Free stuff software for linux

X-Moto is a challenging 2D motocross platform game, where physics play an all important role in the gameplay. You need to control your bike to its limit, if you want to have a chance finishing the more difficult of the challenges.
First youll try just to complete the levels, while later youll compete with yourself and others, racing against the clock.
Main features:
- High-resolution 2D graphics accelerated by your fancy 3D hardware
- Easy extensible with custom levels and stuff (Level editor included)
- Advanced physics engine
- Levels scriptable with the Lua programming language
- Much more...

Public Fox cleans stuff after downloading.

Tired of cleaning stuff people download? Use this to limit file downloading.
Prevent browser changes.

Public Fox blocks users from downloading unwanted files.
Locks down Add-ons.
Locks down Preferences.
Locks down about:config
All with a central password.

XML::Mini::Element::Entity Perl module is used internally to represent < !ENTITY name "stuff" >.

You shouldnt need to use it directly, see XML::Mini::Elements entity() method.

Lemuria is an OpenGL visualization for xmms and gmerlin-visualizer. Lemuria features animated textures, several backgrounds, and a lot of fun stuff.

It integrates the Xaos fractal engine for making background textures, and can open the goom DLL.

GNOME Advanced Preferences is an UI to tweak advanced GNOME preferences.

GNOME Advanced Preferences allows you to tweak hidden GNOME preferences, including custom keyboard shortcuts to execute specific commands, etc.

Stuff generally only available through GConf.

Python-LDAP provides an object-oriented API to access LDAP directory servers from Python programs. Mainly it wraps the OpenLDAP 2.x libs for that purpose.

Additionally the package contains modules for other LDAP-related stuff (e.g. processing LDIF, LDAPURLs, LDAPv3 schema, etc.).

Apache::TestTieBucketBrigade is a Perl module to test Apache::TieBucketBrigade, takes a bunch of stuff and then writes it back upcased.

It tests stuff. I suppose you could use it as an example of building things with Apache::TieBucketBrigade. This would be cooler if I actually new how to test mod_perl protocol handlers. For now, put something like the following in httpd.conf

Listen localhost:8013

< VirtualHost localhost:8013 >
PerlModule Apache::TestTieBucketBrigade
PerlProcessConnectionHandler Apache::TestTieBucketBrigade
< /VirtualHost >

restart apache and hope for the best. Telnet to locahost:8013 type some stuff in and see if it comes back upcased.

Class::Classless is a Perl framework for classless OOP.

SYNOPSIS

use strict;
use Class::Classless;
my $ob1 = $Class::Classless::ROOT->clone;
$ob1->{NAME} = Ob1;
$ob1->{stuff} = 123;
$ob1->{Thing} = 789;

my $ob2 = $ob1->clone;
$ob2->{NAME} = Ob2;

printf "ob1 stuff: n", $ob1->{stuff};
printf "ob2 stuff: n", $ob2->{stuff};
printf "ob1 Thing: n", $ob1->{Thing};
printf "ob2 Thing: n", $ob2->{Thing};

$ob1->{METHODS}{zaz} = sub {
print "Zaz! on ", $_[0]{NAME}, "n";
};

$ob1->zaz;
$ob2->zaz;
$ob1->EXAMINE;
$ob2->EXAMINE;
This prints the following:
ob1 stuff: < 123 >
ob2 stuff: < 123 >
ob1 Thing: < 789 >
ob2 Thing: < >
Zaz! on Ob1
Zaz! on Ob2
< Class::Classless::X=HASH(0x200236f4) >
stuff, 123,
NAME, Ob1,
Thing, 789,
METHODS, { zaz, CODE(0x20068360) },
PARENTS, [ ROOT ],
< Class::Classless::X=HASH(0x2002cb48) >
stuff, 123,
NAME, Ob2,
METHODS, { },
PARENTS, [ Ob1 ],

In class-based OOP frameworks, methods are applicable to objects by virtue of objects belonging to classes that either provide those methods, or inherit them from classes that do.

In classless OOP frameworks (AKA delegation-and-prototypes frameworks), what methods an object is capable of is basically an attribute of that object. That is, in Perl terms: instead of methods being entries in the symbol table of the package/class the object belongs to, they are entries in a hash table inside the object. Inheritance is implemented not by having classes inheriting from other classes (via ISA lists), but by having objects inherit from other objects (via PARENTS lists).

In class-based OOP frameworks, you get new objects by calling constructors. In a classless framework, you get new objects by copying ("cloning") an existing object -- and the new clone becomes a child (inheritor) of the original object. (Where do you get the one original object? The language provides one, which has no parents, and which contains some general purpose methods like "clone".)