public bool Run(ESampleId eSampleId, byte[] src, TextWriter Fout, out double elapsedTime, out PegNode tree)
{
int startTickCount = Environment.TickCount;
bool bResult = RunImpl(eSampleId, src, Fout, out tree);
elapsedTime = (Environment.TickCount - startTickCount);
return bResult;
}
internal SampleInfo(ESampleId grammarId,PegCharParser.Matcher startRule,
string grammarName,
string grammarDescription,
string samplesDirectory,
List<IParserPostProcessor> postProcessors)
{
this.grammarId = grammarId;
this.startRule = startRule;
grammarName_ = grammarName;
grammarDescription_ = grammarDescription;
this.samplesDirectory = samplesDirectory;
postProcessors_ = postProcessors;
}
bool RunImpl(ESampleId eSampleId, byte[] src, TextWriter Fout, out PegNode tree)
{
SampleInfo sample = sampleGrammars.Find(si => si.grammarId == eSampleId);
if (sample.startRule.Target is PegByteParser)
{
try
{
PegByteParser pg = (PegByteParser)sample.startRule.Target;
pg.Construct(src, Fout);
bool bMatches = sample.startRule();
tree = ((PegByteParser)sample.startRule.Target).GetRoot();
return bMatches;
}
catch (PegException)
{
tree = ((PegByteParser)sample.startRule.Target).GetRoot();
return false;
}
}
Debug.Assert(false); tree = null; return false;
}
bool RunImpl(ESampleId eSampleId, string src, TextWriter Fout, out PegNode tree)
{
SampleInfo sample = sampleGrammars.Find(si => si.grammarId == eSampleId);
if (sample.startRule.Target is PegCharParser)
{
try
{
PegCharParser pg = (PegCharParser)sample.startRule.Target;
pg.Construct(src, Fout);
pg.SetSource(src);
pg.SetErrorDestination(Fout);
bool bMatches = sample.startRule();
tree = ((PegCharParser)sample.startRule.Target).GetRoot();
return(bMatches);
}
catch (PegException)
{
tree = ((PegCharParser)sample.startRule.Target).GetRoot();
return(false);
}
}
Debug.Assert(false); tree = null; return(false);
}