This package contains a Linux kernel module implementing the data channel of the OpenVPN protocol in the Linux kernel.

This kernel module allows OpenVPN to offload any data plane management to the Linux kernel, thus allowing it to exploit any Linux low level API, while avoiding expensive and slow payload transfer between kernel space and user space.

** NOTE **
ovpn-dco is currently under heavy development, therefore neither its userspace API nor the code itself is considered stable and may change radically over time.

** Kernel compatibility **
ovpn-dco is developed against the latest David Miller's net-next tree. However, a compat layer is provided to allow people to compile ovpn-dco against older kernel versions.

The AppArmor Parser is a userlevel program that is used to load in
program profiles to the AppArmor Security kernel module.

This package is part of a suite of tools that used to be named
SubDomain.

This is a library for reiserfs file system access and manipulation. The
primary goal is to develop the nice, full functionality library that
can be linked to any projects that needed reiserfs file system access.
These include GNU Parted, GNU GRUB, Yaboot, Partimage, and EVMS.

The second goal is high maintainability source code.

The third goal is to develop an alternative set of the reiserfs
programs as small and nice front-ends to this library.

libreiserfs has a number of high level APIs for accessing reiserfs file
systems. There are main file system code (reiserfs_fs_open,
reiserfs_fs_close, reiserfs_fs_create, reiserfs_fs_resize,
reiserfs_fs_journal_tune, etc), journal code, bitmap code, directories
and files access code, and device abstraction layer.

progsreiserfs supports versions 3.5 and 3.6 with standard and relocated
journal. It also supports all possible block sizes supported by the
kernel (2.4.18 with patches or 2.4.19).

The project home page is http://reiserfs.linux.kiev.ua/.

This package includes utilities for making the file system
(mkreiserfs), checking for consistency (reiserfsck), and resizing
(resize_reiserfs).

This kernel has several debug facilities enabled that hurt performance.
Only use this kernel when investigating problems.

The standard kernel for both uniprocessor and multiprocessor systems.

This kernel is optimized for the desktop. It is configured for lower latency
and has many of the features that aren't usually used on desktop machines
disabled.

These are the PDF documents and man pages (section 9) built from
thecurrent kernel sources.

The Linux kernel for Xen paravirtualization.

This kernel can only be used both as an unprivileged ("xenU")
kernel (for Amazon EC2).

Linux kernel sources with many fixes and improvements.

Linux kernel sources with many fixes and improvements.

This kernel supports up to 64GB of main memory. It requires Physical
Addressing Extensions (PAE), which were introduced with the Pentium Pro
processor.

PAE is not only more physical address space but also important for the
"no execute" feature which disables execution of code that is marked as
non-executable. Therefore, the PAE kernel should be used on any systems
that support it, regardless of the amount of main memory.

This package contains the kernel for:

IBM pSeries 64bit machines IBM iSeries 64bit machines Apple G5 machines
Sony Playstation 3

The boot file is /boot/vmlinux.

The home page of the ppc64 project is http://www.penguinppc.org/

The standard kernel.

Linux kernel sources with many fixes and improvements.

Kernel symbols, such as functions and variables, have version
information attached to them. This package contains the symbol versions
for the standard kernels.

This package is needed for compiling kernel module packages with proper
package dependencies.

Linux kernel sources with many fixes and improvements.

This kernel has different tracing features enabled (e.g. utrace, ftrace).

Linux kernel sources with many fixes and improvements.

The standard kernel - without any SUSE patches

The Linux kernel for Xen paravirtualization.

This kernel can be used both as the domain0 ("xen0") and as an
unprivileged ("xenU") kernel.

This is a library for reiserfs file system access and manipulation. The
primary goal is to develop the nice, full functionality library that
can be linked to any projects that needed reiserfs file system access.
These include GNU Parted, GNU GRUB, Yaboot, Partimage, and EVMS.

The second goal is high maintainability source code.

The third goal is to develop an alternative set of the reiserfs
programs as small and nice front-ends to this library.

libreiserfs has a number of high level APIs for accessing reiserfs file
systems. There are main file system code (reiserfs_fs_open,
reiserfs_fs_close, reiserfs_fs_create, reiserfs_fs_resize,
reiserfs_fs_journal_tune, etc), journal code, bitmap code, directories
and files access code, and device abstraction layer.

progsreiserfs supports versions 3.5 and 3.6 with standard and relocated
journal. It also supports all possible block sizes supported by the
kernel (2.4.18 with patches or 2.4.19).

The project home page is http://reiserfs.linux.kiev.ua/.

This package includes utilities for making the file system
(mkreiserfs), checking for consistency (reiserfsck), and resizing
(resize_reiserfs).

This is a library for reiserfs file system access and manipulation. The
primary goal is to develop the nice, full functionality library that
can be linked to any projects that needed reiserfs file system access.
These include GNU Parted, GNU GRUB, Yaboot, Partimage, and EVMS.

The second goal is high maintainability source code.

The third goal is to develop an alternative set of the reiserfs
programs as small and nice front-ends to this library.

libreiserfs has a number of high level APIs for accessing reiserfs file
systems. There are main file system code (reiserfs_fs_open,
reiserfs_fs_close, reiserfs_fs_create, reiserfs_fs_resize,
reiserfs_fs_journal_tune, etc), journal code, bitmap code, directories
and files access code, and device abstraction layer.

progsreiserfs supports versions 3.5 and 3.6 with standard and relocated
journal. It also supports all possible block sizes supported by the
kernel (2.4.18 with patches or 2.4.19).

The project home page is http://reiserfs.linux.kiev.ua/.

This package includes utilities for making the file system
(mkreiserfs), checking for consistency (reiserfsck), and resizing
(resize_reiserfs).