public Serialize(int numberOfThreads, Func <IMessage, string> getQueueNameFromMessage)
{
_messages = new NotifyingMultiQueue <ScheduledTask>();
_getQueueNameFromMessage = getQueueNameFromMessage;
_waitForWork = new List <Wait_for_work <ScheduledTask> >();
for (var i = 0; i < numberOfThreads; i++)
{
var wfw = new Wait_for_work <ScheduledTask>(_messages,
() =>
{
ScheduledTask result;
var success = _messages.TryDequeue(Thread.CurrentThread.GetHashCode().ToString(),
out result);
return(new Tuple <bool, ScheduledTask>(success, result));
});
wfw.Dequeued += _ => _.ContinueWith(_.Message);
_waitForWork.Add(wfw);
}
}
public Serialize(int numberOfThreads, Func<IMessage,string> getQueueNameFromMessage)
{
_messages = new NotifyingMultiQueue<ScheduledTask>();
_getQueueNameFromMessage = getQueueNameFromMessage;
_waitForWork = new List<Wait_for_work<ScheduledTask>>();
for (var i = 0; i < numberOfThreads; i++)
{
var wfw = new Wait_for_work<ScheduledTask>(_messages,
() =>
{
ScheduledTask result;
var success = _messages.TryDequeue(Thread.CurrentThread.GetHashCode().ToString(),
out result);
return new Tuple<bool, ScheduledTask>(success, result);
});
wfw.Dequeued += _ => _.ContinueWith(_.Message);
_waitForWork.Add(wfw);
}
}
public void Single_worker_takes_from_single_queue()
{
_sut.Enqueue("a", "q1");
Assert.IsTrue(_sut.TryDequeue("w1", out _result));
Assert.AreEqual("a", _result);
}