public override void SetServer(string ip, int port, CallbackCollection callbackCollection, int MAX_LISTEN)
{
_BufferManager = new SimpleBuffer();
_Callback = callbackCollection;
//_BufferManager = new MicrosoftBuffer(4096 * 10, 4096);
for (int i = 0; i < MAX_LISTEN; i++)
{
UniNetObject e = new UniNetObject();
e.SetProtocol(_Callback._ProtocolOp);
//SocketAsyncEventArgs args = new SocketAsyncEventArgs();
e.SetCompletedHandler(ProcessIO);
//args.Completed += new EventHandler<SocketAsyncEventArgs>(ProcessIO);
//byte[] buf = new byte[4096];
//_BufferManager.SetBuffer(args.SetBuffer, 4096);
//_ConnectPool.InitPush(args);
}
_IpAddress = ip != null?
IPAddress.Parse(ip) :
IPAddress.Any;
_Port = port;
_ServerUniObject = new UniNetObject();
_ServerUniObject.SetProtocol(_Callback._ProtocolOp);
_ServerUniObject.SetRemoteEndPoint(new IPEndPoint(_IpAddress, _Port));
_MAX_LISTEN = MAX_LISTEN;
_Callback = callbackCollection;
_Type = CoreType.Server;
}
private void StartAccept(UniNetObject uniObject)
{
if (_isRunning != true)
{
ProcessStop(uniObject);
return;
}
if (uniObject == null)
{
uniObject = new UniNetObject();
uniObject.SetProtocol(_Callback._ProtocolOp);
uniObject.SetCompletedHandler(GetAccepted);
uniObject.LastOperation = UniNetOperation.Accept;
//Args.Completed += new EventHandler<SocketAsyncEventArgs>((object sender,SocketAsyncEventArgs AcceptArgs)=> {
// GetAccepted(AcceptArgs);
//});
}
//else
//{
// Args.AcceptSocket = null;
//}
if (!_ServerUniObject.AcceptAsync(uniObject))
{
GetAccepted(uniObject);
}
}
private void ProcessIO(UniNetObject uniObject)
{
if (uniObject.ObjectError != Error.NetCoreError.Success)
{
ProcessBadConnection(uniObject);
return;
}
if (_isRunning != true)
{
ProcessStop(uniObject);
return;
}
if (uniObject.LastOperation == UniNetOperation.Accept)
{
StartAccept(uniObject);
}
else if (uniObject.LastOperation == UniNetOperation.Receive)
{
ProcessReceive(uniObject);
if (uniObject.innerObject == null)
{
return;
//ProcessBadConnection(connectionArgs)
}
if (!uniObject.ReceiveAsync(uniObject))
{
ProcessReceive(uniObject);
}
}
else if (uniObject.LastOperation == UniNetOperation.Connect)
{
ProcessConnected(uniObject);
}
}
//[MethodImpl(MethodImplOptions.NoOptimization | MethodImplOptions.NoInlining)]
private void ProcessConnected(UniNetObject uniObject)
{
if (_isRunning != true)
{
ProcessStop(uniObject);
return;
}
NetCore.Error.NetCoreException err;
var state = _Callback.Connected(uniObject, out err);
if (err != null)
{
ProcessBadConnection(uniObject);
return;
}
uniObject.stateObject = state;
//connectionArgs.UserToken = new SocketStateObject(connectionArgs.ConnectSocket,state);
_BufferManager.SetBuffer(uniObject.SetBuffer, 32768);
uniObject.LastOperation = UniNetOperation.Receive;
if (!uniObject.ReceiveAsync(uniObject))
{
ProcessReceive(uniObject);
}
uniObject.ObjectError = Error.NetCoreError.IOPending;
}
internal bool ReceiveAsync(UniNetObject uniObject)
{
ObjectError = Error.NetCoreError.IOPending;
if (protocol.ReceiveAsync(this))
{
StartTimeoutAsync();
return(true);
}
return(false);
}
private void ProcessStop(UniNetObject uniObject = null)
{
if (uniObject == null)
{
}
else
{
uniObject.Dispose();
}
}
public override bool Connect(string ip, int port, bool GoAsync = true)
{
if (_SingleConnect && _ServerUniObject != null)
{
return(false);
}
UniNetObject e = new UniNetObject();
e.SetProtocol(_Callback._ProtocolOp);
e.SetCompletedHandler(ProcessIO);
e.SetTimeoutHandler(ProcessTimeout);
e.SetRemoteEndPoint(new IPEndPoint(IPAddress.Parse(ip), port));
e.LastOperation = UniNetOperation.Connect;
e.ConnectAsync();
e.ObjectError = Error.NetCoreError.IOPending;
return(true);
}
private void ProcessReceive(UniNetObject uniObject)
{ //bad connection
if (uniObject.ObjectError != Error.NetCoreError.Success)
{
ProcessBadConnection(uniObject);
return;
}
if (_isRunning != true)
{
ProcessStop(uniObject);
return;
}
//if (connectionArgs.BytesTransferred == 0)
//{
// (connectionArgs.UserToken as SocketStateObject).socket.Shutdown(SocketShutdown.Both);
// return;
//}
//bad connection
//receive
//byte[] buffer = new byte[connectionArgs.BytesTransferred];
//Socket clientSocket = (connectionArgs.UserToken as SocketStateObject).socket;
//Array.Copy(connectionArgs.Buffer, buffer, connectionArgs.BytesTransferred);
byte[] buffer = uniObject.ReceiveAll();
if (buffer == null)
{
ProcessBadConnection(uniObject);
return;
}
//receive
NetCore.Error.NetCoreException err;
var State = _Callback.Received(buffer, uniObject, out err, uniObject.stateObject);
if (err != null)
{
ProcessBadConnection(uniObject);
return;
}
uniObject.stateObject = State;
}
private void ProcessBadConnection(UniNetObject uniObject)
{
if (uniObject.ObjectError == Error.NetCoreError.Disconnecting)
{
uniObject.Dispose();
return;
}
else if (!(uniObject.ObjectError == Error.NetCoreError.IOPending))
{
log("bad connection", ERROR, "ProcessBadConnection");
}
_Callback.Aborted(uniObject, uniObject.stateObject);
//if (_ConnectPool == null)
//{
uniObject.Dispose();
//}
//else
//{
// //_ConnectPool.Push(connectionArgs);
//}
return;
}
private void GetAccepted(UniNetObject AcceptedUniObject)
{
if (AcceptedUniObject.ObjectError != Error.NetCoreError.Success)
{
StartAccept(AcceptedUniObject);
return;
}
NetCore.Error.NetCoreException err;
UniNetObject clientUniObject = new UniNetObject();
clientUniObject.SetProtocol(_Callback._ProtocolOp);
_BufferManager.SetBuffer(clientUniObject.SetBuffer, 4096);
clientUniObject.SetCompletedHandler(ProcessIO);
clientUniObject = _Callback._ProtocolOp.GetAcceptedUniObject(AcceptedUniObject, ref clientUniObject);
_Callback.Accepted(clientUniObject, out err);
if (clientUniObject.BufferLength != 0)
{
_Callback.Received(clientUniObject.Buffer, clientUniObject, out err, clientUniObject.stateObject);
}
clientUniObject.BufferLength = 0;
if (err != null)
{
//ProcessBadConnection(uniObject);
StartAccept(AcceptedUniObject);
return;
}
//var clientArgs=_ConnectPool.Pop();
//clientArgs.UserToken=new SocketStateObject(clientSocket);
clientUniObject.LastOperation = UniNetOperation.Receive;
if (!clientUniObject.ReceiveAsync(clientUniObject))
{
ProcessReceive(clientUniObject);
}
clientUniObject.ObjectError = Error.NetCoreError.IOPending;
StartAccept(AcceptedUniObject);
}
internal bool AcceptAsync(UniNetObject uniObject)
{
return(protocol.AcceptAsync(this, uniObject));
}
public override bool StartListen()
{
_ServerUniObject = _Callback._ProtocolOp.StartListen(_IpAddress, _Port, _ServerUniObject);
return(true);
}
private void ProcessTimeout(UniNetObject uniObject)
{
_Callback.Timeout(uniObject, uniObject.stateObject);
}
