Whirlpool

Undocumented in source.

final

class Whirlpool : MerkleDamgard {

uint digestSize();

void reset();

void createDigest(ubyte[] buf);

uint blockSize();

uint addSize();

void padMessage(ubyte[] at);

void padLength(ubyte[] at, ulong length);

void transform(ubyte[] input);

}

Constructors

this this(): Construct a Whirlpool

Members

Functions

addSize uint addSize(): Length padding size
blockSize uint blockSize(): block size
createDigest void createDigest(ubyte[] buf): Obtain the digest
digestSize uint digestSize(): The size of a Whirlpool digest is 64 bytes
padLength void padLength(ubyte[] at, ulong length): Performs the length padding
padMessage void padMessage(ubyte[] at): Pads the cipher data
reset void reset(): Initialize the cipher
transform void transform(ubyte[] input): Performs the cipher on a block of data

Inherited Members

From MerkleDamgard

createDigest void createDigest(ubyte[] buf): Constructs the digest
blockSize uint blockSize(): Digest block size
addSize uint addSize(): Length padding size
padMessage void padMessage(ubyte[] data): Pads the digest data
padLength void padLength(ubyte[] data, size_t length): Performs the length padding
transform void transform(ubyte[] data): Performs the digest on a block of data
extend void extend(): Final processing of digest.
reset void reset(): Initialize the digest
update MerkleDamgard update(const(void)[] input): Digest additional data
binaryDigest ubyte[] binaryDigest(ubyte[] buf): Complete the digest
littleEndian32 void littleEndian32(ubyte[] input, uint[] output): Converts 8 bit to 32 bit Little Endian
bigEndian32 void bigEndian32(ubyte[] input, uint[] output): Converts 8 bit to 32 bit Big Endian
littleEndian64 void littleEndian64(ubyte[] input, ulong[] output): Converts 8 bit to 64 bit Little Endian
bigEndian64 void bigEndian64(ubyte[] input, ulong[] output): Converts 8 bit to 64 bit Big Endian
rotateLeft uint rotateLeft(uint x, uint n): Rotate left by n

Meta

Source

See Implementation

ocean util digest Whirlpool classes

Whirlpool