public void Enqueue(NetworkMessage msg)
{
if (isResetPending && msg.IsGuaranteed)
{
if (IsVerbose)
NeutrinoConfig.Log(node.Name + " reset pending enqueuing for later: " + msg);
byte[] buffer = new byte[NeutrinoConfig.MaxMessageSize];
msg.Write(buffer);
pendingResetOutboundMessages.Add(buffer);
}
else
{
var outboundMessage = outboundMessagePool.Pop();
Assign(msg, outboundMessage);
outboundMessages.Add(outboundMessage);
}
}
public void SendNetworkMessage(NetworkMessage msg)
{
outboundQueue.Enqueue(msg);
}
private void Assign(NetworkMessage msg, OutboundMessage target)
{
target.ContainedMessageType = msg.GetType();
if (msg.IsGuaranteed)
{
target.SequenceNumber = nextSequence++;
outboundMessagesBySequence[target.SequenceNumber] = target;
msg.SequenceNumber = target.SequenceNumber;
}
target.PayloadLength = msg.Write(target.Payload);
target.NeedsAck = msg.IsGuaranteed;
target.PreviousSendTicks = Environment.TickCount - resendGuaranteedPeriodTicks - 1;
if (!(msg is ResetNetworkIdsMessage) && nextSequence == maxGuaranteedBeforeReset)
{
if (IsVerbose)
NeutrinoConfig.Log (node.Name + " reached max sequence - resetting...");
Enqueue(msgFactory.Get<ResetNetworkIdsMessage>());
isResetPending = true;
}
}
private void ProcessMessage(NetworkMessage msg)
{
ResetNetworkIdsMessage resetMsg = msg as ResetNetworkIdsMessage;
if (resetMsg != null)
{
Array.Clear(idempotentSequenceNumbers, 0, idempotentSequenceNumbers.Length);
if (pendingOutOfSequenceMessages.Count != 0)
{
NeutrinoConfig.LogError(node.Name + " there were still pending messages when resetting id's!");
pendingOutOfSequenceMessages.Clear();
}
}
node.OnReceived(msg);
}
