public void SendReadyToStart()
{
var msg = new ReadyToStart();
m_netMsgSerializer.Serialize(msg);
m_com.Send(m_netMsgSerializer.Data, m_netMsgSerializer.DataSize, m_serverAddress);
}
public void SendReadyToStart()
{
var msg = new ReadyToStart();
m_netMsgSerializer.Serialize(msg);
OutMessages.Enqueue(new RawData(m_netMsgSerializer.Data, m_netMsgSerializer.DataSize));
}
private void ProcessReadyToStart(GameServer gameServer, ReadyToStart msg, INetworkAddress address)
{
Debug.LogFormat("ReadyToStart, Address: {0}", address.ToString());
var clientInfo = gameServer.GetClientInfoByAddress(address);
if (clientInfo != null && clientInfo.IsReadyToStart)
{
return;
}
gameServer.SetReadyToStart(address);
}
/// <summary>
/// Attempts to start playback. Waits for all player clocks to have available frames for up to <see cref="MAXIMUM_START_DELAY"/> milliseconds.
/// </summary>
/// <returns>Whether playback was started and syncing should occur.</returns>
private bool attemptStart()
{
if (hasStarted)
{
return(true);
}
if (playerClocks.Count == 0)
{
return(false);
}
int readyCount = playerClocks.Count(s => !s.WaitingOnFrames.Value);
if (readyCount == playerClocks.Count)
{
return(performStart());
}
if (readyCount > 0)
{
firstStartAttemptTime ??= Time.Current;
if (Time.Current - firstStartAttemptTime > MAXIMUM_START_DELAY)
{
return(performStart());
}
}
bool performStart()
{
ReadyToStart?.Invoke();
return(hasStarted = true);
}
return(false);
}
public void Serialize(ReadyToStart message)
{
m_writer.Reset();
m_writer.Write(NetworkMessageType.ReadyToStart);
m_writer.Flush();
}