public void SetsState_FlightStateAsExcepted_FilteredCorrect(int x, int y, bool expectedState)
{
Track t = new Track()
{
XCoordinate = x, YCoordinate = y
};
Assert.That(_uut.Filtering(t), Is.EqualTo(expectedState));
}
public void CompareTracks_UpdateTracks_Correct()
{
List <ITrack> list = new List <ITrack>();
string _flight1 = "TRK042;13000;13000;13000;20180403100622937";
_mainreceiver.MyReceiver_TransponderDataReady(this, new RawTransponderDataEventArgs(new List <string> {
_flight1
}));
ITrack track1 = parseTracks.CreateFlight(_flight1);
list.Add(track1);
filter.Filtering(track1);
comparetracks.Received().UpdateTracks(Arg.Is <List <ITrack> >(tra => tra[0].Tag.Equals("TRK042")));
}
public void MyReceiver_TransponderDataReady(object sender, RawTransponderDataEventArgs e)
{
var myList = e.TransponderData;
filteredTracks = new List <ITrack>();
foreach (var track in myList)
{
ITrack trackObject = parseTracks.CreateFlight(track);
if (filter.Filtering(trackObject) == true)
{
// Tilføjer filtrerede track-objekter til filtreret-liste
filteredTracks.Add(trackObject);
}
}
conflict.UpdateTracks(filteredTracks);
if (filteredTracks.Count > 1)
{
compare.TrackComparison(filteredTracks);
}
}
public void TrackObjectCreated_FilterReturnsTrue_TrackObjectAddedToList()
{
_filter.Filtering(Arg.Any <ITrack>()).Returns(true);
_trackObjectList.Received().Add(Arg.Any <ITrack>());
}