//Generates the modulus using more thread
private static BigInteger ParGenMod(GeneratorWrap gen, uint wordSize, int threads, uint precision)
{
IPrime mainGenerator, workerGenerator;
//threads distribution for primes creation
if (threads < 4)
{
mainGenerator = new SequentialPrime(gen.GetInt(), precision, wordSize);
workerGenerator = new SequentialPrime(gen.GetInt(), precision, wordSize);
}
else
{
mainGenerator = new ParallelPrime(gen.GetInt(), precision, wordSize, threads - threads / 2);
workerGenerator = new ParallelPrime(gen.GetInt(), precision, wordSize, threads / 2);
}
//primes creation
var firstPrime = gen.GetBig();
var secondPrime = gen.GetBig();
while (!SecurityCheck(firstPrime, secondPrime))
{
secondPrime = gen.GetBig();
}
var worker = new Task <BigInteger>(() => workerGenerator.NextPrime(firstPrime));
worker.Start();
secondPrime = mainGenerator.NextPrime(secondPrime);
worker.Wait();
firstPrime = worker.Result;
worker.Dispose();
return(firstPrime * secondPrime);
}
//Generates the modulus using more thread
private static BigInteger ParGenMod(GeneratorWrap gen, uint wordSize, int threads, uint precision)
{
IPrime mainGenerator, workerGenerator;
//threads distribution for primes creation
if (threads < 4)
{
mainGenerator = new SequentialPrime(gen.GetInt(), precision, wordSize);
workerGenerator = new SequentialPrime(gen.GetInt(), precision, wordSize);
}
else
{
mainGenerator = new ParallelPrime(gen.GetInt(), precision, wordSize, threads - threads / 2);
workerGenerator = new ParallelPrime(gen.GetInt(), precision, wordSize, threads / 2);
}
//primes creation
var firstPrime = gen.GetBig();
var secondPrime = gen.GetBig();
while (!SecurityCheck(firstPrime, secondPrime))
{
secondPrime = gen.GetBig();
}
Task<BigInteger> worker = new Task<BigInteger>(workerGenerator.NextPrime, firstPrime);
worker.Start();
secondPrime = mainGenerator.NextPrime(secondPrime);
worker.Wait();
firstPrime = worker.Result;
worker.Dispose();
return firstPrime*secondPrime;
}