public QueueHandlerUsingMpsc(IHandle <Message> consumer,
string name,
QueueStatsManager queueStatsManager,
bool watchSlowMsg = true,
TimeSpan?slowMsgThreshold = null,
TimeSpan?threadStopWaitTimeout = null,
string groupName = null)
: base(
consumer, name, queueStatsManager, watchSlowMsg, slowMsgThreshold, threadStopWaitTimeout ?? DefaultStopWaitTimeout,
groupName)
{
}
public static IQueuedHandler CreateQueuedHandler(IHandle <Message> consumer, string name,
QueueStatsManager queueStatsManager,
bool watchSlowMsg = true,
TimeSpan?slowMsgThreshold = null, TimeSpan?threadStopWaitTimeout = null, string groupName = null)
{
//if (IntPtr.Size == 8)
//{
// // optimized path, using much faster multi producer single consumer queue
// return new QueueHandlerUsingMpsc(consumer, name, watchSlowMsg, slowMsgThreshold, threadStopWaitTimeout,
// groupName);
//}
return(new QueuedHandler(consumer, name, queueStatsManager, watchSlowMsg, slowMsgThreshold, threadStopWaitTimeout, groupName));
}
public QueuedHandlerPulse(IHandle <Message> consumer,
string name,
QueueStatsManager queueStatsManager,
bool watchSlowMsg = true,
TimeSpan?slowMsgThreshold = null,
TimeSpan?threadStopWaitTimeout = null,
string groupName = null)
{
Ensure.NotNull(consumer, "consumer");
Ensure.NotNull(name, "name");
_consumer = consumer;
_watchSlowMsg = watchSlowMsg;
_slowMsgThreshold = slowMsgThreshold ?? InMemoryBus.DefaultSlowMessageThreshold;
_threadStopWaitTimeout = threadStopWaitTimeout ?? QueuedHandler.DefaultStopWaitTimeout;
_queueMonitor = QueueMonitor.Default;
_queueStats = queueStatsManager.CreateQueueStatsCollector(name, groupName);
}
