Package: libada-url-dev Source: ada-url Version: 3.4.4-1 Architecture: amd64 Maintainer: Jérémy Lal Installed-Size: 464 Depends: libada-url0-3 (= 3.4.4-1) Recommends: libada-url-doc Filename: amd64/libada-url-dev_3.4.4-1_amd64.deb Size: 65772 MD5sum: 407d7142f098a50c0f6f58dd6122f9a5 SHA1: 8afe1b86e111b9fee651ed133d13209cee4a6c25 SHA256: f1fa71d2793605b5abf9b0e26f179c5da7c4eb9c20240d616f457380391b4392 Section: libdevel Priority: optional Multi-Arch: same Homepage: https://ada-url.com/ Description: WHATWG-compliant and fast URL parser - development headers A fast and spec-compliant URL parser written in C++. The Ada library passes the full range of tests from the specification, across a wide range of platforms (e.g., Windows, Linux, macOS). It fully supports the relevant Unicode Technical Standard. . This package provides public C/C++ headers. Package: libada-url-dev Source: ada-url Version: 3.4.4-1 Architecture: armhf Maintainer: Jérémy Lal Installed-Size: 464 Depends: libada-url0-3 (= 3.4.4-1) Recommends: libada-url-doc Filename: armhf/libada-url-dev_3.4.4-1_armhf.deb Size: 65768 MD5sum: 883e0bf30dc735707da5ef14158b12be SHA1: 7daa1fbcd880b4c4ef60fceb62657057c1a8f991 SHA256: f42757cedf343fce7141c0133c4e1b5c675b434f71567a941d8167badc09a47c Section: libdevel Priority: optional Multi-Arch: same Homepage: https://ada-url.com/ Description: WHATWG-compliant and fast URL parser - development headers A fast and spec-compliant URL parser written in C++. The Ada library passes the full range of tests from the specification, across a wide range of platforms (e.g., Windows, Linux, macOS). It fully supports the relevant Unicode Technical Standard. . This package provides public C/C++ headers. Package: libada-url-doc Source: ada-url Version: 3.4.4-1 Architecture: all Maintainer: Jérémy Lal Installed-Size: 11639 Filename: all/libada-url-doc_3.4.4-1_all.deb Size: 615732 MD5sum: 2e911b354ae6b178261e76e9f142af34 SHA1: ebae872850f289f3682e5814e5a7eccd7cb7869c SHA256: 9de822cb3749b697e4e9aaeaca66956ff7c4202cf2a4c3cfd2068dd033a0604f Section: doc Priority: optional Homepage: https://ada-url.com/ Description: WHATWG-compliant and fast URL parser - documentation A fast and spec-compliant URL parser written in C++. The Ada library passes the full range of tests from the specification, across a wide range of platforms (e.g., Windows, Linux, macOS). It fully supports the relevant Unicode Technical Standard. . This package provides the library documentation. Package: libada-url0-3 Source: ada-url Version: 3.4.4-1 Architecture: amd64 Maintainer: Jérémy Lal Installed-Size: 773 Depends: libc6 (>= 2.32), libgcc-s1 (>= 3.0), libsimdutf33 (>= 8.2.0), libstdc++6 (>= 14) Filename: amd64/libada-url0-3_3.4.4-1_amd64.deb Size: 204352 MD5sum: 8f881da6481f6346998b04033b78b72e SHA1: 51da812564573040b704bc592f20799103790785 SHA256: 22130ab94e64043b00f5d210a12f233950ee8c2ebe67ccffc39a1aad66d272b2 Section: libs Priority: optional Multi-Arch: same Homepage: https://ada-url.com/ Description: WHATWG-compliant and fast URL parser A fast and spec-compliant URL parser written in C++. The Ada library passes the full range of tests from the specification, across a wide range of platforms (e.g., Windows, Linux, macOS). It fully supports the relevant Unicode Technical Standard. Package: libada-url0-3 Source: ada-url Version: 3.4.4-1 Architecture: armhf Maintainer: Jérémy Lal Installed-Size: 611 Depends: libc6 (>= 2.32), libgcc-s1 (>= 3.5), libsimdutf33 (>= 8.2.0), libstdc++6 (>= 14) Filename: armhf/libada-url0-3_3.4.4-1_armhf.deb Size: 182120 MD5sum: 20ac9b002b66204dcaf926ec8c1d6f28 SHA1: 3e9969eeed999ac7c496a5be4e5ccb9fbe0272eb SHA256: 9edcf6e04b88a1308509e2812d5a066a19949a14c1e199c92563f0159ee3527c Section: libs Priority: optional Multi-Arch: same Homepage: https://ada-url.com/ Description: WHATWG-compliant and fast URL parser A fast and spec-compliant URL parser written in C++. The Ada library passes the full range of tests from the specification, across a wide range of platforms (e.g., Windows, Linux, macOS). It fully supports the relevant Unicode Technical Standard. Package: libada-url0-3-dbgsym Source: ada-url Version: 3.4.4-1 Auto-Built-Package: debug-symbols Architecture: amd64 Maintainer: Jérémy Lal Installed-Size: 1885 Depends: libada-url0-3 (= 3.4.4-1) Filename: amd64/libada-url0-3-dbgsym_3.4.4-1_amd64.deb Size: 1841736 MD5sum: 9d90706adb12e519cd4b099880ef1d88 SHA1: eac5c7dda01b154f9f2426e5684f360ef186e4cb SHA256: c4998c7bab56088733c4e30ebc5fb8a4a7035179518000b18a8a3950cc901400 Section: debug Priority: optional Multi-Arch: same Description: debug symbols for libada-url0-3 Build-Ids: f40bbce5a163f5cf5cb51a9f74fc5a5f8a30cff1 Package: libada-url0-3-dbgsym Source: ada-url Version: 3.4.4-1 Auto-Built-Package: debug-symbols Architecture: armhf Maintainer: Jérémy Lal Installed-Size: 1831 Depends: libada-url0-3 (= 3.4.4-1) Filename: armhf/libada-url0-3-dbgsym_3.4.4-1_armhf.deb Size: 1784344 MD5sum: 84b31f3ee8807aa6f36bf514294cae93 SHA1: f0f89afd31eabe568b2e6e36bcbb6f9caefff745 SHA256: 95e4b91379adb7ff7029e9bf99945ec30f595233542ce3d62d4fdf56f78746f1 Section: debug Priority: optional Multi-Arch: same Description: debug symbols for libada-url0-3 Build-Ids: dd4328ea9daf3617d7499e6d7e2f2b2816fcb783 Package: libhdr-histogram-dev Source: libhdr-histogram Version: 0.11.8-4 Architecture: amd64 Maintainer: Debian Redict Maintainers Installed-Size: 128 Depends: libhdr-histogram6 (= 0.11.8-4), zlib1g-dev Filename: amd64/libhdr-histogram-dev_0.11.8-4_amd64.deb Size: 28440 MD5sum: 35fae68e066550dcfeaae9a9da1e6ea7 SHA1: 2d31f70724909de1f05b2281f2d72276939855ac SHA256: 5c0e8393c084a231a2cb12dfe07396fefd37f5beb0c0062a32686675cc41b8fd Section: libdevel Priority: optional Multi-Arch: same Homepage: https://github.com/HdrHistogram/HdrHistogram_c Description: High Dynamic Range (HDR) Histogram library (development files) This C-based implementation of a High Dynamic Range (HDR) Histogram contains a subset of the functionality supported by the Java implementation. . 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The current supported features are: - Standard histogram with 64 bit counts (32/16 bit counts not supported) - All iterator types (all values, recorded, percentiles, linear, logarithmic) - Histogram serialisation (encoding version 1.2, decoding 1.0-1.2) - Reader/writer phaser and interval recorder . This package contains the development files for libhdr-histogram. Package: libhdr-histogram-examples Source: libhdr-histogram Version: 0.11.8-4 Architecture: amd64 Maintainer: Debian Redict Maintainers Installed-Size: 48 Depends: libc6 (>= 2.38), libhdr-histogram6 (>= 0.11.8) Filename: amd64/libhdr-histogram-examples_0.11.8-4_amd64.deb Size: 9456 MD5sum: c86a1293219023d3f9381445abd02b2d SHA1: 79e828926f16162b0b57972373568c64a39bc49d SHA256: 51b155de9728dbc1e89c1ffb971c46d179cc09a1832a085537c5083f929d90e9 Section: utils Priority: optional Homepage: https://github.com/HdrHistogram/HdrHistogram_c Description: High Dynamic Range (HDR) Histogram library (examples) This C-based implementation of a High Dynamic Range (HDR) Histogram contains a subset of the functionality supported by the Java implementation. . 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Package: libhdr-histogram-examples Source: libhdr-histogram Version: 0.11.8-4 Architecture: armhf Maintainer: Debian Redict Maintainers Installed-Size: 150 Depends: libc6 (>= 2.38), libhdr-histogram6 (>= 0.11.8) Filename: armhf/libhdr-histogram-examples_0.11.8-4_armhf.deb Size: 9208 MD5sum: 541b255d7bf488ce02df21cc60b201f0 SHA1: 99adb64abe8482d1a6342ea3bb665eda083895f7 SHA256: 40e8deab512e765fc9b8ed465a03cf749dcc33a5d74c10b26d6fbc03b17ac507 Section: utils Priority: optional Homepage: https://github.com/HdrHistogram/HdrHistogram_c Description: High Dynamic Range (HDR) Histogram library (examples) This C-based implementation of a High Dynamic Range (HDR) Histogram contains a subset of the functionality supported by the Java implementation. . 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Package: libhdr-histogram-examples-dbgsym Source: libhdr-histogram Version: 0.11.8-4 Auto-Built-Package: debug-symbols Architecture: amd64 Maintainer: Debian Redict Maintainers Installed-Size: 44 Depends: libhdr-histogram-examples (= 0.11.8-4) Filename: amd64/libhdr-histogram-examples-dbgsym_0.11.8-4_amd64.deb Size: 12068 MD5sum: a18bc0be3661767df833fe3099dfcef4 SHA1: 98f6906189e261b70fe89eb179ba5c3359ff8c22 SHA256: a1df6554cd4a09854ee290709b770c76e099e28ca1d697e01e9c4377389024f4 Section: debug Priority: optional Description: debug symbols for libhdr-histogram-examples Build-Ids: 415fe49b19b1572e45260e19fc306b9a41c0e7bc 624a687195d0d948098b0a1f4ddfc7684b69c76a Package: libhdr-histogram-examples-dbgsym Source: libhdr-histogram Version: 0.11.8-4 Auto-Built-Package: debug-symbols Architecture: armhf Maintainer: Debian Redict Maintainers Installed-Size: 41 Depends: libhdr-histogram-examples (= 0.11.8-4) Filename: armhf/libhdr-histogram-examples-dbgsym_0.11.8-4_armhf.deb Size: 12096 MD5sum: 799a5eb861f3805c1f97198dc0f713e0 SHA1: fede1032cda0723dba7f150415174ffe951b5c76 SHA256: 3f8dec4d857e1c916116875c6dd793758eb771407a9cd8aeca52022116e057f2 Section: debug Priority: optional Description: debug symbols for libhdr-histogram-examples Build-Ids: 5bcc22d040c30ca221630f3fb11da47db2a3dd21 c088b6a15f7d4f141b7073ab7d954c4e17651d47 Package: libhdr-histogram6 Source: libhdr-histogram Version: 0.11.8-4 Architecture: amd64 Maintainer: Debian Redict Maintainers Installed-Size: 64 Depends: libc6 (>= 2.38), zlib1g (>= 1:1.2.0) Filename: amd64/libhdr-histogram6_0.11.8-4_amd64.deb Size: 19940 MD5sum: b886801a9aeca426ba866cf20a977801 SHA1: 25183dd8d3ed2a6c09e80a2164fef23e9c401b42 SHA256: 3e9f8fca28c21b5937d2b7bb5ca91c22ed75627369b1b82a19b92bd013479c73 Section: libs Priority: optional Multi-Arch: same Homepage: https://github.com/HdrHistogram/HdrHistogram_c Description: High Dynamic Range (HDR) Histogram library This C-based implementation of a High Dynamic Range (HDR) Histogram contains a subset of the functionality supported by the Java implementation. . 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The current supported features are: - Standard histogram with 64 bit counts (32/16 bit counts not supported) - All iterator types (all values, recorded, percentiles, linear, logarithmic) - Histogram serialisation (encoding version 1.2, decoding 1.0-1.2) - Reader/writer phaser and interval recorder . This package contains the shared libraries for libhdr-histogram. Package: libhdr-histogram6-dbgsym Source: libhdr-histogram Version: 0.11.8-4 Auto-Built-Package: debug-symbols Architecture: amd64 Maintainer: Debian Redict Maintainers Installed-Size: 66 Depends: libhdr-histogram6 (= 0.11.8-4) Filename: amd64/libhdr-histogram6-dbgsym_0.11.8-4_amd64.deb Size: 49872 MD5sum: ef764d7a4addb6108b65e722b450ee4c SHA1: 3ba88cc9cc1a2b325d2f0cf28b79ac2893e0dbfe SHA256: bf6785e90eb1894c5bbee632296e08a5c05d241e3ba6b782d21b1d35bb29bdde Section: debug Priority: optional Multi-Arch: same Description: debug symbols for libhdr-histogram6 Build-Ids: 4968b1f76354c8d9483053aa857248eed4ee0534 Package: libhdr-histogram6-dbgsym Source: libhdr-histogram Version: 0.11.8-4 Auto-Built-Package: debug-symbols Architecture: armhf Maintainer: Debian Redict Maintainers Installed-Size: 68 Depends: libhdr-histogram6 (= 0.11.8-4) Filename: armhf/libhdr-histogram6-dbgsym_0.11.8-4_armhf.deb Size: 51452 MD5sum: b54530c185b249e2b0f4231cb11f1cf3 SHA1: 256eb45958eb0efe2ff8120ca050aa83e6fa646a SHA256: 4f0ee5bbab8ff35dc4f34bfdea519a806efbbaf857678eba9aa26877c499d111 Section: debug Priority: optional Multi-Arch: same Description: debug symbols for libhdr-histogram6 Build-Ids: 57a438261d0a6a8dc115379a147390a68f8b063d Package: libsimdjson-dev Source: simdjson Version: 4.6.6-1 Architecture: amd64 Maintainer: Mo Zhou Installed-Size: 7846 Depends: libsimdjson33 (= 4.6.6-1) Filename: amd64/libsimdjson-dev_4.6.6-1_amd64.deb Size: 302248 MD5sum: 462b733f9615eac515720ffb4fd5936e SHA1: cadaa79a77f6f2d8a14203fa2ff456b97b38f0ad SHA256: 9616e11090a60b85f4a6201eb60d8ed10628b3a707ca78e15ed04ff130b2778f Section: libdevel Priority: optional Multi-Arch: same Homepage: https://simdjson.org/ Description: Parsing gigabytes of JSON per second (development) JSON is everywhere on the Internet. Servers spend a *lot* of time parsing it. A fresh approach is needed. The simdjson library uses commonly available SIMD instructions and microparallel algorithms to parse JSON 4x faster than RapidJSON and 25x faster than JSON for Modern C++. . * Fast: Over 4x faster than commonly used production-grade JSON parsers. * Record Breaking Features: Minify JSON at 6 GB/s, validate UTF-8 at 13 GB/s, NDJSON at 3.5 GB/s. * Easy: First-class, easy to use and carefully documented APIs. * Strict: Full JSON and UTF-8 validation, lossless parsing. Performance with no compromises. * Automatic: Selects a CPU-tailored parser at runtime. No configuration needed. * Reliable: From memory allocation to error handling, simdjson's design avoids surprises. * Peer Reviewed: The authors research appears in venues like VLDB Journal, Software: Practice and Experience. . This package ships development files. Package: libsimdjson-dev Source: simdjson Version: 4.6.6-1 Architecture: armhf Maintainer: Mo Zhou Installed-Size: 7678 Depends: libsimdjson33 (= 4.6.6-1) Filename: armhf/libsimdjson-dev_4.6.6-1_armhf.deb Size: 268280 MD5sum: b983108ca0dec8911c23297ea7c64377 SHA1: dcd5949cf73343bda489c60f09d1e645f80ddd69 SHA256: 314b751d61567077c886ed7989f1142921243ec39efba91728aa4d41adaa7aeb Section: libdevel Priority: optional Multi-Arch: same Homepage: https://simdjson.org/ Description: Parsing gigabytes of JSON per second (development) JSON is everywhere on the Internet. Servers spend a *lot* of time parsing it. A fresh approach is needed. The simdjson library uses commonly available SIMD instructions and microparallel algorithms to parse JSON 4x faster than RapidJSON and 25x faster than JSON for Modern C++. . * Fast: Over 4x faster than commonly used production-grade JSON parsers. * Record Breaking Features: Minify JSON at 6 GB/s, validate UTF-8 at 13 GB/s, NDJSON at 3.5 GB/s. * Easy: First-class, easy to use and carefully documented APIs. * Strict: Full JSON and UTF-8 validation, lossless parsing. Performance with no compromises. * Automatic: Selects a CPU-tailored parser at runtime. No configuration needed. * Reliable: From memory allocation to error handling, simdjson's design avoids surprises. * Peer Reviewed: The authors research appears in venues like VLDB Journal, Software: Practice and Experience. . This package ships development files. Package: libsimdjson33 Source: simdjson Version: 4.6.6-1 Architecture: amd64 Maintainer: Mo Zhou Installed-Size: 227 Depends: libc6 (>= 2.14), libgcc-s1 (>= 3.0), libstdc++6 (>= 13.1) Breaks: libsimdjson29 (<< 4.3.1-3) Replaces: libsimdjson29 (<< 4.3.1-3) Filename: amd64/libsimdjson33_4.6.6-1_amd64.deb Size: 77720 MD5sum: 1ddaddcedff4a6431d4523d2037b109e SHA1: 9fafe11810ad918cf918aa6b3b3cc3eb479b2d0a SHA256: 87e7477fa0412b39c522b53db39ea3031d0f0ec51dae551ea1c6bedafd2dd558 Section: libs Priority: optional Multi-Arch: same Homepage: https://simdjson.org/ Description: Parsing gigabytes of JSON per second (shared object) JSON is everywhere on the Internet. Servers spend a *lot* of time parsing it. A fresh approach is needed. The simdjson library uses commonly available SIMD instructions and microparallel algorithms to parse JSON 4x faster than RapidJSON and 25x faster than JSON for Modern C++. . * Fast: Over 4x faster than commonly used production-grade JSON parsers. * Record Breaking Features: Minify JSON at 6 GB/s, validate UTF-8 at 13 GB/s, NDJSON at 3.5 GB/s. * Easy: First-class, easy to use and carefully documented APIs. * Strict: Full JSON and UTF-8 validation, lossless parsing. Performance with no compromises. * Automatic: Selects a CPU-tailored parser at runtime. No configuration needed. * Reliable: From memory allocation to error handling, simdjson's design avoids surprises. * Peer Reviewed: The authors research appears in venues like VLDB Journal, Software: Practice and Experience. . This package ships the shared object. Package: libsimdjson33 Source: simdjson Version: 4.6.6-1 Architecture: armhf Maintainer: Mo Zhou Installed-Size: 91 Depends: libc6 (>= 2.4), libgcc-s1 (>= 3.5), libstdc++6 (>= 13.1) Breaks: libsimdjson29 (<< 4.3.1-3) Replaces: libsimdjson29 (<< 4.3.1-3) Filename: armhf/libsimdjson33_4.6.6-1_armhf.deb Size: 44520 MD5sum: 261e26f5c16f981d0b5844f619d33ab1 SHA1: 4d96ae8d96794812c30324dab9da31283a4c05cc SHA256: 8461e144dd6babcf8c30fbeb46d7eff483720f75f7b24b5089549fe5f42355a7 Section: libs Priority: optional Multi-Arch: same Homepage: https://simdjson.org/ Description: Parsing gigabytes of JSON per second (shared object) JSON is everywhere on the Internet. Servers spend a *lot* of time parsing it. A fresh approach is needed. The simdjson library uses commonly available SIMD instructions and microparallel algorithms to parse JSON 4x faster than RapidJSON and 25x faster than JSON for Modern C++. . * Fast: Over 4x faster than commonly used production-grade JSON parsers. * Record Breaking Features: Minify JSON at 6 GB/s, validate UTF-8 at 13 GB/s, NDJSON at 3.5 GB/s. * Easy: First-class, easy to use and carefully documented APIs. * Strict: Full JSON and UTF-8 validation, lossless parsing. Performance with no compromises. * Automatic: Selects a CPU-tailored parser at runtime. No configuration needed. * Reliable: From memory allocation to error handling, simdjson's design avoids surprises. * Peer Reviewed: The authors research appears in venues like VLDB Journal, Software: Practice and Experience. . This package ships the shared object. Package: libsimdjson33-dbgsym Source: simdjson Version: 4.6.6-1 Auto-Built-Package: debug-symbols Architecture: amd64 Maintainer: Mo Zhou Installed-Size: 848 Depends: libsimdjson33 (= 4.6.6-1) Filename: amd64/libsimdjson33-dbgsym_4.6.6-1_amd64.deb Size: 826880 MD5sum: 41ecf4112c5f8dc993e8eb555cb475a4 SHA1: 648d9861709aa4a57e2411b47f2e5243c6de545b SHA256: 1be682e4cb474ac24dac0d6ec2e2883fafffd94548b056b52078dc68d0a1f515 Section: debug Priority: optional Multi-Arch: same Description: debug symbols for libsimdjson33 Build-Ids: cb389f18c26a63027f4587ab9e5e3f4d06e9217f Package: libsimdjson33-dbgsym Source: simdjson Version: 4.6.6-1 Auto-Built-Package: debug-symbols Architecture: armhf Maintainer: Mo Zhou Installed-Size: 196 Depends: libsimdjson33 (= 4.6.6-1) Filename: armhf/libsimdjson33-dbgsym_4.6.6-1_armhf.deb Size: 180544 MD5sum: bb481715f6dafa042f2ea70f434e40ce SHA1: f4b0de3c0eda2fefcb31d023f5400abe45a193ae SHA256: 32e254308c831b294a1dc4afd4bbe69f0e20ce950f2940605f0aa499542b69dd Section: debug Priority: optional Multi-Arch: same Description: debug symbols for libsimdjson33 Build-Ids: 4730eee796ca7ee806bbdb9563bf9363b7d972b6 Package: libsimdutf-dev Source: simdutf Version: 8.2.0-1 Architecture: amd64 Maintainer: Mo Zhou Installed-Size: 619 Depends: libsimdutf33 (= 8.2.0-1) Filename: amd64/libsimdutf-dev_8.2.0-1_amd64.deb Size: 56776 MD5sum: 19180a14856ae09fb2e37f1b1dd3d316 SHA1: 7e50258f064aeab981b0a96e2a94557a8a67fa7c SHA256: 179d535b5ed54c81717f1ae9cc7badde57199fb336f0c3d4263c1e8f766d5bfb Section: libdevel Priority: optional Multi-Arch: same Homepage: https://simdutf.github.io/simdutf/ Description: Fast Unicode validation and transcoding - development files Most modern software relies on the Unicode standard. In memory, Unicode strings are represented using either UTF-8 or UTF-16. The UTF-8 format is the de facto standard on the web (JSON, HTML, etc.) and it has been adopted as the default in many popular programming languages (Go, Zig, Rust, Swift, etc.). The UTF-16 format is standard in Java, C# and in many Windows technologies. . Not all sequences of bytes are valid Unicode strings. It is unsafe to use Unicode strings in UTF-8 and UTF-16LE without first validating them. Furthermore, we often need to convert strings from one encoding to another, by a process called transcoding. For security purposes, such transcoding should be validating: it should refuse to transcode incorrect strings. . This library provide fast Unicode functions such as . * ASCII, UTF-8, UTF-16LE/BE and UTF-32 validation, with and without error identification, * Latin1 to UTF-8 transcoding, * Latin1 to UTF-16LE/BE transcoding * Latin1 to UTF-32 transcoding * UTF-8 to Latin1 transcoding, with or without validation, with and without error identification, * UTF-8 to UTF-16LE/BE transcoding, with or without validation, with and without error identification, * UTF-8 to UTF-32 transcoding, with or without validation, with and without error identification, * UTF-16LE/BE to Latin1 transcoding, with or without validation, with and without error identification, * UTF-16LE/BE to UTF-8 transcoding, with or without validation, with and without error identification, * UTF-32 to Latin1 transcoding, with or without validation, with and without error identification, * UTF-32 to UTF-8 transcoding, with or without validation, with and without error identification, * UTF-32 to UTF-16LE/BE transcoding, with or without validation, with and without error identification, * UTF-16LE/BE to UTF-32 transcoding, with or without validation, with and without error identification, * From an UTF-8 string, compute the size of the Latin1 equivalent string, * From an UTF-8 string, compute the size of the UTF-16 equivalent string, * From an UTF-8 string, compute the size of the UTF-32 equivalent string (equivalent to UTF-8 character counting), * From an UTF-16LE/BE string, compute the size of the Latin1 equivalent string, * From an UTF-16LE/BE string, compute the size of the UTF-8 equivalent string, * From an UTF-32 string, compute the size of the UTF-8 or UTF-16LE equivalent string, * From an UTF-16LE/BE string, compute the size of the UTF-32 equivalent string (equivalent to UTF-16 character counting), * UTF-8 and UTF-16LE/BE character counting, * UTF-16 endianness change (UTF16-LE/BE to UTF-16-BE/LE), * WHATWG forgiving-base64 (with or without URL encoding) to binary, * Binary to base64 (with or without URL encoding). . The functions are accelerated using SIMD instructions (e.g., ARM NEON, SSE, AVX, AVX-512, RISC-V Vector Extension, LoongSon, POWER, etc.). When your strings contain hundreds of characters, we can often transcode them at speeds exceeding a billion characters per second. You should expect high speeds not only with English strings (ASCII) but also Chinese, Japanese, Arabic, and so forth. We handle the full character range (including, for example, emojis). . The library compiles down to a small library of a few hundred kilobytes. Our functions are exception-free and non allocating. We have extensive tests and extensive benchmarks. . This package ships the development files. Package: libsimdutf-dev Source: simdutf Version: 8.2.0-1 Architecture: armhf Maintainer: Mo Zhou Installed-Size: 619 Depends: libsimdutf33 (= 8.2.0-1) Filename: armhf/libsimdutf-dev_8.2.0-1_armhf.deb Size: 56776 MD5sum: 3b636ecd42f1c6963ec11b90789b54ea SHA1: 557265f0b129f594cefdb48854ae87cd1bc28d86 SHA256: 7ff1896006f34dca421259946cc417f00940cec158912e9cc0d3b03ad4f3921d Section: libdevel Priority: optional Multi-Arch: same Homepage: https://simdutf.github.io/simdutf/ Description: Fast Unicode validation and transcoding - development files Most modern software relies on the Unicode standard. In memory, Unicode strings are represented using either UTF-8 or UTF-16. The UTF-8 format is the de facto standard on the web (JSON, HTML, etc.) and it has been adopted as the default in many popular programming languages (Go, Zig, Rust, Swift, etc.). The UTF-16 format is standard in Java, C# and in many Windows technologies. . Not all sequences of bytes are valid Unicode strings. It is unsafe to use Unicode strings in UTF-8 and UTF-16LE without first validating them. Furthermore, we often need to convert strings from one encoding to another, by a process called transcoding. For security purposes, such transcoding should be validating: it should refuse to transcode incorrect strings. . This library provide fast Unicode functions such as . * ASCII, UTF-8, UTF-16LE/BE and UTF-32 validation, with and without error identification, * Latin1 to UTF-8 transcoding, * Latin1 to UTF-16LE/BE transcoding * Latin1 to UTF-32 transcoding * UTF-8 to Latin1 transcoding, with or without validation, with and without error identification, * UTF-8 to UTF-16LE/BE transcoding, with or without validation, with and without error identification, * UTF-8 to UTF-32 transcoding, with or without validation, with and without error identification, * UTF-16LE/BE to Latin1 transcoding, with or without validation, with and without error identification, * UTF-16LE/BE to UTF-8 transcoding, with or without validation, with and without error identification, * UTF-32 to Latin1 transcoding, with or without validation, with and without error identification, * UTF-32 to UTF-8 transcoding, with or without validation, with and without error identification, * UTF-32 to UTF-16LE/BE transcoding, with or without validation, with and without error identification, * UTF-16LE/BE to UTF-32 transcoding, with or without validation, with and without error identification, * From an UTF-8 string, compute the size of the Latin1 equivalent string, * From an UTF-8 string, compute the size of the UTF-16 equivalent string, * From an UTF-8 string, compute the size of the UTF-32 equivalent string (equivalent to UTF-8 character counting), * From an UTF-16LE/BE string, compute the size of the Latin1 equivalent string, * From an UTF-16LE/BE string, compute the size of the UTF-8 equivalent string, * From an UTF-32 string, compute the size of the UTF-8 or UTF-16LE equivalent string, * From an UTF-16LE/BE string, compute the size of the UTF-32 equivalent string (equivalent to UTF-16 character counting), * UTF-8 and UTF-16LE/BE character counting, * UTF-16 endianness change (UTF16-LE/BE to UTF-16-BE/LE), * WHATWG forgiving-base64 (with or without URL encoding) to binary, * Binary to base64 (with or without URL encoding). . The functions are accelerated using SIMD instructions (e.g., ARM NEON, SSE, AVX, AVX-512, RISC-V Vector Extension, LoongSon, POWER, etc.). When your strings contain hundreds of characters, we can often transcode them at speeds exceeding a billion characters per second. You should expect high speeds not only with English strings (ASCII) but also Chinese, Japanese, Arabic, and so forth. We handle the full character range (including, for example, emojis). . The library compiles down to a small library of a few hundred kilobytes. Our functions are exception-free and non allocating. We have extensive tests and extensive benchmarks. . This package ships the development files. Package: libsimdutf-tools Source: simdutf Version: 8.2.0-1 Architecture: amd64 Maintainer: Mo Zhou Installed-Size: 2726 Depends: libc6 (>= 2.38), libgcc-s1 (>= 4.2), libsimdutf33 (>= 8.2.0) Filename: amd64/libsimdutf-tools_8.2.0-1_amd64.deb Size: 484004 MD5sum: f5a34cc99e85479e078e99ed172f0f5a SHA1: 1ea4de490f1bfea97ebf567df4bc12ca48c23f85 SHA256: 44651de8ab74394f3d7034ac35a3465a91fc5e8592a8dba34af5766b380f0242 Section: misc Priority: optional Homepage: https://simdutf.github.io/simdutf/ Description: Fast Unicode validation and transcoding - utilities Most modern software relies on the Unicode standard. In memory, Unicode strings are represented using either UTF-8 or UTF-16. The UTF-8 format is the de facto standard on the web (JSON, HTML, etc.) and it has been adopted as the default in many popular programming languages (Go, Zig, Rust, Swift, etc.). The UTF-16 format is standard in Java, C# and in many Windows technologies. . Not all sequences of bytes are valid Unicode strings. It is unsafe to use Unicode strings in UTF-8 and UTF-16LE without first validating them. Furthermore, we often need to convert strings from one encoding to another, by a process called transcoding. For security purposes, such transcoding should be validating: it should refuse to transcode incorrect strings. . This library provide fast Unicode functions such as . * ASCII, UTF-8, UTF-16LE/BE and UTF-32 validation, with and without error identification, * Latin1 to UTF-8 transcoding, * Latin1 to UTF-16LE/BE transcoding * Latin1 to UTF-32 transcoding * UTF-8 to Latin1 transcoding, with or without validation, with and without error identification, * UTF-8 to UTF-16LE/BE transcoding, with or without validation, with and without error identification, * UTF-8 to UTF-32 transcoding, with or without validation, with and without error identification, * UTF-16LE/BE to Latin1 transcoding, with or without validation, with and without error identification, * UTF-16LE/BE to UTF-8 transcoding, with or without validation, with and without error identification, * UTF-32 to Latin1 transcoding, with or without validation, with and without error identification, * UTF-32 to UTF-8 transcoding, with or without validation, with and without error identification, * UTF-32 to UTF-16LE/BE transcoding, with or without validation, with and without error identification, * UTF-16LE/BE to UTF-32 transcoding, with or without validation, with and without error identification, * From an UTF-8 string, compute the size of the Latin1 equivalent string, * From an UTF-8 string, compute the size of the UTF-16 equivalent string, * From an UTF-8 string, compute the size of the UTF-32 equivalent string (equivalent to UTF-8 character counting), * From an UTF-16LE/BE string, compute the size of the Latin1 equivalent string, * From an UTF-16LE/BE string, compute the size of the UTF-8 equivalent string, * From an UTF-32 string, compute the size of the UTF-8 or UTF-16LE equivalent string, * From an UTF-16LE/BE string, compute the size of the UTF-32 equivalent string (equivalent to UTF-16 character counting), * UTF-8 and UTF-16LE/BE character counting, * UTF-16 endianness change (UTF16-LE/BE to UTF-16-BE/LE), * WHATWG forgiving-base64 (with or without URL encoding) to binary, * Binary to base64 (with or without URL encoding). . The functions are accelerated using SIMD instructions (e.g., ARM NEON, SSE, AVX, AVX-512, RISC-V Vector Extension, LoongSon, POWER, etc.). When your strings contain hundreds of characters, we can often transcode them at speeds exceeding a billion characters per second. You should expect high speeds not only with English strings (ASCII) but also Chinese, Japanese, Arabic, and so forth. We handle the full character range (including, for example, emojis). . The library compiles down to a small library of a few hundred kilobytes. Our functions are exception-free and non allocating. We have extensive tests and extensive benchmarks. . This package ships several command line tools. Package: libsimdutf-tools Source: simdutf Version: 8.2.0-1 Architecture: armhf Maintainer: Mo Zhou Installed-Size: 1748 Depends: libc6 (>= 2.38), libgcc-s1 (>= 3.5), libsimdutf33 (>= 8.2.0) Filename: armhf/libsimdutf-tools_8.2.0-1_armhf.deb Size: 382916 MD5sum: a748449c6e282f78048ff19bdc7ce9ba SHA1: 47db4fa033dbe0e3456ac7e7edd8250b2b707087 SHA256: adcaa2ffff29ab0fbfb1f45d58d9229d259b23a628d7e12f54f6aeee2fe3a912 Section: misc Priority: optional Homepage: https://simdutf.github.io/simdutf/ Description: Fast Unicode validation and transcoding - utilities Most modern software relies on the Unicode standard. In memory, Unicode strings are represented using either UTF-8 or UTF-16. The UTF-8 format is the de facto standard on the web (JSON, HTML, etc.) and it has been adopted as the default in many popular programming languages (Go, Zig, Rust, Swift, etc.). The UTF-16 format is standard in Java, C# and in many Windows technologies. . Not all sequences of bytes are valid Unicode strings. It is unsafe to use Unicode strings in UTF-8 and UTF-16LE without first validating them. Furthermore, we often need to convert strings from one encoding to another, by a process called transcoding. For security purposes, such transcoding should be validating: it should refuse to transcode incorrect strings. . This library provide fast Unicode functions such as . * ASCII, UTF-8, UTF-16LE/BE and UTF-32 validation, with and without error identification, * Latin1 to UTF-8 transcoding, * Latin1 to UTF-16LE/BE transcoding * Latin1 to UTF-32 transcoding * UTF-8 to Latin1 transcoding, with or without validation, with and without error identification, * UTF-8 to UTF-16LE/BE transcoding, with or without validation, with and without error identification, * UTF-8 to UTF-32 transcoding, with or without validation, with and without error identification, * UTF-16LE/BE to Latin1 transcoding, with or without validation, with and without error identification, * UTF-16LE/BE to UTF-8 transcoding, with or without validation, with and without error identification, * UTF-32 to Latin1 transcoding, with or without validation, with and without error identification, * UTF-32 to UTF-8 transcoding, with or without validation, with and without error identification, * UTF-32 to UTF-16LE/BE transcoding, with or without validation, with and without error identification, * UTF-16LE/BE to UTF-32 transcoding, with or without validation, with and without error identification, * From an UTF-8 string, compute the size of the Latin1 equivalent string, * From an UTF-8 string, compute the size of the UTF-16 equivalent string, * From an UTF-8 string, compute the size of the UTF-32 equivalent string (equivalent to UTF-8 character counting), * From an UTF-16LE/BE string, compute the size of the Latin1 equivalent string, * From an UTF-16LE/BE string, compute the size of the UTF-8 equivalent string, * From an UTF-32 string, compute the size of the UTF-8 or UTF-16LE equivalent string, * From an UTF-16LE/BE string, compute the size of the UTF-32 equivalent string (equivalent to UTF-16 character counting), * UTF-8 and UTF-16LE/BE character counting, * UTF-16 endianness change (UTF16-LE/BE to UTF-16-BE/LE), * WHATWG forgiving-base64 (with or without URL encoding) to binary, * Binary to base64 (with or without URL encoding). . The functions are accelerated using SIMD instructions (e.g., ARM NEON, SSE, AVX, AVX-512, RISC-V Vector Extension, LoongSon, POWER, etc.). When your strings contain hundreds of characters, we can often transcode them at speeds exceeding a billion characters per second. You should expect high speeds not only with English strings (ASCII) but also Chinese, Japanese, Arabic, and so forth. We handle the full character range (including, for example, emojis). . The library compiles down to a small library of a few hundred kilobytes. Our functions are exception-free and non allocating. We have extensive tests and extensive benchmarks. . This package ships several command line tools. Package: libsimdutf-tools-dbgsym Source: simdutf Version: 8.2.0-1 Auto-Built-Package: debug-symbols Architecture: amd64 Maintainer: Mo Zhou Installed-Size: 1502 Depends: libsimdutf-tools (= 8.2.0-1) Filename: amd64/libsimdutf-tools-dbgsym_8.2.0-1_amd64.deb Size: 377360 MD5sum: 09b92052adb923873f2da912f217290c SHA1: 47bc12072bfb61bd1cf15194c3ae23454e1ceb32 SHA256: 019173b19a7231d64564b9731502ab5f628424c052a46406c13afa2459bf4c43 Section: debug Priority: optional Description: debug symbols for libsimdutf-tools Build-Ids: a03277fb4d004cbc648434852fda9ad11d1ad523 f753443fc6c04dd4f83ba1041d239850d99ca727 Package: libsimdutf-tools-dbgsym Source: simdutf Version: 8.2.0-1 Auto-Built-Package: debug-symbols Architecture: armhf Maintainer: Mo Zhou Installed-Size: 2960 Depends: libsimdutf-tools (= 8.2.0-1) Filename: armhf/libsimdutf-tools-dbgsym_8.2.0-1_armhf.deb Size: 390520 MD5sum: d411a40892a3c4f632c5ff18a7e89c7c SHA1: ffe49580ccb26c59f1e479d7ba68a8a6afbdb194 SHA256: a65171ebdf25e615040617d9fb947f368dfa181b4d174c063d633d50e7065a80 Section: debug Priority: optional Description: debug symbols for libsimdutf-tools Build-Ids: 830b4409f976d1dea0a55d0e996e8fe5110030de af13c26f640bbbf063c6b44f0fda1df100e8603f Package: libsimdutf33 Source: simdutf Version: 8.2.0-1 Architecture: amd64 Maintainer: Mo Zhou Installed-Size: 565 Depends: libc6 (>= 2.14), libgcc-s1 (>= 3.0), libstdc++6 (>= 13.1) Filename: amd64/libsimdutf33_8.2.0-1_amd64.deb Size: 137048 MD5sum: b64856a4455eaf2511829bea1ca0dc2e SHA1: e2b19c558c6908009b80b51e8096902eba3eeb1a SHA256: ada540b859d51c9c9b55316af32fb82e9382a5258d9ca3ff25270741e31e90e2 Section: libs Priority: optional Multi-Arch: same Homepage: https://simdutf.github.io/simdutf/ Description: Fast Unicode validation and transcoding Most modern software relies on the Unicode standard. In memory, Unicode strings are represented using either UTF-8 or UTF-16. The UTF-8 format is the de facto standard on the web (JSON, HTML, etc.) and it has been adopted as the default in many popular programming languages (Go, Zig, Rust, Swift, etc.). The UTF-16 format is standard in Java, C# and in many Windows technologies. . Not all sequences of bytes are valid Unicode strings. It is unsafe to use Unicode strings in UTF-8 and UTF-16LE without first validating them. Furthermore, we often need to convert strings from one encoding to another, by a process called transcoding. For security purposes, such transcoding should be validating: it should refuse to transcode incorrect strings. . This library provide fast Unicode functions such as . * ASCII, UTF-8, UTF-16LE/BE and UTF-32 validation, with and without error identification, * Latin1 to UTF-8 transcoding, * Latin1 to UTF-16LE/BE transcoding * Latin1 to UTF-32 transcoding * UTF-8 to Latin1 transcoding, with or without validation, with and without error identification, * UTF-8 to UTF-16LE/BE transcoding, with or without validation, with and without error identification, * UTF-8 to UTF-32 transcoding, with or without validation, with and without error identification, * UTF-16LE/BE to Latin1 transcoding, with or without validation, with and without error identification, * UTF-16LE/BE to UTF-8 transcoding, with or without validation, with and without error identification, * UTF-32 to Latin1 transcoding, with or without validation, with and without error identification, * UTF-32 to UTF-8 transcoding, with or without validation, with and without error identification, * UTF-32 to UTF-16LE/BE transcoding, with or without validation, with and without error identification, * UTF-16LE/BE to UTF-32 transcoding, with or without validation, with and without error identification, * From an UTF-8 string, compute the size of the Latin1 equivalent string, * From an UTF-8 string, compute the size of the UTF-16 equivalent string, * From an UTF-8 string, compute the size of the UTF-32 equivalent string (equivalent to UTF-8 character counting), * From an UTF-16LE/BE string, compute the size of the Latin1 equivalent string, * From an UTF-16LE/BE string, compute the size of the UTF-8 equivalent string, * From an UTF-32 string, compute the size of the UTF-8 or UTF-16LE equivalent string, * From an UTF-16LE/BE string, compute the size of the UTF-32 equivalent string (equivalent to UTF-16 character counting), * UTF-8 and UTF-16LE/BE character counting, * UTF-16 endianness change (UTF16-LE/BE to UTF-16-BE/LE), * WHATWG forgiving-base64 (with or without URL encoding) to binary, * Binary to base64 (with or without URL encoding). . The functions are accelerated using SIMD instructions (e.g., ARM NEON, SSE, AVX, AVX-512, RISC-V Vector Extension, LoongSon, POWER, etc.). When your strings contain hundreds of characters, we can often transcode them at speeds exceeding a billion characters per second. You should expect high speeds not only with English strings (ASCII) but also Chinese, Japanese, Arabic, and so forth. We handle the full character range (including, for example, emojis). . The library compiles down to a small library of a few hundred kilobytes. Our functions are exception-free and non allocating. We have extensive tests and extensive benchmarks. . This package ships the shared object. Package: libsimdutf33 Source: simdutf Version: 8.2.0-1 Architecture: armhf Maintainer: Mo Zhou Installed-Size: 148 Depends: libc6 (>= 2.4), libgcc-s1 (>= 3.5), libstdc++6 (>= 13.1) Filename: armhf/libsimdutf33_8.2.0-1_armhf.deb Size: 35528 MD5sum: 1f1aa23461eaa9245ee334a8c230758c SHA1: 50e6758eb75da4ee24f0b377b692b81fbff69d17 SHA256: 2d02049316e9d6c1266409070a1b19d3677c2a04d18f4f1eb89da763fb4c71e4 Section: libs Priority: optional Multi-Arch: same Homepage: https://simdutf.github.io/simdutf/ Description: Fast Unicode validation and transcoding Most modern software relies on the Unicode standard. In memory, Unicode strings are represented using either UTF-8 or UTF-16. The UTF-8 format is the de facto standard on the web (JSON, HTML, etc.) and it has been adopted as the default in many popular programming languages (Go, Zig, Rust, Swift, etc.). The UTF-16 format is standard in Java, C# and in many Windows technologies. . Not all sequences of bytes are valid Unicode strings. It is unsafe to use Unicode strings in UTF-8 and UTF-16LE without first validating them. Furthermore, we often need to convert strings from one encoding to another, by a process called transcoding. For security purposes, such transcoding should be validating: it should refuse to transcode incorrect strings. . This library provide fast Unicode functions such as . * ASCII, UTF-8, UTF-16LE/BE and UTF-32 validation, with and without error identification, * Latin1 to UTF-8 transcoding, * Latin1 to UTF-16LE/BE transcoding * Latin1 to UTF-32 transcoding * UTF-8 to Latin1 transcoding, with or without validation, with and without error identification, * UTF-8 to UTF-16LE/BE transcoding, with or without validation, with and without error identification, * UTF-8 to UTF-32 transcoding, with or without validation, with and without error identification, * UTF-16LE/BE to Latin1 transcoding, with or without validation, with and without error identification, * UTF-16LE/BE to UTF-8 transcoding, with or without validation, with and without error identification, * UTF-32 to Latin1 transcoding, with or without validation, with and without error identification, * UTF-32 to UTF-8 transcoding, with or without validation, with and without error identification, * UTF-32 to UTF-16LE/BE transcoding, with or without validation, with and without error identification, * UTF-16LE/BE to UTF-32 transcoding, with or without validation, with and without error identification, * From an UTF-8 string, compute the size of the Latin1 equivalent string, * From an UTF-8 string, compute the size of the UTF-16 equivalent string, * From an UTF-8 string, compute the size of the UTF-32 equivalent string (equivalent to UTF-8 character counting), * From an UTF-16LE/BE string, compute the size of the Latin1 equivalent string, * From an UTF-16LE/BE string, compute the size of the UTF-8 equivalent string, * From an UTF-32 string, compute the size of the UTF-8 or UTF-16LE equivalent string, * From an UTF-16LE/BE string, compute the size of the UTF-32 equivalent string (equivalent to UTF-16 character counting), * UTF-8 and UTF-16LE/BE character counting, * UTF-16 endianness change (UTF16-LE/BE to UTF-16-BE/LE), * WHATWG forgiving-base64 (with or without URL encoding) to binary, * Binary to base64 (with or without URL encoding). . The functions are accelerated using SIMD instructions (e.g., ARM NEON, SSE, AVX, AVX-512, RISC-V Vector Extension, LoongSon, POWER, etc.). When your strings contain hundreds of characters, we can often transcode them at speeds exceeding a billion characters per second. You should expect high speeds not only with English strings (ASCII) but also Chinese, Japanese, Arabic, and so forth. We handle the full character range (including, for example, emojis). . The library compiles down to a small library of a few hundred kilobytes. Our functions are exception-free and non allocating. We have extensive tests and extensive benchmarks. . This package ships the shared object. Package: libsimdutf33-dbgsym Source: simdutf Version: 8.2.0-1 Auto-Built-Package: debug-symbols Architecture: amd64 Maintainer: Mo Zhou Installed-Size: 1781 Depends: libsimdutf33 (= 8.2.0-1) Filename: amd64/libsimdutf33-dbgsym_8.2.0-1_amd64.deb Size: 1697596 MD5sum: 8481652c5774c4970140179fddfcf167 SHA1: 3a77d5e9b7c6632f7dcf75716d9756a7e4d597bc SHA256: 5eed0369181acb0ea1f83aaa5c8c996a09c6bcc44a7154c6fed99a6faf145879 Section: debug Priority: optional Multi-Arch: same Description: debug symbols for libsimdutf33 Build-Ids: 1c496726678da70135b00f346e1dcf139bf35f14 Package: libsimdutf33-dbgsym Source: simdutf Version: 8.2.0-1 Auto-Built-Package: debug-symbols Architecture: armhf Maintainer: Mo Zhou Installed-Size: 227 Depends: libsimdutf33 (= 8.2.0-1) Filename: armhf/libsimdutf33-dbgsym_8.2.0-1_armhf.deb Size: 179672 MD5sum: e905bbd7eee7ceb3d45dc087d87ff24b SHA1: c85300c39fe4cb8b095968ce7442b7a12d1f36d9 SHA256: 4fcebec7321c033d7da58a97d4e2e21f236ca450a90176a4ca222aac6b7eb34a Section: debug Priority: optional Multi-Arch: same Description: debug symbols for libsimdutf33 Build-Ids: 1d11eb76a635b60bb37024afb9568c3b6e0180ea Package: libuv1-dev Source: libuv1 Version: 1.52.1-4 Architecture: amd64 Maintainer: Dominique Dumont Installed-Size: 715 Depends: libuv1t64 (= 1.52.1-4) Suggests: libuv1-doc Conflicts: libuv-dev Replaces: libuv-dev Filename: amd64/libuv1-dev_1.52.1-4_amd64.deb Size: 194932 MD5sum: 1e4a62d0d42210eb335e6678c10d58b7 SHA1: 8cbe5ed7893ef388dbf3ad205718c2c5bc6ccf9c SHA256: 6e83f2a08c5d40eca6a0fdab2cfb692bde11153c9c3af27f9c2d98c793c839c6 Section: libdevel Priority: optional Multi-Arch: same Homepage: https://github.com/libuv/libuv Description: asynchronous event notification library - development files Libuv is the asynchronous library behind Node.js. Very similar to libevent or libev, it provides the main elements for event driven systems: watching and waiting for availability in a set of sockets, and some other events like timers or asynchronous messages. However, libuv also comes with some other extras like: * files watchers and asynchronous operations * a portable TCP and UDP API, as well as asynchronous DNS resolution * processes and threads management, and a portable inter-process communications mechanism, with pipes and work queues * a plugins mechanism for loading libraries dynamically * interface with external libraries that also need to access the I/O. . Install this package if you wish to develop your own programs using the libuv engine. Package: libuv1-dev Source: libuv1 Version: 1.52.1-4 Architecture: armhf Maintainer: Dominique Dumont Installed-Size: 531 Depends: libuv1t64 (= 1.52.1-4) Suggests: libuv1-doc Conflicts: libuv-dev Replaces: libuv-dev Filename: armhf/libuv1-dev_1.52.1-4_armhf.deb Size: 179512 MD5sum: c3a6ec773c238c663317b17b8255a511 SHA1: 5213e6836f0c0bd766d183a4598f92a4621d8783 SHA256: ab69c7d12734e1a14d0bd9ee7779b9a8391686cb975b8816b377971f2800bf8b Section: libdevel Priority: optional Multi-Arch: same Homepage: https://github.com/libuv/libuv Description: asynchronous event notification library - development files Libuv is the asynchronous library behind Node.js. Very similar to libevent or libev, it provides the main elements for event driven systems: watching and waiting for availability in a set of sockets, and some other events like timers or asynchronous messages. However, libuv also comes with some other extras like: * files watchers and asynchronous operations * a portable TCP and UDP API, as well as asynchronous DNS resolution * processes and threads management, and a portable inter-process communications mechanism, with pipes and work queues * a plugins mechanism for loading libraries dynamically * interface with external libraries that also need to access the I/O. . Install this package if you wish to develop your own programs using the libuv engine. Package: libuv1-doc Source: libuv1 Version: 1.52.1-4 Architecture: all Maintainer: Dominique Dumont Installed-Size: 3063 Depends: libjs-sphinxdoc (>= 8.1) Filename: all/libuv1-doc_1.52.1-4_all.deb Size: 746828 MD5sum: ff3a6921043170bffc58e647326db55a SHA1: cf5286a4f2abe98f3d0bf099410355033b4dab3e SHA256: 269ee29ee99dcbec55754a7a6c2ac3380aa78be34a7f9ba908435059f5fd4c14 Section: doc Priority: optional Multi-Arch: foreign Homepage: https://github.com/libuv/libuv Description: asynchronous event notification library - documentation Libuv is the asynchronous library behind Node.js. Very similar to libevent or libev, it provides the main elements for event driven systems: watching and waiting for availability in a set of sockets, and some other events like timers or asynchronous messages. However, libuv also comes with some other extras like: * files watchers and asynchronous operations * a portable TCP and UDP API, as well as asynchronous DNS resolution * processes and threads management, and a portable inter-process communications mechanism, with pipes and work queues * a plugins mechanism for loading libraries dynamically * interface with external libraries that also need to access the I/O. . This package contains the documentation for libuv1. Package: libuv1t64 Source: libuv1 Version: 1.52.1-4 Architecture: amd64 Maintainer: Dominique Dumont Installed-Size: 332 Depends: libc6 (>= 2.38) Breaks: libuv1 (<< 1.48.0-1.1) Replaces: libuv1 Provides: libuv1 (= 1.52.1-4) Filename: amd64/libuv1t64_1.52.1-4_amd64.deb Size: 158852 MD5sum: 7bf9548f0c4f9cdb6032253520a9ff78 SHA1: 7444e6dfde1355702c209d481374ea76eb201fdd SHA256: 498e792593f0ca4f7d60fa2c1b64c22ff5292ae02e3c4624e521d835afd06406 Section: libs Priority: optional Multi-Arch: same Homepage: https://github.com/libuv/libuv Description: asynchronous event notification library - runtime library Libuv is the asynchronous library behind Node.js. Very similar to libevent or libev, it provides the main elements for event driven systems: watching and waiting for availability in a set of sockets, and some other events like timers or asynchronous messages. However, libuv also comes with some other extras like: * files watchers and asynchronous operations * a portable TCP and UDP API, as well as asynchronous DNS resolution * processes and threads management, and a portable inter-process communications mechanism, with pipes and work queues * a plugins mechanism for loading libraries dynamically * interface with external libraries that also need to access the I/O. . This package includes the dynamic library against which you can link your program. Package: libuv1t64 Source: libuv1 Version: 1.52.1-4 Architecture: armhf Maintainer: Dominique Dumont Installed-Size: 246 Depends: libc6 (>= 2.38) Breaks: libuv1 (<< 1.48.0-1.1) Replaces: libuv1 Filename: armhf/libuv1t64_1.52.1-4_armhf.deb Size: 144440 MD5sum: 8eba225b3af506e6d5325f46e9a228a7 SHA1: b4402a05ee42bd56407688ce25cd5158265ad946 SHA256: fb64675a884adacab50a5598c9cfd9cc99bfa703de4c1fefe6ae7e083472be3d Section: libs Priority: optional Multi-Arch: same Homepage: https://github.com/libuv/libuv Description: asynchronous event notification library - runtime library Libuv is the asynchronous library behind Node.js. Very similar to libevent or libev, it provides the main elements for event driven systems: watching and waiting for availability in a set of sockets, and some other events like timers or asynchronous messages. However, libuv also comes with some other extras like: * files watchers and asynchronous operations * a portable TCP and UDP API, as well as asynchronous DNS resolution * processes and threads management, and a portable inter-process communications mechanism, with pipes and work queues * a plugins mechanism for loading libraries dynamically * interface with external libraries that also need to access the I/O. . This package includes the dynamic library against which you can link your program. Package: libuv1t64-dbgsym Source: libuv1 Version: 1.52.1-4 Auto-Built-Package: debug-symbols Architecture: amd64 Maintainer: Dominique Dumont Installed-Size: 317 Depends: libuv1t64 (= 1.52.1-4) Filename: amd64/libuv1t64-dbgsym_1.52.1-4_amd64.deb Size: 277652 MD5sum: 13dfc78abad59ef48b999e71ed575381 SHA1: ce3ef91777922332fa0eb26f016318f241d5f44d SHA256: cc071916195ad97fb7613308f0f439ddbcbf5b55651679052cbbb9a64e60b6a6 Section: debug Priority: optional Multi-Arch: same Description: debug symbols for libuv1t64 Build-Ids: 750636c50f7d5ccca4a076f20b9002f902dbb4e9 Package: libuv1t64-dbgsym Source: libuv1 Version: 1.52.1-4 Auto-Built-Package: debug-symbols Architecture: armhf Maintainer: Dominique Dumont Installed-Size: 316 Depends: libuv1t64 (= 1.52.1-4) Filename: armhf/libuv1t64-dbgsym_1.52.1-4_armhf.deb Size: 277488 MD5sum: 4ff1d2fa6db07ddace485ebe700f85b6 SHA1: bee17355a84696e2431227ec4072e56bae8f6e7b SHA256: d68ac197a2c8f7a5a5300e3abc3723bdff024ea45cd3e1e6ad297d6adbf89d0e Section: debug Priority: optional Multi-Arch: same Description: debug symbols for libuv1t64 Build-Ids: 8da1e63b3b9fe87670ca164004bb9f814f54a266 Package: node-fast-levenshtein Version: 2.0.6+ds-3 Architecture: all Maintainer: Debian Javascript Maintainers Installed-Size: 22 Filename: all/node-fast-levenshtein_2.0.6+ds-3_all.deb Size: 6040 MD5sum: 6ee9926210e48b05027aa54ca93185d1 SHA1: b80e474db2af3a635ea99958d78d27d5d22d7857 SHA256: 862e7a885d5a3d353598ac58b109a0d538c58a063105aef6b8c0e49397724e4f Section: javascript Priority: optional Multi-Arch: foreign Homepage: https://github.com/hiddentao/fast-levenshtein Description: efficient implementation of Levenshtein algorithm In information theory, linguistics, and computer science, the Levenshtein distance is a string metric for measuring the difference between two sequences. Informally, the Levenshtein distance between two words is the minimum number of single-character edits (insertions, deletions or substitutions) required to change one word into the other. . This is pure JavaScript implementation for Node.js. . Node.js is an event-based server-side JavaScript engine. Package: node-rollup-plugin-buble Version: 1.0.3+ds1-1 Architecture: all Maintainer: Debian Javascript Maintainers Installed-Size: 27 Depends: node-buble, node-rollup-pluginutils Filename: all/node-rollup-plugin-buble_1.0.3+ds1-1_all.deb Size: 6832 MD5sum: a45eebf9fdbe5213eaf99adf1149252d SHA1: 2fe28de997f49bb2ecadf43411c29b432e0c5ccb SHA256: 8c273c7308ebb8962584323c17312da0d0db3835a0b32837044ec4aadaea56ed Section: javascript Priority: optional Homepage: https://github.com/rollup/plugins Description: Rollup plugin to convert ES2015 to more common javascript using buble This plugin for rollup will convert javascript using the too-recent ES2015 standard to older and more common javascript variants, using the buble transpiler. Package: squashfs-tools Version: 1:4.5.1-1 Architecture: amd64 Maintainer: Laszlo Boszormenyi (GCS) Installed-Size: 452 Depends: libc6 (>= 2.38), liblz4-1 (>= 0.0~r130), liblzma5 (>= 5.1.1alpha+20120614), liblzo2-2 (>= 2.02), libzstd1 (>= 1.5.5), zlib1g (>= 1:1.1.4) Filename: amd64/squashfs-tools_4.5.1-1_amd64.deb Size: 176208 MD5sum: a0d1627c1a50cff0b603dc5670b7c51b SHA1: 8ce183310bfb96983d6fa1aca4f91e44bb38a5fc SHA256: 46f7dc8cac874f30c02fc032342c66227d011c20ee5a8845ce537e15732b4cfd Section: kernel Priority: optional Homepage: https://github.com/plougher/squashfs-tools Description: Tool to create and append to squashfs filesystems Squashfs is a highly compressed read-only filesystem for Linux. It uses zlib compression to compress both files, inodes and directories. Inodes in the system are very small and all blocks are packed to minimise data overhead. Block sizes greater than 4K are supported up to a maximum of 64K. . 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It uses zlib compression to compress both files, inodes and directories. Inodes in the system are very small and all blocks are packed to minimise data overhead. Block sizes greater than 4K are supported up to a maximum of 64K. . Squashfs is intended for general read-only filesystem use, for archival use (i.e. in cases where a .tar.gz file may be used), and in constrained block device/memory systems (e.g. embedded systems) where low overhead is needed. Package: squashfs-tools-dbgsym Source: squashfs-tools Version: 1:4.5.1-1 Auto-Built-Package: debug-symbols Architecture: amd64 Maintainer: Laszlo Boszormenyi (GCS) Installed-Size: 620 Depends: squashfs-tools (= 1:4.5.1-1) Filename: amd64/squashfs-tools-dbgsym_4.5.1-1_amd64.deb Size: 460200 MD5sum: 34a826151c147db076b8ffd05f92cda8 SHA1: 31bc6f1f7b30c882995f14c2fccd1e5014fe9473 SHA256: 12dcbf62909fb56359bde51fcda22c61a16f33c3daf05839a003f55f1f444190 Section: debug Priority: optional Description: debug symbols for squashfs-tools Build-Ids: 178641d6a780e689edb08ad6cc3066e213273996 73eab76fbf3ccca4c4a355a18ddb554962732b97 Package: squashfs-tools-dbgsym Source: squashfs-tools Version: 1:4.5.1-1 Auto-Built-Package: debug-symbols Architecture: armhf Maintainer: Laszlo Boszormenyi (GCS) Installed-Size: 800 Depends: squashfs-tools (= 1:4.5.1-1) Filename: armhf/squashfs-tools-dbgsym_4.5.1-1_armhf.deb Size: 459240 MD5sum: c974a9961dd90362cb2a3c66960eb66a SHA1: 48bf8ce1428089f19ffadf38ac64c7f9fefb4b98 SHA256: d7dafb6323f7e14a673eeb3f7c76033c8c149941d6b10cceb9f632863ccb75f8 Section: debug Priority: optional Description: debug symbols for squashfs-tools Build-Ids: 46db55812e0f299db3ab13674d810bf60027354f a00ccdbcfc9e443bfe838df4a0e23df0d9f3759f