public IMapper Bootstrap(IMessageBroker messageBroker)
{
MapperConfiguration config = ConfigureMapper();
var concurrencyProvider = new TestConcurrencyProvider(_scheduler);
_container.RegisterInstance <IConcurrencyProvider>(concurrencyProvider);
_container.RegisterInstance <ILogger <LightAutomationServiceProxy> >(new FakeLogger <LightAutomationServiceProxy>(_scheduler));
_container.RegisterInstance(messageBroker);
return(config.CreateMapper());
}
Build()
{
var hallwayLampToilet = new FakeMotionLamp(Detectors.hallwayDetectorToilet);
var hallwayLampLivingRoom = new FakeMotionLamp(Detectors.hallwayDetectorLivingRoom);
var toiletLamp = new FakeMotionLamp(Detectors.toiletDetector);
var livingRoomLamp = new FakeMotionLamp(Detectors.livingRoomDetector);
var bathroomLamp = new FakeMotionLamp(Detectors.bathroomDetector);
var badroomLamp = new FakeMotionLamp(Detectors.badroomDetector);
var kitchenLamp = new FakeMotionLamp(Detectors.kitchenDetector);
var balconyLamp = new FakeMotionLamp(Detectors.balconyDetector);
var staircaseLamp = new FakeMotionLamp(Detectors.staircaseDetector);
var lampDictionary = new Dictionary <string, FakeMotionLamp>
{
{ Detectors.hallwayDetectorToilet, hallwayLampToilet },
{ Detectors.hallwayDetectorLivingRoom, hallwayLampLivingRoom },
{ Detectors.toiletDetector, toiletLamp },
{ Detectors.livingRoomDetector, livingRoomLamp },
{ Detectors.bathroomDetector, bathroomLamp },
{ Detectors.badroomDetector, badroomLamp },
{ Detectors.kitchenDetector, kitchenLamp },
{ Detectors.balconyDetector, balconyLamp },
{ Detectors.staircaseDetector, staircaseLamp }
};
_container = new Container();
var config = new MapperConfiguration(p =>
{
p.CreateMap(typeof(ServiceDTO), typeof(LightAutomationServiceProxy)).ConstructUsingServiceLocator();
p.CreateMap <AttachedPropertyDTO, AttachedProperty>();
p.ShouldMapProperty = propInfo => (propInfo.CanWrite && propInfo.GetGetMethod(true).IsPublic) || propInfo.IsDefined(typeof(MapAttribute), false);
p.ConstructServicesUsing(_container.GetInstance);
});
var mapper = config.CreateMapper();
var scheduler = new TestScheduler();
var concurrencyProvider = new TestConcurrencyProvider(scheduler);
var quartzScheduler = Mock.Of <IScheduler>();
var motionEvents = scheduler.CreateColdObservable <MotionEnvelope>(_motionEvents.ToArray());
var messageBroker = new FakeMessageBroker(motionEvents, lampDictionary);
var checkTime = _periodicCheckTime ?? TimeSpan.FromMilliseconds(1000);
var observableTimer = Mock.Of <IObservableTimer>();
Mock.Get(observableTimer).Setup(x => x.GenerateTime(checkTime)).Returns(scheduler.CreateColdObservable(GenerateTestTime(TimeSpan.FromSeconds(_timeDuration), checkTime)));
_container.RegisterInstance <IScheduler>(quartzScheduler);
_container.RegisterInstance <IConcurrencyProvider>(concurrencyProvider);
_container.RegisterInstance <ILogger <LightAutomationServiceProxy> >(new FakeLogger <LightAutomationServiceProxy>(scheduler));
_container.RegisterInstance <IMessageBroker>(messageBroker);
_container.RegisterInstance <IObservableTimer>(observableTimer);
var areProperties = new Dictionary <string, string>();
if (!string.IsNullOrWhiteSpace(_workingTime))
{
areProperties.Add(MotionProperties.WorkingTime, _workingTime);
}
var serviceDto = ConfigureRooms(lampDictionary, areProperties);
if (_confusionResolutionTime.HasValue)
{
serviceDto.Properties.Add(MotionProperties.ConfusionResolutionTime, _confusionResolutionTime.ToString());
}
var props = Props.FromProducer(() => mapper.Map <ServiceDTO, LightAutomationServiceProxy>(serviceDto));
_actorContext.PID = _actorContext.Context.SpawnNamed(props, "motionService");
_actorContext.IsAlive();
return
(
motionEvents,
scheduler,
lampDictionary
);
}