Blowfish is capable of strong encryption and can use key sizes up to 56 bytes (a 448 bit key). You're encouraged to take advantage of the full key size to ensure the strongest encryption possible from this module. Crypt::Blowfish has the following me...

Crypt::Blowfish::Mod implements the Blowfish algorithm using functions adapted from examples from Bruce Schneier and other authors. Crypt::Blowfish::Mod has an interface similar to Crypt::Blowfish, but produces different results. This module is endia...

This module implements the Blowfish cipher. Provided interface is compliant with Crypt::CBC module. BEWARE: This module implements just elementary "one-block-(en|de)cryption" operation - if you want to encrypt/decrypt generic data you have to use som...

This module is a wrapper for the OpenBSD implementation of the Blowfish cipher. The C source is taken from the portable OpenSSH source code....

Crypt::OpenSSL::Blowfish implements the Blowfish Algorithm using functions contained in the OpenSSL crypto library. Crypt::OpenSSL::Blowfish has an interface similar to Crypt::Blowfish, but produces different result than Crypt::Blowfish....

An object of this type encapsulates a keyed instance of the Blowfish block cipher, ready to encrypt and decrypt. Blowfish is a symmetric cipher algorithm designed by Bruce Schneier in 1993. It operates on 64-bit blocks, and takes a variable-length ke...

Crypt::OpenSSL::Blowfish::CFB64 implements the Blowfish cipher algorithm in CFB mode, using function "BF_cfb64_encrypt" contained in the OpenSSL crypto library....

*Net::SSH::Perl::Cipher::Blowfish* provides Blowfish encryption support for *Net::SSH::Perl*. To do so it wraps around *Crypt::Cipher::Blowfish* from the CryptX module. The blowfish used here is in CBC filter mode with a key length of 32 bytes. SSH1 ...

POE::Component::IRC::Plugin::Blowfish, is a POE::Component::IRC plugin that provides a mechanism for encrypting and decrypting IRC messages using Crypt::Blowfish_PP. If there is a blowfish key set for a IRC channel this plugin will always encrypt and...

*Crypt::OpenPGP::Cipher* is a factory class for PGP symmetric ciphers. All cipher objects are subclasses of this class and share a common interface; when creating a new cipher object, the object is blessed into the subclass to take on algorithm-speci...