// Accepts pattersn:
// , @method @prose ,
// , @method ,
public override PNode evaluate(PNode evaluateMe, PatternMatcher successfulMatch)
{
PatternMatcher match = successfulMatch;
// Extract the "arguments" from the PatternMatcher.
List <PNode> M = match.Matching; // The pattern -> prose index from the match
MethodNameWord methodWord = (MethodNameWord)M[1].value;
List <ProseObject> args;
ProseObject terminalPunctuation;
// Depending on whether or not our method has arguments.
if (successfulMatch.NumObjectsMatched > 3)
{
args = successfulMatch.getArgumentAsProseAtIndex(2);
terminalPunctuation = M[3].value;
}
else
{
args = new List <ProseObject>();
terminalPunctuation = M[2].value;
}
ProseAction action = new MethodDelegateAction(methodWord, args);
value = new ProseObject[3];
value[0] = M[0].value;
value[1] = action;
value[2] = terminalPunctuation;
PNode ret = replaceWithValueAt(evaluateMe, successfulMatch);
value = null;
return(ret);
}
// Accepts pattersn:
// , @method @prose ,
// , @method ,
public override PNode evaluate(PNode evaluateMe, PatternMatcher successfulMatch)
{
PatternMatcher match = successfulMatch;
// Extract the "arguments" from the PatternMatcher.
List<PNode> M = match.Matching; // The pattern -> prose index from the match
MethodNameWord methodWord = (MethodNameWord) M[1].value;
List<ProseObject> args;
ProseObject terminalPunctuation;
// Depending on whether or not our method has arguments.
if (successfulMatch.NumObjectsMatched > 3) {
args = successfulMatch.getArgumentAsProseAtIndex(2);
terminalPunctuation = M[3].value;
}
else {
args = new List<ProseObject>();
terminalPunctuation = M[2].value;
}
ProseAction action = new MethodDelegateAction(methodWord, args);
value = new ProseObject[3];
value[0] = M[0].value;
value[1] = action;
value[2] = terminalPunctuation;
PNode ret = replaceWithValueAt(evaluateMe, successfulMatch);
value = null;
return ret;
}
