private Entity createEntityCopy(Entity entity) {
Key key = entity.getKey();
NamespaceManager.set(key.getNamespace());
Key newKey;
if (key.getId() == 0) {
newKey = KeyFactory.createKey(key.getKind(), key.getName());
} else {
newKey = KeyFactory.createKey(key.getKind(), key.getId());
}
Entity newEntity = new Entity(newKey);
newEntity.setPropertiesFrom(entity);
return newEntity;
}
public Long getId() {
if (id != null) {
return id.getId();
} else {
return 0L;
}
}
@Test
public void testMarshall_Embedded() {
RootEntity rootObject = new RootEntity(); // one entity
ChildEntity childObject = new ChildEntity("Test City");
ChildEntity embeddedObject = new ChildEntity("Old Test City");
embeddedObject.setId(1L);
embeddedObject.setType("EmbeddedType");
rootObject.setId("TestUser");
rootObject.setCount(25);
childObject.setParent(rootObject);
rootObject.setNewChildEntity(childObject); // one entity
rootObject.setEmbeddedEntity(embeddedObject); // not included, @Embedded
IdentityHashMap<Object, Entity> stack = testMarshaller.marshall(null, rootObject);
Entity rootObjectEntity = stack.get(rootObject);
Entity childObjectEntity = stack.get(childObject);
EmbeddedEntity ee = (EmbeddedEntity) rootObjectEntity.getProperty("embeddedEntity");
Key childKey = (Key) rootObjectEntity.getProperty("newChildEntity");
Key parentKey = childKey.getParent();
assertEquals(2, stack.size());
assertNotNull(parentKey);
assertEquals(EmbeddedEntity.class, ee.getClass());
assertTrue(childKey instanceof Key);
assertEquals(rootObjectEntity.getKey().getId(), parentKey.getId());
assertEquals(rootObjectEntity.getKey().getName(), parentKey.getName());
assertEquals(1L, ee.getProperties().get("id"));
assertEquals("EmbeddedType", ee.getProperties().get("type"));
}
/** @throws Exception */
@Test
public void assignKeyIfNecessaryWhenParentExists() throws Exception {
DatastoreUtil.allocateId(ds, "Child");
Key dummyKey2 = DatastoreUtil.allocateId(ds, "Child");
Key parentKey = DatastoreUtil.allocateId(ds, "Parent");
Entity entity = new Entity("Child", parentKey);
DatastoreUtil.assignKeyIfNecessary(ds, entity);
assertThat(entity.getKey().getId(), is(not(dummyKey2.getId() + 1)));
}
@Override
public ApiResponse generateRequestResponse(ApiRequest request) throws Exception {
ApiResponse response = new ApiResponse();
// prevent spam
UserEntry user = request.getUser();
long businessesCreated = user.getStats().getBusinessesCreated();
if (businessesCreated >= MAXIMUM_BUSINESS_CREATIONS) {
Log.warn("Prevented business creation from user: "******"Spam prevention: You may not create any more businesses. Please contact us if you want to increase your quota."));
return response;
}
String name = request.getParameter("name");
String mail = request.getParameter("mail");
boolean addQueue = request.getParameterAsBoolean("addQueue", false);
// create the business
BusinessEntry businessEntry = new BusinessEntry();
businessEntry.setName(name);
businessEntry.setMail(mail);
Key businessKey = BusinessHelper.saveEntry(businessEntry);
businessEntry.setKey(businessKey);
// update user stats
user.getStats().setBusinessesCreated(businessesCreated + 1);
UserHelper.saveEntry(user);
// add permission for business
PermissionHelper.grantPermission(user, businessEntry, PermissionEntry.PERMISSION_OWN);
if (addQueue) {
// create a default queue
QueueEntry queueEntry = new QueueEntry(businessKey.getId());
queueEntry.parseFromRequest(request);
Key queueKey = QueueHelper.saveEntry(queueEntry);
queueEntry.setKey(queueKey);
// add permission for queue
PermissionHelper.grantPermission(
request.getUser(), queueEntry, PermissionEntry.PERMISSION_OWN);
// add the new queue to the business in order to return both as one response
ArrayList<QueueEntry> queues = new ArrayList<QueueEntry>();
queues.add(queueEntry);
businessEntry.setQueues(queues);
}
response.setContent(businessEntry);
return response;
}
/**
* Adds an Event todo in the Datastore
*
* @param et the event todo added
* @return whether transaction is successful
*/
public boolean addEventTodo(EventTodoModel et) {
boolean ok = false;
if (getEventTodoModelByTodoId(et.getEventID(), et.getTodoId()) == null) {
Key key = Datastore.allocateId(parentKey, "EventTodoModel");
Transaction trans = Datastore.beginTransaction();
et.setKey(key);
et.setId(key.getId());
Datastore.put(et);
trans.commit();
ok = true;
}
return ok;
}
public String toString() {
StringBuilder b = new StringBuilder();
Key k = KeyFactory.stringToKey(key);
b.append("Question (").append(k.getId()).append(") : ").append(" Text=").append(questionText);
b.append(" Date Posted=").append(datePosted);
b.append(" ParentInfo = ").append(k.getParent().toString());
b.append("\n");
for (Comment c : comments) {
b.append("\t\t").append(c.toString()).append("\n");
}
return b.toString();
}
public void testFetch() {
Entity entity = new Entity(HasTableAndColumnsInMappingJDO.TABLE_NAME);
entity.setProperty(HasTableAndColumnsInMappingJDO.FOO_COLUMN_NAME, "foo val");
Key key = ds.put(entity);
String keyStr = KeyFactory.keyToString(key);
beginTxn();
HasTableAndColumnsInMappingJDO htacim =
pm.getObjectById(HasTableAndColumnsInMappingJDO.class, keyStr);
assertNotNull(htacim);
assertEquals(Long.valueOf(key.getId()), htacim.getId());
assertEquals("foo val", htacim.getFoo());
commitTxn();
}
public static Note createNewNote(
Key tactKey, NoteValue noteValue, Long orderNumber, Accidental accid, NotePitch pitch) {
Entity note = new Entity(Note.KIND);
if (tactKey != null) {
note.setProperty(Note.TACT_ID, tactKey.getId());
}
note.setProperty(NUMBER, orderNumber);
note.setUnindexedProperty(Note.VALUE, noteValue.toString());
note.setUnindexedProperty(Note.PITCH, pitch.toString());
note.setUnindexedProperty(Note.DYNAMIC, Dynamic.f.toString());
note.setUnindexedProperty(Note.ACCIDENTAL, accid.toString());
note.setUnindexedProperty(Note.TRIOLA, false);
note.setUnindexedProperty(Note.WITH_DOT, false);
note.setUnindexedProperty(Note.AKCENT, false);
note.setUnindexedProperty(TO_REMOVE, false);
DataStoreWrapper.save(note);
return new Note(note);
}
@Override
public void deleteConference(long conferenceId) {
try {
Conference c = em.find(Conference.class, conferenceId);
em.getTransaction().begin();
// first remove related relation ...
for (Key Skey : c.getStakeholders()) {
Stakeholder s = em.find(Stakeholder.class, Skey.getId());
s.getConferences().remove(c.getId());
em.persist(s);
}
// then remove the entity
em.remove(c);
em.getTransaction().commit();
} catch (Exception e) {
e.printStackTrace();
} finally {
em.close();
}
}
@Test
public void testMarshall_Child() {
RootEntity rootObject = new RootEntity(); // one entity
ChildEntity childObject = new ChildEntity("Test City");
rootObject.setId("TestUser");
rootObject.setCount(25);
childObject.setParent(rootObject);
rootObject.setNewChildEntity(childObject); // one entity
IdentityHashMap<Object, Entity> stack = testMarshaller.marshall(null, rootObject);
Entity rootObjectEntity = stack.get(rootObject);
Entity childObjectEntity = stack.get(childObject);
Key childKey = (Key) rootObjectEntity.getProperty("newChildEntity");
Key parentKey = childKey.getParent();
assertEquals(2, stack.size());
assertNotNull(parentKey);
assertTrue(childKey instanceof Key);
assertEquals(rootObjectEntity.getKey().getId(), parentKey.getId());
assertEquals(rootObjectEntity.getKey().getName(), parentKey.getName());
}
public T findByKey(final Key key) {
return findOne(key.getId());
}
private String getJobWideUniqueData(Key jobKey) {
return getJobWideUniqueData(jobKey.getParent().getId(), jobKey.getId());
}
public String getId() {
return Long.toString(key.getId());
}
/**
* Test that an entity in the datastore with absent fields loads correctly, when the fields in the
* entity class have default values
*/
@Test
public void testNewVersionOfEntity() throws Exception {
fact.register(EntityWithDefault.class);
Objectify ofy = fact.begin();
// e1 has absent properties
Entity e1 = new Entity("EntityWithDefault");
e1.setProperty("a", "1");
com.google.appengine.api.datastore.Key k1 = ofy.getDatastore().put(e1);
EntityWithDefault o = ofy.get(new Key<EntityWithDefault>(EntityWithDefault.class, k1.getId()));
assert o.a != null;
assert "1".equals(o.a);
assert o.b != null;
assert "foo".equals(o.b);
assert o.c != null;
assert "bar".equals(o.c);
assert o.s != null;
assert "default2".equals(o.s.s);
}