public void SendMessageToAll(NetMessage msg, params NetConnection[] excluding)
{
foreach (var c in NetPeer.Connections)
{
if (!excluding.Contains(c))
{
msg.NetConnection = c;
QueueNetMessage(msg);
}
}
}
void LidgrenServer_OnIncomingMessage(NetMessage message)
{
//if (message.Type == typeof(RequestNatIntroduction))
//{
// var internalEndPoint = new IPEndPoint(IPAddress.Parse(ConfigConnectionElement.Ip), ConfigConnectionElement.Port);
// var externalEndPoint = new IPEndPoint(IPAddress.Parse(ConfigConnectionElement.ExternalIp), ConfigConnectionElement.Port);
// Log.Debug("Sending Nat Introduction Message");
// NetPeer.Introduce(internalEndPoint, externalEndPoint, message.NetConnection.RemoteEndpoint, message.NetConnection.RemoteEndpoint, "intro");
// return;
//}
}
private void _server_OnIncomingMessage(NetMessage message)
{
if (message.Type == typeof(PlayerConnect))
{
Log.Info("Player Connected");
var player = message.GetObject<Player>();
foreach (var v in _players.Keys)
{
var p = _players[v];
_server.SendMessage(new NetMessage() { Object = new PlayerConnect() { id = p.id, Name = p.Name, Position = p.Position, Rotation = p.Rotation, State = p.State } });
}
_players.Add(player.id, player);
_server.SendMessageToAll(message, message.NetConnection);
}
else if (message.Type == typeof(PlayerMove))
{
var player = message.GetObject<Player>();
if (_players.ContainsKey(player.id))
{
_players[player.id] = player;
_server.SendMessageToAll(message, message.NetConnection);
}
}
else if (message.Type == typeof(PlayerDisconnect))
{
Log.Info("Player Disconnected");
var player = message.GetObject<Player>();
if (_players.ContainsKey(player.id))
{
_server.SendMessageToAll(message, message.NetConnection);
_players.Remove(player.id);
}
}
}
/// <summary>
/// Run this when current ARUT arrives
/// </summary>
private void PostAcceptReliableMessage(NetMessage msg, int arut)
{
int seqChan = (int)msg.m_sequenceChannel;
int relChanNr = seqChan - (int)NetChannel.ReliableUnordered;
// step forward until next AllReliableReceivedUpTo (arut)
bool nextArutAlreadyReceived = false;
do
{
if (m_reliableReceived[relChanNr] == null)
m_reliableReceived[relChanNr] = new bool[NetConstants.NumSequenceNumbers];
m_reliableReceived[relChanNr][arut] = false;
arut++;
if (arut >= NetConstants.NumSequenceNumbers)
arut = 0;
nextArutAlreadyReceived = m_reliableReceived[relChanNr][arut];
if (nextArutAlreadyReceived)
{
// ordered?
if (seqChan >= (int)NetChannel.ReliableInOrder1)
{
// this should be a withheld message
int wmlidx = (int)seqChan - (int)NetChannel.ReliableUnordered;
bool foundWithheld = false;
foreach (IncomingNetMessage wm in m_withheldMessages[wmlidx])
{
if ((int)wm.m_sequenceChannel == seqChan && wm.m_sequenceNumber == arut)
{
// Found withheld message due for delivery
m_owner.LogVerbose("Releasing withheld message " + wm, this);
AcceptMessage(wm);
foundWithheld = true;
m_withheldMessages[wmlidx].Remove(wm);
break;
}
}
if (!foundWithheld)
throw new NetException("Failed to find withheld message!");
}
}
} while (nextArutAlreadyReceived);
m_allReliableReceivedUpTo[relChanNr] = arut;
}
private void SendNetMessage(NetMessage msg)
{
// byte[] data = Illisian.UnityUtil.Compression.ByteArrays.Compress(Illisian.UnityUtil.Serialise.Binary.ObjectToByteArray(msg.Object));
byte[] data = Illisian.UnityUtil.Serialise.Binary.ObjectToByteArray(msg.Object);
NetOutgoingMessage sendMsg = NetPeer.CreateMessage();
sendMsg.Write(data);
if (!msg.UnconnectedMessage)
{
switch (msg.SequenceChannel)
{
case 0: // Assume everything sent along channel 0 is encrypted
if (!sendMsg.Encrypt(_encryption))
{
Log.Critical("Unable to encrypt packet on Channel 0, please check the key that is being used.");
}
break;
}
NetPeer.SendMessage(sendMsg, msg.NetConnection, NetDeliveryMethod.ReliableOrdered, msg.SequenceChannel);
}
else
{
NetPeer.SendUnconnectedMessage(sendMsg, msg.DestinationIp, msg.DestinationPort);
}
}
private void ProcessNetIncomingMessageData(NetIncomingMessage message, bool unconnected)
{
try
{
if (!unconnected)
{
switch (message.SequenceChannel)
{
case 0: // Assume everything sent along channel 0 is encrypted
if (!message.Decrypt(_encryption))
{
Log.Critical("Unable to decrypt packet on Channel 0, please check the key that is being used.");
}
break;
}
}
//var data = Illisian.UnityUtil.Compression.ByteArrays.Decompress(message.ReadBytes(message.LengthBytes));
var data = message.ReadBytes(message.LengthBytes);
NetMessage _msg = new NetMessage();
_msg.NetConnection = message.SenderConnection;
_msg.Object = Illisian.UnityUtil.Serialise.Binary.ByteArrayToObject(data);
_msg.SequenceChannel = message.SequenceChannel;
_msg.UnconnectedMessage = unconnected;
if (OnIncomingMessage != null)
{
OnIncomingMessage(_msg);
}
else
{
Log.Warn("Packets are being received but nothing is listening on the event hook");
}
}
catch (Exception ex)
{
Log.Warn(String.Format("Unable to Process Incoming Message :: Error Message: {0}", ex.Message));
}
}
public void QueueNetMessage(NetMessage msg)
{
if (msg.Object == null)
{
Log.Critical("Attempting to send a empty message", msg);
return;
}
if (!msg.UnconnectedMessage && msg.NetConnection == null)
{
Log.Critical("Attempting to send a message to nowhere", msg);
return;
}
Monitor.Enter(_outgoingMessages);
_outgoingMessages.Enqueue(msg);
Monitor.Exit(_outgoingMessages);
}
public void SendMessage(NetMessage msg)
{
if (_client != null && _client.ConnectionStatus != NetConnectionStatus.Connected)
{
Connect();
}
Monitor.Enter(_pendingMessages);
_pendingMessages.Enqueue(msg);
Monitor.Exit(_pendingMessages);
}
public void HandleAdminMessage(NetMessage adminMsgType, NetIncomingMessage messageBody)
{
switch (adminMsgType)
{
case NetMessage.RequestAdminLogin:
UserInterfaceManager.DisposeAllComponents<AdminPasswordDialog>(); //Remove old ones.
UserInterfaceManager.AddComponent(new AdminPasswordDialog(new Size(200, 50), NetworkManager,
ResourceManager)); //Create a new one.
break;
case NetMessage.RequestAdminPlayerlist:
UserInterfaceManager.DisposeAllComponents<AdminPlayerPanel>();
UserInterfaceManager.AddComponent(new AdminPlayerPanel(new Size(600, 200), NetworkManager,
ResourceManager, messageBody));
break;
case NetMessage.RequestBanList:
var banList = new Banlist();
int entriesCount = messageBody.ReadInt32();
for (int i = 0; i < entriesCount; i++)
{
string ipAddress = messageBody.ReadString();
string reason = messageBody.ReadString();
bool tempBan = messageBody.ReadBoolean();
uint minutesLeft = messageBody.ReadUInt32();
var entry = new BanEntry
{
ip = ipAddress,
reason = reason,
tempBan = tempBan,
expiresAt = DateTime.Now.AddMinutes(minutesLeft)
};
banList.List.Add(entry);
}
UserInterfaceManager.DisposeAllComponents<AdminUnbanPanel>();
UserInterfaceManager.AddComponent(new AdminUnbanPanel(new Size(620, 200), banList, NetworkManager,
ResourceManager));
break;
}
}
private void ReceivedPong(double rtSeconds, NetMessage pong)
{
double now = NetTime.Now;
m_lastPongReceived = now;
if (pong != null)
{
ushort remote = pong.m_data.ReadUInt16();
ushort local = NetTime.Encoded(now);
int diff = local - remote - (int)(rtSeconds * 1000.0);
if (diff < 0)
diff += ushort.MaxValue;
m_remoteTimeOffset = diff; // TODO: slowly go towards? (m_remoteTimeOffset + diff) / 2;
m_owner.LogVerbose("Got pong; roundtrip was " + (int)(rtSeconds * 1000) + " ms");
}
m_latencyHistory[2] = m_latencyHistory[1];
m_latencyHistory[1] = m_latencyHistory[0];
m_latencyHistory[0] = rtSeconds;
m_currentAvgRoundtrip = ((rtSeconds * 3) + (m_latencyHistory[1] * 2) + m_latencyHistory[2]) / 6.0;
m_ackMaxDelayTime = (float)(
m_owner.m_config.m_maxAckWithholdTime * rtSeconds * m_owner.m_config.m_resendTimeMultiplier
);
}
public void SendMessage(NetMessage msg)
{
QueueNetMessage(msg);
}
public void HandleAdminMessage(NetMessage adminMsgType, NetIncomingMessage messageBody)
{
switch (adminMsgType)
{
case NetMessage.RequestEntityDeletion:
int entId = messageBody.ReadInt32();
if (
IoCManager.Resolve<IPlayerManager>().GetSessionByConnection(messageBody.SenderConnection).
adminPermissions.isAdmin || true)
//TEMPORARY. REMOVE THE 'TRUE' LATER ON. !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
{
Entity delEnt = EntityManager.GetEntity(entId);
if (delEnt != null) EntityManager.DeleteEntity(delEnt);
}
break;
case NetMessage.RequestAdminLogin:
string password = messageBody.ReadString();
if (password == IoCManager.Resolve<IConfigurationManager>().AdminPassword)
{
LogManager.Log("Admin login: "******"Failed Admin login: "******" -> ' " + password + " '");
break;
case NetMessage.RequestAdminPlayerlist:
if (
IoCManager.Resolve<IPlayerManager>().GetSessionByConnection(messageBody.SenderConnection).
adminPermissions.isAdmin)
{
NetOutgoingMessage adminPlayerListMessage = IoCManager.Resolve<ISS14NetServer>().CreateMessage();
adminPlayerListMessage.Write((byte) NetMessage.RequestAdminPlayerlist);
adminPlayerListMessage.Write((byte) ClientList.Count);
foreach (
IPlayerSession plrSession in
ClientList.Keys.Select(
conn => IoCManager.Resolve<IPlayerManager>().GetSessionByConnection(conn)))
{
adminPlayerListMessage.Write(plrSession.name);
adminPlayerListMessage.Write((byte) plrSession.status);
adminPlayerListMessage.Write(plrSession.assignedJob.Name);
adminPlayerListMessage.Write(plrSession.connectedClient.RemoteEndPoint.Address.ToString());
adminPlayerListMessage.Write(plrSession.adminPermissions.isAdmin);
}
IoCManager.Resolve<ISS14NetServer>().SendMessage(adminPlayerListMessage,
messageBody.SenderConnection,
NetDeliveryMethod.ReliableOrdered);
}
else
{
NetOutgoingMessage loginMessage = IoCManager.Resolve<ISS14NetServer>().CreateMessage();
loginMessage.Write((byte) NetMessage.RequestAdminLogin);
IoCManager.Resolve<ISS14NetServer>().SendMessage(loginMessage, messageBody.SenderConnection,
NetDeliveryMethod.ReliableOrdered);
}
break;
case NetMessage.RequestAdminKick:
if (
IoCManager.Resolve<IPlayerManager>().GetSessionByConnection(messageBody.SenderConnection).
adminPermissions.isAdmin)
{
string ipKick = messageBody.ReadString();
IPlayerSession kickSession = IoCManager.Resolve<IPlayerManager>().GetSessionByIp(ipKick);
if (kickSession != null)
{
IoCManager.Resolve<IPlayerManager>().EndSession(kickSession.connectedClient);
kickSession.connectedClient.Disconnect("Kicked by Administrator.");
}
}
break;
case NetMessage.RequestAdminBan:
if (
IoCManager.Resolve<IPlayerManager>().GetSessionByConnection(messageBody.SenderConnection).
adminPermissions.isAdmin)
{
string ipBan = messageBody.ReadString();
IPlayerSession banSession = IoCManager.Resolve<IPlayerManager>().GetSessionByIp(ipBan);
if (banSession != null)
{
if (BanlistMgr.Singleton.IsBanned(ipBan)) return;
BanlistMgr.Singleton.AddBan(ipBan, "No reason specified.");
IoCManager.Resolve<IPlayerManager>().EndSession(banSession.connectedClient);
banSession.connectedClient.Disconnect("Banned by Administrator.");
}
}
break;
case NetMessage.RequestBanList:
if (
IoCManager.Resolve<IPlayerManager>().GetSessionByConnection(messageBody.SenderConnection).
adminPermissions.isAdmin)
{
NetOutgoingMessage banListMessage = IoCManager.Resolve<ISS14NetServer>().CreateMessage();
banListMessage.Write((byte) NetMessage.RequestBanList);
banListMessage.Write(BanlistMgr.Singleton.banlist.List.Count);
foreach (BanEntry t in BanlistMgr.Singleton.banlist.List)
{
banListMessage.Write(t.ip);
banListMessage.Write(t.reason);
banListMessage.Write(t.tempBan);
int compare = t.expiresAt.CompareTo(DateTime.Now);
TimeSpan timeLeft = compare < 0 ? new TimeSpan(0) : t.expiresAt.Subtract(DateTime.Now);
var minutesLeft = (uint) Math.Truncate(timeLeft.TotalMinutes);
banListMessage.Write(minutesLeft);
}
IoCManager.Resolve<ISS14NetServer>().SendMessage(banListMessage, messageBody.SenderConnection,
NetDeliveryMethod.ReliableOrdered);
}
break;
case NetMessage.RequestAdminUnBan:
if (
IoCManager.Resolve<IPlayerManager>().GetSessionByConnection(messageBody.SenderConnection).
adminPermissions.isAdmin)
{
string ip = messageBody.ReadString();
BanlistMgr.Singleton.RemoveBanByIp(ip);
}
break;
}
}
internal void CountDuplicateMessage(NetMessage msg)
{
m_duplicateMessagesRejected++;
if (msg.m_type == NetMessageLibraryType.User)
m_userDuplicateMessagesRejected++;
NetConnectionStatistics window = GetCurrentWindow(NetTime.Now);
if (window != null)
window.CountDuplicateMessage(msg);
}
internal void CountMessageSent(NetMessage msg, int numBytes)
{
m_messagesSent++;
if (msg.m_type == NetMessageLibraryType.User)
{
m_userMessagesSent++;
m_userBytesSent += numBytes;
m_userTypeMessagesSent[(int)msg.m_sequenceChannel]++;
}
NetConnectionStatistics window = GetCurrentWindow(NetTime.Now);
if (window != null)
window.CountMessageSent(msg, numBytes);
}
