[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 void OnRawData(object o, RawTransponderDataEventArgs args)
{
_tempTrackList.Clear();
//Saves old data from _trackList into _tempTrackList
_tempTrackList = _trackList.GetRange(0, _trackList.Count);
_trackList.Clear();
//Adds and converts new flight(s)
foreach (var track in args.TransponderData)
{
var td = _track.Convert(track);
//Validates if it's in our area
if (_trackValidation.ValidateTrack(td.X, td.Y, td.Altitude))
{
//Forloop to check if the old list, _tempTrackList, holds any data about the flight
for (int i = 0; i < _tempTrackList.Count; i++)
{
if (_tempTrackList[i].Tag.Equals(td.Tag, StringComparison.OrdinalIgnoreCase))
{
//If it holds any data about the flight, calculate veocity and course
_calculateVelocity.CalVelocity(_tempTrackList[i], td);
_calculateCourse.CalCourse(_tempTrackList[i], td);
}
}
//Adds flight to _trackList
_trackList.Add(td);
}
}
_trackSeperation.CheckForSeperation(_trackList);
//Prints all tracks in _trackList
_outputTrackReceiver.ReceiveTracks(_trackList);
}
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));
}