Free converting java to exe software for linux

TitanGS Java project is a multi-player role playing game set in the Star Trek universe.

TitanGS Java is a project to create a game base on the Star Trek universe, that would have no unnecessary rules. The only limits of the game are Star Trek physics (not very limiting).

What the achillies lacks in warp speed it more than makes up for in attack strength. It has some of the strongest phasers in StarFleet. Its array of micro torpedos makes it dangerous to attack from any angle.

The substantial crew complement required to operate, and the prohibitive cost of this ship keeps production fairly low.

Even though there arent many of them, theyre used quite extensively; due mostly to their high success rate.

OpenGL for Java, formerly known as GL4Java, supports Java with a native OpenGL mapping.
The OS native OpenGL functionality is avaiable from Java for many OS: Linux/GNU+XFree86, Unix/X11, MacOS, Win32.
Enhancements:
- removed the hack (which I put in sometime ago to get VooDoo3 working) that forced gl4java to choose a double buffered pixel format (the demos that used single buffer did not work) (thanks JYB)
- fixed the tessdemo and tesswind applets (thanks JYB).

The Community Z Tools (CZT) project is building a set of tools for editing, typechecking and animating formal specifications written in the Z specification language, with some support for Z extensions such as Object-Z and TCOZ. These tools are all built using the CZT Java framework for Z tools.
[Adapted from Andrew Martins original CZT proposal] The Z specification language was adopted as an ISO standard in 2002. The project can be used to precisely specify the requirements or behaviour of systems, and analyze that behaviour via proof, animation, test generation etc. However, one of the biggest barriers to the widespread use of the Z specification language seems to be the issue of tool support.
Many projects have constructed Z tools, some of product quality, most as student projects. Few of them are integrated with each other; few support all the new ISO standard; fewer still build together to form the kind of integrated environment that developers are beginning to expect.
Many good ideas have been developed to prototype stage, and then have been lost as projects have finished and students or researchers have moved on. The number of times a request for a Z parser arises in the Z newsgroup suggests lots of people are producing tools, most of which will never be seen outside their own institute. An integrated effort will move forward the state of tools, and thereby the take-up of Z.
Our objectives are to encourage interchange between existing Z tools (via a standard XML interchange format for Z), and to provide open-source libraries for building and integrating new Z tools. The software we are building does/will include:
1. An XML Schema markup for Z. See the ZB2003 proceedings for a paper describing this markup.
2. Java classes for Z annotated syntax trees (AST).
3. Java classes for converting between XML and Java AST.
4. Java libraries for the common operations needed in every Z tool (markup-converters, parser, type-checker, schema expansion etc.). A paper describing these will be presented at ZB2005.
5. One or more simple graphical Z editors, with facilities for easily entering the special Z unicode symbols. Initially we are using jEdit.
6. A Z animation tool called ZLive, with a customisable graphical user interface.
7. Export tools, to output Z in other notations or for other Z tools. (example, HTML output, LaTeX output, translation to B and JML).
8. Extended versions of the libraries and tools to support Z extensions such as Object-Z and TCOZ.
Enhancements:
- The software was updated to ZML 2.1.
- Object Z and Circus support were added.
- Z checking was updated to reflect bugfixes in the standard.
- Java 1.5 support was improved.
- Major bugfixes and code cleanups were done in all of the components.

The Asterisk-Java package consists of a set of Java classes that allow you to easily build Java applications that interact with an Asterisk PBX Server. Asterisk-java supports both interfaces that Asterisk provides for this scenario, The FastAGI protocol and the Manager API.
Asterisk-Java is compatible with Asterisk 1.0 and 1.2. The FastAGI implementation supports all commands currently available from Asterisk.
The Manager API implementation supports receiving events from the Asterisk server (e.g. call progess, registered peers, channel state) and sending actions to Asterisk (e.g. originate call, agent login/logoff, start/stop voice recording).
Enhancements:
- This release has full support for Asterisk 1.4 and the new Live API (org.asteriskjava.live).
- The Live API takes care of the low-level action and event handling of the Manager API, and offers an intuitive API for Java developers.
- Asterisk-Java takes advantage of the features of Java 5.0, and therefore requires a Java Virtual Machine of at least version 1.5.0.

JSwat is a graphical, stand-alone Java debugger, using the JPDA library.
JSwat Java Debugger offers breakpoints with monitors and conditions, colorized source code display, single-stepping, displaying variables, viewing stack frames, and expression evaluation.
Main features:
- breakpoints with conditionals and monitors
- colorized source code display
- graphical display panels showing threads
- stack frames
- visible variables
- loaded classes
- command interface for more advanced features
- Java-like expression evaluation, including method invocation.

JODConverter, the Java OpenDocument Converter, converts documents between different office formats.
The project leverages OpenOffice.org, which provides arguably the best import/export filters for OpenDocument and Microsoft Office formats available today.
JODConverter automates all conversions supported by OpenOffice.org, includin:
Microsoft Office to OpenDocument, and viceversa
- Word to OpenDocument Text (odt); OpenDocument Text (odt) to Word
- Excel to OpenDocument Spreadsheet (ods); OpenDocument Spreadsheet (ods) to Excel
- PowerPoint to OpenDocument Presentation (odp); OpenDocument - Presentation (odp) to PowerPoint
Any format to PDF
- OpenDocument (Text, Spreadsheet, Presentation) to PDF
- Word to PDF; Excel to PDF; PowerPoint to PDF
- RTF to PDF; WordPerfect to PDF; ...
And more
- OpenDocument Presentation (ods) to Flash; PowerPoint to Flash
- RTF to OpenDocument; WordPerfect to OpenDocument
- Any format to HTML (with limitations)
- Support for OpenOffice.org 1.0 and old StarOffice formats

C# Java Virtual Machine is a tiny implementation of the Java VM, including simple native classes. This project is written using the C# language. The VM is very easily expandable by writing additional native or Java classes.
Enhancements:
- The DbConnection class, which provides a connection to MS SQL or PostgreSQL using ADO.NET, was added.
- The Syst.MachineName method, which returns the machine name, was added.
- String.startsWith and String.endsWith functions were added.
- Some comments for VM.cs were written.

tracx project reads and stores any kind of XML data using a dedicated programming language. Read XML structure can be traced and changed.

Unix Shell and JDBC database escapes allows you to retrieve data and store it into the XML structure. Implementations based on C++ and Java are available.