Free total control software for linux

VolumeControl is a audio mixer for GNU/Linux.
Volume Control project requires OSS or ALSA with OSS /dev/mixer compatibility (for now) from the Linux kernel.
The GTK interface provides ease of use in adjusting volume levels.
Features to be added before version 1.0:
- add full ALSA support
- add volume themes
- additional testing
Enhancements:
- Command line arguments have been added.
- The GUI can be bypassed by using command line arguments.
- This makes volumecontrol useful for scripts, or for users who prefer adjusting levels without a GUI.

Wallpaper Control is a graphical wallpaper manager.

Wallpaper Control is a non-window manager-specific wallpaper manager for the X Window System.

It aims to be a full featured utility for managing and setting your images you use as wallpaper.

Features include a preview window, directory listing, and deletion of graphics from hard drive.

AJAX Tree Control is a modified version of SilverStripes tree control. It adds dynamic loading of child nodes via AJAX.

The default implementation uses the prototype library to make dynamic requests, but this behavior can be overridden by setting functions on the global Tree object.

There are a few demo Ruby on Rails applications included in the distribution that show how to use and customize the tree.

Slimserver Control is a Amarok script that can control your Slimserver (play/stop) from Amarok.

Usage:

Run the script. On first run, it will ask for the Slimserver IP address, port and the Squeezebox MAC address. If in doubt for the answers, browse to your Slimserver home page, then, while playing a song, move your mouse over the "Play" button. You should see in the status bar of your browser a URL similar to this one:

http://localhost:9000/status_header.html?p0=play&player=00%3A04%3A20%3A06%3A9c%3Aaa

In this example:

Slimserver IP adddress = localhost

Slimserver port = 9000

Squeezebox MAC address = 00%3A04%3A20%3A06%3A9c%3Aaa


Form more information about Slimserver and Squeezebox, look at: www.slimdevices.com

Ops Control Panel is a frontend for MRTG.

Unlike many other frontends, it does not have any requirements beyond those of MRTG, although it can support PHP-enabled Web servers instead of just running as a Perl CGI script.

Ops Control Panel project provides overviews of MRTG-based monitoring pages in a variety of formats.

Service Control is a basically it allows you to easily control services. Very very simple.

Currently only for Gentoos service directories, so if you use another distrobution, youll have to edit the initial combo variable to suit your needs.

NEEDS TO BE RUN AS ROOT!

Installation:

The simplest way to compile this package is:

1. `cd to the directory containing the packages source code and type `./configure to configure the package for your system. If youre using `csh on an old version of System V, you might need to type `sh ./configure instead to prevent `csh from trying to execute `configure itself.

Running `configure takes a while. While running, it prints some messages telling which features it is checking for.

2. Type `make to compile the package.

3. Type `make install to install the programs and any data files and documentation.

4. You can remove the program binaries and object files from the source code directory by typing `make clean.

Azureus Speed Control is a project that enables automatic configuration of your upload limit. This addresses the problem of implicit additional upload when Azureus downloads with high speed, which can lead to connection choking. This is a problem specially for users with low upload bandwidth like German ADSL users.

If your download rate increases, the upload limit will be reduced by a value that can be customized. If the download rate decreases, the upload limit will increase again.

Network Device Change Control (NDCC) is a system that monitors and records changes to the configurations of network equipment.

Network Device Change Control can store configuration snapshots for any text-based configs. It has been used to store configurations from Unix and Linux systems, Cisco routers, switches, load balancers, and firewalls, Foundry, NetScreen, Juniper, NetScaler, and others.

It only took a while to realize that router changes should be tracked. I rewrote the system to give a current and once-back system of configurations. Since I was using diff, I decided to leave the diff information in the system. Those diffs were emailed to a group so everyone knew when something was changed, along with what was changed.

Some time later, a bank needed to track configuration files, and the system was upgraded for use within a database. The first implementation was using perl as a CGI script against a PostgreSQL database. The company wanted many changes made for their auditing needs and most of those changes enhanced NDCC. Upgrades to their environment moved things to PHP and MySQL, and the system was rewritten for that environment and the old perl code has since been lost.