public MBROLAListener(ThreadedConsumer <MBROLAElement> listenTo)
{
listenTo.ItemConsumed += new ConsumeEventHandler <MBROLAElement>(listenTo_ItemConsumed);
if (listenTo is MBROLASynthesizer)
{
(listenTo as MBROLASynthesizer).Error += new StringEventHandler(MbrolaListener_Error);
}
}
private static ThreadedConsumer <OrderReadyForPricing> PrepareAssistantManager()
{
var assistantManager = new ThreadedConsumer <OrderReadyForPricing>("AssistantManager", new AssistantManager());
MonitoredConsumers.Add(assistantManager);
StartableThings.Add(assistantManager);
return(assistantManager);
}
private static ThreadedConsumer <WakeUpCall> PrepareAlarmClock()
{
var alarmClock = new ThreadedConsumer <WakeUpCall>("AlarmClock", new AlarmClock(new DateTimeComparer()));
MonitoredConsumers.Add(alarmClock);
StartableThings.Add(alarmClock);
return(alarmClock);
}
private static ThreadedConsumer <OrderReadyForPayment> PrepareThreadedCashier(Cashier cashier)
{
var threadedCashier = new ThreadedConsumer <OrderReadyForPayment>("Cashier", cashier);
MonitoredConsumers.Add(threadedCashier);
StartableThings.Add(threadedCashier);
return(threadedCashier);
}
void listenTo_ItemConsumed(ThreadedConsumer <MBROLAElement> sender, ItemEventArgs <MBROLAElement> e)
{
mbrolaText.Append(e.Item);
if (TextUpdated != null)
{
TextUpdated(this, MbrolaText);
}
}
private static ThreadedConsumer <OrderReadyToCook> PrepareKitchen()
{
var threadedCooks = new List <ThreadedConsumer <OrderReadyToCook> >();
const int numberOfCooks = 3;
for (var i = 0; i < numberOfCooks; i++)
{
var threadedCook = new ThreadedConsumer <OrderReadyToCook>("Cook", new TimeToLiveHandler(new FlakyConsumer <OrderReadyToCook>(new Cook())));
threadedCooks.Add(threadedCook);
MonitoredConsumers.Add(threadedCook);
StartableThings.Add(threadedCook);
}
var dispatcher = new ThreadedConsumer <OrderReadyToCook>("Dispatcher", new OrderDispatcher <OrderReadyToCook>(threadedCooks), int.MaxValue);
MonitoredConsumers.Add(dispatcher);
StartableThings.Add(dispatcher);
return(dispatcher);
}
private static ThreadedConsumer<OrderReadyForPricing> PrepareAssistantManager()
{
var assistantManager = new ThreadedConsumer<OrderReadyForPricing>("AssistantManager", new AssistantManager());
MonitoredConsumers.Add(assistantManager);
StartableThings.Add(assistantManager);
return assistantManager;
}
private static ThreadedConsumer<WakeUpCall> PrepareAlarmClock()
{
var alarmClock = new ThreadedConsumer<WakeUpCall>("AlarmClock", new AlarmClock(new DateTimeComparer()));
MonitoredConsumers.Add(alarmClock);
StartableThings.Add(alarmClock);
return alarmClock;
}
private static ThreadedConsumer<OrderReadyForPayment> PrepareThreadedCashier(Cashier cashier)
{
var threadedCashier = new ThreadedConsumer<OrderReadyForPayment>("Cashier", cashier);
MonitoredConsumers.Add(threadedCashier);
StartableThings.Add(threadedCashier);
return threadedCashier;
}
private static ThreadedConsumer<OrderReadyToCook> PrepareKitchen()
{
var threadedCooks = new List<ThreadedConsumer<OrderReadyToCook>>();
const int numberOfCooks = 3;
for (var i = 0; i < numberOfCooks; i++)
{
var threadedCook = new ThreadedConsumer<OrderReadyToCook>("Cook", new TimeToLiveHandler(new FlakyConsumer<OrderReadyToCook>(new Cook())));
threadedCooks.Add(threadedCook);
MonitoredConsumers.Add(threadedCook);
StartableThings.Add(threadedCook);
}
var dispatcher = new ThreadedConsumer<OrderReadyToCook>("Dispatcher", new OrderDispatcher<OrderReadyToCook>(threadedCooks), int.MaxValue);
MonitoredConsumers.Add(dispatcher);
StartableThings.Add(dispatcher);
return dispatcher;
}