public void SignInitialize(int max, int powMin, int powMax)
{
Console.WriteLine("------------------------------------------------");
max = (int)Math.Pow(2, max);
powMin = (int)Math.Pow(2, powMin);
powMax = (int)Math.Pow(2, powMax);
do
{
pSign = BigInt.PrimeGenerate(powMin, powMax);
Console.WriteLine("P Sign: " + pSign.toString());
qSign = BigInt.PrimeGenerate(powMin, powMax);
modSign = BigInt.multiply(pSign, qSign);
}while ((BigInt.less(modSign, new BigInt(max.ToString()))) || (BigInt.equal(pSign, qSign)));
Console.WriteLine("P Sign: " + pSign.toString());
Console.WriteLine("Q Sign: " + qSign.toString());
Console.WriteLine("mod Sign: " + modSign.toString());
ASign = Karmichael(pSign, qSign);
Console.WriteLine("A Sign: " + ASign.toString());
do
{
do
{
eSign = BigInt.PrimeGenerate(0, Int32.Parse(ASign.toString()));
}while ((BigInt.mod(ASign, eSign)).isZero());
BigInt temp;
BigInt.ExtendedGCD(ASign, eSign, out temp, out dSign);
}while (BigInt.less(dSign, new BigInt("0")));
Console.WriteLine("E Sign: " + eSign.toString());
Console.WriteLine("D Sign: " + dSign.toString());
Console.WriteLine("------------------------------------------------");
}
public BigInt ChineseTheorem(BigInt r1, BigInt r2, BigInt mod1, BigInt mod2)
{
// Console.WriteLine("r1:" + r1.toString());
BigInt M = BigInt.multiply(mod1, mod2);
BigInt m1 = BigInt.divide(M, mod1);
BigInt m2 = BigInt.divide(M, mod2);
BigInt y1 = new BigInt("1");
BigInt y2 = new BigInt("1");
BigInt one = new BigInt("1");
for (BigInt i = one; BigInt.less(i, mod1); i = BigInt.add(i, one))
{
if (BigInt.equal(BigInt.multiplyByMod(m1, i, mod1), one))
{
y1 = i; break;
}
}
for (BigInt i = one; BigInt.less(i, mod2); i = BigInt.add(i, one))
{
if (BigInt.equal(BigInt.multiplyByMod(m2, i, mod2), one))
{
y2 = i; break;
}
}
return(BigInt.mod(BigInt.add(BigInt.multiply(m1, BigInt.multiply(r1, y1)), BigInt.multiply(m2, BigInt.multiply(r2, y2))), mod));
}
public RSA(int max, int powMin, int powMax)
{
SignInitialize(max, powMin, powMax);
max = (int)Math.Pow(2, max);
powMin = (int)Math.Pow(2, powMin);
powMax = (int)Math.Pow(2, powMax);
do
{
p = BigInt.PrimeGenerate(powMin, powMax);
q = BigInt.PrimeGenerate(powMin, powMax);
mod = BigInt.multiply(p, q);
}while ((BigInt.less(mod, new BigInt(max.ToString()))) || (BigInt.equal(p, q)));
Console.WriteLine("P: " + p.toString());
Console.WriteLine("Q: " + q.toString());
Console.WriteLine("mod: " + mod.toString());
A = Karmichael(p, q);
Console.WriteLine("A: " + A.toString());
do
{
do
{
e = BigInt.PrimeGenerate(0, Int32.Parse(A.toString()));
}while ((BigInt.mod(A, e)).isZero());
BigInt temp;
BigInt.ExtendedGCD(A, e, out temp, out d);
}while (BigInt.less(d, new BigInt("0")));
Console.WriteLine("E: " + e.toString());
Console.WriteLine("D: " + d.toString());
}
static void calculate()
{
BigInt a, b, m;
int n;
switch (choice)
{
case 1:
Console.WriteLine("1 - +");
a = getNumber("First ");
// BigInt.Billie(a);
// Console.WriteLine((BigInt.Billie(a).toString()));
b = getNumber("Second ");
Console.WriteLine(a.toString() + "+" + b.toString() + "=" + BigInt.add(a, b).toString());
break;
case 2:
Console.WriteLine("2 - -");
a = getNumber("First ");
b = getNumber("Second ");
Console.WriteLine(a.toString() + "-" + b.toString() + "=" + BigInt.subtract(a, b).toString());
break;
case 3:
Console.WriteLine("3 - *");
a = getNumber("First ");
b = getNumber("Second ");
Console.WriteLine(a.toString() + "*" + b.toString() + "=" + BigInt.multiply(a, b).toString());
break;
case 4:
Console.WriteLine("4 - /");
a = getNumber("First ");
b = getNumber("Second ");
Console.WriteLine(a.toString() + "/" + b.toString() + "=" + BigInt.divide(a, b).toString());
Console.WriteLine("Ostacha: " + BigInt.subtract(a, BigInt.multiply(b, BigInt.divide(a, b))).toString());
break;
case 5:
Console.WriteLine("5 - ^");
a = getNumber("First ");
b = getNumber("Second ");
Console.WriteLine(a.toString() + "^" + b.toString() + "=" + BigInt.pow(a, b).toString());
break;
case 6:
Console.WriteLine("6 - [sqrt(x)]");
a = getNumber("Number >0 ");
Console.WriteLine("sqrt =" + a.sqrt().toString());
break;
case 7:
Console.WriteLine("7 - <");
a = getNumber("First ");
b = getNumber("Second ");
Console.WriteLine(a.toString() + "<" + b.toString() + "=" + BigInt.less(a, b));
break;
case 8:
Console.WriteLine("8 - >");
a = getNumber("First ");
b = getNumber("Second ");
Console.WriteLine(a.toString() + ">" + b.toString() + "=" + BigInt.greater(a, b));
break;
case 9:
Console.WriteLine("9 - ==");
a = getNumber("First ");
b = getNumber("Second ");
Console.WriteLine(a.toString() + "==" + b.toString() + "=" + BigInt.equal(a, b));
break;
case 10:
Console.WriteLine("10 - + (mod)");
a = getNumber("First ");
b = getNumber("Second ");
m = getNumber("mod ");
Console.WriteLine(a.toString() + "+" + b.toString() + "mod" + m.toString() + "=" + BigInt.addMod(a, b, m).toString());
break;
case 11:
Console.WriteLine("11 - - (mod)");
a = getNumber("First ");
b = getNumber("Second ");
m = getNumber("mod ");
Console.WriteLine(a.toString() + "-" + b.toString() + "mod" + m.toString() + "=" + BigInt.subtractMod(a, b, m).toString());
break;
case 12:
Console.WriteLine("12 - * (mod)");
a = getNumber("First ");
b = getNumber("Second ");
m = getNumber("mod ");
Console.WriteLine(a.toString() + "*" + b.toString() + "mod" + m.toString() + "=" + BigInt.multiplyByMod(a, b, m).toString());
break;
case 13:
Console.WriteLine("13 - /(mod)");
a = getNumber("First ");
b = getNumber("Second ");
m = getNumber("mod ");
Console.WriteLine(a.toString() + "/" + b.toString() + "mod" + m.toString() + "=" + BigInt.divideMod(a, b, m).toString());
Console.WriteLine("Ostacha: " + BigInt.subtractMod(a, BigInt.multiply(b, BigInt.divide(a, b)), m).toString());
break;
case 14:
Console.WriteLine("14 - ^ (mod)");
a = getNumber("First ");
b = getNumber("Second ");
m = getNumber("mod ");
Console.WriteLine(a.toString() + "^" + b.toString() + "mod" + m.toString() + "=" + BigInt.powByMod(a, b, m).toString());
break;
case 15:
Console.WriteLine("15 - aiX=bi(mod pi)");
n = getUInt("Count of equations");
BigInt[] A = new BigInt[n];
BigInt[] B = new BigInt[n];
BigInt[] M = new BigInt[n];
for (int i = 0; i < n; i++)
{
A[i] = getNumber("A[" + i + "]");
B[i] = getNumber("B[" + i + "]");
M[i] = getNumber("P[" + i + "]");
}
for (int i = 0; i < n; i++)
{
Console.WriteLine(A[i].toString() + "x =" + B[i].toString() + "mod" + M[i].toString());
}
(BigInt, BigInt)res = BigInt.solve(A, B, M, n);
Console.WriteLine("x=" + res.Item1.toString() + "mod" + res.Item2.toString());
break;
case 16:
Console.WriteLine("16 - ^ (mod) fast");
a = getNumber("First ");
b = getNumber("Second ");
m = getNumber("mod ");
Console.WriteLine(a.toString() + "^" + b.toString() + "mod" + m.toString() + "=" + BigInt.powByModFast(a, b, m).toString());
break;
case 17:
Console.WriteLine("17 - Miller Rabin");
a = getNumber("Number ");
Console.WriteLine(BigInt.MillerRabin(a));
break;
case 18:
//Console.WriteLine("18 - Billie");
//Console.WriteLine("Enter the word");
//string word = Console.ReadLine();
//RSA test = new RSA(8, 1, 6);
//test.Encryption(word);
//Console.WriteLine(test.Decryption());
break;
case 19:
Console.WriteLine("Enter the word");
string word = Console.ReadLine();
long ellapledTicks = DateTime.Now.Ticks;
RSA test = new RSA(8, 32, 64);
test.Encryption(word);
ellapledTicks = DateTime.Now.Ticks - ellapledTicks;
TimeSpan elapsedSpan = new TimeSpan(ellapledTicks);
Console.WriteLine(test.Decryption());
Console.WriteLine("Time: " + elapsedSpan.TotalMilliseconds);
break;
case 20:
Console.WriteLine("19 - exit");
end = true;
break;
}
}