public static void TravelPlannerTest()
{
//instansierar alla listor och tilldelar dem, vardera returnerade object-värdet.
List <Train> trains = Train.GetTrains();
List <Station> stations = Station.GetStations();
List <Passenger> passengers = Passenger.GetPassenger();
List <Schedule> schedules = Schedule.GetSchdules();
List <TrainTrack> trainTracks = TrainTrack.GetTrainTracks();
//(här skulle instanserna av trackobject klasserna kunna vara i framtiden)
Console.WriteLine("Starting the Travel Plan");
TravelPlan travelPlan = new TravelPlan(trainTracks, stations, passengers).SetTrain(trains).SetSchedule(schedules).Start();
Console.WriteLine("Press any key to exit");
Console.ReadKey();
Console.Clear();
Console.WriteLine("You Exited");
}
private void StateMachineTrack2(Train train, List <Schedule> trainTimeTableList, TrainTrack track)
{
switch (train.trainState)
{
case TrainState.atStartStation:
train.PassengersInTrain.AddRange(_stations[0].PassengersInStation);
_stations[0].PassengersInStation.Clear();
train.Stop();
var timeStartStation = trainTimeTableList.Where(x => x.StationId == track.StartStationId).FirstOrDefault();
Console.WriteLine("The train " + train.Name + " is at: " + _stations.Where(x => x.ID == track.StartStationId).Single().StationName + " station");
if ((TimeSpan.Parse(timeStartStation.DepartureTime) - globalClock) >= zero)
{
Console.WriteLine("Train waiting to depart. Departing in : " + (TimeSpan.Parse(timeStartStation.DepartureTime) - globalClock));
}
if (globalClock >= TimeSpan.Parse(timeStartStation.DepartureTime))
{
Console.WriteLine("Train Departing with " + train.PassengersInTrain.Count + " passengers in train");
train.Start();
train.trainState = TrainState.onWayToSecondSwitch;
}
break;
case TrainState.onWayToSecondSwitch:
if (train.DistanceTravelled >= track.Switch2Position)
{
track.Switch2Left = true;
Console.WriteLine("Second Switch is switched to it's left position");
train.trainState = TrainState.onWayToMiddleStation;
}
break;
case TrainState.onWayToMiddleStation:
if (train.DistanceTravelled >= track.MiddleStationPosition)
{
train.trainState = TrainState.atMiddleStation;
train.Stop();
var passengerCount = (train.PassengersInTrain.Count / 2);
for (int i = 0; i < passengerCount; i++)
{
_stations[1].PassengersInStation.Add(train.PassengersInTrain.ElementAt(0));
train.PassengersInTrain.RemoveAt(0);
}
Console.WriteLine("The train has arrived at: " + _stations.Where(x => x.ID == track.MiddleStationId).Single().StationName);
Console.WriteLine("Dropped of " + _stations[1].PassengersInStation.Count + " passengers at station");
}
break;
case TrainState.atMiddleStation:
var timeMiddleStation = trainTimeTableList.Where(x => x.StationId == track.MiddleStationId).Single();
if ((TimeSpan.Parse(timeMiddleStation.DepartureTime) - globalClock) >= zero)
{
Console.WriteLine("Train waiting to depart. Departing in : " + (TimeSpan.Parse(timeMiddleStation.DepartureTime) - globalClock));
}
else
{
Console.WriteLine("Train Departing with " + train.PassengersInTrain.Count + " passengers");
train.Start();
train.trainState = TrainState.onWayToFirstSwitch;
}
break;
case TrainState.onWayToFirstSwitch:
if (train.DistanceTravelled >= track.Switch1Position)
{
track.Switch1Left = false;
Console.WriteLine("First Switch is switched to it's right position");
train.trainState = TrainState.onWayToClosingCrossing;
}
break;
case TrainState.onWayToClosingCrossing:
if (train.DistanceTravelled >= track.CrossingPosition - 1)
{
Console.WriteLine("Closing Crossing");
train.trainState = TrainState.onWayToOpenCrossing;
}
break;
case TrainState.onWayToOpenCrossing:
if (train.DistanceTravelled >= track.CrossingPosition + 1)
{
Console.WriteLine("Opening Crossing");
train.trainState = TrainState.onWayToEndStation;
}
break;
case TrainState.onWayToEndStation:
if (train.DistanceTravelled >= track.EndStationPosition)
{
train.trainState = TrainState.atEndStation;
train.Stop();
Console.WriteLine("The train has arrived at: " + _stations.Where(x => x.ID == track.EndStationId).Single().StationName);
}
break;
case TrainState.atEndStation:
break;
}
}
