static void Main(string[] args)
{
// TEST AF SYSTEM UDEN SEPARATION EVENT
FileLogger filelogger = new FileLogger();
ConsoleRenderer consolerender = new ConsoleRenderer();
Airspace airspace = new Airspace(10000, 90000, 10000, 90000, 500, 20000);
var receiver = TransponderReceiverFactory.CreateTransponderDataReceiver();
var system = new ATM.TransponderReceiver(receiver);
ATMclass atm = new ATMclass(filelogger, consolerender, airspace);
system.Attach(atm);
// TEST AF SYSTEM MED SEPARATION EVENTS
//TrackData trackData1 = new TrackData("TEST1", 12000, 12000, 1000, "14322018", 10, 270);
//TrackData trackData2 = new TrackData("TEST2", 12000, 12000, 1000, "14322018", 10, 270);
//atm._currentTracks.Add(trackData1);
//atm.CheckForSeperationEvents(trackData2);
//atm.CheckForSeperationEvents(trackData2);
// TEST AF SYSTEM MED LOGGER
while (true)
{
Thread.Sleep(1000);
}
}
public void TransponderReceiver_3NewTracksWithSameTags_TrackCountIs1()
{
//Test inspired by "TransponderReceiverUser" by FRABJ.
// Make a fake Transponder Data Receiver
var _fakeTransponderReceiver = Substitute.For <ITransponderReceiver>();
// Inject the fake TDR
var transponderReceiver = new TransponderReceiver(_fakeTransponderReceiver);
//We need uut with a REAL airspace, not a FAKE for this test.
uut = new ATMclass(logger, renderer, airspace);
// Setup test data
List <string> testData = new List <string>();
testData.Add("ATR423;39045;12932;14000;20151006213456789");
testData.Add("ATR423;10005;85890;12000;20151006213456789");
testData.Add("ATR423;25059;75654;4000;20151006213456789");
//Attach uut to receiver
transponderReceiver.Attach(uut);
// Act: Trigger the fake object to execute event invocation
_fakeTransponderReceiver.TransponderDataReady
+= Raise.EventWith(this, new RawTransponderDataEventArgs(testData));
Assert.That(uut._currentTracks.Count.Equals(1));
}
public void Setup()
{
//Set up S's
fakeConsoleOutput = Substitute.For <IConsoleOutput>();
fakeFileOutput = Substitute.For <IFileOutput>();
//Set up X's
airspace = new Airspace(10000, 90000, 10000, 90000, 500, 20000);
trackData1 = new TrackData("ABC123", 30000, 30000, 3000, "20181224200050123", 100, 45, fakeConsoleOutput);
trackData2 = new TrackData("DEF123", 30001, 30001, 3001, "20181224200050123", 100, 45, fakeConsoleOutput);
trackData3 = new TrackData("ABC123", 30000, 30000, 3000, "20181224200050123", 100, 45, fakeConsoleOutput);
trackData4 = new TrackData("DEF123", 50000, 50000, 5000, "20181224200050123", 100, 45, fakeConsoleOutput);
//Fake transponderReceiver
fakeTransponderReceiver = Substitute.For <ITransponderReceiver>();
//Create new ATM.TransponderReceiver for simulating inputs from the TransponderReceiver from the dll.
transponderReceiver = new TransponderReceiver(fakeTransponderReceiver, fakeConsoleOutput);
//Set up T's
ATM = new ATMclass(fakeConsoleOutput, fakeFileOutput, airspace, fakeTransponderReceiver);
//Attach ATM, so that updates to the transponderReceiver updates data in the ATM
transponderReceiver.Attach(ATM);
}
public void HandleNewTrackData_TrackJustAdded_SpeedIs0()
{
uut = new ATMclass(consoleOutput, fileOutput, airspace, transponderReceiver);
TrackData testTrack1 = new TrackData("ABC", 10000, 10000, 1000, timestamp, 0, 10, consoleOutput);
uut.HandleNewTrackData(testTrack1);
Assert.That(uut.CurrentTracks[0].CurrentHorzVel.Equals(0));
}
public void ATMclass_HandleNewTrackDataTrackDataInRange_CurrentTracksCountIs1()
{
//Track data with coordinates inside airspace.
TrackData trackData1 = new TrackData("ABC", xMin + 1, yMin + 1, zMin + 1, "180320180954", 200, 200, consoleOutput);
uut = new ATMclass(consoleOutput, fileOutput, airspace, transponderReceiver);
uut.HandleNewTrackData(trackData1);
Assert.That(uut.CurrentTracks.Count.Equals(1));
}
public void setup()
{
//Setup stuff
airspace = new Airspace(xMin, xMax, yMin, yMax, zMin, zMax);
fakeAirspace = new FakeAirspace(xMin, xMax, yMin, yMax, zMin, zMax);
logger = new FakeLogger();
renderer = new FakeRenderer();
//Make new fake TransponderReceiver.
seperationEvents = new List <SeperationEvent>();
tracks = new List <TrackData>();
timestamp = "235928121999";
uut = new ATMclass(logger, renderer, fakeAirspace);
}
public void HandleNewTrackData_TrackMovedMinus1Zin1Sec_SpeedIsUpdatedTo0()
{
uut = new ATMclass(consoleOutput, fileOutput, airspace, transponderReceiver);
string timestampOld = "20181109103800000";
string timestampNew = "20181109103801000"; //Timestamp 1 second later
TrackData testTrack1 = new TrackData("ABC", 10000, 10000, 1001, timestampOld, 0, 0, consoleOutput);
TrackData testTrack2 = new TrackData("ABC", 10000, 10000, 1000, timestampNew, 0, 0, consoleOutput);
uut.HandleNewTrackData(testTrack1);
uut.HandleNewTrackData(testTrack2);
Assert.That(uut.CurrentTracks[0].CurrentHorzVel.Equals(0));
}
public void Setup()
{
//Setup stuff
airspace = new Airspace(xMin, xMax, yMin, yMax, zMin, zMax);
fakeAirspace = Substitute.For <IAirspace>();
consoleOutput = Substitute.For <IConsoleOutput>();
fileOutput = Substitute.For <IFileOutput>();
//Make new fake TransponderReceiver.
transponderReceiver = Substitute.For <ITransponderReceiver>();;
tracks = new List <TrackData>();
uut = new ATMclass(consoleOutput, fileOutput, fakeAirspace, transponderReceiver);
}
public void ATMclass_HandleNewTrackDataNewTrackDataComesOutOfRange_CurrentTracksCountIs0()
{
//We need uut with a REAL airspace, not a FAKE for this test.
uut = new ATMclass(logger, renderer, airspace);
//Track data with coordinates inside airspace.
TrackData trackData1 = new TrackData("ABC", xMin + 1, yMin + 1, zMin + 1, "180320180954", 200, 200);
//Track data with same tag, butf coordinates outside airspace.
TrackData trackData2 = new TrackData("ABC", xMin - 1, yMin - 1, zMin - 1, "180320180954", 200, 200);
uut.HandleNewTrackData(trackData1);
uut.HandleNewTrackData(trackData2);
Assert.That(uut._currentTracks.Count.Equals(0));
}
public void setup()
{
//Setup stuff
airspace = new Airspace(xMin, xMax, yMin, yMax, zMin, zMax);
fakeAirspace = Substitute.For <IAirspace>();
consoleOutput = Substitute.For <IConsoleOutput>();
fakeFileOutput = Substitute.For <IFileOutput>();
//Make new fake TransponderReceiver.
transponderReceiver = Substitute.For <ITransponderReceiver>();
seperationEvents = new List <Event>();
tracks = new List <TrackData>();
timestamp = "235928121999";
uut = new ATMclass(consoleOutput, fakeFileOutput, fakeAirspace, transponderReceiver);
}
public void ATMclass_HandleNewTrackDataNewTrackDataComesOutOfRange_CurrentTracksCountIs0()
{
//We need uut with a REAL airspace, not a FAKE for this test.
uut = new ATMclass(consoleOutput, fileOutput, airspace, transponderReceiver);
//Track data with coordinates inside airspace.
TrackData trackData1 = new TrackData("ABC", xMin + 1, yMin + 1, zMin + 1, "20181108102045200", 200, 200, consoleOutput);
//Track data with same tag, butf coordinates outside airspace.
TrackData trackData2 = new TrackData("ABC", xMin - 1, yMin - 1, zMin - 1, "20181108102045200", 200, 200, consoleOutput);
uut.HandleNewTrackData(trackData1);
uut.HandleNewTrackData(trackData2);
Assert.That(uut.CurrentTracks.Count.Equals(0));
}
public void setup()
{
//Set up S's
fakeConsoleOutput = Substitute.For<IConsoleOutput>();
fakeFileOutput = Substitute.For<IFileOutput>();
fakeIntervalTimer = Substitute.For<IIntervalTimer>();
fakeTransponderReceiver = Substitute.For<ITransponderReceiver>();
//Set up X's
airspace = new Airspace(10000, 90000, 10000, 90000, 500, 20000);
//Set up T's
atmClass = new ATMclass(fakeConsoleOutput, fakeFileOutput, airspace, fakeTransponderReceiver);
}
public void HandleNewTrackData_TrackMoved1X1Yin1Sec_SpeedIsUpdatedTo1p414()
{
uut = new ATMclass(consoleOutput, fileOutput, airspace, transponderReceiver);
//sqrt(3^2+3^2)=3
string timestampOld = "20181109103800000";
string timestampNew = "20181109103801000"; //Timestamp 1 second later
TrackData testTrack1 = new TrackData("ABC", 10000, 10000, 1000, timestampOld, 0, 0, consoleOutput);
TrackData testTrack2 = new TrackData("ABC", 10001, 10001, 1000, timestampNew, 0, 0, consoleOutput);
uut.HandleNewTrackData(testTrack1);
uut.HandleNewTrackData(testTrack2);
double result = Math.Sqrt(Math.Pow(1, 2) + Math.Pow(1, 2));
Assert.That(uut.CurrentTracks[0].CurrentHorzVel.Equals(result));
}
public void Setup()
{
//Set up S's
fakeConsoleOutput = Substitute.For <IConsoleOutput>();
fakeFileOutput = Substitute.For <IFileOutput>();
//Set up X's
airspace = new Airspace(10000, 90000, 10000, 90000, 500, 20000);
trackData1 = new TrackData("ABC123", 30000, 30000, 3000, "20181224200050123", 100, 45, fakeConsoleOutput);
trackData2 = new TrackData("DEF123", 30001, 30001, 3001, "20181224200050123", 100, 45, fakeConsoleOutput);
trackData3 = new TrackData("ABC123", 30000, 30000, 3000, "20181224200050123", 100, 45, fakeConsoleOutput);
trackData4 = new TrackData("DEF123", 50000, 50000, 5000, "20181224200050123", 100, 45, fakeConsoleOutput);
//Fake transponderReceiver
fakeTransponderReceiver = Substitute.For <ITransponderReceiver>();
//Set up T's
ATM = new ATMclass(fakeConsoleOutput, fakeFileOutput, airspace, fakeTransponderReceiver);
}
static void Main(string[] args)
{
// TEST AF SYSTEM UDEN SEPARATION EVENT
IConsoleOutput consoleOutput = new ConsoleOutput();
IFileOutput fileOutput = new FileOutput();
Airspace airspace = new Airspace(0, 900000, 0, 900000, 0, 200000);
var receiver = TransponderReceiverFactory.CreateTransponderDataReceiver();
var system = new ATM.TransponderReceiver(receiver, consoleOutput);
var atm = new ATMclass(consoleOutput, fileOutput, airspace, receiver);
system.Attach(atm);
// RUN INFINITE
while (true)
{
Thread.Sleep(1000);
}
}
public void ATMclass_TrackDatasAreInvolvedInSeperationEvent_IsInvolvedInSeperationEventReturnsTrue()
{
uut = new ATMclass(consoleOutput, fileOutput, airspace, transponderReceiver);
//Create 2 trackDatas that are in seperation event.
TrackData trackData1 = new TrackData("ABC", 10001, 10001, 10001, "180320180954", 200, 200, consoleOutput);
TrackData trackData2 = new TrackData("DEF", 10002, 10002, 10002, "180320180954", 200, 200, consoleOutput);
List <TrackData> trackDatas = new List <TrackData>()
{
trackData1,
trackData2
};
//Create seperation event from the two trackDatas and add to current seperation events.
//SeperationEvent seperationEvent = new SeperationEvent(trackData1._TimeStamp, trackDatas, true, consoleOutput, fileOutput);
//uut._currentEvents.Add(seperationEvent);
uut.CurrentEvents.AddSeperationEventFor(trackData1, trackData2, fileOutput);
Assert.That(() => uut.CurrentEvents.CheckIfSeperationEventExistsFor(trackData1, trackData2).Equals(true));
}
