For the moment, this disables dynamic module loading and bundles
together all the ciphers into the main library. When libtool-1.4
hits our tree, the updated ltdl support can be used to re-enable
the dynloading.
NEWS:
- Due to an endianness handling problem Blowfish algorithm was not compatible
with other implementations. Now it has been corrected. If you want
to access the old algorithm used use the "blowfish-compat" module.
- Fixes in mcrypt_list_algorithms() for some systems. Bugs pointed out by
Jonathan Woolmington <jwool@ind.tansu.com.au>
- Fixes in stream mode.
- mcrypt_generic_init() no longer fails if smaller key is used. It uses
the most appropriate key size of the algorithm and pads with zeros.
- Fixes in wake algorithm (and support for IV).
- IV is now used in arcfour (arcfour-iv is now longer used).
Speedups in Arcfour.
--
libmcrypt is the library which implements all the algorithms and
modes found in mcrypt. It is currently under development but it
seems to work pretty good.
Unlike most encryption libraries libmcrypt does not have everything
(random number generators, hashes, hmac implementation, key exchange,
public key encryption etc.). Libmcrypt only implements an interface
to access block and stream encryption algorithms.
Its purpose was to assist in the development of mcrypt by providing
a uniform interface to access several different encryption algorithms,
so that the main program is independent of the encryption algorithms
and the modes used.
Libmcrypt supports the algorithms: BLOWFISH, TWOFISH, DES, TripleDES,
3-WAY, SAFER-sk64, SAFER-sk128, SAFER+, LOKI97, GOST, RC2, RC6,
MARS, IDEA, RIJNDAEL-128 (AES), RIJNDAEL-192, RIJNDAEL-256, SERPENT,
CAST-128 (known as CAST5), CAST-256, ARCFOUR and WAKE. Block
algorithms can be used in: CBC, ECB, CFB and OFB (8 bit and n bit,
where n is the size of the algorithm's block length).
