public void SetUp()
{
//Arrange
_fakeTR = Substitute.For <ITransponderReceiver>();
_objectifyingModule = new ObjectifyingModule(_fakeTR);
_airspace = new Airspace();
_iut = new FilterModule(_objectifyingModule, _airspace);
_iut.TracksFiltered += (sender, args) =>
{
_filteredTrackList = args.Data;
};
}
public void Setup()
{
//Arrange
_filterModule = Substitute.For <IFilterModule>();
_uut = new UpdateModule(_filterModule);
_uut.TracksUpdated += (sender, args) =>
{
_tracks = args.Data;
};
_insideAirspacePointA = new Point(10100, 10500, 8000);
_insideAirspacePointB = new Point(70000, 25000, 3900);
_insideAirspacePointC = new Point(80000, 35000, 3200);
_insideAirspacePointD = new Point(26000, 26000, 4800);
}
public void Setup()
{
//Arrange
_objectifyingModule = Substitute.For <IObjectifyingModule>();
_airspace = Substitute.For <IAirspace>();
_uut = new FilterModule(_objectifyingModule, _airspace);
_uut.TracksFiltered += (sender, args) =>
{
_tracks = args.Data;
};
//Border is (10000, 10000, 500) to (90000, 90000, 20000).
_insideAirspace = new Point(50000, 50000, 10000);
_outsideAirspace = new Point(500, 500, 5);
//Assumptions
_airspace.CheckIfWithinAirspace(_insideAirspace).Returns(true);
_airspace.CheckIfWithinAirspace(_outsideAirspace).Returns(false);
}
public UpdateModule(IFilterModule filterModule)
{
_oldTracks = new List <ITrack>();
filterModule.TracksFiltered += UpdateTracks;
}
