Free statue of limitations software for linux

Golly project is an open source, cross-platform Game of Life simulator currently under development by Andrew Trevorrow and Tomas Rokicki.
Our goal is to write a world-class Life simulator, solicit ideas and help from the planets best Life hackers, and share some of our excitement.
Main features:
- Unbounded universe (limited only by memory).
- Fast, memory-efficient conventional algorithm.
- Super fast hashing algorithm for highly regular patterns.
- Responsive even while generating or garbage collecting.
- Reads RLE, Life 1.05/1.06, and macrocell formats.
- Can paste in patterns from the clipboard.
- Auto fit option keeps patterns sized to the window.
- Full screen option (no menu/status/tool/scroll bars).
- Built-in HTML help system (thanks to wxWidgets).
Enhancements:
- The X11 version of Golly has a number of bugs and limitations, so use the GTK version if you can (it requires GTK+ 2.x).
- If you want to build Golly from the source distribution then to avoid various bugs use wxGTK 2.7 or later.

HTTP Proxy Client is the small set of libraries and scripts, which provides transparent access to Internet via HTTP proxy for programs, which uses TCP/IP for communication.
The list of programs includes: telnet, ftp, licq, cvs, smth else? Project implements dynamic library, that can be preloaded before program run.
The library substitutes some system calls (connect(), gethostbyaddr(), gethostbyname()), with calls, which makes TCP/IP connection through HTTP proxy. This allows client programs behind HTTP proxy work with Internet without limitations.
At the moment tested on i386 Linux, i386/sparc Solaris.
Enhancements:
- While using dotted address, applications will attempt to connect regardless DNS lookup result.

Alternatives system is an implementation of a Debian alternatives system; a system that allows several programs with the same or similar functions to be installed on a single system at the same time.
This implementation solves some problems and limitations of original implementation.
Alternatives architecture
General engine:
- alternatives-auto - turn into auto mode some alternatives item
- alternatives-manual - turn into manual mode some alternatives item
- alternatives-update - update current state of alternatives symlinks
Special scripts for the packages:
- alternatives-install - register new alternatives config, for use in %post package script
- alternatives-uninstall - unregister some alternatives config, for use in %preun package script
ALT Linux specific:
- alternatives-helper - helper script to use in package scripts
- alternatives-upgrade - tool to upgrade from old config format (XML based) to new.
Directories:
- /usr/bin - all scripts live here
- /etc/alternatives/packages.d - all package configs
- /etc/alternatives/auto - symlinks to registered configs
- /etc/alternatives/manual - list of alternatives in manual mode
- /etc/alternatives/links - for internal use only, alternatives symlinks lives here
- /usr/share/alternatives - directory with some helper functions and scripts
Original Debian alternatives implementation has some limitations and problems, so we (ALT Linux Team) rewrite this subsystem. What changes we have made?
- You dont need to give special generic name for altenatives file. This name is autogenerated now.
- This version is written in shell, awk and sed , so we reduce a number of dependencies, therefore, number of the packages in basesystem.
- We use different update model. Original alternatives system maintains its own database, by creating/removing files in system. In our alternatives (rpm) packages contains its configs and places them into generic directory during package installation. After package removal its config is automatically removed. It works like Debian menu subsystem, and its more stable.
- Now we have not any limitations for master-slave hieracly depth.
- New alternatives system works with no groups, but with each item. You can turn into manual mode any available item. There are only one difference between master and slave: weight calculation algorithm. Slave alternative have same weight as a master alternative.
- alternatives-update script corrects invalid manual alternatives, by switching them into auto mode. In original alternatives was situations with broken symlinks. Also new system doesnt create symlinks if target file does not exist. As a result, we also reduce number of broken symlinks.

Tefinch project is a discussion forum that can be integrated into your website.

Tefinch is a clone of the Heise Online discussion forum. It uses a threaded layout in an attempt to avoid some of the limitations of flat forums.

Tefinchs development focus is on cloning the design of Heise Online as closely as possible, while keeping it very performant and scalable.

StormWar is (actually, will be) a 3D realtime strategy game inspired by a quite unknown but great old game: NetStorm, Islands at war.
Game and datas are released under the GPL license.
Strictely speaking, StormWar will not really be a game, but rather a game engine. StormWar projects goal is to make a game engine with many limitations so that it is easy to edit or create a mod.
A frequent error in game engines projects (that often lead them to a sudden death) is to make the engine too general, so that only developers are able to make games around them.
As much as possible, some limitations will be removed in the future, with the same condition in mind: keep it easy.
A mod contains all the modifiable datas used by the engine in comprehensive data files. These files are mainly based on variables, which is even much simplier than an integrated scripting language.
So every people with a few computer skills would be able to make (or at least modify) a mod.
The StormWar official release will include:
- The StormWar engine, written in C.
- The default mod, namely the StormWar mod, which will tend to look like NetStorm.
- Maybe other interesting mods and/or testing mods.
The goal will be to play against bots handled by the computer or human opponents over a network. The games will be automatically generated. It will be possible to play tournaments where the players will evolve by learning new knowledge.
Main features:
- Quite portable source written in C.
- Many debugging options for developers and mod makers.
Core engine:
- Mods support based on files.
- Powerful variable system.
- In-game shell with runtime functions.
- Virtual modules with shell functions, preferences and shared ressources.
Game engine:
- Automatic ground generation.
- Bridges.
Graphical engine:
- OpenGL rendering.
- 3D objects organized in parts.
- 3D animation by keyframes.
- 2D on-screen objects.
- Graphical user interface management.
- Flexible architecture (many things can be changed on-the-fly).
- Bitmap font rendering.
- Basic 3D texturing by 2D textures.
- Bilinear, mip-mapped and trilinear texture filterings.
- Lighting.
- Simple materials.
- Fast motion blur emulation.
- Simple fog.
- Gamma correction.
- Manual camera positioning : scrolling, rotation around a point, panning.
Graphical user interface:
- Widget tree.
- Menubar and menus.
- Game panel.
- Graphical shell.
- Dialogs.
Sound engine:
- Music support.
- Stereo sound samples mixing.
- 3-dimensional sound positioning.
Predefined environmental effects:
- Cubic skybox.
- Cloud layers.
- Flocking (to simulate birds for example).
- Lightnings with thunder sound.
- Fog.

send2kflickr is the first attempt to create a KIPI plugin which uses KFlickr.
The functionality is limited but this is due to limitations in the KIPI API. For example I would of liked to of been able to add tags set in Digikam automatically in the photo however the KIPI API does not provide access to these tags.
NOTE: If you are a kflickr user you will notice that your user settings are not set. You will have to Authenticate send2kflickr with flickr.com to get these.
KFlickr is now available as a KIPI plugin. Thats right you will now be able to upload your photos directly from digikam, kphotoalbum and others using the same interface you have grown to love. So far photo title and description are supported. I am working on getting further support included but I am finding the KIPI API a bit limited. You can grab the software here?.
KFlickr offers many features such as:
- Drag-n-drop from other applications (such as Konqueror and DigiKam?)
- Easy editing of your photo properties (title, description, privacy, tags)
- Access to your Flickr.com list of tags
- Support for more than one user
- large Image preview
- support for the new flickr? authentication
- Batch editing of photos
- Proxy server support
- Support for JPG, PNG and (non-animated) GIF photo formats
- Photo rotate
- Photo resize before upload
- Konqueror Service menu
- Now a KPart (allows for future integration into other apps)
- Now supports DCOP (again allow for future integration into other apps)
- Unicode support

Linux Audio Backstop project is a system for automated scheduling of audio recording and playback in a broadcast environment.
It includes features for controlling external audio switcher devices by means of serial and TCP/IP commands, as well as the ability to record and playback relay closures by means of the line of digital GPIO cards manufactured by MeasurementComputing.
The Linux Audio Backstop runs on the popular GNU/Linux operating system. It is freely available under the GNU General Public License.
Main features:
- Record and Playback up to four feeds simultaneously.
- Programmable from any web browser.
- Supports capture and playout of up to twenty-four discrete relay closures.
- Very lightweight and efficient - a Pentium 1 system is capable of hosting a complete system
- Runs on the rock-solid GNU/Linux operating system.
- Totally free and open -- No dongles, unlock codes, software keys or other arbitrary limitations.

WEP Key Changer project, in short WepKC is a client/server application that allows you to protect your ad-hoc (point to point) wireless network when you are unable to use (due to software or hardware limitations) sophisticated protocols like WPA.

The program consists out of two parts:

the wepkcd daemon, which randomly changes the WEP key after a specified amount of time and sends the chosen key, encrypted with AES, to the wepkcc client
the wepkcc client, which receives the key through the encrypted channel and changes the WEP key in the client machine

The server also waits for packets ("pings") from the client, resetting the WEP key to a defined value when the client goes down and stops pinging the server.

If someone tries to use the wireless network without contacting the server, the connection will be dropped repeatedly in order to prevent further annoyance from strangers (please note that this feature, at the moment, works only in *nix systems).

And its very easy to setup and use.