NOTE: Automatically created during Factory devel project migration by admin.

NOTE: Automatically created during Factory devel project migration by admin.

All updates for 11.3 are built here. Please note that rpms in this directory might have problems - so it is not guaranteed that all rpms here will end up in an official update.

This package was branched from openSUSE:11.3 in order to fix 615761

This package was branched from openSUSE:11.3 in order to fix bnc#615761

This package is based on the package 'ekiga' from project 'openSUSE:Factory'.

Ekiga (formely known as GnomeMeeting) is an open source VoIP and video
conferencing application for GNOME. Ekiga uses both the H.323 and SIP
protocols. It supports many audio and video codecs, and is
interoperable with other SIP compliant software and also with Microsoft
NetMeeting.

This package is based on the package 'gstreamer-0_10' from project 'openSUSE:Factory'.

GStreamer is a streaming-media framework, based on graphs of filters
which operate on media data. Applications using this library can do
anything from real-time sound processing to playing videos, and just
about anything else media-related. Its plug-in-based architecture
means that new data types or processing capabilities can be added by
installing new plug-ins.

This package is based on the package 'gstreamer-0_10-plugins-base' from project 'openSUSE:Factory'.

GStreamer is a streaming media framework based on graphs of filters
that operate on media data. Applications using this library can do
anything media-related, from real-time sound processing to playing
videos. Its plug-in-based architecture means that new data types or
processing capabilities can be added simply by installing new plug-ins.

This package is based on the package 'gstreamer-0_10-plugins-good' from project 'openSUSE:Factory'.

GStreamer is a streaming media framework based on graphs of filters
that operate on media data. Applications using this library can do
anything media-related, from real-time sound processing to playing
videos. Its plug-in-based architecture means that new data types or
processing capabilities can be added simply by installing newplug-ins.

This package is based on the package 'libpt2' from project 'openSUSE:Factory'.

This is a moderately large class library that was created many years
ago as a method to produce applications that run on both Microsoft
Windows and the X Window System. It is used for the opal project, see
www.openh323.org for details.

This package is based on the package 'libv4l' from project 'openSUSE:Factory'.

libv4l is a collection of libraries which adds a thin abstraction layer
on top of video4linux2 devices. The purpose of this (thin) layer is to
make it easy for application writers to support a wide variety of
devices without having to write separate code for different devices in
the same class. libv4l consists of 3 different libraries:
libv4lconvert, libv4l1 and libv4l2.

libv4lconvert offers functions to convert from any (known) pixelformat
to V4l2_PIX_FMT_BGR24 or V4l2_PIX_FMT_YUV420.

libv4l1 offers the (deprecated) v4l1 API on top of v4l2 devices,
independent of the drivers for those devices supporting v4l1
compatibility (which many v4l2 drivers do not).

libv4l2 offers the v4l2 API on top of v4l2 devices, while adding for
the application transparent libv4lconvert conversion where necessary.

This package is based on the package 'translation-update-upstream' from project 'openSUSE:Factory'.

This is a tool providing update of translations using available
upstream resources.

The tool tool is intended for use during package compilation as a first
command after unpacking of source code.

For more see README and HOWTO.

This package also includes translation update data files.

Download and upgrade/install the RPMs

rpm -U elfutils-0.141-8.1.x86_64.rpm libasm1-0.141-8.1.x86_64.rpm libdw1-0.141-8.1.x86_64.rpm libelf1-0.141-8.1.x86_64.rpm libselinux1-2.0.71-4.1.x86_64.rpm libsepol1-2.0.32-6.1.x86_64.rpm libsepol-devel-2.0.32-6.1.x86_64.rpm libudev0-128-13.4.1.x86_64.rpm libvolume_id1-128-13.4.1.x86_64.rpm mkinitrd-2.4-49.13.1.x86_64.rpm selinux-tools-2.0.71-4.1.x86_64.rpm udev-128-13.5.1.x86_64.rpm module-init-tools-3.4-70.8.1.x86_64.rpm

Example using SLE11 Kernel

wget http://ftp.suse.com/pub/projects/kernel/kotd/SLE11_BRANCH/x86_64/kernel-default-base.rpm
wget http://ftp.suse.com/pub/projects/kernel/kotd/SLE11_BRANCH/x86_64/kernel-default.rpm

cp -R boot/* /boot/
cp -R lib/* /lib

depmod -a 2.6.27-default
mkinitrd -k /boot/vmlinuz-2.6.27-default -i /boot/initrd-2.6.27-default

Edit /boot/grub/menu.lst to add the Kernel entry.

Security-enhanced Linux is a feature of the Linux(R) kernel and a
number of utilities with enhanced security functionality designed to
add mandatory access controls to Linux. The Security-enhanced Linux
kernel contains new architectural components originally developed to
improve the security of the Flask operating system. These architectural
components provide general support for the enforcement of many kinds of
mandatory access control policies, including those based on the
concepts of Type Enforcement(R), Role-based Access Control, and
Multi-level Security.

libselinux provides an API for SELinux applications to get and set
process and file security contexts and to obtain security policy
decisions. Required for any applications that use the SELinux API.

Security-enhanced Linux is a feature of the Linux(R) kernel and a
number of utilities with enhanced security functionality designed to
add mandatory access controls to Linux. The Security-enhanced Linux
kernel contains new architectural components originally developed to
improve the security of the Flask operating system. These architectural
components provide general support for the enforcement of many kinds of
mandatory access control policies, including those based on the
concepts of Type Enforcement(R), Role-based Access Control, and
Multi-level Security.

libsepol provides an API for the manipulation of SELinux binary
policies. It is used by checkpolicy (the policy compiler) and similar
tools, as well as by programs like load_policy that need to perform
specific transformations on binary policies such as customizing policy
boolean settings.

Mkinitrd creates file system images for use as initial RAM disk
(initrd) images. These RAM disk images are often used to preload the
block device modules (SCSI or RAID) needed to access the root file
system.

In other words, generic kernels can be built without drivers for any
SCSI adapters that load the SCSI driver as a module. Because the
kernel needs to read those modules, but in this case is not able to
address the SCSI adapter, an initial RAM disk is used. The initial RAM
disk is loaded by the operating system loader (normally LILO) and is
available to the kernel as soon as the RAM disk is loaded. The RAM
disk loads the proper SCSI adapter and allows the kernel to mount the
root file system.

Authors:
--------
Steffen Winterfeldt
Susanne Oberhauser
Bernhard Kaindl
Andreas Gruenbacher
Hannes Reinecke
Alexander Graf

Utilities for loading kernel modules. Included are 'insmod', 'lsmod',
'rmmod', 'depmod', and 'modprobe'. The configuration file
/etc/modprobe.* can be used to pass parameters to the modules. 'depmod'
should be used after compiling a new kernel to generate the dependency
information. 'insmod' does not use the dependency nor the options file.
Therefore, 'modprobe' is normally used to load a module.

Authors:
--------
Rusty Russell
Adam J. Richter
Jon Masters

udev's main task is to create and remove device nodes in /dev when a
device is discovered or removed from the system. udevd receives all
hotplug events via kernel netlink messages and dispatches them
according to rules in /lib/udev/rules.d/. Matching rules may name a
device node, create additional symlinks to the node, call tools to
initialize a device, or load needed kernel modules.

Authors:
--------
Greg Kroah-Hartman
Kay Sievers