public void FindMostSuitableCheckIn_WhenFreeCheckIn_Test()
{
CheckIn checkIn = new CheckIn();
CheckIn checkIn2 = new CheckIn();
checkIn.Status = BaggageStatus.Busy;
checkIn2.Status = BaggageStatus.Free;
Procp_Form.Core.CheckInDispatcher dispatcher = new Procp_Form.Core.CheckInDispatcher();
List <CheckIn> checkIns = new List <CheckIn>();
Baggage baggage = new Baggage();
Queue <Baggage> baggagesQ = new Queue <Baggage>();
baggagesQ.Enqueue(baggage);
List <Queue <Baggage> > baggages = new List <Queue <Baggage> >()
{
baggagesQ,
new Queue <Baggage>(),
};
checkIns.Add(checkIn);
checkIns.Add(checkIn2);
dispatcher.SetupCheckins(checkIns);
int a = dispatcher.FindMostSuitableCheckin(baggage);
Assert.AreEqual(a, 1);
}
public void SetupCheckIns_SetupQueues_Test()
{
List <CheckIn> checkInList = new List <CheckIn>()
{
new CheckIn(), new CheckIn(),
};
Procp_Form.Core.CheckInDispatcher checkInDispatcher = new Procp_Form.Core.CheckInDispatcher();
checkInDispatcher.SetupCheckins(checkInList);
//test if the check-ins are added correctly
Assert.AreEqual(2, checkInDispatcher.GetCheckIns().Count);
//test if the queued baggages are added correctly
Assert.AreEqual(2, checkInDispatcher.GetQueuedBaggage().Count);
}
