Lector de Feeds

In Mageia/9/i586: This package creates prebuilt virtualbox kernel modules for core kernel.

In Mageia/9/armv7hl: The kernel package contains the Linux kernel (vmlinuz), the core of your Mageia operating system. The kernel handles the basic functions of the operating system: memory allocation, process allocation, device input and output, etc. This kernel relies on in-kernel smp alternatives to switch between up & smp mode depending on detected hardware. To force the kernel to boot in single processor mode, use the "nosmp" boot parameter.

In Mageia/9/i586: The kernel package contains the Linux kernel (vmlinuz), the core of your Mageia operating system. The kernel handles the basic functions of the operating system: memory allocation, process allocation, device input and output, etc. This kernel relies on in-kernel smp alternatives to switch between up & smp mode depending on detected hardware. To force the kernel to boot in single processor mode, use the "nosmp" boot parameter.

In Mageia/9/x86_64: The kernel package contains the Linux kernel (vmlinuz), the core of your Mageia operating system. The kernel handles the basic functions of the operating system: memory allocation, process allocation, device input and output, etc. This kernel relies on in-kernel smp alternatives to switch between up & smp mode depending on detected hardware. To force the kernel to boot in single processor mode, use the "nosmp" boot parameter.

In Mageia/9/aarch64: The kernel package contains the Linux kernel (vmlinuz), the core of your Mageia operating system. The kernel handles the basic functions of the operating system: memory allocation, process allocation, device input and output, etc. This kernel relies on in-kernel smp alternatives to switch between up & smp mode depending on detected hardware. To force the kernel to boot in single processor mode, use the "nosmp" boot parameter.

In Mageia/9/i586: Dwarves is a set of tools that use the debugging information inserted in ELF binaries by compilers such as GCC, used by well known debuggers such as GDB, and more recent ones such as systemtap. Utilities in the dwarves suite include pahole, that can be used to find alignment holes in structs and classes in languages such as C, C++, but not limited to these. It also extracts other information such as CPU cacheline alignment, helping pack those structures to achieve more cache hits. These tools can also be used to encode and read the BTF type information format used with the Linux kernel bpf syscall, using 'pahole -J' and 'pahole -F btf'. Other tools, like codiff or pfunct (detect informations about functions, inlines, etc.) ot btfdiff (compare pahole's BTF and DWARF output to check they produce the same results) are also included.

In Mageia/9/x86_64: Dwarves is a set of tools that use the debugging information inserted in ELF binaries by compilers such as GCC, used by well known debuggers such as GDB, and more recent ones such as systemtap. Utilities in the dwarves suite include pahole, that can be used to find alignment holes in structs and classes in languages such as C, C++, but not limited to these. It also extracts other information such as CPU cacheline alignment, helping pack those structures to achieve more cache hits. These tools can also be used to encode and read the BTF type information format used with the Linux kernel bpf syscall, using 'pahole -J' and 'pahole -F btf'. Other tools, like codiff or pfunct (detect informations about functions, inlines, etc.) ot btfdiff (compare pahole's BTF and DWARF output to check they produce the same results) are also included.

In Mageia/9/aarch64: Dwarves is a set of tools that use the debugging information inserted in ELF binaries by compilers such as GCC, used by well known debuggers such as GDB, and more recent ones such as systemtap. Utilities in the dwarves suite include pahole, that can be used to find alignment holes in structs and classes in languages such as C, C++, but not limited to these. It also extracts other information such as CPU cacheline alignment, helping pack those structures to achieve more cache hits. These tools can also be used to encode and read the BTF type information format used with the Linux kernel bpf syscall, using 'pahole -J' and 'pahole -F btf'. Other tools, like codiff or pfunct (detect informations about functions, inlines, etc.) ot btfdiff (compare pahole's BTF and DWARF output to check they produce the same results) are also included.

In Mageia/9/armv7hl: Dwarves is a set of tools that use the debugging information inserted in ELF binaries by compilers such as GCC, used by well known debuggers such as GDB, and more recent ones such as systemtap. Utilities in the dwarves suite include pahole, that can be used to find alignment holes in structs and classes in languages such as C, C++, but not limited to these. It also extracts other information such as CPU cacheline alignment, helping pack those structures to achieve more cache hits. These tools can also be used to encode and read the BTF type information format used with the Linux kernel bpf syscall, using 'pahole -J' and 'pahole -F btf'. Other tools, like codiff or pfunct (detect informations about functions, inlines, etc.) ot btfdiff (compare pahole's BTF and DWARF output to check they produce the same results) are also included.

In Mageia/cauldron/i586: Source package of the current NVIDIA proprietary driver. Binary packages are named x11-driver-video-nvidia-current.

In Mageia/cauldron/x86_64: Source package of the current NVIDIA proprietary driver. Binary packages are named x11-driver-video-nvidia-current.

In Mageia/cauldron/x86_64: OpenShot Audio Library.

In Mageia/cauldron/i586: OpenShot Audio Library.

In Mageia/cauldron/x86_64: Use your fixtures in @pytest.mark.parametrize. This project was inspired by pytest-lazy-fixture. Improvements that have been made in this project: You can use fixtures in any data structures You can access the attributes of fixtures You can use functions in fixtures

In Mageia/cauldron/i586: Use your fixtures in @pytest.mark.parametrize. This project was inspired by pytest-lazy-fixture. Improvements that have been made in this project: You can use fixtures in any data structures You can access the attributes of fixtures You can use functions in fixtures

In Mageia/cauldron/i586: VIM (VIsual editor iMproved) is an updated and improved version of the vi editor. Vi was the first real screen-based editor for UNIX, and is still very popular. VIM improves on vi by adding new features: multiple windows, multi-level undo, block highlighting and more.

In Mageia/cauldron/x86_64: VIM (VIsual editor iMproved) is an updated and improved version of the vi editor. Vi was the first real screen-based editor for UNIX, and is still very popular. VIM improves on vi by adding new features: multiple windows, multi-level undo, block highlighting and more.

In Mageia/cauldron/i586: GTK is a multi-platform toolkit for creating graphical user interfaces. Offering a complete set of widgets, GTK is suitable for projects ranging from small one-off tools to complete application suites. This package contains version 4 of GTK.

In Mageia/cauldron/x86_64: GTK is a multi-platform toolkit for creating graphical user interfaces. Offering a complete set of widgets, GTK is suitable for projects ranging from small one-off tools to complete application suites. This package contains version 4 of GTK.

In Mageia/cauldron/x86_64: WeasyPrint converts web documents to PDF.