Free perfectly software for linux

JPokerTM is a JPoker Tournament Manager, a Poker Tournament application.
As I am a very keen Python user and also an avid Poker player, I decided to write an Open Source Cross-Platform application in Jython (a Java implementation of Python - see www.jython.org) to firstly make my life easier during our own home games (replacing written notes regarding blinds etc balanced against a pot plant).
There are many many improvements I want to make to this application, which is why it is currently designated as Alpha. However it is perfectly adequate as it stands to support my own home games, so I consider this a reasonable point to release it as v0.1. I would really like to have the chip value display working and that will probably go in v0.2.
This application is not really intended for use in huge tournaments like the WSOP where there will be more that 18 levels, it is more for home games and small card room tournaments. However if I get requests to support larger tournaments, I would certainly consider them.
Enhancements:
- BUGFIX* Added Ante Display.
- Added a chip value display to the tournament window.
- Added a preferences menu option which allows Currency (also FTR (fit to receive) display size in a future release) preferences to be selected.
- Preferences loaded from a file (if not present, default file created on startup).
- *BUGFIX* Pound sign display issue corrected by above.
- *BUGFIX* Ante format was not being provided if selected (TYPO).
- Blind structures now contained in external files, which are loaded into the application on startup.
- Files are simple csv (easily editable in an external application).

perlcdio is a lower-level wrapper to libcdio, the CD Input and Control library.

SYNOPSIS

This is fairly straight-forward wrapper around the C library libcdio. Although this is perfectly usable on its own, it is expected that the Object-Oriented interface Device::Cdio is what most people will want to use.
There are various constants that are defined here.

Encapsulation is done in two parts. The lower-level Perl interface is called perlcdio (this file) and is generated via SWIG.

CONSTANTS

Driver IDs

DRIVER_UNKNOWN
Use when you dont know what kind of driver and you dont care if it is an CD image driver or a real CD-ROM driver. See also DRIVER_DEVICE which doesnt include image drivers.

DRIVER_AIX

Driver for IBMs AIX.

DRIVER_BSDI

Driver for BSDI.

DRIVER_FREEBSD

Driver for Free BSD

DRIVER_LINUX

Driver for GNU/LINUX

DRIVER_SOLARIS

Driver for Solaris

DRIVER_OSX

Driver for Apples OS X.

DRIVER_WIN32

Driver for Microsoft Windows

DRIVER_CDRDAO

Image Driver for cdrdao

DRIVER_BINCUE

Image driver for CDRWin BIN/CUE

DRIVER_NRG

Image driver for Nero NRG

DRIVER_DEVICE

Use when you dont know what kind of driver but the driver must be a real CD-ROM driver. See also DRIVER_UNKNOWN which includes image drivers.
Real OS driver numbers come before image-disc drivers. Here are constants that can be used in iteration.

MIN_DRIVER

Smallest image or OS driver number.

MIN_DEVICE_DRIVER

Smallest OS device driver number.

MAX_DRIVER

Largest image or OS device driver number.

MAX_DEVICE_DRIVER

Largest device driver number.

Cleversafe is a storage software solution that offers extremely high reliability and security. It uses fast information dispersal algorithms to store small slices of data in multiple, disparate locations.

Each slice is individually unusable, yet any majority of the slices can perfectly recreate all of the original data. A large dispersed storage grid with 11 or more storage locations can remain fully operational even if up to any 5 of the storage nodes are not operational.

Local Area Security is a research group focused on information security related subjects. We are most known for L.A.S. Linux. Our live-CD security toolkit.

Local Area Security is a project that was started in 2002 to research information security related topics. During that time there was no real live-CD toolkit focused on information security.

So Jascha, the project founder built one from a stripped down version of Knoppix called Model-K. Both of which were built from Debian Linux.

Up until version 0.4 L.A.S. Linux was command line only. Which made it limited to some of the tools it could contain since many require a GUI. Or at least for many it is preferable to have one. So FluxBox was added as the desktop since it is light weight and very feature filled.

It was during this time that Jascha came up with the idea of keeping the size of L.A.S. as small as possible, which lead to a target maximum size of 180MBs. The size of the original mini-CDs that were available at the time. This forced the selection of tools and features to be weighed heavily since unlike other live-CDs that throw in everything including the kitchen sink. L.A.S. was designed from the ground up to be a tool not a all-inclusive grab bag of applications.

As well as many advances for live-CDs came about, such as to-ram that allows booting a live-CD into the physical RAM of a computer. Which by chance L.A.S. was perfectly cut out for. With as little as 256MB of RAM people could boot L.A.S. and then free up their CD-ROMs for burring etc.

For forensics this was a big plus, along with many other uses. Plus L.A.S. ran very fast in RAM which helped with running Nessus, Nmap, or other tools. When compared to full size (700MB) CDs which would require 1GB of RAM to use the to-ram option, it was really no contest.

KRecord is a KDE sound recorder. Easy to use. It can just record and playback wav-files, nothing else.

Can handle multiple files, you can drop files (from the file manager) to it, it can handle large sound files without problems. Has a input level display.

KRecord is much easier to use than "krec", which is an enigma in itself.

Compiles and Installs perfectly on Slackware 10.1 with KDE 3.4.1 and qt 3.3.4.

Just Click Record button and you can record...

FreakOut project is a portable breakout game.
It has lots of features and nice graphics.
Binaries are available for Linux i386 (SVGAlib) and DOS.
Version restrictions:
- You cant compile these sources to DOS without chaging the sources. Linux works perfectly. But DOS-binaries are included.
Enhancements:
- Falling bonuses
- ball held to paddle
- lives
- new level
- pausing function

tact project is a 2D/3D console tic-tac-toe program.
tact is a curses-based tic-tac-toe program that supports arbitrary sized 2D and 3D versions of tic-tac-toe, network play, and several computer players of varying intelligence, all of which can play either you, or each other, on any board size.
The most intelligent computer player can play perfectly (in real time) on all 2D boards, and all 3D boards except 4x4x4.
Main features:
- Curses interface (if you have ncurses you can use the mouse - welcome to the seventies!). There are options for changing the colors of the board, background, and pieces.
- If you dont have curses, or have curses and dont want to use it, there is also an ASCII interface (useful for larger board sizes or redirecting computer vs. computer games to a file). Also, if youre using a crappy terminal there is a chance the ASCII interface actually looks better than the curses one.
- Both the curses and ASCII use the same menu system, where you can configure most options for the game. All options may be configured using command line arguments (see the man page).
- Network play
- Arbitrary sized boards, both 2D and 3D
- Five types of players (all of which may play each other in any combination on all board sizes and dimensions)
- Human
- Network
- Computer Heurstic (three modes: easy, medium, hard, all of which are beatable).
- Computer Search, using standard alpha-beta algorithm. Depending on how far ahead you tell it to search, this player can play perfectly on all sized boards. For all board sizes and dimensions except 4x4x4, a search depth of 2 is all that is necessary to ensure perfect play. tact cannot play perfectly on 4x4x4 unless a very large search depth is used (probably on the order of a month!). This player also makes use of transposition tables (it caches various states so when they are again encountered it does not need to search again). On my computer, tact can play 10,000 perfect games of 3x3 (searching all the way to the bottom) in about 2 seconds, without the transposition tables, this takes about 32 seconds).
- Random (useful for benchmarking heurstic players).
Enhancements:
- Now compiles with GCC 3.x (2.x was more forgiving)
- Minor I/O (both curses and ASCII mode) fixes

Artistic Style project is a source code indenter, formatter, and beautifier for the C, C++, C# and Java programming languages.

When indenting source code, we as programmers have a tendency to use both spaces and tab characters to create the wanted indentation. Moreover, some editors by default insert spaces instead of tabs when pressing the tab key, and other editors (Emacs for example) have the ability to "pretty up" lines by automatically setting up the white space before the code on the line, possibly inserting spaces in a code that up to now used only tabs for indentation.

Since the NUMBER of space characters showed on screen for each tab character in the source code changes between editors (unless the user sets up the number to his liking...), one of the standard problems programmers are facing when moving from one editor to another is that code containing both spaces and tabs that was up to now perfectly indented, suddenly becomes a mess to look at when changing to another editor. Even if you as a programmer take care to ONLY use spaces or tabs, looking at other peoples source code can still be problematic.

To address this problem, Artistic Style was created - a filter written in C++ that automatically re-indents and re-formats C / C++ / C# / Java source files. It can be used from a command line, or it can be incorporated as classes in another C++ program.