public void SetUp()
{
_trackRemover = new TrackRemover();
_fakeTrackManagement = new TrackManagement();
_fakeAirspaceController = Substitute.For <IAirspaceController>();
_flightManagement = new AirTrafficMonitoring.FlightManagement.FlightManagement(_fakeAirspaceController, _trackRemover, _fakeTrackManagement);
}
public void HandleTrackOutsideAirspace_TrackOutsideAirspaceGetsRemoved_TrackRemoverRecivesCallWithCorrectTrack()
{
// ARRANGE
List <Track> newTracks = new List <Track>();
List <Track> oldTracks = new List <Track>();
for (int i = 0; i < 5; i++)
{
Track track = new Track()
{
Tag = "FlightNo" + i
};
newTracks.Add(track);
}
// Creating mock and uut
_fakeTrackManagement = new TrackManagementMock(newTracks, oldTracks);
_uut = new AirTrafficMonitoring.FlightManagement.FlightManagement(_fakeAirspaceController, _fakeTrackRemover, _fakeTrackManagement);
// Adding tracks to newestTracks list via HandleTracksInsideAirspace
Track trackToBeRemoved = new Track()
{
Tag = "FlightNo0"
};
TrackEventArgs eventArgs = new TrackEventArgs(trackToBeRemoved);
_fakeAirspaceController.TrackInAirspace += Raise.EventWith(eventArgs);
// ACT
_fakeAirspaceController.TrackOutsideAirspace += Raise.EventWith(eventArgs);
// ASSERT
_fakeTrackRemover.Received(1).RemoveTrack(Arg.Any <List <Track> >(), trackToBeRemoved);
}
public void SetUp()
{
_trackRemover = new TrackRemover();
_trackManagement = new TrackManagement();
_timeSpanCalculator = new TimeSpanCalculator();
_distanceCalculator = new DistanceCalculator();
_velocityCalculator = new VelocityCalculator(_timeSpanCalculator, _distanceCalculator);
_velocityAnalyzer = new VelocityAnalyzer(_velocityCalculator);
_compassCalculator = new CompassCalculator();
_courseAnalyzer = new CourseAnalyzer(_compassCalculator);
_altitudeDistanceCalculator = new AltitudeDistanceCalculator();
_collisionAnalyzer = new CollisionAnalyzer(_distanceCalculator, _altitudeDistanceCalculator);
_separationStringBuilder = new SeparationStringBuilder();
_fakeFileWriter = Substitute.For <IFileWriter>();
_airspace = new Airspace();
_airspaceTrackChecker = new AirspaceTrackChecker(_airspace);
_fakeTransponderDataReciever = Substitute.For <ITransponderDataReciever>();
_airspaceController = new AirTrafficMonitoring.AirspaceController.AirspaceController(_fakeTransponderDataReciever, _airspaceTrackChecker);
_flightManagement = new AirTrafficMonitoring.FlightManagement.FlightManagement(_airspaceController, _trackRemover, _trackManagement);
_flightAnalyzer = new AirTrafficMonitoring.FlightAnalyzer.FlightAnalyzer(_flightManagement, _courseAnalyzer, _velocityAnalyzer);
_collisionController = new AirTrafficMonitoring.CollisionController.CollisionController(_flightManagement, _collisionAnalyzer, _separationStringBuilder);
_logger = new AirTrafficMonitoring.CollisionController.Logger(_collisionController, "", _fakeFileWriter);
}
public FlightManagement(IAirspaceController airspaceController, ITrackRemover trackRemover,
ITrackManagement trackManagement)
{
airspaceController.TrackOutsideAirspace += HandleTrackOutsideAirspace;
airspaceController.TrackInAirspace += HandleTrackInsideAirspace;
_trackRemover = trackRemover;
_trackManagement = trackManagement;
_newestTracks = new List <Track>();
_oldestTracks = new List <Track>();
}
public void SetUp()
{
_trackRemover = new TrackRemover();
_fakeTrackManagement = new TrackManagement();
_fakeAirspaceController = Substitute.For <IAirspaceController>();
_timeSpanCalculator = new TimeSpanCalculator();
_distanceCalculator = new DistanceCalculator();
_velocityCalculator = new VelocityCalculator(_timeSpanCalculator, _distanceCalculator);
_velocityAnalyzer = new VelocityAnalyzer(_velocityCalculator);
_compassCalculator = new CompassCalculator();
_courseAnalyzer = new CourseAnalyzer(_compassCalculator);
_flightManagement = new AirTrafficMonitoring.FlightManagement.FlightManagement(_fakeAirspaceController, _trackRemover, _fakeTrackManagement);
_flightAnalyzer = new AirTrafficMonitoring.FlightAnalyzer.FlightAnalyzer(_flightManagement, _courseAnalyzer, _velocityAnalyzer);
}
public void HandleTrackInsideAirspace_HandlesTrack_EventWasRaised()
{
_fakeTrackManagement = Substitute.For <ITrackManagement>();
_uut = new AirTrafficMonitoring.FlightManagement.FlightManagement(_fakeAirspaceController, _fakeTrackRemover, _fakeTrackManagement);
bool wasRaised = false;
_uut.FlightDataReady += (sender, args) => wasRaised = true;
TrackEventArgs e = new TrackEventArgs(new Track());
// ACT
_fakeAirspaceController.TrackInAirspace += Raise.EventWith <TrackEventArgs>(e);
// ASSERT
Assert.That(wasRaised, Is.EqualTo(true));
}
public void HandleTrackOutsideAirspace_TracksOutsideAirspaceGetsRemoved_TrackRemoverRecievesCorrectNumberOfCalls(int totalTracks, int numberOfTracksToBeRemoved)
{
//Arrange
//Creating list that will be added to flightmanagements private lists.
List <Track> newTracks = new List <Track>();
List <Track> oldTracks = new List <Track>();
for (int i = 0; i < totalTracks; i++)
{
Track track = new Track()
{
Tag = "FlightNo" + i
};
newTracks.Add(track);
}
//Creating mock and uut:
_fakeTrackManagement = new TrackManagementMock(newTracks, oldTracks);
_uut = new AirTrafficMonitoring.FlightManagement.FlightManagement(_fakeAirspaceController, _fakeTrackRemover, _fakeTrackManagement);
//Adding tracks to newestTracks list via HandleTracksInsideAirspace
_fakeAirspaceController.TrackInAirspace += Raise.EventWith(new TrackEventArgs(new Track()));
//Act
for (int i = 0; i < numberOfTracksToBeRemoved; i++)
{
Track trackToBeRemoved = new Track()
{
Tag = "FlightNo" + i
};
TrackEventArgs arg = new TrackEventArgs(trackToBeRemoved);
_fakeAirspaceController.TrackOutsideAirspace += Raise.EventWith(arg);
}
//Assert
_fakeTrackRemover.Received(numberOfTracksToBeRemoved).RemoveTrack(Arg.Any <List <Track> >(), Arg.Any <Track>());
}
