public static void GeneratePrimeNumber(string begin, string end)
{
var beginNumber = BigInteger.Parse(begin);
var endNumber = BigInteger.Parse(end);
for (var i = beginNumber; i < endNumber; i++)
{
if (RabinMiler.CheckIfPrimeNumberBignumbers(i, 2))
{
Console.WriteLine(i.ToString() + " ");
}
}
}
public static BigInteger GeneratePrimeNumberbyLenght(int primeLenght, int certainty)
{
BigInteger primeNumber = BigInteger.One;
BigInteger iterator = 2;
while (primeLenght >= primeNumber.ToString().Length)
{
if (primeLenght <= primeNumber.ToString().Length&& RabinMiler.CheckIfPrimeNumberBignumbers(primeLenght, certainty))
{
primeNumber = iterator;
Console.WriteLine(primeNumber);
}
iterator += 2;
Console.WriteLine(iterator);
}
return(primeNumber);
}
public static BigInteger FastGeneratePrimeNumberbyLenght(int primeBitLenght, int certainty)
{
primeBitLenght = primeBitLenght / 8;
BigInteger primeNumber = RabinMiler.GetRandomPositivOddBigInteger(primeBitLenght);
BigInteger iterator = primeNumber;
while (true)
{
if (RabinMiler.CheckIfPrimeNumberBignumbers(iterator, certainty))
{
primeNumber = iterator;
if (primeBitLenght <= primeNumber.ToByteArray().Length)
{
break;
}
}
iterator += 2;
}
return(primeNumber);
}
