public void DispatchBaggage(Flight flight)
{
flight.DispatchedBaggageCount++;
var baggage = new Baggage()
{
Flight = flight,
};
var index = FindMostSuitableCheckInIndex();
var checkIn = _checkIns[index];
var queue = _checkInQueues[index];
baggage.TransportationStartTime = TimerService.GetTicksSinceSimulationStart();
baggage.TransporterId = "Queue CheckIn";
if (checkIn.Status == NodeState.Free)
{
checkIn.PassBaggage(baggage);
}
else
{
if (checkIn.OnStatusChangedToFree == null)
{
checkIn.OnStatusChangedToFree += () => { PassQueuedBaggage(index); };
}
queue.Enqueue(baggage);
}
}
private void DistributeBaggage(string destination)
{
var nextNode = _listOfNextNode[destination];
nextNode.OnNodeStatusChangedToFree += () =>
{
if (_transporterQueues[destination].Count > 0)
{
if (nextNode.NodeStatus == NodeStatus.Free)
{
IBaggage tempBag = null;
if (_transporterQueues.Count != 0)
{
tempBag = _transporterQueues[destination].Dequeue();
if (tempBag == null)
{
return;
}
}
tempBag.TransportationStartTime = TimerService.GetTicksSinceSimulationStart();
nextNode.PassBaggage(tempBag);
}
}
};
}
private void DispatchBaggage(IFlight flight)
{
var baggage = new Baggage()
{
Flight = flight
};
int chosen = FindMostSuitableCheckin(baggage);
var checkIn = checkins[chosen];
var queue = checkinQueues[chosen];
baggage.TransportationStartTime = TimerService.GetTicksSinceSimulationStart();
baggage.TransporterId = "Queue CheckIn";
if (checkIn.NodeStatus == NodeStatus.Free)
{
checkIn.PassBaggage(baggage);
checkIn.OnNodeStatusChangedToFree -= () => PassQueuedBaggage(chosen);
}
else
{
queue.Enqueue(baggage);
if (checkIn.OnNodeStatusChangedToFree == null)
{
checkIn.OnNodeStatusChangedToFree += () => PassQueuedBaggage(chosen);
}
}
flight.DispatchedBaggageCount++;
}
private void AddTransportationLog(IBaggage baggage)
{
if (baggage.TransportationStartTime != null)
{
var transportationStart = baggage.TransportationStartTime ?? 0;
var transportingTimeElapsed = TimerService.GetTicksSinceSimulationStart() - transportationStart;
baggage.AddEventLog(TimerService.GetTimeSinceSimulationStart(),
new TimeSpan(transportingTimeElapsed),
string.Format(LoggingConstants.BagReceivedInTemplate, Destination, baggage.TransporterId));
baggage.TransportationStartTime = null;
}
}
private void ProcessInternal(IBaggage b)
{
Process(b);
if (currentBag == null)
{
NodeStatus = NodeStatus.Free;
return;
}
NextNode = nextNodes.FirstOrDefault(n => n.Destination == currentBag.Destination);
currentBag.TransportationStartTime = TimerService.GetTicksSinceSimulationStart();
Move();
}
private void ProcessInternal(IBaggage baggage)
{
Process(baggage);
NextLink = _allSuccessors
.FirstOrDefault(x => x.Destination == baggage.Destination);
//Condition
// .Requires(NextLink)
// .IsNotNull();
_currentBaggage.TransportationStartTime = TimerService.GetTicksSinceSimulationStart();
Move();
}
public override void PassBaggage(IBaggage baggage)
{
Status = NodeState.Busy;
_currentBaggage = baggage;
if (baggage.TransportationStartTime != null)
{
var transportationStart = baggage.TransportationStartTime ?? 0;
var transportingTimeElapsed = TimerService.GetTicksSinceSimulationStart() - transportationStart;
baggage.AddEventLog(TimerService.GetTimeSinceSimulationStart(),
new TimeSpan(transportingTimeElapsed),
string.Format(LoggingConstants.BagReceivedInTemplate, Destination, baggage.TransporterId));
baggage.TransportationStartTime = null;
}
ProcessInternal(baggage);
}
public void TimerService_ShouldShouldReturnSameTimeSinceStart_FromBothMethods()
{
var timerService = new TimerService();
var settingsMock = new Mock <ISimulationSettings>();
settingsMock.Setup(s => s.IncomingFlights).Returns(new Mock <List <Flight> >().Object);
settingsMock.Setup(s => s.OutgoingFlights).Returns(new Mock <List <Flight> >().Object);
settingsMock.Setup(s => s.Multiplier).Returns(1);
timerService.SetSettings(settingsMock.Object);
timerService.Start();
Thread.Sleep(2000);
timerService.Stop();
timerService.GetTicksSinceSimulationStart().ShouldBeInRange(timerService.GetTimeSinceSimulationStart().Ticks - 5, timerService.GetTimeSinceSimulationStart().Ticks + 5);
}
private void PassOrEnqueueBaggage(IChainLink gate, IBaggage bag)
{
bag.TransportationStartTime = TimerService.GetTicksSinceSimulationStart();
bag.TransporterId = "Queue AA";
if (gate.Status == NodeState.Free)
{
gate.PassBaggage(bag);
}
else
{
if (gate.OnStatusChangedToFree == null)
{
gate.OnStatusChangedToFree += () => { PassQueuedBaggage(gate); }
}
;
_gateQueues[gate].Enqueue(bag);
}
}
public override void PassBaggage(IBaggage b)
{
NodeStatus = NodeStatus.Busy;
currentBag = b;
if (b == null)
{
NodeStatus = NodeStatus.Free;
return;
}
if (b.TransportationStartTime != null)
{
var transportationStart = b.TransportationStartTime ?? 0;
var transportingTimeElapsed = TimerService.GetTicksSinceSimulationStart() - transportationStart;
b.AddLog(TimerService.GetTimeSinceSimulationStart(),
new TimeSpan(transportingTimeElapsed),
string.Format(LoggingConstants.BagReceivedInTemplate, Destination, b.TransporterId));
b.TransportationStartTime = null;
}
ProcessInternal(currentBag);
}
private void DistributeBaggage(string destination)
{
var nextNode = _allSuccessors[destination];
nextNode.OnStatusChangedToFree += () =>
{
if (_baggageDistributors[destination].Count > 0)
{
if (nextNode.Status == NodeState.Free)
{
var tempBaggage = _baggageDistributors[destination].Dequeue();
if (tempBaggage == null)
{
return;
}
tempBaggage.TransportationStartTime = TimerService.GetTicksSinceSimulationStart();
nextNode.PassBaggage(tempBaggage);
}
}
};
}