public bool AddSeat(Objects.VehicleSeat Seat)
{
if (Seat.VehicleCode == Code && !Seats.Contains(Seat))
{
Seats.Add(Seat);
return(true);
}
return(false);
}
public virtual void RemoveSeat(int seat)
{
if (seat <= SeatsCount)
{
if (!Seats.Contains(seat))
{
Log.LogInfo("seat" + seat + " does not exist.");
}
else
{
Seats.Remove(seat);
SnDict.Remove(seat);
sfinxData[seat - 1] = null;
}
}
else
{
Log.LogWarn("seat" + seat + " is Invalid.");
}
}
public virtual void AddSeat(int seat, string sn)
{
if (seat <= SeatsCount)
{
if (Seats.Contains(seat))
{
Log.LogInfo("seat" + seat + " exists");
}
else
{
Seats.Add(seat);
SnDict[seat] = sn;
SfinxDataCreate(seat, sn);
}
}
else
{
Log.LogWarn("seat:" + seat + " is Invalid.");
}
}
public void MarkSeatsAsReserved(string trainId, BookingReference bookingReference, Seats seats)
{
var formerSnapshot = trainSnapshots[trainId];
var newSeatsConfiguration = new List <SeatWithBookingReference>(formerSnapshot.OverallTrainCapacity);
foreach (var seatWithBookingReference in formerSnapshot.SeatsWithBookingReferences)
{
if (seats.Contains(seatWithBookingReference.Seat))
{
// must keep the new reservation id for this seat
var newBookingReference = new SeatWithBookingReference(seatWithBookingReference.Seat, bookingReference);
newSeatsConfiguration.Add(newBookingReference);
}
else
{
// keep the former value
newSeatsConfiguration.Add(seatWithBookingReference);
}
}
var updatedSnapshot = new TrainSnapshot(trainId, newSeatsConfiguration);
trainSnapshots[trainId] = updatedSnapshot;
}
