public void OnApplicationPause(bool willPause)
{
if (willPause)
{
lock (threadClientLock)
{
threadClient = this.GameInstance;
}
thread = new Thread(this.SendAcks);
thread.IsBackground = true;
thread.Start();
}
else
{
lock (threadClientLock)
{
threadClient = null;
}
}
LoadBalancingPeer lbPeer = this.GameInstance.loadBalancingPeer;
Debug.Log("OnApplicationPause " + (willPause ? "SLEEP":"WAKE") + " time: " + DateTime.Now.ToLongTimeString() + " " + lbPeer.BytesIn + "in " + lbPeer.BytesOut + "out");
if (!willPause)
{
lbPeer.Service();
int timeSinceLastReceive = Environment.TickCount - lbPeer.TimestampOfLastSocketReceive;
Debug.Log("IsConnectedAndReady: " + this.GameInstance.IsConnectedAndReady + " timeSinceLastReceive: " + timeSinceLastReceive);
}
}
private void Awake()
{
networkHandler = PhotonNetwork.NetworkingClient.LoadBalancingPeer;
defaultTextColor = additionalPingText.color;
additionalPingText.color = Color.white;
packetLossText.color = Color.white;
}
// inspired by PhotonVoiceStatsGui.TrafficStatsWindow
protected virtual void DisplayTrafficStats(LoadBalancingPeer peer)
{
this.showTrafficStats = EditorGUILayout.Foldout(this.showTrafficStats, new GUIContent("Traffic Stats", "Traffic Statistics for Photon Client"));
if (this.showTrafficStats)
{
#if DEBUG_DISCARD
if (peer.DeltaUnreliableNumber > this.maxDeltaUnreliableNumber)
{
this.maxDeltaUnreliableNumber = peer.DeltaUnreliableNumber;
}
if (peer.CountDiscarded > this.maxCountDiscarded)
{
this.maxCountDiscarded = peer.CountDiscarded;
}
GUILayout.Label(string.Format("Discarded: {0} (max: {1}) UnreliableDelta: {2} (max: {3})", peer.CountDiscarded, this.maxCountDiscarded, peer.DeltaUnreliableNumber, maxDeltaUnreliableNumber));
#endif
peer.TrafficStatsEnabled = EditorGUILayout.Toggle(new GUIContent("Enabled", "Enable or disable traffic Statistics for Photon Peer"), peer.TrafficStatsEnabled);
if (peer.TrafficStatsEnabled)
{
GUILayout.Box("Game Level Stats");
var gls = peer.TrafficStatsGameLevel;
long elapsedSeconds = peer.TrafficStatsElapsedMs / 1000;
if (elapsedSeconds == 0)
{
elapsedSeconds = 1;
}
GUILayout.Label(string.Format("Time elapsed: {0} seconds", elapsedSeconds));
GUILayout.Label(string.Format("Total: Out {0,4} | In {1,4} | Sum {2,4}",
gls.TotalOutgoingMessageCount,
gls.TotalIncomingMessageCount,
gls.TotalMessageCount));
GUILayout.Label(string.Format("Average: Out {0,4} | In {1,4} | Sum {2,4}",
gls.TotalOutgoingMessageCount / elapsedSeconds,
gls.TotalIncomingMessageCount / elapsedSeconds,
gls.TotalMessageCount / elapsedSeconds));
GUILayout.Box("Packets Stats");
GUILayout.Label(string.Concat("Incoming: \n", peer.TrafficStatsIncoming));
GUILayout.Label(string.Concat("Outgoing: \n", peer.TrafficStatsOutgoing));
GUILayout.Box("Health Stats");
GUILayout.Label(string.Format("ping: {0}[+/-{1}]ms resent:{2}",
peer.RoundTripTime,
peer.RoundTripTimeVariance,
peer.ResentReliableCommands));
GUILayout.Label(string.Format(
"max ms between\nsend: {0,4} \ndispatch: {1,4} \nlongest dispatch for: \nev({3}):{2,3}ms \nop({5}):{4,3}ms",
gls.LongestDeltaBetweenSending,
gls.LongestDeltaBetweenDispatching,
gls.LongestEventCallback,
gls.LongestEventCallbackCode,
gls.LongestOpResponseCallback,
gls.LongestOpResponseCallbackOpCode));
if (GUILayout.Button("Reset"))
{
peer.TrafficStatsReset();
}
}
}
}
void OnApplicationQuit()
{
this.GameInstance.Disconnect(); // let's try to do a regular disconnect on app quit
LoadBalancingPeer lbPeer = this.GameInstance.loadBalancingPeer;
lbPeer.StopThread(); // for the Editor it's better stop any connection immediately
}
internal void SendPlayerInfo(LoadBalancingPeer peer)
{
if (peer == null)
{
return;
}
// Setting up the content of the event. Here we want to send a player's info: nickName and color.
Hashtable eventInfo = new Hashtable();
eventInfo.Add((byte)EventKey.PlayerName, this.NickName);
eventInfo.Add((byte)EventKey.PlayerReady, this.PlayerReady);
// The event's code must be of type byte, so we have to cast it. We do this above as well, to get routine ;)
peer.OpRaiseEvent((byte)EventCode.PlayerInfo, eventInfo, null, SendOptions.SendReliable);
}
internal QuantumNetworkCommunicator(LoadBalancingPeer loadBalancingPeer, Boolean autoDisconnect)
{
_autoDisconenct = autoDisconnect;
_loadBalancingPeer = loadBalancingPeer;
_loadBalancingPeer.TimePingInterval = 50;
_parameters = new Dictionary <Byte, Object>();
_parameters[ParameterCode.ReceiverGroup] = (byte)ReceiverGroup.All;
_eventOptions = new RaiseEventOptions();
_sendOperationOptions = new SendOptions {
DeliveryMode = DeliveryMode.ReliableUnsequenced
};
}
/// <summary>
/// Raises an event with the player's position data.
/// "isSendReliable" decides if these events are reliable or unreliable.
/// "Game.RaiseEncrypted" decided if the event is encrypted.
///
/// Once more: Neither sending reliable nor encrypting this event makes sense in a game.
/// Both is just done as showcase!
/// </summary>
/// <remarks>
/// Each running client will know many players, but only one is the "local" one, which
/// actually sends it's position! See Game.SendPostion(), which choses the local player only.
/// </remarks>
/// <param name="peer"></param>
internal void SendEvMove(LoadBalancingPeer peer)
{
if (peer == null)
{
return;
}
// prepare the event data we want to send
// this could contain more key-values as needed by a game (think: rotation, y-coordinate)
Hashtable eventContent = new Hashtable();
eventContent.Add((byte)DemoEventKey.PlayerPositionX, (byte)this.posX);
eventContent.Add((byte)DemoEventKey.PlayerPositionY, (byte)this.posY);
// if encryption is turned off, we simply use OpRaiseEvent
peer.OpRaiseEvent((byte)DemoEventCode.PlayerMove, eventContent, isSendReliable, null);
}
internal void SendPlayerLocation(LoadBalancingPeer peer)
{
if (peer == null)
{
return;
}
Hashtable eventContent = new Hashtable();
eventContent.Add((byte)EventKey.PlayerPositionX, (float)this.XPosition);
eventContent.Add((byte)EventKey.PlayerPositionY, (float)this.YPosition);
peer.OpRaiseEvent((byte)EventCode.PlayerMove, eventContent, new RaiseEventOptions {
Receivers = ReceiverGroup.All
}, new SendOptions()
{
DeliveryMode = DeliveryMode.UnreliableUnsequenced
});
}
public void SendClaimWin()
{
var player = (RealtimePlayer)LocalPlayer;
if (LoadBalancingPeer == null)
{
return;
}
Hashtable eventContent = new Hashtable();
eventContent.Add((byte)EventKey.PlayerName, player.NickName);
LoadBalancingPeer.OpRaiseEvent((byte)EventCode.ClaimWin, eventContent, new RaiseEventOptions {
Receivers = ReceiverGroup.All
}, new SendOptions()
{
DeliveryMode = DeliveryMode.Reliable
});
}
private static void EnterWorldPostfix(string __1)
{
if (__1.Contains("~server("))
{
string[] tags = __1.Split('~');
string server = tags.First(s => s.StartsWith("server("));
server = server.Substring(7, server.Length - 8);
string[] addressParts = server.Split(',');
if (addressParts[0] != ss.AppSettings.Server || addressParts[1] != ss.AppSettings.Port.ToString())
{
Log("Switching to server " + addressParts[0] + ":" + addressParts[1]);
ss.AppSettings.UseNameServer = false;
ss.AppSettings.Server = addressParts[0];
ss.AppSettings.Port = int.Parse(addressParts[1]);
//VRCFlowNetworkManager.Instance.Method_Public_Void_0();
VRCFlowNetworkManager.Instance.Disconnect();
}
}
else if (__1.Contains("~cloud("))
{
string[] tags = __1.Split('~');
string server = tags.First(s => s.StartsWith("cloud("));
server = server.Substring(6, server.Length - 7);
string[] addressParts = server.Split(',');
if (!ss.AppSettings.UseNameServer || ss.AppSettings.FixedRegion != addressParts[0] || ss.AppSettings.AppIdRealtime != addressParts[1] || ss.AppSettings.AppVersion != addressParts[2])
{
Log("Switching to cloud " + addressParts[0] + ":" + addressParts[1] + ":" + addressParts[2]);
ss.AppSettings.UseNameServer = true;
ss.AppSettings.Server = "";
ss.AppSettings.Port = 0;
ss.AppSettings.FixedRegion = addressParts[0];
ss.AppSettings.AppIdRealtime = addressParts[1];
ss.AppSettings.AppVersion = addressParts[2];
//VRCFlowNetworkManager.Instance.Method_Public_Void_0();
VRCFlowNetworkManager.Instance.Disconnect();
}
}
else
{
if (!ss.AppSettings.UseNameServer || ss.AppSettings.FixedRegion != defaultServer.region || ss.AppSettings.AppIdRealtime != defaultServer.appId || ss.AppSettings.AppVersion != defaultServer.appVersion)
{
Log("Switching to " + defaultServer.name);
ss.AppSettings.UseNameServer = true;
ss.AppSettings.Server = "";
ss.AppSettings.Port = 0;
ss.AppSettings.FixedRegion = defaultServer.region;
ss.AppSettings.AppIdRealtime = defaultServer.appId;
ss.AppSettings.AppVersion = defaultServer.appVersion;
//ObjectPublicIPhotonPeerListenerObStBoStObCoDiBo2ObUnique loadbalancingclient = PhotonNetwork.field_Public_Static_ObjectPublicIPhotonPeerListenerObStBoStObCoDiBo2ObUnique_0;
//PhotonPeerPublicTyDi2ByObUnique loadbalancingpeer = loadbalancingclient.prop_PhotonPeerPublicTyDi2ByObUnique_0;
LoadBalancingClient loadbalancingclient = PhotonNetwork.NetworkingClient;
LoadBalancingPeer loadbalancingpeer = loadbalancingclient.LoadBalancingPeer;
loadbalancingpeer.SerializationProtocolType = SerializationProtocol.GpBinaryV18;
//VRCFlowNetworkManager.Instance.Method_Public_Void_0();
VRCFlowNetworkManager.Instance.Disconnect();
}
}
}
/**
* @brief Instantiates a new PhotonTrueSyncCommunicator based on a Photon's LoadbalancingPeer.
*
* @param loadBalancingPeer Instance of a Photon's LoadbalancingPeer.
**/
internal PhotonTrueSyncCommunicator(LoadBalancingPeer loadBalancingPeer)
{
this.loadBalancingPeer = loadBalancingPeer;
}
/**
* @brief Instantiates a new PhotonTrueSyncCommunicator based on a Photon's LoadbalancingPeer.
*
* @param loadBalancingPeer Instance of a Photon's LoadbalancingPeer.
**/
internal PhotonTrueSyncCommunicator(LoadBalancingPeer i_LoadBalancingPeer)
{
m_LoadBalancingPeer = i_LoadBalancingPeer;
}