public string StringAt(AmbiguousPhrasePointer pointer)
{
int index = pointer.StringTokenIndex;
if (index >= stringTokens.Count)
return null;
return stringTokens[index];
}
public PatternMatch CloneWithEnd(AmbiguousPhrasePointer end)
{
PatternMatch match = new PatternMatch();
match.dictionary = new Dictionary<string, string>(dictionary);
match.start = start;
match.end = end;
return match;
}
public PatternMatch CloneWithEnd(AmbiguousPhrasePointer end)
{
PatternMatch match = new PatternMatch();
match.dictionary = new Dictionary <string, string>(dictionary);
match.start = start;
match.end = end;
return(match);
}
public string StringAt(AmbiguousPhrasePointer pointer)
{
int index = pointer.StringTokenIndex;
if (index >= stringTokens.Count)
{
return(null);
}
return(stringTokens[index]);
}
public override List <PatternMatch> AllMatches(AmbiguousPhrase subject, PatternMatch before)
{
List <PatternMatch> matches = new List <PatternMatch>();
PatternMatch attempt = before;
while (!attempt.End.Equals(subject.End))
{
matches.Add(attempt);
AmbiguousPhrasePointer next = attempt.Start.PointerFurtheredBy(1);
attempt = new PatternMatch(next);
}
return(matches);
}
public PatternMatch(AmbiguousPhrasePointer startend)
{
dictionary = new Dictionary<string, string>();
start = end = startend;
}
public PatternMatch()
{
dictionary = new Dictionary<string, string>();
start = new AmbiguousPhrasePointer(0);
end = new AmbiguousPhrasePointer(0);
}
public PatternMatch(AmbiguousPhrasePointer startend)
{
dictionary = new Dictionary <string, string>();
start = end = startend;
}
public PatternMatch()
{
dictionary = new Dictionary <string, string>();
start = new AmbiguousPhrasePointer(0);
end = new AmbiguousPhrasePointer(0);
}