public CollisionAvoidanceSystem(IAMSController eventReceiver, double longitudeTolerance, double altitudeTolerance)
{
_eventReceiver = eventReceiver;
_eventReceiver.FilteredAircraftsEvent += ReceiverFilteredDataReady;
_longitudeTolerance = longitudeTolerance;
_altitudeTolerance = altitudeTolerance;
}
public void Setup()
{
output = Substitute.For <IOutput>();
amsController = Substitute.For <IAMSController>();
collisionAvoidanceSystem = Substitute.For <ICollisionAvoidanceSystem>();
_uut = new ConsoleOutput(amsController, collisionAvoidanceSystem, output);
}
public void Setup()
{
amsController = Substitute.For <IAMSController>();
longtitude = 5000;
altitude = 300;
_uut = new CollisionAvoidanceSystem(amsController, longtitude, altitude);
_uut.SeparationEvent += (o, args) => { ++_nSeparationEvents; };
}
public ConsoleOutput(IAMSController amsController, ICollisionAvoidanceSystem collision, IOutput output)
{
_output = output;
_collisionAvoidanceSystem = collision;
AircraftsColliding = new List <SeparationEventArgs>();
AircraftsJustEnteredAirspace = new List <Aircraft>();
AircraftsJustExcitedAirspace = new List <Aircraft>();
_amscontroller = amsController;
_amscontroller.TrackEnteredAirspaceEvent += TrackEnteredAirspaceEventHandler;
_amscontroller.TrackLeftAirspaceEvent += TrackLeftAirspaceEventHandler;
_amscontroller.FilteredAircraftsEvent += AircraftsInsideAirspaceEventHandler;
_collisionAvoidanceSystem.SeparationEvent += CollisionEventHandler;
_collisionAvoidanceSystem.SeparationAvoidedEvent += CollisionAvoidedEventHandler;
}
