public void _50082_WaitOnEvent_Disposed()
{
TestHelpers.CatchExpected(50082, "SpPeriodicWakeupOnly", "WaitOnEvent", "Attempting to use Disposed Object", () => {
SpPeriodicWakeupOnly w = new SpPeriodicWakeupOnly();
w.Dispose();
Thread.Sleep(100);
w.WaitOnEvent();
});
}
public void _50080_EventReceived_Disposed()
{
TestHelpers.CatchExpected(50080, "SpPeriodicWakeupOnly", "EventReceived", "Attempting to use Disposed Object", () => {
SpPeriodicWakeupOnly w = new SpPeriodicWakeupOnly();
w.Dispose();
Thread.Sleep(100);
w.EventReceived(BehaviorResponseEventType.MsgArrived);
});
}
public void _50081_EventReceived_UnhandledType()
{
TestHelpers.CatchUnexpected(() => {
SpPeriodicWakeupOnly w = new SpPeriodicWakeupOnly();
w.EventReceived(BehaviorResponseEventType.Undefined);
w.Dispose();
Thread.Sleep(100);
});
this.logReader.Validate(50081, "SpPeriodicWakeupOnly", "EventReceived", "The Behavior Response Event Type 'Undefined' is not Supported");
}
public void _50084_OnPeriodicTimer_Busy()
{
TestHelpers.CatchUnexpected(() => {
SpPeriodicWakeupOnly w = new SpPeriodicWakeupOnly();
// setting terminate allows it to drop through the waitOnEvent
w.EventReceived(BehaviorResponseEventType.TerminateRequest);
w.WaitOnEvent();
Thread.Sleep(100);
// we then hit it with another event. Normaly the user would loop back to the wait to set it not busy
w.EventReceived(BehaviorResponseEventType.PeriodicWakeup);
w.Dispose();
Thread.Sleep(100);
});
this.logReader.Validate(50084, "SpPeriodicWakeupOnly", "OnPeriodicTimer", "Still Busy When the Periodic Timer Woke Up");
}
private SpStateMachineEngine GetEngine(out ISpEventListner listner, MyDataClass dataClass, ISpState firstState)
{
ISpStateMachine sm = new MyStateMachine(dataClass, firstState);
ISpEventStore store = new SimpleDequeEventStore(new MyTickMsg());
ISpBehaviorOnEvent behavior = new SpPeriodicWakeupOnly();
ISpPeriodicTimer timer = new WinSimpleTimer(new TimeSpan(0, 0, 0, 0, 500));
//ISpEventListner listner = new SimpleEventListner();
listner = new SimpleEventListner();
listner.ResponseReceived += new Action<ISpEventMessage>((msg) => { });
// Simulates DI
return new SpStateMachineEngine(listner, store, behavior, sm, timer);
}
public void TestInitialGenericSpState()
{
TestHelpers.CatchUnexpected(() => {
MyDataClass dataClass = new MyDataClass();
// This would normally be the main superstate which includes all other states cascading within it's and it's children's constructors
MyState sParent = new MyState(MyStateID.NotStarted, dataClass);
MyState s = new MyState(sParent, MyStateID.WaitingForUserInput, dataClass);
MyState s2 = new MyState(sParent, MyStateID.Active, dataClass);
Console.WriteLine("SuperState sParent name:{0}", sParent.FullName);
Console.WriteLine("State s name:{0}", s.FullName);
Console.WriteLine("State s2 name:{0}", s2.FullName);
s.RegisterOnEventTransition(new SpEnumToInt(MyEventType.Stop), new SpStateTransition(SpStateTransitionType.NextState, s2, null));
ISpStateMachine sm = new MyStateMachine(dataClass, s);
ISpEventStore store = new SimpleDequeEventStore(new MyTickMsg());
ISpBehaviorOnEvent behavior = new SpPeriodicWakeupOnly();
ISpPeriodicTimer timer = new WinSimpleTimer(new TimeSpan(0, 0, 0, 0, 1000));
ISpEventListner listner = new SimpleEventListner();
listner.ResponseReceived += new Action<ISpEventMessage>((msg) => { });
// TODO - Need a default response msg
// Simulates DI
SpStateMachineEngine engine =
new SpStateMachineEngine(listner, store, behavior, sm, timer);
engine.Start();
Thread.Sleep(3000);
//sm.Tick(new BaseMsg(99, 456));
//listner.PostMessage(new SpBaseMsg(MyMessageType 777, 12345));
listner.PostMessage(new MyBaseMsg(MyMsgType.SimpleMsg, MyEventType.Stop));
Thread.Sleep(3000);
engine.Stop();
Console.WriteLine("Disposing Engine - thread should not output while I wait 3 seconds");
engine.Dispose();
Thread.Sleep(3000);
Console.WriteLine("Done");
// Multi call test
engine.Dispose();
engine.Dispose();
engine.Dispose();
Console.WriteLine("Engine Disposed");
//SpState<DataClass> state = new SpState<DataClass>(dataClass);
//SpStateMachine<DataClass> stateMachine = new SpStateMachine<DataClass>(dataClass, state);
});
}
