private void WaitForDelay(MatcherEntry entry)
{
while (!entry.CanBeProcessed(_persistenceConfiguration.PersisterDelay.GetValueOrDefault()))
{
Thread.Sleep(100);
}
}
public void EnqueueAck(PeerId peerId, MessageId messageId)
{
_ackMessageKeys.Add(new MessageKey(peerId, messageId));
var entry = MatcherEntry.Ack(peerId, messageId);
_persistenceQueue.Add(entry);
}
private void LoadBatch(List <MatcherEntry> batch, out MatcherEntry nextEntry)
{
var configuration = _persistenceConfiguration;
while (batch.Count < configuration.PersisterBatchSize && _persistenceQueue.TryTake(out var entry))
{
if (!entry.CanBeProcessed(configuration.PersisterDelay.GetValueOrDefault()))
{
// the dequeued entry cannot be processed now
nextEntry = entry;
return;
}
PairUpOrAddToBatch(batch, entry);
}
// all dequeued entries are int the batch
nextEntry = null;
}
private void PairUpOrAddToBatch(List <MatcherEntry> batch, MatcherEntry entry)
{
switch (entry.Type)
{
case MatcherEntryType.Message:
var isPairUpSuccessfull = _ackMessageKeys.Remove(new MessageKey(entry.PeerId, entry.MessageId));
if (isPairUpSuccessfull)
{
InMemoryAckCount++;
return;
}
break;
case MatcherEntryType.Ack:
var isAlreadyPairedUp = !_ackMessageKeys.Remove(new MessageKey(entry.PeerId, entry.MessageId));
if (isAlreadyPairedUp)
{
return;
}
break;
}
batch.Add(entry);
}
public void EnqueueWaitHandle(EventWaitHandle waitHandle)
{
_persistenceQueue.Add(MatcherEntry.EventWaitHandle(waitHandle));
}
public void EnqueueMessage(PeerId peerId, MessageId messageId, MessageTypeId messageTypeId, byte[] bytes)
{
var entry = MatcherEntry.Message(peerId, messageId, messageTypeId, bytes);
_persistenceQueue.Add(entry);
}