Free mastercraft tires software for linux

StrongBad Emails is an extension which adds the words "Previous" and "Next" to the StrongBad Emails.

Tired of having to go back to the main email page to view the next Strong Bad email cartoon? Well wake up and smell the coffee with this extension.

FTester (The Firewall Tester) is a tool designed for testing firewalls filtering policies and Intrusion Detection System (IDS) capabilities.
The tool consists of two perl scripts, a packet injector (ftest) and the listening sniffer (ftestd). The first script injects custom packets, defined in ftest.conf, with a signature in the data part while the sniffer listens for such marked packets. The scripts both write a log file which is in the same form for both scripts. A diff of the two produced files (ftest.log and ftestd.log) shows the packets that were unable to reach the sniffer due to filtering rules if these two scripts are ran on hosts placed on two different sides of a firewall. Stateful inspection firewalls are handled with the connection spoofing option. A script called freport is also available for automatically parse the log files.
Of course this is not an automated process, ftest.conf must be crafted for every different situation. Examples and rules are included in the attached configuration file.
The IDS (Intrusion Detection System) testing feature can be used either with ftest only or with the additional support of ftestd for handling stateful inspection IDS, ftest can also use common IDS evasion techniques. Instead of using the configuration syntax currently the script can also process snort rule definition file.
These two scripts were written because I was tired of doing this by hand (with packet-crafting tools and tcpdump), I know that there are at least two dozens of other methods to do this but another reason was to learn some perl ;). I hope that you enjoy them.
Main features:
- firewall testing
- IDS testing
- simulation of real tcp connections for stateful inspection firewalls and IDS
- connection spoofing
- IP fragmentation / TCP segmentation
- IDS evasion techniques

The Firewall Tester (FTester) is a tool designed for testing firewalls filtering policies and Intrusion Detection System (IDS) capabilities.The tool consists of two perl scripts, a packet injector (ftest) and the listening sniffer (ftestd). The first script injects custom packets, defined in ftest.conf, with a signature in the data part while the sniffer listens for such marked packets. The scripts both write a log file which is in the same form for both scripts. A diff of the two produced files (ftest.log and ftestd.log) shows the packets that were unable to reach the sniffer due to filtering rules if these two scripts are ran on hosts placed on two different sides of a firewall. Stateful inspection firewalls are handled with the connection spoofing option. A script called freport is also available for automatically write to log files.
Of course this is not an automated process, ftest.conf must be crafted for every different situation. Examples and rules are included in the attached configuration file.
The IDS (Intrusion Detection System) testing feature can be used either with ftest only or with the additional support of ftestd for handling stateful inspection IDS, ftest can also use common IDS evasion techniques. Instead of using the configuration syntax currently the script can also process snort rule definition file.
These two scripts were written because I was tired of doing this by hand (with packet-crafting tools and tcpdump), I know that there are at least two dozens of other methods to do this but another reason was to learn some perl ;). I hope that you enjoy them.
Main features:
- firewall testing
- IDS testing
- simulation of real tcp connections for stateful inspection firewalls and IDS
- connection spoofing
- IP fragmentation / TCP segmentation
- IDS evasion techniques

Streamsniff is a command line tool that sniffs network traffic for stream urls. I built it because I got tired chasing stream urls hidden behind loads of html and javascript.

Run it as root, fire up your browser and start the stream you want to "expose". Streamsniff detects the initiation of rtsp, mms, icy and http streams, and performs a backtrace on http traffic to detect "playlist"-urls (stream metafiles).

Sample output showing ICY, RTSP and MMS urls and their playlist urls:

ICY : http://212.92.28.98:2002/
: http://real1.radio.hu/BartokG2.ram

RTSP: rtsp://rmlivev8.bbc.net.uk:554/farm/*/ev7/live24/6music/live/6music_dsat_g2.ra
: http://www.bbc.co.uk/6music/ram/dsatg2.ram

MMS : mms://wm05.nm.cbc.ca/cbcr2-toronto
: http://origin.www.cbc.ca/mrl2/livemedia/cbcr2-toronto.asx

Streamsniff is experimental. It runs on little-endian (Intel/AMD), Linux and Windows XP SP2. I want to be less specific about the platform. Help with ports (big-endian, FreeBSD) is appreciated.

Detects:

MMS
RTSP
ICY
HTTP (with Content-Type: audio.. , video.. , ..wms-hdr..)

Vamos Automotive Simulator project, as the name suggest is an automotive simulation framework with an emphasis on thorough physical modeling and good C++ design. Vamos includes a real-time, first-person, 3D driving application.

Vamos is young and its goals are only partially met. I invite anyone whos interested to contribute.

Thorough physical modeling

Vamos models most major systems of a car. The drivetrain includes a simulation of the engine, clutch, transmission and a limited-slip differential. Tires and suspension are also modeled. If I missed something, let me know.

Good C++ Design

The geometry, track, car and world modules are in their own namespaces. Care has been taken to avoid cyclic dependencies. Standard Library components like strings, vectors and maps are favored over arrays. Some of the modules and classes have aged more gracefully than others. If you see a design area that needs improvement, feel free to pitch in.

TORCS is a 3D racing cars simulator using OpenGL.

The goal is to have programmed robots drivers racing against each others.
You can also drive yourself with either a wheel or keyboard or mouse.
TORCS is available on Linux and Windows.

This concept is directly inspired from RARS

There are 42 different cars, 30 tracks and more than 50 opponents to race against. You can steer with a joystick or steering wheel, if its supported by your platform. It is also possible to drive with the mouse or the keyboard, but its not easy.

Graphic features lighting, smoke, skidmarks and glowing brake disks. The simulation features a simple damage model, collisions, tire and wheel properties (springs, dampers, stiffness, ...), aerodynamics (ground effect, spoilers, ...) and much more.

The gameplay allows different types of races from the simple practice session up to the championship. Enjoy racing against your friends in the split screen mode with up to four human players.

Installation:

1. Download the source package torcs-1.2.3.tar.bz2.
2. Unpack the package with "tar xfvj torcs-1.2.3.tar.bz2".
3. Run the following commands:

$ cd torcs-1.2.3
$ ./configure # --prefix="target dir", --enable-debug or --disable-xrandr might be of interest
$ make
$ make install
$ make datainstall

Youll need those dependencies

Default installation directories:

* /usr/local/bin - TORCS command (directory should be in your PATH)
* /usr/local/lib/torcs - TORCS dynamic libs (directory MUST be in your LD_LIBRARY_PATH if you dont use the torcs shell)
* /usr/local/share/games/torcs - TORCS data files


4. Run the "torcs" command (default location is /usr/local/bin/torcs), you can use those command line options.
All the configuration data, race results and players options will be saved below the $HOME/.torcs directory.

Tadpoles project is a 4-player action game similar to QBasics Nibbles.

Tadpoles is an action game for up to 4 players with ties to the original "snakes" or "nibbles" game concept. In Tadpoles, you control using a direction and velocity rather than the tired up/down, left/right controls. You can also collect various power-ups.

In Tadpoles, you control using a direction and velocity rather than the tired up/down, left/right controls. Not only that, but you can collect power-ups such as Lightning and GhostWalks.

The game is built on an object-oriented design concept, with the intent to create an adventure game out of the engine.