[TestCase(9999, 9999, 499, false)] //min altitude under min
public void ValidateTrack_SouthwestWithMaxandMinAltitude_returnsFalse(int xCor, int yCor, int alt,
bool result)
{
var uut = new TrackValidation();
Assert.That(uut.ValidateTrack(xCor, yCor, alt), Is.EqualTo(result));
}
[TestCase(70000, 80000, 520, true)] //min altitude under min
public void ValidateTrack_NortheastWithMaxandMinAltitudeInArea_returnsTrue(int xCor, int yCor, int alt,
bool result)
{
var uut = new TrackValidation();
Assert.That(uut.ValidateTrack(xCor, yCor, alt), Is.EqualTo(result));
}
public DecodingWithMethod(ITransponderReceiver rawReceiver, ITrackReceiver trackReceiver)
{
//When data from flight bleeps in
rawReceiver.TransponderDataReady += OnRawData;
_trackList = new List <TrackData>();
_outputTrackReceiver = trackReceiver;
_tempTrackList = new List <TrackData>();
_calculateCourse = new CalculateCourse();
_calculateVelocity = new CalculateVelocity();
_trackValidation = new TrackValidation();
_track = new Track();
_trackSeperation = new TrackSeperation();
}
public void ValidateTrack_NortheastWithMinAltitude_returnsTrue()
{
var uut = new TrackValidation();
Assert.That(uut.ValidateTrack(90000, 90000, 500), Is.EqualTo(true));
}
public void ValidateTrack_NorthwestWithMinAltitude_returnsTrue()
{
var uut = new TrackValidation();
Assert.That(uut.ValidateTrack(10000, 90000, 500));
}
