TestProxy()
{
mThread = zsLib::MessageQueueThread::createBasic();
mThreadNeverCalled = zsLib::MessageQueueThread::createBasic();
TestProxyCallbackPtr testObject = TestProxyCallback::create(mThread);
ITestProxyDelegatePtr delegate = ITestProxyDelegateProxy::create(testObject);
ITestSubscriptionProxyDelegatePtr subscriptionDelegate = ITestSubscriptionProxyDelegateProxy::create(testObject);
ITestSubscriptionProxyDelegateSubscriptions subscriptions;
SubscriptionPtr subscription = subscriptions.subscribe(subscriptionDelegate);
TESTING_CHECK(delegate.get() != (ITestProxyDelegatePtr(testObject)).get())
TESTING_CHECK(! zsLib::Proxy<ITestProxyDelegate>::isProxy(testObject))
TESTING_CHECK(zsLib::Proxy<ITestProxyDelegate>::isProxy(delegate))
ITestProxyDelegatePtr original = zsLib::Proxy<ITestProxyDelegate>::original(delegate);
TESTING_EQUAL(original.get(), (ITestProxyDelegatePtr(testObject)).get())
delegate->func1();
for (int i = 0; i < 1000; ++i)
{
delegate->func2();
}
zsLib::String str("func3");
delegate->func3(str);
str = "bogus3";
delegate->func4(0xFFFF);
TESTING_EQUAL(getCheck().mCalledFunc4, 0xFFFF);
TESTING_EQUAL(delegate->func5(0xABC, 0xDEF), "abc def");
subscriptions.delegate()->sub1();
subscriptions.delegate()->sub2("sub2");
subscription->cancel();
subscriptions.delegate()->sub2("post_sub2_cancelled");
}
TestProxy()
{
mThread = zsLib::MessageQueueThread::singletonUsingCurrentGUIThreadsMessageQueue();
mThreadNeverCalled = zsLib::MessageQueueThread::singletonUsingCurrentGUIThreadsMessageQueue();
TestProxyCallbackPtr testObject = TestProxyCallback::create(mThread);
ITestProxyDelegatePtr delegate = zsLib::Proxy<ITestProxyDelegate>::create(testObject);
delegate->func1();
for (int i = 0; i < 1000; ++i)
{
delegate->func2();
}
zsLib::String str("func3");
delegate->func3(str);
str = "bogus3";
delegate->func4(0xFFFF);
BOOST_EQUAL(getCheck().mCalledFunc4, 0xFFFF);
BOOST_EQUAL(delegate->func5(0xABC, 0xDEF), "abc def");
}
