Direct Rendering Manager runtime library. This build is specifically
for the xorg-x11-drv-psb driver, for Intel Poulsbo graphics chipsets.
As it is versioned lower than the normal build of libdrm, it is set to
obsolete that version, so it can be installed smoothly. If you wish to
revert to the regular version of libdrm for any reason, you will need
to force the removal of this version with 'rpm -e --nodeps' before you
are able to.

This is a Kernel Module Package of Poulsbo GPU driver.

This package contains the binary firmware for the Poulsbo (psb) 3D X11
driver.

Video driver for the Intel GMA500 video chipset, also known as Poulsbo.
Note this driver depends on several proprietary pieces (and an
obsolete version of libdrm) to work, and is hence inappropriate for
submission to the main Fedora repositories.

This package contains the 3D X11 drivers for the Poulsbo (psb) graphics
subsystem.

Apache Ivy is a tool for managing (recording, tracking, resolving and
reporting) project dependencies. It is designed as process agnostic and is
not tied to any methodology or structure. while available as a standalone
tool, Apache Ivy works particularly well with Apache Ant providing a number
of powerful Ant tasks ranging from dependency resolution to dependency
reporting and publication.

Joda-Time provides a quality replacement for the Java date
and time classes. The design allows for multiple calendar
systems, while still providing a simple API. The 'default'
calendar is the ISO8601 standard which is used by XML. The
Gregorian, Julian, Buddhist, Coptic and Ethiopic systems
are also included, and we welcome further additions.
Supporting classes include time zone, duration, format
and parsing.

Joda-Time provides a quality replacement for the Java date
and time classes. The design allows for multiple calendar
systems, while still providing a simple API. The 'default'
calendar is the ISO8601 standard which is used by XML. The
Gregorian, Julian, Buddhist, Coptic and Ethiopic systems
are also included, and we welcome further additions.
Supporting classes include time zone, duration, format
and parsing.

Apache Ivy is a tool for managing (recording, tracking, resolving and
reporting) project dependencies. It is designed as process agnostic and is
not tied to any methodology or structure. while available as a standalone
tool, Apache Ivy works particularly well with Apache Ant providing a number
of powerful Ant tasks ranging from dependency resolution to dependency
reporting and publication.

Joda-Time provides a quality replacement for the Java date
and time classes. The design allows for multiple calendar
systems, while still providing a simple API. The 'default'
calendar is the ISO8601 standard which is used by XML. The
Gregorian, Julian, Buddhist, Coptic and Ethiopic systems
are also included, and we welcome further additions.
Supporting classes include time zone, duration, format
and parsing.

Apache Ivy is a tool for managing (recording, tracking, resolving and
reporting) project dependencies. It is designed as process agnostic and is
not tied to any methodology or structure. while available as a standalone
tool, Apache Ivy works particularly well with Apache Ant providing a number
of powerful Ant tasks ranging from dependency resolution to dependency
reporting and publication.

Joda-Time provides a quality replacement for the Java date
and time classes. The design allows for multiple calendar
systems, while still providing a simple API. The 'default'
calendar is the ISO8601 standard which is used by XML. The
Gregorian, Julian, Buddhist, Coptic and Ethiopic systems
are also included, and we welcome further additions.
Supporting classes include time zone, duration, format
and parsing.