Free refill kits software for linux

Kopete Reloading Kits goal is to improve Kopete GUI. Except its cool styling feature, Kopete hasnt visually changed a lot for months...

You can see in the screenshot, the current result of my attempts to refresh the contact list visual aspect.

The aim of that project is to provide to the Kopete users a pack of well made patches that will give them the ability to customize their favorite IM client without having to write a single line of C++.

Everything will be stored as bitmaps, which means everyone will be able to create its own theme, youll only need Gimp and a few minutes of patience...

The screenshot you can see isnt a mockup but what is currently displayed on my computer, Ill try to improve it before releasing a first pack.

NOTICE : As a patch archive, youll have to fully compile kopete source code in order to benefit from these functionalties...

Art of Illusion is a free, open source 3D graphics studio.

Art of Illusion combines modelling, animation, texturing and rendering in one application, with advanced features which compare favorably to those found in many commercial programs.

Art of Illusion is written entirely in Java. It should (in theory) work under any Java Virtual Machine (JVM) which is compatible with Suns Java Development Kit (JDK) 1.4 or later.

Sishell provides a reverse shellcode kit for x86 Linux, FreeBSD, NetBSD, and OpenBSD.

sishell is a reverse (connecting) shellcode kit for x86 Linux, FreeBSD, NetBSD, and OpenBSD. You may generate both regular shellcode (no NULLs) and stand-alone ELF executables (e.g. for injection into Web script vulnerabilities).

It is distributed with a Makefile system, a custom ELF brander (brandelf), and a C example code generator.

Shellcode is a piece of machine-readable code, or script code that has just one mission; to open up a command interpreter (shell) on the target system so that an "attacker" can type in commands in the same fashion as a regular authorized user, or system administrator of that system can (with a few
not-so-important exceptions though). However, in order to get remote access to the shell, youre going to need some kind of networking support in your
shellcode too.

If the shellcode is to be used to exploit buffer overflows (e.g.) in binary, machine-readable software, the shellcode is going to have to be machine-readable (binary) and, to make things more complicated, it cant contain any null bytes (0x00). Null (0) is a string delimiter that tells all C string functions (and other implementations) that once found the function should stop processing the string (thus, a null-terminated string). We dont want an input function to stop processing our shellcode, since we want to upload the entire shellcode into the vulnerable program and tell it to execute it.

cdrkit is CD Recording Kit, a collection of applications related to creation of optical disk media on Unix platforms.
cdrkit is heavily based on the cdrtools package (partially developed and maintained by Joerg Schilling before), but is maintained independently.
This software is compiled to binary form using a build system based on the CMake framework. Therefore, the requirements to build this package are:
- cmake (recent version, available from http://www.cmake.org or maybe as a package in your Linux distribution)
- make (an implmentation supported by cmake, eg. GNU make, smake, ...)
- working GCC compiler environment
COMPILATION:
Run: make
INSTALLATION:
Run: make install
To force a custom target directory, use something like:
cmake -DCMAKE_INSTALL_PREFIX=/opt/freeware build
make install
Enhancements:
- This release has generic drive guessing, OpenBSD support, and some bugfixes.

Chemistry Development Kit classes are Java utitility classes for ChemoInformatics and Computational chemistry, written in Java. They are developed constantly developed parallel to other projects that make use of them.
They are a complete re-write of the CompChem classes that were the basis of JChemPaint, a Java Editor for 2D chemical structures, and of JMDraw, a Java package for the graphical layout of 2D chemical structures.
The CDK project was started in September 2000 to replace the CompChem libraries used by JChemPaint, Jmol and SENECA. It no longer is in its initial stage, but is slowly getting a solid state.
The people involved in setting up the project are Christoph Steinbeck then at the Chemoinformatics Group at the Max Planck Institute of Chemical Ecology in Jena, as well as Egon Willighagen from the University of Nijmegen, The Netherlands, who is also involved with JChemPaint and many other Java Chemoinformatics programs, and Dan Gezelter from Notre Dame University, South Bend, USA, the initiator of Jmol, a 3D viewer and analyzer for molecules .
Now, the rewrite of these CompChem/CDK library classes do somehow effect all of our projects. All of our code relies to some extend on the so-called CompChem classes for computational chemistry.
Christoph Steinbeck started this chemistry library when he started programming SENECA, a system for Computer Assisted Structure Elucidation. It turned out that some of the code had design flaws that prevented others, like the authors of (Jmol) to use it.
Enhancements:
- This release consists of mostly some bugfixes, but also solves a few Java 1.4.2 compile problems and adds more functionality to the SMARTS parser.

Statistical Traffic Analysis Kit is a set of command-line traffic analysis tools, designed to help a network administrator to see what is happening at a router at the moment.

Unlike tcpdump (1), the stak set uses statistical and stream-oriented methods, and will rarely produce an output stream at a speed beyond human perception. The output is less accurate.

The kit consists of five different utilities, designed to perform the following tasks:
estimating overall traffic rates (stakrate),
determining network nodes generating the highest traffic (stakhosts)
monitoring the amount of traffic exchanged with particular autonomous
systems (stakasta),
extracting strings from packets (stakextract),
determining connections and flows generating the highest traffic
(stakstreams, experimental),

CDK4AVR stands for Cross Development Kit for Atmels AVR RISC processor serie and should support your development with a comprehensive Assembler and C development environment for even this processor familie under Linux. It will present only free of fee tools, so you can use it without risks. Further you will find some useful OS projects and related sample code all arround AVRs inside of the example packages.
CDK4AVR collects all programms and development tools in one directory (/opt/cdk4avr) and will try to present an easy to admin installation.
My intention for CDK4AVR is / was to provide a full featurd tool chain distribution of all the free accessible resources, because the most stuff is scattered to the wide of the whole Internet and only compileable by wizards or professions.
Installation:
Each package will be provided as RPM only. It is not necessary to install all packages,but you have to install the base package cdk-avr-base every time you want to use another package. Here is an example for a typical GNU development environment:
[user@host]$ rpm -hiv cdk-avr-base-0.3-20031111.i386.rpm
[user@host]$ rpm -hiv cdk-avr-binutils-2.14-20030906.i386.rpm
[user@host]$ rpm -hiv cdk-avr-gcc-3.3.2-20031021.i386.rpm
[user@host]$ rpm -hiv cdk-avr-gcc-c++-3.3.2-20031021.i386.rpm
[user@host]$ rpm -hiv cdk-avr-gcc-colorgcc-3.3.2-20031021.i386.rpm
[user@host]$ rpm -hiv cdk-avr-libc-1.0.2-20040229.noarch.rpm
[user@host]$ rpm -hiv cdk-avr-gdb-6.0-20031019.i386.rpm
[user@host]$ rpm -hiv cdk-avr-simulavr-0.1.2.20040304cvs-20040304.i386.rpm
[user@host]$ rpm -hiv cdk-avr-avarice-2.2-20040229.i386.rpm
[user@host]$ rpm -hiv cdk-avr-uisp-20040207cvs-20040304.i386.rpm
[user@host]$ rpm -hiv cdk-avr-avrdude-4.3.0-20040229.i386.rpm
Base package -- is needed every time you will use any CDK4AVR package.
NOTE: Users of base packages with version 0.2 and prior have to update to latest version. There was a damaged (t)csh startup script. As a result of an buggy %preun script in previous packages you have to update in two cycles:
[user@host]$ rpm -hUv cdk-nios-base-0.3-20031111.i386.rpm
[user@host]$ rpm -hUv --force cdk-nios-base-0.3-20031111.i386.rpm
Enhancements:
- There are minor feature enhancements in AVR-Ada 0.4.1.
- As a result, the packeges for binutils and gcc/gnat were rebuilt.
- There are new packages for the AVR-Ada run time system and related examples.