public void Insert(Peer.StatePacket statePacket)
{
Packet packet = new Packet()
{
StatePacket = statePacket,
BufferFramesRemaining = buffer.Count > 0 ? buffer[0].BufferFramesRemaining + 1 : delayFrames
};
// Iterate through the buffer to determine where the new packet should be placed.
for (int i = 0; i < buffer.Count + 1; i++)
{
// If the packet has arrived in order with respect to all elements in the buffer, its
// remote frame should be larger than all other elements in the buffer, and it will
// be inserted at the front of the buffer.
if (i == buffer.Count || packet.StatePacket.Frame > buffer[i].StatePacket.Frame)
{
buffer.Insert(i, packet);
break;
}
// If the packet arrived out of order with respect to the next packet in the buffer,
// swap arrival frames with the next packet. This allows the buffer to more accurately represent
// the cadence that the packets were sent.
else
{
int tempArrivalFrame = packet.BufferFramesRemaining;
packet.BufferFramesRemaining = buffer[i].BufferFramesRemaining;
buffer[i].BufferFramesRemaining = tempArrivalFrame;
}
}
NetDebug.Log($"<color=yellow><b>Inserting</b></color> packet with remote frame <b>{packet.StatePacket.Frame}</b> into jitter buffer. " +
$"<i>(Buffer is now size {buffer.Count}.)</i>", LogType.JitterBuffer);
}
public void InsertDelayedReader(float latency, Peer.StatePacket packet)
{
delayedPackets.Add(new System.Tuple <float, Peer.StatePacket>(Time.time + latency, packet));
}
