void AckHandles(UdpHeader header, bool updateRtt)
{
while (!sendWindow.Empty)
{
UdpHandle handle = sendWindow.Peek();
int seqDistance = UdpMath.SeqDistance(handle.ObjSequence, header.AckSequence, UdpHeader.SEQ_PADD);
if (seqDistance > 0)
{
break;
}
if (handle.IsObject)
{
if (seqDistance <= -UdpSocket.AckRedundancy)
{
// track stats
stats.PacketLost();
socket.Statistics.PacketLost();
// handle lost
ObjectLost(handle.Object);
}
else
{
if ((header.AckHistory & (1UL << -seqDistance)) != 0UL)
{
// track stats
stats.PacketDelivered();
socket.Statistics.PacketDelivered();
// handle delivered objects
ObjectDelivered(handle.Object);
}
else
{
// track stats
stats.PacketLost();
socket.Statistics.PacketLost();
// handle
ObjectLost(handle.Object);
}
}
}
if (seqDistance == 0 && header.AckTime > 0)
{
UpdatePing(recvTime, handle.SendTime, header.AckTime);
}
sendWindow.Dequeue();
}
}
void AckHandles(UdpHeader header, bool updateRtt)
{
while (!sendWindow.Empty)
{
UdpHandle handle = sendWindow.Peek();
int seqDistance = UdpMath.SeqDistance(handle.ObjSequence, header.AckSequence, UdpHeader.SEQ_PADD);
if (seqDistance > 0)
{
break;
}
if (handle.IsObject)
{
if (seqDistance <= -socket.Config.AckRedundancy)
{
ObjectLost(handle.Object);
}
if ((header.AckHistory & (1UL << -seqDistance)) != 0UL)
{
ObjectDelivered(handle.Object);
}
else
{
ObjectLost(handle.Object);
}
}
if (seqDistance == 0 && header.AckTime > 0)
{
UpdatePing(recvTime, handle.SendTime, header.AckTime);
}
sendWindow.Dequeue();
}
}