private static uint[] PowCore(uint power, ref BitsBuffer value)
{
// Executes the basic pow algorithm.
int size = value.GetSize();
BitsBuffer temp = new BitsBuffer(size, 0);
BitsBuffer result = new BitsBuffer(size, 1);
PowCore(power, ref value, ref result, ref temp);
return(result.GetBits());
}
private static uint[] PowCore(uint power, ref BitsBuffer value)
{
// Executes the basic pow algorithm.
int size = value.GetSize();
BitsBuffer temp = new BitsBuffer(size, 0);
BitsBuffer result = new BitsBuffer(size, 1);
PowCore(power, ref value, ref result, ref temp);
return result.GetBits();
}
private static uint[] PowCore(uint power, uint[] modulus,
ref BitsBuffer value)
{
// Executes the big pow algorithm.
int size = value.GetSize();
BitsBuffer temp = new BitsBuffer(size, 0);
BitsBuffer result = new BitsBuffer(size, 1);
if (modulus.Length < ReducerThreshold)
{
PowCore(power, modulus, ref value, ref result, ref temp);
}
else
{
FastReducer reducer = new FastReducer(modulus);
PowCore(power, ref reducer, ref value, ref result, ref temp);
}
return(result.GetBits());
}
private static uint[] PowCore(uint power, uint[] modulus,
ref BitsBuffer value)
{
// Executes the big pow algorithm.
int size = value.GetSize();
BitsBuffer temp = new BitsBuffer(size, 0);
BitsBuffer result = new BitsBuffer(size, 1);
if (modulus.Length < ReducerThreshold)
{
PowCore(power, modulus, ref value, ref result, ref temp);
}
else
{
FastReducer reducer = new FastReducer(modulus);
PowCore(power, ref reducer, ref value, ref result, ref temp);
}
return result.GetBits();
}