Free garden gnomes software for linux

Garden is a dependency injection for PHP5.

Inspired by Spring Framework, it uses XML application context with syntax as similar as possible to Spring context definitions.

Kickstarter

Create example.xml file like this (dont forget to put garden-beans.dtd next to it!):

< ?xml version="1.0" encoding="UTF-8"? >
< !DOCTYPE beans PUBLIC "-//GARDEN//DTD BEAN//EN" "garden-beans.dtd" >
< beans default-lazy-init="true" >

< bean id="dog" class="Dog" file="ext/Dog.php" >
< property name="collar" >
< ref local="dogCollar"/ >
< /property >
< /bean >

< bean id="dogCollar" class="Collar" file="ext/Dog/Collar.php" >
< property name="spiked" value="true"/ >
< /bean >

< /beans >

etx/Dog.php contains:
class Dog
{
private $collar;
public function setCollar($collar)
{
$this->collar = $collar;
}
public function getCollar()
{
return $this->collar;
}
}

etx/Dog/Collar.php contains:
class Collar
{
private $spiked;
public function setSpiked($spiked)
{
$this->spiked = $spiked;
}
public function getSpiked()
{
return $this->spiked;
}
}

Packet Garden is a project that allows you to grow a world from network traffic.

Packet Garden captures information about how you use the internet and uses this stored information to grow a private world you can later explore.

To do this, Packet Garden takes note of all the servers you visit, their geographical location and the kinds of data you access.

Uploads make hills and downloads valleys, their location determined by numbers taken from internet address itself.

The size of each hill or valley is based on how much data is sent or received.

Plants are also grown for each protocol detected by the software; if you visit a website, an HTTP plant is grown. If you share some files via eMule, a Peer to Peer plant is grown, and so on.

zengarden is a tool that watches over the installation and building of source archives. It is a fork of installwatch that has been heavily updated with modern features.
It can prevent build tools from interfering with files outside the build directory and create a virtual chroot to perform installations in or backup the files the install overwrites.
Installation
Installwatch has been tested on Linux only.
Before compiling, you can edit the Makefile and change the PREFIX variable. Common values are `/usr and `/usr/local.
To compile it, a simple `make followed by `make install should do the magic.
You need an ELF system, but I dont think its a problem today...
If you want to try installwatch on itself for the first time, do the following instead of `make install.
Bash family:
LD_PRELOAD=./installwatch.so make install
Tcsh family:
setenv LD_PRELOAD ./installwatch.so ; make install
Of course, you must be root in the installwatch source directory.
Remember, if you belong to the tcsh family, LD_PRELOAD will remain set after `make install, so be sure to clear the variable.
Enhancements:
- autoolized - at least for the most part
- minor bug fixes
- viewcvs (not really a feature in the tarball) - thx to sofar

Einstein@GNOME is a GNOME panel applet that lets you participate in the Einstein@Home neutron star search.

It is a frontend for the boinc client and was developed because there are no other decent GUIs available yet.

Historically, the OSS desktop has been steadily improving in usability, accessibility, and general slickness, yet the world of IRC clients has not kept up. With IRC being one of the fundamental methods of communication within the open source community, it is bizzare that this area has been neglected.
GNOMEs philosophy in terms of user interfaces has been progressing towards presenting the user with few options, yet sane defaults. While many of the normal X-Chat options will be preserved inside GConf, only the most common settings will be included in the main user interface. The GTK+ frontend provides excessive customizability, with options scattered throughout the interface. This leads to an inconsistent user experience, confusion, and general clutter.
One thing to note is that this project is still extremely young. As such, at the moment is is not extremely trivial to build, run or debug. If anyone is interested in helping out, stop by #xchat-gnome on irc.freenode.net
Enhancements:
- This release has a few important bug fixes.

Java-GNOME application is a set of Java bindings for the GNOME and GTK libraries that allow GNOME and GTK applications to be written in Java.

The Java-Gnome API has been carefully designed to be easy to use, maintaining a good OO paridigm, yet still wrapping the entire functionality of the underlying libraries.

Java-Gnome can be used with the Eclipse development environment and Glade user interface designer to create applications with ease.

Java-Gnome is part of the official Gnome Bindings Release, commiting us to high quality regular releases.

Folding@Gnome project is an applet is a GUI that keeps track of the background protein folding progress done by Folding@Home

The Folding@Gnome applet is merely a GUI in which you can adjust your Folding@Home settings and view the folding progress. Folding@Home is a background process that uses spare CPU cycles to calculate the folding of proteins. For more info, please visit Stanfords Folding@Home homepage.

GNOME Sudoku is a GNOME-based puzzle game. Sudoku is a popular puzzle Japanese logic game. GNOME Sudoku intends to provide a simple interface for generating, playing, saving, printing and solving Sudoku puzzles.

At present, GNOME Sudoku supports infinite undo, generation of symmetric puzzles with unique solutions, and basic features to help gameplay.