Search Results for "users" - Page 7

TNT Mocha Backup Platform Independent backup utility written in Java. Uses ZIP files for data storage. Now supports file permission backup for restore by standard utilities in linux such as unzip.

An easy-to-use, user-friendly GUI for archived file formats (jar, zip, tar). Explorer-type archive browsing with all the archiving functionality offered through a much easier, quicker & more understandable manner than its command-line counterpart. This project has been replaced by Archive Buddy [http://sourceforge.net/projects/archivebuddy]

UnRarX is a Mac OS X Cocoa application that allows you to expand rar archives on MacOS X.

Gnochive is a Gnome front end for all archivers under linux.

PHP Unarchiver is Un-Archiver tool that works with Tarballs, Zips and Rars. Unarchiver is a browser-based archive management tool for users who do not have direct access to their servers.

REOBack (pronounced as ray-o-back), is a backup solution designed for Linux users/system admins. It supports scheduled full/incremental backups, remote transfers via NFS or FTP as well as auto-deletion of old backups.

INACTIVE PJZip is an open source zip-tool based on PersonalJava standard 1.2 by SUN. (ZIP-tool for Pocket PC)

Waveform Archiver

Want to modify your Award(tm) bios or the files it contains? AwardMod is the ONLY publicly available program that lets you add or remove modules from the New Medallion BIOS'. replaces some or all of cbrom/modbin download it today Josef Hill

garchiver is an archiver for Gnome. It has a tree interface that lets you navigate through your archives very easily, as well as the classic WinZip interface. It also has full drag and drop support.

OzVM is a simple, lightweight, secure virtual machine. The current target application of OzVM is OzStream, allowing platform-independent self-decoding data, which abstracts encoded data from client applications.

A simple BASH script to do nightly backups to tarballs to a seperate hard drive (not to tape). Supports full and incremental backups. Ideal for linux home users to easily backup all or parts of their system, provided they have an extra hard drive.

KUPX is a KDE frontend for UPX and simplifies UPX's usage to some clicking with the mouse and selection of the files to be UPX'd.

The RAZip bitstream format was designed to provide a faster random access to compressed data than what is currently possible using the GZIP format. During the desing phase, some other features were added, like encryption and error correction.

Expandable multi-player online spacegame with influences of MUD & IRC.

Arpix is a project to create a library for archiving and compression (LibGarp), and a frontend for it (GnomeZip).

A shell script to copy long files into several floppy disks. It tar, compress, uuencoded and split input files. Then copy the generated files in the necessary number of floppy disks. After, all the process can be reversed through the script refloppy

PackRat is Backup and Recovery for Perl empowered systems. It is intended to provide a light-weight disaster-recovery capability to any system running the aproporiate perl, but is developed and tested only under linux at this point. Future releases will i

Kexis - A lossless WAV file compressor. Kexis' main goal is to develop prediction and encoding schemes to minimize compressed file size. Kexis strives to be the premier lossless sound encoder.

New compression method based on bit repacking.

This project should be deleted because the name "Garp" was already taken. This project will continue under the name "Arpix" (that is, if the SourceForge staff approve my "Arpix" project).

Open MP accelerated implementation of distributed network storage system.

Experimental command line compression utility to experiment with various compression algorithms.

Lrzip is a lossless compression application designed to scale with modern hardware resources using a variety of different back end compression algorithms with the ability to have unlimited size compression windows and optional high grade encryption. The larger the file the better the compression possible and the more powerful the hardware the faster it can compress with a heavily multithreaded design.