public RSA(int byteSize, int margin, int threads, int certainty)
{
// Choose primes
BigInteger p = Support.GeneratePrime(threads, byteSize, margin, certainty, provider);
BigInteger q = Support.GeneratePrime(threads, byteSize, margin, certainty, provider);
// For optimization
BigInteger p_1 = p - 1;
BigInteger q_1 = q - 1;
// Calculate needed values
n = p * q;
BigInteger lcm = (p_1 * q_1) / Support.GCD(p_1, q_1);
// Generate e such that is is less than and coprime to lcm
do
{
e = RandomSupport.GenerateBoundedRandom(lcm, provider);
} while (e == lcm || Support.GCD(e, lcm) != 1);
// Generate the modular multiplicative inverse
d = Support.Dio(e, lcm).Key + lcm;
CanEncrypt = true;
CanDecrypt = true;
}