public void HandleTrackOutsideAirspace_TrackExistsInNewestTracks_TrackWasRemoved()
{
//Arrange
//Adding elements to private lists inside flightmanagement
for (int i = 0; i < 10; i++)
{
TrackEventArgs e = new TrackEventArgs(new Track()
{
Tag = "FlightNo " + i
});
_flightManagement.HandleTrackInsideAirspace(this, e);
}
//Creating the track that should be removed:
Track track = new Track()
{
Tag = "FlightNo 0"
};
TrackEventArgs arg = new TrackEventArgs(track);
//Creating a list that will be copied upon calling HandleTrackInsideAirspace.
List <Track> newestTracks = new List <Track>();
_flightManagement.FlightDataReady += (sender, args) => newestTracks = args.NewestTracks;
//Act
_flightManagement.HandleTrackOutsideAirspace(this, arg);
//Assert
//Copying private list with newests tracks that will be asserted on
_flightManagement.HandleTrackInsideAirspace(this, new TrackEventArgs(new Track()));
Assert.That(newestTracks.Count(p => p.Tag == track.Tag), Is.EqualTo(0));
}
public void HandleTrackInsideAirpsace_TracksAreColliding_TracksAreLogged(int altitude1, int altitude2, double x1, double x2, double y1, double y2)
{
Track trackOne = new Track()
{
Tag = "ASE2018", Altitude = altitude1, XCoordinate = x1, YCoordinate = y2
};
Track trackTwo = new Track()
{
Tag = "CAP0805", Altitude = altitude1, XCoordinate = x1, YCoordinate = y2
};
_flightManagement.HandleTrackInsideAirspace(this, new TrackEventArgs(trackOne));
_flightManagement.HandleTrackInsideAirspace(this, new TrackEventArgs(trackTwo));
_fakeFileWriter.WriteToFile("", Arg.Is <string>(s => s.Contains("ASE2018") && s.Contains("CAP0805")));
}
public void HandleTrackInsideAirspace_TrackDoesNotExistInNewestList_TrackWasAddedToNewestList()
{
Track track = new Track()
{
Tag = "FlightNo 0"
};
TrackEventArgs arg = new TrackEventArgs(track);
List <Track> newestTracks = new List <Track>();
_flightManagement.FlightDataReady += (sender, args) => newestTracks = args.NewestTracks;
//Act
_flightManagement.HandleTrackInsideAirspace(this, arg);
Assert.That(newestTracks.Count(p => p.Tag == track.Tag), Is.EqualTo(1));
}
public void HandleTracksInsideAirspace_TracksGetAnalyzed_TrackDataIsCorrect(int secondsBetweenTimestamps, double x1, double x2, double y1, double y2, double expectedVelocity, double expectedCourse)
{
DateTime firstTimeStamp = DateTime.Now;
DateTime secondTimeStamp = firstTimeStamp.AddSeconds(secondsBetweenTimestamps);
Track firstTrack = new Track()
{
Tag = "ASE2018",
Altitude = 300,
XCoordinate = x1,
YCoordinate = y1,
TimeStamp = firstTimeStamp
};
Track secondTrack = new Track()
{
Tag = "ASE2018",
Altitude = 300,
XCoordinate = x2,
YCoordinate = y2,
TimeStamp = secondTimeStamp
};
string log = "";
_flightAnalyzer.TracksAnalyzedEvent += (sender, args) => log = args.Log;
_flightManagement.HandleTrackInsideAirspace(this, new TrackEventArgs(firstTrack));
_flightManagement.HandleTrackInsideAirspace(this, new TrackEventArgs(secondTrack));
string expectedString = "Tag: " + secondTrack.Tag + " X: " + secondTrack.XCoordinate + " Y: " +
secondTrack.YCoordinate +
" Altitude: " + secondTrack.Altitude + " Velocity: " + expectedVelocity +
" Course: " + expectedCourse +
" Time stamp: " + secondTimeStamp.ToString();
Assert.That(log, Is.EqualTo(expectedString));
}