public void When_Update_Gets_Two_Different_Tags_SeparationEvent_Checks_And_Gets_True_On_Collision()
{
//Hæv og init _uut, _CalcDistance, _Track1, _Track2
Action();
RaiseFakeEvent(); //Den går igennem Update.TrackUpdate, ser 2 forskellige tags og undersøger den her.
RaiseFakeEvent(); //Den går igennem Update.TrackUpdate, ser 2 forskellige tags og undersøger den her.
//Check om _uut faktisk bliver true med de tracks den "looper" igennem.
Assert.That(_uut.CollisionDetection(_CalcDistance, _Track1, _Track2), Is.EqualTo(true));
_monitor.MonitorFlight(_Track1).Returns(true);
_print.Printing(_Tracklist, _monitor);
_output.Received().OutputLine(Arg.Is <string>(str => str.Contains(_Track1.Velocity.ToString())));
}
public void Two_Different_Tag_SeparationBool_True_With_Logger()
{
_track2.Tag = "Tag2";
_track2.X = 9000;
_track2.Y = 9000;
_track1.X = 9000;
_track1.Y = 9000;
//Fylder listen op
_fakeTransponderData.TrackData.Clear();
_fakeTransponderData.TrackData.Add(_track1);
_fakeTransponderData.TrackData.Add(_track2);
RaiseFakeEvent();
RaiseFakeEvent();
//Monitor bliver ok
_monitor.MonitorFlight(receivedTrackData[0]).Returns(true);
//Kursen bliver udregnet
_separation.CollisionDetection(_calcDistance, _track1, _track2).ReturnsForAnyArgs(true);
_logger.LogSeparationEvent(_track1, _track2);
_uut.UpdatesTrack(receivedTrackData);
_logger.Received().LogSeparationEvent(_track1, _track2);
}
public void Received_Right_Tracks()
{
_Event.CollisionDetection(_uut, _Track1, _Track2);
_Event.Received().CollisionDetection(_uut, _Track1, _Track2);
}