public void IsConflicting_PositionXCoor_ReceivedCorrect()
{
_newTracks.Add(Substitute.For <ITrackObject>());
_listHandler.Renew(_newTracks);
_listHandler.Update(_newTracks);
_uut.IsConflicting(_newTracks[0], _listHandler.CurrentTracks[0], _distance);
var temp = _newTracks[0].Position.Received().XCoor;
}
public string CurrentSeperationEvents(string filenameToLogTo = "separationlog.txt")
{
string title = "Current separation events:";
StringBuilder info = new StringBuilder();
for (int i = 0; i < CurrentTracks.Count; i++)
{
var trackOne = CurrentTracks[i];
for (int j = i + 1; j < CurrentTracks.Count; j++)
{
var trackTwo = CurrentTracks[j];
if (_separation.IsConflicting(trackOne, trackTwo, _distance))
{
string trackInfo =
$"{trackOne.Tag} and {trackTwo.Tag} at {trackOne.Timestamp}";
info.Append(trackInfo + "\n");
LogSeperationEvent(trackInfo, filenameToLogTo);
}
}
}
if (info.Length == 0)
{
return(title + "\n" + "No current events detected\n");
}
return(title + "\n" + info);
}
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 Distance_DistanceThreeDim_ReturnsResult(int t1X, int t1Y, int t1Alt, int t2X, int t2Y,
int t2Alt, bool result)
{
_oldObj.Position.XCoor.Returns(t1X);
_oldObj.Position.YCoor.Returns(t1Y);
_oldObj.Position.Altitude.Returns(t1Alt);
_newObj.Position.XCoor.Returns(t2X);
_newObj.Position.YCoor.Returns(t2Y);
_newObj.Position.Altitude.Returns(t2Alt);
Assert.AreEqual(result, _uut.IsConflicting(_oldObj, _newObj, _distance));
}
