public EnterExitEventDisplayer(IMonitor monitor, IEnterExitEventController EnterExitEventcontroller)
{
_EnterExitEventcontroller = EnterExitEventcontroller;
_monitor = monitor;
_EnterExitEventcontroller.EnterExitEventsUpdated += OnEnterExitEventsUpdated;
}
public void SetUp()
{
_dataSource = Substitute.For <IFlightTrackManager>();
_area = Substitute.For <IAirspaceArea>();
_airspaceManager = new AirspaceManager(_dataSource, _area);
_enterExitEventDetector = new EnterExitEventDetector(_airspaceManager);
_uut = new EnterExitEventController(_enterExitEventDetector);
_dataSource.FlightTracksUpdated += (o, args) => _inputEventCounter++;
_uut.EnterExitEventsUpdated += (o, args) =>
{
_lastReceivedEnterExitEvents = args.ActiveEvents;
_outputEventCounter++;
};
_flight1 = Substitute.For <IFlightTrack>();
_flight2 = Substitute.For <IFlightTrack>();
_flight1.GetTag().Returns("TAG123");
_flight1.GetLastUpdatedAt().Returns(DateTime.Now);
_flight2.GetTag().Returns("TAG456");
_flight2.GetLastUpdatedAt().Returns(DateTime.Now);
//Use IAirspaceArea substitute to manually emulate flight airspace filtering (alt = 1 inside, alt = 0 outside)
_area.IsInside(Arg.Any <int>(), Arg.Any <int>(), Arg.Is <int>(x => x == 1)).Returns(true);
_area.IsInside(Arg.Any <int>(), Arg.Any <int>(), Arg.Is <int>(x => x == 0)).Returns(false);
}
public void SetUp()
{
_dataSource = Substitute.For <IFlightTrackManager>();
_dataSource.FlightTracksUpdated += (o, args) => _inputEventCounter++;
_enterExitEventDetector = new EnterExitEventDetector(_dataSource);
_uut = new EnterExitEventController(_enterExitEventDetector);
_uut.EnterExitEventsUpdated += (o, args) =>
{
_lastReceivedEnterExitEvents = args.ActiveEvents;
_outputEventCounter++;
};
_flight1 = Substitute.For <IFlightTrack>();
_flight2 = Substitute.For <IFlightTrack>();
_flight1.GetTag().Returns("TAG123");
_flight1.GetLastUpdatedAt().Returns(DateTime.Now);
_flight2.GetTag().Returns("TAG456");
_flight2.GetLastUpdatedAt().Returns(DateTime.Now);
}
