void ProcessResult(string line, outputType eventType, Match matchResult)
{
// after getting the result and putting it to the lastResult var we are pulsing lock
AutoResetEvent are = (AutoResetEvent)syncHandle [0];
switch (eventType)
{
case outputType.interrupt:
lastResult.threadId = Convert.ToInt32(matchResult.Groups [1].Value);
lastResult.depth = lastResult.depth_unprocessed = Convert.ToInt32(matchResult.Groups [2].Value);
are.Set();
break;
case outputType.backtrace:
var element = new HxcppStackInfo();
//2: function name. 3: file name. 4: line number
element.name = Convert.ToString(matchResult.Groups [2].Value);
element.file = Convert.ToString(matchResult.Groups [3].Value);
element.line = Convert.ToInt32(matchResult.Groups [4].Value);
lastResult.stackElements.Add(element);
lastResult.depth_unprocessed--;
if (lastResult.depth_unprocessed < 0)
{
are.Set();
}
break;
case outputType.varsList:
if (line != "}")
{
lastResult.vars.Add(line);
}
else
{
waitForVars = false;
are.Set();
}
break;
}
}
public string GenerateLettersQA(string templateLoc, string outputLoc, outputType outputType, string server, string database, string autoTagSource, string paramField, string paramValue, bool overwriteOuput = false)
{
string printStatus;
if (File.Exists(outputLoc) && !overwriteOuput)
{
errorMessage = "Output file already exists(" + outputLoc + "). Default will not overwrite file;";
return(errorMessage);
}
switch (outputType)
{
case outputType.Docx: printStatus = PrintDocxWindward(templateLoc, outputLoc, server, database, autoTagSource, paramField, paramValue); break;
//case outputType.Pdf: printStatus = PrintPdf(templateLoc, outputLoc, server, database, autoTagSource,paramFields, paramValues); break;
//case outputType.Printer: printStatus = PrintPrinter(templateLoc, outputLoc, server, database, autoTagSource,paramFields, paramValues); break;
default: errorMessage = "Improper Output Letter Type Selected"; printStatus = errorMessage; break;
}
return(printStatus);
}
void ProcessResult(string line, outputType eventType, Match matchResult)
{
// after getting the result and putting it to the lastResult var we are pulsing lock
AutoResetEvent are = (AutoResetEvent)syncHandle [0];
switch (eventType)
{
case outputType.interrupt:
lastResult.threadId = Convert.ToInt32 (matchResult.Groups [1].Value);
lastResult.depth = lastResult.depth_unprocessed = Convert.ToInt32 (matchResult.Groups [2].Value);
are.Set ();
break;
case outputType.backtrace:
var element = new HxcppStackInfo ();
//2: function name. 3: file name. 4: line number
element.name = Convert.ToString (matchResult.Groups [2].Value);
element.file = Convert.ToString (matchResult.Groups [3].Value);
element.line = Convert.ToInt32 (matchResult.Groups [4].Value);
lastResult.stackElements.Add (element);
lastResult.depth_unprocessed--;
if (lastResult.depth_unprocessed < 0) {
are.Set ();
}
break;
case outputType.varsList:
if (line != "}") {
lastResult.vars.Add (line);
} else {
waitForVars = false;
are.Set ();
}
break;
}
}
private float GetOutput(outputType type)
{
return(outputs.GetNode(OStartIndexes[type]));
}
