internal EquationParts( QuadResWorkerInfo UseWInfo, BackgroundWorker UseWorker )
{
WInfo = UseWInfo;
Worker = UseWorker;
IntMath = new IntegerMath();
Quotient = new Integer();
Remainder = new Integer();
Product = new Integer();
SolutionP = new Integer();
SolutionQ = new Integer();
ProductSqrRoot = new Integer();
MaxX = new Integer();
FindFactors1 = new FindFactors( Worker, IntMath );
IntMath.SetFromString( Product, WInfo.PublicKeyModulus );
}
internal FactorBase( QuadResWorkerInfo UseWInfo, BackgroundWorker UseWorker )
{
WInfo = UseWInfo;
Worker = UseWorker;
IntMath = new IntegerMath();
Quotient = new Integer();
Remainder = new Integer();
Product = new Integer();
ProductSqrRoot = new Integer();
EulerExponent = new Integer();
EulerResult = new Integer();
EulerModulus = new Integer();
OneMainFactor = new Integer();
ExpOneMainFactor = new ExponentVectorNumber( IntMath );
StartTime = new ECTime();
StartTime.SetToNow();
IntMath.SetFromString( Product, WInfo.PublicKeyModulus );
IntMath.SquareRoot( Product, ProductSqrRoot );
}
internal QuadResCombinatorics( QuadResWorkerInfo UseWInfo, BackgroundWorker UseWorker )
{
WInfo = UseWInfo;
Worker = UseWorker;
IntMath = new IntegerMath();
Quotient = new Integer();
Remainder = new Integer();
Product = new Integer();
SolutionP = new Integer();
SolutionQ = new Integer();
ToDivideMod32 = new Integer();
LastAccumulateValue = new Integer();
GetValueBasePart = new Integer();
StartTime = new ECTime();
StartTime.SetToNow();
IntMath.SetFromString( Product, WInfo.PublicKeyModulus );
QuadResDigitsArray = new QuadResDigitsRec[DigitsArrayLength];
}