Free visualroute 2006 11.1a software for linux

Vector Visuals provides an easy-to-use, object-based API for creating and manipulating Java2D-rendered shapes and images. The project features object embedding, dynamic connectors, and multithreaded task support.
Vector Visuals has been downloaded thousands of times, and is already in use in a variety of applications. A few that we know of are a business ontology viewer, a particle simulator, and a childrens e-book builder.
Enhancements:
- This release of is a combination of bugfixes and new features.
- Persistence delegates were added for all of the Vector Visuals objects.
- The examples were moved out into their own source folder.
- Additionally, the entire product is now licensed under a permissive "New BSD"-style license.

Rehersal is a testing framework for Scala. It replaces the built-in SUnit functionality.
The project uses Expectations rather than Assertions, with real boolean operators. Tests can have any name, with any punctuation.
Main features:
- A very simple, novel testing API: Test names can have spaces and real punctuation!
- Use of Expectations: Instead of assertions, which are tedious to extend, Rehersal uses Expectations.
- No Attributes! No Funny Method Names! Tests can have any name, and normal punctuation, enabling "Tests as Documentation" much more naturally.
- Can be used on the command line: Quick and easy!
- Can be used simply with a straightforward ant task Just taskdef and go
- Class Loader safe: Tests are loaded in a separate class loader, allowing garbage collection and safe destruction!
- Test Categories: Tests are categorized to allow the mixing of unit, integration, regression, etc tests in the same project...

Squawk is a text and voice chat program geared towards gamers. Squawk Chat project uses the Speex codec for voice audio compression, ALSA for sound input and output, and GNU/ncurses to provide a simple text interface.

It is my hope that Squawk will eventually provide a Free alternative to Teamspeak and Ventrilo.

There are currently no releases for this project, but nightly svn snapshots are available from the download section.

Installation:

On GNU/Linux, make sure that Speex, ncurses, and ALSA are installed and
type sudo make install in the source directory.

Running:

The Squawk server is called squawkd. You or one of your friends must run
the server, or you must find a public server, in order to be able to chat.
To start the server, simply run squawkd.

The Squawk client is called squawk. Run squawk, and type /connect some.host
in order to connect to a server. Once connected, some IRC-esque commands will
allow you to list, join, and part various channels on the server:

/connect - Connect to the specified server address. May be canonical name or
a numeric IP address

/disconnect - Disconnect from the current server.

/list - List channels currently on the server. Channels you are already in
will appear with an asterisk (*).

/join - Join the specified channel. The channel is automatically created on
the server if it does not yet exist.

/part - Part the specified channel. Others in the channel see that you have
left.

/quit - Disconnect from the server and quit squawk.

Alt-< and Alt-> cycle through the channels you are currently in, so that you
may maintain several conversations at once. Note that you will only ever hear
one channel at a time.

Perforce is a software configuration management system that is fast, robust, runs on over 50 platforms, and scales to over 1000 users on a single repository.
Perforce project supports atomic submits and works well over wide area networks, including the Internet.
Main features:
Server
- The Perforce Server, P4D, manages access to versioned files, tracks user operations and records all activity in a centralized database.
Command-Line Client
- The Perforce Command-Line Client, P4, is highly scriptable and available on more than 50 platforms.
Distributed Development
- The Perforce Proxy, P4P, offers caching technology to provide remote users with quicker response times and real-time access to project activity and status information.
Defect Tracking
- Perforces built-in defect tracking system provides basic management for change requests. Integrations with leading defect tracking systems are also available to support more sophisticated workflow.
Web Client
- The Perforce Web Client, P4Web, turns your web browser into a complete user interface to Perforce.
Graphical Tool Integrations
- The Perforce Plug-in for Graphical Tools, P4GT, gives artists seamless access to version control from within 3ds max, Maya, and Adobe Photoshop.
Merge Tool
- The Perforce Merge Tool, P4Merge, provides graphical three-way merging and side-by-side file comparisons. Perforce client applications can also be configured to work with third-party merge tools.
Reporting
- The Perforce Reporting System, P4Report, offers query and reporting capability. Reporting tools including Crystal Reports, Microsoft Access and Microsoft Excel access the Perforce database through an ODBC driver.
IDE Integrations
- Perforces integrations with popular IDEs provides users with direct access to SCM functionality. Integrations are available for Microsoft Visual Studio, Eclipse, JBuilder, and others.
Enhancements:
- Client workspaces have a new "SubmitOptions" field that allows users to specify how unchanged files should be handled on submit.
- "p4 submit" can also now detect files opened for branch/integrate that have been modified in the workspace.
- Submits can be up to 40% faster thanks to improvements in the database locking and buffering of the journal file.
- Several changes have been made to improve the management of remote depots, including better lock support and MaxScanRows/MaxResults support.
- The new MaxLockTime group property allows admins to limit the duration of locks held by members of the group.

Kunzip is a free (but not opensource) library for decompressing ZIP archives. Kunzip started out as a test program I wrote for decompressing .zip files through a command line program.
I eventually added hooks to make it a DLL that can be used from Windows programs. It is also possible to compile it for Unix (and Unix-like OSs such as Linux) as a .so library.
My plan for the kunzip.dll was to make it as simple to use as possible so it can even be used from VisualBasic or such. It should be fully compatible with zipfiles created by InfoZip, PkZip, and WinZip. You can download it from the link below and view the prototypes for different languages that can call kunzip.dll.
I originally started this code to be able to decompress (and maybe even compress) PNG graphic files. Since this is the same algorithm used in gzip and zip (WinZip, InfoZip, etc), I decided to make it work with .zip files instead. Unfortunately, all the specs I had for this compression were for PNG and Zip is slightly different, so I had some problems getting it working :).
My first version kunzip (which built the huffman tables using arrays instead of trees and did a lot of fseeking) ran painfully slow, but my latest version runs quite well. One interesting thing I found, when I did static huffman decompression for TIFF, I did it using lookup tables instead of trees. This actually ran very fast, altho Im not sure of the speed difference if I used trees instead. On this project, I started out doing all 3 huffman sets using lookup tables.
After I saw how slow it ran, I switched the length huffman codes to a tree and the decompression ran almost double the speed. When I changed the distance huffman codes to trees, the decompression slowed down by a few seconds. So I left length/distance huffman codes as trees and kept the first huffman codes as lookup tables. I may try and improve on the speed even more later.
Not only can you download the source code which can be compiled on both Unix/Linux and Windows, but Ive also included a Windows DLL I built for doing unzipping. I think it is quite easy to use, so if you need an unzip library for Windows, feel free to use this (feel free to make a donation to my PayPal account too if you like.
Btw, this code was written to be compiled on Unix (Linux,FreeBSD,etc) systems. If you want to build the DLL, you can download the source code and type: make dll. The mingw C compiler needs to be used. Im 99% sure I did some things that dont work in Visual C++. I may make it compile to a Unix shared lib too for fun.
The original May 6, 2005 version of kunzip decompresses a 120meg file in about 3min40sec on my AMD Athlon XP box. Since then, I put some major optomizations in and it now decompresses the same file in 20 seconds.
Enhancements:
- The license has been changed to the LGPL.

As the Iometer Users Guide says, Iometer is an I/O subsystem measurement and characterization tool for single and clustered systems.

Iometer was originally developed by the Intel Corporation and announced at the Intel Developers Forum (IDF) on February 17, 1998 - since then it got wide spread within the industry.

Meanwhile Intel has discontinued to work on Iometer and it was given to the Open Source Development Lab (OSDL). In November 2001, a project was registered at SourceForge.net and an initial drop was provided.

Since the relaunch in February 2003, the project is driven by an international group of individuals who are continuesly improving, porting and extend the product.

The tool (Iometer and Dynamo executable) is distributed under the terms of the Intel Open Source License. The iomtr_kstat kernel module as well as other future independent components are distributed under the terms of the GNU Public License.