@Override
public boolean visit(final CFGNode node, final Element element) {
final LinkedList<Pair<XMLPattern, SimpleAutomatonID>> matchings =
new LinkedList<Pair<XMLPattern, SimpleAutomatonID>>();
for (XMLPattern pattern : getXMLAutomatonDefinition().getXMLpatterns()) {
final Pair<Boolean, XMLPatternVariablesAssignment> matchResult =
pattern.matchesNode(node, aliasResolver);
if (matchResult.getFirst()) {
final XMLPatternVariablesAssignment assign = matchResult.getSecond();
final boolean isGlobal = isGlobalAssignement(assign);
matchings.add(Pair.make(pattern, new SimpleAutomatonID(assign, isGlobal)));
}
}
if (matchings.size() > 1) checkMatchingConflict(element, matchings);
if (!matchings.isEmpty()) {
final PatternLocation newLocation = createCommonPatternLocation(node, matchings);
getNodeLocationDictionary().put(node, Pair.make(newLocation, newLocation));
if (matchings.getFirst().getFirst().isConstructive())
getAutomataIDs().add(matchings.getFirst().getSecond());
} else if (getNavigator().isCallNode(node)) {
final PatternLocation callLocation = createRuleLessPatternLocation(node);
final PatternLocation returnLocation = createRuleLessPatternLocation(node);
getNodeLocationDictionary().put(node, Pair.make(callLocation, returnLocation));
callLocation.setLocationForCallNotPassedStates(returnLocation);
}
return true;
}
private void createStartEndPatternLocations() {
final PatternLocation startLocation = createRuleLessPatternLocation(getCfg().getStartNode());
getNodeLocationDictionary()
.put(getCfg().getStartNode(), Pair.make(startLocation, startLocation));
final PatternLocation endLocation = createRuleLessPatternLocation(getCfg().getEndNode());
getNodeLocationDictionary().put(getCfg().getEndNode(), Pair.make(endLocation, endLocation));
}