public function testLoadAndStoreAggregate()
{
DefaultUnitOfWork::startAndGet();
$aggregate = new StubAggregate();
$aggregate->doSomething();
/*$this->lockManager->expects($this->exactly(2))
->method('obtainLock')
->with($this->equalTo($aggregate->getIdentifier()));
$this->lockManager->expects($this->exactly(2))
->method('releaseLock')
->with($this->equalTo($aggregate->getIdentifier()));*/
$this->testSubject->add($aggregate);
CurrentUnitOfWork::commit();
DefaultUnitOfWork::startAndGet();
$loadedAggregate = $this->testSubject->load($aggregate->getIdentifier(), 0);
//verify(lockManager).obtainLock(aggregate.getIdentifier());
$loadedAggregate->doSomething();
CurrentUnitOfWork::commit();
/* $lockManager = Phake::mock(get_class($this->lockManager));
\Phake::inOrder(
\Phake::verify($lockManager)->validateLock(),
\Phake::verify($lockManager)->releaseLock()
);*/
//InOrder inOrder = inOrder(lockManager);
// inOrder.verify(lockManager, atLeastOnce()).validateLock(loadedAggregate);
// verify(mockEventBus, times(2)).publish(any(DomainEventMessage.class));
// inOrder.verify(lockManager).releaseLock(loadedAggregate.getIdentifier());
}
/**
* @CommandHandler
*/
public function handleStrangeCommand(StrangeCommand $testCommand)
{
$aggregate = $this->repository->load($testCommand->getAggregateIdentifier(), null);
$aggregate->doSomething();
$this->eventBus->publish(new GenericEventMessage(new MyApplicationEvent()));
CurrentUnitOfWork::get()->publishEvent(new GenericEventMessage(new MyApplicationEvent()), $this->eventBus);
throw new StrangeCommandReceivedException("Strange command received");
}
public function testSetSession()
{
$mockUnitOfWork = $this->getMock(UnitOfWorkInterface::class);
CurrentUnitOfWork::set($mockUnitOfWork);
$this->assertSame($mockUnitOfWork, CurrentUnitOfWork::get());
CurrentUnitOfWork::clear($mockUnitOfWork);
$this->assertFalse(CurrentUnitOfWork::isStarted());
}
public function add(AggregateRootInterface $aggregateRoot)
{
if (null !== $aggregateRoot->getVersion()) {
throw new \InvalidArgumentException("Only newly created (unpersisted) aggregates may be added.");
}
if (!$this->supportsClass(get_class($aggregateRoot))) {
throw new \InvalidArgumentException(sprintf("This repository supports %s, but got %s", $this->className, get_class($aggregateRoot)));
}
CurrentUnitOfWork::get()->registerAggregate($aggregateRoot, $this->eventBus, $this->saveAggregateCallback);
}
public function testCommandHandlerLoadsSameAggregateTwice()
{
DefaultUnitOfWork::startAndGet();
$stubAggregate = new StubAggregate($this->aggregateIdentifier);
$stubAggregate->doSomething();
$this->repository->add($stubAggregate);
CurrentUnitOfWork::commit();
DefaultUnitOfWork::startAndGet();
$this->repository->load($this->aggregateIdentifier)->doSomething();
$this->repository->load($this->aggregateIdentifier)->doSomething();
CurrentUnitOfWork::commit();
$es = $this->mockEventStore->readEvents("", $this->aggregateIdentifier);
$this->assertTrue($es->hasNext());
$this->assertEquals(0, $es->next()->getScn());
$this->assertTrue($es->hasNext());
$this->assertEquals(1, $es->next()->getScn());
$this->assertTrue($es->hasNext());
$this->assertEquals(2, $es->next()->getScn());
$this->assertFalse($es->hasNext());
}
public function publish(array $events)
{
if (null === $this->connection) {
throw new \RuntimeException("The AMQPTerminal has no connection configured.");
}
$channel = $this->connection->channel();
if ($this->isTransactional) {
$channel->tx_select();
}
try {
if ($this->waitForAck) {
$channel->confirm_select();
}
foreach ($events as $event) {
$amqpMessage = $this->messageConverter->createAmqpMessage($event);
$this->doSendMessage($channel, $amqpMessage);
}
if (CurrentUnitOfWork::isStarted()) {
CurrentUnitOfWork::get()->registerListener(new ChannelTransactionUnitOfWorkListener($this->logger, $channel, $this));
} elseif ($this->isTransactional) {
$channel->tx_commit();
} elseif ($this->waitForAck) {
$channel->wait_for_pending_acks($this->publisherAckTimeout);
}
} catch (\Exception $ex) {
if ($this->isTransactional) {
$this->tryRollback($channel);
}
throw new EventPublicationFailedException("Failed to dispatch Events to the Message Broker.", 0, $ex);
} finally {
if (!CurrentUnitOfWork::isStarted()) {
$this->tryClose($channel);
}
}
}
public function testDispatchCommand_ImplicitUnitOfWorkIsRolledBackOnException()
{
$command = new TestCommand("Say hi!");
$test = $this;
$this->handlerRegistry->subscribe(TestCommand::class, new CallbackCommandHandler(function (CommandMessageInterface $commandMessage, UnitOfWorkInterface $unitOfWork) use($test) {
$test->assertTrue(CurrentUnitOfWork::isStarted());
$test->assertNotNull(CurrentUnitOfWork::get());
throw new \RuntimeException("exception");
}));
$callback = new ClosureCommandCallback(function ($result) use($command) {
$this->fail("Did not expect exception");
}, function ($exception) {
$this->assertEquals(\RuntimeException::class, get_class($exception));
});
$this->commandBus->dispatch(GenericCommandMessage::asCommandMessage($command), $callback);
$this->assertFalse(CurrentUnitOfWork::isStarted());
}
public function tearDown()
{
while (CurrentUnitOfWork::isStarted()) {
CurrentUnitOfWork::get()->rollback();
}
}
public function testLoadAndSaveWithoutConflictingChanges()
{
$conflictResolver = $this->getMock('Governor\\Framework\\EventSourcing\\ConflictResolverInterface');
$identifier = Uuid::uuid1()->toString();
$event2 = new GenericDomainEventMessage($identifier, 2, new \stdClass(), MetaData::emptyInstance());
$event3 = new GenericDomainEventMessage($identifier, 3, new \stdClass(), MetaData::emptyInstance());
$this->mockEventStore->expects($this->once())->method('readEvents')->with($this->identicalTo("test"), $this->identicalTo($identifier))->will($this->returnValue(new SimpleDomainEventStream(array(new GenericDomainEventMessage($identifier, 1, new \stdClass()), $event2, $event3))));
$this->testSubject->setConflictResolver($conflictResolver);
$actual = $this->testSubject->load($identifier, 3);
$conflictResolver->expects($this->never())->method('resolveConflicts');
$actual->apply(new StubDomainEvent());
$conflictResolver->expects($this->never())->method('resolveConflicts');
CurrentUnitOfWork::commit();
}
public function testInnerUnitOfWorkCommittedBackWithOuter()
{
$isCommitted = false;
$outer = DefaultUnitOfWork::startAndGet();
$inner = DefaultUnitOfWork::startAndGet();
$inner->registerListener(new AfterCommitTestAdapter(function (UnitOfWorkInterface $uow) use(&$isCommitted) {
$isCommitted = true;
}));
$inner->commit();
$this->assertFalse($isCommitted, "The inner UoW was committed prematurely");
$outer->commit();
$this->assertTrue($isCommitted, "The inner UoW wasn't properly committed");
$this->assertFalse(CurrentUnitOfWork::isStarted(), "The UnitOfWork haven't been correctly cleared");
}
protected function doLoad($id, $expectedVersion)
{
try {
$events = $this->eventStore->readEvents($this->getTypeIdentifier(), $id);
} catch (EventStreamNotFoundException $ex) {
throw new AggregateNotFoundException($id, "The aggregate was not found", $ex);
}
foreach ($this->eventStreamDecorators as $decorator) {
$events = $decorator->decorateForRead($this->getTypeIdentifier(), $id, $events);
}
$aggregate = $this->factory->createAggregate($id, $events->peek());
$unseenEvents = array();
$aggregate->initializeState(new CapturingEventStream($events, $unseenEvents, $expectedVersion));
if ($aggregate->isDeleted()) {
throw new AggregateDeletedException($id);
}
CurrentUnitOfWork::get()->registerListener(new ConflictResolvingListener($aggregate, $unseenEvents, $this->conflictResolver));
return $aggregate;
}