Free playstation 2 commercial software for linux

rPath Linux is a Linux distribution built with the new Conary distributed software management system.

rPath Linux provides the foundation for creating software appliances that is:

Easily tailored to any application requirements
Built using Conary packaging technology, rPath Linux provides a more fine-grained breakdown of system components than in typical Linux environments. This allows application developers using rBuilder to pick just the pieces they need to support their application.

Engineered to the highest levels of quality
The rPath engineering team has a long history of delivering high quality Linux technology to demanding enterprise customers and software vendors. They have taken the lessons learned from these customers and partners and built rPath Linux to meet the demands of today’s corporate IT environments.

Compatible with many popular commercial Linux distributions
If you already offer your application on Linux, it will likely run unchanged on rPath Linux, so there is minimal effort required to offer your application as a software appliance.

Spong is a simple systems and network monitoring package. It does not compete with Tivoli, OpenView, UniCenter, or any other commercial packages.
It is not SNMP based, it communcates via simple TCP based messages. It is written in Perl. It can currently run on every major Unix and Unix-like operating systems.
Main features:
- client based monitoring (CPU, disk, processes, logs, etc.)
- monitoring of network services (smtp, http, ping, pop, dns, etc.)
- grouping of hosts (routers, servers, workstations, PCs)
- rules based messaging when problems occur
- configurable on a host by host basis
- results displayed via text or web based interface
- history of problems
- verbose information to help diagnosis problems
- modular programs to makes it easy to add or replace check functions or features
- Big Brother BBSERVER emulation to allow Big Brother Clients to be used
Enhancements:
- Many new plugins and bugfixes were added.

Flumotion project is a streaming media server created with the backing of Fluendo.
It features intuitive graphical administration tools, making the task of setting up and manipulating audio and video streams easy for even novice system administrators. Flumotion is released under the GPL.
Built upon proven and tested free software solutions
The Flumotion Streaming Server is built upon a platform of proven free software solutions. We have currently focused on the Linux platform for our main development. Flumotion is mainly written in the extremely popular Python language.
The high-level functionality is built on top of Twisted. The low-level functionality is built on top of GStreamer.
Wide hardware support
Due to the developers decision to focus on supporting the GNU/Linux operating system, we have support for a wide range of audio and video input devices supported by the operating system.
Flumotion currently supports streaming from webcams, TV capture cards, FireWire DV cameras and the OSS and ALSA sound systems.
Distributed design
Flumotion has a distributed design, making it easy to spread the load over multiple machines, allowing you to do advanced media manipulation and stream generation. No matter how many different streams or multiple versions of the same stream you want to do, or different formats, or overlays, Flumotion can easily scale to handle it by distributing the load onto serveral machines.
Commercial support
While Flumotion is a free software product using the widely accepted GPL license, it has the advantage of having a commercial company behind it. This means that if you introduce Flumotion into your company or organisation and you find you would like commercial support opportunities or extra functionality, there is an entity to turn to to have your need filled.
Setting up Flumotion
Depending on how you installed Flumotion, it will or will not be integrated with your distribution.
In this section we will cover configuring Flumotion on both types of systems. First we will explain how to start and run Flumotion when its not integrated with your distribution. These instructions also work on systems where its integrated, but its preferable to use the distribution-specific way of starting the server.
We also provide an example of running Flumotion on a system where it is integrated with the distribution through service scripts.
If you have received Flumotion packages from either Fluendo or your distribution, this type of integration should be available.
Flumotion on a system where it is not integrated
You are repsonsible yourself for providing a working configuration file, and starting the binaries.
Alternatively, we have also provided a service-like script called flumotion that provides some basic integration, much like a standard service script.
This script is installed in your sbin directory. You can list managers and workers configured, and start and stop them. Flumotion on a system where its integrated
In a well-configured system, Flumotion is integrated into the system using Unix service scripts. In this section, we use the Fedora Core installation of Flumotion as an example. Depending on your distribution, these instructions might slightly vary.
To start flumotion with the service scripts, you start it like any other service, by typing as root:
service flumotion start
which results in:
Starting manager default: [ OK ]
Starting worker default: [ OK ]
Configuration files for flumotion are stored under /etc/flumotion/. In that directory, there is one subdirectory for managers and one for workers. Under each of these, there is one directory with the name of the manager or worker, containing the relevant configuration information.
Typically, the managers directory contains a planet.xml file detailing general configuration for the manager, and a flows subdirectory containing all flows that should be loaded onto this manager.
By default, the installation of Flumotion only allows connections from the local host, for security reasons. If you want to allow other hosts to log in workers or administration clients, you should change the authentication settings and remove the host entries from planet.xml.
Enhancements:
- Minor feature enhancements

XBlast is a multi-player arcade game for X11R5/R6 (v2.6 or TNT) and Windows (TNT version only). The game can be played with at least two players and up to six players.

XBlast was inspired by the video/computer game Bomberman (Dynablaster), which was to my knowledge first programmed for NECs PC Engine/Turbo Grafx.

Other commercial versions of the original game exist for IBM-PC, Atari ST, Amiga [trop cool lAmiga], NES, GameBoy and Super NES.

Syntax Desktop is a publishing system used to manage the contents of a Web site. Syntax Desktop project has an attractive GUI with DHTML elements.

You can use it to insert news, photos, documents, and tree data structures into your site. It features easy DB backup and style switching.

Syntax Desktop helps you to create and manage large web sites without any knowledge of HTML. Theres an integrated WYSIWYG editor with a friendly user interface similar to common office applications. You can create the contents and a template engine manages all the parts of the site allowing complete control of the application.

Syntax Desktop is based on PHP technology. It is a web application, so it works on a wide range of modern existing IT infrastructures. Syntax Desktop runs with other "open source" technologies (i.e. Linux, Apache, MySQL), but it works also on commercial products (i.e. Windows, IIS, Oracle DB, MS Access).

Moreover, a great virtue of Syntax is its predisposition to being indexed from search engines. Syntax is constructed to generate pages optimized for search engines.

Art of Illusion is a free, open source 3D graphics studio.

Art of Illusion combines modelling, animation, texturing and rendering in one application, with advanced features which compare favorably to those found in many commercial programs.

Art of Illusion is written entirely in Java. It should (in theory) work under any Java Virtual Machine (JVM) which is compatible with Suns Java Development Kit (JDK) 1.4 or later.

SpamAssassin project is a mature, widely-deployed open source project that serves as a mail filter to identify spam, also known as unsolicited commercial email (UCE)
SpamAssassin uses a variety of mechanisms including header and text analysis, Bayesian filtering, DNS blocklists, and collaborative filtering databases. SpamAssassin runs on a server, and filters spam before it reaches your mailbox.
Main features:
- Wide-spectrum: SpamAssassin uses a wide variety of local and network tests to identify spam signatures. This makes it harder for spammers to identify one aspect which they can craft their messages to work around.
- Free software: it is distributed under the same terms and conditions as other popular open-source software packages such as the Apache web server.
- Easy to extend: Anti-spam tests and configuration are stored in plain text, making it easy to configure and add new rules.
- Flexible: SpamAssassin encapsulates its logic in a well-designed, abstract API so it can be integrated anywhere in the email stream. The Mail::SpamAssassin classes can be used on a wide variety of email systems including procmail, sendmail, Postfix, qmail, and many others.
- Easy Configuration: SpamAssassin requires very little configuration; you do not need to continually update it with details of your mail accounts, mailing list memberships, etc. Once classified, site and user-specific policies can then be applied against spam. Policies can be applied on both mail servers and later using the users own mail user-agent application.