ACT-24.ZIP |
Archive Comparison Table
This ZIP file contains all the results and any other
information about the Archive Comparison Table. This table
contains comparisons between 45 different archiving programs.
Using 4 different data sets for the testing.
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AR001.ZIP |
Ar.C -- archiver in ansi c
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ARCPAK.ZIP |
Arcpak - is a unit for BP 7.0 that allows you to write programs
that use archive utilities. Arcpak recognizes arc, pak, zip,
lzh, arj, and exe files. It supports DOS and OS/2.
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ARITHCOD.ZIP |
Arithmetic Coding for Data Compression
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ARJ_DECO.ZIP |
UNARJ, C source
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AU116-4S.ZIP |
Universial Archive Utilities v1.16.04, C/C++ Source Code.
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CCUNZIP.ZIP |
UnZip Version 2.0, Zipfile Extract Utility
It is written to be as small and portable as possible -- ideal
as a starting point for handling .ZIP files in non-IBM
environments. Source code is provided in C and Turbo Pascal. If
you port this program to a non-IBM system, I would appreciate a
copy of the ported source and exec files.
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COMPRS12.ZIP |
Compress - data compression program , C source
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CRUNCH.ZIP |
CRUNCH.C -- Quick, easy data Compression
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CX201.ZIP |
CX 2.01 COMPRESSION TOOLKIT (C/asm)
* Add data compression to your apps.
* Small, Fast and Proven!
* Buffer and file interfaces.
* Great language/system support.
* Royalty free!
As you know, Cx provides a very low level interface to data compression.
Many application designers, however, may be able to use a higher level
interface. The CXSUB routines provide a high level, application
independent interface to Cx data compression. The CXSUB routines have
been carefully designed to allow easy integration into existing
applications. You may be able to use the CXSUB routines in your
applications, but if not, they may be instructive in explaining
the usage of Cx.
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FAXCOM.ZIP |
Faxdecoder
THis program compresses a fax using a model based on an order
16 model. C source.
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GIF-CSRC.ZIP |
DECODE.C - An LZW decoder for GIF
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GIF.ZIP |
LZW and GIF explained
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HUFFMAN.ZIP |
Huffman Encoding File Compression Technique in basic
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HUFMAN.ZIP |
Huffman compression routines in C
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LZ_ASM.ZIP |
lzdcmp - file decompressor using limpel-ziev algorithm (asm src)
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LZ77CODE.ZIP |
Two C programs with source code that demonstrate LZ77 sliding
dictionary compression.
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LZH.ZIP |
Lzhuf.C compression source
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LZHPAS.ZIP |
This Pascal unit allows the user to commpress data using a
combination of LZSS compression and adaptive Huffman coding, or
conversely to decompress data that was previously compressed by
this unit.
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LZO100.ZIP |
LZO -- a real-time data compression library v1.00
iS a data compression library which is suitable for data
de-/compression in real-time. This means it favours speed over
compression ratio. I named it LZO standing for
Lempel-Ziv-Oberhumer. LZO is written in ANSI C. Both the source
code and the compressed data format are designed to be portable
across platforms, and I intend to make LZO work on each
architecture that has at least 32 bit integers. Somewhat
limited support for 16 bit MSDOS is implemented as well (using
'huge' pointers).
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LZW.ZIP |
Lempel-Ziv compression in Pascal
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LZW4C14.ZIP |
LZW Data Compression Library for C
Programmers which uses the LZW algorithm as published in
research papers by Lempel, Ziv, and Welch. The LZW algorithm is
probably the best generic compression algorithm known today.
Supports Borland Turbo C, Microsoft C, and MIX Power C.
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LZWLIB.ZIP |
Lzw lib is a library of functions that will allow you to do, in
your c programs, some of the things you can do from the dos
commandline with such programs as pkzip and pkunzip, arc,
lharc, etc. While i've titled the library lzw, your files can
have any extension you desire. In fact, there is no default
extension. You should be aware that these files will probably
(read that assuredly) not be structurally compatible with the
files created by any of the programs mentioned above.
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PASUNZIP.ZIP |
Compression routines in pascal
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PPMZ.ZIP |
Ppmz (C source)
PPMZ is a file to file (like gzip) compressor based on the PPM
method. PPM stands for Prediction by Partial Match. What this
means is: PPM learns the statistics of the file - i.e. it
learns how to look at the data and predict what will happen
next. When PPM is predicting successfully, it can use
arithmetic coding to transmit the data in a much more compact
way (i.e. you only need 1 bit to write a correct-guess flag,
instead of 1 byte for the character; with arithmetic coding
this kind of tradeoff can be adaptively adjusted to the
estimated likely-hood of the guess being right.
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PPMZ_4GW.ZIP |
Ppmz , EXE-file
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ZIP191SR.ZIP |
InfoZip zip 1,9p1 sources (for djgpp)
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ZIPIO.ZIP |
Dezip1.C - sample code to deflate first file in a .Zip archive
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ZIPLB1.ZIP |
'ziplib' compressed data format specification draft #3
'gzip┤ file format specification draft #4.1
'Deflate' compressed data format specification draft #1
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ZLIB102.ZIP |
zlib 1.0.2 is a general purpose data compression library.
The 'zlib' compression library provides in-memory compression
and decompression functions, including integrity checks of the
uncompressed data. This version of the library supports only
one compression method (deflation) but other algorithms may be
added later and will have the same stream interface.
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