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The MAXON API provides pseudo random number generators for trivial purposes and cryptographic applications.

Random

maxon::LinearCongruentialRandom is a standard pseudo random number generator that can be initialized with a seed value:

maxon::LinearCongruentialRandom::LinearCongruentialRandom() : Creates a new instance.
maxon::LinearCongruentialRandom::Init() : Initialises the generator with the given seed.
maxon::LinearCongruentialRandom::Get01() : Returns a float value between 0.0 and 1.0.
maxon::LinearCongruentialRandom::Get11() : Returns a random float value between -1.0 and 1.0.
maxon::LinearCongruentialRandom::GetSeed() : Returns the current maxon::UInt32 seed value.

// This example fills an array with pseudo random numbers float values.

// prepare array maxon::BaseArray<maxon::Float32> values; 值。 EnsureCapacity (count) iferr_return ;

// init pseudo random generator maxon::LinearCongruentialRandom<maxon::Float32> random; random. Init (123);

// fill array with random float values for ( maxon::Int32 i = 0; i < count; ++i) { const maxon::Float32 randomValue = random. Get01 (); 值。 Append (randomValue) iferr_return ; }

SecureRandom

maxon::SecureRandom is a cryptographically secure pseudo-random number generator. It is typically used in the context of encrypting data. See Cryptography

maxon::SecureRandom provides these static functions:

maxon::SecureRandom::GetDefaultProvider() : Returns the default generator of cryptographically secure pseudo-random numbers.
maxon::SecureRandom::GetRandomNumber() : Fills the given memory block with random data.

// This example fills an array with cryptographically secure random data.

// prepare array maxon::BaseArray<maxon::UChar> values; 值。 Resize (100) iferr_return ;

// fill array with random data const maxon::SecureRandomProvider provider = maxon::SecureRandom::GetDefaultProvider (); maxon::SecureRandom::GetRandomNumber (provider, values);

// print random data for ( maxon::UChar & chr : values) { DiagnosticOutput ( "Random Data: @" , chr); }

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