@VisitBefore(matchSubclasses = true)
public void class_Before(Class st) {
if (isPersistent(st)) {
Property composite = workspace.getOpaeumLibrary().getEndToComposite(st);
if (composite != null) {
if (!isPersistent((Classifier) composite.getType())) {
getErrorMap().putError(st, CompositionValidationRule.PERSISTENT_CONTAINS_PERSISTENT);
}
if (EmfClassifierUtil.isCompositionParticipant(st)) {
int composites = 0;
for (Property f : workspace.getOpaeumLibrary().getEffectiveAttributes(st)) {
if (f instanceof Property) {
Property p = f;
if (!EmfPropertyUtil.isDerived(p)
&& p.getOtherEnd() != null
&& p.getOtherEnd().isComposite()
&& !EmfPropertyUtil.isDerived(p.getOtherEnd())) {
composites++;
}
}
}
if (composites > 1) {
getErrorMap()
.putError(st, CompositionValidationRule.ENTITIES_HAVE_ONE_COMPOSITE_ONLY, "");
}
}
}
}
}
private boolean addDimensions(Classifier cp, DimensionNode detail, Set<DimensionNode> leaves) {
boolean hasParent = false;
List<Property> propertiesInScope = EmfPropertyUtil.getEffectiveProperties(cp);
for (Property p : propertiesInScope) {
if (EmfPropertyUtil.isDimension(p)) {
hasParent = true;
DimensionNode master = new DimensionNode(cp, p);
if (detail != null) {
detail = detail.getCopy();
master.detail = detail;
}
boolean masterHasMaster = false;
if (p.getType() instanceof Class || p.getType() instanceof Enumeration) {
masterHasMaster = addDimensions((Classifier) p.getType(), master, leaves);
}
if (!masterHasMaster) {
leaves.add(master.linkToInnermostDetail());
}
}
}
return hasParent;
}