B | |
| Base64 [Cryptokit] |
The
Base64 module supports the encoding and decoding of
binary data in base 64 format, using only alphanumeric
characters that can safely be transmitted over e-mail or
in URLs.
|
| Block [Cryptokit] |
The
Block module provides classes that implements
popular block ciphers, chaining modes, and wrapping of a block cipher
as a general transform or as a hash function.
|
C | |
| Cipher [Cryptokit] |
The
Cipher module implements the AES, DES, Triple-DES, ARCfour
and Blowfish symmetric ciphers.
|
| Cryptokit |
The Cryptokit library provides a variety of cryptographic primitives
that can be used to implement cryptographic protocols in
security-sensitive applications.
|
D | |
| DH [Cryptokit] |
The
DH module implements Diffie-Hellman key agreement.
|
H | |
| Hash [Cryptokit] |
The
Hash module implements unkeyed cryptographic hashes (SHA-1,
SHA-256, RIPEMD-160 and MD5), also known as message digest functions.
|
| Hexa [Cryptokit] |
The
Hexa module supports the encoding and decoding of
binary data as hexadecimal strings.
|
M | |
| MAC [Cryptokit] |
The
MAC module implements message authentication codes, also
known as keyed hash functions.
|
P | |
| Padding [Cryptokit] |
The
Padding module defines a generic interface
for padding input data to an integral number of blocks,
as well as two popular padding schemes.
|
R | |
| RSA [Cryptokit] |
The
RSA module implements RSA public-key cryptography.
|
| Random [Cryptokit] |
The
Random module provides random and pseudo-random number generators
suitable for generating cryptographic keys, nonces, or challenges.
|
S | |
| Stream [Cryptokit] |
The
Stream module provides classes that implement
the ARCfour stream cipher, and the wrapping of a stream cipher
as a general transform.
|
Z | |
| Zlib [Cryptokit] |
The
Zlib module supports the compression and decompression
of data, using the zlib library.
|