RPMs

In Mageia/cauldron/i586: libeconf is a highly flexible and configurable library to parse and manage key=value configuration files. It reads configuration file snippets from different directories and builds the final configuration file from it.

In Mageia/cauldron/x86_64: libeconf is a highly flexible and configurable library to parse and manage key=value configuration files. It reads configuration file snippets from different directories and builds the final configuration file from it.

In Mageia/9/i586: This kernel is compiled for desktop use, single or multiple i386 processor(s)/core(s), using HZ_1000, voluntary preempt, CFS cpu scheduler and cfq i/o scheduler. 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. NOTE: This kernel has no Mageia patches and no third-party drivers.

In Mageia/9/armv7hl: This kernel is compiled for desktop use, single or multiple i386 processor(s)/core(s), using HZ_1000, voluntary preempt, CFS cpu scheduler and cfq i/o scheduler. 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. NOTE: This kernel has no Mageia patches and no third-party drivers.

In Mageia/9/aarch64: This kernel is compiled for desktop use, single or multiple i386 processor(s)/core(s), using HZ_1000, voluntary preempt, CFS cpu scheduler and cfq i/o scheduler. 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. NOTE: This kernel has no Mageia patches and no third-party drivers.

In Mageia/9/x86_64: This kernel is compiled for desktop use, single or multiple i386 processor(s)/core(s), using HZ_1000, voluntary preempt, CFS cpu scheduler and cfq i/o scheduler. 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. NOTE: This kernel has no Mageia patches and no third-party drivers.

In Mageia/9/x86_64: PHP is an HTML-embeddable scripting language. PHP offers built-in database integration for several commercial and non-commercial database management systems, so writing a database-enabled script with PHP is fairly simple. The most common use of PHP coding is probably as a replacement for CGI scripts.

In Mageia/9/armv7hl: PHP is an HTML-embeddable scripting language. PHP offers built-in database integration for several commercial and non-commercial database management systems, so writing a database-enabled script with PHP is fairly simple. The most common use of PHP coding is probably as a replacement for CGI scripts.

In Mageia/9/i586: strongSwan is a comprehensive implementation of the Internet Key Exchange (IKE) protocols that allows securing IP traffic in policy- and route-based IPsec scenarios from simple to very complex. The focus of strongSwan is on: * simplicity of configuration * strong encryption and authentication methods * powerful IPsec policies supporting large and complex VPN networks * modular design with great extensibility and portability

In Mageia/9/x86_64: strongSwan is a comprehensive implementation of the Internet Key Exchange (IKE) protocols that allows securing IP traffic in policy- and route-based IPsec scenarios from simple to very complex. The focus of strongSwan is on: * simplicity of configuration * strong encryption and authentication methods * powerful IPsec policies supporting large and complex VPN networks * modular design with great extensibility and portability

In Mageia/9/aarch64: strongSwan is a comprehensive implementation of the Internet Key Exchange (IKE) protocols that allows securing IP traffic in policy- and route-based IPsec scenarios from simple to very complex. The focus of strongSwan is on: * simplicity of configuration * strong encryption and authentication methods * powerful IPsec policies supporting large and complex VPN networks * modular design with great extensibility and portability

In Mageia/9/armv7hl: strongSwan is a comprehensive implementation of the Internet Key Exchange (IKE) protocols that allows securing IP traffic in policy- and route-based IPsec scenarios from simple to very complex. The focus of strongSwan is on: * simplicity of configuration * strong encryption and authentication methods * powerful IPsec policies supporting large and complex VPN networks * modular design with great extensibility and portability

In Mageia/9/aarch64: SDL Vexed is a puzzle game written in Perl-SDL. It is a clone of the classic PalmOS game Vexed. Some graphics and the level packs come from the original game.

In Mageia/9/x86_64: SDL Vexed is a puzzle game written in Perl-SDL. It is a clone of the classic PalmOS game Vexed. Some graphics and the level packs come from the original game.

In Mageia/9/armv7hl: SDL Vexed is a puzzle game written in Perl-SDL. It is a clone of the classic PalmOS game Vexed. Some graphics and the level packs come from the original game.

In Mageia/9/i586: SDL Vexed is a puzzle game written in Perl-SDL. It is a clone of the classic PalmOS game Vexed. Some graphics and the level packs come from the original game.

In Mageia/cauldron/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/cauldron/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/cauldron/x86_64: This kernel is compiled for desktop use, single or multiple i386 processor(s)/core(s), using HZ_1000, voluntary preempt, CFS cpu scheduler and cfq i/o scheduler. 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. NOTE: This kernel has no Mageia patches and no third-party drivers.

In Mageia/cauldron/i586: This kernel is compiled for desktop use, single or multiple i386 processor(s)/core(s), using HZ_1000, voluntary preempt, CFS cpu scheduler and cfq i/o scheduler. 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. NOTE: This kernel has no Mageia patches and no third-party drivers.