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 );
}
private bool IsSolution( Integer X, Integer Y )
{
Worker.ReportProgress( 0, " " );
Worker.ReportProgress( 0, "Top of IsSolution()." );
FindFactors FindF = new FindFactors( Worker, IntMath );
FindF.FindSmallPrimeFactorsOnly( Y );
FindF.ShowAllFactors();
SolutionP.Copy( Y );
IntMath.Subtract( SolutionP, X );
// Make Q the bigger one and put them in order.
SolutionQ.Copy( Y );
SolutionQ.Add( X );
if( SolutionP.IsOne() )
{
Worker.ReportProgress( 0, " " );
Worker.ReportProgress( 0, "Went all the way to 1 without finding a factor." );
SolutionP.SetToZero(); // It has no factors.
SolutionQ.SetToZero();
throw( new Exception( "Went all the way to 1 without finding a factor." ));
// return false;
}
Worker.ReportProgress( 0, "Found P: " + IntMath.ToString10( SolutionP ) );
Worker.ReportProgress( 0, "Found Q: " + IntMath.ToString10( SolutionQ ) );
Worker.ReportProgress( 0, "Seconds: " + StartTime.GetSecondsToNow().ToString( "N1" ));
double Seconds = StartTime.GetSecondsToNow();
int Minutes = (int)Seconds / 60;
int Hours = Minutes / 60;
Minutes = Minutes % 60;
Seconds = Seconds % 60;
string ShowS = "Hours: " + Hours.ToString( "N0" ) +
" Minutes: " + Minutes.ToString( "N0" ) +
" Seconds: " + Seconds.ToString( "N0" );
Worker.ReportProgress( 0, ShowS );
Worker.ReportProgress( 0, " " );
return true; // With P and Q.
}