@SuppressWarnings("unused")
public int GetMatchCountFromPartial(HashMap<PVariable, Object> MatchingVariables) {
if (true
|| innerFindCall
.getReferredQuery()
.getAllAnnotations()
.contains(new PAnnotation("incremental"))) {
int result =
treatPatternCacher.GetMatchCountFromPartial(
innerFindCall.getReferredQuery(), MatchingVariables, affectedVariables, false);
// result must be parsed to List<Object[]>
return result;
}
// will throw exception!?:
return -1;
}
public FindConstraint(PositivePatternCall findCons, IPartialPatternCacher treatPatternCacher) {
this.treatPatternCacher = treatPatternCacher;
this.innerFindCall = findCons;
// and affecteds from tuple (order needed!)
Tuple tup = findCons.getVariablesTuple();
this.affectedVariables = new ArrayList<PVariable>();
for (int i = 0; i < tup.getSize(); i++) {
this.affectedVariables.add((PVariable) tup.get(i));
}
}
@SuppressWarnings("unused")
public List<Object[]> GetMatchingsFromPartial(HashMap<PVariable, Object> MatchingVariables) {
if (true
|| innerFindCall
.getReferredQuery()
.getAllAnnotations()
.contains(new PAnnotation("incremental"))) {
Multiset<LookaheadMatching> result =
treatPatternCacher.GetMatchingsFromPartial(
innerFindCall.getReferredQuery(), MatchingVariables, affectedVariables, false);
// result must be parsed to List<Object[]>
List<Object[]> ret = new ArrayList<Object[]>();
// toarraylist false because only REAL matches count as a match, no need to count
// local-duplicated matches multiple mode
for (LookaheadMatching match : result.elementSet()) // .toArrayList(false))
{
// add all matchings as a "line" multi-matches only once
ret.add(match.getParameterMatchValuesOnlyAsArray().toArray());
}
return ret;
}
return null;
}
