Free gui software for linux

Alien GUI is a graphical user interface of famous Alien which makes it possible to transform packages.

You must be logged in root to be able to use it.

F-Prot GUI is a graphical user interface for great (and free for individual users) command line antivirus called F-Prot.
F-Prot GUI is a very simple script but not featureless, I hope it will be useful.
For home users using the Linux open-source operating system, we offer F-Prot Antivirus for Linux Workstations. F-Prot Antivirus for Linux Workstations utilizes the renowned F-Prot Antivirus scanning engine for primary scan but has in addition to that a system of internal heuristics devised to search for unknown viruses
F-Prot Antivirus for Linux was especially developed to effectively eradicate viruses threatening workstations running Linux. It provides full protection against macro viruses and other forms of malicious software - including Trojans.
Main features:
- Scans for over 314168 known viruses and their variants
- Ability to perform scheduled scans when used with the cron utility
- Scans hard drives, CD-ROMS, diskettes, network drives, directories and specific files
- Scans for images of boot sector viruses, macro viruses and Trojan Horses

X10dev GUI project is a GUI providing remote access to a Linux box with X10dev drivers installed.

This Java Client demonstrates the simplicity of creating a remote control Web-based client/server for home automation control with the WiSH x10dev drivers. The package includes a socket server which runs on the same machine as the x10dev drivers.

Java clients are provided which emulate the SmartHome PowerSynnapse tool, emulate the HomeControl GUI, and create a new graphical tool for using a SmartHome Templinc.

CloverGUI is a Graphical User Interface for CloverETL engine.

CloverETL is an Extract Transform Load tool designed for Data collection, Data transformation, Data integration, etc. CloverETL engine is free, licensed under LGPL.

The CloverGUI allows its users-developers to create and modify data transformations in graphical format.

Such visual design essentially simplifies and streamlines the entire development process.

The developer selects from a pallete of existing components and pastes them onto a worksheet. Then he interconnects them into graphical representation of a transformation graph. The graphical representation is then translated by CloverGUI into XML self-documenting code, which is subsequently executed by CloverETL engine. The XML code is platform-independent.

The CloverGUI has been developed as an Eclipse framework plugin and is well integrated with other Eclipse functionality.

The CloverGUI belongs to a range of tools significantly simplifying operations with data using the CLoverETL engine base. Beside CloverGUI modul a Data Cleanser or Data Profiler modules are also available.

The CloverGUI is free for non-commercial use.

CANFestival GUI project is an implementation of the CANopen protocol.
CANopen SlaveLib is an implementation of the CANopen protocol for CAN bus devices.
It makes it very easy to create CANopen slave devices under Linux and on Microchips PIC microcontrollers.
Main features:
- Opensource and therefore available for everyone
- Standard-compliant
- Highly portable
- Programmed in ANSI-C (especially because of the portability)

MAC Changer GUI will display and change your MAC address to a user supplied or random value.

Created with kommander 1.3.0. Not sure if it works with previous versions.

Depends on kdialog and must be executed with the kdesu command.

Example:

kdesu kmdr-executor /home/someDIR/mac.kmdr

As this script is executed using root privileges it is good practice to inspect the script for malicious content. With that being said there is nothing in the script that can harm your computer. A reboot will restore your original MAC if you forget its value and want to change it back.

Getopt::GUI::Long is a wrapper around Getopt::Long that extends the value of the original Getopt::Long module.

SYNOPSIS

use Getopt::GUI::Long;

# pass useful config options to Configure
Getopt::GUI::Long::Configure(qw(display_help no_ignore_case capture_output));
GetOptions(%opts,
["GUI:separator", "Important Flags:"],
["f|some-flag=s", "A flag based on a string"],
["o|other-flag", "A boloean"],
);

# or use references instead of a hash (less tested, however):

GetOptions(["some-flag=s", "perform some flag based on a value"] => $flag,
["other-flag=s", "perform some flag based on a value"] => $other);

# displays auto-help given the input above:

% opttest -h
Usage: opttest [OPTIONS] Other Arguments

OPTIONS:

Important Flags:
-f STRING A flag based on a string
-o A boloean

Help Options:
-h Display help options -- short flags preferred
--help Display help options -- long flags preferred
--help-full Display all help options -- short and long



# or long help:

% opttest --help
Usage: opttest [OPTIONS] Other Arguments

OPTIONS:

Important Flags:
--some-flag=STRING A flag based on a string
--other-flag A boloean

Help Options:
-h Display help options -- short flags preferred
--help Display help options -- long flags preferred
--help-full Display all help options -- short and long

# or a GUI screen:

(see http://net-policy.sourceforge.net/images/getopt_example.png )

It can:

1) add a simple graphical user interface option screen if no arguments are passed to the program. Thus, the arguments to actually use are built based on the results of the user interface. If arguments were passed to the program, the user interface is not shown and the program executes as it normally would and acts just as if Getopt::Long::GetOptions had been called instead.

2) provide an auto-help mechanism such that -h and --help are handled automatically. In fact, calling your program with -h will default to showing the user a list of short-style arguments when one exists for the option. Similarly --help will show the user a list of long-style when possible. --help-full will list all potential arguments for an option (short and long both).

Its designed to make the creation of graphical shells trivial without the programmer having to think about it much as well as providing automatic good-looking usage output without the programmer needing to write usage() functions.

Xffm-gui library is used by some xffm applications, such as the xffm-filemanager.
It was developed as a part of the xffm file manager, and has evolved into a separate package. It has a desk view, icon view, and tree view.
Xffm is the integration of xftree, xfsamba and xfglob with additional enhancements and use of the gtk-2.0 library.
The final xffm is integrated by Edscott Wilson Garcia, but xffm is possible thanks to the many peoples who have contributed time, work and resources.
Enhancements:
- Initial release of the library as an independent package.