Free key generation software for linux

Generations Linux is a GNU/Linux distribution that boots and runs completely from CD-ROM media.

It includes a large base of powerful recent Linux software and desktop environments, including the lastest Linux kernel v,2.6, the K Desktop Environment (KDE) with office tools, games, multimedia, graphics, productivity, software development, Internet, and support for laptops.

The software depot is stored in a database, allowing once installed, one or multiple computers to keep an inventory of software installed or depend on a server class computer in the network (internet) to provide software depot details from the overall system to each program and file.

Traffic Control - Next Generation (tcng) is a revision of the Linux network traffic control infrastructure that aims to make the configuration language less cryptic, and provide better interfaces for software and hardware accelerators.
The goal of this project is to revise the network traffic control infrastructure of Linux to overcome shortcomings of the existing architecture, and to make it more extensible.
In particular, we try to resolve the following issues that are present in other similar programs:
Create a more user-friendly configuration language
Provide interfaces for straightforward interaction with network management
Allow seamless integration of hardware accelerators
The code consists of two major components, the traffic control compiler tcng and the traffic control simulator tcsim. Both are described in some more detail below. Since tcng and tcsim share many support files (e.g. the whole regression test system), they are both contained in a single package, called tcng.
This site contains the source code and information directly related to tcng. Pointers to sites with information on traffic control in general can be found in the links section below.
This project started at the beginning of 2001 at EPFL ICA, continued until mid-2002 at Bivio Networks (tm), and has now become one of my spare time activities.
Enhancements:
- the "mtu" parameter in TBF is now optional
- tcsim now uses KVERSION[NUM] instead of KFULLVERSION[NUM] to avoid breaking if EXTRAVERSION contains multiple dots or other surprises (reported by Eduardo Grosclaude)
- scripts/runtests.sh now runs commands with LANG=C, to avoid localized error messages (reported by Eduardo Grosclaude)

MyPageKit::Common is a Perl model class containing code common across site.

This class contains methods that are common across the site, such as authentication and session key generation. This particular class is an example class that is used for the old pagekit.org website. It is derived from Apache::PageKit::Model and a base class for the Model classes for the pagekit.org site.

It is a good starting point for building your own base class for your Model classes.

PHP HTML Form Generation and Validation Class is a PHP class for easy HTML form generation and validation.

If youre a web developer you know that designing HTML forms and writing the PHP code for their validation is a really dull task. And if youre like me you mustve looked around the web to see what you can find in order to ease this task.

I made this class first of all because being addicted to coding, I just had to. But what had me really thinking, after looking at some of others people work was: "cool, but what if I have to put the label on top of the text box and not to the left of it? or what if I have to put three controls in a row?" because the vast majority of the HTML form processors Ive seen were just adding the controls one beneath the other and as a webdeveloper I can tell you, besides the login window, I was never asked to build a form where all the controls are just one beneath the other... Now, I am sure that in some of them there were workaround for these things but I wanted it really simple. Oh, and another thing: I wanted the error messages generated by the form validation to be wherever I wanted not just on top, not just on bottom. I want them wherever I feel like theyre looking ok!

So thats why this PHP class is as straightforward as it gets: it provides an easy and intuitive way of handling both HTML form design - based on templates, where you can design your form any way you want, and basic server-side form validation. As this is a BETA version, currently there are only a few validation rules available but you can easily write custom validation rules, both for server-side and client-side.

It provides all the basic controls available in an HTML form plus a date picker control.

In order for the date control to work you must also download the PHP Date Picker Class from the downloads section and configure the PHP Form Generation and Validation Class by setting the datePickerPath property to point to the date picker class!

Youll get a better picture of what Im trying to say by downloading the class and running the example and browsing through the documentation

Suggestions, comments and requests are welcomed.

The code is heavily documented so you can easily understand every aspect of it.

Gtk2::CodeGen is a code generation utilities for Glib-based bindings.

SYNOPSIS

# usually in Makefile.PL
use Gtk2::CodeGen;

# most common, use all defaults
Gtk2::CodeGen->parse_maps (myprefix);
Gtk2::CodeGen->write_boot;

# more exotic, change everything
Gtk2::CodeGen->parse_maps (foo,
input => foo.maps,
header => foo-autogen.h,
typemap => foo.typemap,
register => register-foo.xsh);
Gtk2::CodeGen->write_boot (filename => bootfoo.xsh,
glob => Foo*.xs,
ignore => ^(Foo|Foo::Bar)$);

This module packages some of the boilerplate code needed for performing code generation typically used by perl bindings for gobject-based libraries, using the Glib module as a base.

The default output filenames are in the subdirectory build, which usually will be present if you are using ExtUtils::Depends (as most Glib-based extensions probably should).

OpenExplore is a game which aims to simulate the 15th-16th century European explorations of the Americas.

In the first release of OpenExplore, most of the focus is on the world generation algorithm, which can produce beautiful continents.

Fraqtive is a program for drawing Mandelbrot and Julia fractals. It uses a very fast algorithm and generates high quality, smooth images.

It is fully interactive, allowing for real-time mouse navigation and dynamic generation of the Julia fractal preview. OpenGL-rendered 3D view of the fractals is also supported.