private void RunBlock(object pThreadParams)
{
try
{
ThreadParams blockPars = (ThreadParams)pThreadParams;
RunLogicBlock(blockPars);
}
catch (Exception ex)
{
CalculationExceptionList.Add(new EntropyCalculatorException(C_CalcError, ex));
}
}
private void AddEntropyResults(ThreadParams pThreadParams, EntropyLogic pEntropyLogic, MatchCollection pMatchCollection)
{
EntropyResult er2 = pThreadParams.FindEntropyResult(pEntropyLogic.Name);
if (er2 == null)
{
er2 = new EntropyResult()
{
Logic = pEntropyLogic
};
pThreadParams.AddEntropyResult(er2);
}
AddEntropyResultItems(pEntropyLogic, pMatchCollection, er2);
}
private void RunLogicBlock(ThreadParams pThreadParams)
{
Parallel.ForEach(logic.EntropyLogicList, (el) =>
{
for (int i = 0; i < pThreadParams.TextListCount; i++)
{
MatchCollection mc = FindSigns(el, pThreadParams.GetTextList(i));
if (mc != null)
{
AddEntropyResults(pThreadParams, el, mc);
}
}
});
}