private void LoadLine()
{
if (tt.Stations.Count != 0)
{
return;
}
if (info.Timetable.Type == TimetableType.Network)
{
throw new Exception("Streckendateien können bei Netzwerk-Fahrplänen nicht geladen werden!");
}
IImport timport = new XMLImport();
IImport simport = new NonDefaultFiletypes.XMLStationsImport();
using (var ofd = new OpenFileDialog())
{
ofd.AddLegacyFilter(timport.Filter, simport.Filter);
if (ofd.ShowDialog(this) == DialogResult.Ok)
{
IImport import = Path.GetExtension(ofd.FileName) == ".fpl" ? timport : simport;
var ntt = import.Import(ofd.FileName, info);
foreach (var station in ntt.Stations)
{
tt.AddStation(station, Timetable.LINEAR_ROUTE_ID);
}
// ntt will be destroyed by decoupling stations, do not use afterwards!
}
}
UpdateStations();
}
private static void GeneralOvertakeTest(Stream s)
{
var tt = new XMLImport().Import(s, new DummyPluginInterface());
var analyzer = new IntersectionAnalyzer(tt);
var station = tt.Stations.Single(st => st.SName == "B");
// Overlap at end
{
var probeTrain = tt.Trains.Single(t => t.TName == "P-overlap-end");
var crossingWith = analyzer.OvertakeAtStation(probeTrain, station).ToArray();
Assert.AreEqual(1, crossingWith.Length);
Assert.AreEqual("C-overlap-end", crossingWith[0].TName);
Assert.AreEqual(probeTrain, analyzer.OvertakeAtStation(crossingWith[0], station).Single());
}
// Overlap at begin
{
var probeTrain = tt.Trains.Single(t => t.TName == "P-overlap-begin");
var crossingWith = analyzer.OvertakeAtStation(probeTrain, station).ToArray();
Assert.AreEqual(1, crossingWith.Length);
Assert.AreEqual("C-overlap-begin", crossingWith[0].TName);
Assert.AreEqual(probeTrain, analyzer.OvertakeAtStation(crossingWith[0], station).Single());
}
// Overlap in the middle
{
var probeTrain = tt.Trains.Single(t => t.TName == "P-overlap-middle");
var crossingWith = analyzer.OvertakeAtStation(probeTrain, station).ToArray();
Assert.AreEqual(1, crossingWith.Length);
Assert.AreEqual("C-overlap-middle", crossingWith[0].TName);
Assert.AreEqual(probeTrain, analyzer.OvertakeAtStation(crossingWith[0], station).Single());
}
// Second train with no stop time
{
var probeTrain = tt.Trains.Single(t => t.TName == "P-no-minutes");
var crossingWith = analyzer.OvertakeAtStation(probeTrain, station).ToArray();
Assert.AreEqual(1, crossingWith.Length);
Assert.AreEqual("C-no-minutes", crossingWith[0].TName);
Assert.AreEqual(probeTrain, analyzer.OvertakeAtStation(crossingWith[0], station).Single());
}
// Second train with no stop time (two trains)
{
var probeTrain = tt.Trains.Single(t => t.TName == "P-no-minutes-double");
var crossingWith = analyzer.OvertakeAtStation(probeTrain, station).ToArray();
Assert.AreEqual(2, crossingWith.Length);
Assert.AreEqual("C-no-minutes-double1", crossingWith[0].TName);
Assert.AreEqual("C-no-minutes-double2", crossingWith[1].TName);
}
}
static void Main(string[] args)
{
JSONImport.ImportTowns();
XMLImport.ImportCinemas();
XMLImport.ImportAuditoriums();
JSONImport.ImportCategories();
XMLImport.ImportMovies();
JSONImport.ImportActors();
JSONImport.ImportScreenings();
JSONImport.ImportSeats();
}
// No ComplexNetworkOvertakeTest with test_overtake2.fpl as overtaking can only happen on the same route.
private static void GeneralTrapezTest(Stream s)
{
var tt = new XMLImport().Import(s, new DummyPluginInterface());
var analyzer = new IntersectionAnalyzer(tt);
var station = tt.Stations.Single(st => st.SName == "B");
// Normal
{
var probeTrain = tt.Trains.Single(t => t.TName == "P-normal");
var trapez0 = analyzer.TrapezAtStation(probeTrain, station);
Assert.AreEqual(0, trapez0.IntersectingTrainsStopping.Length);
Assert.IsTrue(trapez0.IsStopping);
Assert.AreEqual(Days.Parse("1111100"), trapez0.StopDays);
}
// Normal (reverse)
{
var probeTrain = tt.Trains.Single(t => t.TName == "C-normal");
var trapez1 = analyzer.TrapezAtStation(probeTrain, station);
Assert.AreEqual(1, trapez1.IntersectingTrainsStopping.Length);
Assert.AreEqual("P-normal", trapez1.IntersectingTrainsStopping[0].TName);
Assert.IsFalse(trapez1.IsStopping);
Assert.AreEqual(Days.Parse("1111100"), trapez1.StopDays);
}
// Single train
{
var probeTrain = tt.Trains.Single(t => t.TName == "P-single");
var trapez0 = analyzer.TrapezAtStation(probeTrain, station);
Assert.AreEqual(0, trapez0.IntersectingTrainsStopping.Length);
Assert.IsTrue(trapez0.IsStopping);
Assert.AreEqual("1111100", trapez0.StopDays.ToBinString());
}
// Multiple
{
var probeTrain = tt.Trains.Single(t => t.TName == "P-multiple");
var trapez0 = analyzer.TrapezAtStation(probeTrain, station);
Assert.AreEqual(1, trapez0.IntersectingTrainsStopping.Length);
Assert.AreEqual("C-multiple", trapez0.IntersectingTrainsStopping[0].TName);
Assert.IsTrue(trapez0.IsStopping);
Assert.AreEqual(Days.Parse("1111100"), trapez0.StopDays);
var trapez1 = analyzer.TrapezAtStation(trapez0.IntersectingTrainsStopping[0], station);
Assert.AreEqual(2, trapez1.IntersectingTrainsStopping.Length);
Assert.AreEqual("P-multiple", trapez1.IntersectingTrainsStopping[0].TName);
Assert.IsTrue(trapez1.IsStopping);
Assert.AreEqual(Days.Parse("1111100"), trapez1.StopDays);
}
}
//Start level
//Keep screen Black
//Load in level
//Reset Start Position
//Fade to regular
//GameLoop
//End Level
//Fade to black
//Return to start of this.
private void Start()
{
countDownTimer.SetActive(false);
audioSource = GetComponent <AudioSource>();
mainCamera = Camera.main;
levelImporter = GetComponent <XMLImport>();
StartLevelProcess();
if (backgroundMusic != null)
{
audioSource.clip = backgroundMusic;
audioSource.Play();
}
}
public void AmbiguousRoutesTest()
{
var text = Load("test_ambiguous_routes.fpl");
using (var s = PrepareTemp(text))
{
var pi = new DummyPluginInterface();
pi.Registry.Register <ITimetableInitAction>(new BugFixInitAction());
var tt = new XMLImport().Import(s, pi);
Assert.IsNotNull(tt);
Assert.IsTrue(pi.HadWarning("enthält zusammengfefallene Strecken") > 0);
}
}
public void DuplicateStationIdTest()
{
var text = Load("test_duplicate_ids.fpl");
using (var s = PrepareTemp(text))
{
var pi = new DummyPluginInterface();
pi.Registry.Register <ITimetableInitAction>(new BugFixInitAction());
var tt = new XMLImport().Import(s, pi);
Assert.IsNotNull(tt);
Assert.IsTrue(pi.HadWarning("Verknüpfungen zu Folgezügen aufgehoben werden") > 0);
Assert.AreEqual(1, tt.Transitions.Count);
Assert.AreEqual(null, tt.GetTransition("10")); // Transitions got removed.
Assert.AreEqual("69724", tt.GetTrainById(12).TName); // One id got changed.
Assert.AreEqual(5, tt.Trains.Count); // We still have 5 trains.
Assert.AreEqual(5, tt.Trains.Select(t => t.Id).Distinct().Count()); // We have 5 different IDs now.
}
}
public ImportEngine()
{
this.jsonImport = new JSONImport();
this.xmlImport = new XMLImport();
}
