public void RaiseTest_1()
{
// Setup and constants
String name = "event0";
IEvent ev = new Event(name);
Boolean activated1 = false;
ActivatorCallback onactivate1 = (self, signal) =>
{
activated1 = true;
};
Boolean activated2 = false;
ActivatorCallback onactivate2 = (self, signal) =>
{
activated2 = true;
};
// Test proper
IActivator sub1 = ev.Subscribe(onactivate1);
IActivator sub2 = ev.Subscribe(onactivate2);
sub1.SelfActivate = true;
sub1.Raise();
// Assertions
Assert.NotEqual(sub1.Name, sub2.Name);
Assert.True(activated1);
Assert.True(activated2);
}
public void SubscriptionTest_1()
{
// Setup and constants
String name = "event0"; // no relation to the video game
IEvent ev = new Event(name);
Boolean activated1 = false;
Boolean disposed1 = false;
ActivatorCallback onactivate1 = (self, signal) =>
{
activated1 = true;
};
Action <IActivator> onunsub1 = (self) =>
{
disposed1 = true;
};
// Test proper
IActivator sub1 = ev.Subscribe(onactivate1);
sub1.SelfActivate = true;
sub1.OnUnsubscribe = onunsub1;
sub1.Raise();
sub1.Unsubscribe();
// Assertions
Assert.True(activated1);
Assert.True(disposed1);
}
public void BlockTest_1()
{
// Setup and constants
String name = "event0";
IEvent ev = new Event(name);
Boolean activated1 = false;
ActivatorCallback onactivate1 = (self, signal) =>
{
activated1 = self.Blocking;
};
Boolean activated2 = false;
ActivatorCallback onactivate2 = (self, signal) =>
{
activated2 = true;
};
// Test proper
IActivator sub1 = ev.Subscribe(onactivate1);
IActivator sub2 = ev.Subscribe(onactivate2);
sub1.SelfActivate = false; // sub1 blocking should always make sub1 get the signal.
sub1.Block();
sub1.Raise();
// Assertions
Assert.NotEqual(sub1.Name, sub2.Name);
Assert.True(activated1);
Assert.False(activated2);
}
public IActivator Subscribe(ActivatorCallback callback)
{
var config = new SubscriptionConfiguration()
{
OnActivate = callback,
};
return(this.Subscribe(config));
}
public IActivator Intercept(ActivatorCallback callback)
{
ActivatorCallback cb = (self, signal) =>
{
if (self.Blocking)
{
self.Unblock();
}
else
{
self.Block();
callback.Invoke(self, signal);
}
};
var activator = this.Subscribe(cb);
return(activator);
}
public IActivator Intercept(EventScope scope, String callNext, ActivatorCallback callback)
{
ActivatorCallback cb = (self, signal) =>
{
if (self.Blocking)
{
self.Unblock();
}
else
{
self.Block();
callback.Invoke(self, signal);
scope.Raise(callNext);
}
};
var activator = this.Subscribe(cb);
return(activator);
}
public void RaiseTest_2()
{
// Setup and constants
String name = "event0";
IEvent ev = new Event(name);
String message_name = "message";
Boolean message_content = true;
IDataContainer data = new DataContainer();
data.Set(message_name, message_content);
Boolean activated1 = false;
ActivatorCallback onactivate1 = (self, signal) =>
{
activated1 = true;
};
Boolean activated2 = false;
ActivatorCallback onactivate2 = (self, signal) =>
{
signal.AssertData <Boolean>(message_name);
activated2 = signal.GetData <Boolean>(message_name).Value;
};
// Test proper
IActivator sub1 = ev.Subscribe(onactivate1);
IActivator sub2 = ev.Subscribe(onactivate2);
sub1.SelfActivate = true;
sub1.Raise(data);
// Assertions
Assert.NotEqual(sub1.Name, sub2.Name);
Assert.True(activated1);
Assert.True(activated2);
}
