public void WhenRaisingTransponderDataReady_GivenFlightIsWithinAirspace_CreateFlightTrack_ThatASubscriperCanReceive(string rawData, string expTag, int expLat, int expLong, int expAlt)
{
// ARRANGE
var transponderData = new List <string>();
transponderData.Add(rawData);
_fakeMonitoredAirspace.HasPositionWithinBoundaries(Arg.Any <Position>()).Returns(true);
IFlightTrack persistedArgs = null;
_sut.EnteredAirspace += (sender, e) =>
{
persistedArgs = e.FlightTrack;
};
//ACT
_fakeTransponder.TransponderDataReady += Raise.EventWith(_fakeTransponder, new RawTransponderDataEventArgs(transponderData));
// ASSERT
Assert.That(persistedArgs.Tag, Is.Not.Null);
Assert.That(persistedArgs.NavigationCourse, Is.EqualTo(double.NaN));
Assert.That(persistedArgs.Velocity, Is.EqualTo(0));
Assert.That(persistedArgs.LatestTime, Is.Not.EqualTo(DateTime.MinValue));
Assert.That(persistedArgs.Tag, Is.EqualTo(expTag));
Assert.That(persistedArgs.Position.Altitude, Is.EqualTo(expAlt));
Assert.That(persistedArgs.Position.Latitude, Is.EqualTo(expLat));
Assert.That(persistedArgs.Position.Longitude, Is.EqualTo(expLong));
}
private void UpdateFlightTracks(object sender, FlightRecordEventArgs e)
{
var flightUpdate = e.FlightRecord;
if (_monitoredAirspace.HasPositionWithinBoundaries(flightUpdate.Position))
{
IFlightTrack updatedTrack;
var existingTrack = _tracks.Any(t => t.Tag == flightUpdate.Tag);
if (existingTrack) // already in list
{
updatedTrack = _tracks.SortRecordByTag(flightUpdate);
_view.AddToRenderWithColor(updatedTrack.ToString(), ConsoleColor.Yellow);
}
else
{
updatedTrack = _tracks.SortRecordByTag(flightUpdate);
var args = new FlightTrackEventArgs(updatedTrack);
EnteredAirspace?.Invoke(this, args);
}
_handler.DetectCollision(_tracks);
_handler.DetectCollision(_tracks);
}
else
{
var leftAirspaceTrack = _tracks.FirstOrDefault(t => t.Tag == flightUpdate.Tag);
var leftairspacetrue = _tracks.Any(t => t.Tag == flightUpdate.Tag);
if (leftairspacetrue) // in list
{
var args = new FlightTrackEventArgs(leftAirspaceTrack);
LeftAirspace?.Invoke(this, args);
_tracks.Remove(leftAirspaceTrack);
}
}
}
public void Call_DetectCollision()
{
// Arrange
_fakeMonitoredAirspace.HasPositionWithinBoundaries(Arg.Any <Position>()).Returns(true);
// Act
var record = new FlightRecord()
{
Tag = "test flight",
Position = new Position(20000, 20000, 19000),
Timestamp = DateTime.MinValue
};
_fakeFlight.FlightRecordReceived += Raise.EventWith(_fakeFlight, new FlightRecordEventArgs(record));
// Assert
_fakeSeperation.Received().DetectCollision(Arg.Any <ICollection <IFlightTrack> >());
}
