Uses of Interface
gnu.crypto.prng.IRandom

Packages that use IRandom

gnu.crypto.jce.spec
gnu.crypto.mac	Provides a basic API for using Message Authentication Code (MAC) algorithms.
gnu.crypto.prng	Provides a basic API for using cryptographically strong pseudo random number generation algorithms.
gnu.crypto.sig.dss
gnu.crypto.sig.rsa
gnu.crypto.tool

Uses of IRandom in gnu.crypto.jce.spec

Fields in gnu.crypto.jce.spec declared as IRandom

protected IRandom

TMMHParameterSpec.keystream The keystream.

Methods in gnu.crypto.jce.spec that return IRandom

IRandom

TMMHParameterSpec.getKeystream() Return the key stream this specification was initialized with.

Constructors in gnu.crypto.jce.spec with parameters of type IRandom

TMMHParameterSpec(IRandom keystream, java.lang.Integer tagLength, byte[] prefix)
Create a new parameter specification.

TMMHParameterSpec(IRandom keystream, java.lang.Integer tagLength)
Create a new parameter specification with no prefix.

Uses of IRandom in gnu.crypto.mac

Methods in gnu.crypto.mac with parameters of type IRandom

void	TMMH16.update(byte b, IRandom prng) Similar to the same method with one argument, but uses the designated random number generator to compute needed keying material.
void	TMMH16.update(byte[] b, int offset, int len, IRandom prng) Similar to the same method with three arguments, but uses the designated random number generator to compute needed keying material.
byte[]	TMMH16.digest(IRandom prng) Similar to the same method with no arguments, but uses the designated random number generator to compute needed keying material.

Uses of IRandom in gnu.crypto.prng

Classes in gnu.crypto.prng that implement IRandom

class	ARCFour RC4 is a stream cipher developed by Ron Rivest.
class	BasePRNG An abstract class to facilitate implementing PRNG algorithms.
class	ICMGenerator Counter Mode is a way to define a pseudorandom keystream generator using a block cipher.
class	MDGenerator A simple pseudo-random number generator that relies on a hash algorithm, that (a) starts its operation by hashing a seed, and then (b) continuously re-hashing its output.
class	PBKDF2 An implementation of the key derivation function KDF2 from PKCS #5: Password-Based Cryptography (PBE).
class	UMacGenerator KDFs (Key Derivation Functions) are used to stretch user-supplied key material to specific size(s) required by high level cryptographic primitives.

Methods in gnu.crypto.prng that return IRandom

static IRandom

PRNGFactory.getInstance(java.lang.String prng) Returns an instance of a padding algorithm given its name.

Uses of IRandom in gnu.crypto.sig.dss

Methods in gnu.crypto.sig.dss with parameters of type IRandom

static java.math.BigInteger[]

DSSSignature.sign(java.security.interfaces.DSAPrivateKey k, byte[] h, IRandom irnd)

Uses of IRandom in gnu.crypto.sig.rsa

Methods in gnu.crypto.sig.rsa with parameters of type IRandom

byte[]

EME_PKCS1_V1_5.encode(byte[] M, IRandom irnd) Similar to EME_PKCS1_V1_5.encode(byte[]) method, except that the source of randomness to use for obtaining the padding bytes (an instance of IRandom) is given as a parameter.

Uses of IRandom in gnu.crypto.tool

Constructors in gnu.crypto.tool with parameters of type IRandom

Ent(IRandom prng)