public void event_fired_on_planeDetector_from_decoder()
{
fd1.SetFlightData(100000000, 100000000, 0, new DateTime());
fd2.SetFlightData(50000, 50000, 5000, new DateTime());
_planesTestData.Add(fd1);
_planesTestData.Add(fd2);
_fakeDecoder.PlaneDecodedEvent += Raise.EventWith(new PlaneDecodedEventArgs {
Planes = _planesTestData
});
Assert.That(_receivedEventArgs, Is.Not.Null);
}
[TestCase(-10, -5, 5)] // Coordinates below zero
public void VerticalDistance(int zCoordinate1, int zCoordinate2, double result)
{
FlightData fd1 = new FlightData("1");
FlightData fd2 = new FlightData("2");
fd1.SetFlightData(0, 0, zCoordinate1, new DateTime());
fd2.SetFlightData(0, 0, zCoordinate2, new DateTime());
Assert.That(Calculator.VerticalDistance(fd1, fd2), Is.EqualTo(result).Within(0.1));
}
[TestCase(-10, -5, -10, -5, 7)] // Coordinates below zero
public void HorizontalDistance(int xCoordinate1, int xCoordinate2, int yCoordinate1, int yCoordinate2, double result)
{
FlightData fd1 = new FlightData("1");
FlightData fd2 = new FlightData("2");
fd1.SetFlightData(xCoordinate1, yCoordinate1, 0, new DateTime());
fd2.SetFlightData(xCoordinate2, yCoordinate2, 0, new DateTime());
Assert.That(Calculator.HorizontalDistance(fd1, fd2), Is.EqualTo(result).Within(0.1));
}
public void WriteLine_Called_Amount_Of_Times()
{
List <FlightData> list = new List <FlightData>();
FlightData fd1 = new FlightData("123ABC");
FlightData fd2 = new FlightData("ABC123");
fd1.SetFlightData(123, 456, 789, DateTime.Now);
fd2.SetFlightData(123, 456, 789, DateTime.Now);
list.Add(fd1);
list.Add(fd2);
Uut.DisplayData(list);
CwFake.Received(4).WriteLine("");
}
public void PlaneDetectorEvent_FlightDataController_ListController_Called()
{
FlightData F2 = new FlightData("2");
FlightData F3 = new FlightData("3");
F2.SetFlightData(8000, 8000, 8000, new DateTime());
F3.SetFlightData(8000, 8000, 8000, new DateTime());
_testPlanes.Add(F2);
_testPlanes.Add(F3);
_uut.ListController(new object(), new PlaneDetectorEventArgs()
{
PlanesInAirspace = _testPlanes
});
_fakeRenderer.Received().DisplayData(Arg.Any <List <FlightData> >());
}
public void CollisionDetected_LoggerCalled()
{
FlightData F1 = new FlightData("1");
FlightData F2 = new FlightData("2");
F1.SetFlightData(8000, 8000, 8000, new DateTime());
F2.SetFlightData(8000, 8000, 8000, new DateTime());
_testPlanes.Add(F1);
_testPlanes.Add(F2);
_uut.OnPlaneDetectorEvent(new object(), new PlaneDetectorEventArgs()
{
PlanesInAirspace = _testPlanes
});
_fakeLogger.Received().Log(Arg.Is <FlightData>(F1), Arg.Is <FlightData>(F2));
}
public void CalculateVelocitySameTimeStampExceptionThrown()
{
FlightData fd1 = new FlightData("1");
FlightData fd2 = new FlightData("2");
fd1.SetFlightData(0, 0, 0, new DateTime(2019, 10, 31, 13, 45, 0));
fd2.SetFlightData(0, 0, 0, new DateTime(2019, 10, 31, 13, 45, 0));
List <FlightData> list1 = new List <FlightData>();
List <FlightData> list2 = new List <FlightData>();
list1.Add(fd1);
list2.Add(fd2);
List <FlightData> resultList = new List <FlightData>();
Assert.Throws <ArgumentException>(() => Calculator.CalculateVelocity(list1, list2)); // Should throw exception - devision by 0
}
[TestCase(0, -1, 0, 100, 359.5)] // 4th quadrant - Close to 0/360 degrees
public void Calculate_Course(int xCoordinate1, int xCoordinate2, int yCoordinate1, int yCoordinate2, double result)
{
FlightData fd1 = new FlightData("1");
FlightData fd2 = new FlightData("2");
fd1.SetFlightData(xCoordinate1, yCoordinate1, 0, new DateTime());
fd2.SetFlightData(xCoordinate2, yCoordinate2, 0, new DateTime());
List <FlightData> list1 = new List <FlightData>();
List <FlightData> list2 = new List <FlightData>();
list1.Add(fd1);
list2.Add(fd2);
List <FlightData> resultList = new List <FlightData>();
resultList = Calculator.CalculateCompassCourse(list1, list2);
Assert.That(resultList[0].CompassCourse, Is.EqualTo(result).Within(0.4));
}
[TestCase(-2, -1, -2, -2, 0, 2, 0.5)] // negative values
public void CalculateVelocity(int xCoordinate1, int xCoordinate2, int yCoordinate1, int yCoordinate2, int sec1, int sec2, double result)
{
FlightData fd1 = new FlightData("1");
FlightData fd2 = new FlightData("2");
fd1.SetFlightData(xCoordinate1, yCoordinate1, 0, new DateTime(2019, 10, 31, 13, 45, sec1));
fd2.SetFlightData(xCoordinate2, yCoordinate2, 0, new DateTime(2019, 10, 31, 13, 45, sec2));
List <FlightData> list1 = new List <FlightData>();
List <FlightData> list2 = new List <FlightData>();
list1.Add(fd1);
list2.Add(fd2);
List <FlightData> resultList = new List <FlightData>();
resultList = Calculator.CalculateVelocity(list1, list2);
Assert.That(resultList[0].Velocity, Is.EqualTo(result).Within(0.1));
}
public void Setup()
{
_fakeAirSpacePlaneDetector = Substitute.For <IAirSpacePlaneDetector>();
_fakeRenderer = Substitute.For <IRenderer>();
_uut = new FlightDataController(_fakeAirSpacePlaneDetector);
_uut.render = _fakeRenderer;
_testPlanes = new List <FlightData>();
// ListController Called ONCE so that flightDataList.Count > 0;
// Otherwise the Calculator and Renderer wont be called
FlightData F1 = new FlightData("1");
F1.SetFlightData(8000, 8000, 8000, new DateTime());
_testPlanes.Add(F1);
_uut.ListController(new object(), new PlaneDetectorEventArgs()
{
PlanesInAirspace = _testPlanes
});
}
[TestCase(4699, 5000, 5000, 5000, 7000, 6000)] // 301 horizontal y-distance between two planes
public void PlaneDetectorEvent_HorizontalCases_LoggerNotCalled(int X1, int X2, int Y1, int Y2, int Z1, int Z2)
{
FlightData F1 = new FlightData("1");
FlightData F2 = new FlightData("2");
F1.SetFlightData(X1, Y1, Z1, new DateTime());
F2.SetFlightData(X2, Y2, Z2, new DateTime());
_testPlanes.Add(F1);
_testPlanes.Add(F2);
_fakeAirspacePlaneDetector.AirplaneDetected += Raise.EventWith <PlaneDetectorEventArgs>(
this,
new PlaneDetectorEventArgs()
{
PlanesInAirspace = _testPlanes
});
_fakeLogger.DidNotReceive().Log(Arg.Any <FlightData>(), Arg.Any <FlightData>());
}
[TestCase(5000, 5000, 5000, 5000, 8000, 3002)] // 4998 vertical z-distance between two planes
public void CollisionDetected_VerticalCases_LoggerCalled(int X1, int X2, int Y1, int Y2, int Z1, int Z2)
{
FlightData F1 = new FlightData("1");
FlightData F2 = new FlightData("2");
bool wasCalled = false;
F1.SetFlightData(X1, Y1, Z1, new DateTime());
F2.SetFlightData(X2, Y2, Z2, new DateTime());
_testPlanes.Add(F1);
_testPlanes.Add(F2);
_fakeAirspacePlaneDetector.AirplaneDetected += Raise.EventWith <PlaneDetectorEventArgs>(
this,
new PlaneDetectorEventArgs()
{
PlanesInAirspace = _testPlanes
});
_fakeLogger.Received().Log(Arg.Is <FlightData>(F1), Arg.Is <FlightData>(F2));
}
public void Calculate_Course_Second_List_Longer()
{
FlightData fd1_1 = new FlightData("1_1");
FlightData fd2_1 = new FlightData("1_2");
FlightData fd2_2 = new FlightData("2_1");
fd1_1.SetFlightData(0, 0, 0, new DateTime());
fd2_1.SetFlightData(20, 20, 0, new DateTime());
fd2_2.SetFlightData(-20, -20, 0, new DateTime());
List <FlightData> list1 = new List <FlightData>();
List <FlightData> list2 = new List <FlightData>();
list1.Add(fd1_1);
list2.Add(fd2_1);
list2.Add(fd2_2);
List <FlightData> resultList = new List <FlightData>();
resultList = Calculator.CalculateCompassCourse(list1, list2);
Assert.That(resultList[0].CompassCourse, Is.EqualTo(45));
}