private void RecursiveSolveCombinationsNegative(JournalEntryLineModel targetLine, double currentSum, List <JournalEntryLineModel> included, List <JournalEntryLineModel> notIncluded, int startIndex, int milliseconds)
{
var roundTotalsAccuracy = DiManager.Company.GetCompanyService().GetAdminInfo().TotalsAccuracy;
for (int index = startIndex; index < notIncluded.Count; index++)
{
//if (stopwatch.ElapsedMilliseconds > 4000)
//{
// return;
//}
double goal = targetLine.Debit == 0 ? targetLine.Credit : targetLine.Debit;
JournalEntryLineModel nextLine = notIncluded[index];
double nextAmount = nextLine.Debit == 0 ? nextLine.Credit : nextLine.Debit;
double amountToCompare = Math.Round(currentSum + nextAmount, roundTotalsAccuracy);
if (amountToCompare + goal == 0)
{
List <JournalEntryLineModel> newResult = new List <JournalEntryLineModel>(included);
newResult.Add(nextLine);
_sourceLines = newResult;
}
else if (Math.Abs(amountToCompare) < Math.Abs(goal))
{
List <JournalEntryLineModel> nextIncuded = new List <JournalEntryLineModel>(included);
nextIncuded.Add(nextLine);
List <JournalEntryLineModel> nextNonIncluded = new List <JournalEntryLineModel>(notIncluded);
nextNonIncluded.Remove(nextLine);
RecursiveSolveCombinationsNegative(targetLine, amountToCompare, nextIncuded, nextNonIncluded, startIndex++, milliseconds);
}
}
}
public List <JournalEntryLineModel> SolveCombinationsNegative(JournalEntryLineModel targetLine, List <JournalEntryLineModel> searchLines, int milliseconds)
{
//stopwatch = new Stopwatch();
// stopwatch.Start();
_sourceLines = new List <JournalEntryLineModel>();
RecursiveSolveCombinationsNegative(targetLine, 0, new List <JournalEntryLineModel>(), searchLines, 0, milliseconds);
return(_sourceLines);
}
