public static string GetCompositeElement(this TypedSegment typedSegment, params string[] components)
{
string result = string.Empty;
if (components != null && components.Length > 0)
{
result = components.Aggregate((i, j) => i + typedSegment.Delimiters.SubElementSeparator + j);
}
return(result);
}
public override TypedShakeCondition <string> AsTypedShakeCondition()
{
Regex currentRegex = new Regex(TargetWord);
return(LexicalExtensions.GenerateTypedRegexCond <string>(
(x, y, z) =>
{
Match m = currentRegex.Match(x, y, z - y);
TypedSegment output = m.Success ? new TypedSegment(m.Length, WordType, m.Index + y) : null;
return new Tuple <bool, TypedSegment>(m.Success, output);
}));
}
public override TypedShakeCondition <string> AsTypedShakeCondition()
{
TypedShakeCondition <string> fn = null;
if (RequiresEqualityCheck)
{
fn = LexicalExtensions.GenerateTypedCond <string>(
(val, ind, len) =>
{
bool condition = val.Equals(TargetWord);
TypedSegment seg = new TypedSegment(TargetWord.Length, WordType, ind);
return(new Tuple <bool, TypedSegment>(condition, seg));
});
}
else
{
fn = LexicalExtensions.GenerateMultiCharacterTypedCond(TargetWord, TargetWord);
}
return((x) =>
{
bool result = x.Value.Contains(TargetWord);
return result ? fn(x) : null;
});
}
public Tuple <bool, TypedSegment> GenerateSingularTypedDualMatch(string x, int start, int length)
{
TypedSegment result = (TypedSegment)GenerateSingularDualMatch0(x, start, length, true);
return(new Tuple <bool, TypedSegment>(result != null, result));
}