHA384", Self::SHA2_512 => "SHA512", Self::SHA2_224 => "SHA224", Self::SHA3_256 => "SHA3-256", Self::SHA3_512 => "SHA3-512", Self::Private10 => "Private10", Self::Other(v) => return write!(f, "Other({})", v), Self::None => "None", }; write!(f, "{}", s) } } impl zeroize::DefaultIsZeroes for HashAlgorithm {} /// Trait to work around the fact that the `Digest` trait from rustcrypto can not /// be used as `Box`. pub trait Hasher: std::io::Write { /// Update the hash with the given value. fn update(&mut self, _: &[u8]); /// Finalize the hash and return the result. fn finish(self: Box) -> Vec; /// Finalize into the provided buffer. Truncates to the length of `out`. fn finish_reset_into(&mut self, out: &mut [u8]); } macro_rules! derive_hasher { ($name:ident, $struct:path) => { #[derive(Clone, Default)] pub struct $name { inner: $struct, } impl Hasher for $name { fn update(&mut self, data: &[u8]) { self.inner.update(data); } fn finish(self: Box) -> Vec { self.inner.finalize().as_slice().to_vec() } fn finish_reset_into(&mut self, out: &mut [u8]) { let res = self.inner.finalize_reset(); out.copy_from_slice(&res.as_slice()[..out.len()]); } } impl std::io::Write for $name { fn write(&mut self, buf: &[u8]) -> std::io::Result { self.update(buf); Ok(buf.len()) } fn flush(&mut self) -> std::io::Result<()> { Ok(()) } } }; } derive_hasher!(Md5Hasher, Md5); derive_hasher!(Sha1Hasher, Sha1); derive_hasher!(Ripemd160Hasher, Ripemd160); derive_hasher!(Sha2_256Hasher, sha2::Sha256); derive_hasher!(Sha2_384Hasher, sha2::Sha384); derive_hasher!(Sha2_512Hasher, sha2::Sha512); derive_hasher!(Sha2_224Hasher, sha2::Sha224); derive_hasher!(Sha3_256Hasher, sha3::Sha3_256); derive_hasher!(Sha3_512Hasher, sha3::Sha3_512); impl HashAlgorithm { /// Create a new hasher. pub fn new_hasher(self) -> Result> { match self { HashAlgorithm::MD5 => Ok(Box::::default()), HashAlgorithm::SHA1 => Ok(Box::::default()), HashAlgorithm::RIPEMD160 => Ok(Box::::default()), HashAlgorithm::SHA2_256 => Ok(Box::::default()), HashAlgorithm::SHA2_384 => Ok(Box::::default()), HashAlgorithm::SHA2_512 => Ok(Box::::default()), HashAlgorithm::SHA2_224 => Ok(Box::::default()), HashAlgorithm::SHA3_256 => Ok(Box::::default()), HashAlgorithm::SHA3_512 => Ok(Box::::default()), _ => unimplemented_err!("hasher {:?}", self), } } /// Calculate the digest of the given input data. pub fn digest(self, data: &[u8]) -> Result> { Ok(match self { HashAlgorithm::MD5 => Md5::digest(data).to_vec(), HashAlgorithm::SHA1 => match Sha1::try_digest(data) { CollisionResult::Ok(output) => output.to_vec(), CollisionResult::Collision(_) | CollisionResult::Mitigated(_) => { return Err(Error::Sha1HashCollision) } }, HashAlgorithm::RIPEMD160 => Ripemd160::digest(data).to_vec(), HashAlgorithm::SHA2_256 => sha2::Sha256::digest(data).to_vec(), HashAlgorithm::SHA2_384 => sha2::Sha384::digest(data).to_vec(), HashAlgorithm::SHA2_512 => sha2::Sha512::digest(data).to_vec(), HashAlgorithm::SHA2_224 => sha2::Sha224::digest(data).to_vec(), HashAlgorithm::SHA3_256 => sha3::Sha3_256::digest(data).to_vec(), HashAlgorithm::SHA3_512 => sha3::Sha3_512::digest(data).to_vec(), HashAlgorithm::Private10 => unsupported_err!("Private10 should not be used"), _ => unimplemented_err!("hasher: {:?}", self), }) } /// Returns the expected digest size for the given algorithm. pub fn digest_size(self) -> Option { let size = match self { HashAlgorithm::MD5 => Md5::output_size(), HashAlgorithm::SHA1 => Sha1::output_size(), HashAlgorithm::RIPEMD160 => Ripemd160::output_size(), HashAlgorithm::SHA2_256 => sha2::Sha256::output_size(), HashAlgorithm::SHA2_384 => sha2::Sha384::output_size(), HashAlgorithm::SHA2_512 => sha2::Sha512::output_size(), HashAlgorithm::SHA2_224 => sha2::Sha224::output_size(), HashAlgorithm::SHA3_256 => sha3::Sha3_256::output_size(), HashAlgorithm::SHA3_512 => sha3::Sha3_512::output_size(), _ => return None, }; Some(size) } } pgp-0.15.0/src/crypto/mod.rs000064400000000000000000000014441046102023000137340ustar 00000000000000//! # Cryptography module use self::hash::HashAlgorithm; use crate::types::PublicParams; pub mod aead; pub mod aes_kw; pub mod checksum; pub mod dsa; pub mod ecc_curve; pub mod ecdh; pub mod ecdsa; pub mod eddsa; pub mod hash; pub mod public_key; pub mod rsa; pub mod sym; pub mod x25519; #[cfg(feature = "unstable-curve448")] pub mod x448; pub trait Decryptor { type EncryptionFields<'a>; fn decrypt(&self, data: Self::EncryptionFields<'_>) -> crate::errors::Result>; } pub trait Signer { // TODO: make pub_params type safe fn sign( &self, hash: HashAlgorithm, digest: &[u8], pub_params: &PublicParams, ) -> crate::errors::Result>>; } pub trait KeyParams { type KeyParams; fn key_params(&self) -> Self::KeyParams; } pgp-0.15.0/src/crypto/pkcs5.rs000064400000000000000000000000011046102023000141660ustar 00000000000000 pgp-0.15.0/src/crypto/public_key.rs000064400000000000000000000024651046102023000153070ustar 00000000000000use num_enum::{FromPrimitive, IntoPrimitive}; #[derive(Debug, PartialEq, Eq, Clone, Copy, FromPrimitive, IntoPrimitive)] #[repr(u8)] pub enum PublicKeyAlgorithm { /// RSA (Encrypt and Sign) RSA = 1, /// DEPRECATED: RSA (Encrypt-Only) RSAEncrypt = 2, /// DEPRECATED: RSA (Sign-Only) RSASign = 3, /// Elgamal (Sign-Only) ElgamalSign = 16, /// DSA (Digital Signature Algorithm) DSA = 17, /// Elliptic Curve: RFC 9580 [formerly in RFC 6637] ECDH = 18, /// ECDSA: RFC 9580 [formerly in RFC 6637] ECDSA = 19, /// DEPRECATED: Elgamal (Encrypt and Sign) Elgamal = 20, /// Reserved for Diffie-Hellman (X9.42, as defined for IETF-S/MIME) DiffieHellman = 21, /// EdDSA legacy format [deprecated in RFC 9580, superseded by Ed25519 (27)] EdDSALegacy = 22, /// X25519 [RFC 9580] X25519 = 25, /// X448 [RFC 9580] X448 = 26, /// Ed25519 [RFC 9580] Ed25519 = 27, /// Ed448 [RFC 9580] Ed448 = 28, /// Private experimental range (from OpenPGP) Private100 = 100, Private101 = 101, Private102 = 102, Private103 = 103, Private104 = 104, Private105 = 105, Private106 = 106, Private107 = 107, Private108 = 108, Private109 = 109, Private110 = 110, #[num_enum(catch_all)] Unknown(u8), } pgp-0.15.0/src/crypto/rsa.rs000064400000000000000000000145541046102023000137500ustar 00000000000000use std::ops::Deref; use digest::{const_oid::AssociatedOid, Digest}; use md5::Md5; use num_bigint::traits::ModInverse; use num_bigint::BigUint; use rand::{CryptoRng, Rng}; use ripemd::Ripemd160; use rsa::pkcs1v15::{Pkcs1v15Encrypt, Signature as RsaSignature, SigningKey, VerifyingKey}; use rsa::{ traits::{PrivateKeyParts, PublicKeyParts}, RsaPrivateKey, RsaPublicKey, }; use sha1_checked::Sha1; // not used for hashing, just as a source of the OID use sha2::{Sha224, Sha256, Sha384, Sha512}; use sha3::{Sha3_256, Sha3_512}; use signature::hazmat::{PrehashSigner, PrehashVerifier}; use signature::SignatureEncoding; use zeroize::ZeroizeOnDrop; use crate::crypto::{hash::HashAlgorithm, Decryptor, KeyParams, Signer}; use crate::errors::Result; use crate::types::{Mpi, PkeskBytes, PlainSecretParams, PublicParams}; const MAX_KEY_SIZE: usize = 16384; /// Private Key for RSA. #[derive(derive_more::Debug, ZeroizeOnDrop)] pub struct PrivateKey(#[debug("..")] RsaPrivateKey); impl Deref for PrivateKey { type Target = RsaPrivateKey; fn deref(&self) -> &Self::Target { &self.0 } } impl KeyParams for PrivateKey { type KeyParams = (); #[allow(clippy::unused_unit)] fn key_params(&self) -> Self::KeyParams { () } } impl Decryptor for PrivateKey { type EncryptionFields<'a> = &'a Mpi; /// RSA decryption using PKCS1v15 padding. fn decrypt(&self, mpi: Self::EncryptionFields<'_>) -> Result> { let m = self.0.decrypt(Pkcs1v15Encrypt, mpi.as_bytes())?; Ok(m) } } impl Signer for PrivateKey { /// Sign using RSA, with PKCS1v15 padding. fn sign( &self, hash: HashAlgorithm, digest: &[u8], pub_params: &PublicParams, ) -> Result>> { ensure!( matches!(pub_params, PublicParams::RSA { .. }), "invalid public params" ); let sig = match hash { HashAlgorithm::None => return Err(format_err!("none")), HashAlgorithm::MD5 => sign_int::(self.0.clone(), digest), HashAlgorithm::RIPEMD160 => sign_int::(self.0.clone(), digest), HashAlgorithm::SHA1 => sign_int::(self.0.clone(), digest), HashAlgorithm::SHA2_224 => sign_int::(self.0.clone(), digest), HashAlgorithm::SHA2_256 => sign_int::(self.0.clone(), digest), HashAlgorithm::SHA2_384 => sign_int::(self.0.clone(), digest), HashAlgorithm::SHA2_512 => sign_int::(self.0.clone(), digest), HashAlgorithm::SHA3_256 => sign_int::(self.0.clone(), digest), HashAlgorithm::SHA3_512 => sign_int::(self.0.clone(), digest), HashAlgorithm::Private10 => unsupported_err!("Private10 should not be used"), HashAlgorithm::Other(o) => unsupported_err!("Hash algorithm {} is unsupported", o), }?; Ok(vec![sig.to_vec()]) } } impl From for PrivateKey { fn from(key: RsaPrivateKey) -> Self { Self(key) } } /// RSA encryption using PKCS1v15 padding. pub fn encrypt( mut rng: R, n: &[u8], e: &[u8], plaintext: &[u8], ) -> Result { let key = RsaPublicKey::new_with_max_size( BigUint::from_bytes_be(n), BigUint::from_bytes_be(e), MAX_KEY_SIZE, )?; let data = key.encrypt(&mut rng, Pkcs1v15Encrypt, plaintext)?; Ok(PkeskBytes::Rsa { mpi: Mpi::from_slice(&data[..]), }) } /// Generate an RSA KeyPair. pub fn generate_key( mut rng: R, bit_size: usize, ) -> Result<(PublicParams, PlainSecretParams)> { let key = RsaPrivateKey::new(&mut rng, bit_size)?; let p = &key.primes()[0]; let q = &key.primes()[1]; let u = p .clone() .mod_inverse(q) .expect("invalid prime") .to_biguint() .expect("invalid prime"); Ok(( PublicParams::RSA { n: key.n().into(), e: key.e().into(), }, PlainSecretParams::RSA { d: key.d().into(), p: p.into(), q: q.into(), u: u.into(), }, )) } fn verify_int(key: RsaPublicKey, hashed: &[u8], signature: &RsaSignature) -> Result<()> where D: Digest + AssociatedOid, { VerifyingKey::::new(key) .verify_prehash(hashed, signature) .map_err(Into::into) } fn sign_int(key: RsaPrivateKey, digest: &[u8]) -> Result where D: Digest + AssociatedOid, { SigningKey::::new(key) .sign_prehash(digest) .map_err(Into::into) } /// Verify a RSA, PKCS1v15 padded signature. pub fn verify( n: &[u8], e: &[u8], hash: HashAlgorithm, hashed: &[u8], signature: &[u8], ) -> Result<()> { let key = RsaPublicKey::new_with_max_size( BigUint::from_bytes_be(n), BigUint::from_bytes_be(e), MAX_KEY_SIZE, )?; let signature = if signature.len() < key.size() { // RSA short signatures are allowed by PGP, but not by the RSA crate. // So we pad out the signature if we encounter a short one. let mut signature_padded = vec![0u8; key.size()]; let diff = key.size() - signature.len(); signature_padded[diff..].copy_from_slice(signature); RsaSignature::try_from(&signature_padded[..])? } else { RsaSignature::try_from(signature)? }; match hash { HashAlgorithm::None => Err(format_err!("none")), HashAlgorithm::MD5 => verify_int::(key, hashed, &signature), HashAlgorithm::RIPEMD160 => verify_int::(key, hashed, &signature), HashAlgorithm::SHA1 => verify_int::(key, hashed, &signature), HashAlgorithm::SHA2_224 => verify_int::(key, hashed, &signature), HashAlgorithm::SHA2_256 => verify_int::(key, hashed, &signature), HashAlgorithm::SHA2_384 => verify_int::(key, hashed, &signature), HashAlgorithm::SHA2_512 => verify_int::(key, hashed, &signature), HashAlgorithm::SHA3_256 => verify_int::(key, hashed, &signature), HashAlgorithm::SHA3_512 => verify_int::(key, hashed, &signature), HashAlgorithm::Private10 => unsupported_err!("Private10 should not be used"), HashAlgorithm::Other(o) => unsupported_err!("Hash algorithm {} is unsupported", o), } .map_err(Into::into) } pgp-0.15.0/src/crypto/sym.rs000064400000000000000000000556441046102023000140000ustar 00000000000000use aes::{Aes128, Aes192, Aes256}; use blowfish::Blowfish; use camellia::{Camellia128, Camellia192, Camellia256}; use cast5::Cast5; use cfb_mode::cipher::{AsyncStreamCipher, KeyIvInit}; use cfb_mode::{BufDecryptor, BufEncryptor, Decryptor, Encryptor}; use des::TdesEde3; use idea::Idea; use log::debug; use num_enum::{FromPrimitive, IntoPrimitive}; use rand::{CryptoRng, Rng}; use twofish::Twofish; use zeroize::Zeroizing; use crate::errors::{Error, Result}; macro_rules! decrypt { ($mode:ident, $key:expr, $iv:expr, $prefix:expr, $data:expr, $bs:expr, $resync:expr) => {{ let mut mode = BufDecryptor::<$mode>::new_from_slices($key, $iv)?; mode.decrypt($prefix); // We do not do use "quick check" here. // See the "Security Considerations" section // in // and the paper // for details. if $resync { unsupported_err!("CFB resync is disabled"); } else { mode.decrypt($data); } }}; } macro_rules! encrypt { ($mode:ident, $key:expr, $iv:expr, $prefix:expr, $data:expr, $bs:expr, $resync:expr) => {{ let mut mode = BufEncryptor::<$mode>::new_from_slices($key, $iv)?; mode.encrypt($prefix); if $resync { unsupported_err!("CFB resync is disabled"); } else { mode.encrypt($data); } }}; } macro_rules! decrypt_regular { ($mode:ident, $key:expr, $iv:expr, $ciphertext:expr) => {{ let mode = Decryptor::<$mode>::new_from_slices($key, $iv)?; mode.decrypt($ciphertext); }}; } macro_rules! encrypt_regular { ($mode:ident, $key:expr, $iv:expr, $plaintext:expr) => {{ let mode = Encryptor::<$mode>::new_from_slices($key, $iv)?; mode.encrypt($plaintext); }}; } /// Available symmetric key algorithms. /// Ref: #[derive(Debug, PartialEq, Eq, Copy, Clone, FromPrimitive, IntoPrimitive)] #[repr(u8)] pub enum SymmetricKeyAlgorithm { /// Plaintext or unencrypted data Plaintext = 0, /// IDEA IDEA = 1, /// Triple-DES TripleDES = 2, /// CAST5 CAST5 = 3, /// Blowfish Blowfish = 4, // 5 & 6 are reserved for DES/SK /// AES with 128-bit key AES128 = 7, /// AES with 192-bit key AES192 = 8, /// AES with 256-bit key AES256 = 9, /// Twofish with 256-bit key Twofish = 10, /// [Camellia](https://tools.ietf.org/html/rfc5581#section-3) with 128-bit key Camellia128 = 11, /// [Camellia](https://tools.ietf.org/html/rfc5581#section-3) with 192-bit key Camellia192 = 12, /// [Camellia](https://tools.ietf.org/html/rfc5581#section-3) with 256-bit key Camellia256 = 13, Private10 = 110, #[num_enum(catch_all)] Other(u8), } impl Default for SymmetricKeyAlgorithm { fn default() -> Self { Self::AES128 } } impl zeroize::DefaultIsZeroes for SymmetricKeyAlgorithm {} impl SymmetricKeyAlgorithm { /// The size of a single block in bytes. /// Based on pub fn block_size(self) -> usize { match self { SymmetricKeyAlgorithm::Plaintext => 0, SymmetricKeyAlgorithm::IDEA => 8, SymmetricKeyAlgorithm::TripleDES => 8, SymmetricKeyAlgorithm::CAST5 => 8, SymmetricKeyAlgorithm::Blowfish => 8, SymmetricKeyAlgorithm::AES128 => 16, SymmetricKeyAlgorithm::AES192 => 16, SymmetricKeyAlgorithm::AES256 => 16, SymmetricKeyAlgorithm::Twofish => 16, SymmetricKeyAlgorithm::Camellia128 => 16, SymmetricKeyAlgorithm::Camellia192 => 16, SymmetricKeyAlgorithm::Camellia256 => 16, SymmetricKeyAlgorithm::Private10 | SymmetricKeyAlgorithm::Other(_) => 0, } } /// The size of a single block in bytes. /// Based on pub const fn key_size(self) -> usize { match self { SymmetricKeyAlgorithm::Plaintext => 0, SymmetricKeyAlgorithm::IDEA => 16, SymmetricKeyAlgorithm::TripleDES => 24, SymmetricKeyAlgorithm::CAST5 => 16, // TODO: Validate this is the right key size. SymmetricKeyAlgorithm::Blowfish => 16, //56, SymmetricKeyAlgorithm::AES128 => 16, SymmetricKeyAlgorithm::AES192 => 24, SymmetricKeyAlgorithm::AES256 => 32, SymmetricKeyAlgorithm::Twofish => 32, SymmetricKeyAlgorithm::Camellia128 => 16, SymmetricKeyAlgorithm::Camellia192 => 24, SymmetricKeyAlgorithm::Camellia256 => 32, SymmetricKeyAlgorithm::Private10 | SymmetricKeyAlgorithm::Other(_) => 0, } } /// Decrypt the data using CFB mode, without padding. Overwrites the input. /// Uses an IV of all zeroes, as specified in the openpgp cfb mode. Does /// resynchronization. pub fn decrypt<'a>(self, key: &[u8], ciphertext: &'a mut [u8]) -> Result<&'a [u8]> { debug!("unprotected decrypt"); let iv_vec = vec![0u8; self.block_size()]; Ok(self.decrypt_with_iv(key, &iv_vec, ciphertext, true)?.1) } /// Decrypt the data using CFB mode, without padding. Overwrites the input. /// Uses an IV of all zeroes, as specified in the openpgp cfb mode. /// Does not do resynchronization. pub fn decrypt_protected<'a>(self, key: &[u8], ciphertext: &'a mut [u8]) -> Result<&'a [u8]> { #[inline] fn calculate_sha1_unchecked(data: I) -> [u8; 20] where T: AsRef<[u8]>, I: IntoIterator, { use sha1::{Digest, Sha1}; let mut digest = Sha1::new(); for chunk in data { digest.update(chunk.as_ref()); } digest.finalize().into() } debug!("protected decrypt"); let iv_vec = vec![0u8; self.block_size()]; let (prefix, res) = self.decrypt_with_iv(key, &iv_vec, ciphertext, false)?; // MDC is 1 byte packet tag, 1 byte length prefix and 20 bytes SHA1 hash. const MDC_LEN: usize = 22; let (data, mdc) = res.split_at(res.len() - MDC_LEN); // We use regular sha1 for MDC, not sha1_checked. Collisions are not currently a concern with MDC. let sha1 = calculate_sha1_unchecked([prefix, data, &mdc[0..2]]); if mdc[0] != 0xD3 || // Invalid MDC tag mdc[1] != 0x14 || // Invalid MDC length mdc[2..] != sha1[..] { Err(Error::MdcError) } else { Ok(data) } } /// Decrypt the data using CFB mode, without padding. Overwrites the input. /// /// OpenPGP CFB mode uses an initialization vector (IV) of all zeros, and /// prefixes the plaintext with BS+2 octets of random data, such that /// octets BS+1 and BS+2 match octets BS-1 and BS. It does a CFB /// resynchronization after encrypting those BS+2 octets. /// /// Thus, for an algorithm that has a block size of 8 octets (64 bits), /// the IV is 10 octets long and octets 7 and 8 of the IV are the same as /// octets 9 and 10. For an algorithm with a block size of 16 octets /// (128 bits), the IV is 18 octets long, and octets 17 and 18 replicate /// octets 15 and 16. Those extra two octets are an easy check for a /// correct key. #[allow(clippy::complexity)] pub fn decrypt_with_iv<'a>( self, key: &[u8], iv_vec: &[u8], ciphertext: &'a mut [u8], resync: bool, ) -> Result<(&'a [u8], &'a [u8])> { let bs = self.block_size(); ensure!(bs + 2 < ciphertext.len(), "invalid ciphertext"); let (encrypted_prefix, encrypted_data) = ciphertext.split_at_mut(bs + 2); { match self { SymmetricKeyAlgorithm::Plaintext => { bail!("'Plaintext' is not a legal cipher for encrypted data") } SymmetricKeyAlgorithm::IDEA => decrypt!( Idea, key, iv_vec, encrypted_prefix, encrypted_data, bs, resync ), SymmetricKeyAlgorithm::TripleDES => { decrypt!( TdesEde3, key, iv_vec, encrypted_prefix, encrypted_data, bs, resync ); } SymmetricKeyAlgorithm::CAST5 => decrypt!( Cast5, key, iv_vec, encrypted_prefix, encrypted_data, bs, resync ), SymmetricKeyAlgorithm::Blowfish => decrypt!( Blowfish, key, iv_vec, encrypted_prefix, encrypted_data, bs, resync ), SymmetricKeyAlgorithm::AES128 => decrypt!( Aes128, key, iv_vec, encrypted_prefix, encrypted_data, bs, resync ), SymmetricKeyAlgorithm::AES192 => decrypt!( Aes192, key, iv_vec, encrypted_prefix, encrypted_data, bs, resync ), SymmetricKeyAlgorithm::AES256 => decrypt!( Aes256, key, iv_vec, encrypted_prefix, encrypted_data, bs, resync ), SymmetricKeyAlgorithm::Twofish => decrypt!( Twofish, key, iv_vec, encrypted_prefix, encrypted_data, bs, resync ), SymmetricKeyAlgorithm::Camellia128 => decrypt!( Camellia128, key, iv_vec, encrypted_prefix, encrypted_data, bs, resync ), SymmetricKeyAlgorithm::Camellia192 => decrypt!( Camellia192, key, iv_vec, encrypted_prefix, encrypted_data, bs, resync ), SymmetricKeyAlgorithm::Camellia256 => decrypt!( Camellia256, key, iv_vec, encrypted_prefix, encrypted_data, bs, resync ), SymmetricKeyAlgorithm::Private10 | SymmetricKeyAlgorithm::Other(_) => { unimplemented_err!("SymmetricKeyAlgorithm {} is unsupported", u8::from(self)) } } } Ok((encrypted_prefix, encrypted_data)) } /// Decrypt the data using CFB mode, without padding. Overwrites the input. /// This is regular CFB, not OpenPgP CFB. pub fn decrypt_with_iv_regular( self, key: &[u8], iv_vec: &[u8], ciphertext: &mut [u8], ) -> Result<()> { match self { SymmetricKeyAlgorithm::Plaintext => { bail!("'Plaintext' is not a legal cipher for encrypted data") } SymmetricKeyAlgorithm::IDEA => { decrypt_regular!(Idea, key, iv_vec, ciphertext) } SymmetricKeyAlgorithm::TripleDES => { decrypt_regular!(TdesEde3, key, iv_vec, ciphertext); } SymmetricKeyAlgorithm::CAST5 => decrypt_regular!(Cast5, key, iv_vec, ciphertext), SymmetricKeyAlgorithm::Blowfish => { decrypt_regular!(Blowfish, key, iv_vec, ciphertext) } SymmetricKeyAlgorithm::AES128 => { decrypt_regular!(Aes128, key, iv_vec, ciphertext) } SymmetricKeyAlgorithm::AES192 => { decrypt_regular!(Aes192, key, iv_vec, ciphertext) } SymmetricKeyAlgorithm::AES256 => { decrypt_regular!(Aes256, key, iv_vec, ciphertext) } SymmetricKeyAlgorithm::Twofish => { decrypt_regular!(Twofish, key, iv_vec, ciphertext) } SymmetricKeyAlgorithm::Camellia128 => { decrypt_regular!(Camellia128, key, iv_vec, ciphertext) } SymmetricKeyAlgorithm::Camellia192 => { decrypt_regular!(Camellia192, key, iv_vec, ciphertext) } SymmetricKeyAlgorithm::Camellia256 => { decrypt_regular!(Camellia256, key, iv_vec, ciphertext) } SymmetricKeyAlgorithm::Private10 | SymmetricKeyAlgorithm::Other(_) => { unimplemented_err!("SymmetricKeyAlgorithm {} is unsupported", u8::from(self)) } } Ok(()) } /// Encrypt the data using CFB mode, without padding. Overwrites the input. /// Uses an IV of all zeroes, as specified in the openpgp cfb mode. pub fn encrypt( self, mut rng: R, key: &[u8], plaintext: &[u8], ) -> Result> { debug!("encrypt unprotected"); let iv_vec = vec![0u8; self.block_size()]; let bs = self.block_size(); let prefix_len = bs + 2; let plaintext_len = plaintext.len(); let mut ciphertext = vec![0u8; prefix_len + plaintext_len]; // prefix rng.fill_bytes(&mut ciphertext[..bs]); // add quick check ciphertext[bs] = ciphertext[bs - 2]; ciphertext[bs + 1] = ciphertext[bs - 1]; // plaintext ciphertext[prefix_len..].copy_from_slice(plaintext); self.encrypt_with_iv(key, &iv_vec, &mut ciphertext, true)?; Ok(ciphertext) } pub fn encrypt_protected( self, mut rng: R, key: &[u8], plaintext: &[u8], ) -> Result> { // We use regular sha1 for MDC, not sha1_checked. Collisions are not currently a concern with MDC. use sha1::{Digest, Sha1}; debug!("protected encrypt"); // MDC is 1 byte packet tag, 1 byte length prefix and 20 bytes SHA1 hash. let mdc_len = 22; let bs = self.block_size(); let prefix_len = bs + 2; let plaintext_len = plaintext.len(); let mut ciphertext = vec![0u8; prefix_len + plaintext_len + mdc_len]; // prefix rng.fill_bytes(&mut ciphertext[..bs]); // add quick check ciphertext[bs] = ciphertext[bs - 2]; ciphertext[bs + 1] = ciphertext[bs - 1]; // plaintext ciphertext[prefix_len..(prefix_len + plaintext_len)].copy_from_slice(plaintext); // mdc header ciphertext[prefix_len + plaintext_len] = 0xD3; ciphertext[prefix_len + plaintext_len + 1] = 0x14; // mdc body let checksum = &Sha1::digest(&ciphertext[..(prefix_len + plaintext_len + 2)])[..20]; ciphertext[(prefix_len + plaintext_len + 2)..].copy_from_slice(checksum); // IV is all zeroes let iv_vec = vec![0u8; self.block_size()]; self.encrypt_with_iv(key, &iv_vec, &mut ciphertext, false)?; Ok(ciphertext) } /// Encrypt the data using CFB mode, without padding. Overwrites the input. /// /// OpenPGP CFB mode uses an initialization vector (IV) of all zeros, and /// prefixes the plaintext with BS+2 octets of random data, such that /// octets BS+1 and BS+2 match octets BS-1 and BS. It does a CFB /// resynchronization after encrypting those BS+2 octets. #[allow(clippy::cognitive_complexity)] // FIXME pub fn encrypt_with_iv( self, key: &[u8], iv_vec: &[u8], ciphertext: &mut [u8], resync: bool, ) -> Result<()> { let bs = self.block_size(); let (prefix, data) = ciphertext.split_at_mut(bs + 2); { match self { SymmetricKeyAlgorithm::Plaintext => { bail!("'Plaintext' is not a legal cipher for encrypted data") } SymmetricKeyAlgorithm::IDEA => { encrypt!(Idea, key, iv_vec, prefix, data, bs, resync) } SymmetricKeyAlgorithm::TripleDES => { encrypt!(TdesEde3, key, iv_vec, prefix, data, bs, resync); } SymmetricKeyAlgorithm::CAST5 => { encrypt!(Cast5, key, iv_vec, prefix, data, bs, resync) } SymmetricKeyAlgorithm::Blowfish => { encrypt!(Blowfish, key, iv_vec, prefix, data, bs, resync) } SymmetricKeyAlgorithm::AES128 => { encrypt!(Aes128, key, iv_vec, prefix, data, bs, resync) } SymmetricKeyAlgorithm::AES192 => { encrypt!(Aes192, key, iv_vec, prefix, data, bs, resync) } SymmetricKeyAlgorithm::AES256 => { encrypt!(Aes256, key, iv_vec, prefix, data, bs, resync) } SymmetricKeyAlgorithm::Twofish => { encrypt!(Twofish, key, iv_vec, prefix, data, bs, resync) } SymmetricKeyAlgorithm::Camellia128 => { encrypt!(Camellia128, key, iv_vec, prefix, data, bs, resync) } SymmetricKeyAlgorithm::Camellia192 => { encrypt!(Camellia192, key, iv_vec, prefix, data, bs, resync) } SymmetricKeyAlgorithm::Camellia256 => { encrypt!(Camellia256, key, iv_vec, prefix, data, bs, resync) } SymmetricKeyAlgorithm::Private10 | SymmetricKeyAlgorithm::Other(_) => { bail!("SymmetricKeyAlgorithm {} is unsupported", u8::from(self)) } } } Ok(()) } /// Encrypt the data using CFB mode, without padding. Overwrites the input. pub fn encrypt_with_iv_regular( self, key: &[u8], iv_vec: &[u8], plaintext: &mut [u8], ) -> Result<()> { // TODO: actual cfb mode used in pgp match self { SymmetricKeyAlgorithm::Plaintext => { bail!("'Plaintext' is not a legal cipher for encrypted data") } SymmetricKeyAlgorithm::IDEA => encrypt_regular!(Idea, key, iv_vec, plaintext), SymmetricKeyAlgorithm::TripleDES => { encrypt_regular!(TdesEde3, key, iv_vec, plaintext); } SymmetricKeyAlgorithm::CAST5 => encrypt_regular!(Cast5, key, iv_vec, plaintext), SymmetricKeyAlgorithm::Blowfish => { encrypt_regular!(Blowfish, key, iv_vec, plaintext) } SymmetricKeyAlgorithm::AES128 => encrypt_regular!(Aes128, key, iv_vec, plaintext), SymmetricKeyAlgorithm::AES192 => encrypt_regular!(Aes192, key, iv_vec, plaintext), SymmetricKeyAlgorithm::AES256 => encrypt_regular!(Aes256, key, iv_vec, plaintext), SymmetricKeyAlgorithm::Twofish => encrypt_regular!(Twofish, key, iv_vec, plaintext), SymmetricKeyAlgorithm::Camellia128 => { encrypt_regular!(Camellia128, key, iv_vec, plaintext) } SymmetricKeyAlgorithm::Camellia192 => { encrypt_regular!(Camellia192, key, iv_vec, plaintext) } SymmetricKeyAlgorithm::Camellia256 => { encrypt_regular!(Camellia256, key, iv_vec, plaintext) } SymmetricKeyAlgorithm::Private10 | SymmetricKeyAlgorithm::Other(_) => { unimplemented_err!("SymmetricKeyAlgorithm {} is unsupported", u8::from(self)) } } Ok(()) } /// Generate a new session key. pub fn new_session_key(self, mut rng: R) -> Zeroizing> { let mut session_key = Zeroizing::new(vec![0u8; self.key_size()]); rng.fill_bytes(&mut session_key); session_key } } #[cfg(test)] mod tests { use rand::SeedableRng; use rand_chacha::ChaCha8Rng; use super::*; macro_rules! roundtrip { ($name:ident, $alg:path) => { #[test] fn $name() { let mut rng = ChaCha8Rng::seed_from_u64(0); // Protected for i in 1..1024 { let data = (0..i).map(|_| rng.gen()).collect::>(); let key = (0..$alg.key_size()).map(|_| rng.gen()).collect::>(); let mut ciphertext = $alg.encrypt_protected(&mut rng, &key, &data).unwrap(); assert_ne!(data, ciphertext); let plaintext = $alg.decrypt_protected(&key, &mut ciphertext).unwrap(); assert_eq!(data, plaintext); } // Unprotected // resync is not implemented yet // { // let data = vec![2u8; 256]; // let key = vec![1u8; $alg.key_size()]; // let mut ciphertext = $alg.encrypt(&key, &data).unwrap(); // assert_ne!(data, ciphertext); // let plaintext = $alg.decrypt(&key, &mut ciphertext).unwrap(); // assert_eq!(data, plaintext); // } } }; } roundtrip!(roundtrip_aes128, SymmetricKeyAlgorithm::AES128); roundtrip!(roundtrip_aes192, SymmetricKeyAlgorithm::AES192); roundtrip!(roundtrip_aes256, SymmetricKeyAlgorithm::AES256); roundtrip!(roundtrip_tripledes, SymmetricKeyAlgorithm::TripleDES); roundtrip!(roundtrip_blowfish, SymmetricKeyAlgorithm::Blowfish); roundtrip!(roundtrip_twofish, SymmetricKeyAlgorithm::Twofish); roundtrip!(roundtrip_cast5, SymmetricKeyAlgorithm::CAST5); roundtrip!(roundtrip_idea, SymmetricKeyAlgorithm::IDEA); roundtrip!(roundtrip_camellia128, SymmetricKeyAlgorithm::Camellia128); roundtrip!(roundtrip_camellia192, SymmetricKeyAlgorithm::Camellia192); roundtrip!(roundtrip_camellia256, SymmetricKeyAlgorithm::Camellia256); #[test] pub fn decrypt_without_enough_ciphertext() { let key: [u8; 0] = []; let mut cipher_text: [u8; 0] = []; assert!(SymmetricKeyAlgorithm::AES128 .decrypt(&key, &mut cipher_text) .is_err()); } } pgp-0.15.0/src/crypto/x25519.rs000064400000000000000000000215371046102023000140370ustar 00000000000000use hkdf::Hkdf; use log::debug; use rand::{CryptoRng, Rng}; use sha2::Sha256; use x25519_dalek::{PublicKey, StaticSecret}; use zeroize::{Zeroize, ZeroizeOnDrop, Zeroizing}; use crate::crypto::{aes_kw, Decryptor, KeyParams}; use crate::errors::Result; use crate::types::{PlainSecretParams, PublicParams}; /// Secret key for X25519 #[derive(Clone, derive_more::Debug, PartialEq, Eq, Zeroize, ZeroizeOnDrop)] pub struct SecretKey { #[debug("..")] pub(crate) secret: [u8; 32], } impl KeyParams for SecretKey { type KeyParams = (); fn key_params(&self) {} } pub struct EncryptionFields<'a> { /// Ephemeral X25519 public key (32 bytes) pub ephemeral_public_point: [u8; 32], /// Recipient public key (32 bytes) pub recipient_public: [u8; 32], /// Encrypted and wrapped session key pub encrypted_session_key: &'a [u8], } impl Decryptor for SecretKey { type EncryptionFields<'a> = EncryptionFields<'a>; fn decrypt(&self, data: Self::EncryptionFields<'_>) -> Result> { debug!("X25519 decrypt"); let shared_secret = { // create montgomery point let their_public = x25519_dalek::PublicKey::from(data.ephemeral_public_point); // private key of the recipient. let our_secret = StaticSecret::from(self.secret); // derive shared secret let shared_secret = our_secret.diffie_hellman(&their_public); shared_secret.to_bytes() }; // obtain the session key from the shared secret derive_session_key( data.ephemeral_public_point, data.recipient_public, shared_secret, data.encrypted_session_key, ) } } /// Obtain the decrypted OpenPGP session key /// /// This helper function performs the steps described in /// pub fn derive_session_key( ephemeral: [u8; 32], recipient_public: [u8; 32], shared_secret: [u8; 32], encrypted_session_key: &[u8], ) -> Result> { let okm = hkdf(&ephemeral, &recipient_public, &shared_secret)?; let decrypted_key = aes_kw::unwrap(&okm, encrypted_session_key)?; ensure!(!decrypted_key.is_empty(), "empty key is not valid"); Ok(decrypted_key) } /// Generate an X25519 KeyPair. pub fn generate_key(mut rng: R) -> (PublicParams, PlainSecretParams) { let mut secret_key_bytes = Zeroizing::new([0u8; 32]); rng.fill_bytes(&mut *secret_key_bytes); let secret = StaticSecret::from(*secret_key_bytes); let public = PublicKey::from(&secret).to_bytes(); // secret key // FIXME: is clamping needed here? let q_raw = curve25519_dalek::scalar::clamp_integer(secret.to_bytes()); ( PublicParams::X25519 { public }, PlainSecretParams::X25519(q_raw), ) } /// HKDF for X25519 /// pub fn hkdf( ephemeral: &[u8; 32], recipient_public: &[u8; 32], shared_secret: &[u8; 32], ) -> Result<[u8; 16]> { const INFO: &[u8] = b"OpenPGP X25519"; // The input of HKDF is the concatenation of the following three values: // 32 octets of the ephemeral X25519 public key from this packet. // 32 octets of the recipient public key material. // 32 octets of the shared secret. let mut input = vec![]; input.extend_from_slice(ephemeral); input.extend_from_slice(recipient_public); input.extend_from_slice(shared_secret); // HKDF with SHA256, an info parameter of "OpenPGP X25519" and no salt. let hk = Hkdf::::new(None, &input); let mut okm = [0u8; 16]; hk.expand(INFO, &mut okm) .expect("16 is a valid length for Sha256 to output"); Ok(okm) } /// X25519 encryption. /// /// Returns (ephemeral, encrypted session key) pub fn encrypt( mut rng: R, recipient_public: [u8; 32], plain: &[u8], ) -> Result<([u8; 32], Vec)> { debug!("X25519 encrypt"); // Maximum length for `plain` - FIXME: what should the maximum be, here? const MAX_SIZE: usize = 255; ensure!( plain.len() <= MAX_SIZE, "unable to encrypt larger than {} bytes", MAX_SIZE ); let (ephemeral_public, shared_secret) = { // create montgomery point let their_public = x25519_dalek::PublicKey::from(recipient_public); let mut ephemeral_secret_key_bytes = Zeroizing::new([0u8; 32]); rng.fill_bytes(&mut *ephemeral_secret_key_bytes); let our_secret = StaticSecret::from(*ephemeral_secret_key_bytes); // derive shared secret let shared_secret = our_secret.diffie_hellman(&their_public); // Encode public point let ephemeral_public = x25519_dalek::PublicKey::from(&our_secret); (ephemeral_public, shared_secret) }; // hkdf key derivation let okm = hkdf( ephemeral_public.as_bytes(), &recipient_public, shared_secret.as_bytes(), )?; // Perform AES Key Wrap let wrapped = aes_kw::wrap(&okm, plain)?; Ok((ephemeral_public.to_bytes(), wrapped)) } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use std::ops::Deref; use rand::{RngCore, SeedableRng}; use rand_chacha::ChaChaRng; use super::*; use crate::types::SecretKeyRepr; #[test] fn x25519_hkdf() { // A.8.2. X25519 encryption/decryption of the session key // Ephemeral key: let ephemeral_key = "87cf18d5f1b53f817cce5a004cf393cc8958bddc065f25f84af509b17dd36764"; let ephemeral_key: [u8; 32] = hex::decode(ephemeral_key).unwrap().try_into().unwrap(); // This ephemeral key is derived from the following ephemeral secret key material, which is never placed on the wire: let _ephemeral_secret = "af1e43c0d123efe893a7d4d390f3a761e3fac33dfc7f3edaa830c9011352c779"; // Public key from target certificate (see Appendix A.3): let public_key = "8693248367f9e5015db922f8f48095dda784987f2d5985b12fbad16caf5e4435"; let public_key: [u8; 32] = hex::decode(public_key).unwrap().try_into().unwrap(); // The corresponding long-lived X25519 private key material (see Appendix A.4): let long_lived_private = "4d600a4f794d44775c57a26e0feefed558e9afffd6ad0d582d57fb2ba2dcedb8"; let long_lived_private: [u8; 32] = hex::decode(long_lived_private).unwrap().try_into().unwrap(); // Shared point: let shared_point = "67e30e69cdc7bab2a2680d78aca46a2f8b6e2ae44d398bdc6f92c5ad4a492514"; let shared_point: [u8; 32] = hex::decode(shared_point).unwrap().try_into().unwrap(); // HKDF output: let hkdf = "f66dadcff64592239b254539b64ff607"; let hkdf: [u8; 16] = hex::decode(hkdf).unwrap().try_into().unwrap(); // Decrypted session key: let decrypted = "dd708f6fa1ed65114d68d2343e7c2f1d"; let decrypted: [u8; 16] = hex::decode(decrypted).unwrap().try_into().unwrap(); let esk = "dea355437956617901e06957fbca8a6a47a5b5153e8d3ab7"; let esk = hex::decode(esk).unwrap(); // --- // test hkdf helper let okm = super::hkdf(&ephemeral_key, &public_key, &shared_point).unwrap(); assert_eq!(okm, hkdf); let decrypted_key = aes_kw::unwrap(&okm, &esk).unwrap(); assert_eq!(decrypted_key, decrypted); // test SecretKey::decrypt let sk = SecretKey { secret: long_lived_private, }; let decrypted2 = sk .decrypt(EncryptionFields { ephemeral_public_point: ephemeral_key, recipient_public: public_key, encrypted_session_key: &esk, }) .unwrap(); assert_eq!(decrypted_key, decrypted2); } #[test] fn test_encrypt_decrypt() { let mut rng = ChaChaRng::from_seed([0u8; 32]); let (pkey, skey) = generate_key(&mut rng); let PublicParams::X25519 { public } = pkey else { panic!("invalid key generated") }; let SecretKeyRepr::X25519(ref secret) = skey.as_ref().as_repr(&pkey).unwrap() else { panic!("invalid key generated") }; for text_size in (8..=248).step_by(8) { for _i in 0..10 { let mut fingerprint = vec![0u8; 20]; rng.fill_bytes(&mut fingerprint); let mut plain = vec![0u8; text_size]; rng.fill_bytes(&mut plain); let (ephemeral, enc_sk) = encrypt(&mut rng, public, &plain[..]).unwrap(); let data = EncryptionFields { ephemeral_public_point: ephemeral, recipient_public: public, encrypted_session_key: enc_sk.deref(), }; let decrypted = secret.decrypt(data).unwrap(); assert_eq!(&plain[..], &decrypted[..]); } } } } pgp-0.15.0/src/crypto/x448.rs000064400000000000000000000153711046102023000136700ustar 00000000000000use hkdf::Hkdf; use log::debug; use rand::{CryptoRng, Rng}; use sha2::Sha512; use zeroize::{Zeroize, ZeroizeOnDrop, Zeroizing}; use crate::crypto::{aes_kw, Decryptor, KeyParams}; use crate::errors::Result; use crate::types::{PlainSecretParams, PublicParams}; /// Secret key for X448 #[derive(Clone, derive_more::Debug, PartialEq, Eq, Zeroize, ZeroizeOnDrop)] pub struct SecretKey { #[debug("..")] pub(crate) secret: [u8; 56], } impl KeyParams for SecretKey { type KeyParams = (); fn key_params(&self) {} } pub struct EncryptionFields<'a> { /// Ephemeral X448 public key (56 bytes) pub ephemeral_public_point: [u8; 56], /// Recipient public key (56 bytes) pub recipient_public: [u8; 56], /// Encrypted and wrapped session key pub encrypted_session_key: &'a [u8], } impl Decryptor for SecretKey { type EncryptionFields<'a> = EncryptionFields<'a>; fn decrypt(&self, data: Self::EncryptionFields<'_>) -> Result> { debug!("X448 decrypt"); let shared_secret = { // create montgomery point let Some(their_public) = x448::PublicKey::from_bytes(&data.ephemeral_public_point) else { bail!("x448: invalid public key"); }; // private key of the recipient. let our_secret = x448::Secret::from(self.secret); // derive shared secret (None for low order points) let Some(shared_secret) = our_secret.as_diffie_hellman(&their_public) else { bail!("x448 Secret::as_diffie_hellman returned None"); }; *shared_secret.as_bytes() }; // obtain the session key from the shared secret derive_session_key( data.ephemeral_public_point, data.recipient_public, shared_secret, data.encrypted_session_key, ) } } /// Obtain the decrypted OpenPGP session key /// /// This helper function performs the steps described in /// pub fn derive_session_key( ephemeral: [u8; 56], recipient_public: [u8; 56], shared_secret: [u8; 56], encrypted_session_key: &[u8], ) -> Result> { let okm = hkdf(&ephemeral, &recipient_public, &shared_secret)?; let decrypted_key = aes_kw::unwrap(&okm, encrypted_session_key)?; ensure!(!decrypted_key.is_empty(), "empty key is not valid"); Ok(decrypted_key) } /// Generate an X448 KeyPair. pub fn generate_key(mut rng: R) -> (PublicParams, PlainSecretParams) { let mut secret_key_bytes = Zeroizing::new([0u8; 56]); rng.fill_bytes(&mut *secret_key_bytes); let secret = x448::Secret::from(*secret_key_bytes); // does clamping let public = *x448::PublicKey::from(&secret).as_bytes(); ( PublicParams::X448 { public }, PlainSecretParams::X448(*secret.as_bytes()), ) } /// HKDF for X448 /// pub fn hkdf( ephemeral: &[u8; 56], recipient_public: &[u8; 56], shared_secret: &[u8; 56], ) -> Result<[u8; 32]> { // TODO: maybe share/DRY this code with the analogous x25519 implementation? const INFO: &[u8] = b"OpenPGP X448"; // The input of HKDF is the concatenation of the following three values: // 56 octets of the ephemeral X448 public key from this packet. // 56 octets of the recipient public key material. // 56 octets of the shared secret. let mut input = vec![]; input.extend_from_slice(ephemeral); input.extend_from_slice(recipient_public); input.extend_from_slice(shared_secret); // HKDF with SHA512, an info parameter of "OpenPGP X448" and no salt. let hk = Hkdf::::new(None, &input); let mut okm = [0u8; 32]; hk.expand(INFO, &mut okm) .expect("32 is a valid length for Sha512 to output"); Ok(okm) } /// X448 encryption. /// /// Returns (ephemeral, encrypted session key) pub fn encrypt( mut rng: R, recipient_public: [u8; 56], plain: &[u8], ) -> Result<([u8; 56], Vec)> { debug!("X448 encrypt"); // Maximum length for `plain` - FIXME: what should the maximum be, here? const MAX_SIZE: usize = 255; ensure!( plain.len() <= MAX_SIZE, "unable to encrypt larger than {} bytes", MAX_SIZE ); let (ephemeral_public, shared_secret) = { // create montgomery point let Some(their_public) = x448::PublicKey::from_bytes(&recipient_public) else { bail!("x448: invalid public key"); }; let mut ephemeral_secret_key_bytes = Zeroizing::new([0u8; 56]); rng.fill_bytes(&mut *ephemeral_secret_key_bytes); let our_secret = x448::Secret::from(*ephemeral_secret_key_bytes); // derive shared secret (None for low order points) let Some(shared_secret) = our_secret.as_diffie_hellman(&their_public) else { bail!("x448 Secret::as_diffie_hellman returned None"); }; // Encode public point let ephemeral_public = x448::PublicKey::from(&our_secret); (ephemeral_public, shared_secret) }; // hkdf key derivation let okm = hkdf( ephemeral_public.as_bytes(), &recipient_public, shared_secret.as_bytes(), )?; // Perform AES Key Wrap let wrapped = aes_kw::wrap(&okm, plain)?; Ok((*ephemeral_public.as_bytes(), wrapped)) } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use std::ops::Deref; use rand::{RngCore, SeedableRng}; use rand_chacha::ChaChaRng; use super::*; use crate::types::SecretKeyRepr; #[test] fn test_encrypt_decrypt() { let mut rng = ChaChaRng::from_seed([0u8; 32]); let (pkey, skey) = generate_key(&mut rng); let PublicParams::X448 { public } = pkey else { panic!("invalid key generated") }; let SecretKeyRepr::X448(ref secret) = skey.as_ref().as_repr(&pkey).unwrap() else { panic!("invalid key generated") }; for text_size in (8..=248).step_by(8) { for _i in 0..10 { let mut fingerprint = vec![0u8; 20]; rng.fill_bytes(&mut fingerprint); let mut plain = vec![0u8; text_size]; rng.fill_bytes(&mut plain); let (ephemeral, enc_sk) = encrypt(&mut rng, public, &plain[..]).unwrap(); let data = EncryptionFields { ephemeral_public_point: ephemeral, recipient_public: public, encrypted_session_key: enc_sk.deref(), }; let decrypted = secret.decrypt(data).unwrap(); assert_eq!(&plain[..], &decrypted[..]); } } } } pgp-0.15.0/src/errors.rs000064400000000000000000000206001046102023000131440ustar 00000000000000use std::num::TryFromIntError; use ed25519_dalek::SignatureError; use nom::{ error::{FromExternalError, ParseError}, ErrorConvert, }; pub type Result = ::std::result::Result; // custom nom error types pub const MPI_TOO_LONG: u32 = 1000; /// Error types #[derive(Debug, thiserror::Error)] pub enum Error { #[error("failed to parse {0:?}")] ParsingError(nom::error::ErrorKind), #[error("invalid input")] InvalidInput, #[error("incomplete input: {0:?}")] Incomplete(nom::Needed), #[error("invalid armor wrappers")] InvalidArmorWrappers, #[error("invalid crc24 checksum")] InvalidChecksum, #[error("failed to decode base64 {0:?}")] Base64DecodeError(#[from] base64::DecodeError), #[error("requested data size is larger than the packet body")] RequestedSizeTooLarge, #[error("no matching packet found")] NoMatchingPacket, #[error("more than one matching packet was found")] TooManyPackets, #[error("rsa error: {0:?}")] RSAError(rsa::errors::Error), #[error("elliptic error: {0:?}")] EllipticCurve(#[from] elliptic_curve::Error), #[error("io error: {0:?}")] IOError(#[from] std::io::Error), #[error("missing packets")] MissingPackets, #[error("invalid key length")] InvalidKeyLength, #[error("block mode error")] BlockMode, #[error("missing key")] MissingKey, #[error("cfb: invalid key iv length")] CfbInvalidKeyIvLength, #[error("Not yet implemented: {0:?}")] Unimplemented(String), #[error("Unsupported: {0:?}")] Unsupported(String), // Signals packet versions and parameters we don't support, but can safely ignore #[error("{0:?}")] Message(String), #[error("Invalid Packet {0:?}")] PacketError(nom::error::ErrorKind), #[error("Incomplete Packet")] PacketIncomplete, #[error("Unpadding failed")] UnpadError, #[error("Padding failed")] PadError, #[error("Utf8 {0:?}")] Utf8Error(#[from] std::str::Utf8Error), #[error("ParseInt {0:?}")] ParseIntError(#[from] std::num::ParseIntError), #[error("Invalid Packet Content {0:?}")] InvalidPacketContent(Box), #[error("Signature {0:?}")] SignatureError(#[from] SignatureError), #[error("Modification Detection Code error")] MdcError, #[error("Invalid size conversion {0}")] TryFromInt(#[from] TryFromIntError), #[error("GCM")] Gcm, #[error("EAX")] Eax, #[error("OCB")] Ocb, #[error("SHA1 hash collision detected")] Sha1HashCollision, #[error("AES Key Wrap error {0}")] AesKek(#[from] aes_kw::Error), } impl Error { pub fn as_code(&self) -> u32 { match self { Error::ParsingError(_) => 0, Error::InvalidInput => 1, Error::Incomplete(_) => 2, Error::InvalidArmorWrappers => 3, Error::InvalidChecksum => 4, Error::Base64DecodeError(_) => 5, Error::RequestedSizeTooLarge => 6, Error::NoMatchingPacket => 7, Error::TooManyPackets => 8, Error::RSAError(_) => 9, Error::IOError { .. } => 10, Error::MissingPackets => 11, Error::InvalidKeyLength => 12, Error::BlockMode => 13, Error::MissingKey => 14, Error::CfbInvalidKeyIvLength => 15, Error::Unimplemented(_) => 16, Error::Unsupported(_) => 17, Error::Message(_) => 18, Error::PacketError(_) => 19, Error::PacketIncomplete => 20, Error::UnpadError => 21, Error::PadError => 22, Error::Utf8Error(_) => 23, Error::ParseIntError(_) => 24, Error::InvalidPacketContent(_) => 25, Error::SignatureError(_) => 26, Error::MdcError => 27, Error::TryFromInt(_) => 28, Error::EllipticCurve(_) => 29, Error::Gcm => 30, Error::Eax => 31, Error::Ocb => 32, Error::Sha1HashCollision => 33, Error::AesKek(_) => 34, } } } pub(crate) type IResult = nom::IResult; impl From> for Error { fn from(err: nom::error::Error) -> Self { Self::PacketError(err.code) } } impl ParseError for Error { fn from_error_kind(_input: I, kind: nom::error::ErrorKind) -> Self { Self::ParsingError(kind) } fn append(_input: I, _kind: nom::error::ErrorKind, other: Self) -> Self { other } } impl FromExternalError for Error { fn from_external_error(input: I, kind: nom::error::ErrorKind, e: E) -> Self { nom::error::Error::from_external_error(input, kind, e).into() } } impl From for nom::Err { fn from(err: Error) -> Self { Self::Error(err) } } impl ErrorConvert for Error { fn convert(self) -> Self { self } } impl From> for Error { fn from(err: nom::Err) -> Self { match err { nom::Err::Incomplete(err) => Self::Incomplete(err), nom::Err::Error(err) | nom::Err::Failure(err) => err, } } } impl From>> for Error { fn from(err: nom::Err>) -> Error { match err { nom::Err::Incomplete(err) => Self::Incomplete(err), nom::Err::Error(err) | nom::Err::Failure(err) => Self::ParsingError(err.code), } } } impl From for Error { fn from(err: rsa::errors::Error) -> Error { Error::RSAError(err) } } impl From for Error { fn from(_: cipher::InvalidLength) -> Error { Error::CfbInvalidKeyIvLength } } impl From for Error { fn from(_: block_padding::UnpadError) -> Error { Error::UnpadError } } impl From for Error { fn from(err: String) -> Error { Error::Message(err) } } impl From for Error { fn from(err: derive_builder::UninitializedFieldError) -> Error { Error::Message(err.to_string()) } } #[macro_export] macro_rules! unimplemented_err { ($e:expr) => { return Err($crate::errors::Error::Unimplemented($e.to_string())) }; ($fmt:expr, $($arg:tt)+) => { return Err($crate::errors::Error::Unimplemented(format!($fmt, $($arg)+))) }; } #[macro_export] macro_rules! unsupported_err { ($e:expr) => { return Err($crate::errors::Error::Unsupported($e.to_string())) }; ($fmt:expr, $($arg:tt)+) => { return Err($crate::errors::Error::Unsupported(format!($fmt, $($arg)+))) }; } #[macro_export] macro_rules! bail { ($e:expr) => { return Err($crate::errors::Error::Message($e.to_string())) }; ($fmt:expr, $($arg:tt)+) => { return Err($crate::errors::Error::Message(format!($fmt, $($arg)+))) }; } #[macro_export] macro_rules! format_err { ($e:expr) => { $crate::errors::Error::Message($e.to_string()) }; ($fmt:expr, $($arg:tt)+) => { $crate::errors::Error::Message(format!($fmt, $($arg)+)) }; } #[macro_export(local_inner_macros)] macro_rules! ensure { ($cond:expr, $e:expr) => { if !($cond) { bail!($e); } }; ($cond:expr, $fmt:expr, $($arg:tt)+) => { if !($cond) { bail!($fmt, $($arg)+); } }; } #[macro_export] macro_rules! ensure_eq { ($left:expr, $right:expr) => ({ match (&$left, &$right) { (left_val, right_val) => { if !(*left_val == *right_val) { bail!(r#"assertion failed: `(left == right)` left: `{:?}`, right: `{:?}`"#, left_val, right_val) } } } }); ($left:expr, $right:expr,) => ({ ensure_eq!($left, $right) }); ($left:expr, $right:expr, $($arg:tt)+) => ({ match (&($left), &($right)) { (left_val, right_val) => { if !(*left_val == *right_val) { bail!(r#"assertion failed: `(left == right)` left: `{:?}`, right: `{:?}`: {}"#, left_val, right_val, format_args!($($arg)+)) } } } }); } #[macro_export] macro_rules! err_opt { ($e:expr) => { match $e { Ok(v) => v, Err(err) => return Some(Err(err)), } }; } pgp-0.15.0/src/lib.rs000064400000000000000000000026461046102023000124100ustar 00000000000000//! # rPGP //! //! rPGP is an OpenPGP implementation. //! //! Usage examples are available under the respective modules: //! [Key generation], [signing and verifying with external hashing], [packet based signing and verifying]. //! //! [Key generation]: crate::composed::key //! [signing and verifying with external hashing]: crate::composed::signed_key //! [packet based signing and verifying]: crate::packet #![forbid(unsafe_code)] #![deny( clippy::all, clippy::style, clippy::perf, clippy::complexity, clippy::correctness, clippy::unwrap_used, rust_2018_idioms )] #![allow( clippy::missing_const_for_fn, clippy::use_self, clippy::needless_borrows_for_generic_args, clippy::type_complexity, clippy::incompatible_msrv )] #[cfg(test)] #[macro_use] extern crate pretty_assertions; // public so it can be used in doc test #[macro_use] pub mod util; #[macro_use] pub mod errors; pub mod armor; pub mod base64_decoder; pub mod base64_reader; pub mod composed; pub mod crypto; pub mod line_writer; pub mod normalize_lines; pub mod packet; pub mod ser; pub mod types; // reexports for easier use #[allow(unused_imports)] pub use self::composed::key::*; pub use self::composed::*; pub use self::packet::Signature; /// The version of this crate. pub const VERSION: &str = env!("CARGO_PKG_VERSION"); /// Default maximum size that gets buffered. pub const MAX_BUFFER_SIZE: usize = 1024 * 1024 * 1024; pgp-0.15.0/src/line_writer.rs000064400000000000000000000403131046102023000141560ustar 00000000000000//! # Line writer module use std::io; use generic_array::typenum::{Sum, Unsigned, U2}; use generic_array::{ArrayLength, GenericArray}; const CRLF: [u8; 2] = [b'\r', b'\n']; const CR: [u8; 1] = [b'\r']; const LF: [u8; 1] = [b'\n']; #[derive(Clone, Copy, PartialEq, Eq)] #[repr(u8)] pub enum LineBreak { Crlf, Lf, Cr, } impl AsRef<[u8]> for LineBreak { fn as_ref(&self) -> &[u8] { match self { LineBreak::Crlf => &CRLF[..], LineBreak::Lf => &LF[..], LineBreak::Cr => &CR[..], } } } /// A `Write` implementation that splits any written bytes into the given length lines. /// /// /// # Panics /// /// Calling `write()` after `finish()` is invalid and will panic. pub struct LineWriter<'a, W, N> where W: io::Write, N: Unsigned + ArrayLength, N: std::ops::Add, Sum: ArrayLength, { /// Which kind of line break to insert. line_break: LineBreak, /// Where encoded data is written to. w: &'a mut W, /// Holds a partial chunk, if any, after the last `write()`, so that we may then fill the chunk /// with the next `write()`, write it, then proceed with the rest of the input normally. extra: GenericArray, /// How much of `extra` is occupied, in `[0, N]`. extra_len: usize, buffer: GenericArray>, /// True iff partial last chunk has been written. finished: bool, /// panic safety: don't write again in destructor if writer panicked while we were writing to it panicked: bool, } impl<'a, W, N> LineWriter<'a, W, N> where W: 'a + io::Write, N: Unsigned + ArrayLength, N: std::ops::Add, Sum: ArrayLength, { /// Creates a new encoder around an existing writer. pub fn new(w: &'a mut W, line_break: LineBreak) -> Self { LineWriter { line_break, w, extra: Default::default(), buffer: Default::default(), extra_len: 0, finished: false, panicked: false, } } /// Write all remaining buffered data. /// /// Once this succeeds, no further writes can be performed. /// /// # Errors /// /// Assuming the wrapped writer obeys the `Write` contract, if this returns `Err`, no data was /// written, and `finish()` may be retried if appropriate for the type of error, etc. pub fn finish(&mut self) -> io::Result<()> { if self.finished { return Ok(()); }; if self.extra_len > 0 { self.panicked = true; self.w.write_all(&self.extra[..self.extra_len])?; self.w.write_all(self.line_break.as_ref())?; self.panicked = false; // write succeeded, do not write the encoding of extra again if finish() is retried self.extra_len = 0; } self.finished = true; Ok(()) } } impl<'a, W, N> io::Write for LineWriter<'a, W, N> where W: 'a + io::Write, N: Unsigned + ArrayLength, N: std::ops::Add, Sum: ArrayLength, { fn write(&mut self, input: &[u8]) -> io::Result { if self.finished { panic!("Cannot write more after calling finish()"); } if input.is_empty() { return Ok(0); } // The contract of `Write::write` places some constraints on this implementation: // - a call to `write()` represents at most one call to a wrapped `Write`, so we can't // iterate over the input and encode multiple chunks. // - Errors mean that "no bytes were written to this writer", so we need to reset the // internal state to what it was before the error occurred let sl = N::to_usize(); let line_break = self.line_break.as_ref(); let orig_extra_len = self.extra_len; // process leftover stuff from last write if self.extra_len + input.len() < sl { // still not enough self.extra_len += input.len(); self.extra[orig_extra_len..self.extra_len].copy_from_slice(input); Ok(input.len()) } else { let mut buffer_pos = 0; let mut input_pos = 0; if self.extra_len > 0 { let copied = ::std::cmp::min(orig_extra_len, self.buffer.len()); self.buffer[buffer_pos..buffer_pos + copied].copy_from_slice(&self.extra[..copied]); self.extra_len -= copied; buffer_pos += copied; } if buffer_pos < sl { let missing = ::std::cmp::min(sl - buffer_pos, input.len() - input_pos); self.buffer[buffer_pos..buffer_pos + missing] .copy_from_slice(&input[input_pos..input_pos + missing]); buffer_pos += missing; input_pos += missing; } // still not enough if buffer_pos < sl { return Ok(input_pos); } // insert line break self.buffer[buffer_pos..buffer_pos + line_break.len()].copy_from_slice(line_break); buffer_pos += line_break.len(); self.panicked = true; let r = self.w.write_all(&self.buffer[..buffer_pos]); self.panicked = false; match r { Ok(_) => Ok(input_pos), Err(err) => { // in case we filled and encoded `extra`, reset extra_len self.extra_len = orig_extra_len; Err(err) } } } } /// Because this is usually treated as OK to call multiple times, it will *not* flush any /// incomplete chunks of input or write padding. fn flush(&mut self) -> io::Result<()> { self.w.flush() } } impl<'a, W, N> Drop for LineWriter<'a, W, N> where W: 'a + io::Write, N: Unsigned + ArrayLength, N: std::ops::Add, Sum: ArrayLength, { fn drop(&mut self) { if !self.panicked { // like `BufWriter`, ignore errors during drop let _ = self.finish(); } } } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use super::*; use crate::util::write_all; use base64::engine::general_purpose; use generic_array::typenum::{self, U10}; use std::io::Write; #[test] fn simple_writes() { let mut buf = Vec::new(); { let mut w = LineWriter::<_, U10>::new(&mut buf, LineBreak::Crlf); // short write assert_eq!(w.write(&[0, 1, 2, 3]).unwrap(), 4); assert_eq!(w.write(&[4, 5, 6, 7]).unwrap(), 4); assert_eq!(w.write(&[8, 9, 10, 11]).unwrap(), 2); assert_eq!(w.write(&[10, 11]).unwrap(), 2); // writer dropped, should flush now } assert_eq!( &buf[..], &[0, 1, 2, 3, 4, 5, 6, 7, 8, 9, b'\r', b'\n', 10, 11, b'\r', b'\n'][..] ); } macro_rules! test_len { ( $name:ident, $len:ty ) => { #[test] fn $name() { use rand::{Rng, SeedableRng}; use rand_xorshift::XorShiftRng; let rng = &mut XorShiftRng::from_seed([ 0x3, 0x8, 0x3, 0xe, 0x3, 0x8, 0x3, 0xe, 0x3, 0x8, 0x3, 0xe, 0x3, 0x8, 0x3, 0xe, ]); let mut buf = Vec::new(); let mut list = Vec::new(); { let mut w = LineWriter::<_, $len>::new(&mut buf, LineBreak::Crlf); for i in 0..100 { let data = (0..i).map(|_| rng.gen()).collect::>(); w.write_all(&data).unwrap(); list.extend(&data); } } let len = <$len as typenum::Unsigned>::to_usize(); let mut expected: Vec = list.chunks(len).fold(Vec::new(), |mut acc, line| { acc.extend(line); if line.len() == len { acc.push(b'\r'); acc.push(b'\n'); } acc }); if expected.len() % len != 0 { expected.push(b'\r'); expected.push(b'\n'); } assert_eq!(&buf[..], &expected[..]); } }; } test_len!(test_break_line_len_1, typenum::U1); test_len!(test_break_line_len_2, typenum::U2); test_len!(test_break_line_len_10, typenum::U10); test_len!(test_break_line_len_74, typenum::U74); test_len!(test_break_line_len_100, typenum::U100); // test_len!(test_break_line_len_256, typenum::U256); #[test] fn test_key_roundtrip() { let content = hex::decode("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").unwrap(); // sanit check, ensure the base64 encoding works as expected { let mut buf = Vec::new(); { let mut enc = base64::write::EncoderWriter::new(&mut buf, &general_purpose::STANDARD); enc.write_all(&content).unwrap(); } assert_eq!( ::std::str::from_utf8(&buf).unwrap(), "mQENBFg8F68BCAC5VS/59Nrg5mw+wEAnk/vi0CGI+K5rGTmyAruy/aiS4kYfUJiE\ Pq/JZYCeNQ9GTbJN5M+Fiv1bhw6xeEfl4FAC/A0Uo39fvUSLJH2V+8lT3GxXt8KR\ Yx8MvotvoKiG1DRvgnwRh1qibX6+htJahPwHDViUuFz0ZeEPWiCwuoMOELmiTsuE\ VZbQsv08BwCOzIc3M8s63TtwMCUe+MBhqfRjEu6/Gt7miuGGVFXB96ao2O9u1HsR\ 7cUjgVQp6JwGLgIIijjy167Ms+fKZetqA9tzu1C1SAtNYiqmAUoqGG1YEjS7oApo\ AKmHD+LGCMUPg5d6bhw+NyHjDAFWJEYv3kG3ABEBAAG0NVRlc3QgS2V5IChkbyBu\ b3QgdXNlKSA8YXV0aGVudGljYXRlLW9ubHlAZXhhbXBsZS5vcmc+iQFOBBMBCAA4\ FiEEkn7zd/0aG295XkDAKoeRfY/7pJ8FAlg8F68CGwEFCwkIBwIGFQgJCgsCBBYC\ AwECHgECF4AACgkQKoeRfY/7pJ9+zAf9FVZknDCWCNY42+RIR36fq2l1Gs8KfMsX\ rNXtfYPtLqioP8fz2LE0LoudSsZMLVygonPG0ZAxdIUHXcFdUqPrEzs4fEyR4xae\ OSxui2Q/u6+9bi7eilYYzVNRWkuyx2TrRQZEjMXMnuJcWptGbRWs/ipRUZBHWfLl\ 2udLl+0TRIL7hni06xVCHbwE5szcLoyzzvIowGVADXFqeG7nty7uRNZNAD+ZWMH2\ J0vspZlUSVi7z1VygzDI3U42SMJmVqnRmICsB3QLI8Ns4nxWXO2z8fheSFcrP+LA\ cY3W6JgnLCzvyuogxnWmd4fzr1iB3E2Hcy/sr0cgQ5wtuseQRhmTlrkBDQRYPBfZ\ AQgAtKcbBYrIqh3cRTqyZjMxw492RVQoFawYmpr1bQ4HphVGnT4IhJZQ4DAm1JJZ\ QjzwDQiZMc1wD9Om6UC/g8gUBuFCpLCobwBzjH4an/G3Cfa8zGz5ANAROo5i5T1j\ vgoFEFdVue/GpAmMNixz+0ItQBh9jiOC6IYk1yyv/OsTzsj6AHnH0XiDpGoTNkca\ tb6Mu1VcXTMNf620Mxj6c7WE7awxL6MwKIa7XQSgXaO+JnbB+5Szz1wZ1ZhlnDp3\ KOurlfcXIbZirEaqmRByb+V21Dj3icXOJEj1RUbyVNqBS8rhw17kSxcehw/6ZAMW\ ehDmhXO98VVUknS0Mf+OJBi2JwARAQABiQE2BBgBCAAgFiEEkn7zd/0aG295XkDA\ KoeRfY/7pJ8FAlg8F9kCGyAACgkQKoeRfY/7pJ+sawf/eSjxxAglAdolF9lK070u\ VmMgq4GFPqJ3RqJPUFjwEFFSYLXkiALnMGXDSmOfPqCQ4c+PWwumFhKCz4MXVDD8\ x6mi9Z+HlEwIMaCnckrSTuQ5OgwO/6vkhz42OcgMZ3WQnWfNVM8jbNP9vX1vroPe\ HLFaPGy9KJMM0Z/hlCIIeyK/a90zWlT5UMfRoqNQRbY/iiYdmpvf69I9PobGVbo/\ 7ahZTumPWwjiGOztNXeuo5UUaAVVxMQBYKp2w3wil2sHzYfTfYUSMyh+oUFx4Xlz\ WF3bLzsafRaeuK1h5+JuvIcimvU5zWZtn0hOpiIXpZOoJvvM9r5D4ZRT5UX2blQ8\ Pw==", ); } let mut buf = Vec::new(); { let mut line_wrapper = LineWriter::<_, typenum::U64>::new(&mut buf, LineBreak::Lf); let mut enc = base64::write::EncoderWriter::new(&mut line_wrapper, &general_purpose::STANDARD); write_all(&mut enc, &content).unwrap(); } assert_eq!( ::std::str::from_utf8(&buf).unwrap(), "mQENBFg8F68BCAC5VS/59Nrg5mw+wEAnk/vi0CGI+K5rGTmyAruy/aiS4kYfUJiE\n\ Pq/JZYCeNQ9GTbJN5M+Fiv1bhw6xeEfl4FAC/A0Uo39fvUSLJH2V+8lT3GxXt8KR\n\ Yx8MvotvoKiG1DRvgnwRh1qibX6+htJahPwHDViUuFz0ZeEPWiCwuoMOELmiTsuE\n\ VZbQsv08BwCOzIc3M8s63TtwMCUe+MBhqfRjEu6/Gt7miuGGVFXB96ao2O9u1HsR\n\ 7cUjgVQp6JwGLgIIijjy167Ms+fKZetqA9tzu1C1SAtNYiqmAUoqGG1YEjS7oApo\n\ AKmHD+LGCMUPg5d6bhw+NyHjDAFWJEYv3kG3ABEBAAG0NVRlc3QgS2V5IChkbyBu\n\ b3QgdXNlKSA8YXV0aGVudGljYXRlLW9ubHlAZXhhbXBsZS5vcmc+iQFOBBMBCAA4\n\ FiEEkn7zd/0aG295XkDAKoeRfY/7pJ8FAlg8F68CGwEFCwkIBwIGFQgJCgsCBBYC\n\ AwECHgECF4AACgkQKoeRfY/7pJ9+zAf9FVZknDCWCNY42+RIR36fq2l1Gs8KfMsX\n\ rNXtfYPtLqioP8fz2LE0LoudSsZMLVygonPG0ZAxdIUHXcFdUqPrEzs4fEyR4xae\n\ OSxui2Q/u6+9bi7eilYYzVNRWkuyx2TrRQZEjMXMnuJcWptGbRWs/ipRUZBHWfLl\n\ 2udLl+0TRIL7hni06xVCHbwE5szcLoyzzvIowGVADXFqeG7nty7uRNZNAD+ZWMH2\n\ J0vspZlUSVi7z1VygzDI3U42SMJmVqnRmICsB3QLI8Ns4nxWXO2z8fheSFcrP+LA\n\ cY3W6JgnLCzvyuogxnWmd4fzr1iB3E2Hcy/sr0cgQ5wtuseQRhmTlrkBDQRYPBfZ\n\ AQgAtKcbBYrIqh3cRTqyZjMxw492RVQoFawYmpr1bQ4HphVGnT4IhJZQ4DAm1JJZ\n\ QjzwDQiZMc1wD9Om6UC/g8gUBuFCpLCobwBzjH4an/G3Cfa8zGz5ANAROo5i5T1j\n\ vgoFEFdVue/GpAmMNixz+0ItQBh9jiOC6IYk1yyv/OsTzsj6AHnH0XiDpGoTNkca\n\ tb6Mu1VcXTMNf620Mxj6c7WE7awxL6MwKIa7XQSgXaO+JnbB+5Szz1wZ1ZhlnDp3\n\ KOurlfcXIbZirEaqmRByb+V21Dj3icXOJEj1RUbyVNqBS8rhw17kSxcehw/6ZAMW\n\ ehDmhXO98VVUknS0Mf+OJBi2JwARAQABiQE2BBgBCAAgFiEEkn7zd/0aG295XkDA\n\ KoeRfY/7pJ8FAlg8F9kCGyAACgkQKoeRfY/7pJ+sawf/eSjxxAglAdolF9lK070u\n\ VmMgq4GFPqJ3RqJPUFjwEFFSYLXkiALnMGXDSmOfPqCQ4c+PWwumFhKCz4MXVDD8\n\ x6mi9Z+HlEwIMaCnckrSTuQ5OgwO/6vkhz42OcgMZ3WQnWfNVM8jbNP9vX1vroPe\n\ HLFaPGy9KJMM0Z/hlCIIeyK/a90zWlT5UMfRoqNQRbY/iiYdmpvf69I9PobGVbo/\n\ 7ahZTumPWwjiGOztNXeuo5UUaAVVxMQBYKp2w3wil2sHzYfTfYUSMyh+oUFx4Xlz\n\ WF3bLzsafRaeuK1h5+JuvIcimvU5zWZtn0hOpiIXpZOoJvvM9r5D4ZRT5UX2blQ8\n\ Pw==\n" ); } } pgp-0.15.0/src/normalize_lines.rs000064400000000000000000000115321046102023000150260ustar 00000000000000//! # Line ending normalization module //! //! This crate provides a `normalize` method that takes an u8 iterator and returns //! a new one with newlines normalized to a single style. //! //! Based on . use std::iter::Peekable; use crate::line_writer::LineBreak; /// This struct wraps an u8 iterator to normalize line endings. pub struct Normalized where I: Iterator, { line_break: LineBreak, iter: Peekable, prev_was_cr: bool, } impl> Normalized { /// Take a u8 iterator and return similar iterator with normalized line endings /// /// # Example /// ``` /// use std::iter::FromIterator; /// /// use pgp::line_writer::LineBreak; /// use pgp::normalize_lines::Normalized; /// /// let input = "This is a string \n with \r some \n\r\n random newlines\r\r\n\n"; /// assert_eq!( /// &String::from_utf8(Normalized::new(input.bytes(), LineBreak::Lf).collect()).unwrap(), /// "This is a string \n with \n some \n\n random newlines\n\n\n" /// ); /// ``` pub fn new(iter: I, line_break: LineBreak) -> Normalized { Normalized { iter: iter.peekable(), prev_was_cr: false, line_break, } } } impl> Iterator for Normalized { type Item = u8; fn next(&mut self) -> Option { match self.iter.peek() { Some(b'\n') => { match self.line_break { LineBreak::Lf => { if self.prev_was_cr { // we already inserted a \n let _ = self.iter.next(); } self.iter.next() } LineBreak::Cr => { // skip \n let _ = self.iter.next(); if self.prev_was_cr { self.prev_was_cr = false; self.next() } else { Some(b'\r') } } LineBreak::Crlf => { if self.prev_was_cr { self.prev_was_cr = false; self.iter.next() } else { self.prev_was_cr = true; Some(b'\r') } } } } Some(b'\r') => match self.line_break { LineBreak::Lf => { self.prev_was_cr = true; let _ = self.iter.next(); Some(b'\n') } LineBreak::Cr => { self.prev_was_cr = true; self.iter.next() } LineBreak::Crlf => { if self.prev_was_cr { self.prev_was_cr = false; Some(b'\n') } else { self.prev_was_cr = true; self.iter.next() } } }, _ => match self.line_break { LineBreak::Lf | LineBreak::Cr => { self.prev_was_cr = false; self.iter.next() } LineBreak::Crlf => { let res = if self.prev_was_cr { Some(b'\n') } else { self.iter.next() }; self.prev_was_cr = false; res } }, } } } // tests #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use super::*; #[test] fn normalized_lf() { let input = "This is a string \n with \r some \n\r\n random newlines\r\r\n\n"; assert_eq!( &String::from_utf8(Normalized::new(input.bytes(), LineBreak::Lf).collect()).unwrap(), "This is a string \n with \n some \n\n random newlines\n\n\n" ); } #[test] fn normalized_cr() { let input = "This is a string \n with \r some \n\r\n random newlines\r\r\n\n"; assert_eq!( &String::from_utf8(Normalized::new(input.bytes(), LineBreak::Cr).collect()).unwrap(), "This is a string \r with \r some \r\r random newlines\r\r\r" ); } #[test] fn normalized_crlf() { let input = "This is a string \n with \r some \n\r\n random newlines\r\r\n\n"; assert_eq!( &String::from_utf8(Normalized::new(input.bytes(), LineBreak::Crlf).collect()).unwrap(), "This is a string \r\n with \r\n some \r\n\r\n random newlines\r\n\r\n\r\n" ); } } pgp-0.15.0/src/packet/compressed_data.rs000064400000000000000000000057131046102023000162440ustar 00000000000000use std::io::{self, Read}; use byteorder::WriteBytesExt; use flate2::read::{DeflateDecoder, ZlibDecoder}; use crate::errors::Result; use crate::packet::PacketTrait; use crate::ser::Serialize; use crate::types::{CompressionAlgorithm, Tag, Version}; #[derive(Clone, PartialEq, Eq, derive_more::Debug)] pub struct CompressedData { packet_version: Version, compression_algorithm: CompressionAlgorithm, #[debug("{}", hex::encode(compressed_data))] compressed_data: Vec, } pub enum Decompressor { Uncompressed(R), Zip(DeflateDecoder), Zlib(ZlibDecoder), Bzip2, } impl Read for Decompressor<&[u8]> { fn read(&mut self, into: &mut [u8]) -> io::Result { match self { Decompressor::Uncompressed(ref mut c) => c.read(into), Decompressor::Zip(ref mut c) => c.read(into), Decompressor::Zlib(ref mut c) => c.read(into), Decompressor::Bzip2 => unimplemented!("bzip2"), } } } impl CompressedData { /// Parses a `CompressedData` packet from the given slice. pub fn from_slice(packet_version: Version, input: &[u8]) -> Result { ensure!(input.len() > 1, "input too short"); let alg = CompressionAlgorithm::from(input[0]); Ok(CompressedData { packet_version, compression_algorithm: alg, compressed_data: input[1..].to_vec(), }) } pub fn from_compressed(alg: CompressionAlgorithm, data: Vec) -> Self { CompressedData { packet_version: Default::default(), compression_algorithm: alg, compressed_data: data, } } pub fn decompress(&self) -> Result> { match self.compression_algorithm { CompressionAlgorithm::Uncompressed => { Ok(Decompressor::Uncompressed(&self.compressed_data[..])) } CompressionAlgorithm::ZIP => Ok(Decompressor::Zip(DeflateDecoder::new( &self.compressed_data[..], ))), CompressionAlgorithm::ZLIB => Ok(Decompressor::Zlib(ZlibDecoder::new( &self.compressed_data[..], ))), CompressionAlgorithm::BZip2 => unimplemented_err!("BZip2"), CompressionAlgorithm::Private10 | CompressionAlgorithm::Other(_) => unsupported_err!( "CompressionAlgorithm {} is unsupported", u8::from(self.compression_algorithm) ), } } pub fn compressed_data(&self) -> &[u8] { &self.compressed_data } } impl Serialize for CompressedData { fn to_writer(&self, writer: &mut W) -> Result<()> { writer.write_u8(self.compression_algorithm.into())?; writer.write_all(&self.compressed_data)?; Ok(()) } } impl PacketTrait for CompressedData { fn packet_version(&self) -> Version { self.packet_version } fn tag(&self) -> Tag { Tag::CompressedData } } pgp-0.15.0/src/packet/key/public.rs000064400000000000000000000602101046102023000151460ustar 00000000000000use aes_gcm::aead::rand_core::CryptoRng; use byteorder::{BigEndian, ByteOrder, WriteBytesExt}; use md5::Md5; use rand::Rng; use sha1_checked::{Digest, Sha1}; use crate::types::EcdhPublicParams; use crate::{ crypto::{self, ecc_curve::ECCCurve, hash::HashAlgorithm, public_key::PublicKeyAlgorithm}, errors::Result, packet::{Signature, SignatureConfig, SignatureType, Subpacket, SubpacketData}, types::{ EskType, Fingerprint, KeyId, KeyVersion, Mpi, PkeskBytes, PublicKeyTrait, PublicParams, SecretKeyTrait, SignatureBytes, Tag, Version, }, }; #[derive(Debug, PartialEq, Eq, Clone)] pub struct PublicKey(PubKeyInner); #[derive(Debug, PartialEq, Eq, Clone)] pub struct PublicSubkey(PubKeyInner); impl PublicKey { /// Create a new `PublicKey` packet from underlying parameters. pub fn new( packet_version: Version, version: KeyVersion, algorithm: PublicKeyAlgorithm, created_at: chrono::DateTime, expiration: Option, public_params: PublicParams, ) -> Result { let inner = PubKeyInner::new( packet_version, version, algorithm, created_at, expiration, public_params, )?; Ok(Self(inner)) } /// Parses a `PublicKeyKey` packet from the given slice. pub fn from_slice(packet_version: Version, input: &[u8]) -> Result { let inner = PubKeyInner::from_slice(packet_version, input)?; Ok(Self(inner)) } pub fn sign( &self, rng: R, key: &impl SecretKeyTrait, key_pw: F, ) -> Result where F: FnOnce() -> String, { self.0.sign(rng, key, key_pw, SignatureType::KeyBinding) } } impl PublicSubkey { /// Create a new `PublicSubkey` packet from underlying parameters. pub fn new( packet_version: Version, version: KeyVersion, algorithm: PublicKeyAlgorithm, created_at: chrono::DateTime, expiration: Option, public_params: PublicParams, ) -> Result { let inner = PubKeyInner::new( packet_version, version, algorithm, created_at, expiration, public_params, )?; Ok(Self(inner)) } /// Parses a `PublicSubkey` packet from the given slice. pub fn from_slice(packet_version: Version, input: &[u8]) -> Result { let inner = PubKeyInner::from_slice(packet_version, input)?; Ok(Self(inner)) } pub fn sign( &self, rng: R, key: &impl SecretKeyTrait, key_pw: F, ) -> Result where F: FnOnce() -> String, { self.0.sign(rng, key, key_pw, SignatureType::SubkeyBinding) } } #[derive(Debug, PartialEq, Eq, Clone)] struct PubKeyInner { packet_version: Version, version: KeyVersion, algorithm: PublicKeyAlgorithm, created_at: chrono::DateTime, expiration: Option, public_params: PublicParams, } impl PubKeyInner { fn new( packet_version: Version, version: KeyVersion, algorithm: PublicKeyAlgorithm, created_at: chrono::DateTime, expiration: Option, public_params: PublicParams, ) -> Result { // None of the ECC methods described in this document are allowed with deprecated version 3 keys. // (See https://www.rfc-editor.org/rfc/rfc9580.html#section-11-2) if (version == KeyVersion::V2 || version == KeyVersion::V3) && !(algorithm == PublicKeyAlgorithm::RSA || algorithm == PublicKeyAlgorithm::RSAEncrypt || algorithm == PublicKeyAlgorithm::RSASign) { // It's sufficient to throw a "soft" Error::Unsupported unsupported_err!( "Invalid algorithm {:?} for key version: {:?}", algorithm, version, ); } // "Ed25519Legacy and Curve25519Legacy are used only in version 4 keys [..]. // Implementations MUST NOT accept [..] version 6 key material using the deprecated OIDs." // // See https://www.rfc-editor.org/rfc/rfc9580.html#section-9.2-6 if version != KeyVersion::V4 { if matches!( public_params, PublicParams::ECDH(EcdhPublicParams::Known { curve: ECCCurve::Curve25519, .. }) ) { bail!( "ECDH over Curve25519 is illegal for key version {}", u8::from(version) ); } if matches!(public_params, PublicParams::EdDSALegacy { .. }) { bail!( "EdDSALegacy is illegal for key version {}", u8::from(version) ); } } Ok(Self { packet_version, version, algorithm, created_at, expiration, public_params, }) } fn from_slice(packet_version: Version, input: &[u8]) -> Result { let (_, details) = crate::packet::public_key_parser::parse(input)?; let (version, algorithm, created_at, expiration, public_params) = details; Self::new( packet_version, version, algorithm, created_at, expiration, public_params, ) } fn to_writer_v2_v3(&self, writer: &mut W) -> Result<()> { use crate::ser::Serialize; writer.write_u32::(self.created_at.timestamp().try_into()?)?; writer.write_u16::( self.expiration .expect("old key versions have an expiration"), )?; writer.write_u8(self.algorithm.into())?; self.public_params.to_writer(writer)?; Ok(()) } fn to_writer_v4_v6(&self, writer: &mut W) -> Result<()> { use crate::ser::Serialize; writer.write_u32::(self.created_at.timestamp().try_into()?)?; writer.write_u8(self.algorithm.into())?; let mut public_params = vec![]; self.public_params.to_writer(&mut public_params)?; if self.version == KeyVersion::V6 { writer.write_u32::(public_params.len().try_into()?)?; } writer.write_all(&public_params)?; Ok(()) } fn sign( &self, mut rng: R, key: &impl SecretKeyTrait, key_pw: F, sig_type: SignatureType, ) -> Result where F: FnOnce() -> String, { use chrono::SubsecRound; let mut config = match key.version() { KeyVersion::V4 => SignatureConfig::v4(sig_type, key.algorithm(), key.hash_alg()), KeyVersion::V6 => { SignatureConfig::v6(&mut rng, sig_type, key.algorithm(), key.hash_alg())? } v => unsupported_err!("unsupported key version: {:?}", v), }; config.hashed_subpackets = vec![Subpacket::regular(SubpacketData::SignatureCreationTime( chrono::Utc::now().trunc_subsecs(0), ))]; config.unhashed_subpackets = vec![Subpacket::regular(SubpacketData::Issuer(key.key_id()))]; config.sign_key(key, key_pw, &self) } } impl crate::ser::Serialize for PublicKey { fn to_writer(&self, writer: &mut W) -> Result<()> { crate::ser::Serialize::to_writer(&self.0, writer) } } impl crate::ser::Serialize for PublicSubkey { fn to_writer(&self, writer: &mut W) -> Result<()> { crate::ser::Serialize::to_writer(&self.0, writer) } } impl crate::ser::Serialize for PubKeyInner { fn to_writer(&self, writer: &mut W) -> Result<()> { writer.write_u8(self.version.into())?; match self.version { KeyVersion::V2 | KeyVersion::V3 => self.to_writer_v2_v3(writer), KeyVersion::V4 | KeyVersion::V6 => self.to_writer_v4_v6(writer), KeyVersion::V5 => unimplemented_err!("V5 keys"), KeyVersion::Other(v) => { unimplemented_err!("Unsupported key version {}", v) } } } } impl crate::packet::PacketTrait for PublicKey { fn packet_version(&self) -> Version { self.0.packet_version } fn tag(&self) -> Tag { Tag::PublicKey } } impl crate::packet::PacketTrait for PublicSubkey { fn packet_version(&self) -> Version { self.0.packet_version } fn tag(&self) -> Tag { Tag::PublicSubkey } } impl PublicKeyTrait for PubKeyInner { fn version(&self) -> KeyVersion { self.version } fn fingerprint(&self) -> Fingerprint { use crate::ser::Serialize; match self.version { KeyVersion::V2 | KeyVersion::V3 => { let mut h = Md5::new(); self.public_params .to_writer(&mut h) .expect("write to hasher"); let digest = h.finalize(); if self.version == KeyVersion::V2 { Fingerprint::V2(digest.into()) } else { Fingerprint::V3(digest.into()) } } KeyVersion::V4 => { // A one-octet version number (4). let mut packet = vec![4, 0, 0, 0, 0]; // A four-octet number denoting the time that the key was created. BigEndian::write_u32(&mut packet[1..5], self.created_at.timestamp() as u32); // A one-octet number denoting the public-key algorithm of this key. packet.push(self.algorithm.into()); self.public_params .to_writer(&mut packet) .expect("write to vec"); let mut h = Sha1::new(); h.update([0x99]); h.write_u16::(packet.len() as u16) .expect("write to hasher"); h.update(&packet); let digest = h.finalize(); Fingerprint::V4(digest.into()) } KeyVersion::V5 => unimplemented!("V5 keys"), KeyVersion::V6 => { // Serialize public parameters let mut pp: Vec = vec![]; self.public_params .to_writer(&mut pp) .expect("serialize to Vec"); // A v6 fingerprint is the 256-bit SHA2-256 hash of: let mut h = sha2::Sha256::new(); // a.1) 0x9B (1 octet) h.update(&[0x9B]); // a.2) four-octet scalar octet count of (b)-(f) let total_len: u32 = 1 + 4 + 1 + 4 + pp.len() as u32; h.write_u32::(total_len) .expect("write to hasher"); // b) version number = 6 (1 octet); h.update(&[0x06]); // c) timestamp of key creation (4 octets); h.write_u32::(self.created_at.timestamp() as u32) .expect("write to hasher"); // d) algorithm (1 octet); h.update(&[self.algorithm.into()]); // e) four-octet scalar octet count for the following key material; h.write_u32::(pp.len() as u32) .expect("write to hasher"); // f) algorithm-specific fields. h.update(&pp); let digest = h.finalize(); Fingerprint::V6(digest.into()) } KeyVersion::Other(v) => unimplemented!("Unsupported key version {}", v), } } fn key_id(&self) -> KeyId { match self.version { KeyVersion::V2 | KeyVersion::V3 => match &self.public_params { PublicParams::RSA { n, .. } => { let offset = n.len() - 8; KeyId::from_slice(&n.as_bytes()[offset..]).expect("fixed size slice") } _ => panic!("invalid key constructed: {:?}", &self.public_params), }, KeyVersion::V4 => { // Lower 64 bits let f = self.fingerprint(); let offset = f.len() - 8; KeyId::from_slice(&f.as_bytes()[offset..]).expect("fixed size slice") } KeyVersion::V5 => unimplemented!("V5 keys"), KeyVersion::V6 => { // High 64 bits let f = self.fingerprint(); KeyId::from_slice(&f.as_bytes()[0..8]).expect("fixed size slice") } KeyVersion::Other(v) => unimplemented!("Unsupported key version {}", v), } } fn algorithm(&self) -> PublicKeyAlgorithm { self.algorithm } fn verify_signature( &self, hash: HashAlgorithm, hashed: &[u8], sig: &SignatureBytes, ) -> Result<()> { match self.public_params { PublicParams::RSA { ref n, ref e } => { let sig: &[Mpi] = sig.try_into()?; ensure_eq!(sig.len(), 1, "invalid signature"); crypto::rsa::verify(n.as_bytes(), e.as_bytes(), hash, hashed, sig[0].as_bytes()) } PublicParams::EdDSALegacy { ref curve, ref q } => { let sig: &[Mpi] = sig.try_into()?; ensure_eq!(sig.len(), 2); let r = sig[0].as_bytes(); let s = sig[1].as_bytes(); ensure!(r.len() < 33, "invalid R (len)"); ensure!(s.len() < 33, "invalid S (len)"); ensure_eq!(q.len(), 33, "invalid Q (len)"); ensure_eq!(q[0], 0x40, "invalid Q (prefix)"); let public = &q[1..]; let mut sig_bytes = vec![0u8; 64]; // add padding if the values were encoded short sig_bytes[(32 - r.len())..32].copy_from_slice(r); sig_bytes[32 + (32 - s.len())..].copy_from_slice(s); crypto::eddsa::verify(curve, public, hash, hashed, &sig_bytes) } PublicParams::Ed25519 { ref public } => crypto::eddsa::verify( &crypto::ecc_curve::ECCCurve::Ed25519, public, hash, hashed, sig.try_into()?, ), PublicParams::X25519 { .. } => { bail!("X25519 can not be used for verify operations"); } #[cfg(feature = "unstable-curve448")] PublicParams::X448 { .. } => { bail!("X448 can not be used for verify operations"); } PublicParams::ECDSA(ref params) => { let sig: &[Mpi] = sig.try_into()?; crypto::ecdsa::verify(params, hash, hashed, sig) } PublicParams::ECDH(EcdhPublicParams::Known { ref curve, ref hash, ref alg_sym, .. }) => { bail!( "ECDH ({:?} {:?} {:?}) can not be used for verify operations", curve, hash, alg_sym ); } PublicParams::ECDH(EcdhPublicParams::Unsupported { ref curve, .. }) => { bail!( "ECDH (unsupported: {:?}) can not be used for verify operations", curve, ); } PublicParams::Elgamal { .. } => { unimplemented_err!("verify Elgamal"); } PublicParams::DSA { ref p, ref q, ref g, ref y, } => { let sig: &[Mpi] = sig.try_into()?; ensure_eq!(sig.len(), 2, "invalid signature"); crypto::dsa::verify( p.into(), q.into(), g.into(), y.into(), hashed, sig[0].clone().into(), sig[1].clone().into(), ) } PublicParams::Unknown { .. } => { unimplemented_err!("PublicParams::Unknown can not be used for verify operations"); } } } fn encrypt( &self, mut rng: R, plain: &[u8], typ: EskType, ) -> Result { match self.public_params { PublicParams::RSA { ref n, ref e } => { crypto::rsa::encrypt(rng, n.as_bytes(), e.as_bytes(), plain) } PublicParams::EdDSALegacy { .. } => bail!("EdDSALegacy is only used for signing"), PublicParams::Ed25519 { .. } => bail!("Ed25519 is only used for signing"), PublicParams::ECDSA { .. } => bail!("ECDSA is only used for signing"), PublicParams::ECDH(EcdhPublicParams::Known { ref curve, hash, alg_sym, ref p, }) => { if self.version() == KeyVersion::V6 { // An implementation MUST NOT encrypt any message to a version 6 ECDH key over a // listed curve that announces a different KDF or KEK parameter. // // (See https://www.rfc-editor.org/rfc/rfc9580.html#section-11.5.1-2) if curve.hash_algo()? != hash || curve.sym_algo()? != alg_sym { bail!("Unsupported KDF/KEK parameters for {:?} and KeyVersion::V6: {:?}, {:?}",curve, hash, alg_sym); } } crypto::ecdh::encrypt( rng, curve, alg_sym, hash, self.fingerprint().as_bytes(), p.as_bytes(), plain, ) } PublicParams::ECDH(EcdhPublicParams::Unsupported { ref curve, .. }) => { unsupported_err!("ECDH over curve {:?} is unsupported", curve) } PublicParams::X25519 { ref public } => { let (sym_alg, plain) = match typ { EskType::V6 => (None, plain), EskType::V3_4 => { ensure!(!plain.is_empty(), "plain may not be empty"); ( Some(plain[0].into()), // byte 0 is the symmetric algorithm &plain[1..], // strip symmetric algorithm ) } }; let (ephemeral, session_key) = crypto::x25519::encrypt(&mut rng, *public, plain)?; Ok(PkeskBytes::X25519 { ephemeral, session_key, sym_alg, }) } #[cfg(feature = "unstable-curve448")] PublicParams::X448 { ref public } => { let (sym_alg, plain) = match typ { EskType::V6 => (None, plain), EskType::V3_4 => { ensure!(!plain.is_empty(), "plain may not be empty"); ( Some(plain[0].into()), // byte 0 is the symmetric algorithm &plain[1..], // strip symmetric algorithm ) } }; let (ephemeral, session_key) = crypto::x448::encrypt(&mut rng, *public, plain)?; Ok(PkeskBytes::X448 { ephemeral, session_key, sym_alg, }) } PublicParams::Elgamal { .. } => unimplemented_err!("encryption with Elgamal"), PublicParams::DSA { .. } => bail!("DSA is only used for signing"), PublicParams::Unknown { .. } => bail!("Unknown algorithm"), } } fn serialize_for_hashing(&self, writer: &mut impl std::io::Write) -> Result<()> { use crate::ser::Serialize; let mut key_buf = Vec::new(); self.to_writer(&mut key_buf)?; // old style packet header for the key match self.version() { KeyVersion::V2 | KeyVersion::V3 | KeyVersion::V4 => { // When a v4 signature is made over a key, the hash data starts with the octet 0x99, // followed by a two-octet length of the key, and then the body of the key packet. writer.write_u8(0x99)?; writer.write_u16::(key_buf.len().try_into()?)?; } KeyVersion::V6 => { // When a v6 signature is made over a key, the hash data starts with the salt // [NOTE: the salt is hashed in packet/signature/config.rs], // then octet 0x9B, followed by a four-octet length of the key, // and then the body of the key packet. writer.write_u8(0x9b)?; writer.write_u32::(key_buf.len().try_into()?)?; } v => unimplemented_err!("key version {:?}", v), } writer.write_all(&key_buf)?; Ok(()) } fn public_params(&self) -> &PublicParams { &self.public_params } fn created_at(&self) -> &chrono::DateTime { &self.created_at } fn expiration(&self) -> Option { self.expiration } } impl PublicKeyTrait for PublicKey { fn verify_signature( &self, hash: HashAlgorithm, hashed: &[u8], sig: &SignatureBytes, ) -> Result<()> { PublicKeyTrait::verify_signature(&self.0, hash, hashed, sig) } fn encrypt( &self, rng: R, plain: &[u8], typ: EskType, ) -> Result { PublicKeyTrait::encrypt(&self.0, rng, plain, typ) } fn serialize_for_hashing(&self, writer: &mut impl std::io::Write) -> Result<()> { PublicKeyTrait::serialize_for_hashing(&self.0, writer) } fn public_params(&self) -> &PublicParams { PublicKeyTrait::public_params(&self.0) } fn version(&self) -> KeyVersion { PublicKeyTrait::version(&self.0) } fn fingerprint(&self) -> Fingerprint { PublicKeyTrait::fingerprint(&self.0) } fn key_id(&self) -> KeyId { PublicKeyTrait::key_id(&self.0) } fn algorithm(&self) -> PublicKeyAlgorithm { PublicKeyTrait::algorithm(&self.0) } fn created_at(&self) -> &chrono::DateTime { PublicKeyTrait::created_at(&self.0) } fn expiration(&self) -> Option { PublicKeyTrait::expiration(&self.0) } } impl PublicKeyTrait for PublicSubkey { fn verify_signature( &self, hash: HashAlgorithm, hashed: &[u8], sig: &SignatureBytes, ) -> Result<()> { PublicKeyTrait::verify_signature(&self.0, hash, hashed, sig) } fn encrypt( &self, rng: R, plain: &[u8], typ: EskType, ) -> Result { PublicKeyTrait::encrypt(&self.0, rng, plain, typ) } fn serialize_for_hashing(&self, writer: &mut impl std::io::Write) -> Result<()> { PublicKeyTrait::serialize_for_hashing(&self.0, writer) } fn public_params(&self) -> &PublicParams { PublicKeyTrait::public_params(&self.0) } fn version(&self) -> KeyVersion { PublicKeyTrait::version(&self.0) } fn fingerprint(&self) -> Fingerprint { PublicKeyTrait::fingerprint(&self.0) } fn key_id(&self) -> KeyId { PublicKeyTrait::key_id(&self.0) } fn algorithm(&self) -> PublicKeyAlgorithm { PublicKeyTrait::algorithm(&self.0) } fn created_at(&self) -> &chrono::DateTime { PublicKeyTrait::created_at(&self.0) } fn expiration(&self) -> Option { PublicKeyTrait::expiration(&self.0) } } pgp-0.15.0/src/packet/key/secret.rs000064400000000000000000000537671046102023000152000ustar 00000000000000use aes_gcm::aead::rand_core::CryptoRng; use log::debug; use rand::Rng; use zeroize::Zeroize; use crate::{ crypto::{hash::HashAlgorithm, public_key::PublicKeyAlgorithm}, errors::Result, packet::{ PacketTrait, PublicKey, PublicSubkey, Signature, SignatureConfig, SignatureType, Subpacket, SubpacketData, }, types::{ EskType, Fingerprint, KeyId, KeyVersion, Mpi, PkeskBytes, PublicKeyTrait, PublicParams, SecretKeyRepr, SecretKeyTrait, SecretParams, SignatureBytes, Tag, Version, }, }; #[derive(Debug, PartialEq, Eq, Clone, zeroize::Zeroize, zeroize::ZeroizeOnDrop)] pub struct SecretKey(SecretKeyInner); #[derive(Debug, PartialEq, Eq, Clone, zeroize::Zeroize, zeroize::ZeroizeOnDrop)] pub struct SecretSubkey(SecretKeyInner); #[derive(Debug, PartialEq, Eq, Clone)] struct SecretKeyInner { details: D, secret_params: SecretParams, tag: Tag, } impl zeroize::Zeroize for SecretKeyInner { fn zeroize(&mut self) { // details are not zeroed as they are public knowledge. self.secret_params.zeroize(); } } impl Drop for SecretKeyInner { fn drop(&mut self) { self.zeroize() } } impl SecretKeyInner { fn remove_password

(&mut self, password: P) -> Result<()> where P: FnOnce() -> String, { if let SecretParams::Encrypted(enc) = &self.secret_params { let unlocked = enc.unlock(password, &self.details, Some(self.tag))?; self.secret_params = SecretParams::Plain(unlocked); } Ok(()) } fn set_password(&mut self, rng: R, password: P) -> Result<()> where R: rand::Rng + rand::CryptoRng, P: FnOnce() -> String, { let s2k = crate::types::S2kParams::new_default(rng, self.version()); Self::set_password_with_s2k(self, password, s2k) } fn set_password_with_s2k

( &mut self, password: P, s2k_params: crate::types::S2kParams, ) -> Result<()> where P: FnOnce() -> String, { let plain = match &self.secret_params { SecretParams::Plain(plain) => plain, SecretParams::Encrypted(_) => { bail!("Secret Key packet must be unlocked") } }; self.secret_params = SecretParams::Encrypted(plain.clone().encrypt( &password(), s2k_params, &self.details, Some(self.tag), )?); Ok(()) } } impl SecretKey { pub fn new(details: PublicKey, secret_params: SecretParams) -> Self { Self(SecretKeyInner { details, secret_params, tag: Tag::SecretKey, }) } /// Parses a `SecretKey` packet from the given slice. pub fn from_slice(packet_version: Version, input: &[u8]) -> Result { let (_, details) = crate::packet::secret_key_parser::parse(input)?; let (version, algorithm, created_at, expiration, public_params, secret_params) = details; Ok(Self(SecretKeyInner { details: PublicKey::new( packet_version, version, algorithm, created_at, expiration, public_params, )?, secret_params, tag: Tag::SecretKey, })) } pub fn secret_params(&self) -> &SecretParams { self.0.secret_params() } /// Checks if we should expect a SHA1 checksum in the encrypted part. pub fn has_sha1_checksum(&self) -> bool { self.0.has_sha1_checksum() } pub fn sign( &self, mut rng: R, key: &impl SecretKeyTrait, key_pw: F, ) -> Result where F: FnOnce() -> String, { self.0 .sign(&mut rng, key, key_pw, SignatureType::KeyBinding) } } impl SecretSubkey { pub fn new(details: PublicSubkey, secret_params: SecretParams) -> Self { Self(SecretKeyInner { details, secret_params, tag: Tag::SecretSubkey, }) } /// Parses a `SecretSubkey` packet from the given slice. pub fn from_slice(packet_version: Version, input: &[u8]) -> Result { let (_, details) = crate::packet::secret_key_parser::parse(input)?; let (version, algorithm, created_at, expiration, public_params, secret_params) = details; Ok(Self(SecretKeyInner { details: PublicSubkey::new( packet_version, version, algorithm, created_at, expiration, public_params, )?, secret_params, tag: Tag::SecretSubkey, })) } pub fn secret_params(&self) -> &SecretParams { self.0.secret_params() } /// Checks if we should expect a SHA1 checksum in the encrypted part. pub fn has_sha1_checksum(&self) -> bool { self.0.has_sha1_checksum() } pub fn sign( &self, mut rng: R, key: &impl SecretKeyTrait, key_pw: F, ) -> Result where F: FnOnce() -> String, { self.0 .sign(&mut rng, key, key_pw, SignatureType::SubkeyBinding) } } impl SecretKeyInner { fn secret_params(&self) -> &SecretParams { &self.secret_params } fn has_sha1_checksum(&self) -> bool { self.secret_params.string_to_key_id() == 254 } fn sign( &self, mut rng: R, key: &impl SecretKeyTrait, key_pw: F, sig_typ: SignatureType, ) -> Result where F: FnOnce() -> String, { use chrono::SubsecRound; let mut config = match key.version() { KeyVersion::V4 => SignatureConfig::v4(sig_typ, key.algorithm(), key.hash_alg()), KeyVersion::V6 => { SignatureConfig::v6(&mut rng, sig_typ, key.algorithm(), key.hash_alg())? } v => unsupported_err!("unsupported key version: {:?}", v), }; config.hashed_subpackets = vec![Subpacket::regular(SubpacketData::SignatureCreationTime( chrono::Utc::now().trunc_subsecs(0), ))]; config.unhashed_subpackets = vec![Subpacket::regular(SubpacketData::Issuer(key.key_id()))]; config.sign_key(key, key_pw, &self) } } impl SecretKeyTrait for SecretKeyInner { type PublicKey = D; type Unlocked = SecretKeyRepr; fn unlock(&self, pw: F, work: G) -> Result where F: FnOnce() -> String, G: FnOnce(&Self::Unlocked) -> Result, { let decrypted = match self.secret_params { SecretParams::Plain(ref k) => k.as_ref().as_repr(self.public_params()), SecretParams::Encrypted(ref k) => { let plain = k.unlock(pw, &self.details, Some(self.tag))?; plain.as_ref().as_repr(self.public_params()) } }?; work(&decrypted) } fn create_signature( &self, key_pw: F, hash: HashAlgorithm, data: &[u8], ) -> Result where F: FnOnce() -> String, { use crate::crypto::Signer; let mut signature: Option = None; self.unlock(key_pw, |priv_key| { debug!("unlocked key"); let sig = match *priv_key { SecretKeyRepr::RSA(ref priv_key) => priv_key.sign(hash, data, self.public_params()), SecretKeyRepr::ECDSA(ref priv_key) => { priv_key.sign(hash, data, self.public_params()) } SecretKeyRepr::DSA(ref priv_key) => priv_key.sign(hash, data, self.public_params()), SecretKeyRepr::ECDH(_) => { bail!("ECDH can not be used for signing operations") } SecretKeyRepr::X25519(_) => { bail!("X25519 can not be used for signing operations") } #[cfg(feature = "unstable-curve448")] SecretKeyRepr::X448(_) => { bail!("X448 can not be used for signing operations") } SecretKeyRepr::EdDSA(ref priv_key) => { priv_key.sign(hash, data, self.public_params()) } }?; match self.public_params() { PublicParams::Ed25519 { .. } => { // native format ensure_eq!(sig.len(), 2, "expect two signature parts"); let mut native = sig[0].clone(); native.extend_from_slice(&sig[1]); ensure_eq!(native.len(), 64, "expect 64 byte signature"); signature = Some(SignatureBytes::Native(native)); } _ => { // MPI format: // strip leading zeros, to match parse results from MPIs let mpis = sig .iter() .map(|v| Mpi::from_slice(&v[..])) .collect::>(); signature = Some(SignatureBytes::Mpis(mpis)); } } Ok(()) })?; signature.ok_or_else(|| unreachable!()) } fn public_key(&self) -> D { self.details.clone() } } impl SecretKeyTrait for SecretKey { type PublicKey = PublicKey; type Unlocked = SecretKeyRepr; fn unlock(&self, pw: F, work: G) -> Result where F: FnOnce() -> String, G: FnOnce(&Self::Unlocked) -> Result, { SecretKeyTrait::unlock(&self.0, pw, work) } fn create_signature( &self, key_pw: F, hash: HashAlgorithm, data: &[u8], ) -> Result where F: FnOnce() -> String, { SecretKeyTrait::create_signature(&self.0, key_pw, hash, data) } fn public_key(&self) -> PublicKey { SecretKeyTrait::public_key(&self.0) } } impl SecretKeyTrait for SecretSubkey { type PublicKey = PublicSubkey; type Unlocked = SecretKeyRepr; fn unlock(&self, pw: F, work: G) -> Result where F: FnOnce() -> String, G: FnOnce(&Self::Unlocked) -> Result, { SecretKeyTrait::unlock(&self.0, pw, work) } fn create_signature( &self, key_pw: F, hash: HashAlgorithm, data: &[u8], ) -> Result where F: FnOnce() -> String, { SecretKeyTrait::create_signature(&self.0, key_pw, hash, data) } fn public_key(&self) -> PublicSubkey { SecretKeyTrait::public_key(&self.0) } } impl crate::ser::Serialize for SecretKeyInner { fn to_writer(&self, writer: &mut W) -> Result<()> { // writes version and public part crate::ser::Serialize::to_writer(&self.details, writer)?; self.secret_params.to_writer(writer, self.version())?; Ok(()) } } impl crate::ser::Serialize for SecretKey { fn to_writer(&self, writer: &mut W) -> Result<()> { crate::ser::Serialize::to_writer(&self.0, writer) } } impl crate::ser::Serialize for SecretSubkey { fn to_writer(&self, writer: &mut W) -> Result<()> { crate::ser::Serialize::to_writer(&self.0, writer) } } impl PacketTrait for SecretKey { fn packet_version(&self) -> Version { self.0.details.packet_version() } fn tag(&self) -> Tag { Tag::SecretKey } } impl PacketTrait for SecretSubkey { fn packet_version(&self) -> Version { self.0.details.packet_version() } fn tag(&self) -> Tag { Tag::SecretSubkey } } impl PublicKeyTrait for SecretKey { fn verify_signature( &self, hash: HashAlgorithm, hashed: &[u8], sig: &SignatureBytes, ) -> Result<()> { PublicKeyTrait::verify_signature(&self.0, hash, hashed, sig) } fn encrypt( &self, rng: R, plain: &[u8], typ: EskType, ) -> Result { PublicKeyTrait::encrypt(&self.0, rng, plain, typ) } fn serialize_for_hashing(&self, writer: &mut impl std::io::Write) -> Result<()> { PublicKeyTrait::serialize_for_hashing(&self.0, writer) } fn public_params(&self) -> &PublicParams { PublicKeyTrait::public_params(&self.0) } fn version(&self) -> KeyVersion { PublicKeyTrait::version(&self.0) } fn fingerprint(&self) -> Fingerprint { PublicKeyTrait::fingerprint(&self.0) } fn key_id(&self) -> KeyId { PublicKeyTrait::key_id(&self.0) } fn algorithm(&self) -> PublicKeyAlgorithm { PublicKeyTrait::algorithm(&self.0) } fn created_at(&self) -> &chrono::DateTime { PublicKeyTrait::created_at(&self.0) } fn expiration(&self) -> Option { PublicKeyTrait::expiration(&self.0) } } impl PublicKeyTrait for SecretSubkey { fn verify_signature( &self, hash: HashAlgorithm, hashed: &[u8], sig: &SignatureBytes, ) -> Result<()> { PublicKeyTrait::verify_signature(&self.0, hash, hashed, sig) } fn encrypt( &self, rng: R, plain: &[u8], typ: EskType, ) -> Result { PublicKeyTrait::encrypt(&self.0, rng, plain, typ) } fn serialize_for_hashing(&self, writer: &mut impl std::io::Write) -> Result<()> { PublicKeyTrait::serialize_for_hashing(&self.0, writer) } fn public_params(&self) -> &PublicParams { PublicKeyTrait::public_params(&self.0) } fn version(&self) -> KeyVersion { PublicKeyTrait::version(&self.0) } fn fingerprint(&self) -> Fingerprint { PublicKeyTrait::fingerprint(&self.0) } fn key_id(&self) -> KeyId { PublicKeyTrait::key_id(&self.0) } fn algorithm(&self) -> PublicKeyAlgorithm { PublicKeyTrait::algorithm(&self.0) } fn created_at(&self) -> &chrono::DateTime { PublicKeyTrait::created_at(&self.0) } fn expiration(&self) -> Option { PublicKeyTrait::expiration(&self.0) } } impl PublicKeyTrait for SecretKeyInner { fn verify_signature( &self, hash: HashAlgorithm, hashed: &[u8], sig: &SignatureBytes, ) -> Result<()> { self.details.verify_signature(hash, hashed, sig) } fn encrypt( &self, rng: R, plain: &[u8], typ: EskType, ) -> Result { self.details.encrypt(rng, plain, typ) } fn serialize_for_hashing(&self, writer: &mut impl std::io::Write) -> Result<()> { self.details.serialize_for_hashing(writer) } fn public_params(&self) -> &PublicParams { self.details.public_params() } fn version(&self) -> KeyVersion { self.details.version() } fn fingerprint(&self) -> Fingerprint { self.details.fingerprint() } fn key_id(&self) -> KeyId { self.details.key_id() } fn algorithm(&self) -> PublicKeyAlgorithm { self.details.algorithm() } fn created_at(&self) -> &chrono::DateTime { self.details.created_at() } fn expiration(&self) -> Option { self.details.expiration() } } impl SecretKey { /// Remove the password protection of the private key material in this secret key packet. /// This permanently "unlocks" the secret key material. /// /// If the Secret Key material in the packet is not locked, it is left unchanged. /// /// The current locking password for this key must be provided in `password`. pub fn remove_password

(&mut self, password: P) -> Result<()> where P: FnOnce() -> String, { self.0.remove_password(password) } /// Set a `password` that "locks" the private key material in this Secret Key packet. /// /// This function uses the default S2K locking mechanism for the key version: /// /// - for V6 keys: `Aead` with `Argon2` derivation, /// - for V4 keys: `Cfb` with iterated and salted derivation of the password. /// /// To change the password on a locked Secret Key packet, it needs to be unlocked /// using [Self::remove_password] before calling this function. pub fn set_password(&mut self, rng: R, password: P) -> Result<()> where R: rand::Rng + rand::CryptoRng, P: FnOnce() -> String, { self.0.set_password(rng, password) } /// Set a `password` that "locks" the private key material in this Secret Key packet /// using the mechanisms specified in `s2k_params`. /// /// To change the password on a locked Secret Key packet, it needs to be unlocked /// using [Self::remove_password] before calling this function. pub fn set_password_with_s2k

( &mut self, password: P, s2k_params: crate::types::S2kParams, ) -> Result<()> where P: FnOnce() -> String, { self.0.set_password_with_s2k(password, s2k_params) } } impl SecretSubkey { /// Remove the password protection of the private key material in this secret key packet. /// This permanently "unlocks" the secret key material. /// /// If the Secret Key material in the packet is not locked, it is left unchanged. /// /// The current locking password for this key must be provided in `password`. pub fn remove_password

(&mut self, password: P) -> Result<()> where P: FnOnce() -> String, { self.0.remove_password(password) } /// Set a `password` that "locks" the private key material in this Secret Key packet. /// /// This function uses the default S2K locking mechanism /// (`Cfb` with iterated and salted derivation of the password). /// /// To change the password on a locked Secret Key packet, it needs to be unlocked /// using [Self::remove_password] before calling this function. pub fn set_password(&mut self, rng: R, password: P) -> Result<()> where R: rand::Rng + rand::CryptoRng, P: FnOnce() -> String, { self.0.set_password(rng, password) } /// Set a `password` that "locks" the private key material in this Secret Key packet /// using the mechanisms specified in `s2k_params`. /// /// To change the password on a locked Secret Key packet, it needs to be unlocked /// using [Self::remove_password] before calling this function. pub fn set_password_with_s2k

( &mut self, password: P, s2k_params: crate::types::S2kParams, ) -> Result<()> where P: FnOnce() -> String, { self.0.set_password_with_s2k(password, s2k_params) } } #[cfg(test)] #[allow(clippy::unwrap_used)] mod tests { use chrono::{SubsecRound, Utc}; use rand::SeedableRng; use rand_chacha::ChaCha8Rng; use crate::crypto::hash::HashAlgorithm; use crate::packet::{PublicKey, SecretKey}; use crate::types::{KeyVersion, S2kParams, SecretKeyTrait, Version}; #[test] #[ignore] // slow in debug mode (argon2) fn secret_key_protection_v4() { const DATA: &[u8] = &[0x23, 0x05]; let key_type = crate::KeyType::EdDSALegacy; let mut rng = ChaCha8Rng::seed_from_u64(0); let (public_params, secret_params) = key_type.generate(&mut rng).unwrap(); let mut alice_sec = SecretKey::new( PublicKey::new( Version::New, KeyVersion::V4, key_type.to_alg(), Utc::now().trunc_subsecs(0), None, public_params, ) .unwrap(), secret_params, ); alice_sec .set_password_with_s2k( || "password".to_string(), crate::types::S2kParams::new_default(&mut rng, KeyVersion::V4), ) .unwrap(); // signing with a wrong password should fail assert!(alice_sec .create_signature(|| "wrong".to_string(), HashAlgorithm::default(), DATA) .is_err()); // signing with the right password should succeed assert!(alice_sec .create_signature(|| "password".to_string(), HashAlgorithm::default(), DATA) .is_ok()); // remove the password protection alice_sec .remove_password(|| "password".to_string()) .unwrap(); // signing without a password should succeed now assert!(alice_sec .create_signature(String::default, HashAlgorithm::default(), DATA) .is_ok()); // set different password protection alice_sec .set_password(&mut rng, || "foo".to_string()) .unwrap(); // signing without a password should fail now assert!(alice_sec .create_signature(String::default, HashAlgorithm::default(), DATA) .is_err()); // signing with the right password should succeed assert!(alice_sec .create_signature(|| "foo".to_string(), HashAlgorithm::default(), DATA) .is_ok()); // remove the password protection again alice_sec.remove_password(|| "foo".to_string()).unwrap(); // set password protection with v6 s2k defaults (AEAD+Argon2) alice_sec .set_password_with_s2k( || "bar".to_string(), S2kParams::new_default(&mut rng, KeyVersion::V6), ) .unwrap(); // signing with the right password should succeed assert!(alice_sec .create_signature(|| "bar".to_string(), HashAlgorithm::default(), DATA) .is_ok()); } } pgp-0.15.0/src/packet/key.rs000064400000000000000000000001731046102023000136720ustar 00000000000000mod public; mod secret; pub use self::public::{PublicKey, PublicSubkey}; pub use self::secret::{SecretKey, SecretSubkey}; pgp-0.15.0/src/packet/literal_data.rs000064400000000000000000000117551046102023000155370ustar 00000000000000use std::io; use bstr::{BStr, BString}; use byteorder::{BigEndian, WriteBytesExt}; use chrono::{DateTime, SubsecRound, TimeZone, Utc}; use nom::combinator::{map, map_opt, map_res, rest}; use nom::multi::length_data; use nom::number::streaming::{be_u32, be_u8}; use nom::sequence::tuple; use nom::IResult; use num_enum::{FromPrimitive, IntoPrimitive}; use crate::errors::Result; use crate::line_writer::LineBreak; use crate::normalize_lines::Normalized; use crate::packet::PacketTrait; use crate::ser::Serialize; use crate::types::{Tag, Version}; /// Literal Data Packet /// #[derive(Clone, PartialEq, Eq, derive_more::Debug)] pub struct LiteralData { packet_version: Version, mode: DataMode, /// The filename, may contain non utf-8 bytes file_name: BString, created: DateTime, /// Raw data, stored normalized to CRLF line endings, to make signing and verification /// simpler. #[debug("{}", hex::encode(data))] data: Vec, } #[derive(Debug, Copy, Clone, FromPrimitive, IntoPrimitive, PartialEq, Eq)] #[repr(u8)] pub enum DataMode { Binary = b'b', Text = b't', Utf8 = b'u', Mime = b'm', #[num_enum(catch_all)] Other(u8), } impl LiteralData { /// Creates a literal data packet from the given string. Normalizes line endings. pub fn from_str(file_name: impl Into, raw_data: &str) -> Self { let data = Normalized::new(raw_data.bytes(), LineBreak::Crlf).collect(); LiteralData { packet_version: Version::New, mode: DataMode::Utf8, file_name: file_name.into(), created: Utc::now().trunc_subsecs(0), data, } } /// Creates a literal data packet from the given bytes. pub fn from_bytes(file_name: &BStr, data: &[u8]) -> Self { LiteralData { packet_version: Version::New, mode: DataMode::Binary, file_name: file_name.to_owned(), created: Utc::now().trunc_subsecs(0), data: data.to_owned(), } } /// Parses a `LiteralData` packet from the given slice. pub fn from_slice(packet_version: Version, input: &[u8]) -> Result { let (_, pk) = parse(packet_version)(input)?; Ok(pk) } pub fn is_binary(&self) -> bool { matches!(self.mode, DataMode::Binary) } pub fn data(&self) -> &[u8] { &self.data } #[inline] /// Extracts data in to raw data pub fn into_bytes(self) -> Vec { self.data } #[inline] /// Extracts data as string, returning raw bytes as Err if not valid utf-8 string pub fn try_into_string(self) -> Result> { match self.mode { DataMode::Binary => Err(self.data), _ => match String::from_utf8(self.data) { Ok(data) => Ok(data), Err(error) => Err(error.into_bytes()), }, } } /// Convert the data to a UTF-8 string, if appropriate for the type. /// Returns `None` if `mode` is `Binary`, or the data is not valid UTF-8. pub fn to_string(&self) -> Option { match self.mode { DataMode::Binary => None, _ => std::str::from_utf8(&self.data).map(str::to_owned).ok(), } } } impl AsRef<[u8]> for LiteralData { #[inline] fn as_ref(&self) -> &[u8] { &self.data } } impl Serialize for LiteralData { fn to_writer(&self, writer: &mut W) -> Result<()> { let name = &self.file_name; writer.write_u8(self.mode.into())?; writer.write_u8(name.len().try_into()?)?; writer.write_all(name)?; writer.write_u32::(self.created.timestamp().try_into()?)?; // Line endings are stored internally normalized, so we do not need to worry // about changing them here. writer.write_all(&self.data)?; Ok(()) } } fn parse(packet_version: Version) -> impl Fn(&[u8]) -> IResult<&[u8], LiteralData> { move |i: &[u8]| { map( tuple(( map_res(be_u8, DataMode::try_from), map(length_data(be_u8), BStr::new::<[u8]>), map_opt(be_u32, |v| Utc.timestamp_opt(i64::from(v), 0).single()), rest, )), |(mode, name, created, data)| LiteralData { packet_version, mode, created, file_name: name.to_owned(), data: data.to_vec(), }, )(i) } } impl PacketTrait for LiteralData { fn packet_version(&self) -> Version { self.packet_version } fn tag(&self) -> Tag { Tag::LiteralData } } #[test] fn test_utf8_literal() { #![allow(clippy::unwrap_used)] let slogan = "ไธ€้—จ่ต‹ไบˆๆฏไธชไบบๆž„ๅปบๅฏ้ ไธ”้ซ˜ๆ•ˆ่ฝฏไปถ่ƒฝๅŠ›็š„่ฏญ่จ€ใ€‚"; let literal = LiteralData::from_str("", slogan); assert!(String::from_utf8(literal.data).unwrap() == slogan); } pgp-0.15.0/src/packet/many.rs000064400000000000000000000417131046102023000140530ustar 00000000000000use std::io::{BufRead, Read}; use buffer_redux::policy::MinBuffered; use buffer_redux::BufReader; use crate::errors::{Error, Result}; use crate::packet::packet_sum::Packet; use crate::packet::single; use crate::types::{PacketLength, Tag}; use crate::MAX_BUFFER_SIZE; const DEFAULT_CAPACITY: usize = 1024 * 16; const READER_POLICY: MinBuffered = MinBuffered(1024); pub struct PacketParser { reader: BufReader, /// Remember if we are done. done: bool, } impl PacketParser { pub fn new(inner: R) -> Self { PacketParser { reader: BufReader::with_capacity(DEFAULT_CAPACITY, inner).set_policy(READER_POLICY), done: false, } } } impl Iterator for PacketParser { type Item = Result; fn next(&mut self) -> Option { if self.done { return None; } let buf = match self.reader.fill_buf() { Ok(buf) => buf, Err(err) => { self.done = true; return Some(Err(err.into())); } }; // No more data to read if buf.is_empty() { self.done = true; return None; } let buf_len = buf.len(); let (version, tag, packet_length) = match single::parser(buf) { Ok((rest, v)) => { let rest_len = rest.len(); let read = buf_len - rest_len; self.reader.consume(read); v } Err(nom::Err::Incomplete(_)) => { // If incomplete, we are not getting a full header, // minimum input size is checked above. self.done = true; return Some(Err(Error::PacketIncomplete)); } Err(err) => { self.done = true; return Some(Err(err.into())); } }; match packet_length { PacketLength::Indeterminate => { let mut body = Vec::new(); let mut buf = [0u8; 1024]; loop { // limited read_to_end match self.reader.read(&mut buf) { Ok(0) => { break; } Ok(r) => { body.extend_from_slice(&buf[..r]); if body.len() >= MAX_BUFFER_SIZE { self.done = true; return Some(Err(format_err!("Indeterminate packet too large"))); } } Err(err) => { self.done = true; return Some(Err(err.into())); } } } match single::body_parser(version, tag, &body) { Ok(packet) => Some(Ok(packet)), Err(err) => { self.done = true; Some(Err(err)) } } } PacketLength::Fixed(len) => { let res = if len <= self.reader.policy().0 { // small enough to reuse our internal buffer self.reader.make_room(); let body = match self.reader.fill_buf() { Ok(body) => body, Err(err) => { self.done = true; return Some(Err(err.into())); } }; if body.len() < len { return Some(Err(format_err!("invalid length encountered"))); } let res = single::body_parser(version, tag, &body[..len]); self.reader.consume(len); res } else { if len > MAX_BUFFER_SIZE { return Some(Err(format_err!("Fixed packet too large"))); } let mut buffer = vec![0u8; len]; if let Err(err) = self.reader.read_exact(&mut buffer) { self.done = true; return Some(Err(err.into())); }; single::body_parser(version, tag, &buffer) }; match res { Ok(p) => Some(Ok(p)), Err(Error::Incomplete(_)) => { // not bailing, we are just skipping incomplete bodies Some(Err(Error::PacketIncomplete)) } Err(err) => Some(Err(err)), } } PacketLength::Partial(len) => { // https://www.rfc-editor.org/rfc/rfc9580.html#name-partial-body-lengths // "An implementation MAY use Partial Body Lengths for data packets, be // they literal, compressed, or encrypted [...] // Partial Body Lengths MUST NOT be used for any other packet types" if !matches!( tag, Tag::LiteralData | Tag::CompressedData | Tag::SymEncryptedData | Tag::SymEncryptedProtectedData ) { self.done = true; return Some(Err(format_err!( "Partial body length is not allowed for packet type {:?}", tag ))); } // https://www.rfc-editor.org/rfc/rfc9580.html#section-4.2.1.4-5 // "The first partial length MUST be at least 512 octets long." if len < 512 { self.done = true; return Some(Err(format_err!( "Illegal first partial body length {} (shorter than 512 bytes)", len, ))); } // NOTE: len can be at most 1GiB per partial block, so with the current // MAX_BUFFER_SIZE setting, this comparison will never trigger. // // With a configurable/smaller limit, it could, though. // // (NOTE: we're rejecting "== MAX_BUFFER_SIZE" here as well, since this partial // must be followed by more data to form a legal packet.) if len >= MAX_BUFFER_SIZE { return Some(Err(format_err!("First partial of packet is too large"))); } let mut body = vec![0u8; len]; if let Err(err) = self.reader.read_exact(&mut body) { self.done = true; return Some(Err(err.into())); }; // Read n partials + 1 final fixed loop { self.reader.make_room(); let buf = match self.reader.fill_buf() { Ok(buf) => buf, Err(err) => { self.done = true; return Some(Err(err.into())); } }; match single::read_packet_len(buf) { Ok((rest, PacketLength::Partial(len))) => { let read = buf.len() - rest.len(); self.reader.consume(read); if let Err(err) = read_fixed(&mut self.reader, len, &mut body) { self.done = true; return Some(Err(err)); } } Ok((rest, PacketLength::Fixed(len))) => { let read = buf.len() - rest.len(); self.reader.consume(read); if let Err(err) = read_fixed(&mut self.reader, len, &mut body) { self.done = true; return Some(Err(err)); } break; } Ok((_, PacketLength::Indeterminate)) => { self.done = true; return Some(Err(Error::InvalidInput)); } Err(err) => { self.done = true; return Some(Err(err.into())); } } } match single::body_parser(version, tag, &body) { Ok(res) => Some(Ok(res)), Err(Error::Incomplete(_)) => { // not bailing, we are just skipping incomplete bodies Some(Err(Error::PacketIncomplete)) } Err(err) => { self.done = true; Some(Err(err)) } } } } } } fn read_fixed( reader: &mut BufReader, len: usize, out: &mut Vec, ) -> Result<()> { let out_len = out.len(); if out_len + len > MAX_BUFFER_SIZE { return Err(format_err!("Packet too large")); } out.resize(out_len + len, 0u8); reader.read_exact(&mut out[out_len..])?; Ok(()) } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use std::fs::File; use std::io::{BufReader, Seek, SeekFrom}; use std::path::Path; use regex::Regex; use super::*; use crate::ser::Serialize; #[test] #[ignore] fn test_packet_roundtrip_0001() { packet_roundtrip( "0001", vec![ (556, 6 + 2224), (805, 6 + 95), (806, 6 + 6495), (1027, 6 + 6246), (1074, 2490), (1331, 838), (1898, 6420), (1935, 3583), ], ) } #[test] #[ignore] fn test_packet_roundtrip_0002() { packet_roundtrip( "0002", vec![ (82, 199), // invalid hash alg 06 (85, 196), // invalid hash alg 06 (836, 3136), // non canonical length encoding (1200, 2772), // non canonical length encoding (1268, 1223), // non canonical length encoding (1670, 3419), // non canonical length encoding ], ) } #[test] #[ignore] fn test_packet_roundtrip_0009() { packet_roundtrip( "0009", vec![ (37, 3960), // non canonical length encoding (39, 3960), // non canonical length encoding (258, 75), // non canonical length encoding (260, 78), // non canonical length encoding (1053, 3181), // non canonical length encoding (1473, 5196), // non canonical length encoding (1895, 4243), // non canonical length encoding ], ) } fn packet_roundtrip(dump: &str, skips: Vec<(usize, i64)>) { let _ = pretty_env_logger::try_init(); let path = format!("./tests/tests/sks-dump/{dump}.pgp"); let p = Path::new(&path); let file = File::open(p).unwrap(); let mut bytes = File::open(p).unwrap(); let packets = PacketParser::new(file); for (i, packet) in packets.take(2000).enumerate() { // packets we need to skip, because we can not roundtrip them for some reason if let Some((_, size)) = skips.iter().find(|(j, _)| *j == i) { bytes.seek(SeekFrom::Current(*size)).unwrap(); continue; } let packet = packet.expect("invalid packet"); let mut buf = Vec::new(); packet .to_writer(&mut buf) .expect("failed to serialize packet"); let mut expected_buf = vec![0u8; buf.len()]; assert_eq!(bytes.read(&mut expected_buf).unwrap(), buf.len()); // println!("\n-- packet: {} expected size: {}", i, expected_buf.len()); if buf != expected_buf { assert_eq!(hex::encode(buf), hex::encode(expected_buf)); } } } #[test] #[ignore] fn test_many_parser() { let _ = pretty_env_logger::try_init(); let p = Path::new("./tests/tests/sks-dump/0000.pgp"); let file = File::open(p).unwrap(); // list of expected tags // this file is built by // `gpg --list-packets tests/tests/sks-dump/0000.pgp` let fixture = File::open("./tests/tests/sks-dump/0000_parsed.txt").unwrap(); let re = Regex::new(r"^#\soff=(\d+)\sctb=[[:alpha:]\d]+\stag=(\d+)\s.*").unwrap(); let expected_tags = BufReader::new(fixture) .lines() .filter(|line| line.as_ref().unwrap().starts_with("# off")) .map(|line| { let (offset, tag) = { let cap = re.captures(line.as_ref().unwrap()).unwrap(); (cap[1].to_string(), cap[2].to_string()) }; (offset, tag, line) }) .filter(|(offset, _, _)| { // skip certain packages we are not (yet) parsing offset != "1193538" && // invalid mpi offset != "5053086" && // invalid mpi offset != "9758352" && // TODO: unclear why this sig fails to parse offset != "9797527" && // TODO: unclear why this sig fails to parse offset != "24798372" && // TODO: unclear why this public sub key fails to parse offset != "24810682" && // bad attribute size offset != "38544535" // bad attribute size }); let actual_tags = PacketParser::new(file).filter(|p| p.is_ok()); for ((_offset, tag, e), packet) in expected_tags.zip(actual_tags) { let e = e.as_ref().unwrap(); let packet = packet.unwrap(); // println!("\n-- checking: {:?} {}", packet.tag(), e); let tag: Tag = u8::into(tag.parse().unwrap()); assert_eq!(tag, packet.tag(), "mismatch in packet {:?} ({})", p, e); } } #[test] fn incomplete_packet_parser() { let _ = pretty_env_logger::try_init(); let bytes: [u8; 1] = [0x97]; let parser = PacketParser::new(&bytes[..]); let mut packets = parser.filter_map(|p| { // for now we are skipping any packets that we failed to parse match p { Ok(pp) => Some(pp), Err(err) => { log::warn!("skipping packet: {:?}", err); None } } }); assert!(packets.next().is_none()); } #[test] fn test_partial_length_encoding() { let _ = pretty_env_logger::try_init(); use crate::{Deserializable, Message}; const TEXT: &str = "Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat. Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur. Excepteur sint occaecat cupidatat non proident, sunt in culpa qui officia deserunt mollit anim id est laborum. Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat. Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur. Excepteur sint occaecat cupidatat non proident, sunt in culpa qui officia deserunt mollit anim id est laborum.\n"; for msg_file in [ // Literal Data Packet with two octet length encoding "./tests/unit-tests/partial-body-length/literal.packet-two-octet-length.asc", // Literal Data Packet with first partial length of 512 bytes, followed by a part with five octet length encoding "./tests/unit-tests/partial-body-length/literal.packet-partial.512.asc", ] { let (message, _headers) = Message::from_armor_single(File::open(msg_file).unwrap()) .expect("failed to parse message"); let Message::Literal(data) = &message else { panic!("expected Literal") }; assert_eq!(data.data(), TEXT.as_bytes()); } // Literal Data Packet with illegal first partial length of 256 bytes let res = Message::from_armor_single( File::open("./tests/unit-tests/partial-body-length/literal.packet-partial.256.asc") .unwrap(), ); assert!(res.is_err()); } } pgp-0.15.0/src/packet/marker.rs000064400000000000000000000020231046102023000143570ustar 00000000000000use std::io; use crate::errors::Result; use crate::packet::PacketTrait; use crate::ser::Serialize; use crate::types::{Tag, Version}; /// PGP as UTF-8 octets. const PGP: [u8; 3] = [0x50, 0x47, 0x50]; /// Marker Packet /// #[derive(Debug, Clone, PartialEq, Eq)] pub struct Marker { packet_version: Version, } impl Marker { /// Parses a `Marker` packet from the given slice. pub fn from_slice(packet_version: Version, input: &[u8]) -> Result { ensure_eq!(input, &PGP[..], "invalid input"); Ok(Marker { packet_version }) } pub fn packet_version(&self) -> Version { self.packet_version } } impl Serialize for Marker { fn to_writer(&self, writer: &mut W) -> Result<()> { writer.write_all(&PGP[..])?; Ok(()) } } impl PacketTrait for Marker { fn packet_version(&self) -> Version { self.packet_version } fn tag(&self) -> Tag { Tag::Marker } } pgp-0.15.0/src/packet/mod.rs000064400000000000000000000073531046102023000136700ustar 00000000000000//! # Packet module //! //! Handles everything in relationship to packets. //! //! [Key generation] is handled separately as well as //! [signing and verifying with external hashing] applied. //! //! [Key generation]: super::composed::key //! [signing and verifying with external hashing]: super::composed::signed_key //! //! ```rust //! # const DATA :&'static [u8] = b"Hello World"; //! # use rand::thread_rng; //! # use pgp::composed::{self, KeyType, KeyDetails, SecretKey, SecretSubkey, key::SecretKeyParamsBuilder}; //! # use pgp::errors::Result; //! # use pgp::packet::{self, KeyFlags, UserAttribute, SignatureVersionSpecific, UserId}; //! use pgp::crypto::{self, sym::SymmetricKeyAlgorithm, hash::HashAlgorithm, public_key::PublicKeyAlgorithm}; //! use pgp::types::{self, PublicKeyTrait, SecretKeyTrait, CompressionAlgorithm}; //! use smallvec::*; //! # //! # let mut key_params = SecretKeyParamsBuilder::default(); //! # key_params //! # .key_type(KeyType::Rsa(2048)) //! # .can_certify(false) //! # .can_sign(true) //! # .primary_user_id("Me ".into()) //! # .preferred_symmetric_algorithms(smallvec![ //! # SymmetricKeyAlgorithm::AES256, //! # ]) //! # .preferred_hash_algorithms(smallvec![ //! # HashAlgorithm::SHA2_256, //! # ]) //! # .preferred_compression_algorithms(smallvec![ //! # CompressionAlgorithm::ZLIB, //! # ]); //! # let secret_key_params = key_params.build().expect("Must be able to create secret key params"); //! # let secret_key = secret_key_params.generate(thread_rng()).expect("Failed to generate a plain key."); //! # let passwd_fn = || String::new(); //! # let signed_secret_key = secret_key.sign(&mut thread_rng(), passwd_fn).expect("Must be able to sign its own metadata"); //! # let public_key = signed_secret_key.public_key(); //! use pgp::packet::{Signature, SignatureConfig}; //! //! let signing_key = signed_secret_key; //! let verification_key = public_key; //! //! //! let passwd_fn = || String::new(); //! //! let now = chrono::Utc::now(); //! //! let mut sig_cfg = SignatureConfig::v4(packet::SignatureType::Binary, PublicKeyAlgorithm::RSA, HashAlgorithm::SHA2_256); //! sig_cfg.hashed_subpackets = vec![ //! packet::Subpacket::regular(packet::SubpacketData::SignatureCreationTime(now)), //! packet::Subpacket::regular(packet::SubpacketData::Issuer(signing_key.key_id())), //! ]; //! //! let signature_packet = sig_cfg //! .sign(&signing_key, passwd_fn, DATA) //! .expect("Should sign"); //! //! let mut signature_bytes = Vec::with_capacity(1024); //! packet::write_packet(&mut signature_bytes, &signature_packet).expect("Write must succeed"); //! //! signature_packet //! .verify(&verification_key, DATA) //! .expect("Failed to validate signature"); //! ``` mod many; mod packet_sum; mod single; mod compressed_data; mod key; mod literal_data; mod marker; mod mod_detection_code; mod one_pass_signature; mod padding; mod public_key_encrypted_session_key; mod signature; mod sym_encrypted_data; mod sym_encrypted_protected_data; mod sym_key_encrypted_session_key; mod trust; mod user_attribute; mod user_id; mod public_key_parser; mod secret_key_parser; pub use self::compressed_data::*; pub use self::key::*; pub use self::literal_data::*; pub use self::many::*; pub use self::marker::*; pub use self::mod_detection_code::*; pub use self::one_pass_signature::*; pub use self::packet_sum::*; pub use self::padding::*; pub use self::public_key_encrypted_session_key::*; pub use self::signature::*; pub use self::sym_encrypted_data::*; pub use self::sym_encrypted_protected_data::Data; pub use self::sym_encrypted_protected_data::*; pub use self::sym_key_encrypted_session_key::*; pub use self::trust::*; pub use self::user_attribute::*; pub use self::user_id::*; pgp-0.15.0/src/packet/mod_detection_code.rs000064400000000000000000000033351046102023000167140ustar 00000000000000use std::io; use crate::errors::Result; use crate::packet::PacketTrait; use crate::ser::Serialize; use crate::types::{Tag, Version}; /// Modification Detection Code Packet /// /// /// Also see : /// /// "Modification Detection Code" or "MDC" was originally described as a distinct packet /// (Packet Type ID 19), and its corresponding flag in the Features signature subpacket /// (Section 5.2.3.32) was known as "Modification Detection". /// It is now described as an intrinsic part of v1 SEIPD (Section 5.13.1), and the same /// corresponding flag is known as "Version 1 Symmetrically Encrypted and Integrity Protected /// Data packet". #[derive(derive_more::Debug, Clone, PartialEq, Eq)] pub struct ModDetectionCode { packet_version: Version, /// 20 byte SHA1 hash of the preceding plaintext data. #[debug("{}", hex::encode(hash))] hash: [u8; 20], } impl ModDetectionCode { /// Parses a `ModDetectionCode` packet from the given slice. pub fn from_slice(packet_version: Version, input: &[u8]) -> Result { ensure_eq!(input.len(), 20, "invalid input len"); let mut hash = [0u8; 20]; hash.copy_from_slice(input); Ok(ModDetectionCode { packet_version, hash, }) } } impl Serialize for ModDetectionCode { fn to_writer(&self, writer: &mut W) -> Result<()> { writer.write_all(&self.hash[..])?; Ok(()) } } impl PacketTrait for ModDetectionCode { fn packet_version(&self) -> Version { self.packet_version } fn tag(&self) -> Tag { Tag::ModDetectionCode } } pgp-0.15.0/src/packet/one_pass_signature.rs000064400000000000000000000144461046102023000170020ustar 00000000000000use std::io; use byteorder::WriteBytesExt; use nom::bytes::streaming::take; use nom::combinator::{map, map_res}; use nom::number::streaming::be_u8; use crate::crypto::hash::HashAlgorithm; use crate::crypto::public_key::PublicKeyAlgorithm; use crate::errors::{IResult, Result}; use crate::packet::signature::SignatureType; use crate::packet::PacketTrait; use crate::ser::Serialize; use crate::types::{KeyId, Tag, Version}; /// One-Pass Signature Packet /// /// /// A One-Pass Signature Packet acts as a companion to a Signature Packet. In modern OpenPGP /// messages, Ops and Signatures occur in pairs, bracketing the message payload. /// /// The Ops packet contains all the information that a recipient needs to calculate the hash /// digest for the signature. This enables the recipient to process the message in "one pass", /// calculating the hash digest based on the Ops Packet (which occurs before the message payload), /// and validating the cryptographic signature in the Signature Packet (which occurs after the /// message payload) after hashing is completed. #[derive(derive_more::Debug, Clone, PartialEq, Eq)] pub struct OnePassSignature { pub packet_version: Version, pub typ: SignatureType, pub hash_algorithm: HashAlgorithm, pub pub_algorithm: PublicKeyAlgorithm, pub last: u8, pub version_specific: OpsVersionSpecific, } /// Version-specific elements of a One-Pass Signature Packet: /// /// - A v3 OPS contains the `key_id` of the signer. /// - A v6 OPS contains the v6 `fingerprint` of the signer, and the `salt` used in the corresponding /// signature packet. #[derive(derive_more::Debug, Clone, PartialEq, Eq)] pub enum OpsVersionSpecific { V3 { key_id: KeyId, }, V6 { salt: Vec, fingerprint: [u8; 32], }, } impl OnePassSignature { pub fn version(&self) -> u8 { match self.version_specific { OpsVersionSpecific::V3 { .. } => 3, OpsVersionSpecific::V6 { .. } => 6, } } } impl OnePassSignature { /// Parses a `OnePassSignature` packet from the given slice. pub fn from_slice(packet_version: Version, input: &[u8]) -> Result { let (_, pk) = parse(packet_version)(input)?; Ok(pk) } /// Constructor for a v3 one pass signature packet. /// /// RFC 4880-era OpenPGP uses v3 one pass signature packets (NOTE: there is no v4 OPS) /// /// "When generating a one-pass signature, the OPS packet version MUST correspond to the /// version of the associated Signature packet, except for the historical accident that version /// 4 keys use a version 3 One-Pass Signature packet (there is no version 4 OPS)." /// /// pub fn v3( typ: SignatureType, hash_algorithm: HashAlgorithm, pub_algorithm: PublicKeyAlgorithm, key_id: KeyId, ) -> Self { OnePassSignature { packet_version: Default::default(), typ, hash_algorithm, pub_algorithm, last: 1, version_specific: OpsVersionSpecific::V3 { key_id }, } } /// Constructor for a v6 one pass signature packet. /// /// Version 6 OpenPGP signatures must be combined with v6 one pass signature packets. /// /// pub fn v6( typ: SignatureType, hash_algorithm: HashAlgorithm, pub_algorithm: PublicKeyAlgorithm, salt: Vec, fingerprint: [u8; 32], ) -> Self { OnePassSignature { packet_version: Default::default(), typ, hash_algorithm, pub_algorithm, last: 1, version_specific: OpsVersionSpecific::V6 { salt, fingerprint }, } } } fn parse(packet_version: Version) -> impl Fn(&[u8]) -> IResult<&[u8], OnePassSignature> { move |i: &[u8]| { let (i, version) = be_u8(i)?; let (i, typ) = map_res(be_u8, SignatureType::try_from)(i)?; let (i, hash_algorithm) = map(be_u8, HashAlgorithm::from)(i)?; let (i, pub_algorithm) = map(be_u8, PublicKeyAlgorithm::from)(i)?; let (i, version_specific) = match version { 3 => { let (i, key_id) = map_res(take(8usize), KeyId::from_slice)(i)?; (i, OpsVersionSpecific::V3 { key_id }) } 6 => { let (i, salt_len) = be_u8(i)?; let (i, salt) = map(take(salt_len), |salt: &[u8]| salt.to_vec())(i)?; let (i, fingerprint) = map_res(take(32usize), TryInto::try_into)(i)?; (i, OpsVersionSpecific::V6 { salt, fingerprint }) } _ => { return Err(nom::Err::Error(crate::errors::Error::Unsupported(format!( "Unsupported one pass signature packet version {version}", )))) } }; let (i, last) = be_u8(i)?; let ops = OnePassSignature { packet_version, typ, hash_algorithm, pub_algorithm, last, version_specific, }; Ok((i, ops)) } } impl Serialize for OnePassSignature { fn to_writer(&self, writer: &mut W) -> Result<()> { writer.write_u8(self.version())?; writer.write_u8(self.typ.into())?; writer.write_u8(self.hash_algorithm.into())?; writer.write_u8(self.pub_algorithm.into())?; // salt, if v6 if let OpsVersionSpecific::V6 { salt, .. } = &self.version_specific { writer.write_u8(salt.len().try_into()?)?; writer.write_all(salt)?; } match &self.version_specific { OpsVersionSpecific::V3 { key_id } => { writer.write_all(key_id.as_ref())?; } OpsVersionSpecific::V6 { fingerprint, .. } => { writer.write_all(fingerprint.as_ref())?; } } writer.write_u8(self.last)?; Ok(()) } } impl PacketTrait for OnePassSignature { fn packet_version(&self) -> Version { self.packet_version } fn tag(&self) -> Tag { Tag::OnePassSignature } } pgp-0.15.0/src/packet/packet_sum.rs000064400000000000000000000143641046102023000152440ustar 00000000000000use std::io; use log::debug; use crate::errors::Result; use crate::packet::{ CompressedData, LiteralData, Marker, ModDetectionCode, OnePassSignature, Padding, PublicKey, PublicKeyEncryptedSessionKey, PublicSubkey, SecretKey, SecretSubkey, Signature, SymEncryptedData, SymEncryptedProtectedData, SymKeyEncryptedSessionKey, Trust, UserAttribute, UserId, }; use crate::ser::Serialize; use crate::types::{Tag, Version}; #[derive(Debug)] #[allow(clippy::large_enum_variant)] // TODO: fix me pub enum Packet { CompressedData(CompressedData), PublicKey(PublicKey), PublicSubkey(PublicSubkey), SecretKey(SecretKey), SecretSubkey(SecretSubkey), LiteralData(LiteralData), Marker(Marker), ModDetectionCode(ModDetectionCode), OnePassSignature(OnePassSignature), PublicKeyEncryptedSessionKey(PublicKeyEncryptedSessionKey), Signature(Signature), SymEncryptedData(SymEncryptedData), SymEncryptedProtectedData(SymEncryptedProtectedData), SymKeyEncryptedSessionKey(SymKeyEncryptedSessionKey), Trust(Trust), UserAttribute(UserAttribute), UserId(UserId), Padding(Padding), } impl Packet { /// Returns the tag for this packet type. pub fn tag(&self) -> Tag { match self { Packet::CompressedData(_) => Tag::CompressedData, Packet::PublicKey(_) => Tag::PublicKey, Packet::PublicSubkey(_) => Tag::PublicSubkey, Packet::SecretKey(_) => Tag::SecretKey, Packet::SecretSubkey(_) => Tag::SecretSubkey, Packet::LiteralData(_) => Tag::LiteralData, Packet::Marker(_) => Tag::Marker, Packet::ModDetectionCode(_) => Tag::ModDetectionCode, Packet::OnePassSignature(_) => Tag::OnePassSignature, Packet::PublicKeyEncryptedSessionKey(_) => Tag::PublicKeyEncryptedSessionKey, Packet::Signature(_) => Tag::Signature, Packet::SymEncryptedData(_) => Tag::SymEncryptedData, Packet::SymEncryptedProtectedData(_) => Tag::SymEncryptedProtectedData, Packet::SymKeyEncryptedSessionKey(_) => Tag::SymKeyEncryptedSessionKey, Packet::Trust(_) => Tag::Trust, Packet::UserAttribute(_) => Tag::UserAttribute, Packet::UserId(_) => Tag::UserId, Packet::Padding(_) => Tag::Padding, } } pub fn packet_version(&self) -> Version { match self { Packet::CompressedData(p) => p.packet_version(), Packet::PublicKey(p) => p.packet_version(), Packet::PublicSubkey(p) => p.packet_version(), Packet::SecretKey(p) => p.packet_version(), Packet::SecretSubkey(p) => p.packet_version(), Packet::LiteralData(p) => p.packet_version(), Packet::Marker(p) => p.packet_version(), Packet::ModDetectionCode(p) => p.packet_version(), Packet::OnePassSignature(p) => p.packet_version(), Packet::PublicKeyEncryptedSessionKey(p) => p.packet_version(), Packet::Signature(p) => p.packet_version(), Packet::SymEncryptedData(p) => p.packet_version(), Packet::SymEncryptedProtectedData(p) => p.packet_version(), Packet::SymKeyEncryptedSessionKey(p) => p.packet_version(), Packet::Trust(p) => p.packet_version(), Packet::UserAttribute(p) => p.packet_version(), Packet::UserId(p) => p.packet_version(), Packet::Padding(p) => p.packet_version(), } } } impl_try_from_into!( Packet, CompressedData => CompressedData, PublicKey => PublicKey, PublicSubkey => PublicSubkey, SecretKey => SecretKey, SecretSubkey => SecretSubkey, LiteralData => LiteralData, Marker => Marker, ModDetectionCode => ModDetectionCode, OnePassSignature => OnePassSignature, PublicKeyEncryptedSessionKey => PublicKeyEncryptedSessionKey, Signature => Signature, SymEncryptedData => SymEncryptedData, SymEncryptedProtectedData => SymEncryptedProtectedData, SymKeyEncryptedSessionKey => SymKeyEncryptedSessionKey, Trust => Trust, UserAttribute => UserAttribute, UserId => UserId, Padding => Padding ); // TODO: move to its own file impl Serialize for Packet { fn to_writer(&self, writer: &mut W) -> Result<()> { match self { Packet::CompressedData(p) => write_packet(writer, &p), Packet::PublicKey(p) => write_packet(writer, &p), Packet::PublicSubkey(p) => write_packet(writer, &p), Packet::SecretKey(p) => write_packet(writer, &p), Packet::SecretSubkey(p) => write_packet(writer, &p), Packet::LiteralData(p) => write_packet(writer, &p), Packet::Marker(p) => write_packet(writer, &p), Packet::ModDetectionCode(p) => write_packet(writer, &p), Packet::OnePassSignature(p) => write_packet(writer, &p), Packet::PublicKeyEncryptedSessionKey(p) => write_packet(writer, &p), Packet::Signature(p) => write_packet(writer, &p), Packet::SymEncryptedData(p) => write_packet(writer, &p), Packet::SymEncryptedProtectedData(p) => write_packet(writer, &p), Packet::SymKeyEncryptedSessionKey(p) => write_packet(writer, &p), Packet::Trust(p) => write_packet(writer, &p), Packet::UserAttribute(p) => write_packet(writer, &p), Packet::UserId(p) => write_packet(writer, &p), Packet::Padding(p) => write_packet(writer, &p), } } } pub trait PacketTrait: Serialize { fn packet_version(&self) -> Version; fn tag(&self) -> Tag; } impl<'a, T: 'a + PacketTrait> PacketTrait for &'a T { fn packet_version(&self) -> Version { (*self).packet_version() } fn tag(&self) -> Tag { (*self).tag() } } pub fn write_packet(writer: &mut impl io::Write, packet: &impl PacketTrait) -> Result<()> { let packet_version = packet.packet_version(); let mut buf = Vec::new(); packet.to_writer(&mut buf)?; debug!( "write_packet {:?} {:?} (len: {})", &packet_version, packet.tag(), buf.len() ); // header packet_version.write_header(writer, packet.tag().into(), buf.len())?; // the actual packet body writer.write_all(&buf)?; Ok(()) } pgp-0.15.0/src/packet/padding.rs000064400000000000000000000053601046102023000145130ustar 00000000000000use std::io; use rand::{CryptoRng, RngCore}; use crate::errors::Result; use crate::packet::PacketTrait; use crate::ser::Serialize; use crate::types::{Tag, Version}; /// Padding Packet /// /// #[derive(derive_more::Debug, Clone, PartialEq, Eq)] pub struct Padding { packet_version: Version, /// Random data. #[debug("{}", hex::encode(data))] data: Vec, } impl Padding { /// Parses a `Padding` packet from the given slice. pub fn from_slice(packet_version: Version, input: &[u8]) -> Result { Ok(Padding { packet_version, data: input.to_vec(), }) } /// Create a new padding packet of `size` in bytes. pub fn new(mut rng: R, packet_version: Version, size: usize) -> Self { let mut data = vec![0u8; size]; rng.fill_bytes(&mut data); Padding { packet_version, data, } } pub fn packet_version(&self) -> Version { self.packet_version } } impl Serialize for Padding { fn to_writer(&self, writer: &mut W) -> Result<()> { writer.write_all(&self.data)?; Ok(()) } } impl PacketTrait for Padding { fn packet_version(&self) -> Version { self.packet_version } fn tag(&self) -> Tag { Tag::Padding } } #[cfg(test)] mod tests { use rand::SeedableRng; use rand_chacha::ChaCha20Rng; use super::super::single; use super::*; use crate::packet::Packet; use crate::types::PacketLength; #[test] fn test_padding_roundtrip() { let packet_raw = hex::decode("d50ec5a293072991628147d72c8f86b7").expect("valid hex"); let (rest, (version, tag, plen)) = single::parser(&packet_raw).expect("parse"); let PacketLength::Fixed(len) = plen else { panic!("invalid parse result"); }; assert_eq!(rest.len(), len); let full_packet = single::body_parser(version, tag, &rest[..len]).expect("body parse"); let Packet::Padding(ref packet) = full_packet else { panic!("invalid packet: {:?}", full_packet); }; assert_eq!( packet.data, hex::decode("c5a293072991628147d72c8f86b7").expect("valid hex") ); // encode let encoded = full_packet.to_bytes().expect("encode"); assert_eq!(encoded, packet_raw); } #[test] fn test_padding_new() { let mut rng = ChaCha20Rng::seed_from_u64(1); let packet = Padding::new(&mut rng, Version::New, 20); assert_eq!(packet.data.len(), 20); let encoded = packet.to_bytes().expect("encode"); assert_eq!(encoded, packet.data); } } pgp-0.15.0/src/packet/public_key_encrypted_session_key.rs000064400000000000000000000505751046102023000217330ustar 00000000000000use std::io; use byteorder::WriteBytesExt; use nom::bytes::streaming::take; use nom::combinator::{map, map_res}; use nom::number::streaming::be_u8; use nom::sequence::pair; use rand::{CryptoRng, Rng}; use zeroize::Zeroizing; use crate::crypto::checksum; use crate::crypto::public_key::PublicKeyAlgorithm; use crate::crypto::sym::SymmetricKeyAlgorithm; use crate::errors::{IResult, Result}; use crate::packet::PacketTrait; use crate::ser::Serialize; use crate::types::{ mpi, EskType, Fingerprint, KeyId, KeyVersion, PkeskBytes, PkeskVersion, PublicKeyTrait, PublicParams, Tag, Version, }; /// Public Key Encrypted Session Key Packet (PKESK) /// /// /// A PKESK contains an encrypted session key that has been encrypted to a specific public key. /// PKESK are used in combination with a symmetric encryption container: /// /// - V3 PKESK are used in combination with [version 1 Symmetrically Encrypted and Integrity /// Protected Data Packets](https://www.rfc-editor.org/rfc/rfc9580.html#name-version-1-symmetrically-enc). /// - V6 PKESK are used in combination with [version 2 Symmetrically Encrypted and Integrity /// Protected Data Packets](https://www.rfc-editor.org/rfc/rfc9580.html#name-version-2-symmetrically-enc). #[derive(Debug, Clone, PartialEq, Eq)] pub enum PublicKeyEncryptedSessionKey { V3 { packet_version: Version, id: KeyId, pk_algo: PublicKeyAlgorithm, values: PkeskBytes, }, V6 { packet_version: Version, fingerprint: Option, pk_algo: PublicKeyAlgorithm, values: PkeskBytes, }, Other { packet_version: Version, version: u8, }, } impl PublicKeyEncryptedSessionKey { /// Parses a `PublicKeyEncryptedSessionKey` packet from the given slice. pub fn from_slice(version: Version, input: &[u8]) -> Result { let (_, pk) = parse(version)(input)?; Ok(pk) } /// Prepare the session key data for encryption in a PKESK. /// /// See fn prepare_session_key_for_encryption( alg: Option, // set for pkesk v3 sk: &[u8], pp: &PublicParams, ) -> Zeroizing> { let mut data = Zeroizing::new(Vec::with_capacity(1 + sk.len() + 2)); // max required capacity (for v3 and not-x22519/449) // Prefix session key with symmetric key algorithm (for v3 PKESK) if let Some(alg) = alg { data.push(u8::from(alg)); } // Add the raw session key data data.extend_from_slice(sk); // Appended a checksum of the session key (except for X25519 and X448) match pp { PublicParams::X25519 { .. } => {} #[cfg(feature = "unstable-curve448")] PublicParams::X448 { .. } => {} _ => data.extend_from_slice(&checksum::calculate_simple(sk).to_be_bytes()), } data } /// Encrypts the given session key to `pkey` as a v3 pkesk. pub fn from_session_key_v3( rng: R, session_key: &[u8], alg: SymmetricKeyAlgorithm, pkey: &impl PublicKeyTrait, ) -> Result { // the symmetric key algorithm, the session key, and a checksum (for some algorithms) let data = Self::prepare_session_key_for_encryption(Some(alg), session_key, pkey.public_params()); let values = pkey.encrypt(rng, &data, EskType::V3_4)?; Ok(PublicKeyEncryptedSessionKey::V3 { packet_version: Default::default(), id: pkey.key_id(), pk_algo: pkey.algorithm(), values, }) } /// Encrypts the given session key to `pkey` as a v6 pkesk. pub fn from_session_key_v6( rng: R, session_key: &[u8], pkey: &impl PublicKeyTrait, ) -> Result { // "An implementation MUST NOT generate ElGamal v6 PKESK packets." // (See https://www.rfc-editor.org/rfc/rfc9580.html#section-5.1.4-6) if pkey.algorithm() == PublicKeyAlgorithm::Elgamal { bail!("ElGamal is not a legal encryption mechanism for v6 PKESK"); } // the session key, and a checksum (for some algorithms) let data = Self::prepare_session_key_for_encryption(None, session_key, pkey.public_params()); let values = pkey.encrypt(rng, &data, EskType::V6)?; Ok(PublicKeyEncryptedSessionKey::V6 { packet_version: Default::default(), fingerprint: Some(pkey.fingerprint()), pk_algo: pkey.algorithm(), values, }) } /// Check if a Key matches with this PKESK's target /// - for v3: is PKESK key id the wildcard, or does it match the key id of `pkey`? /// - for v6: is PKESK fingerprint the wildcard (represented as `None`), or does it match the fingerprint of `pkey`? pub fn match_identity(&self, pkey: &impl PublicKeyTrait) -> bool { match self { Self::V3 { id, .. } => id.is_wildcard() || (id == &pkey.key_id()), Self::V6 { fingerprint, .. } => { if let Some(fingerprint) = fingerprint { fingerprint == &pkey.fingerprint() } else { true // wildcard always matches } } _ => false, } } /// The Key ID in this PKESK. Only available for v3 PKESK (the function returns an Error for v6 PKESK). /// /// The Key ID may consist of all Zero-Bytes (if the PKESK was created for an anonymous recipient). /// /// See pub fn id(&self) -> Result<&KeyId> { match self { Self::V3 { id, .. } => Ok(id), _ => bail!("KeyID is only available for V3 PKESK"), } } /// The Fingerprint in this PKESK. Only available for v6 PKESK (the function returns an Error for v3 PKESK). /// /// Additionally, the Fingerprint may be `None` (if the PKESK was created for an anonymous recipient). /// /// See pub fn fingerprint(&self) -> Result> { match self { Self::V6 { fingerprint, .. } => Ok(fingerprint.as_ref()), _ => bail!("Fingerprint is only available for V6 PKESK"), } } /// The raw encrypted session key data inside this PKESK. /// This data is algorithm specific. /// /// See /// and the following sections. pub fn values(&self) -> Result<&PkeskBytes> { match self { Self::V3 { values, .. } | Self::V6 { values, .. } => Ok(values), Self::Other { version, .. } => bail!("Unsupported PKESK version {}", version), } } /// The public key algorithm used in this PKESK. /// /// An error is returned for unsupported PKESK versions (any version except "3" and "6"). pub fn algorithm(&self) -> Result { match self { Self::V3 { pk_algo, .. } | Self::V6 { pk_algo, .. } => Ok(*pk_algo), _ => bail!("PublicKeyAlgorithm unknown for {:?}", self), } } /// The version of this PKESK (currently "3" and "6" are expected values) pub fn version(&self) -> PkeskVersion { match self { Self::V3 { .. } => PkeskVersion::V3, Self::V6 { .. } => PkeskVersion::V6, Self::Other { version, .. } => PkeskVersion::Other(*version), } } } fn parse_esk<'i>( alg: &PublicKeyAlgorithm, i: &'i [u8], version: u8, ) -> IResult<&'i [u8], PkeskBytes> { match alg { PublicKeyAlgorithm::RSA | PublicKeyAlgorithm::RSASign | PublicKeyAlgorithm::RSAEncrypt => { map(mpi, |v| PkeskBytes::Rsa { mpi: v.to_owned() })(i) } PublicKeyAlgorithm::Elgamal | PublicKeyAlgorithm::ElgamalSign => { map(pair(mpi, mpi), |(first, second)| PkeskBytes::Elgamal { first: first.to_owned(), second: second.to_owned(), })(i) } PublicKeyAlgorithm::ECDSA | PublicKeyAlgorithm::DSA | PublicKeyAlgorithm::DiffieHellman => { Ok((i, PkeskBytes::Other)) } PublicKeyAlgorithm::ECDH => { let (i, a) = mpi(i)?; let (i, blen) = be_u8(i)?; let (i, b) = take(blen)(i)?; Ok(( i, PkeskBytes::Ecdh { public_point: a.to_owned(), encrypted_session_key: b.into(), }, )) } PublicKeyAlgorithm::X25519 => { // 32 octets representing an ephemeral X25519 public key. let (i, ephemeral_public) = nom::bytes::complete::take(32u8)(i)?; // A one-octet size of the following fields. let (i, len) = be_u8(i)?; if len == 0 { return Err(nom::Err::Error(crate::errors::Error::InvalidInput)); } // The one-octet algorithm identifier, if it was passed (in the case of a v3 PKESK packet). let (i, sym_alg) = if version == 3 { map(be_u8, SymmetricKeyAlgorithm::from)(i).map(|(i, alg)| (i, Some(alg)))? } else { (i, None) }; let skey_len = if version == 3 { len - 1 } else { len }; // The encrypted session key. let (i, esk) = nom::bytes::complete::take(skey_len)(i)?; Ok(( i, PkeskBytes::X25519 { ephemeral: ephemeral_public.try_into().expect("32"), sym_alg, session_key: esk.to_vec(), }, )) } #[cfg(feature = "unstable-curve448")] PublicKeyAlgorithm::X448 => { // 56 octets representing an ephemeral X448 public key. let (i, ephemeral_public) = nom::bytes::complete::take(56u8)(i)?; // A one-octet size of the following fields. let (i, len) = be_u8(i)?; if len == 0 { return Err(nom::Err::Error(crate::errors::Error::InvalidInput)); } // The one-octet algorithm identifier, if it was passed (in the case of a v3 PKESK packet). let (i, sym_alg) = if version == 3 { map(be_u8, SymmetricKeyAlgorithm::from)(i).map(|(i, alg)| (i, Some(alg)))? } else { (i, None) }; let skey_len = if version == 3 { len - 1 } else { len }; // The encrypted session key. let (i, esk) = nom::bytes::complete::take(skey_len)(i)?; Ok(( i, PkeskBytes::X448 { ephemeral: ephemeral_public.try_into().expect("56"), sym_alg, session_key: esk.to_vec(), }, )) } PublicKeyAlgorithm::Unknown(_) => Ok((i, PkeskBytes::Other)), // we don't know the format of this data _ => Err(nom::Err::Error(crate::errors::Error::ParsingError( nom::error::ErrorKind::Switch, ))), } } /// Parses a Public-Key Encrypted Session Key Packets. fn parse( packet_version: Version, ) -> impl Fn(&[u8]) -> IResult<&[u8], PublicKeyEncryptedSessionKey> { move |i: &[u8]| { // version, 3 and 6 are allowed let (i, version) = be_u8(i)?; if version == 3 { // the key id this maps to let (i, id) = map_res(take(8u8), KeyId::from_slice)(i)?; // the public key algorithm let (i, pk_algo) = map(be_u8, PublicKeyAlgorithm::from)(i)?; // key algorithm specific data let (i, values) = parse_esk(&pk_algo, i, version)?; Ok(( i, PublicKeyEncryptedSessionKey::V3 { packet_version, id, pk_algo, values, }, )) } else if version == 6 { // A one-octet size of the following two fields. This size may be zero, // if the key version number field and the fingerprint field are omitted // for an "anonymous recipient" (see Section 5.1.8). let (i, len) = be_u8(i)?; let (i, fingerprint) = match len { 0 => (i, None), _ => { // A one octet key version number. let (i, v) = map(be_u8, KeyVersion::from)(i)?; // The fingerprint of the public key or subkey to which the session key is encrypted. // Note that the length N of the fingerprint for a version 4 key is 20 octets; // for a version 6 key N is 32. let (i, fp) = nom::bytes::complete::take(len - 1)(i)?; let fp = Fingerprint::new(v, fp)?; (i, Some(fp)) } }; // A one-octet number giving the public-key algorithm used. let (i, pk_algo) = map(be_u8, PublicKeyAlgorithm::from)(i)?; // A series of values comprising the encrypted session key. This is algorithm-specific and described below. let (i, values) = parse_esk(&pk_algo, i, version)?; Ok(( i, PublicKeyEncryptedSessionKey::V6 { packet_version, fingerprint, pk_algo, values, }, )) } else { Ok(( i, PublicKeyEncryptedSessionKey::Other { packet_version, version, }, )) } } } impl Serialize for PublicKeyEncryptedSessionKey { fn to_writer(&self, writer: &mut W) -> Result<()> { writer.write_u8(self.version().into())?; match self { PublicKeyEncryptedSessionKey::V3 { id, .. } => writer.write_all(id.as_ref())?, PublicKeyEncryptedSessionKey::V6 { fingerprint, .. } => { // A one-octet size of the following two fields. // This size may be zero, if the key version number field and the fingerprint field // are omitted for an "anonymous recipient" (see Section 5.1.8). match fingerprint { Some(fingerprint) => { let len = fingerprint.len() + 1; writer.write_u8(len.try_into()?)?; // A one octet key version number. match fingerprint.version() { Some(version) => writer.write_u8(version.into())?, None => { bail!("Fingerprint without version information {:?}", fingerprint) } } // The fingerprint of the public key or subkey to which the session key is encrypted. // Note that the length N of the fingerprint for a version 4 key is 20 octets; // for a version 6 key N is 32. writer.write_all(fingerprint.as_bytes())?; } _ => writer.write_u8(0)?, } } PublicKeyEncryptedSessionKey::Other { .. } => todo!(), } let algorithm = self.algorithm()?; writer.write_u8(algorithm.into())?; match (algorithm, self.values()?) { ( PublicKeyAlgorithm::RSA | PublicKeyAlgorithm::RSASign | PublicKeyAlgorithm::RSAEncrypt, PkeskBytes::Rsa { mpi }, ) => { mpi.to_writer(writer)?; } ( PublicKeyAlgorithm::Elgamal | PublicKeyAlgorithm::ElgamalSign, PkeskBytes::Elgamal { first, second }, ) => { first.to_writer(writer)?; second.to_writer(writer)?; } ( PublicKeyAlgorithm::ECDH, PkeskBytes::Ecdh { public_point, encrypted_session_key, }, ) => { public_point.to_writer(writer)?; // length of session key as one octet writer.write_u8(encrypted_session_key.len().try_into()?)?; writer.write_all(encrypted_session_key)?; } ( PublicKeyAlgorithm::X25519, PkeskBytes::X25519 { ephemeral, sym_alg, session_key, }, ) => { writer.write_all(ephemeral)?; // Unlike the other public-key algorithms, in the case of a v3 PKESK packet, // the symmetric algorithm ID is not encrypted [for X25519]. // // https://www.rfc-editor.org/rfc/rfc9580.html#name-algorithm-specific-fields-for- if let Some(sym_alg) = sym_alg { ensure!( matches!(self, PublicKeyEncryptedSessionKey::V3 { .. }), "Inconsistent: X25519 SymmetricKeyAlgorithm is set for {:?} PKESK", self.version() ); // len: algo octet + session_key len writer.write_u8((session_key.len() + 1).try_into()?)?; writer.write_u8((*sym_alg).into())?; } else { ensure!( matches!(self, PublicKeyEncryptedSessionKey::V6 { .. }), "Inconsistent: X25519 SymmetricKeyAlgorithm is unset for {:?} PKESK", self.version() ); // len: esk len writer.write_u8(session_key.len().try_into()?)?; // For v6 PKESK, sym_alg is None, and the algorithm is not written here } writer.write_all(session_key)?; // encrypted session key } #[cfg(feature = "unstable-curve448")] ( PublicKeyAlgorithm::X448, PkeskBytes::X448 { ephemeral, sym_alg, session_key, }, ) => { writer.write_all(ephemeral)?; // Unlike the other public-key algorithms, in the case of a v3 PKESK packet, // the symmetric algorithm ID is not encrypted [for X448]. // // https://www.rfc-editor.org/rfc/rfc9580.html#name-algorithm-specific-fields-for-x if let Some(sym_alg) = sym_alg { ensure!( matches!(self, PublicKeyEncryptedSessionKey::V3 { .. }), "Inconsistent: X448 SymmetricKeyAlgorithm is set for {:?} PKESK", self.version() ); // len: algo + esk len writer.write_u8((session_key.len() + 1).try_into()?)?; writer.write_u8((*sym_alg).into())?; } else { ensure!( matches!(self, PublicKeyEncryptedSessionKey::V6 { .. }), "Inconsistent: X448 SymmetricKeyAlgorithm is unset for {:?} PKESK", self.version() ); // len: algo octet + session_key len writer.write_u8(session_key.len().try_into()?)?; // For v6 PKESK, sym_alg is None, and the algorithm is not written here } writer.write_all(session_key)?; // encrypted session key } (alg, _) => { bail!("failed to write EskBytes for {:?}", alg); } } Ok(()) } } impl PacketTrait for PublicKeyEncryptedSessionKey { fn packet_version(&self) -> Version { match self { Self::V3 { packet_version, .. } | Self::V6 { packet_version, .. } | Self::Other { packet_version, .. } => *packet_version, } } fn tag(&self) -> Tag { Tag::PublicKeyEncryptedSessionKey } } pgp-0.15.0/src/packet/public_key_parser.rs000064400000000000000000000243041046102023000166060ustar 00000000000000use chrono::{DateTime, TimeZone, Utc}; use nom::bytes::streaming::{tag, take}; use nom::combinator::{map, map_opt, map_res}; use nom::multi::length_data; use nom::number::streaming::{be_u16, be_u32, be_u8}; use nom::sequence::{pair, tuple}; use crate::crypto::ecc_curve::{ecc_curve_from_oid, ECCCurve}; use crate::crypto::hash::HashAlgorithm; use crate::crypto::public_key::PublicKeyAlgorithm; use crate::crypto::sym::SymmetricKeyAlgorithm; use crate::errors::IResult; use crate::types::{ mpi, EcdhPublicParams, EcdsaPublicParams, KeyVersion, Mpi, MpiRef, PublicParams, }; #[inline] fn to_owned(mref: MpiRef<'_>) -> Mpi { mref.to_owned() } /// Ref: fn ecdsa(i: &[u8]) -> IResult<&[u8], PublicParams> { let (i, curve) = map_opt( // a one-octet size of the following field length_data(be_u8), // octets representing a curve OID ecc_curve_from_oid, )(i)?; // MPI of an EC point representing a public key let (i, p) = mpi(i)?; Ok(( i, PublicParams::ECDSA(EcdsaPublicParams::try_from_mpi(p, curve)?), )) } /// fn eddsa_legacy(i: &[u8]) -> IResult<&[u8], PublicParams> { let (i, curve) = map_opt( // a one-octet size of the following field length_data(be_u8), // octets representing a curve OID ecc_curve_from_oid, )(i)?; // MPI of an EC point representing a public key let (i, q) = mpi(i)?; Ok(( i, PublicParams::EdDSALegacy { curve, q: q.to_owned(), }, )) } /// https://www.rfc-editor.org/rfc/rfc9580.html#name-algorithm-specific-part-for-ed2 fn ed25519(i: &[u8]) -> IResult<&[u8], PublicParams> { // 32 bytes of public key let (i, p) = nom::bytes::complete::take(32u8)(i)?; Ok(( i, PublicParams::Ed25519 { public: p.try_into().expect("we took 32 bytes"), }, )) } /// fn x25519(i: &[u8]) -> IResult<&[u8], PublicParams> { // 32 bytes of public key let (i, p) = nom::bytes::complete::take(32u8)(i)?; Ok(( i, PublicParams::X25519 { public: p.try_into().expect("we took 32 bytes"), }, )) } /// #[cfg(feature = "unstable-curve448")] fn x448(i: &[u8]) -> IResult<&[u8], PublicParams> { // 56 bytes of public key let (i, p) = nom::bytes::complete::take(56u8)(i)?; Ok(( i, PublicParams::X448 { public: p.try_into().expect("we took 56 bytes"), }, )) } /// Ref: fn ecdh(i: &[u8]) -> IResult<&[u8], PublicParams> { // a one-octet size of the following field // octets representing a curve OID let (i, curve) = map_opt(length_data(be_u8), ecc_curve_from_oid)(i)?; match curve { ECCCurve::Curve25519 | ECCCurve::P256 | ECCCurve::P384 | ECCCurve::P521 => { // MPI of an EC point representing a public key let (i, mpi) = mpi(i)?; // a one-octet size of the following fields let (i, _len2) = be_u8(i)?; // a one-octet value 01, reserved for future extensions let (i, _tag) = tag(&[1][..])(i)?; // a one-octet hash function ID used with a KDF let (i, hash) = map(be_u8, HashAlgorithm::from)(i)?; // a one-octet algorithm ID for the symmetric algorithm used to wrap // the symmetric key used for the message encryption let (i, alg_sym) = map_res(be_u8, SymmetricKeyAlgorithm::try_from)(i)?; Ok(( i, PublicParams::ECDH(EcdhPublicParams::Known { curve, p: mpi.to_owned(), hash, alg_sym, }), )) } _ => Ok(( i, PublicParams::ECDH(EcdhPublicParams::Unsupported { curve, opaque: vec![], }), )), } } fn elgamal(i: &[u8]) -> IResult<&[u8], PublicParams> { map( tuple(( // MPI of Elgamal prime p map(mpi, to_owned), // MPI of Elgamal group generator g map(mpi, to_owned), // MPI of Elgamal public key value y (= g**x mod p where x is secret) map(mpi, to_owned), )), |(p, g, y)| PublicParams::Elgamal { p, g, y }, )(i) } fn dsa(i: &[u8]) -> IResult<&[u8], PublicParams> { map( tuple(( map(mpi, to_owned), map(mpi, to_owned), map(mpi, to_owned), map(mpi, to_owned), )), |(p, q, g, y)| PublicParams::DSA { p, q, g, y }, )(i) } fn rsa(i: &[u8]) -> IResult<&[u8], PublicParams> { map(pair(map(mpi, to_owned), map(mpi, to_owned)), |(n, e)| { PublicParams::RSA { n, e } })(i) } fn unknown(i: &[u8], len: Option) -> IResult<&[u8], PublicParams> { if let Some(pub_len) = len { let (i, data) = take(pub_len)(i)?; Ok(( i, PublicParams::Unknown { data: data.to_vec(), }, )) } else { // we don't know how many bytes to consume Ok((i, PublicParams::Unknown { data: vec![] })) } } /// Parse the fields of a public key. pub fn parse_pub_fields( typ: PublicKeyAlgorithm, len: Option, ) -> impl Fn(&[u8]) -> IResult<&[u8], PublicParams> { move |i: &[u8]| match typ { PublicKeyAlgorithm::RSA | PublicKeyAlgorithm::RSAEncrypt | PublicKeyAlgorithm::RSASign => { rsa(i) } PublicKeyAlgorithm::DSA => dsa(i), PublicKeyAlgorithm::ECDSA => ecdsa(i), PublicKeyAlgorithm::ECDH => ecdh(i), PublicKeyAlgorithm::Elgamal | PublicKeyAlgorithm::ElgamalSign => elgamal(i), PublicKeyAlgorithm::EdDSALegacy => eddsa_legacy(i), PublicKeyAlgorithm::Ed25519 => ed25519(i), PublicKeyAlgorithm::X25519 => x25519(i), PublicKeyAlgorithm::Ed448 => unknown(i, len), // FIXME: implement later #[cfg(feature = "unstable-curve448")] PublicKeyAlgorithm::X448 => x448(i), #[cfg(not(feature = "unstable-curve448"))] PublicKeyAlgorithm::X448 => unknown(i, len), PublicKeyAlgorithm::DiffieHellman | PublicKeyAlgorithm::Private100 | PublicKeyAlgorithm::Private101 | PublicKeyAlgorithm::Private102 | PublicKeyAlgorithm::Private103 | PublicKeyAlgorithm::Private104 | PublicKeyAlgorithm::Private105 | PublicKeyAlgorithm::Private106 | PublicKeyAlgorithm::Private107 | PublicKeyAlgorithm::Private108 | PublicKeyAlgorithm::Private109 | PublicKeyAlgorithm::Private110 | PublicKeyAlgorithm::Unknown(_) => unknown(i, len), } } fn public_key_parser_v4_v6( key_ver: &KeyVersion, ) -> impl Fn( &[u8], ) -> IResult< &[u8], ( KeyVersion, PublicKeyAlgorithm, DateTime, Option, PublicParams, ), > + '_ { |i: &[u8]| { let (i, created_at) = map_opt(be_u32, |v| Utc.timestamp_opt(i64::from(v), 0).single())(i)?; let (i, alg) = map(be_u8, PublicKeyAlgorithm::from)(i)?; let (i, pub_len) = if *key_ver == KeyVersion::V6 { // "scalar octet count for the following public key material" let (i, len) = be_u32(i)?; if len == 0 { return Err(nom::Err::Error(crate::errors::Error::InvalidInput)); } (i, Some(len as usize)) } else { (i, None) }; // If we got a pub_len, we expect to consume this amount of data, and have `expected_rest` // left after `parse_pub_fields` let expected_rest = match pub_len { Some(len) => { if i.len() < len { return Err(nom::Err::Error(crate::errors::Error::InvalidInput)); } Some(i.len() - len) } None => None, }; let (i, params) = parse_pub_fields(alg, pub_len)(i)?; // consistency check for pub_len, if available if let Some(expected_rest) = expected_rest { if expected_rest != i.len() { return Err(nom::Err::Error(crate::errors::Error::Message(format!( "Inconsistent pub_len in secret key packet {}", pub_len.expect("if expected_rest is Some, pub_len is Some") )))); } } Ok((i, (*key_ver, alg, created_at, None, params))) } } fn public_key_parser_v2_v3( key_ver: &KeyVersion, ) -> impl Fn( &[u8], ) -> IResult< &[u8], ( KeyVersion, PublicKeyAlgorithm, DateTime, Option, PublicParams, ), > + '_ { |i: &[u8]| { let (i, created_at) = map_opt(be_u32, |v| Utc.timestamp_opt(i64::from(v), 0).single())(i)?; let (i, exp) = be_u16(i)?; let (i, alg) = map(be_u8, PublicKeyAlgorithm::from)(i)?; let (i, params) = parse_pub_fields(alg, None)(i)?; Ok((i, (*key_ver, alg, created_at, Some(exp), params))) } } /// Parse a public key packet (Tag 6) /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-public-key-packet-type-id-6 #[allow(clippy::type_complexity)] pub(crate) fn parse( i: &[u8], ) -> IResult< &[u8], ( KeyVersion, PublicKeyAlgorithm, DateTime, Option, PublicParams, ), > { let (i, key_ver) = map(be_u8, KeyVersion::from)(i)?; let (i, key) = match &key_ver { &KeyVersion::V2 | &KeyVersion::V3 => public_key_parser_v2_v3(&key_ver)(i)?, &KeyVersion::V4 | &KeyVersion::V6 => public_key_parser_v4_v6(&key_ver)(i)?, KeyVersion::V5 | KeyVersion::Other(_) => { return Err(nom::Err::Error(crate::errors::Error::Unsupported(format!( "Unsupported key version {}", u8::from(key_ver) )))) } }; Ok((i, key)) } pgp-0.15.0/src/packet/secret_key_parser.rs000064400000000000000000000075001046102023000166140ustar 00000000000000use chrono::{DateTime, TimeZone, Utc}; use nom::combinator::{map, map_opt, map_res, rest}; use nom::number::streaming::{be_u16, be_u32, be_u8}; use nom::sequence::tuple; use crate::crypto::public_key::PublicKeyAlgorithm; use crate::errors::{Error, IResult}; use crate::packet::public_key_parser::parse_pub_fields; use crate::types::{KeyVersion, PublicParams, SecretParams}; /// Parse the whole private key, both public and private fields. fn parse_pub_priv_fields( key_ver: KeyVersion, typ: PublicKeyAlgorithm, pub_len: Option, ) -> impl Fn(&[u8]) -> IResult<&[u8], (PublicParams, SecretParams)> { move |i| { map_res( tuple((parse_pub_fields(typ, pub_len), rest)), |(pub_params, v)| { if let Some(pub_len) = pub_len { // if we received a public key material length (from a v6 secret key packet), // make sure that we consumed the expected number of bytes if i.len() - v.len() != pub_len { return Err(Error::Message(format!( "Inconsistent pub_len in secret key packet {}", pub_len ))); } } let secret_params = SecretParams::from_slice(v, key_ver, typ, &pub_params)?; Ok::<_, Error>((pub_params, secret_params)) }, )(i) } } fn private_key_parser_v4_v6( key_ver: &KeyVersion, ) -> impl Fn( &[u8], ) -> IResult< &[u8], ( KeyVersion, PublicKeyAlgorithm, DateTime, Option, PublicParams, SecretParams, ), > + '_ { |i: &[u8]| { let (i, created_at) = map_opt(be_u32, |v| Utc.timestamp_opt(i64::from(v), 0).single())(i)?; let (i, alg) = map(be_u8, PublicKeyAlgorithm::from)(i)?; let (i, pub_len) = if *key_ver == KeyVersion::V6 { // "scalar octet count for the following public key material" -> pass on for checking let (i, pub_len) = be_u32(i)?; (i, Some(pub_len as usize)) } else { (i, None) }; let (i, params) = parse_pub_priv_fields(*key_ver, alg, pub_len)(i)?; Ok((i, (*key_ver, alg, created_at, None, params.0, params.1))) } } fn private_key_parser_v2_v3( key_ver: &KeyVersion, ) -> impl Fn( &[u8], ) -> IResult< &[u8], ( KeyVersion, PublicKeyAlgorithm, DateTime, Option, PublicParams, SecretParams, ), > + '_ { |i: &[u8]| { let (i, created_at) = map_opt(be_u32, |v| Utc.timestamp_opt(i64::from(v), 0).single())(i)?; let (i, exp) = be_u16(i)?; let (i, alg) = map(be_u8, PublicKeyAlgorithm::from)(i)?; let (i, params) = parse_pub_priv_fields(*key_ver, alg, None)(i)?; Ok(( i, (*key_ver, alg, created_at, Some(exp), params.0, params.1), )) } } /// Parse a secret key packet (Tag 5) /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-secret-key-packet-formats #[allow(clippy::type_complexity)] pub(crate) fn parse( i: &[u8], ) -> IResult< &[u8], ( KeyVersion, PublicKeyAlgorithm, DateTime, Option, PublicParams, SecretParams, ), > { let (i, key_ver) = map(be_u8, KeyVersion::from)(i)?; let (i, key) = match &key_ver { &KeyVersion::V2 | &KeyVersion::V3 => private_key_parser_v2_v3(&key_ver)(i)?, &KeyVersion::V4 | KeyVersion::V6 => private_key_parser_v4_v6(&key_ver)(i)?, KeyVersion::V5 | KeyVersion::Other(_) => { return Err(nom::Err::Error(Error::Unsupported(format!( "Unsupported key version {}", u8::from(key_ver) )))) } }; Ok((i, key)) } pgp-0.15.0/src/packet/signature/config.rs000064400000000000000000000534721046102023000163620ustar 00000000000000use std::io::Read; use byteorder::{BigEndian, ByteOrder}; use chrono::{DateTime, Utc}; use log::debug; use rand::{CryptoRng, Rng}; use crate::crypto::hash::{HashAlgorithm, Hasher}; use crate::crypto::public_key::PublicKeyAlgorithm; use crate::errors::Result; use crate::packet::{ Signature, SignatureType, SignatureVersion, Subpacket, SubpacketData, SubpacketType, }; use crate::ser::Serialize; use crate::types::{Fingerprint, KeyId, KeyVersion, PublicKeyTrait, SecretKeyTrait, Tag}; #[derive(Clone, PartialEq, Eq, Debug)] pub struct SignatureConfig { pub typ: SignatureType, pub pub_alg: PublicKeyAlgorithm, pub hash_alg: HashAlgorithm, pub unhashed_subpackets: Vec, pub hashed_subpackets: Vec, pub version_specific: SignatureVersionSpecific, } #[derive(Clone, PartialEq, Eq, Debug)] pub enum SignatureVersionSpecific { V2 { created: DateTime, issuer: KeyId, }, V3 { created: DateTime, issuer: KeyId, }, V4, V6 { salt: Vec, }, } impl From<&SignatureVersionSpecific> for SignatureVersion { fn from(value: &SignatureVersionSpecific) -> Self { match value { SignatureVersionSpecific::V2 { .. } => SignatureVersion::V2, SignatureVersionSpecific::V3 { .. } => SignatureVersion::V3, SignatureVersionSpecific::V4 => SignatureVersion::V4, SignatureVersionSpecific::V6 { .. } => SignatureVersion::V6, } } } impl SignatureConfig { /// Constructor for a v2 SignatureConfig (which represents the data of a v2 OpenPGP signature packet) /// /// OpenPGP v2 Signatures are historical and not used anymore. pub fn v2( typ: SignatureType, pub_alg: PublicKeyAlgorithm, hash_alg: HashAlgorithm, created: DateTime, issuer: KeyId, ) -> Self { Self { typ, pub_alg, hash_alg, hashed_subpackets: Vec::new(), unhashed_subpackets: Vec::new(), version_specific: SignatureVersionSpecific::V2 { created, issuer }, } } /// Constructor for a v3 SignatureConfig (which represents the data of a v3 OpenPGP signature packet) /// /// OpenPGP v3 Signatures are historical and not used anymore. pub fn v3( typ: SignatureType, pub_alg: PublicKeyAlgorithm, hash_alg: HashAlgorithm, created: DateTime, issuer: KeyId, ) -> Self { Self { typ, pub_alg, hash_alg, hashed_subpackets: Vec::new(), unhashed_subpackets: Vec::new(), version_specific: SignatureVersionSpecific::V3 { created, issuer }, } } /// Constructor for a v4 SignatureConfig (which represents the data of a v4 OpenPGP signature packet) /// /// OpenPGP v4 signatures were first specified in RFC 2440, and are commonly produced by /// OpenPGP v4 keys. pub fn v4(typ: SignatureType, pub_alg: PublicKeyAlgorithm, hash_alg: HashAlgorithm) -> Self { Self { typ, pub_alg, hash_alg, unhashed_subpackets: vec![], hashed_subpackets: vec![], version_specific: SignatureVersionSpecific::V4, } } /// Generate v6 signature salt with the appropriate length for `hash_alg` /// https://www.rfc-editor.org/rfc/rfc9580.html#name-hash-algorithms fn v6_salt_for(mut rng: R, hash_alg: HashAlgorithm) -> Result> { let Some(salt_len) = hash_alg.salt_len() else { bail!("Unknown v6 signature salt length for hash algorithm {hash_alg:?}"); }; let mut salt = vec![0; salt_len]; rng.fill_bytes(&mut salt); Ok(salt) } /// Constructor for a v6 SignatureConfig (which represents the data of a v6 OpenPGP signature packet). /// Generates a new salt via `rng`. /// /// OpenPGP v6 signatures are specified in RFC 9580, they are produced by OpenPGP v6 keys. pub fn v6( rng: R, typ: SignatureType, pub_alg: PublicKeyAlgorithm, hash_alg: HashAlgorithm, ) -> Result { Ok(Self::v6_with_salt( typ, pub_alg, hash_alg, Self::v6_salt_for(rng, hash_alg)?, )) } /// Constructor for a v6 SignatureConfig (which represents the data of a v6 OpenPGP signature packet). /// /// OpenPGP v6 signatures are specified in RFC 9580, they are produced by OpenPGP v6 keys. pub fn v6_with_salt( typ: SignatureType, pub_alg: PublicKeyAlgorithm, hash_alg: HashAlgorithm, salt: Vec, ) -> Self { Self { typ, pub_alg, hash_alg, unhashed_subpackets: Vec::new(), hashed_subpackets: Vec::new(), version_specific: SignatureVersionSpecific::V6 { salt }, } } pub fn version(&self) -> SignatureVersion { (&self.version_specific).into() } /// Sign the given data. pub fn sign(self, key: &impl SecretKeyTrait, key_pw: F, data: R) -> Result where F: FnOnce() -> String, R: Read, { ensure!( (self.version() == SignatureVersion::V4 && key.version() == KeyVersion::V4) || (self.version() == SignatureVersion::V6 && key.version() == KeyVersion::V6), "signature version {:?} not allowed for signer key version {:?}", self.version(), key.version() ); let mut hasher = self.hash_alg.new_hasher()?; if let SignatureVersionSpecific::V6 { salt } = &self.version_specific { hasher.update(salt.as_ref()) } self.hash_data_to_sign(&mut *hasher, data)?; let len = self.hash_signature_data(&mut hasher)?; hasher.update(&self.trailer(len)?); let hash = &hasher.finish()[..]; let signed_hash_value = [hash[0], hash[1]]; let signature = key.create_signature(key_pw, self.hash_alg, hash)?; Ok(Signature::from_config(self, signed_hash_value, signature)) } /// Create a certification self-signature. pub fn sign_certification( self, key: &impl SecretKeyTrait, key_pw: F, tag: Tag, id: &impl Serialize, ) -> Result where F: FnOnce() -> String, { self.sign_certification_third_party(key, key_pw, key, tag, id) } /// Create a certification third-party signature. pub fn sign_certification_third_party( self, signer: &impl SecretKeyTrait, signer_pw: F, signee: &impl PublicKeyTrait, tag: Tag, id: &impl Serialize, ) -> Result where F: FnOnce() -> String, { ensure!( (self.version() == SignatureVersion::V4 && signer.version() == KeyVersion::V4) || (self.version() == SignatureVersion::V6 && signer.version() == KeyVersion::V6), "signature version {:?} not allowed for signer key version {:?}", self.version(), signer.version() ); ensure!( self.is_certification(), "can not sign non certification as certification" ); debug!("signing certification {:#?}", self.typ); let mut hasher = self.hash_alg.new_hasher()?; if let SignatureVersionSpecific::V6 { salt } = &self.version_specific { hasher.update(salt.as_ref()) } signee.serialize_for_hashing(&mut hasher)?; let mut packet_buf = Vec::new(); id.to_writer(&mut packet_buf)?; match self.version() { SignatureVersion::V2 | SignatureVersion::V3 => { // Nothing to do } SignatureVersion::V4 | SignatureVersion::V6 => { let prefix = match tag { Tag::UserId => 0xB4, Tag::UserAttribute => 0xD1, _ => bail!("invalid tag for certification signature: {:?}", tag), }; let mut prefix_buf = [prefix, 0u8, 0u8, 0u8, 0u8]; BigEndian::write_u32(&mut prefix_buf[1..], packet_buf.len().try_into()?); // prefixes hasher.update(&prefix_buf); } SignatureVersion::V5 => { bail!("v5 signature unsupported sign tps") } SignatureVersion::Other(version) => { bail!("unsupported signature version {}", version) } } // the packet content hasher.update(&packet_buf); let len = self.hash_signature_data(&mut hasher)?; hasher.update(&self.trailer(len)?); let hash = &hasher.finish()[..]; let signed_hash_value = [hash[0], hash[1]]; let signature = signer.create_signature(signer_pw, self.hash_alg, hash)?; Ok(Signature::from_config(self, signed_hash_value, signature)) } /// Sign a key binding. pub fn sign_key_binding( self, signing_key: &impl SecretKeyTrait, key_pw: F, key: &impl PublicKeyTrait, ) -> Result where F: FnOnce() -> String, { ensure!( (self.version() == SignatureVersion::V4 && signing_key.version() == KeyVersion::V4) || (self.version() == SignatureVersion::V6 && signing_key.version() == KeyVersion::V6), "signature version {:?} not allowed for signer key version {:?}", self.version(), signing_key.version() ); debug!( "signing key binding: {:#?} - {:#?} - {:#?}", self, signing_key, key ); let mut hasher = self.hash_alg.new_hasher()?; if let SignatureVersionSpecific::V6 { salt } = &self.version_specific { hasher.update(salt.as_ref()) } // Signing Key signing_key.serialize_for_hashing(&mut hasher)?; // Key being bound key.serialize_for_hashing(&mut hasher)?; let len = self.hash_signature_data(&mut hasher)?; hasher.update(&self.trailer(len)?); let hash = &hasher.finish()[..]; let signed_hash_value = [hash[0], hash[1]]; let signature = signing_key.create_signature(key_pw, self.hash_alg, hash)?; Ok(Signature::from_config(self, signed_hash_value, signature)) } /// Signs a direct key signature or a revocation. pub fn sign_key( self, signing_key: &impl SecretKeyTrait, key_pw: F, key: &impl PublicKeyTrait, ) -> Result where F: FnOnce() -> String, { ensure!( (self.version() == SignatureVersion::V4 && signing_key.version() == KeyVersion::V4) || (self.version() == SignatureVersion::V6 && signing_key.version() == KeyVersion::V6), "signature version {:?} not allowed for signer key version {:?}", self.version(), signing_key.version() ); debug!("signing key (revocation): {:#?} - {:#?}", self, key); let mut hasher = self.hash_alg.new_hasher()?; if let SignatureVersionSpecific::V6 { salt } = &self.version_specific { hasher.update(salt.as_ref()) } key.serialize_for_hashing(&mut hasher)?; let len = self.hash_signature_data(&mut hasher)?; hasher.update(&self.trailer(len)?); let hash = &hasher.finish()[..]; let signed_hash_value = [hash[0], hash[1]]; let signature = signing_key.create_signature(key_pw, self.hash_alg, hash)?; Ok(Signature::from_config(self, signed_hash_value, signature)) } /// Returns what kind of signature this is. pub fn typ(&self) -> SignatureType { self.typ } /// Calculate the serialized version of this packet, but only the part relevant for hashing. pub fn hash_signature_data(&self, hasher: &mut dyn std::io::Write) -> Result { match self.version() { SignatureVersion::V2 | SignatureVersion::V3 => { let created = { if let SignatureVersionSpecific::V2 { created, .. } | SignatureVersionSpecific::V3 { created, .. } = self.version_specific { created } else { bail!("must exist for a v2/3 signature") } }; let mut buf = [0u8; 5]; buf[0] = self.typ.into(); BigEndian::write_u32(&mut buf[1..], created.timestamp().try_into()?); hasher.write_all(&buf)?; // no trailer Ok(0) } SignatureVersion::V4 | SignatureVersion::V6 => { // TODO: reduce duplication with serialization code let mut res = vec![ // the signature version self.version().into(), // the signature type self.typ.into(), // the public-key algorithm self.pub_alg.into(), // the hash algorithm self.hash_alg.into(), ]; // hashed subpackets let mut hashed_subpackets = Vec::new(); for packet in &self.hashed_subpackets { debug!("hashing {:#?}", packet); // If a subpacket is encountered that is marked critical but is unknown to the // evaluating implementation, the evaluator SHOULD consider the signature to be // in error. // // (See https://www.rfc-editor.org/rfc/rfc9580.html#section-5.2.3.7-6) if packet.is_critical && matches!(packet.typ(), SubpacketType::Other(_)) { // "[..] The purpose of the critical bit is to allow the signer to tell an // evaluator that it would prefer a new, unknown feature to generate an // error rather than being ignored." // // (See https://www.rfc-editor.org/rfc/rfc9580.html#section-5.2.3.7-8:) bail!("Unknown critical subpacket {:?}", packet); } // If the version octet does not match the signature version, the receiving // implementation MUST treat it as a malformed signature // // (See https://www.rfc-editor.org/rfc/rfc9580.html#section-5.2.3.35-3) if let SubpacketData::IssuerFingerprint(fp) = &packet.data { match (self.version(), fp.version()) { (SignatureVersion::V6, Some(KeyVersion::V6)) => {}, (SignatureVersion::V4, Some(KeyVersion::V4)) => {}, _ => bail!("IntendedRecipientFingerprint {:?} doesn't match signature version {:?}", fp, self.version()) } } packet.to_writer(&mut hashed_subpackets)?; } // append hashed area length, as u16 for v4, and u32 for v6 if self.version() == SignatureVersion::V4 { res.extend(u16::try_from(hashed_subpackets.len())?.to_be_bytes()); } else if self.version() == SignatureVersion::V6 { res.extend(u32::try_from(hashed_subpackets.len())?.to_be_bytes()); } res.extend(hashed_subpackets); hasher.write_all(&res)?; Ok(res.len()) } SignatureVersion::V5 => { bail!("v5 signature unsupported hash data") } SignatureVersion::Other(version) => { bail!("unsupported signature version {}", version) } } } pub fn hash_data_to_sign(&self, hasher: &mut dyn Hasher, mut data: R) -> Result where R: Read, { match self.typ { SignatureType::Text | // assumes that the passed in text was already valid utf8 and normalized SignatureType::Binary => { Ok(std::io::copy(&mut data, hasher)? as usize) } SignatureType::Timestamp | SignatureType::Standalone => { let mut val = [0u8;1]; data.read_exact(&mut val[..])?; hasher.update(&val[..]); Ok(1) } SignatureType::CertGeneric | SignatureType::CertPersona | SignatureType::CertCasual | SignatureType::CertPositive | SignatureType::CertRevocation => { unimplemented_err!("{:?}", self.typ); } SignatureType::SubkeyBinding | SignatureType::SubkeyRevocation | SignatureType::KeyBinding | SignatureType::Key => { unimplemented_err!("{:?}", self.typ); } SignatureType::KeyRevocation => unimplemented_err!("KeyRevocation"), SignatureType::ThirdParty => unimplemented_err!("signing ThirdParty"), SignatureType::Other(id) => unimplemented_err!("Other ({})", id), } } pub fn trailer(&self, len: usize) -> Result> { match self.version() { SignatureVersion::V2 | SignatureVersion::V3 => { // Nothing to do Ok(Vec::new()) } SignatureVersion::V4 | SignatureVersion::V6 => { let mut trailer = vec![self.version().into(), 0xFF, 0, 0, 0, 0]; BigEndian::write_u32(&mut trailer[2..], len.try_into()?); Ok(trailer) } SignatureVersion::V5 => { bail!("v5 signature unsupported") } SignatureVersion::Other(version) => { bail!("unsupported signature version {}", version) } } } /// Returns an iterator of all subpackets in the signature: all subpackets in the hashed area /// followed by all subpackets in the unhashed area. #[deprecated( note = "Usually only hashed_subpackets should be used. unhashed_subpackets are only safe and useful to access in rare circumstances. When they are needed, unhashed_subpackets should be explicitly called." )] pub fn subpackets(&self) -> impl Iterator { self.hashed_subpackets().chain(self.unhashed_subpackets()) } /// Returns an iterator over the hashed subpackets of this signature. pub fn hashed_subpackets(&self) -> impl Iterator { self.hashed_subpackets.iter() } /// Returns an iterator over the unhashed subpackets of this signature. pub fn unhashed_subpackets(&self) -> impl Iterator { self.unhashed_subpackets.iter() } /// Returns if the signature is a certification or not. pub fn is_certification(&self) -> bool { matches!( self.typ, SignatureType::CertGeneric | SignatureType::CertPersona | SignatureType::CertCasual | SignatureType::CertPositive | SignatureType::CertRevocation ) } /// Signature Creation Time. /// /// The time the signature was made. /// MUST be present in the hashed area. /// /// /// /// Returns the first Signature Creation Time subpacket, only from the hashed area. pub fn created(&self) -> Option<&DateTime> { if let SignatureVersionSpecific::V2 { created, .. } | SignatureVersionSpecific::V3 { created, .. } = &self.version_specific { return Some(created); } self.hashed_subpackets().find_map(|p| match p.data { SubpacketData::SignatureCreationTime(ref d) => Some(d), _ => None, }) } /// Issuer Key ID. /// /// The OpenPGP Key ID of the key issuing the signature. /// /// /// /// Returns Issuer subpacket data from both the hashed and unhashed area. pub fn issuer(&self) -> Vec<&KeyId> { // legacy v2/v3 signatures have an explicit "issuer" field if let SignatureVersionSpecific::V2 { issuer, .. } | SignatureVersionSpecific::V3 { issuer, .. } = &self.version_specific { return vec![issuer]; } // v4+ signatures use subpackets // // We consider data from both the hashed and unhashed area here, because the issuer Key ID // only acts as a hint. The signature will be cryptographically checked using the purported // issuer's key material. An attacker cannot successfully claim an issuer Key ID that they // can't produce a cryptographically valid signature for. self.hashed_subpackets() .chain(self.unhashed_subpackets()) .filter_map(|sp| match sp.data { SubpacketData::Issuer(ref id) => Some(id), _ => None, }) .collect() } /// Issuer Fingerprint. /// /// The OpenPGP Key fingerprint of the key issuing the signature. /// /// /// /// Returns Issuer Fingerprint subpacket data from both the hashed and unhashed area. pub fn issuer_fingerprint(&self) -> Vec<&Fingerprint> { self.hashed_subpackets() .chain(self.unhashed_subpackets()) .filter_map(|sp| match &sp.data { SubpacketData::IssuerFingerprint(fp) => Some(fp), _ => None, }) .collect() } } pgp-0.15.0/src/packet/signature/de.rs000064400000000000000000000572031046102023000155010ustar 00000000000000use std::str; use bstr::BString; use chrono::{DateTime, Duration, TimeZone, Utc}; use log::{debug, warn}; use nom::bytes::streaming::{tag, take}; use nom::combinator::{complete, map, map_opt, map_parser, map_res, rest}; use nom::multi::{fold_many_m_n, length_data, many0}; use nom::number::streaming::{be_u16, be_u32, be_u8}; use nom::sequence::{pair, tuple}; use smallvec::SmallVec; use crate::crypto::aead::AeadAlgorithm; use crate::crypto::hash::HashAlgorithm; use crate::crypto::public_key::PublicKeyAlgorithm; use crate::crypto::sym::SymmetricKeyAlgorithm; use crate::errors::{IResult, Result}; use crate::packet::signature::types::*; use crate::types::{ mpi, CompressionAlgorithm, Fingerprint, KeyId, KeyVersion, Mpi, MpiRef, RevocationKey, RevocationKeyClass, SignatureBytes, Version, }; use crate::util::{clone_into_array, packet_length}; impl Signature { /// Parses a `Signature` packet from the given slice. pub fn from_slice(packet_version: Version, input: &[u8]) -> Result { let (_, pk) = parse(packet_version)(input)?; Ok(pk) } } /// Convert an epoch timestamp to a `DateTime` fn dt_from_timestamp(ts: u32) -> Option> { DateTime::from_timestamp(i64::from(ts), 0) } /// Convert a u32 to a `Duration` fn duration_from_timestamp(ts: u32) -> Option { Duration::try_seconds(i64::from(ts)) } /// Parse a Signature Creation Time subpacket /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-signature-creation-time fn signature_creation_time(i: &[u8]) -> IResult<&[u8], SubpacketData> { map_opt( // 4-octet time field be_u32, |date| dt_from_timestamp(date).map(SubpacketData::SignatureCreationTime), )(i) } /// Parse an Issuer Key ID subpacket /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-issuer-key-id fn issuer(i: &[u8]) -> IResult<&[u8], SubpacketData> { map( map_res(complete(take(8u8)), KeyId::from_slice), SubpacketData::Issuer, )(i) } /// Parse a Key Expiration Time subpacket /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-key-expiration-time fn key_expiration(i: &[u8]) -> IResult<&[u8], SubpacketData> { map_opt( // 4-octet time field be_u32, |date| duration_from_timestamp(date).map(SubpacketData::KeyExpirationTime), )(i) } /// Parse a Preferred Symmetric Ciphers for v1 SEIPD subpacket /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#preferred-v1-seipd fn pref_sym_alg(body: &[u8]) -> IResult<&[u8], SubpacketData> { let list: SmallVec<[SymmetricKeyAlgorithm; 8]> = body .iter() .map(|v| Ok(SymmetricKeyAlgorithm::from(*v))) .collect::>()?; Ok((&b""[..], SubpacketData::PreferredSymmetricAlgorithms(list))) } /// Parse a Preferred AEAD Ciphersuites subpacket (for SEIPD v2) /// /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-preferred-aead-ciphersuites fn pref_aead_alg(body: &[u8]) -> IResult<&[u8], SubpacketData> { if body.len() % 2 != 0 { return Err(nom::Err::Error(crate::errors::Error::Message(format!( "Illegal preferred aead subpacket len {} must be a multiple of 2", body.len(), )))); } let list: SmallVec<[(SymmetricKeyAlgorithm, AeadAlgorithm); 4]> = body .chunks(2) .map(|v| (SymmetricKeyAlgorithm::from(v[0]), AeadAlgorithm::from(v[1]))) .collect(); Ok((&b""[..], SubpacketData::PreferredAeadAlgorithms(list))) } /// Parse a Preferred Hash Algorithms subpacket /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-preferred-hash-algorithms fn pref_hash_alg(body: &[u8]) -> IResult<&[u8], SubpacketData> { let list: SmallVec<[HashAlgorithm; 8]> = body .iter() .map(|v| Ok(HashAlgorithm::from(*v))) .collect::>()?; Ok((&b""[..], SubpacketData::PreferredHashAlgorithms(list))) } /// Parse a Preferred Compression Algorithms subpacket /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-preferred-compression-algor fn pref_com_alg(body: &[u8]) -> IResult<&[u8], SubpacketData> { let list: SmallVec<[CompressionAlgorithm; 8]> = body .iter() .map(|v| Ok(CompressionAlgorithm::from(*v))) .collect::>()?; Ok(( &b""[..], SubpacketData::PreferredCompressionAlgorithms(list), )) } /// Parse a Signature Expiration Time subpacket /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-signature-expiration-time fn signature_expiration_time(i: &[u8]) -> IResult<&[u8], SubpacketData> { map_opt( // 4-octet time field be_u32, |date| duration_from_timestamp(date).map(SubpacketData::SignatureExpirationTime), )(i) } /// Parse an Exportable Certification subpacket. /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-exportable-certification fn exportable_certification(i: &[u8]) -> IResult<&[u8], SubpacketData> { map(complete(be_u8), |v| { SubpacketData::ExportableCertification(v == 1) })(i) } /// Parse a Revocable subpacket /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-revocable fn revocable(i: &[u8]) -> IResult<&[u8], SubpacketData> { map(complete(be_u8), |v| SubpacketData::Revocable(v == 1))(i) } /// Parse a Trust Signature subpacket. /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-trust-signature fn trust_signature(i: &[u8]) -> IResult<&[u8], SubpacketData> { map(pair(be_u8, be_u8), |(depth, value)| { SubpacketData::TrustSignature(depth, value) })(i) } /// Parse a Regular Expression subpacket. /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-regular-expression fn regular_expression(i: &[u8]) -> IResult<&[u8], SubpacketData> { map(map(rest, BString::from), SubpacketData::RegularExpression)(i) } /// Parse a Revocation Key subpacket (Deprecated) /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-revocation-key-deprecated fn revocation_key(i: &[u8]) -> IResult<&[u8], SubpacketData> { map( tuple(( map_res(be_u8, RevocationKeyClass::try_from), map(be_u8, PublicKeyAlgorithm::from), // TODO: V5 Keys have 32 octets here take(20u8), )), |(class, algorithm, fp)| { SubpacketData::RevocationKey(RevocationKey::new(class, algorithm, fp)) }, )(i) } /// Parse a Notation Data subpacket /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-notation-data fn notation_data(i: &[u8]) -> IResult<&[u8], SubpacketData> { // Flags let (i, readable) = map(be_u8, |v| v == 0x80)(i)?; let (i, _) = tag(&[0, 0, 0])(i)?; let (i, name_len) = be_u16(i)?; let (i, value_len) = be_u16(i)?; let (i, name) = map(take(name_len), BString::from)(i)?; let (i, value) = map(take(value_len), BString::from)(i)?; Ok(( i, SubpacketData::Notation(Notation { readable, name, value, }), )) } /// Parse a Key Server Preferences subpacket /// https://www.rfc-editor.org/rfc/rfc9580.html#name-key-server-preferences fn key_server_prefs(body: &[u8]) -> IResult<&[u8], SubpacketData> { Ok(( &b""[..], SubpacketData::KeyServerPreferences(SmallVec::from_slice(body)), )) } /// Parse a Preferred Key Server subpacket /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-preferred-key-server fn preferred_key_server(i: &[u8]) -> IResult<&[u8], SubpacketData> { map(map_res(rest, str::from_utf8), |body| { SubpacketData::PreferredKeyServer(body.to_string()) })(i) } /// Parse a Primary User ID subpacket /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-primary-user-id fn primary_userid(i: &[u8]) -> IResult<&[u8], SubpacketData> { map(be_u8, |a| SubpacketData::IsPrimary(a == 1))(i) } /// Parse a Policy URI subpacket. /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-policy-uri fn policy_uri(i: &[u8]) -> IResult<&[u8], SubpacketData> { map(map_res(rest, str::from_utf8), |body| { SubpacketData::PolicyURI(body.to_owned()) })(i) } /// Parse a Key Flags subpacket /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-key-flags fn key_flags(body: &[u8]) -> IResult<&[u8], SubpacketData> { Ok(( &b""[..], SubpacketData::KeyFlags(SmallVec::from_slice(body)), )) } /// Parse a Signer's User ID subpacket /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-key-flags fn signers_userid(i: &[u8]) -> IResult<&[u8], SubpacketData> { Ok((&[], SubpacketData::SignersUserID(BString::from(i)))) } /// Parse a Reason for Revocation subpacket /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-key-flags fn rev_reason(i: &[u8]) -> IResult<&[u8], SubpacketData> { map( pair(map(be_u8, RevocationCode::from), map(rest, BString::from)), |(code, reason)| SubpacketData::RevocationReason(code, reason), )(i) } /// Parse a Features subpacket /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-features fn features(body: &[u8]) -> IResult<&[u8], SubpacketData> { Ok(( &b""[..], SubpacketData::Features(SmallVec::from_slice(body)), )) } /// Parse a Signature Target subpacket /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-signature-target fn sig_target(i: &[u8]) -> IResult<&[u8], SubpacketData> { map( tuple(( map(be_u8, PublicKeyAlgorithm::from), map(be_u8, HashAlgorithm::from), rest, )), |(pub_alg, hash_alg, hash): (_, _, &[u8])| { SubpacketData::SignatureTarget(pub_alg, hash_alg, hash.to_vec()) }, )(i) } /// Parse an Embedded Signature subpacket /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-embedded-signature fn embedded_sig(i: &[u8]) -> IResult<&[u8], SubpacketData> { map(parse(Version::New), |sig| { SubpacketData::EmbeddedSignature(Box::new(sig)) })(i) } /// Parse an Issuer Fingerprint subpacket /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-issuer-fingerprint fn issuer_fingerprint(i: &[u8]) -> IResult<&[u8], SubpacketData> { let (i, version) = map(be_u8, KeyVersion::from)(i)?; // This subpacket is only used for v4 and newer fingerprints if version != KeyVersion::V4 && version != KeyVersion::V5 && version != KeyVersion::V6 { return Err(invalid_key_version(version)); } if let Some(fingerprint_len) = version.fingerprint_len() { let (i, fingerprint) = take(fingerprint_len)(i)?; let fp = Fingerprint::new(version, fingerprint)?; Ok((i, SubpacketData::IssuerFingerprint(fp))) } else { Err(invalid_key_version(version)) } } /// Parse a preferred encryption modes subpacket (non-RFC subpacket for GnuPG "OCB" mode) fn preferred_encryption_modes(body: &[u8]) -> IResult<&[u8], SubpacketData> { let list: SmallVec<[AeadAlgorithm; 2]> = body.iter().map(|v| AeadAlgorithm::from(*v)).collect(); Ok((&b""[..], SubpacketData::PreferredEncryptionModes(list))) } /// Parse an Intended Recipient Fingerprint subpacket /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-intended-recipient-fingerpr fn intended_recipient_fingerprint(i: &[u8]) -> IResult<&[u8], SubpacketData> { let (i, version) = map(be_u8, KeyVersion::from)(i)?; // This subpacket is only used for v4 and newer fingerprints if version != KeyVersion::V4 && version != KeyVersion::V5 && version != KeyVersion::V6 { return Err(invalid_key_version(version)); } if let Some(fingerprint_len) = version.fingerprint_len() { let (i, fingerprint) = take(fingerprint_len)(i)?; let fp = Fingerprint::new(version, fingerprint)?; Ok((i, SubpacketData::IntendedRecipientFingerprint(fp))) } else { Err(invalid_key_version(version)) } } fn subpacket(typ: SubpacketType, is_critical: bool, body: &[u8]) -> IResult<&[u8], Subpacket> { use self::SubpacketType::*; debug!("parsing subpacket: {:?} {}", typ, hex::encode(body)); let res = match typ { SignatureCreationTime => signature_creation_time(body), SignatureExpirationTime => signature_expiration_time(body), ExportableCertification => exportable_certification(body), TrustSignature => trust_signature(body), RegularExpression => regular_expression(body), Revocable => revocable(body), KeyExpirationTime => key_expiration(body), PreferredSymmetricAlgorithms => pref_sym_alg(body), RevocationKey => revocation_key(body), Issuer => issuer(body), Notation => notation_data(body), PreferredHashAlgorithms => pref_hash_alg(body), PreferredCompressionAlgorithms => pref_com_alg(body), KeyServerPreferences => key_server_prefs(body), PreferredKeyServer => preferred_key_server(body), PrimaryUserId => primary_userid(body), PolicyURI => policy_uri(body), KeyFlags => key_flags(body), SignersUserID => signers_userid(body), RevocationReason => rev_reason(body), Features => features(body), SignatureTarget => sig_target(body), EmbeddedSignature => embedded_sig(body), IssuerFingerprint => issuer_fingerprint(body), PreferredEncryptionModes => preferred_encryption_modes(body), IntendedRecipientFingerprint => intended_recipient_fingerprint(body), PreferredAead => pref_aead_alg(body), Experimental(n) => Ok(( body, SubpacketData::Experimental(n, SmallVec::from_slice(body)), )), Other(n) => Ok((body, SubpacketData::Other(n, body.to_vec()))), }; let res = res.map(|(body, data)| (body, Subpacket { is_critical, data })); if res.is_err() { warn!("invalid subpacket: {:?} {:?}", typ, res); } res } fn subpackets<'a>(i: &'a [u8]) -> IResult<&'a [u8], Vec> { many0(complete(|i: &'a [u8]| { // the subpacket length (1, 2, or 5 octets) let (i, len) = packet_length(i)?; if len == 0 { return Err(nom::Err::Error(crate::errors::Error::InvalidInput)); } // the subpacket type (1 octet) let (i, typ) = map(be_u8, SubpacketType::from_u8)(i)?; map_parser(take(len - 1), move |b| subpacket(typ.0, typ.1, b))(i) }))(i) } fn actual_signature( typ: &PublicKeyAlgorithm, ) -> impl Fn(&[u8]) -> IResult<&[u8], SignatureBytes> + '_ { move |i: &[u8]| match typ { &PublicKeyAlgorithm::RSA | &PublicKeyAlgorithm::RSASign => { map(mpi, |v| vec![v.to_owned()].into())(i) } &PublicKeyAlgorithm::DSA | &PublicKeyAlgorithm::ECDSA | &PublicKeyAlgorithm::EdDSALegacy => fold_many_m_n( 2, 2, mpi, Vec::new, |mut acc: Vec, item: MpiRef<'_>| { acc.push(item.to_owned()); acc }, )(i) .map(|(i, sig)| (i, sig.into())), &PublicKeyAlgorithm::Ed25519 => { let (i, sig) = nom::bytes::complete::take(64u8)(i)?; Ok((i, SignatureBytes::Native(sig.to_vec()))) } &PublicKeyAlgorithm::Private100 | &PublicKeyAlgorithm::Private101 | &PublicKeyAlgorithm::Private102 | &PublicKeyAlgorithm::Private103 | &PublicKeyAlgorithm::Private104 | &PublicKeyAlgorithm::Private105 | &PublicKeyAlgorithm::Private106 | &PublicKeyAlgorithm::Private107 | &PublicKeyAlgorithm::Private108 | &PublicKeyAlgorithm::Private109 | &PublicKeyAlgorithm::Private110 => map(mpi, |v| vec![v.to_owned()].into())(i), _ => Ok((i, SignatureBytes::Native(vec![]))), // don't assume format, could be non-MPI } } /// Parse a v2 or v3 signature packet /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-version-3-signature-packet- fn v3_parser( packet_version: Version, version: SignatureVersion, ) -> impl Fn(&[u8]) -> IResult<&[u8], Signature> { move |i: &[u8]| { let (i, (_tag, typ, created, issuer, pub_alg, hash_alg, ls_hash)) = tuple(( // One-octet length of following hashed material. MUST be 5. tag(&[5]), // One-octet signature type. map_res(be_u8, SignatureType::try_from), // Four-octet creation time. map_opt(be_u32, |v| Utc.timestamp_opt(i64::from(v), 0).single()), // Eight-octet Key ID of signer. map_res(take(8usize), KeyId::from_slice), // One-octet public-key algorithm. map(be_u8, PublicKeyAlgorithm::from), // One-octet hash algorithm. map(be_u8, HashAlgorithm::from), // Two-octet field holding left 16 bits of signed hash value. take(2usize), ))(i)?; // The SignatureBytes comprising the signature. let (i, sig) = actual_signature(&pub_alg)(i)?; match version { SignatureVersion::V2 => Ok((i, { Signature::v2( packet_version, typ, pub_alg, hash_alg, created, issuer, clone_into_array(ls_hash), sig, ) })), SignatureVersion::V3 => Ok((i, { Signature::v3( packet_version, typ, pub_alg, hash_alg, created, issuer, clone_into_array(ls_hash), sig, ) })), _ => Err(nom::Err::Error(crate::errors::Error::Message( "must only be called for V2/V3".to_string(), ))), } } } /// Parse a v4 signature packet /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-versions-4-and-6-signature- fn v4_parser( packet_version: Version, version: SignatureVersion, ) -> impl Fn(&[u8]) -> IResult<&[u8], Signature> { move |i: &[u8]| { let (i, (typ, pub_alg, hash_alg, hsub, usub, ls_hash)) = tuple(( // One-octet signature type. map_res(be_u8, SignatureType::try_from), // One-octet public-key algorithm. map(be_u8, PublicKeyAlgorithm::from), // One-octet hash algorithm. map(be_u8, HashAlgorithm::from), // Two-octet scalar octet count for following hashed subpacket data. // Hashed subpacket data set (zero or more subpackets). map_parser(length_data(be_u16), subpackets), // Two-octet scalar octet count for the following unhashed subpacket data. // Unhashed subpacket data set (zero or more subpackets). map_parser(length_data(be_u16), subpackets), // Two-octet field holding the left 16 bits of the signed hash value. take(2usize), ))(i)?; // The SignatureBytes comprising the signature. let (i, sig) = actual_signature(&pub_alg)(i)?; if version != SignatureVersion::V4 { return Err(nom::Err::Error(crate::errors::Error::Message(format!( "Unsupported version {:?}", version )))); } Ok(( i, Signature::v4( packet_version, typ, pub_alg, hash_alg, clone_into_array(ls_hash), sig, hsub, usub, ), )) } } /// Parse a v6 signature packet /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-versions-4-and-6-signature- fn v6_parser(packet_version: Version) -> impl Fn(&[u8]) -> IResult<&[u8], Signature> { move |i: &[u8]| { let (i, (typ, pub_alg, hash_alg, hsub, usub, ls_hash)) = tuple(( // One-octet signature type. map_res(be_u8, SignatureType::try_from), // One-octet public-key algorithm. map(be_u8, PublicKeyAlgorithm::from), // One-octet hash algorithm. map(be_u8, HashAlgorithm::from), // Four-octet scalar octet count for following hashed subpacket data. // Hashed subpacket data set (zero or more subpackets). map_parser(length_data(be_u32), subpackets), // Four-octet scalar octet count for the following unhashed subpacket data. // Unhashed subpacket data set (zero or more subpackets). map_parser(length_data(be_u32), subpackets), // Two-octet field holding the left 16 bits of the signed hash value. take(2usize), ))(i)?; // A variable-length field containing: // A one-octet salt size. The value MUST match the value defined for the hash algorithm as specified in Table 23. // The salt; a random value of the specified size. let (i, len) = be_u8(i)?; let (i, salt) = take(len)(i)?; if hash_alg.salt_len() != Some(salt.len()) { return Err(nom::Err::Error(crate::errors::Error::Message(format!( "Illegal salt length {} found for {:?}", salt.len(), hash_alg )))); } // The SignatureBytes comprising the signature. let (i, sig) = actual_signature(&pub_alg)(i)?; Ok(( i, Signature::v6( packet_version, typ, pub_alg, hash_alg, clone_into_array(ls_hash), sig, hsub, usub, salt.to_vec(), ), )) } } fn invalid_sig_version(version: SignatureVersion) -> nom::Err { nom::Err::Error(crate::errors::Error::Unsupported(format!( "invalid signature version {version:?}" ))) } fn invalid_key_version(version: KeyVersion) -> nom::Err { nom::Err::Error(crate::errors::Error::Unsupported(format!( "invalid key version {version:?}" ))) } /// Parse a signature packet (Tag 2) /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-signature-packet-type-id-2 fn parse(packet_version: Version) -> impl Fn(&[u8]) -> IResult<&[u8], Signature> { move |i: &[u8]| { let (i, version) = map(be_u8, SignatureVersion::from)(i)?; let (i, signature) = match &version { &SignatureVersion::V2 | &SignatureVersion::V3 => v3_parser(packet_version, version)(i), &SignatureVersion::V4 | &SignatureVersion::V5 => v4_parser(packet_version, version)(i), &SignatureVersion::V6 => v6_parser(packet_version)(i), _ => Err(invalid_sig_version(version)), }?; Ok((i, signature)) } } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use super::*; use crate::{Deserializable, StandaloneSignature}; #[test] fn test_subpacket_pref_sym_alg() { let input = vec![9, 8, 7, 3, 2]; let (_, res) = pref_sym_alg(input.as_slice()).unwrap(); assert_eq!( res, SubpacketData::PreferredSymmetricAlgorithms( input .iter() .map(|i| SymmetricKeyAlgorithm::from(*i)) .collect() ) ); } #[test] fn test_unknown_revocation_code() { let revocation = "-----BEGIN PGP SIGNATURE----- wsASBCAWCgCEBYJlrwiYCRACvMqAWdPpHUcUAAAAAAAeACBzYWx0QG5vdGF0aW9u cy5zZXF1b2lhLXBncC5vcmfPfjVZJ9PXSt4854s05WU+Tj5QZwuhA5+LEHEUborP PxQdQnJldm9jYXRpb24gbWVzc2FnZRYhBKfuT6/w5BLl1XTGUgK8yoBZ0+kdAABi lQEAkpvZ3A2RGtRdCne/dOZtqoX7oCCZKCPyfZS9I9roc5oBAOj4aklEBejYuTKF SW+kj0jFDKC2xb/o8hbkTpwPtsoI =0ajX -----END PGP SIGNATURE-----"; let (sig, _) = StandaloneSignature::from_armor_single(revocation.as_bytes()).unwrap(); let rc = sig.signature.revocation_reason_code(); assert!(rc.is_some()); assert!(matches!(rc.unwrap(), RevocationCode::Other(0x42))); } } pgp-0.15.0/src/packet/signature/mod.rs000064400000000000000000000001521046102023000156570ustar 00000000000000pub mod config; pub mod de; pub mod ser; pub mod types; pub use self::config::*; pub use self::types::*; pgp-0.15.0/src/packet/signature/ser.rs000064400000000000000000000407111046102023000156760ustar 00000000000000use std::io; use byteorder::{BigEndian, WriteBytesExt}; use chrono::Duration; use crate::errors::Result; use crate::packet::signature::types::*; use crate::packet::signature::SignatureConfig; use crate::packet::SignatureVersionSpecific; use crate::ser::Serialize; use crate::util::write_packet_length; impl Serialize for Signature { fn to_writer(&self, writer: &mut W) -> Result<()> { writer.write_u8(self.config.version().into())?; match self.config.version() { SignatureVersion::V2 | SignatureVersion::V3 => self.to_writer_v3(writer), SignatureVersion::V4 | SignatureVersion::V6 => self.to_writer_v4_v6(writer), SignatureVersion::V5 => { bail!("v5 signature unsupported writer") } SignatureVersion::Other(version) => bail!("Unsupported signature version {}", version), } } } impl Subpacket { /// Convert expiration time "Duration" data to OpenPGP u32 format. /// Use u32:MAX on overflow. fn duration_to_u32(d: &Duration) -> u32 { u32::try_from(d.num_seconds()).unwrap_or(u32::MAX) } fn body_to_writer(&self, writer: &mut impl io::Write) -> Result<()> { match &self.data { SubpacketData::SignatureCreationTime(t) => { writer.write_u32::(t.timestamp().try_into()?)?; } SubpacketData::SignatureExpirationTime(d) => { writer.write_u32::(Self::duration_to_u32(d))?; } SubpacketData::KeyExpirationTime(d) => { writer.write_u32::(Self::duration_to_u32(d))?; } SubpacketData::Issuer(id) => { writer.write_all(id.as_ref())?; } SubpacketData::PreferredSymmetricAlgorithms(algs) => { writer.write_all(&algs.iter().map(|&alg| u8::from(alg)).collect::>())?; } SubpacketData::PreferredHashAlgorithms(algs) => { writer.write_all(&algs.iter().map(|&alg| alg.into()).collect::>())?; } SubpacketData::PreferredCompressionAlgorithms(algs) => { writer.write_all(&algs.iter().map(|&alg| u8::from(alg)).collect::>())?; } SubpacketData::KeyServerPreferences(prefs) => { writer.write_all(prefs)?; } SubpacketData::KeyFlags(flags) => { writer.write_all(flags)?; } SubpacketData::Features(features) => { writer.write_all(features)?; } SubpacketData::RevocationReason(code, reason) => { writer.write_u8((*code).into())?; writer.write_all(reason)?; } SubpacketData::IsPrimary(is_primary) => { writer.write_u8((*is_primary).into())?; } SubpacketData::Revocable(is_revocable) => { writer.write_u8((*is_revocable).into())?; } SubpacketData::EmbeddedSignature(inner_sig) => { (*inner_sig).to_writer(writer)?; } SubpacketData::PreferredKeyServer(server) => { writer.write_all(server.as_bytes())?; } SubpacketData::Notation(notation) => { let is_readable = if notation.readable { 0x80 } else { 0 }; writer.write_all(&[is_readable, 0, 0, 0])?; writer.write_u16::(notation.name.len().try_into()?)?; writer.write_u16::(notation.value.len().try_into()?)?; writer.write_all(¬ation.name)?; writer.write_all(¬ation.value)?; } SubpacketData::RevocationKey(rev_key) => { writer.write_u8(rev_key.class as u8)?; writer.write_u8(rev_key.algorithm.into())?; writer.write_all(&rev_key.fingerprint[..])?; } SubpacketData::SignersUserID(body) => { writer.write_all(body.as_ref())?; } SubpacketData::PolicyURI(uri) => { writer.write_all(uri.as_bytes())?; } SubpacketData::TrustSignature(depth, value) => { writer.write_u8(*depth)?; writer.write_u8(*value)?; } SubpacketData::RegularExpression(regexp) => { writer.write_all(regexp)?; } SubpacketData::ExportableCertification(is_exportable) => { writer.write_u8((*is_exportable).into())?; } SubpacketData::IssuerFingerprint(fp) => { if let Some(version) = fp.version() { writer.write_u8(version.into())?; writer.write_all(fp.as_bytes())?; } else { bail!("IssuerFingerprint: needs versioned fingerprint") } } SubpacketData::PreferredEncryptionModes(algs) => { writer.write_all(&algs.iter().map(|&alg| alg.into()).collect::>())?; } SubpacketData::IntendedRecipientFingerprint(fp) => { if let Some(version) = fp.version() { writer.write_u8(version.into())?; writer.write_all(fp.as_bytes())?; } else { bail!("IntendedRecipientFingerprint: needs versioned fingerprint") } } SubpacketData::PreferredAeadAlgorithms(algs) => { writer.write_all( &algs .iter() .flat_map(|&(sym_alg, aead)| [sym_alg.into(), aead.into()]) .collect::>(), )?; } SubpacketData::Experimental(_, body) => { writer.write_all(body)?; } SubpacketData::Other(_, body) => { writer.write_all(body)?; } SubpacketData::SignatureTarget(pub_alg, hash_alg, hash) => { writer.write_u8((*pub_alg).into())?; writer.write_u8((*hash_alg).into())?; writer.write_all(hash)?; } } Ok(()) } fn body_len(&self) -> Result { let len = match &self.data { SubpacketData::SignatureCreationTime(_) => 4, SubpacketData::SignatureExpirationTime(_) => 4, SubpacketData::KeyExpirationTime(_) => 4, SubpacketData::Issuer(_) => 8, SubpacketData::PreferredSymmetricAlgorithms(algs) => algs.len(), SubpacketData::PreferredHashAlgorithms(algs) => algs.len(), SubpacketData::PreferredCompressionAlgorithms(algs) => algs.len(), SubpacketData::KeyServerPreferences(prefs) => prefs.len(), SubpacketData::KeyFlags(flags) => flags.len(), SubpacketData::Features(features) => features.len(), SubpacketData::RevocationReason(_, reason) => { // 1 byte for revocation code + n for the reason 1 + reason.len() } SubpacketData::IsPrimary(_) => 1, SubpacketData::Revocable(_) => 1, SubpacketData::EmbeddedSignature(sig) => { // TODO: find a more efficient way of doing this, if this gets expensive let mut buf = Vec::new(); (*sig).to_writer(&mut buf)?; buf.len() } SubpacketData::PreferredKeyServer(server) => server.chars().count(), SubpacketData::Notation(n) => { // 4 for the flags, 2 for the name length, 2 for the value length, m for the name, n for the value 4 + 2 + 2 + n.name.len() + n.value.len() } SubpacketData::RevocationKey(_) => 22, SubpacketData::SignersUserID(body) => { let bytes: &[u8] = body.as_ref(); bytes.len() } SubpacketData::PolicyURI(uri) => uri.len(), SubpacketData::TrustSignature(_, _) => 2, SubpacketData::RegularExpression(regexp) => regexp.len(), SubpacketData::ExportableCertification(_) => 1, SubpacketData::IssuerFingerprint(fp) => 1 + fp.len(), SubpacketData::PreferredEncryptionModes(algs) => algs.len(), SubpacketData::IntendedRecipientFingerprint(fp) => 1 + fp.len(), SubpacketData::PreferredAeadAlgorithms(algs) => algs.len() * 2, SubpacketData::Experimental(_, body) => body.len(), SubpacketData::Other(_, body) => body.len(), SubpacketData::SignatureTarget(_, _, hash) => 2 + hash.len(), }; Ok(len) } pub fn typ(&self) -> SubpacketType { match &self.data { SubpacketData::SignatureCreationTime(_) => SubpacketType::SignatureCreationTime, SubpacketData::SignatureExpirationTime(_) => SubpacketType::SignatureExpirationTime, SubpacketData::KeyExpirationTime(_) => SubpacketType::KeyExpirationTime, SubpacketData::Issuer(_) => SubpacketType::Issuer, SubpacketData::PreferredSymmetricAlgorithms(_) => { SubpacketType::PreferredSymmetricAlgorithms } SubpacketData::PreferredHashAlgorithms(_) => SubpacketType::PreferredHashAlgorithms, SubpacketData::PreferredCompressionAlgorithms(_) => { SubpacketType::PreferredCompressionAlgorithms } SubpacketData::KeyServerPreferences(_) => SubpacketType::KeyServerPreferences, SubpacketData::KeyFlags(_) => SubpacketType::KeyFlags, SubpacketData::Features(_) => SubpacketType::Features, SubpacketData::RevocationReason(_, _) => SubpacketType::RevocationReason, SubpacketData::IsPrimary(_) => SubpacketType::PrimaryUserId, SubpacketData::Revocable(_) => SubpacketType::Revocable, SubpacketData::EmbeddedSignature(_) => SubpacketType::EmbeddedSignature, SubpacketData::PreferredKeyServer(_) => SubpacketType::PreferredKeyServer, SubpacketData::Notation(_) => SubpacketType::Notation, SubpacketData::RevocationKey(_) => SubpacketType::RevocationKey, SubpacketData::SignersUserID(_) => SubpacketType::SignersUserID, SubpacketData::PolicyURI(_) => SubpacketType::PolicyURI, SubpacketData::TrustSignature(_, _) => SubpacketType::TrustSignature, SubpacketData::RegularExpression(_) => SubpacketType::RegularExpression, SubpacketData::ExportableCertification(_) => SubpacketType::ExportableCertification, SubpacketData::IssuerFingerprint(_) => SubpacketType::IssuerFingerprint, SubpacketData::PreferredEncryptionModes(_) => SubpacketType::PreferredEncryptionModes, SubpacketData::IntendedRecipientFingerprint(_) => { SubpacketType::IntendedRecipientFingerprint } SubpacketData::PreferredAeadAlgorithms(_) => SubpacketType::PreferredAead, SubpacketData::Experimental(n, _) => SubpacketType::Experimental(*n), SubpacketData::Other(n, _) => SubpacketType::Other(*n), SubpacketData::SignatureTarget(_, _, _) => SubpacketType::SignatureTarget, } } } impl Serialize for Subpacket { fn to_writer(&self, writer: &mut W) -> Result<()> { write_packet_length(1 + self.body_len()?, writer)?; writer.write_u8(self.typ().as_u8(self.is_critical))?; self.body_to_writer(writer)?; Ok(()) } } impl SignatureConfig { /// Serializes a v2 or v3 signature. fn to_writer_v3(&self, writer: &mut W) -> Result<()> { writer.write_u8(0x05)?; // 1-octet length of the following hashed material; it MUST be 5 writer.write_u8(self.typ.into())?; // type if let SignatureVersionSpecific::V2 { created, issuer } | SignatureVersionSpecific::V3 { created, issuer } = &self.version_specific { writer.write_u32::(created.timestamp().try_into()?)?; writer.write_all(issuer.as_ref())?; } else { bail!("expecting SignatureVersionSpecific::V3 for a v2/v3 signature") } writer.write_u8(self.pub_alg.into())?; // public algorithm writer.write_u8(self.hash_alg.into())?; // hash algorithm Ok(()) } /// Serializes a v4 or v6 signature. fn to_writer_v4_v6(&self, writer: &mut W) -> Result<()> { writer.write_u8(self.typ.into())?; // type writer.write_u8(self.pub_alg.into())?; // public algorithm writer.write_u8(self.hash_alg.into())?; // hash algorithm // hashed subpackets let mut hashed_subpackets = Vec::new(); for packet in &self.hashed_subpackets { packet.to_writer(&mut hashed_subpackets)?; } match self.version() { SignatureVersion::V4 => { writer.write_u16::(hashed_subpackets.len().try_into()?)? } SignatureVersion::V6 => { writer.write_u32::(hashed_subpackets.len().try_into()?)? } v => unimplemented_err!("signature version {:?}", v), } writer.write_all(&hashed_subpackets)?; // unhashed subpackets let mut unhashed_subpackets = Vec::new(); for packet in &self.unhashed_subpackets { packet.to_writer(&mut unhashed_subpackets)?; } match self.version() { SignatureVersion::V4 => { writer.write_u16::(unhashed_subpackets.len().try_into()?)? } SignatureVersion::V6 => { writer.write_u32::(unhashed_subpackets.len().try_into()?)? } v => unimplemented_err!("signature version {:?}", v), } writer.write_all(&unhashed_subpackets)?; Ok(()) } } impl Signature { /// Serializes a v2 or v3 signature. fn to_writer_v3(&self, writer: &mut W) -> Result<()> { self.config.to_writer_v3(writer)?; // signed hash value writer.write_all(&self.signed_hash_value)?; // the actual cryptographic signature self.signature.to_writer(writer)?; Ok(()) } /// Serializes a v4 or v6 signature. fn to_writer_v4_v6(&self, writer: &mut W) -> Result<()> { self.config.to_writer_v4_v6(writer)?; // signed hash value writer.write_all(&self.signed_hash_value)?; // salt, if v6 if let SignatureVersionSpecific::V6 { salt } = &self.config.version_specific { writer.write_u8(salt.len().try_into()?)?; writer.write_all(salt)?; } // the actual cryptographic signature self.signature.to_writer(writer)?; Ok(()) } } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use std::fs::File; use std::io::Read; use std::path::Path; use super::*; use crate::packet::{Packet, PacketParser}; fn test_roundtrip(name: &str) { let f = File::open(Path::new("./tests/openpgp/samplemsgs").join(name)).unwrap(); let packets: Vec = PacketParser::new(f).collect::>().unwrap(); let mut serialized = Vec::new(); for p in &packets { if let Packet::Signature(_) = p { p.to_writer(&mut serialized).unwrap(); } else { panic!("unexpected packet: {p:?}"); }; } let bytes = { let mut f = File::open(Path::new("./tests/openpgp/samplemsgs").join(name)).unwrap(); let mut bytes = Vec::new(); f.read_to_end(&mut bytes).unwrap(); bytes }; assert_eq!(bytes, serialized, "failed to roundtrip"); } #[test] fn packet_signature_roundtrip_openpgp_sig_1_key_1() { test_roundtrip("sig-1-key-1.sig"); } #[test] fn packet_signature_roundtrip_openpgp_sig_1_key_2() { test_roundtrip("sig-1-key-2.sig"); } #[test] fn packet_signature_roundtrip_openpgp_sig_2_keys_1() { test_roundtrip("sig-2-keys-1.sig"); } #[test] fn packet_signature_roundtrip_openpgp_sig_2_keys_2() { test_roundtrip("sig-2-keys-2.sig"); } // Tries to roundtrip a signature containing a name + E-Mail with complicated multibyte unicode characters #[test] fn packet_signature_roundtrip_openpgp_with_unicode() { test_roundtrip("unicode.sig"); } } pgp-0.15.0/src/packet/signature/types.rs000064400000000000000000001172151046102023000162550ustar 00000000000000use std::io::Read; use bitfield::bitfield; use bstr::{BStr, BString}; use byteorder::{BigEndian, ByteOrder}; use chrono::{DateTime, Duration, Utc}; use iter_read::IterRead; use log::debug; use num_enum::{FromPrimitive, IntoPrimitive}; use smallvec::{smallvec, SmallVec}; use crate::crypto::aead::AeadAlgorithm; use crate::crypto::hash::HashAlgorithm; use crate::crypto::public_key::PublicKeyAlgorithm; use crate::crypto::sym::SymmetricKeyAlgorithm; use crate::errors::Result; use crate::line_writer::LineBreak; use crate::normalize_lines::Normalized; use crate::packet::signature::SignatureConfig; use crate::packet::{PacketTrait, SignatureVersionSpecific}; use crate::ser::Serialize; use crate::types::{ self, CompressionAlgorithm, Fingerprint, KeyId, KeyVersion, PublicKeyTrait, SignatureBytes, Tag, Version, }; /// Signature Packet /// #[derive(Clone, PartialEq, Eq, derive_more::Debug)] pub struct Signature { packet_version: Version, pub config: SignatureConfig, #[debug("{}", hex::encode(signed_hash_value))] pub signed_hash_value: [u8; 2], pub signature: SignatureBytes, } impl Signature { /// Constructor for an OpenPGP v2 signature packet. /// Note: This is a historical packet version! #[allow(clippy::too_many_arguments)] pub fn v2( packet_version: Version, typ: SignatureType, pub_alg: PublicKeyAlgorithm, hash_alg: HashAlgorithm, created: DateTime, issuer: KeyId, signed_hash_value: [u8; 2], signature: SignatureBytes, ) -> Self { Signature { packet_version, config: SignatureConfig { typ, pub_alg, hash_alg, hashed_subpackets: vec![], unhashed_subpackets: vec![], version_specific: SignatureVersionSpecific::V2 { created, issuer }, }, signed_hash_value, signature, } } /// Constructor for an OpenPGP v3 signature packet. /// Note: This is a historical packet version! #[allow(clippy::too_many_arguments)] pub fn v3( packet_version: Version, typ: SignatureType, pub_alg: PublicKeyAlgorithm, hash_alg: HashAlgorithm, created: DateTime, issuer: KeyId, signed_hash_value: [u8; 2], signature: SignatureBytes, ) -> Self { Signature { packet_version, config: SignatureConfig { typ, pub_alg, hash_alg, hashed_subpackets: vec![], unhashed_subpackets: vec![], version_specific: SignatureVersionSpecific::V3 { created, issuer }, }, signed_hash_value, signature, } } /// Constructor for an OpenPGP v4 signature packet. /// /// OpenPGP v4 signatures are typically used with OpenPGP v4 keys, as specified in RFC 9580 /// (and formerly in 4880 and 2440). #[allow(clippy::too_many_arguments)] pub fn v4( packet_version: Version, typ: SignatureType, pub_alg: PublicKeyAlgorithm, hash_alg: HashAlgorithm, signed_hash_value: [u8; 2], signature: SignatureBytes, hashed_subpackets: Vec, unhashed_subpackets: Vec, ) -> Self { Signature { packet_version, config: SignatureConfig { typ, pub_alg, hash_alg, hashed_subpackets, unhashed_subpackets, version_specific: SignatureVersionSpecific::V4, }, signed_hash_value, signature, } } /// Constructor for an OpenPGP v6 signature packet. /// /// OpenPGP v6 signatures are specified in RFC 9580 and only used with OpenPGP v6 keys. #[allow(clippy::too_many_arguments)] pub fn v6( packet_version: Version, typ: SignatureType, pub_alg: PublicKeyAlgorithm, hash_alg: HashAlgorithm, signed_hash_value: [u8; 2], signature: SignatureBytes, hashed_subpackets: Vec, unhashed_subpackets: Vec, salt: Vec, ) -> Self { Signature { packet_version, config: SignatureConfig { typ, pub_alg, hash_alg, hashed_subpackets, unhashed_subpackets, version_specific: SignatureVersionSpecific::V6 { salt }, }, signed_hash_value, signature, } } pub fn from_config( config: SignatureConfig, signed_hash_value: [u8; 2], signature: SignatureBytes, ) -> Self { Signature { packet_version: Default::default(), config, signed_hash_value, signature, } } /// Returns what kind of signature this is. pub fn typ(&self) -> SignatureType { self.config.typ() } /// The used `HashAlgorithm`. pub fn hash_alg(&self) -> HashAlgorithm { self.config.hash_alg } /// Does `key` match any issuer or issuer_fingerprint subpacket in `sig`? /// If yes, we consider `key` a candidate to verify `sig` against. /// /// We also consider `key` a match for `sig` by default, if `sig` contains no issuer-related /// subpackets. fn match_identity(sig: &Signature, key: &impl PublicKeyTrait) -> bool { let issuers = sig.issuer(); let issuer_fps = sig.issuer_fingerprint(); // If there is no subpacket that signals the issuer, we consider `sig` and `key` a // potential match, and will check the cryptographic validity. if issuers.is_empty() && issuer_fps.is_empty() { return true; } // Does any issuer or issuer fingerprint subpacket matche the identity of `sig`? issuers.iter().any(|&key_id| key_id == &key.key_id()) || issuer_fps.iter().any(|&fp| fp == &key.fingerprint()) } /// Check alignment between signing key version and signature version. /// /// Version 6 signatures and version 6 keys are strongly linked: /// - only a v6 key may produce a v6 signature /// - a v6 key may only produce v6 signatures fn check_signature_key_version_alignment( key: &impl PublicKeyTrait, config: &SignatureConfig, ) -> Result<()> { // Every signature made by a version 6 key MUST be a version 6 signature. if key.version() == KeyVersion::V6 { ensure_eq!( config.version(), SignatureVersion::V6, "Non v6 signature by a v6 key is not allowed" ); } if config.version() == SignatureVersion::V6 { ensure_eq!( key.version(), KeyVersion::V6, "v6 signature by a non-v6 key is not allowed" ); } Ok(()) } /// Verify this signature. pub fn verify(&self, key: &impl PublicKeyTrait, data: R) -> Result<()> where R: Read, { Self::check_signature_key_version_alignment(&key, &self.config)?; ensure!( Self::match_identity(self, key), "verify: No matching issuer or issuer_fingerprint for Key ID: {:?}", &key.key_id(), ); let mut hasher = self.config.hash_alg.new_hasher()?; if let SignatureVersionSpecific::V6 { salt } = &self.config.version_specific { // Salt size must match the expected length for the hash algorithm that is used // // See: https://www.rfc-editor.org/rfc/rfc9580.html#section-5.2.3-2.10.2.1.1 ensure_eq!( self.config.hash_alg.salt_len(), Some(salt.len()), "Illegal salt length {} for a V6 Signature using {:?}", salt.len(), self.config.hash_alg ); hasher.update(salt.as_ref()) } if matches!(self.typ(), SignatureType::Text) { let normalized = Normalized::new(data.bytes().flat_map(|b| b.ok()), LineBreak::Crlf); self.config .hash_data_to_sign(&mut *hasher, IterRead::new(normalized))?; } else { self.config.hash_data_to_sign(&mut *hasher, data)?; } let len = self.config.hash_signature_data(&mut hasher)?; hasher.update(&self.config.trailer(len)?); let hash = &hasher.finish()[..]; // Check that the high 16 bits of the hash from the signature packet match with the hash we // just calculated. // // "When verifying a version 6 signature, an implementation MUST reject the signature if // these octets do not match the first two octets of the computed hash." // // (See https://www.rfc-editor.org/rfc/rfc9580.html#name-notes-on-signatures) // // (Note: we currently also reject v4 signatures if the calculated hash doesn't match the // high 16 bits in the signature packet, even though RFC 9580 doesn't strictly require this) ensure_eq!( &self.signed_hash_value, &hash[0..2], "signature: invalid signed hash value" ); key.verify_signature(self.config.hash_alg, hash, &self.signature) } /// Verifies a certification signature type (for self-signatures). pub fn verify_certification( &self, key: &impl PublicKeyTrait, tag: Tag, id: &impl Serialize, ) -> Result<()> { self.verify_third_party_certification(&key, &key, tag, id) } /// Verifies a certification signature type (for third-party signatures). pub fn verify_third_party_certification( &self, signee: &impl PublicKeyTrait, signer: &impl PublicKeyTrait, tag: Tag, id: &impl Serialize, ) -> Result<()> { let key_id = signee.key_id(); debug!("verifying certification {:?} {:#?}", key_id, self); Self::check_signature_key_version_alignment(&signer, &self.config)?; ensure!( Self::match_identity(self, signer), "verify_certification: No matching issuer or issuer_fingerprint for Key ID: {:?}", key_id, ); let mut hasher = self.config.hash_alg.new_hasher()?; if let SignatureVersionSpecific::V6 { salt } = &self.config.version_specific { hasher.update(salt.as_ref()) } // the key of the signee { let mut key_buf = Vec::new(); // TODO: this is different for V5 signee.serialize_for_hashing(&mut key_buf)?; hasher.update(&key_buf); } // the packet content { let mut packet_buf = Vec::new(); id.to_writer(&mut packet_buf)?; match self.config.version() { SignatureVersion::V2 | SignatureVersion::V3 => { // Nothing to do } SignatureVersion::V4 | SignatureVersion::V6 => { let prefix = match tag { Tag::UserId => 0xB4, Tag::UserAttribute => 0xD1, _ => bail!("invalid tag for certification validation: {:?}", tag), }; let mut prefix_buf = [prefix, 0u8, 0u8, 0u8, 0u8]; BigEndian::write_u32(&mut prefix_buf[1..], packet_buf.len().try_into()?); // prefixes hasher.update(&prefix_buf); } SignatureVersion::V5 => { bail!("v5 signature unsupported tpc") } SignatureVersion::Other(version) => { bail!("unsupported signature version: {:?}", version) } } hasher.update(&packet_buf); } let len = self.config.hash_signature_data(&mut hasher)?; hasher.update(&self.config.trailer(len)?); let hash = &hasher.finish()[..]; ensure_eq!( &self.signed_hash_value, &hash[0..2], "certification: invalid signed hash value" ); signer.verify_signature(self.config.hash_alg, hash, &self.signature) } /// Verifies a key binding (which binds a subkey to the primary key). /// /// "Subkey Binding Signature (type ID 0x18)" pub fn verify_key_binding( &self, signing_key: &impl PublicKeyTrait, key: &impl PublicKeyTrait, ) -> Result<()> { self.verify_key_binding_internal(signing_key, key, false) } /// Verifies a primary key binding signature, or "back signature" (which links the primary to a signing subkey). /// /// "Primary Key Binding Signature (type ID 0x19)" pub fn verify_backwards_key_binding( &self, signing_key: &impl PublicKeyTrait, key: &impl PublicKeyTrait, ) -> Result<()> { self.verify_key_binding_internal(signing_key, key, true) } /// Verify subkey binding signatures, either regular subkey binding, or a "back signature". /// /// - when backsig is false: verify a "Subkey Binding Signature (type ID 0x18)" /// - when backsig is true: verify a "Primary Key Binding Signature (type ID 0x19)" fn verify_key_binding_internal( &self, signer: &impl PublicKeyTrait, signee: &impl PublicKeyTrait, backsig: bool, ) -> Result<()> { debug!( "verifying key binding: {:#?} - {:#?} - {:#?} (backsig: {})", self, signer, signee, backsig ); Self::check_signature_key_version_alignment(&signer, &self.config)?; let mut hasher = self.config.hash_alg.new_hasher()?; if let SignatureVersionSpecific::V6 { salt } = &self.config.version_specific { hasher.update(salt.as_ref()) } // Hash the two keys: // - for a regular binding signature, first the signer (primary), then the signee (subkey) // - for a "backward signature" (Primary Key Binding Signature), the order of hashing is signee (primary), signer (subkey) // First key to hash { let mut key_buf = Vec::new(); if !backsig { signer.serialize_for_hashing(&mut key_buf)?; // primary } else { signee.serialize_for_hashing(&mut key_buf)?; // primary } hasher.update(&key_buf); } // Second key to hash { let mut key_buf = Vec::new(); if !backsig { signee.serialize_for_hashing(&mut key_buf)?; // subkey } else { signer.serialize_for_hashing(&mut key_buf)?; // subkey } hasher.update(&key_buf); } let len = self.config.hash_signature_data(&mut hasher)?; hasher.update(&self.config.trailer(len)?); let hash = &hasher.finish()[..]; ensure_eq!( &self.signed_hash_value, &hash[0..2], "key binding: invalid signed hash value" ); signer.verify_signature(self.config.hash_alg, hash, &self.signature) } /// Verifies a direct key signature or a revocation. pub fn verify_key(&self, key: &impl PublicKeyTrait) -> Result<()> { debug!("verifying key (revocation): {:#?} - {:#?}", self, key); Self::check_signature_key_version_alignment(&key, &self.config)?; ensure!( Self::match_identity(self, key), "verify_key: No matching issuer or issuer_fingerprint for Key ID: {:?}", &key.key_id(), ); let mut hasher = self.config.hash_alg.new_hasher()?; if let SignatureVersionSpecific::V6 { salt } = &self.config.version_specific { hasher.update(salt.as_ref()) } { let mut key_buf = Vec::new(); key.serialize_for_hashing(&mut key_buf)?; hasher.update(&key_buf); } let len = self.config.hash_signature_data(&mut hasher)?; hasher.update(&self.config.trailer(len)?); let hash = &hasher.finish()[..]; ensure_eq!( &self.signed_hash_value, &hash[0..2], "key: invalid signed hash value" ); key.verify_signature(self.config.hash_alg, hash, &self.signature) } /// Returns if the signature is a certification or not. pub fn is_certification(&self) -> bool { self.config.is_certification() } pub fn key_expiration_time(&self) -> Option<&Duration> { self.config.hashed_subpackets().find_map(|p| match &p.data { SubpacketData::KeyExpirationTime(d) => Some(d), _ => None, }) } pub fn signature_expiration_time(&self) -> Option<&Duration> { self.config.hashed_subpackets().find_map(|p| match &p.data { SubpacketData::SignatureExpirationTime(d) => Some(d), _ => None, }) } pub fn created(&self) -> Option<&DateTime> { self.config.created() } pub fn issuer(&self) -> Vec<&KeyId> { self.config.issuer() } pub fn issuer_fingerprint(&self) -> Vec<&Fingerprint> { self.config.issuer_fingerprint() } pub fn preferred_symmetric_algs(&self) -> &[SymmetricKeyAlgorithm] { self.config .hashed_subpackets() .find_map(|p| match &p.data { SubpacketData::PreferredSymmetricAlgorithms(d) => Some(&d[..]), _ => None, }) .unwrap_or_else(|| &[][..]) } pub fn preferred_aead_algs(&self) -> &[(SymmetricKeyAlgorithm, AeadAlgorithm)] { self.config .hashed_subpackets() .find_map(|p| match &p.data { SubpacketData::PreferredAeadAlgorithms(d) => Some(&d[..]), _ => None, }) .unwrap_or_else(|| &[][..]) } pub fn preferred_hash_algs(&self) -> &[HashAlgorithm] { self.config .hashed_subpackets() .find_map(|p| match &p.data { SubpacketData::PreferredHashAlgorithms(d) => Some(&d[..]), _ => None, }) .unwrap_or_else(|| &[][..]) } pub fn preferred_compression_algs(&self) -> &[CompressionAlgorithm] { self.config .hashed_subpackets() .find_map(|p| match &p.data { SubpacketData::PreferredCompressionAlgorithms(d) => Some(&d[..]), _ => None, }) .unwrap_or_else(|| &[][..]) } pub fn key_server_prefs(&self) -> &[u8] { self.config .hashed_subpackets() .find_map(|p| match &p.data { SubpacketData::KeyServerPreferences(d) => Some(&d[..]), _ => None, }) .unwrap_or_else(|| &[][..]) } pub fn key_flags(&self) -> KeyFlags { self.config .hashed_subpackets() .find_map(|p| match &p.data { SubpacketData::KeyFlags(d) => Some(d[..].into()), _ => None, }) .unwrap_or_default() } pub fn features(&self) -> &[u8] { self.config .hashed_subpackets() .find_map(|p| match &p.data { SubpacketData::Features(d) => Some(&d[..]), _ => None, }) .unwrap_or_else(|| &[][..]) } pub fn revocation_reason_code(&self) -> Option<&RevocationCode> { self.config.hashed_subpackets().find_map(|p| match &p.data { SubpacketData::RevocationReason(code, _) => Some(code), _ => None, }) } pub fn revocation_reason_string(&self) -> Option<&BStr> { self.config.hashed_subpackets().find_map(|p| match &p.data { SubpacketData::RevocationReason(_, reason) => Some(reason.as_ref()), _ => None, }) } pub fn is_primary(&self) -> bool { self.config .hashed_subpackets() .find_map(|p| match &p.data { SubpacketData::IsPrimary(d) => Some(*d), _ => None, }) .unwrap_or(false) } pub fn is_revocable(&self) -> bool { self.config .hashed_subpackets() .find_map(|p| match &p.data { SubpacketData::Revocable(d) => Some(*d), _ => None, }) .unwrap_or(true) } pub fn embedded_signature(&self) -> Option<&Signature> { // We consider data from both the hashed and unhashed area here, because the embedded // signature is inherently cryptographically secured. An attacker can't add a valid // embedded signature, canonicalization will remove any invalid embedded signature // subpackets. self.config .hashed_subpackets() .chain(self.config.unhashed_subpackets()) .find_map(|p| match &p.data { SubpacketData::EmbeddedSignature(d) => Some(&**d), _ => None, }) } pub fn preferred_key_server(&self) -> Option<&str> { self.config.hashed_subpackets().find_map(|p| match &p.data { SubpacketData::PreferredKeyServer(d) => Some(d.as_str()), _ => None, }) } pub fn notations(&self) -> Vec<&Notation> { self.config .hashed_subpackets() .filter_map(|p| match &p.data { SubpacketData::Notation(d) => Some(d), _ => None, }) .collect() } pub fn revocation_key(&self) -> Option<&types::RevocationKey> { self.config.hashed_subpackets().find_map(|p| match &p.data { SubpacketData::RevocationKey(d) => Some(d), _ => None, }) } /// Gets the user id of the signer /// /// Note that the user id may not be valid utf-8, if it was created /// using a different encoding. But since the RFC describes every /// text as utf-8 it is up to the caller whether to error on non utf-8 data. pub fn signers_userid(&self) -> Option<&BStr> { self.config.hashed_subpackets().find_map(|p| match &p.data { SubpacketData::SignersUserID(d) => Some(d.as_ref()), _ => None, }) } pub fn policy_uri(&self) -> Option<&str> { self.config.hashed_subpackets().find_map(|p| match &p.data { SubpacketData::PolicyURI(d) => Some(d.as_ref()), _ => None, }) } pub fn trust_signature(&self) -> Option<(u8, u8)> { self.config.hashed_subpackets().find_map(|p| match &p.data { SubpacketData::TrustSignature(depth, value) => Some((*depth, *value)), _ => None, }) } pub fn regular_expression(&self) -> Option<&BStr> { self.config.hashed_subpackets().find_map(|p| match &p.data { SubpacketData::RegularExpression(d) => Some(d.as_ref()), _ => None, }) } pub fn exportable_certification(&self) -> bool { self.config .hashed_subpackets() .find_map(|p| match &p.data { SubpacketData::ExportableCertification(d) => Some(*d), _ => None, }) .unwrap_or(true) } } #[derive(Debug, PartialEq, Eq, Clone, Copy, FromPrimitive, IntoPrimitive)] #[repr(u8)] pub enum SignatureVersion { /// Deprecated V2 = 2, V3 = 3, V4 = 4, V5 = 5, V6 = 6, #[num_enum(catch_all)] Other(u8), } impl Default for SignatureVersion { fn default() -> Self { Self::V4 } } #[derive(Debug, PartialEq, Eq, Copy, Clone, FromPrimitive, IntoPrimitive)] #[repr(u8)] pub enum SignatureType { /// Signature of a binary document. /// This means the signer owns it, created it, or certifies that it has not been modified. Binary = 0x00, /// Signature of a canonical text document. /// This means the signer owns it, created it, or certifies that it /// has not been modified. The signature is calculated over the text /// data with its line endings converted to ``. Text = 0x01, /// Standalone signature. /// This signature is a signature of only its own subpacket contents. /// It is calculated identically to a signature over a zero-length /// binary document. Note that it doesn't make sense to have a V3 standalone signature. Standalone = 0x02, /// Generic certification of a User ID and Public-Key packet. /// The issuer of this certification does not make any particular /// assertion as to how well the certifier has checked that the owner /// of the key is in fact the person described by the User ID. CertGeneric = 0x10, /// Persona certification of a User ID and Public-Key packet. /// The issuer of this certification has not done any verification of /// the claim that the owner of this key is the User ID specified. CertPersona = 0x11, /// Casual certification of a User ID and Public-Key packet. /// The issuer of this certification has done some casual /// verification of the claim of identity. CertCasual = 0x12, /// Positive certification of a User ID and Public-Key packet. /// The issuer of this certification has done substantial /// verification of the claim of identity. /// /// Most OpenPGP implementations make their "key signatures" as 0x10 /// certifications. Some implementations can issue 0x11-0x13 /// certifications, but few differentiate between the types. CertPositive = 0x13, /// Subkey Binding Signature /// This signature is a statement by the top-level signing key that /// indicates that it owns the subkey. This signature is calculated /// directly on the primary key and subkey, and not on any User ID or /// other packets. A signature that binds a signing subkey MUST have /// an Embedded Signature subpacket in this binding signature that /// contains a 0x19 signature made by the signing subkey on the /// primary key and subkey. SubkeyBinding = 0x18, /// Primary Key Binding Signature /// This signature is a statement by a signing subkey, indicating /// that it is owned by the primary key and subkey. This signature /// is calculated the same way as a 0x18 signature: directly on the /// primary key and subkey, and not on any User ID or other packets. KeyBinding = 0x19, /// Signature directly on a key /// This signature is calculated directly on a key. It binds the /// information in the Signature subpackets to the key, and is /// appropriate to be used for subpackets that provide information /// about the key, such as the Revocation Key subpacket. It is also /// appropriate for statements that non-self certifiers want to make /// about the key itself, rather than the binding between a key and a name. Key = 0x1F, /// Key revocation signature /// The signature is calculated directly on the key being revoked. A /// revoked key is not to be used. Only revocation signatures by the /// key being revoked, or by an authorized revocation key, should be /// considered valid revocation signatures. KeyRevocation = 0x20, /// Subkey revocation signature /// The signature is calculated directly on the subkey being revoked. /// A revoked subkey is not to be used. Only revocation signatures /// by the top-level signature key that is bound to this subkey, or /// by an authorized revocation key, should be considered valid /// revocation signatures. SubkeyRevocation = 0x28, /// Certification revocation signature /// This signature revokes an earlier User ID certification signature /// (signature class 0x10 through 0x13) or direct-key signature /// (0x1F). It should be issued by the same key that issued the /// revoked signature or an authorized revocation key. The signature /// is computed over the same data as the certificate that it /// revokes, and should have a later creation date than that /// certificate. CertRevocation = 0x30, /// Timestamp signature. /// This signature is only meaningful for the timestamp contained in /// it. Timestamp = 0x40, /// Third-Party Confirmation signature. /// This signature is a signature over some other OpenPGP Signature /// packet(s). It is analogous to a notary seal on the signed data. /// A third-party signature SHOULD include Signature Target /// subpacket(s) to give easy identification. Note that we really do /// mean SHOULD. There are plausible uses for this (such as a blind /// party that only sees the signature, not the key or source /// document) that cannot include a target subpacket. ThirdParty = 0x50, #[num_enum(catch_all)] Other(u8), } #[derive(Debug, PartialEq, Eq, Copy, Clone)] /// Available signature subpacket types pub enum SubpacketType { SignatureCreationTime, SignatureExpirationTime, ExportableCertification, TrustSignature, RegularExpression, Revocable, KeyExpirationTime, PreferredSymmetricAlgorithms, RevocationKey, Issuer, Notation, PreferredHashAlgorithms, PreferredCompressionAlgorithms, KeyServerPreferences, PreferredKeyServer, PrimaryUserId, PolicyURI, KeyFlags, SignersUserID, RevocationReason, Features, SignatureTarget, EmbeddedSignature, IssuerFingerprint, PreferredEncryptionModes, // non-RFC, may only be 1: EAX, 2: OCB IntendedRecipientFingerprint, // AttestedCertifications, // non-RFC // KeyBlock, // non-RFC PreferredAead, Experimental(u8), Other(u8), } impl SubpacketType { pub fn as_u8(&self, is_critical: bool) -> u8 { let raw: u8 = match self { SubpacketType::SignatureCreationTime => 2, SubpacketType::SignatureExpirationTime => 3, SubpacketType::ExportableCertification => 4, SubpacketType::TrustSignature => 5, SubpacketType::RegularExpression => 6, SubpacketType::Revocable => 7, SubpacketType::KeyExpirationTime => 9, SubpacketType::PreferredSymmetricAlgorithms => 11, SubpacketType::RevocationKey => 12, SubpacketType::Issuer => 16, SubpacketType::Notation => 20, SubpacketType::PreferredHashAlgorithms => 21, SubpacketType::PreferredCompressionAlgorithms => 22, SubpacketType::KeyServerPreferences => 23, SubpacketType::PreferredKeyServer => 24, SubpacketType::PrimaryUserId => 25, SubpacketType::PolicyURI => 26, SubpacketType::KeyFlags => 27, SubpacketType::SignersUserID => 28, SubpacketType::RevocationReason => 29, SubpacketType::Features => 30, SubpacketType::SignatureTarget => 31, SubpacketType::EmbeddedSignature => 32, SubpacketType::IssuerFingerprint => 33, SubpacketType::PreferredEncryptionModes => 34, SubpacketType::IntendedRecipientFingerprint => 35, // SubpacketType::AttestedCertifications => 37, // SubpacketType::KeyBlock => 38, SubpacketType::PreferredAead => 39, SubpacketType::Experimental(n) => *n, SubpacketType::Other(n) => *n, }; if is_critical { // set critical bit raw | 0b1000_0000 } else { raw } } #[inline] pub fn from_u8(n: u8) -> (Self, bool) { let is_critical = (n >> 7) == 1; // remove critical bit let n = n & 0b0111_1111; let m = match n { 2 => SubpacketType::SignatureCreationTime, 3 => SubpacketType::SignatureExpirationTime, 4 => SubpacketType::ExportableCertification, 5 => SubpacketType::TrustSignature, 6 => SubpacketType::RegularExpression, 7 => SubpacketType::Revocable, 9 => SubpacketType::KeyExpirationTime, 11 => SubpacketType::PreferredSymmetricAlgorithms, 12 => SubpacketType::RevocationKey, 16 => SubpacketType::Issuer, 20 => SubpacketType::Notation, 21 => SubpacketType::PreferredHashAlgorithms, 22 => SubpacketType::PreferredCompressionAlgorithms, 23 => SubpacketType::KeyServerPreferences, 24 => SubpacketType::PreferredKeyServer, 25 => SubpacketType::PrimaryUserId, 26 => SubpacketType::PolicyURI, 27 => SubpacketType::KeyFlags, 28 => SubpacketType::SignersUserID, 29 => SubpacketType::RevocationReason, 30 => SubpacketType::Features, 31 => SubpacketType::SignatureTarget, 32 => SubpacketType::EmbeddedSignature, 33 => SubpacketType::IssuerFingerprint, 34 => SubpacketType::PreferredEncryptionModes, 35 => SubpacketType::IntendedRecipientFingerprint, // 37 => SubpacketType::AttestedCertifications, // 38 => SubpacketType::KeyBlock, 39 => SubpacketType::PreferredAead, 100..=110 => SubpacketType::Experimental(n), _ => SubpacketType::Other(n), }; (m, is_critical) } } #[derive(Debug, PartialEq, Eq, Clone)] pub struct Subpacket { pub is_critical: bool, pub data: SubpacketData, } impl Subpacket { /// Construct a new regular subpacket. pub const fn regular(data: SubpacketData) -> Self { Subpacket { is_critical: false, data, } } /// Construct a new critical subpacket. pub const fn critical(data: SubpacketData) -> Self { Subpacket { is_critical: true, data, } } } #[derive(derive_more::Debug, PartialEq, Eq, Clone)] pub enum SubpacketData { /// The time the signature was made. SignatureCreationTime(DateTime), /// The time the signature will expire. SignatureExpirationTime(Duration), /// When the key is going to expire KeyExpirationTime(Duration), /// The OpenPGP Key ID of the key issuing the signature. Issuer(KeyId), /// List of symmetric algorithms that indicate which algorithms the key holder prefers to use. /// Renamed to "Preferred Symmetric Ciphers for v1 SEIPD" in RFC 9580 PreferredSymmetricAlgorithms(SmallVec<[SymmetricKeyAlgorithm; 8]>), /// List of hash algorithms that indicate which algorithms the key holder prefers to use. PreferredHashAlgorithms(SmallVec<[HashAlgorithm; 8]>), /// List of compression algorithms that indicate which algorithms the key holder prefers to use. PreferredCompressionAlgorithms(SmallVec<[CompressionAlgorithm; 8]>), KeyServerPreferences(#[debug("{}", hex::encode(_0))] SmallVec<[u8; 4]>), KeyFlags(#[debug("{}", hex::encode(_0))] SmallVec<[u8; 1]>), Features(#[debug("{}", hex::encode(_0))] SmallVec<[u8; 1]>), RevocationReason(RevocationCode, BString), IsPrimary(bool), Revocable(bool), EmbeddedSignature(Box), PreferredKeyServer(String), Notation(Notation), RevocationKey(types::RevocationKey), SignersUserID(BString), /// The URI of the policy under which the signature was issued PolicyURI(String), TrustSignature(u8, u8), RegularExpression(BString), ExportableCertification(bool), IssuerFingerprint(Fingerprint), PreferredEncryptionModes(SmallVec<[AeadAlgorithm; 2]>), IntendedRecipientFingerprint(Fingerprint), PreferredAeadAlgorithms(SmallVec<[(SymmetricKeyAlgorithm, AeadAlgorithm); 4]>), Experimental(u8, #[debug("{}", hex::encode(_1))] SmallVec<[u8; 2]>), Other(u8, #[debug("{}", hex::encode(_1))] Vec), SignatureTarget( PublicKeyAlgorithm, HashAlgorithm, #[debug("{}", hex::encode(_2))] Vec, ), } bitfield! { #[derive(Default, PartialEq, Eq, Copy, Clone)] pub struct KeyFlags(u8); impl Debug; pub certify, set_certify: 0; pub sign, set_sign: 1; pub encrypt_comms, set_encrypt_comms: 2; pub encrypt_storage, set_encrypt_storage: 3; pub shared, set_shared: 4; pub authentication, set_authentication: 5; pub group, set_group: 7; } impl<'a> From<&'a [u8]> for KeyFlags { fn from(other: &'a [u8]) -> Self { if other.is_empty() { Default::default() } else { KeyFlags(other[0]) } } } impl From for SmallVec<[u8; 1]> { fn from(flags: KeyFlags) -> Self { smallvec![flags.0] } } #[derive(Debug, PartialEq, Eq, Clone)] pub struct Notation { pub readable: bool, pub name: BString, pub value: BString, } /// Codes for revocation reasons #[derive(Debug, PartialEq, Eq, Copy, Clone, FromPrimitive, IntoPrimitive)] #[repr(u8)] pub enum RevocationCode { /// No reason specified (key revocations or cert revocations) NoReason = 0, /// Key is superseded (key revocations) KeySuperseded = 1, /// Key material has been compromised (key revocations) KeyCompromised = 2, /// Key is retired and no longer used (key revocations) KeyRetired = 3, /// User ID information is no longer valid (cert revocations) CertUserIdInvalid = 32, /// Private Use range (from OpenPGP) Private100 = 100, Private101 = 101, Private102 = 102, Private103 = 103, Private104 = 104, Private105 = 105, Private106 = 106, Private107 = 107, Private108 = 108, Private109 = 109, Private110 = 110, /// Undefined code #[num_enum(catch_all)] Other(u8), } impl PacketTrait for Signature { fn packet_version(&self) -> Version { self.packet_version } fn tag(&self) -> Tag { Tag::Signature } } #[cfg(test)] mod tests { use super::*; #[test] fn test_keyflags() { let flags: KeyFlags = Default::default(); assert_eq!(flags.0, 0x00); let mut flags = KeyFlags::default(); flags.set_certify(true); assert!(flags.certify()); assert_eq!(flags.0, 0x01); let mut flags = KeyFlags::default(); flags.set_sign(true); assert_eq!(flags.0, 0x02); let mut flags = KeyFlags::default(); flags.set_encrypt_comms(true); assert_eq!(flags.0, 0x04); let mut flags = KeyFlags::default(); flags.set_encrypt_storage(true); assert_eq!(flags.0, 0x08); let mut flags = KeyFlags::default(); flags.set_shared(true); assert_eq!(flags.0, 0x10); let mut flags = KeyFlags::default(); flags.set_authentication(true); assert_eq!(flags.0, 0x20); let mut flags = KeyFlags::default(); flags.set_group(true); assert_eq!(flags.0, 0x80); } #[test] fn test_critical() { use SubpacketType::*; let cases = [ SignatureCreationTime, SignatureExpirationTime, ExportableCertification, TrustSignature, RegularExpression, Revocable, KeyExpirationTime, PreferredSymmetricAlgorithms, RevocationKey, Issuer, Notation, PreferredHashAlgorithms, PreferredCompressionAlgorithms, KeyServerPreferences, PreferredKeyServer, PrimaryUserId, PolicyURI, KeyFlags, SignersUserID, RevocationReason, Features, SignatureTarget, EmbeddedSignature, IssuerFingerprint, PreferredAead, Experimental(101), Other(95), ]; for case in cases { assert_eq!(SubpacketType::from_u8(case.as_u8(false)), (case, false)); assert_eq!(SubpacketType::from_u8(case.as_u8(true)), (case, true)); } } } pgp-0.15.0/src/packet/single.rs000064400000000000000000000144011046102023000143620ustar 00000000000000// comes from inside somewhere of nom #![allow(clippy::useless_let_if_seq)] use log::warn; use nom::bits; use nom::branch::alt; use nom::combinator::{map, map_res}; use nom::number::streaming::{be_u32, be_u8}; use nom::sequence::{preceded, tuple}; use crate::errors::{Error, IResult, Result}; use crate::packet::packet_sum::Packet; use crate::packet::{ CompressedData, LiteralData, Marker, ModDetectionCode, OnePassSignature, Padding, PublicKey, PublicKeyEncryptedSessionKey, PublicSubkey, SecretKey, SecretSubkey, Signature, SymEncryptedData, SymEncryptedProtectedData, SymKeyEncryptedSessionKey, Trust, UserAttribute, UserId, }; use crate::types::{PacketLength, Tag, Version}; use crate::util::{u16_as_usize, u32_as_usize, u8_as_usize}; /// Parses an old format packet header ("Legacy format") /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-packet-headers fn old_packet_header(i: &[u8]) -> IResult<&[u8], (Version, Tag, PacketLength)> { #[allow(non_snake_case)] bits::bits::<_, _, crate::errors::Error, _, _>(|I| { use bits::streaming::{tag, take}; let (I, (_, ver, tag, len_type)) = tuple(( // First bit is always 1 tag(0b1, 1usize), // Version: 0 map_res(tag(0b0, 1usize), Version::try_from), // Packet Tag map_res(take(4usize), u8::try_into), // Packet Length Type take(2usize), ))(I)?; let (I, len) = match len_type { // One-Octet Lengths 0 => map(take(8usize), |val| u8_as_usize(val).into())(I)?, // Two-Octet Lengths 1 => map(take(16usize), |val| u16_as_usize(val).into())(I)?, // Four-Octet Lengths 2 => map(take(32usize), |val| u32_as_usize(val).into())(I)?, 3 => (I, PacketLength::Indeterminate), _ => { return Err(nom::Err::Error(crate::errors::Error::ParsingError( nom::error::ErrorKind::Switch, ))) } }; Ok((I, (ver, tag, len))) })(i) } pub(crate) fn read_packet_len(i: &[u8]) -> IResult<&[u8], PacketLength> { let (i, olen) = be_u8(i)?; match olen { // One-Octet Lengths 0..=191 => Ok((i, (olen as usize).into())), // Two-Octet Lengths 192..=223 => map(be_u8, |a| { (((olen as usize - 192) << 8) + 192 + a as usize).into() })(i), // Partial Body Lengths 224..=254 => Ok((i, PacketLength::Partial(1 << (olen as usize & 0x1F)))), // Five-Octet Lengths 255 => { let (i, len) = be_u32(i)?; Ok((i, (len as usize).into())) } } } /// Parses a new format packet header ("OpenPGP format") /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#name-packet-headers fn new_packet_header(i: &[u8]) -> IResult<&[u8], (Version, Tag, PacketLength)> { use bits::streaming::*; #[allow(non_snake_case)] bits::bits(|I| { preceded( // First bit is always 1 tag(0b1, 1usize), tuple(( // Version: 1 map_res(tag(0b1, 1usize), Version::try_from), // Packet Tag map(take(6usize), u8::into), // packet length bits::bytes(read_packet_len), )), )(I) })(i) } /// Parse a single Packet Header /// https://www.rfc-editor.org/rfc/rfc9580.html#name-packet-headers pub fn parser(i: &[u8]) -> IResult<&[u8], (Version, Tag, PacketLength)> { let (i, head) = alt((new_packet_header, old_packet_header))(i)?; Ok((i, head)) } pub fn body_parser(ver: Version, tag: Tag, body: &[u8]) -> Result { let res: Result = match tag { Tag::PublicKeyEncryptedSessionKey => { PublicKeyEncryptedSessionKey::from_slice(ver, body).map(Into::into) } Tag::Signature => Signature::from_slice(ver, body).map(Into::into), Tag::SymKeyEncryptedSessionKey => { SymKeyEncryptedSessionKey::from_slice(ver, body).map(Into::into) } Tag::OnePassSignature => OnePassSignature::from_slice(ver, body).map(Into::into), Tag::SecretKey => SecretKey::from_slice(ver, body).map(Into::into), Tag::PublicKey => PublicKey::from_slice(ver, body).map(Into::into), Tag::SecretSubkey => SecretSubkey::from_slice(ver, body).map(Into::into), Tag::CompressedData => CompressedData::from_slice(ver, body).map(Into::into), Tag::SymEncryptedData => SymEncryptedData::from_slice(ver, body).map(Into::into), Tag::Marker => Marker::from_slice(ver, body).map(Into::into), Tag::LiteralData => LiteralData::from_slice(ver, body).map(Into::into), Tag::Trust => Trust::from_slice(ver, body).map(Into::into), Tag::UserId => UserId::from_slice(ver, body).map(Into::into), Tag::PublicSubkey => PublicSubkey::from_slice(ver, body).map(Into::into), Tag::UserAttribute => UserAttribute::from_slice(ver, body).map(Into::into), Tag::SymEncryptedProtectedData => { SymEncryptedProtectedData::from_slice(ver, body).map(Into::into) } Tag::ModDetectionCode => ModDetectionCode::from_slice(ver, body).map(Into::into), Tag::Padding => Padding::from_slice(ver, body).map(Into::into), Tag::Other(20) => { unimplemented_err!("GnuPG-proprietary 'OCB Encrypted Data Packet' is unsupported") } Tag::Other(22..=39) => { // a "hard" error that will bubble up and interrupt processing of compositions return Err(Error::InvalidPacketContent(Box::new(Error::Message( format!("Unassigned Critical Packet type {:?}", tag), )))); } Tag::Other(40..=59) => { // a "soft" error that will usually get ignored while processing packet streams unsupported_err!("Unsupported but non-critical packet type: {:?}", tag) } Tag::Other(other) => unimplemented_err!("Unknown packet type: {}", other), }; match res { Ok(res) => Ok(res), Err(Error::Incomplete(n)) => Err(Error::Incomplete(n)), Err(err) => { warn!("invalid packet: {:?} {:?}\n{}", err, tag, hex::encode(body)); Err(Error::InvalidPacketContent(Box::new(err))) } } } pgp-0.15.0/src/packet/sym_encrypted_data.rs000064400000000000000000000026431046102023000167640ustar 00000000000000use std::io; use crate::errors::Result; use crate::packet::PacketTrait; use crate::ser::Serialize; use crate::types::{Tag, Version}; /// Symmetrically Encrypted Data Packet /// /// /// "This packet is obsolete. An implementation MUST NOT create this packet. /// An implementation SHOULD reject such a packet and stop processing the message. /// If an implementation chooses to process the packet anyway, it MUST return a clear warning /// that a non-integrity-protected packet has been processed." #[derive(Clone, PartialEq, Eq, derive_more::Debug)] pub struct SymEncryptedData { packet_version: Version, #[debug("{}", hex::encode(data))] data: Vec, } impl SymEncryptedData { /// Parses a `SymEncryptedData` packet from the given slice. pub fn from_slice(packet_version: Version, input: &[u8]) -> Result { Ok(SymEncryptedData { packet_version, data: input.to_vec(), }) } pub fn data(&self) -> &[u8] { &self.data } } impl Serialize for SymEncryptedData { fn to_writer(&self, writer: &mut W) -> Result<()> { writer.write_all(&self.data)?; Ok(()) } } impl PacketTrait for SymEncryptedData { fn packet_version(&self) -> Version { self.packet_version } fn tag(&self) -> Tag { Tag::SymEncryptedData } } pgp-0.15.0/src/packet/sym_encrypted_protected_data.rs000064400000000000000000000330551046102023000210360ustar 00000000000000use std::io; use byteorder::WriteBytesExt; use nom::bytes::streaming::take; use nom::combinator::map_res; use nom::number::streaming::be_u8; use rand::{CryptoRng, Rng}; use sha2::Sha256; use zeroize::Zeroizing; use crate::crypto::aead::AeadAlgorithm; use crate::crypto::sym::SymmetricKeyAlgorithm; use crate::errors::{Error, IResult, Result}; use crate::packet::PacketTrait; use crate::ser::Serialize; use crate::types::{Tag, Version}; /// Symmetrically Encrypted Integrity Protected Data Packet /// #[derive(Clone, PartialEq, Eq, Debug)] pub struct SymEncryptedProtectedData { packet_version: Version, data: Data, } #[derive(Clone, PartialEq, Eq, derive_more::Debug)] pub enum Data { V1 { #[debug("{}", hex::encode(data))] data: Vec, }, V2 { sym_alg: SymmetricKeyAlgorithm, aead: AeadAlgorithm, chunk_size: u8, #[debug("{}", hex::encode(salt))] salt: [u8; 32], #[debug("{}", hex::encode(data))] data: Vec, }, } impl SymEncryptedProtectedData { /// Parses a `SymEncryptedProtectedData` packet from the given slice. pub fn from_slice(packet_version: Version, input: &[u8]) -> Result { ensure!(input.len() > 1, "invalid input length"); let (_, data) = parse()(input)?; Ok(SymEncryptedProtectedData { data, packet_version, }) } /// Encrypts the data using the given symmetric key. pub fn encrypt_seipdv1( rng: R, alg: SymmetricKeyAlgorithm, key: &[u8], plaintext: &[u8], ) -> Result { let data = alg.encrypt_protected(rng, key, plaintext)?; Ok(SymEncryptedProtectedData { packet_version: Default::default(), data: Data::V1 { data }, }) } /// Get (info, message_key, nonce) for the given parameters #[allow(clippy::type_complexity)] fn aead_setup( sym_alg: SymmetricKeyAlgorithm, aead: AeadAlgorithm, chunk_size: u8, salt: &[u8], ikm: &[u8], ) -> Result<([u8; 5], Zeroizing>, Vec)> { let info = [ Tag::SymEncryptedProtectedData.encode(), // packet type 0x02, // version sym_alg.into(), aead.into(), chunk_size, ]; let hk = hkdf::Hkdf::::new(Some(salt), ikm); let mut okm = Zeroizing::new([0u8; 42]); hk.expand(&info, okm.as_mut_slice()).expect("42"); let mut message_key = Zeroizing::new(vec![0; sym_alg.key_size()]); message_key.copy_from_slice(&okm.as_slice()[..sym_alg.key_size()]); let raw_iv_len = aead.nonce_size() - 8; let iv = &okm[sym_alg.key_size()..sym_alg.key_size() + raw_iv_len]; let mut nonce = vec![0u8; aead.nonce_size()]; nonce[..raw_iv_len].copy_from_slice(iv); Ok((info, message_key, nonce)) } /// Encrypts the data using the given symmetric key. pub fn encrypt_seipdv2( mut rng: R, sym_alg: SymmetricKeyAlgorithm, aead: AeadAlgorithm, chunk_size: u8, session_key: &[u8], plaintext: &[u8], ) -> Result { ensure_eq!( session_key.len(), sym_alg.key_size(), "Unexpected session key length for {:?}", sym_alg ); // Initial key material is the session key. let ikm = session_key; // Generate new salt for this seipd packet. let mut salt = [0u8; 32]; rng.fill(&mut salt[..]); let chunk_size_expanded = usize::try_from(expand_chunk_size(chunk_size))?; let (info, message_key, mut nonce) = Self::aead_setup(sym_alg, aead, chunk_size, &salt[..], ikm)?; // Calculate output size (for more efficient vector allocation): // - plaintext length let plain_len = plaintext.len(); // - number of chunks: plaintext length divided by chunk size, rounded up to the next integer let num_chunks = plain_len.div_ceil(chunk_size_expanded); // - total output size: plaintext length + size of all authentication tags (one tag per chunk, plus one final tag) let out_len = plain_len + (num_chunks + 1) * aead.tag_size().unwrap_or_default(); let mut out = Vec::with_capacity(out_len); let mut chunk_index: u64 = 0; for chunk in plaintext.chunks(chunk_size_expanded) { let pos = out.len(); // append this next unencrypted chunk to `out`, and encrypt it in place out.extend_from_slice(chunk); let encrypt_chunk = &mut out[pos..]; let auth_tag = aead.encrypt_in_place(&sym_alg, &message_key, &nonce, &info, encrypt_chunk)?; out.extend_from_slice(&auth_tag); // Update nonce to include the next chunk index chunk_index += 1; let l = nonce.len() - 8; nonce[l..].copy_from_slice(&chunk_index.to_be_bytes()); } // Make and append final auth tag // Associated data is extended with number of plaintext octets. let size = plaintext.len() as u64; let mut final_info = info.to_vec(); final_info.extend_from_slice(&size.to_be_bytes()); let final_auth_tag = aead.encrypt_in_place( &sym_alg, &message_key, &nonce, &final_info, &mut [][..], // encrypts empty string )?; out.extend_from_slice(&final_auth_tag); debug_assert_eq!(out.len(), out_len, "we pre-allocated the wrong output size"); Ok(SymEncryptedProtectedData { packet_version: Default::default(), data: Data::V2 { sym_alg, aead, chunk_size, salt, data: out, }, }) } pub fn data(&self) -> &Data { &self.data } pub fn data_as_slice(&self) -> &[u8] { match &self.data { Data::V1 { data } => data, Data::V2 { data, .. } => data, } } pub fn version(&self) -> usize { match self.data { Data::V1 { .. } => 1, Data::V2 { .. } => 2, } } /// Decrypts the inner data, returning the result. pub fn decrypt( &self, session_key: &[u8], sym_alg: Option, ) -> Result> { match &self.data { Data::V1 { data } => { let mut data = data.clone(); let res = sym_alg .expect("v1") .decrypt_protected(session_key, &mut data)?; Ok(res.to_vec()) } Data::V2 { sym_alg, aead, chunk_size, salt, data, } => { ensure_eq!( session_key.len(), sym_alg.key_size(), "Unexpected session key length for {:?}", sym_alg ); // Initial key material is the session key. let ikm = session_key; let chunk_size_expanded = usize::try_from(expand_chunk_size(*chunk_size))?; let (info, message_key, mut nonce) = Self::aead_setup(*sym_alg, *aead, *chunk_size, &salt[..], ikm)?; let mut data = data.clone(); // There are n chunks, n auth tags + 1 final auth tag let Some(aead_tag_size) = aead.tag_size() else { unsupported_err!("AEAD mode: {:?}", aead); }; if data.len() < aead_tag_size { return Err(Error::InvalidInput); } let offset = data.len() - aead_tag_size; let (main_chunks, final_auth_tag) = data.split_at_mut(offset); // Calculate output size (for more efficient vector allocation): // - number of chunks: main_chunks length divided by (chunk size + tag size), rounded up to the next integer let Some(aead_tag_size) = aead.tag_size() else { unsupported_err!("AEAD mode: {:?}", aead); }; let chunk_and_tag_len = chunk_size_expanded + aead_tag_size; let main_len = main_chunks.len(); let num_chunks = main_len.div_ceil(chunk_and_tag_len); // - total output size: main_chunks length - size of one authentication tag per chunk let out_len = main_len - num_chunks * aead_tag_size; let mut out = Vec::with_capacity(out_len); let mut chunk_index: u64 = 0; for chunk in main_chunks.chunks_mut(chunk_size_expanded + aead_tag_size) { let offset = chunk.len() - aead_tag_size; let (chunk, auth_tag) = chunk.split_at_mut(offset); aead.decrypt_in_place(sym_alg, &message_key, &nonce, &info, auth_tag, chunk)?; out.extend_from_slice(chunk); // Update nonce to include the next chunk index chunk_index += 1; let l = nonce.len() - 8; nonce[l..].copy_from_slice(&chunk_index.to_be_bytes()); } // verify final auth tag // Associated data is extended with number of plaintext octets. let size = out.len() as u64; let mut final_info = info.to_vec(); final_info.extend_from_slice(&size.to_be_bytes()); // Update final nonce aead.decrypt_in_place( sym_alg, &message_key, &nonce, &final_info, final_auth_tag, &mut [][..], // decrypts empty string )?; debug_assert_eq!(out.len(), out_len, "we pre-allocated the wrong output size"); Ok(out) } } } } impl Serialize for SymEncryptedProtectedData { fn to_writer(&self, writer: &mut W) -> Result<()> { match &self.data { Data::V1 { data } => { writer.write_u8(0x01)?; writer.write_all(data)?; } Data::V2 { sym_alg, aead, chunk_size, salt, data, } => { writer.write_u8(0x02)?; writer.write_u8((*sym_alg).into())?; writer.write_u8((*aead).into())?; writer.write_u8(*chunk_size)?; writer.write_all(salt)?; writer.write_all(data)?; } } Ok(()) } } impl PacketTrait for SymEncryptedProtectedData { fn packet_version(&self) -> Version { self.packet_version } fn tag(&self) -> Tag { Tag::SymEncryptedProtectedData } } fn expand_chunk_size(s: u8) -> u32 { 1u32 << (s as u32 + 6) } fn parse() -> impl Fn(&[u8]) -> IResult<&[u8], Data> { move |i: &[u8]| { let (i, version) = be_u8(i)?; match version { 0x01 => Ok((&[][..], Data::V1 { data: i.to_vec() })), 0x02 => { let (i, sym_alg) = map_res(be_u8, SymmetricKeyAlgorithm::try_from)(i)?; let (i, aead) = map_res(be_u8, AeadAlgorithm::try_from)(i)?; let (i, chunk_size) = be_u8(i)?; let (i, salt) = take(32usize)(i)?; Ok(( &[][..], Data::V2 { sym_alg, aead, chunk_size, salt: salt.try_into().expect("size checked"), data: i.to_vec(), }, )) } _ => Err(nom::Err::Error(Error::Unsupported(format!( "unknown SymEncryptedProtectedData version {}", version )))), } } } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use rand::{RngCore, SeedableRng}; use rand_chacha::ChaCha8Rng; use super::*; #[test] fn test_aead_message_sizes() { // Test that AEAD encryption/decryption works for message sizes that span 0-2 chunks. let mut rng = ChaCha8Rng::from_seed([0u8; 32]); // Chunk size parameter 0 means "chunks of 64 byte each" const CHUNK_SIZE: u8 = 0; const SYM_ALG: SymmetricKeyAlgorithm = SymmetricKeyAlgorithm::AES128; let mut session_key = [0; 16]; rng.fill_bytes(&mut session_key); // Iterate over message sizes from 0 bytes through all 1-chunk and 2-chunk lengths // (ending with two chunks of a full 64 bytes) for size in 0..=128 { let mut message = vec![0; size]; rng.fill_bytes(&mut message); for aead in [AeadAlgorithm::Ocb, AeadAlgorithm::Eax, AeadAlgorithm::Gcm] { let enc = SymEncryptedProtectedData::encrypt_seipdv2( &mut rng, SYM_ALG, aead, CHUNK_SIZE, &session_key, &message, ) .expect("encrypt"); let dec = enc.decrypt(&session_key, Some(SYM_ALG)).expect("decrypt"); assert_eq!(message, dec); } } } } pgp-0.15.0/src/packet/sym_key_encrypted_session_key.rs000064400000000000000000000364701046102023000212630ustar 00000000000000use std::io; use byteorder::WriteBytesExt; use log::debug; use nom::bytes::streaming::take; use nom::combinator::map_res; use nom::number::streaming::be_u8; use rand::{CryptoRng, Rng}; use sha2::Sha256; use crate::crypto::aead::AeadAlgorithm; use crate::crypto::sym::SymmetricKeyAlgorithm; use crate::errors::{Error, IResult, Result}; use crate::packet::PacketTrait; use crate::ser::Serialize; use crate::types::{s2k_parser, SkeskVersion, StringToKey, Tag, Version}; use crate::util::rest_len; use crate::PlainSessionKey; /// Symmetric-Key Encrypted Session Key Packet /// #[derive(derive_more::Debug, Clone, PartialEq, Eq)] pub enum SymKeyEncryptedSessionKey { V4 { packet_version: Version, sym_algorithm: SymmetricKeyAlgorithm, s2k: StringToKey, #[debug("{:?}", encrypted_key.as_ref().map(hex::encode))] encrypted_key: Option>, }, V5 { packet_version: Version, sym_algorithm: SymmetricKeyAlgorithm, s2k: StringToKey, aead: AeadAlgorithm, #[debug("{}", hex::encode(iv))] iv: Vec, #[debug("{}", hex::encode(auth_tag))] auth_tag: Vec, #[debug("{}", hex::encode(encrypted_key))] encrypted_key: Vec, }, V6 { packet_version: Version, sym_algorithm: SymmetricKeyAlgorithm, s2k: StringToKey, aead: AeadAlgorithm, #[debug("{}", hex::encode(iv))] iv: Vec, #[debug("{}", hex::encode(auth_tag))] auth_tag: Vec, #[debug("{}", hex::encode(encrypted_key))] encrypted_key: Vec, }, } impl SymKeyEncryptedSessionKey { /// Parses a `SymKeyEncryptedSessionKey` packet from the given slice. pub fn from_slice(version: Version, input: &[u8]) -> Result { let (_, pk) = parse(version)(input)?; Ok(pk) } pub fn sym_algorithm(&self) -> SymmetricKeyAlgorithm { match self { Self::V4 { ref sym_algorithm, .. } => *sym_algorithm, Self::V5 { ref sym_algorithm, .. } => *sym_algorithm, Self::V6 { ref sym_algorithm, .. } => *sym_algorithm, } } pub fn s2k(&self) -> &StringToKey { match self { Self::V4 { ref s2k, .. } => s2k, Self::V5 { ref s2k, .. } => s2k, Self::V6 { ref s2k, .. } => s2k, } } pub fn version(&self) -> SkeskVersion { // TODO: use enum match self { Self::V4 { .. } => SkeskVersion::V4, Self::V5 { .. } => SkeskVersion::Other(5), Self::V6 { .. } => SkeskVersion::V6, } } pub fn decrypt(&self, key: &[u8]) -> Result { debug!("decrypt session key {:?}", self.version()); let mut decrypted_key = self.encrypted_key().map(|v| v.to_vec()).unwrap_or_default(); match self { Self::V4 { sym_algorithm, .. } => { let iv = vec![0u8; sym_algorithm.block_size()]; self.sym_algorithm() .decrypt_with_iv_regular(key, &iv, &mut decrypted_key)?; let sym_alg = SymmetricKeyAlgorithm::from(decrypted_key[0]); Ok(PlainSessionKey::V3_4 { key: decrypted_key[1..].to_vec(), sym_alg, }) } Self::V5 { iv, sym_algorithm, aead, auth_tag, .. } => { // Initial key material is the s2k derived key. let ikm = key; // No salt is used let salt = None; let info = [ Tag::SymKeyEncryptedSessionKey.encode(), // packet type 0x05, // version (*sym_algorithm).into(), (*aead).into(), ]; let hk = hkdf::Hkdf::::new(salt, ikm); let mut okm = [0u8; 42]; hk.expand(&info, &mut okm).expect("42"); // AEAD decrypt aead.decrypt_in_place( sym_algorithm, &okm, iv, &info, auth_tag, &mut decrypted_key, )?; Ok(PlainSessionKey::V5 { key: decrypted_key }) } Self::V6 { iv, sym_algorithm, aead, auth_tag, .. } => { // Initial key material is the s2k derived key. let ikm = key; // No salt is used let salt = None; let info = [ Tag::SymKeyEncryptedSessionKey.encode(), // packet type 0x06, // version (*sym_algorithm).into(), (*aead).into(), ]; let hk = hkdf::Hkdf::::new(salt, ikm); let mut okm = [0u8; 42]; hk.expand(&info, &mut okm).expect("42"); // AEAD decrypt aead.decrypt_in_place( sym_algorithm, &okm, iv, &info, auth_tag, &mut decrypted_key, )?; Ok(PlainSessionKey::V6 { key: decrypted_key }) } } } pub fn encrypted_key(&self) -> Option<&[u8]> { match self { Self::V4 { ref encrypted_key, .. } => encrypted_key.as_ref().map(|s| &s[..]), Self::V5 { ref encrypted_key, .. } => Some(encrypted_key), Self::V6 { ref encrypted_key, .. } => Some(encrypted_key), } } /// Encrypt a session key to a password as a Version 4 Symmetric Key Encrypted Session Key Packet /// /// See pub fn encrypt_v4( msg_pw: F, session_key: &[u8], s2k: StringToKey, alg: SymmetricKeyAlgorithm, ) -> Result where F: FnOnce() -> String + Clone, { ensure!( s2k.uses_salt(), "Can not use an s2k algorithm without a salt: {:?}", s2k ); // Implementations MUST NOT generate packets using MD5, SHA-1, or RIPEMD-160 as a hash function in an S2K KDF. // (See https://www.rfc-editor.org/rfc/rfc9580.html#section-9.5-3) ensure!( !s2k.known_weak_hash_algo(), "Weak hash algorithm in S2K not allowed for v6 {:?}", s2k ); let key = s2k.derive_key(&msg_pw(), alg.key_size())?; let mut private_key = Vec::with_capacity(session_key.len()); private_key.push(u8::from(alg)); private_key.extend(session_key); let iv = vec![0u8; alg.block_size()]; let mut encrypted_key = private_key.to_vec(); alg.encrypt_with_iv_regular(&key, &iv, &mut encrypted_key)?; Ok(SymKeyEncryptedSessionKey::V4 { packet_version: Default::default(), s2k, sym_algorithm: alg, encrypted_key: Some(encrypted_key), }) } /// Encrypt a session key to a password as a Version 6 Symmetric Key Encrypted Session Key Packet /// /// See pub fn encrypt_v6( mut rng: R, msg_pw: F, session_key: &[u8], s2k: StringToKey, sym_algorithm: SymmetricKeyAlgorithm, aead: AeadAlgorithm, ) -> Result where F: FnOnce() -> String + Clone, { ensure!( s2k.uses_salt(), "Can not use an s2k algorithm without a salt: {:?}", s2k ); // Implementations MUST NOT generate packets using MD5, SHA-1, or RIPEMD-160 as a hash function in an S2K KDF. // (See https://www.rfc-editor.org/rfc/rfc9580.html#section-9.5-3) ensure!( !s2k.known_weak_hash_algo(), "Weak hash algorithm in S2K not allowed for v6 {:?}", s2k ); // Initial key material is the s2k derived key. let ikm = s2k.derive_key(&msg_pw(), sym_algorithm.key_size())?; // No salt is used let salt = None; let info = [ Tag::SymKeyEncryptedSessionKey.encode(), // packet type 0x06, // version sym_algorithm.into(), aead.into(), ]; let hk = hkdf::Hkdf::::new(salt, &ikm); let mut okm = [0u8; 42]; hk.expand(&info, &mut okm).expect("42"); let mut iv = vec![0; aead.iv_size()]; rng.fill_bytes(&mut iv); // AEAD encrypt let mut encrypted_key = session_key.to_vec(); let auth_tag = aead.encrypt_in_place(&sym_algorithm, &okm, &iv, &info, &mut encrypted_key)?; Ok(SymKeyEncryptedSessionKey::V6 { packet_version: Default::default(), sym_algorithm, s2k, aead, iv, auth_tag, encrypted_key, }) } } fn parse(packet_version: Version) -> impl Fn(&[u8]) -> IResult<&[u8], SymKeyEncryptedSessionKey> { move |i: &[u8]| { let (i, version) = be_u8(i)?; match version { 4 => parse_v4(packet_version)(i), 5 => parse_v5(packet_version)(i), 6 => parse_v6(packet_version)(i), _ => Err(nom::Err::Error(Error::Unsupported(format!( "Unsupported SKESK version {}", version )))), } } } fn parse_v4( packet_version: Version, ) -> impl Fn(&[u8]) -> IResult<&[u8], SymKeyEncryptedSessionKey> { move |i: &[u8]| { let (i, sym_alg) = map_res(be_u8, SymmetricKeyAlgorithm::try_from)(i)?; let (i, s2k) = s2k_parser(i)?; let encrypted_key = if i.is_empty() { None } else { Some(i.to_vec()) }; Ok(( &[][..], SymKeyEncryptedSessionKey::V4 { packet_version, sym_algorithm: sym_alg, s2k, encrypted_key, }, )) } } fn parse_v5( packet_version: Version, ) -> impl Fn(&[u8]) -> IResult<&[u8], SymKeyEncryptedSessionKey> { move |i: &[u8]| { let (i, _count) = be_u8(i)?; let (i, sym_alg) = map_res(be_u8, SymmetricKeyAlgorithm::try_from)(i)?; let (i, aead) = map_res(be_u8, AeadAlgorithm::try_from)(i)?; let (i, _s2k_len) = be_u8(i)?; let (i, s2k) = s2k_parser(i)?; let (i, iv) = take(aead.iv_size())(i)?; let (i, l) = rest_len(i)?; let aead_tag_size = aead.tag_size().unwrap_or_default(); if l < aead_tag_size { return Err(nom::Err::Error(Error::InvalidInput)); } let (i, esk) = take(l - aead_tag_size)(i)?; let (i, auth_tag) = take(aead_tag_size)(i)?; Ok(( i, SymKeyEncryptedSessionKey::V5 { packet_version, sym_algorithm: sym_alg, aead, iv: iv.to_vec(), auth_tag: auth_tag.to_vec(), s2k, encrypted_key: esk.to_vec(), }, )) } } fn parse_v6( packet_version: Version, ) -> impl Fn(&[u8]) -> IResult<&[u8], SymKeyEncryptedSessionKey> { move |i: &[u8]| { let (i, _count) = be_u8(i)?; let (i, sym_alg) = map_res(be_u8, SymmetricKeyAlgorithm::try_from)(i)?; let (i, aead) = map_res(be_u8, AeadAlgorithm::try_from)(i)?; let (i, _s2k_len) = be_u8(i)?; let (i, s2k) = s2k_parser(i)?; let (i, iv) = take(aead.iv_size())(i)?; let (i, l) = rest_len(i)?; let aead_tag_size = aead.tag_size().unwrap_or_default(); if l < aead_tag_size { return Err(nom::Err::Error(Error::InvalidInput)); } let (i, esk) = take(l - aead_tag_size)(i)?; let (i, auth_tag) = take(aead_tag_size)(i)?; Ok(( i, SymKeyEncryptedSessionKey::V6 { packet_version, sym_algorithm: sym_alg, aead, iv: iv.to_vec(), auth_tag: auth_tag.to_vec(), s2k, encrypted_key: esk.to_vec(), }, )) } } impl Serialize for SymKeyEncryptedSessionKey { fn to_writer(&self, writer: &mut W) -> Result<()> { match &self { SymKeyEncryptedSessionKey::V4 { packet_version: _, sym_algorithm, s2k, encrypted_key, } => { writer.write_u8(0x04)?; writer.write_u8((*sym_algorithm).into())?; s2k.to_writer(writer)?; if let Some(ref key) = encrypted_key { writer.write_all(key)?; } } SymKeyEncryptedSessionKey::V5 { packet_version: _, sym_algorithm, s2k, aead, iv, auth_tag, encrypted_key, } => { writer.write_u8(0x05)?; let mut first_buf = vec![u8::from(*sym_algorithm), u8::from(*aead)]; let mut buf = Vec::new(); s2k.to_writer(&mut buf)?; first_buf.push(buf.len().try_into()?); first_buf.extend(buf); first_buf.extend_from_slice(iv); writer.write_u8(first_buf.len().try_into()?)?; writer.write_all(&first_buf)?; writer.write_all(encrypted_key)?; writer.write_all(auth_tag)?; } SymKeyEncryptedSessionKey::V6 { packet_version: _, sym_algorithm, s2k, aead, iv, auth_tag, encrypted_key, } => { writer.write_u8(0x06)?; let mut first_buf = vec![u8::from(*sym_algorithm), u8::from(*aead)]; let mut buf = Vec::new(); s2k.to_writer(&mut buf)?; first_buf.push(buf.len().try_into()?); first_buf.extend(buf); first_buf.extend_from_slice(iv); writer.write_u8(first_buf.len().try_into()?)?; writer.write_all(&first_buf)?; writer.write_all(encrypted_key)?; writer.write_all(auth_tag)?; } } Ok(()) } } impl PacketTrait for SymKeyEncryptedSessionKey { fn packet_version(&self) -> Version { match self { SymKeyEncryptedSessionKey::V4 { packet_version, .. } => *packet_version, SymKeyEncryptedSessionKey::V5 { packet_version, .. } => *packet_version, SymKeyEncryptedSessionKey::V6 { packet_version, .. } => *packet_version, } } fn tag(&self) -> Tag { Tag::SymKeyEncryptedSessionKey } } pgp-0.15.0/src/packet/trust.rs000064400000000000000000000020061046102023000142600ustar 00000000000000use std::io; use log::warn; use crate::errors::Result; use crate::packet::PacketTrait; use crate::ser::Serialize; use crate::types::{Tag, Version}; /// Trust Packet /// /// /// Trust packets SHOULD NOT be emitted to output streams that are /// transferred to other users, and they SHOULD be ignored on any input /// other than local keyring files. #[derive(Debug, PartialEq, Eq)] pub struct Trust { packet_version: Version, } impl Trust { /// Parses a `Trust` packet from the given slice. pub fn from_slice(packet_version: Version, _: &[u8]) -> Result { warn!("Trust packet detected, ignoring"); Ok(Trust { packet_version }) } } impl Serialize for Trust { fn to_writer(&self, _writer: &mut W) -> Result<()> { Ok(()) } } impl PacketTrait for Trust { fn packet_version(&self) -> Version { self.packet_version } fn tag(&self) -> Tag { Tag::Trust } } pgp-0.15.0/src/packet/user_attribute.rs000064400000000000000000000150001046102023000161360ustar 00000000000000use std::{fmt, io}; use aes_gcm::aead::rand_core::CryptoRng; use byteorder::{LittleEndian, WriteBytesExt}; use chrono::{SubsecRound, Utc}; use log::debug; use nom::bytes::streaming::take; use nom::combinator::{map, map_parser, rest}; use nom::number::streaming::{be_u8, le_u16}; use rand::Rng; use crate::errors::{IResult, Result}; use crate::packet::{ PacketTrait, Signature, SignatureConfig, SignatureType, Subpacket, SubpacketData, }; use crate::ser::Serialize; use crate::types::{KeyVersion, PublicKeyTrait, SecretKeyTrait, SignedUserAttribute, Tag, Version}; use crate::util::{packet_length, write_packet_length}; /// User Attribute Packet /// #[derive(Clone, PartialEq, Eq, derive_more::Debug)] pub enum UserAttribute { Image { packet_version: Version, #[debug("{}", hex::encode(header))] header: Vec, #[debug("{}", hex::encode(data))] data: Vec, }, Unknown { packet_version: Version, typ: u8, #[debug("{}", hex::encode(data))] data: Vec, }, } impl UserAttribute { /// Parses a `UserAttribute` packet from the given slice. pub fn from_slice(packet_version: Version, input: &[u8]) -> Result { let (_, pk) = parse(packet_version)(input)?; Ok(pk) } pub fn to_u8(&self) -> u8 { match *self { UserAttribute::Image { .. } => 1, UserAttribute::Unknown { typ, .. } => typ, } } pub fn packet_len(&self) -> usize { match self { UserAttribute::Image { ref data, .. } => { // typ + image header + data length 1 + 16 + data.len() } UserAttribute::Unknown { ref data, .. } => { // typ + data length 1 + data.len() } } } /// Create a self-signature pub fn sign( &self, rng: R, key: &impl SecretKeyTrait, key_pw: F, ) -> Result where R: CryptoRng + Rng, F: FnOnce() -> String, { self.sign_third_party(rng, key, key_pw, key) } /// Create a third-party signature pub fn sign_third_party( &self, mut rng: R, signer: &impl SecretKeyTrait, signer_pw: F, signee: &impl PublicKeyTrait, ) -> Result where R: CryptoRng + Rng, F: FnOnce() -> String, { let hashed_subpackets = vec![Subpacket::regular(SubpacketData::SignatureCreationTime( Utc::now().trunc_subsecs(0), ))]; let unhashed_subpackets = vec![Subpacket::regular(SubpacketData::Issuer(signer.key_id()))]; let mut config = match signer.version() { KeyVersion::V4 => SignatureConfig::v4( SignatureType::CertGeneric, signer.algorithm(), signer.hash_alg(), ), KeyVersion::V6 => SignatureConfig::v6( &mut rng, SignatureType::CertGeneric, signer.algorithm(), signer.hash_alg(), )?, v => unsupported_err!("unsupported key version: {:?}", v), }; config.hashed_subpackets = hashed_subpackets; config.unhashed_subpackets = unhashed_subpackets; let sig = config.sign_certification_third_party(signer, signer_pw, signee, self.tag(), &self)?; Ok(SignedUserAttribute::new(self.clone(), vec![sig])) } pub fn into_signed(self, sig: Signature) -> SignedUserAttribute { SignedUserAttribute::new(self, vec![sig]) } } impl fmt::Display for UserAttribute { fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result { match self { UserAttribute::Image { data, .. } => { write!(f, "User Attribute: Image (len: {})", data.len()) } UserAttribute::Unknown { typ, data, .. } => { write!(f, "User Attribute: typ: {} (len: {})", typ, data.len()) } } } } fn image(packet_version: Version) -> impl Fn(&[u8]) -> IResult<&[u8], UserAttribute> { move |i: &[u8]| { // little endian, for historical reasons.. let (i, len) = le_u16(i)?; if len < 2 { return Err(nom::Err::Error(crate::errors::Error::InvalidInput)); } let (img, header) = take(len - 2)(i)?; // the actual image is the rest Ok(( &[][..], UserAttribute::Image { packet_version, header: header.to_vec(), data: img.to_vec(), }, )) } } fn parse(packet_version: Version) -> impl Fn(&[u8]) -> IResult<&[u8], UserAttribute> { move |i: &[u8]| { let (i, len) = packet_length(i)?; if len < 1 { return Err(nom::Err::Error(crate::errors::Error::InvalidInput)); } let (i, typ) = be_u8(i)?; let (i, attr) = map_parser(take(len - 1), |i| match typ { 1 => image(packet_version)(i), _ => map(rest, |data: &[u8]| UserAttribute::Unknown { packet_version, typ, data: data.to_vec(), })(i), })(i)?; Ok((i, { debug!("attr with len {}", len); attr })) } } impl Serialize for UserAttribute { fn to_writer(&self, writer: &mut W) -> Result<()> { debug!("write_packet_len {}", self.packet_len()); write_packet_length(self.packet_len(), writer)?; match self { UserAttribute::Image { ref data, ref header, .. } => { // typ: image writer.write_u8(0x01)?; writer.write_u16::((header.len() + 2).try_into()?)?; writer.write_all(header)?; // actual data writer.write_all(data)?; } UserAttribute::Unknown { ref data, typ, .. } => { writer.write_u8(*typ)?; writer.write_all(data)?; } } Ok(()) } } impl PacketTrait for UserAttribute { fn packet_version(&self) -> Version { match self { UserAttribute::Image { packet_version, .. } => *packet_version, UserAttribute::Unknown { packet_version, .. } => *packet_version, } } fn tag(&self) -> Tag { Tag::UserAttribute } } pgp-0.15.0/src/packet/user_id.rs000064400000000000000000000122731046102023000145400ustar 00000000000000use std::{fmt, io, str}; use aes_gcm::aead::rand_core::CryptoRng; use bstr::{BStr, BString}; use chrono::{SubsecRound, Utc}; use rand::Rng; use crate::errors::Result; use crate::packet::{ PacketTrait, Signature, SignatureConfig, SignatureType, Subpacket, SubpacketData, }; use crate::ser::Serialize; use crate::types::{KeyVersion, PublicKeyTrait, SecretKeyTrait, SignedUser, Tag, Version}; /// User ID Packet /// #[derive(Debug, Clone, PartialEq, Eq)] pub struct UserId { packet_version: Version, id: BString, } impl UserId { /// Parses a `UserId` packet from the given slice. pub fn from_slice(packet_version: Version, input: &[u8]) -> Result { Ok(UserId { packet_version, id: BString::from(input), }) } pub fn from_str(packet_version: Version, input: &str) -> Self { UserId { packet_version, id: BString::from(input), } } pub fn id(&self) -> &BStr { self.id.as_ref() } /// Create a self-signature pub fn sign(&self, rng: R, key: &impl SecretKeyTrait, key_pw: F) -> Result where R: CryptoRng + Rng, F: FnOnce() -> String, { self.sign_third_party(rng, key, key_pw, key) } /// Create a third-party signature pub fn sign_third_party( &self, mut rng: R, signer: &impl SecretKeyTrait, signer_pw: F, signee: &impl PublicKeyTrait, ) -> Result where R: CryptoRng + Rng, F: FnOnce() -> String, { let hashed_subpackets = vec![Subpacket::regular(SubpacketData::SignatureCreationTime( Utc::now().trunc_subsecs(0), ))]; let unhashed_subpackets = vec![Subpacket::regular(SubpacketData::Issuer(signer.key_id()))]; let mut config = match signer.version() { KeyVersion::V4 => SignatureConfig::v4( SignatureType::CertGeneric, signer.algorithm(), signer.hash_alg(), ), KeyVersion::V6 => SignatureConfig::v6( &mut rng, SignatureType::CertGeneric, signer.algorithm(), signer.hash_alg(), )?, v => unsupported_err!("unsupported key version: {:?}", v), }; config.hashed_subpackets = hashed_subpackets; config.unhashed_subpackets = unhashed_subpackets; let sig = config.sign_certification_third_party(signer, signer_pw, signee, self.tag(), &self)?; Ok(SignedUser::new(self.clone(), vec![sig])) } pub fn into_signed(self, sig: Signature) -> SignedUser { SignedUser::new(self, vec![sig]) } } impl Serialize for UserId { fn to_writer(&self, writer: &mut W) -> Result<()> { writer.write_all(&self.id)?; Ok(()) } } impl fmt::Display for UserId { fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result { write!(f, "User ID: \"{}\"", self.id) } } impl PacketTrait for UserId { fn packet_version(&self) -> Version { self.packet_version } fn tag(&self) -> Tag { Tag::UserId } } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use rand::SeedableRng; use rand_chacha::ChaCha8Rng; use super::*; use crate::types::KeyVersion; use crate::{packet, KeyType}; #[test] fn test_user_id_certification() { let key_type = KeyType::EdDSALegacy; let mut rng = ChaCha8Rng::seed_from_u64(0); let (public_params, secret_params) = key_type.generate(&mut rng).unwrap(); let alice_sec = packet::SecretKey::new( packet::PublicKey::new( Version::New, KeyVersion::V4, key_type.to_alg(), Utc::now().trunc_subsecs(0), None, public_params, ) .unwrap(), secret_params, ); let alice_pub = alice_sec.public_key(); let alice_uid = UserId::from_str(Version::New, ""); // test self-signature let self_signed = alice_uid .sign(&mut rng, &alice_sec, String::default) .unwrap(); self_signed .verify(&alice_pub) .expect("self signature verification failed"); // test third-party signature let (public_params, secret_params) = key_type.generate(&mut rng).unwrap(); let signer_sec = packet::SecretKey::new( packet::PublicKey::new( Version::New, KeyVersion::V4, key_type.to_alg(), Utc::now().trunc_subsecs(0), None, public_params, ) .unwrap(), secret_params, ); let signer_pub = signer_sec.public_key(); let third_signed = alice_uid .sign_third_party(&mut rng, &signer_sec, String::default, &alice_pub) .unwrap(); third_signed .verify_third_party(&alice_pub, &signer_pub) .expect("self signature verification failed"); } } pgp-0.15.0/src/ser.rs000064400000000000000000000015521046102023000124260ustar 00000000000000//! # Serialize trait module use std::io; use crate::errors::Result; pub trait Serialize { fn to_writer(&self, _: &mut W) -> Result<()>; fn to_bytes(&self) -> Result> { let mut buf = Vec::new(); self.to_writer(&mut buf)?; Ok(buf) } } impl Serialize for &T { fn to_writer(&self, writer: &mut W) -> Result<()> { (*self).to_writer(writer) } } impl Serialize for &[T] { fn to_writer(&self, writer: &mut W) -> Result<()> { for x in self.iter() { (*x).to_writer(writer)?; } Ok(()) } } impl Serialize for Vec { fn to_writer(&self, writer: &mut W) -> Result<()> { for x in self.iter() { (*x).to_writer(writer)?; } Ok(()) } } pgp-0.15.0/src/types/compression.rs000064400000000000000000000007301046102023000153370ustar 00000000000000use num_enum::{FromPrimitive, IntoPrimitive}; #[derive(Debug, PartialEq, Eq, Clone, Copy, FromPrimitive, IntoPrimitive)] /// Available compression algorithms. /// Ref: #[repr(u8)] pub enum CompressionAlgorithm { Uncompressed = 0, ZIP = 1, ZLIB = 2, BZip2 = 3, /// Do not use, just for compatibility with GnuPG. Private10 = 110, #[num_enum(catch_all)] Other(u8), } pgp-0.15.0/src/types/fingerprint.rs000064400000000000000000000063341046102023000153330ustar 00000000000000use crate::errors::{Error, Result}; use crate::types::KeyVersion; /// Represents a Fingerprint. /// /// OpenPGP fingerprints consist of two pieces of information: /// The key version, and binary data that represents the fingerprint itself. #[derive(Clone, Eq, Hash, PartialEq, derive_more::Debug)] pub enum Fingerprint { #[debug("{}", hex::encode(_0))] V2([u8; 16]), #[debug("{}", hex::encode(_0))] V3([u8; 16]), #[debug("{}", hex::encode(_0))] V4([u8; 20]), #[debug("{}", hex::encode(_0))] V5([u8; 32]), #[debug("{}", hex::encode(_0))] V6([u8; 32]), #[debug("{}", hex::encode(_0))] /// Fingerprint with unknown key version Unknown(Box<[u8]>), } impl Fingerprint { /// Constructor for an OpenPGP fingerprint. /// /// The length of the binary data in `fp` must match the expected length for `version`, /// otherwise an error is returned. pub fn new(version: KeyVersion, fp: &[u8]) -> Result { let e = |_| { Error::Message(format!( "Illegal fingerprint length {} for key version {:?}", fp.len(), version )) }; let fp = match version { KeyVersion::V2 => Fingerprint::V2(fp.try_into().map_err(e)?), KeyVersion::V3 => Fingerprint::V3(fp.try_into().map_err(e)?), KeyVersion::V4 => Fingerprint::V4(fp.try_into().map_err(e)?), KeyVersion::V5 => Fingerprint::V5(fp.try_into().map_err(e)?), KeyVersion::V6 => Fingerprint::V6(fp.try_into().map_err(e)?), KeyVersion::Other(v) => bail!("Unsupported version {}", v), }; Ok(fp) } /// Make a fingerprint with unknown key version. /// /// A fingerprint without version information is not usually desirable to have. /// It can't be processed in a lot of places, in rPGP. /// /// However, sometimes a fingerprint may be obtained where the key version is unknown. /// Then, this is the only possible way to encode it. #[allow(dead_code)] pub(crate) fn new_unknown(fp: &[u8]) -> Result { Ok(Fingerprint::Unknown(Box::from(fp))) } /// Returns the length of the fingerprint's binary data, based on the key version. #[allow(clippy::len_without_is_empty)] pub fn len(&self) -> usize { match self { Self::V2(_) | Self::V3(_) => 16, Self::V4(_) => 20, Self::V5(_) | Self::V6(_) => 32, Self::Unknown(fp) => fp.len(), } } /// The key version of the key that this fingerprint references. pub fn version(&self) -> Option { match self { Self::V2(_) => Some(KeyVersion::V2), Self::V3(_) => Some(KeyVersion::V3), Self::V4(_) => Some(KeyVersion::V4), Self::V5(_) => Some(KeyVersion::V5), Self::V6(_) => Some(KeyVersion::V6), Self::Unknown(_) => None, } } /// The binary data of this fingerprint. pub fn as_bytes(&self) -> &[u8] { match self { Self::V2(fp) | Self::V3(fp) => &fp[..], Self::V4(fp) => &fp[..], Self::V5(fp) | Self::V6(fp) => &fp[..], Self::Unknown(fp) => fp, } } } pgp-0.15.0/src/types/key_id.rs000064400000000000000000000022751046102023000142500ustar 00000000000000use std::fmt; use crate::errors::Result; /// Represents a Key ID. #[derive(Clone, Hash, Eq, PartialEq, derive_more::Debug)] pub struct KeyId(#[debug("{}", hex::encode(_0))] [u8; 8]); impl AsRef<[u8]> for KeyId { fn as_ref(&self) -> &[u8] { self.0.as_ref() } } impl KeyId { pub fn from_slice(input: &[u8]) -> Result { ensure_eq!(input.len(), 8, "invalid input length"); let mut r = [0u8; 8]; r.copy_from_slice(input); Ok(KeyId(r)) } pub fn to_vec(&self) -> Vec { self.0.to_vec() } /// True, if `self` is the "wild card" (or "anonymous recipient") Key ID of all zeros. /// /// See pub fn is_wildcard(&self) -> bool { self.0 == [0, 0, 0, 0, 0, 0, 0, 0] } } impl fmt::LowerHex for KeyId { fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result { write!(f, "{}", hex::encode(self.as_ref())) } } impl fmt::UpperHex for KeyId { fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result { let mut encoded = hex::encode(self.as_ref()); encoded.make_ascii_uppercase(); write!(f, "{encoded}") } } pgp-0.15.0/src/types/mod.rs000064400000000000000000000104471046102023000135630ustar 00000000000000mod compression; mod fingerprint; mod key_id; mod mpi; mod packet; mod params; mod public_key; mod revocation_key; mod s2k; mod secret_key; mod secret_key_repr; mod user; use log::debug; pub use self::compression::*; pub use self::fingerprint::*; pub use self::key_id::*; pub use self::mpi::*; pub use self::packet::*; pub use self::params::*; pub use self::public_key::*; pub use self::revocation_key::*; pub use self::s2k::*; pub use self::secret_key::*; pub use self::secret_key_repr::*; pub use self::user::*; use crate::crypto::sym::SymmetricKeyAlgorithm; /// An OpenPGP cryptographic signature. /// /// It is an element of a [crate::packet::Signature] packet. /// Historically, cryptographic signatures in OpenPGP were encoded as [crate::types::Mpi], /// however, in RFC 9580, native encoding is used for the modern Ed25519 and Ed448 signatures. /// /// This type can represent both flavors of cryptographic signature data. #[derive(Debug, PartialEq, Eq, Clone)] pub enum SignatureBytes { /// A cryptographic signature that is represented as a set of [Mpi]s. /// /// This format has been used for all OpenPGP cryptographic signatures in RFCs 4880 and 6637. Mpis(Vec), /// A cryptographic signature that is represented in native format. /// /// This format was introduced in RFC 9580 and is currently only used for Ed25519 and Ed448. Native(Vec), } impl SignatureBytes { pub(crate) fn to_writer(&self, writer: &mut W) -> crate::errors::Result<()> { use crate::ser::Serialize; match &self { SignatureBytes::Mpis(mpis) => { // the actual signature for val in mpis { debug!("writing: {}", hex::encode(val)); val.to_writer(writer)?; } } SignatureBytes::Native(sig) => { writer.write_all(sig)?; } } Ok(()) } } impl<'a> TryFrom<&'a SignatureBytes> for &'a [Mpi] { type Error = crate::errors::Error; fn try_from(value: &'a SignatureBytes) -> std::result::Result { match value { SignatureBytes::Mpis(mpis) => Ok(mpis), // We reject this operation because it doesn't fit with the intent of the Sig abstraction SignatureBytes::Native(_) => bail!("Native Sig can't be transformed into Mpis"), } } } impl<'a> TryFrom<&'a SignatureBytes> for &'a [u8] { type Error = crate::errors::Error; fn try_from(value: &'a SignatureBytes) -> std::result::Result { match value { // We reject this operation because it doesn't fit with the intent of the Sig abstraction SignatureBytes::Mpis(_) => bail!("Mpi-based Sig can't be transformed into &[u8]"), SignatureBytes::Native(native) => Ok(native), } } } impl From> for SignatureBytes { fn from(value: Vec) -> Self { SignatureBytes::Mpis(value) } } impl From> for SignatureBytes { fn from(value: Vec) -> Self { SignatureBytes::Native(value) } } /// Select which type of encrypted session key data should be produced in an encryption step #[derive(Debug)] pub enum EskType { /// V3 PKESK or V4 SKESK (these are used in RFC 4880 and 2440) V3_4, /// V6 PKESK or SKESK (introduced in RFC 9580) V6, } /// Values comprising a Public Key Encrypted Session Key #[derive(Clone, Debug, Eq, PartialEq)] pub enum PkeskBytes { Rsa { mpi: Mpi, }, Elgamal { first: Mpi, second: Mpi, }, Ecdh { public_point: Mpi, encrypted_session_key: Vec, }, X25519 { /// Ephemeral X25519 public key (32 bytes). ephemeral: [u8; 32], /// Encrypted and wrapped session key. session_key: Vec, /// Set for v3 PKESK only (the sym_alg is not encrypted with the session key for X25519) sym_alg: Option, }, X448 { /// Ephemeral X448 public key (56 bytes). ephemeral: [u8; 56], /// Encrypted and wrapped session key. session_key: Vec, /// Set for v3 PKESK only (the sym_alg is not encrypted with the session key for X448) sym_alg: Option, }, Other, } pgp-0.15.0/src/types/mpi.rs000064400000000000000000000174261046102023000135750ustar 00000000000000use std::io; use byteorder::{BigEndian, WriteBytesExt}; use nom::number::streaming::be_u16; use nom::{Err, InputIter, InputTake}; use num_bigint::BigUint; use zeroize::{Zeroize, ZeroizeOnDrop}; use crate::errors::{self, Error, IResult}; use crate::ser::Serialize; use crate::util::{bit_size, strip_leading_zeros, strip_leading_zeros_vec}; /// Number of bits we accept when reading or writing MPIs. /// The value is the same as gnupgs. const MAX_EXTERN_MPI_BITS: u32 = 16384; /// Parse Multi Precision Integers /// Ref: /// /// # Examples /// /// ```rust /// use pgp::types::mpi; /// use pgp::types::MpiRef; /// /// // Decode the number `1`. /// assert_eq!( /// mpi(&[0x00, 0x01, 0x01][..]).unwrap(), /// (&b""[..], MpiRef::from_slice(&[1][..])) /// ); /// ``` pub fn mpi(input: &[u8]) -> IResult<&[u8], MpiRef<'_>> { let (number, len) = be_u16(input)?; let bits = u32::from(len); let len_actual = (bits + 7) >> 3; if len_actual > MAX_EXTERN_MPI_BITS { Err(Err::Error(Error::InvalidInput)) } else { // same as take! let cnt = len_actual as usize; match number.slice_index(cnt) { Err(needed) => Err(nom::Err::Incomplete(needed)), Ok(index) => { let (rest, n) = number.take_split(index); let n_stripped: MpiRef<'_> = MpiRef::from_slice(strip_leading_zeros(n)); Ok((rest, n_stripped)) } } } } /// Represents an owned MPI value. /// The inner value is ready to be serialized, without the need to strip leading zeros. #[derive(Default, Clone, PartialEq, Eq, Zeroize, ZeroizeOnDrop, derive_more::Debug)] pub struct Mpi(#[debug("{}", hex::encode(_0))] Vec); /// Represents a borrowed MPI value. /// The inner value is ready to be serialized, without the need to strip leading zeros. #[derive(Clone, PartialEq, Eq, derive_more::Debug)] pub struct MpiRef<'a>(#[debug("{}", hex::encode(_0))] &'a [u8]); impl AsRef<[u8]> for Mpi { fn as_ref(&self) -> &[u8] { self.0.as_ref() } } impl Mpi { pub fn from_raw(mut v: Vec) -> Self { strip_leading_zeros_vec(&mut v); Mpi(v) } /// Strips leading zeros. pub fn from_slice(raw: &[u8]) -> Self { Mpi(strip_leading_zeros(raw).to_vec()) } pub fn as_ref(&self) -> MpiRef<'_> { MpiRef(&self.0) } pub fn as_bytes(&self) -> &[u8] { &self.0 } } impl std::ops::Deref for Mpi { type Target = [u8]; fn deref(&self) -> &Self::Target { &self.0 } } impl std::ops::Deref for MpiRef<'_> { type Target = [u8]; fn deref(&self) -> &Self::Target { self.0 } } impl<'a> MpiRef<'a> { pub fn from_slice(slice: &'a [u8]) -> Self { MpiRef(strip_leading_zeros(slice)) } pub fn to_owned(&self) -> Mpi { Mpi(self.0.to_owned()) } pub fn parse(slice: &'a [u8]) -> IResult<&'a [u8], MpiRef<'a>> { mpi(slice) } pub fn as_bytes(&self) -> &[u8] { self.0 } } impl Serialize for Mpi { fn to_writer(&self, w: &mut W) -> errors::Result<()> { MpiRef(&self.0).to_writer(w) } } impl Serialize for MpiRef<'_> { fn to_writer(&self, w: &mut W) -> errors::Result<()> { let bytes = &self.0; let size = bit_size(bytes); w.write_u16::(size as u16)?; w.write_all(bytes)?; Ok(()) } } impl From for Mpi { fn from(other: BigUint) -> Self { Mpi(other.to_bytes_be()) } } impl From for BigUint { fn from(other: Mpi) -> Self { BigUint::from_bytes_be(other.as_bytes()) } } impl<'a> From<&'a Mpi> for BigUint { fn from(other: &'a Mpi) -> Self { BigUint::from_bytes_be(other.as_bytes()) } } impl<'a> From> for BigUint { fn from(other: MpiRef<'a>) -> Self { BigUint::from_bytes_be(other.as_bytes()) } } impl<'a, 'b> From<&'b MpiRef<'a>> for BigUint { fn from(other: &'b MpiRef<'a>) -> Self { BigUint::from_bytes_be(other.as_bytes()) } } impl<'a> From<&'a BigUint> for Mpi { fn from(other: &'a BigUint) -> Self { Mpi(other.to_bytes_be()) } } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use super::*; #[test] fn test_mpi() { // Decode the number `511` (`0x1FF` in hex). assert_eq!( mpi(&[0x00, 0x09, 0x01, 0xFF][..]).unwrap(), (&b""[..], MpiRef::from_slice(&[0x01, 0xFF][..])) ); // Decode the number `2^255 + 7`. assert_eq!( mpi(&[ 0x01, 0, 0x80, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0x07 ][..]) .unwrap(), ( &b""[..], MpiRef::from_slice( &[ 0x80, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0x07 ][..] ) ) ); } #[test] fn test_bignum_mpi() { let fixtures = [ ("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", "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"), ("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", "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"), ]; for (i, (raw, encoded)) in fixtures.iter().enumerate() { println!("fixture {i}"); let n = hex::decode(raw).unwrap(); let n_big = BigUint::from_bytes_be(&n); let n_mpi: Mpi = n_big.clone().into(); let mut n_encoded = Vec::new(); n_mpi.to_writer(&mut n_encoded).unwrap(); assert_eq!(&n_encoded, &hex::decode(encoded).unwrap()); let (rest, n_big2) = mpi(&n_encoded).unwrap(); assert_eq!(rest.len(), 0); assert_eq!(n_big, n_big2.into()); } } } pgp-0.15.0/src/types/packet.rs000064400000000000000000000145351046102023000142550ustar 00000000000000use std::io; use byteorder::{BigEndian, WriteBytesExt}; use log::debug; use num_enum::{FromPrimitive, IntoPrimitive, TryFromPrimitive}; use crate::errors::Result; /// Represents a Packet. A packet is the record structure used to encode a chunk of data in OpenPGP. /// Ref: #[derive(Debug, PartialEq, Eq, Clone)] pub struct Packet { /// Indicator if this is an old or new versioned packet pub version: Version, /// Denotes the type of data this packet holds pub tag: Tag, /// The raw bytes of the packet pub body: Vec, } /// Represents the packet length. #[derive(Debug, PartialEq, Eq, Clone)] pub enum PacketLength { Fixed(usize), Indeterminate, Partial(usize), } impl From for PacketLength { fn from(val: usize) -> PacketLength { PacketLength::Fixed(val) } } /// Packet Type ID, see /// /// The "Packet Type ID" was called "Packet tag" in RFC 4880 (Section 4.3 "Packet Tags"). /// Ref /// /// However, rPGP will continue to use the term "(Packet) Tag" for the time being. #[derive(Debug, PartialEq, Eq, Clone, Copy, FromPrimitive, IntoPrimitive)] #[repr(u8)] pub enum Tag { /// Public-Key Encrypted Session Key Packet PublicKeyEncryptedSessionKey = 1, /// Signature Packet Signature = 2, /// Symmetric-Key Encrypted Session Key Packet SymKeyEncryptedSessionKey = 3, /// One-Pass Signature Packet OnePassSignature = 4, /// Secret-Key Packet SecretKey = 5, /// Public-Key Packet PublicKey = 6, /// Secret-Subkey Packet SecretSubkey = 7, /// Compressed Data Packet CompressedData = 8, /// Symmetrically Encrypted Data Packet SymEncryptedData = 9, /// Marker Packet Marker = 10, /// Literal Data Packet LiteralData = 11, /// Trust Packet Trust = 12, /// User ID Packet UserId = 13, /// Public-Subkey Packet PublicSubkey = 14, /// User Attribute Packet UserAttribute = 17, /// Sym. Encrypted and Integrity Protected Data Packet SymEncryptedProtectedData = 18, /// Modification Detection Code Packet ModDetectionCode = 19, /// Padding Packet Padding = 21, #[num_enum(catch_all)] Other(u8), } impl Tag { /// Packet Type ID encoded in OpenPGP format /// (bits 7 and 6 set, bits 5-0 carry the packet type ID) pub fn encode(self) -> u8 { let t: u8 = self.into(); 0b1100_0000 | t } } /// The version of the packet format. /// /// There are two packet formats /// (see ): /// /// 1) the (current) OpenPGP packet format specified by this document and its /// predecessors RFC 4880 and RFC 2440 and /// /// 2) the Legacy packet format as used by implementations predating any IETF specification of OpenPGP. #[derive(Debug, PartialEq, Eq, Clone, Copy, TryFromPrimitive)] #[repr(u8)] #[derive(Default)] pub enum Version { /// Old Packet Format ("Legacy packet format") Old = 0, /// New Packet Format ("OpenPGP packet format") #[default] New = 1, } impl Version { pub fn write_header(self, writer: &mut impl io::Write, tag: u8, len: usize) -> Result<()> { debug!("write_header {:?} {} {}", self, tag, len); match self { Version::Old => { if len < 256 { // one octet writer.write_u8(0b1000_0000 | tag << 2)?; writer.write_u8(len.try_into()?)?; } else if len < 65536 { // two octets writer.write_u8(0b1000_0001 | tag << 2)?; writer.write_u16::(len as u16)?; } else { // four octets writer.write_u8(0b1000_0010 | tag << 2)?; writer.write_u32::(len as u32)?; } } Version::New => { writer.write_u8(0b1100_0000 | tag)?; if len < 192 { writer.write_u8(len.try_into()?)?; } else if len < 8384 { writer.write_u8((((len - 192) >> 8) + 192) as u8)?; writer.write_u8(((len - 192) & 0xFF) as u8)?; } else { writer.write_u8(255)?; writer.write_u32::(len as u32)?; } } } Ok(()) } } // TODO: find a better place for this #[derive(Debug, PartialEq, Eq, Clone, Copy, FromPrimitive, IntoPrimitive)] #[repr(u8)] pub enum KeyVersion { V2 = 2, V3 = 3, V4 = 4, V5 = 5, V6 = 6, #[num_enum(catch_all)] Other(u8), } impl KeyVersion { /// Size of OpenPGP fingerprint in bytes /// (returns `None` for unknown versions) pub const fn fingerprint_len(&self) -> Option { match self { KeyVersion::V2 | KeyVersion::V3 => Some(16), // MD5 KeyVersion::V4 => Some(20), // SHA1 KeyVersion::V5 | KeyVersion::V6 => Some(32), // SHA256 KeyVersion::Other(_) => None, } } } impl Default for KeyVersion { fn default() -> Self { Self::V4 } } #[derive(Debug, PartialEq, Eq, Clone, Copy, FromPrimitive, IntoPrimitive)] #[repr(u8)] pub enum PkeskVersion { V3 = 3, V6 = 6, #[num_enum(catch_all)] Other(u8), } #[derive(Debug, PartialEq, Eq, Clone, Copy, FromPrimitive, IntoPrimitive)] #[repr(u8)] pub enum SkeskVersion { V4 = 4, V6 = 6, #[num_enum(catch_all)] Other(u8), } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use super::*; #[test] fn test_write_header() { let mut buf = Vec::new(); Version::New .write_header(&mut buf, Tag::UserAttribute.into(), 12875) .unwrap(); assert_eq!(hex::encode(buf), "d1ff0000324b"); let mut buf = Vec::new(); Version::New .write_header(&mut buf, Tag::Signature.into(), 302) .unwrap(); assert_eq!(hex::encode(buf), "c2c06e"); let mut buf = Vec::new(); Version::New .write_header(&mut buf, Tag::Signature.into(), 303) .unwrap(); assert_eq!(hex::encode(buf), "c2c06f"); } } pgp-0.15.0/src/types/params/encrypted_secret.rs000064400000000000000000000240471046102023000176320ustar 00000000000000use std::io; use std::io::Write; use byteorder::{BigEndian, ByteOrder, WriteBytesExt}; use digest::Digest; use crate::crypto::checksum; use crate::errors::{Error, Result}; use crate::ser::Serialize; use crate::types::*; #[derive(Clone, PartialEq, Eq, derive_more::Debug)] pub struct EncryptedSecretParams { /// The encrypted data, including the checksum. #[debug("{}", hex::encode(data))] data: Vec, /// S2k Params s2k_params: S2kParams, } impl EncryptedSecretParams { pub fn new(data: Vec, s2k_params: S2kParams) -> Self { assert_ne!(s2k_params, S2kParams::Unprotected, "invalid string to key"); EncryptedSecretParams { data, s2k_params } } pub fn data(&self) -> &[u8] { &self.data } pub fn string_to_key_id(&self) -> u8 { (&self.s2k_params).into() } pub fn string_to_key_params(&self) -> &S2kParams { &self.s2k_params } pub fn checksum(&self) -> Vec { match self.s2k_params { S2kParams::Unprotected => unreachable!(), S2kParams::LegacyCfb { .. } | S2kParams::Aead { .. } | S2kParams::MalleableCfb { .. } => { // 2 octets self.data[self.data.len() - 2..].to_vec() } S2kParams::Cfb { .. } => { // 20 octets SHA1 self.data[self.data.len() - 20..].to_vec() } } } pub fn unlock( &self, pw: F, pub_key: &(impl PublicKeyTrait + Serialize), secret_tag: Option, ) -> Result where F: FnOnce() -> String, { // Argon2 is only used with AEAD (S2K usage octet 253). // // An implementation MUST NOT create and MUST reject as malformed any secret key packet // where the S2K usage octet is not AEAD (253) and the S2K specifier type is Argon2. // // Ref: https://www.rfc-editor.org/rfc/rfc9580.html#section-3.7.2.1-10 match &self.s2k_params { S2kParams::Cfb { s2k, .. } | S2kParams::MalleableCfb { s2k, .. } => { if matches!(s2k, StringToKey::Argon2 { .. }) { bail!( "S2k method Argon2 is only allowed in combination with usage mode 'AEAD'" ); } } _ => {} } // For Version 6 keys: Additionally refuse legacy s2k mechanisms. // Those should never be generated or used. if pub_key.version() == KeyVersion::V6 { match &self.s2k_params { S2kParams::Aead { s2k, .. } | S2kParams::Cfb { s2k, .. } => { match s2k { StringToKey::Argon2 { .. } | StringToKey::IteratedAndSalted { .. } | StringToKey::Salted { .. } => { // we'll allow these, generally } _ => bail!("Version 6 keys may not use the weak S2k type {:?}", s2k), } // Implementations MUST NOT decrypt a secret using MD5, SHA-1, or RIPEMD-160 // as a hash function in an S2K KDF in a version 6 (or later) packet. // (See https://www.rfc-editor.org/rfc/rfc9580.html#section-9.5-3) ensure!( !s2k.known_weak_hash_algo(), "Weak hash algorithm in S2K not allowed for v6 {:?}", s2k ) } _ => bail!("Version 6 keys may only be encrypted with S2k usage AEAD or CFB"), } } // We're willing to unlock. let alg = pub_key.algorithm(); let params = pub_key.public_params(); match &self.s2k_params { S2kParams::Unprotected => unreachable!(), S2kParams::LegacyCfb { sym_alg, iv } => { let key = md5::Md5::digest(pw()); // Decryption let mut plaintext = self.data.clone(); sym_alg.decrypt_with_iv_regular(&key, iv, &mut plaintext)?; // Checksum if plaintext.len() < 2 { return Err(Error::InvalidInput); } let (plaintext, checksum) = plaintext.split_at(self.data.len() - 2); let calculated_checksum = checksum::calculate_simple(plaintext); if calculated_checksum != BigEndian::read_u16(checksum) { return Err(Error::InvalidInput); } PlainSecretParams::from_slice(plaintext, alg, params) } S2kParams::Aead { sym_alg, aead_mode, s2k, nonce, } => { match s2k { StringToKey::Argon2 { .. } | StringToKey::IteratedAndSalted { .. } => { let Some(tag_size) = aead_mode.tag_size() else { unsupported_err!("AEAD mode: {:?}", aead_mode); }; if self.data.len() < tag_size { return Err(Error::InvalidInput); } // derive key let derived = s2k.derive_key(&pw(), 32)?; let Some(secret_tag) = secret_tag else { bail!("no secret_tag provided"); }; let (okm, ad) = s2k_usage_aead(&derived, secret_tag, pub_key, *sym_alg, *aead_mode)?; // AEAD decrypt let (ciphertext, tag) = self.data.split_at(self.data.len() - tag_size); let mut decrypt: Vec<_> = ciphertext.to_vec(); aead_mode.decrypt_in_place(sym_alg, &okm, nonce, &ad, tag, &mut decrypt)?; // "decrypt" now contains the decrypted key material PlainSecretParams::from_slice(&decrypt, alg, pub_key.public_params()) } _ => bail!("S2K usage AEAD is not allowed with S2K type {:?}", s2k.id()), } } S2kParams::Cfb { sym_alg, s2k, iv } => { let key = s2k.derive_key(&pw(), sym_alg.key_size())?; // Decryption let mut plaintext = self.data.clone(); sym_alg.decrypt_with_iv_regular(&key, iv, &mut plaintext)?; // Checksum // Check SHA-1 hash if it is present. // See for details. if plaintext.len() < 20 { return Err(Error::InvalidInput); } let (plaintext, expected_sha1) = plaintext.split_at(self.data.len() - 20); let calculated_sha1 = checksum::calculate_sha1([plaintext])?; if expected_sha1 != calculated_sha1 { return Err(Error::InvalidInput); } PlainSecretParams::from_slice(plaintext, alg, params) } S2kParams::MalleableCfb { sym_alg, s2k, iv } => { let key = s2k.derive_key(&pw(), sym_alg.key_size())?; // Decryption let mut plaintext = self.data.clone(); sym_alg.decrypt_with_iv_regular(&key, iv, &mut plaintext)?; if plaintext.len() < 2 { return Err(Error::InvalidInput); } // Checksum let (plaintext, checksum) = plaintext.split_at(self.data.len() - 2); let calculated_checksum = checksum::calculate_simple(plaintext); if calculated_checksum != BigEndian::read_u16(checksum) { return Err(Error::InvalidInput); } PlainSecretParams::from_slice(plaintext, alg, params) } } } pub(crate) fn to_writer( &self, writer: &mut W, version: KeyVersion, ) -> Result<()> { writer.write_u8((&self.s2k_params).into())?; let mut s2k_params = vec![]; let mut s2k_writer = &mut s2k_params; match &self.s2k_params { S2kParams::Unprotected => { panic!("encrypted secret params should not have an unencrypted identifier") } S2kParams::LegacyCfb { ref iv, .. } => { s2k_writer.write_all(iv)?; } S2kParams::Aead { sym_alg, aead_mode, s2k, ref nonce, } => { s2k_writer.write_u8((*sym_alg).into())?; s2k_writer.write_u8((*aead_mode).into())?; if version == KeyVersion::V6 { s2k_writer.write_u8(s2k.len()?)?; // length of S2K Specifier Type } s2k.to_writer(&mut s2k_writer)?; s2k_writer.write_all(nonce)?; } S2kParams::Cfb { sym_alg, s2k, ref iv, } | S2kParams::MalleableCfb { sym_alg, s2k, ref iv, } => { s2k_writer.write_u8((*sym_alg).into())?; if version == KeyVersion::V6 && matches!(self.s2k_params, S2kParams::Cfb { .. }) { s2k_writer.write_u8(s2k.len()?)?; // length of S2K Specifier Type } s2k.to_writer(&mut s2k_writer)?; s2k_writer.write_all(iv)?; } } if self.s2k_params != S2kParams::Unprotected { if version == KeyVersion::V6 { let len = s2k_params.len(); ensure!(len <= 255, "unexpected s2k_params length {}", len); writer.write_u8(len.try_into()?)?; } writer.write_all(&s2k_params)?; } writer.write_all(&self.data)?; Ok(()) } } pgp-0.15.0/src/types/params/mod.rs000064400000000000000000000003051046102023000150360ustar 00000000000000pub mod encrypted_secret; pub mod plain_secret; pub mod public; pub mod secret; pub use self::encrypted_secret::*; pub use self::plain_secret::*; pub use self::public::*; pub use self::secret::*; pgp-0.15.0/src/types/params/plain_secret.rs000064400000000000000000000513651046102023000167430ustar 00000000000000use std::hash::Hasher; use std::io; use byteorder::{BigEndian, ByteOrder}; use hkdf::Hkdf; use nom::combinator::map; use nom::sequence::tuple; use rsa::RsaPrivateKey; use sha2::Sha256; use zeroize::{Zeroize, ZeroizeOnDrop}; use crate::crypto::aead::AeadAlgorithm; use crate::crypto::checksum; use crate::crypto::ecc_curve::ECCCurve; use crate::crypto::public_key::PublicKeyAlgorithm; use crate::crypto::sym::SymmetricKeyAlgorithm; use crate::errors::{IResult, Result}; use crate::ser::Serialize; use crate::types::*; use crate::util::TeeWriter; #[derive(Clone, PartialEq, Eq, Zeroize, ZeroizeOnDrop, derive_more::Debug)] pub enum PlainSecretParams { RSA { #[debug("..")] d: Mpi, #[debug("..")] p: Mpi, #[debug("..")] q: Mpi, #[debug("..")] u: Mpi, }, DSA(#[debug("..")] Mpi), ECDSA(#[debug("..")] Mpi), ECDH(#[debug("..")] Mpi), Elgamal(#[debug("..")] Mpi), EdDSALegacy(#[debug("..")] Mpi), Ed25519(#[debug("..")] [u8; 32]), X25519(#[debug("..")] [u8; 32]), #[cfg(feature = "unstable-curve448")] X448(#[debug("..")] [u8; 56]), } #[derive(Clone, PartialEq, Eq, derive_more::Debug)] pub enum PlainSecretParamsRef<'a> { RSA { #[debug("..")] d: MpiRef<'a>, #[debug("..")] p: MpiRef<'a>, #[debug("..")] q: MpiRef<'a>, #[debug("..")] u: MpiRef<'a>, }, DSA(#[debug("..")] MpiRef<'a>), ECDSA(#[debug("..")] MpiRef<'a>), ECDH(#[debug("..")] MpiRef<'a>), Elgamal(#[debug("..")] MpiRef<'a>), EdDSALegacy(#[debug("..")] MpiRef<'a>), Ed25519(#[debug("..")] &'a [u8; 32]), X25519(#[debug("..")] &'a [u8; 32]), #[cfg(feature = "unstable-curve448")] X448(#[debug("..")] &'a [u8; 56]), } impl PlainSecretParamsRef<'_> { pub fn to_owned(&self) -> PlainSecretParams { match self { PlainSecretParamsRef::RSA { d, p, q, u } => PlainSecretParams::RSA { d: (*d).to_owned(), p: (*p).to_owned(), q: (*q).to_owned(), u: (*u).to_owned(), }, PlainSecretParamsRef::DSA(v) => PlainSecretParams::DSA((*v).to_owned()), PlainSecretParamsRef::ECDSA(v) => PlainSecretParams::ECDSA((*v).to_owned()), PlainSecretParamsRef::ECDH(v) => PlainSecretParams::ECDH((*v).to_owned()), PlainSecretParamsRef::Elgamal(v) => PlainSecretParams::Elgamal((*v).to_owned()), PlainSecretParamsRef::EdDSALegacy(v) => PlainSecretParams::EdDSALegacy((*v).to_owned()), PlainSecretParamsRef::Ed25519(s) => PlainSecretParams::Ed25519((*s).to_owned()), PlainSecretParamsRef::X25519(s) => PlainSecretParams::X25519((*s).to_owned()), #[cfg(feature = "unstable-curve448")] PlainSecretParamsRef::X448(s) => PlainSecretParams::X448((*s).to_owned()), } } pub fn string_to_key_id(&self) -> u8 { 0 } fn to_writer_raw(&self, writer: &mut W) -> Result<()> { match self { PlainSecretParamsRef::RSA { d, p, q, u } => { (*d).to_writer(writer)?; (*p).to_writer(writer)?; (*q).to_writer(writer)?; (*u).to_writer(writer)?; } PlainSecretParamsRef::DSA(x) => { (*x).to_writer(writer)?; } PlainSecretParamsRef::ECDSA(x) => { (*x).to_writer(writer)?; } PlainSecretParamsRef::ECDH(x) => { (*x).to_writer(writer)?; } PlainSecretParamsRef::Elgamal(d) => { (*d).to_writer(writer)?; } PlainSecretParamsRef::EdDSALegacy(x) => { (*x).to_writer(writer)?; } PlainSecretParamsRef::Ed25519(s) => { writer.write_all(&s[..])?; } PlainSecretParamsRef::X25519(s) => { writer.write_all(&s[..])?; } #[cfg(feature = "unstable-curve448")] PlainSecretParamsRef::X448(s) => { writer.write_all(&s[..])?; } } Ok(()) } pub fn compare_checksum_simple(&self, other: Option<&[u8]>) -> Result<()> { if let Some(other) = other { let mut hasher = checksum::SimpleChecksum::default(); self.to_writer_raw(&mut hasher)?; ensure_eq!( BigEndian::read_u16(other), hasher.finish() as u16, "Invalid checksum" ); Ok(()) } else { bail!("Missing checksum"); } } pub fn checksum_simple(&self) -> Vec { let mut hasher = checksum::SimpleChecksum::default(); self.to_writer_raw(&mut hasher).expect("known write target"); hasher.finalize().to_vec() } /// Uses sha1_checked pub fn checksum_sha1(&self) -> Result<[u8; 20]> { let mut buf = Vec::new(); self.to_writer_raw(&mut buf).expect("known write target"); checksum::calculate_sha1([&buf]) } fn pad_key(val: &[u8]) -> Result<[u8; SIZE]> { ensure!(val.len() <= SIZE, "invalid secret key size"); let mut key = [0u8; SIZE]; key[SIZE - val.len()..].copy_from_slice(val); Ok(key) } pub fn as_repr(&self, public_params: &PublicParams) -> Result { match self { PlainSecretParamsRef::RSA { d, p, q, .. } => match public_params { PublicParams::RSA { ref n, ref e } => { let secret_key = RsaPrivateKey::from_components( n.into(), e.into(), d.into(), vec![p.into(), q.into()], )?; Ok(SecretKeyRepr::RSA(crate::crypto::rsa::PrivateKey::from( secret_key, ))) } _ => unreachable!("inconsistent key state"), }, PlainSecretParamsRef::ECDH(d) => match public_params { PublicParams::ECDH(EcdhPublicParams::Known { ref curve, ref hash, ref alg_sym, .. }) => match curve { ECCCurve::Curve25519 => { const SIZE: usize = ECCCurve::Curve25519.secret_key_length(); Ok(SecretKeyRepr::ECDH( crate::crypto::ecdh::SecretKey::Curve25519 { secret: Self::pad_key::(d)?, hash: *hash, alg_sym: *alg_sym, }, )) } ECCCurve::P256 => { const SIZE: usize = ECCCurve::P256.secret_key_length(); Ok(SecretKeyRepr::ECDH(crate::crypto::ecdh::SecretKey::P256 { secret: Self::pad_key::(d)?, hash: *hash, alg_sym: *alg_sym, })) } ECCCurve::P384 => { const SIZE: usize = ECCCurve::P384.secret_key_length(); Ok(SecretKeyRepr::ECDH(crate::crypto::ecdh::SecretKey::P384 { secret: Self::pad_key::(d)?, hash: *hash, alg_sym: *alg_sym, })) } ECCCurve::P521 => { const SIZE: usize = ECCCurve::P521.secret_key_length(); Ok(SecretKeyRepr::ECDH(crate::crypto::ecdh::SecretKey::P521 { secret: Self::pad_key::(d)?, hash: *hash, alg_sym: *alg_sym, })) } _ => unsupported_err!("curve {:?} for ECDH", curve.to_string()), }, PublicParams::ECDH(EcdhPublicParams::Unsupported { ref curve, .. }) => { unsupported_err!("curve {:?} for ECDH", curve) } _ => unreachable!("inconsistent key state"), }, PlainSecretParamsRef::EdDSALegacy(d) => match public_params { PublicParams::EdDSALegacy { ref curve, .. } => match *curve { ECCCurve::Ed25519 => { const SIZE: usize = ECCCurve::Ed25519.secret_key_length(); Ok(SecretKeyRepr::EdDSA(crate::crypto::eddsa::SecretKey { oid: curve.oid(), secret: Self::pad_key::(d)?, })) } _ => unsupported_err!("curve {:?} for EdDSA", curve.to_string()), }, _ => unreachable!("inconsistent key state"), }, PlainSecretParamsRef::Ed25519(d) => { Ok(SecretKeyRepr::EdDSA(crate::crypto::eddsa::SecretKey { oid: ECCCurve::Ed25519.oid(), secret: **d, })) } PlainSecretParamsRef::X25519(d) => { Ok(SecretKeyRepr::X25519(crate::crypto::x25519::SecretKey { secret: **d, })) } #[cfg(feature = "unstable-curve448")] PlainSecretParamsRef::X448(d) => { Ok(SecretKeyRepr::X448(crate::crypto::x448::SecretKey { secret: **d, })) } PlainSecretParamsRef::DSA(x) => Ok(SecretKeyRepr::DSA(crate::crypto::dsa::SecretKey { x: x.into(), })), PlainSecretParamsRef::Elgamal(_) => { unimplemented_err!("Elgamal"); } PlainSecretParamsRef::ECDSA(d) => match public_params { PublicParams::ECDSA(params) => match params { EcdsaPublicParams::P256 { .. } => { let secret = p256::SecretKey::from_slice(d.as_bytes())?; Ok(SecretKeyRepr::ECDSA(crate::crypto::ecdsa::SecretKey::P256( secret, ))) } EcdsaPublicParams::P384 { .. } => { let secret = p384::SecretKey::from_slice(d.as_bytes())?; Ok(SecretKeyRepr::ECDSA(crate::crypto::ecdsa::SecretKey::P384( secret, ))) } EcdsaPublicParams::P521 { .. } => { let secret = p521::SecretKey::from_slice(d.as_bytes())?; Ok(SecretKeyRepr::ECDSA(crate::crypto::ecdsa::SecretKey::P521( secret, ))) } EcdsaPublicParams::Secp256k1 { .. } => { let secret = k256::SecretKey::from_slice(d.as_bytes())?; Ok(SecretKeyRepr::ECDSA( crate::crypto::ecdsa::SecretKey::Secp256k1(secret), )) } EcdsaPublicParams::Unsupported { curve, .. } => { unsupported_err!("curve {:?} for ECDSA", curve.to_string()) } }, _ => unreachable!("inconsistent key state"), }, } } } impl PlainSecretParams { pub fn from_slice( data: &[u8], alg: PublicKeyAlgorithm, _params: &PublicParams, ) -> Result { let (_, repr) = parse_secret_params(alg)(data)?; Ok(repr) } pub fn string_to_key_id(&self) -> u8 { self.as_ref().string_to_key_id() } pub fn checksum_simple(&self) -> Vec { self.as_ref().checksum_simple() } /// Uses sha1_checked pub fn checksum_sha1(&self) -> Result<[u8; 20]> { self.as_ref().checksum_sha1() } pub fn as_ref(&self) -> PlainSecretParamsRef<'_> { match self { PlainSecretParams::RSA { d, p, q, u } => PlainSecretParamsRef::RSA { d: d.as_ref(), p: p.as_ref(), q: q.as_ref(), u: u.as_ref(), }, PlainSecretParams::DSA(v) => PlainSecretParamsRef::DSA(v.as_ref()), PlainSecretParams::ECDSA(v) => PlainSecretParamsRef::ECDSA(v.as_ref()), PlainSecretParams::ECDH(v) => PlainSecretParamsRef::ECDH(v.as_ref()), PlainSecretParams::Elgamal(v) => PlainSecretParamsRef::Elgamal(v.as_ref()), PlainSecretParams::EdDSALegacy(v) => PlainSecretParamsRef::EdDSALegacy(v.as_ref()), PlainSecretParams::Ed25519(s) => PlainSecretParamsRef::Ed25519(s), PlainSecretParams::X25519(s) => PlainSecretParamsRef::X25519(s), #[cfg(feature = "unstable-curve448")] PlainSecretParams::X448(s) => PlainSecretParamsRef::X448(s), } } pub fn encrypt( &self, passphrase: &str, s2k_params: S2kParams, pub_key: &(impl PublicKeyTrait + Serialize), secret_tag: Option, ) -> Result { let version = pub_key.version(); // forbid weak hash algo in s2k match &s2k_params { S2kParams::Cfb { s2k, .. } | S2kParams::Aead { s2k, .. } | S2kParams::MalleableCfb { s2k, .. } => { // Implementations MUST NOT generate packets using MD5, SHA-1, or RIPEMD-160 as a hash function in an S2K KDF. // (See https://www.rfc-editor.org/rfc/rfc9580.html#section-9.5-3) ensure!( !s2k.known_weak_hash_algo(), "Weak hash algorithm in S2K not allowed for v6 {:?}", s2k ) } _ => {} } match &s2k_params { S2kParams::Unprotected => bail!("cannot encrypt to unprotected"), S2kParams::Cfb { sym_alg, s2k, iv } => { // An implementation MUST NOT create [..] any Secret Key packet where the S2K usage // octet is not AEAD (253) and the S2K Specifier Type is Argon2. ensure!( !matches!(s2k, StringToKey::Argon2 { .. }), "Argon2 not allowed with Cfb" ); let key = s2k.derive_key(passphrase, sym_alg.key_size())?; let enc_data = match version { KeyVersion::V2 | KeyVersion::V3 => { unimplemented_err!("Encryption for V2/V3 keys is not available") } KeyVersion::V4 | KeyVersion::V6 => { let mut data = Vec::new(); self.as_ref() .to_writer_raw(&mut data) .expect("preallocated vector"); data.extend_from_slice(&self.checksum_sha1()?[..]); sym_alg.encrypt_with_iv_regular(&key, iv, &mut data)?; data } KeyVersion::V5 => unimplemented_err!("v5 encryption"), KeyVersion::Other(v) => unimplemented_err!("encryption for key version {}", v), }; Ok(EncryptedSecretParams::new(enc_data, s2k_params)) } S2kParams::Aead { sym_alg, aead_mode, s2k, nonce, } => { let key = s2k.derive_key(passphrase, sym_alg.key_size())?; let enc_data = match version { KeyVersion::V2 | KeyVersion::V3 => { unimplemented_err!("Encryption for V2/V3 keys is not available") } KeyVersion::V4 | KeyVersion::V6 => { let mut data = Vec::new(); self.as_ref() .to_writer_raw(&mut data) .expect("preallocated vector"); let Some(secret_tag) = secret_tag else { bail!("no secret_tag provided"); }; let (okm, ad) = s2k_usage_aead(&key, secret_tag, pub_key, *sym_alg, *aead_mode)?; // AEAD encrypt let tag = aead_mode.encrypt_in_place(sym_alg, &okm, nonce, &ad, &mut data)?; // append tag to now encrypted secret params data.extend_from_slice(&tag); data } KeyVersion::V5 => unimplemented_err!("v5 encryption"), KeyVersion::Other(v) => unimplemented_err!("encryption for key version {}", v), }; Ok(EncryptedSecretParams::new(enc_data, s2k_params)) } _ => unimplemented_err!("{:?} not implemented yet", s2k_params), } } pub fn to_writer(&self, writer: &mut W, version: KeyVersion) -> Result<()> { writer.write_all(&[self.string_to_key_id()])?; let mut hasher = checksum::SimpleChecksum::default(); { let mut tee = TeeWriter::new(&mut hasher, writer); self.as_ref().to_writer_raw(&mut tee)?; } if version == KeyVersion::V3 || version == KeyVersion::V4 { // Only for a version 3 or 4 packet where the string-to-key usage octet is zero, a // two-octet checksum of the algorithm-specific portion (sum of all octets, mod 65536). // // https://www.rfc-editor.org/rfc/rfc9580.html#section-5.5.3-3.6.1 hasher.to_writer(writer)?; } Ok(()) } } fn parse_secret_params( alg: PublicKeyAlgorithm, ) -> impl Fn(&[u8]) -> IResult<&[u8], PlainSecretParams> { move |i: &[u8]| match alg { PublicKeyAlgorithm::RSA | PublicKeyAlgorithm::RSAEncrypt | PublicKeyAlgorithm::RSASign => { rsa_secret_params(i) } PublicKeyAlgorithm::DSA => map(mpi, |m| PlainSecretParams::DSA(m.to_owned()))(i), PublicKeyAlgorithm::Elgamal => map(mpi, |m| PlainSecretParams::Elgamal(m.to_owned()))(i), PublicKeyAlgorithm::ECDH => map(mpi, |m| PlainSecretParams::ECDH(m.to_owned()))(i), PublicKeyAlgorithm::ECDSA => map(mpi, |m| PlainSecretParams::ECDSA(m.to_owned()))(i), PublicKeyAlgorithm::EdDSALegacy => { map(mpi, |m| PlainSecretParams::EdDSALegacy(m.to_owned()))(i) } PublicKeyAlgorithm::Ed25519 => { let (i, s) = nom::bytes::complete::take(32u8)(i)?; Ok((i, PlainSecretParams::Ed25519(s.try_into().expect("32")))) } PublicKeyAlgorithm::X25519 => { let (i, s) = nom::bytes::complete::take(32u8)(i)?; Ok((i, PlainSecretParams::X25519(s.try_into().expect("32")))) } #[cfg(feature = "unstable-curve448")] PublicKeyAlgorithm::X448 => { let (i, s) = nom::bytes::complete::take(56u8)(i)?; Ok((i, PlainSecretParams::X448(s.try_into().expect("56")))) } _ => Err(nom::Err::Error(crate::errors::Error::ParsingError( nom::error::ErrorKind::Switch, ))), } } // Parse the decrypted private params of an RSA private key. fn rsa_secret_params(i: &[u8]) -> IResult<&[u8], PlainSecretParams> { map(tuple((mpi, mpi, mpi, mpi)), |(d, p, q, u)| { PlainSecretParams::RSA { d: d.to_owned(), p: p.to_owned(), q: q.to_owned(), u: u.to_owned(), } })(i) } /// Derive output keying material and associated data for the s2k usage method AEAD. /// /// https://www.rfc-editor.org/rfc/rfc9580.html#name-secret-key-packet-formats pub(crate) fn s2k_usage_aead( derived: &[u8], secret_tag: Tag, pub_key: &(impl PublicKeyTrait + Serialize), sym_alg: SymmetricKeyAlgorithm, aead_mode: AeadAlgorithm, ) -> Result<([u8; 32], Vec)> { // HKDF to derive output keying material let hk = Hkdf::::new(None, derived); let mut okm = [0u8; 32]; let type_id = u8::from(secret_tag) | 0xc0; // HKDF info parameter let info = [ type_id, pub_key.version().into(), sym_alg.into(), aead_mode.into(), ]; hk.expand(&info, &mut okm) .expect("32 is a valid length for Sha256 to output"); // Additional data: // - the Packet Type ID in OpenPGP format encoding // - followed by the public key packet fields, starting with the packet version number let mut ad = vec![type_id]; pub_key.to_writer(&mut ad)?; Ok((okm, ad)) } pgp-0.15.0/src/types/params/public.rs000064400000000000000000000201551046102023000155420ustar 00000000000000use std::io; use byteorder::WriteBytesExt; use crate::crypto::ecc_curve::ECCCurve; use crate::crypto::hash::HashAlgorithm; use crate::crypto::sym::SymmetricKeyAlgorithm; use crate::errors::Result; use crate::ser::Serialize; use crate::types::{Mpi, MpiRef}; /// Represent the public parameters for the different algorithms. #[derive(PartialEq, Eq, Clone, Debug)] pub enum PublicParams { RSA { n: Mpi, e: Mpi, }, DSA { p: Mpi, q: Mpi, g: Mpi, y: Mpi, }, ECDSA(EcdsaPublicParams), ECDH(EcdhPublicParams), Elgamal { p: Mpi, g: Mpi, y: Mpi, }, EdDSALegacy { curve: ECCCurve, q: Mpi, }, Ed25519 { public: [u8; 32], }, X25519 { public: [u8; 32], }, #[cfg(feature = "unstable-curve448")] X448 { public: [u8; 56], }, Unknown { data: Vec, }, } #[derive(Debug, PartialEq, Eq, Clone)] pub enum EcdhPublicParams { /// ECDH public parameters for a curve that we know uses Mpi representation Known { curve: ECCCurve, p: Mpi, hash: HashAlgorithm, alg_sym: SymmetricKeyAlgorithm, }, /// Public parameters for a curve that we don't know about (which might not use Mpi representation). Unsupported { curve: ECCCurve, opaque: Vec }, } #[derive(Debug, PartialEq, Eq, Clone)] pub enum EcdsaPublicParams { P256 { key: p256::PublicKey, /// Stores the original Mpi, to ensure we keep the padding around. p: Mpi, }, P384 { key: p384::PublicKey, /// Stores the original Mpi, to ensure we keep the padding around. p: Mpi, }, P521 { key: p521::PublicKey, /// Stores the original Mpi, to ensure we keep the padding around. p: Mpi, }, Secp256k1 { key: k256::PublicKey, /// Stores the original Mpi, to ensure we keep the padding around. p: Mpi, }, Unsupported { curve: ECCCurve, p: Mpi, }, } impl EcdsaPublicParams { pub fn try_from_mpi(p: MpiRef<'_>, curve: ECCCurve) -> Result { match curve { ECCCurve::P256 => { ensure!(p.len() <= 65, "invalid public key length"); let mut key = [0u8; 65]; key[..p.len()].copy_from_slice(p.as_bytes()); let public = p256::PublicKey::from_sec1_bytes(&key)?; Ok(EcdsaPublicParams::P256 { key: public, p: p.to_owned(), }) } ECCCurve::P384 => { ensure!(p.len() <= 97, "invalid public key length"); let mut key = [0u8; 97]; key[..p.len()].copy_from_slice(p.as_bytes()); let public = p384::PublicKey::from_sec1_bytes(&key)?; Ok(EcdsaPublicParams::P384 { key: public, p: p.to_owned(), }) } ECCCurve::P521 => { ensure!(p.len() <= 133, "invalid public key length"); let mut key = [0u8; 133]; key[..p.len()].copy_from_slice(p.as_bytes()); let public = p521::PublicKey::from_sec1_bytes(&key)?; Ok(EcdsaPublicParams::P521 { key: public, p: p.to_owned(), }) } ECCCurve::Secp256k1 => { ensure!(p.len() <= 65, "invalid public key length"); let mut key = [0u8; 65]; key[..p.len()].copy_from_slice(p.as_bytes()); let public = k256::PublicKey::from_sec1_bytes(&key)?; Ok(EcdsaPublicParams::Secp256k1 { key: public, p: p.to_owned(), }) } _ => Ok(EcdsaPublicParams::Unsupported { curve, p: p.to_owned(), }), } } pub const fn secret_key_length(&self) -> Option { match self { EcdsaPublicParams::P256 { .. } => Some(32), EcdsaPublicParams::P384 { .. } => Some(48), EcdsaPublicParams::P521 { .. } => Some(66), EcdsaPublicParams::Secp256k1 { .. } => Some(32), EcdsaPublicParams::Unsupported { .. } => None, } } } impl Serialize for EcdsaPublicParams { fn to_writer(&self, writer: &mut W) -> Result<()> { let oid = match self { EcdsaPublicParams::P256 { .. } => ECCCurve::P256.oid(), EcdsaPublicParams::P384 { .. } => ECCCurve::P384.oid(), EcdsaPublicParams::P521 { .. } => ECCCurve::P521.oid(), EcdsaPublicParams::Secp256k1 { .. } => ECCCurve::Secp256k1.oid(), EcdsaPublicParams::Unsupported { curve, .. } => curve.oid(), }; writer.write_u8(oid.len().try_into()?)?; writer.write_all(&oid)?; match self { EcdsaPublicParams::P256 { p, .. } => { p.as_ref().to_writer(writer)?; } EcdsaPublicParams::P384 { p, .. } => { p.as_ref().to_writer(writer)?; } EcdsaPublicParams::P521 { p, .. } => { p.as_ref().to_writer(writer)?; } EcdsaPublicParams::Secp256k1 { p, .. } => { p.as_ref().to_writer(writer)?; } EcdsaPublicParams::Unsupported { p, .. } => { p.as_ref().to_writer(writer)?; } } Ok(()) } } impl Serialize for PublicParams { fn to_writer(&self, writer: &mut W) -> Result<()> { match self { PublicParams::RSA { ref n, ref e } => { n.to_writer(writer)?; e.to_writer(writer)?; } PublicParams::DSA { ref p, ref q, ref g, ref y, } => { p.to_writer(writer)?; q.to_writer(writer)?; g.to_writer(writer)?; y.to_writer(writer)?; } PublicParams::ECDSA(params) => { params.to_writer(writer)?; } PublicParams::ECDH(EcdhPublicParams::Known { ref curve, ref p, ref hash, ref alg_sym, }) => { let oid = curve.oid(); writer.write_u8(oid.len().try_into()?)?; writer.write_all(&oid)?; p.to_writer(writer)?; writer.write_u8(0x03)?; // len of the following fields writer.write_u8(0x01)?; // fixed tag writer.write_u8((*hash).into())?; writer.write_u8((*alg_sym).into())?; } PublicParams::ECDH(EcdhPublicParams::Unsupported { ref curve, ref opaque, }) => { let oid = curve.oid(); writer.write_u8(oid.len().try_into()?)?; writer.write_all(&oid)?; writer.write_all(opaque)?; } PublicParams::Elgamal { ref p, ref g, ref y, } => { p.to_writer(writer)?; g.to_writer(writer)?; y.to_writer(writer)?; } PublicParams::EdDSALegacy { ref curve, ref q } => { let oid = curve.oid(); writer.write_u8(oid.len().try_into()?)?; writer.write_all(&oid)?; q.to_writer(writer)?; } PublicParams::Ed25519 { ref public } => { writer.write_all(&public[..])?; } PublicParams::X25519 { ref public } => { writer.write_all(&public[..])?; } #[cfg(feature = "unstable-curve448")] PublicParams::X448 { ref public } => { writer.write_all(&public[..])?; } PublicParams::Unknown { ref data } => { writer.write_all(data)?; } } Ok(()) } } pgp-0.15.0/src/types/params/secret.rs000064400000000000000000000204111046102023000155440ustar 00000000000000use std::io; use nom::bytes::streaming::take; use nom::combinator::{map, map_res, rest_len}; use nom::number::streaming::be_u8; use zeroize::Zeroize; use crate::crypto::aead::AeadAlgorithm; use crate::crypto::public_key::PublicKeyAlgorithm; use crate::crypto::sym::SymmetricKeyAlgorithm; use crate::errors::{IResult, Result}; use crate::types::*; /// A list of params that are used to represent the values of possibly encrypted key, /// from imports and exports. #[derive(Debug, Clone, PartialEq, Eq)] pub enum SecretParams { Plain(PlainSecretParams), Encrypted(EncryptedSecretParams), } impl Zeroize for SecretParams { fn zeroize(&mut self) { match self { SecretParams::Plain(p) => p.zeroize(), SecretParams::Encrypted(_) => { /* encrypted params do not need zeroing */ } } } } impl SecretParams { pub fn is_encrypted(&self) -> bool { match self { SecretParams::Plain(_) => false, SecretParams::Encrypted(_) => true, } } pub fn from_slice( data: &[u8], key_ver: KeyVersion, alg: PublicKeyAlgorithm, params: &PublicParams, ) -> Result { let (_, params) = parse_secret_fields(key_ver, alg, params)(data)?; // Version 6 secret keys may only use "S2K Usage" 0, 253 or 254 // // See: https://www.rfc-editor.org/rfc/rfc9580.html#section-3.7.2.1-8 if key_ver == KeyVersion::V6 && ![0, 253, 254].contains(¶ms.string_to_key_id()) { bail!( "Illegal S2K Usage setting {} for a V6 key", params.string_to_key_id() ) } Ok(params) } pub fn string_to_key_id(&self) -> u8 { match self { SecretParams::Plain(k) => k.string_to_key_id(), SecretParams::Encrypted(k) => k.string_to_key_id(), } } pub fn checksum(&self) -> Vec { match self { SecretParams::Plain(k) => k.checksum_simple(), SecretParams::Encrypted(k) => k.checksum(), } } pub fn to_writer(&self, writer: &mut W, version: KeyVersion) -> Result<()> { match self { SecretParams::Plain(k) => k.to_writer(writer, version), SecretParams::Encrypted(k) => k.to_writer(writer, version), } } } /// Parse possibly encrypted private fields of a key. fn parse_secret_fields( key_ver: KeyVersion, alg: PublicKeyAlgorithm, public_params: &PublicParams, ) -> impl Fn(&[u8]) -> IResult<&[u8], SecretParams> + '_ { move |i: &[u8]| { // We've already consumed the public fields, and have arrived at the private key-specific // part of this secret key packet // (see https://www.rfc-editor.org/rfc/rfc9580.html#name-secret-key-packet-formats) let (i, s2k_usage) = map_res(be_u8, S2kUsage::try_from)(i)?; let (i, s2k_len) = if key_ver == KeyVersion::V6 && s2k_usage != S2kUsage::Unprotected { // Only for a version 6 packet where the secret key material is encrypted (that is, // where the previous octet is not zero), a 1-octet scalar octet count of the // cumulative length of all the following conditionally included S2K parameter fields. let (i, len) = be_u8(i)?; if len == 0 { return Err(nom::Err::Error(crate::errors::Error::InvalidInput)); } (i, Some(len)) } else { (i, None) }; // expected length of the remaining data after consuming the conditionally included // s2k parameter fields let after_s2k = match s2k_len { Some(len) => { let len = len as usize; if i.len() < len { return Err(nom::Err::Error(crate::errors::Error::InvalidInput)); } Some(i.len() - len) } None => None, }; let (i, enc_params) = match s2k_usage { // 0 is no encryption S2kUsage::Unprotected => (i, S2kParams::Unprotected), // symmetric key algorithm S2kUsage::LegacyCfb(sym_alg) => { let (i, iv) = take(sym_alg.block_size())(i)?; ( i, S2kParams::LegacyCfb { sym_alg, iv: iv.to_vec(), }, ) } S2kUsage::Aead => { let (i, sym_alg) = map_res(be_u8, SymmetricKeyAlgorithm::try_from)(i)?; let (i, aead_mode) = map_res(be_u8, AeadAlgorithm::try_from)(i)?; let (i, len) = if key_ver == KeyVersion::V6 { // Only for a version 6 packet, and if the S2K usage octet was 253 or 254, // a 1-octet count of the size of the one field following this octet. map(be_u8, Some)(i)? } else { (i, None) }; let (i, s2k) = s2k_parser(i)?; // if we got a length field (in v6), check that it contained a consistent value if let Some(len) = len { if s2k.len()? != len { return Err(nom::Err::Error(crate::errors::Error::Message(format!( "String2Key length {} doesn't match for s2k type {:?}", len, s2k )))); } } let (i, nonce) = take(aead_mode.nonce_size())(i)?; ( i, S2kParams::Aead { sym_alg, aead_mode, s2k, nonce: nonce.to_vec(), }, ) } // symmetric key + string-to-key S2kUsage::Cfb => { let (i, sym_alg) = map_res(be_u8, SymmetricKeyAlgorithm::try_from)(i)?; let (i, len) = if key_ver == KeyVersion::V6 { // Only for a version 6 packet, and if the S2K usage octet was 253 or 254, // a 1-octet count of the size of the one field following this octet. map(be_u8, Some)(i)? } else { (i, None) }; let (i, s2k) = s2k_parser(i)?; // if we got a length field (in v6), check that it contained a consistent value if let Some(len) = len { if s2k.len()? != len { return Err(nom::Err::Error(crate::errors::Error::Message(format!( "String2Key length {} doesn't match for s2k type {:?}", len, s2k )))); } } let (i, iv) = take(sym_alg.block_size())(i)?; ( i, S2kParams::Cfb { sym_alg, s2k, iv: iv.to_vec(), }, ) } S2kUsage::MalleableCfb => { let (i, sym_alg) = map_res(be_u8, SymmetricKeyAlgorithm::try_from)(i)?; let (i, s2k) = s2k_parser(i)?; let (i, iv) = take(sym_alg.block_size())(i)?; ( i, S2kParams::Cfb { sym_alg, s2k, iv: iv.to_vec(), }, ) } }; if let Some(after_s2k) = after_s2k { if i.len() != after_s2k { return Err(nom::Err::Error(crate::errors::Error::Message( "Unexpected length of S2K parameter fields".to_string(), ))); } } let (i, len) = rest_len(i)?; let (i, data) = take(len)(i)?; let res = match s2k_usage { S2kUsage::Unprotected => { let repr = PlainSecretParams::from_slice(data, alg, public_params)?; SecretParams::Plain(repr) } _ => SecretParams::Encrypted(EncryptedSecretParams::new(data.to_vec(), enc_params)), }; Ok((i, res)) } } pgp-0.15.0/src/types/public_key.rs000064400000000000000000000056761046102023000151420ustar 00000000000000use std::io; use rand::{CryptoRng, Rng}; use crate::crypto::hash::HashAlgorithm; use crate::crypto::public_key::PublicKeyAlgorithm; use crate::errors::Result; use crate::types::PkeskBytes; use crate::types::{EskType, Fingerprint, KeyId, KeyVersion, PublicParams, SignatureBytes}; pub trait PublicKeyTrait: std::fmt::Debug { fn version(&self) -> KeyVersion; fn fingerprint(&self) -> Fingerprint; /// Returns the Key ID of the associated primary key. fn key_id(&self) -> KeyId; fn algorithm(&self) -> PublicKeyAlgorithm; fn created_at(&self) -> &chrono::DateTime; fn expiration(&self) -> Option; /// Verify a signed message. /// Data will be hashed using `hash`, before verifying. fn verify_signature( &self, hash: HashAlgorithm, data: &[u8], sig: &SignatureBytes, ) -> Result<()>; /// Encrypt the given `plain` for this key. fn encrypt(&self, rng: R, plain: &[u8], typ: EskType) -> Result; // TODO: figure out a better place for this /// This is the data used for hashing in a signature. Only uses the public portion of the key. fn serialize_for_hashing(&self, writer: &mut impl io::Write) -> Result<()>; fn public_params(&self) -> &PublicParams; fn is_signing_key(&self) -> bool { use crate::crypto::public_key::PublicKeyAlgorithm::*; matches!( self.algorithm(), RSA | RSASign | ElgamalSign | DSA | ECDSA | EdDSALegacy | Ed25519 | Ed448 ) } fn is_encryption_key(&self) -> bool { use crate::crypto::public_key::PublicKeyAlgorithm::*; matches!( self.algorithm(), RSA | RSAEncrypt | ECDH | DiffieHellman | Elgamal | X25519 | X448 ) } } impl PublicKeyTrait for &T { fn verify_signature( &self, hash: HashAlgorithm, data: &[u8], sig: &SignatureBytes, ) -> Result<()> { (*self).verify_signature(hash, data, sig) } fn encrypt( &self, rng: R, plain: &[u8], typ: EskType, ) -> Result { (*self).encrypt(rng, plain, typ) } fn serialize_for_hashing(&self, writer: &mut impl io::Write) -> Result<()> { (*self).serialize_for_hashing(writer) } fn public_params(&self) -> &PublicParams { (*self).public_params() } fn version(&self) -> KeyVersion { (*self).version() } fn fingerprint(&self) -> Fingerprint { (*self).fingerprint() } /// Returns the Key ID of the associated primary key. fn key_id(&self) -> KeyId { (*self).key_id() } fn algorithm(&self) -> PublicKeyAlgorithm { (*self).algorithm() } fn expiration(&self) -> Option { (*self).expiration() } fn created_at(&self) -> &chrono::DateTime { (*self).created_at() } } pgp-0.15.0/src/types/revocation_key.rs000064400000000000000000000014471046102023000160250ustar 00000000000000use num_enum::TryFromPrimitive; use smallvec::SmallVec; use crate::crypto::public_key::PublicKeyAlgorithm; #[derive(derive_more::Debug, PartialEq, Eq, Clone)] pub struct RevocationKey { pub class: RevocationKeyClass, pub algorithm: PublicKeyAlgorithm, #[debug("{}", hex::encode(fingerprint))] pub fingerprint: SmallVec<[u8; 20]>, } #[derive(Debug, PartialEq, Eq, Copy, Clone, TryFromPrimitive)] #[repr(u8)] pub enum RevocationKeyClass { Default = 0x80, Sensitive = 0x80 | 0x40, } impl RevocationKey { pub fn new( class: RevocationKeyClass, algorithm: PublicKeyAlgorithm, fingerprint: &[u8], ) -> Self { RevocationKey { class, algorithm, fingerprint: SmallVec::from_slice(fingerprint), } } } pgp-0.15.0/src/types/s2k.rs000064400000000000000000000571511046102023000135060ustar 00000000000000use std::io; use byteorder::WriteBytesExt; use nom::bytes::streaming::take; use nom::combinator::{map, rest}; use nom::number::streaming::be_u8; use rand::{CryptoRng, Rng}; use crate::crypto::aead::AeadAlgorithm; use crate::crypto::hash::HashAlgorithm; use crate::crypto::sym::SymmetricKeyAlgorithm; use crate::errors::{Error, IResult, Result}; use crate::ser::Serialize; use crate::types::KeyVersion; const EXPBIAS: u32 = 6; const DEFAULT_ITER_SALTED_COUNT: u8 = 224; /// Restriction for Argon2 memory usage (in KiB) to prevent OOM attacks const ARGON2_MEMORY_LIMIT_KIB: u32 = 2 * 1024 * 1024; // 2 ~mio KiB (== 2 GiB) /// The available s2k usages. /// /// Ref 3.7.2.1. Secret-Key Encryption #[derive(Debug, PartialEq, Eq, Clone, Copy)] pub enum S2kUsage { /// 0 Unprotected, /// 1..253 LegacyCfb(SymmetricKeyAlgorithm), /// 253 Aead, /// 254 Cfb, /// 255 MalleableCfb, } #[derive(derive_more::Debug, PartialEq, Eq, Clone)] pub enum S2kParams { Unprotected, LegacyCfb { sym_alg: SymmetricKeyAlgorithm, #[debug("{}", hex::encode(iv))] iv: Vec, }, Aead { sym_alg: SymmetricKeyAlgorithm, aead_mode: AeadAlgorithm, s2k: StringToKey, #[debug("{}", hex::encode(nonce))] nonce: Vec, }, Cfb { sym_alg: SymmetricKeyAlgorithm, s2k: StringToKey, #[debug("{}", hex::encode(iv))] iv: Vec, }, MalleableCfb { sym_alg: SymmetricKeyAlgorithm, s2k: StringToKey, #[debug("{}", hex::encode(iv))] iv: Vec, }, } impl From<&S2kParams> for u8 { fn from(value: &S2kParams) -> Self { match value { S2kParams::Unprotected => 0, S2kParams::LegacyCfb { sym_alg, .. } => (*sym_alg).into(), S2kParams::Aead { .. } => 253, S2kParams::Cfb { .. } => 254, S2kParams::MalleableCfb { .. } => 255, } } } impl S2kParams { /// Create a new default set of parameters /// and initialises relevant randomized values. /// /// For v6 keys: /// - Ocb with AES256 /// - Argon2 derivation (with parameter choice (2) from ) /// /// For v4 keys: /// - AES256 /// - CFB /// - Iterated and Salted with 224 rounds pub fn new_default(mut rng: R, key_version: KeyVersion) -> Self { match key_version { KeyVersion::V6 => { let sym_alg = SymmetricKeyAlgorithm::AES256; let aead_mode = AeadAlgorithm::Ocb; let mut nonce = vec![0u8; aead_mode.nonce_size()]; rng.fill(&mut nonce[..]); let mut salt = [0u8; 16]; rng.fill(&mut salt[..]); S2kParams::Aead { sym_alg, aead_mode, // parameter choice (2) from https://www.rfc-editor.org/rfc/rfc9106#name-parameter-choice s2k: StringToKey::Argon2 { salt, t: 3, p: 4, m_enc: 16, // 64 MiB }, nonce, } } _ => { let sym_alg = SymmetricKeyAlgorithm::AES256; let mut iv = vec![0u8; sym_alg.block_size()]; rng.fill(&mut iv[..]); Self::Cfb { sym_alg, s2k: StringToKey::new_default(rng), iv, } } } } } impl From for S2kUsage { fn from(value: u8) -> Self { match value { 0 => Self::Unprotected, v @ 1..=252 => Self::LegacyCfb(SymmetricKeyAlgorithm::from(v)), 253 => Self::Aead, 254 => Self::Cfb, 255 => Self::MalleableCfb, } } } #[derive(derive_more::Debug, PartialEq, Eq, Clone)] pub enum StringToKey { // Type ID 0 Simple { hash_alg: HashAlgorithm, }, // Type ID 1 Salted { hash_alg: HashAlgorithm, #[debug("{}", hex::encode(salt))] salt: [u8; 8], }, // Type ID 2 Reserved { #[debug("{}", hex::encode(unknown))] unknown: Vec, }, // Type ID 3 IteratedAndSalted { hash_alg: HashAlgorithm, #[debug("{}", hex::encode(salt))] salt: [u8; 8], count: u8, }, // Type ID 4 Argon2 { #[debug("{}", hex::encode(salt))] salt: [u8; 16], t: u8, // one-octet number of passes t p: u8, // one-octet degree of parallelism p m_enc: u8, // one-octet encoded_m, specifying the exponent of the memory size }, // Private/Experimental S2K: 100-110 Private { typ: u8, #[debug("{}", hex::encode(unknown))] unknown: Vec, }, Other { typ: u8, #[debug("{}", hex::encode(unknown))] unknown: Vec, }, } impl StringToKey { pub fn new_default(rng: R) -> Self { StringToKey::new_iterated(rng, HashAlgorithm::default(), DEFAULT_ITER_SALTED_COUNT) } pub fn new_iterated( mut rng: R, hash_alg: HashAlgorithm, count: u8, ) -> Self { let mut salt = [0u8; 8]; rng.fill(&mut salt[..]); StringToKey::IteratedAndSalted { hash_alg, salt, count, } } pub fn new_argon2(mut rng: R, t: u8, p: u8, m_enc: u8) -> Self { let mut salt = [0u8; 16]; rng.fill(&mut salt[..]); StringToKey::Argon2 { salt, t, p, m_enc } } pub fn id(&self) -> u8 { match self { Self::Simple { .. } => 0, Self::Salted { .. } => 1, Self::Reserved { .. } => 2, Self::IteratedAndSalted { .. } => 3, Self::Argon2 { .. } => 4, Self::Private { typ, .. } => *typ, Self::Other { typ, .. } => *typ, } } /// true, if this StringToKey uses a salt pub fn uses_salt(&self) -> bool { matches![ self, StringToKey::Salted { .. } | StringToKey::IteratedAndSalted { .. } | StringToKey::Argon2 { .. } ] } /// RFC 9580 limits the use of S2K KDF results that are based on MD5, SHA-1, or RIPEMD-160. /// This function returns true for StringToKey configurations that use one of these hash algorithms. pub(crate) fn known_weak_hash_algo(&self) -> bool { match self { Self::Simple { hash_alg } | Self::Salted { hash_alg, .. } | Self::IteratedAndSalted { hash_alg, .. } => { hash_alg == &HashAlgorithm::MD5 || hash_alg == &HashAlgorithm::SHA1 || hash_alg == &HashAlgorithm::RIPEMD160 } _ => false, } } /// String-To-Key methods are used to convert a given password string into a key. /// Ref: /// /// Note that RFC 9580 specifies that: /// /// - Implementations MUST NOT generate packets using MD5, SHA-1, or RIPEMD-160 as a hash /// function in an S2K KDF. /// - Implementations MUST NOT decrypt a secret using MD5, SHA-1, or RIPEMD-160 as a hash /// function in an S2K KDF in a version 6 (or later) packet. pub fn derive_key(&self, passphrase: &str, key_size: usize) -> Result> { let key = match self { Self::Simple { hash_alg, .. } | Self::Salted { hash_alg, .. } | Self::IteratedAndSalted { hash_alg, .. } => { let Some(digest_size) = hash_alg.digest_size() else { bail!("invalid hash algorithm: {}", hash_alg); }; let rounds = (key_size as f32 / digest_size as f32).ceil() as usize; let mut key = vec![0u8; key_size]; let zeros = vec![0u8; rounds]; for round in 0..rounds { let mut hasher = hash_alg.new_hasher()?; // add 0s prefix hasher.update(&zeros[..round]); match self { StringToKey::Simple { .. } => { hasher.update(passphrase.as_bytes()); } StringToKey::Salted { salt, .. } => { hasher.update(salt); hasher.update(passphrase.as_bytes()); } StringToKey::IteratedAndSalted { salt, count, .. } => { /// Converts a coded iteration count into a decoded count. /// Ref: https://www.rfc-editor.org/rfc/rfc9580.html#section-3.7.1.3-3 fn decode_count(coded_count: u8) -> usize { ((16u32 + u32::from(coded_count & 15)) << (u32::from(coded_count >> 4) + EXPBIAS)) as usize } let pw = passphrase.as_bytes(); let data_size = salt.len() + pw.len(); // how many bytes are supposed to be hashed let mut count = decode_count(*count); if count < data_size { // if the count is less, hash one full set count = data_size; } while count > data_size { hasher.update(salt); hasher.update(pw); count -= data_size; } if count < salt.len() { hasher.update(&salt[..count]); } else { hasher.update(salt); count -= salt.len(); hasher.update(&pw[..count]); } } _ => unimplemented_err!("S2K {:?} is not available", self), } let start = round * digest_size; let end = if round == rounds - 1 { key_size } else { (round + 1) * digest_size }; hasher.finish_reset_into(&mut key[start..end]); } key } Self::Argon2 { salt, t, p, m_enc } => { // Argon2 is invoked with the passphrase as P, the salt as S, the values of t, p // and m as described above, the required key size as the tag length T, 0x13 as the // version v, and Argon2id as the type // Limit the amount of CPU resources an Argon2 derivation may consume, // to limit potential DoS attacks via e.g. one (or multiple) adversarial SKESKv6, // especially if an application tries to decrypt without user interaction. // // Benchmark results (on a desktop machine in 2024), for reference: // t = 16, p = 16, m = 8 GiB finished in 74.93s // t = 16, p = 16, m = 2 GiB finished in 18.43s // t = 16, p = 17, m = 2 GiB finished in 18.37s // t = 32, p = 32, m = 2 GiB finished in 35.54s // t = 128, p = 17, m = 2 GiB finished in 144.57 ensure!( *t <= 32 && *p <= 32, "unsupported settings t={}, p={} in argon s2k", t, p, ); // The encoded memory size MUST be a value from 3+ceil(log_2(p)) to 31, such that // the decoded memory size m is a value from 8*p to 2**31 let min_m = (*p as f32).log2().ceil() as u8; ensure!( *m_enc >= min_m && *m_enc <= 31, "unsupported value {} for m in argon s2k", m_enc ); // Decoded memory size // (Note that memory-hardness size is indicated in kibibytes (KiB), not octets.) let m = 2u32.pow(*m_enc as u32); ensure!( m <= ARGON2_MEMORY_LIMIT_KIB, "unsupported memory usage setting ({} KiB) for m in argon s2k", m ); use argon2::{Algorithm, Argon2, Params, Version}; let a2 = Argon2::new( Algorithm::Argon2id, Version::V0x13, Params::new(m, *t as u32, *p as u32, Some(key_size)) .map_err(|e| Error::Message(format!("{:?}", e)))?, ); let mut output_key_material = vec![0; key_size]; a2.hash_password_into(passphrase.as_bytes(), salt, &mut output_key_material) .map_err(|e| Error::Message(format!("{:?}", e)))?; output_key_material } _ => unimplemented_err!("S2K {:?} is not available", self), }; Ok(key) } #[allow(clippy::len_without_is_empty)] pub(crate) fn len(&self) -> Result { let len = match self { Self::Simple { .. } => 2, Self::Salted { .. } => 10, Self::IteratedAndSalted { .. } => 11, Self::Argon2 { .. } => 20, _ => bail!("not implemented for StringToKey: {:?}", self), }; Ok(len) } } pub fn s2k_parser(i: &[u8]) -> IResult<&[u8], StringToKey> { let (i, typ) = be_u8(i)?; match typ { 0 => { let (i, hash_alg) = map(be_u8, HashAlgorithm::from)(i)?; Ok((i, StringToKey::Simple { hash_alg })) } 1 => { let (i, hash_alg) = map(be_u8, HashAlgorithm::from)(i)?; let (i, salt) = map(take(8usize), |v: &[u8]| { v.try_into().expect("should never fail") })(i)?; Ok((i, StringToKey::Salted { hash_alg, salt })) } 2 => { let (i, unknown) = map(rest, Into::into)(i)?; Ok((i, StringToKey::Reserved { unknown })) } 3 => { let (i, hash_alg) = map(be_u8, HashAlgorithm::from)(i)?; let (i, salt) = map(take(8usize), |v: &[u8]| { v.try_into().expect("should never fail") })(i)?; let (i, count) = be_u8(i)?; Ok(( i, StringToKey::IteratedAndSalted { hash_alg, salt, count, }, )) } 4 => { let (i, salt) = map(take(16usize), |v: &[u8]| { v.try_into().expect("should never fail") })(i)?; let (i, t) = be_u8(i)?; let (i, p) = be_u8(i)?; let (i, m_enc) = be_u8(i)?; Ok((i, StringToKey::Argon2 { salt, t, p, m_enc })) } 100..=110 => { let (i, unknown) = map(rest, Into::into)(i)?; Ok((i, StringToKey::Private { typ, unknown })) } _ => { let (i, unknown) = map(rest, Into::into)(i)?; Ok((i, StringToKey::Other { typ, unknown })) } } } impl Serialize for StringToKey { fn to_writer(&self, writer: &mut W) -> Result<()> { match self { Self::Simple { hash_alg } => { writer.write_u8(self.id())?; writer.write_u8((*hash_alg).into())?; } Self::Salted { hash_alg, salt } => { writer.write_u8(self.id())?; writer.write_u8((*hash_alg).into())?; writer.write_all(salt)?; } Self::IteratedAndSalted { hash_alg, salt, count, } => { writer.write_u8(self.id())?; writer.write_u8((*hash_alg).into())?; writer.write_all(salt)?; writer.write_u8(*count)?; } Self::Argon2 { salt, t, p, m_enc } => { writer.write_u8(self.id())?; writer.write_all(salt)?; writer.write_all(&[*t, *p, *m_enc])?; } Self::Reserved { unknown, .. } | Self::Private { unknown, .. } | Self::Other { unknown, .. } => { writer.write_u8(self.id())?; writer.write_all(unknown)?; } } Ok(()) } } #[cfg(test)] mod tests { use rand::distributions::{Alphanumeric, DistString}; use rand::SeedableRng; use rand_chacha::ChaCha8Rng; use super::*; use crate::ArmorOptions; #[test] #[ignore] fn iterated_and_salted() { let sizes = [10, 100, 1000]; let mut rng = ChaCha8Rng::seed_from_u64(0); let algs = [ HashAlgorithm::SHA1, HashAlgorithm::SHA2_256, HashAlgorithm::SHA3_256, ]; let counts = [ 1u8, 224u8, // default in rpgp u8::MAX, // maximum possible ]; let sym_algs = [SymmetricKeyAlgorithm::AES128, SymmetricKeyAlgorithm::AES256]; for size in sizes { for sym_alg in sym_algs { for alg in algs { for count in counts { println!("{size}/{alg:?}/{count}/{sym_alg:?}"); let s2k = StringToKey::new_iterated(&mut rng, alg, count); let passphrase = Alphanumeric.sample_string(&mut rng, size); let res = s2k .derive_key(&passphrase, sym_alg.key_size()) .expect("failed to derive key"); assert_eq!(res.len(), sym_alg.key_size()); } } } } } #[test] #[ignore] // slow in debug mode fn argon2() { // test vectors from RFC 9580 // 16 byte key size let s2k = StringToKey::Argon2 { salt: [ 0x9c, 0x52, 0xf8, 0x3c, 0x27, 0xf9, 0x5e, 0x50, 0xd5, 0x35, 0x44, 0x0e, 0xcd, 0xff, 0x31, 0x36, ], t: 1, p: 4, m_enc: 21, }; let key = s2k.derive_key("password", 16).expect("argon derive"); assert_eq!( key, [ 0x84, 0xa3, 0x64, 0x3c, 0x39, 0xd5, 0xf5, 0x50, 0x52, 0x6d, 0x19, 0x39, 0xe8, 0x57, 0xfa, 0x66 ] ); // 24 byte key size let s2k = StringToKey::Argon2 { salt: [ 0xe1, 0x4c, 0xac, 0x47, 0x15, 0x34, 0x59, 0x18, 0xa9, 0x62, 0xdc, 0xa3, 0x47, 0xe1, 0x43, 0xf8, ], t: 1, p: 4, m_enc: 21, }; let key = s2k.derive_key("password", 24).expect("argon derive"); assert_eq!( key, [ 0xf5, 0x42, 0x47, 0x6d, 0x2b, 0x9f, 0xf4, 0x35, 0x15, 0x85, 0x18, 0x11, 0x21, 0x2d, 0xe9, 0x49, 0x7f, 0x1b, 0xfe, 0x1a, 0x3d, 0x08, 0xd7, 0x07 ] ); // 32 byte key size let s2k = StringToKey::Argon2 { salt: [ 0xb8, 0x78, 0x95, 0x20, 0x20, 0x6f, 0xf7, 0x99, 0xc6, 0x88, 0x2c, 0x42, 0x45, 0xa6, 0x62, 0x7c, ], t: 1, p: 4, m_enc: 21, }; let key = s2k.derive_key("password", 32).expect("argon derive"); assert_eq!( key, [ 0x4e, 0xd7, 0xeb, 0x27, 0x43, 0x4f, 0x6d, 0xf6, 0x23, 0xce, 0xe3, 0xac, 0x08, 0xb7, 0x63, 0xc4, 0xaf, 0x79, 0xdf, 0xde, 0x5f, 0xdc, 0x92, 0xdd, 0x1d, 0x88, 0x1c, 0x6c, 0x99, 0x93, 0x8b, 0x4f ] ); } #[test] #[ignore] // slow in debug mode fn argon2_skesk_msg() { // Tests decrypting the messages from // https://www.rfc-editor.org/rfc/rfc9580.html#name-sample-messages-encrypted-u // // "These messages are the literal data "Hello, world!" encrypted using v1 SEIPD, with Argon2 // and the passphrase "password", using different session key sizes." const MSGS: &[&str] = &[ "./tests/unit-tests/argon2/aes128.msg", "./tests/unit-tests/argon2/aes192.msg", "./tests/unit-tests/argon2/aes256.msg", ]; use crate::{composed::Deserializable, Message}; for filename in MSGS { println!("reading {}", filename); let (msg, header) = Message::from_armor_single(std::fs::File::open(filename).expect("failed to open")) .expect("failed to load msg"); dbg!(&header); let decrypted = msg .decrypt_with_password(|| "password".to_string()) .expect("decrypt argon2 skesk"); let Message::Literal(data) = decrypted else { panic!("expected literal data") }; assert_eq!(data.data(), b"Hello, world!"); // roundtrip let armored = msg .to_armored_string(ArmorOptions { headers: Some(&header), include_checksum: false, // No checksum on v6 }) .expect("encode"); let orig_armored = std::fs::read_to_string(filename).expect("file read"); let orig_armored = orig_armored.replace("\r\n", "\n").replace('\r', "\n"); let armored = armored .to_string() .replace("\r\n", "\n") .replace('\r', "\n"); assert_eq!(armored, orig_armored); } } // "These messages are the literal data "Hello, world!" encrypted using AES-128 with various AEADs #[test] fn test_aead_skesk_msg_gcm() { aead_skesk_msg("./tests/unit-tests/aead/gcm.msg"); } #[test] fn test_aead_skesk_msg_eax() { aead_skesk_msg("./tests/unit-tests/aead/eax.msg"); } #[test] fn test_aead_skesk_msg_ocb() { aead_skesk_msg("./tests/unit-tests/aead/ocb.msg"); } /// Tests decrypting messages fn aead_skesk_msg(filename: &str) { let _ = pretty_env_logger::try_init(); use crate::{composed::Deserializable, Message}; println!("reading {}", filename); let raw_file = std::fs::File::open(filename).expect("file open"); let (msg, header) = Message::from_armor_single(raw_file).expect("parse"); let decrypted = msg .decrypt_with_password(|| "password".to_string()) .expect("decrypt"); let Message::Literal(data) = decrypted else { panic!("expected literal data") }; assert_eq!(data.data(), b"Hello, world!"); // roundtrip let armored = msg .to_armored_string(ArmorOptions { headers: Some(&header), include_checksum: false, // No checksum on v6 }) .expect("encode"); let orig_armored = std::fs::read_to_string(filename).expect("file read"); let orig_armored = orig_armored.replace("\r\n", "\n").replace('\r', "\n"); let armored = armored .to_string() .replace("\r\n", "\n") .replace('\r', "\n"); assert_eq!(armored, orig_armored); } } pgp-0.15.0/src/types/secret_key.rs000064400000000000000000000034601046102023000151360ustar 00000000000000use crate::crypto::hash::HashAlgorithm; use crate::errors::Result; use crate::types::{EcdsaPublicParams, PublicKeyTrait, PublicParams, SignatureBytes}; pub trait SecretKeyTrait: PublicKeyTrait { type PublicKey; /// The type representing the unlocked version of this. type Unlocked; /// Unlock the raw data in the secret parameters. fn unlock(&self, pw: F, work: G) -> Result where F: FnOnce() -> String, G: FnOnce(&Self::Unlocked) -> Result; fn create_signature( &self, key_pw: F, hash: HashAlgorithm, data: &[u8], ) -> Result where F: FnOnce() -> String; fn public_key(&self) -> Self::PublicKey; /// The suggested hash algorithm to calculate the signature hash digest with, when using this /// key as a signer fn hash_alg(&self) -> HashAlgorithm { match self.public_params() { PublicParams::ECDSA(EcdsaPublicParams::P384 { .. }) => HashAlgorithm::SHA2_384, PublicParams::ECDSA(EcdsaPublicParams::P521 { .. }) => HashAlgorithm::SHA2_512, _ => HashAlgorithm::default(), } } } impl SecretKeyTrait for &T { type PublicKey = T::PublicKey; type Unlocked = T::Unlocked; fn unlock(&self, pw: F, work: G) -> Result where F: FnOnce() -> String, G: FnOnce(&Self::Unlocked) -> Result, { (*self).unlock(pw, work) } fn create_signature( &self, key_pw: F, hash: HashAlgorithm, data: &[u8], ) -> Result where F: FnOnce() -> String, { (*self).create_signature(key_pw, hash, data) } fn public_key(&self) -> Self::PublicKey { (*self).public_key() } } pgp-0.15.0/src/types/secret_key_repr.rs000064400000000000000000000136111046102023000161650ustar 00000000000000use log::debug; use zeroize::ZeroizeOnDrop; use crate::crypto::sym::SymmetricKeyAlgorithm; use crate::crypto::{checksum, dsa, ecdh, ecdsa, eddsa, rsa, x25519, Decryptor}; use crate::errors::Result; use crate::types::PkeskBytes; use crate::types::{EskType, PublicKeyTrait, PublicParams}; use crate::PlainSessionKey; /// The version of the secret key that is actually exposed to users to do crypto operations. #[allow(clippy::large_enum_variant)] // FIXME #[derive(Debug, ZeroizeOnDrop)] pub enum SecretKeyRepr { RSA(rsa::PrivateKey), DSA(dsa::SecretKey), ECDSA(ecdsa::SecretKey), ECDH(ecdh::SecretKey), EdDSA(eddsa::SecretKey), X25519(x25519::SecretKey), #[cfg(feature = "unstable-curve448")] X448(crate::crypto::x448::SecretKey), } impl SecretKeyRepr { pub fn decrypt

( &self, values: &PkeskBytes, typ: EskType, recipient: &P, ) -> Result where P: PublicKeyTrait, { let decrypted_key = match (self, values) { (SecretKeyRepr::RSA(ref priv_key), PkeskBytes::Rsa { mpi }) => priv_key.decrypt(mpi)?, (SecretKeyRepr::DSA(_), _) => bail!("DSA is only used for signing"), (SecretKeyRepr::ECDSA(_), _) => bail!("ECDSA is only used for signing"), ( SecretKeyRepr::ECDH(ref priv_key), PkeskBytes::Ecdh { public_point, encrypted_session_key, }, ) => priv_key.decrypt(ecdh::EncryptionFields { public_point, encrypted_session_key, fingerprint: recipient.fingerprint().as_bytes(), })?, ( SecretKeyRepr::X25519(ref priv_key), PkeskBytes::X25519 { ephemeral, session_key, sym_alg, }, ) => { // Recipient public key (32 bytes) let PublicParams::X25519 { public } = recipient.public_params() else { bail!( "Unexpected recipient public_params {:?} for X25519", recipient.public_params() ); }; let data = x25519::EncryptionFields { ephemeral_public_point: ephemeral.to_owned(), recipient_public: *public, encrypted_session_key: session_key, }; let key = priv_key.decrypt(data)?; return match (&typ, *sym_alg) { // We expect `sym_alg` to be set for v3 PKESK, and unset for v6 PKESK (EskType::V3_4, Some(sym_alg)) => Ok(PlainSessionKey::V3_4 { key, sym_alg }), (EskType::V6, None) => Ok(PlainSessionKey::V6 { key }), _ => bail!("unexpected: sym_alg {:?} for {:?}", sym_alg, typ), }; } #[cfg(feature = "unstable-curve448")] ( SecretKeyRepr::X448(ref priv_key), PkeskBytes::X448 { ephemeral, session_key, sym_alg, }, ) => { // Recipient public key (56 bytes) let PublicParams::X448 { public } = recipient.public_params() else { bail!( "Unexpected recipient public_params {:?} for X448", recipient.public_params() ); }; let data = crate::crypto::x448::EncryptionFields { ephemeral_public_point: ephemeral.to_owned(), recipient_public: *public, encrypted_session_key: session_key, }; let key = priv_key.decrypt(data)?; // We expect `algo` to be set for v3 PKESK, and unset for v6 PKESK return if let Some(sym_alg) = *sym_alg { Ok(PlainSessionKey::V3_4 { key, sym_alg }) } else { Ok(PlainSessionKey::V6 { key }) }; } (SecretKeyRepr::EdDSA(_), _) => bail!("EdDSA is only used for signing"), _ => unimplemented_err!( "Unsupported: SecretKeyRepr {:?}, PkeskBytes {:?}", self, values ), }; match typ { EskType::V3_4 => { let sym_alg = SymmetricKeyAlgorithm::from(decrypted_key[0]); ensure!( sym_alg != SymmetricKeyAlgorithm::Plaintext, "session key algorithm cannot be plaintext" ); debug!("sym_alg: {:?}", sym_alg); let key_size = sym_alg.key_size(); ensure_eq!( decrypted_key.len(), key_size + 3, "unexpected decrypted_key length ({}) for sym_alg {:?}", decrypted_key.len(), sym_alg ); let key = decrypted_key[1..=key_size].to_vec(); let checksum = &decrypted_key[key_size + 1..key_size + 3]; checksum::simple(checksum, &key)?; Ok(PlainSessionKey::V3_4 { key, sym_alg }) } EskType::V6 => { let len = decrypted_key.len(); // ensure minimal length so that we don't panic in the slice splitting, below ensure!( len >= 2, "unexpected decrypted_key length ({}) for V6 ESK", len, ); let key = decrypted_key[0..len - 2].to_vec(); let checksum = &decrypted_key[len - 2..]; checksum::simple(checksum, &key)?; Ok(PlainSessionKey::V6 { key }) } } } } pgp-0.15.0/src/types/user.rs000064400000000000000000000104221046102023000137530ustar 00000000000000use std::io; use log::{debug, warn}; use crate::errors::Result; use crate::packet::{write_packet, Signature, UserAttribute, UserId}; use crate::ser::Serialize; use crate::types::{PublicKeyTrait, Tag}; #[derive(Debug, PartialEq, Eq, Clone)] pub struct SignedUser { pub id: UserId, pub signatures: Vec, } impl SignedUser { pub fn new(id: UserId, signatures: Vec) -> Self { let signatures = signatures .into_iter() .filter(|sig| { if !sig.is_certification() { warn!( "ignoring unexpected signature {:?} after User ID packet", sig.typ() ); false } else { true } }) .collect(); SignedUser { id, signatures } } /// Verify all signatures (for self-signatures). If signatures is empty, this fails. pub fn verify(&self, key: &impl PublicKeyTrait) -> Result<()> { debug!("verify signed user {:#?}", self); ensure!(!self.signatures.is_empty(), "no signatures found"); for signature in &self.signatures { signature.verify_certification(key, Tag::UserId, &self.id)?; } Ok(()) } /// Verify all signatures (for third-party signatures). If signatures is empty, this fails. pub fn verify_third_party( &self, signee: &impl PublicKeyTrait, signer: &impl PublicKeyTrait, ) -> Result<()> { debug!("verify signed user {:#?} with signer {:#?}", self, signer); ensure!(!self.signatures.is_empty(), "no signatures found"); for signature in &self.signatures { signature.verify_third_party_certification(signee, signer, Tag::UserId, &self.id)?; } Ok(()) } pub fn is_primary(&self) -> bool { self.signatures.iter().any(Signature::is_primary) } } impl Serialize for SignedUser { fn to_writer(&self, writer: &mut W) -> Result<()> { write_packet(writer, &self.id)?; for sig in &self.signatures { write_packet(writer, sig)?; } Ok(()) } } #[derive(Debug, PartialEq, Eq, Clone)] pub struct SignedUserAttribute { pub attr: UserAttribute, pub signatures: Vec, } impl SignedUserAttribute { pub fn new(attr: UserAttribute, signatures: Vec) -> Self { let signatures = signatures .into_iter() .filter(|sig| { if !sig.is_certification() { warn!( "ignoring unexpected signature {:?} after User Attribute packet", sig.typ() ); false } else { true } }) .collect(); SignedUserAttribute { attr, signatures } } /// Verify all signatures (for self-signatures). If signatures is empty, this fails. pub fn verify(&self, key: &impl PublicKeyTrait) -> Result<()> { debug!("verify signed attribute {:?}", self); ensure!(!self.signatures.is_empty(), "no signatures found"); for signature in &self.signatures { signature.verify_certification(key, Tag::UserAttribute, &self.attr)?; } Ok(()) } /// Verify all signatures (for third-party signatures). If signatures is empty, this fails. pub fn verify_third_party( &self, signee: &impl PublicKeyTrait, signer: &impl PublicKeyTrait, ) -> Result<()> { debug!( "verify signed attribute {:#?} with signer {:#?}", self, signer ); ensure!(!self.signatures.is_empty(), "no signatures found"); for signature in &self.signatures { signature.verify_third_party_certification( signee, signer, Tag::UserAttribute, &self.attr, )?; } Ok(()) } } impl Serialize for SignedUserAttribute { fn to_writer(&self, writer: &mut W) -> Result<()> { write_packet(writer, &self.attr)?; for sig in &self.signatures { write_packet(writer, sig)?; } Ok(()) } } pgp-0.15.0/src/util.rs000064400000000000000000000143101046102023000126060ustar 00000000000000//! # Utilities use std::ops::{Range, RangeFrom, RangeTo}; use std::{hash, io}; use byteorder::{BigEndian, WriteBytesExt}; use nom::bytes::streaming::take_while1; use nom::character::is_alphanumeric; use nom::character::streaming::line_ending; use nom::combinator::map; use nom::multi::many0; use nom::number::streaming::{be_u32, be_u8}; use nom::sequence::preceded; use nom::{error_position, Err, InputIter, InputLength, Slice}; use crate::errors::{self, IResult}; #[inline] pub fn u8_as_usize(a: u8) -> usize { a as usize } #[inline] pub fn u16_as_usize(a: u16) -> usize { a as usize } #[inline] pub fn u32_as_usize(a: u32) -> usize { a as usize } #[inline] pub fn is_base64_token(c: u8) -> bool { is_alphanumeric(c) || c == b'/' || c == b'+' || c == b'=' || c == b'\n' || c == b'\r' } pub fn prefixed(input: &[u8]) -> IResult<&[u8], &[u8]> { preceded(many0(line_ending), take_while1(is_base64_token))(input) } /// Recognizes one or more body tokens pub fn base64_token(input: &[u8]) -> nom::IResult<&[u8], &[u8]> { let input_length = input.input_len(); if input_length == 0 { return Err(Err::Incomplete(nom::Needed::Unknown)); } for (idx, item) in input.iter_indices() { if !is_base64_token(item) { if idx == 0 { return Err(Err::Error(error_position!( input, nom::error::ErrorKind::AlphaNumeric ))); } else { return Ok((input.slice(idx..), input.slice(0..idx))); } } } Ok((input.slice(input_length..), input)) } /// Returns the bit length of a given slice. #[inline] pub fn bit_size(val: &[u8]) -> usize { if val.is_empty() { 0 } else { (val.len() * 8) - val[0].leading_zeros() as usize } } #[inline] pub fn strip_leading_zeros(bytes: &[u8]) -> &[u8] { bytes .iter() .position(|b| b != &0) .map_or(&[], |offset| &bytes[offset..]) } #[inline] pub fn strip_leading_zeros_vec(bytes: &mut Vec) { if let Some(offset) = bytes.iter_mut().position(|b| b != &0) { bytes.drain(..offset); } } /// Convert a slice into an array. pub fn clone_into_array(slice: &[T]) -> A where A: Sized + Default + AsMut<[T]>, T: Clone, { let mut a = Default::default(); >::as_mut(&mut a).clone_from_slice(slice); a } // Parse a packet length. pub(crate) fn packet_length(i: &[u8]) -> IResult<&[u8], usize> { let (i, olen) = be_u8(i)?; match olen { // One-Octet Lengths 0..=191 => Ok((i, olen as usize)), // Two-Octet Lengths 192..=254 => map(be_u8, |a| ((olen as usize - 192) << 8) + 192 + a as usize)(i), // Five-Octet Lengths 255 => map(be_u32, u32_as_usize)(i), } } /// Write packet length, including the prefix for lengths larger or equal than 8384. pub fn write_packet_length(len: usize, writer: &mut impl io::Write) -> errors::Result<()> { if len < 192 { writer.write_u8(len.try_into()?)?; } else if len < 8384 { writer.write_u8((((len - 192) / 256) + 192) as u8)?; writer.write_u8(((len - 192) % 256) as u8)?; } else { writer.write_u8(0xFF)?; writer.write_u32::(len as u32)?; } Ok(()) } /// Return the length of the remaining input. // Adapted from https://github.com/Geal/nom/pull/684 #[inline] pub fn rest_len(input: T) -> IResult where T: Slice> + Slice> + Slice>, T: InputLength, { let len = input.input_len(); Ok((input, len)) } #[macro_export] macro_rules! impl_try_from_into { ($enum_name:ident, $( $name:ident => $variant_type:ty ),*) => { $( impl std::convert::TryFrom<$enum_name> for $variant_type { // TODO: Proper error type Error = $crate::errors::Error; fn try_from(other: $enum_name) -> ::std::result::Result<$variant_type, Self::Error> { if let $enum_name::$name(value) = other { Ok(value) } else { Err(format_err!("invalid packet type: {:?}", other)) } } } impl From<$variant_type> for $enum_name { fn from(other: $variant_type) -> $enum_name { $enum_name::$name(other) } } )* } } pub struct TeeWriter<'a, A, B> { a: &'a mut A, b: &'a mut B, } impl<'a, A, B> TeeWriter<'a, A, B> { pub fn new(a: &'a mut A, b: &'a mut B) -> Self { TeeWriter { a, b } } } impl io::Write for TeeWriter<'_, A, B> { fn write(&mut self, buf: &[u8]) -> io::Result { self.a.write(buf); write_all(&mut self.b, buf)?; Ok(buf.len()) } fn flush(&mut self) -> io::Result<()> { self.b.flush()?; Ok(()) } } /// The same as the std lib, but doesn't choke on write 0. This is a hack, to be compatible with /// rust-base64. pub fn write_all(writer: &mut impl io::Write, mut buf: &[u8]) -> io::Result<()> { while !buf.is_empty() { match writer.write(buf) { Ok(0) => {} Ok(n) => buf = &buf[n..], Err(ref e) if e.kind() == io::ErrorKind::Interrupted => {} Err(e) => return Err(e), } } Ok(()) } #[cfg(test)] mod tests { #![allow(clippy::unwrap_used)] use super::*; #[test] fn test_write_packet_len() { let mut res = Vec::new(); write_packet_length(1173, &mut res).unwrap(); assert_eq!(hex::encode(res), "c3d5"); } #[test] fn test_write_packet_length() { let mut res = Vec::new(); write_packet_length(12870, &mut res).unwrap(); assert_eq!(hex::encode(res), "ff00003246"); } #[test] fn test_strip_leading_zeros_with_all_zeros() { let buf = [0, 0, 0]; let stripped = strip_leading_zeros(&buf); assert_eq!(stripped, &[]); } #[test] fn test_strip_leading_zeros_vec() { let mut vec = vec![0, 0, 0, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9]; strip_leading_zeros_vec(&mut vec); assert_eq!(vec, vec![1, 2, 3, 4, 5, 6, 7, 8, 9]); } } pgp-0.15.0/tests/autocrypt/alice@autocrypt.example.pub.asc000064400000000000000000000011741046102023000217330ustar 00000000000000-----BEGIN PGP PUBLIC KEY BLOCK----- mDMEXEcE6RYJKwYBBAHaRw8BAQdArjWwk3FAqyiFbFBKT4TzXcVBqPTB3gmzlC/U b7O1u120F2FsaWNlQGF1dG9jcnlwdC5leGFtcGxliJYEExYIAD4WIQTrhbtfozp1 4V6UTmPyMVUMT0fjjgUCXEcE6QIbAwUJA8JnAAULCQgHAgYVCgkICwIEFgIDAQIe AQIXgAAKCRDyMVUMT0fjjkqLAP9frlijwBJvA+HFnqCZcYIVxlyXzS5Gi5gMTpp3 7K73jgD/VbKYhkwk9iu689OYH4K7q7LbmdeaJ+RX88Y/ad9hZwy4OARcRwTpEgor BgEEAZdVAQUBAQdAQv8GIa2rSTzgqbXCpDDYMiKRVitCsy203x3sE9+eviIDAQgH iHgEGBYIACAWIQTrhbtfozp14V6UTmPyMVUMT0fjjgUCXEcE6QIbDAAKCRDyMVUM T0fjjlnQAQDFHUs6TIcxrNTtEZFjUFm1M0PJ1Dng/cDW4xN80fsn0QEA22Kr7VkC jeAEC08VSTeV+QFsmz55/lntWkwYWhmvOgE= =mZAd -----END PGP PUBLIC KEY BLOCK----- pgp-0.15.0/tests/autocrypt/alice@autocrypt.example.sec.asc000064400000000000000000000013441046102023000217160ustar 00000000000000-----BEGIN PGP PRIVATE KEY BLOCK----- lFgEXEcE6RYJKwYBBAHaRw8BAQdArjWwk3FAqyiFbFBKT4TzXcVBqPTB3gmzlC/U b7O1u10AAP9XBeW6lzGOLx7zHH9AsUDUTb2pggYGMzd0P3ulJ2AfvQ4RtBdhbGlj ZUBhdXRvY3J5cHQuZXhhbXBsZYiWBBMWCAA+FiEE64W7X6M6deFelE5j8jFVDE9H 444FAlxHBOkCGwMFCQPCZwAFCwkIBwIGFQoJCAsCBBYCAwECHgECF4AACgkQ8jFV DE9H445KiwD/X65Yo8ASbwPhxZ6gmXGCFcZcl80uRouYDE6ad+yu944A/1WymIZM JPYruvPTmB+Cu6uy25nXmifkV/PGP2nfYWcMnF0EXEcE6RIKKwYBBAGXVQEFAQEH QEL/BiGtq0k84Km1wqQw2DIikVYrQrMttN8d7BPfnr4iAwEIBwAA/3/xFPG6U17r hTuq+07gmEvaFYKfxRB6sgAYiW6TMTpQEK6IeAQYFggAIBYhBOuFu1+jOnXhXpRO Y/IxVQxPR+OOBQJcRwTpAhsMAAoJEPIxVQxPR+OOWdABAMUdSzpMhzGs1O0RkWNQ WbUzQ8nUOeD9wNbjE3zR+yfRAQDbYqvtWQKN4AQLTxVJN5X5AWybPnn+We1aTBha Ga86AQ== =BdSF -----END PGP PRIVATE KEY BLOCK----- pgp-0.15.0/tests/autocrypt/bob@autocrypt.example.pub.asc000064400000000000000000000011701046102023000214140ustar 00000000000000-----BEGIN PGP PUBLIC KEY BLOCK----- mDMEXEcE6RYJKwYBBAHaRw8BAQdAPPy13Q7Y8w2VPRkksrijrn9o8u59ra1c2CJi HFpbM2G0FWJvYkBhdXRvY3J5cHQuZXhhbXBsZYiWBBMWCAA+FiEE8FQeqC0xAKoa 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smQnEtI2AQDc+PCbtyj9BfNTtqxSD3JMTXlbHDDxuZ84+nXfEVuivQD9Hl5eunlZ nm76voE9rgjPw6h3ReWkUrgbT7fX4YsHdws= =IYdN -----END PGP PUBLIC KEY BLOCK----- pgp-0.15.0/tests/autocrypt/carol@autocrypt.example.sec.asc000064400000000000000000000013441046102023000217410ustar 00000000000000-----BEGIN PGP PRIVATE KEY BLOCK----- lFgEXEcE6RYJKwYBBAHaRw8BAQdAKiHXLyIgys0xGLa+vS+BLtUDydKd3A1E9DpS ozOBdfYAAP4rNou2uMIToHv4Dj6IRo4t1OzbVOJxcN8NjssDDSa+fBB8tBdjYXJv bEBhdXRvY3J5cHQuZXhhbXBsZYiWBBMWCAA+FiEErfAhnfrtntPjBUAPBHJmGLJk JxIFAlxHBOkCGwMFCQPCZwAFCwkIBwIGFQoJCAsCBBYCAwECHgECF4AACgkQBHJm GLJkJxJ0BQEA2Y71ARPNFWZKHF4gEyfaVNqT4O+8oK3CW4iLhxMXJpoBAK4SPiM2 VpjhUB+kFRrC2EH/fNRjBgwqFfDMjYQRwqkOnF0EXEcE6RIKKwYBBAGXVQEFAQEH QB8eqdFf5Iv//AqizodBFsKkyshXhxmOG9nNmBVfoxd2AwEIBwAA/2NDa7N0kewL l4l5kjXepJGecIX81x3KxWInHXl3U3/gEYyIeAQYFggAIBYhBK3wIZ367Z7T4wVA DwRyZhiyZCcSBQJcRwTpAhsMAAoJEARyZhiyZCcS0jYBANz48Ju3KP0F81O2rFIP ckxNeVscMPG5nzj6dd8RW6K9AP0eXl66eVmebvq+gT2uCM/DqHdF5aRSuBtPt9fh iwd3Cw== =qT++ -----END PGP PRIVATE KEY BLOCK----- pgp-0.15.0/tests/backward-compat.rs000064400000000000000000000077221046102023000152540ustar 00000000000000use rand::SeedableRng; use rand_chacha::ChaChaRng; // Tests that check for backward compatibility with older versions of rpgp #[test] fn ecdh_roundtrip_with_rpgp_0_10() { // Encrypt/decrypt roundtrip to validate that there is no padding breakage between rPGP versions. // Context: rPGP versions before 0.11 couldn't handle "long padding" (that exceeds one block), // see https://github.com/rpgp/rpgp/pull/280 // However, rPGP 0.12 - 0.13.1 emit "long padding" by default (see https://github.com/rpgp/rpgp/pull/307), // which older rPGP cannot unpad (and thus not decrypt). // To avoid incompatibility with the (erroneous) ecdh handling in rPGP <0.11, rPGP produces // "short padding" again, starting with 0.13.2 // Note: We use AES128 in this test so that the encrypting party is able to use "long padding". const MSG: &[u8] = b"hello world"; // a test-key with an ECDH(Curve25519) encryption subkey const KEYFILE: &str = "./tests/unit-tests/padding/alice.key"; // 0.10 -> 0.10 let enc = encrypt_rpgp_0_10(MSG, KEYFILE); let dec = decrypt_rpgp_0_10(&enc, KEYFILE); assert_eq!(dec, MSG, "0.10 -> 0.10"); // 0.10 -> cur let enc = encrypt_rpgp_0_10(MSG, KEYFILE); let dec = decrypt_rpgp_cur(&enc, KEYFILE); assert_eq!(dec, MSG, "0.10 -> cur"); // cur -> 0.10 let enc = encrypt_rpgp_cur(MSG, KEYFILE); let dec = decrypt_rpgp_0_10(&enc, KEYFILE); assert_eq!(dec, MSG, "cur -> 0.10"); // cur -> cur let enc = encrypt_rpgp_cur(MSG, KEYFILE); let dec = decrypt_rpgp_cur(&enc, KEYFILE); assert_eq!(dec, MSG, "cur -> cur"); } fn decrypt_rpgp_0_10(enc_msg: &str, keyfile: &str) -> Vec { use rpgp_0_10::Deserializable; let (enc_msg, _) = rpgp_0_10::Message::from_string(enc_msg).unwrap(); let (ssk, _headers) = rpgp_0_10::SignedSecretKey::from_armor_single(std::fs::File::open(keyfile).unwrap()) .expect("failed to read key"); let (mut dec, _) = enc_msg .decrypt(|| "".to_string(), &[&ssk]) .expect("decrypt_rpgp_0_10"); let inner = dec.next().unwrap().unwrap(); inner.get_literal().unwrap().data().to_vec() } fn decrypt_rpgp_cur(enc_msg: &str, keyfile: &str) -> Vec { use pgp::Deserializable; let (enc_msg, _) = pgp::Message::from_string(enc_msg).expect("decrypt_rpgp_cur"); let (ssk, _headers) = pgp::SignedSecretKey::from_armor_single(std::fs::File::open(keyfile).unwrap()) .expect("failed to read key"); let (dec, _) = enc_msg.decrypt(|| "".to_string(), &[&ssk]).unwrap(); dec.get_literal().unwrap().data().to_vec() } fn encrypt_rpgp_0_10(msg: &[u8], keyfile: &str) -> String { use rpgp_0_10::crypto::sym::SymmetricKeyAlgorithm; use rpgp_0_10::Deserializable; let mut rng = ChaChaRng::from_seed([0u8; 32]); let lit = rpgp_0_10::packet::LiteralData::from_bytes((&[]).into(), msg); let msg = rpgp_0_10::Message::Literal(lit); let (ssk, _headers) = rpgp_0_10::SignedSecretKey::from_armor_single(std::fs::File::open(keyfile).unwrap()) .expect("failed to read key"); let enc = &ssk.secret_subkeys[0]; let enc_msg = msg .encrypt_to_keys(&mut rng, SymmetricKeyAlgorithm::AES128, &[enc]) .unwrap(); enc_msg.to_armored_string(None).unwrap() } fn encrypt_rpgp_cur(msg: &[u8], keyfile: &str) -> String { use pgp::crypto::sym::SymmetricKeyAlgorithm; use pgp::{ArmorOptions, Deserializable}; let mut rng = ChaChaRng::from_seed([0u8; 32]); let lit = pgp::packet::LiteralData::from_bytes((&[]).into(), msg); let msg = pgp::Message::Literal(lit); let (ssk, _headers) = pgp::SignedSecretKey::from_armor_single(std::fs::File::open(keyfile).unwrap()) .expect("failed to read key"); let enc = &ssk.secret_subkeys[0]; let enc_msg = msg .encrypt_to_keys_seipdv1(&mut rng, SymmetricKeyAlgorithm::AES128, &[enc]) .unwrap(); enc_msg.to_armored_string(ArmorOptions::default()).unwrap() } pgp-0.15.0/tests/draft-bre-openpgp-samples-00/bob.pub.asc000064400000000000000000000046541046102023000210620ustar 00000000000000-----BEGIN PGP PUBLIC KEY BLOCK----- Comment: Bob's OpenPGP certificate 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use pgp::crypto::ecc_curve::ECCCurve; use pgp::crypto::hash::HashAlgorithm; use pgp::crypto::public_key::PublicKeyAlgorithm; use pgp::crypto::sym::SymmetricKeyAlgorithm; use pgp::packet::{PacketTrait, PublicKey, SignatureConfig}; use pgp::types::{EcdhPublicParams, EskType, Fingerprint, PkeskBytes, SignatureBytes}; use pgp::types::{KeyId, Mpi, PublicKeyTrait, PublicParams, SecretKeyTrait}; use pgp::{packet, Deserializable, Esk}; use pgp::{Message, SignedPublicKey, SignedSecretKey}; use rand::{CryptoRng, Rng}; #[derive(Debug, Clone)] pub struct FakeHsm { public_key: PublicKey, // data to decrypt() -> data from card decrypt_data: Option<(&'static [&'static [u8]], &'static [u8])>, // data to card -> data from card sign_data: Option<(&'static [u8], &'static [u8])>, } impl FakeHsm { pub fn with_public_key(public_key: PublicKey) -> Result { Ok(Self { public_key, decrypt_data: None, sign_data: None, }) } pub fn set_fake_decryption_data( &mut self, input: &'static [&'static [u8]], out: &'static [u8], ) { self.decrypt_data = Some((input, out)); } pub fn set_fake_signing_data(&mut self, input: &'static [u8], out: &'static [u8]) { self.sign_data = Some((input, out)); } /// The OpenPGP public key material that corresponds to the key in this CardSlot pub fn public_key(&self) -> &PublicKey { &self.public_key } } impl PublicKeyTrait for FakeHsm { fn verify_signature( &self, hash: HashAlgorithm, data: &[u8], sig: &SignatureBytes, ) -> pgp::errors::Result<()> { self.public_key.verify_signature(hash, data, sig) } fn encrypt( &self, rng: R, plain: &[u8], typ: EskType, ) -> pgp::errors::Result { self.public_key.encrypt(rng, plain, typ) } fn serialize_for_hashing(&self, writer: &mut impl std::io::Write) -> pgp::errors::Result<()> { self.public_key.serialize_for_hashing(writer) } fn public_params(&self) -> &PublicParams { self.public_key.public_params() } fn version(&self) -> pgp::types::KeyVersion { self.public_key.version() } fn fingerprint(&self) -> Fingerprint { self.public_key.fingerprint() } fn key_id(&self) -> KeyId { self.public_key.key_id() } fn algorithm(&self) -> PublicKeyAlgorithm { self.public_key.algorithm() } fn created_at(&self) -> &chrono::DateTime { self.public_key.created_at() } fn expiration(&self) -> Option { self.public_key.expiration() } } pub struct Unlocked; impl SecretKeyTrait for FakeHsm { // XXX: This choice of the public key packet type here is a bit arbitrary. type PublicKey = PublicKey; type Unlocked = Self; fn unlock(&self, _pw: F, work: G) -> pgp::errors::Result where F: FnOnce() -> String, G: FnOnce(&Self::Unlocked) -> pgp::errors::Result, { work(self) } fn create_signature( &self, _key_pw: F, _hash: HashAlgorithm, data: &[u8], ) -> pgp::errors::Result where F: FnOnce() -> String, { assert_eq!(data, self.sign_data.unwrap().0); // XXX: imagine a smartcard producing a signature for `data`, here let sig = self.sign_data.unwrap().1; // fake smartcard output let mpis = match self.public_key.algorithm() { PublicKeyAlgorithm::RSA => vec![Mpi::from_slice(sig)], PublicKeyAlgorithm::ECDSA => { let mid = sig.len() / 2; vec![Mpi::from_slice(&sig[..mid]), Mpi::from_slice(&sig[mid..])] } PublicKeyAlgorithm::EdDSALegacy => { assert_eq!(sig.len(), 64); // FIXME: check curve; add error handling vec![Mpi::from_slice(&sig[..32]), Mpi::from_slice(&sig[32..])] } _ => unimplemented!(), }; Ok(mpis.into()) } fn public_key(&self) -> Self::PublicKey { self.public_key.clone() } } impl FakeHsm { pub fn decrypt( &self, values: &PkeskBytes, ) -> pgp::errors::Result<(Vec, SymmetricKeyAlgorithm)> { let decrypted_key = match (self.public_key.public_params(), values) { (PublicParams::RSA { .. }, PkeskBytes::Rsa { mpi }) => { // The test data in self.decrypt_data must match the parameters // (this fake hsm just stores the answer for one request, and it's only legal to // call it with the exact set of parameters we have stored) assert_eq!(vec![mpi.as_bytes()], self.decrypt_data.unwrap().0); let _ciphertext = mpi.as_bytes(); // XXX: imagine a smartcard decrypting `_ciphertext`, here let dec = self.decrypt_data.unwrap().1; // fake smartcard output dec.to_vec() } ( PublicParams::ECDH(EcdhPublicParams::Known { curve, alg_sym, hash, .. }), PkeskBytes::Ecdh { public_point, encrypted_session_key, }, ) => { // The test data in self.decrypt_data must match the parameters // (this fake hsm just stores the answer for one request, and it's only legal to // call it with the exact set of parameters we have stored) assert_eq!( vec![ public_point.as_bytes(), &[encrypted_session_key.len() as u8], encrypted_session_key ], self.decrypt_data.unwrap().0 ); let ciphertext = public_point.as_bytes(); let _ciphertext = if *curve == ECCCurve::Curve25519 { assert_eq!( ciphertext[0], 0x40, "Unexpected shape of Cv25519 encrypted data" ); // Strip trailing 0x40 &ciphertext[1..] } else { // For NIST and brainpool: we decrypt the ciphertext as is ciphertext }; // XXX: imagine a smartcard decrypting `_ciphertext`, here let dec = self.decrypt_data.unwrap().1; // fake smartcard output let shared_secret: [u8; 32] = dec.try_into().expect("must be [u8; 32]"); let decrypted_key: Vec = pgp::crypto::ecdh::derive_session_key( &shared_secret, encrypted_session_key, encrypted_session_key.len(), &(curve.clone(), *alg_sym, *hash), self.public_key.fingerprint().as_bytes(), )?; decrypted_key } _ => unimplemented!(), }; // strip off the leading session key algorithm octet, and the two trailing checksum octets let dec_len = decrypted_key.len(); let (sessionkey, checksum) = ( &decrypted_key[1..dec_len - 2], &decrypted_key[dec_len - 2..], ); // ... check the checksum, while we have it at hand checksum::simple(checksum, sessionkey)?; let session_key_algorithm = decrypted_key[0].into(); Ok((sessionkey.to_vec(), session_key_algorithm)) } } // RSA decryption input to the card // (the card contains the decryption subkey of `tests/unit-tests/hsm/alice-rsa4096.priv`) const MPIS_RSA_DECRYPT: &[&[u8]] = &[&[ 0x60, 0x37, 0x72, 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0xf0, 0x8e, 0x92, 0x35, 0xd9, 0x99, 0x70, 0x69, 0x9b, 0x41, 0x17, 0x9c, 0x49, 0xb6, 0xd2, 0xda, 0xa4, 0x95, 0xd6, 0xac, 0x50, 0x09, 0x04, 0xf1, 0x20, 0x5d, 0x29, 0x1b, 0x91, 0xf0, 0x3e, 0x8c, 0x3d, 0x0b, 0xd2, 0xcd, 0xe8, 0xc3, 0xda, 0x39, 0x0c, 0x7e, 0x11, 0x7e, 0x02, 0x7d, 0x10, 0xfe, 0x25, 0xe2, 0xfc, 0x9e, 0x8a, 0x63, 0x2f, 0x3f, 0x1b, 0xb7, 0x92, 0x9d, 0x98, 0x94, 0x67, 0xdb, 0x35, 0x3b, 0xfb, 0x3a, 0x75, 0x1d, 0xe5, 0xa6, 0xd9, 0x9f, 0x7f, 0xcc, 0x20, 0x10, 0x35, 0x50, 0x0b, 0x9e, 0x77, 0x56, 0xe9, 0x9c, 0x44, 0xb8, 0x61, 0x17, 0xa9, 0x21, 0x24, 0xb8, 0x9c, 0xf1, 0xf2, 0xbb, 0xf2, 0xe0, 0x8a, 0x26, 0x6d, 0xc2, 0x4b, 0xb8, 0x11, 0xad, 0xad, 0xaf, 0x8c, 0xb4, 0x55, 0x2d, 0x68, 0xca, 0xb3, 0xdd, 0x3f, 0xfc, 0xdb, 0x4d, 0xe3, 0xfb, 0x2a, 0x74, 0x60, 0xdd, 0xe4, 0xc4, 0xdd, 0x4d, 0x3f, 0xe8, 0xb7, 0x37, 0x3e, 0xd9, 0xe3, 0x52, 0x8b, 0xbb, 0x74, 0x0d, 0xe0, 0x53, 0xab, 0xdf, 0xa7, 0x63, 0x51, 0x65, 0x04, 0x16, 0x4f, 0xc3, 0x96, 0xf6, 0x5d, 0xd2, 0x29, 0x99, 0xa2, 0xaf, 0xb9, 0xaf, 0xcc, 0x2a, 0x70, 0x09, 0x07, 0x15, 0x51, 0x59, 0xe6, 0xdc, 0xa3, ]]; /// RSA decryption result from the card const CARD_RSA_DECRYPTION_RESULT: &[u8] = &[ 9, 135, 233, 39, 94, 28, 235, 241, 139, 120, 210, 180, 7, 213, 200, 169, 175, 213, 183, 101, 96, 132, 5, 183, 198, 5, 231, 19, 50, 146, 25, 72, 229, 16, 210, ]; // ECC decryption input to the card // (the card contains the decryption subkey of `tests/unit-tests/hsm/bob-curve25519.priv`) const MPIS_ECC_DECRYPT: &[&[u8]] = &[ &[ 0x40, 0xac, 0x0b, 0xaa, 0x2d, 0x32, 0x22, 0x57, 0x90, 0x51, 0x27, 0x28, 0x19, 0x2b, 0x4b, 0xbc, 0x56, 0x2f, 0x5b, 0x7d, 0xcf, 0xdb, 0xdf, 0x03, 0xe8, 0x8f, 0x96, 0x5c, 0x2d, 0x37, 0x84, 0xe6, 0x5e, ], &[0x30], &[ 0xb8, 0xef, 0x94, 0x40, 0xb1, 0x67, 0x3d, 0xd5, 0xa7, 0x88, 0x86, 0xfd, 0xd7, 0x17, 0x23, 0x25, 0x2d, 0x62, 0x73, 0x70, 0xe2, 0xc1, 0x10, 0xe5, 0x2a, 0xe2, 0x34, 0x57, 0xe8, 0x65, 0xda, 0xe3, 0x19, 0x80, 0xfe, 0xf3, 0xc8, 0x0d, 0x1e, 0xa2, 0x06, 0x47, 0xd2, 0x30, 0xaa, 0xde, 0xaf, 0x3b, ], ]; /// raw decryption result from the card const CARD_ECC_DECRYPTION_RESULT: &[u8] = &[ 0x45, 0xb5, 0xfc, 0xf2, 0x9d, 0xfe, 0x81, 0x45, 0xfd, 0x7d, 0xc9, 0xbd, 0xe5, 0xb4, 0xf6, 0x9f, 0x17, 0xa3, 0x01, 0xaa, 0x10, 0x77, 0xad, 0xa6, 0x4f, 0x61, 0xf9, 0xe9, 0x29, 0xc1, 0x1e, 0x3b, ]; #[test] fn card_decrypt() { let cases = [ ( // RSA test case "tests/unit-tests/hsm/alice-rsa4096.priv", "tests/unit-tests/hsm/msg-to-alice4096.enc", MPIS_RSA_DECRYPT, CARD_RSA_DECRYPTION_RESULT, ), ( // ECC test case "tests/unit-tests/hsm/bob-curve25519.priv", "tests/unit-tests/hsm/msg-to-bob25519.enc", MPIS_ECC_DECRYPT, CARD_ECC_DECRYPTION_RESULT, ), ]; for case in cases { let (keyfile, msgfile, input, out) = case; let key_file = File::open(keyfile).unwrap(); let (mut x, _) = pgp::composed::signed_key::from_reader_many(key_file).unwrap(); let key: SignedSecretKey = x.next().unwrap().unwrap().try_into().unwrap(); let pubkey: SignedPublicKey = key.into(); let enc_subkey = &pubkey.public_subkeys.first().unwrap().key; // Transform subkey packet into primary key packet // (This is a hack: FakeHsm wants a primary key packet) let as_primary = PublicKey::new( enc_subkey.packet_version(), enc_subkey.version(), enc_subkey.algorithm(), *enc_subkey.created_at(), enc_subkey.expiration(), enc_subkey.public_params().clone(), ) .unwrap(); let mut hsm = FakeHsm::with_public_key(as_primary).unwrap(); hsm.set_fake_decryption_data(input, out); let (message, _headers) = Message::from_armor_single(File::open(msgfile).unwrap()).unwrap(); let Message::Encrypted { esk, edata } = message else { panic!("not encrypted"); }; let values = if let Esk::PublicKeyEncryptedSessionKey(ref k) = esk[0] { k.values().expect("known PKESK version") } else { panic!("whoops") }; let (session_key, session_key_algorithm) = hsm .unlock(String::new, |priv_key| priv_key.decrypt(values)) .unwrap(); let decrypted = edata .decrypt(pgp::PlainSessionKey::V3_4 { key: session_key, sym_alg: session_key_algorithm, }) .unwrap(); if let Message::Literal(data) = decrypted { assert_eq!(data.data(), b"foo bar") } else { panic!() } } } const SIGN_RSA_IN: &[u8] = &[ 0xb4, 0x8f, 0x7e, 0x1a, 0x7e, 0x38, 0x38, 0xad, 0x80, 0xcb, 0xc6, 0x10, 0xd9, 0x10, 0xb0, 0x64, 0xf7, 0x08, 0xa6, 0x7c, 0x64, 0x3c, 0x8e, 0x6c, 0x92, 0x40, 0x75, 0xc4, 0x99, 0xe5, 0xeb, 0x06, ]; const SIGN_RSA_OUT: &[u8] = &[ 0x03, 0x8e, 0x16, 0x3a, 0x5e, 0x27, 0x06, 0x63, 0x45, 0xd6, 0xad, 0x0c, 0xcf, 0xe8, 0xd7, 0x91, 0xc6, 0x20, 0x86, 0x3f, 0x82, 0x63, 0x66, 0x7e, 0x87, 0x7c, 0x5b, 0xd8, 0x9d, 0x9e, 0x50, 0xc0, 0xd3, 0x5f, 0xc8, 0xe0, 0x74, 0x1a, 0xf5, 0xbe, 0xe5, 0xab, 0x2f, 0xde, 0xcc, 0xdb, 0x82, 0x1f, 0xa1, 0x4f, 0xf4, 0xee, 0x1a, 0xa3, 0x45, 0xfb, 0x48, 0x4d, 0x18, 0xd0, 0xf1, 0x50, 0xbd, 0xf4, 0x52, 0xaf, 0x04, 0x0f, 0xd9, 0x2b, 0xf6, 0x88, 0xb8, 0x95, 0xf8, 0x8f, 0xb3, 0xe1, 0xaf, 0x21, 0x5d, 0xd9, 0x6f, 0x1e, 0x86, 0xc8, 0xc1, 0xf9, 0x86, 0x82, 0xdb, 0xc2, 0xa6, 0xec, 0x1b, 0x0e, 0x1f, 0x80, 0x65, 0x4b, 0x83, 0x3a, 0x20, 0x05, 0x8b, 0x83, 0xba, 0x17, 0x90, 0x29, 0x92, 0xc7, 0x28, 0x8d, 0x38, 0x75, 0x98, 0xfc, 0x42, 0x0b, 0x66, 0xa7, 0x0e, 0x86, 0xdc, 0x7e, 0xca, 0x23, 0x0b, 0x45, 0x57, 0x5d, 0xa4, 0x67, 0x95, 0x40, 0xe5, 0x24, 0x5d, 0x52, 0x39, 0xdd, 0x76, 0x9e, 0x66, 0xc8, 0xd6, 0x4e, 0x62, 0x35, 0xea, 0xb6, 0xc0, 0xae, 0x22, 0xcb, 0xfa, 0x6a, 0xb9, 0xd9, 0x1c, 0xfb, 0x64, 0x77, 0x8c, 0x91, 0x8e, 0xa8, 0x12, 0x4c, 0xa3, 0x47, 0xe7, 0xca, 0x8c, 0x22, 0xb7, 0xfd, 0x1f, 0xe7, 0x3d, 0xd4, 0x04, 0x51, 0xd9, 0x33, 0x0e, 0x73, 0x51, 0x70, 0x89, 0x5e, 0x8d, 0xf9, 0x00, 0x00, 0x01, 0x1f, 0x1c, 0x61, 0x85, 0x59, 0xe7, 0xa9, 0xca, 0x34, 0xb8, 0xa8, 0xc9, 0x8f, 0xa2, 0xa1, 0x5b, 0x7f, 0x5a, 0xf1, 0x39, 0x09, 0x46, 0x54, 0x9a, 0xb4, 0xd5, 0xeb, 0x70, 0x9d, 0xed, 0x24, 0x77, 0x30, 0xf8, 0x9a, 0x8f, 0x7b, 0xab, 0x2a, 0x95, 0x24, 0x1d, 0xdd, 0x3e, 0x59, 0x65, 0x8c, 0x82, 0xc4, 0x86, 0x97, 0x7f, 0x07, 0xda, 0xc6, 0xb0, 0xfe, 0x03, 0x32, 0xb8, 0x03, 0x5f, 0x34, 0x9c, 0xb0, 0x63, 0xaa, 0x56, 0x50, 0x1b, 0x2e, 0x23, 0x7b, 0xb9, 0x84, 0x91, 0x07, 0x0a, 0x42, 0x23, 0x58, 0x07, 0x94, 0xbe, 0xca, 0xa1, 0x56, 0xe5, 0x57, 0x76, 0x9f, 0xce, 0xd7, 0xcb, 0xb4, 0xff, 0x78, 0x47, 0x19, 0x37, 0x86, 0x60, 0xdc, 0xf4, 0x81, 0xa7, 0x44, 0x03, 0x54, 0x1f, 0xda, 0xe5, 0xb7, 0x47, 0xe0, 0x8a, 0x37, 0x71, 0x0e, 0xc9, 0xa4, 0x8d, 0xcd, 0x78, 0x1b, 0x0c, 0x6f, 0xed, 0xda, 0xaa, 0x48, 0xa3, 0x5d, 0x3e, 0x61, 0x9c, 0x38, 0x3a, 0x40, 0x99, 0x9b, 0x93, 0x94, 0x06, 0x94, 0xff, 0x40, 0x42, 0xeb, 0x7a, 0xdd, 0x12, 0xea, 0x4e, 0x67, 0x8e, 0xcd, 0xb6, 0xf2, 0xd0, 0x4c, 0x80, 0x35, 0x6a, 0xff, 0x80, 0x2b, 0xc5, 0x5d, 0x25, 0xb3, 0xb9, 0xcf, 0x88, 0xf3, 0x14, 0x41, 0xbc, 0x21, 0x35, 0x08, 0xab, 0xfa, 0x9b, 0x1b, 0x63, 0x91, 0x5d, 0x0b, 0x78, 0xb4, 0x8e, 0x51, 0xc1, 0xd2, 0x3e, 0xa6, 0xfb, 0xe8, 0x86, 0x5e, 0x3a, 0x12, 0x96, 0x03, 0xb9, 0xf4, 0x0c, 0xfe, 0x27, 0x9d, 0x81, 0xbf, 0x71, 0xa1, 0x3c, 0x88, 0xda, 0x36, 0x1b, 0x18, 0xc2, 0xa6, 0x69, 0x32, 0xc8, 0xe7, 0x95, 0xee, 0xf5, 0x68, 0x9d, 0x76, 0xdd, 0x60, 0x25, 0x60, 0x9d, 0x69, 0xe1, 0x84, 0x24, 0x8b, 0xae, 0x77, 0x6b, 0xe6, 0xb7, 0xb1, 0xae, 0x72, 0x90, 0x5f, 0xa0, 0x61, 0x5a, 0x42, 0x09, 0x56, 0x3f, 0xbd, 0xaf, 0xfb, 0x6b, 0x13, 0x5a, 0xc7, 0x91, 0xc8, 0xbf, 0x69, 0x2b, 0xca, 0xa7, 0x74, 0x76, 0xd0, 0xd5, 0x3f, 0x4c, 0x55, 0xc6, 0x01, 0xd8, 0xe6, 0x2a, 0x7f, 0x65, 0xd0, 0x13, 0xc2, 0xd0, 0xc0, 0xb0, 0x1b, 0x10, 0x45, 0x6e, 0xf0, 0x49, 0x04, 0x37, 0x28, 0xf1, 0xf2, 0xe6, 0x8e, 0x77, 0xb4, 0xba, 0x6e, 0xb0, 0x63, 0x75, 0x53, ]; const SIGN_ECC_IN: &[u8] = &[ 0xfa, 0xa2, 0x5a, 0x97, 0x5b, 0xf9, 0x39, 0xfa, 0xe6, 0x62, 0xe1, 0x74, 0x00, 0x58, 0x4b, 0x88, 0x0e, 0xf1, 0x66, 0x73, 0xbd, 0x50, 0x36, 0xc0, 0xd2, 0xd9, 0xa0, 0xb9, 0x03, 0x1f, 0xf7, 0xa9, ]; const SIGN_ECC_OUT: &[u8] = &[ 0x8e, 0x71, 0x95, 0x06, 0x3b, 0x7a, 0x2f, 0x07, 0xa7, 0xe0, 0xa0, 0x6a, 0xcb, 0x2a, 0xc7, 0xb7, 0x63, 0xe8, 0xa6, 0x57, 0xb7, 0x29, 0xb1, 0x8f, 0xb1, 0xab, 0x97, 0xd9, 0x9e, 0x02, 0xce, 0x9a, 0x3a, 0xdb, 0x3e, 0x1e, 0x40, 0x49, 0xb0, 0xb0, 0xbc, 0xed, 0x42, 0xeb, 0xda, 0x2b, 0xb4, 0x7c, 0x0d, 0x67, 0x01, 0xfd, 0x0e, 0x3f, 0x9d, 0x56, 0xff, 0x09, 0x9f, 0x5f, 0x44, 0x38, 0xba, 0x0d, ]; #[test] fn card_sign() { let cases = [ ( // RSA test case "tests/unit-tests/hsm/alice-rsa4096.priv", 1711230710, SIGN_RSA_IN, SIGN_RSA_OUT, ), ( // ECC test case "tests/unit-tests/hsm/bob-curve25519.priv", 1711230918, SIGN_ECC_IN, SIGN_ECC_OUT, ), ]; for case in cases { let (keyfile, sig_creation, input, out) = case; let key_file = File::open(keyfile).unwrap(); let (mut x, _) = pgp::composed::signed_key::from_reader_many(key_file).unwrap(); let key: SignedSecretKey = x.next().unwrap().unwrap().try_into().unwrap(); let pubkey: SignedPublicKey = key.into(); let mut hsm = FakeHsm::with_public_key(pubkey.primary_key.clone()).unwrap(); hsm.set_fake_signing_data(input, out); const DATA: &[u8] = b"Hello World"; // -- use hsm signer let mut config = SignatureConfig::v4( packet::SignatureType::Binary, hsm.public_key().algorithm(), HashAlgorithm::SHA2_256, ); config.hashed_subpackets = vec![ packet::Subpacket::regular(packet::SubpacketData::SignatureCreationTime( DateTime::::from_timestamp(sig_creation, 0).unwrap(), )), packet::Subpacket::regular(packet::SubpacketData::Issuer(hsm.key_id())), ]; let signature = config.sign(&hsm, String::new, DATA).unwrap(); signature.verify(&pubkey, DATA).expect("ok"); } } pgp-0.15.0/tests/indeterminate.asc000064400000000000000000000115451046102023000151650ustar 00000000000000-----BEGIN PGP MESSAGE----- hF4DzfwiGcVT05ISAQdANTzF235y9tzBRbpPH7mr/76IT5DmUTscjqRGUEpFVWkw oXwBT7BzMMg4pbg5MHvPDRyHIpfoBgTG6GrDO7+lh5eVNWo1eEPRCyYgVcPkBiw2 0usB6ON/F+TcT97QM7Zq8GGEKqrgB8nxR23rMJyu1AZ2mBdtZxCgMmlGHpTv0bEe GoGXZlYMyzN+5reP2QGGJV0dpimh1l3ha37O+bSfZzXPs6UJSrJAWOQvExZtiMTi j15B4FfPN0e/d/s6SAoEseJxn2l+hzevjWvzfLob86Vs5fa8y/RQI5DOduEB+3Gf dKTk0nZqQQPKmY/r8xRsQvWp6p+M7WJII3FG9UplIYNwP9dP9lG+7bjXvC+hwA4G Us/BigQT09dZcszwaBr1Q9nbAXs+hirDfE9Epi39809BrLYsvwf200irI4sTMpR3 O0hYU8HMp7tyBet5pnTBhxWFPEpMglbh2WugJ6AdF93TyBvEZ3t4dYrZrL+by4zA 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Signature, SignatureType, Subpacket, SubpacketData, UserAttribute, UserId, }; use pgp::ser::Serialize; use pgp::types::{ CompressionAlgorithm, KeyId, KeyVersion, Mpi, PublicParams, S2kParams, SecretKeyRepr, SecretKeyTrait, SecretParams, SignedUser, StringToKey, Version, }; use pgp::{armor, types::PublicKeyTrait}; use rand::thread_rng; use rand::SeedableRng; use rand_chacha::ChaChaRng; use rsa::{ traits::{PrivateKeyParts, PublicKeyParts}, RsaPrivateKey, RsaPublicKey, }; use smallvec::SmallVec; fn read_file + ::std::fmt::Debug>(path: P) -> File { // Open the path in read-only mode, returns `io::Result` match File::open(&path) { // The `description` method of `io::Error` returns a string that // describes the error Err(why) => panic!("couldn't open {path:?}: {why}"), Ok(file) => file, } } fn get_test_key(name: &str) -> File { read_file(Path::new("./tests/openpgp-interop/testcases/keys").join(name)) } #[derive(Debug, Default, PartialEq, Eq, Clone)] struct DumpResult { valid_count: usize, err_count: usize, unimpl_count: usize, total_count: usize, } fn test_parse_dump(i: usize, expected: DumpResult) { let _ = pretty_env_logger::try_init(); let f = read_file(Path::new("./tests/tests/sks-dump/").join(format!("000{i}.pgp"))); let mut actual = DumpResult::default(); for (j, key) in SignedPublicKey::from_bytes_many(f).enumerate() { if j % 1000 == 0 { println!("key {}: {}", i, j); } actual.total_count += 1; let key = key.as_ref().expect("failed to parse key"); // roundtrip { // serialize and check we get the same thing let serialized = key.to_armored_bytes(None.into()).unwrap(); // and parse them again let (key2, _headers) = SignedPublicKey::from_string(std::str::from_utf8(&serialized[..]).unwrap()) .expect("failed to parse round2 - string"); assert_eq!(key, &key2, "string"); // and parse them again (buffered) let (key2, _headers) = SignedPublicKey::from_armor_single(&serialized[..]) .expect("failed to parse round2 - bytes"); assert_eq!(key, &key2, "bytes"); } match key.verify() { // Skip these for now Err(Error::Unimplemented(err)) => { warn!("unimplemented: {}:{} {:?}", i, j, err); actual.unimpl_count += 1; } Err(err) => { warn!( "verification failed: {}:{}: public key {}: {:?}", i, j, hex::encode(key.key_id()), err ); actual.err_count += 1; } // all good Ok(_) => { actual.valid_count += 1; } } } assert_eq!(expected, actual); } macro_rules! parse_dumps { ( $( ($name:ident, $num:expr, $count:expr, $unimpl:expr, $err:expr, $total:expr), )* ) => { $( #[test] #[ignore] fn $name() { test_parse_dump($num, DumpResult { valid_count: $count, unimpl_count: $unimpl, err_count: $err, total_count: $total, }); } )* }; } parse_dumps!( ( test_parse_dumps_0, 0, 17_704, 1, // Hash::Other(4) 3294, 20_999 ), ( test_parse_dumps_1, 1, 17_542, // - Hash::Other(4) // - Elgamal verify 8, 3450, 21_000 ), ( test_parse_dumps_2, 2, 17_583, // - Hash::Other(4) // - Hash::Other(5) // - Elgamal verify 5, 3411, 20_999 ), ( test_parse_dumps_3, 3, 17_651, // - Hash::Other(4) // - Elgamal verify 6, 3341, 20_998 ), ( test_parse_dumps_4, 4, 17_583, // - Elgamal verify 2, 3414, 20_999 ), ( test_parse_dumps_5, 5, 17_609, // - Hash::Other(4) // - Elgamal verify 8, 3382, 20_999 ), ( test_parse_dumps_6, 6, 17_676, // - Elgamal verify 1, 3323, 21_000 ), ( test_parse_dumps_7, 7, 17_688, // - Elgamal verify 3, 3309, 21_000 ), ( test_parse_dumps_8, 8, 17_693, // - Hash::Other(5) // - Elgamal verify 6, 3301, 21_000 ), ( test_parse_dumps_9, 9, 17_546, // - Hash::Other(5) // - Elgamal verify 3, 3451, 21_000 ), ); #[test] fn test_parse_gnupg_v1() { let _ = pretty_env_logger::try_init(); for i in 1..5 { let name = format!("gnupg-v1-00{i}.asc"); let mut file = get_test_key(&name); let mut buf = vec![]; file.read_to_end(&mut buf).unwrap(); let input = ::std::str::from_utf8(buf.as_slice()).expect("failed to convert to string"); let (pk, headers) = SignedPublicKey::from_string(input).expect("failed to parse key"); match pk.verify() { // Skip these for now Err(Error::Unimplemented(err)) => { warn!("verification failed: {:?}", err); } Err(err) => panic!("{err:?}"), // all good Ok(_) => {} } // serialize and check we get the same thing let serialized = pk.to_armored_bytes(Some(&headers).into()).unwrap(); // and parse them again let (pk2, headers2) = SignedPublicKey::from_armor_single(&serialized[..]).expect("failed to parse round2"); assert_eq!(headers, headers2); assert_eq!(pk, pk2); } } #[test] fn test_parse_openpgp_sample_rsa_private() { let p = Path::new("./tests/openpgp/samplekeys/rsa-primary-auth-only.sec.asc"); let mut file = read_file(p.to_path_buf()); let mut buf = vec![]; file.read_to_end(&mut buf).expect("failed to read file"); let input = ::std::str::from_utf8(buf.as_slice()).expect("failed to convert to string"); let (key, _headers) = SignedSecretKey::from_string(input).expect("failed to parse key"); key.verify().expect("invalid key"); let pkey = key.primary_key; assert_eq!(pkey.version(), KeyVersion::V4); assert_eq!(pkey.algorithm(), PublicKeyAlgorithm::RSA); assert_eq!( pkey.secret_params().checksum(), hex::decode("2c46").expect("failed hex encoding") ); pkey.unlock( || "".to_string(), |unlocked_key| { match unlocked_key { SecretKeyRepr::RSA(k) => { assert_eq!(k.d().bits(), 2044); assert_eq!(k.primes()[0].bits(), 1024); assert_eq!(k.primes()[1].bits(), 1024); // test basic encrypt decrypt let plaintext = vec![2u8; 128]; let mut rng = thread_rng(); let ciphertext = { // TODO: fix this in rust-rsa let k: RsaPrivateKey = (*k).clone(); let pk: RsaPublicKey = k.into(); pk.encrypt( &mut rng, rsa::pkcs1v15::Pkcs1v15Encrypt, plaintext.as_slice(), ) .expect("failed to encrypt") }; let k: &RsaPrivateKey = k; let new_plaintext = k .decrypt(rsa::pkcs1v15::Pkcs1v15Encrypt, ciphertext.as_slice()) .expect("failed to decrypt"); assert_eq!(plaintext, new_plaintext); } _ => panic!("unexpected params type {unlocked_key:?}"), } Ok(()) }, ) .expect("failed to unlock"); let pub_key = pkey.public_key(); assert_eq!(pub_key.key_id(), pkey.key_id()); } #[test] fn test_parse_details() { let _ = pretty_env_logger::try_init(); let file = File::open("./tests/openpgp-interop/testcases/keys/gnupg-v1-003.asc").unwrap(); let (key, _headers) = SignedPublicKey::from_armor_single(file).expect("failed to parse key"); key.verify().expect("invalid key"); assert_eq!( hex::encode(key.primary_key.fingerprint().as_bytes()), "56c65c513a0d1b9cff532d784c073ae0c8445c0c" ); assert_eq!( key.primary_key.key_id().as_ref(), &hex::decode("4c073ae0c8445c0c").unwrap()[..] ); let primary_n = Mpi::from_raw(hex::decode("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").unwrap()); let pk = key.primary_key; assert_eq!(pk.version(), KeyVersion::V4); assert_eq!(pk.algorithm(), PublicKeyAlgorithm::RSA); match pk.public_params() { PublicParams::RSA { n, e } => { assert_eq!(n, &primary_n); assert_eq!( BigUint::from_bytes_be(e.as_bytes()).to_u64().unwrap(), 0x0001_0001 ); } _ => panic!("wrong public params: {:?}", pk.public_params()), } assert_eq!(pk.created_at().timestamp(), 14_0207_0261); assert_eq!(pk.expiration(), None); // TODO: examine subkey details assert_eq!(key.public_subkeys.len(), 1, "missing subkey"); let issuer = Subpacket::regular(SubpacketData::Issuer( KeyId::from_slice(&[0x4C, 0x07, 0x3A, 0xE0, 0xC8, 0x44, 0x5C, 0x0C]).unwrap(), )); let key_flags: SmallVec<[u8; 1]> = KeyFlags(0x03).into(); let p_sym_algs = smallvec![ SymmetricKeyAlgorithm::AES256, SymmetricKeyAlgorithm::AES192, SymmetricKeyAlgorithm::AES128, SymmetricKeyAlgorithm::CAST5, SymmetricKeyAlgorithm::TripleDES, ]; let p_com_algs = smallvec![ CompressionAlgorithm::ZLIB, CompressionAlgorithm::BZip2, CompressionAlgorithm::ZIP, ]; let p_hash_algs = smallvec![ HashAlgorithm::SHA2_256, HashAlgorithm::SHA1, HashAlgorithm::SHA2_384, HashAlgorithm::SHA2_512, HashAlgorithm::SHA2_224, ]; let sig1 = Signature::v4( Version::Old, SignatureType::CertPositive, PublicKeyAlgorithm::RSA, HashAlgorithm::SHA1, [0x7c, 0x63], vec![Mpi::from_raw(vec![ 0x15, 0xb5, 0x4f, 0xca, 0x11, 0x7f, 0x1b, 0x1d, 0xc0, 0x7a, 0x05, 0x97, 0x25, 0x10, 0x4b, 0x6a, 0x76, 0x12, 0xf8, 0x89, 0x48, 0x76, 0x74, 0xeb, 0x8b, 0x22, 0xcf, 0xeb, 0x95, 0x80, 0x70, 0x97, 0x1b, 0x92, 0x7e, 0x35, 0x8f, 0x5d, 0xc8, 0xae, 0x22, 0x0d, 0x19, 0xdd, 0xd3, 0x38, 0x6c, 0xbb, 0x2f, 0x25, 0xa7, 0xcb, 0x8d, 0x2d, 0x11, 0x6b, 0x05, 0xc5, 0x77, 0xce, 0xa8, 0x86, 0xa0, 0xfc, 0xb5, 0x43, 0x26, 0x70, 0xec, 0x26, 0xdf, 0x56, 0x1c, 0xff, 0xe1, 0xe9, 0x13, 0x72, 0x18, 0xae, 0x7f, 0xf8, 0x1c, 0x0f, 0x5f, 0x2e, 0x37, 0xb5, 0xdf, 0xd9, 0x6b, 0x17, 0x8c, 0x87, 0xc7, 0x30, 0x75, 0x7f, 0x25, 0xb3, 0xbf, 0xfa, 0xcd, 0x93, 0xe6, 0x93, 0x31, 0xba, 0x06, 0x14, 0x91, 0xbf, 0x8a, 0xf2, 0x15, 0x80, 0xac, 0xdd, 0xc9, 0xaf, 0x8e, 0xf7, 0xbd, 0x95, 0x77, 0x3b, 0xb8, 0x02, 0x1a, 0x29, 0x9b, 0x96, 0x01, 0xd9, 0x28, 0x76, 0xa4, 0xb4, 0xf0, 0x2a, 0x18, 0x1b, 0x76, 0x70, 0xa0, 0x5f, 0x39, 0x54, 0xc1, 0x9e, 0x5d, 0x77, 0x1f, 0x43, 0x61, 0x84, 0x0e, 0xed, 0x4e, 0x86, 0x9f, 0x99, 0x57, 0xe1, 0x69, 0x27, 0xd6, 0xfc, 0x0b, 0x46, 0x98, 0x31, 0x89, 0xe5, 0xc8, 0xc6, 0xc9, 0x89, 0x08, 0x49, 0x3a, 0xd2, 0xff, 0x56, 0x2c, 0xe0, 0xf6, 0x7f, 0xb0, 0x72, 0x23, 0xf1, 0x52, 0x3c, 0x5f, 0x8d, 0x81, 0xc4, 0xd0, 0xba, 0xd5, 0x6d, 0x57, 0x71, 0x46, 0xc6, 0x85, 0xe6, 0x35, 0xfa, 0x12, 0x09, 0x8f, 0x30, 0x0d, 0x7e, 0x78, 0xc0, 0x0c, 0xc2, 0xd5, 0x20, 0x3e, 0xd0, 0x03, 0x28, 0x01, 0x06, 0xf2, 0xef, 0x93, 0xf8, 0x09, 0x1d, 0xf8, 0x4f, 0x61, 0xe0, 0xdc, 0x03, 0x4b, 0x70, 0xbd, 0x15, 0x6f, 0xf0, 0x72, 0xeb, 0x93, 0xb2, 0x65, 0x5a, 0x65, 0xea, 0xf5, 0x05, 0xcb, 0x97, 0x89, 0xa3, 0xf7, 0x95, 0xdf, 0x26, 0xae, 0xae, 0x1c, 0x71, 0xfe, 0x8c, 0x83, 0xda, 0x30, 0x69, 0xfd, 0x10, 0x28, 0x22, 0xd7, 0x9d, 0x02, 0xe2, 0x2d, 0xb3, 0x31, 0x34, 0x9c, 0x0f, 0x4a, 0xf6, 0xff, 0x77, 0xeb, 0x64, 0xa1, 0x6e, 0x97, 0x07, 0xbf, 0x66, 0x92, 0xec, 0xce, 0x65, 0xe3, 0x55, 0x73, 0x33, 0x6a, 0xb9, 0xed, 0x5d, 0xdd, 0x36, 0x41, 0x2e, 0xc9, 0xea, 0x1c, 0x3f, 0x9d, 0x0c, 0x95, 0x22, 0xa8, 0x46, 0xcd, 0x25, 0xf1, 0xd4, 0x5d, 0x70, 0x48, 0xca, 0x85, 0x53, 0xe2, 0xcd, 0x2e, 0x45, 0x7f, 0xeb, 0x98, 0x21, 0x95, 0xfa, 0xa9, 0x8a, 0x6b, 0x3e, 0x56, 0x82, 0x4e, 0x16, 0xf6, 0xab, 0x6e, 0xfd, 0x7c, 0x96, 0xf1, 0x15, 0xab, 0x50, 0x80, 0x19, 0xbb, 0x46, 0x98, 0x18, 0x58, 0x4e, 0x98, 0xc5, 0x58, 0x23, 0x41, 0x89, 0xeb, 0xb9, 0x21, 0x74, 0x56, 0xeb, 0xfe, 0x68, 0x5e, 0x79, 0xde, 0x12, 0x07, 0xfb, 0xfa, 0x13, 0xe3, 0x44, 0x33, 0xfb, 0x22, 0xa7, 0x83, 0x37, 0xf0, 0x9f, 0xf8, 0xd7, 0xc2, 0xab, 0x6e, 0x2b, 0x51, 0xda, 0x47, 0xe0, 0x3b, 0x3f, 0xdb, 0x2a, 0x4a, 0x22, 0xb4, 0xfb, 0xa0, 0x32, 0xb6, 0x9d, 0x37, 0xeb, 0x82, 0x3d, 0xbb, 0x2d, 0x8f, 0x13, 0xbf, 0x28, 0xe1, 0x0e, 0x01, 0x6f, 0x7c, 0x6e, 0x52, 0x78, 0x88, 0xb5, 0xf3, 0x28, 0x51, 0x9c, 0x07, 0x1b, 0x29, 0x60, 0xda, 0x27, 0x56, 0xe1, 0x88, 0x97, 0x1c, 0xf3, 0x1d, 0x64, 0x28, 0x14, 0xf6, 0xf7, 0x29, 0x53, 0x95, 0x9a, 0x1e, 0x51, 0x75, 0x03, 0xbd, 0x1f, 0x26, 0x92, 0xda, 0x85, 0x52, 0x71, 0x15, 0x9d, 0x7e, 0xa4, 0x7e, 0xc2, 0xd1, 0xcd, 0xb4, 0x56, 0xb3, 0x9a, 0x92, 0x0c, 0x4c, 0x0e, 0x40, 0x8d, 0xf3, 0x4d, 0xb9, 0x49, 0x6f, 0x55, 0xc6, 0xb9, 0xf5, 0x1a, ])] .into(), vec![ Subpacket::regular(SubpacketData::SignatureCreationTime( DateTime::parse_from_rfc3339("2014-06-06T15:57:41Z") .expect("failed to parse static time") .with_timezone(&Utc), )), Subpacket::regular(SubpacketData::KeyFlags(key_flags.clone())), Subpacket::regular(SubpacketData::PreferredSymmetricAlgorithms( p_sym_algs.clone(), )), Subpacket::regular(SubpacketData::PreferredHashAlgorithms(p_hash_algs.clone())), Subpacket::regular(SubpacketData::PreferredCompressionAlgorithms( p_com_algs.clone(), )), Subpacket::regular(SubpacketData::Features(smallvec![1])), Subpacket::regular(SubpacketData::KeyServerPreferences(smallvec![128])), ], vec![issuer.clone()], ); let u1 = SignedUser::new( UserId::from_str(Version::Old, "john doe (test) "), vec![sig1], ); let sig2 = Signature::v4( Version::Old, SignatureType::CertPositive, PublicKeyAlgorithm::RSA, HashAlgorithm::SHA1, [0xca, 0x6c], vec![Mpi::from_raw(vec![ 0x49, 0xa0, 0xb5, 0x41, 0xbd, 0x33, 0xa8, 0xda, 0xda, 0x6e, 0xb1, 0xe5, 0x28, 0x74, 0x18, 0xee, 0x39, 0xc8, 0x8d, 0xfd, 0x39, 0xe8, 0x3b, 0x09, 0xdc, 0x9d, 0x04, 0x91, 0x5d, 0x66, 0xb8, 0x1d, 0x04, 0x0a, 0x90, 0xe7, 0xa6, 0x84, 0x9b, 0xb1, 0x06, 0x4f, 0x3f, 0xaa, 0xc5, 0x64, 0x53, 0xf8, 0xaf, 0xe1, 0xaa, 0x6f, 0xba, 0x9d, 0xd4, 0xa0, 0x58, 0xc4, 0x39, 0x39, 0xee, 0xb6, 0xcd, 0x7d, 0xd4, 0x04, 0xab, 0xa2, 0x30, 0x3d, 0xab, 0xf5, 0xb1, 0x2c, 0x28, 0xa7, 0xd7, 0xba, 0x59, 0x0c, 0xe9, 0xa2, 0xe9, 0x40, 0x76, 0xcd, 0xce, 0xf5, 0x77, 0x7d, 0xf5, 0x0c, 0x90, 0x8b, 0x13, 0x44, 0xb4, 0xe1, 0x1d, 0xf2, 0x41, 0x71, 0xd6, 0xb0, 0x90, 0xed, 0x97, 0x5c, 0x6b, 0x60, 0x4b, 0xb6, 0xda, 0xb4, 0x19, 0xb5, 0x26, 0x35, 0xbe, 0xed, 0xda, 0x6e, 0x14, 0x91, 0x77, 0x76, 0x52, 0x78, 0xbb, 0xe1, 0xfa, 0x25, 0x34, 0xcb, 0x55, 0x0a, 0x25, 0x61, 0x43, 0x3a, 0x45, 0xae, 0x6b, 0xe9, 0x26, 0xa8, 0x56, 0x62, 0xd4, 0x27, 0x1f, 0xb7, 0x6c, 0xdc, 0xd6, 0x3c, 0x2c, 0x52, 0x6c, 0xae, 0x84, 0x9b, 0xc1, 0x30, 0x15, 0xe8, 0xa1, 0x69, 0x33, 0x9d, 0xe1, 0x3d, 0xba, 0x6f, 0x34, 0xa7, 0x65, 0x98, 0x86, 0x81, 0x7c, 0x08, 0x9c, 0x6a, 0xb7, 0x39, 0x93, 0xe7, 0x93, 0x43, 0x08, 0x83, 0xea, 0x43, 0x95, 0xf2, 0x6c, 0x16, 0x02, 0x1b, 0xb9, 0xbb, 0xe5, 0x69, 0xf1, 0x6a, 0xd0, 0xc5, 0xa6, 0x77, 0x33, 0x42, 0xe1, 0x40, 0x01, 0x2a, 0x92, 0x9d, 0x27, 0xb3, 0x75, 0x2d, 0x67, 0xd4, 0xec, 0x77, 0xc5, 0xaa, 0x49, 0xe3, 0x62, 0x9d, 0x92, 0xaa, 0x74, 0x38, 0xec, 0x72, 0x3c, 0x54, 0x3d, 0xa9, 0x9e, 0x52, 0x6e, 0x58, 0xd5, 0x22, 0x3c, 0x40, 0xaf, 0xc8, 0x25, 0xda, 0x5f, 0x6b, 0xb8, 0x63, 0x43, 0x1d, 0x2d, 0x6c, 0x14, 0x9a, 0xe4, 0x7c, 0xce, 0xc7, 0x27, 0x1f, 0xc2, 0x77, 0xc0, 0x6e, 0x10, 0xfb, 0x79, 0x8b, 0x2e, 0x5a, 0x25, 0x4e, 0x60, 0x41, 0xbb, 0xcf, 0x08, 0x92, 0x24, 0x98, 0x58, 0xec, 0xc5, 0xcc, 0xd5, 0x61, 0xe0, 0x86, 0x3b, 0x9d, 0xad, 0x00, 0x58, 0x81, 0x33, 0x10, 0x17, 0x35, 0x5c, 0x10, 0x66, 0x2b, 0x0d, 0x36, 0x18, 0x76, 0x92, 0x7b, 0xd4, 0xe9, 0x40, 0x22, 0x92, 0x69, 0xea, 0xc3, 0x8f, 0xf2, 0x45, 0x36, 0xa3, 0xa5, 0x70, 0xcd, 0xb9, 0xc2, 0x09, 0x02, 0x4b, 0x3f, 0xa1, 0x78, 0x54, 0xc1, 0xc3, 0xfd, 0xec, 0x97, 0x80, 0xac, 0x4a, 0x83, 0x45, 0x35, 0x0d, 0x6d, 0x73, 0xb8, 0xe9, 0xa0, 0xf0, 0x44, 0x47, 0xa9, 0xd2, 0xb9, 0x25, 0xd1, 0xb2, 0xda, 0xcb, 0x7a, 0x63, 0x2f, 0x46, 0xaf, 0x3e, 0x61, 0x11, 0xfc, 0xe1, 0xfd, 0x88, 0xb4, 0xdb, 0x69, 0xd1, 0x19, 0x3f, 0x48, 0x67, 0x2a, 0xe6, 0xf2, 0x4d, 0x1a, 0xdd, 0x8d, 0xab, 0xd1, 0x79, 0x12, 0xee, 0xb3, 0x21, 0xe8, 0x91, 0xdb, 0x91, 0x47, 0xab, 0x0c, 0x5b, 0x68, 0x60, 0x1a, 0x05, 0x4d, 0xe0, 0xe8, 0x66, 0x63, 0x3d, 0xe9, 0x35, 0xb0, 0x94, 0x66, 0x01, 0x5f, 0x21, 0x1a, 0x74, 0xc6, 0x43, 0xce, 0xc1, 0xf8, 0x96, 0x51, 0x76, 0x20, 0xaa, 0x7b, 0x6e, 0xf0, 0x86, 0x47, 0x41, 0x3c, 0x8a, 0xb1, 0x27, 0x07, 0x20, 0x34, 0xa7, 0xe7, 0x4a, 0x50, 0xed, 0x25, 0xf2, 0xaf, 0xa6, 0x94, 0x72, 0xde, 0x0f, 0x43, 0x74, 0x22, 0x6d, 0x02, 0x7b, 0x6f, 0x5a, 0xe8, 0x4a, 0x93, 0x98, 0xf3, 0xe2, 0xdb, 0xbc, 0x9f, 0xb1, 0x83, 0x92, 0x8b, 0xba, 0x8b, 0xe0, 0xe4, 0x6b, 0x77, 0x0f, 0x35, 0xcb, 0x3f, 0x3e, 0xf5, 0x98, 0x37, 0x99, 0xed, 0x79, 0xd8, 0x76, 0xdf, 0x13, 0x9e, ])] .into(), vec![ Subpacket::regular(SubpacketData::SignatureCreationTime( DateTime::parse_from_rfc3339("2014-06-06T16:21:46Z") .expect("failed to parse static time") .with_timezone(&Utc), )), Subpacket::regular(SubpacketData::KeyFlags(key_flags.clone())), Subpacket::regular(SubpacketData::PreferredSymmetricAlgorithms( p_sym_algs.clone(), )), Subpacket::regular(SubpacketData::PreferredHashAlgorithms(p_hash_algs.clone())), Subpacket::regular(SubpacketData::PreferredCompressionAlgorithms( p_com_algs.clone(), )), Subpacket::regular(SubpacketData::Features(smallvec![1])), Subpacket::regular(SubpacketData::KeyServerPreferences(smallvec![128])), ], vec![issuer.clone()], ); let u2 = SignedUser::new( UserId::from_str(Version::Old, "john doe "), vec![sig2], ); assert_eq!(key.details.users.len(), 2); assert_eq!(key.details.users[0], u1); assert_eq!(key.details.users[1], u2); assert_eq!(key.details.user_attributes.len(), 1); let ua = &key.details.user_attributes[0]; match ua.attr { UserAttribute::Image { ref data, .. } => { assert_eq!(data.len(), 1156); } _ => panic!("not here"), } let sig3 = Signature::v4( Version::Old, SignatureType::CertPositive, PublicKeyAlgorithm::RSA, HashAlgorithm::SHA1, [0x02, 0x0c], vec![Mpi::from_raw(vec![ 0x5b, 0x4b, 0xeb, 0xff, 0x1a, 0x89, 0xc2, 0xe1, 0x80, 0x20, 0x26, 0x3b, 0xf4, 0x4d, 0x2d, 0x46, 0xba, 0x96, 0x78, 0xb2, 0x88, 0xf8, 0xf9, 0xd5, 0xf1, 0x5f, 0x7d, 0x45, 0xeb, 0xbc, 0x25, 0x2e, 0x1b, 0x2f, 0x8e, 0xd4, 0xa9, 0x6e, 0x64, 0xfa, 0x97, 0x09, 0xab, 0xd2, 0xab, 0x50, 0x04, 0x09, 0xa9, 0x33, 0x62, 0x00, 0xb8, 0x38, 0xf5, 0x53, 0xb8, 0xe9, 0x43, 0xed, 0x59, 0x7f, 0x2f, 0xf9, 0x8f, 0xc7, 0xe1, 0xbb, 0x78, 0xdc, 0xec, 0x12, 0x1a, 0xec, 0x17, 0x52, 0x86, 0xba, 0x2a, 0x1f, 0xd5, 0x2a, 0x99, 0x63, 0x1c, 0x2f, 0x28, 0xa1, 0xb2, 0x9c, 0xb9, 0x76, 0x06, 0x06, 0x28, 0xc6, 0xe9, 0xbf, 0xdb, 0x36, 0x87, 0xbe, 0x9e, 0xc7, 0x74, 0x7d, 0x4d, 0x5b, 0x10, 0x5c, 0x46, 0x65, 0x20, 0x76, 0x0b, 0x5c, 0xc3, 0xe8, 0xe1, 0x55, 0xbb, 0xaf, 0x94, 0x6f, 0x44, 0x92, 0xd5, 0xb5, 0x87, 0xc0, 0x42, 0x77, 0x5e, 0xc2, 0x04, 0x7e, 0x3d, 0x32, 0x60, 0x0f, 0x26, 0x5c, 0x71, 0xd9, 0xaa, 0xa3, 0x2f, 0xe0, 0x65, 0xd3, 0xd2, 0xd0, 0x3e, 0x72, 0xd3, 0x7c, 0xbe, 0x71, 0x94, 0xc3, 0xb5, 0x52, 0x1a, 0x9f, 0x72, 0x06, 0xb0, 0x0f, 0xc9, 0xbb, 0x8a, 0xf3, 0xcf, 0xf6, 0x09, 0xd7, 0x63, 0x3d, 0x6b, 0x7c, 0xbc, 0x8b, 0x05, 0x01, 0x1f, 0x22, 0x31, 0xf9, 0x8e, 0x53, 0xc8, 0xb8, 0x7b, 0x9e, 0x96, 0xc2, 0xe5, 0x09, 0xac, 0xa5, 0xf4, 0xb8, 0xdb, 0xea, 0xdd, 0x79, 0x44, 0x17, 0x57, 0xa9, 0x4d, 0xf5, 0xb9, 0x34, 0xcd, 0xc1, 0x3f, 0xeb, 0xe3, 0x6a, 0x80, 0x5c, 0xac, 0x83, 0xcc, 0xf4, 0x7c, 0xbf, 0xac, 0xfd, 0x29, 0xee, 0x1f, 0x34, 0xc0, 0x4a, 0x08, 0x10, 0x24, 0xe7, 0x04, 0x25, 0x3a, 0x7f, 0xff, 0x4b, 0x64, 0xc1, 0xf9, 0x7e, 0xc1, 0xb3, 0xc1, 0x25, 0x0f, 0xf1, 0xb1, 0xf2, 0x66, 0x8d, 0x22, 0x8b, 0x56, 0x6f, 0x51, 0xf2, 0xe4, 0x91, 0x5f, 0xc8, 0xc3, 0x55, 0xa2, 0xc8, 0x08, 0x1e, 0xd8, 0x4f, 0x07, 0x69, 0x25, 0xb1, 0x96, 0xbb, 0x23, 0xe8, 0x7c, 0x5b, 0x4e, 0xe6, 0x0b, 0x32, 0x2b, 0x34, 0xc1, 0x71, 0xee, 0x52, 0xbd, 0xf4, 0xf1, 0x67, 0x98, 0x57, 0xeb, 0x01, 0x32, 0x01, 0x74, 0x49, 0xe5, 0xab, 0xfc, 0x79, 0xfe, 0x8a, 0x7c, 0xad, 0x95, 0xc9, 0xc2, 0x60, 0x81, 0x2b, 0xf3, 0x45, 0x4b, 0x0b, 0xd0, 0xf4, 0xb1, 0x51, 0x75, 0x94, 0xe4, 0x6e, 0xf0, 0x00, 0xb5, 0x51, 0xbd, 0x86, 0x74, 0xdb, 0xbe, 0xb9, 0xaa, 0x06, 0x70, 0x2a, 0xd9, 0x6d, 0x69, 0x9f, 0xf1, 0x9a, 0x17, 0x64, 0xdd, 0x8e, 0xb4, 0xf8, 0x1a, 0x5a, 0xbe, 0xdd, 0x0d, 0x78, 0x9d, 0x8c, 0x16, 0x7d, 0x99, 0xa6, 0xaf, 0xc5, 0x04, 0x3e, 0xd7, 0x35, 0xe8, 0x1a, 0xc2, 0x6a, 0xce, 0x51, 0x38, 0x9a, 0x4c, 0x9c, 0x8b, 0xc3, 0xaa, 0x48, 0x94, 0xda, 0x03, 0xae, 0xca, 0x93, 0x94, 0x70, 0x1a, 0x76, 0x02, 0x0d, 0x21, 0x42, 0xe5, 0x7b, 0x9b, 0x4e, 0x59, 0x06, 0xd8, 0x72, 0xeb, 0xfe, 0x8d, 0x30, 0xfc, 0x77, 0x67, 0x0c, 0x01, 0x46, 0xcf, 0x24, 0x19, 0x9c, 0x63, 0xe3, 0x8f, 0x35, 0xc9, 0x53, 0x0c, 0x70, 0x55, 0x03, 0x3d, 0x67, 0x32, 0xfb, 0x86, 0xd0, 0x8b, 0x61, 0x7f, 0x6f, 0xd4, 0xbc, 0xfd, 0xd6, 0x08, 0x4b, 0xee, 0xa1, 0x0c, 0x6c, 0x84, 0x3b, 0xe1, 0xa8, 0x24, 0x87, 0x17, 0xa8, 0x67, 0xba, 0x03, 0xe7, 0xf7, 0xbb, 0xb4, 0x3d, 0xbb, 0xa0, 0x5e, 0x76, 0xd6, 0x01, 0xe1, 0xa4, 0x9a, 0x14, 0x43, 0xcd, 0x99, 0xa0, 0x2e, 0xa2, 0xda, 0x81, 0xe2, 0x9c, 0xab, 0x22, 0x41, 0x02, 0xcc, 0x2f, 0xca, 0xc5, 0xf7, 0x26, 0x65, 0x7d, 0x0b, 0xcc, 0xab, 0x26, ])] .into(), vec![ Subpacket::regular(SubpacketData::SignatureCreationTime( DateTime::parse_from_rfc3339("2014-06-06T16:05:43Z") .expect("failed to parse static time") .with_timezone(&Utc), )), Subpacket::regular(SubpacketData::KeyFlags(key_flags)), Subpacket::regular(SubpacketData::PreferredSymmetricAlgorithms(p_sym_algs)), Subpacket::regular(SubpacketData::PreferredHashAlgorithms(p_hash_algs)), Subpacket::regular(SubpacketData::PreferredCompressionAlgorithms(p_com_algs)), Subpacket::regular(SubpacketData::Features(smallvec![1])), Subpacket::regular(SubpacketData::KeyServerPreferences(smallvec![128])), ], vec![issuer], ); assert_eq!(ua.signatures, vec![sig3]); } #[test] fn encrypted_private_key() { let p = Path::new("./tests/openpgp-interop/testcases/messages/gnupg-v1-001-decrypt.asc"); let mut file = read_file(p.to_path_buf()); let mut buf = vec![]; file.read_to_end(&mut buf).unwrap(); let input = ::std::str::from_utf8(buf.as_slice()).expect("failed to convert to string"); let (key, _headers) = SignedSecretKey::from_string(input).expect("failed to parse key"); key.verify().expect("invalid key"); let pub_key = key.public_key(); assert_eq!(pub_key.key_id(), key.key_id()); let pp = key.primary_key.secret_params().clone(); match pp { SecretParams::Plain(_) => panic!("should be encrypted"), SecretParams::Encrypted(pp) => { let S2kParams::Cfb { sym_alg, s2k, iv } = pp.string_to_key_params() else { panic!("unexpected s2k param: {:?}", pp); }; assert_eq!( iv, &hex::decode("2271f718af70d3bd9d60c2aed9469b67").unwrap()[..] ); match s2k { StringToKey::IteratedAndSalted { hash_alg, salt, count, } => { assert_eq!(*hash_alg, HashAlgorithm::SHA2_256); assert_eq!(salt, &hex::decode("CB18E77884F2F055").unwrap()[..]); assert_eq!(*count, 96u8); // This is an encoded iteration count } s => panic!("unexpected s2k type {:?}", s), } assert_eq!(sym_alg, &SymmetricKeyAlgorithm::AES128); } } key.unlock( || "test".to_string(), |k| { info!("{:?}", k); match k { SecretKeyRepr::RSA(k) => { assert_eq!(k.e().to_bytes_be(), hex::decode("010001").unwrap().to_vec()); assert_eq!(k.n().to_bytes_be(), hex::decode("9AF89C08A8EA84B5363268BAC8A06821194163CBCEEED2D921F5F3BDD192528911C7B1E515DCE8865409E161DBBBD8A4688C56C1E7DFCF639D9623E3175B1BCA86B1D12AE4E4FBF9A5B7D5493F468DA744F4ACFC4D13AD2D83398FFC20D7DF02DF82F3BC05F92EDC41B3C478638A053726586AAAC57E2B66C04F9775716A0C71").unwrap().to_vec()); assert_eq!(k.d().to_bytes_be(), hex::decode("33DE47E3421E1442CE9BFA9FA1ACC68D657594604FA7719CC91817F78D604B0DA38CD206D9D571621C589E3DF19CA2BB0C5F045EAC2C25AEB2BCE0D00E2E29538F8239F8A499EAF872497809E524A9EDA88E7ECEE78DF722E33DD62C9E204FE0F90DCF6F4247D1F7C8CE3BB3F0A4BAB23CFD95D41BC8A39C22C99D5BC38BC51D").unwrap().to_vec()); assert_eq!(k.primes()[0].to_bytes_be(), hex::decode("C62B8CD033331BFF171188C483B5B87E41A84415A004A83A4109014A671A5A3DA0A467CDB786F0BB75354245DA0DFFF53B6E25A44E28CBFF8CC1AC58A968AF57").unwrap().to_vec()); assert_eq!(k.primes()[1].to_bytes_be(), hex::decode("C831D89F49E642383C115413B2CB5F6EC09012B50C1E8596877E8F7B88C82C8F14FC354C21B6032BEF78B3C5EC92E434BEB2436B12C7C9FEDEFD866678DBED77").unwrap().to_vec()); } _ => panic!("wrong key format"), } Ok(()) }, ).unwrap(); } fn get_test_fingerprint(filename: &str) -> (serde_json::Value, SignedPublicKey) { let mut asc = read_file( Path::new(&format!( "./tests/openpgp-interop/testcases/keys/{filename}.asc" )) .to_path_buf(), ); let json_file = read_file( Path::new(&format!( "./tests/openpgp-interop/testcases/keys/{filename}.json" )) .to_path_buf(), ); let mut asc_string = String::new(); asc.read_to_string(&mut asc_string).unwrap(); let (key, _headers) = SignedPublicKey::from_string(&asc_string).unwrap(); let json: serde_json::Value = serde_json::from_reader(json_file).unwrap(); (json, key) } #[test] fn test_fingerprint_rsa() { let (json, key) = get_test_fingerprint("gnupg-v1-003"); assert_eq!( json["expected_fingerprint"], hex::encode(key.fingerprint().as_bytes()) ); key.verify().expect("invalid key"); } #[test] fn test_fingerprint_dsa() { let (json, key) = get_test_fingerprint("gnupg-v1-001"); assert_eq!( json["expected_fingerprint"], hex::encode(key.fingerprint().as_bytes()) ); } #[test] fn test_fingerprint_ecdsa() { let (json, key) = get_test_fingerprint("e2e-001"); assert_eq!( json["expected_fingerprint"], hex::encode(key.fingerprint().as_bytes()) ); // TODO: signature mismatch // key.verify().expect("invalid key"); } #[test] fn test_fingerprint_ecdh() { let (json, key) = get_test_fingerprint("gnupg-v1-001"); key.verify().expect("invalid key"); assert_eq!( json["expected_subkeys"].as_array().unwrap()[0] .as_object() .unwrap()["expected_fingerprint"], hex::encode(key.public_subkeys[0].key.fingerprint().as_bytes()) ); } #[test] fn test_fingerprint_elgamel() { let (json, key) = get_test_fingerprint("gnupg-v1-001"); assert_eq!( json["expected_subkeys"].as_array().unwrap()[0] .as_object() .unwrap()["expected_fingerprint"], hex::encode(key.public_subkeys[0].key.fingerprint().as_bytes()) ); } fn test_parse_openpgp_key(key: &str, verify: bool, match_raw: bool, pw: &'static str) { let _ = pretty_env_logger::try_init(); let f = read_file(Path::new("./tests/openpgp/").join(key)); let (pk, headers) = from_armor_many(f).unwrap(); let pk: Vec = pk.collect::>().unwrap(); assert!(!pk.is_empty(), "no keys found"); if match_raw { let mut f = read_file(Path::new("./tests/openpgp/").join(key)); let mut orig = String::new(); f.read_to_string(&mut orig).unwrap(); // strip any additional metadata if let Some(pos) = orig.find("----") { orig = orig[pos..].into(); } { let mut dearmor = armor::Dearmor::new(BufReader::new(orig.as_bytes())); let mut orig = Vec::new(); dearmor.read_to_end(&mut orig).unwrap(); let ser = pk.to_bytes().unwrap(); assert_eq!(hex::encode(orig), hex::encode(ser)); } let mut ser = Vec::new(); let typ = match pk[0] { PublicOrSecret::Public(_) => armor::BlockType::PublicKey, PublicOrSecret::Secret(_) => armor::BlockType::PrivateKey, }; armor::write(&pk, typ, &mut ser, Some(&headers), true).unwrap(); let ser_str = std::str::from_utf8(&ser).unwrap(); // normalize line endings let orig = orig.replace("\r\n", "\n").replace('\r', "\n"); let ser_str = ser_str .to_string() .replace("\r\n", "\n") .replace('\r', "\n"); assert_eq!(orig, ser_str); } for parsed in pk { // serialize and check we get the same thing let serialized = parsed.to_armored_bytes(Some(&headers).into()).unwrap(); // println!("{}", ::std::str::from_utf8(&serialized).unwrap()); // and parse them again let (iter2, headers2) = from_armor_many(&serialized[..]).expect("failed to parse round2"); assert_eq!(headers, headers2); assert_eq!(iter2.count(), 1); if verify { parsed.verify().expect("invalid key"); match parsed { PublicOrSecret::Secret(sec) => { sec.unlock(|| pw.to_string(), |_| Ok(())).unwrap(); } PublicOrSecret::Public(_) => { // Nothing todo } } } // assert_eq!(&parsed, parsed2[0].as_ref().unwrap()); } } fn test_parse_openpgp_key_bin(key: &str, verify: bool) { let f = read_file(Path::new("./tests/openpgp/").join(key)); let pk = from_bytes_many(f); for key in pk { let parsed = key.expect("failed to parse key"); if verify { parsed.verify().expect("invalid key"); } // serialize and check we get the same thing let serialized = parsed.to_armored_bytes(None.into()).unwrap(); // and parse them again let parsed2 = from_armor_many(&serialized[..]) .expect("failed to parse round2") .0 .collect::>(); assert_eq!(parsed2.len(), 1); assert_eq!(&parsed, parsed2[0].as_ref().unwrap()); } } macro_rules! openpgp_key_bin { ($name:ident, $path:expr, $verify:expr) => { #[test] fn $name() { test_parse_openpgp_key_bin($path, $verify); } }; } macro_rules! openpgp_key { ($name:ident, $path:expr, $verify:expr, $match_raw:expr) => { #[test] fn $name() { test_parse_openpgp_key($path, $verify, $match_raw, ""); } }; ($name:ident, $path:expr, $verify:expr, $match_raw:expr, $pw:expr) => { #[test] fn $name() { test_parse_openpgp_key($path, $verify, $match_raw, $pw); } }; } openpgp_key!( key_openpgp_samplekeys_e6, "samplekeys/E657FB607BB4F21C90BB6651BC067AF28BC90111.asc", true, true ); openpgp_key!( key_openpgp_samplekeys_authenticate_only_pub, "samplekeys/authenticate-only.pub.asc", true, true ); openpgp_key!( key_openpgp_samplekeys_authenticate_only_sec, "samplekeys/authenticate-only.sec.asc", false, // secret unlocking doesn't work true, "" ); openpgp_key!( key_openpgp_samplekeys_dda252ebb8ebe1af_1, "samplekeys/dda252ebb8ebe1af-1.asc", true, true ); openpgp_key!( key_openpgp_samplekeys_dda252ebb8ebe1af_2, "samplekeys/dda252ebb8ebe1af-2.asc", true, true ); openpgp_key!( key_openpgp_samplekeys_e2e_p256_1_clr, "samplekeys/e2e-p256-1-clr.asc", false, // signature mismatch false // packet lengths are not minimally encoded ); openpgp_key!( key_openpgp_samplekeys_e2e_p256_1_prt, "samplekeys/e2e-p256-1-prt.asc", false, // signature mismatch false, // packet lengths are not minimally encoded "a" ); openpgp_key!( key_openpgp_samplekeys_ecc_sample_1_pub, "samplekeys/ecc-sample-1-pub.asc", true, true ); openpgp_key!( key_openpgp_samplekeys_ecc_sample_1_sec, "samplekeys/ecc-sample-1-sec.asc", true, true, "ecc" ); openpgp_key!( key_openpgp_samplekeys_ecc_sample_2_pub, "samplekeys/ecc-sample-2-pub.asc", true, false // packet lengths are not minimally encoded ); openpgp_key!( key_openpgp_samplekeys_ecc_sample_2_sec, "samplekeys/ecc-sample-2-sec.asc", true, false, // unsigned subkey & userid "ecc" ); openpgp_key!( key_openpgp_samplekeys_ecc_sample_3_pub, "samplekeys/ecc-sample-3-pub.asc", false, // ECDSA P521 is not yet supported false // packet lengths are not minimally encoded ); openpgp_key!( key_openpgp_samplekeys_ecc_sample_3_sec, "samplekeys/ecc-sample-3-sec.asc", false, // ECDSA P521 is not supported yet false, // unsigned subkey & userid "ecc" ); openpgp_key!( key_openpgp_samplekeys_ecc_sample_4_pub, "samplekeys/ecc-sample-4-pub.asc", true, false ); openpgp_key!( key_openpgp_samplekeys_ecc_sample_4_sec, "samplekeys/ecc-sample-4-sec.asc", true, false, "ecc" ); openpgp_key!( key_openpgp_samplekeys_ed25519_cv25519_sample_1, "samplekeys/ed25519-cv25519-sample-1.asc", true, true ); openpgp_key!( key_openpgp_samplekeys_eddsa_sample_1_pub, "samplekeys/eddsa-sample-1-pub.asc", true, true ); openpgp_key!( key_openpgp_samplekeys_eddsa_sample_1_sec, "samplekeys/eddsa-sample-1-sec.asc", true, true, "abc" ); openpgp_key!( key_openpgp_samplekeys_issue2346, "samplekeys/issue2346.gpg", true, true ); openpgp_key_bin!( key_openpgp_samplekeys_no_creation_time, "samplekeys/no-creation-time.gpg", false ); openpgp_key!( key_openpgp_samplekeys_rsa_primary_auth_only_pub, "samplekeys/rsa-primary-auth-only.pub.asc", true, true ); openpgp_key!( key_openpgp_samplekeys_rsa_primary_auth_only_sec, "samplekeys/rsa-primary-auth-only.sec.asc", true, true ); openpgp_key!( key_openpgp_samplekeys_rsa_rsa_sample_1, "samplekeys/rsa-rsa-sample-1.asc", true, true, "ecc" ); openpgp_key!( key_openpgp_samplekeys_silent_running, "samplekeys/silent-running.asc", true, true ); openpgp_key!( key_openpgp_samplekeys_leading_marker, "samplekeys/alice-marker.sec.asc", true, false // marker packet gets dropped during parsing ); // PKCS#1 // openpgp_key!(key_openpgp_samplekeys_ssh_dsa, "samplekeys/ssh-dsa.key", true); // PKCS#1 // openpgp_key!(key_openpgp_samplekeys_ssh_ecdsa, "samplekeys/ssh-ecdsa.key", true); // OpenSSH // openpgp_key!( // key_openpgp_samplekeys_ssh_ed25519, // "samplekeys/ssh-ed25519.key", // true // ); // PKCS#1 // openpgp_key!(key_openpgp_samplekeys_ssh_rsa, "samplekeys/ssh-rsa.key", true); openpgp_key!( key_openpgp_samplekeys_whats_new_in_2_1, "samplekeys/whats-new-in-2.1.asc", false, // Key ID mismatch true ); #[test] fn private_ecc1_verify() { let f = read_file("./tests/openpgp/samplekeys/ecc-sample-1-sec.asc"); let (sk, _headers) = SignedSecretKey::from_armor_single(f).expect("failed to parse key"); sk.verify().expect("invalid key"); assert_eq!(sk.secret_subkeys.len(), 1); assert_eq!(hex::encode(sk.key_id()).to_uppercase(), "0BA52DF0BAA59D9C",); sk.unlock( || "ecc".to_string(), |k| { match k { SecretKeyRepr::ECDSA(ref inner_key) => { assert!(matches!(inner_key, ECDSASecretKey::P256(_))); } _ => panic!("invalid key"), } Ok(()) }, ) .unwrap(); let pub_key = sk.public_key(); assert_eq!(pub_key.key_id(), sk.key_id()); } #[test] fn private_ecc2_verify() { let f = read_file("./tests/openpgp/samplekeys/ecc-sample-2-sec.asc"); let (sk, _headers) = SignedSecretKey::from_armor_single(f).expect("failed to parse key"); sk.verify().expect("invalid key"); assert_eq!(sk.secret_subkeys.len(), 0); assert_eq!(hex::encode(sk.key_id()).to_uppercase(), "098033880F54719F",); sk.unlock( || "ecc".to_string(), |k| { match k { SecretKeyRepr::ECDSA(ref inner_key) => { assert!(matches!(inner_key, ECDSASecretKey::P384(_))); } _ => panic!("invalid key"), } Ok(()) }, ) .unwrap(); /* * No user IDs, getting public key fails let pub_key = sk.public_key(); assert_eq!(pub_key.key_id(), sk.key_id()); */ } #[test] fn private_ecc3_verify() { let f = read_file("./tests/openpgp/samplekeys/ecc-sample-4-sec.asc"); let (sk, _headers) = SignedSecretKey::from_armor_single(f).expect("failed to parse key"); sk.verify().expect("invalid key"); assert_eq!(sk.secret_subkeys.len(), 1); assert_eq!(hex::encode(sk.key_id()).to_uppercase(), "E15A9BB15A23A43F",); sk.unlock( || "ecc".to_string(), |k| { match k { SecretKeyRepr::ECDSA(ref inner_key) => { assert!(matches!(inner_key, ECDSASecretKey::Secp256k1(_))); } _ => panic!("invalid key"), } Ok(()) }, ) .unwrap(); let pub_key = sk.public_key(); assert_eq!(pub_key.key_id(), sk.key_id()); } #[test] fn private_x25519_verify() { let f = read_file("./tests/openpgpjs/x25519.sec.asc"); let (sk, _headers) = SignedSecretKey::from_armor_single(f).expect("failed to parse key"); sk.verify().expect("invalid key"); assert_eq!(sk.secret_subkeys.len(), 1); assert_eq!(hex::encode(sk.key_id()).to_uppercase(), "F25E5F24BB372CFA",); sk.unlock( || "moon".to_string(), |k| { match k { SecretKeyRepr::EdDSA(ref inner_key) => { assert_eq!(inner_key.oid, ECCCurve::Ed25519.oid()); } _ => panic!("invalid key"), } Ok(()) }, ) .unwrap(); let pub_key = sk.public_key(); assert_eq!(pub_key.key_id(), sk.key_id()); } #[test] fn pub_x25519_little_verify() { let f = read_file("./tests/openpgpjs/x25519-little.pub.asc"); let (pk, _headers) = SignedPublicKey::from_armor_single(f).expect("failed to parse key"); pk.verify().expect("invalid key"); assert_eq!(pk.public_subkeys.len(), 1); assert_eq!(hex::encode(pk.key_id()).to_uppercase(), "C062C165CA61C215",); assert_eq!( hex::encode(pk.public_subkeys[0].key_id()).to_uppercase(), "A586D1DD06BD97BC", ); assert_eq!(pk.details.users.len(), 1); assert_eq!(pk.details.users[0].id.id(), "Hi "); } macro_rules! autocrypt_key { ($name:ident, $path:expr, $unlock:expr,) => { #[test] fn $name() { test_parse_autocrypt_key($path, $unlock); } }; } fn test_parse_autocrypt_key(key: &str, unlock: bool) { let _ = pretty_env_logger::try_init(); let f = read_file(Path::new("./tests/autocrypt/").join(key)); let (pk, _headers) = from_armor_many(f).unwrap(); for key in pk { let parsed = key.expect("failed to parse key"); parsed.verify().expect("invalid key"); if unlock { let sk: SignedSecretKey = parsed.clone().try_into().unwrap(); sk.unlock(|| "".to_string(), |_| Ok(())) .expect("failed to unlock key"); let pub_key = sk.public_key(); assert_eq!(pub_key.key_id(), sk.key_id()); } // serialize and check we get the same thing let serialized = parsed.to_armored_bytes(None.into()).unwrap(); println!("{}", ::std::str::from_utf8(&serialized).unwrap()); // and parse them again let parsed2 = from_armor_many(&serialized[..]) .expect("failed to parse round2") .0 .collect::>(); assert_eq!(parsed2.len(), 1); assert_eq!(&parsed, parsed2[0].as_ref().unwrap()); } } autocrypt_key!( key_autocrypt_alice_pub, "alice@autocrypt.example.pub.asc", false, ); autocrypt_key!( key_autocrypt_alice_sec, "alice@autocrypt.example.sec.asc", true, ); autocrypt_key!( key_autocrypt_bob_pub, "bob@autocrypt.example.pub.asc", false, ); autocrypt_key!(key_autocrypt_bob_sec, "bob@autocrypt.example.sec.asc", true,); autocrypt_key!( key_autocrypt_carol_pub, "carol@autocrypt.example.pub.asc", false, ); autocrypt_key!( key_autocrypt_carol_sec, "carol@autocrypt.example.sec.asc", true, ); #[test] fn test_invalid() { let v = (0..64).collect::>(); let k = SignedSecretKey::from_bytes(&v[..]); assert!(k.is_err()); } #[test] fn test_handle_incomplete_packets_end() { let _ = pretty_env_logger::try_init(); let p = Path::new("./tests/openpgp-interop/testcases/messages/gnupg-v1-001-decrypt.asc"); let mut file = read_file(p.to_path_buf()); let mut buf = vec![]; file.read_to_end(&mut buf).unwrap(); let input = ::std::str::from_utf8(buf.as_slice()).expect("failed to convert to string"); let (key, _headers) = SignedSecretKey::from_string(input).expect("failed to parse key"); key.verify().expect("invalid key"); // add overflow of "b60ed7" let raw = hex::decode(hex::encode(key.to_bytes().unwrap()) + "b60ed7").unwrap(); let key = SignedSecretKey::from_bytes(&raw[..]).expect("failed"); key.verify().expect("invalid key"); } #[test] fn test_keyid_formatters() { let keyid = KeyId::from_slice(&[0x4C, 0x07, 0x3A, 0xE0, 0xC8, 0x44, 0x5C, 0x0C]).unwrap(); assert_eq!("4C073AE0C8445C0C", format!("{keyid:X}")); assert_eq!("4c073ae0c8445c0c", format!("{keyid:x}")); } #[test] #[ignore] fn test_encrypted_key() { let p = Path::new("./tests/key-with-password-123.asc"); let mut file = read_file(p.to_path_buf()); let mut rng = ChaChaRng::from_seed([0u8; 32]); let mut buf = vec![]; file.read_to_end(&mut buf).unwrap(); let input = ::std::str::from_utf8(buf.as_slice()).expect("failed to convert to string"); let (key, _headers) = SignedSecretKey::from_string(input).expect("failed to parse key"); key.verify().expect("invalid key"); let unsigned_pubkey = key.public_key(); // Incorrect password results in InvalidInput error. let res = unsigned_pubkey .clone() .sign(&mut rng, &key, || "".into()) .err() .unwrap(); assert!(matches!(res, pgp::errors::Error::InvalidInput)); let _signed_key = unsigned_pubkey .sign(&mut rng, &key, || "123".into()) .unwrap(); } pgp-0.15.0/tests/literal-text-signed.asc000064400000000000000000000004251046102023000162150ustar 00000000000000-----BEGIN PGP MESSAGE----- owGbwMvMyCH2yTCUx9/9cR/jabkSzozUnJx8vZKKkpj25IVgjkJ5flFOCi8XL1dH KQujGAeDrJgiy+vW3fGLrUofxk3xS4bpZ2UC6WHg4hSAiWx+xchw8+oD53sbLH7d 07xdIbrYMS4l/W2bqYr94bBixa51OqVLGP5X+XndX6jo7XzA2dLjzeHs70bz3GN3 a1+qmLT7e0hBRi8XAA== =8MwB -----END PGP MESSAGE----- pgp-0.15.0/tests/message_test.rs000064400000000000000000000344671046102023000147060ustar 00000000000000extern crate rand; #[macro_use] extern crate pretty_assertions; extern crate serde_json; #[macro_use] extern crate serde; extern crate pgp; extern crate pretty_env_logger; #[macro_use] extern crate log; use std::fs::File; use std::io::Read; use pgp::composed::{Deserializable, Message, SignedPublicKey, SignedSecretKey}; use pgp::types::PublicKeyTrait; #[derive(Serialize, Deserialize, Debug)] #[serde(rename_all = "camelCase")] struct Testcase { typ: Option, decrypt_key: String, passphrase: String, verify_key: Option, filename: Option, timestamp: Option, textcontent: Option, keyid: Option, } fn test_parse_msg(entry: &str, base_path: &str, is_normalized: bool) { let _ = pretty_env_logger::try_init(); // TODO: verify filename let n = format!("{base_path}/{entry}"); let mut file = File::open(&n).unwrap_or_else(|_| panic!("no file: {}", &n)); let details: Testcase = serde_json::from_reader(&mut file).unwrap(); info!( "Testcase: {}", serde_json::to_string_pretty(&details).unwrap() ); let mut decrypt_key_file = File::open(format!("{}/{}", base_path, details.decrypt_key)).unwrap(); let (decrypt_key, _headers) = SignedSecretKey::from_armor_single(&mut decrypt_key_file) .expect("failed to read decryption key"); decrypt_key.verify().expect("invalid decryption key"); let decrypt_id = hex::encode(decrypt_key.key_id()); info!("decrypt key (ID={})", &decrypt_id); if let Some(id) = &details.keyid { assert_eq!(id, &decrypt_id, "invalid keyid"); } let verify_key = if let Some(verify_key_str) = details.verify_key.clone() { let mut verify_key_file = File::open(format!("{base_path}/{verify_key_str}")).unwrap(); let (verify_key, _headers) = SignedPublicKey::from_armor_single(&mut verify_key_file) .expect("failed to read verification key"); verify_key.verify().expect("invalid verification key"); let verify_id = hex::encode(verify_key.key_id()); info!("verify key (ID={})", &verify_id); Some(verify_key) } else { None }; let file_name = entry.replace(".json", ".asc"); let cipher_file_path = format!("{base_path}/{file_name}"); let mut cipher_file = File::open(&cipher_file_path).unwrap(); let (message, headers) = Message::from_armor_single(&mut cipher_file).expect("failed to parse message"); info!("message: {:?}", &message); match &message { Message::Encrypted { .. } => { let (decrypted, ids) = message .decrypt(|| details.passphrase.clone(), &[&decrypt_key]) .expect("failed to init decryption"); assert_eq!(ids.len(), 1); if let Some(verify_key) = verify_key { decrypted .verify(&verify_key.primary_key) .expect("message verification failed"); } // serialize and check we get the same thing let serialized = decrypted.to_armored_bytes(None.into()).unwrap(); // and parse them again let (decrypted2, _headers) = Message::from_armor_single(&serialized[..]).expect("failed to parse round2"); assert_eq!(decrypted, decrypted2); let raw = match decrypted { Message::Literal(data) => data, Message::Compressed(data) => { let m = Message::from_bytes(data.decompress().unwrap()).unwrap(); // serialize and check we get the same thing let serialized = m.to_armored_bytes(None.into()).unwrap(); // and parse them again let (m2, _headers) = Message::from_armor_single(&serialized[..]) .expect("failed to parse round3"); assert_eq!(m, m2); m.get_literal().unwrap().clone() } _ => panic!("unexpected message type: {decrypted:?}"), }; assert_eq!( ::std::str::from_utf8(raw.data()).unwrap(), details.textcontent.unwrap_or_default() ); } Message::Signed { signature, .. } => { println!("signature: {signature:?}"); } _ => { // TODO: some other checks? panic!("this test should not have anything else?"); } } // serialize and check we get the same thing let serialized = message.to_armored_string(Some(&headers).into()).unwrap(); if is_normalized { let mut cipher_file = File::open(&cipher_file_path).unwrap(); let mut expected_bytes = String::new(); cipher_file.read_to_string(&mut expected_bytes).unwrap(); // normalize read in line endings to unix assert_eq!(serialized, expected_bytes.replace("\r\n", "\n")); } // and parse them again let (message2, headers2) = Message::from_armor_single(serialized.as_bytes()).expect("failed to parse round2"); assert_eq!(headers, headers2); assert_eq!(message, message2); } macro_rules! msg_test { ($name:ident, $pos:expr, $normalized:expr) => { #[test] fn $name() { test_parse_msg( &format!("{}.json", $pos), "./tests/openpgp-interop/testcases/messages", $normalized, ); } }; } // RSA msg_test!(msg_gnupg_v1_001, "gnupg-v1-001", false); // Elgamal // msg_test!(msg_gnupg_v1_002, "gnupg-v1-002", true); // RSA msg_test!(msg_gnupg_v1_003, "gnupg-v1-003", false); msg_test!(msg_gnupg_v1_4_11_001, "gnupg-v1-4-11-001", true); msg_test!(msg_gnupg_v1_4_11_002, "gnupg-v1-4-11-002", false); msg_test!(msg_gnupg_v1_4_11_003, "gnupg-v1-4-11-003", true); msg_test!(msg_gnupg_v1_4_11_004, "gnupg-v1-4-11-004", true); msg_test!(msg_gnupg_v1_4_11_005, "gnupg-v1-4-11-005", true); msg_test!(msg_gnupg_v1_4_11_006, "gnupg-v1-4-11-006", false); msg_test!(msg_gnupg_v2_0_17_001, "gnupg-v2-0-17-001", true); msg_test!(msg_gnupg_v2_0_17_002, "gnupg-v2-0-17-002", false); msg_test!(msg_gnupg_v2_0_17_003, "gnupg-v2-0-17-003", true); msg_test!(msg_gnupg_v2_0_17_004, "gnupg-v2-0-17-004", true); msg_test!(msg_gnupg_v2_0_17_005, "gnupg-v2-0-17-005", true); msg_test!(msg_gnupg_v2_0_17_006, "gnupg-v2-0-17-006", true); // parsing error // ECDH key - nist p256 // msg_test!(msg_gnupg_v2_1_5_001, "gnupg-v2-1-5-001", true); // parsing error // ECDH key - nist p384 // msg_test!(msg_gnupg_v2_1_5_002, "gnupg-v2-1-5-002", true); // parsing error // ECDH key - nist p512 // msg_test!(msg_gnupg_v2_1_5_003, "gnupg-v2-1-5-003", true); msg_test!(msg_gnupg_v2_10_001, "gnupg-v2-10-001", true); msg_test!(msg_gnupg_v2_10_002, "gnupg-v2-10-002", true); msg_test!(msg_gnupg_v2_10_003, "gnupg-v2-10-003", true); msg_test!(msg_gnupg_v2_10_004, "gnupg-v2-10-004", false); msg_test!(msg_gnupg_v2_10_005, "gnupg-v2-10-005", true); msg_test!(msg_gnupg_v2_10_006, "gnupg-v2-10-006", true); msg_test!(msg_gnupg_v2_10_007, "gnupg-v2-10-007", true); // ECDH // msg_test!(msg_e2e_001, "e2e-001", true); // ECDH // msg_test!(msg_e2e_002, "e2e-001", true); msg_test!(msg_pgp_10_0_001, "pgp-10-0-001", false); msg_test!(msg_pgp_10_0_002, "pgp-10-0-002", false); msg_test!(msg_pgp_10_0_003, "pgp-10-0-003", false); msg_test!(msg_pgp_10_0_004, "pgp-10-0-004", false); msg_test!(msg_pgp_10_0_005, "pgp-10-0-005", false); msg_test!(msg_pgp_10_0_006, "pgp-10-0-006", false); msg_test!(msg_pgp_10_0_007, "pgp-10-0-007", false); msg_test!(msg_camellia128_001, "camellia128-001", false); msg_test!(msg_camellia192_001, "camellia192-001", false); msg_test!(msg_camellia256_001, "camellia256-001", false); // ECDH // msg_test!(msg_openkeychain_001, "openkeychain-001", true); msg_test!(msg_openpgp_001, "openpgp-001", false); macro_rules! msg_test_js { ($name:ident, $pos:expr, $normalized:expr) => { #[test] fn $name() { test_parse_msg(&format!("{}.json", $pos), "./tests/openpgpjs", $normalized); } }; } msg_test_js!(msg_openpgpjs_x25519, "x25519", true); #[test] fn msg_partial_body_len() { let mut msg_file = File::open("./tests/partial.asc").unwrap(); Message::from_armor_single(&mut msg_file).expect("failed to parse message"); } #[test] fn msg_regression_01() { let mut msg_file = File::open("./tests/regression-01.asc").unwrap(); Message::from_armor_single(&mut msg_file).expect("failed to parse message"); } #[test] fn msg_large_indeterminate_len() { let _ = pretty_env_logger::try_init(); let mut msg_file = File::open("./tests/indeterminate.asc").unwrap(); let (message, _headers) = Message::from_armor_single(&mut msg_file).expect("failed to parse message"); let mut key_file = File::open("./tests/openpgpjs/x25519.sec.asc").unwrap(); let (decrypt_key, _headers) = SignedSecretKey::from_armor_single(&mut key_file).expect("failed to parse key"); let decrypted = message .decrypt(|| "moon".to_string(), &[&decrypt_key]) .expect("failed to decrypt message") .0; let raw = match decrypted { Message::Literal(data) => data, Message::Compressed(data) => { let m = Message::from_bytes(data.decompress().unwrap()).unwrap(); m.get_literal().unwrap().clone() } _ => panic!("unexpected message type: {decrypted:?}"), }; assert_eq!( ::std::str::from_utf8(raw.data()).unwrap(), "Content-Type: text/plain; charset=us-ascii Autocrypt-Gossip: addr=deltabot@codespeak.net; keydata= xsDNBFur7GMBDACeGJhpeP4xGZCUQcjFj1pPSXjWeFlezAo5Jkw5VivJoJRByJxO2dzg9HtAIYcgg2 WR6b57rx/v9CyU6Ev653j4DMLghoKdyC/kGm/44pi9At4hXtXzgfp6ixKNuJnMfRC3fe0G5oRQY40c 1AdaPDpfYaKT+dlFQLZpFXr+Jz+Y8Br717NXAYJUUOAWnH0oRkI1EfdttwF7kki0gLB93BvVc2hmE5 xMiWEUHV+OlyqYeIJEtopGiqRRAKKZXmwkiQktiUTB+SaixAReXJmJQ1LW6lzceV7eqPC+NIUplv0N fTI4YcFCAbZr1Jl1Wo70oEXOidrH4LEOGLKlj9z6FoPRnPu3PhpHbCE0emimADSnc17t5m935emnMk 6Bo0zl6ODzaqAYti6TMxCOcYtL+ypERweaprgL3BqQF7au7abCGM1QuOWObInQRLkO+hoXbSTIUhBo Ount8oa/BVwoWcxQaupI45IvT3TvTfFrW52zyxKTbfrA3MEi0SwBB4ZK4t8AEQEAAc0YPGRlbHRhYm 90QGNvZGVzcGVhay5uZXQ+wsD8BBMBCAAmBQJbq+xjBQkAAAAAAhkBAhsDBgsJBwMCAQYVCAkKCwIC FgICHgEACgkQouc5Q3Wnbc/I+Qv9EDxYA1buPKfN42OcIhCnnMfc/r4uCtXjJri+/gxHRjkpPMWW9o /sRMPWKiFV9UUYeDKkln1Eh4mdI/RdyO6Q47znsBcwJzyddZoFD6VeSi3+oRM1q1ykDlczJZ639mfO eVH+ebPGUX/3apMPSUlflphQ1PKJo6Nwm6/oTfi+XQWwdj8IhHh801XEdqUlizVAWNAsy50COI5a+F Kxslfz6I1ce5ezsHNUCtVw0YP6/+YaeIsv+nazB1038jgjpeVJz2Xt4svWTpkgFF/LLeEXgdcZnI8Z u+IWdPSzz434YAynr68VdTjJoc2B+YPfqP38lkqnPAqaavwq/5/NLwJ6WCyVa/HCEu7OiYVEkXC4JX ZD4xdejrWG9p4JVQcwUv1rewbVqBMQ30ZlsBMAmEOh4+wkML+U+00/9LlQEv2wsLZMQ1OQVjxfncGb /tsOOavm25jhQnytwyM2j3eItnNni93Echqa0Fb3vQIB5ZrRtFVx15LomgsNWPHJN/BSeGuBzsDNBF ur7GMBDADPo8r8T2sDHaJ7NnVxxh5+dc9jgQkKdMmAba+RyJ2k0w5G4zKYQ5IZ1LEK5hXMkJ8dOOPW lUxvMqD732C2AwllLden4ZZNnMG/sXBNJXFcIOHMjG+Q8SzJ1q5tOQsqXGZ3+MRR9mfvJ8KLfaWWyY +I2Ow5gCkrueo/mTkCnVjOzQltuqUi6aG0f8B44A5+S0EfA4tFF0b0zJgReH4DfhQV7g+nUgbCmb3w EdRnrXL01JkDw5Zjy1Fx9QYNYzXk1hzWZugU9pSrMw7Sx4Zox+wWVCYTKfBvuJVVgNUDqv+B7RejeP OnMm2bI+AG3DgAOTaeTLa0xOqYF3n7tegFJTLCXYG9wUO8M76jttAjb8J3l9D/wiM+F+UPQcBFdRYZ JySUITyakgt8BrKzhtTKj/7lPdMYp+jglFFvvspnCZ3OJt0fHc9r58fFIdpuF/Wb7kEQkemoAZev2t 1ZIEhFQFDFwWzJA3ymiRLwV/51JeH41N9TvKbG+bSxybIGIjZ26ccAEQEAAcLA5QQYAQgADwUCW6vs YwUJAAAAAAIbDAAKCRCi5zlDdadtz9U0C/0f+DIxh2IKK64MyWsCmv7BHIHEETtrXwQtYL9edOqrd2 ty3f+QZ0MDS6/9f0/h4BWNa2WOxpUlamilAW1q2+JvLwKwwm7RVSOfmpJ0fVJn+d6E2LW8iz7rELza +6/SIivXkBHxZK9ykMdk4k1QlT6dA32mHzR+O7qL42htifHlzU7RTZio29oF0wOC2MHX96qMFXKS6z 4s/6syEdrV4OZsyGo+/IrQubahrDE7/vDEHU0ez2AzmZuptJ6P3XcbzvEN1qwvrWO11DE22aCj7Iuv OoWICXyPb0u5DjSeejj5YoJ9frBiOSN5a/2Np4EII/3BY16cKDMEcE8104vIVEhmjzUWEWRP+BfUQm wU1xKr4A8VD/4iJzTOJr8wmsmyUyfrBJ378AoJrw3buuaOMxGX58RkN7Nv0djnfnmpwr73hmLlw9sr BS0T8vAI6psuMcmu/Oh2MUfnExZdYryW+/zOYWnGeEOi0ZiP/0KEZ5ePlchn/DlE549gB2Ht+U97na I= Autocrypt-Gossip: addr=holger@merlinux.eu; keydata= mQENBFHjpUYBCADtXtH0nIjMpuaWgOvcg6/bBJKhDW9mosTOYH1XaArGG2REhgTh8CyU27qPG+1NKO qm5VT4JWfG91TgvBQdx37ejiLxK9pkqkDMSSHCd5+6lPpgYOTueejToVHTRcHLp2fv7DOJ1s+G05TX T6gesTVvCyNXpGJN/RXbfF5XOBb4Q+5rp7t9ygjb9F97zkeT6YKAAtYqnZNUvamfmNK+vKFyhwhWJX 0Fb6qP3cvlxh4kXbeVdRjlf1Bg17OVcS1uUTI51W67x7vKgOWSUx1gpArq/YYg43o0kcnzj1mEUdjw 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let mut msg_file = File::open("./tests/literal-text-signed.asc").unwrap(); let (msg, _) = Message::from_armor_single(&mut msg_file).expect("failed to parse message"); msg.verify(&pkey).unwrap(); } pgp-0.15.0/tests/openpgp/4gb-packet.asc000064400000000000000000000115671046102023000157320ustar 00000000000000ฃBZh61AY&SYœ…ฝลฉv๗๛๊B@"˜D@@€  tU€๕0าชi hะ =DQE€(ข‹ (ข 6zqฯ ฮ8สQ“Uู้:=ฐ@ A2ฟ˜ ฌ“)ฌ› c…€u/ `@&ฃ ”‘ฉคŽb‚ฒLฆฒl5Žิผ€€@ašŒ‚RFค’9Š ษ2šษฐึ8XR๒A„j2 IJHๆ(+$สk&รXแ`Kศ จศ%$jA)#˜ ฌ“)ฌ› c…€u/ `@&ฃ ”‘ฉคŽb‚ฒLฆฒl5Žิผ€€@ašŒ‚RFค’9Š ษ2šษฐึ8XR๒A„j2 IJHๆ(+$สk&รXแ`Kศ จศ%$jA)#˜ ฌ“)ฌ› c…€u/ `@&ฃ ”‘ฉคŽb‚ฒLฆฒl5Žิผ€€@ašŒ‚RFค’9Š ษ2šษฐึ8XR๒A„j2 IJHๆ(+$สk&รXแ`Kศ จศ%$jA)#˜ ฌ“)ฌ› c…€u/ `@&ฃ ”‘ฉคŽb‚ฒLฆฒl5Žิผ€€@ašŒ‚RFค’9Š ษ2šษฐึ8XR๒A„j2 IJHๆ(+$สk&รXแ`Kศ จศ%$jA)#˜ ฌ“)ฌ› c…€u/ `@&ฃ ”‘ฉคŽb‚ฒLฆฒl5Žิผ€€@ašŒ‚RFค’9Š ษ2šษฐึ8XR๒A„j2 IJHๆ(+$สk&รXแ`Kศ จศ%$jA)#˜ ฌ“)ฌ› c…€u/ `@&ฃ ”‘ฉคŽb‚ฒLฆฒl5Žิผ€€@ašŒ‚RFค’9Š ษ2šษฐึ8XR๒A„j2 IJHๆ(+$สk&รXแ`Kศ จศ%$jA)#˜ ฌ“)ฌ› c…€u/ `@&ฃ ”‘ฉคŽb‚ฒLฆฒl5Žิผ€€@ašŒ‚RFค’9Š ษ2šษฐึ8XR๒A„j2 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00000000000000# Emacs, this is an -*- org -*- file. * How to run the test suite ** tldr: How to run all tests fast. obj $ make check-all TESTFLAGS=--parallel You can use --parallel=N to request N parallel jobs. Hint: Tuck TESTFLAGS=--parallel in your environment. ** Running individual test suites or tests From your build directory, run obj $ make -C tests/openpgp check to run all tests or obj $ make -C tests/openpgp check TESTS=your-test.scm to run a specific test (or any number of tests separated by spaces). If you want to debug a test, add verbose=1 to see messages printed by spawned programs to their standard error stream, verbose=2 to see what programs are executed, or verbose=3 to see even more program output and exit codes. ** Inspecting the test environment To inspect the environment in which tests are running, or to quickly create keys for debugging or testing, you can start a shell. There is one test that doese just that: obj $ make -C tests/openpgp check TESTS=shell.scm PASS: tests/openpgp/setup.scm Load legacy test environment? [Y/n] y Drop 'batch' from gpg.conf? [Y/n] y Enjoy your test environment. Type 'exit' to exit it, it will be cleaned up after you. ... $ gpg -k Alfa gpg: NOTE: THIS IS A DEVELOPMENT VERSION! gpg: It is only intended for test purposes and should NOT be gpg: used in a production environment or with production keys! gpg: /tmp/gpgscm-20170809T144032-run-tests-PFfybw/trustdb.gpg: trustdb created pub dsa1024 1999-03-08 [SCA] A0FF4590BB6122EDEF6E3C542D727CC768697734 uid [ unknown] Alfa Test (demo key) uid [ unknown] Alpha Test (demo key) uid [ unknown] Alice (demo key) sub elg1024 1999-03-08 [E] PATH is adjusted so that you will use the tools from the build tree. Note that the directory is removed when you exit the shell. ** Passing options to the test driver You can set TESTFLAGS to pass flags to 'run-tests.scm'. For example, to speed up the test suite when bisecting, do obj $ make -C tests/openpgp check TESTFLAGS=--parallel See below for the arguments supported by the driver. ** Calling the test driver directly This is a bit tricky because one needs to manually set some environment variables. We should make that easier. See discussion below. From your build directory, do: obj $ srcdir=/tests/openpgp \ GPGSCM_PATH=/tests/gpgscm:/tests/openpgp \ $(pwd)/tests/gpgscm/gpgscm [gpgscm args] \ run-tests.scm [test suite runner args] *** Arguments supported by the test suite runner The test suite runner supports two modes of operation, '--sequential' and '--parallel'. By default the tests are run in sequential order, each one in a clean environment. You can specify the tests to run as positional arguments relative to srcdir (e.g. just 'version.scm'). Note that you do not have to specify setup.scm and finish.scm, they are executed implicitly. The test suite runner can be executed in any location that the current user can write to. It will create temporary files and directories, but will in general clean up all of them. *** Discussion of the various environment variables **** srcdir Must be set to the source of the openpgp test suite. Used to locate data files. **** GPGSCM_PATH Used to locate the Scheme library as well as code used by the test suite. **** BIN_PREFIX The test suite does not hardcode any paths to tools. If set it is used to locate the tools to test, otherwise the test suite assumes to be run from the build directory. **** GPG_PRESET_PASSPHRASE This tool is not installed by 'make install', hence we need to explicitly override its position. In fact, the location of any tool used by the test suite can be overridden this way. See defs.scm. **** argv[0] run-tests.scm depends on being able to re-exec gpgscm. It uses argv[0] for that. Therefore you must use an absolute path to invoke gpgscm. * How to write tests gpgscm provides a number of functions to aid you in writing tests, as well as bindings to process management abstractions provided by GnuPG. For the Scheme environment provided by TinySCHEME, see the TinySCHEME manual that is included in tests/gpgscm/Manual.txt. For a quick start, please have a look at various tests that are already implemented, e.g. 'encrypt.scm'. ** The test framework The functions info, error, and skip display their first argument and flush the output buffers. error and skip will also terminate the process, signaling that the test failed or should be skipped. (for-each-p msg proc list) will display msg, and call proc with each element of list while displaying the progress appropriately. for-each-p' is similar, but accepts another callback before the 'list' argument to format each item. for-each-p can be safely nested, and the inner progress indicator will be abbreviated using '.'. ** Debugging tests Say you are working on a new test called 'your-test.scm', you can run it on its own using obj $ make -C tests/openpgp check TESTS=your-test.scm but something isn't working as expected. There are several little gadgets that might help. The first one is 'trace', a function that prints the value given to it and evaluates to it. E.g. (trace (+ 2 3)) prints '5' and evaluates to 5. Also, there is an 'assert' macro that aborts the execution if its argument does not evaluate to a trueish value. Feel free to express invariants with it. You can also get an interactive repl by dropping (interactive-repl (current-environment)) anywhere you like. Or, if you want to examine the environment from an operating system shell, use (interactive-shell) ** Interfacing with gpg defs.scm defines several convenience functions. Say you want to parse the colon output from gpg, there is gpg-with-colons that splits the result at newlines and colons, so you can use the result like this: (define (fpr some-key) (list-ref (assoc "fpr" (gpg-with-colons `(--with-fingerprint --list-secret-keys ,some-key))) 9)) Or if you want to count all non-revoked uids for a given key, do (define (count-uids-of-secret-key some-key) (length (filter (lambda (x) (and (string=? "uid" (car x)) (string=? "u" (cadr x)))) (gpg-with-colons `(--with-fingerprint --list-secret-keys ,some-key))))) ** Temporary files (lettmp ) will create and delete temporary files that you can use in . (with-temporary-working-directory ) will create a temporary director, change to that, and clean it up after executing ). make-temporary-file will create a temporary file. You can optionally provide an argument to that function that will serve as tag so you can distinguish the files for debugging. remove-temporary-file will delete a file created using make-temporary-file. ** Monadic transformer and pipe support Tests often perform sequential transformations on files, or connect processes using pipes. To aid you in this, the test framework provides two monadic data structures. (Currently, the implementation mashes the 'bind' operation together with the application of the monad. Also, there is no 'return' operation. I guess all of that could be implemented on top of call/cc, but it isn't at the moment.) *** pipe The pipe monad constructs pipe lines. It consists of a function pipe:do that binds the functions together and manages the execution of the child processes, a family of functions that act as sources, a function to spawn processes, and a family of functions acting as sinks. Sources are pipe:open, pipe:defer, pipe:echo. To spawn a process use pipe:spawn, or the convenience function pipe:gpg. To sink the data use pipe:splice, or pipe:write-to. Example: (pipe:do (pipe:echo "3\n1\n2\n") (pipe:spawn '("/usr/bin/sort")) (pipe:write-to "sorted" (logior O_WRONLY O_CREAT) #o600)) Caveats: Due to the single-threaded nature of gpgscm you cannot use both a source and sink that is implemented in Scheme. pipe:defer and pipe:echo are executing in gpgscm, and so does pipe:splice. *** tr The transformer monad describes sequential file transformations. There is one source function, tr:open. To describe a transformation using some process, use tr:spawn, tr:gpg, or tr:pipe-do. There are several sinks, although sink is not quite the right term, because the data is not consumed, and hence one can use them at any position. The "sinks" are tr:write-to, tr:call-with-content, tr:assert-identity, and tr:assert-weak-identity. A somewhat contrived example demonstrating many functions is: (tr:do (tr:pipe-do (pipe:echo "3\n1\n2\n") (pipe:spawn '("/usr/bin/sort"))) (tr:write-to "reference") (tr:call-with-content (lambda (c) (echo "currently, c contains" (string-length c) "bytes"))) (tr:spawn "" '("/usr/bin/gcc" -x c "-E" -o **out** **in**)) (tr:pipe-do (pipe:spawn '("/bin/grep" -v "#"))) (tr:assert-identity "reference")) Caveats: As a convenience, gpgscm allows one to specify command line arguments as Scheme symbols. Scheme symbols, however, are case-insensitive, and get converted to lower case. Therefore, the -E argument must be given as a string in the example above. Similarly, you need to quote numerical values. ** Process management If you just need to execute a single command, there is (call-with-fds cmdline infd outfd errfd) which executes cmdline with the given file descriptors bound to it, and waits for its completion returning the status code. There is (call cmdline) which is similar, but calls the command with a closed stdin, connecting stdout and stderr to stderr if gpgscm is executed with --verbose. (call-check cmdline) raises an exception if the command does not return 0. (call-popen cmdline input) calls a command, writes input to its stdin, and returns any output from stdout, or raises an exception containing stderr on failure. * Sample messages pgp-0.15.0/tests/openpgp/bug1223-bogus.asc000064400000000000000000000020411046102023000161760ustar 00000000000000Bogus test key for bug 1223 (Designated revoker sigs are not properly merged) Thanks to Daniel Kahn Gillmor for providing the test keys. -----BEGIN PGP PUBLIC KEY BLOCK----- Version: GnuPG v1.4.10 (GNU/Linux) mI0ES+OoSQEEAJUZ/+fC6DXN2X7Wxl4Huud/+i2qP1hcq+Qnbr7hVCKEnn0edYl+ 6xfsKmAMBjl+qTZxPSDSx4r3ciMiIbnvXFtlBAQmji86kqoR6fm9s8BN7LTq7+2/ c2FHVF67D7zES7WgHc4i7CfiZnwXgkLvi5b1jBt+MTAOrFhdobxoy6/XABEBAAGI twQfAQIAIQUCS+OsRRcMgAEAAAAAAAAAAAAAAAAAAAAAAAAAAQIHAAAKCRA0t9EL wQjoOrRXBACBqhigTcj8pJY14AkjV+ZzUbm55kJRDPdU7NQ1PSvczm7HZaL3b8Lr Psa5c5+caVLjsGWkQycQl7lUIGU84KoUfwACQKVVLkqJz8LkL54lLcwkG70+1NH5 xoSNcHHVbYtqDLNeCOq5jEIoXuz44wiWVEfF+/B115PvgwZ63pjH1rRGVGVzdCBL ZXkgRGVtb25zdHJhdGluZyBSZXZva2VyIFRyb3VibGUgKERPIE5PVCBVU0UpIDx0 ZXN0QGV4YW1wbGUubmV0Poi+BBMBAgAoBQJL46hJAhsDBQkACTqABgsJCAcDAgYV CAIJCgsEFgIDAQIeAQIXgAAKCRA0t9ELwQjoOgLpA/9/si2QYmietY9a6VlAmMri mhZeqo6zyn8zrO9RGU7+8jmeb5nVnXw1YmZcw2fiJgI9+tTMkTfomyR6k0EDvcEu 2Mg3USkVnJfrrkPjSL9EajW6VpOUNxlox3ZT1oyEo3OOnVF1gC1reWYfy7Ns9zIB 1leLXbMr86zYdCoXp0Xu4g== =YV5g -----END PGP PUBLIC KEY BLOCK----- pgp-0.15.0/tests/openpgp/bug1223-good.asc000064400000000000000000000017451046102023000160210ustar 00000000000000Good test key for bug 1223 (Designated revoker sigs are not properly merged) -----BEGIN PGP PUBLIC KEY BLOCK----- Version: GnuPG v1.4.10 (GNU/Linux) mI0ES+OoSQEEAJUZ/+fC6DXN2X7Wxl4Huud/+i2qP1hcq+Qnbr7hVCKEnn0edYl+ 6xfsKmAMBjl+qTZxPSDSx4r3ciMiIbnvXFtlBAQmji86kqoR6fm9s8BN7LTq7+2/ c2FHVF67D7zES7WgHc4i7CfiZnwXgkLvi5b1jBt+MTAOrFhdobxoy6/XABEBAAGI twQfAQIAIQUCS+OsRRcMgAEO5b6XkoLYC591QPHM0u2U0hc56QIHAAAKCRA0t9EL wQjoOrRXBACBqhigTcj8pJY14AkjV+ZzUbm55kJRDPdU7NQ1PSvczm7HZaL3b8Lr Psa5c5+caVLjsGWkQycQl7lUIGU84KoUfwACQKVVLkqJz8LkL54lLcwkG70+1NH5 xoSNcHHVbYtqDLNeCOq5jEIoXuz44wiWVEfF+/B115PvgwZ63pjH1rRGVGVzdCBL ZXkgRGVtb25zdHJhdGluZyBSZXZva2VyIFRyb3VibGUgKERPIE5PVCBVU0UpIDx0 ZXN0QGV4YW1wbGUubmV0Poi+BBMBAgAoBQJL46hJAhsDBQkACTqABgsJCAcDAgYV CAIJCgsEFgIDAQIeAQIXgAAKCRA0t9ELwQjoOgLpA/9/si2QYmietY9a6VlAmMri mhZeqo6zyn8zrO9RGU7+8jmeb5nVnXw1YmZcw2fiJgI9+tTMkTfomyR6k0EDvcEu 2Mg3USkVnJfrrkPjSL9EajW6VpOUNxlox3ZT1oyEo3OOnVF1gC1reWYfy7Ns9zIB 1leLXbMr86zYdCoXp0Xu4g== =xsEd -----END PGP PUBLIC KEY BLOCK----- pgp-0.15.0/tests/openpgp/bug537-test.data.asc000064400000000000000000001710211046102023000167020ustar 00000000000000This is a binary (gzip compressed) file which exhibits a problem with the zlib decryptor. See encr-data.c:decrypt_data for a description of the problem we solved with 1.9.92 (1.4.6). It is not easy to produce such files, but this one works. The source file is also in the BTS under the name check-data-410-1.data. 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pgp-0.15.0/tests/openpgp/key-selection/3.asc000064400000000000000000000050061046102023000167150ustar 00000000000000-----BEGIN PGP PUBLIC KEY BLOCK----- mQENBD4SIZsBCADMR5w2TF16C1WaP+EIq+pg3InbyKr3VlGgxl2t/+PcRUmxhOh4 zAs+k/FaKqH+h8JLGT6VlUMqKDqBrHhwVNz5nEYO/HeqaSsHjyNoIr4tS3oJMQWI 0QsRV8cPhlPHXQBS8K2KC7MfTyHIbfagjqakegY9ysZ2N6Qt3I3QSqO0khRHoNtZ x8l/NHA9u8lRJD1OhfOg8gcY9800LPJbdzmyeOK5ezwyvjp6dXKNgXnwkrHQw7pD hGITTRtNsRb0xF9e+1X6KRifk/ppJZjk3Lu8AJEyj6AfHZru6lYfv4LP77IW9Lw2 x7pRwrMNtvffAOGGa4KYiVstgIaPmEm9v2UjABEBAAG0I0FjZWpsbnUgQWNkaXBy IDxhY2RpcHJAZXhhbXBsZS5vcmc+iQFUBBMBCAA+FiEEuVvWF1y2M5JENVuhYLgR fmEZztYFAj4SIZsCGwMFCQWjmoAFCwkIBwIGFQgJCgsCBBYCAwECHgECF4AACgkQ YLgRfmEZztapKAf/US2OkiyDX4D7cRrifnbkMj5YdHjiirqgd5Q9nhWIC/Pk494u WDMt0XBeHk8aPp6NjQCMpWu8d9TxLCn43dI2eFRLKSk/9nUb3nPzIrtT8/dPEsvG HEAJKxGMpZLu2UIDIpn2XY+9pS8CB03xVfuAfYrGOmVJS5rr6a592WfCB6XosHO1 S2iKnMWgmo5C2WJaOq0AL5fzI6w1TAYN10KHFdNdimWJZ85WKk3iRXDUF4PJusWt PLPHOgbvAMBHtJHu+09DlcoBRyWRvEzXHoBsgm76kvkLpkP23FhuWexfK6qJ+pZG 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is not used. GPG="../../g10/gpg --no-options --batch --quiet --no-secmem-warning --allow-secret-key-import" NAMES='Alpha Bravo Charlie Delta Echo Foxtrot Golf Hotel India Juliet Kilo Lima Mike November Oscar Papa Quebec Romeo Sierra Tango Uniform Victor Whisky XRay Yankee Zulu' if [ "$1" = "--clean" ]; then (for i in $NAMES; do [ -d $i ] && rm -r $i done) || true exit 0 fi $GPG --dearmor -o secdemo.gpg --yes ../checks/secdemo.asc $GPG --dearmor -o pubdemo.gpg --yes ../checks/pubdemo.asc [ -f ./tdb.tmp ] && rm ./tdb.tmp GPGDEMO="$GPG --homedir . --trustdb-name ./tdb.tmp --no-default-keyring --keyring pubdemo.gpg --secret-keyring secdemo.gpg" echo -n "Creating:" for name in $NAMES; do echo -n " $name" [ -d $name ] && rm -r $name mkdir $name $GPGDEMO --export-secret-key -o - $name > $name/Secret.gpg $GPG --homedir $name --import $name/Secret.gpg $GPGDEMO --export -o - $name > $name/Public.gpg $GPG --homedir $name --import $name/Public.gpg [ -f $name/pubring.gpg~ ] && rm $name/pubring.gpg~ done echo "." [ -f ./tdb.tmp ] && rm ./tdb.tmp rm pubdemo.gpg secdemo.gpg pgp-0.15.0/tests/openpgp/pgp263-test.pub.asc000064400000000000000000000010641046102023000165630ustar 00000000000000Type Bits/KeyID Date User ID pub 888/A50283F1 2001/11/08 pgp2.6.3-test-key -----BEGIN PGP PUBLIC KEY BLOCK----- Version: 2.6.3a mQB8AzvqRosAAAEDeNMKLJMJQeGC2RG5Nec6R2mzC12N1wGLiYYJCsmSQd1Y8mht A2Sc+4k/q5+l6GHtfqUR/RTCIIudAZUzrQVIMhHDKF+5de9lsE5QxQS1u43QGVCb /9IYrOLOizYQ2pkBtD9LCrf7W2DccMEkpQKD8QAFE7QRcGdwMi42LjMtdGVzdC1r ZXmJAIQDBRA76kaL3HDBJKUCg/EBAZMoA3Yqqdix6B2RAzywi9bKSLqwAFVL+MMw W+BnYeBXF9u+bPpQvtyxgi0vx8F9r84B3HAhZNEjBWODF6vctIQhXhAhXIniDTSj HNzQ/+nbWnebQn18XUV2SdM1PzMOblD+nISte7+WUfWzlD7YUJPkFPw= =b498 -----END PGP PUBLIC KEY BLOCK----- pgp-0.15.0/tests/openpgp/pgp263-test.sec.asc000064400000000000000000000014041046102023000165450ustar 00000000000000Type Bits/KeyID Date User ID sec 888/A50283F1 2001/11/08 pgp2.6.3-test-key -----BEGIN PGP SECRET KEY BLOCK----- Version: 2.6.3a lQGdAzvqRosAAAEDeNMKLJMJQeGC2RG5Nec6R2mzC12N1wGLiYYJCsmSQd1Y8mht A2Sc+4k/q5+l6GHtfqUR/RTCIIudAZUzrQVIMhHDKF+5de9lsE5QxQS1u43QGVCb /9IYrOLOizYQ2pkBtD9LCrf7W2DccMEkpQKD8QAFEwADd0Kk5aeyFM3zbPgfikkE 7iFg9h2LG3nARmA4wAnCZaQ3CS5zRHCdXOf5KLkm6xFza1yMat4iWx6ULvuuNpIc RmkHccyXYkRi3Hvacd5A9VCNw1UKtCdaCKgacsfplU0s1xYWGZd4J8Jg8boSfW5W gwG8Dc9R20HHno8uD2vfr5rg8ElWvbFyJI/j4eCVAd+NYAGNvB8I3VP38IIYcavh YYcGjrpxbGVRybsBvA9IJltpGaVulxwpeCp5NecCGgoAUsN4Ktf42Pg7HXDlQL6r Xs/YggMztj4NzEgBHXAOLShdKKhDAbEByVSKXZD9A8J+RejXBl6VbuJmD/5qOvph GAPKS3ahPDj8438HyD7yIDLYYVRKfxjWHLubc46Pgui0EXBncDIuNi4zLXRlc3Qt a2V5 =l/aV -----END PGP SECRET KEY BLOCK----- pgp-0.15.0/tests/openpgp/plain-1-pgp.asc000064400000000000000000000025731046102023000160330ustar 00000000000000This is an encrypted version of plain-1 for the PGP test key 0xCB879DE9 using 3DES. -----BEGIN PGP MESSAGE----- Version: GnuPG v1.3.5-cvs (GNU/Linux) hM4DW3oC8MuHnekQAv0U6qlDAA64QS/oZJErr1J77m5Dh7IFen3mAcwOxvL/POqS 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ftp://ftp.guug.de/pub/gcrypt/ Comment: Use "gpgm --dearmor" for unpacking PCEtLSBEaWVzIGlzdCBTZWl0ZSAzLCBkb3J0IGlzdCBrZWluZSBTZWl0ZW56YWhsIGFuZ2Vn ZWJlbiwKICAgICBvYmVuIHJlY2h0cyBpc3Qgd2llZGVyIGRlciBTdGVtcGVsIHZvbiBtZWlu ZW0gT3BhIHp1IGZpbmRlbiAtLT4KCjxzZWN0MT5OYW1lIDxxPkdyb98tQmFydGxvZmY8Lz4K CjxwPgpEZXIgTmFtZSA8cS9CYXJ0bG9mZi8gaXN0IHNjaHdlciB6dSBkZXV0ZW4uIE1hbiBo YXQgdmllbGUgTXV0bWHfdW5nZW4KYW5nZXN0ZWxsdCwgdm9uIGRlbmVuIG1hbiBhYmVyIGJp c2xhbmcga2VpbmUgZWluemlnZSBhbHMgdW5iZWRpbmd0CnJpY2h0aWcgZXJrbORyZW4ga2Fu bi4KPGZvbnRpbmZvIHJlbT0ibWl0IExlZXJ6ZWljaGVuIGdlc2NocmllYmVuIj5Vcmt1bmRs aWNoPC8+IHdpcmQgZGFzCkRvcmYgYmlzIHp1ciBSZWZvcm1hdGlvbiBzdGV0cyA8cS9CYXJ0 b3JmLyAoYW5ubyAxMjUzKSB1bmQKPHEvQmFyZG9yZi8gKDEzMDYsIDEzMTgsIDEzMjksIDE0 MjkpIGdlbmFubnQgdW5kIGRhc18gc293b2hsIEtsZWluLQp3aWUgR3Jv32JhcnRsb2ZmLiBF cnN0IDE1ODYgaW0gQmlzY2hvZnNzdGVpbmVyIEp1cmlzZGlrdGlvbmFsYnVjaApoZWnfdCB1 bnNlciBEb3JmIDxxL0JhcnR0ZWxvZmYvIHVuZCBzbyBhdWNoIGluIGRlciDkbHRlc3RlbiBu 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by G10, because diff/patch have problems with files not having a trailing LF - and this one has none. -----BEGIN PGP ARMORED FILE----- Version: G10 v0.2.6a (Linux) Comment: This is an alpha version! 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pgp-0.15.0/tests/openpgp/privkeys/00FE67F28A52A8AA08FFAED20AF832DA916D1985.asc000064400000000000000000000015171046102023000224150ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v2 Comment: Use "gpg --dearmor" for unpacking KDExOnByaXZhdGUta2V5KDM6cnNhKDE6bjEyOToAqCYxh+c0mGKVkNRLiSe19rSb OgLVJcL6dH1EnawO6klyypIbrDom7DNNTlp7TMlwQ+UsKbmT8jwkU08/awg6W9Wq 5LCABUStYrVcwJJlf3p4lBru0BSRlaKuIslpk5Powfj2lPXX6o1eRHsnxk9FTD+M GcWkhfL9HF+Rq8vPcicpKDE6ZTM6AQABKSgxOmQxMjg6NPUmd199hJrT8TOzgIRl vkfedZRLziNM3yBO2nvEjMxKH3uJxKHh/VUg/VLo72On/HIyiQeeDVYcuLJGTm7e degk/9C85hT5K4VUF9+LXXDX1Vz/jQdZxq+JwUE/AdlAEC9fkFQzc0ftI832mgjR OASwMVphqYUQERz00ve+NDUpKDE6cDY1OgDJoHlM5kAfmQ3HQsykH2QoWnxA6mTa aiCn4XIPEsrXCiwObiwWBj3I+w2OTWbodzxWldxBsaYyVCM3bKR6eldFKSgxOnE2 NToA1X6NuSiiTP6lQcAqnoPC37LE6PUeoohF05hVoRotOm+/sIcve7ZrgVBvELEr q6ZU8fUeCUQoMc2ztQEHyC+0eykoMTp1NjQ6HOTajn4vJZPXy/q5sNWhQ7pZDHeJ clqSismtIwvuCV3wMAQMIUr+OWTlGHOCYa8FnBn7PbE6TevGdDEE8CQcfCkpKQ== =AhP7 -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/0D6F6AD4C4C803B25470F9104E9F4E6A4CA64255.asc000064400000000000000000000010161046102023000223260ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v1.4.8 (GNU/Linux) Comment: Use "gpg --dearmor" for unpacking KDExOnByaXZhdGUta2V5KDM6ZWxnKDE6cDk3OgD/BWuU2w+pPFZltSIytQ3wyNMV HbFSG5PDdx29GCJU9RP+rWXX4jcKmilUHH9e4CSDmwcHzTNzqlmDrnZgVXd0uhNx 5LuuJ1vmTbewdraFkYJ5OjoB3Eg7LneCII8M/0UpKDE6ZzE6AikoMTp5OTY6Toef zlcVKiPuobKfXHDhIUQPTfGic2Az47wkMoYHo9j9ZE7AWaliMdPz4jLyLfqqoU9m H8g+vJhyAc7UnAF2Sk5466FDypdPm5F9PTW3cqqIwJM4WgkSlM8J2hxH4YtlKSgx OngyOTob6nEVc0W4M+ZyrqMvp26DaKRnuFwcsDLsN11JLykpKQ== =Ghie -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/0DD40284FF992CD24DC4AAC367037E066FCEE26A.asc000064400000000000000000000015541046102023000224150ustar 00000000000000This is the unprotected private key for pub ed25519/97965A9A 2014-08-19 Key fingerprint = C959 BDBA FA32 A2F8 9A15 3B67 8CFD E121 9796 5A9A Keygrip = 0DD40284FF992CD24DC4AAC367037E066FCEE26A uid [ unknown] EdDSA sample key 1 (draft-koch-eddsa-for-openpgp-00) The human readable version of the armored s-expression below is: (private-key (ecc (curve Ed25519) (flags eddsa) (q #403F098994BDD916ED4053197934E4A87C80733A1280D62F8010992E43EE3B2406#) (d #1A8B1FF05DED48E18BF50166C664AB023EA70003D78D9E41F5758A91D850F8D2#) ) ) -----BEGIN PGP ARMORED FILE----- Version: GnuPG v2 Comment: Use "gpg --dearmor" for unpacking KDExOnByaXZhdGUta2V5KDM6ZWNjKDU6Y3VydmU3OkVkMjU1MTkpKDU6ZmxhZ3M1 OmVkZHNhKSgxOnEzMzpAPwmJlL3ZFu1AUxl5NOSofIBzOhKA1i+AEJkuQ+47JAYp KDE6ZDMyOhqLH/Bd7Ujhi/UBZsZkqwI+pwAD142eQfV1ipHYUPjSKSkp =SS8V -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/13FDB8809B17C5547779F9D205C45F47CE0217CE.asc000064400000000000000000000015331046102023000223370ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v1.4.8 (GNU/Linux) Comment: Use "gpg --dearmor" for unpacking KDExOnByaXZhdGUta2V5KDM6cnNhKDE6bjEyOToAqFJWduzk11/m0Ac/K/mab0kz zr3UUor1bkxh4vcxJHOTZF3a9Y6t1WUpwlOXeCNkY98tRYUg6A40wFgkKz/4jdOa iDtHW2bOqrvJmJ/wH/5zdmDpthu53JEgXUKP/+j2dfrvYTZYxy2m11DA68QK9iPS BmksglFMQE2IJatwEAEpKDE6ZTI6AQEpKDE6ZDEyODoAvKABRIX7dtUOm2y6VyGs ESE5D4YI1AhL0EWodt84EPEUvC1o61UuYbAe28JIHwjIKDLgDiedZ6hTBV3K5cI1 aFHL421hDE0qtD+mVZhcRGnR2RHhr9gX6qX+4P8mV0w1nhdShwUhlFO1GuwQ2/dW KwYdXGbDW7P58LIiudGWuSkoMTpwNjU6AMM8WAY5lr1ZdSqr39rNqntLZqoXVO4N ibd5Tw3o/3JMVJ/xEqMykrude87nlPCAJMPlX9gjP1B57UmRxN8mGNkpKDE6cTY1 OgDctZRfAPGvQ4vUwxG4uso9nbCtFlGYZTQgMPHfMFflUyxH9Y0zA8ujyKKYFPYX t7Pe6Y+qqu6BG0mPqvIXe3dpKSgxOnU2NDop+y32myNaSakGsQ732PgarqitgefN 3h9Kec4kS/j85t1esYEbC9XlFluVcIUDaQHdKFpijCl6eC2oFXOkPRwJKSkp =nyLM -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/1DF48228FEFF3EC2481B106E0ACA8C465C662CC5.asc000064400000000000000000000022751046102023000224150ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v2 Comment: Use "gpg --dearmor" for unpacking KDIxOnByb3RlY3RlZC1wcml2YXRlLWtleSgzOnJzYSgxOm4xMjk6AOnl30hwc47r LL9QH6g0TX1BEPdWMV4Ou6+rQOErIMAr1AOlUzpjwJllvQqf2OHnQWaTr9kbNLn7 XUEUhjkH3uHDYMHMdyAb7YJrk3ECDqnmr34VV/F/H5BH7D6AiFktl1SpUTczPxBx vPNlJ4joPmTm+ahfg+zL+4pVu6tIhM0LKSgxOmUzOgEAASkoOTpwcm90ZWN0ZWQx NDpvcGVucGdwLW5hdGl2ZSgxOTpvcGVucGdwLXByaXZhdGUta2V5KDc6dmVyc2lv bjE6NCkoNDphbGdvMzpSU0EpKDQ6c2tleTE6XzEyOToA6eXfSHBzjussv1AfqDRN fUEQ91YxXg67r6tA4SsgwCvUA6VTOmPAmWW9Cp/Y4edBZpOv2Rs0uftdQRSGOQfe 4cNgwcx3IBvtgmuTcQIOqeavfhVX8X8fkEfsPoCIWS2XVKlRNzM/EHG882UniOg+ ZOb5qF+D7Mv7ilW7q0iEzQsxOl8zOgEAATE6XzEyODpfHMTxVhkHswZdPZ3B7pLc LktR6NDmaKNVyhP1/G2y95+dY+s2QT4eosp+uYWeR0XHCqNla7TDND41qrzyEAtH iAF3OoydMK4lb0lqfKORRI4tr017wgMxRBLs82Gk5ehtI7AwSca7WvaoAJwKZp42 th4MOeykeGRRMagJI420QTE6XzY1OgDzN2Pz0dRD20hHKF6eiqAZYaZhmA7pKWuW jHCVXO9s6zGfn0Ds+kTQJltOxU/AULATN/ffXqTtXSiprxNUvwnbMTpfNjU6APYx GOABYcWOpJn35eSoisB04QtOgT5OpAl/dLbeaJ+Yh9KtrY6wLf/mX03FgE+YbkIf TmeB6tDf4RYbXCYyKJExOl82NDo5wagaIbek0F5TRtmqdVk1weEk/0XXdyG/mNIA 4l/qt/LHcduBN46qHYEKnKhyDMCBDwlSRf455FG8Oi1x+JMYKSg0OmNzdW01OjQx MDUyKSgxMDpwcm90ZWN0aW9uNDpub25lKSkpKSk= =hX0p -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/1E28F20E41B54C2D1234D896096495FF57E08D18.asc000064400000000000000000000004771046102023000223000ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v2 Comment: Use "gpg --dearmor" for unpacking KDExOnByaXZhdGUta2V5KDM6ZWNjKDU6Y3VydmU3OkVkMjU1MTkpKDU6ZmxhZ3M1 OmVkZHNhKSgxOnEzMzpAZ8zkuQDL9x7rcvvoo6s3iEF1j88Dknd9nZhLnTEoBRkp KDE6ZDMyOnicJkwzhZjYg5Fd8zqmEsZLPdGwe+z+8DU6lq6zj5HcKSkp =ZStX -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/2BC997C0B8691D41D29A4EC81CCBCF08454E4961.asc000064400000000000000000000032751046102023000223730ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v2 Comment: Use "gpg --dearmor" for unpacking KDIxOnByb3RlY3RlZC1wcml2YXRlLWtleSgzOnJzYSgxOm4yNTc6ALWn703ukwPA klb9+e/m8qGu/XewzQ5fnciZy+YA71aO1L0vg5idBqmWWhUZ1H2jMLpSmHGTsWvw 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dnusstrriXD8xXgt0g8pKDE6cTIxOgC449htJbbp5rkJHvBDs4YxEIkk5ykoMTpn MTI4Ol+ITxpSMOT5R67Bu4XWoYU7nVeYURpb6LJ8LK2CV7ygECwFdRFdukiGFB+a TP8nF6xtuXalaBuerkKp4QXVKqOIkp7MWN2TAOOg9eERHPT//whryf49meNYMPLv KAe60udHY76Glm+Zso+24WnEwXX2od1PHVV3CItWRb7YmhgGKSgxOnkxMjg6AgXt 40h2lpiIHTjbu6fiCBzbr5j2eQX3cNoydkRphJ66bqD+DsPW/Ag0WBCQxgRaLgMr db64fQT+fyjbTBLbC8ytt5hpCbm/q5x3TTXDAUNjoB3CnA/tQItBy7qqq/A0d3FZ grr6AixK58uZ4wauy8LRZCph67UZ8akcgwJkmVkpKDE6eDIwOn/Y1rjZASGMK9IG b1y/ZDKT0zkTKSkp =muRa -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/3C9D5ECA70130C2DBB1FC6AC0076BEEEC197716F.asc000064400000000000000000000032451046102023000224410ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v2 Comment: Use "gpg --dearmor" for unpacking KDIxOnByb3RlY3RlZC1wcml2YXRlLWtleSgzOnJzYSgxOm4yNTc6AK8HhE8MmR/i QdHw5kcWa8Lm7henF1KdhF3Z5iDNeurFrDQsg/RFHJbaMyVCzCP/Jc4ayub2FzeS fJdKXrpMPAdaGjlbGLdY08Fc49E+7M79YQXgyGXhTm3kZa8bw+TfYnLJC6snxefG 5YQqEpvV/mfvfQd6XXxDcn/u56YDJ5Lo7xRXmnd4Ifj6T1lF2KDQtDAB1vlpnuxE QfnAI8C8UpsxOWC1tSuQ5HIoFnwqAEfEiHH+P2YuHG6m4oyUfT7c11rHf8S01R9Q JQCr11Dn9WMAI/IHe67BsrbIAxG+9yeBhIkEShBBxdNqIt2FnE+sTmQHv+uiY4ya 3ch63dvZ53MpKDE6ZTM6AQABKSg5OnByb3RlY3RlZDI1Om9wZW5wZ3AtczJrMy1z aGExLWFlcy1jYmMoKDQ6c2hhMTg6+Nvda1z6F404OjE5NzM3NjAwKTE2Og6NQq99 p1NyYxcYgwRiATApNzIwOgzqYGEJNhmx149fV84cgLNbmIifZ48o+oywHbwdju0c oNmaBHv+Xkm/U5PG/CPYINJbFIewrxuNpGbW69VMfOi5nwcvIE2LouuRd4Ih7cYq ub9fjqIH9tO4AA4kkSA932AfJseLTZMcSqvSmyIE4GU6psDjQHuXur4ywKYX0iPi 11hlhFtiARw4S3ToidPukg+SiEJV6Sec77BmQ2NG55FEB3GiM8m5LOMSPq+ZfxI9 RmldLuyC5TfGWRgraR+3SU00gYkbAOjwlblHloQzoHquCpumujGvSxYolDsW32HO Eojy0k5iezdwbnpBmdWJbnI+qAQQ2wjmEFPKVPnOF4y1Nki+sRXrgFXGbgHwHbRN yMgRgMVeYycHhhEz5N+VwQ5yKE3hvIbD0dznD6Z8QAb4PXem929eJDz3FrR8gasN 2udqDyHkczK3y5oJs4k82Fnmn3Rjfgddyo04SSf/1Gwg31y33Xh7dkdtU+NOt9s9 wCu+nJhdbh/IH8fXPax2HuWY7q0EPlZQldbeBta4r+RWvNFFDAG8DK5uBHQqtKoV vV71ffPm30s4ysaSF4mqF3eIYLltPYNenvsYKpT/cn/3WvbLsKqMIOGytz3P8fQb 49ZDGDyzT1rQDuJ2oDk7N+epZu+lna/nRo7UBEo+Tf7CkcTKQ97wY8tqqLUdclJr KJsIIutg8WgIx09Xvip1gfOAZV4s9V6aMejT32CBLSEmC86t/Tu+3HrstX2E3F8+ Sc0gB5B62/PMSzCI3lgkjMRp6yCzm0cZkHSDHOSLpoEvSehV0Gv33DFBPNog8XVE A4H404JRMBHI5mKpYcYKv/o8ZpQgDGORMZYf5W9/LMF06QZGz36kPVyIwL2j8oCr 0T0kp/ik8WZSV+BkwKON2fPkROQ7c7ZM+S/xcrpKEe40/dWtTZUABGhCL7IXwlqm u2nGS/Cfjmq3TRuRJAZFZykoMTI6cHJvdGVjdGVkLWF0MTU6MjAxNDExMDNUMTcy OTQxKSkp =04As -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/449E644892C951A37525654730DD32C202079926.asc000064400000000000000000000005341046102023000221520ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v2 Comment: Use "gpg --dearmor" for unpacking KDExOnByaXZhdGUta2V5KDM6ZWNjKDU6Y3VydmUxMDpOSVNUIFAtMjU2KSgxOnE2 NToEOx/Lj6ZzYdOMdprseVCR/dwZaYPeInquOlapE22Udwppy4tQqj2jXDYH8d0Z 5uRvT/FD5lpcW+Cv+BAoo2auuykoMTpkMzI6Xka+GGkZ6tp+azZo+LPj0inV0GnO vact0wafLNZvlQQpKSk= =Rgp0 -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/4DF9172D6FF428C97A0E9AA96F03E8BCE3B2F188.asc000064400000000000000000000032451046102023000224440ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v2 Comment: Use "gpg --dearmor" for unpacking KDIxOnByb3RlY3RlZC1wcml2YXRlLWtleSgzOnJzYSgxOm4yNTc6AMwChvrQ9TUc PtBbfK0UWOt2GZrzq7I0ZhcjfoxGD4UXxKNBxHcyb2cQYTh5tF4XqIv9d2Sys1c4 fU2Rr6lnPDc6VpSLKoHZj76jWkcWVf80+MXFNVp/YqErQBMu/AkA/Cwk3hEgjqQI ZOo9awfBATJqGmW9y3Ct1IV8oM6SUOjYQ8CcIa2jpSNNq9rhXQjzTYUZHK4ayTmj mPvuqSxWahUsOZClA3GHpLZkFe9k2UJuVIUfhwYD4CyIR1nqlFfj87p/UEPs1264 /RpBagz4G74BiLhiHQss8NXm1zWiRZ1xPyJIkrDm42JRQ+6gGf1qvk2tyS3Le4W+ 7sg3r08UExMpKDE6ZTM6AQABKSg5OnByb3RlY3RlZDI1Om9wZW5wZ3AtczJrMy1z aGExLWFlcy1jYmMoKDQ6c2hhMTg6xlhuUgeZDb84OjE5NzM3NjAwKTE2OilEwfz2 SNwgLhCK76qARHgpNzIwOqgwKI52Qj5ABmkzDaJ3srvp4C6GnCFvosWjaNBZkLaX z2cGEh75T8Klm/RR8tXhXxHcl/b+UErb0CDRy6nQvMhU6LX+0hfk6t3M+wE+Wz/Q /uPoT5cdgWRUKBjCzSgH3DKwjBM8z8L14UCsZt17vEDVwE3jvAIo7DmvCjAKt4tP 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pgp-0.15.0/tests/openpgp/privkeys/50B2D4FA4122C212611048BC5FC31BD44393626E.asc000064400000000000000000000020631046102023000222370ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v1.4.8 (GNU/Linux) Comment: Use "gpg --dearmor" for unpacking KDIxOnByb3RlY3RlZC1wcml2YXRlLWtleSgzOmRzYSgxOnAxMjk6AL8pJ97q5V8O ADcGsak0uFXFP/K3BcykEjykR1OJjSNaditv9i7zC0J5n0YC7H9kD+1537ul2Jsd d9fk/MN+BRNnCsglrns5SlbAjzvwDNnE2ydW/Ug/q58bIRIowTg9RA7mF4qHABvS BDAXACtLe/ih5isSWOEnv2Sm3fX0kQATKSgxOnEyMToA+hTknylYwYGT/PEVQ4Jl LPoWmqUpKDE6ZzEyOToAmfUdfU53m3Kgrg4QAzkb7AfPdIGPgUyidk1azUi3Tcko egzm6VDYWARaYFUg9MpIOb+NBc9gCnPkOnGmgZhtMJoSjrN8TfYATOhcOYYBkT3R eGr/BwQ34lwekfK0AD+f6FhpHexh6BDnaZYxH691330o7RXSMtFxySAEDtnaOUUp KDE6eTEyODp8cyy2nYt0QI5Tf+t/d4WBeib2yNWVtZH/j7XpDqHLZDgVAYkazCA6 ZF7BvLddBEqVAh1X5tqua4AXX9L4SGYb7B0LRV72alhYiWWHez126KjVgwRTUxtE J4EnHmYJRReLlXosPIRhXSz7HFAqalPXJ0DvC9kzTQnnjPOylyMPTSkoOTpwcm90 ZWN0ZWQyNTpvcGVucGdwLXMyazMtc2hhMS1hZXMtY2JjKCg0OnNoYTE4OnBnEA/u 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3BnAM8b0kYz+NEJ1qxNUfymta5iZI21LebJNTWJIiiCBS33J73Cxr92UaafU3VRA jZRpavMXHHoesBZ78uDqAikoMTI6cHJvdGVjdGVkLWF0MTU6MjAxNDExMDRUMDg0 MjM0KSkp =zQRC -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/6E6B7ED0BD4425018FFC54F3921D5467A3AE00EB.asc000064400000000000000000000032751046102023000223720ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v2 Comment: Use "gpg --dearmor" for unpacking KDIxOnByb3RlY3RlZC1wcml2YXRlLWtleSgzOnJzYSgxOm4yNTc6APL1FJVAgVOE iOLqgmqCWcCgIfl3FT/pBaLJYLO8NersRuygQ6ArAdNYar/h8MKnOkYCwlISr3fp Jtj6cpPrz6IU1K09HYEpVc6n1UbD5r25sDc9Ol8ztg5QPVP+ceA42nzpHAnMAW7E 9dz5gsM/H6TlicF4qOT3rOfpBqDx1EHOaOS6pdnem7SwSQZ6RFetJotkXqEFfSNV lMTLqqysfk5kUW+jn7B4Jlpd7YWtlaLsPXyY1dFwi24VqpIiztOYRoWFObySrpZk wuPGkQ5P/Eqi/2+L7VKXNfODRI0NV6GX1FaQ96lIq0Y+z1EWojLwPb9JR2FLGqC+ 4/mm/W7Unf0pKDE6ZTM6AQABKSg5OnByb3RlY3RlZDI1Om9wZW5wZ3AtczJrMy1z aGExLWFlcy1jYmMoKDQ6c2hhMTg6vkrGYgB5EO44OjE5NzM3NjAwKTE2OuQHqFdP 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FpV6Fx4qVf6IjnH8ax8tmxLenGBomboigTofJFnz51MpKDEyOnByb3RlY3RlZC1h dDE1OjIwMTQxMTA0VDA4NDg1NikpKQ== =4K7Q -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/76F7E2B35832976B50A27A282D9B87E44577EB66.asc000064400000000000000000000020571046102023000223130ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v1.4.8 (GNU/Linux) Comment: Use "gpg --dearmor" for unpacking KDIxOnByb3RlY3RlZC1wcml2YXRlLWtleSgzOmRzYSgxOnAxMjk6ALZlsUNfTCYk jzIsNhB0iJl4C4cuZ/IeypdosZQxm1aIC+f+E2ly3BqGbMqbmheKcdS9SQs5DSzy s6W7XmeHDhrNzfStM/UuwiSfnM5E2cV2BgLpErKE56Kb/rf7/Ia12dObj2VV9oKr CwSYEISRdp5YMar6J7Vvz0nz1Pqf8mq7KSgxOnEyMToAoQkjVeVGG+B/SzJ6+yif dHWQVkcpKDE6ZzEyODoVw8i11+Plhxj9mnredV5SqI1hsLGZnPSzz2IcFP0XFDu3 HtUEG9FxZVFRQYWNCUKTP7cv5DYvmhlhc4oG0PhwFmZFLwPPlSAFZ3jfqfkh4RiM i01yqQGE6uOgML5ZWeQqb39Ngqf/ltWlcgNKpwVjMniMV5kfRzoupccZ+XI2oyko MTp5MTI4OlVm585daoJeQG/Pg7LdDkVuNBDT/63LysOfw5NqI+LjUXJScSLos76r IFLT0WOdmP74+RxFxdb31I3GYQlFjsy40e3nAi8QfaM0Q4n2WzPNkUENu7CyNccr fn6U9sYTLr3EI/bqIRp/KwoptFcmETUL62TxKcr4abrayK+Yr/lqKSg5OnByb3Rl Y3RlZDI1Om9wZW5wZ3AtczJrMy1zaGExLWFlcy1jYmMoKDQ6c2hhMTg6ndF2xFqT 19k3OjUyNDI4ODApMTY6QB3EeZz7Zs2uIRmjRj/ocyk4MDoN3zs2+IgNNxe0pZQ9 XzwAAgAA0MhK4ypYOdDc2fvfvCsjrhQyUW5ZQVVxFmf7hgY6YZzAlldXF9bD9DMC JtcJmap6Xk5D7VClxR97yHK+ASkoMTI6cHJvdGVjdGVkLWF0MTU6MjAxMDEwMTRU MTU0MzUyKSkp =8r3/ -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/7E201E28B6FEB2927B321F443205F4724EBE637E.asc000064400000000000000000000015601046102023000223130ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v1.4.8 (GNU/Linux) Comment: Use "gpg --dearmor" for unpacking KDIxOnByb3RlY3RlZC1wcml2YXRlLWtleSgzOmVsZygxOnAxMjk6AOgCS1p47zcd ec0UvVC0phewalHUU6f7mulWr0j0ZY1RU0IOP18HAeT7INcwPcUaUvC9KYenXmYb vO1i7sNNUCOsKUamwg+oSNMcbM3AwNwxlggTyJS1N6WzIX7MjRLUlUqtbLRhPDGl Cltt6yeAjS0pZT646TANaBDiRIgk94ADKSgxOmcxOgUpKDE6eTEyODpGh2X1Sy+4 Ip/RtMJDPZOY+Y6sWUN7OiM2BkdUmCLOmaOVfgrsEevKdSBBj0oVWN81U02i7jQz hhAI3tZMFJmP/hlF7AlS5HSaLj2+t1nHAKKy70QhskINR41CCv9sHAc5gN1WrY5N DpeI12GmqsWMPQVPUHsTTe0QsT6XbHzvCykoOTpwcm90ZWN0ZWQyNTpvcGVucGdw LXMyazMtc2hhMS1hZXMtY2JjKCg0OnNoYTE4Or78V63MKf6HNzo0OTMzNjMyKTE2 OkxDOAnTGrRgVCyb5u0UbCYpOTY6tghO175Vpfia/wJGrOUT0hgS3Es/EaEHv+bn jYBeErvROJrKtUboxoGox/Qa2xxpFFhFWtR3IX6rjmqS1a5RhwEmYxFb/IzVESuZ Kf00wS+lmJuR14ACnuAOfVF6OQP5KSgxMjpwcm90ZWN0ZWQtYXQxNToyMDEwMTAx NFQxMjA4MTIpKSk= =a0Os -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/8B5ABF3EF9EB8D96B91A0B8C2C4401C91C834C34.asc000064400000000000000000000011501046102023000224110ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v1.4.8 (GNU/Linux) Comment: Use "gpg --dearmor" for unpacking KDExOnByaXZhdGUta2V5KDM6ZWxnKDE6cDEyOToAzNix+drHTYCMxS8NiUZNpVTG nWfzMjxCqVyZYt9CEm7A4JcfSbgRUppqKunwreuDmmNGFc1W+lT1oLfvJaDi/oQ/ oubgIcq0EZ5gOUydaj961PV3ltNmaaUSZsJ6jRxaa0FB1cgx6EVB88gR6JB4mAM4 KV+Ct/f9QzPv2TMS8qspKDE6ZzE6BikoMTp5MTI4OjdzptnsiJ124yTW5ewhvUVp mDGuT9CuA3ggW65bjOhfravX5rfHMCXLPXMNXFgpA012vghVwun/ekkj7/rxapZm lE28YpSDj8Pwn/lkqNAjy466My+wUeoCgg7mEg/75is2ogKzx1L52nay7BGmfS41 5m7BBjWHsiUA6KRtFXt1KSgxOngzMTppFcbO0lgUP4k3sTNfSIfwBCt8YwBTmPk5 a7hTI4y2KSkp =miH9 -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/9D7CD8F53F2F14C3E2177D1E9D1D11F39513A4A4.asc000064400000000000000000000005341046102023000223570ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v2 Comment: Use "gpg --dearmor" for unpacking KDExOnByaXZhdGUta2V5KDM6ZWNjKDU6Y3VydmUxMDpOSVNUIFAtMjU2KSgxOnE2 NToEMIx/SmNEvuSVkX0Xq60JBOTUT4qTr3ywNqUOSaKijgdYKjwkIF+jpD+7TfSW vMznIU/Ued6WdRrqtQbi4KVzdCkoMTpkMzM6AIbAgwG04OO3x2tqboQ8eGekVM24 4oEWVVQjQwNeheokKSkp =RxSg -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/A0747D5F9425E6664F4FFBEED20FBCA79FDED2BD.asc000064400000000000000000000017621046102023000225400ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v1.4.8 (GNU/Linux) Comment: Use "gpg --dearmor" for unpacking KDIxOnByb3RlY3RlZC1wcml2YXRlLWtleSgzOmVsZygxOnAxMjk6AJyN1x9X9Lsj fX2Z8O9s7BzMO9OoOxFtvZw+FA0BuDs0WVYkq1GuZ9/XiO0K30zvtZnlb7NMvBfz 7xbLeYx+vKzy5xkq18+LE5dU+HKKdRQZKrrwgCsDy8tJRO447QsiLTksCDqPMaE3 2OCRBF5nKrG5vih7/cmEhf2CuAn+2yM3KSgxOmcxOgcpKDE6eTEyODoZ5eYysaLn AwPeqQ9vNvUyrCxUEmrvl4svG7zkkg3ZcgAbDpDQUmnijt3gEBCoAzO3c41TU5wJ aUNBEPGPWfKcTlmBEGJWjK50QQuA2diGncxIS5SDs+QVaf434a6/KFVQcCmV7K8/ T2S8/nuGJ/rIlFL5XovW6A/S9mYEjh2pDykoOTpwcm90ZWN0ZWQyNTpvcGVucGdw LXMyazMtc2hhMS1hZXMtY2JjKCg0OnNoYTE4OkuRjUFO6YIJNzo0NjYwMjI0KTE2 Or7L9Ekww4C0lZz3g61PzJEpMTkyOk7ezAcv7simMXQw+afvqUlhdoyVM4QQuhj8 KzqjNP3IC2fSHoFECWxGfC1fNcuqzRnzs98TqAy5BDnNXSW+e+CpenWtLpID/dvb azkeATfhMf/2KMd2Mahi6rnQ6IBnxhq1d5jLhYg00Ba1HbojEYOkCPKQlFV01bQw mUsyQ7sMr42JvdFTI4lDmQlHfqoexpFpLCDv4eUKjvG/K7xs0uLiF4vyMLVH5H/k 6EF9HEP9sUF+aTDJXrrfHOUG1LR6/CkoMTI6cHJvdGVjdGVkLWF0MTU6MjAxMDEw MTRUMTUzNTM4KSkp =soiR -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/A2832820DC9F40751BDCD375BB0945BA33EC6B4C.asc000064400000000000000000000015171046102023000223610ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v2 Comment: Use "gpg --dearmor" for unpacking KDExOnByaXZhdGUta2V5KDM6cnNhKDE6bjEyOToAx9HkS9EewRBeMrB/4u8wPapd l6spEli/46To7WcmBhmvEZJdG0ZQatYNvgkREqOadsgd49onjYaCkBSJtrJrSUOS +Mo56Ff/52ejToFyfuZs6Ky0UGm9tvKEJw3aZiGNAZ5Pyvp+Jf+xLDwvj0xHHAj8 lEEhOSrIrGvq4yx/+nUpKDE6ZTM6AQABKSgxOmQxMjg6DfYRUGbNEko1eq8wUEfM BBL6NRWlaf2/coVcLPIvCvASdlTWoog4KC7KiQOTKM07hp8Wz4u3hcDnMG/u60/u BPHPHCZThYlpGLVMhQwI46NZtMcRSNBp1rhJ5dt/FEcSFvseJOgce4PD/96bB3+c dbnvKcWM7ncRLj0wVfBzKeEpKDE6cDY1OgDanvj9klp9UkAgNwRxswOgiFOlGBsz J4dpCZHzWDCjYUd3eGWieynAnfuvctGTaMyB5xT7RwruntbgeRgPpejZKSgxOnE2 NToA6fv/DFn2WVRAODQVQQGGxsvO2cM847IFJu96BbbxOLaZJ536RE980c2a9q/9 B4hOYzKV4B4NI03u5/BqoOY8/SkoMTp1NjQ6ZIvWN1fksXhQMypVTLg8R81igqS3 GXKmQ+KrVEfTIHnXKxH7tyfDeJSS6nfpfARhAe2mP3TIrbjX+9PR+QmkgykpKQ== =dUou -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/ADE710D74409777B7729A7653373D820F67892E0.asc000064400000000000000000000015171046102023000222500ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v2 Comment: Use "gpg --dearmor" for unpacking KDExOnByaXZhdGUta2V5KDM6cnNhKDE6bjEyOToA5Hj2C3jzD8OGtLaw7+P2gYdA fR4s4YS3/AK+kYYtbm5EX4srysyUbylbQDQXUvRzw4FPkjXbboF6KjHw8icNWHCa zwSfPTfCDvi0JIildkfNqwBzCmNDRn++X8rvAeDCEJ/BtfcgfgmDTElSJOd+3B4X wnmtnBW54KlR42PLobspKDE6ZTM6AQABKSgxOmQxMjg6AkvpIaKimXAwf3G1m1nl +LEDKdo55gosry8XToQakvdeXyUerCkplTS1uax8smOQUvrIPYvvnQZ7S9wuPli3 FWH6l/O+2Cgdti99xTSPeJRBeCuf2vv3bAgu/0tyB8MZgRRM9j5NJCeGO7o4DwRg UkLWX2+R5p4daI2LRUfmV4EpKDE6cDY1OgDr3h6mXHrLT4qSNexzz8BAvK/PlHMA MAJcy76lXSkl92+c4BcpjFDr5Vpaq/VXoLC4L/IlnEEqY967pAycdLH7KSgxOnE2 NToA9/lAf6hJ4dHQ6ux5BH8DImq2OjW+sK3tIzzf6fpVkPjDuqOYidm+OL2SFCJa ymSWdVq2gQYbkcdRXdGKVJWDQSkoMTp1NjQ6NeHBLEuc/VX+h3ifO1jyMlh+9nZs HLkQzUyi2HnrXJ224cjvgc312wvtBQMUyLARWuEuMVMAwWofjX+GZXLz0ikpKQ== =Rw+Y -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/B2BAA7144303DF19BB6FDE23781DD3FDD97918D4.asc000064400000000000000000000032751046102023000224240ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v2 Comment: Use "gpg --dearmor" for unpacking KDIxOnByb3RlY3RlZC1wcml2YXRlLWtleSgzOnJzYSgxOm4yNTc6AM0QnGL35Fvz +RybOtdBOWPX8XHZ3CvPq0gr50pjtZGZLjlDe5Jf8oX24cGBVdFdILOlOglXNJX6 Qz5WxNrZtU53vDfkgjA8flQXFqIlkxv2ZkjKP2S+Vgr9LjbrFxxWRlZY+XqMNahE jbfA9gLr1GG8gM7ABsU7O03/pR2q7iF/aDMKm8asN7+k4/tW11e5yZeQkc+aBz8z bhBCZ90jdfQr5jHQsJx9EOlrCWvDcnGojDXQBc2AflwuEJQHSHqPsy4E5KnMlpp8 ZzFw2spfExWzNnEfZ/qQ9dXgnhdeNFmg/JRvgohreRExvO3yJiQMbH28UBTb/NBO e14F8j1XdfkpKDE6ZTM6AQABKSg5OnByb3RlY3RlZDI1Om9wZW5wZ3AtczJrMy1z aGExLWFlcy1jYmMoKDQ6c2hhMTg6kSqZ9Kag78g4OjE5NzM3NjAwKTE2OlKflmHj kP1iNdN0sAvT1dopNzM2OvOi7aAUszePhXP3b3zH60C9ygixV1MQIKMUTDlZkTFv uVwdyH8IsB5rwaIZV5kO9xOdTPZAUG+jw3i5vUJzVYb3tORlIQLMZl+cT6InABFm eZ0jC7n2i5qEGK5nb+7na4SRv7jOCDpvEvmX3UxYsx9OvnVq9ndNg0t95wDc8Yp4 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pgp-0.15.0/tests/openpgp/privkeys/C6A6390E9388CDBAD71EAEA698233FE5E04F001E.asc000064400000000000000000000026611046102023000224220ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v2 Comment: Use "gpg --dearmor" for unpacking KDExOnByaXZhdGUta2V5KDM6cnNhKDE6bjI1NzoAqBvNbHXRfWWcek7De5Xpw8bO d8KibdW2sE6F2ZeqifoTvLTDcv2lIGqqovKQuRV9x5UkUIY0RQ0F6uI0d/o3nBSt 8H8JsUylzCoTeds4UiFgpRA+O+egd8DyE7sABtlmBXHApYa7Vl/I/sASuSKS1VQF 0JzkWSzj+381GZDtSg7t2z+A+n9S0MmrSM4EtPHZ5aelr7CQ65FHhmOkebJqcfX/ j6gVX1FaZnJGzDkfgWDybaZWU9JXs+KlrJnVm6lO2YXb54TBnE2wW5PVm30dSCab YoHrivL01NuCadhUI+oiAVfTg41H69dRCelt07x2lrnXXdIX1/Q58h/a4IawxSko MTplMzoBAAEpKDE6ZDI1Njog6qS8HovBCoLrvf1v9wg5YfWupIlKiWTGu/FgjF6D uthfhGOa4giRwuEbm/RzkT46NL1SGR0mAilM9zL/5Ro7cR8n7rAWq+PxCLIck6zB BDEY0QfmkfGtUTX1YBHexXXBDieDIdEP1hyUqUZhQuBObi/fS8E4pt4TMjLTCTo1 XEqZxqvK11AD6y2GddnCtH8vTgUaALzxNks23nngDEAdaDfJMHobST4Jb9RYVHNN zsZnLkKRr+GIemOoRXlCvTmTaw+8Vh6vUq8OWB5jryNxmt64FtWAHpLcW0n5OE6S 6OlndqM92Xe9NT12wu75Mn+qTYrVauSPQvVveZMakG/hKSgxOnAxMjk6AMNAbeJx Bb6BlIWYMYrpAhkuPBgB3HvS0wZQ/n0j8LLEh+BJI8xa9HgDz7LOJPo00w6ERHvb Q+8VVBP69wxwHFJSfxJsImqUmQYXgoA2n/6GAqfj4oFK/FAsFd350bkaFnZcSxqj hJai8JQPku0cZqPudfRzThX5XIBbynMBNqIxKSgxOnExMjk6ANxpdW6WqMrWGerg X1i4MQd9ofyyWaT2XaGrnwMJY1qUqAqPViqZWPpPmya8mVrT9XkajdtPUm0zVzeK IjEScdvoS/pwkIMmM2+GRCFCo9zrsExeqa1cQpc8GFDZgynZ9/jXWeRiidU1xTMt gANAiZWOb8Ww6ti9p+t96liUEB7VKSgxOnUxMjk6AK/BZIZC/C6GJyRhEoTBlzmn nSC5eC6MojPTOQwd5VIkeEq4illBE7DF/5gFw/fufn7s+0vicZx/8yLH1mFYkbwq DfuoY/Da5lnRFw6fGOj4N0ikS26FApjlh2DS09HtIFuNAhErr5PDPjF1F31XL/1M 50jkxfKPamxMiEs8it0VKSkp =GHvX -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/C905D0AB6AE9655C5A35975939997BBF3325D6DD.asc000064400000000000000000000011071046102023000223630ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v2 Comment: Use "gpg --dearmor" for unpacking KDIxOnByb3RlY3RlZC1wcml2YXRlLWtleSgzOmVjYyg1OmN1cnZlNzpFZDI1NTE5 KSg1OmZsYWdzNTplZGRzYSkoMTpxMzM6QJASwJYtt7iJ0ho9ryWXzi6FYfC5KR+p uwXT8cWoMCuCKSg5OnByb3RlY3RlZDI1Om9wZW5wZ3AtczJrMy1zaGExLWFlcy1j YmMoKDQ6c2hhMTg6vuifz6Hv4GM4OjE5NzM3NjAwKTE2OpcAZjV5+F/YlpOPgp1b WQUpOTY6qFMSoZCpIVdpOB9iKNKcrowuxl4tpSya+TVyDRedFeYEJgrcUjLFa5qt Eqi/0/ceDijJBz1HGyZ1mRWwGOzCqhd/8ccVQlQp66GqO8x4Na9uYtfNurj1a7Gv kdi+aQ+UKSgxMjpwcm90ZWN0ZWQtYXQxNToyMDE0MTEwM1QxODA1MzApKSk= =FCvp -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/CEFC51AF91F68A2904FBFF62C4F075A4785B803F.asc000064400000000000000000000015171046102023000224330ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v2 Comment: Use "gpg --dearmor" for unpacking KDExOnByaXZhdGUta2V5KDM6cnNhKDE6bjEyOToAvkUCG0xYaTIkZiTwd1wCUF8a Q2+YdrBGjSfzCyB8DzbPozYA29eOAayDg9RuesQGISmFQ6YRSINsAogdNfZmKu8j VMp/2mRQR6necW4OKkdtdnAI8B6Qaj/clBJt990RahXcrXG13fa0n72TpRbxmUUs Y4KRpbCRm44rR9AAWPspKDE6ZTM6AQABKSgxOmQxMjg6IvI/yc3C60dXYh9kvzd6 AVMGWt5zTVFhE+oDfMaxooW5q0tu6vHzViFeYmcxB4FbctnSbTNiN0RUIT7oxpGE AAumKRejGAaMwiKZz3bMV05l0LI0Yn10GzXsLtRx+iKzpUxThZETRU43BJeMqP5/ rVqdQAu47pClgTwQWn6bXNkpKDE6cDY1OgDXtvl8CYDL/Q+9qZDCyItE5j7X4wRV en939fdDepuYAgsLLc7yqnDUOzajXWyx6PxygpnRs5cwmo2zbtZyyWKFKSgxOnE2 NToA4c2I2FZT8gQLl9E3LF8TkBACZzsGb/t3mBUhYNSNZ7W6R/AkZARLI3IZOto5 xhBrxfQayRISS2PBk390z3JlfykoMTp1NjQ6TamsumtzX7waNMzurt48kluI5Zy9 isGpweGpp1T+4L+DiXMMAbhFW60gdqqo4+vzkn2M/M/8BPrKCw1TlDn3TSkpKQ== =lYo+ -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/CF60965BF51F67CF80DECE853E0D2D343468571D.asc000064400000000000000000000032751046102023000224030ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v2 Comment: Use "gpg --dearmor" for unpacking KDIxOnByb3RlY3RlZC1wcml2YXRlLWtleSgzOnJzYSgxOm4yNTc6AL8OibB/4Jrv yu3WLmT9knI/wEmxSjU6PXn7xCyDgxXd45szIKV3uURsYVsexrIRr5y+uijOWq2J FunrhNV4sCGpRAnS3EA1y1zqFx7Ob0/k4bLvNn8UFNtblIlxqSjT2Oz2T5+4GAme Vo7Z49keWryDyMeo+J1cio0NacBwR5Ee+DL6NfGoSyYYHrrQOn9PCnASR/I7THMP 4l729yHnVNHnsgA1t/plvgXJj2Vf4KTu8NFaXFbd5a2gW14+nv2kUTenQuHs3Nn9 d9NQeXSZ3tWP7FvthgklO3bp+dmjbynDKacKQGWKFyYlnx/qNKRe9Wnr59vVSeyk tyA0pbyvYNcpKDE6ZTM6AQABKSg5OnByb3RlY3RlZDI1Om9wZW5wZ3AtczJrMy1z aGExLWFlcy1jYmMoKDQ6c2hhMTg6LskYBR0oJSs4OjE5NzM3NjAwKTE2OtX507Od 8u583SoOhgpvTDopNzM2OqQsv6qf5uCTG0KqleH7oUveFKt4ucEElrAyAiHe8x4c 5BIt9r2cz9yVyZjiolXC2zuGZMmt15odX+1vp9zUAaK5cFFFk8z6qEBEeFOP+4Ss iBeI2r3fHN+/mYMlyomBXV9bZ3ER3lio8iqdsnjkqFo+AfA3otGvrZNhXPa6GaLh 1KRW3D3Lg97gp+GwrsQ5sRQ6EFBlGzg2YFWLFGO1txvQfLECEzQMZaej1S6XNKY0 87LmmCNhyNvSP7WECb0PMwlXKDUEy7zjEK2VkGRSEg4Y8CmMFeW68Zrlvivcy01E KXQ2EpI0i9mxI/QnQa/6d4GAkuPywbJG4U/rgEDMwubHhp+QVNpU6JWy2KKnMVVf 7Ln5KMKCOKh3ZcvRYUq1yen8ybEOKJ2nFZ5VQfmSSXvW5yDClQCe8PwwOY1a5nw/ ODcPM4oeW8PmWncWNuhme/uicECa0wuJ4IGUKTyg/Vs4OLMjiXLwT1gblPEcfuws +3A3o494JOEqnyyvfM3ZmHE+RYe9+OV6/1JFsIhSn9cWty/H26QpuFvN5D2cXXKU txuqC8MmovtCRzG/ASja68rc0NC7uACBRvb90v5tlDCFmBZAPJmFnBnB/OGqQOmF dFXGRJiauaKOwRtEzC0wyMdkB5+j4/oBj4Nt3Ua5Qbk1B5m5M4YfEX4c89G635O0 cmO+c9ubv/oQSNcXnJmIDnIvwBXDMzS9psQp/LzIpXIpbJUU1tRclUL/LAQChhmS Isq2qP/s8jg8BNSjiXlRkLqg5xkcKuW757y725fiAOrNjDYYBNVC1XIPaVc1/Fkm T1Mcn0OuQ9Hwcj7C+lqcq7vSZkx6h5+YjvJ5uDUQvFVJMfoDbKMKsKuJ2qSK7ano ePtji6v9SylT9cSZnSngaar+j55JD/wocGlAcVOZ+fOkoo81wWAJ1+XNZX4YNQ+/ naNT4eyAq9k+CqxZjDOSbdg/aoOzFPDkRpDrkQGq1IcpKDEyOnByb3RlY3RlZC1h dDE1OjIwMTQxMTA0VDA4NDg1NykpKQ== =MG45 -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/D69102E0F5AC6B6DB8E4D16DA8E18CF46D88CAE3.asc000064400000000000000000000026611046102023000224670ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v2 Comment: Use "gpg --dearmor" for unpacking KDExOnByaXZhdGUta2V5KDM6cnNhKDE6bjI1NzoA255CUJxFEKLVwEoSgwZqXd94 AhjGUbMY6NXdFj5cCq0JmWZrbpT/5OblTrymiH1iLmI0ymo+/s8vh6NtB98dhr1s yH3asNQfXZRfF+u5X5hLDNPF4sUelsl4+EUef0Hbc9U+e+8F8A9TMxELSqQ8Ul3H u42hc+/ugkc1G/8++Sv/f60TqWcUR2GmuiAvkuS1WmdATMhwPr7vMfssV0X0mboz 32//b/UfuOyctso5FM+bRaKrEJDQ2WDg57yqnaqsKEgajW0jElpAVIn792W6YWKO k4auYSpO5f7BVs40Z+bxKGxiH87z9fnmlYAsQwPOOxZwWaCSrReeheK6c6emASko MTplMzoBAAEpKDE6ZDI1NjoYgHaQ5xkEJcvyhmZm/H8/doq9XnrkazZ7O5OimKsi Jx4BYZ4uGdeBd9/bbKFTwaauMBddrIQstNFuW5BIJt9KGgtvRC3y49JABClRJ45o mOVpSp3dkp+6s5hDHUsCvZvjN3D02LzxLx8u0lb6fopFp4rSD5dqB48KNTGQAbvK hqYZ521wmTfYLiy9taVAhqZLHlhfmrHYmdvvKjdNE3tSActlHWXdu119rdHhJ0zJ Rxx/N845rl+PXXdFHveQxCBhHBQpSUaKpte+ZbT4vrjyNugD6XjDi4HLI9CysUDP A0IFD+BJWw7NgYY51yamT7nNcMD6bJdgtt1FXbSgh7jVKSgxOnAxMjk6AN7btgbl HEHrKf77a9ptklDvd2bEkUOwj3bFavB1lpkliW1USoWMx97zjxRPzQOs6EoE7u9Z JRDO8xA9ZbI0WOk7io5OHpVp1BHyeqebqfxHzN5wsRphu+peg7vYfENVf0lA8LIU NeUkbfEWDQ+inXxqkgD51gPfrU3PRdCDM8fnKSgxOnExMjk6APxHMsTrjaUoITcI LqT35wDinFnX1+OgKD00krcUmc+G0ylLMolVxsB4yDVIkY8QfhbaGtFoP45PCnxS rvHKrTt/6sZJCWXf+3KaN0QSxyfi/mEPj3KbXhmaY6x8R4aB/M7ipLXNdj/308pu a50YPwIYyX0L0qoRBBo/xQDgOsXXKSgxOnUxMjk6AMzWw92nzShDRzPZwBvb48YY YzZFiFtJbcZ1n8DaiM7VmzAkRqwmCu6HPP/8IC4d6UkFUUlHyDyxSaKuA45Y+FR1 Pb2/Y/mQVsBanK4i+1oL4fYGexFO0qjA+8l2+6BEWbKQX60nIcFXD2hAP0aqWDGO lXrPhpWPRrwDd4j9DEvfKSkp =1cwG -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/DF00E361D34F80868D06879AC21D7A7D4E4FAD76.asc000064400000000000000000000032751046102023000223760ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v2 Comment: Use "gpg --dearmor" for unpacking KDIxOnByb3RlY3RlZC1wcml2YXRlLWtleSgzOnJzYSgxOm4yNTc6AK5ASAwdxvm1 x0sD1PVAjVCEgo2oqT3mg/onopj3t3dVlBuEv23f+5/EoLTEIAE8ulGDCBQRw70X j4e5B87oc5DxBs2uiMGbCX8L7cEQuXVRRrwQR5kJI62iCle1prehdXTWFgZUBXwQ 60GAGeft/MmznrUN4qy1qt7dp8eqOq9on9xA8uKzigCYEjRsGeScrFedAemg0so6 AWbCSz6S1BbZKxYPilbG7VMvpA24kgPqQiiaZESlFt7iey04WE9v26vH5CExVqFl +M+tAGIPw439X0leIpdidTWFdREw7DCkRBjZ8cWbLEIfhErco1mqlSxR1AvlSXnb yxerHQRO+KspKDE6ZTM6AQABKSg5OnByb3RlY3RlZDI1Om9wZW5wZ3AtczJrMy1z aGExLWFlcy1jYmMoKDQ6c2hhMTg6tIGQBN/WvYA4OjE5NzM3NjAwKTE2Olq8YLkU 7sO9zkXVYdR0ApwpNzM2OneDiO9TEO0M//ms4Wh2ZDR/oOHF67pj9woAkW+en7vv r512xqgFV2m2b2aFTJYgeJwWJgVItmgmoM4RsbtL3CVSXrKRi4fi3VbwWEN0p4MI wOXkbdFFxywvEQjQoNEvvBFHTlLkRIHzugfhUJID4wNzcGq55LnH1zoyXdUorlhi 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pgp-0.15.0/tests/openpgp/privkeys/EB33B687EB8581AB64D04852A54453E85F3DF62D.asc000064400000000000000000000005141046102023000223460ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v2 Comment: Use "gpg --dearmor" for unpacking KDExOnByaXZhdGUta2V5KDM6ZWNjKDU6Y3VydmUxMDpDdXJ2ZTI1NTE5KSg1OmZs YWdzOTpkamItdHdlYWspKDE6cTMzOkAWeeZlz31O4qTmIKr3CZhlRUXZFxc3YKyo CXyIZBBRaykoMTpkMzI6VN/VGmlcwGBPcLTya2hfU4t37nMcFCKdNSXjJ5DFA0Ap KSk= =eVhB -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/privkeys/FD692BD59D6640A84C8422573D469F84F3B98E53.asc000064400000000000000000000012551046102023000223410ustar 00000000000000-----BEGIN PGP ARMORED FILE----- Version: GnuPG v1.4.8 (GNU/Linux) Comment: Use "gpg --dearmor" for unpacking KDExOnByaXZhdGUta2V5KDM6ZHNhKDE6cDk3OgDbbxWAbWsheUJprK6VryMTpwDi YwMfL+92nrHqSfPqlpMWgDTia8qnpRSXbyEmSppp/6/Ygp+N3n32Kznq7PjHXiuW LlZGvZMtzmvaMA17y0GY6oLBxS7rhASXIKa9hEUpKDE6cTIxOgD/igRZcqjTHbCv I/mTtAPK5yJhqykoMTpnOTc6ALV10OZ7mJkWRMRYeGu1T3uwS7YYORJAHwd1fwKh Fys7P8HZaWIXqp8EqFxk8VUEiEo3ONN9jtIRgBmTbNywKbx6WfBItoYTPEoU0UGo oM1c/5rfmylyqwdIbMNXDhW4oykoMTp5OTc6AJNnAP6skpHlhVAmecLZT9eRzVoO q1ivUIntK2Mh47qsL74q6BBwz2sviPU2Y3pDlbb6Ed0qJAXvdCT24hlfoGoXzkoD InkPJTJeL0gCnwmQPjvXFFd71Cvg5LaL4lIQLSkoMTp4MjA6cZuCxaj7sT+FZqTO y2lNfMjaQMgpKSk= =s5nv -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/pubdemo.asc000064400000000000000000001054721046102023000154430ustar 0000000000000026 demo keys: pub 1024D/68697734 1999-03-08 Alpha Test (demo key) uid Alice (demo key) uid Alfa Test (demo key) sub 1024g/46A871F8 1999-03-08 pub 1024D/1AFDAB6C 1999-03-08 Charlie Test (demo key) sub 1024g/BC43DA60 1999-03-08 pub 1024D/FAEF6D1B 1999-03-08 Echo Test (demo key) uid Eve (demo key) uid Echelon (demo key) sub 1024g/7272144D 1999-03-08 pub 1024D/8FC282E6 1999-03-08 Golf Test (demo key) sub 1024g/9DCAD354 1999-03-08 pub 1024D/04259677 1999-03-08 India Test (demo key) sub 1024g/61F76C73 1999-03-08 pub 1024D/43C2D0C7 1999-03-08 Kilo Test (demo key) sub 1024g/9AF64D02 1999-03-08 pub 1024D/A9E3B0B2 1999-03-08 Bravo Test (demo key) uid Bob (demo key) sub 1024g/E29BA37F 1999-03-08 pub 1024D/EB9DC9E6 1999-03-08 Delta Test (demo key) sub 1024g/B0C45424 1999-03-08 pub 1024D/7372E243 1999-03-08 Foxtrot Test (demo key) sub 1024g/EE45198E 1999-03-08 pub 1024D/34C6E3F1 1999-03-08 Hotel Test (demo key) sub 1024g/D622AD0A 1999-03-08 pub 1024D/D2699313 1999-03-08 Juliet Test (demo key) sub 1024g/35F8F136 1999-03-08 pub 1024D/B79103F8 1999-03-08 Lima Test (demo key) sub 1024g/FE56350C 1999-03-08 pub 1024D/BE5CF886 1999-03-08 Mike Test (demo key) uid Mallory (demo key) sub 1024g/4F31EAE8 1999-03-08 pub 1024D/30CEC684 1999-03-08 November Test (demo key) sub 1024g/8B70E472 1999-03-08 pub 1024D/6D9732AC 1999-03-08 Oscar Test (demo key) sub 1024g/2681619F 1999-03-08 pub 1024D/3FF13206 1999-03-08 Papa test (demo key) sub 1024g/63330D9C 1999-03-08 pub 1024D/3C661C84 1999-03-08 Quebec Test (demo key) sub 1024g/A029ACF4 1999-03-08 pub 1024D/777FBED3 1999-03-08 Romeo Test (demo key) sub 1024g/11D102EA 1999-03-08 pub 1024D/A3AE3EA1 1999-03-08 Sierra Test (demo key) sub 1024g/0F1B50B4 1999-03-08 pub 1024D/85A81F38 1999-03-08 Tango Test (demo key) sub 1024g/101C0402 1999-03-08 pub 1024D/653244D6 1999-03-08 Uniform Test (demo key) sub 1024g/5522BDB9 1999-03-08 pub 1024D/61F04784 1999-03-08 Victor Test (demo key) sub 1024g/07287134 1999-03-08 pub 1024D/EC67DBDE 1999-03-08 Whisky Test (demo key) sub 1024g/FD6E27F6 1999-03-08 pub 1024D/567FB34A 1999-03-08 XRay Test (demo key) sub 1024g/41E408BE 1999-03-08 pub 1024D/4B11B25F 1999-03-08 Yankee Test (demo key) sub 1024g/F7B080AD 1999-03-08 pub 1024D/54ACD246 1999-03-08 Zulu Test (demo key) sub 1024g/A172C881 1999-03-08 -----BEGIN PGP PUBLIC KEY BLOCK----- Version: GnuPG v0.9.3 (GNU/Linux) Comment: For info see http://www.gnupg.org mQGiBDbjjp4RBAC2ZbFDX0wmJI8yLDYQdIiZeAuHLmfyHsqXaLGUMZtWiAvn/hNp ctwahmzKm5oXinHUvUkLOQ0s8rOlu15nhw4azc30rTP1LsIkn5zORNnFdgYC6RKy 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pgp-0.15.0/tests/openpgp/pubring.pkr.asc000064400000000000000000000026231046102023000162430ustar 00000000000000This is a test pubring generated by pgp 5 beta Type Bits KeyID Created Expires Algorithm Use sec+ 768 439F02CA 1998-03-17 ---------- DSS Sign and Encrypt sub 768 CB879DE9 1998-03-17 ---------- Diffie-Hellman uid pgp5 test -----BEGIN PGP ARMORED FILE----- Version: GNUPG v0.2.13a (Linux) Comment: This is an alpha version! Comment: Use "gpgm --dearmor" for unpacking mQFCBDUOrE4RAwDbbxWAbWsheUJprK6VryMTpwDiYwMfL+92nrHqSfPqlpMWgDTia8qnpRSXbyEm Sppp/6/Ygp+N3n32Kznq7PjHXiuWLlZGvZMtzmvaMA17y0GY6oLBxS7rhASXIKa9hEUAoP+KBFly qNMdsK8j+ZO0A8rnImGrAwC1ddDme5iZFkTEWHhrtU97sEu2GDkSQB8HdX8CoRcrOz/B2WliF6qf BKhcZPFVBIhKNzjTfY7SEYAZk2zcsCm8elnwSLaGEzxKFNFBqKDNXP+a35spcqsHSGzDVw4VuKMD AJNnAP6skpHlhVAmecLZT9eRzVoOq1ivUIntK2Mh47qsL74q6BBwz2sviPU2Y3pDlbb6Ed0qJAXv dCT24hlfoGoXzkoDInkPJTJeL0gCnwmQPjvXFFd71Cvg5LaL4lIQLbABh7QZcGdwNSB0ZXN0IDxw Z3A1QGRldi5udWxsPrABA4kASwQQEQIACwUCNQ6sTgQLAwECAAoJENY0E25DnwLKxIoAoPSyM/Mw BogpyMU5YY+Sj74k3UIfAJ0RopQa8ciickDVzoSVPrGysrnOkLABZ7kAzQQ1DqxWEAMA/wVrlNsP qTxWZbUiMrUN8MjTFR2xUhuTw3cdvRgiVPUT/q1l1+I3CpopVBx/XuAkg5sHB80zc6pZg652YFV3 dLoTceS7ridb5k23sHa2hZGCeTo6AdxIOy53giCPDP9FAAICAv9Oh5/OVxUqI+6hsp9ccOEhRA9N 8aJzYDPjvCQyhgej2P1kTsBZqWIx0/PiMvIt+qqhT2YfyD68mHIBztScAXZKTnjroUPKl0+bkX09 NbdyqojAkzhaCRKUzwnaHEfhi2WwAYeJAD8DBRg1DqxW1jQTbkOfAsoRAnaPAJ0Z/k6Y2ypgDhXo qBLeW7Lq/AKYEACeLTod6Nt117DkqDz9epmIqwWOE1ewAWc= =6BrN -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/samplekeys/E657FB607BB4F21C90BB6651BC067AF28BC90111.asc000064400000000000000000000051611046102023000226410ustar 00000000000000-----BEGIN PGP PUBLIC KEY BLOCK----- Version: GnuPG v2 mI0EVl9ZyAEEAL5FAhtMWGkyJGYk8HdcAlBfGkNvmHawRo0n8wsgfA82z6M2ANvX jgGsg4PUbnrEBiEphUOmEUiDbAKIHTX2ZirvI1TKf9pkUEep3nFuDipHbXZwCPAe kGo/3JQSbffdEWoV3K1xtd32tJ+9k6UW8ZlFLGOCkaWwkZuOK0fQAFj7ABEBAAG0 I0JhcnJldHQgQnJvd24gPGJhcnJldHRAZXhhbXBsZS5vcmc+iLkEEwEIACMFAlZf WcgCGwMHCwkIBwMCAQYVCAIJCgsEFgIDAQIeAQIXgAAKCRC8Bnryi8kBEe5MA/9x kAkLHRAw7ctTqp+ecHiOrqdXWbt9xJ0EHQX2M1wkWjqAHLEGIfPDGmO0G8MmwZhu mAQetr258lPrcUOZ86xhpy9dacLRFf+Uk0R3nYSbYHFFht64NQFv2dvH6XaR1DfS 6tnmu0L0BY3qN0BZJHZcVn5mUA8cvOwqSUDKB8k6ebiNBFZfWcgBBADH0eRL0R7B EF4ysH/i7zA9ql2XqykSWL/jpOjtZyYGGa8Rkl0bRlBq1g2+CRESo5p2yB3j2ieN hoKQFIm2smtJQ5L4yjnoV//nZ6NOgXJ+5mzorLRQab228oQnDdpmIY0Bnk/K+n4l /7EsPC+PTEccCPyUQSE5Ksisa+rjLH/6dQARAQABiJ8EGAEIAAkFAlZfWcgCGwwA CgkQvAZ68ovJARH0kQP+IMq61Zg+kBU6eL9eKZErcMtMWuddi1KCi8gAe8V7ZmcU 8sIjKcKewDBgxmYz5siZzf993f4D0aqC/2XrNLnkuQ2P6XzpKZI2CKZXpbJH2eB0 1F347MjDBA7P3vTwdzfVYklD3MAFC3Q42VGjbCx+OwVcODPZNfWAycQcYBvXS9G4 jQRWX1rrAQQAqCYxh+c0mGKVkNRLiSe19rSbOgLVJcL6dH1EnawO6klyypIbrDom 7DNNTlp7TMlwQ+UsKbmT8jwkU08/awg6W9Wq5LCABUStYrVcwJJlf3p4lBru0BSR laKuIslpk5Powfj2lPXX6o1eRHsnxk9FTD+MGcWkhfL9HF+Rq8vPcicAEQEAAYkB PQQYAQgACQUCVl9a6wIbAgCoCRC8Bnryi8kBEZ0gBBkBCAAGBQJWX1rrAAoJEBFB v3/193uDNhkEAIdnkbx6fKxEG6SX/GS/tBRFvvICDt9yGOJd+jmMPZoUODfd0Gkl sO7FHRDLL2nyXgz2vhiRBDuboeG8h3oi8QPSi+cg7+EwpVMVFKpEOrtdUVXCR+oo TLzD6z4dvdmE3+u6qrtKzkz5CsJ9CrEa0khR0b/We7GFQIpVyoD9NtNiQIkD/RX/ oNkRG87K2TlTiObMJl7hB1Bk7Sm/E5Pl3knoCkjyo2vkmdK/bVlGBNimDlPh/r1a ab/HTeBFjP+pMhqoLZZ8sp4gZ88wsG7AE9FxtRxQEuJKEKAz6rYFK+zl2bfSlSAn KL1g5PAQujyLkq8qLJHrZn1imUIsBE6eOyiOWQi2uI0EVl9blQEEAOR49gt48w/D hrS2sO/j9oGHQH0eLOGEt/wCvpGGLW5uRF+LK8rMlG8pW0A0F1L0c8OBT5I1226B eiox8PInDVhwms8Enz03wg74tCSIpXZHzasAcwpjQ0Z/vl/K7wHgwhCfwbX3IH4J g0xJUiTnftweF8J5rZwVueCpUeNjy6G7ABEBAAGInwQYAQgACQUCVl9blQIbDAAK CRC8Bnryi8kBESPWA/4gTmke4A3gieDvSRWCzQ5IFkr7B+4niPy6Qitlwmvy7Wdr xNSlZJpSN1UBBurIH4wcPV7nlKMuv60eb00llaBSH1HgAfcbyv35EC39Cgz5Ffaf 7f6EgIPjMGw9Ca1VNEWsfZnPfTz/JPiYzjjyC6N7nhfav4XjXxdicDHUz1pJubiN BFZfbpwBBADp5d9IcHOO6yy/UB+oNE19QRD3VjFeDruvq0DhKyDAK9QDpVM6Y8CZ Zb0Kn9jh50Fmk6/ZGzS5+11BFIY5B97hw2DBzHcgG+2Ca5NxAg6p5q9+FVfxfx+Q R+w+gIhZLZdUqVE3Mz8QcbzzZSeI6D5k5vmoX4Psy/uKVburSITNCwARAQABiQE9 BBgBCAAJBQJWX26cAhsCAKgJELwGevKLyQERnSAEGQEIAAYFAlZfbpwACgkQvKQ8 RB6pdHlhowQA2zOO2inuV/Z4Hl5PCDljiChFrKlddXkkdD7vXbdRh2XrQXMttmWW 9a2NoeYsI4GyRb0T9fT0c7hDgY1NY3k+UHB+ex33xH7X6YADW8mY01q2zJqec9IY P2eBAHZrHImlBGStWX+VVHGtZwsDvR/gxkZkYnN1GFPN2ll0z81O0CjjWAP/delj 0OY6Vc00SxfKJPb1ralpLIEMgRJWOayISHt6J4L1EGVVFs3gs9dqBQQ++65Iw55L m4+nieZzExTvSvYVBRbdWBgIJ1mFElHEy2KfeWzMA88pTMBssmH3xIGlkub/guWc OZSqAC5pVGPYCcXie7mx1k+5DrnQUgaf11zdvzI= =Htgs -----END PGP PUBLIC KEY BLOCK----- pgp-0.15.0/tests/openpgp/samplekeys/README000064400000000000000000000022431046102023000163450ustar 00000000000000 no-creation-time.gpg A key with a zero creation time. ecc-sample-1-pub.asc A NIST P-256 ECC sample key. ecc-sample-1-sec.asc Ditto, but the secret keyblock. ecc-sample-2-pub.asc A NIST P-384 ECC sample key. ecc-sample-2-sec.asc Ditto, but the secret keyblock. ecc-sample-3-pub.asc A NIST P-521 ECC sample key. ecc-sample-3-sec.asc Ditto, but the secret keyblock. eddsa-sample-1-pub.asc An Ed25519 sample key. eddsa-sample-1-sec.asc Ditto, but as protected secret keyblock. dda252ebb8ebe1af-1.asc rsa4096 key 1 dda252ebb8ebe1af-2.asc rsa4096 key 2 with a long keyid collision. whats-new-in-2.1.asc Collection of sample keys. e2e-p256-1-clr.asc Google End-end-End test key (no protection) e2e-p256-1-prt.asc Ditto, but protected with passphrase "a". E657FB607BB4F21C90BB6651BC067AF28BC90111.asc Key with subkeys (no protection) rsa-rsa-sample-1.asc RSA+RSA sample key (no passphrase) ed25519-cv25519-sample-1.asc Ed25519+CV25519 sample key (no passphrase) silent-running.asc Collection of sample secret keys (no passphrases) rsa-primary-auth-only.pub.asc rsa2408 primary only, usage: cert,auth rsa-primary-auth-only.sec.asc Ditto but the secret keyblock. pgp-0.15.0/tests/openpgp/samplekeys/alice-marker.sec.asc000064400000000000000000000012711046102023000212620ustar 00000000000000-----BEGIN PGP ARMORED FILE----- ygNQR1DFWARlrrUwFgkrBgEEAdpHDwEBB0D+NJLAvIyoOQyeKrJu9m5iD0MVuacp vyIVvU+uGpCTGwAA/1sXeNJuROAM1I02PwDqKm+2Xf56+rNflcGv4egIoTliEVvN EWFsaWNlQGV4YW1wbGUub3JnwoEEEBYIACkCGQEFAmWutTACGwIBCwEVARYWIQTx UMfZU+bLtFayDmFs1etwRNAu6gAKCRBs1etwRNAu6lA4AQDmZec6PZqrK4utmIQ6 9KEbRFmFTOK8aazvxaHWXRDQ7AEA5AKXPkpa7LyYU2+PAfpAwllNGM4YYinqSinI gwwQ/QbHXQRlrrUwEgorBgEEAZdVAQUBAQdACnbg0Y88o+amFpwjMuUb/CaZQjGY 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00000000000000-----BEGIN PGP PUBLIC KEY BLOCK----- mQINBFKD+38BEADSv5l4xOx9hCRJVcybq6yK5hTpGSFf3xo1bkhoMvyC62ehb4jD MDLwwNRyzCBEWQJLbq/LLizPFN2qXFJpXJcsuqsHNYRtDqDBEjtriRQwSqHnqTXt c0K46FYHldCJQ4/tBXxPI+WwtXjcNRWaV7n2BvR/Jk+B5e4Zz3LPnN0C4w5vORHs hN1jil8A3Hs/F+OmlQYrU8ZtNwTpSo2EXxe2fVgSDCsKRyNsPZj++OyujPzW+yaN lJ9I/q6s9gvX9o9o7nwZbqBETipWsdRK6RfBdTKpnyLNordbWwWTk6GxN8T5Ppit P6a3UlQ71VuflcswCTmEQ1pEfZrlRFKa9psBOW+cZLNxT9h0jGFMh6/B3w48Sag+ cFcPBFWParC+cAXBIURDxT9G6bzNLogg7YKoaPsyiXnLDH2VJUCXs27D2wPJL24Q S7npvsg63MPPssWgG5cauLznmNR4y5pQi6oH/C10v0zrUJy6FPJzQhYRhWOvhtz6 j88RGMrFNNCdB2VACtn699D+ixu3nRlXHIKCT+xLSfgslVYifmJOCNljBLGHOQ1e FJxQuNVpmmxjvk/8kqK+pHLB9Qn6M1ZYzip7OyUL3OAWabCabgEw2bQmUhiBWD3u buv0WAVOJEAFvBCAeYNQzrQMY+Rc3RnvynG4pI6Tbo8wC6/IJcDOw516JwARASB3 tChBNTUxMjA0MjczNzRGM0Y3QUE1RjExNjZEREEyNTJFQkI4RUJFMUFGiQI3BBMB CgAhBQJSg/uTAhsDBQsJCAcDBRUKCQgLBRYCAwEAAh4BAheAAAoJEN2iUuu46+Gv 9L0P/3tFu0LOZ/dAPjUNfKJCZqcIuVnD5xShMTsUbVx+QoXMy7rt4iRLD7ofGi/I vTAZehxk3sk/Slx5nbews+3NItyw6mcaP9HlmwKNr6k7BC2kJHcCxH4DNzhmIx1H 3T/CggtHX42JBYKlGf22y+M8jAbvsPOUfTznx96mYNrOY6s1dJyn0kRleqJ8+tGj /5+0y90iZnGCa0FtacQkKUPkXwVodeZVxk8z5OEipShYKc+8dl+5WsvOzHqLC/KY xCGRb4JaqEMwouLNg8dTNAXXUvFGqJNDX4+andggogmI1hdD9xExfSU9cAGegg2t vvveC4S+CCHd+zt88iK5ze6F61RxwYhhNbkuFGjdgNGCpHtG/BQhKnYJuKEbq3oi mgNyxJERlfgaWXveiMG0AmACXN+jCkTtqZjQnsg2N2QDL3tjY7usmuiwRL1aVOFG Kw5/Cc+2nDeANS3Xi1403Ni269b1c6kNSoLe4zd0WsbO3Kouds8F8EQfeheXQe97 ZxuvBOMsR9wHC3f0sl/vfxCGdUC+khmKk5taKnUeUFJmVmh5ghlVy8FySHGB0QHO zd8GUl59rFpQJNpNFQW2YKDhrcjxIr2AeJrdoDI6NsQ02+Qtep/bbq53hqtAD4jF t3S8vBbTXtRk6g2qn4ojF4SOIc8SAiZcURgVFuSJX8ngFbO4 =OEw/ -----END PGP PUBLIC KEY BLOCK----- pgp-0.15.0/tests/openpgp/samplekeys/e2e-p256-1-clr.asc000064400000000000000000000033141046102023000202360ustar 00000000000000pub nistp256/03288C74F8BE8F0F 1970-01-01 uid [ unknown] sub nistp256/A6ED196C7C513F1E 1970-01-01 Not protected. Taken from https://github.com/google/end-to-end/issues/326#issuecomment-123585977 -----BEGIN PGP PRIVATE KEY BLOCK----- Charset: UTF-8 Version: End-To-End v0.3.1342 xf8AAAB3BAAAAAATCCqGSM49AwEHAgMEmUwnXtxBvQY+nXvduAbd626NmYshRVi4 HULGQ9fAHjKqfld4qWk97o+ggZDAnhQJ/Jm3ljtXr3/SosXUsSh7AAABAP2/JEYo 22A3Ju3N3vhcbSuvJiHggUDtaomAX2ts2uGYEOvN/wAAABY8ZXhhbXBsZUBhbm90 aGVyLnRlc3Q+wv8AAACNBBATCAA//wAAAAWCVazty/8AAAACiwn/AAAACZADKIx0 +L6PD/8AAAAFlQgJCgv/AAAAA5YBAv8AAAACmwP/AAAAAp4BAACIEgD8C80DxHrk iIBDHF5EWguzM+gUTb4xmIdTAJ2wGUOnTOoA/RpWuJNKU3kdtnnmqce88//jN8VF 1Ho0BONH1b7dRV4ix/8AAAB7BAAAAAASCCqGSM49AwEHAgMEyfb375CDU05C3BXj FY3tGbGEmGrTgNj0lAzdbi7TVm5tiHidcNWPHSQPS8aMmygH23OvIkTBmJdCHR38 lGID/gMBCAcAAQD8IOp5uKaGHtkmHNdwiwizTl3a2fAltOEAmWwyS6X0qBD1wv8A AABtBBgTCAAf/wAAAAWCVazty/8AAAAJkAMojHT4vo8P/wAAAAKbDAAA88EBAKve TpskPN10clQ6TeCFqlq51jhB5ZhzPSq64ChB7p8nAQCa9aJZneQOvMDquN/1vpJK MvDHHXB+EgIsuAzL0DtfL8b/AAAAUgQAAAAAEwgqhkjOPQMBBwIDBJlMJ17cQb0G Pp173bgG3etujZmLIUVYuB1CxkPXwB4yqn5XeKlpPe6PoIGQwJ4UCfyZt5Y7V69/ 0qLF1LEoewDN/wAAABY8ZXhhbXBsZUBhbm90aGVyLnRlc3Q+wv8AAACNBBATCAA/ /wAAAAWCVazty/8AAAACiwn/AAAACZADKIx0+L6PD/8AAAAFlQgJCgv/AAAAA5YB Av8AAAACmwP/AAAAAp4BAACIEgD8C80DxHrkiIBDHF5EWguzM+gUTb4xmIdTAJ2w GUOnTOoA/RpWuJNKU3kdtnnmqce88//jN8VF1Ho0BONH1b7dRV4izv8AAABWBAAA AAASCCqGSM49AwEHAgMEyfb375CDU05C3BXjFY3tGbGEmGrTgNj0lAzdbi7TVm5t iHidcNWPHSQPS8aMmygH23OvIkTBmJdCHR38lGID/gMBCAfC/wAAAG0EGBMIAB// AAAABYJVrO3L/wAAAAmQAyiMdPi+jw//AAAAApsMAADzwQD/ahaSqogMflSlGJRU Z6Qb51EAaYBB5nL/u1ckWLh/CCEBAM83CFzh1qJXzYnl5DJNAPnj4jJgJKtSxOhn bvlk62wx =Xjs9 -----END PGP PRIVATE KEY BLOCK----- pgp-0.15.0/tests/openpgp/samplekeys/e2e-p256-1-prt.asc000064400000000000000000000035161046102023000202670ustar 00000000000000pub nistp256/03288C74F8BE8F0F 1970-01-01 uid [ unknown] sub nistp256/A6ED196C7C513F1E 1970-01-01 Passphrase is "a". Taken from https://github.com/google/end-to-end/issues/326#issuecomment-123585977 -----BEGIN PGP PRIVATE KEY BLOCK----- Charset: UTF-8 Version: End-To-End v0.3.1342 xf8AAAClBAAAAAATCCqGSM49AwEHAgMEmUwnXtxBvQY+nXvduAbd626NmYshRVi4 HULGQ9fAHjKqfld4qWk97o+ggZDAnhQJ/Jm3ljtXr3/SosXUsSh7AP4JAwLJdqYd 6K+4XWACOPArMgQfaUFtQY54pRS1Vo98N4Jpw7o0iYAr80y40s5DaBIcUD5UuMHM p5no4vv8/hVCkIWJvoD/08rIzJDYEc9h2S4Lzf8AAAAWPGV4YW1wbGVAYW5vdGhl ci50ZXN0PsL/AAAAjQQQEwgAP/8AAAAFglWs7cv/AAAAAosJ/wAAAAmQAyiMdPi+ jw//AAAABZUICQoL/wAAAAOWAQL/AAAAApsD/wAAAAKeAQAAiBIA/AvNA8R65IiA QxxeRFoLszPoFE2+MZiHUwCdsBlDp0zqAP0aVriTSlN5HbZ55qnHvPP/4zfFRdR6 NATjR9W+3UVeIsf/AAAAqQQAAAAAEggqhkjOPQMBBwIDBMn29++Qg1NOQtwV4xWN 7RmxhJhq04DY9JQM3W4u01ZubYh4nXDVjx0kD0vGjJsoB9tzryJEwZiXQh0d/JRi A/4DAQgH/gkDAsplyBF6DNuBYC3tTyYEL0QQjWrcaaeTk4JSb93mog6QlL610EO5 +muowWT9Dl8Ll77BjQSpj7mmqGHIj/IxJubOYqa+iW1e4pj5qlXCaBbC/wAAAG0E GBMIAB//AAAABYJVrO3L/wAAAAmQAyiMdPi+jw//AAAAApsMAADzwQEAq95OmyQ8 3XRyVDpN4IWqWrnWOEHlmHM9KrrgKEHunycBAJr1olmd5A68wOq43/W+kkoy8Mcd cH4SAiy4DMvQO18vxv8AAABSBAAAAAATCCqGSM49AwEHAgMEmUwnXtxBvQY+nXvd uAbd626NmYshRVi4HULGQ9fAHjKqfld4qWk97o+ggZDAnhQJ/Jm3ljtXr3/SosXU sSh7AM3/AAAAFjxleGFtcGxlQGFub3RoZXIudGVzdD7C/wAAAI0EEBMIAD//AAAA BYJVrO3L/wAAAAKLCf8AAAAJkAMojHT4vo8P/wAAAAWVCAkKC/8AAAADlgEC/wAA AAKbA/8AAAACngEAAIgSAPwLzQPEeuSIgEMcXkRaC7Mz6BRNvjGYh1MAnbAZQ6dM 6gD9Gla4k0pTeR22eeapx7zz/+M3xUXUejQE40fVvt1FXiLO/wAAAFYEAAAAABII KoZIzj0DAQcCAwTJ9vfvkINTTkLcFeMVje0ZsYSYatOA2PSUDN1uLtNWbm2IeJ1w 1Y8dJA9LxoybKAfbc68iRMGYl0IdHfyUYgP+AwEIB8L/AAAAbQQYEwgAH/8AAAAF glWs7cv/AAAACZADKIx0+L6PD/8AAAACmwwAAPPBAP9qFpKqiAx+VKUYlFRnpBvn UQBpgEHmcv+7VyRYuH8IIQEAzzcIXOHWolfNieXkMk0A+ePiMmAkq1LE6Gdu+WTr bDE= =Sgsj -----END PGP PRIVATE KEY BLOCK----- pgp-0.15.0/tests/openpgp/samplekeys/ecc-sample-1-pub.asc000064400000000000000000000016611046102023000211130ustar 00000000000000The key has been generated by the first GnuPG ECC version at http://code.google.com/p/gnupg-ecc. The sample key has ECDSA top key 0xBAA59D9C and a single ECDH encryption subkey 0x4089AB73. ECDH subkey uses SHA-256 and AES-128 with KDF. -----BEGIN PGP PUBLIC KEY BLOCK----- Version: GnuPG v2.1.0-ecc (GNU/Linux) mFIETJPQrRMIKoZIzj0DAQcCAwQLx6e669XwjHTHe3HuROe7C1oYMXuZbaU5PjOs xSkyxtL2D00e/jWgufuNN4ftS+6XygEtB7j1g1vnCTVF1TLmtCRlY19kc2FfZGhf MjU2IDxvcGVucGdwQGJyYWluaHViLm9yZz6IegQTEwgAIgUCTJPQrQIbAwYLCQgH AwIGFQgCCQoLBBYCAwECHgECF4AACgkQC6Ut8LqlnZzmXQEAiKgiSzPSpUOJcX9d JtLJ5As98Alit2oFwzhxG7mSVmQA/RP67yOeoUtdsK6bwmRA95cwf9lBIusNjehx XDfpHj+/uFYETJPQrRIIKoZIzj0DAQcCAwR/cMCoGEzcrqXbILqP7Rfke977dE1X XsRJEwrzftreZYrn7jXSDoiXkRyfVkvjPZqUvB5cknsaoH/3UNLRHClxAwEIB4hh BBgTCAAJBQJMk9CtAhsMAAoJEAulLfC6pZ2c1yYBAOSUmaQ8rkgihnepbnpK7tNz 3QEocsLEtsTCDUBGNYGyAQDclifYqsUChXlWKaw3md+yHJPcWZXzHt37c4q/MhIm oQ== =hMzp -----END PGP PUBLIC KEY BLOCK----- pgp-0.15.0/tests/openpgp/samplekeys/ecc-sample-1-sec.asc000064400000000000000000000022411046102023000210720ustar 00000000000000The key has been generated by the first GnuPG ECC version at http://code.google.com/p/gnupg-ecc. The sample key has ECDSA top key 0xBAA59D9C and a single ECDH encryption subkey 0x4089AB73. ECDH subkey uses SHA-256 and AES-128 with KDF. The password for the key is "ecc". -----BEGIN PGP PRIVATE KEY BLOCK----- Version: GnuPG v2.1.0-ecc (GNU/Linux) lJ0ETJPQrRMIKoZIzj0DAQcCAwQLx6e669XwjHTHe3HuROe7C1oYMXuZbaU5PjOs xSkyxtL2D00e/jWgufuNN4ftS+6XygEtB7j1g1vnCTVF1TLm/gMDAmHomSLb9NbE oyWUoqgKTbZzbFR/SWmiCcuiQEhREcTyvyU1hAglj7FsBJoQ6/pbeAEQZ3bVzlNM 8F0nF8KPLPuEADF1+4CntCRlY19kc2FfZGhfMjU2IDxvcGVucGdwQGJyYWluaHVi Lm9yZz6IegQTEwgAIgUCTJPQrQIbAwYLCQgHAwIGFQgCCQoLBBYCAwECHgECF4AA CgkQC6Ut8LqlnZzmXQEAiKgiSzPSpUOJcX9dJtLJ5As98Alit2oFwzhxG7mSVmQA /RP67yOeoUtdsK6bwmRA95cwf9lBIusNjehxXDfpHj+/nKEETJPQrRIIKoZIzj0D AQcCAwR/cMCoGEzcrqXbILqP7Rfke977dE1XXsRJEwrzftreZYrn7jXSDoiXkRyf VkvjPZqUvB5cknsaoH/3UNLRHClxAwEIB/4DAwJh6Jki2/TWxKO7gHKWIcOcxYZp CRWjlUghbKb6Q83p8GLPjKRN0USl/U1tObWdksqMXhUO0ePLWUnrbwoWYfYXg9Er ADTgCYhhBBgTCAAJBQJMk9CtAhsMAAoJEAulLfC6pZ2c1yYA/3eJRirPQZmBno+Z P/HOBSFWmFt4cUBGUx3oqiUd5loOAP480pb+vXx9ipljJWCJDSl/boRSuqB4hePP qt9Rd5gNdQ== =O8Dg -----END PGP PRIVATE KEY BLOCK----- pgp-0.15.0/tests/openpgp/samplekeys/ecc-sample-2-pub.asc000064400000000000000000000022431046102023000211110ustar 00000000000000ECC NIST P-384 key taken from https://sites.google.com/site/brainhub/pgpecckeys The sample key has ECDSA top key 0x098033880F54719F and a single ECDH encryption subkey 0xAA8B938F9A201946. ECDH subkey uses SHA-384 and AES-256 with KDF. -----BEGIN PGP PUBLIC KEY BLOCK----- Version: PGP Command Line v10.0.0 (Linux) mQBvBE1TBZITBSuBBAAiAwME9rjFrO1bhO+fSiCdsuSp37cNKMuMEOzVdnSp+lpn OJlCti1eUTZ99Me/0/jlAP7s8H7SZaYhqOu75T6UfseMZ366FDvRUzwrNQ4cKfgj E+HhEI66Bjvh5ksQ5pUOeZwttCRlY19kc2FfZGhfMzg0IDxvcGVucGdwQGJyYWlu aHViLm9yZz6JAMsEEBMJAFMFAk1TBZIwFIAAAAAAIAAHcHJlZmVycmVkLWVtYWls LWVuY29kaW5nQHBncC5jb21wZ3BtaW1lBAsJCAcCGQEFGwMAAAACFgIFHgEAAAAE FQkKCAAKCRAJgDOID1Rxn8orAYCqNzUJaL1fEVr9jOe8exA4IhUtv/BtCvzag1Mp UQkFuYy0abogj6q4fHQSt5nntjMBf1g2TqSA6KGj8lOgxfIsRG6L6an85iEBNu4w gRq71JE53ii1vfjcNtBq50hXnp/1A7kAcwRNUwWSEgUrgQQAIgMDBC+qhAJKILZz XEiX76W/tBv4W37v6rXKDLn/yOoEpGrLJVNKV3aU+eJTQKSrUiOp3R7aUwyKouZx jbENfmclWMdzb+CTaepXOaKjVUvxbUH6pQVi8RxtObvV3/trmp7JGAMBCQmJAIQE GBMJAAwFAk1TBZIFGwwAAAAACgkQCYAziA9UcZ+AlwGA7uem2PzuQe5PkonfF/m8 +dlV3KJcWDuUM286Ky1Jhtxc9Be40tyG90Gp4abSNsDjAX0cdldUWKDPuTroorJ0 /MZc7s16ke7INla6EyGZafBpRbSMVr0EFSw6BVPF8vS9Emc= =I76R -----END PGP PUBLIC KEY BLOCK----- pgp-0.15.0/tests/openpgp/samplekeys/ecc-sample-2-sec.asc000064400000000000000000000020051046102023000210710ustar 00000000000000ECC NIST P-384 key taken from https://sites.google.com/site/brainhub/pgpecckeys The sample key has ECDSA top key 0x098033880F54719F and a single ECDH encryption subkey 0xAA8B938F9A201946. ECDH subkey uses SHA-384 and AES-256 with KDF. The password for the key is "ecc". -----BEGIN PGP PRIVATE KEY BLOCK----- Version: PGP Command Line v10.0.0 (Linux) lQDSBE1TBZITBSuBBAAiAwME9rjFrO1bhO+fSiCdsuSp37cNKMuMEOzVdnSp+lpn OJlCti1eUTZ99Me/0/jlAP7s8H7SZaYhqOu75T6UfseMZ366FDvRUzwrNQ4cKfgj E+HhEI66Bjvh5ksQ5pUOeZwt/gcDAkrFTsfF6LKsqD/tW6Eot2DDE8znJjnQQ/Nr H98XT1WQ9V0ED8l9DDIIj7z80ED3NR8XMSI8Ew/A/0w6NDPL978BX0MGvpaeBaWV tEuH1EPAxiA+hFALwftY+a8s1zLktCRlY19kc2FfZGhfMzg0IDxvcGVucGdwQGJy YWluaHViLm9yZz6dANYETVMFkhIFK4EEACIDAwQvqoQCSiC2c1xIl++lv7Qb+Ft+ 7+q1ygy5/8jqBKRqyyVTSld2lPniU0Ckq1Ijqd0e2lMMiqLmcY2xDX5nJVjHc2/g k2nqVzmio1VL8W1B+qUFYvEcbTm71d/7a5qeyRgDAQkJ/gkDAqqmkngPLoJGqI4O rHyyU3wrrPzDDDURkseoUEZlDZINjyto26A8N825mqLqeFytJuuABYH1UnLs4d2x ZJZIYjEoFMPcFPuUtx+IZnECa1Vcyq2aRFCixVO0G/xrSFar =a4k3 -----END PGP PRIVATE KEY BLOCK----- pgp-0.15.0/tests/openpgp/samplekeys/ecc-sample-3-pub.asc000064400000000000000000000025421046102023000211140ustar 00000000000000ECC NIST P-521 key taken from https://sites.google.com/site/brainhub/pgpecckeys The sample key has ECDSA top key 0x6B4184E145AF2FFE and a single ECDH encryption subkey 0x07EAAA48A81C4838. ECDH subkey uses SHA-512 and AES-256 with KDF. -----BEGIN PGP PUBLIC KEY BLOCK----- Version: PGP Command Line v10.0.0 (Linux) mQCTBE1TFQITBSuBBAAjBCMEAWuwULfE2XoQmJhSQZ8rT5Ecr/kooudn4043gXHy NZEdTeFfY2G7kwEaxj8TXfd1U1b4PkEoqhzKxhz/MHK/lwi2ARzW1XQiJ1/kFPsv IUnQI1CUS099WKKQhD8JMPPyje1dKfjFjm2gzyF3TOMX1Cyy8wFyF0MiHVgB3ezb w7C6jY+3tCRlY19kc2FfZGhfNTIxIDxvcGVucGdwQGJyYWluaHViLm9yZz6JAO0E EBMKAFMFAk1TFQIwFIAAAAAAIAAHcHJlZmVycmVkLWVtYWlsLWVuY29kaW5nQHBn cC5jb21wZ3BtaW1lBAsJCAcCGQEFGwMAAAACFgIFHgEAAAAEFQoJCAAKCRBrQYTh Ra8v/sm3Agjl0YO73iEpu1z1wGtlUnACi21ti2PJNGlyi84yvDQED0+mxhhTRQYz 3ESaS1s/+4psP4aH0jeVQhce15a9RqfX+AIHam7i8K/tiKFweEjpyMCB594zLzY6 lWbUf1/1a+tNv3B6yuIwFB1LY1B4HNrze5DUnngEOkmQf2esw/4nQGB87Rm5AJcE TVMVAhIFK4EEACMEIwQBsRFES0RLIOcCyO18cq2GaphSGXqZtyvtHQt7PKmVNrSw UuxNClntOe8/DLdq5mYDwNsbT8vi08PyQgiNsdJkcIgAlAayAGB556GKHEmP1JC7 lCUxRi/2ecJS0bf6iTTqTqZWEFhYs2aXESwFFt3V4mga/OyTGXOpnauHZ22pVLCz 6kADAQoJiQCoBBgTCgAMBQJNUxUCBRsMAAAAAAoJEGtBhOFFry/++p0CCQFJgUCn kiTKCNfP8Q/MO2BCp1QyESk53GJlCgIBAoa7U6X2fQxe2+OU+PNCjicJmZiSrV6x 6nYfGJ5Jx753sqJWtwIJAc9ZxCQhj4V52FmbPYexZPPneIdeCDjtowD6KUZxiS0K eD8EzdmeJQWBQsnPtJC/JJL4zz6JyYMXf4jIb5JyGNQC =5yaB -----END PGP PUBLIC KEY BLOCK----- pgp-0.15.0/tests/openpgp/samplekeys/ecc-sample-3-sec.asc000064400000000000000000000022271046102023000211000ustar 00000000000000ECC NIST P-521 key taken from https://sites.google.com/site/brainhub/pgpecckeys The sample key has ECDSA top key 0x6B4184E145AF2FFE and a single ECDH encryption subkey 0x07EAAA48A81C4838. ECDH subkey uses SHA-512 and AES-256 with KDF. The password for the key is "ecc". -----BEGIN PGP PRIVATE KEY BLOCK----- Version: PGP Command Line v10.0.0 (Linux) lQEIBE1TFQITBSuBBAAjBCMEAWuwULfE2XoQmJhSQZ8rT5Ecr/kooudn4043gXHy NZEdTeFfY2G7kwEaxj8TXfd1U1b4PkEoqhzKxhz/MHK/lwi2ARzW1XQiJ1/kFPsv IUnQI1CUS099WKKQhD8JMPPyje1dKfjFjm2gzyF3TOMX1Cyy8wFyF0MiHVgB3ezb w7C6jY+3/gcDAv+CotECRPpSqGkqKrz+xAhAqswHXzFIBprFF0XiDooWktZSTAUR JVB2U6m28wC4rE3RkqFeR1B+kg4nxEAJ9k6BI8oDE0iyOY5aklF2TxPpTs/BA+N2 O4hnXb1l5qXfuyd3bSwDeyfq3CdFe4TeKp7vtCRlY19kc2FfZGhfNTIxIDxvcGVu cGdwQGJyYWluaHViLm9yZz6dAQwETVMVAhIFK4EEACMEIwQBsRFES0RLIOcCyO18 cq2GaphSGXqZtyvtHQt7PKmVNrSwUuxNClntOe8/DLdq5mYDwNsbT8vi08PyQgiN sdJkcIgAlAayAGB556GKHEmP1JC7lCUxRi/2ecJS0bf6iTTqTqZWEFhYs2aXESwF Ft3V4mga/OyTGXOpnauHZ22pVLCz6kADAQoJ/gkDAki71k/zBW2qqGyScDNNuWaA 9A5aWhpNNyRrFembt7f/W+b591G3twdNmdCIh29VoOmQw3fO8wwgsPTUxQFgd8J3 ncft0zciEcDZi/ztLZA3+rIIP2myZLIs9xLG+k+gf3nXpeED4uYqQX3GL+32PKwg =Qnd8 -----END PGP PRIVATE KEY BLOCK----- pgp-0.15.0/tests/openpgp/samplekeys/ecc-sample-4-pub.asc000064400000000000000000000012241046102023000211110ustar 00000000000000-----BEGIN PGP PUBLIC KEY BLOCK----- xk8EZOCbFRMFK4EEAAoCAwRI6QrAyzsLRhdeT+qIm77vBpRNhD7GkQF6FyPj2xZ4 6bbT+xEnDa+y8CK21o0vaKT5iq+Fo3OMtlAgP56SiBpHzRhNZS1YIDxtZS1lY2Rz YUBtYWlsLmNvbT7CiwQQEwgAMwIZAQUCZOCbFQIbAwQLCQgHBhUICQoLAgMWAgEW IQRi7HmfNzWzQlRzcoThWpuxWiOkPwAKCRDhWpuxWiOkP7JaAQC97Ag6txz+gSUf jVa3albk+FyPLjF4G89feLL0J53c5wD/bumD3u2Tpx3hDMIdNRtcMmqfkFsNCrmT LaVeaix7uanOOARk4JsVEgorBgEEAZdVAQUBAQdAhsveEHNtALI3yjZhpN3XwIDU 18DKCE8URvxu1LZbgWwDAQgHwngEGBMIACAFAmTgmxUCGwwWIQRi7HmfNzWzQlRz coThWpuxWiOkPwAKCRDhWpuxWiOkP2ZlAP0dHvRxa1cGUOF8CG+7JwOEH2g2IZaT qCwBMGu1I5lRTQD/etITcEKD0Ee/VpJOBlyvOxdNtD2M8S+LhCuLK0ZK8p4= =MvON -----END PGP PUBLIC KEY BLOCK----- pgp-0.15.0/tests/openpgp/samplekeys/ecc-sample-4-sec.asc000064400000000000000000000013741046102023000211030ustar 00000000000000-----BEGIN PGP PRIVATE KEY BLOCK----- xXQEZOCbFRMFK4EEAAoCAwRI6QrAyzsLRhdeT+qIm77vBpRNhD7GkQF6FyPj2xZ4 6bbT+xEnDa+y8CK21o0vaKT5iq+Fo3OMtlAgP56SiBpHAAD/bDuap2f3hbU3wNi6 X6VGd+am4oEyDfuyfIibj6RgZw8STM0YTWUtWCA8bWUtZWNkc2FAbWFpbC5jb20+ wosEEBMIADMCGQEFAmTgmxUCGwMECwkIBwYVCAkKCwIDFgIBFiEEYux5nzc1s0JU c3KE4VqbsVojpD8ACgkQ4VqbsVojpD+yWgEAvewIOrcc/oElH41Wt2pW5Phcjy4x eBvPX3iy9Ced3OcA/27pg97tk6cd4QzCHTUbXDJqn5BbDQq5ky2lXmose7mpx10E ZOCbFRIKKwYBBAGXVQEFAQEHQIbL3hBzbQCyN8o2YaTd18CA1NfAyghPFEb8btS2 W4FsAwEIBwAA/2kmu8QRlqbG+TC7Oq8g/A8LlvqIANIeA2HiyyFDQHggD3jCeAQY EwgAIAUCZOCbFQIbDBYhBGLseZ83NbNCVHNyhOFam7FaI6Q/AAoJEOFam7FaI6Q/ ZmUA/R0e9HFrVwZQ4XwIb7snA4QfaDYhlpOoLAEwa7UjmVFNAP960hNwQoPQR79W kk4GXK87F020PYzxL4uEK4srRkryng== =X+kB -----END PGP PRIVATE KEY BLOCK----- pgp-0.15.0/tests/openpgp/samplekeys/ed25519-cv25519-sample-1.asc000064400000000000000000000016161046102023000216070ustar 00000000000000pub ed25519 2016-06-22 [SC] B21DEAB4F875FB3DA42F1D1D139563682A020D0A Keygrip = 1E28F20E41B54C2D1234D896096495FF57E08D18 uid [ unknown] patrice.lumumba@example.net sub cv25519 2016-06-22 [E] 8D0221D9B2877A741D69AC4E9185878E4FCD74C0 Keygrip = EB33B687EB8581AB64D04852A54453E85F3DF62D -----BEGIN PGP PUBLIC KEY BLOCK----- Version: GnuPG v2 mDMEV2o9XRYJKwYBBAHaRw8BAQdAZ8zkuQDL9x7rcvvoo6s3iEF1j88Dknd9nZhL nTEoBRm0G3BhdHJpY2UubHVtdW1iYUBleGFtcGxlLm5ldIh5BBMWCAAhBQJXaj1d AhsDBQsJCAcCBhUICQoLAgQWAgMBAh4BAheAAAoJEBOVY2gqAg0KmQ0BAMUNzAlT OzG7tolSI92lhePi5VqutdqTEQTyYYWi1aEsAP0YfiuosNggTc0oRTSz46S3i0Qj AlpXwfU00888yIreDbg4BFdqPY0SCisGAQQBl1UBBQEBB0AWeeZlz31O4qTmIKr3 CZhlRUXZFxc3YKyoCXyIZBBRawMBCAeIYQQYFggACQUCV2o9jQIbDAAKCRATlWNo KgINCsuFAP9BplWl813pi779V8OMsRGs/ynyihnOESft/H8qlM8PDQEAqIUPpIty OX/OBFy2RIlIi7J1bTp9RzcbzQ/4Fk4hWQQ= =qRfF -----END PGP PUBLIC KEY BLOCK----- pgp-0.15.0/tests/openpgp/samplekeys/eddsa-sample-1-pub.asc000064400000000000000000000012131046102023000214320ustar 00000000000000pub ed25519/97965A9A 2014-08-19 Key fingerprint = C959 BDBA FA32 A2F8 9A15 3B67 8CFD E121 9796 5A9A Keygrip = 0DD40284FF992CD24DC4AAC367037E066FCEE26A uid [ unknown] EdDSA sample key 1 (draft-koch-eddsa-for-openpgp-00) -----BEGIN PGP PUBLIC KEY BLOCK----- Version: GnuPG v2 mDMEU/NfCxYJKwYBBAHaRw8BAQdAPwmJlL3ZFu1AUxl5NOSofIBzOhKA1i+AEJku Q+47JAa0NEVkRFNBIHNhbXBsZSBrZXkgMSAoZHJhZnQta29jaC1lZGRzYS1mb3It b3BlbnBncC0wMCmIeQQTFggAIQUCU/NfCwIbAwULCQgHAgYVCAkKCwIEFgIDAQIe AQIXgAAKCRCM/eEhl5ZamnNOAP9pKn5wz3jPsgy9p65zxz1+xJEr/cczFQx/tYkk 49tkeAD+P9jJE4SFD2lVofxn1e22H7YLvcVyHDOA9gpYWTNXiAU= =Jbi7 -----END PGP PUBLIC KEY BLOCK----- pgp-0.15.0/tests/openpgp/samplekeys/eddsa-sample-1-sec.asc000064400000000000000000000014311046102023000214200ustar 00000000000000sec ed25519/97965A9A 2014-08-19 Key fingerprint = C959 BDBA FA32 A2F8 9A15 3B67 8CFD E121 9796 5A9A Keygrip = 0DD40284FF992CD24DC4AAC367037E066FCEE26A uid [ unknown] EdDSA sample key 1 (draft-koch-eddsa-for-openpgp-00) The passphrase is "abc". -----BEGIN PGP PRIVATE KEY BLOCK----- Version: GnuPG v2 lIYEU/NfCxYJKwYBBAHaRw8BAQdAPwmJlL3ZFu1AUxl5NOSofIBzOhKA1i+AEJku Q+47JAb+BwMCeZTNZ5R2udDknlhWE5VnJaHe+HFieLlfQA+nibymcJS5lTYL7NP+ 3CY63ylHwHoS7PuPLpdbEvROJ60u6+a/bSe86jRcJODR6rN2iG9v5LQ0RWREU0Eg c2FtcGxlIGtleSAxIChkcmFmdC1rb2NoLWVkZHNhLWZvci1vcGVucGdwLTAwKYh5 BBMWCAAhBQJT818LAhsDBQsJCAcCBhUICQoLAgQWAgMBAh4BAheAAAoJEIz94SGX llqac04A/2kqfnDPeM+yDL2nrnPHPX7EkSv9xzMVDH+1iSTj22R4AP4/2MkThIUP aVWh/GfV7bYftgu9xXIcM4D2ClhZM1eIBQ== =+9EF -----END PGP PRIVATE KEY BLOCK----- pgp-0.15.0/tests/openpgp/samplekeys/issue2346.gpg000064400000000000000000000066031046102023000176370ustar 00000000000000-----BEGIN PGP PRIVATE KEY BLOCK----- Version: GnuPG v2 lQOXBEs9OwYBCACz+AMJEU9xL4LK6LIbNkMYdoG1aXh0j/wS+0uzxMMw/xXgkzep KLwBd5QpSnJMTJ0n032dSwTbZ6vkJsJq5vuD0LIrHZeEcnt6pAPmz595I82IZmpi bgp9DQStaRlHIjWfe/KucXmT+yn3xyy8vBls03wksirC1RdQR/46h+Ra2AQpBXWq L0ZIVu3QL2TydLQN2a8+k0u5Y+avqTYCX4r9n96/0L2hbwMsoL+vtuDIQK4bknm1 uZD+xd/9eLFzInXe4Qv4IjES+IaLXWuzytF0ZvE6ZYuMpEUmZ60KeuiOWEZie82Z 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stmZGTR2tuWQQlTDa4WAqWu2ybYJceE4tq3Fam8P5mjFKnlb9OSrS692voRg1AFL FHyKOvn9BARixE/XFYv1TyUVFNM4AF4wQaVfdU29VySF7oU7sB786yXFgdQrVq9d mfFmzLconhcHmvz2pRbIiXIJHwnETQQA4dRLkYL1hQxbM+ymwYMJxkasLPcId+2v NmxPKA518cADWfkFLakQmPH8wD6p9wBToXRxK275S5YQFOLgxk9QikT8N6OY9h6b oCEDqHOe1wis5VCc6pfTGwv3LtgMuGFoKoCScpTWJ8ZywRSORGLB0IzfVSE1JEzs rX2F567Ty8MEAPfPVTQ7HjTfnOw9Zx0jxE5sa0VdeWntfCv3RAGRCzwSvH0YEPBw pN/Ug1JyGUu4pPvJ5g++cLUCfklf0x3CYEOsnUO3VXdo4jssSc4ZjWo+Y/T65Nbq ux0YrMkhwVAl4ns8iXTiBkLyzP9wucSI9Kr1JaAwCb3Mb2wgMdHlf3WnBADy+gfS VpGcw38RlrsGdWCpAy4s7XEC9SjW2A+rxd+5jQRSnYxOuP2xBu8zDfUH3melKeeY EF3Mj41zz/lNE49+UXMSMivKzKtycwrw9vx7hPewRv/lLXoDbPdKq/p4bT8M6nL3 InNmdpdGS171v896JWFWa8OVS1hLrf1LRY7dc0IziQEfBBgBCAAJBQJLPTsGAhsM AAoJEFdhCRMaRnhsSUcH/0MiISSuJhwAWMVwD59TTaaUV0AtuflyJcfR3c5natrf jYt5Ivigy3gNc04YkfhP04nuD2v/2uGqppPVFtSY/wiezWPfDCY0TWL35faAUCt1 sx5m1w+lzNQpSkx9xVXHKtNikzKRrOaCDv3h2Gad6hU6sH5O1kSFdYD4joScmL0L QpkO8SR2lXlRvWgClGafipd3SKFd9hz9JP2kyTwrSzvlOBarJek71bsmU25xiMcx x6eUXD6/jd7XTL9u6t1RijuVkwMBVu+pcgOdu8921kMLOnX3T0qUQPGWtDAQWIEO C4R9JafHZDPP/xWgPXiRlDm5O4CA6yNANTfw9r3dtTQ= =njf7 -----END PGP PRIVATE KEY BLOCK----- pgp-0.15.0/tests/openpgp/samplekeys/no-creation-time.gpg000064400000000000000000000017231046102023000213400ustar 00000000000000ฦภเ๙ฉ๐-๖*๙ำFŸPc5”ษ๙‡้ Jr ๖ฉฅโ*โc๒”Uำ’ž,Sh—๗ูง€ศขW/พj“`ฎ๙w>เwหSŸ,ิ9~เ†์๎ย+กBภ4กญพษOเพะHท๐– vRW-ห7๔ฏ’hฺูชถŠŽ{‘e?๒)(ฑg ฤ9C“(๏๚พ•šทbU๘ฬœข๎Šิjฆz*๎๐๓คvˆทDฎC๒pใศOษoeE[=uฯfF9”>าฑปา\,Fห้ๆM2aK็ชตœJesaFฃน๛?ซoฎLด] ถ้Uฟ#Aษž k-s ๏ /ฯb>มื>cAZ.Nิ/น๘๑ัใUVHl‚เE๐ž๒ถYk€๙ฐจ๏g๒`ŸเSจึ8’Bฐ&46g6โต …žญึƒษg kฑศๅ,Zิtย$ํ=Gb?t2ฅษJ”๖Œำmะ๚ํ๏ฆxฬx๐œฅTZ;giฐัIุ๒mห๕.y๒ŸเTเXษIฏnฎ_ฅ“่š-|xใU k3}ศ๓fžNๆ^Š:Rk6a>išอšจ`'f|Y๓-Š#h^ึๅGๆSแฬตีจ๕—rร๙ซาUส<ฒฝi–IัWjฮูwะ•ฟต>ี‘๚ผ]0}€}|g๋ฦ0Cยา [=๓ี}uฒฝw˜4?จCถ\>Gโืtู‡S/ฑปn>W๙=๛pDTฮ+๑NRJW}อํO๗ปCฟฦุƒื฿พ&QOิRZO‰๓‡Gc ฝŒ็ม๗ยFIeฮq  †|ฑz฿ๆนž#fRzS๊+ๅํ‡;~ ท๓‹ัŸv๖๏๕ซ—กaW`็zœHpgp-0.15.0/tests/openpgp/samplekeys/rsa-primary-auth-only.pub.asc000064400000000000000000000021401046102023000231220ustar 00000000000000pub rsa2048 2017-02-14 [CA] F74B4029E6906D12EBDA8EE3BD7744900FDABC8D Keygrip = AB1BB1843677AF7CC4D6C14444320C3FF4147E98 uid [ unknown] ssh://host.example.net -----BEGIN PGP PUBLIC KEY BLOCK----- mQENBFiizWgBCACi28riS0AaC7UvXaZfoafEvcXq/MAq6akiowPf3eY4zz5DkBPf Ep3kGuDMAFqULvchIt9vpg719Zar/Xldi+UG+/KsDz+TT5k+nP6CwvBHbAXXtISv S51TKKnTFpvjcgJc1BMFN0pGf7JnZx1QfRfsZO2BvS4qVzYCWbSS9hlpMq4aIgOc ERBMsZYMPnI4ijbXysksecDC91kbJH0q5j8aGir5sDyrDwfVLp0SUAubRFU5gXuZ SEv9QmeV7XoXKXzk9KEYy7GUgoAJzabvbF0rVXqd3DE8KFkwK7rKBe8sGC04DWlK j/sHJcAfMSqCi/SZyYpO+FSfnB+uJ1BNc05hABEBAAG0FnNzaDovL2hvc3QuZXhh bXBsZS5uZXSJAU4EEwEIADgWIQT3S0Ap5pBtEuvajuO9d0SQD9q8jQUCWKLNaAIb IQULCQgHAgYVCAkKCwIEFgIDAQIeAQIXgAAKCRC9d0SQD9q8jZBrB/41MJWUeclV tM60+ydPNgUJwyRXpKdLIm/AtM1zOijlFkwsaMmzbFSFJJX98HGASHdU5OpL2Lv3 1NNDNMbUuFumApVrLzJUBugFRb+8/uY7H3Z0/YKQ9g9OC3z7+uqFFv/+/wA+VdYX Zy6uim8E4OlJ41S68fQcMiTxbLTCDkvBbpf505t6JhNqF6JB+SBFQJXvRqjoydXf dyoiDz9N1V0ERzmGEiPewvHg2zWcVia07NGhxN3slQ3klOfYJQ8Ye72feNq1zKCy 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+wRix4Rw1xL59EpowGWGuZ9Ky9aG5w7iZICBakgvs+QBnF0EV3IgFBIKKwYBBAGX VQEFAQEHQCdfyKinwttnpD0M/OIZGMwkLHtPdAgOnvnpdj8/gNxEAwEIBwAA/27g /G5idxYoUaAsG8cq5ziA9OvRovQKT3E6MLGIBv7QER2IYQQYFggACQUCV3IgFAIb DAAKCRAU7c/7qiee5KeqAQC96Df0rgZteOKtiMt+wXwQufkjT5XrDWNyvI+NaVhS 2QD/cUSRyh72N4sp8MV8BhN9RE+snFc2OW6ROafIizDtRgE= =tU5z -----END PGP PRIVATE KEY BLOCK----- pgp-0.15.0/tests/openpgp/samplekeys/ssh-dsa.key000064400000000000000000000012401046102023000175350ustar 00000000000000-----BEGIN DSA PRIVATE KEY----- MIIBvAIBAAKBgQCx0bAMKBKzYJugVtUFRRiF8jV4eT8mowj5C0q4QRPuPAGgPdqq g1PKmoIpCKLynqH29+BFErp1OOenWKRdu9claTu0lmIrMYeYw8liKsyMTg5/DxoV sRXD1DFoKdeZPDVUxOEQWsLf/IuuLXy4c9GxzET88wUDeieV+GcYQFADoQIVAKS7 giO+VWOnwqr0p/csUWltpo8TAoGBAJcVpe9riXRuxJtmy1sbJJzOvtPtXk5MCpGs T/KEXJuVZvu334zkySDd9Is1ML2g5e81ONRCgCGHpwNOzoLC4+yp+pr1E+B2xkUY ouEtZWhKlbaYw7UdHiRRMEVJqvu+CdyI2gwOveDSrVhoXmGyz9PQVNoiuRXP2hMF C21jNnBrAoGBAILRAY0/mqsaOTII3uC8KvqwbKlmPnYMJr0COmU1PbOXvaeyWLqG NHhwPZg6OEhqEk+WMIwb2Dcv70AIYKQU8jX0elh0lk6pE8bomn7/ZIkqa60VG1Cx 8x2GUNag78LvnLfmUPAXOrrCPfbGuqdogCymUz1qrtEzdOSbeBvCMAAFAhQr1sV4 +UWhlUoExLMDdIyT/ohfxQ== -----END DSA PRIVATE KEY----- pgp-0.15.0/tests/openpgp/samplekeys/ssh-ecdsa.key000064400000000000000000000003431046102023000200500ustar 00000000000000-----BEGIN EC PRIVATE KEY----- MHcCAQEEIF8Mt42n5l2eJB2rk5TSnS98xAtR2VfmmI96WT5OtFrdoAoGCCqGSM49 AwEHoUQDQgAEsphhghltvEj+1rFEcIlSNy2ze7IMHdhGsH060PwOzjKTy15M8zHI uaH9SOMXTzn3Bial8bxrXLsOYEhRZhYSrA== -----END EC PRIVATE KEY----- pgp-0.15.0/tests/openpgp/samplekeys/ssh-ed25519.key000064400000000000000000000006171046102023000177730ustar 00000000000000-----BEGIN OPENSSH PRIVATE KEY----- b3BlbnNzaC1rZXktdjEAAAAABG5vbmUAAAAEbm9uZQAAAAAAAAABAAAAMwAAAAtzc2gtZW QyNTUxOQAAACARyDcsgSrXAdihOuO5lN+qVKVPdwsXCmOZ61XYVUA1MAAAAJAOqdhVDqnY VQAAAAtzc2gtZWQyNTUxOQAAACARyDcsgSrXAdihOuO5lN+qVKVPdwsXCmOZ61XYVUA1MA AAAEATyEkvuhAExcEet+Rc2Qz2Fxg4iIi4XXJLpZFKwWsY3hHINyyBKtcB2KE647mU36pU pU93CxcKY5nrVdhVQDUwAAAACHRlc3Qga2V5AQIDBAU= -----END OPENSSH PRIVATE KEY----- pgp-0.15.0/tests/openpgp/samplekeys/ssh-rsa.key000064400000000000000000000032171046102023000175610ustar 00000000000000-----BEGIN RSA PRIVATE KEY----- MIIEpgIBAAKCAQEAxp4sIUtrNBl4Vbd4075CmtHmwxTc0FhQIGw36kptbrWReLb9 Np0RQylKyc6qUruxZlCdPVFo7iX3vs272/0GEakPv0DAsKGbe1nTsMyxxz0o3dP4 JQOlOGEnpETa0ybfPLMX1+qNiBdm7HLjqcP5+S0Exb0Z0deFNIhEP6XckUEgHmwA /AdDdUUKwwvZeZOi4XyBVt0vXzwM/+84ro27O+CZm9Du3qe1jTIsX7jUrqsUBhp9 eUwa1jXfXuJJo9b4/GeP4S9x8U7ho+BQ6/HH03dzcKaY3FftanCZkcwxfGBBUiCK pIA5WgKimLcgP2R75Y3jilDoBh5HyIdGXo0aFwIDAQABAoIBAQCBXLIHeXS4eUJc KeSjnQ8KgV4Yf3UWqf5+L533lkRSUCYQhrbDpGeC49kXOejLe/4eUrEnJ+f8/HOx LZSGwvT5+bAM9CLMqGV5YNc1Fw1PZHFCkfXUPdyVrQnBvyr7Th0mDsuf0OAf3IYn yOipQMCGX6D1HaY8e3AB+CLjhab0X1vAwvqzPb/HIdtMhRWlJxzbuqnE3kr+Ccvz us3vmD4VBp0CF0f+yblcibMCHdHY6j8Ir6Qeq6Mbd6lEXRPW1TgUqP15idVaJ4AF 1kGXDW9O0ycgrbopGZfk5yY60fEHGdr4QYjx2Gtx2xQcnPcjJ+j5kGgubKWxNhJE 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pgp-0.15.0/tests/openpgp/samplekeys/whats-new-in-2.1.asc000064400000000000000000000173761046102023000210110ustar 00000000000000These are the keys used in the whats-new-in-2.1 document. The private keys are in ../privkeys and protected with the passphrase "abc". -----BEGIN PGP PUBLIC KEY BLOCK----- Version: GnuPG v2 mQENBFRXu3wBCACvB4RPDJkf4kHR8OZHFmvC5u4XpxdSnYRd2eYgzXrqxaw0LIP0 RRyW2jMlQswj/yXOGsrm9hc3knyXSl66TDwHWho5Wxi3WNPBXOPRPuzO/WEF4Mhl 4U5t5GWvG8Pk32JyyQurJ8XnxuWEKhKb1f5n730Hel18Q3J/7uemAyeS6O8UV5p3 eCH4+k9ZRdig0LQwAdb5aZ7sREH5wCPAvFKbMTlgtbUrkORyKBZ8KgBHxIhx/j9m LhxupuKMlH0+3Ndax3/EtNUfUCUAq9dQ5/VjACPyB3uuwbK2yAMRvvcngYSJBEoQ QcXTaiLdhZxPrE5kB7/romOMmt3Iet3b2edzABEBAAG0I0dsZW5uIEdyZWVud2Fs ZCA8Z2xlbm5AZXhhbXBsZS5vcmc+iQE3BBMBCAAhBQJUV7t8AhsDBQsJCAcCBhUI CQoLAgQWAgMBAh4BAheAAAoJEGNqG71o/QCIkEwIAKWeyVON5kWxC0gvwAyMBrma n96E9KACVLUlK5TSzrVilrpr73m0qqYrSL8DCBzUOUAe7HSXpcqwKkYxdq24UhHx z58JU7AHxYh8pKT0Cz7iUevAvA6v7Qppolvpf7OHjQbigWYY927/J70SnpINeVre VspDFyn2scYQSwduCTIVizB+dLigbgHpIDJ5dQ/PQ/2ofMs/np6m0E0oeQTL5b6B 0cVJ+7DQIxZ+OU5RfGf/i5fEvADttheYOS3U8CmsvlyWkUUK3obUIDfj6pGz8BRO Ji1JjVvZ2WpcpSTU8htMxlcZAsnvhtv9F/KwwlvW8k0GMVsvTt21WjPAgc58j1K5 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00000000000000ฃ›ภหฬภ!&<59C‹‰—‹aˆหธส๙ใใ.ng<“ฤžๅ~OOOOก$#Uมรำ#1R!ณX!71%U!ฟดD!?MมวำืUมหีวว_!1/E!ทRมร฿ฯลค,Q!)ฑ()ตฐ4ต45…ห?28ฤ5HQA!ฒ4W‘ซ“ั„…‘ƒAŽ• d‰ธLqIjYช^RfvพCjEbnANช^^j งฬEYุ๋4/ไbพ7โ๗AฝทอโM)ชRVำw ๎โฬ๚ๅ๕bใทNอ"žY]:?•mนณa็ตŽ๓wหl๛ศ’š{~แ้๗MŸปoYฎ›H฿ษผmกทYชŸOตycฬ6ํšืuแฐๅ๚,U^•–๋๏ญาณ๖vณคŒo"ฌ:vฺฃๅภธฦษ๖เั๎'ฟ๒๙บ3ŒŒVล'ํ๚u๋๏โู!ฯขขoX1หEŒyK๊ƒุr๕“ๅJs๚š๛*ใ…Dฒ‚o4งฬ้<6…ฎV๛ฏœ'‹้INฎดOึณ™.ฟ(๊2ฦี็-žิ[ŽTผ)e๎$*€ใ eซŸn‘|ภ฿…z q‘KEv‰์ˆ=9ค(ฬล’พุ&ฝใ›จ?^ศฏฤฐ‹ฟNุ}ใ๓ใJ19ฒ*๔ƒBธ๔C'nญpgp-0.15.0/tests/openpgp/samplemsgs/signedz0-1-key-2.gpg000064400000000000000000000003341046102023000207670ustar 00000000000000 •ch* หNbWjพ๛If opportunity came disguised as temptation, one knock would be enough. ˆ{#Wjพ๛patrice.lumumba@example.net •ch* =+/ข ๘0#'สSษ.ฯ๘ พผž…h ฌู%b’&:*'D\ูล)๋สแีŠrxE๕ี+ทต+c@‰4Wjพ๛steve.biko@example.net ชC๑วัทฤ:?ป๕ŸฯˆEDฑš^^พ๏bจ๘’tจว _6%ธะY๊QbฐcฬP่ญusZ]s฿๔ป4%ืฦเcจ๑๒ก›๕”ศVS;r]…€h&š_‚ฺj“N•jฐ็็อปwโ๐@’]“+&งyฑถ็Sdฑฝ?ณšiศสกขใธ๏ไฤฝ๋Jธ3?dฏ๊XB๏ž๓ลค๎eชู๐ฬฮสž#ีŒw๋6‰ชM_โ็€RGฌฌšgฏ๚‹]ฅŸ}ฎŒ-TJ7C'$9’ำ >@G.Pฦะเ„’ศฌ,ฅH Jถ2=ล:œัฤDM๎bG๓๑ญv=3D9/0pgp-0.15.0/tests/openpgp/samplemsgs/signedz0-2-keys-2.gpg000064400000000000000000000011111046102023000211450ustar 00000000000000 •ch*  ชC๑วัทหubWjพ๛An expert is a person who avoids the small errors as he sweeps on to the grand fallacy. -- Benjamin Stolberg ‰4Wjพ๛steve.biko@example.net ชC๑วัทxiSš€WวduB.9 –y-j๋Y8:๒ŸbภRฃ œ๐}1?rตŒเaซโ•'๙YกB"ฒU –r k๎ฐชผฮk,&iTฺัUัp๛ƒqq5ๆtˆฑ๔ูม๘ยทGฒ#oฆˆลeใคyฤ\‡’)ธ}ำบมSLh!โำ<ีำ๑๐~ภ)ht†A‚ O๓จก๐^‹ ๙lgท%๛šj 'VฬฺฉGf์R‡ฦ ู>)ๆ๙ฐa—ชฃ๕ž Tj%ข้ˆ{#Wjพ๛patrice.lumumba@example.net •ch* lฐ`;[{X้pk1 ปzถ[?˜฿งW.FํŒcขฆ2ศค†Xy฿๔cšM“FŽ๊$๊ฏY•ใฝpgp-0.15.0/tests/openpgp/samplemsgs/unicode.sig000064400000000000000000000001671046102023000176200ustar 00000000000000ˆu !ๆƒศซถn€จา๚†ฏ; d5ฦ า๚†ฏ; วริSล,1t’์B}หR๚หจฉฃไT•ัก ๔hฆฺ๖ฌฟตdŸ)ษ’฿๐`ุฌ๏F_Šโ๔u•ฯ%ป pgp-0.15.0/tests/openpgp/secdemo.asc000064400000000000000000001333111046102023000154200ustar 0000000000000026 demo keys (passphrase is "abc"): sec 1024D/68697734 1999-03-08 Alpha Test (demo key) uid Alice (demo key) uid Alfa Test (demo key) ssb 1024g/46A871F8 1999-03-08 sec 1024D/1AFDAB6C 1999-03-08 Charlie Test (demo key) ssb 1024g/BC43DA60 1999-03-08 sec 1024D/FAEF6D1B 1999-03-08 Echo Test (demo key) uid Eve (demo key) uid Echelon (demo key) ssb 1024g/7272144D 1999-03-08 sec 1024D/8FC282E6 1999-03-08 Golf Test (demo key) ssb 1024g/9DCAD354 1999-03-08 sec 1024D/04259677 1999-03-08 India Test (demo key) ssb 1024g/61F76C73 1999-03-08 sec 1024D/43C2D0C7 1999-03-08 Kilo Test (demo key) ssb 1024g/9AF64D02 1999-03-08 sec 1024D/A9E3B0B2 1999-03-08 Bravo Test (demo key) uid Bob (demo key) ssb 1024g/E29BA37F 1999-03-08 sec 1024D/EB9DC9E6 1999-03-08 Delta Test (demo key) ssb 1024g/B0C45424 1999-03-08 sec 1024D/7372E243 1999-03-08 Foxtrot Test (demo key) ssb 1024g/EE45198E 1999-03-08 sec 1024D/34C6E3F1 1999-03-08 Hotel Test (demo key) ssb 1024g/D622AD0A 1999-03-08 sec 1024D/D2699313 1999-03-08 Juliet Test (demo key) ssb 1024g/35F8F136 1999-03-08 sec 1024D/B79103F8 1999-03-08 Lima Test (demo key) ssb 1024g/FE56350C 1999-03-08 sec 1024D/BE5CF886 1999-03-08 Mike Test (demo key) uid Mallory (demo key) ssb 1024g/4F31EAE8 1999-03-08 sec 1024D/30CEC684 1999-03-08 November Test (demo key) ssb 1024g/8B70E472 1999-03-08 sec 1024D/6D9732AC 1999-03-08 Oscar Test (demo key) ssb 1024g/2681619F 1999-03-08 sec 1024D/3FF13206 1999-03-08 Papa test (demo key) ssb 1024g/63330D9C 1999-03-08 sec 1024D/3C661C84 1999-03-08 Quebec Test (demo key) ssb 1024g/A029ACF4 1999-03-08 sec 1024D/777FBED3 1999-03-08 Romeo Test (demo key) ssb 1024g/11D102EA 1999-03-08 sec 1024D/A3AE3EA1 1999-03-08 Sierra Test (demo key) ssb 1024g/0F1B50B4 1999-03-08 sec 1024D/85A81F38 1999-03-08 Tango Test (demo key) ssb 1024g/101C0402 1999-03-08 sec 1024D/653244D6 1999-03-08 Uniform Test (demo key) ssb 1024g/5522BDB9 1999-03-08 sec 1024D/61F04784 1999-03-08 Victor Test (demo key) ssb 1024g/07287134 1999-03-08 sec 1024D/EC67DBDE 1999-03-08 Whisky Test (demo key) ssb 1024g/FD6E27F6 1999-03-08 sec 1024D/567FB34A 1999-03-08 XRay Test (demo key) ssb 1024g/41E408BE 1999-03-08 sec 1024D/4B11B25F 1999-03-08 Yankee Test (demo key) ssb 1024g/F7B080AD 1999-03-08 sec 1024D/54ACD246 1999-03-08 Zulu Test (demo key) ssb 1024g/A172C881 1999-03-08 -----BEGIN PGP PRIVATE KEY BLOCK----- Version: GnuPG v0.9.3 (GNU/Linux) Comment: For info see http://www.gnupg.org lQHOBDbjjp4RBAC2ZbFDX0wmJI8yLDYQdIiZeAuHLmfyHsqXaLGUMZtWiAvn/hNp ctwahmzKm5oXinHUvUkLOQ0s8rOlu15nhw4azc30rTP1LsIkn5zORNnFdgYC6RKy hOeim/63+/yGtdnTm49lVfaCqwsEmBCEkXaeWDGq+ie1b89J89T6n/JquwCgoQkj VeVGG+B/SzJ6+yifdHWQVkcD/RXDyLXX4+WHGP2aet51XlKojWGwsZmc9LPPYhwU /RcUO7ce1QQb0XFlUVFBhY0JQpM/ty/kNi+aGWFzigbQ+HAWZkUvA8+VIAVneN+p +SHhGIyLTXKpAYTq46AwvllZ5Cpvf02Cp/+W1aVyA0qnBWMyeIxXmR9HOi6lxxn5 cjajA/9VZufOXWqCXkBvz4Oy3Q5FbjQQ0/+ty8rDn8OTaiPi41FyUnEi6LO+qyBS 09FjnZj++PkcRcXW99SNxmEJRY7MuNHt5wIvEH2jNEOJ9lszzZFBDbuwsjXHK35+ lPbGEy69xCP26iEafysKKbRXJhE1C+tk8SnK+Gm62sivmK/5av8EAQNuYiCeVh4Q pF3i4v6LDa82cNBI92zOHLJAu1nbeJ6bl86f/lrm6DuH/SYjOkRTQV9mYWN0b3I6 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BLOCK----- pgp-0.15.0/tests/openpgp/secring.asc000064400000000000000000000100501046102023000154250ustar 00000000000000This is a test secret keyring simply stored by GNUPG so that it is easier to make diff files. sec 1024D/D74C5F22 2003-12-31 Test one (pp=def) ssb 1024g/47BE2775 2003-12-31 sec 1024D/C40FDECF 2003-12-31 Test two (no pp) ssb 1024g/B27907AA 2003-12-31 sec 1024R/ECABF51D 2003-12-31 Test three (no pp) -----BEGIN PGP PRIVATE KEY BLOCK----- Version: GnuPG v1.3.5-cvs (GNU/Linux) lQHhBD/yNQgRBAC/KSfe6uVfDgA3BrGpNLhVxT/ytwXMpBI8pEdTiY0jWnYrb/Yu 8wtCeZ9GAux/ZA/ted+7pdibHXfX5PzDfgUTZwrIJa57OUpWwI878AzZxNsnVv1I P6ufGyESKME4PUQO5heKhwAb0gQwFwArS3v4oeYrEljhJ79kpt319JEAEwCg+hTk nylYwYGT/PEVQ4JlLPoWmqUEAJn1HX1Od5tyoK4OEAM5G+wHz3SBj4FMonZNWs1I t03JKHoM5ulQ2FgEWmBVIPTKSDm/jQXPYApz5DpxpoGYbTCaEo6zfE32AEzoXDmG AZE90Xhq/wcEN+JcHpHytAA/n+hYaR3sYegQ52mWMR+vdd99KO0V0jLRcckgBA7Z 2jlFA/98cyy2nYt0QI5Tf+t/d4WBeib2yNWVtZH/j7XpDqHLZDgVAYkazCA6ZF7B 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QGV4YW1wbGUuY29tPoi1BBMBAgAfBQI/8lO9AhsDBwsJCAcDAgEDFQIDAxYCAQIe AQIXgAAKCRDRILYm7Kv1HWpDA/9sINfVYaTW7TOQolYn9Vee4feOTpl6+S4dkgLC OWoDG/V17k/cl7Jr/iQ+YRBOi0S/fFwMBn72kEvdOtmiUAqHGQFnTyXhBLLvqTJ/ yEHR6hnZK+zsusY8EmvoIdfSTIOJqkeACEEpCr0aE0qkgBm4voMrZ05pAO2hFJba IHWHiQ== =52aT -----END PGP PRIVATE KEY BLOCK----- pgp-0.15.0/tests/openpgp/secring.skr.asc000064400000000000000000000024761046102023000162400ustar 00000000000000This is a test secring generated by pgp 5 beta Type Bits KeyID Created Expires Algorithm Use sec+ 768 439F02CA 1998-03-17 ---------- DSS Sign and Encrypt sub 768 CB879DE9 1998-03-17 ---------- Diffie-Hellman uid pgp5 test There is no password on the key -----BEGIN PGP ARMORED FILE----- Version: GNUPG v0.2.13a (Linux) Comment: This is an alpha version! Comment: Use "gpgm --dearmor" for unpacking lQFbBDUOrE4RAwDbbxWAbWsheUJprK6VryMTpwDiYwMfL+92nrHqSfPqlpMWgDTia8qnpRSXbyEm Sppp/6/Ygp+N3n32Kznq7PjHXiuWLlZGvZMtzmvaMA17y0GY6oLBxS7rhASXIKa9hEUAoP+KBFly qNMdsK8j+ZO0A8rnImGrAwC1ddDme5iZFkTEWHhrtU97sEu2GDkSQB8HdX8CoRcrOz/B2WliF6qf BKhcZPFVBIhKNzjTfY7SEYAZk2zcsCm8elnwSLaGEzxKFNFBqKDNXP+a35spcqsHSGzDVw4VuKMD AJNnAP6skpHlhVAmecLZT9eRzVoOq1ivUIntK2Mh47qsL74q6BBwz2sviPU2Y3pDlbb6Ed0qJAXv dCT24hlfoGoXzkoDInkPJTJeL0gCnwmQPjvXFFd71Cvg5LaL4lIQLQAAn3GbgsWo+7E/hWakzstp TXzI2kDIDIm0GXBncDUgdGVzdCA8cGdwNUBkZXYubnVsbD6dAO8ENQ6sVhADAP8Fa5TbD6k8VmW1 IjK1DfDI0xUdsVIbk8N3Hb0YIlT1E/6tZdfiNwqaKVQcf17gJIObBwfNM3OqWYOudmBVd3S6E3Hk u64nW+ZNt7B2toWRgnk6OgHcSDsud4Igjwz/RQACAgL/ToefzlcVKiPuobKfXHDhIUQPTfGic2Az 47wkMoYHo9j9ZE7AWaliMdPz4jLyLfqqoU9mH8g+vJhyAc7UnAF2Sk5466FDypdPm5F9PTW3cqqI wJM4WgkSlM8J2hxH4YtlAADlG+pxFXNFuDPmcq6jL6dug2ikZ7hcHLAy7DddSS8OAA== =1UWo -----END PGP ARMORED FILE----- pgp-0.15.0/tests/openpgp/signdemokey000075500000000000000000000004441046102023000155550ustar 00000000000000#!/bin/sh set -e if [ $# != 3 ]; then echo "Usage: signdemokey name user_id user_id_no" exit 1 fi name="$1" user_id="$2" user_id_no="$3" echo "abc" | ../g10/gpg --options ./gpg.conf --homedir $name \ --sign-key --batch --yes --passphrase-fd 0 $user_id \ $user_id_no sign save pgp-0.15.0/tests/openpgp/tofu/conflicting/1C005AF3-1.txt000064400000000000000000000005261046102023000204470ustar 00000000000000ฃOฐ ฬ2๓Z๓หbXEf1 ‰3!^_ุW-|Dชmฮฬ2๓Z๓XEf ฬ2๓Z๓Eศ€ร p๐‚Q’หฎb๕4gญveo๘xŠไc๓VตมVea์9-ฑk๒ Q๏ะ{/ฌฯšฐ๙Ux(‘‹zW*>*‰ฆู`uB๚Pˆ๛ขเ๛{ู๋ธ%f-JพฏP์ชถl7ฦภฯ"ZWทgReนณ๐ฏี&งไท$>dJ] โฯค:&”|ีฐึCž +:/ตNผษ๚2ึuฑ…จฮ“๑ใญ_DCญฆV]ฤ—–K ่๊,\โ=0ร…•ฦ๎ˆ› ci๎u๖วเfญ๚ศ”ๅ<ึ˜\rข‰fกV8‰๗ฺซฐ#60แh๖OฟR˜5u™ฦa”Epgp-0.15.0/tests/openpgp/tofu/conflicting/1C005AF3-2.txt000064400000000000000000000005221046102023000204440ustar 00000000000000ฃ›ภหฬภมxฆื่ณ CิgฦำI ฎi์F\Œฦ, Œ ฒbŠ,b,q๑7ยuk\Vๅžƒ)eeฉcเโ€‰จ9ฒ•ุzuVsญ์d‡gE:D:”หงGฯi64|žsBQiM๒l}%…ถ ฝSuz›…-.ญ้1‹ž~ฮฏ๙ุ~%ฝ๓โNYฌJหซถaEjd„‹ลsื@.@ถfฎฐพ ๛ท>๔๕ฒXโR๕//&บ˜ฺข๏žรฉไe{์•‹LJP{ŽAซ"ฏ๔ชร);ฮฬ.ตtใหl๑kำ/w0L|zฝ&ๅW›๛~‹๙๗4Ÿ<|<งญึ ้R’ม๓ใŒ‚็๔u{hX<ญนท>ปo฿…๔๗Ÿตfr๎sปใ_๐๘ซง๐ฎ eทํๆtุฅtฒbป๚a^ k๖cmd%ตสYงนNM8่็ฮ pgp-0.15.0/tests/openpgp/tofu/conflicting/1C005AF3-3.txt000064400000000000000000000005231046102023000204460ustar 00000000000000ฃ›ภหฬภมxฆื่ณ CิgฦำI ฎiผฦ\Œฦ, Œ ฒbŠ,b,q๑7ยuk\Vๅžƒ)eeฉcเโ€‰Xคs0lา๙"iนิ\GอOบเฮํWฮท^Vbฝ๕BC๑‰~ีท[9Ž›ฆŠ๋x„๙ฮ์i‰เj7Vg๑๓ืฝ"ๆจุtl>iWผ๒กณีขุuแ–ณX#–อT|฿3_๑ฤEž/ฤkœ.-Y๋๚ูฐฬdWYsRdฑ_๐รv พญดนฐpgp-0.15.0/tests/openpgp/tofu/conflicting/1C005AF3-5.txt000064400000000000000000000005231046102023000204500ustar 00000000000000ฃ›ภหฬภมxฆื่ณ CิgฦำI ฎi’ฆ\Œฦ, Œ ฒbŠ,b,q๑7ยuk\Vๅžƒ)eeฉcเโ€‰ฌ๒ๅ`X็s9ฤGฉ๑aๅใƒ/„6-Š(๕ฐ6Q™ถ๔‘๖ษa;าbอฮ6ํฟฌณMŠ+/lท™;ร๓KKฮฦ4ไJํ^น่fNษfแำ&v–ฃ ]๏๗Gท๚ืปkŠ@ใ\9๖ผpฮหณ๗ถฏydลฃwNฬjฎรซทาnoฯ5ีะ]๑ตdฦนศพ๙ฆ“~•3š`ก๋RฝiรอyIN|ฟู6ๆˆ+ฎZเVฉ>ใx‹๗Kเ#š;ฟl™ส๙ฑgำผD™็ 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1:ใํ๑V"J๙™ฏง‘จ\Fš๙--N2*AฯXŸิc๑\šภ๗!aิ,่ศคƒ๋่GR๋€ิ …ภ๙ฺ'่ก็IŠT๋Jyษ#๕ีKp—O>๏ัภbwdฉa๔๓‘9ศ2%ไvฉ*+e5‰N8!—ึŒนฐ?7๋ˆI@๎|}คพ๋+XEW  € ๎|}คพ๋+าูฏจอฃ„ก|U_–ž}ญTE๎“T‘vox ~.ณฬb€>,฿ๅึ๖Šd—ฦ_’!> F6™oTขF99่B็ไ่ตสํ—ซ{YๆกLฃ…hฎ 7`wP์ฌ˜ทgŸ์ LG๔8‰ฆ5~_w. %-j•รแZ๐T‘;๏ใ t…!ว 2.'X7๖Qž3rรpำ‘šำUๅ”คษ๚ัuไฃ€0ณ๖,Ÿœ‘ *า็‘ห#ต4R๘JŠƒ…๑&๙O'ฐŽs]$เ&็^mฮ0ุvSO๘ฝ4ฌy$@r’ฝ๕,Eท.ผ*Œเ_8ๆ฿\—฿$ํ cx– Vเไใ๏I>d;ฏSหEŒ™##ฺยŽACm ูโช่ZญA@ž#๙จt‡ษE๕bรมไปp3jd1๗๙•ัRฏู{dCค๓šน˜๓€ฦ|žkŽhฮŸ๋JขbP\ใšhƒ์๓z์ัำ’@>_fY|/>CN้ษDh;ขิ$- ู๏QgำRผ ค๖˜อ๏๚ฬเงปถŠ‘,฿%•Zฎ๗oฺVYn‹dผจsฦ่gN?;๚hฺ‚๘)ห ,<}vผข™-(0kด4ยrษเต]เ3@ช‚†ฃZ)x)uไAUรๆ Vป"IE”’("h์ƒaฯ฿Ob$ห–ญ๋6SŠ|Qƒ‡๗๕AŽž ˜Uไ๛ถรฤSYฦนญM‚Pว|l‹จฺรXxฟ๎6๊h}ฯลqqณเ๏ฉFงQˆฐžฏดษ๖บผฅอั๓ฌa_{œ]ดฅามœyP6ถ๘y 16ž›_/็ืผ“บปRgŽๆ้ะ_Ÿ0dvGฅng"p“>อํR5‹V~Rล/ฯสิโ""Tขfฺํ ›ทา H8ทmๅหถฝๆˆ™Xsืฤ.hๅpKX็pyXกจ)|๏:N˜™’?p—iห0h™‡ซิถถ“N[TVว3V"–ฅฎJ‰6 !—ึŒนฐ?7๋ˆI@๎|}คพ๋+XEW ๎|}คพ๋+ๅซฦฮผJ"‘aฯHŠ๕ด๓lขุš)eฐ9(P{0m%ชฅŠๅๆ์bR™7ขJำ7ๅt)bโŒืวi๎อตฎ5ˆ*[ใ–๒X‡อา*j’oj›)|ฬผ๒ฮนSnูฉ๚A5า ๋ฏฅWSU_V็q๎ wดษุƒ#พ3htZ็๓9%ว€ฐCฮŸ^ƒk?฿o@ี=ฝ[4XฺT๕€MAุยผMgL]”*ฯg–5=P’Vw๚`H๚sจ:œอ"3คLดAPw!2“ญน่๏[š›Š)ˆ9๘ฯ็m†s†@จ วy๙xS๖Ÿฤqธลค1œ์C€ฤฒ&„W4'๓pgp-0.15.0/tests/openpgp/tofu/conflicting/BE04EB2B.gpg000064400000000000000000000023231046102023000203070ustar 00000000000000™ XEWๅค78+๐คMz•ฆ0ไกSF|ฟl"lคฐ๕ ฃ๖ํmฯ น]ตฉKศศขโƒ‹‚c#u๚ฮmn*๊‰ภVโฏ #NTŸLR„ำGV`i‚K…t+"าƒด๋Œ;EปZY8$ฌQFn‰juผ งB‚Eyžห8ˆข๋็jฤณdDทะ๐ไ€นœแฑฅ‡Dษถpบสšษ0Šฆ`ใงTโˆื,HyH nต6 ฌ็ํจน 1๘œ•r6oิ†Ÿ ำVaภ๋BXฏ&ส„—i๏๎†๚"7๎fIด'Joke Factory ‰N8!—ึŒนฐ?7๋ˆI@๎|}คพ๋+XEW  € ๎|}คพ๋+าูฏจอฃ„ก|U_–ž}ญTE๎“T‘vox ~.ณฬb€>,฿ๅึ๖Šd—ฦ_’!> F6™oTขF99่B็ไ่ตสํ—ซ{YๆกLฃ…hฎ 7`wP์ฌ˜ทgŸ์ LG๔8‰ฆ5~_w. %-j•รแZ๐T‘;๏ใ t…!ว 2.'X7๖Qž3rรp". The keys are stored in KEYID.gpg. The secret key material is stored in KEYID-secret.gpg (the secret key material is not password protected). The files KEYID-N.txt contain messages, which are signed by KEYID. The message is "N\n". pgp-0.15.0/tests/openpgp/tofu/cross-sigs/871C2247-1.gpg000064400000000000000000000022251046102023000201570ustar 00000000000000™ Wท๙ฑC`ˆBถ5Vฯmกั(ฏฑํšG`สอ๐ก((แt&W†้Lดาฺ็ฅ W๐•Œ้_ฉ}”๊Q(QYnP_+y.ทp‡™ฟUึdฌถูžhvฐ.ูภ1_ื”ซฃธ’-๏๐ภ44ัzLCฐฯ" …5ู{9๒ขระRฮ๎9iYณถ›Z˜Šอpิู:&WX+‰7!Wท๙  € ‹Hฦฝ‡"Gัฐvขาู=,ฎ“ukyr>แD๒ิ%v ค?irฬ-š๖‹าศภซ๚๐๗œคุjJEฅ2๓\iก ž๛อLvอ ™ว$7สh6|ฐทp ๔ิf๗ฮบ]ฤŽฯ฿–๒w/รZiง๙_ญfฟˆ\ศฃ8||x Bชƒˆฯkๅ;ฺ{Š๛หีะฅuชตW6วกUศ‡ะ›ำqๅีBฑWวœฤVฤ$'ำถfjšทศว-;;3A>F‰า ขํำ•Œž.ืEๆฆ=`TยoNษ{ขจ Tฝช,{าม9(€Oช ๐@Yรยg2~WF๛.TลำžE-‰%Uน Wท๙ัิ๓ฆpG6 '…•AฉE"j ฏ>น"IควbหOตศํv/จt๋Œ๎œสย่๓แฌ…T$G๖ล๐iœสZมVnd@9ตซ๋Lไศk๋ฮยR3Eo3(• ‘PO‘ัeF„  w(HุŽไแˆ฿{K9ีไ@v[=˜อ"IP0jŠˆรฃVLd๕ฅฎก1ีJข @)MY็กืH}-ฬ้7aไฃ–ฺ๕มmN'—ืa(@ G‡5WGKฉ™ํp@,ˆ๔๛ีTิศW Pา็kฌ(๐ปR9R.cซฎ\odITZu@f{lp>ณฯ ๏‰ Wท๙ ‹Hฦฝ‡"GY๏ “t•โ‚‚lKภ j๑‰ฅวธ1๙0๎‚ำ.ฟJ-ๅŽ-kOไ)rNT?eIp3;ฃญ9bœ๕้ใ*ฮบOyนŠ^ฤถคrอ˜šฮาลใคŒฆ฿’B›dท็„ฟqŒ+cรlผ˜=hฒ‰ะล#ทL˜\"—‘์ะM‚ˆ9Hzpgp-0.15.0/tests/openpgp/tofu/cross-sigs/871C2247-1.txt000064400000000000000000000005011046102023000202140ustar 00000000000000ฃ:ล ‹Hฦฝ‡"Gห bWบ๚foo ‰Wบ๚ ‹Hฦฝ‡"G—ULาูอ0R5`ฑŒฎSเ~,Dlแฦvย!8ฉ™vโ@RวXคœb1Lฬc๋เ*3nํยฆ๗฿:nภKr&œ์7ุ+Ooฉ>wฟย1ณฆ rZ๙gYnz:œnห  ๙๗&ลง๐ญทฟ 0_‹„šนฦกOฏrŽ>ณL-รห#| ๘ฉg`ฃ`๚ศVJ“๘ฦ˜‘!๐Jู|๑_1เyฬ5๘r ๔=”4Lิ๋3ฑ#ลyzœฦธิ น|ภท\k๋๊8Fาž‹- GัฅŠtฆห˜ฐ๚ัX€’ž}วc04ฌDy๘ปฐO„ škPD์„iทpgp-0.15.0/tests/openpgp/tofu/cross-sigs/871C2247-2.gpg000064400000000000000000000026641046102023000201670ustar 00000000000000™ Wท๙ฑC`ˆBถ5Vฯmกั(ฏฑํšG`สอ๐ก((แt&W†้Lดาฺ็ฅ W๐•Œ้_ฉ}”๊Q(QYnP_+y.ทp‡™ฟUึdฌถูžhvฐ.ูภ1_ื”ซฃธ’-๏๐ภ44ัzLCฐฯ" …5ู{9๒ขระRฮ๎9iYณถ›Z˜Šอpิู:&WX+‰7!Wท๙  € ‹Hฦฝ‡"Gัฐvขาู=,ฎ“ukyr>แD๒ิ%v ค?irฬ-š๖‹าศภซ๚๐๗œคุjJEฅ2๓\iก ž๛อLvอ ™ว$7สh6|ฐทp ๔ิf๗ฮบ]ฤŽฯ฿–๒w/รZiง๙_ญfฟˆ\ศฃ8||x Bชƒˆฯkๅ;ฺ{Š๛หีะฅuชตW6วกUศ‡ะ›ำqๅีBฑWวœฤVฤ$'ำถfjšทศว-;;3A>F‰า ขํำ•Œž.ืEๆฆ=`TยoNษ{ขจ Tฝช,{าม9(€Oช ๐@Yรยg2~WF๛.TลำžE-‰%U‰Wโ/ ‡(์8'~$ซฤIย ฌ~<Ž_โlฤ†€Kต@แuฌณR s#\.ูฆ˜๗PuA2ศŸ;๗‚ษ‘็^“yษฒ}e฿žจ';‹“%ๅหQB‰H%๕5!œ(›„qX˜ฯธL}ขแ1ะ–ždฒ€‰-7 ๓šพวlฐฆ e1ก๗Bฆ‚ฅถFLo>eืะฦEGNว#สl8฿ซN๖@ฆ"ปyร/๔ภๆษฮ”}ๅฆlฅฮaŸE/พโ‡u†ย(ง>๊๋Šล™ฅ‚ษTทาQH7Žœ”‹คR฿ ใฯ‹3ฎu5ŽvŸe.ˆwฉ๕=63๊ฬa็Q๔ˆ๛๋ฦhDน Wท๙ัิ๓ฆpG6 '…•AฉE"j ฏ>น"IควbหOตศํv/จt๋Œ๎œสย่๓แฌ…T$G๖ล๐iœสZมVnd@9ตซ๋Lไศk๋ฮยR3Eo3(• ‘PO‘ัeF„  w(HุŽไแˆ฿{K9ีไ@v[=˜อ"IP0jŠˆรฃVLd๕ฅฎก1ีJข @)MY็กืH}-ฬ้7aไฃ–ฺ๕มmN'—ืa(@ G‡5WGKฉ™ํp@,ˆ๔๛ีTิศW Pา็kฌ(๐ปR9R.cซฎ\odITZu@f{lp>ณฯ ๏‰ Wท๙ ‹Hฦฝ‡"GY๏ “t•โ‚‚lKภ j๑‰ฅวธ1๙0๎‚ำ.ฟJ-ๅŽ-kOไ)rNT?eIp3;ฃญ9bœ๕้ใ*ฮบOyนŠ^ฤถคrอ˜šฮาลใคŒฆ฿’B›dท็„ฟqŒ+cรlผ˜=hฒ‰ะล#ทL˜\"—‘์ะM‚ˆ9Hzpgp-0.15.0/tests/openpgp/tofu/cross-sigs/871C2247-2.txt000064400000000000000000000005151046102023000202220ustar 00000000000000ฃFน ‹Hฦฝ‡"Gห bWปDfoo ‰(WปD spy@cow.de ‹Hฦฝ‡"G๑Q๓ู่คจ#zี^ซ<–…ysาI_ตi* ฟ‰šP#จ"…Žื…ยPฝ{๑n^ๅ=q ฒUNPs0z@ํญิ?7TX มŽ‡Vcˆื/cท~)๎Lษ'WGlิoํ2ง!#[ วžgxฉ_‡^ž%ธา‰wco๗๕Z;๙ฅ ๐๔%gฬ/^ ษิa,ฌกฝ…^eš@h\F‚ฌ่ธx![ญ/ๆ(เ๗Ž๛.ลธ_t๙l 2ช{^คิmIกuถฝKษ+๐)ฉHโถ=‡ฒT‰7!Wท๙  € ‹Hฦฝ‡"Gัฐvขาู=,ฎ“ukyr>แD๒ิ%v ค?irฬ-š๖‹าศภซ๚๐๗œคุjJEฅ2๓\iก ž๛อLvอ ™ว$7สh6|ฐทp ๔ิf๗ฮบ]ฤŽฯ฿–๒w/รZiง๙_ญfฟˆ\ศฃ8||x Bชƒˆฯkๅ;ฺ{Š๛หีะฅuชตW6วกUศ‡ะ›ำqๅีBฑWวœฤVฤ$'ำถfjšทศว-;;3A>F‰า ขํำ•Œž.ืEๆฆ=`TยoNษ{ขจ Tฝช,{าม9(€Oช ๐@Yรยg2~WF๛.TลำžE-‰%U‰Wโ/ ‡(์8'~$ซฤIย ฌ~<Ž_โlฤ†€Kต@แuฌณR s#\.ูฆ˜๗PuA2ศŸ;๗‚ษ‘็^“yษฒ}e฿žจ';‹“%ๅหQB‰H%๕5!œ(›„qX˜ฯธL}ขแ1ะ–ždฒ€‰-7 ๓šพวlฐฆ e1ก๗Bฆ‚ฅถFLo>eืะฦEGNว#สl8฿ซN๖@ฆ"ปyร/๔ภๆษฮ”}ๅฆlฅฮaŸE/พโ‡u†ย(ง>๊๋Šล™ฅ‚ษTทาQH7Žœ”‹คR฿ ใฯ‹3ฎu5ŽvŸe.ˆwฉ๕=63๊ฬa็Q๔ˆ๛๋ฦhDดSpy R. Cow ‰7!WโX  € ‹Hฦฝ‡"Gๅ๎ฆ>vฐถ™ื`Œ๕ฎิ}z7ฟ#/ทHศˆ ††Gชศฅฎด๓X“ุo๊h7*w\,BถนํP3[Fฏ‰่$‘… ุU๊ฦะšฅXภojšYนชRฅ˜ˆ ๖ฬ2:‰š#r""\Šh`ุ–๖3ƒม%Jภนภ@9. ่๑$=ฆh+ป็ฯp—จc่เ}มx๛'ั๓&a่[ฎ๓ฺ๑่ชr€๑œPมx›ญeะV์รฏฦ jใZบ#จP]ฮ}c๛OH1D๖2jH๚* W๔hu>ฤฺEN๏:žอ๋-ฟื‚์ฦvU€cผf!‡Žmคฏ”น Wท๙ัิ๓ฆpG6 '…•AฉE"j ฏ>น"IควbหOตศํv/จt๋Œ๎œสย่๓แฌ…T$G๖ล๐iœสZมVnd@9ตซ๋Lไศk๋ฮยR3Eo3(• ‘PO‘ัeF„  w(HุŽไแˆ฿{K9ีไ@v[=˜อ"IP0jŠˆรฃVLd๕ฅฎก1ีJข @)MY็กืH}-ฬ้7aไฃ–ฺ๕มmN'—ืa(@ G‡5WGKฉ™ํp@,ˆ๔๛ีTิศW Pา็kฌ(๐ปR9R.cซฎ\odITZu@f{lp>ณฯ ๏‰ Wท๙ ‹Hฦฝ‡"GY๏ “t•โ‚‚lKภ j๑‰ฅวธ1๙0๎‚ำ.ฟJ-ๅŽ-kOไ)rNT?eIp3;ฃญ9bœ๕้ใ*ฮบOyนŠ^ฤถคrอ˜šฮาลใคŒฆ฿’B›dท็„ฟqŒ+cรlผ˜=hฒ‰ะล#ทL˜\"—‘์ะM‚ˆ9Hzpgp-0.15.0/tests/openpgp/tofu/cross-sigs/871C2247-3.txt000064400000000000000000000005161046102023000202240ustar 00000000000000ฃGธ ‡(์8'~ห bWโ`foo ‰)Wโ` spy@cow.com ‡(์8'~%‚ร92›dMเVฺ&zะ๓ฅฟภ 5ว#แ”xพUO4˜›8hศทภGrถฆom๊๓Dv„~†s'Wมธื’๘}อผ\ฌ2‘ af1œ1ณจˆ}๋"ฒ ‰7!WโX  € ‹Hฦฝ‡"Gๅ๎ฆ>vฐถ™ื`Œ๕ฎิ}z7ฟ#/ทHศˆ ††Gชศฅฎด๓X“ุo๊h7*w\,BถนํP3[Fฏ‰่$‘… ุU๊ฦะšฅXภojšYนชRฅ˜ˆ ๖ฬ2:‰š#r""\Šh`ุ–๖3ƒม%Jภนภ@9. ่๑$=ฆh+ป็ฯp—จc่เ}มx๛'ั๓&a่[ฎ๓ฺ๑่ชr€๑œPมx›ญeะV์รฏฦ jใZบ#จP]ฮ}c๛OH1D๖2jH๚* W๔hu>ฤฺEN๏:žอ๋-ฟื‚์ฦvU€cผf!‡Žmคฏ”‰WใG ‡(์8'~ผŸE™•iTโ้/*๒tึๅ.ผืX 5;ํ"๋' |๖„€€บ„ŠD™Uฺkfำz•›นบึฆๅ5ี‘‡ˆ0U6 ^ํ€ตคg=ชž;$FศนŒ๐ฅฃEB(ๅGZฯๅึ 4–๛sๆ๗>†›™=J`๚๙ฤอ๔Ot37R~`W๒ พ›XภžK?วOบ<๔ผหฃDฮ4!ใก3‘1J๋TF€฿#!DGEaม %ฮฆะึธAณžมต˜*Nh{๕…ZฯบๆฝIˆœ”K =”’p,รAQ~zŽฤ#ศPœoจsG Uฒ“ดSpy R. Cow ‰7!Wท๙  € ‹Hฦฝ‡"Gัฐvขาู=,ฎ“ukyr>แD๒ิ%v ค?irฬ-š๖‹าศภซ๚๐๗œคุjJEฅ2๓\iก ž๛อLvอ ™ว$7สh6|ฐทp ๔ิf๗ฮบ]ฤŽฯ฿–๒w/รZiง๙_ญfฟˆ\ศฃ8||x Bชƒˆฯkๅ;ฺ{Š๛หีะฅuชตW6วกUศ‡ะ›ำqๅีBฑWวœฤVฤ$'ำถfjšทศว-;;3A>F‰า ขํำ•Œž.ืEๆฆ=`TยoNษ{ขจ Tฝช,{าม9(€Oช ๐@Yรยg2~WF๛.TลำžE-‰%U‰Wโ/ ‡(์8'~$ซฤIย ฌ~<Ž_โlฤ†€Kต@แuฌณR s#\.ูฆ˜๗PuA2ศŸ;๗‚ษ‘็^“yษฒ}e฿žจ';‹“%ๅหQB‰H%๕5!œ(›„qX˜ฯธL}ขแ1ะ–ždฒ€‰-7 ๓šพวlฐฆ e1ก๗Bฆ‚ฅถFLo>eืะฦEGNว#สl8฿ซN๖@ฆ"ปyร/๔ภๆษฮ”}ๅฆlฅฮaŸE/พโ‡u†ย(ง>๊๋Šล™ฅ‚ษTทาQH7Žœ”‹คR฿ ใฯ‹3ฎu5ŽvŸe.ˆwฉ๕=63๊ฬa็Q๔ˆ๛๋ฦhDน Wท๙ัิ๓ฆpG6 '…•AฉE"j ฏ>น"IควbหOตศํv/จt๋Œ๎œสย่๓แฌ…T$G๖ล๐iœสZมVnd@9ตซ๋Lไศk๋ฮยR3Eo3(• ‘PO‘ัeF„  w(HุŽไแˆ฿{K9ีไ@v[=˜อ"IP0jŠˆรฃVLd๕ฅฎก1ีJข @)MY็กืH}-ฬ้7aไฃ–ฺ๕มmN'—ืa(@ G‡5WGKฉ™ํp@,ˆ๔๛ีTิศW Pา็kฌ(๐ปR9R.cซฎ\odITZu@f{lp>ณฯ ๏‰ Wท๙ ‹Hฦฝ‡"GY๏ “t•โ‚‚lKภ j๑‰ฅวธ1๙0๎‚ำ.ฟJ-ๅŽ-kOไ)rNT?eIp3;ฃญ9bœ๕้ใ*ฮบOyนŠ^ฤถคrอ˜šฮาลใคŒฆ฿’B›dท็„ฟqŒ+cรlผ˜=hฒ‰ะล#ทL˜\"—‘์ะM‚ˆ9Hzpgp-0.15.0/tests/openpgp/tofu/cross-sigs/871C2247-secret.gpg000064400000000000000000000046531046102023000213130ustar 00000000000000•˜Wท๙ฑC`ˆBถ5Vฯmกั(ฏฑํšG`สอ๐ก((แt&W†้Lดาฺ็ฅ W๐•Œ้_ฉ}”๊Q(QYnP_+y.ทp‡™ฟUึdฌถูžhvฐ.ูภ1_ื”ซฃธ’-๏๐ภ44ัzLCฐฯ" …5ู{9๒ขระRฮ๎9iYณถ›Z˜Šอpิู:&WX+ภWSคผ>\{‡:ws๙+1 ‰ฬฏU]Cขz[ ไพˆ๋๏ซฃ}L9™ImŒœฤ{๒qึิn์ฟd™=Vฎ๐คฃDปLc`…ร€Pภ<–พ Œ™ญGฮ้-h๊n‚แ}C ˆภ๚เ๑TฯัKีตu1 ฟ|”mงr๕๘๖๐–1๑ๅ:DN ณฟ%๓ํœJบ+no บ๔กถœ=7 –z7ฒF8ˆMi…ธueี`์&^๗๘๓ทพวช็™า-มฒ’Yaš†uิ9X3ศ1ๅษ๏Ÿ„,โฝจœ๚ว๚Fฃ†6๗ผึ จkแš๋Kู‰%ๆคŽdlL๑„ืšฟ้งู:"๘^G+ฮ‰€ฟส <ูฒาดผสB˜3วำt”ไงฟ๐3~ฤํอ^Yษถ%w<ฺโJ‚๚+›ƒฎณ†Xผฐ… *,’ค(}๙M{ฦV ฉลโรRƒN-BฃP{zcŸ)W^hžˆจ ผ ŒE๋๛๘ฺอgB(—a<าดSpy R. Cow ‰7!Wท๙  € ‹Hฦฝ‡"Gัฐvขาู=,ฎ“ukyr>แD๒ิ%v ค?irฬ-š๖‹าศภซ๚๐๗œคุjJEฅ2๓\iก ž๛อLvอ ™ว$7สh6|ฐทp ๔ิf๗ฮบ]ฤŽฯ฿–๒w/รZiง๙_ญfฟˆ\ศฃ8||x Bชƒˆฯkๅ;ฺ{Š๛หีะฅuชตW6วกUศ‡ะ›ำqๅีBฑWวœฤVฤ$'ำถfjšทศว-;;3A>F‰า ขํำ•Œž.ืEๆฆ=`TยoNษ{ขจ Tฝช,{าม9(€Oช ๐@Yรยg2~WF๛.TลำžE-‰%U˜Wท๙ัิ๓ฆpG6 '…•AฉE"j ฏ>น"IควbหOตศํv/จt๋Œ๎œสย่๓แฌ…T$G๖ล๐iœสZมVnd@9ตซ๋Lไศk๋ฮยR3Eo3(• ‘PO‘ัeF„  w(HุŽไแˆ฿{K9ีไ@v[=˜อ"IP0jŠˆรฃVLd๕ฅฎก1ีJข @)MY็กืH}-ฬ้7aไฃ–ฺ๕มmN'—ืa(@ G‡5WGKฉ™ํp@,ˆ๔๛ีTิศW Pา็kฌ(๐ปR9R.cซฎ\odITZu@f{lp>ณฯ ๏ ัdsแNฯนฐc๏๛Šœตใd๖7ส7T S†ตsซ$vณนPผ„v™= ๚ฑคn-ฃฎ2าพOžลŸ‰€ฐ Eฏ&Cง-jgฦcฑ7ƒ้ฐฃeœฟ'๎ัU๓ฝxจ{ยึ"ƒNFรU^()#ส๋luqz‚๒สุ FŠžZ๏ฏqfำิ!&@-!”่…ใršWญZ\ฒฐ?ภกผอb|ฮ๑„ –ฅUะ€Zx1”ntn„ฃlDณ๓` 4Yw๘›iพิS้ฝBฐ(ฤ‘#ค๎๛๔]<€รฯi2[h7ฆึz 6P๖ไm„E4 3๘ าW๑ฮ‹สธศ้=๏ุ้‘9ญ ŒูZvฒญ•์+1T6ืา๙Ž€ U๘6)D,/ xhฒ๐w๑'๗œ†๗ฃa๚ŸK๑_-Y๏ฆ†xJื้l`‹haุY๏ž1ฌฑL๔\เ”;ฑ๖<หu๐eh|ูBฌK6…ฏ€ถ&s๐ใgD๗Œ- วŠ UะPuป{’0zฎ๖sk*ฃภG6$ุตXธŸหนUฺjpซrณํŠ†Fื? “ัชlูืข บฺๅ_›vฏgjEŸp2สp„ึฅถ๗ู<ส๋Piง๛{๛ื๏ษฐปZ๗ใป ญi!๖:!o^Iiˆุญœ๒K๋รฆปำ7ุแ‚#้ธ๒œ=]…จG๑‰ Wท๙ ‹Hฦฝ‡"GY๏ “t•โ‚‚lKภ j๑‰ฅวธ1๙0๎‚ำ.ฟJ-ๅŽ-kOไ)rNT?eIp3;ฃญ9bœ๕้ใ*ฮบOyนŠ^ฤถคrอ˜šฮาลใคŒฆ฿’B›dท็„ฟqŒ+cรlผ˜=hฒ‰ะล#ทL˜\"—‘์ะM‚ˆ9Hzpgp-0.15.0/tests/openpgp/tofu/cross-sigs/EC38277E-1.gpg000064400000000000000000000022231046102023000202230ustar 00000000000000™ WณYๅU‹m’5„E[xAๆ๗L#Pญ ข…C๎(๐๚ิ™[ฬิืด…‚ึฦฌ›Y/G์d 6=6บป‡้ช}รn`”ฐ‰็Mฑ่*ขf`ฺื…ใ์,เƒฟ[-Cห[{ฺ็๚ฦkฯUา_›ญภๅ>ะw…>ๆ˜H/†฿1Bn๘๔ก๒่ฃ[ง>รหดฑจ/M˜;ใี„ู๚ป๎ั๐์ผ„zn†-฿1/รๅะ˜}๖.‡a|1X$ณน}๑ห๐ พข8 `wเ๗}?7ฌฃ/ธc]๎qฺ ถ$ฮำาTJ#๏ˆW˜}™‚‡c0V๋ภ‚ฦ–…)P๒Z4โๆด?ดSpy Cow ‰7!WณY  € ‡(์8'~b:+ษล&bบ"ฒNใ๒}ํ๐šษL๗ท๋7ู๘’[%'†ณธ’H8ผ(ฦ… ๆ A˜gฦษนž๐ภษpรn๚ฑ€4ู๊‹@f+ Eิb"a•$๒{ีIรUซึ ล๙อๆŽศiพ'ุ˜ฟ>mZ a6‰ท#Š7š™~J3S'6 ลฬ๓่ไฃvmk"5ืฑ!ฯวฬ๎ฆ“\ู(iฝNmcƒmjH ~\ ดeค“yŒVำ9]*๏˜ฯz@rกqฑRฤึuณ=Bฃ วณรฤชNผ๗ทm4‡)&q=๗ณ^[ุึฤฤุVฃ22›‹งฺ๔V%๕น WณY๊cž?ฯLH †ัย")jƒT ึ-บNอโ2!š3Lก Yโ†ฏ}=บอmิC›W"าี+Vูc`฿kัาฮวล1›๖Q้vส™Pคฐ~ฎ๒หต๔ซฆศ_&†x\ฬํฒะภฅ€.จ™W๐^€ฑQ๔หฯ ต๔๐Lฤด}_ลล๔ช?‡hถQ{ฅั [๓eR‘Š๕๛๖>ฑ๊ื0สZbn๎ณgU^egO ๊o2:ณสฒล]ษ˜H|ศj6qผœ๊#GbD= --C~Wณผ๚)ฬฑูc=พs‹p๖>สCwูTeiด/๔ะyฯXIม‰ WณY ‡(์8'~nr ‚ˆตy$ฃkp(YไŽŸฃฬyเ3LloZS8•Wฌ๐wJ‹r'่ม๏์IญFฃฑŠ2สแaฉa<šเัว๚lบ<ˆœ,งlฦี.ฒสD฿Dฦ|[ก$ชBั 'ฟ<,ˆk๕”tb8>sฯ'|Wุ?ป+>ๅJไB†” v๒ึ4ิ๑ฤฦ„dฐK<๋}ฬๆ่Bi—๑฿3เำŽ‡hษ‹€ e’ฺicœ,.€ปx.ปสul=ฤถ“5เณ[ปะQ๗ใ€1ร9-ะ5ง}นfฮ‹ี[kๅ๒„๎ฐผฮ๎&นน9)=งpgp-0.15.0/tests/openpgp/tofu/cross-sigs/EC38277E-1.txt000064400000000000000000000005011046102023000202620ustar 00000000000000ฃ:ล ‡(์8'~ห bWบ๚foo ‰Wบ๚ ‡(์8'~—ฒซบยรฒˆีHP‚63ภqŽูj”ฮ'H~[ร๗๚Ÿืƒ4Uส~๛;~`eถ๕จฮ๒๓Xv|*W•ก์ำ๕sฎ@฿ำw%ๆ…#หลฦšGท–0˜าำธฉ’๘L๑‰ฅโaศT—.ษr๑” =฿+๔#e…๊ˆ{ฯŒๆe šZCe]_}฿จžฺ่ZQ3คŒLiวŒ0Iโ6VŸ๙ํPz>ˆ›ชZ‰Diyv4-ภงลณd^ว1–KฆOŠYUDฯ™K˜`ช-EX$d‡็ถW์$œi;wำ—H๒%JXh@Jc3›L๗ อ…Š1พย…ƒฑpgp-0.15.0/tests/openpgp/tofu/cross-sigs/EC38277E-2.gpg000064400000000000000000000026621046102023000202330ustar 00000000000000™ WณYๅU‹m’5„E[xAๆ๗L#Pญ ข…C๎(๐๚ิ™[ฬิืด…‚ึฦฌ›Y/G์d 6=6บป‡้ช}รn`”ฐ‰็Mฑ่*ขf`ฺื…ใ์,เƒฟ[-Cห[{ฺ็๚ฦkฯUา_›ญภๅ>ะw…>ๆ˜H/†฿1Bn๘๔ก๒่ฃ[ง>รหดฑจ/M˜;ใี„ู๚ป๎ั๐์ผ„zn†-฿1/รๅะ˜}๖.‡a|1X$ณน}๑ห๐ พข8 `wเ๗}?7ฌฃ/ธc]๎qฺ ถ$ฮำาTJ#๏ˆW˜}™‚‡c0V๋ภ‚ฦ–…)P๒Z4โๆด?ดSpy Cow ‰7!WณY  € ‡(์8'~b:+ษล&bบ"ฒNใ๒}ํ๐šษL๗ท๋7ู๘’[%'†ณธ’H8ผ(ฦ… ๆ A˜gฦษนž๐ภษpรn๚ฑ€4ู๊‹@f+ Eิb"a•$๒{ีIรUซึ ล๙อๆŽศiพ'ุ˜ฟ>mZ a6‰ท#Š7š™~J3S'6 ลฬ๓่ไฃvmk"5ืฑ!ฯวฬ๎ฆ“\ู(iฝNmcƒmjH ~\ ดeค“yŒVำ9]*๏˜ฯz@rกqฑRฤึuณ=Bฃ วณรฤชNผ๗ทm4‡)&q=๗ณ^[ุึฤฤุVฃ22›‹งฺ๔V%๕‰Wโ/ ‹Hฦฝ‡"Gโxl–[๕ชuเ^ึ‘)ร9`†‰ผŒF?อk%๓ฌ็~)บ็ตข›a@% ‡๊4ั้64บŒูdถธ๋ภะbุ๓™GเT;kœส๖$4ผvi’ˆภ์๓Vฯ‚~๎"Sว18n่~แ็ช0tWๆ…D[๛)—วŽฤvยywpฉXฑq‚ำ8ปJ3๘E™ภล๐ีฮำ๚ใPT –ล๑ƒIฤ2jAใโ$๙๊‘^„š&A@ูอฟ, ัh]ึฆ{ๆด฿ๅSฎtคx๊0ษญeA ฅR”T ื˜J z'p7#˜า;ุ4พฐ/๊ๅแน WณY๊cž?ฯLH †ัย")jƒT ึ-บNอโ2!š3Lก Yโ†ฏ}=บอmิC›W"าี+Vูc`฿kัาฮวล1›๖Q้vส™Pคฐ~ฎ๒หต๔ซฆศ_&†x\ฬํฒะภฅ€.จ™W๐^€ฑQ๔หฯ ต๔๐Lฤด}_ลล๔ช?‡hถQ{ฅั [๓eR‘Š๕๛๖>ฑ๊ื0สZbn๎ณgU^egO ๊o2:ณสฒล]ษ˜H|ศj6qผœ๊#GbD= --C~Wณผ๚)ฬฑูc=พs‹p๖>สCwูTeiด/๔ะyฯXIม‰ WณY ‡(์8'~nr ‚ˆตy$ฃkp(YไŽŸฃฬyเ3LloZS8•Wฌ๐wJ‹r'่ม๏์IญFฃฑŠ2สแaฉa<šเัว๚lบ<ˆœ,งlฦี.ฒสD฿Dฦ|[ก$ชBั 'ฟ<,ˆk๕”tb8>sฯ'|Wุ?ป+>ๅJไB†” v๒ึ4ิ๑ฤฦ„dฐK<๋}ฬๆ่Bi—๑฿3เำŽ‡hษ‹€ e’ฺicœ,.€ปx.ปสul=ฤถ“5เณ[ปะQ๗ใ€1ร9-ะ5ง}นfฮ‹ี[kๅ๒„๎ฐผฮ๎&นน9)=งpgp-0.15.0/tests/openpgp/tofu/cross-sigs/EC38277E-2.txt000064400000000000000000000005161046102023000202710ustar 00000000000000ฃGธ ‡(์8'~ห bWปDfoo ‰)WปD spy@cow.com ‡(์8'~‹uGiก™vฉช˜WPๆŸัฦหฤ฿ไ135ใg1nกํ›;4 C^bdนfบะษะ9x\โGภ+€2ผฦGu๑†€fล๑>†˜มIบ›ำร-0œ*y'”ป๘Frฏ•’ํœํ’’๘ูษj ฐ'Jล4%pg-ดษ8ฉh QฯFฏฎซ๕ uๅ ๛0z ‚ถœvล&vA้!ˆ>KฑšO๊‡9(’๓F`Vๅฒb่‡ร[ฦEทลUฤิ่pš<ิะ2ดต2ช"พWๆ Bน *ยๅ๒o.n3kpฒฎ‚บ\ฐนGh้ T€ไมpgp-0.15.0/tests/openpgp/tofu/cross-sigs/EC38277E-3.txt000064400000000000000000000005161046102023000202720ustar 00000000000000ฃGธ ‡(์8'~ห bWโ`foo ‰)Wโ` spy@cow.com ‡(์8'~%‚ร92›dMเVฺ&zะ๓ฅฟภ 5ว#แ”xพUO4˜›8hศทภGrถฆom๊๓Dv„~†s'Wมธื’๘}อผ\ฌ2‘ af1œ1ณจˆ}๋"ฒ ะw…>ๆ˜H/†฿1Bn๘๔ก๒่ฃ[ง>รหดฑจ/M˜;ใี„ู๚ป๎ั๐์ผ„zn†-฿1/รๅะ˜}๖.‡a|1X$ณน}๑ห๐ พข8 `wเ๗}?7ฌฃ/ธc]๎qฺ ถ$ฮำาTJ#๏ˆW˜}™‚‡c0V๋ภ‚ฦ–…)P๒Z4โๆด? ™ๅ;—๎)๑Y(—อ Ÿmไv?%/;~Sไ‚šL&พังก“ š$ •ธฒุi| iอ้ึ,T>hj @)นถ]‘"u}จs0XU)ห-ณวžฃฮ๕2†๗@8๘3T๏ย%hcิี {^k๕qๅจXฦ9{สถm๔ฯบูา0?ภ˜‡ไฌฒ”œ3 ƒfภ๘^รัษah5ส=อ๐…ว‘•mฉฤฃ4‡Uญว|๋c๕ฒฎZ$๐olx.๊h?แ๒ธ8)‹จ๎~>ขk๓D†&:† Tynฐส/nboภม$nsfฏ{™vS๐< Jบม๊\๕_ž็รRe๔}Y อ;”ฃ ลŠชtJ๎๏ฬฯ.~Uคqแ–ฅ‰๐๐ะG%2ฟล<๕ซ.ดะฐŒo์™ง8˜“\าซงWื+ใŸ๋ีuEYฺูDPR`๕‘C$/œw‹2๒p,ํt#่ืlู‚Ÿต๔ba™}๔‹Lข๔ |๗๔Ÿกah`bZvข:ฐๅ~ๅุvไ”<๊^N@ส9cS #bฬR๙ถ4ีJุ1WqW5คJh๋rbฌiq้P.ีฦ˜า;ANคฤขPp['มถ๛^ฅ"ี\ผีp;rb์๎6P,Tq$'ฌbค› tฃํ[ๅž&5ท๒นฬ’ศะŒ๐ถFฌQัำ%ยฝ\O—WžgรธŠ’@O#m ฮถmhp–†ู @7๗Œฯ^g$.ฯA:ซ?ษผะ๊Z๛)๐๖/4๖,ฐz•h๘โ๗์Qญา๓j˜9ซ๛์(6ปhฑบ๒˜EทดSpy Cow ‰7!WณY  € ‡(์8'~b:+ษล&bบ"ฒNใ๒}ํ๐šษL๗ท๋7ู๘’[%'†ณธ’H8ผ(ฦ… ๆ A˜gฦษนž๐ภษpรn๚ฑ€4ู๊‹@f+ Eิb"a•$๒{ีIรUซึ ล๙อๆŽศiพ'ุ˜ฟ>mZ a6‰ท#Š7š™~J3S'6 ลฬ๓่ไฃvmk"5ืฑ!ฯวฬ๎ฆ“\ู(iฝNmcƒmjH ~\ ดeค“yŒVำ9]*๏˜ฯz@rกqฑRฤึuณ=Bฃ วณรฤชNผ๗ทm4‡)&q=๗ณ^[ุึฤฤุVฃ22›‹งฺ๔V%๕˜WณY๊cž?ฯLH †ัย")jƒT ึ-บNอโ2!š3Lก Yโ†ฏ}=บอmิC›W"าี+Vูc`฿kัาฮวล1›๖Q้vส™Pคฐ~ฎ๒หต๔ซฆศ_&†x\ฬํฒะภฅ€.จ™W๐^€ฑQ๔หฯ ต๔๐Lฤด}_ลล๔ช?‡hถQ{ฅั [๓eR‘Š๕๛๖>ฑ๊ื0สZbn๎ณgU^egO ๊o2:ณสฒล]ษ˜H|ศj6qผœ๊#GbD= --C~Wณผ๚)ฬฑูc=พs‹p๖>สCwูTeiด/๔ะyฯXIม๔ํก8`ztDrr*†,—ผๆดIeดW,“Sn€วึN๓ฯ็่f๏kBฅ—Kฎ ฬŠฤํฏึ๗ +ก *ฉPeนFcหPF5wQ๕ #]ขmข๒้qห ห•SŠ5S๗Vณ$ือํ๏ฐ˜ๆฐฒe๙,.SpŽ9๎6R]๐ืั’๖Kำ๚๕ฮ;๙MฺUWคึ%•…ฺpึเmŠูUW*Y?ม}ทผพณฒ=P<'ฮn Fฃอ+Jม7'?Kญ๑s#œขˆVNmoŸ<Jˆป-แGA;Xธ)ำฯ-ํ–šญ$˜™ใ–dฃ{;y%šเ›ฦŠ\๕๐uผธ|eL!ดXqœ…/รๆฝฅD0ทธบM๋เ;+8้ฏ>=Šํa5๕Z| DHJKฎฅrZืJr/ตr๐›0ฬY6)บฺ[Yุj‡OฝyEtdส]ผC70{฿]ญ^ซi„ึW‡Ÿw๐C:| ูฉE–ใSeยE๙ˆ้ฒ5อ)ฺJ—ฺปกมิ  $นภไ_ฐ า?WŒธฅดึุ’์ ๓–0Aำˆw๋(กฑ™ฌ‘ท๛†-W๛&๑ฃœ”IH8rE;อRIืHๆภAp4oุไp%ืืป๔ะ…นDขb+ฦMฏk๔YU๘‡c%ิLวAูŸM‹a`Žก([ >๋ช˜ภฺ2Hj(๚฿@ษ(C9้ jK•!ฟqนjใW—ฒฦ%ฑฉ*&&่๖๗ฟ‰ WณY ‡(์8'~nr ‚ˆตy$ฃkp(YไŽŸฃฬyเ3LloZS8•Wฌ๐wJ‹r'่ม๏์IญFฃฑŠ2สแaฉa<šเัว๚lบ<ˆœ,งlฦี.ฒสD฿Dฦ|[ก$ชBั 'ฟ<,ˆk๕”tb8>sฯ'|Wุ?ป+>ๅJไB†” v๒ึ4ิ๑ฤฦ„dฐK<๋}ฬๆ่Bi—๑฿3เำŽ‡hษ‹€ e’ฺicœ,.€ปx.ปสul=ฤถ“5เณ[ปะQ๗ใ€1ร9-ะ5ง}นfฮ‹ี[kๅ๒„๎ฐผฮ๎&นน9)=งpgp-0.15.0/tests/openpgp/tofu/cross-sigs/README000064400000000000000000000044241046102023000172440ustar 00000000000000# How I generate the keys and messages to verify: # Generate and export two non-conflicting keys. gpg --quick-gen-key 'Spy Cow ' gpg --quick-gen-key 'Spy R. Cow ' KEYIDA=1938C3A0E4674B6C217AC0B987DB2814EC38277E KEYIDB=DC463A16E42F03240D76E8BA8B48C6BD871C2247 for KEYID in $KEYIDA $KEYIDB do gpg --export $KEYID > tofu-$KEYID.gpg gpg --export-secret-keys $KEYID > tofu-$KEYID-secret.gpg done # Sign some data. echo foo | gpg --default-key $KEYIDA -s > tofu-$KEYIDA-1.txt echo foo | gpg --default-key $KEYIDB -s > tofu-$KEYIDB-1.txt # Again, but with an issuer. echo foo | gpg --default-key "" -s > tofu-$KEYIDA-2.txt echo foo | gpg --default-key "" -s > tofu-$KEYIDB-2.txt # Have A sign B and vice versa. gpg --default-key $KEYIDA --quick-sign $KEYIDB gpg --default-key $KEYIDB --quick-sign $KEYIDA gpg --export $KEYIDA > tofu-$KEYIDA-2.gpg gpg --export $KEYIDB > tofu-$KEYIDB-2.gpg # Cause A and B to conflict. gpg --quick-adduid $KEYIDB 'Spy R. Cow ' gpg --export $KEYIDB > tofu-$KEYIDB-3.gpg echo foo | gpg --default-key "" -s > tofu-$KEYIDA-3.txt echo foo | gpg --default-key "" -s > tofu-$KEYIDB-3.txt # Have A sign B's conflicting user id. gpg --default-key $KEYIDA --quick-sign $KEYIDB gpg --export $KEYIDB > tofu-$KEYIDB-4.gpg exit 0 # In a new directory (so the keys are not ultimately trusted). D=~/neal/work/gpg/test echo 'trust-model tofu+pgp' > gpg.conf gpg --import $D/tofu-$KEYIDA.gpg gpg --import $D/tofu-$KEYIDB.gpg gpg -k gpg --verify $D/tofu-$KEYIDA-1.txt gpg --verify $D/tofu-$KEYIDB-1.txt # With an issuer. gpg --verify $D/tofu-$KEYIDA-2.txt gpg --verify $D/tofu-$KEYIDB-2.txt # Import the cross signatures. gpg --import $D/tofu-$KEYIDA-2.gpg gpg --import $D/tofu-$KEYIDB-2.gpg gpg -k gpg --verify $D/tofu-$KEYIDA-1.txt gpg --verify $D/tofu-$KEYIDB-1.txt # With an issuer. gpg --verify $D/tofu-$KEYIDA-2.txt gpg --verify $D/tofu-$KEYIDB-2.txt gpg --status-fd=1 --batch --verify $D/tofu-$KEYIDA-3.txt | grep TRUST_UNDEFINED gpg --status-fd=1 --batch --verify $D/tofu-$KEYIDB-3.txt | grep TRUST_UNDEFINED # Import the conflicting user id. gpg --import $D/tofu-$KEYIDB-3.gpg gpg -k # Import the cross signature, which should remove the conflict. gpg --import $D/tofu-$KEYIDB-4.gpg gpg -k pgp-0.15.0/tests/openpgp/trust-pgp/alice.sec.asc000064400000000000000000000007401046102023000175730ustar 00000000000000-----BEGIN PGP PRIVATE KEY BLOCK----- lHcEWW2+WxMIKoZIzj0DAQcCAwQnUnqiwvOPU7gGepFTew8Fk5kmVexr+PvaqXgv 9wKxNzZrs4GvamULk9pl2euwJGKPBRJRz8RSNpW6HIIzAPoOAAEAgOZk+WDjrmum 0OygJdb6qJp27qsyXvMVZ8AGlsdYtUgS37QZQWxpY2UgPGFsaWNlQGV4YW1wbGUu b3JnPoiQBBMTCAA4FiEE/Zsg3TyYEj7ur4zFG6QVONLmVrUFAlltvlsCGwMFCwkI BwIGFQgJCgsCBBYCAwECHgECF4AACgkQG6QVONLmVrU7PAEAvOqeIRMiJ8Ne0tz+ K1aRz/np/umCQxO8ddm9mnr4M7EA/1z4YdD06wJXp4RXUI0G2QOHTY+QXMShCFrp ySArWQqN =3+Iz -----END PGP PRIVATE KEY BLOCK----- pgp-0.15.0/tests/openpgp/trust-pgp/bobby.sec.asc000064400000000000000000000007401046102023000176130ustar 00000000000000-----BEGIN PGP PRIVATE KEY BLOCK----- lHcEWW3WihMIKoZIzj0DAQcCAwTtUYI84wfNPCwa/r2ke7tXz0uv/En9LQZbW0QE nzHigEvMXLfyjfjCf5tQ2eVbKLbABxtKwDtC2bv8dMcmgqd/AAEA6EzyQYtLOL9v 4SErBRic7MmQfxFbEJIQSu2vtbWos/0QFLQZQm9iYnkgPGJvYmJ5QGV4YW1wbGUu Y29tPoiQBBMTCAA4FiEETT9Z9NgDD9LYRK/rpbrD7RJcyuUFAllt1ooCGwMFCwkI BwIGFQgJCgsCBBYCAwECHgECF4AACgkQpbrD7RJcyuWUjgEA9UreuOxgDzhSCGAQ 5GtxBiXkmp/IuH/rvNI8qZaVnoIBAPs/VUgy3eySjF6g9wf/UzvqwUdtoaYvkyC2 a25O7Lxc =76RO -----END PGP PRIVATE KEY BLOCK----- pgp-0.15.0/tests/openpgp/trust-pgp/carol.sec.asc000064400000000000000000000007401046102023000176160ustar 00000000000000-----BEGIN PGP PRIVATE KEY BLOCK----- lHcEWW3WrxMIKoZIzj0DAQcCAwS4HzEJ0YwXZ1SWciHOmWdfnESTvwC3Zb/sWRu8 zdIeZzxAwu8lYQaDq/eOgKeXQVW5gxkQG5rCWUazbG+gCBEIAAEA2QzHlkxFJkTg QvZuimqU0AySYsleRUaO9B9UARiUbOYOwrQZQ2Fyb2wgPGNhcm9sQGV4YW1wbGUu bmV0PoiQBBMTCAA4FiEEbGJzXkVMzdefpspgEHkROuwSgv0FAllt1q8CGwMFCwkI BwIGFQgJCgsCBBYCAwECHgECF4AACgkQEHkROuwSgv3MygD+KdusoDvz7WZbsjjB WI/HLhWfWfXsoAR9mN/5rZ94HDgA/1VqbvUcM+vPU62g7/0qoGqWCda3SURB6263 Kirbk6hY =wkQ4 -----END PGP PRIVATE KEY BLOCK----- pgp-0.15.0/tests/openpgp/trust-pgp/common.scm000064400000000000000000000045131046102023000172530ustar 00000000000000#!/usr/bin/env gpgscm ;; Copyright (C) 2017 Damien Goutte-Gattat ;; ;; This file is part of GnuPG. ;; ;; ;; GnuPG is free software; you can redistribute it and/or modify ;; it under the terms of the GNU General Public License as published by ;; the Free Software Foundation; either version 3 of the License, or ;; (at your option) any later version. ;; ;; GnuPG 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 General Public License for more details. ;; ;; You should have received a copy of the GNU General Public License ;; along with this program; if not, see . (load (in-srcdir "tests" "openpgp" "defs.scm")) ;; Redefine GPG without --always-trust. (define GPG `(,(tool 'gpg))) ;; Helper constants for setownertrust. (define MARGINALTRUST "4") (define FULLTRUST "5") (define ULTIMATETRUST "6") ;; Assign OWNERTRUST to the key identified by the provided ;; fingerprint KEYFPR. (define (setownertrust keyfpr ownertrust) (pipe:do (pipe:echo (string-append keyfpr ":" ownertrust ":\n")) (pipe:gpg `(--import-ownertrust)))) ;; Force a trustdb update. (define (updatetrustdb) (call-check `(,@GPG --check-trustdb --yes))) ;; IDs of all the keys involved in those tests. (define ALICE "FD9B20DD3C98123EEEAF8CC51BA41538D2E656B5") (define BOBBY "4D3F59F4D8030FD2D844AFEBA5BAC3ED125CCAE5") (define CAROL "6C62735E454CCDD79FA6CA601079113AEC1282FD") (define DAVID "A0607635198CABA2C467FAA64CE5BB42E3984000") (define FRANK "CE1A0E07CF8A20CBF8DC47D6DB9017DBAE6CD0EF") (define GRACE "B935F4B8DA009AFBCCDD41386653A183007F8345") (define HEIDI "0389C0B7990E10520B334F23756F1571EDA9184B") ;; Initialize a given scenario. ;; NAME should be the basename of the scenario file ;; in this directory. (define (initscenario name) (setup-environment) ;; Make sure we are using the PGP trust model. This may no ;; be the default model in the future. (let ((trust-model (gpg-config 'gpg "trust-model"))) (trust-model::update "pgp")) ;; Load the scenario's public keys. (call-check `(,@GPG --import ,(in-srcdir "tests" "openpgp" "trust-pgp" (string-append name ".asc")))) ;; Use Alice's key as root for all trust evaluations. (setownertrust ALICE ULTIMATETRUST) (updatetrustdb)) pgp-0.15.0/tests/openpgp/trust-pgp/david.sec.asc000064400000000000000000000007401046102023000176050ustar 00000000000000-----BEGIN PGP PRIVATE KEY BLOCK----- lHcEWW3WzRMIKoZIzj0DAQcCAwQrTeILyHVpkkDsAyAlY7wz0PYjG48ShCYeTX2z 5f2bLxZGeepQeMiOXznPvCwRNMNpr63048+LGqu34Q9di5tvAAD9HITG0iG5SzeW cGMfhzGuXEn2P+9arb0OttTUcj+eGBIP8bQZRGF2aWQgPGRhdmlkQGV4YW1wbGUu b3JnPoiQBBMTCAA4FiEEoGB2NRmMq6LEZ/qmTOW7QuOYQAAFAllt1s0CGwMFCwkI BwIGFQgJCgsCBBYCAwECHgECF4AACgkQTOW7QuOYQAAJtAD+JxiDZttAb51FjB5o J1BksmzIrgL6ouorbLLRjVyk7rkA/0JqyLhh1K3vn4rYDbuKtvQAcfQbCndzwF9X uGQ/7gbS =EC4L -----END PGP PRIVATE KEY BLOCK----- pgp-0.15.0/tests/openpgp/trust-pgp/frank.sec.asc000064400000000000000000000007401046102023000176170ustar 00000000000000-----BEGIN PGP PRIVATE KEY BLOCK----- lHcEWW3W3RMIKoZIzj0DAQcCAwQs0QS2PEUXhpmsPlaTFOsXd8AoYqpa6xcc0+AE Mck1EzlqRlxeibvYeh/+yxjl18Ouww/BERB+PcoABXp00zXzAAD+Oybk8/6x5nc8 ZNHkRIbfHW8oKh7jxbpob9X7QIfBpf8TcbQZRnJhbmsgPGZyYW5rQGV4YW1wbGUu Y29tPoiQBBMTCAA4FiEEzhoOB8+KIMv43EfW25AX265s0O8FAllt1t0CGwMFCwkI BwIGFQgJCgsCBBYCAwECHgECF4AACgkQ25AX265s0O+nDQD/RplCmAPQgMejhs2/ YmOqWrekyd4IWNj9zyI2n228WXYBAJ1/Wf1vBviOEqzs7t+C0iBExxJXViPlG0nN Z9aoiX1G =vnHF -----END PGP PRIVATE KEY BLOCK----- pgp-0.15.0/tests/openpgp/trust-pgp/grace.sec.asc000064400000000000000000000007401046102023000175770ustar 00000000000000-----BEGIN PGP PRIVATE KEY BLOCK----- lHcEWW3W8RMIKoZIzj0DAQcCAwRTGb7wRrdPa+mXxUNJoYgWbKfMDQH9M1H366PQ ga8L32TYccFzyCD8DuRYOQxzhnCtSHtdzK4QAwwGLaJV6GRjAAEAzBLT+dB5ga7S Lh7PepOB9yObDHrHAvXGXg9AUvEm3ZkQ6bQZR3JhY2UgPGdyYWNlQGV4YW1wbGUu bmV0PoiQBBMTCAA4FiEEuTX0uNoAmvvM3UE4ZlOhgwB/g0UFAllt1vECGwMFCwkI BwIGFQgJCgsCBBYCAwECHgECF4AACgkQZlOhgwB/g0W2AAD+KmW2DQALWTnsVnL/ QKdJ1J8DsaR1l+y2h7FUYuFttQsBALZYs2vUwOVBnAYyqbHogqgbPSxKRXeAxNqo epx6csv+ =05c1 -----END PGP PRIVATE KEY BLOCK----- pgp-0.15.0/tests/openpgp/trust-pgp/heidi.sec.asc000064400000000000000000000007401046102023000176000ustar 00000000000000-----BEGIN PGP PRIVATE KEY BLOCK----- lHcEWW3XBxMIKoZIzj0DAQcCAwSINFpTZUYnxDDj3k16ljZIt58rh3cuUNIvUcqR zR9kdlmudQTaf1zUsW6F3r+t91t88kaA2Fcci3wkU0CAob0WAAD/eTlMM3JTEF6K yh8gxk1+mXRVUAmcGwr+1PzC3nzJAkgPALQZSGVpZGkgPGhlaWRpQGV4YW1wbGUu b3JnPoiQBBMTCAA4FiEEA4nAt5kOEFILM08jdW8Vce2pGEsFAllt1wcCGwMFCwkI BwIGFQgJCgsCBBYCAwECHgECF4AACgkQdW8Vce2pGEtwXAD/SVyIRiGnYPkqBVqG fI2MlTgN8+uirur2JdkcPoylCEMA/j3OeLRRT1docnEnvST1srmlXxZTbNUclnAl a2OZd7ME =1goe -----END PGP PRIVATE KEY BLOCK----- pgp-0.15.0/tests/openpgp/trust-pgp/scenario1.asc000064400000000000000000000071711046102023000176360ustar 00000000000000-----BEGIN PGP PUBLIC KEY BLOCK----- mFIEWW2+WxMIKoZIzj0DAQcCAwQnUnqiwvOPU7gGepFTew8Fk5kmVexr+PvaqXgv 9wKxNzZrs4GvamULk9pl2euwJGKPBRJRz8RSNpW6HIIzAPoOtBlBbGljZSA8YWxp Y2VAZXhhbXBsZS5vcmc+iJAEExMIADgWIQT9myDdPJgSPu6vjMUbpBU40uZWtQUC 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KEY BLOCK----- -----BEGIN PGP PUBLIC KEY BLOCK----- mFIEWW3W3RMIKoZIzj0DAQcCAwQs0QS2PEUXhpmsPlaTFOsXd8AoYqpa6xcc0+AE Mck1EzlqRlxeibvYeh/+yxjl18Ouww/BERB+PcoABXp00zXztBlGcmFuayA8ZnJh bmtAZXhhbXBsZS5jb20+iJAEExMIADgWIQTOGg4Hz4ogy/jcR9bbkBfbrmzQ7wUC WW3W3QIbAwULCQgHAgYVCAkKCwIEFgIDAQIeAQIXgAAKCRDbkBfbrmzQ76cNAP9G mUKYA9CAx6OGzb9iY6pat6TJ3ghY2P3PIjafbbxZdgEAnX9Z/W8G+I4SrOzu34LS IETHEldWI+UbSc1n1qiJfUaIdQQQEwgAHRYhBE0/WfTYAw/S2ESv66W6w+0SXMrl BQJZbhCEAAoJEKW6w+0SXMrlepAA/3+AAaRQVfsU+zQtGg43VxAcfW+ezuUVCYUY IW2Lv+GkAP0WF7Nh5N4nDo/gC3WBW2zdWArlRaWa5NxcCquEUaE7Tg== =SWmz -----END PGP PUBLIC KEY BLOCK----- -----BEGIN PGP PUBLIC KEY BLOCK----- mFIEWW3W8RMIKoZIzj0DAQcCAwRTGb7wRrdPa+mXxUNJoYgWbKfMDQH9M1H366PQ ga8L32TYccFzyCD8DuRYOQxzhnCtSHtdzK4QAwwGLaJV6GRjtBlHcmFjZSA8Z3Jh Y2VAZXhhbXBsZS5uZXQ+iJAEExMIADgWIQS5NfS42gCa+8zdQThmU6GDAH+DRQUC WW3W8QIbAwULCQgHAgYVCAkKCwIEFgIDAQIeAQIXgAAKCRBmU6GDAH+DRbYAAP4q ZbYNAAtZOexWcv9Ap0nUnwOxpHWX7LaHsVRi4W21CwEAtliza9TA5UGcBjKpseiC 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Google Inc. pgp-0.15.0/tests/openpgp-interop/CONTRIBUTING.md000064400000000000000000000026541046102023000172250ustar 00000000000000Want to contribute? Great! First, read this page (including the small print at the end). ### Before you contribute Before we can use your code, you must sign the [Google Individual Contributor License Agreement] (https://cla.developers.google.com/about/google-individual) (CLA), which you can do online. The CLA is necessary mainly because you own the copyright to your changes, even after your contribution becomes part of our codebase, so we need your permission to use and distribute your code. We also need to be sure of various other thingsโ€”for instance that you'll tell us if you know that your code infringes on other people's patents. You don't have to sign the CLA until after you've submitted your code for review and a member has approved it, but you must do it before we can put your code into our codebase. Before you start working on a larger contribution, you should get in touch with us first through the issue tracker with your idea so that we can help out and possibly guide you. Coordinating up front makes it much easier to avoid frustration later on. ### Code reviews All submissions, including submissions by project members, require review. We use Github pull requests for this purpose. ### The small print Contributions made by corporations are covered by a different agreement than the one above, the [Software Grant and Corporate Contributor License Agreement] (https://cla.developers.google.com/about/google-corporate). pgp-0.15.0/tests/openpgp-interop/CONTRIBUTORS000064400000000000000000000007301046102023000166450ustar 00000000000000# People who have agreed to one of the CLAs and can contribute patches. # The AUTHORS file lists the copyright holders; this file # lists people. For example, Google employees are listed here # but not in AUTHORS, because Google holds the copyright. # # https://developers.google.com/open-source/cla/individual # https://developers.google.com/open-source/cla/corporate # # Names should be added to this file as: # Name KB Sriram pgp-0.15.0/tests/openpgp-interop/LICENSE000064400000000000000000000261351046102023000160010ustar 00000000000000 Apache License Version 2.0, January 2004 http://www.apache.org/licenses/ TERMS AND CONDITIONS FOR USE, REPRODUCTION, AND DISTRIBUTION 1. Definitions. "License" shall mean the terms and conditions for use, reproduction, and distribution as defined by Sections 1 through 9 of this document. "Licensor" shall mean the copyright owner or entity authorized by the copyright owner that is granting the License. "Legal Entity" shall mean the union of the acting entity and all other entities that control, are controlled by, or are under common control with that entity. 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"Work" shall mean the work of authorship, whether in Source or Object form, made available under the License, as indicated by a copyright notice that is included in or attached to the work (an example is provided in the Appendix below). "Derivative Works" shall mean any work, whether in Source or Object form, that is based on (or derived from) the Work and for which the editorial revisions, annotations, elaborations, or other modifications represent, as a whole, an original work of authorship. For the purposes of this License, Derivative Works shall not include works that remain separable from, or merely link (or bind by name) to the interfaces of, the Work and Derivative Works thereof. 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See the License for the specific language governing permissions and limitations under the License.pgp-0.15.0/tests/openpgp-interop/README.md000064400000000000000000000102421046102023000162430ustar 00000000000000# OpenPGP interoperability tests This directory contains simple test cases to read OpenPGP keys and messages generated by a variety of implementations. The tests are declarative, and any implementation can write a driver for these tests to check for interoperability issues. These test cases are not exhaustive by any means, and should be viewed as a simple check that messages and keys generated by various implementations can interoperate with each other. ## Format of a test case Tests are based on a naming convention. Any file ending with `.json` is assumed to be a JSON file that declares a new test case. It _must_ have an string field called `type` that declares the type of test case. There are currently two types of tests. An __import__ test, and a __decrypt__ test. ## Import test This test expects the implementation to read a public key, validate it, and reject any invalid userids or subkeys. An example JSON file `mykey.json` { "type" : "import", "expected_uids" : ["e2ekey@example.com"], "expected_fingerprint": "099c5e5d3ca82dac59deb9431446c4a316225086", "expected_subkeys" : [{ "expected_fingerprint": "43c788799304b2737511b41e66d2f1269199e424" }] } The public key is located by a naming convention, and found in the same directory by replacing the `.json` extension with `.asc`. So in this example, the public key to read is `mytest.asc` within the same directory as the JSON file. All the fields in the JSON file (except for the `type` field) are optional. But if a field is present, the implementation must confirm that after validation, it has the same information represented by the field. Unknown fields must be ignored. `expected_uids` is an optional array of strings. This contains an array of (validated) UserID strings in the same order as was present in the key. `expected_fingerprint` is an optional fingerprint of the primary key. `expected_subkeys` is an optional array of objects representing each valid subkey (in the same order as was present in the key.) Each object may also include an optional `expected_fingerprint` field for the subkey fingerprint. ## Decrypt test This test expects the implementation to decrypt a message using a provided private key, and verify it if (an optional) public key is provided. An example JSON file `mymessage.json` { "type" : "decrypt", "decryptKey": "mymessage-decrypt.asc", "passphrase": "test", "verifyKey": "mymessage-verify.asc", "filename": "hello.txt", "timestamp": 1418941207, "textcontent": "hello", } The message to decrypt is located by a naming convention, and found in the same directory by replacing the `.json` extension with `.asc`. So in this example, the message to decrypt is `mymessage.asc` within the same directory as the JSON file. `decryptKey` is a _required_ string field, and is the name of a file within the same directory. This file contains a private key that can decrypt the message. `passphrase` is a _required_ string field, and provides a passphrase to unlock the private key. `verifyKey` is an optional string field. If present, it is the name of a file within the same directory. This file contains a public key, and the message must be signed by it. `filename` is an optional string field that is the filename indicated by the message. `timestamp` is an optional numeric field that is the creation timestamp indicated by the message. `textcontent` is an optional string field and is the expected content of the file. ## Attributions These test cases are a community effort to improve interoperability between various OpenPGP implementations. Copyright 2015 The OpenPGP Interoperability Project Authors. Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. pgp-0.15.0/tests/openpgp-interop/testcases/keys/e2e-001.asc000064400000000000000000000013301046102023000213740ustar 00000000000000-----BEGIN PGP PUBLIC KEY BLOCK----- Charset: UTF-8 xv8AAABSBAAAAAATCCqGSM49AwEHAgME5D5j84R7ngjS9Zpu631VC3oTDf6vqz3x TUcj5qv8zGBGi8LGNriyNadfKlVzl8zWNPSD+cF5C5m6RWAi4Q1htc3/AAAAEmUy ZWtleUBleGFtcGxlLmNvbcL/AAAAjQQQEwgAP/8AAAAFglXSSrL/AAAAAosJ/wAA AAmQFEbEoxYiUIb/AAAABZUICQoL/wAAAAOWAQL/AAAAApsD/wAAAAKeAQAAOMYA /1HSZSJe+umnm9DGuKSql1oxxD6SaHFoh63avcITgcVzAQCb7KazBzAHuHPcMK2z GKk+2tO9ehQPgf2w/wry8sF3I87/AAAAVgQAAAAAEggqhkjOPQMBBwIDBPZ2x6Gt k2VF5BS4tlYKPVtEazFJ3uiNLngvpfBimk8f6MXwAuU+WXpB1//MUeY6sOODKakh PoFYQ74xLMkrlKUDAQgHwv8AAABtBBgTCAAf/wAAAAWCVdJKsv8AAAAJkBRGxKMW IlCG/wAAAAKbDAAAQVcBAIrP/tLo8/in5TsYTohMg+RSz3z4KkLpr64+mUJhuD6+ AQDWN6DYCyQTSHDGKfULHBQjnrQdM2PETTuO7x8LB1mJVg== =B6/M -----END PGP PUBLIC KEY BLOCK----- pgp-0.15.0/tests/openpgp-interop/testcases/keys/e2e-001.json000064400000000000000000000003611046102023000216020ustar 00000000000000{ "type" : "import", "expected_uids" : ["e2ekey@example.com"], "expected_fingerprint": "099c5e5d3ca82dac59deb9431446c4a316225086", "expected_subkeys" : [{ "expected_fingerprint": "43c788799304b2737511b41e66d2f1269199e424" }] } pgp-0.15.0/tests/openpgp-interop/testcases/keys/gnupg-v1-001.asc000064400000000000000000000045001046102023000223670ustar 00000000000000-----BEGIN PGP PUBLIC KEY BLOCK----- Version: GnuPG v1 mQGiBEigu7MRBAD7gZJzevtYLB3c1pE7uMwu+zHzGGJDrEyEaz0lYTAaJ2YXmJ1+ IvmvBI/iMrRqpFLR35uUcz2UHgJtIP+xenCF4WIhHv5wg3XvBvTgG/ooZaj1gtez miXV2bXTlEMxSqsZKvkieQRrMv3eV2VYhgaPvp8xJhl+xs8eVhlrmMv94wCgzWUw BrOICLPF5lANocvkqGNO3UUEAMH7GguhvXNlIUncqOpHC0N4FGPirPh/6nYxa9iZ kQEEg6mB6wPkaHZ5ddpagzFC6AncoOrhX5HPin9T6+cPhdIIQMogJOqDZ4xsAYCY KwjkoLQjfMdS5CYrMihFm4guNMKpWPfCe/T4TU7tFmTug8nnAIPFh2BNm8/EqHpg 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pgp-0.15.0/tests/openpgp-interop/testcases/keys/gnupg-v1-001.json000064400000000000000000000004061046102023000225730ustar 00000000000000{ "type" : "import", "expected_uids" : ["Android Security "], "expected_fingerprint": "5e31485bd84e3ca6e1f6e604731e6b9f00540fc3", "expected_subkeys" : [{ "expected_fingerprint": "6834b09572175adadda61ba0708cd053a11a9b3b" }] } pgp-0.15.0/tests/openpgp-interop/testcases/keys/gnupg-v1-002.asc000064400000000000000000000025721046102023000223770ustar 00000000000000-----BEGIN PGP PUBLIC KEY BLOCK----- Version: GnuPG v1.4.11 (GNU/Linux) mQMuBFJ8K1oRCACv4QL0+GnScNvFhZB1sMrRxibowhwv1UAAxz/nygIaTWcj0cvV IA2d4/5cyuNC2LDb193Id9ODR6J8nG7GuZpTOCXPMx05VV5LzNfVMiVe+8Sx6nh+ O6C0Am9o23wZHFMDUqX/c++9WC+DxkyBkeH0gbeE/aWb0eIGyxbw3YmiYvg7km+T gUyN5bpSpcEFsaWzL9+PayI13P4ZGRKqwhoR00HJ/oiFep4v1iTnlf/PdzKW2wTQ 3nwOHKsbsrP7MN1CYBfuHOfOstWmbyAkROACbzoFOhXoRtHJjR0Kng+Hhbroawzu fgMCxmgHYKN4krtKyiTQ56JG9ORUuoFm+AUfAQCFTiit5Q8M2ChfnmGPVD/g+1BC 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pgp-0.15.0/tests/openpgp-interop/testcases/keys/gnupg-v1-002.json000064400000000000000000000002431046102023000225730ustar 00000000000000{ "type" : "import", "expected_uids" : [ "dsa 2048" ], "expected_fingerprint": "a8c3489ad6e31f81f8de9f6672f672d32326fb52", "expected_subkeys" : [] } pgp-0.15.0/tests/openpgp-interop/testcases/keys/gnupg-v1-003.asc000064400000000000000000000142151046102023000223750ustar 00000000000000-----BEGIN PGP PUBLIC KEY BLOCK----- Version: GnuPG v1 mQINBFOR5PUBEAClTPqRQvt1JlMiBVsR91D0mvN7ZMZ62DDtdEPWwgR3sEku6QkO TLiwwsXUnoff9ayAGxqq2zGe7p09KbJb2apjSxJsDl2k5mtBTp293l3qDjjFv+fl 9/259MGx857Ykt1OCHOg32b/Rv2SNtKRwnbOafuXL17yR0a2eUoPcOBpRme53lc1 MzDHMnM8xtXyTNdyxcfVvbd9wKW26dPuA3IUZ3jNphRJduMwZvxXv7UV7zl7OqiC wL3gLRn3oy33sRlcsPMubnRVrBmfpDQ1Xw+kMjDlI36abg/2rVshtNiSxvw4QniL pIsCDuhe3RNc/ygIeA6DS12UzCwrX6dHFnoggUWJ1/Aw7p+KZpc3vbBj5rC4irD9 dFTAP2lnih3ZlELP0L9iC8W2iWzW4rUf3s9Ux+Y2jBHHDzAkROydWhfOqstKmsPD fbNHj4+wSmefCVejaX6NkBUgCJJ8dRs0Fgxy51fvyFBT3YZziTH9NRzxNCZuQ279 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"expected_uids" : [ "john doe (test) ", "john doe " ], "expected_fingerprint": "56c65c513a0d1b9cff532d784c073ae0c8445c0c", "expected_subkeys" : [{ "expected_fingerprint": "c6a10a838a716176d5e808de1b00ffe4bc1f8cf6" }] } pgp-0.15.0/tests/openpgp-interop/testcases/keys/gnupg-v1-004.asc000064400000000000000000000040741046102023000224000ustar 00000000000000-----BEGIN PGP PUBLIC KEY BLOCK----- Version: GnuPG v1 mQENBFOUktABCADNIFjmQ0/u6i2jAtgr0nI/sog7bCXouPSiXvCP2nej7wV7cyJ/ T13GaiWfKMYwLnOKcW9IifOD6qOOOzUThJ5DStq+n2Rs3uSgKiz1GpM6yGJvRSPt sS3Ww+SOiz383htOZkCNP2LuCHx1e5Dr/m4AP0kDb7ZI5S8Q0aENTVRTyy+eVkUX mXJf3ZkSOKX0Uij2SSpcLCHfYVeMubF/P2FMwu2Q/XjOGAYsHToI4Yr7IxVVc12y 2es838Cvh1GKq2ILXDQzno8emp2NmUl+AeGPm0GfAzkHUm3cvwFeYo/FnpExSZ7Q G9GwKk1A8/d1ASXvshRFECiuzNhowHRIwExPABEBAAG0HXJldm9rZWQgPHJldm9r ZWRAcmV2b2tlZC5uZXQ+iQE4BBMBAgAiBQJTlJLQAhsDBgsJCAcDAgYVCAIJCgsE FgIDAQIeAQIXgAAKCRAYdf8LJnzcDsA0B/9G/Dm5evJ7TfBXBPhJXhlYUkvGiiq+ bDgK8yZP2P/Ilg3fKQRE42cc1Ia9WC3355NfgR+GqEx1gseVifDAdof1Y5n3Q97F 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David Hintz ( Drew Hintz ) " ], "expected_fingerprint": "3c6cf7120a52bd33c51857989014ca992da05e78", "expected_subkeys" : [{ "expected_fingerprint": "4cb29c377dbfbbedfcf493ec610abd91b645a031" }] } pgp-0.15.0/tests/openpgp-interop/testcases/keys/subkey-001.asc000064400000000000000000000070501046102023000222300ustar 00000000000000-----BEGIN PGP PUBLIC KEY BLOCK----- Version: GnuPG v1 mQENBFMXvpMDCACfSx3tMvFslnVGvYMRHePhXt/LD7oSPzs7zI5bUGlFKaRUZ2Hl FC22Z4gVhMQAQSWYjTAk4bclSSYN2NojR9EZR0ffC3g5X+tFJFiZv+LuXZr8E69I UBv9ml47oZNGaxNsnbc2BGuw/nUv64GR1/QQHvAYDPVE9Iw2Ptnp7NqkCrQyefdP Kz5mRXjT+/1s7ghBFl/bB4fTMgkxOOS6tP2Wcjir2T0sY6GfEQUj6gR5zTUe5r24 nNPNxdurosDJKJeucM+GMwZNi3v1PjHZpVqNgrSJKcpwuPc/GBMRuxJLskfRP0ds +n6Xc7c0PlNjH4ljJUwq2b5ekTy3G0AwD85dABEBAAG0DnJldm9rZWQtc3Via2V5 iQEoBBMDAgASBQJTm5SWAhsDAgsHAhUIAh4BAAoJEBNJdHIfSGf54igIAI3tq40f DASGBFMoROs9zRv5IFURY5G/DhJDuedWG+lX9zWC7dYgcdggBnzRUEMdi0ZiyQGa 1vtKHRaWsKIHpJm3upFpjcrB/KTvhemMriU4zGdkOYZjfg09VV0K+5ebzag9VodW 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-----END PGP PUBLIC KEY BLOCK----- pgp-0.15.0/tests/openpgp-interop/testcases/keys/subkey-001.json000064400000000000000000000004751046102023000224370ustar 00000000000000{ "type" : "import", "expected_uids" : ["revoked-subkey"], "expected_fingerprint": "fcf583ae030924c5ca3520fd134974721f4867f9", "expected_subkeys" : [], "comment": "Import should ignore the subkeys as they been revoked. Revocations on subkeys are permanent, so it cannot be undone by re-signing a subkey." } pgp-0.15.0/tests/openpgp-interop/testcases/keys/uid-001.asc000064400000000000000000000017071046102023000215120ustar 00000000000000-----BEGIN PGP PUBLIC KEY BLOCK----- Version: GnuPG v1 mQENBFObauUBCACxtJxdYZajVULp58pTK8oYRsxGrLs2t/2ybc0T1ojsRKa8HKth eIPqzEs9IegEaEz7kZ+A3dVdkat8qe3VaLnzFvoLoxKiQyigMmlkd/8ImcDwfPhb SpifVvN1BMZbTIvcMKp87lem/kutmP4mELflnwBa8DI4ari9Vradsp8OibkXiKo4 h/gcotALGcwvb8I2UrobKKWpm1DOtAi7G6Rvzhp4JlwkkII13u9u9UhiT5xKz2RJ 2b9PDMM1FmOPf7ILSxICOnOEGt1yZmshdFRsdJYRywNUSP6gXyEd7rVM7XJ3UZMw gjyz7cvvZATTJmJauIHddZXtZC597VuDK4edABEBAAG0GGJhZCB1c2VyaWQgPGJh ZEB1c2VyLmlkPrQaZ29vZCB1c2VyaWQgPGdvb2RAdXNlci5pZD6JATgEEwECACIF AlObauUCGwMGCwkIBwMCBhUIAgkKCwQWAgMBAh4BAheAAAoJEFziR1JVJq1DG4oI AKjySAa71tZIFPRDLUmvwmGjCJAAe6d3JqFXcK5S10+4j8O5AoiGjCil7hUfMZLm 5YUf73F+wH1+ih3Oh2xJbT64qrDegoLrqx0rFJ0pB/A4irSwKKNRq5Qk9qfl6uSb rT2htMinmsrW+4tr9s+Kbj16GGC3Ts7e7gh+HSCd1lV6dEgx2zVe+ENBEQ4LJWBy 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00000000000000-----BEGIN PGP PUBLIC KEY BLOCK----- Version: GnuPG v1 mQENBFObauUBCACxtJxdYZajVULp58pTK8oYRsxGrLs2t/2ybc0T1ojsRKa8HKth eIPqzEs9IegEaEz7kZ+A3dVdkat8qe3VaLnzFvoLoxKiQyigMmlkd/8ImcDwfPhb SpifVvN1BMZbTIvcMKp87lem/kutmP4mELflnwBa8DI4ari9Vradsp8OibkXiKo4 h/gcotALGcwvb8I2UrobKKWpm1DOtAi7G6Rvzhp4JlwkkII13u9u9UhiT5xKz2RJ 2b9PDMM1FmOPf7ILSxICOnOEGt1yZmshdFRsdJYRywNUSP6gXyEd7rVM7XJ3UZMw gjyz7cvvZATTJmJauIHddZXtZC597VuDK4edABEBAAG0GGJhZCB1c2VyaWQgPGJh ZEB1c2VyLmlkPokBOAQTAQIAIgUCU5trRwIbAwYLCQgHAwIGFQgCCQoLBBYCAwEC HgECF4AACgkQg8LUR+sm0qOzZgf/VPrUqoYJGcrML8oJ3qoI8v1H1wSWgAOfjkVm gRbvhTFGXAPOThA/o5eVGFAIYA4YnMI7sGLeONAFEkWd+jLHKDJyFN7yMBNw2nZq ASEyLhjdIe4vI7G9FKe0tfQim7MjZsZfHG58r32izPZ4c4UN5zAfaMSZZc+1gd3S 2G0Vpw7ibhb6ujjW7/ZSatVtH8QMS+6tToWlkxWVo/4vUZ+9PZgM3rEWcRC3DXwk wgPrfmYBnhvqHiGicfUcY8NcVvLi+J6mh4RHwAweIm3pd4Wk4/nnwN3GJXa7IbJK 3znfCTl3yzH6DVsh2hklV8qSJB+fDSYerYJV1VEX6nZjSRBz6LQaZ29vZCB1c2Vy aWQgPGdvb2RAdXNlci5pZD6JATgEEwECACIFAlObauUCGwMGCwkIBwMCBhUIAgkK 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hQGMA3wvqk35PDeyAQwAvP1dJtgZrl4SlRbIiIeNxa2h1KtJVQqnyLim1H2HjnTs OocLpSZqJ7wk2ft22tBF+eumkp08VLNhd2NTFj8+9csZWM1cSXe8+cZcNSa5rYFJ fJY7ZSPDiV3Eg7k6AqC4r8tw3GEjw/VhcCirupp1WMA15EBjirm9vlkkae6VmweQ yxSCp26DljyYBRnj/U9iUhFYk857sUu2Z5RzO7hR8s6/swkeBOq3tX71ck3P+JwK 2V4yALMe0ZSAZUjgc8o/JQItP81Hcwy8cERjjMTw4hdhiiJPpdwwFIjNQSjtOKjH C6BO6unig1AivrcW0X1wjD9K76d2qEDt2SsTiEXcbDuiwjEb3+4rGnjn7j3QH1me lRRgYM9MOCxurJhxDjrryoGF3RTdBcrwGUJ2AY3VoG3Oft10Ca4LMjHLkhbQvxPi bMajbk5gXhrT4TPYUZK4bnR5rz6expJbj8fBF77sshd/xQV9KCLs2ruL7fStqcSD bixo41JJMOTOXznwlaTI0kkB0oj4LM7XEYBd0S40hVmKUp9lvpio6jfdxQhVP5Lh by2PgLx6uOsW9QfJWQVFC/SnRkKKVG7H49kNsgOKWEvy4fD86ykDMm9N =Rc9L -----END PGP MESSAGE----- pgp-0.15.0/tests/openpgp-interop/testcases/messages/camellia128-001.json000064400000000000000000000002731046102023000237670ustar 00000000000000{ "type" : "decrypt", "decryptKey" : "../../../draft-bre-openpgp-samples-00/bob.sec.asc", "passphrase": "", "filename": "camellia128-001.asc", "textcontent": "Hello World :)" } pgp-0.15.0/tests/openpgp-interop/testcases/messages/camellia192-001.asc000064400000000000000000000013001046102023000235550ustar 00000000000000-----BEGIN PGP MESSAGE----- hQGMA3wvqk35PDeyAQv/dmqUkX41389v1472STyI+LsLPA1LrTkuBEQjFTgAfo5c kLI9Vfo2pDcy/IDVMVu1/sthX4WRbMMng6lfXt7809Ba2XA4JwxU1IaXLvNh7ZFT m6gEqleJP/FTVajmBUBKs/O7cieXjoJGN1mZ4cSDWLzwK6AFR3k6oJXODrZMZ630 M697jSkNk+yNzprMrOHM2H0BjoeHRD6o20Mz5RmrUYDbM8OHFox68vPu0KHtFqmo Oqxz6SpaFL1BolhX9kM7UqQGCcio7nRqWhMKtY3JOCCEtQgsLCjnkNMqFFDxDnKR IdwMiMSyqg3QLo0xp2jgKOmHRaHhL6Icj3uE86P8fq10qSxsQkEEvGh3695bp3hk zHPC7ONTNrVw0LFsOsjYUZgxQ09reORR/t32kCjiIjqGTbDBKrvPdancDXrAoLAn 2ne85hx692UbcAZbeiEv7Ig69a0QEDaOppPInx38H0sFMKyCXIy7e9LA9L3he+iR cELJJDd4rVV+amjWrqoB0kkBvQ/JBAh/nDlS82SHdh91axvj7M7yndQ+hp34c50g Ni9TVll8fcDZIk38kk7MXk2ABp84wvzpeF0r5UaA8uyH1X8nu/nOUJiF =H8d7 -----END PGP MESSAGE----- pgp-0.15.0/tests/openpgp-interop/testcases/messages/camellia192-001.json000064400000000000000000000002731046102023000237700ustar 00000000000000{ "type" : "decrypt", "decryptKey" : "../../../draft-bre-openpgp-samples-00/bob.sec.asc", "passphrase": "", "filename": "camellia192-001.asc", "textcontent": "Hello World :)" } pgp-0.15.0/tests/openpgp-interop/testcases/messages/camellia256-001.asc000064400000000000000000000013001046102023000235560ustar 00000000000000-----BEGIN PGP MESSAGE----- hQGMA3wvqk35PDeyAQv/fpz3Nc3rl4cKEM46+yAYSjm8eoXPcdGBTlvivteJG6Gn IN9aIFKH9nZWv/3DvGGl1lwS/bJNbFqF8oz2BXO9bggMdytfqNOhvQV2+qy9GjIW 6ciY4rx7FiEesNiDLUhUGPksf0abZ+y3i2wLYsxwl00W0Z7xfyQMd57DFgMP1xMX zGZMIgWXzz+YIn7fDEYDZ613Ko0RGWPU4MFnYRk5br0QbQAa55gdRxODPTfQU72O EAU1kR9uon3FlmTa1FkoHezPJelHsAqAd5whRXfCb3LH4PkizOxEe/1t0XtZXpAP n2a1cL6nwty3OTHpdUkeYwaoMWKxP3dVQjBSdWnkq3QaECzBrsqOK8FshwBALbPc QWX3+yI+b/d8La+MBr2/NHY8hBWr5pg4HBWxTaJaQYYUTLps+s9zafFTaKxxkMJr jV7F4F+URTQXTQe6n7izjcjqkgYw4rHpsBYIyasBf+gQArB/wDR1bj9/uLp/+Mwj rtm3eNtbWEogiZPXLHQ90kkBiq4EiQqGq9hpNFGxV1Vv2FqxbTl7nMtU9y/HfGOk s0acijafNR/RO5iclSYNUoHvMHdvNiGTNQvGceKw3Ikbl8AVQsCs/ZWV =CrCz -----END PGP MESSAGE----- pgp-0.15.0/tests/openpgp-interop/testcases/messages/camellia256-001.json000064400000000000000000000002731046102023000237710ustar 00000000000000{ "type" : "decrypt", "decryptKey" : "../../../draft-bre-openpgp-samples-00/bob.sec.asc", "passphrase": "", "filename": "camellia256-001.asc", "textcontent": "Hello World :)" } pgp-0.15.0/tests/openpgp-interop/testcases/messages/e2e-001-decrypt.asc000064400000000000000000000014771046102023000237140ustar 00000000000000-----BEGIN PGP PRIVATE KEY BLOCK----- Version: GnuPG v1 xf8AAAB3BAAAAAATCCqGSM49AwEHAgME5D5j84R7ngjS9Zpu631VC3oTDf6vqz3x TUcj5qv8zGBGi8LGNriyNadfKlVzl8zWNPSD+cF5C5m6RWAi4Q1htQABAPe5PbtM EUl2I8QirZ18XKoC0CxUcl0W0i0x263qBlPFDpHN/wAAABJlMmVrZXlAZXhhbXBs ZS5jb23C/wAAAI0EEBMIAD//AAAABYJV0kqy/wAAAAKLCf8AAAAJkBRGxKMWIlCG /wAAAAWVCAkKC/8AAAADlgEC/wAAAAKbA/8AAAACngEAADjGAP9R0mUiXvrpp5vQ xrikqpdaMcQ+kmhxaIet2r3CE4HFcwEAm+ymswcwB7hz3DCtsxipPtrTvXoUD4H9 sP8K8vLBdyPH/wAAAHsEAAAAABIIKoZIzj0DAQcCAwT2dsehrZNlReQUuLZWCj1b 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pgp-0.15.0/tests/openpgp-interop/testcases/messages/e2e-001.json000064400000000000000000000002451046102023000224370ustar 00000000000000{ "type" : "decrypt", "decryptKey": "e2e-001-decrypt.asc", "verifyKey": "e2e-001-verify.asc", "passphrase": "", "filename": "", "textcontent": "hello" } pgp-0.15.0/tests/openpgp-interop/testcases/messages/e2e-002-decrypt.asc000064400000000000000000000016751046102023000237150ustar 00000000000000-----BEGIN PGP PRIVATE KEY BLOCK----- Version: GnuPG v1 xf8AAAClBAAAAAATCCqGSM49AwEHAgME5D5j84R7ngjS9Zpu631VC3oTDf6vqz3x TUcj5qv8zGBGi8LGNriyNadfKlVzl8zWNPSD+cF5C5m6RWAi4Q1htf4JAwKh5ESG yPLKnGBcMR8UCrNpPZrYwd1lwu6TdQJsxYqMMpOm07yTpGTJ/zpXowOrikIflbh4 3DP8l3utqt++BkFy+XBTAJ8w7y10RWOvXXHrzf8AAAASZTJla2V5QGV4YW1wbGUu Y29twv8AAACNBBATCAA//wAAAAWCVdJKsv8AAAACiwn/AAAACZAURsSjFiJQhv8A AAAFlQgJCgv/AAAAA5YBAv8AAAACmwP/AAAAAp4BAAA4xgD/UdJlIl766aeb0Ma4 pKqXWjHEPpJocWiHrdq9whOBxXMBAJvsprMHMAe4c9wwrbMYqT7a0716FA+B/bD/ 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Comment: GPGTools - https://gpgtools.org mFIEVYfzzxMIKoZIzj0DAQcCAwQEkXu4nElf1Kfa+aP0rb9CJHWYFv9mgqvysuwH 0Hwni0EAFx83YYTQSRBUkbqCysbzjhORwYBhualBtMr1kHFStC9ncGcyMV9wMjU2 QGV4YW1wbGUuY29tIDxncGcyMV9wMjU2QGV4YW1wbGUuY29tPoh5BBMTCgAhBQJV h/PPAhsDBQsJCAcDBRUKCQgLBRYCAwEAAh4BAheAAAoJEAgYyjpVxmauVRABAMf4 ZCDDdDp+1scv+NGB7k8r9dtc/9QcRUUnsiNa4yRGAP9LK5ITIA+PV/vtB09QmpCP /9aOpSZzKyfjceQle7CWorhWBFWH888SCCqGSM49AwEHAgME7mKFDQJzG531qYVj 8NV6vhQL6bKpgpPl5FqayFy1BhFv3+2EBZWJr9T24zSB1frLY14iTss5Mt3rY3yS VwiPugMBCAeIYQQYEwoACQUCVYfzzwIbDAAKCRAIGMo6VcZmroLRAP9Hp6IOOMn9 EVpsciIEykv74rLmWN/qFAVplmgx2TtvogEArLOz1qvB+ekNqKjuootKKy1TF3bY 6q3VAEAzGq5CPtQ= =6AIQ -----END PGP PUBLIC KEY BLOCK----- pgp-0.15.0/tests/openpgp-interop/testcases/messages/gnupg-v2-1-5-001.asc000064400000000000000000000010051046102023000235210ustar 00000000000000-----BEGIN PGP MESSAGE----- Comment: GPGTools - https://gpgtools.org hH4D+Jk05NgROxsSAgMEmmA2SWhvLNxtvvgM7UTS3wHKT+9Qv4nohN068VclO99w 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pgp-0.15.0/tests/openpgp-interop/testcases/messages/gnupg-v2-1-5-002-verify.asc000064400000000000000000000015441046102023000250340ustar 00000000000000-----BEGIN PGP PUBLIC KEY BLOCK----- Comment: GPGTools - https://gpgtools.org mG8EVYh67BMFK4EEACIDAwT89Q3wJJMbkWpn6K781MjmCCaXsO2Yrni8nRqUO0Jy /IRRvyQUQFwkPlOFGls9Jow/wuQ+e+LzpilCAiCsjIabVOn8E6POrk7aX+2hEVvP h+fWX5FWFQVHhRHlTE8YwJy0IWdwZzIxcDM4NCA8Z3BnMjFwMzg0QGV4YW1wbGUu Y29tPoiZBBMTCgAhBQJViHrsAhsDBQsJCAcDBRUKCQgLBRYCAwEAAh4BAheAAAoJ EG73wu4hz8jwLLYBgOAqkyN0pUAhCpBeep/q9bJ8Ngqpjm19Mpt0SPMK/WCObSEy GSf/gOs0GFdeRvYtbwGAg03eKfIxh8WuyoCltVxD4DLXfaDcHpJ8Ljnqr11wf+iO zeDFbvTnI+xvyFKkGQjyuHMEVYh67BIFK4EEACIDAwTrI7z0pCt93EAbYtV40HD2 uuyMfVkoUVBrNvOyRQn1cXF6bO55YoLLVg2Q9TcKoR8GE84lSHl35Y+piAgSvn3V /tgD6WKT0DGok67WW7GmI7pptGoDUUhSXb5nL1kYEi8DAQkJiIEEGBMKAAkFAlWI euwCGwwACgkQbvfC7iHPyPChsQF/bppdagCf6/JLRa5nWJAYxtDospe6kwCpS/+1 xb26oiI3rSpjpZ8UN/QSb9GECImbAXsHTUFmPPNsvTeXvn7kNxWgRjqd88E0lsY/ /WgGGLP83B2OLNkLb3emRpDQx0xMITI= =Z9h1 -----END PGP PUBLIC KEY BLOCK----- pgp-0.15.0/tests/openpgp-interop/testcases/messages/gnupg-v2-1-5-002.asc000064400000000000000000000011361046102023000235270ustar 00000000000000-----BEGIN PGP MESSAGE----- Comment: GPGTools - https://gpgtools.org hJ4DHGTZqboOYrASAwMEtYUeDDJwqxZtXs5yl57p4r09P1dkJmYa5/OLAFlP2OSJ 84kDtk9YxA76XK0dsuiK8nqPwtMhfJyMAablGHWYXYaOchWOPNGPcRcGfNwDBQ6y kWmmlFxW86RWj+Hhp+auMN3hTp0KmxtLWSrqjbsR41EhXdNURgsAAJ1C/w2ERxhw M1XpaF3di/XbRWwLpkIRMNLAEAEzoZLHEmyrRUgWGIz3+28XABGgd0wmbrUG0igP ZaTrPV7lnW15qHQA35EcCgsuABZK3oKzBgEIXv3qHIxEQyul42OR+MRLicSjN0DP 5qEMgPPKI9QM4oGSnqiKoZRjI4UWtSQoqUtyk0loU5Zp9fWtxAOfE4lb7pz0BpT2 7QTibMqODtHQuv8qZFFDrE0h4U42b1Cl+UTZgAgLD4KDwdCDjdZyQWkJLbbLj9Jn 4meJ3euvbhmJiDvbS+LFBU3wCXAvtYILOxkSuIrTOkBE6xg= =Ysdz -----END PGP MESSAGE----- pgp-0.15.0/tests/openpgp-interop/testcases/messages/gnupg-v2-1-5-002.json000064400000000000000000000002751046102023000237350ustar 00000000000000{ "type" : "decrypt", "decryptKey": "gnupg-v2-1-5-002-decrypt.asc", "passphrase": "test", "verifyKey": "gnupg-v2-1-5-002-verify.asc", "filename": "", "textcontent": "hello\n" } pgp-0.15.0/tests/openpgp-interop/testcases/messages/gnupg-v2-1-5-003-decrypt.asc000064400000000000000000000025521046102023000252030ustar 00000000000000-----BEGIN PGP PRIVATE KEY BLOCK----- Comment: GPGTools - https://gpgtools.org lgAAAQgEVYh/7BMFK4EEACMEIwQANhjHlYst9EvUfVlNoZ3s2JD1TtEFUlgewo+f RGNuJDAIEBpEc8PCdxPxBZr56qnQjEuaFNJzJiM5EMkPV44RYbYA4K4zEpVe9BlW 0l7nledDGpc8H0+2cTtaqYnxVsDJ1SCD+nYbjIpLqaYxGgJuz3R2iyfvOYAZgk9q M8b4jM0SE0b+BwMCjvx4XzxygpPeXE5j0D4kw3i1LmO/TxlmeqUfBl/yWMoa2lU+ /3HG7DHveiGY5CwVknshNWMF5tqC9JDfZ7BdXAtUy3c2Axa3A/zMLGgH6XWNEu0c 0Bjv2tsmiWfsQYE4GUZoU96ZJnggcvI6X4/ppla0IWdwZzIxcDUyMSA8Z3BnMjFw NTIxQGV4YW1wbGUuY29tPoi8BBMTCgAhBQJViH/sAhsDBQsJCAcDBRUKCQgLBRYC AwEAAh4BAheAAAoJEGRcqQKef3Oxc1MCB3vQGNAAqlTmIipCLIVQON+PEz4EUsrU bDIVg2HLEumeWh/vCaVvouFFpoBGAnYYGLq1gIzIurgR9TLu1MewPMEbAgkBhYqq V43UtdF2Z5UmyMbderDbbCdW+lCEH8m+lUIxl/JGcMW7m4AwFPo5uIqf+FqcG6X+ 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pgp-0.15.0/tests/openpgp-interop/testcases/messages/gnupg-v2-1-5-003.asc000064400000000000000000000013001046102023000235210ustar 00000000000000-----BEGIN PGP MESSAGE----- Comment: GPGTools - https://gpgtools.org hMIDnEbxpPZKkU8SBCMEAa2wbr0mCM0VcEaCvoVLNy/dNwElX2zDUwvK9H7kRNc8 ISAU9EPRJByLQ5byoiSGCyet3g0p8vPvStnxr433S1cJASj2IUgj9GjRXpHhz/Ga /eW/0c8ZPZfeJmF0zVo4w9x8B/8HlYsjUOCLEr3kdseoYAcxBBYiOMFEJ6qogzh5 fiahMOf8cyoBhx212fm9M4j3vzcMw3jTEvd0aMmLRg94IAfhc2eI0omfAHB3IRXM RoDT9dLAMwGA3lPitdCXkMFfeCwnOLLm//0/moxgn4Xd3QRoywYCEJaB2DBiwYns A85xG20Wb+IB96N41szsIb6LkD/1GhYvXeXCyGddAYiTu/qX97Rmtc8uR+4z/3+g liO2INYf516ukzu79N543AVR4OnAvRJPnsVh1b5tN2eD2o6QIlyma4ZpakAtSI4J nnKJkeJX1YbXl0nD6iH/+uO8zbM2KT/G1Xz06m9laWgBG7XMilpVKkj7TNXHQobW v1GRUbXuEn8uW5sZcgt+r+zF1gM3hUWWb+7KcQ3E/nDCF+PuZlxCzMAEp1szEtBp sVs8rWGlpJwhJQ== =pSZl -----END PGP MESSAGE----- pgp-0.15.0/tests/openpgp-interop/testcases/messages/gnupg-v2-1-5-003.json000064400000000000000000000002751046102023000237360ustar 00000000000000{ "type" : "decrypt", "decryptKey": "gnupg-v2-1-5-003-decrypt.asc", "passphrase": "test", "verifyKey": "gnupg-v2-1-5-003-verify.asc", "filename": "", "textcontent": "hello\n" } pgp-0.15.0/tests/openpgp-interop/testcases/messages/gnupg-v2-10-001.asc000064400000000000000000000010371046102023000234440ustar 00000000000000-----BEGIN PGP MESSAGE----- Version: GnuPG v2.1.0beta3 (GNU/Linux) hQEMAyMlJx+Vv4ahAQgAioSQeowOqYeUfhSa/J9KdmU8f1bqxeUS+vB931gl1YQL SiZkMVkFcok+nZFA+9Q3MntdEvWLrFRaoOU79duEmt963yxjHh02i+9kvbac3CW2 JfljlyPIpPND7ksVDLLG5n7RKy7ZMG4K4WALWNq7GyVNLERCGGQ+qpfxjbWeWotq rOdzKBgebPX/h3+Toif6R3lL1ST2V1ufKMOcxZljGQbl5+XCyw2TMazitno8Yf1b cXH7ocshnjmvu/0zGpyqoDF4JJlVBXVAm9HSJWtWlSACpEKty2AU7SoiMIsiBpKk OfYCawF49QOrkKUWcQkBLqwFQvsK+c1BAutXrwz+0tI1AY1m6E86TA2eTDQyUnEs vYugiMUrXsyPDxD7IkHBvQJSKIQQcnLD7/nFAQupqV9FN5Qlqsw= =4wN0 -----END PGP MESSAGE----- pgp-0.15.0/tests/openpgp-interop/testcases/messages/gnupg-v2-10-001.json000064400000000000000000000002231046102023000236430ustar 00000000000000{ "type" : "decrypt", "decryptKey" : "gnupg-v1-4-11-001-decrypt.asc", "passphrase": "test", "filename": "", "textcontent": "susheep\n" } pgp-0.15.0/tests/openpgp-interop/testcases/messages/gnupg-v2-10-002.asc000064400000000000000000000010641046102023000234450ustar 00000000000000-----BEGIN PGP MESSAGE----- Version: GnuPG v2.1.0beta3 (GNU/Linux) hQEMAyMlJx+Vv4ahAQf/RASGVTt6Tx4uRtt21Jp1lVhCAbzmdUG4DDrewGYX2eNv 7O3/HaxpUheqRbXTMC+7K8f2AyT7THamD045k5CEio6np7ljllykVTURnZOS0BPH vDFIeGtEL0CuSMQ1ufOrPtuQbIPzFOOFOHxl9h5Jz3C270cabiNNpJ2dfoGn9KSB wM1aXig2IUFl4m0taVlumnKD/zLDf3HN5Fg51mHN1p0qfDkGTzoTNS375WcGp7oY OWBF3f8Lx+tbVdjv8HkXi0Lt5T3Mw034rwMm9Dcya6bpFxxRgx6pW8GKM3jhtJGk iylrsI+QvyzcpDM7lX1ABMvnDRaR3BPwy2P8AF0fVtJDARrbueS+awRsbNjC/wPg 4T4xFx5FPUhY0HhvvJ48VyRHdg3JuGNV0XwWtdp6yWxf7gXNapLjJ6VnXP9pV5xK OuqE9A== =18b+ -----END PGP MESSAGE----- pgp-0.15.0/tests/openpgp-interop/testcases/messages/gnupg-v2-10-002.json000064400000000000000000000002231046102023000236440ustar 00000000000000{ "type" : "decrypt", "decryptKey" : "gnupg-v1-4-11-001-decrypt.asc", "passphrase": "test", "filename": "", "textcontent": "susheep\n" } pgp-0.15.0/tests/openpgp-interop/testcases/messages/gnupg-v2-10-003.asc000064400000000000000000000010431046102023000234430ustar 00000000000000-----BEGIN PGP MESSAGE----- Version: GnuPG v2.1.0beta3 (GNU/Linux) hQEMAyMlJx+Vv4ahAQgAh4hqAX63u5p5D6PMmLAcjG4JcfRCtjyMrblDWIf42NA9 6WhlQ/md09fDcKi+Qef5tlkEsT1iaFRqmkT0pPdcNd+kSslJnkdAnx+AiJ4U0oio ZiExHV8RHb7QWLBh6ay2WueFdp7KxxiE2/B5TabAplDLvW2VoJ5igW04sxFmEoOb 5LAWh3Ta6HC6lY85AwCi2YtryJoC8vBfrO6r0J0ZfrbvpKwz4D62MCqHxPuGxQQ0 JxqqqtAkUbYEbWnGQY7h6TccsFq0F5pAnTb+3oJUahmXZ4DS/YPgtz/Ij3SK3Vng FY6wozOCH/nmNOM9OQz8mvxIMFv7oTy+CeShhhV+GdI5AVKVBVV/txHvVM97jnxN GGC/Xrpj5CPzLNqwtbwTTghXMdGZt1AZ80TMqYd5IBc/eAz7SmyYQ780 =iLqg -----END PGP MESSAGE----- pgp-0.15.0/tests/openpgp-interop/testcases/messages/gnupg-v2-10-003.json000064400000000000000000000002231046102023000236450ustar 00000000000000{ "type" : "decrypt", "decryptKey" : "gnupg-v1-4-11-001-decrypt.asc", "passphrase": "test", "filename": "", "textcontent": "susheep\n" } pgp-0.15.0/tests/openpgp-interop/testcases/messages/gnupg-v2-10-004.asc000064400000000000000000000010531046102023000234450ustar 00000000000000-----BEGIN PGP MESSAGE----- Version: GnuPG v2.1.0beta3 (GNU/Linux) hQEMAyMlJx+Vv4ahAQf/exxa+hPFbs872czGJVw5RShD28CGnCQX/hcbyGHRdn5t GJLSjOGbYMzr2ZwcvVFBDr1pGfZsG4p8xHGkWzNIZ0xpuUn6kQxM9ki1aZDYJPe3 9kuRV3HTESlbFCPacJKpV9zxIZiYVJftAFVebhH8TaZeE+M/yu71KQ4kAJhu4Mwq 6DHKp367OcZNWpT36NcNxQ79Nl6Q8MOfsVRcuB4giPPjI6Cec4I/0LUc/qpzc2ue 2LhH4s+0BjfFlOosaLCvxMGAxAoLDyT2tcv1FvC7NJFXqs4oXt6aUlPrcCM0aTol Kd1PSBVCDF8l/Y0mjnwii80i1dA7xybfG1YKj+xrmdI9AboPBtw+yPhLdxNHFChh +zE79rClZUwNz8sI9J7Svu/e1T3D16sJ7+R/DNLVaaIQ7oMewyFQTxydfLCjtA== =1EaC -----END PGP MESSAGE----- pgp-0.15.0/tests/openpgp-interop/testcases/messages/gnupg-v2-10-004.json000064400000000000000000000002231046102023000236460ustar 00000000000000{ "type" : "decrypt", "decryptKey" : "gnupg-v1-4-11-001-decrypt.asc", "passphrase": "test", "filename": "", "textcontent": "susheep\n" } pgp-0.15.0/tests/openpgp-interop/testcases/messages/gnupg-v2-10-005.asc000064400000000000000000000010641046102023000234500ustar 00000000000000-----BEGIN PGP MESSAGE----- Version: GnuPG v2.1.0beta3 (GNU/Linux) hQEMAyMlJx+Vv4ahAQf+L5OwbR66JZCDa43ND/yOV/axC0xKz+83opLnkD9ZNqqx CSuCV/i5oQvGxGuXdIhJstdnW43Xdx6Zh15wB0DWGE1U8niED1I5mpW5bqeku1zn nINP00jStbatUn1y3sHd1yU7HZ9iQV6A0dCaMmFmfWqj4LU1kvH1p3Rf0N82YoRR 9KCLJUtnfLX3bTdP5gL0gy/rksibtD2UiG+uLs45ZtvFnHjOG+PyggMxDMzDQqe+ +/Gax2v8XY9gPASat3BvesBQUFh0EJSULRicV0i7v8XtNxA/GFDiTd9Tr0Ra8tkw ryYjxxqb7BjF1ZfVF5cFtFIq3K7Ym/5s23COd9zS7tJDAcAyyeKu+lKgkAVORlMA ByH1p+AAGIJfMvEaEDidYxyRctC4mUDz8HWuIyvKLqJ2itzg/OU4WZNm0qytfoZl FNkJhg== =5hVa -----END PGP MESSAGE----- pgp-0.15.0/tests/openpgp-interop/testcases/messages/gnupg-v2-10-005.json000064400000000000000000000002231046102023000236470ustar 00000000000000{ "type" : "decrypt", "decryptKey" : "gnupg-v1-4-11-001-decrypt.asc", "passphrase": "test", "filename": "", "textcontent": "susheep\n" } pgp-0.15.0/tests/openpgp-interop/testcases/messages/gnupg-v2-10-006.asc000064400000000000000000000010331046102023000234450ustar 00000000000000-----BEGIN PGP MESSAGE----- Version: GnuPG v2.1.0beta3 (GNU/Linux) hQEMAyMlJx+Vv4ahAQf+IQnDeQTlrrc64ooTWAzxphdHX0cRsZ/CkoofZe5RuFLg Nm91JECfi0ogc2Fn6nkYgh4/fEcIpzAZ0hreh2owEyWhPOpW1+eUQ9Z87nfoI12+ /6bcdsaHrDz76/itCsQWDYIr7Rz0VWsaKbKAVRgycDu0Tp0pc4wm5C4b+rjjyw3V TPu8m6nyBFK8pawZmtn2XKOV9gKE7ytOcoyPRY9NhmNb3bRu/uDvSS/Cn651D64Z p0VPSbqXoWa4+VrbqWUcFcU1zFRvPrMecLUmzGBRSF9jmfiK0y+DRzw6NDr0ehEd OLbi2tuCH7BLDoQaXuz+BHN2UF79zYZeMJOKRMlYatIxAQORnNlYkObTD+Lahrue MbUJ7DVzLG5gk2bbfO28/KrTkigGMYGGzRxUDV9e5bzQfA== =EeP3 -----END PGP MESSAGE----- pgp-0.15.0/tests/openpgp-interop/testcases/messages/gnupg-v2-10-006.json000064400000000000000000000002231046102023000236500ustar 00000000000000{ "type" : "decrypt", "decryptKey" : "gnupg-v1-4-11-001-decrypt.asc", "passphrase": "test", "filename": "", "textcontent": "susheep\n" } pgp-0.15.0/tests/openpgp-interop/testcases/messages/gnupg-v2-10-007.asc000064400000000000000000000010371046102023000234520ustar 00000000000000-----BEGIN PGP MESSAGE----- Version: GnuPG v2.1.0beta3 (GNU/Linux) hQEMAyMlJx+Vv4ahAQf/U4UWPUHhVW02FFgUHPDHhtXPbP/fe29yTTK1GQsTyvjk 4E7esdZJh/r5b45RenR95BKjx1MOAX5FscuBv5M2b0B376NTVGYI+UjRf6WGlpQs 62w8CwH5+Z64nfaaomA5ut5kEGXM6LEKin8b1s9iYslIsf2mZulza/+9ryd/3doN RsjaRE0mrzE7+6+jaTNs54yuQLYSmkzcSYhVBPlfk+5GJwVoIwmfV44YqS/MSypp +HsIY7nU2eAyAxfO2+20QrebrTpkxLXUWrBEMSKRMwtjsyHOjfhAhr4CYlBkUQRg 0aCt9TA2GZJP7aaLOKk9JFVSi2+H91Pz3md+W6H969I1AXWYpTD7ielMKCIdclVJ 8wbuLapIId+P0cwH1mL+ixkjdr7hM0H8GrHOKtYG6OkAyWIce+0= =H6oC -----END PGP MESSAGE----- pgp-0.15.0/tests/openpgp-interop/testcases/messages/gnupg-v2-10-007.json000064400000000000000000000002231046102023000236510ustar 00000000000000{ "type" : "decrypt", "decryptKey" : "gnupg-v1-4-11-001-decrypt.asc", "passphrase": "test", "filename": "", "textcontent": "susheep\n" } pgp-0.15.0/tests/openpgp-interop/testcases/messages/openkeychain-001-decrypt.asc000064400000000000000000000015561046102023000257140ustar 00000000000000-----BEGIN PGP PRIVATE KEY BLOCK----- lKUEVYGJkhMIKoZIzj0DAQcCAwSOLG0zDfX/HiNGHKrIGdkKNQrwvReOTioOe/Gz kWoOndSfutg2Kt2jui33Ntg+O+ryn5gLYDZRGFMZbIbIuQOe/gkDCKIW4R4Fch/L kLDSatJgkQz0+Sno53mWv/9VfjRNfp/Vn3HMyYqE4JcJnkYsg5UgsTxCCDt3PWNA ADJWkHc0yuzo/6NYvSIFupbrJFdxtdq0GUVjZHNhIDxlY2RzYUBleGFtcGxlLmNv bT6IegQTEwgAIgULCQgHCgcVCAoJCwIDBBYBAgMCGQEFglWBiZICngECmyMACgkQ OfzXHpcEWBD3DgD+PlWmfpfS59n41VmdL0S29zuD/4X7tk5MU2fcaN4OjCQBAMj2 wy11OD/r0g7brnfRXfeEMZubvJ+wA94OH8Dc98U6nKkEVYGJkhIIKoZIzj0DAQcC AwREEagIVOOFaiLeTAbMZIOwJB3UtWQrA/S6K96jRGG+eQdsmAYu+9+mo+a55LPm S9yWOUryM7Fpx7TmhcQUmWFhAwEIB/4JAwiiFuEeBXIfy5DuQG8hAHJbG1SOPJ8F xOPx++PGWtyVXGHziHQR4TU8UNIh243MMPY8ysUKwrT03v1j81f5cgN8yiCdViq9 MnFYCF2ptnspiGEEGBMIAAkFglWBiZICmwwACgkQOfzXHpcEWBBawgEAqzaG96HG 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pgp-0.15.0/tests/openpgp-interop/testcases/messages/openpgp-001.asc000064400000000000000000000011021046102023000232220ustar 00000000000000-----BEGIN PGP MESSAGE----- Version: OpenPGP.js v0.7.2 Comment: http://openpgpjs.org wcBMAyMlJx+Vv4ahAQf8CXpvMByJWLVwCvI3Ng4+OzDoQwByMebsrI6adKJp glmvgZovYVryvNwKYRTjXaPmhjfEV1HeicNDPKdEauX5p2TCjExioW4sCxtR YkAIqIxznesK+6fOvs3kFhlwkKRGkMPDBigIdX6n9yOg1fd9kZaj4ieS886c wDV7OTwTizftwjAToiuCGYLI/urTTYhR34ilhX34BZanx89O2WXgPnUcnr97 X2pINGtOpCwrdq3xLsWW7UT5ezQhtSYVwDiN9IzPfZZtnczFLsQmYPPyK7ie 4ETOzTD+6NfbjkkhnD6ALU9mkYXtz4Okdik4+eOHxHsgOsehrxrt1yWN3iq6 B9JBAf0tB+echPkUTiQARrDQW8mo4rGDwMysNuzhL0ydCHekTd0xtxAHOaJP QtApAcRrYGCNb8hkdBi66h8fxsEAEjo= =ZEjt -----END PGP MESSAGE----- pgp-0.15.0/tests/openpgp-interop/testcases/messages/openpgp-001.json000064400000000000000000000002341046102023000234320ustar 00000000000000{ "type" : "decrypt", "decryptKey" : "gnupg-v1-4-11-001-decrypt.asc", "passphrase": "test", "filename": "msg.txt", "textcontent": "susheep\r\n" } pgp-0.15.0/tests/openpgp-interop/testcases/messages/pgp-10-0-001.asc000064400000000000000000000011071046102023000227200ustar 00000000000000-----BEGIN PGP MESSAGE----- Version: PGP Command Line v10.0.0 (Build 674) (Linux) qANQR1DBwEwDIyUnH5W/hqEBB/0euzvEFRGiWJNXD5vvDvasRBSgqv+6Ulghgdww 52gFFim/0euBkc9/5XhLvjutxktdVWwMMVW8SU198WqHhH+aJc55f6XJfqVxZKaa 89IpUb+V2StqZ1uOpJHZMVMQT1FL2QI/H3xtdBLmQ61jYOBH3sfHhDYfwqJjj8Eg pIVoOcxVFGPkmtB32saaAaCmRzY3m3rfb81j5W8GvGKumug3tjFIREkWIPJhNZ0a K9c6VqJ+fNOoHgJZa1+3Cm3nIPza8nHb8L/N4lfkBwNLJoUlDrbrJa20FH4GBIf/ FcjoNRLLLZTLwhUwFaXHBJN32HeJE95Un7JudN8ghJLik0Gv0kIBnEzhGrUL7fvA 3Zkx1Ab/M86vjEouV83F/UIDfLHcWB/fPtIyT9yykzEb+tT3UlMh+miR4iSbOy9o pOZ9fVZh8gU= =BIOC -----END PGP MESSAGE----- pgp-0.15.0/tests/openpgp-interop/testcases/messages/pgp-10-0-001.json000064400000000000000000000002711046102023000231240ustar 00000000000000{ "type" : "decrypt", "decryptKey" : "gnupg-v1-4-11-001-decrypt.asc", "passphrase": "test", "filename": "susheep.txt", "timestamp": 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"filename": "susheep.txt", "textcontent": "susheep\n" } pgp-0.15.0/tests/openpgp-interop/testcases/messages/pgp-10-0-003.asc000064400000000000000000000011131046102023000227170ustar 00000000000000-----BEGIN PGP MESSAGE----- Version: PGP Command Line v10.0.0 (Build 674) (Linux) qANQR1DBwEwDIyUnH5W/hqEBCACY8qhQaOP5NcbiUtPa7P9w9uSJQSwcp7yL7n64 Zo3yOKD4DedmT6a17L774t9UPsKlAMA5m2bkMfbq2gq0fqQVr+G0/c9/zaDRiD/3 bYAfe/MPNPmyf593U5AE7ClPhVWmzEhtEI+o/jP//FGlZY+XSa8M/3SkNzL1fc5B pYb/78xliSddqkK7wcj/E+DChF8LvLZ2aCBucjptm2j7S+ocsYIC+AXhLjoAPSJU k5mlTil4UfGmSnenpEsAlKaFnLIpUIWILgr5u3hbrTEm/mHgPvun/UKbrZ+buzQZ UysmTH4zRIhtMoUHFUgSYSOmz8VmcJgS7BrUuhBgMGw4BL8c0kQBOoRezAmzbPzX K0UI8ywc0yzslmnYrTx6yCIg9vgsUH9XzhpoWTLmxThnr7A7egJghCBMKdplYINf udXT81/3oG5BUQ== =rtaa -----END PGP MESSAGE----- pgp-0.15.0/tests/openpgp-interop/testcases/messages/pgp-10-0-003.json000064400000000000000000000002361046102023000231270ustar 00000000000000{ "type" : "decrypt", "decryptKey" : "gnupg-v1-4-11-001-decrypt.asc", "passphrase": "test", "filename": "susheep.txt", "textcontent": "susheep\n" } pgp-0.15.0/tests/openpgp-interop/testcases/messages/pgp-10-0-004.asc000064400000000000000000000011131046102023000227200ustar 00000000000000-----BEGIN PGP MESSAGE----- Version: PGP Command Line v10.0.0 (Build 674) (Linux) qANQR1DBwEwDIyUnH5W/hqEBCACY8qhQaOP5NcbiUtPa7P9w9uSJQSwcp7yL7n64 Zo3yOKD4DedmT6a17L774t9UPsKlAMA5m2bkMfbq2gq0fqQVr+G0/c9/zaDRiD/3 bYAfe/MPNPmyf593U5AE7ClPhVWmzEhtEI+o/jP//FGlZY+XSa8M/3SkNzL1fc5B pYb/78xliSddqkK7wcj/E+DChF8LvLZ2aCBucjptm2j7S+ocsYIC+AXhLjoAPSJU k5mlTil4UfGmSnenpEsAlKaFnLIpUIWILgr5u3hbrTEm/mHgPvun/UKbrZ+buzQZ UysmTH4zRIhtMoUHFUgSYSOmz8VmcJgS7BrUuhBgMGw4BL8c0kQBOoRezAmzbPzX K0UI8ywc0yzslmnYrTx6yCIg9vgsUH9XzhpoWTLmxThnr7A7egJghCBMKdplYINf udXT81/3oG5BUQ== =rtaa -----END PGP MESSAGE----- pgp-0.15.0/tests/openpgp-interop/testcases/messages/pgp-10-0-004.json000064400000000000000000000002361046102023000231300ustar 00000000000000{ "type" : "decrypt", "decryptKey" : "gnupg-v1-4-11-001-decrypt.asc", "passphrase": "test", "filename": "susheep.txt", "textcontent": "susheep\n" } pgp-0.15.0/tests/openpgp-interop/testcases/messages/pgp-10-0-005.asc000064400000000000000000000011131046102023000227210ustar 00000000000000-----BEGIN PGP MESSAGE----- Version: PGP Command Line v10.0.0 (Build 674) (Linux) qANQR1DBwEwDIyUnH5W/hqEBCACVj2uKPfT9zAOjFUsH8OuV4bBaEFBaOQfrpHOJ 1cude4SYzz1V5+tYzYvNlCSBJ1ljLW5poKixSRhqa0vQZKfmY6H2oYeXVlY+8B9E ZfTKStkhTxccAW2/0atL0USwmiq4/w8gIh9KRxZP44DkVzNMqM4PXUvsIuSTAzIO MH4IN3jrt1nZgBmCWZi6BwcXkX9Rtb13GAU+WhqXgxP1WYYRr1OHfIkn4F5x4RXF 5G0qF8i17LNVFDqxRs2bClGNrSr0xhVM6pavplLpqUnOz3EWPZ1lu7wQZWf/qXJ0 QvXhtAo6ztQMlh33fl/frbcr/Jzg81V9UGwbo7OI0CCyb9440kQB9T0Rx6omEqty Yp3qNnhwlrRs3lkYaMM+z/06rrzpn6ucZggQHD4ZCK8ZHYx/FSpYJ5li6jOOPfOc Ub0u15hwyyBnFA== =DuYZ -----END PGP MESSAGE----- pgp-0.15.0/tests/openpgp-interop/testcases/messages/pgp-10-0-005.json000064400000000000000000000002361046102023000231310ustar 00000000000000{ "type" : "decrypt", 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MESSAGE----- pgp-0.15.0/tests/quine.out000064400000000000000000000002661046102023000135150ustar 00000000000000 ฐ ฐ ๒ ฐ ๒‚p ๚‚p ๚๚๋‚p ๚๚๋Bˆ!ฤ๋Bˆ!ฤ๋Bˆ!ฤ๋Bˆ!ฤ๋Bˆ!ฤ ๔Bˆ!ฤ ๔3!L@3!L@pgp-0.15.0/tests/regression-01.asc000064400000000000000000000053301046102023000147260ustar 00000000000000-----BEGIN PGP MESSAGE----- Version: GnuPG v2 hQGMA7WY3NRRhQixAQwAud75PUn7gwUW2ngmAN5SOT+fHLbn84YzaOlvTz1q6EXR BluhK70MCPxin0f4L9M/jqovv9nq5SsJrXYZ8Ii/6UXEwBkj2ZNMmfX9bfrKQL8n ER/ufOxKbZgZQejgEOQB0QqvvGaRjvPD1+vIWbrEtdCFMn5rLwGjwMtzSZ/xqehA T/B8/H39IrecbQP0u+xz0Y4wjcPrewYouRFjHCn7Mza7AfUa/lZHR/8AOjvG7Lty wHs5dUPSYlPy1PMGCV9m1cuFWr5crhjgmJRuXss1yq0GqBJeye9Uolwf8Sa9eMdA RgfZerrawsBDrJd0Wv0hxwf0tKQPlAmwobSQFtyTqTVrkHyVQw87mhxeOVlMCCfE UsbnfLVKaOc+lgd25nTzselq/r7vBMUWXTMWI8MCf/Bj5/DpLgl+ZFUbetk9Yp+T SX5dJtBxADZyJhkrUEsdEARhj/BxeJMCXZK77oTp/U5ErDhBqOOM+4dYGeoxljrS zcapV6XoIWA8GgKYJHAzhQEMA9as5tCZ3B5QAQf+Ie3wosupEg0cAIHlE0emW3KI me9lC8AP7sgZlq4K8fhKij3yZRnvBlETh7uV0cafPJy8+A/VEgvvSmbQQ2mKJ5FS 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BLOCK----- pgp-0.15.0/tests/rfc9580/v4-nistp/enc-seipdv2.msg000064400000000000000000000005641046102023000172570ustar 00000000000000-----BEGIN PGP MESSAGE----- wYwGFQTyXm06EwLSZQU/9OJLGHhVR5OcshICAwRVzuzkGkl45cWjHYswtPpuPafz 07bnkNpXIHsuEGqduEeot/cGaJGR/EBkbcdhnvkbY0kcHIqp8gj+SmUHSRj7MNwC e+vsW2sGgLAJ2AlXjbiN4z9/PPO7zrp4SZ8Iu+4zldoGiD3JxgG9mKyy9LiSldJY AgcCDB73gURP7G1+0sArL5xZTDTgXVCj9Elea1ILvYht8Odb1Ys6vezrgsK/zNzF AcNd62Vc3fwwKJK99HLYxyPGJ6V8Ij0OyeR5fD7KzuOVfb2Z+TfFvw== -----END PGP MESSAGE----- pgp-0.15.0/tests/rfc9580/v4-nistp/tsk.asc000064400000000000000000000014451046102023000157200ustar 00000000000000-----BEGIN PGP PRIVATE KEY BLOCK----- xXcEZts0IxMIKoZIzj0DAQcCAwRWDf0J2INPbzMM1h3tZrlDdqE2js4Mpg9SiOq7 q3JuKOradQ777JczrPFpXhUtnp4iR00MlAt2S0bxVuTS0gt/AAD/fa7J/ecqyF/p RDJ/Itc5WJz5HJIuOilPq+e5CWkJIU8P6c0QdXNlckBleGFtcGxlLm9yZ8KSBBAT CAA6AhkBBQJm2zQjAhsDAh4JCAsJCAcKDQwLBRUKCQgLAhYCAScWIQTgIyUiV7Mc 7zTBr36RDW1YfIc2FAAKCRCRDW1YfIc2FOJsAP988LKGpGpTaAHQx9G5jpO7txZm 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pgp-0.15.0/tests/rfc9580/v6-legacy_illegal/csf.msg000064400000000000000000000005171046102023000175130ustar 00000000000000-----BEGIN PGP SIGNED MESSAGE----- Hash: SHA256 hello world -----BEGIN PGP SIGNATURE----- wpYGARYIAAAAKSIhBuvwcYhDocDl8LdngEoQKvRtJHjjYLDdCnUEsrzZ7g92BQJm 2dS0AAAACgkQ6/BxiEOhwOUTcxCuOCeOPmCI43bmtIro/PnnAP46Xx+RbLiOsrB9 s+dWGQImBUNdWQruRk2nKILOFyvWagD+KzqeCGUhqbZc6WI1CIUVM22UZSQxxqTM uyPmiPITtgY= =1j3b -----END PGP SIGNATURE----- pgp-0.15.0/tests/rfc9580/v6-legacy_illegal/enc-seipdv2.msg000064400000000000000000000005361046102023000210600ustar 00000000000000-----BEGIN PGP MESSAGE----- wXgGIQZOdhvUR8OQYI/X4QvCVxOuI/HFa8W1zT6ktseG8FBvDBIBB0CeHxPtrQXN +RQXmZG7g8mffkrpMb9QwENKRI/jF6U9EjCPpR/j90IH2X+JCiSoDPtDel/j/EyH m+KZkq3z7sGQyJ5FFeoc8p/MOuh1cnGqbwbSWAIJAg7x7ATWlYXYTRqbzt3afV2A q2C5Fpv0urDWGgLcEXf2pIWuOT08gL0J9CmGQugXg8l+Xheqy+Kavt9JDmuZ8sIe R9f0nfxYSEGiiU7fut4f+ebSBI4= =JLej -----END PGP MESSAGE----- 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use rand_chacha::ChaCha8Rng; const MSG: &str = "hello world\n"; // Test cases based on keys with new formats from RFC9580 const CASES_9580: &[&str] = &[ ("tests/rfc9580/v6-25519-annex-a-4"), // TSK from RFC 9580 Annex A.4 (Ed25519/X25519) #[cfg(feature = "unstable-curve448")] ("tests/rfc9580/v6-ed25519-x448"), // TSK using Ed25519/X448 (TODO: replace with Ed448/X448 once rPGP supports it) ("tests/rfc9580/v6-rsa"), // TSK using RSA ("tests/rfc9580/v6-nistp"), // TSK using NIST P-256 ("tests/rfc9580/v4-ed25519-x25519"), // Version 4 TSK using the RFC 9580 Ed25519/X25519 formats ]; // Test cases based on keys that don't use new formats from RFC9580. // These keys are traditional v4 keys, but they have the SEIPDv2 feature flag enabled. const CASES_PRE_9580: &[&str] = &[ ("tests/rfc9580/v4-rsa"), // Version 4 TSK using RSA ("tests/rfc9580/v4-nistp"), // Version 4 TSK using NIST P-256 ("tests/rfc9580/v4-legacy"), // Version 4 TSK using Ed25519Legacy and Curve25519Legacy ]; fn load_ssk(filename: &str) -> SignedSecretKey { let (mut iter, _) = pgp::composed::signed_key::from_reader_many(File::open(filename).unwrap()).expect("ok"); let pos = iter.next().expect("some").expect("ok"); pos.try_into().unwrap() } fn try_decrypt(keyfile: &str, msg_file: &str) { let ssk = load_ssk(keyfile); // load seipdv1 msg, decrypt let (message, _) = Message::from_armor_single(File::open(msg_file).unwrap()).expect("ok"); let (dec, _) = message.decrypt(String::default, &[&ssk]).expect("decrypt"); let decrypted = String::from_utf8(dec.get_literal().expect("literal").data().to_vec()).expect("utf8"); assert_eq!(&decrypted, MSG); } #[test] fn rfc9580_decrypt_seipdv1_msg() { for case in CASES_9580 { try_decrypt( &format!("{}/tsk.asc", case), &format!("{}/enc-seipdv1.msg", case), ); } } #[test] fn rfc9580_decrypt_seipdv2_msg() { for case in CASES_9580.iter().chain(CASES_PRE_9580.iter()) { try_decrypt( &format!("{}/tsk.asc", case), &format!("{}/enc-seipdv2.msg", case), ); } } #[test] fn rfc9580_verify_csf() { for case in CASES_9580 { let keyfile = format!("{}/tsk.asc", case); let csffile = format!("{}/csf.msg", case); let ssk = load_ssk(&keyfile); let spk = SignedPublicKey::from(ssk.clone()); // load+verify csf msg let (csf, _) = CleartextSignedMessage::from_armor(File::open(csffile).unwrap()).expect("csf loaded"); csf.verify(&spk).expect("verify ok"); } } #[test] fn rfc9580_seipdv1_roundtrip() { let mut rng = ChaCha8Rng::seed_from_u64(0); for case in CASES_9580 { let keyfile = format!("{}/tsk.asc", case); let ssk = load_ssk(&keyfile); let spk = SignedPublicKey::from(ssk.clone()); let enc_subkey = &spk.public_subkeys.first().unwrap().key; let lit = LiteralData::from_bytes("".into(), MSG.as_bytes()); let msg = Message::Literal(lit); // SEIPDv1 encrypt/decrypt roundtrip let enc = msg .encrypt_to_keys_seipdv1(&mut rng, SymmetricKeyAlgorithm::AES256, &[enc_subkey]) .expect("encrypt"); let (dec, _) = enc.decrypt(String::default, &[&ssk]).expect("decrypt"); let Message::Literal(lit) = dec else { panic!("expecting literal data"); }; assert_eq!(String::from_utf8_lossy(lit.data()), MSG); } } #[test] fn rfc9580_seipdv2_roundtrip() { let mut rng = ChaCha8Rng::seed_from_u64(0); for case in CASES_9580.iter().chain(CASES_PRE_9580.iter()) { let keyfile = format!("{}/tsk.asc", case); let ssk = load_ssk(&keyfile); let spk = SignedPublicKey::from(ssk.clone()); let enc_subkey = &spk.public_subkeys.first().unwrap().key; let lit = LiteralData::from_bytes("".into(), MSG.as_bytes()); let msg = Message::Literal(lit); // SEIPDv2 encrypt/decrypt roundtrip let enc = msg .encrypt_to_keys_seipdv2( &mut rng, SymmetricKeyAlgorithm::AES256, AeadAlgorithm::Ocb, 0x06, // 2^12 bytes &[enc_subkey], ) .expect("encrypt"); let (dec, _) = enc.decrypt(String::default, &[&ssk]).expect("decrypt"); let Message::Literal(lit) = dec else { panic!("expecting literal data"); }; assert_eq!(String::from_utf8_lossy(lit.data()), MSG); } } #[test] fn rfc9580_roundtrip_csf() { let mut rng = ChaCha8Rng::seed_from_u64(0); for case in CASES_9580 { let keyfile = format!("{}/tsk.asc", case); let ssk = load_ssk(&keyfile); let spk = SignedPublicKey::from(ssk.clone()); // roundtrip sign+verify csf let csf = CleartextSignedMessage::sign(&mut rng, MSG, &ssk, String::default).expect("sign"); csf.verify(&spk).expect("verify"); } } #[test] fn rfc9580_roundtrip_sign_verify_inline_msg() { let mut rng = ChaCha8Rng::seed_from_u64(0); for case in CASES_9580 { let keyfile = format!("{}/tsk.asc", case); let ssk = load_ssk(&keyfile); let spk = SignedPublicKey::from(ssk.clone()); let lit = LiteralData::from_bytes("".into(), MSG.as_bytes()); let msg = Message::Literal(lit); // roundtrip sign+verify inline msg let signed = msg .sign(&mut rng, &ssk, String::default, HashAlgorithm::default()) .expect("sign"); signed.verify(&spk).expect("verify"); } } #[test] fn rfc9580_legacy_25519_illegal_in_v6() { // Ensure that rPGP rejects v6 EdDSA legacy or ECDH(Curve25519) keys // "The deprecated OIDs for Ed25519Legacy and Curve25519Legacy are used only in version 4 keys // and signatures. [..] Implementations MUST NOT accept or generate version 6 key material // using the deprecated OIDs." // // See https://www.rfc-editor.org/rfc/rfc9580.html#section-9.2-6 let mut rng = ChaCha8Rng::seed_from_u64(0); // -- Try (and fail) to load a v6/legacy key -- let key_file = File::open("tests/rfc9580/v6-legacy_illegal/tsk.asc").unwrap(); let (mut iter, _) = pgp::composed::signed_key::from_reader_many(key_file).expect("ok"); let res = iter.next().expect("result"); // we expect an error about the illegal legacy parameters in a v6 key assert!(res.is_err()); // -- Create a v6 ed25519 legacy signing key, expect failure -- let mut key_params = SecretKeyParamsBuilder::default(); key_params .key_type(KeyType::EdDSALegacy) .version(KeyVersion::V6) .can_sign(true) .primary_user_id("Me ".into()); let secret_key_params = key_params .build() .expect("Must be able to create secret key params"); let res = secret_key_params.generate(&mut rng); assert!(res.is_err()); // -- Create a v6 curve 25519 legacy encryption key, expect failure -- let mut key_params = SecretKeyParamsBuilder::default(); key_params .key_type(KeyType::ECDH(ECCCurve::Curve25519)) .version(KeyVersion::V6) .can_encrypt(true) .primary_user_id("Me ".into()); let secret_key_params = key_params .build() .expect("Must be able to create secret key params"); let res = secret_key_params.generate(&mut rng); assert!(res.is_err()); } pgp-0.15.0/tests/security.rs000064400000000000000000000341521046102023000140610ustar 00000000000000use pgp::{ types::{PublicKeyTrait, SecretKeyTrait}, Deserializable, Message, }; /// RPG-022 #[test] fn rpg_022_message_from_armor_single_panic2() { // expected bug behavior: // thread '[..]' panicked at [..]/src/armor/reader.rs:489:13: // invalid state let bad_input: &[u8] = b"-----BEGIN PGP SIGNATURE-----\n00LL"; let _ = Message::from_armor_single(std::io::Cursor::new(bad_input)); } /// RPG-019 #[test] fn rpg_019_message_decrypt_with_password_panic1() { let bad_input: &[u8] = &[ 140, 159, 4, 1, 0, 0, 0, 167, 167, 167, 167, 167, 167, 167, 167, 0, 0, 0, 0, 0, 0, 0, 145, 68, 32, 70, 73, 76, 69, 208, 0, 0, 0, 0, 227, 167, 167, 76, 69, 210, 69, 208, 210, 167, 167, 167, 227, 167, 167, 76, 69, 210, 167, 167, 167, 167, 167, 167, 227, 167, 167, 76, 69, 210, 69, 208, 210, 167, 167, 167, 227, 167, 167, 76, 69, 227, 167, 167, 76, 69, 1, 0, 0, 0, 0, 0, 4, 184, 167, 167, 167, 227, 167, 167, 76, 69, 167, 167, 167, 167, 167, 167, 68, 32, 70, 73, 76, 69, 208, 210, 167, 167, 167, 227, 167, 167, 76, 69, 210, 69, 208, 210, 167, 167, 167, 227, 167, 167, 76, 69, 227, 167, 167, 69, 73, 76, 69, 208, 210, 167, 167, 167, 227, 167, 167, 76, 69, 210, 69, 208, 210, 167, 167, 167, 227, 167, 167, 76, 69, 227, 167, 167, ]; let message = Message::from_bytes(bad_input).unwrap(); // expected bug behavior // thread '' panicked at library/alloc/src/raw_vec.rs:545:5: // capacity overflow let _ = message.decrypt_with_password(|| "password does not matter".into()); } /// RPG-019 #[test] fn rpg_019_message_decrypt_with_password_panic2() { let bad_input: &[u8] = &[ 0xc3, 0x20, 0x04, 0x01, 0x01, 0x02, 0x32, 0xf6, 0xe3, 0xff, 0xff, 0xac, 0xa7, 0xa7, 0xa7, 0xff, 0xff, 0xa7, 0x26, 0xaf, 0x20, 0x4b, 0xaf, 0xa7, 0xa7, 0xa7, 0xa7, 0xd1, 0x22, 0xa7, 0xa7, 0xa7, 0x00, 0xa7, 0xa7, 0xd1, 0x22, 0xff, 0xff, 0xff, 0xa7, 0x26, 0xaf, 0x20, 0x4b, 0xaf, ]; let message = Message::from_bytes(bad_input).unwrap(); // note that for this crash, the password does matter // expected bug behavior // thread '[..]' panicked at [..]/src/crypto/sym.rs:265:52: // not implemented: CFB resync is not here let _ = message.decrypt_with_password(|| "bogus_password".into()); } /// RPG-016 /// Only present in 0.11, added as regression test #[test] fn rpg_016_message_parser_panic2() { // expected bug behavior: // thread '' panicked at 'assertion failed: length > 0', src/packet/many.rs:140:17: let bad_input: &[u8] = &[0xb7]; let _ = Message::from_bytes(bad_input); } /// RPG-015 #[test] fn rpg_015_cleartext_signed_message_from_armor_panic1() { let bad_input: &[u8] = &[ 45, 45, 45, 45, 45, 66, 69, 71, 73, 78, 32, 80, 71, 80, 32, 83, 73, 71, 78, 69, 68, 32, 77, 69, 83, 83, 65, 71, 69, 45, 45, 45, 45, 45, 10, 10, 22, 10, 45, 45, 45, 45, 45, 66, 69, 71, 73, 78, 32, 80, 71, 80, 32, 83, 73, 71, 78, 65, 84, 85, 82, 69, 45, 45, 45, 45, 45, 10, 72, ]; let _ = pgp::composed::cleartext::CleartextSignedMessage::from_armor(bad_input); } /// RPG-015 #[test] fn rgp_015_cleartext_signed_message_from_string_panic1() { // this triggers the same bug as the from_armor() case, but is more human readable let bad_input = "-----BEGIN PGP SIGNED MESSAGE-----\n\n-\n-----BEGIN PGP SIGNATURE-----\n-"; let _ = pgp::composed::cleartext::CleartextSignedMessage::from_string(bad_input); } /// RPG-015 #[test] fn rpg_015_cleartext_signed_message_from_string_panic2() { let data = "-----BEGIN PGP SIGNED MESSAGE-----\n\r\nqq\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n-----BEGIN PGP SIGNATURE-----\n\n\n\n\n\n\n\n\n qqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqq-qqqqqqqqqqqqqqqq\0----BE\u{7}IN-D*'S-- \u{1}{\0\0\u{1}\0\0\0\0\0\0\0\0\0\0\0\0\0\0-----BEGIN PGP PRIVATE KEY BLOCK -----\n-----CEGIN PGP-----BEGIN OPENSSH PRIVATE qqqKEY----- M-----BEGIN OPENSSH PRIVATE KEY---- KEY----- M[ESSA-----BEGIN PGP SIGNED MESSAGE-----GE\t- --\0\0\0\0\0\0>ATE KEY B- M[ESSAGE\t0--\0\0\0\0\0\0>ATE KEY BLOCK----%\n-----\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\ 0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0>>>>>>>>\0\0\0\0\"DE-----END PGP PRIVATE KEY BLOCK---------BEYGIN PGP M[ESSAGE\t---\0\0>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> >>>>>>>>>>>>>>>>>>>>>#>>>>>>>>>>>>>>>>>>>>>>>>>>>>qq>>>>>>>>>>>>>>>>>>>\t>>>>>>>PGP M[ESSAGE\t---\0\0>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> >>>>>>>>>[ESSAGE\tw:::::::"; let _ = pgp::composed::cleartext::CleartextSignedMessage::from_string(data); } /// RPG-015 #[test] fn rpg_015_cleartext_signed_message_from_armor_panic2() { let data = vec![ 45, 45, 45, 45, 45, 66, 69, 71, 73, 78, 32, 80, 71, 80, 32, 83, 73, 71, 78, 69, 68, 32, 77, 69, 83, 83, 65, 71, 69, 45, 45, 45, 45, 45, 10, 9, 10, 10, 10, 10, 10, 10, 10, 10, 10, 45, 89, 45, 45, 45, 45, 45, 10, 10, 10, 10, 10, 10, 10, 10, 10, 45, 45, 45, 45, 45, 66, 69, 71, 73, 78, 32, 80, 71, 80, 32, 83, 73, 71, 78, 65, 84, 85, 82, 69, 45, 45, 45, 45, 45, 10, 10, 10, 10, 10, 26, 45, 45, 45, 45, 45, 45, 45, 10, 10, 86, 10, 10, 10, 10, 10, 10, 10, 10, 10, 45, 45, 69, 78, 68, 32, 68, 83, 65, 32, 80, 82, 73, 86, 65, 84, 69, 32, 75, 69, 89, 45, 58, 26, 10, 10, 10, 10, 10, 10, 10, 86, 10, 10, 0, 0, 0, 0, 58, 58, 58, 58, 58, 58, 58, 58, 58, 58, 58, 58, 45, 0, 45, 45, 45, 45, 10, 10, 10, 10, 10, 45, 45, 45, 45, 45, 66, 69, 71, 73, 78, 32, 69, 67, 32, 80, 45, 45, 45, 45, 45, 66, 69, 71, 73, 78, 32, 80, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 71, 80, 32, 83, 73, 71, 78, 69, 68, 32, 77, 69, 83, 83, 65, 71, 69, 45, 0, 13, 10, 247, 255, 15, 0, 45, 45, 45, 45, 45, 45, 45, 69, 78, 68, 32, 69, 67, 32, 80, 82, 71, 80, 32, 80, 82, 73, 86, 65, 84, 69, 32, 75, 189, 10, 73, 86, 65, 84, 69, 45, 45, 45, 66, 187, 175, 73, 78, 32, 80, 71, 80, 32, 77, 69, 83, 83, 65, 71, 69, 45, 45, 83, 83, 65, 71, 69, 45, 45, 45, 45, 45, 133, 133, 133, 133, 10, 10, 10, 10, 10, 133, 133, 133, 64, 10, 86, 10, 10, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 7, 121, 0, 0, 0, 0, 0, 45, 0, 0, 0, 45, 45, 0, 13, 10, 45, 45, 45, 45, 10, 13, 10, 10, 45, 45, 45, 10, 166, ]; let _ = pgp::composed::cleartext::CleartextSignedMessage::from_armor(&data[..]); } /// RPG-007 #[test] fn rpg_007_message_parser_panic1() { let bad_input: &[u8] = &[0xff, 0x1]; // expected behavior // [...] panicked at src/packet/many.rs:128:70: // range end index 1 out of range for slice of length 0 let _ = Message::from_bytes(bad_input); } /// RPG-007 #[test] fn rpg_007_message_from_armor_single_panic1() { let bad_input: &[u8] = &[ 45, 45, 45, 45, 45, 66, 69, 71, 73, 78, 32, 80, 71, 80, 32, 77, 69, 83, 83, 65, 71, 69, 45, 45, 45, 45, 45, 10, 54, 84, 54, 53, 45, 45, 45, 45, 45, 69, 78, 68, 32, 80, 71, 80, 32, 77, 69, 83, 83, 65, 71, 69, 45, 45, 45, 45, 45, ]; // expected bug behavior // thread '' panicked at [..]/src/packet/many.rs:126:70: // range end index 62 out of range for slice of length 1 let _ = Message::from_armor_single(bad_input); } /// RPG-017 #[test] fn rpg_017_signed_public_key_as_unsigned_panic1() { let bad_input: &[u8] = &[155, 4, 228, 4, 0, 4, 0]; let key = pgp::composed::SignedPublicKey::from_bytes(bad_input).unwrap(); // expected bug behavior: // thread '' panicked at src/composed/signed_key/shared.rs:116:35: // missing user ids let _ = key.as_unsigned(); } /// RPG-021 /// Actual fix is in RustCrypto/RSA #[test] fn rpg_021_signed_secret_key_encrypt_panic1() { let bad_input: &[u8] = &[ 197, 159, 4, 159, 1, 0, 20, 2, 0, 61, 0, 0, 0, 64, 0, 201, 0, 197, 0, 1, 251, 213, 0, 201, 0, 250, 196, 0, 197, 0, 197, 0, 197, 0, 201, 0, 197, 0, 197, 0, 201, 255, 255, 255, 255, 255, 255, 255, 5, 205, 205, 205, 205, 43, 129, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 1, 1, 1, 161, 4, 0, 242, 143, 4, 4, 135, 6, 0, 0, 0, 0, 6, 0, 0, 0, 0, 242, 143, 4, 4, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 1, 1, 1, 161, 4, 0, 143, 4, 4, 135, 6, 0, 0, 0, 0, 4, 0, 242, 143, 4, 4, 135, 6, 0, 0, 0, 0, 0, 0, 0, 0, 242, 143, 4, 4, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 1, 1, 143, 4, 4, 135, 6, 0, 0, 0, 0, ]; // no particular meaning of this data let dummy_plaintext = vec![0u8; 128]; // note, this is non-deterministic, but does not matter for reproduction let mut rng = rand::thread_rng(); let key = pgp::composed::SignedSecretKey::from_bytes(bad_input).unwrap(); // expected bug behavior on --release: // thread '' panicked at [..]/rsa-0.9.6/src/algorithms/pkcs1v15.rs:51:39: // range end index 18446744073709551492 out of range for slice of length 5 // // expected bug behavior on --debug: // thread 'signed_secret_key_encrypt_panic1' panicked at [..]/rsa-0.9.6/src/algorithms/pkcs1v15.rs:44:20: // attempt to subtract with overflow // // crash also happens with pgp::types::EskType::V3_4 let _ciphertext = { key.encrypt( &mut rng, dummy_plaintext.as_slice(), pgp::types::EskType::V6, ) }; } /// RPG-021 #[cfg(feature = "unstable-curve448")] #[test] fn rpg_021_signed_secret_key_encrypt_panic2() { let bad_input: &[u8] = &[ 0x97, 0x04, 0x00, 0x1a, 0x1a, 0x1a, 0x1a, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x29, ]; // no particular meaning of this data let dummy_plaintext = vec![0u8; 1]; // note, this is non-deterministic, but does not matter for reproduction let mut rng = rand::thread_rng(); let key = pgp::composed::SignedSecretKey::from_bytes(bad_input).unwrap(); // expected bug behavior: // thread '[..]' panicked at [..]/src/crypto/x448.rs:149:75: // 56 // // crash also happens with pgp::types::EskType::V3_4 let _ciphertext = { key.encrypt( &mut rng, dummy_plaintext.as_slice(), pgp::types::EskType::V6, ) }; } /// RPG-020 /// Actual fix is done in RustCrypto/RSA #[test] fn rpg_020_signed_secret_key_create_signature_panic1() { let bad_input: &[u8] = &[ 151, 3, 255, 251, 255, 63, 39, 254, 3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 4, ]; let dummy_data: &[u8] = &[0]; let key = pgp::composed::SignedSecretKey::from_bytes(bad_input).unwrap(); // expected bug behavior: // thread '' panicked at [..]/num-bigint-dig-0.8.4/src/algorithms/sub.rs:75:5: // Cannot subtract b from a because b is larger than a. let _ = key.create_signature( || "pw".into(), pgp::crypto::hash::HashAlgorithm::SHA2_256, dummy_data, ); } /// RPG-020 #[test] fn rpg_020_signed_secret_key_create_signature_panic2() { let bad_input: &[u8] = &[ 0x97, 0x04, 0x00, 0x00, 0x08, 0x29, 0xc1, 0xfd, 0xff, 0x03, 0x03, 0x02, 0x08, 0x00, 0xf8, 0xff, 0x00, 0xff, 0x00, 0x00, 0x00, 0x00, 0x00, 0xff, 0x00, 0xf8, 0xf8, 0xff, 0x00, 0xff, 0x00, 0xff, 0x00, ]; let dummy_data: &[u8] = &[0]; let key = pgp::composed::SignedSecretKey::from_bytes(bad_input).unwrap(); // expected bug behavior for --debug: // thread [..] panicked at [..]/src/types/params/encrypted_secret.rs:155:48: // attempt to subtract with overflow // // expected bug behavior for --release: // thread '[..]' panicked at [..]/src/types/params/encrypted_secret.rs:155:39: // assertion failed: mid <= self.len() let _ = key.create_signature( || "pw".into(), pgp::crypto::hash::HashAlgorithm::SHA2_256, dummy_data, ); } /// RPG-020 #[test] fn rpg_020_signed_secret_key_create_signature_oom_crash1() { let bad_input: &[u8] = &[ 0x97, 0x04, 0x00, 0x00, 0x08, 0x29, 0xc1, 0xfd, 0xff, 0x9f, 0x04, 0x8f, 0xe4, 0xff, 0xff, 0xff, 0xff, 0x80, 0x8f, 0x8f, 0x8f, 0x00, 0x01, 0x00, 0x00, 0x00, 0xaf, 0xf8, 0x1b, 0x1b, ]; let dummy_data: &[u8] = &[0]; let key = pgp::composed::SignedSecretKey::from_bytes(bad_input).unwrap(); // expected bug behavior: // memory allocation of 137438871552 bytes failed let _ = key.create_signature( || "pw".into(), pgp::crypto::hash::HashAlgorithm::SHA2_256, dummy_data, ); } /// RPG-010 #[test] fn rpg_010_standalone_signature_subtract_with_overflow1() { let bad_input: &[u8] = &[209, 3, 0, 252, 45]; // expected bug behavior // thread '' panicked at src/packet/user_attribute.rs:165:41: // attempt to subtract with overflow let _ = pgp::composed::StandaloneSignature::from_bytes(bad_input); } /// RPG-009 #[test] fn rpg_009_message_from_bytes_subtract_with_overflow1() { let bad_input: &[u8] = &[187, 6, 227, 0, 255, 255, 255, 255, 255, 255, 255]; // depends on "--debug" profile // expected bug behavior // thread '' panicked at src/packet/public_key_parser.rs:250:47: // attempt to subtract with overflow let _ = Message::from_bytes(bad_input); } /// RPG-009 #[test] fn rpg_009_message_from_bytes_subtract_with_overflow2() { let bad_input: &[u8] = &[139, 4, 16, 0, 0, 0, 2, 0, 0]; // depends on "--debug" profile // expected bug behavior // thread '' panicked at src/packet/signature/de.rs:391:25: // attempt to subtract with overflow let _ = Message::from_bytes(bad_input); } /// RPG-009 #[test] fn rpg_009_message_from_bytes_subtract_with_overflow3() { let bad_input: &[u8] = &[151, 6, 7, 8, 0, 0, 0, 0, 0, 0, 0, 113, 113]; // depends on "--debug" profile // expected bug behavior // thread '' panicked at src/types/params/secret.rs:106:47: // attempt to subtract with overflow let _ = Message::from_bytes(bad_input); } pgp-0.15.0/tests/unit-tests/aead/eax.msg000064400000000000000000000004431046102023000161360ustar 00000000000000-----BEGIN PGP MESSAGE----- w0AGHgcBCwMIpa5XnR/F2Cv/aSJPkZmTs1Bvo7WaanPP+MXvxfQcV/tU4cImgV14 KPX5LEVOtl6+AKtZhsaObnxV0mkCBwEGn/kOOzIZZPOkKRPI3MZhkyUBUifvt+rq pJ8EwuZ0F11KPSJu1q/LnKmsEiwUcOEcY9TAqyQcapOK1Iv5mlqZuQu6gyXeYQR1 QCWKt5Wala0FHdqW6xVDHf719eIlXKeCYVRuM5o= -----END PGP MESSAGE----- pgp-0.15.0/tests/unit-tests/aead/gcm.msg000064400000000000000000000004371046102023000161320ustar 00000000000000-----BEGIN PGP MESSAGE----- wzwGGgcDCwMI6dOXhbIHAAj/tC58SD70iERXyzcmubPbn/d25fTZpAlS4kRymIUa v/91Jt8t1VRBdXmneZ/SaQIHAwb8uUSQvLmLvcnRBsYJAmaUD3LontwhtVlrFXax Ae0Pn/xvxtZbv9JNzQeQlm5tHoWjAFN4TLHYtqBpnvEhVaeyrWJYUxtXZR/Xd3kS +pXjXZtAIW9ppMJI2yj/QzHxYykHOZ5v+Q== -----END PGP MESSAGE----- pgp-0.15.0/tests/unit-tests/aead/ocb.msg000064400000000000000000000004431046102023000161240ustar 00000000000000-----BEGIN PGP MESSAGE----- wz8GHQcCCwMIVqKY0vXjZFP/z8xcEWZO2520JZDX3EawckG2EsOBLP/76gDyNHsl ZBEj+IeuYNT9YU4IN9gZ02zSaQIHAgYgpmH3MfyaMDK1YjMmAn46XY21dI6+/wsM WRDQns3WQf+f04VidYA1vEl1TOG/P/+n2tCjuBBPUTPPQqQQCoPu9MobSAGohGv0 K82nyM6dZeIS8wHLzZj9yt5pSod61CRzI/boVw== -----END PGP MESSAGE----- pgp-0.15.0/tests/unit-tests/argon2/aes128.msg000064400000000000000000000004531046102023000166630ustar 00000000000000-----BEGIN PGP MESSAGE----- Comment: Encrypted using AES with 128-bit key Comment: Session key: 01FE16BBACFD1E7B78EF3B865187374F wycEBwScUvg8J/leUNU1RA7N/zE2AQQVnlL8rSLPP5VlQsunlO+ECxHSPgGYGKY+ YJz4u6F+DDlDBOr5NRQXt/KJIf4m4mOlKyC/uqLbpnLJZMnTq3o79GxBTdIdOzhH XfA3pqV4mTzF -----END PGP MESSAGE----- pgp-0.15.0/tests/unit-tests/argon2/aes192.msg000064400000000000000000000005441046102023000166650ustar 00000000000000-----BEGIN PGP MESSAGE----- Comment: Encrypted using AES with 192-bit key Comment: Session key: 27006DAE68E509022CE45A14E569E91001C2955... Comment: Session key: ...AF8DFE194 wy8ECAThTKxHFTRZGKli3KNH4UP4AQQVhzLJ2va3FG8/pmpIPd/H/mdoVS5VBLLw F9I+AdJ1Sw56PRYiKZjCvHg+2bnq02s33AJJoyBexBI4QKATFRkyez2gldJldRys LVg77Mwwfgl2n/d572WciAM= -----END PGP MESSAGE----- pgp-0.15.0/tests/unit-tests/argon2/aes256.msg000064400000000000000000000006001046102023000166570ustar 00000000000000-----BEGIN PGP MESSAGE----- Comment: Encrypted using AES with 256-bit key Comment: Session key: BBEDA55B9AAE63DAC45D4F49D89DACF4AF37FEF... Comment: Session key: ...C13BAB2F1F8E18FB74580D8B0 wzcECQS4eJUgIG/3mcaILEJFpmJ8AQQVnZ9l7KtagdClm9UaQ/Z6M/5roklSGpGu 623YmaXezGj80j4B+Ku1sgTdJo87X1Wrup7l0wJypZls21Uwd67m9koF60eefH/K 95D1usliXOEm8ayQJQmZrjf6K6v9PWwqMQ== -----END PGP MESSAGE----- pgp-0.15.0/tests/unit-tests/cleartext-key-01.asc000064400000000000000000000117751046102023000174600ustar 00000000000000-----BEGIN PGP PRIVATE KEY BLOCK----- Comment: Bob's OpenPGP Transferable Secret Key lQVYBF2lnPIBDAC5cL9PQoQLTMuhjbYvb4Ncuuo0bfmgPRFywX53jPhoFf4Zg6mv /seOXpgecTdOcVttfzC8ycIKrt3aQTiwOG/ctaR4Bk/t6ayNFfdUNxHWk4WCKzdz /56fW2O0F23qIRd8UUJp5IIlN4RDdRCtdhVQIAuzvp2oVy/LaS2kxQoKvph/5pQ/ 5whqsyroEWDJoSV0yOb25B/iwk/pLUFoyhDG9bj0kIzDxrEqW+7Ba8nocQlecMF3 X5KMN5kp2zraLv9dlBBpWW43XktjcCZgMy20SouraVma8Je/ECwUWYUiAZxLIlMv 9CurEOtxUw6N3RdOtLmYZS9uEnn5y1UkF88o8Nku890uk6BrewFzJyLAx5wRZ4F0 qV/yq36UWQ0JB/AUGhHVPdFf6pl6eaxBwT5GXvbBUibtf8YI2og5RsgTWtXfU7eb SGXrl5ZMpbA6mbfhd0R8aPxWfmDWiIOhBufhMCvUHh1sApMKVZnvIff9/0Dca3wb 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