public DirectionAnimation WithActuator(LogicalBinaryStateActuator actuator)
{
if (actuator == null)
{
throw new ArgumentNullException(nameof(actuator));
}
_actuator = actuator;
return(this);
}
public LogicalBinaryStateActuator RegisterLogicalActuator(IArea area, Enum id)
{
if (area == null)
{
throw new ArgumentNullException(nameof(area));
}
var actuator = new LogicalBinaryStateActuator(ComponentIdGenerator.Generate(area.Id, id), _timerService);
area.AddComponent(actuator);
return(actuator);
}
public void TurnOn_CombinedActuators()
{
var timer = new TestTimerService();
var stateMachineFactory = new TestStateMachineFactory();
var testActuator1 = stateMachineFactory.CreateTestStateMachineWithOnOffStates();
var testActuator2 = stateMachineFactory.CreateTestStateMachineWithOnOffStates();
var testActuator3 = stateMachineFactory.CreateTestStateMachineWithOnOffStates();
var logicalActautor = new LogicalBinaryStateActuator(ComponentIdGenerator.EmptyId, timer);
logicalActautor.WithActuator(testActuator1);
logicalActautor.WithActuator(testActuator2);
logicalActautor.WithActuator(testActuator3);
logicalActautor.GetState().Equals(BinaryStateId.Off).ShouldBeEquivalentTo(true);
logicalActautor.SetState(BinaryStateId.On);
logicalActautor.GetState().Equals(BinaryStateId.On).ShouldBeEquivalentTo(true);
logicalActautor.SetState(BinaryStateId.Off);
logicalActautor.GetState().Equals(BinaryStateId.Off).ShouldBeEquivalentTo(true);
}
