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Package: libukui-quick-core1
Description-md5: d3e2432d1e46b16fbc4c8633d5ecc607
Description-en: QML items adapted to the UKUI theme style (core library)
 C++ API for getting properties and using QtQuick items
 for application development in UKUI. This Package provides
 run time library for ukui-quick::core.

Package: libukui-quick-dev
Description-md5: 1fccbd3709a722b5078cfabea926cda4
Description-en: Development files for ukui-quick
 ukui-quick is a framework for application development
 in UKUI based on QtQuick.This package contains the
 header development files used for building applications
 base on ukui-quick.

Package: libukui-quick-framework1
Description-md5: b5cc38b5f0a28bfdb1edd796bcf90843
Description-en: QML widgets plugin framework for UKUI (framework library)
 Framework for QML widget plugins development in UKUI.
 This Package provides run time library for
 ukui-quick::framework.

Package: libukui-quick-platform1
Description-md5: 44fab7fa9de631ba3f960a3c234187d8
Description-en: Utility interfaces for style control (platform library)
 C++ API for getting style parameters in UKUI
 desktop environment such as palette, radius,
 lite mode state, etc. This Package provides
 run time library for ukui-quick::platform.

Package: qml-module-org-ukui-quick-items
Description-md5: dc21162b05b800cf83026fe6f159fce7
Description-en: QML items adapted to the UKUI theme style (QML module)
 This package contains a QML plugin which implements
 many QtQuick items for application development in UKUI.

Package: qml-module-org-ukui-quick-modules
Description-md5: 819d41ff655f6a5df6bfeae40528d8f3
Description-en: Extra QML modules for ukui-quick (QML module)
 Plenty of QML modules, each one is a encapsulated
 independent function based on ukui-quick, like
 window thumbnail, etc.

Package: qml-module-org-ukui-quick-platform
Description-md5: 5e3681d0077de53c2721f980c5f8d3e6
Description-en: Utility interfaces for style control (QML module)
 This package contain a QML plugin which implements
 interfaces for getting style parameters in UKUI
 desktop environment, such as palette, radius,
 lite mode state, etc.
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 This package contains the static library and header files.
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729672c
Description-md5: c8f3d16724e294e9d7529aba06cac412
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692313a
Package: librust-argh-complete-dev
Description-md5: 345c4612c53bff4e2ab3af6a5cbe659d
Description-en: Autocompletion generators for argh-based CLIs - Rust source code
 Source code for Debianized Rust crate "argh_complete"

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638163,638164c

Package: libqbscore3.3
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635256a
Package: python3-yaml-edit
Description-md5: 946af29076d9a0f530843d33ce7d7dec
Description-en: Lossless YAML parser and editor preserving formatting and comments
 yaml-edit reads YAML into a syntax tree that keeps every byte of the
 original input, so edits can be written back with the surrounding
 formatting, comments and whitespace untouched.
 .
 This package provides the Python bindings, implemented as a Rust
 extension module on top of the yaml-edit crate.

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613152a

Package: python3-gunicorn-h1c
Description-md5: c520fefb61a8a433cd8183bcd12fbeef
Description-en: Fast HTTP/1.1 parser for Gunicorn using picohttpparser (Python3 version)
 Fast HTTP/1.1 parser for Gunicorn using picohttpparser.
 .
 Features:
  * SIMD-optimized parsing (SSE4.2 on x86, NEON on ARM)
  * Zero-copy request parsing with lazy Python object creation
  * Callback-based parser for asyncio integration (H1CProtocol)
  * Common header extraction (Content-Length, Transfer-Encoding, Connection)
  * Incremental parsing support
  * Chunked transfer encoding support
  * WSGI environ and ASGI scope generation
  * Limit enforcement matching gunicorn's Python parser
  * Specific exception types for validation errors
 .
 This package contains the Python 3 version of the library.
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506939a
Package: libjs-cropperjs
Description-md5: 158977f6364391d95339e3ae9d116b51
Description-en: JavaScript image cropper - browser library
 Cropper.js is a JavaScript library for cropping images in web
 applications. It provides an interactive crop box, image preview support,
 zooming, rotation, scaling and other tools for selecting and adjusting a
 crop area.
 .
 This package provides browser-ready Cropper.js bundles.

Package: node-cropperjs
Description-md5: db796303a8b9577d2e81f659bdc70eb1
Description-en: JavaScript image cropper
 Cropper.js is a JavaScript library for cropping images in web
 applications. It provides an interactive crop box, image preview support,
 zooming, rotation, scaling and other tools for selecting and adjusting a
 crop area.

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367901a
Package: libdicom-dev
Description-md5: 7d99847338d105d5d3ab6acf0fc44bd6
Description-en: C library for reading DICOM WSI files - headers
 libdicom is a C library and a set of command-line tools for reading
 DICOM WSI files. It is free (MIT licensed), fast, cross-platform, uses
 little memory, has no dependencies, includes API documentation, and is
 easy to use from languages like Python.
 .
 This package contains development files.

Package: libdicom-doc
Description-md5: d098fae57efa2d9dcc19ee8e8ed0d254
Description-en: C library for reading DICOM WSI files - documentation
 libdicom is a C library and a set of command-line tools for reading
 DICOM WSI files. It is free (MIT licensed), fast, cross-platform, uses
 little memory, has no dependencies, includes API documentation, and is
 easy to use from languages like Python.
 .
 This package contains documentation how to use the library.

Package: libdicom-examples
Description-md5: 01492c5cfcb2ebe87add6f7e50c22f01
Description-en: C library for reading DICOM WSI files - sample files
 libdicom is a C library and a set of command-line tools for reading
 DICOM WSI files. It is free (MIT licensed), fast, cross-platform, uses
 little memory, has no dependencies, includes API documentation, and is
 easy to use from languages like Python.
 .
 This package contains sample .dcm files.

Package: libdicom-utils
Description-md5: 755cd0e43cafe24646d8cbe64bc4633d
Description-en: C library for reading DICOM WSI files - utilities
 libdicom is a C library and a set of command-line tools for reading
 DICOM WSI files. It is free (MIT licensed), fast, cross-platform, uses
 little memory, has no dependencies, includes API documentation, and is
 easy to use from languages like Python.
 .
 This package contains auxiliary utilities, such as:
 .
  * dcm-dump
  * dcm-getframe

Package: libdicom1
Description-md5: 29dc7c1ebbbd05b7acacf960bab42fad
Description-en: C library for reading DICOM WSI files - library
 libdicom is a C library and a set of command-line tools for reading
 DICOM WSI files. It is free (MIT licensed), fast, cross-platform, uses
 little memory, has no dependencies, includes API documentation, and is
 easy to use from languages like Python.
 .
 This package contains the library.

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319963a
Package: jkqtplotter-tests
Description-md5: edae93494e9cdcdd4556552a237c3bc4
Description-en: a Qt Plotting Library (tests)
 JKQTPlotter is an extensive C++ library for data visualization,
 plotting and charting for Qt. It is feature-rich but self-contained
 and only depends on the Qt framework.
 .
 This package provides test files and examples.

Package: libjkqtplotter-dev
Description-md5: b46c1bc6202cc37b534e9644a20876bf
Description-en: a Qt Plotting Library (dev headers)
 JKQTPlotter is an extensive C++ library for data visualization,
 plotting and charting for Qt. It is feature-rich but self-contained
 and only depends on the Qt framework.
 .
 This package provides header files and development libraries.

Package: libjkqtplotter5
Description-md5: 6d9e347bddb3a070fb8268febe72082e
Description-en: a Qt Plotting Library
 JKQTPlotter is an extensive C++ library for data visualization,
 plotting and charting for Qt. It is feature-rich but self-contained
 and only depends on the Qt framework.
 .
 This package provides shared libraries.

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304835a
Description-md5: 616493fe2fe626b6cd2a2581ef5a5d51
Description-en: advanced ident daemon
 ident2 is an advanced, configurable ident daemon. You can set it to lie,
 not lie, or not return any response at all, and it is per-user configurable
 (e.g. if user daniel was IRCing, it'd use ~daniel/.ident for its config, if
 user kim was IRCing, it'd use ~kim/.ident). The admin can specify whether
 users can configure the type of return they want or not.

Package: ident2
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Package: libgoogle-compile-testing-java
Description-md5: 5961e84a372c67042b0ca41b226bd809
Description-en: Utilities for testing compilation
 Compile Testing is a collection of libraries for testing javac compilation,
 annotation processors, and other compiler plugins.
 .
 This package contains the library.

Package: libgoogle-compile-testing-java-doc
Description-md5: c234c4ad98642c158c4bfbd7596e464d
Description-en: Utilities for testing compilation (documentation)
 Compile Testing is a collection of libraries for testing javac compilation,
 annotation processors, and other compiler plugins.
 .
 This package contains the API Javadoc.

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237166a
Package: golang-github-wasilibs-wazero-helpers-dev
Description-md5: 51835975e33fb62502cdc987f7e4ac74
Description-en: collection of utility for wazero
 This package contains wazero-helpers which provides higher level
 utilities to support WebAssembly host-guest integration use cases and
 hopes to provide a helpful base for wazero users that fall into these
 engineering categories, while allowing wazero itself to continue to
 focus on being an excellent WebAssembly runtime for Go.

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Package: golang-github-shopify-ejson-dev
Description-md5: 38c503c15bf77e193d0897fb074a63d5
Description-en: small library to manage encrypted secrets using asymmetric encryption
 This package contains a ejson which is a utility for managing a
 collection of secrets in source control.
 .
 The secrets are encrypted using public key, elliptic curve
 cryptography (NaCl Box: Curve25519 + Salsa20 + Poly1305-AES).
 .
 Secrets are collected in a JSON file, in which all the string values
 are encrypted. Public keys are embedded in the file, and the decrypter
 looks up the corresponding private key from its local filesystem.

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Package: golang-github-jezek-xgb-dev
Description-md5: b3e028acb17585fa9d4c93a8f28e401a
Description-en: XGB is the X protocol Go language binding (library)
 It is a low-level API to communicate with the core X protocol
 and many of the X extensions. It is closely modeled after XCB and xpyb.

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Package: golang-github-go-sprout-sprout-dev
Description-md5: c44977c32a8903bda93491c4a298ee27
Description-en: library of template functions for Go text engines
 Sprout provides a highly optimized collection of template utility
 functions designed for Go's text/template and html/template standard
 packages.

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Package: golang-github-betterleaks-betterleaks-dev
Description-md5: ac6590f31c3d450846aca77aa7126559
Description-en: Scan the world (for secrets)
 Betterleaks is a configurable, fast, and thorough secrets scanner.
 .
 It is maintained by the folks who made Gitleaks, including the original
 author.

Package: golang-github-betterleaks-go-re2-dev
Description-md5: 5ebe657f8e5b12a1553506ad7cefbf5d
Description-en: drop-in replacement for regexp using re2
 This package contains go-re2 which is a drop-in replacement for the
 standard library regexp package which uses the C++ re2 library for
 improved performance with large inputs or complex expressions.
 .
 By default, re2 is packaged as a WebAssembly module and accessed with
 the pure Go runtime, wazero. This means that it is compatible with any
 Go application, regardless of availability of cgo.

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 The fonts in this package are built from the SVG sources, and are not
 bitwise identical to the upstream versions.
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 For versions 5 and 6 of Font Awesome (specifically 5.15.4 and 6.7.2),
 this package provides the font in TTF and WOFF2 formats.  The package
 includes the icons.yml metadata file but not CSS files or NodeJS
 packages.  The current version of the font is available in the
 fonts-font-awesome package, and the NodeJS package is available in
 the node-fortawesome-fontawesome-* packages.
 .
 For version 4.7.0 of Font Awesome, this package provides the font in
 the original upstream formats, but rebuilt from the SVG font.  The
 package also provides the LESS, SCSS and CSS files, as older versions
 of the fonts-font-awesome package did, and these can be found in the
 same locations as before.
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126779,126780c
Description-md5: f2ae11f713769611db56903c53600fa1
Description-en: FontAwesome free icon webfonts (legacy versions 4, 5 and 6)
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 This package provides the font in TTF and WOFF2 formats.  The package
 includes the icons.yml metadata file but not CSS files or NodeJS
 packages.  The NodeJS package is available in the
 node-forkawesome-fontawesome-* packages.
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126764,126772c
Description-md5: f3bf039e4032a90c0e790bd26cdcd945
Description-en: FontAwesome free icon webfonts (current version)
 Font Awesome is the Internet's icon library and toolkit, used by
 millions of designers, developers, and content creators.
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 Thanks to efficient caching, rebuilds are blazing fast, and additional logs
 make it easy to see what changed in the end result between each build.
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Description-md5: 8e97729d9335a0472c567ae1eb26cf89
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Package: libadept-dev
Description-md5: e26bf298510373e6fccd432eb125062b
Description-en: combined automatic differentiation and array library (development files)
 Adept enables C++ algorithms to be automatically differentiated. For each
 mathematical statement involving scalars or arrays of a special "active" type,
 Adept stores the corresponding differential statement symbolically on a stack.
 The stack may then be used to perform the following computations:
  - Full Jacobian matrix. Given the non-linear function y=f(x) coded in C or
  C++, Adept will compute the matrix H, where the element at row i and column
  j of H is the partial derivative of y_i with respect to x_j. This matrix
  will be computed much more rapidly and accurately than if you simply
  recompute the function multiple times perturbing each element of x one by
  one. The Jacobian matrix is used in the Gauss-Newton and Levenberg-Marquardt
  minimization algorithms;
  - Reverse-mode differentiation. This is a key component in optimization
  problems where a non-linear function needs to be minimized but the state
  vector x is too large for it to make sense to compute the full Jacobian
  matrix. Atmospheric data assimilation is the canonical example in
  Meteorology. Given a non-linear function y=f(x) and a vector of adjoints,
  Adept will compute the vector of adjoints, without computing the full
  Jacobian matrix H. The adjoint may then be used in a quasi-Newton
  minimization scheme.
  - Forward-mode differentiation. Given the non-linear function y=f(x) and a
  vector of perturbations, Adept will compute the corresponding vector arising
  from a linearization of the function f. Formally, the perturbed output is
  given by the matrix-vector product, but it is computed here without computing
  the full Jacobian matrix H. Note that Adept is optimized for the reverse
  case, so might not be as fast (and will certainly not be as economical in
  memory) in the forward mode as libraries written especially for that purpose.
 .
 This package contains the static library and the header files.

Package: libadept0
Description-md5: 1280e6bc5e8899b0d858fc2e7b2470dd
Description-en: combined automatic differentiation and array library (shared library)
 Adept enables C++ algorithms to be automatically differentiated. For each
 mathematical statement involving scalars or arrays of a special "active" type,
 Adept stores the corresponding differential statement symbolically on a stack.
 The stack may then be used to perform the following computations:
  - Full Jacobian matrix. Given the non-linear function y=f(x) coded in C or
  C++, Adept will compute the matrix H, where the element at row i and column
  j of H is the partial derivative of y_i with respect to x_j. This matrix
  will be computed much more rapidly and accurately than if you simply
  recompute the function multiple times perturbing each element of x one by
  one. The Jacobian matrix is used in the Gauss-Newton and Levenberg-Marquardt
  minimization algorithms;
  - Reverse-mode differentiation. This is a key component in optimization
  problems where a non-linear function needs to be minimized but the state
  vector x is too large for it to make sense to compute the full Jacobian
  matrix. Atmospheric data assimilation is the canonical example in
  Meteorology. Given a non-linear function y=f(x) and a vector of adjoints,
  Adept will compute the vector of adjoints, without computing the full
  Jacobian matrix H. The adjoint may then be used in a quasi-Newton
  minimization scheme.
  - Forward-mode differentiation. Given the non-linear function y=f(x) and a
  vector of perturbations, Adept will compute the corresponding vector arising
  from a linearization of the function f. Formally, the perturbed output is
  given by the matrix-vector product, but it is computed here without computing
  the full Jacobian matrix H. Note that Adept is optimized for the reverse
  case, so might not be as fast (and will certainly not be as economical in
  memory) in the forward mode as libraries written especially for that purpose.
 .
 This package contains the shared libraries.

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