internal RSACryptoSystem(BackgroundWorker UseWorker, RSACryptoWorkerInfo UseWInfo)
{
Worker = UseWorker;
WorkerInfo = UseWInfo;
StartTime = new ECTime();
StartTime.SetToNow();
RngCsp = new RNGCryptoServiceProvider();
IntMath = new IntegerMath(null);
IntMathForP = new IntegerMath(null);
IntMathForQ = new IntegerMath(null);
// Worker.ReportProgress( 0, IntMath.GetStatusString() );
Quotient = new Integer();
Remainder = new Integer();
PrimeP = new Integer();
PrimeQ = new Integer();
PrimePMinus1 = new Integer();
PrimeQMinus1 = new Integer();
PubKeyN = new Integer();
PubKeyExponent = new Integer();
PrivKInverseExponent = new Integer();
PrivKInverseExponentDP = new Integer();
PrivKInverseExponentDQ = new Integer();
QInv = new Integer();
PhiN = new Integer();
TestForDecrypt = new Integer();
M1ForInverse = new Integer();
M2ForInverse = new Integer();
HForQInv = new Integer();
M1MinusM2 = new Integer();
M1M2SizeDiff = new Integer();
PubKeyExponent.SetFromULong(PubKeyExponentUint);
}
internal ChineseRemainder(IntegerMath UseIntMath)
{
if (DigitsArraySize > IntegerMath.PrimeArrayLength)
{
throw(new Exception("ChineseRemainder digit size is too big."));
}
IntMath = UseIntMath;
DigitsArray = new int[DigitsArraySize];
// SetToZero(); Not necessary for managed code.
}
internal Division(MainForm UseForm, IntegerMath UseIntMath)
{
MForm = UseForm;
IntMath = UseIntMath;
// You might want to pass a null IntMath to this
// so that it creates its own that doesn't
// interfere with something else.
if (IntMath == null)
{
IntMath = new IntegerMath(MForm);
}
}
internal ChineseRemainder(IntegerMath UseIntMath)
{
IntMath = UseIntMath;
if (DigitsArraySize > IntMath.GetPrimeArrayLength())
{
throw(new Exception("ChineseRemainder digit size is too big."));
}
DigitsArray = new int[DigitsArraySize];
SetToZero();
}
internal StandardAlgorithms(MainForm UseForm, IntegerMath UseIntMath)
{
MForm = UseForm;
IntMath = UseIntMath;
}