Free the wine project software for linux

SirBot Project provides an easy way to build, program, control, and monitor amateur robots. Programming a bot is done writing a Python class. A declaration protocol syntax is used to define what can be done (primitive/complex actions). Using a Python CLI, the robot can be interactively controlled and dynamically programmed.
While the bot is performing several actions, every piece of information is able to produce events, thanks to the event declaration syntax. Events can also be created from other events (cascading events), conditionnaly triggered under specific conditions (pre-condition), and activate user-defined actions (post-conditions) according to a particular event state. The library provides detailed instructions to build electronic boards (PIC-based) and connect them to build a robot.
Easy way to build the bot
The SirBot Project provides every instructions to build a bot. A main board provides the basic features such as communication capabilities and implementation of a defined protocol. Several module can be plugged into this main board to provide extra feature such as, currently, a servo controller, IR distance ranger. Have a look on the SirBot Module Library to see current available modules/features. Also have a look at the SirBot Labs, where you can find examples of robots built with SirBot.
Easy way to program the bot
SirBot is python-based, your robot is just an object Protocol. Thanks to the power of python and its librairies, performing complex actions is (almost) trivial. No C++ here... just a protocol declaration syntax, easy to use.
Easy way to control the bot
Because SirBot is python-based, you can access your bot with a python CLI, such as ipython, and interactively control and program your bot. Soon, a graphical interface will allow to visually control your robot.
Easy way to monitor the bots actions
While the bot performs several actions, every piece of information is able to produce events, thanks to the event declaration syntax. Events can also be created from other events (cascading events), conditionnaly triggered under specific conditions (pre-condition), and activate user-defined actions (post-conditions) according to a particular event state.
Enhancements:
- Either the robot or PC can initiate the communication (Master/Slave vs. Peer-to-Peer mode).
- Recurrent tasks can be defined as background jobs (polling the bot, etc.).
- There is a dedicated Web site, documentation, and many fixes in Jal libraries.

The Freiburg project is an infrastructure to replace shared libraries with a client/server interface. This system converts a shared library into a "service" using Unix or inet domain sockets for communication.
The "service" will be usable by any programming language without additional C programming requirements. An application is a composition of multiple services using an event-based message bus for communication.
A service can reside locally or remotely using the "client" or the inetd super-server for startup.
Enhancements:
API update
no libtool for build-environment
-significant speedup for build
-no libtool bug issues anymore
-no libtool porting issues anymore
update transaction work-flow
-no return-handles anymore
-no public transaction API anymore
speed improvements
-better internal caching of used objects
-improved header parsing
API now thread-safe
-need MUTEX lock for MqCreate
-need MUTEX lock for MqDelete

The JEROME Project or the Java-based Engine for Real-time Online Multiuser Environments, is designed as a heterogeneous parallel virtual machine, or grid, specifically for real-time applications.
Main features:
- Cross-platform - To allow for a completely heterogenous node network
- Standard - To use industry-standard technologies to connect and administer the nodes
- Simplicity - To maintain the simplicity of the codebase
- Independence - To be as implementation-independent as possible
- Fault-tolerance - To handle faults and load in realtime, without failure
- Reliability - To minimize or eliminate downtime for configuration or implementation changes
- Scalability - To be scalable, and meet the needs of all applications
- Speed - To be as transparent to message processing and communication latency as possible.
The JEROME architecture is a framework for creating realtime applications that benefit from a dynamic grid model. Each node is given one of four major tasks. These tasks are the four main aspects of the realtime processing enviroment: the interface or gateway, the event processor or context, the database, and the background or ambient processor.
Any number of these nodes are dynamically connected to eachother to form a realtime processing unit that dynamically distributes the processing load over nodes of the same type, and communicates via standard networks.

Deep Project is a time entry application for consulting firms. It stores start/end time and sick/vacation time. The project has the beginning of project management and sales cycle features.

The Homage Project is yet another game inspired by Scorched Earth (or Worms if youre a Windows user). It is an homage to Monty Python.

RISE Projects goal is to produce software to efficiently manage and publish academic catalog information including programs, courses, and schedules.

RISE means Resources and Information for Success in Education.

The Pawn Project aims to make computing easy for anyone with an easy-to-use desktop environment.

How often have you felt that your computer could be smarter ? Arent you tired of the old drag and drop style desktop and the horribly command promps.

Well Open Pawn Projekt (OPP) is about to change all that. The Pawn shall make it possibly for you to command your computer exactly what you would like it to do.

Order it in plain and simple english or whatever your natural language is.

Pawn is written in Perl, TCL TK and C++. Just to make it so portable as possible. Currently it will run on any Unix/Linux system.

DVD Home Video Project is a tool that provides a simple, quick way to transform video on a DV camcorder into a fully functional DVD, including a menu with optional background images and music.