public void Setup()
{
_trackOne = Substitute.For<ITrackObject>();
_listHandler = Substitute.For<IListHandler>();
_objectifier = Substitute.For<ITrackList>();
_uut = new ATMSystem(_objectifier, _listHandler);
_trackOne.Tag.Returns("HDJ232");
_trackOne.Position.XCoor.Returns(45201);
_trackOne.Position.YCoor.Returns(78452);
_trackOne.Position.Altitude.Returns(4500);
_trackOne.Timestamp.Returns("April 23rd, 2018, at 23:55:32 and 339 milliseconds");
_trackOne.Velocity.Returns(150);
_trackOne.Course.Returns(90);
_trackOne.ToString()
.Returns
("Tag:\t\t" + "HDJ232" + "\n" +
"X coordinate:\t" + 45201 + " meters \n" +
"Y coordinate:\t" + 78452 + " meters\n" +
"Altitide:\t" + 4500 + " meters\n" +
"Timestamp:\t" + "April 23rd, 2018, at 23:55:32 and 339 milliseconds" + "\n" +
"Velocity:\t" + 150 + " m/s\n" +
"Course:\t\t" + 90 + " degrees\n");
_argList = new List<ITrackObject> { _trackOne };
_args = new TrackListUpdatedArgs(_argList);
}
public void ListHandler_LogTwoEvents_ReceivedEventTwoCorrect()
{
string filename = "test.txt";
string expectedOutput = "HDJ232 and DSO458 at April 23rd, 2018, at 23:55:32 and 339 milliseconds\r\n" +
"HDJ232 and UDS323 at April 23rd, 2018, at 23:55:32 and 339 milliseconds\r\n";
StreamWriter strm = File.CreateText(filename);
strm.Flush();
strm.Close();
InitiateNewList();
ITrackObject trackThree = Substitute.For <ITrackObject>();
trackThree.Tag.Returns("UDS323");
_newTracks.Add(trackThree);
_uut.Initiate(_newTracks);
_separation.IsConflicting(_uut.CurrentTracks[0], _uut.CurrentTracks[1], _distance).Returns(true);
_separation.IsConflicting(_uut.CurrentTracks[0], _uut.CurrentTracks[2], _distance).Returns(true);
_uut.CurrentSeperationEvents(filename);
string contents = File.ReadAllText(filename);
Assert.AreEqual(expectedOutput, contents);
}
public bool IsConflicting(ITrackObject trackOne, ITrackObject trackTwo, IDistance distance)
{
trackOne.Position.SetPosition(trackOne.Position.XCoor, trackOne.Position.YCoor, trackOne.Position.Altitude);
trackTwo.Position.SetPosition(trackTwo.Position.XCoor, trackTwo.Position.YCoor, trackTwo.Position.Altitude);
double horizontalDistance = distance.DistanceTwoDim(trackTwo.Position, trackOne.Position);
int verticalDistance = distance.DistanceOneDim(trackTwo.Position.Altitude, trackOne.Position.Altitude);
return(horizontalDistance <= horizontalConflict && verticalDistance <= verticalConflict);
}
public void Setup()
{
_position = Substitute.For <IPosition>();
_position.XCoor.Returns(50456);
_position.YCoor.Returns(78455);
_position.Altitude.Returns(7852);
_time = "December 1st, 2018, at 11:11:11 and 111 milliseconds";
_dateTime = new DateTime(2018, 11, 11, 11, 11, 11, 111);
_uut = new TrackObject("KVK7896", _position, _time, _dateTime);
}
public void Setup()
{
_position = Substitute.For <IPosition>();
_inDateTime = new DateTime();
_uut = new TrackObject("123ABC", _position, "20181111111111111", _inDateTime);
_newTracks = new List <ITrackObject>();
_velocity = Substitute.For <IVelocity>();
_course = Substitute.For <ICourse>();
_separation = Substitute.For <ISeparation>();
_distance = Substitute.For <IDistance>();
_listHandler = new ListHandler(_velocity, _course, _separation, _distance);
}
public int CurrentVelocity(ITrackObject newTrack, ITrackObject oldTrack, IDistance dist)
{
TimeSpan diff = newTrack.InDateTime - oldTrack.InDateTime;
if ((int)diff.TotalMilliseconds == 0)
{
return(0);
}
return((int)(dist.DistanceTwoDim(newTrack.Position, oldTrack.Position)
/ diff.TotalMilliseconds * 1000));
}
public void Setup()
{
_uut = new Separation();
/****************************
* // THIS MUST BE SUB - NEED FIX - ELSE OK
*****************************/
_distance = new Distance();
_oldObj = Substitute.For <ITrackObject>();
_newObj = Substitute.For <ITrackObject>();
}
public void Setup()
{
_testCalculateVelocity = new Velocity();
_distance = new Distance();
/****************************
* // THIS MUST BE SUB - NEED FIX - ELSE OK
*****************************/
_oldObj = Substitute.For <ITrackObject>();
_newObj = Substitute.For <ITrackObject>();
}
public void ListHandler_UpdateCourse_ReceivedCorrect()
{
_newTracks.Add(Substitute.For <ITrackObject>());
ITrackObject trackOne = Substitute.For <ITrackObject>();
trackOne.Tag.Returns("HDJ232");
// Renew to update
_uut.Renew(_newTracks);
_uut.Update(_newTracks);
_course.Received().CurrentCourse(_newTracks[0].Position, _uut.CurrentTracks[0].Position, _distance);
}
public void ListHandler_UpdateVelocity_ReceivedCorrect()
{
_newTracks.Add(Substitute.For <ITrackObject>());
ITrackObject trackOne = Substitute.For <ITrackObject>();
trackOne.Tag.Returns("HDJ232");
// Renew to update
_uut.Renew(_newTracks);
_uut.Update(_newTracks);
_velocity.Received().CurrentVelocity(_newTracks[0], _uut.CurrentTracks[0], _distance);
}
public void ListHandler_CurrentSeperationEvents_Received()
{
InitiateNewList();
ITrackObject trackThree = Substitute.For <ITrackObject>();
trackThree.Tag.Returns("HAJ232");
_newTracks.Add(trackThree);
_uut.Initiate(_newTracks);
_uut.CurrentSeperationEvents();
_separation.Received().IsConflicting(_uut.CurrentTracks[0], _uut.CurrentTracks[1], _distance);
}
public void InitiateNewList()
{
ITrackObject trackOne = Substitute.For <ITrackObject>();
trackOne.Tag.Returns("HDJ232");
trackOne.Position.XCoor.Returns(45201);
trackOne.Position.YCoor.Returns(78452);
trackOne.Position.Altitude.Returns(4500);
trackOne.Timestamp.Returns("April 23rd, 2018, at 23:55:32 and 339 milliseconds");
trackOne.Velocity.Returns(150);
trackOne.Course.Returns(90);
trackOne.ToString()
.Returns
("Tag:\t\t" + "HDJ232" + "\n" +
"X coordinate:\t" + 45201 + " meters \n" +
"Y coordinate:\t" + 78452 + " meters\n" +
"Altitide:\t" + 4500 + " meters\n" +
"Timestamp:\t" + "April 23rd, 2018, at 23:55:32 and 339 milliseconds" + "\n" +
"Velocity:\t" + 150 + " m/s\n" +
"Course:\t\t" + 90 + " degrees\n");
ITrackObject trackTwo = Substitute.For <ITrackObject>();
trackTwo.Tag.Returns("DSO458");
trackTwo.Position.XCoor.Returns(45300);
trackTwo.Position.YCoor.Returns(78450);
trackTwo.Position.Altitude.Returns(7895);
trackTwo.Timestamp.Returns("April 23rd, 2018, at 23:55:32 and 339 milliseconds");
trackTwo.Velocity.Returns(300);
trackTwo.Course.Returns(300);
trackTwo.ToString()
.Returns
("Tag:\t\t" + "DSO0458" + "\n" +
"X coordinate:\t" + 45300 + " meters \n" +
"Y coordinate:\t" + 78450 + " meters\n" +
"Altitide:\t" + 7895 + " meters\n" +
"Timestamp:\t" + "April 23rd, 2018, at 23:55:32 and 339 milliseconds" + "\n" +
"Velocity:\t" + 300 + " m/s\n" +
"Course:\t\t" + 300 + " degrees\n");
_newTracks.Add(trackOne);
_newTracks.Add(trackTwo);
}
public void ListHandler_CurrentSeperationEvents_NoEventsDetected()
{
string expectedReturn = "Current separation events:\nNo current events detected\n";
InitiateNewList();
ITrackObject trackThree = Substitute.For <ITrackObject>();
trackThree.Tag.Returns("HAJ232");
_newTracks.Add(trackThree);
_uut.Initiate(_newTracks);
_separation.IsConflicting(_uut.CurrentTracks[0], _uut.CurrentTracks[1], _distance).Returns(false);
_uut.CurrentSeperationEvents();
Assert.AreEqual(expectedReturn, _uut.CurrentSeperationEvents());
}
public void ListHandler_CurrentSeperationEvents_EventsDetected()
{
string expectedReturn = "Current separation events:\n" +
"HDJ232 and KDS328 at April 23rd, 2018, at 23:55:32 and 339 milliseconds\n";
InitiateNewList();
ITrackObject trackThree = Substitute.For <ITrackObject>();
trackThree.Tag.Returns("KDS328");
_newTracks.Add(trackThree);
_uut.Initiate(_newTracks);
_separation.IsConflicting(_uut.CurrentTracks[0], _uut.CurrentTracks[2], _distance).Returns(true);
_uut.CurrentSeperationEvents();
Assert.AreEqual(expectedReturn, _uut.CurrentSeperationEvents());
}
