public void AddDataPoint_GetCurrentAltitute_CorrectAltitude()
{
// Act
_uut.AddDataPoint(_firstDataPoint);
// Assert
Assert.That(_uut.GetCurrentAltitude(), Is.EqualTo(_firstDataPoint.Altitude));
}
public void OnFlightTracksUpdated_FlightEnterAirspaceThenOtherFlightEnterNotInAirspace_OneEnterEvents()
{
//Arrange
_flight1.GetCurrentAltitude().Returns(1d); //inside
_flight2.GetCurrentAltitude().Returns(0d); //outside
var args1 = new FlightTracksUpdatedEventArgs(new List <IFlightTrack> {
});
var args2 = new FlightTracksUpdatedEventArgs(new List <IFlightTrack> {
_flight1
});
var args3 = new FlightTracksUpdatedEventArgs(new List <IFlightTrack> {
_flight1
});
var args4 = new FlightTracksUpdatedEventArgs(new List <IFlightTrack> {
_flight1, _flight2
});
var args5 = new FlightTracksUpdatedEventArgs(new List <IFlightTrack> {
_flight1, _flight2
});
//Act
_dataSource.FlightTracksUpdated += Raise.EventWith(args1);
_dataSource.FlightTracksUpdated += Raise.EventWith(args2);
_dataSource.FlightTracksUpdated += Raise.EventWith(args3);
_dataSource.FlightTracksUpdated += Raise.EventWith(args4);
_dataSource.FlightTracksUpdated += Raise.EventWith(args5);
//Assert
Assert.That(_lastReceivedEnterExitEvents.Count, Is.EqualTo(1));
Assert.That(_lastReceivedEnterExitEvents.Where(e => e.Entered).Count, Is.EqualTo(1));
Assert.That(_lastReceivedEnterExitEvents.Where(e => !e.Entered).Count, Is.EqualTo(0));
}
public void OnFlightUpdatedSeperationEventDetect_TwoFlightsSeperate_TwoEnterOneEvent()
{
_flight1a.GetCurrentPosition().Returns(new Vector2(5000, 7050));
_flight1b.GetCurrentPosition().Returns(new Vector2(5000, 6960));
_flight1c.GetCurrentPosition().Returns(new Vector2(5000, 6850));
_flight2a.GetCurrentPosition().Returns(new Vector2(5000, 2000));
_flight2b.GetCurrentPosition().Returns(new Vector2(5000, 2100));
_flight2c.GetCurrentPosition().Returns(new Vector2(5000, 2200));
_flight1a.GetCurrentAltitude().Returns(700);
_flight1b.GetCurrentAltitude().Returns(700);
_flight1c.GetCurrentAltitude().Returns(700);
_flight2a.GetCurrentAltitude().Returns(600);
_flight2b.GetCurrentAltitude().Returns(600);
_flight2c.GetCurrentAltitude().Returns(600);
var args1 = new FlightTracksUpdatedEventArgs(new List <IFlightTrack> {
_flight1a, _flight2a
}); //Far enough
var args2 = new FlightTracksUpdatedEventArgs(new List <IFlightTrack> {
_flight1b, _flight2b
}); //too close
//var args3 = new FlightTracksUpdatedEventArgs(new List<IFlightTrack> { _flight1c, _flight2c }); //still too close
//Act
_datasource.FlightTracksUpdated += Raise.EventWith(args1);
_datasource.FlightTracksUpdated += Raise.EventWith(args2);
//_datasource.FlightTracksUpdated += Raise.EventWith(args3);
Assert.That(_SeperationEventCount, Is.EqualTo(1));
Assert.That(_flightTracksUpdatedCounter, Is.EqualTo(2));
}
public bool TracksConflicting(IFlightTrack f1, IFlightTrack f2)
{
double f1alt = f1.GetCurrentAltitude();
double f2alt = f2.GetCurrentAltitude();
Vector2 f1pos = f1.GetCurrentPosition();
Vector2 f2pos = f2.GetCurrentPosition();
if ((Math.Abs(f1alt - f2alt) < _altitude) && Vector2.Distance(f1pos, f2pos) < _distance)
{
return(true);
}
else
{
return(false);
}
}
public void OnFlightTracksUpdated_OneFlightInAirspaceOnFlightOutsideAirspace_AirspaceUpdated_OneFlightInAirspace()
{
//Arrange
_flight1.GetCurrentAltitude().Returns(1d);
_flight2.GetCurrentAltitude().Returns(0d);
_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);
var args = new FlightTracksUpdatedEventArgs(new List <IFlightTrack> {
_flight1, _flight2
});
//Act
_datasource.FlightTracksUpdated += Raise.EventWith(args);
//Assert
Assert.That(_airspaceUpdatedEventCount, Is.EqualTo(1));
Assert.That(_airspaceUpdatedEventContent.Count, Is.EqualTo(1));
}