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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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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.

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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.

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