//public static Tuple<int, int> GetGapSizeInfo()
//{
// _gapRWSync.EnterReadLock();
// try
// {
// var gapSize = 0;
// for (int i = 0; i < GapSegments; i++)
// gapSize += _gaps[i].Count;
// _peakGapSize = Math.Max(_peakGapSize, gapSize);
// return new Tuple<int, int>(gapSize, _peakGapSize);
// }
// finally
// {
// _gapRWSync.ExitReadLock();
// }
//}
public static void SetGapSizeCounter()
{
var result = 0;
for (int i = 0; i < GapSegments; i++)
{
result += _gaps[i].Count;
}
// set perf counter
CounterManager.SetRawValue(COUNTERNAME_GAPSIZE, Convert.ToInt64(result));
}
internal virtual void OnMessageReceived(Stream messageBody)
{
ClusterMessage message = m_formatter.Deserialize(messageBody);
lock (_messageListSwitchSync)
{
_incomingMessages.Add(message);
CounterManager.SetRawValue("IncomingMessages", Convert.ToInt64(_incomingMessages.Count));
var totalMessages = _incomingMessages.Count + _messagesCount;
CounterManager.SetRawValue("TotalMessagesToProcess", Convert.ToInt64(totalMessages));
//_incomingMessageSignal.Set();
}
}
private static bool IsDelayingRequestsNecessary(bool requestsCurrentlyDelayed)
{
// by default we keep current working mode
var delayingRequestsNecessary = requestsCurrentlyDelayed;
// check if we need to switch off/on delaying
var incomingMessageCount = DistributedApplication.ClusterChannel.IncomingMessageCount;
if (!requestsCurrentlyDelayed && incomingMessageCount > Configuration.Messaging.DelayRequestsOnHighMessageCountUpperLimit)
{
delayingRequestsNecessary = true;
}
if (requestsCurrentlyDelayed && incomingMessageCount < Configuration.Messaging.DelayRequestsOnHighMessageCountLowerLimit)
{
delayingRequestsNecessary = false;
}
CounterManager.SetRawValue("DelayingRequests", delayingRequestsNecessary ? 1 : 0);
return(delayingRequestsNecessary);
}
private static bool IsDelayingRequestsNecessary(bool requestsCurrentlyDelayed)
{
// by default we keep current working mode
var delayingRequestsNecessary = requestsCurrentlyDelayed;
// check if we need to switch off/on delaying
var incomingMessageCount = DistributedApplication.ClusterChannel.IncomingMessageCount;
if (!requestsCurrentlyDelayed && incomingMessageCount > RepositoryConfiguration.DelayRequestsOnHighMessageCountUpperLimit)
{
delayingRequestsNecessary = true;
//Logger.WriteInformation("Requests are now being delayed (IncomingMessageCount reached configured upper limit: " + incomingMessageCount.ToString() + ")");
}
if (requestsCurrentlyDelayed && incomingMessageCount < RepositoryConfiguration.DelayRequestsOnHighMessageCountLowerLimit)
{
delayingRequestsNecessary = false;
//Logger.WriteInformation("Request delaying is now switched off (IncomingMessageCount reached configured lower limit: " + incomingMessageCount.ToString() + ")");
}
CounterManager.SetRawValue("DelayingRequests", delayingRequestsNecessary ? 1 : 0);
return(delayingRequestsNecessary);
}
