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Uses of Pseudorandomness in org.randomness |
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Methods in org.randomness that return Pseudorandomness | |
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Pseudorandomness |
Pseudorandomness.copy()
Returns a deep copy of this pseudorandomness with identical producing output (optional operation). |
Pseudorandomness |
PRNG.current()
Returns a unique PRNG generator isolated to the current thread (thread local random). |
static Pseudorandomness |
Pseudorandomness.current(PRNG prng)
Creates a unique Pseudo-random Number Generator isolated to the current thread (thread-local). |
Pseudorandomness |
Pseudorandomness.next()
TODO PROVISIONAL API, WORK IN PROGRESS: Reinitializes the PRNG to the beginning of its next substream (optional operation). |
Pseudorandomness |
Pseudorandomness.reseed()
Creates new initial internal state using reseed function obtaining seedlen bytes from entropy input. |
Pseudorandomness |
Pseudorandomness.reseed(byte[] seed)
Reseed's this PRNG creating new internal state from the specified seed bytes. |
abstract Pseudorandomness |
Pseudorandomness.reseed(ByteBuffer seed)
The reseed function acquires a seedlen bytes to create new internal state. |
Pseudorandomness |
PRNG.shared()
Returns a new PRNG object shared across multiply threads allowing thread safe acess to generation methods. |
static Pseudorandomness |
Pseudorandomness.shared(PRNG prng)
Creates shared Pseudorandomness using specified pre-implemented PRNG algorithm. |
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