Parallel archiver info

[aminer]

..

Hello,

Compression with my Parallel archiver results in quicker transfer times
as the same data is represented by less bytes, in addition to a common
benefit for file transfer; combining files into one archive for
continuous transfer can often be much quicker than re-negotiationg a new
connection for each file to be transferred which, with multiple small
files like a website, can take longer than the actual transfer of the
data. Other than that its in-memory archives support is much faster
than harddisk archives, hence in-memory archives will lower the response
time and lower the load on your server.

Other than that you can use my Parallel archiver as a hashtable from
the harddisk or from the memory with O(1) very fast access to the
compressed and/or encrypted data , the DeleteFiles() has a O(1)
complexity the ExtractFiles() and Extract() have also O(1) complexity
and GetInfo() is also O(1) and of course the AddFiles() is also O(1),
the Test() method is also O(1). So now my Parallel archiver is
extremely fast.

Also Parallel archiver is scalable with muticores: Parallel archiver
will run faster as you add more and more cores/processors. And with its
Parallel LZ4 and its Parallel LZO compression algorithms, it is one of
the fastest in the world.

You can use Parallel archiver as a hashtable from the memory or from the
hardisk with O(1) complexity on all the methods, so it's very fast.

And Parallel archiver is very stable now, and it doesn't use too much
memory ressource.

Its Parallel programming interface is very very easy to use, try it and
you will see.

Parallel archiver supports a wide range of Parallel compression
algorithms: Parallel LZ4, Parallel LZO, Parallel ZLib, Parallel BZip and
Parallel LZMA with different compression levels

I have added 64 bit support into my Parallel archiver so that it lets
you create archive files over 4 GB , now it supports archives up to
2^63 bytes, compresses and decompresses files up to 2^63 bytes.

Parallel archiver supports memory and file streams , it adds compressed
data directly from streams and extracts archived files to streams
without creating temp files. You can also Save/Load the archive from stream.

Parallel archiver supports in-memory archives.

Parallel archiver is Fault tolerant to power failures etc.

With Parallel archiver you can create encrypted archives using Parallel
AES encryption with 256 bit keys.

Maximum compression levels provide much better compression ratio than
Zip, RAR and BZIP and the same as 7Zip with 8 megabytes dictionary.

Parallel archiver supports both compression and decompression rate
indicator, and you can test the integrity of your archive and the Full
source code is available.

And of course my Parallel archiver is free, so it costs you 0$ and it
comes with the source code


You can download Parallel archiver 1.85, that is very stable, from:

http://pages.videotron.com/aminer/



Thank you,
Amine Moulay Ramdane.