TEST(TimeManagerTest, testTimeoutNoParam) {
TimeManager time;
timeManagerTestCallback.callbackNoParamCalled = false;
time.setTimeout(1, &timeManagerTestCallback,
&TimeManagerTestCallback::timeoutNoParamCallback);
time.update(1);
ASSERT_TRUE(timeManagerTestCallback.callbackNoParamCalled);
}
TEST(TimeManagerTest, testTimeoutWithParam) {
TimeManager time;
timeManagerTestCallback.callbackWithParamCalled = false;
float param = 5.50f;
time.setTimeout(1, &timeManagerTestCallback,
&TimeManagerTestCallback::timeoutWithParamCallback, (void*) ¶m);
time.update(1);
ASSERT_TRUE(timeManagerTestCallback.callbackWithParamCalled);
ASSERT_EQ(timeManagerTestCallback.callbackParamValue, param);
}
void testManagers()
{
/*
struct MyObject;
struct MyStorage: public IDPair<MyStorage,MyObject>::Store
{
}storage;
struct MyObject: public IDPair<MyStorage,MyObject>::Stored
{
MyObject(MyStorage *manager,const char *n)
:Stored(manager),hello(n)
{}
std::string hello;
};
new MyObject(&storage,"object1");
new MyObject(&storage,"object2");
new MyObject(&storage,"object3");
new MyObject(&storage,"object4");*/
TimeManager manager;
struct TestEvent : public TimeManager::Action
{
public:
std::string eventMsg;
TestEvent(const std::string &str):eventMsg(str){}
virtual void Execute()
{
printf("TestEvent::Execute(%s)\n",eventMsg.c_str());
}
};
manager.add(new TestEvent("Event 1"), 40);
manager.add(new TestEvent("Event 2"), 60);
manager.add(new TestEvent("Event 3"), 20);
manager.add(new TestEvent("Event 4"), 50);
for(int i = 0; i < 8; i++)
manager.update(5);
manager.add(new TestEvent("Event 5"), 20);
manager.add(new TestEvent("Event 6"), 30);
for(int i = 0; i < 30; i++)
manager.update(5);
int w = 0;
}