31456c

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30859a
Package: libweston-15-0
Description-md5: 2facd845ca0d169f8667aeba4083ec4d
Description-en: reference implementation of a wayland compositor (shared libs)
 Part of the Wayland project is also the Weston reference implementation
 of a Wayland compositor. Weston can run as an X client or under Linux
 KMS and ships with a few demo clients. The Weston compositor is a minimal
 and fast compositor and is suitable for many embedded and mobile use
 cases.
 .
 This package includes the libweston shared libraries.

Package: libweston-15-dev
Description-md5: 37fe04933eb7e845c267566fa5e9b313
Description-en: reference implementation of a wayland compositor (headers)
 Part of the Wayland project is also the Weston reference implementation
 of a Wayland compositor. Weston can run as an X client or under Linux
 KMS and ships with a few demo clients. The Weston compositor is a minimal
 and fast compositor and is suitable for many embedded and mobile use
 cases.
 .
 This package includes the libweston headers.

Package: weston
Description-md5: a6199b5b4d9e6a3de92c2ec580664e79
Description-en: reference implementation of a wayland compositor
 Part of the Wayland project is also the Weston reference implementation
 of a Wayland compositor. Weston can run as an X client or under Linux
 KMS and ships with a few demo clients. The Weston compositor is a minimal
 and fast compositor and is suitable for many embedded and mobile use
 cases.

Package: weston-dev
Description-md5: e663a6ef6b17a82dcd798ca9f8939255
Description-en: reference implementation of a wayland compositor (headers)
 Part of the Wayland project is also the Weston reference implementation
 of a Wayland compositor. Weston can run as an X client or under Linux
 KMS and ships with a few demo clients. The Weston compositor is a minimal
 and fast compositor and is suitable for many embedded and mobile use
 cases.
 .
 This package includes the weston headers for plugin development.

Package: weston-doc
Description-md5: c31efe1a31c7ff11e005912b60accbec
Description-en: reference implementation of a wayland compositor (doc)
 Part of the Wayland project is also the Weston reference implementation
 of a Wayland compositor. Weston can run as an X client or under Linux
 KMS and ships with a few demo clients. The Weston compositor is a minimal
 and fast compositor and is suitable for many embedded and mobile use
 cases.
 .
 This package contains the Weston documentation.

.
30361,30398c

Package: treeland-protocols
Description-md5: dea8d5bbb43c3ef4638d626d78b7436e
Description-en: Wayland protocol extensions for treeland
 This package provides treeland wayland protocol extensions,
 used by Deepin software.
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30136,30332d
26986,27118d
26895a
Package: libsfcgal-dev
Description-md5: 919dd9da004d2326cc5d43dcd247d649
Description-en: Library for ISO 19107:2013 and OGC SFA 1.2 for 3D operations (development)
 SFCGAL is a C++ wrapper library around CGAL with the aim of
 supporting ISO 19107:2013 and OGC Simple Features Access 1.2 for 3D
 operations.
 .
 SFCGAL provides standard compliant geometry types and operations,
 that can be accessed from its C or C++ APIs. PostGIS uses the C API,
 to expose some SFCGAL's functions in spatial databases (cf. PostGIS
 manual).
 .
 This package provides the development files.

Package: libsfcgal2
Description-md5: ba920888b0d3478a43c333f82749e116
Description-en: Library for ISO 19107:2013 and OGC SFA 1.2 for 3D operations
 SFCGAL is a C++ wrapper library around CGAL with the aim of
 supporting ISO 19107:2013 and OGC Simple Features Access 1.2 for 3D
 operations.
 .
 SFCGAL provides standard compliant geometry types and operations,
 that can be accessed from its C or C++ APIs. PostGIS uses the C API,
 to expose some SFCGAL's functions in spatial databases (cf. PostGIS
 manual).
 .
 This package provides the shared library.

.
26628a
Package: cargo
Description-md5: e3c7d8ff9b0415379acb83f0119168b0
Description-en: Rust package manager
 Cargo is a tool that allows Rust projects to declare their various
 dependencies, and ensure that you'll always get a repeatable build.
 .
 To accomplish this goal, Cargo does four things:
  * Introduces two metadata files with various bits of project information.
  * Fetches and builds your project's dependencies.
  * Invokes rustc or another build tool with the correct parameters to build
    your project.
  * Introduces conventions, making working with Rust projects easier.
 .
 Cargo downloads your Rust project's dependencies and compiles your
 project.

Package: cargo-doc
Description-md5: 1671e36e2c70e97663f5c486db5c2495
Description-en: Rust package manager, documentation
 Cargo is a tool that allows Rust projects to declare their various
 dependencies, and ensure that you'll always get a repeatable build.
 .
 To accomplish this goal, Cargo does four things:
  * Introduces two metadata files with various bits of project information.
  * Fetches and builds your project's dependencies.
  * Invokes rustc or another build tool with the correct parameters to build
    your project.
  * Introduces conventions, making working with Rust projects easier.
 .
 Cargo downloads your Rust project's dependencies and compiles your
 project.
 .
 This package contains the documentation.

Package: libstd-rust-1.96
Description-md5: 389c19dd2d0c1e29221148ed6870c4a9
Description-en: Rust standard libraries
 Rust is a curly-brace, block-structured expression language.  It
 visually resembles the C language family, but differs significantly
 in syntactic and semantic details.  Its design is oriented toward
 concerns of "programming in the large", that is, of creating and
 maintaining boundaries - both abstract and operational - that
 preserve large-system integrity, availability and concurrency.
 .
 It supports a mixture of imperative procedural, concurrent actor,
 object-oriented and pure functional styles.  Rust also supports
 generic programming and meta-programming, in both static and dynamic
 styles.
 .
 This package contains the standard Rust libraries, built as dylibs,
 needed to run dynamically-linked Rust programs (-C prefer-dynamic).

Package: libstd-rust-dev
Description-md5: d179f786c5d3afccd5d86929b4043021
Description-en: Rust standard libraries - development files
 Rust is a curly-brace, block-structured expression language.  It
 visually resembles the C language family, but differs significantly
 in syntactic and semantic details.  Its design is oriented toward
 concerns of "programming in the large", that is, of creating and
 maintaining boundaries - both abstract and operational - that
 preserve large-system integrity, availability and concurrency.
 .
 It supports a mixture of imperative procedural, concurrent actor,
 object-oriented and pure functional styles.  Rust also supports
 generic programming and meta-programming, in both static and dynamic
 styles.
 .
 This package contains development files for the standard Rust libraries,
 needed to compile Rust programs. It may also be installed on a system
 of another host architecture, for cross-compiling to this architecture.

Package: libstd-rust-dev-bpf
Description-md5: 2944c8d29b4bafa4d3d5afc8a3c7fb33
Description-en: Rust standard libraries - development files
 Rust is a curly-brace, block-structured expression language.  It
 visually resembles the C language family, but differs significantly
 in syntactic and semantic details.  Its design is oriented toward
 concerns of "programming in the large", that is, of creating and
 maintaining boundaries - both abstract and operational - that
 preserve large-system integrity, availability and concurrency.
 .
 It supports a mixture of imperative procedural, concurrent actor,
 object-oriented and pure functional styles.  Rust also supports
 generic programming and meta-programming, in both static and dynamic
 styles.
 .
 This package contains the standard Rust libraries including development files,
 needed to cross-compile Rust programs to the bpfeb-unknown-none and
 bpfel-unknown-none targets.

Package: libstd-rust-dev-wasm32
Description-md5: a7e8334790b1d37701de69c71731d7d0
Description-en: Rust standard libraries - development files
 Rust is a curly-brace, block-structured expression language.  It
 visually resembles the C language family, but differs significantly
 in syntactic and semantic details.  Its design is oriented toward
 concerns of "programming in the large", that is, of creating and
 maintaining boundaries - both abstract and operational - that
 preserve large-system integrity, availability and concurrency.
 .
 It supports a mixture of imperative procedural, concurrent actor,
 object-oriented and pure functional styles.  Rust also supports
 generic programming and meta-programming, in both static and dynamic
 styles.
 .
 This package contains the standard Rust libraries including development files,
 needed to cross-compile Rust programs to the wasm32-unknown-unknown and
 wasm32-wasip1/wasm32-wasip2 targets.

Package: rust-all
Description-md5: 90140e39ec4bd9741a36b3f6d4c6d053
Description-en: Rust systems programming language - all developer tools
 Rust is a curly-brace, block-structured expression language.  It
 visually resembles the C language family, but differs significantly
 in syntactic and semantic details.  Its design is oriented toward
 concerns of "programming in the large", that is, of creating and
 maintaining boundaries - both abstract and operational - that
 preserve large-system integrity, availability and concurrency.
 .
 It supports a mixture of imperative procedural, concurrent actor,
 object-oriented and pure functional styles.  Rust also supports
 generic programming and meta-programming, in both static and dynamic
 styles.
 .
 This package is an empty metapackage that depends on all developer tools
 in the standard rustc distribution that have been packaged for Debian.

Package: rust-analyzer
Description-md5: 56f208d580f16e04511936795d9c16b5
Description-en: Rust Language Server Protocol (LSP) implementation
 Rust is a curly-brace, block-structured expression language.  It
 visually resembles the C language family, but differs significantly
 in syntactic and semantic details.  Its design is oriented toward
 concerns of "programming in the large", that is, of creating and
 maintaining boundaries - both abstract and operational - that
 preserve large-system integrity, availability and concurrency.
 .
 It supports a mixture of imperative procedural, concurrent actor,
 object-oriented and pure functional styles.  Rust also supports
 generic programming and meta-programming, in both static and dynamic
 styles.
 .
 This package contains 'rust-analyzer', an implementation of the Language
 Server Protocol for the Rust language. It provides features like completion
 and goto definition for many editors, like Emacs and (Neo)Vim.

Package: rust-clippy
Description-md5: bb70ecb7b097f53232194f2241ad606e
Description-en: Rust linter
 Rust is a curly-brace, block-structured expression language.  It
 visually resembles the C language family, but differs significantly
 in syntactic and semantic details.  Its design is oriented toward
 concerns of "programming in the large", that is, of creating and
 maintaining boundaries - both abstract and operational - that
 preserve large-system integrity, availability and concurrency.
 .
 It supports a mixture of imperative procedural, concurrent actor,
 object-oriented and pure functional styles.  Rust also supports
 generic programming and meta-programming, in both static and dynamic
 styles.
 .
 This package contains 'clippy', a linter to catch common mistakes and improve
 your Rust code as well a collection of over 400 compatible lints.
 .
 Lints are divided into categories, each with a default lint level. You can
 choose how much Clippy is supposed to annoy help you by changing the lint
 level by category.
 .
 Clippy is integrated into the 'cargo' build tool, available via 'cargo clippy'.

Package: rust-doc
Description-md5: c9fc696f11bdef73526bdf4340964294
Description-en: Rust systems programming language - Documentation
 Rust is a curly-brace, block-structured expression language.  It
 visually resembles the C language family, but differs significantly
 in syntactic and semantic details.  Its design is oriented toward
 concerns of "programming in the large", that is, of creating and
 maintaining boundaries - both abstract and operational - that
 preserve large-system integrity, availability and concurrency.
 .
 It supports a mixture of imperative procedural, concurrent actor,
 object-oriented and pure functional styles.  Rust also supports
 generic programming and meta-programming, in both static and dynamic
 styles.
 .
 This package contains the Rust tutorial, language reference and
 standard library documentation.

Package: rust-gdb
Description-md5: 1afbf06d9ee3b7b85a98c81c15ed3109
Description-en: Rust debugger (gdb)
 Rust is a curly-brace, block-structured expression language.  It
 visually resembles the C language family, but differs significantly
 in syntactic and semantic details.  Its design is oriented toward
 concerns of "programming in the large", that is, of creating and
 maintaining boundaries - both abstract and operational - that
 preserve large-system integrity, availability and concurrency.
 .
 It supports a mixture of imperative procedural, concurrent actor,
 object-oriented and pure functional styles.  Rust also supports
 generic programming and meta-programming, in both static and dynamic
 styles.
 .
 This package contains pretty printers and a wrapper script for
 invoking gdb on rust binaries.

Package: rust-lldb
Description-md5: 4da7dd4330a7b317624f536076fd1b69
Description-en: Rust debugger (lldb)
 Rust is a curly-brace, block-structured expression language.  It
 visually resembles the C language family, but differs significantly
 in syntactic and semantic details.  Its design is oriented toward
 concerns of "programming in the large", that is, of creating and
 maintaining boundaries - both abstract and operational - that
 preserve large-system integrity, availability and concurrency.
 .
 It supports a mixture of imperative procedural, concurrent actor,
 object-oriented and pure functional styles.  Rust also supports
 generic programming and meta-programming, in both static and dynamic
 styles.
 .
 This package contains pretty printers and a wrapper script for
 invoking lldb on rust binaries.

Package: rust-llvm
Description-md5: a12e07c35fa6950f817eb932ab9ce497
Description-en: Rust LLVM integration
 Rust is a curly-brace, block-structured expression language.  It
 visually resembles the C language family, but differs significantly
 in syntactic and semantic details.  Its design is oriented toward
 concerns of "programming in the large", that is, of creating and
 maintaining boundaries - both abstract and operational - that
 preserve large-system integrity, availability and concurrency.
 .
 It supports a mixture of imperative procedural, concurrent actor,
 object-oriented and pure functional styles.  Rust also supports
 generic programming and meta-programming, in both static and dynamic
 styles.
 .
 This package contains symlinks for integration with LLVM tools such as lld and
 grcov, and the wasm-component-ld helper binary for the wasm-wasip2 target.

Package: rust-src
Description-md5: 7c8d03ba583d96a9cc7a0dc63f208a52
Description-en: Rust systems programming language - source code
 Rust is a curly-brace, block-structured expression language.  It
 visually resembles the C language family, but differs significantly
 in syntactic and semantic details.  Its design is oriented toward
 concerns of "programming in the large", that is, of creating and
 maintaining boundaries - both abstract and operational - that
 preserve large-system integrity, availability and concurrency.
 .
 It supports a mixture of imperative procedural, concurrent actor,
 object-oriented and pure functional styles.  Rust also supports
 generic programming and meta-programming, in both static and dynamic
 styles.
 .
 This package contains sources of the Rust compiler and standard
 libraries, useful for IDEs and code analysis tools such as Racer.

Package: rustc
Description-md5: 67ca6080eea53dc7f3cdf73bc6b8521e
Description-en: Rust systems programming language
 Rust is a curly-brace, block-structured expression language.  It
 visually resembles the C language family, but differs significantly
 in syntactic and semantic details.  Its design is oriented toward
 concerns of "programming in the large", that is, of creating and
 maintaining boundaries - both abstract and operational - that
 preserve large-system integrity, availability and concurrency.
 .
 It supports a mixture of imperative procedural, concurrent actor,
 object-oriented and pure functional styles.  Rust also supports
 generic programming and meta-programming, in both static and dynamic
 styles.

Package: rustfmt
Description-md5: 3ad3031d946444f1737bc02666f33a91
Description-en: Rust formatting helper
 Rust is a curly-brace, block-structured expression language.  It
 visually resembles the C language family, but differs significantly
 in syntactic and semantic details.  Its design is oriented toward
 concerns of "programming in the large", that is, of creating and
 maintaining boundaries - both abstract and operational - that
 preserve large-system integrity, availability and concurrency.
 .
 It supports a mixture of imperative procedural, concurrent actor,
 object-oriented and pure functional styles.  Rust also supports
 generic programming and meta-programming, in both static and dynamic
 styles.
 .
 This package contains 'rustfmt', a tool for formatting Rust code according to
 style guidelines, as well as 'cargo-fmt', a helper enabling running rustfmt
 directly with 'cargo fmt'.

.
26584,26588d
26388,26392d
25958,25964d
25707,25732c
Package: hip-utils
Description-md5: 9cbbf42c8c9e9c0e7cab60819e200265
Description-en: utilities for HIP language development
 This package provides tools used in building, profiling and inspecting
 HIP programs. It provides the roc-obj family of tools for examining and
 extracting the GPU code objects within executables, the hipdemangleatp
 tool used to make any kernel names emitted by the rocm-profiler more
 readable, and the hipcc_cmake_linker_helper which is sometimes used in
 conjunction with FindHIP.cmake.

Package: libamdhip64-7
Description-md5: 360fe6fb6d9adb99fe31404cea73075b
Description-en: HIP runtime for AMD GPUs - library
 The libamdhip64 library provides the implementation of the Heterogeneous
 Interface for Portability (HIP) runtime for AMD GPUs. It is a foundational
 library used by nearly all HIP programs, including many higher-level components
 of the ROCm GPU compute stack, such as rocRAND, rocBLAS, rocFFT, and rocSPARSE.
 .
 This package provides the HIP runtime library for the AMD platform.

Package: libamdhip64-dev
Description-md5: 569f965fbfbc13584bc2cdf7740ebdc0
Description-en: HIP runtime for AMD GPUs - headers
 The libamdhip64 library provides the implementation of the Heterogeneous
 Interface for Portability (HIP) runtime for AMD GPUs. It is a foundational
 library used by nearly all HIP programs, including many higher-level components
 of the ROCm GPU compute stack, such as rocRAND, rocBLAS, rocFFT, and rocSPARSE.
 .
 The HIP runtime headers can be used to build programs for either AMD GPUs
 or NVIDIA GPUs, depending on what HIP platform is defined. When building for
 AMD GPUs, the HIP runtime functions are implemented by the libamdhip64 library,
 but when building for NVIDIA GPUs, the HIP runtime functions are defined as
 header-only wrappers around CUDA runtime functions.
 .
 This package provides HIP runtime headers.

Package: libhiprtc-builtins7
Description-md5: fdad59fde67da2488e369c6abff61abe
Description-en: HIP runtime compilation library - builtins
 HIP Runtime Compilation (HIPRTC) enables programs to dynamically compile GPU
 kernels from source at runtime using the HIPRTC interface. The HIPRTC
 functions accept HIP source code as character strings and compile the sources
 in-process.
 .
 This package provides the HIPRTC builtins library.

Package: libhiprtc7
Description-md5: e2985c1a231decaef90a57e5588a3c05
Description-en: HIP runtime compilation library
 HIP Runtime Compilation (HIPRTC) enables programs to dynamically compile GPU
 kernels from source at runtime using the HIPRTC interface. The HIPRTC
 functions accept HIP source code as character strings and compile the sources
 in-process.
 .
 This package provides the HIPRTC library.

Package: rocm-opencl-icd
Description-md5: 24c4ac7a9a809e479fa7a95270b66cf2
Description-en: AMD ROCm implementation of the OpenCL API - ICD runtime
 This package contains the ROCm implementation of the OpenCL (Open
 Computing Language) library for AMD GPUs, which is intended for use
 with an ICD loader. OpenCL provides a standardized interface for
 computational analysis on graphical processing units.

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25609a
Package: librocalution-dev
Description-md5: 44649142299973a18c60183ac479f0f0
Description-en: ROCm library for iterative sparse solvers - headers
 rocALUTION is a library that provides iterative sparse preconditioners and
 solvers. The rocALUTION project began as a port of PARALUTION to the AMD ROCm
 platform. This library supports an OpenMP backend for multi-core CPUs and an
 MPI backend for multi-node clusters.
 .
 rocALUTION provides a C++ API containing implementations of fixed-point
 iteration schemes such as Jacobi iteration and Gauss-Seidel; Krylov subspace
 methods such as the conjugate gradient method and the biconjugate gradient
 stabilized method; a mixed-precision defect correction scheme; a Chebyshev
 iteration scheme; as well as geometric and algebraic multigrid solvers. There
 are also a wide variety of sparse preconditioners, including several based on
 matrix splitting schemes, factorization schemes, and approximate inverses.
 .
 This package provides the AMD ROCm rocALUTION development headers.

Package: librocalution-doc
Description-md5: 66927a5abab1be031d7d25878b1231bc
Description-en: ROCm library for iterative sparse solvers - documentation
 rocALUTION is a library that provides iterative sparse preconditioners and
 solvers. The rocALUTION project began as a port of PARALUTION to the AMD ROCm
 platform. This library supports an OpenMP backend for multi-core CPUs and an
 MPI backend for multi-node clusters.
 .
 rocALUTION provides a C++ API containing implementations of fixed-point
 iteration schemes such as Jacobi iteration and Gauss-Seidel; Krylov subspace
 methods such as the conjugate gradient method and the biconjugate gradient
 stabilized method; a mixed-precision defect correction scheme; a Chebyshev
 iteration scheme; as well as geometric and algebraic multigrid solvers. There
 are also a wide variety of sparse preconditioners, including several based on
 matrix splitting schemes, factorization schemes, and approximate inverses.
 .
 This package provides the AMD ROCm rocALUTION documentation.

Package: librocalution1
Description-md5: 57415c15172f78830396d5dcd9ef89a0
Description-en: ROCm library for iterative sparse solvers - library
 rocALUTION is a library that provides iterative sparse preconditioners and
 solvers. The rocALUTION project began as a port of PARALUTION to the AMD ROCm
 platform. This library supports an OpenMP backend for multi-core CPUs and an
 MPI backend for multi-node clusters.
 .
 rocALUTION provides a C++ API containing implementations of fixed-point
 iteration schemes such as Jacobi iteration and Gauss-Seidel; Krylov subspace
 methods such as the conjugate gradient method and the biconjugate gradient
 stabilized method; a mixed-precision defect correction scheme; a Chebyshev
 iteration scheme; as well as geometric and algebraic multigrid solvers. There
 are also a wide variety of sparse preconditioners, including several based on
 matrix splitting schemes, factorization schemes, and approximate inverses.
 .
 This package provides the AMD ROCm rocALUTION library.

Package: librocalution1-tests
Description-md5: 57fa9026bd5b402d652be5fe281a4cfd
Description-en: ROCm library for iterative sparse solvers - tests
 rocALUTION is a library that provides iterative sparse preconditioners and
 solvers. The rocALUTION project began as a port of PARALUTION to the AMD ROCm
 platform. This library supports an OpenMP backend for multi-core CPUs and an
 MPI backend for multi-node clusters.
 .
 rocALUTION provides a C++ API containing implementations of fixed-point
 iteration schemes such as Jacobi iteration and Gauss-Seidel; Krylov subspace
 methods such as the conjugate gradient method and the biconjugate gradient
 stabilized method; a mixed-precision defect correction scheme; a Chebyshev
 iteration scheme; as well as geometric and algebraic multigrid solvers. There
 are also a wide variety of sparse preconditioners, including several based on
 matrix splitting schemes, factorization schemes, and approximate inverses.
 .
 This package provides the AMD ROCm rocALUTION test binaries used for verifying
 that the library is functioning correctly.

.
25530a
Package: librccl-dev
Description-md5: 4ce233ca209f9d9b829906e81844af89
Description-en: ROCm Communication Collectives Library - headers
 RCCL (pronounced "Rickle") is a library of collective communication routines
 built on the AMD ROCm platform and optimized for discrete AMD GPUs. It
 implements routines such as all-reduce, all-gather, reduce, broadcast,
 reduce-scatter, gather, scatter and all-to-all. The library is optimized for
 high bandwidth over channels including PCIe, xGMI, InfiniBand Verbs or TCP/IP
 sockets and supports an arbitrary number of GPUs.
 .
 This package provides the RCCL development headers.

Package: librccl-doc
Description-md5: bf587d2c74c8c7fc2668da6a31c8b10a
Description-en: ROCm Communication Collectives Library - documentation
 RCCL (pronounced "Rickle") is a library of collective communication routines
 built on the AMD ROCm platform and optimized for discrete AMD GPUs. It
 implements routines such as all-reduce, all-gather, reduce, broadcast,
 reduce-scatter, gather, scatter and all-to-all. The library is optimized for
 high bandwidth over channels including PCIe, xGMI, InfiniBand Verbs or TCP/IP
 sockets and supports an arbitrary number of GPUs.
 .
 This package provides the RCCL documentation.

Package: librccl1
Description-md5: ec9b01a6c897699e6e3e8bd8a0d6b318
Description-en: ROCm Communication Collectives Library - library
 RCCL (pronounced "Rickle") is a library of collective communication routines
 built on the AMD ROCm platform and optimized for discrete AMD GPUs. It
 implements routines such as all-reduce, all-gather, reduce, broadcast,
 reduce-scatter, gather, scatter and all-to-all. The library is optimized for
 high bandwidth over channels including PCIe, xGMI, InfiniBand Verbs or TCP/IP
 sockets and supports an arbitrary number of GPUs.
 .
 This package provides the RCCL library.

Package: librccl1-tests
Description-md5: db5129a99698c655f7fbfe6bc33eaf68
Description-en: ROCm Communication Collectives Library - tests
 RCCL (pronounced "Rickle") is a library of collective communication routines
 built on the AMD ROCm platform and optimized for discrete AMD GPUs. It
 implements routines such as all-reduce, all-gather, reduce, broadcast,
 reduce-scatter, gather, scatter and all-to-all. The library is optimized for
 high bandwidth over channels including PCIe, xGMI, InfiniBand Verbs or TCP/IP
 sockets and supports an arbitrary number of GPUs.
 .
 This package provides the RCCL test binaries used for verifying that the
 library is functioning correctly. These binaries are only used to check whether
 RCCL works correctly on a given GPU, so generally speaking, users probably
 don't need this package.

.
20438,20540d
18505,18528d
14837,14839c
Description-md5: b931e295832eab9aaca4f19fdf577dd9
Description-en: Linux 7.1-rc7 for 64-bit RISC-V platforms (modules)
 This contains the kernel modules for Linux 7.1-rc7 on 64-bit RISC-V
.
14383,14384c
Description-md5: e36ee2543095b44900325afc26c8689e
Description-en: Linux 7.1-rc7 for 64-bit RISC-V platforms (debug symbols)
.
14378,14380c
Description-md5: b1681322a8e906299ae2610baf6c13bd
Description-en: Linux 7.1-rc7 for 64-bit RISC-V platforms
 The Linux kernel 7.1-rc7 and modules for use on 64-bit RISC-V platforms.
.
14206,14207c
Description-md5: a0ab38138cae472b991d9a5472c69085
Description-en: Linux 7.1-rc7 for 64-bit RISC-V platforms (module development)
.
13961,13963c
Description-md5: af5c28ad81b0a0435b047882c3d31998
Description-en: Linux 7.1-rc7 for 64-bit RISC-V platforms (kernel image)
 This package contains the kernel image for Linux 7.1-rc7 on 64-bit RISC-V
.
13837,13839c
Description-md5: ea0a5e6a93877b328b65b2130fb606d1
Description-en: Linux 7.1-rc7 for 64-bit RISC-V platforms (base files)
 This package contains files for Linux 7.1-rc7 on 64-bit RISC-V platforms
.
13511a
Package: libvidstab-dev
Description-md5: 909d1438a11e6ef1550d36d95f6abe54
Description-en: video stabilization library (development files)
 Imagine you captured a nice video with your camcorder, compact camera or
 even cell phone while skiing, cycling or whatever sports and the video is
 basically just jiggled.
 .
 Modern cameras come along with hardware stabilisation, however this does
 not work if you have really strong vibrations - rather the contrary -
 sometimes this mechanism starts to oscillate.
 .
 Vid.Stab is your friend in this matter. It is designed to stabilize even
 strongly jiggled clips.
 .
 This package contains the development files of vid.stab.

Package: libvidstab1.2
Description-md5: ef3c3c93c6f6188ee6028f40c9a20929
Description-en: video stabilization library (shared library)
 Imagine you captured a nice video with your camcorder, compact camera or
 even cell phone while skiing, cycling or whatever sports and the video is
 basically just jiggled.
 .
 Modern cameras come along with hardware stabilisation, however this does
 not work if you have really strong vibrations - rather the contrary -
 sometimes this mechanism starts to oscillate.
 .
 Vid.Stab is your friend in this matter. It is designed to stabilize even
 strongly jiggled clips.
 .
 This package contains the shared library.

.
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Package: ed25519
Description-md5: 3aef97ea5481410f6a0ee317974be12e
Description-en: microlibrary X25519/Ed25519 - Ed25519 command line tools
 microlibrary for the X25519 encryption system and the Ed25519 signature system,
 both of which use the Curve25519 elliptic curve. Curve25519 is the fastest
 curve in TLS 1.3, and the only curve in Wireguard, Signal, and many other
 applications.
 .
 lib25519 has a very simple stateless API based on the SUPERCOP API, with
 wire-format inputs and outputs, providing functions that directly match the
 central cryptographic operations in X25519 and Ed25519:
 .
 lib25519_dh_keypair(pk, sk): X25519 key generation
 lib25519_dh(k, pk, sk): shared-secret generation
 lib25519_sign_keypair(pk, sk): Ed25519 key generation
 lib25519_sign(sm, &smlen, m, mlen, sk): signing
 lib25519_sign_open(m, &mlen, sm, smlen, pk): verification + message recovery
 Internally, lib25519 includes implementations designed for performance on
 various CPUs, implementations designed to work portably across CPUs, and
 automatic run-time selection of implementations.
 .
 lib25519 is intended to be called by larger multi-function libraries, including
 libraries in other languages via FFI. The idea is that lib25519 will take
 responsibility for the details of X25519/Ed25519 computation, including
 optimization, timing-attack protection, and eventually verification, freeing up
 the calling libraries to concentrate on application-specific needs such as
 protocol integration. Applications can also call lib25519 directly.
 .
 Ed25519 command line tools.

Package: lib25519-1
Description-md5: c5630fe15b2c30439525144d48f07b59
Description-en: microlibrary X25519/Ed25519 - shared library
 microlibrary for the X25519 encryption system and the Ed25519 signature system,
 both of which use the Curve25519 elliptic curve. Curve25519 is the fastest
 curve in TLS 1.3, and the only curve in Wireguard, Signal, and many other
 applications.
 .
 lib25519 has a very simple stateless API based on the SUPERCOP API, with
 wire-format inputs and outputs, providing functions that directly match the
 central cryptographic operations in X25519 and Ed25519:
 .
 lib25519_dh_keypair(pk, sk): X25519 key generation
 lib25519_dh(k, pk, sk): shared-secret generation
 lib25519_sign_keypair(pk, sk): Ed25519 key generation
 lib25519_sign(sm, &smlen, m, mlen, sk): signing
 lib25519_sign_open(m, &mlen, sm, smlen, pk): verification + message recovery
 Internally, lib25519 includes implementations designed for performance on
 various CPUs, implementations designed to work portably across CPUs, and
 automatic run-time selection of implementations.
 .
 lib25519 is intended to be called by larger multi-function libraries, including
 libraries in other languages via FFI. The idea is that lib25519 will take
 responsibility for the details of X25519/Ed25519 computation, including
 optimization, timing-attack protection, and eventually verification, freeing up
 the calling libraries to concentrate on application-specific needs such as
 protocol integration. Applications can also call lib25519 directly.
 .
 Shared library.

Package: lib25519-dev
Description-md5: 5a84b90354dfbce918328f84d3a806ca
Description-en: microlibrary X25519/Ed25519 - development files
 microlibrary for the X25519 encryption system and the Ed25519 signature system,
 both of which use the Curve25519 elliptic curve. Curve25519 is the fastest
 curve in TLS 1.3, and the only curve in Wireguard, Signal, and many other
 applications.
 .
 lib25519 has a very simple stateless API based on the SUPERCOP API, with
 wire-format inputs and outputs, providing functions that directly match the
 central cryptographic operations in X25519 and Ed25519:
 .
 lib25519_dh_keypair(pk, sk): X25519 key generation
 lib25519_dh(k, pk, sk): shared-secret generation
 lib25519_sign_keypair(pk, sk): Ed25519 key generation
 lib25519_sign(sm, &smlen, m, mlen, sk): signing
 lib25519_sign_open(m, &mlen, sm, smlen, pk): verification + message recovery
 Internally, lib25519 includes implementations designed for performance on
 various CPUs, implementations designed to work portably across CPUs, and
 automatic run-time selection of implementations.
 .
 lib25519 is intended to be called by larger multi-function libraries, including
 libraries in other languages via FFI. The idea is that lib25519 will take
 responsibility for the details of X25519/Ed25519 computation, including
 optimization, timing-attack protection, and eventually verification, freeing up
 the calling libraries to concentrate on application-specific needs such as
 protocol integration. Applications can also call lib25519 directly.
 .
 Development files.

Package: x25519
Description-md5: b968cdc89b7b86653176b4de0040a03f
Description-en: microlibrary X25519/Ed25519 - X25519 command line tools
 microlibrary for the X25519 encryption system and the Ed25519 signature system,
 both of which use the Curve25519 elliptic curve. Curve25519 is the fastest
 curve in TLS 1.3, and the only curve in Wireguard, Signal, and many other
 applications.
 .
 lib25519 has a very simple stateless API based on the SUPERCOP API, with
 wire-format inputs and outputs, providing functions that directly match the
 central cryptographic operations in X25519 and Ed25519:
 .
 lib25519_dh_keypair(pk, sk): X25519 key generation
 lib25519_dh(k, pk, sk): shared-secret generation
 lib25519_sign_keypair(pk, sk): Ed25519 key generation
 lib25519_sign(sm, &smlen, m, mlen, sk): signing
 lib25519_sign_open(m, &mlen, sm, smlen, pk): verification + message recovery
 Internally, lib25519 includes implementations designed for performance on
 various CPUs, implementations designed to work portably across CPUs, and
 automatic run-time selection of implementations.
 .
 lib25519 is intended to be called by larger multi-function libraries, including
 libraries in other languages via FFI. The idea is that lib25519 will take
 responsibility for the details of X25519/Ed25519 computation, including
 optimization, timing-attack protection, and eventually verification, freeing up
 the calling libraries to concentrate on application-specific needs such as
 protocol integration. Applications can also call lib25519 directly.
 .
 X25519 command line tools.

.
3627a
Package: fonts-osifont
Description-md5: 46f637992614f97b7966365f52f64f2a
Description-en: ISO 3098-compliant TrueType font for CAD projects
 In some European countries, CAD projects must have a font which conforms
 to the ISO 3098 specification. Such a font has been available in
 commercial CADs but was not available for free CADs (including FreeCAD)
 until this project.

.
3517a
Package: basix-doc
Description-md5: b6940f11df33533cc3f7183e3f0fa8f7
Description-en: Finite Element Basis Function Definition Runtime Library (docs)
 Computes FE basis functions and derivatives for the following
 elements:
  -   Lagrange (interval, triangle, tetrahedron, prism, pyramid,
  quadrilateral, hexahedron)
  -   Nédélec (triangle, tetrahedron)
  -   Nédélec Second Kind (triangle, tetrahedron)
  -   Raviart-Thomas (triangle, tetrahedron)
  -   Regge (triangle, tetrahedron)
  -   Crouzeix-Raviart (triangle, tetrahedron)
 .
 Computes quadrature rules on different cell types
 .
 Provides reference topology and geometry for reference cells of each
 type.
 .
 This is the common documentation package.

Package: libbasix-dev
Description-md5: ef00ad4fde6f4ceecacc877ab3b3f2f6
Description-en: Finite Element Basis Function Definition Runtime Library (development headers)
 Computes FE basis functions and derivatives for the following
 elements:
  -   Lagrange (interval, triangle, tetrahedron, prism, pyramid,
  quadrilateral, hexahedron)
  -   Nédélec (triangle, tetrahedron)
  -   Nédélec Second Kind (triangle, tetrahedron)
  -   Raviart-Thomas (triangle, tetrahedron)
  -   Regge (triangle, tetrahedron)
  -   Crouzeix-Raviart (triangle, tetrahedron)
 .
 Computes quadrature rules on different cell types
 .
 Provides reference topology and geometry for reference cells of each
 type.
 .
 Python wrapper provided with pybind11.
 .
 This package installs the development files for the shared library.

Package: libbasix0.11
Description-md5: d1f7506b70a1a05918534efb2096e744
Description-en: Finite Element Basis Function Definition Runtime Library (Python 3)
 Computes FE basis functions and derivatives for the following
 elements:
  -   Lagrange (interval, triangle, tetrahedron, prism, pyramid,
  quadrilateral, hexahedron)
  -   Nédélec (triangle, tetrahedron)
  -   Nédélec Second Kind (triangle, tetrahedron)
  -   Raviart-Thomas (triangle, tetrahedron)
  -   Regge (triangle, tetrahedron)
  -   Crouzeix-Raviart (triangle, tetrahedron)
 .
 Computes quadrature rules on different cell types
 .
 Provides reference topology and geometry for reference cells of each
 type.
 .
 Python wrapper provided with pybind11.
 .
 This package installs the shared library.

Package: python3-basix
Description-md5: a1e3538433bc3ecb969f0f2161b29bdc
Description-en: Finite Element Basis Function Definition Runtime Library (Python 3)
 Computes FE basis functions and derivatives for the following
 elements:
  -   Lagrange (interval, triangle, tetrahedron, prism, pyramid,
  quadrilateral, hexahedron)
  -   Nédélec (triangle, tetrahedron)
  -   Nédélec Second Kind (triangle, tetrahedron)
  -   Raviart-Thomas (triangle, tetrahedron)
  -   Regge (triangle, tetrahedron)
  -   Crouzeix-Raviart (triangle, tetrahedron)
 .
 Computes quadrature rules on different cell types
 .
 Provides reference topology and geometry for reference cells of each
 type.
 .
 Python wrapper provided with pybind11.
 .
 This package installs the library for Python 3.

Package: python-ufl-doc
Description-md5: 2e82d7e3c3437c3fbf708e1faa08e6d6
Description-en: documentation and demos for UFL
 UFL (Unified Form Language) is a unified language for definition of
 variational forms intended for finite element discretization. More precisely,
 it defines a fixed interface for choosing finite element spaces and defining
 expressions for weak forms in a notation close to mathematical notation.
 The form compilers FFC and SyFi use UFL as their end-user interface,
 producing UFC implementations as their output.
 .
 This package contains documentation and demos for UFL.

Package: python3-ufl
Description-md5: 395b8e60882b147d267e6d5a0c7e70d7
Description-en: unified language for form-compilers (Python 3)
 UFL (Unified Form Language) is a unified language for definition of
 variational forms intended for finite element discretization. More
 precisely, it defines a fixed interface for choosing finite element
 spaces and defining expressions for weak forms in a notation close to
 mathematical notation.  The form compilers FFC and SyFi use UFL as
 their end-user interface, producing UFC implementations as their
 output.
 .
 This package installs the library for Python 3.

.
3132,3436d
2995,3002d
2841a
Package: libdtk6core-bin
Description-md5: af451dc961aebdef7dee0a7c0eb349ac
Description-en: Deepin Qt6 Tool Kit Core library (utilities)
 Dtk6Core is a base library for Deepin Qt6/C++ applications.
 .
 This package is part of DDE (Deepin Desktop Environment).
 .
 This package contains various command-line utilities used by Deepin Tool Kit
 and other Deepin software. Some tools were originally provided by DtkSettings.

Package: libdtk6core-dev
Description-md5: 06c496a4dbbb4f68baae5f6e5cbd3d59
Description-en: Deepin Qt6 Tool Kit Core library (development files)
 Dtk6Core is a base library for Deepin Qt6/C++ applications.
 .
 This package is part of DDE (Deepin Desktop Environment).
 .
 This package contains the header files and static libraries of Dtk6Core.

Package: libdtk6core-doc
Description-md5: 8f8f3fcdd85734a399924e47c3eae54d
Description-en: Deepin Qt6 Tool Kit Core library (documentation)
 Dtk6Core is a base library for Deepin Qt6/C++ applications.
 .
 This package is part of DDE (Deepin Desktop Environment).
 .
 This package contains the Qt QCH documentation.

Package: libdtk6core6
Description-md5: 5380cec3a4d4c605e9cac8c1a8487b81
Description-en: Deepin Qt6 Tool Kit Core library
 Dtk6Core is a base library for Deepin Qt6/C++ applications.
 .
 This package is part of DDE (Deepin Desktop Environment).
 .
 This package contains the shared libraries.

.
