Accumulator

This class is a core component of the Fortuna algorithm and is responsible for collecting and accumulating entropy from various sources.

package @safe

class Accumulator (

DRNG

uint num_pools = 32

) if (

isDRNGWithInput!DRNG

) {

alias pools = num_pools;

uint freshEntropyLength [@property getter];

void extractEntropy(ubyte[] buf);

void addEntropy(ubyte sourceID, size_t pool, ubyte[] data);

void extractEntropy(ubyte[] buf);

void addEntropy(ubyte sourceID, size_t pool, ubyte[] data);

}

Members

Aliases

pools alias pools = num_pools: Undocumented in source.

Functions

addEntropy void addEntropy(ubyte sourceID, size_t pool, ubyte[] data): Multithreading aware version of addEntropy()
addEntropy void addEntropy(ubyte sourceID, size_t pool, ubyte[] data): Accumulate an entropy event.
extractEntropy void extractEntropy(ubyte[] buf): Multithreading aware version of extractEntropy()
extractEntropy void extractEntropy(ubyte[] buf)

Properties

freshEntropyLength uint freshEntropyLength [@property getter]

Parameters

DRNG: A deterministic RNG with input. This type is used as entropy pool.

Meta

Source

See Implementation

dcrypt random fortuna accumulator classes

Accumulator