// This gets called by BaseHttpServer and gives us an opportunity to set things on the WebSocket handler before we turn it on
public void WebSocketHandlerCallback(string path, WebSocketHttpServerHandler handler)
{
SubscribeToEvents(handler);
handler.SetChunksize(8192);
handler.NoDelay_TCP_Nagle = true;
handler.HandshakeAndUpgrade();
}
//These are our normal events
public void SubscribeToEvents(WebSocketHttpServerHandler handler)
{
handler.OnClose += HandlerOnOnClose;
handler.OnText += HandlerOnOnText;
handler.OnUpgradeCompleted += HandlerOnOnUpgradeCompleted;
handler.OnData += HandlerOnOnData;
handler.OnPong += HandlerOnOnPong;
}
public void HandleWebSocketLoginEvents(string path, WebSocketHttpServerHandler sock)
{
sock.MaxPayloadSize = 16384; //16 kb payload
sock.InitialMsgTimeout = 5000; //5 second first message to trigger at least one of these events
sock.NoDelay_TCP_Nagle = true;
sock.OnData += delegate(object sender, WebsocketDataEventArgs data) { sock.Close("fail"); };
sock.OnPing += delegate(object sender, PingEventArgs pingdata) { sock.Close("fail"); };
sock.OnPong += delegate(object sender, PongEventArgs pongdata) { sock.Close("fail"); };
sock.OnText += delegate(object sender, WebsocketTextEventArgs text)
{
OSD request = null;
try
{
request = OSDParser.DeserializeJson(text.Data);
if (!(request is OSDMap))
{
sock.SendMessage(OSDParser.SerializeJsonString(FailedOSDResponse()));
}
else
{
OSDMap req = request as OSDMap;
string first = req["firstname"].AsString();
string last = req["lastname"].AsString();
string passwd = req["passwd"].AsString();
string start = req["startlocation"].AsString();
string version = req["version"].AsString();
string channel = req["channel"].AsString();
string mac = req["mac"].AsString();
string id0 = req["id0"].AsString();
UUID scope = UUID.Zero;
IPEndPoint endPoint =
(sender as WebSocketHttpServerHandler).GetRemoteIPEndpoint();
LoginResponse reply = null;
reply = m_LocalService.Login(first, last, passwd, start, scope, version,
channel, mac, id0, endPoint);
sock.SendMessage(OSDParser.SerializeJsonString(reply.ToOSDMap()));
}
}
catch (Exception)
{
sock.SendMessage(OSDParser.SerializeJsonString(FailedOSDResponse()));
}
finally
{
sock.Close("success");
}
};
sock.HandshakeAndUpgrade();
}
public void UnSubscribeToEvents(WebSocketHttpServerHandler handler)
{
handler.OnClose -= HandlerOnOnClose;
handler.OnText -= HandlerOnOnText;
handler.OnUpgradeCompleted -= HandlerOnOnUpgradeCompleted;
handler.OnData -= HandlerOnOnData;
handler.OnPong -= HandlerOnOnPong;
}
// Shutting down.. so shut down all sockets.
// Note.. this should be done outside of an ienumerable if you're also hook to the close event.
public void Close()
{
if (!enabled)
return;
// We convert this to a for loop so we're not in in an IEnumerable when the close
//call triggers an event which then removes item from _activeHandlers that we're enumerating
WebSocketHttpServerHandler[] items = new WebSocketHttpServerHandler[_activeHandlers.Count];
_activeHandlers.CopyTo(items);
for (int i = 0; i < items.Length; i++)
{
items[i].Close(string.Empty);
items[i].Dispose();
}
_activeHandlers.Clear();
MainServer.Instance.RemoveWebSocketHandler("/echo");
}
public WSConnectionWrapper(WebSocketHttpServerHandler handler)
{
m_handler = handler;
}
private void HandleNewClient(string servicepath, WebSocketHttpServerHandler handler)
{
Connection conn = new Connection(new WSConnectionWrapper(handler));
conn.LoadIDL("http://yellow.cg.uni-saarland.de/home/kiara/idl/interface.kiara");
conn.LoadIDL("http://yellow.cg.uni-saarland.de/home/kiara/idl/connectServer.kiara");
conn.RegisterFuncImplementation("omp.interface.implements", "...",
(Func<string, bool>)InterfaceImplements);
conn.RegisterFuncImplementation("omp.connect.useCircuitCode", "...",
(Action<UInt32, string, string>)((code, agentID, sessionID) =>
ConnectUseCircuitCode(conn, code, agentID, sessionID)));
}