[TestCase(0, 0, 1, 1, 315)] // North/East
public void CompassCourseCalculatesCourseCorrectly(int x1, int y1, int x2, int y2, int expected)
{
List <Track> tracks = new List <Track>();
tracks.Add(new Track("trackA", 1000, DateTime.Now, new Position(x1, y1)));
_Compasscourse.CalcCourse(tracks);
tracks.Clear();
tracks.Add(new Track("trackA", 1000, DateTime.Now, new Position(x2, y2)));
tracks = _Compasscourse.CalcCourse(tracks);
Assert.AreEqual(expected, tracks[0].CompassCourse);
}
private void RelayEventHandler(object sender, TrackEventArgs e)
{
tracks = e.Tracks;
tracks = _compassCourse.CalcCourse(tracks);
tracks = _area.CheckArea(tracks);
tracks = _speed.CalcSpeed(tracks);
tracks = _conflict.DetectConflict(tracks);
ControllerEvent(this, new TrackEventArgs()
{
Tracks = tracks
});
events = _eventDetector.DetectEvents(tracks);
if (events != null && events.Count > 0)
{
DetectEvent(this, new EventEventArgs()
{
Events = events
});
}
}
public void SetUp()
{
_relay = Substitute.For <IRelay>();
_area = Substitute.For <IArea>();
_conflict = Substitute.For <IConflict>();
_speed = Substitute.For <ISpeed>();
_compasscourse = Substitute.For <ICompassCourse>();
_eventdetector = Substitute.For <IEventDetector>();
_relay = Substitute.For <IRelay>();
_results = new TrackEventArgs();
// Arbitrary List og tracks
t = new List <Track>();
t.Add(new Track("A", 500, DateTime.Now, new Position(1, 1)));
// Make event on controller class with above made List<Track>
args = new TrackEventArgs()
{
Tracks = t
};
// Make methods return data
_compasscourse.CalcCourse(t).Returns(t);
_area.CheckArea(t).Returns(t);
_speed.CalcSpeed(t).Returns(t);
_conflict.DetectConflict(t).Returns(t);
// Make uut
_uut = new Controller(_relay, _area, _compasscourse, _conflict, _speed, _eventdetector);
// Make "fake" listener on Controller class, that has the TrackEventArgs, that can be Asserted on, also an event needs to have a listener to not break the code
_uut.ControllerEvent += (sender, output) => _results = output;
}
