public ATMSystem(IATMFactory factory, ITransponderReceiver transponderReceiver)
{
//Calling factory methods
receiver = transponderReceiver;
_airSpace = factory.CreateAirSpace();
_condition = factory.CreateCondition();
_consolePrinter = factory.CreateConsolePrinter();
_logger = factory.CreateLogger();
_separationChecker = factory.CreateSeparationChecker();
//Subscribing to events
this.receiver.TransponderDataReady += ReceiverOnTransponderReady;
this.SeparationLogDataReady += _logger.SeparationLogDataHandler;
this.ConsoleSeparationDataReady += _consolePrinter.ConsoleSeparationDataHandler;
}
public void SetUp()
{
_collisionDetector = Substitute.For <ICollisionDetector>();
_airSpace = Substitute.For <IAirSpace>();
_log = Substitute.For <ILog>();
_render = Substitute.For <IRender>();
_trackStorage = Substitute.For <ITrackStorage>();
_tos = Substitute.For <Tos>(Substitute.For <ITransponderReceiver>());
validTrack1 = new Track {
Tag = "AAA111", PositionX = 12000, PositionY = 80000, Altitude = 700
};
validTrack2 = new Track {
Tag = "BBB222", PositionX = 80000, PositionY = 12000, Altitude = 1700
};
_uut = new AirTrafficController(_collisionDetector, _trackStorage, _airSpace, _render, _log);
}
public bool IsInAirSpace(IAirSpace airSpace, ITrack track)
{
if (track._alt < airSpace.MinAltitude || track._alt > airSpace.MaxAltitude)
{
return(false);
}
if (track._xCord < airSpace.XStartPoint || track._xCord > airSpace.GetXEndPoint())
{
return(false);
}
if (track._yCord < airSpace.YStartPoint || track._yCord > airSpace.GetYEndPoint())
{
return(false);
}
return(true);
}
public AirTrafficController(ICollisionDetector cd, ITrackStorage ts, IAirSpace airs, IRender r, ILog l)
{
_collisonDetector = cd;
_trackStorage = ts;
_airSpace = airs;
_render = r;
_log = l;
_collisonDetector.Separation += (s, e) =>
{
_render.PrintCollisionTracks(e.CollisionPairs);
_log.LogCollisionToFile(e.CollisionPairs);
};
_collisonDetector.NotColliding += (s, e) =>
{
_render.PrintCollisionTracks(e.CollisionPairs, true);
};
}
public void Init()
{
consoleLogger = Substitute.For <Classes.Interfaces.ILogger>();
output = new Output();
trackRepository = new TrackRepository();
seperation = new Seperation();
logHelper = new LogHelper();
logHelper.Logger = consoleLogger;
eventLogger = new EventLogger();
output.LogHelper = logHelper;
airspace = new AirSpace();
seperationAlertRepository = new SeperationAlertRepository();
transponderReceiver = Substitute.For <ITransponderReceiver>();
trackObservationSystem = new TrackObservationSystem(transponderReceiver)
{
TrackRepository = trackRepository,
Output = output,
AirSpace = airspace,
SeperationAlertRepository = seperationAlertRepository
};
}
public SeparationChecker(IAirSpace airSpace, ICondition separationCondition)
{
_airSpace = airSpace;
_separationCondition = separationCondition;
_currentConflicts = new List <Conflict>();
}
public FileWriter(IAirSpace airSpace)
{
airSpace.SplitCreated += onSplitCreated;
}
public PlaneTracker()
{
airSpaceTracker = new AirSpaceTracker();
airSpace = new AirSpace();
}
public void SetUp()
{
airSpace = Substitute.For <IAirSpace>();
track = Substitute.For <ITrack>();
_uut = new AirSpaceTracker();
}
