Accerciser is an interactive Python accessibility explorer for the
GNOME desktop. It uses AT-SPI to inspect and control widgets, allowing
you to check if an application is providing correct information to
assistive technologies and automated test frameworks. Accerciser has a
simple plugin framework which you can use to create custom views of
accessibility information.

In essence, Accerciser is a next generation at-poke tool.

Alacarte is a simple freedesktop.org compliant menu editor for GNOME
that lets you change your menus, simply and quickly. Just click and
type to edit, add, and delete any menu entry.

Anjuta is a versatile Integrated Development Environment (IDE) for the
GNOME desktop. It features a number of advanced programming facilities
includes project management, application wizards, an interactive
debugger, an integrated Glade UI designer, integrated Devhelp API help,
an integrated Valgrind memory profiler, an integrated gprof performance
profiler, a class generator, a powerful source editor, source browsing,
and more.

mod_dnssd is an Apache HTTPD module which adds Zeroconf support via
DNS-SD using Avahi.

This library, based on ATK, is a general interface for applications to
make use of the accessibility toolkit.

AT-SPI is a general interface for applications to make use of the
accessibility toolkit. This version is based on dbus.

This package contains a GTK+ module for at-spi, based on ATK.

AT-SPI is a general interface for applications to make use of the
accessibility toolkit. This version is based on dbus.

This package contains the AT-SPI registry daemon. It provides a
mechanism for all assistive technologies to discover and interact
with applications running on the desktop.

The ATK library provides a set of accessibility interfaces. By
supporting the ATK interfaces, an application or toolkit can be used
with screen readers, magnifiers, and alternate input devices.

This audio file library is an implementation of the SGI audio file
library. At present, not all features of the SGI audio file library are
implemented.

This library allows the processing of audio data to and from audio
files of many common formats (currently AIFF, AIFC, WAVE, and
NeXT/Sun).

Avahi is an implementation of the DNS Service Discovery and Multicast
DNS specifications for Zeroconf Computing. It uses D-BUS for
communication between user applications and a system daemon. The daemon
is used to coordinate application efforts in caching replies, necessary
to minimize the traffic imposed on networks.

The Avahi mDNS responder is now complete with features, implementing
all MUSTs and the majority of the SHOULDs of the mDNS and DNS-SD RFCs.
It passes all tests in the Apple Bonjour conformance test suite. In
addition, it supports some nifty things, like correct mDNS reflection
across LAN segments.

Avahi is an implementation of the DNS Service Discovery and Multicast
DNS specifications for Zeroconf Computing. It uses D-BUS for
communication between user applications and a system daemon. The daemon
is used to coordinate application efforts in caching replies, necessary
to minimize the traffic imposed on networks.

The Avahi mDNS responder is now complete with features, implementing
all MUSTs and the majority of the SHOULDs of the mDNS and DNS-SD RFCs.
It passes all tests in the Apple Bonjour conformance test suite. In
addition, it supports some nifty things, like correct mDNS reflection
across LAN segments.

This package provides Mono bindings for avahi. Avahi is an
implementation of the DNS Service Discovery and MulticastDNS
specifications for Zeroconf Computing. It uses D-BUS for communication
between user applications and a system daemon. The daemon is used to
coordinate application efforts in caching replies, necessary to
minimize the traffic imposed on networks. The Avahi mDNS responder is
now feature complete, implementing all MUSTs and the majority of the
SHOULDs of the mDNS and DNS-SD RFCs. It passes all tests in the Apple
Bonjour conformance test suite. In addition, it supports some nifty
things, like correct mDNS reflection across LAN segments.