public void Initial_TrackStartCalcOneTrack_TracksIsCorrect()
{
List <Track> listToTest = new List <Track>();
Track track = new Track()
{
Tag = "NIC222",
X = 25000,
Y = 25000,
Altitude = 5000,
TimeStamp = DateTime.ParseExact("20151006213456789", "yyyyMMddHHmmssfff", CultureInfo.InvariantCulture)
};
listToTest.Add(track);
TracksFilteredEventArgs args = new TracksFilteredEventArgs(listToTest);
_filter.TracksFiltered += Raise.EventWith(this, args);
List <Track> listToTest2 = new List <Track>();
Track newTrack = new Track()
{
Tag = "NIC222",
X = 25010,
Y = 25002,
Altitude = 4980,
TimeStamp = DateTime.ParseExact("20151006213456800", "yyyyMMddHHmmssfff", CultureInfo.InvariantCulture)
};
listToTest2.Add(newTrack);
TracksFilteredEventArgs args2 = new TracksFilteredEventArgs(listToTest2);
_filter.TracksFiltered += Raise.EventWith(this, args2);
Assert.That(_prevTrackStartCal, Is.EqualTo(track));
Assert.That(_newTrackStartCal, Is.EqualTo(newTrack));
}
public void FilterTrack(object o, TracksChangedEventArgs args)
{
List <Track> newFilteredTracks = new List <Track>();
foreach (var track in args.Tracks)
{
var newEvent = new IsTrackInAirspaceEventArgs(track);
IsTrackInAirspace?.Invoke(this, newEvent);
if (newEvent.IsInAirspace)
{
newFilteredTracks.Add(track);
}
else
{
foreach (var trackInUpdatedList in UpdatedTracksList)
{
if (track.Tag == trackInUpdatedList.Tag)
{
TrackLeft?.Invoke(this, new TrackLeftAirspaceEventArgs(track));
break;
}
}
}
}
TracksFilteredEventArgs Args = new TracksFilteredEventArgs(newFilteredTracks);
TracksFiltered?.Invoke(this, Args);
UpdatedTracksList = Args.UpdatedTracks;
}
private void UpdateTrack(object o, TracksFilteredEventArgs args)
{
if (args.FilteredTracks.Count != 0 && UpdatedTracksList.Count == 0)
{
foreach (var track in args.FilteredTracks)
{
UpdatedTracksList.Add(track);
}
}
else if (args.FilteredTracks.Count != 0 && UpdatedTracksList.Count != 0)
{
foreach (var filteredTrack in args.FilteredTracks)
{
var updatedTrack = UpdatedTracksList.Find(i => i.Tag == filteredTrack.Tag);
if (updatedTrack == null)
{
UpdatedTracksList.Add(filteredTrack);
}
else
{
filteredTrack.Course = _calculator.CalCourse(UpdatedTracksList[UpdatedTracksList.IndexOf(updatedTrack)],
filteredTrack);
filteredTrack.Velocity =
_calculator.CalVelocity(UpdatedTracksList[UpdatedTracksList.IndexOf(updatedTrack)], filteredTrack);
UpdatedTracksList[UpdatedTracksList.IndexOf(updatedTrack)] = filteredTrack;
}
}
}
var handler = TracksUpdated;
handler?.Invoke(this, new TracksUpdatedEventArgs(UpdatedTracksList));
}
public void UpdateTrack_NoTracksInUpdatedTracks_AddedToUpdatedTracks()
{
List <Track> testTracks = new List <Track>();
testTracks.Add(_testTrack1);
var args = new TracksFilteredEventArgs(testTracks);
_filtering.TracksFiltered += Raise.EventWith(args);
Assert.That(_updatedTracks.Contains(_testTrack1));
}
public void UpdateTrack_OneTrackInUpdatedTracksNewTrackAdded_NewTrackAddedToUpdatedTracks()
{
List <Track> testTracks = new List <Track>();
testTracks.Add(_testTrack1);
var args = new TracksFilteredEventArgs(testTracks);
_filtering.TracksFiltered += Raise.EventWith(args);
args.FilteredTracks.Add(_testTrack2);
_filtering.TracksFiltered += Raise.EventWith(args);
Assert.That(_updatedTracks.Count, Is.EqualTo(2));
}
public void UpdateTrack_TracksAddedTwice_NumberOfEventsReceivedIsCorrect()
{
List <Track> testTracks = new List <Track>();
testTracks.Add(_testTrack1);
var args = new TracksFilteredEventArgs(testTracks);
_filtering.TracksFiltered += Raise.EventWith(args);
args.FilteredTracks.Add(_testTrack2);
_filtering.TracksFiltered += Raise.EventWith(args);
Assert.That(_nEventsRecieved, Is.EqualTo(2));
}
public void UpdateTrack_OneTrackInUpdatedTracksTrackChanged_TrackUpdatedInUpdatedTracks()
{
List <Track> testTracks = new List <Track>();
testTracks.Add(_testTrack1);
var args = new TracksFilteredEventArgs(testTracks);
_filtering.TracksFiltered += Raise.EventWith(args);
_testTrack1.X = 52000;
args.FilteredTracks.Add(_testTrack1);
_filtering.TracksFiltered += Raise.EventWith(args);
Assert.That(_updatedTracks[_updatedTracks.IndexOf(_testTrack1)].X, Is.EqualTo(52000));
}
public void Initial_TrackLeftedOneTrack_TrackInEventIsCorrect()
{
List <Track> listToTest = new List <Track>();
Track track = new Track()
{
Tag = "NIC333",
X = 25000,
Y = 10000,
Altitude = 5000,
TimeStamp = DateTime.ParseExact("20151006213456789", "yyyyMMddHHmmssfff", CultureInfo.InvariantCulture)
};
listToTest.Add(track);
TracksFilteredEventArgs args = new TracksFilteredEventArgs(listToTest);
_filter.TracksFiltered += Raise.EventWith(this, args);
List <Track> listToTest2 = new List <Track>();
Track newTrack = new Track()
{
Tag = "NIC333",
X = 25010,
Y = 10000,
Altitude = 4980,
TimeStamp = DateTime.ParseExact("20151006213456800", "yyyyMMddHHmmssfff", CultureInfo.InvariantCulture)
};
listToTest2.Add(newTrack);
TracksFilteredEventArgs args2 = new TracksFilteredEventArgs(listToTest2);
_filter.TracksFiltered += Raise.EventWith(this, args2);
Track trackOutOfSpace = new Track()
{
Tag = "NIC333",
X = 25010,
Y = 9980,
Altitude = 4980,
TimeStamp = DateTime.ParseExact("20151006213456800", "yyyyMMddHHmmssfff", CultureInfo.InvariantCulture)
};
TrackLeftAirspaceEventArgs args3 = new TrackLeftAirspaceEventArgs(trackOutOfSpace);
_filter.TrackLeft += Raise.EventWith(args3);
Assert.That(_eventLefted.Track.Tag, Is.EqualTo(track.Tag));
}
public void Initial_SeperationCheckerTwoTracks_TracksIsCorrect()
{
List <Track> listToTest = new List <Track>();
Track track = new Track()
{
Tag = "NIC444",
X = 25000,
Y = 20000,
Altitude = 5000,
TimeStamp = DateTime.ParseExact("20151006213456789", "yyyyMMddHHmmssfff", CultureInfo.InvariantCulture)
};
listToTest.Add(track);
TracksFilteredEventArgs args = new TracksFilteredEventArgs(listToTest);
_filter.TracksFiltered += Raise.EventWith(this, args);
List <Track> listToTest2 = new List <Track>();
Track newTrack1 = new Track()
{
Tag = "NIC444",
X = 25010,
Y = 20020,
Altitude = 4980,
TimeStamp = DateTime.ParseExact("20151006213456800", "yyyyMMddHHmmssfff", CultureInfo.InvariantCulture)
};
Track newTrack2 = new Track()
{
Tag = "GOG123",
X = 34010,
Y = 15000,
Altitude = 4980,
TimeStamp = DateTime.ParseExact("20151006213456800", "yyyyMMddHHmmssfff", CultureInfo.InvariantCulture)
};
listToTest2.Add(newTrack1);
listToTest2.Add(newTrack2);
TracksFilteredEventArgs args2 = new TracksFilteredEventArgs(listToTest2);
_filter.TracksFiltered += Raise.EventWith(this, args2);
Assert.That(_sepTrack.Tag, Is.EqualTo(newTrack1.Tag));
Assert.That(_tracksUpdatedeInSeperationList[1].Tag, Is.EqualTo(newTrack2.Tag));
}
private void EvalTrack(object o, TracksFilteredEventArgs args)
{
if (args.FilteredTracks.Count != 0 && UpdatedTracksList.Count == 0)
{
foreach (var track in args.FilteredTracks)
{
UpdatedTracksList.Add(track);
TrackEntered?.Invoke(this, new TrackEnteredAirspaceEventArgs(new Event(EventsList, "Track Entered Airspace", track, DateTime.Now)));
}
}
else if (args.FilteredTracks.Count != 0 && UpdatedTracksList.Count != 0)
{
foreach (var filteredTrack in args.FilteredTracks)
{
var updatedTrack = UpdatedTracksList.Find(i => i.Tag == filteredTrack.Tag);
if (updatedTrack == null)
{
UpdatedTracksList.Add(filteredTrack);
TrackEntered?.Invoke(this, new TrackEnteredAirspaceEventArgs(new Event(EventsList, "Track Entered Airspace", filteredTrack, DateTime.Now)));
}
else
{
var newCalEvent = new TrackStartCalEventArgs(
UpdatedTracksList[UpdatedTracksList.IndexOf(updatedTrack)],
filteredTrack);
TrackStartCal?.Invoke(this, newCalEvent);
if (newCalEvent.CalculatedTrack != null)
{
filteredTrack.Course = newCalEvent.CalculatedTrack.Course;
filteredTrack.Velocity = newCalEvent.CalculatedTrack.Velocity;
UpdatedTracksList[UpdatedTracksList.IndexOf(updatedTrack)] = filteredTrack;
}
SeperationChecker?.Invoke(this, new SeperationCheckerEventArgs(EventsList, UpdatedTracksList, filteredTrack));
}
}
}
args.UpdatedTracks = UpdatedTracksList;
TracksUpdated?.Invoke(this, new TracksUpdatedEventArgs(UpdatedTracksList, EventsList));
}
public void Initial_TracksUpdatedThreeTracks_TracksCountIsCorrect()
{
List <Track> listToTest = new List <Track>();
listToTest.Add(new Track()
{
Tag = "NIC111", X = 25000, Y = 65000, Altitude = 15000, TimeStamp = DateTime.ParseExact("20151006213456789", "yyyyMMddHHmmssfff", CultureInfo.InvariantCulture)
});
listToTest.Add(new Track()
{
Tag = "GJO222", X = 35000, Y = 55000, Altitude = 5000, TimeStamp = DateTime.ParseExact("20151006213456789", "yyyyMMddHHmmssfff", CultureInfo.InvariantCulture)
});
listToTest.Add(new Track()
{
Tag = "ASD333", X = 45000, Y = 45000, Altitude = 7000, TimeStamp = DateTime.ParseExact("20151006213456789", "yyyyMMddHHmmssfff", CultureInfo.InvariantCulture)
});
TracksFilteredEventArgs args = new TracksFilteredEventArgs(listToTest);
_filter.TracksFiltered += Raise.EventWith(this, args);
List <Track> listToTest2 = new List <Track>();
listToTest2.Add(new Track()
{
Tag = "NIC111", X = 25010, Y = 64987, Altitude = 14998, TimeStamp = DateTime.ParseExact("20151006213456800", "yyyyMMddHHmmssfff", CultureInfo.InvariantCulture)
});
listToTest2.Add(new Track()
{
Tag = "GJO222", X = 35005, Y = 55015, Altitude = 5010, TimeStamp = DateTime.ParseExact("20151006213456800", "yyyyMMddHHmmssfff", CultureInfo.InvariantCulture)
});
listToTest2.Add(new Track()
{
Tag = "ASD333", X = 45008, Y = 44994, Altitude = 7002, TimeStamp = DateTime.ParseExact("20151006213456800", "yyyyMMddHHmmssfff", CultureInfo.InvariantCulture)
});
TracksFilteredEventArgs args2 = new TracksFilteredEventArgs(listToTest2);
_filter.TracksFiltered += Raise.EventWith(this, args2);
Assert.That(_updatedTrackList.Count, Is.EqualTo(3));
}
