Free moon defence software for linux

Remake of the old Atari game. You`re controlling defence sattelite on orbin of the Moon. Your goal is to destroy enemy missiles.

In the year 2045 USA built their first base on the Moon. Unfortunatelly, the Moon seems to be a cemetary of the Old Alien Race. The Old Alien Race is really pissed...

Defend your base, soldier!

Blue Moon project is a Blue Moon solitaire for Unix.
This 52-card solitaire starts with the entire deck shuffled and dealt out in four rows.
The aces are then moved to the left end of the layout, making 4 initial free spaces.
You may move to a space only the card that matches the left neighbor in suit, and is one greater in rank. Kings are high, so no cards may be placed to their right (they create dead spaces).
When no moves can be made, cards still out of sequence are reshuffled and dealt face up after the ends of the partial sequences, leaving a card space after each sequence, so that each row looks like a partial sequence followed by a space, followed by enough cards to make a row of 14.
A moments reflection will show that this game cannot take more than 13 deals.
A good score is 1-3 deals, 4-7 is average, 8 or more is poor.
Enhancements:
- Changes since the initial release have been in the packaging.

Ogrian Carpet project is a 3D fantasy action/strategy game.
Ogrian Carpet is an outdoor first person shooter game with real time strategy elements, inspired by the game Magic Carpet.
It uses Ogre3D as the renderer and allows you to fly around an island casting spells, summoning monsters, collecting mana, and building castles.
The object of the game is to build a castle, collect mana, and destroy your enemies. To build a castle, select a location, look at the ground, and cast the build spell. Note, you cannot build castles very close to water or other castles.
Your castle starts out small, with only one turret. As more mana is added to your castle, it will gain more turrets. Each turret adds another crane to your castles defense and another spell to your arsenal.
Basically, the game consists of fighting for control of mana. Whenever you encounter another wizard, shoot them with fireballs. If you hit them enough, they will "die" and be sent back to their castle. You are then free to claim all the mana in the area for yourself.
Once all the mana has been claimed, attack your enemys castle to get mana out of it so you can claim it for yourself. Once you enemys castle is out of mana, you can eliminate it by killing its heart. When all of your opponents have been banished, youve won.
Enhancements:
- AI bot player for skirmish
- things can now be loaded from an image, rather then randomly
- option for old randomized maps
- trees can now always bee seen
- made castle mana drops aggregate more
- loosened the restrictions on summoning
- made the config menu better
- added victory conditions to skirmish: kill all enemy towers/castles
- made ticks and gnomes stay in the formation you put them in
- made monsters and towers drop less then their cost when they have no wizard
- made mana float higher
- made towers cheaper (50)
- made sentinels drop much less (3)
- changed speed behavior on lava maps
- added victory music
- new music

Qonk project is a game I wrote to learn some SDL basics. The game is a small build-and-conquer strategy game with very simple rules. A complete game only lasts for a few minutes and can be a fun break away from work or whatever youre doing.
The setting of the game is a solar system of planets. Your goal is to conquer all of the planets in the game by sending ships there. Planets that are under your control generate new ships. Simple AI players are playing against you. As you gain more experience throughout the game, more AI players have to be kicked out of bigger solar systems.
The game is currently very much in beta. I published it however in order to see whether it compiles on other machines, and to see what reactions people had on its gameplay. The game engine itself is fully functional. A lot of things have to be added to make this a mature game (like menus and stuff), but since the engine itself works, Qonk is already very playable.
How to run
In order to change between levels, Qonk exits and parameters for the game and its level have to be entered from the command line. After a game, Qonk will tell you how to start Qonk again when exited. This is because Im too lazy to write a decent menu system (everyone who is interested, may add a menu system to the source), and only interested in hacking and tuning he game engine, its graphics and obviously, game play.
Rodolfo Borges provided a small shell script that helps starting the game, saving your current level, and moving to new levels automagically. You have to edit the file to change the path where you have installed Qonk before running it.
Qonk can be given two numeric parameters, the first denoting the number of planets in the solar system, the second gives the number of enemy AI players. Successive levels of the game are defined by two such parameters.
The first levels in the game are given by parameters (6 1), (7 2), (8 3), (9 4), (10 5), (10 6), (10 7), (10 8), (10 9), (11 10), (12 11), ... I managed to get to about (35 34) before I got bored with it and started over again. I have also managed to win a (100 99) game once. That was pretty hectic.
Although the game engine is prepared to run under different modes, the game always defaults to 1024x768 resolution, and goes into fullscreen modus to run qonk. (because of beta status)
How to play
You select ships and send them out to planets, to attack or fortify them. A ship that arrives at an enemy planet dies and kills an enemy ship, residing on that planet, along with it. If no enemy ships are based on the planet, you take over the planet. Planets under your control grow new ships for you to send around.
You control white planets and white ships. Colored planets belong to the opponent players. Gray planets are not controled by a player and can easily be conquered, once its resident neutral ships are destroyed (about 2-4 of them on each neutral planet).
There are two types of planets in the solar system. There are planets orbiting around the "sun" and moons orbiting around the planets. There are as many moons as planets in each solar system. Some planets may have more moons than others. A planet is expected to generate twice as many ships as a moon in the same amount of time. Some planets/moons build ships more quickly than others. Each ship also has a random speed.
Select ships by dragging your left mouse button. A ship can only be selected for an action if it resides on a planet. Use the right mouse button to send selected ships to the nearest planet to the mouse pointer. If you want to select all of the available ships, press A.
As you conquer more planets, more ships are built in parallel. Try to conquer as many planets as possible, so that many new ships are constructed and you can reign over the solar system.
There are some extra keys that can be used:
- While pressing E, the ships of enemy players are shown, so this is kind of a cheat button
- Press P to pause and unpause the game
- Press S to save a screenshot (screenshot.bmp) of the game

Damn Vulnerable Linux (DVL) is a Linux-based (modified Damn Small Linux) tool for IT-Security & IT-Anti-Security and Attack & Defense. Damn Vulnerable Linux was initiated for training tasks during university lessons by the IITAC (International Institute for Training, Assessment, and Certification).
Damn Vulnerable Linux (DVL) is highly integrated into the community project crackmes.de (http://www.crackmes.de) and is frequently updated with new community provided lessons. Damn Vulnerable Linux (DVL) is your place either to get the latest Damn Vulnerable Linux (DVL) distribution, to get new lessons, or to submit own lessons based on the Damn Vulnerable Linux (DVL) training system.
Damn Vulnerable Linux (DVL) is provided without any fee or charge! Actually, it is a perverted Linux distribution made to be as insecure as possible. It is collection of IT-Security and IT-Anti-Security tools. Additional it includes a fullscaled lesson based environment for Attack & Defense on/for IT systems for self-study or teaching activities during university lectures. Its a Live Linux Distro, which means it runs from a bootable CD in memory without changing the native operating system of the host computer.
As well it can be run within virtual machine environments, such as qemu or vmware. There is no need to install a virtual machine if you use the embedded option. Its sole purpose in life is to put as many security tools at your disposal with as much training options as it can. It contains a huge ammount of lessons including lesson description - and solutions if the level has been solved by a community member at crackmes.de.
Damn Vulnerable Linux (DVL) is meant to be used by both novice and professional security personnel but is not ideal for the Linux uninitiated. Damn Vulnerable Linux (DVL) assumes you know the basics of Linux as most of your work will be done from the command line. If you are completely new to Linux, its best you stop playing with this system.
INSTALLED TOOLS
- HT 0.5
- libreadline4_4.2a-5_i386
- gdb_5.2.cvs20020401-6_i386
- binutils_2.12.90.0.1-4_i386 (including objdumps,gas,strings ...)
- nasm-0.98-1.i386
- HLA v1.86
- libelfsh0-dev_0.65rc1-1_i386
- elfsh_0.65rc1-1_i386
- Apache 2.0.5.4
- Php 4.4.0
- ethereal-common_0.9.4-1woody12_i386
- ethereal_0.9.4-1woody12_i386
- libpcap0_0.6.2-2_i386
- tcpdump_3.6.2-2.8_i386
- lsof_4.57-1_i386
- ltrace_0.3.26_i386
- nmap_2.54.31.BETA-1_i386
- strace_4.4-1.2_i386
- ELFkickers-2.0a (including sstrip, rebind, elfls, ebfc, elftoc)
- GCC/G++ 3.3.4
- GNU Make 3.80
- bastard_bin- 0.17.tgz
- Mysql-server 4.4.1
- Ruby 1.8
- Python 2.3
- lida-03.00.00
- DDD 3.3.1
- Metasploit Framework

jPdfCalendar project allows you to create printable calendar pages as a PDF document from any of your images. The iText library is used to create the PDF itself.
You can add your own "special days" for each month, customize colors, fonts, borders etc.
To create calendar file, you should prepare xml file which structure is described in dtd file. The dtd structure also is described in graphical manner in image file. These information can be found in dtd folder.
To create a sample, use bin/createme.sh script. This script will create sample/calendar_public_en_2007.pdf file according to sample/calendar_public_en.xml project and with images from sample/pictures folder.
Requirements
You need Java 1.5 (or higher) JRE in your OS.
This tool uses iText library (http://www.lowagie.com/iText/) to manipulate of PDFs.
Well-known problem
If image is too large, especially if a hight of image large when page hight, the auto scaling works not properly (the day table is pulled out on the next page). In this case it is necessary to use "scale" tag and set scale factor manually.
Additional tool
Also here is some additional tool, PdfImageRipper. This tool has been created to extract (rip) images from PDF files.
It uses iText functionality to do it and you can think about it as Front-End-Tool. To use this tool, get bin/imgrip.sh script.
Enhancements:
- Moon phases are now displayed in the days table.
- The first day of week is now dependent on the locale, but can be changed in XML.

Lemonldap::NG::Portal is a Perl extension for building Lemonldap compatible portals.

SYNOPSIS

use Lemonldap::NG::Portal;
my $portal = new Lemonldap::NG::Portal(
domain => gendarmerie.defense.gouv.fr,
storageModule => Apache::Session::MySQL,
storageOptions => {
DataSource => dbi:mysql:database=dbname;host=127.0.0.1,
UserName => db_user,
Password => db_password,
TableName => sessions,
LockDataSource => dbi:mysql:database=dbname;host=127.0.0.1,
LockUserName => db_user,
LockPassword => db_password,
},
ldapServer => ldap.domaine.com,
cookie_secure => 1,
);
# Example of overloading: choose the LDAP variables to store
$portal->{setSessionInfo} = sub {
my ($self) = @_;
foreach $_ qw(uid cn mail appli) {
$self->{sessionInfo}->{$_} = $entry->get_value($_);
}
PE_OK;
};

if($portal->process()) {
# Write here the menu with CGI methods. This page is displayed ONLY IF
# the user was not redirected here.
print $portal->header; # DONT FORGET THIS (see L )
print "...";

# or redirect the user to the menu
print $portal->redirect( -uri => https://portal/menu);
}
else {
# Write here the html form used to authenticate with CGI methods.
# $portal->error returns the error message if athentification failed
# Warning: by defaut, input names are "user" and "password"
print $portal->header; # DONT FORGET THIS (see L )
print "...";
print ;
# In your form, the following value is required for redirection
print ;
# Next, login and password
print Login :
;
print Password : ;
print ;
}

Lemonldap is a simple Web-SSO based on Apache::Session modules. It simplifies the build of a protected area with a few changes in the application (they just have to read some headers for accounting).

It manages both authentication and authorization and provides headers for accounting. So you can have a full AAA protection for your web space. There are two ways to build a cross domain authentication:

Cross domain authentication itself (Lemonldap::Portal::Cda (not yet implemented in Lemonldap::NG))

Liberty Alliance (See Lemonldap::ServiceProvider and Lemonldap::IdentityProvider)
This library is a way to build Lemonldap compatible portals. You can use it either by inheritance or by writing anonymous methods like in the example above.

DropTeam is an online multiplayer FPS for Linux.
DropTeam combines accurate physics and ballistic systems, intelligent and realistic unit and weaponry capabilities with fast paced action set in a stark future of humanity. This Public Test is being offered in three different formats. One for Mac, one for Windows and one for Linux. This marks the first title published by Battlefront.com to offer Linux support!
Main features:
- A rich, fleshed out universe complete with a engaging back story and detailed history.
- Realistic combat system that models projectile/armor penetration, various munition types, and interior vehicle damage in detail.
- Huge, detailed and varied alien landscapes each planet accurately modeling its own gravity and atmospheric density, radically changing the tactical situation.
- Map sizes up to a massive 1000 (!) square kilometers.
- Terrain height resolutions from small ridges and vehicle fighting positions to towering hills and mountains.
- Deformable terrain with engineering vehicles digging out trenches in real time, ordnance created surface cratering and even trees toppling over under artillery fire.
- Dynamic environmental effects include building destruction and vehicles exploding and flipping over.
- Support for enhanced graphics effects including advanced shaders and High Dynamic Range rendering.
- Terrain uses dynamic tessellation (continuous Level of Detail) to render high resolution terrain at large sizes.
- Up to 16 human players or more supported, depending on system specs. Maximum online players realistically only limited by game server bandwidth, CPU and RAM.
More background and info on the game can be found on the DropTeam webpage located here.
The purpose of this release is to test DropTeams network functionality with a large number of players. Anyone can play for free in order to help us test DropTeam but this build has the following important restrictions:
1. Single player is disabled. You can only play network games with this release. The full version of the game includes single player skirmish games and a single player campaign.
2. This release only allows you to play 2 scenarios. The full version of the game includes 21 scenarios with more available for free download after release.
3. This is a test release, which means the game isnt finished yet. It definitely still has bugs. We greatly appreciate your help in finding and fixing them all!
Apart from these restrictions, this is a fully functional release. Players can use all of the dozens of vehicles and deployable items in the game. The two included scenarios are "Ice Field" and "Raid". Ice Field takes place on the frozen wasteland of Arcanum, a once-inhabitable planet orbiting Luytens Star that has had its climate devastated by bombardments from the Mu Arae Entente. The Raid scenario takes place on an inhabitable moon called Hopewell. Hopewell orbits a gas giant in the Wolf 9773 star system. Almost half of the moons surface, called "The Scorch", is a radioactive Hell created by the destruction of an antimatter station that used to orbit the gas giant. The remainder of Hopewell has recovered from this disaster and is once again beginning to flourish with vegetation and a growing human population.
This release includes everything needed to connect to servers and play on the Internet or on Local Area Networks on Windows, Linux, and Mac OS X Tiger. It also includes everything needed for players to run their own public or private servers. This is important since there will be a limited number of public servers made available by TBG. We plan to run only 6 servers for this public test release so players might need to run their own servers if they want to play frequently.