Free binary star reality check software for linux

Particle Reality is an extremely versatile Java particle engine, based on the ideas of the excellent commercial particle animation software Particle Illusion by wondertouch.

Particle Reality allows you to define all aspects of particle and particle emitter behavior over their entire lifetime in XML, allowing for a very flexible particle system.

SystemCheck is a Superkaramba theme that displays some system information like CPU usage, Memory used, Network activity,Volume etc.

System Check is based on SystemMon.

(http://kde-look.org/content/show.php?content=22988)

I hope you like it.

With the new alsa version (1.0.10) alsa-utils will be removed and amixer does not longer exists so i added a version with the gom mixer.

No liability is assumed for damages to hard and software !!

Bandwidth Check is a small utility that helps an administrator measure the available bandwidth. In order to make use of this utility, you will need to turn on the chargen service, which is provided in many inetd implementations.

In order to make use of this utility, you will need to turn on chargen protocol.

To enable chargen on Linux:

create the following file /etc/xinetd.d/charge
service chargen
{
type = INTERNAL
id = chargen-stream
socket_type = stream
protocol = tcp
user = root
wait = no
disable = no
}
service xinetd restart

To Compile bwcheck

gcc -o bwcheck bwcheck.c

To execute

./bwcheck

./bwcheck 172.16.11.2
Throughput: 73390.74 kb

Tree::Binary::Search is a binary search tree for Perl.

SYNOPSIS

use Tree::Binary::Search;

my $btree = Tree::Binary::Search->new();

$btree->useNumericComparison();

$btree->insert(5 => "Five");
$btree->insert(2 => "Two");
$btree->insert(1 => "One");
$btree->insert(3 => "Three");
$btree->insert(4 => "Four");
$btree->insert(9 => "Nine");
$btree->insert(8 => "Eight");
$btree->insert(6 => "Six");
$btree->insert(7 => "Seven");

# this creates the following tree:
#
# +-------(5)----------+
# | |
# +-(2)-+ +-(9)
# | | |
# (1) (3)-+ +----(8)
# | |
# (4) (6)-+
# |
# (7)
#

$btree->exists(7); # return true

$btree->update(7 => "Seven (updated)");

$btree->select(9); # return Nine

$btree->min_key(); # returns 1

$btree->min(); # returns One

$btree->max_key(); # return 9

$btree->max(); # return Nine

$btree->delete(5);

# this results in the following tree:
#
# +-------(6)-------+
# | |
# +-(2)-+ +-(9)
# | | |
# (1) (3)-+ +-(8)
# | |
# (4) (7)
#

This module implements a binary search tree, which is a specialized usage of a binary tree. The basic principle is that all elements to the left are less than the root, all elements to the right are greater than the root. This reduces the search time for elements in the tree, by halving the number of nodes that need to be searched each time a node is examined.

Binary search trees are a very well understood data-structure and there is a wealth of information on the web about them.

Trees are a naturally recursive data-structure, and therefore, tend to lend themselves well to recursive traversal functions. I however, have chosen to implement the tree traversal in this module without using recursive subroutines. This is partially a performance descision, even though perl can handle theoreticaly unlimited recursion, subroutine calls to have some overhead. My algorithm is still recursive, I have just chosen to keep it within a single subroutine.

Star Trek Voyager: Elite Force is a modification to the icculus.org maintained quake3 engine
to make it possible to run EliteForce holomatch. This means: you can *not* play single player missions with this project.
This engine has full compatibility for the newer _and_ the original EliteForce protocol, clients using the original engine can use newer servers, and clients using my engine can use old servers, too.

Now, the next few paragraphs are just some random blabla about the advantages of this release, but if you want to you can just skip it and go right to the installation instructions.

What was the motivation for me doing this project?

It actually started pretty small.. The Quake3 source has been released more than half a year ago and I got the crazy idea to try the quake3 engine with EliteForce on my trusted Gentoo Linux.

When I started the program first the screen went black and nothing happened... nearly nothing. I heard some sounds and when I moved the cursor I heard random click-clicks from the mouse going over some menu buttons. This meant this stuff is not completely incompatible after all, it didnt crash right away though that was exactly what I expected it to do. I digged in Ravens multiplayer source that they released (only the virtual machine stuff, to allow for building modifications) and compared it to quake3s virtual machines and realized that there was a small
incompatibility in one of the data structures used to pass information between engine and virtual machine. It was nothing big and after fixing this the menu worked!

There were some quirks here or there, but most of the menu really worked. So it got me thinking: If I fix all these incompatibilities.. maybe I can finally play my beloved multiplayer game Ive been clinging to for over 5 years on my favorite OS natively.. and IPv6 support for EliteForce would be pretty cool too...

So a crazy idea was turned into a serious project. I had to add support for Ravens models, playing mp3s, EliteForces own network protocol. My goal was to make this release as close to the original as possible. Most of the time, I only could guess what names and functions would mean to the engine or I had to compare the original game and then try to make it work the same way in my engine.

The quake3 game relies heavily on floating point operations. Unfortunately, the original EliteForce engine does non-ISO compliant rounding of floating point numbers to integers in the VMs. The game VM uses that flaw which will result in higher jumping for certain com_maxfps settings. As with the new engine there are many platforms that can be supported, there are probably many different ways one has to take to revert the rounding to the old behaviour. This is nearly impossible to do, so I had to use a different approach: build new VMs.

Reality Cyanide project is a client for Cyanide, a graphical virtual reality multiplayer role-playing game.

Cyanide is intended to be the most dynamic multi-player online role-playing game ever made.

This client uses an isometric perspective to present scenes. It is programmed with Python, pygame (SDL), and OpenGL.

Full 3D movement is possible, and the servers code can be exchanged online.

RTL-check is a framework for static analysis of programs from a safety and security perspective.
RTL-check project performs analysis on RTL, which is the low-level intermediate representation generated by GCC.
Enhancements:
- The performance of the analysis was improved, and a minor bug was fixed.

Star Asterisk API is a high performance API that connects to the manager interface of Asterisk or to AstManProxy.
Star Asterisk API is easy to use, object-oriented, and easy to extend to suit your particular requirements.
Main features:
- Easy to use -- Simple php
- Easy to extend -- Object oriented approach
- High performance -- Handles High volume of traffic