/** @since 3.1 */
@Override
public <T extends Persistent> T localObject(T objectFromAnotherContext) {
if (objectFromAnotherContext == null) {
throw new NullPointerException("Null object argument");
}
ObjectId id = objectFromAnotherContext.getObjectId();
// first look for the ID in the local GraphManager
synchronized (getGraphManager()) {
T localObject = (T) getGraphManager().getNode(id);
if (localObject != null) {
return localObject;
}
// create a hollow object, optimistically assuming that the ID we
// got from
// 'objectFromAnotherContext' is a valid ID either in the parent
// context or in
// the DB. This essentially defers possible FaultFailureExceptions.
ClassDescriptor descriptor = getEntityResolver().getClassDescriptor(id.getEntityName());
Persistent persistent = (Persistent) descriptor.createObject();
persistent.setObjectContext(this);
persistent.setObjectId(id);
persistent.setPersistenceState(PersistenceState.HOLLOW);
getGraphManager().registerNode(id, persistent);
return (T) persistent;
}
}
public final void validate(T object) {
ObjectContext workDc = object.getObjectContext(); // .createChildDataContext();
T obj = (T) workDc.localObject(object.getObjectId(), object);
Set<DataObject> toDelete = new HashSet<DataObject>();
try {
if (!fakes.isEmpty()) {
// Simulation des fakes
for (String prop : fakes.keySet()) {
if (obj.readProperty(prop) != null) continue;
DataObject value = (DataObject) workDc.newObject(fakes.get(prop));
obj.setToOneTarget(prop, value, false);
toDelete.add(value);
}
}
// Validation
validateImpl(obj);
} finally {
// Annulation des modifs
if (!fakes.isEmpty()) {
// Suppression des fakes
for (String prop : fakes.keySet()) {
DataObject value = (DataObject) obj.readProperty(prop);
if (!toDelete.contains(value)) continue;
workDc.deleteObject(value);
}
}
}
// childDc.rollbackChangesLocally();
}
protected final <T extends TridentObjectType> T findTridentObject(List<T> list, String id) {
for (T object : list) {
if (object.getObjectId().equals(id)) {
return object;
}
}
return null;
}
