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Package: steam-devices
Description-md5: 6e1ded1865dd1db8576298bcff81247f
Description-en: Device support for Steam-related hardware
 Installing this package configures udev to allow logged-in local users
 to access various gaming-related hardware devices, such as:
 .
  - Valve devices such as the Steam Controller and Steam Deck
  - Microsoft Xbox gamepads (Xbox 360 or newer)
  - Sony Playstation gamepads (Playstation 3 or newer)
  - Nintendo Switch gamepads
  - third-party "clone" gamepads compatible with those devices
  - virtual reality and XR peripherals such as the HTC Vive
 .
 It also allows input device emulation via /dev/uinput, which is required
 by some Steam features such as Steam Input and Steam Remote Play.
 .
 These udev rules represent a trade-off between functionality and security,
 and this package should not be installed on systems that are expected to
 have malicious local users.
 The security risks and mitigations are discussed in more detail in
 <file:///usr/share/doc/steam-devices/README.Debian.gz>.

Package: steam-libs
Description-md5: ac2f32ce3cdc272b5bd958086ad9ed2a
Description-en: Metapackage for Steam dependencies
 Steam (https://www.steampowered.com) is a software content delivery system
 developed by Valve software (https://www.valvesoftware.com).  There is
 some free software available, but for the most part the content delivered
 is non-free.
 .
 This package depends on libraries and other packages that are necessary
 to run Steam. It could also be useful as a way to install packages that
 are frequently asssumed to exist by proprietary games.

Package: steam-libs-i386
Description-md5: ef7ad94b2cf84a323c4ced28262c0545
Description-en: Metapackage for 32-bit Steam dependencies
 Steam (https://www.steampowered.com) is a software content delivery system
 developed by Valve software (https://www.valvesoftware.com).  There is
 some free software available, but for the most part the content delivered
 is non-free.
 .
 This package indirectly depends on 32-bit libraries that are necessary
 to run Steam, by depending on the steam-libs:i386 metapackage.
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Package: librocrand-dev
Description-md5: 431d68152f99ec9c06fef17d26a041b3
Description-en: generate pseudo- and quasi-random numbers - headers
 The rocRAND project provides functions that generate pseudo-random and
 quasi-random numbers.
 .
 The rocRAND library is implemented in the HIP programming language and
 optimised for AMD's latest discrete GPUs. It is designed to run on top of
 AMD's ROCm runtime, but it also works on CUDA enabled GPUs.
 .
 This package provides AMD ROCm rocRAND development headers.

Package: librocrand-doc
Description-md5: 5110ea87701c9d5ccd2aa0a97cf8c960
Description-en: generate pseudo- and quasi-random numbers - documentation
 The rocRAND project provides functions that generate pseudo-random and
 quasi-random numbers.
 .
 The rocRAND library is implemented in the HIP programming language and
 optimised for AMD's latest discrete GPUs. It is designed to run on top of
 AMD's ROCm runtime, but it also works on CUDA enabled GPUs.
 .
 This package provides the AMD ROCm rocRAND documentation.

Package: librocrand1
Description-md5: 9037264cf4a34608e69bed13c6d204c8
Description-en: generate pseudo- and quasi-random numbers - library
 The rocRAND project provides functions that generate pseudo-random and
 quasi-random numbers.
 .
 The rocRAND library is implemented in the HIP programming language and
 optimised for AMD's latest discrete GPUs. It is designed to run on top of
 AMD's ROCm runtime, but it also works on CUDA enabled GPUs.
 .
 This package provides the AMD ROCm rocRAND library.

Package: librocrand1-tests
Description-md5: ad9950d6d6d2bc5901292b006f9f2e12
Description-en: generate pseudo- and quasi-random numbers - test binaries
 The rocRAND project provides functions that generate pseudo-random and
 quasi-random numbers.
 .
 The rocRAND library is implemented in the HIP programming language and
 optimised for AMD's latest discrete GPUs. It is designed to run on top of
 AMD's ROCm runtime, but it also works on CUDA enabled GPUs.
 .
 This package provides AMD ROCm rocRAND test binaries. These binaries are
 only used to check whether rocRAND works correctly on a given GPU, so
 generally speaking, users probably don't need this package.

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Package: librocprim-dev
Description-md5: edd066b23d7d104be2a557666cf1415d
Description-en: parallel primitives for GPU-accelerated code - headers
 rocPRIM is a header-only library providing HIP parallel primitives for
 developing performant GPU-accelerated code on the AMD ROCm platform.
 .
 This package provides AMD ROCm rocPRIM development headers.

Package: librocprim-tests
Description-md5: 2796fa24a6db08b5a67188c0611d50c5
Description-en: parallel primitives for GPU-accelerated code - tests
 rocPRIM is a header-only library providing HIP parallel primitives for
 developing performant GPU-accelerated code on the AMD ROCm platform.
 .
 This package provides the AMD ROCm rocPRIM test binaries. These binaries are
 only used to check whether rocPRIM works correctly on a given GPU, so
 generally speaking, users probably don't need this package.

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Package: prrte-common
Description-md5: 957d2d49f1fc26c2ac012bb1f96b4136
Description-en: PMix Reference Run Time Environment -- common files
 PMIX is the OpenMPI implementation of the Process Management Interface (PMI)
 Exascale API. This package provides platform independent files for the
 Reference Run Time Environment.

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Package: libprrte-bin
Description-md5: 87f328dd1014394c8fd70fcb783df79f
Description-en: PMix Reference Run Time Environment - Tools
 PMIX is the OpenMPI implementation of the Process Management Interface (PMI)
 Exascale API. This package provides utilities for working with PMix
 Reference Run Time Environment.
 PMIX is the OpenMPI implementation of the Process Management Interface (PMI)
 Exascale API. This package provides utilities for working with PMix
 Reference Run Time Environment.

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Package: jupyterlab
Description-md5: b3e907729cef56f2b536529c32813b8a
Description-en: Node.js modules for JupyterLab
 JupyterLab is the next-generation user interface for Project Jupyter
 offering all the familiar building blocks of the classic Jupyter Notebook
 (notebook, terminal, text editor, file browser, rich outputs, etc.) in a
 flexible and powerful user interface.
 .
 This package provides Node.js modules for JupyterLab.

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Package: python-ffcx-doc
Description-md5: f8c0252e8577635a3d12a20d2f463705
Description-en: next-gen compiler for finite element variational forms (docs)
 The FEniCS Form Compiler FFC provides state-of-the-art automatic and
 efficient evaluation of general multilinear forms (variational
 formulations) for FEniCS. FFC functions as the form evaluation
 system for DOLFIN but can also be used to compile forms for other
 systems.
 .
 FFC works as a compiler for multilinear forms by generating code (C
 or C++) for the evaluation of a multilinear form given in
 mathematical notation. This new approach to form evaluation makes it
 possible to combine generality with efficiency; the form can be given
 in mathematical notation and the generated code is as efficient as
 hand-optimized code.
 .
 This package installs documentation for the next-generation FFC-X library.

Package: python3-ffcx
Description-md5: ce45246bdbf72427c329c24ead46f7ad
Description-en: next-gen compiler for finite element variational forms (Python 3)
 The FEniCS Form Compiler FFC provides state-of-the-art automatic and
 efficient evaluation of general multilinear forms (variational
 formulations) for FEniCS. FFC functions as the form evaluation
 system for DOLFIN but can also be used to compile forms for other
 systems.
 .
 FFC works as a compiler for multilinear forms by generating code (C
 or C++) for the evaluation of a multilinear form given in
 mathematical notation. This new approach to form evaluation makes it
 possible to combine generality with efficiency; the form can be given
 in mathematical notation and the generated code is as efficient as
 hand-optimized code.
 .
 This package installs the next-generation FFC-X library for Python 3.

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Package: apparmor
Description-md5: 9fdfbb456943ca7bfea9e5fd580a5b7f
Description-en: user-space parser utility for AppArmor
 apparmor provides the system initialization scripts needed to use the
 AppArmor Mandatory Access Control system, including the AppArmor Parser
 which is required to convert AppArmor text profiles into machine-readable
 policies that are loaded into the kernel for use with the AppArmor Linux
 Security Module.

Package: apparmor-notify
Description-md5: 181b767ce4be27302f13e475448885ec
Description-en: AppArmor notification system
 apparmor-notify provides a utility to display AppArmor denial
 messages via desktop notifications. The utility can also be used to
 generate summary reports.

Package: apparmor-profiles
Description-md5: 78f6c983f4960b57c9594cf926fa3202
Description-en: experimental profiles for AppArmor security policies
 apparmor-profiles provides various experimental AppArmor profiles.
 Do not expect these profiles to work out-of-the-box.
 .
 These profiles are not mature enough to be shipped in enforce mode by
 default on Debian. They are shipped in complain mode so that users
 can test them, choose which are desired, and help improve them
 upstream if needed.
 .
 Some even more experimental profiles are included in
 /usr/share/doc/apparmor-profiles/extras/.

Package: apparmor-utils
Description-md5: 71fe4226310f7a4cda967aa2477bddb8
Description-en: utilities for controlling AppArmor
 apparmor-utils provides utilities that operate on AppArmor
 profiles. Profiles can be created, updated, enforced, set to complain
 mode, and disabled with tools such as aa-genprof, aa-enforce,
 aa-complain and aa-disable.
 .
 Additionally, the aa-easyprof utility helps generating AppArmor policy.
 It supports the use of templates and policy groups to quickly profile
 an application.

Package: dh-apparmor
Description-md5: c7bc3728b9d5d471c45d2a640c36d87f
Description-en: AppArmor debhelper routines
 dh-apparmor provides the debhelper tools used to install and migrate
 AppArmor profiles. This is normally used from package maintainer scripts
 during install and removal.

Package: libapache2-mod-apparmor
Description-md5: 675226c578343873100f70dfcbc986ad
Description-en: changehat AppArmor library as an Apache module
 libapache2-mod-apparmor provides the Apache module needed to declare
 various differing confinement policies when running virtual hosts in the
 webserver by using the changehat abilities exposed through libapparmor.

Package: libapparmor-dev
Description-md5: f329f1bdf6099a5bdced0e81f449ed0a
Description-en: AppArmor development libraries and header files
 libapparmor-dev provides the development libraries and header
 files needed to link against libapparmor, as well as
 the manpages for library functions.

Package: libapparmor1
Description-md5: f5c1acf1bc73c3aa32ae8c2037c1d85a
Description-en: changehat AppArmor library
 libapparmor1 provides a shared library one can compile programs
 against in order to use various AppArmor functionality,
 such as transitioning to a different AppArmor profile or hat.

Package: libpam-apparmor
Description-md5: 918c214ce48cc6f3fc9db6a4756692b1
Description-en: changehat AppArmor library as a PAM module
 libpam-apparmor provides the PAM module needed to declare various
 differing confinement policies when starting PAM sessions by using the
 changehat abilities exposed through libapparmor.

Package: python3-apparmor
Description-md5: 1b890d6ae9abbb968d17e8d6bb04be48
Description-en: AppArmor Python3 utility library
 python3-apparmor provides the Python3 modules that implement the
 higher-level AppArmor applications.

Package: python3-libapparmor
Description-md5: 1f2bbed66dec28e2c29a31f8a172fe70
Description-en: AppArmor library Python3 bindings
 python3-libapparmor provides the Python3 module that contains the language
 bindings for the AppArmor library, libapparmor, which were autogenerated
 via SWIG.

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