private TokenChanges LocalMinForSubSequence(ParsedSequence seq, Dictionary <ParsedSequenceKey, SequenceTokenChanges> memiozation, ParsedSubrule subrule, TokenChanges localMin)
{
var subSeqs = seq.GetSequencesForSubrule(subrule).ToArray();
var hasSequence = false;
foreach (var subSeq in subSeqs)
{
hasSequence = true;
var localRes = FindBestPath(subSeq, subrule.End, memiozation);
localMin = TokenChanges.Min(localMin, localRes);
}
if (!hasSequence)
{
if (subrule.IsEmpty)
{
localMin = new TokenChanges(seq.SubruleMandatoryTokenCount(subrule), 0);
}
else
{
localMin = new TokenChanges();
}
}
return(localMin);
}
private int LocalMinForSubSequence(ParsedSequence seq, Dictionary<ParsedSequenceKey, SubruleParsesAndEnd> memiozation, ParsedSubrule subrule, int localMin)
{
var subSeqs = seq.GetSequencesForSubrule(subrule).ToArray();
var hasSequence = false;
foreach (var subSeq in subSeqs)
{
hasSequence = true;
var localRes = FindBestPath(subSeq, subrule.End, memiozation);
if (localRes < localMin)
localMin = localRes;
}
if (!hasSequence)
{
if (subrule.IsEmpty)
localMin = seq.SubruleMandatoryTokenCount(subrule);
else
localMin = 0;
}
return localMin;
}
private TokenChanges LocalMinForSubSequence(ParsedSequence seq, Dictionary<ParsedSequenceKey, SequenceTokenChanges> memiozation, ParsedSubrule subrule, TokenChanges localMin)
{
var subSeqs = seq.GetSequencesForSubrule(subrule).ToArray();
var hasSequence = false;
foreach (var subSeq in subSeqs)
{
hasSequence = true;
var localRes = FindBestPath(subSeq, subrule.End, memiozation);
localMin = TokenChanges.Min(localMin, localRes);
}
if (!hasSequence)
{
if (subrule.IsEmpty)
localMin = new TokenChanges(seq.SubruleMandatoryTokenCount(subrule), 0);
else
localMin = new TokenChanges();
}
return localMin;
}
