public void Update_AddTracks_VelocityCalledWithCorrectTracks(int nCalls,
int idx1, int idx2)
{
// Act
_uut.Update(_tracks);
// Assert
_velocityCalculator.Received(nCalls)
.Calculate(Arg.Is <List <Track> >(
x => x.Contains(_tracks[idx1]) && x.Contains(_tracks[idx2])));
}
public void OnMovementInAirspaceDetected_PlaneIsAlreadyInAirspace_MethodCallToVelocityCalculatorIsReceived()
{
var trackList = new List <Track>()
{
_track
};
_airspace.PlanesInAirspace.Add(_track.Tag, trackList);
_uut.OnMovementInAirspaceDetected(this, new TrackEventArgs()
{
Track = _track
});
_velocityCalculatorFake.Received().CalculateVelocity(trackList);
}
public void FlightCalculatorCalcSpeed()
{
Dictionary <String, FlightData> flightData = new Dictionary <String, FlightData>();
TrackData track1 = new TrackData("test", 10000, 10000, 5500, new DateTime(2019, 10, 31, 10, 0, 0));
TrackData track2 = new TrackData("test", 11000, 10000, 5500, new DateTime(2019, 10, 31, 10, 0, 1));
List <TrackData> trackData = new List <TrackData> {
track1
};
uut.Calculate(flightData, trackData);
trackData = new List <TrackData> {
track2
};
uut.Calculate(flightData, trackData);
flightData.TryGetValue("test", out FlightData result);
Assert.AreEqual(1000, result.Velocity);
_fakeVelocityCalculator.Received().CalculateSpeed(track1, track2);
}
public void TrackWarehouse_VelocityCalculate_WasCalledCorrectly()
{
//Assert
_velocityCalculator.Received().Calculate(Arg.Is <List <Track> >(x => x.Contains(_recievedTracks[0]) && x.Count == 1));
}