Open Source File Compression Software - Page 13

a java util to zip/unzip files and folders Supported files for extraction: 7z, Zip, Tar, Rar, Lzma, Iso, GZip, Cpio, BZIP2, Z, Arj, Lzh, Cab, Chm, Nsis, DEB, RPM, UDF, WIM Supported compression format: Zip Minimum Requirements: - needs Java 1.7 or above CHECK OUT AND SUPPORT MY LATEST ANDROID PROJECTS IN HERE: https://play.google.com/store/apps/developer?id=Deepak+PK

Zipserver is a small HTTP 1.0 server written in Java. It is aimed to serve archived manuals, documents, books etc. on systems with limited hard disk space (e.g. notebooks). At this time it features only a small amount of configuration options: roo

Toucan has moved over to GitHub: https://github.com/PortableApps/Toucan, so please visit us there!

A small ruby script that provides an easy and highly configurable interface for Rsync and Tar. It features incremental backup with compressed option and mail support.

this is simple backup client<=>server oriented system; you put the server on the machine you want to backup; and the client on the machine used for storage;

Win32 and Win64 DLL to compress, uncompress, delete, test and list standard zip files, full Unicode support added at 06/November/2020, another option with more features about zip capabilities is the Parolin project at http://parolin.sourceforge.net/, if Winrar and 7zip compatability is important Parolin is a better option also statndard AES encryption is included

This is a fast binary compression/decompression method based on byte translation through a numerical order sequence that demonstrates the speed and efficiency of binary compression. (http://www.jasenko.com.mk)

Fast and efficient proprietary bit reordering compression. Usefull for compressing binary-text files. Uses binary vectors reordering and dynamic data dictionary. (http://www.jasenko.com.mk)

A shell script that backup linux files and send to a windows share. It uses tar, sed and smbclient.

bzip2 is a free and open-source file compression program that uses the Burrows–Wheeler algorithm. It only compresses single files and is not a file archiver. It is developed and maintained by Julian Seward. Seward made the first public release of bzip2, version 0.15, in July 1996. The compressor's stability and popularity grew over the next several years, and Seward released version 1.0 in late 2000. Official website: https://www.sourceware.org/bzip2/ Source: https://sourceware.org/pub/bzip2/?C=M;O=D

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

Simple, fast implementation of LZW (Lempel–Ziv–Welch) data compression algorithm in C. - Console encoder/decoder tools - OS independent - Could be used in embedded projects - Works with raw code-stream LZW features: - Hardcoded dictionary size - Variable code size - Code search is performed by hash table and embedded in dictionary linked lists (encoder) - No dynamic memory allocation

CvsKnit is a toolset to automate knitting up CVS repositories from existing source packages. This is a sub-project of minix-up project (SF.jp).

czip is a unix based utility written for the cell broadband engine. It allows its users to compress files in gzip format. It uses Jean-loup Gailly's deflate algorithm and is based in part on pigz, Mark Adlers parallel version of zlib.

Delphi compression class for Zlib, Bzip with support gz , compatible with Unicode versions of Delphi

A differential compresor (or a binary diff) for huge files. Unlike other tools, e.g. xdelta3, it searches for matching data through the whole source file, even if it weights several gigabytes, while using much less memory (with default configuration approx 25x less than the size of the source file). Output files are not compressed, so you can use any compressor you like with great results. It is quite fast for very similar files (about the speed of hdd, however it reads input files twice) and not much worse on files with lots of differences.

A very simple file compressor written in Perl. Compresses dirs to self-extractable exe. Uses UHARC and RAR utilities.

A lightweight, drag-and-drop freeware Windows utility that instantly reduces Microsoft Word (.docx) file sizes by stripping out heavy, embedded fonts without corrupting the document structure. Drag and Drop: No installation. Just drop a file or folder onto the .exe. Batch Processing: Automatically process an entire folder of .docx files (with a choice of including or excluding subfolders). 100% Safe for Word: Surgically removes the saved font files (if any) from inside the DOCX file while preserving your formatting and styles. (Word will safely fall back to default system fonts like Calibri). Portable: A single, standalone .exe file. Dramatically reducing the file size of .docx files if they contain embedded fonts inside them. Create a simple log in the form of TXT file in the output folder -with a list of processed and skipped docx files or how much file size was saved. If it was useful, consider donating any amount via the Revolut link: https://revolut.me/richarb0x8

ebsdiff creates a binary patch file using the bsdiff format. The enhancements to bsdiff are that it stores an MD5 hash of the original file (preventing accidental patching of the wrong file) and can limit the memory it uses while creating the patch file.

Utilities for J2EE EAR files

Indexed Tar file creation and extraction program.

Linux executable compressor using UCL. The small decompressing stub is written in assembler.

Flakarchiver is a application for extracting and creating archives by <a href="http://www.sourceforge.net/projects/hikoboshi-arcm/">hikoboshi</a>.

Font-spider is a compress tool for WebFont which can analyze your web-page intelligently to find the fonts out which have been used and then compress them. Font subsetter, our tool is based on HTML and CSS analysis and completely running in local so that. Font converter supports woff2, woff, eot, svg font format generation.

fpsc is a Fast Parallel Stream Compressor. It can use multiple CPUs to compress (gzip or bzip2) a data stream. (from stdin to stdout) It is built to achieve maximum throughput, everything else (especially memory usage) can be sacrified.