static void setup()
{
tr = TransponderReceiverFactory.CreateTransponderDataReceiver();
TDInterpreter = new TransponderDataInterpreter();
TDInterpreter.subscribe(tr);
Position p = new Position();
p.XCoordinate = 30000;
p.YCoordinate = 30000;
p.ZCoordinate = 5;
airspace = new Airspace();
airspace.AirspacePosition = p;
airspace.HorizontalSize = 100000;
airspace.VerticalEnd = 100000;
ITrackListEvent itlEvent = TDInterpreter;
validator = new ValidateTransponderData(ref itlEvent, airspace);
AirOutputter = new AirTrafficOutputter();
AirOutputter.TrafficController = new ConsoleAirTrafficController();
List <IConditionStrategy <ITrack> > conditionStrategies = new List <IConditionStrategy <ITrack> >();
conditionStrategies.Add(new TrackAltitudeCondition()
{
AltitudeRestriction = 100000
});
conditionStrategies.Add(new TrackHorizontalDistanceCondition()
{
HorizontalDistance = 100000
});
airCondDetector = new AirspaceTrackConditionDetector(conditionStrategies);
TrackHorizontalDistanceCalculator HorizontalDistanceCalc = new TrackHorizontalDistanceCalculator();
TrackSpeedCalculator speedCalc = new TrackSpeedCalculator(HorizontalDistanceCalc);
TrackCourseCalculator courseCalc = new TrackCourseCalculator();
AirspaceUpdater airUpdater = new AirspaceUpdater(speedCalc, courseCalc);
Monitor = new AirTrafficMonitor(validator, airCondDetector, AirOutputter, airUpdater);
FileLogger fl = new FileLogger();
fl.PathToFile = "../../log.txt";
AirOutputter.Logger = fl;
}
public void TestSetup()
{
_courseCalculator = Substitute.For <ITrackCalculator <double> >();
_speedCalculator = Substitute.For <ITrackCalculator <double> >();
_uutAirspaceUpdater = new AirspaceUpdater(_speedCalculator, _courseCalculator);
}