Free party poker 1.0 software for linux

poker-eval is a C library that can evaluate poker hands. The result of the evalution for a given hand is a number. The general idea is that if the evalution of your hand is lower than the evaluation of the hand of your opponent, you lose.
Many poker variants are supported (draw, holdem, omaha, etc.) and more can be added. poker-eval is designed for speed so that it can be used within poker simulation software using either exhaustive exploration or Monte Carlo.
Installation:
This library uses the GNU Autoconf self-configuration mechanism, so compiling on a GNU/Linux and Unix system should be fairly simple.
To build both the C library and the examples:
./configure
( cd lib && make build_tables )
make
To build and run the tests:
./configure
( cd lib && make build_tables )
make check
The "make check" command will run several test programs to ensure that everything works correctly. On slow machines, the tests may take several minutes.
To install the library and the headers (by default they will install in /usr/local/lib and /usr/local/include/poker-eval respectively):
./configure
make install
To run the examples:
cd examples
read the usage at the beginning of the source file
and run the program accordingly
Enhancements:
- Bugfixes.

KPoker project is a Video Poker game.
KPoker is a KDE-compilant clone of those highly addictive pocket video poker games which are sometimes called "Videopoker".
Enhancements:
- added two player game
- fixed some and added many bugs

Adder is a free and open-source voting system. Is an Internet-based electronic voting system which employs strong cryptography.

Adder was built at the University of Connecticut, in the Computer Science & Engineering Department, by members of the CryptoDRM Laboratory.

The following principles are central to the project:

Transparency: All of the data in the main server database should be accessible to the public. This includes the encrypted votes, public encryption keys, and final totals. The main server database does not store secrets.
Universal Verifiability: Any result obtained by the system should be verifiable by any third party. By inspecting the election transcript, it should be possible to perform a complete audit of any procedure.
Privacy: All voters in an election should be confident that their individual choices will remain hidden. Only the total is made available to the public.
Distributed Trust: Each procedure is "supervised" by multiple authorities, and the final sum cannot be revealed without the cooperation of a given number of authorities. Any attempt to undermine the procedure will require the corruption of a set number of authorities. Authorities and voters may overlap arbitrarily. Thus, it is possible for the voters themselves to ensure trustworthiness.