static void Main(string[] args)
{
if (args.Length != 1)
{
Console.WriteLine("params: [Port]");
Console.WriteLine("Press any key...");
Console.ReadLine();
return;
}
var port = int.Parse(args[0]);
SocketAsyncEventArgsPool.ConfigBeforeCreateInstance(300000);
var pool = SocketAsyncEventArgsPool.GetInstance();
using (var listener = new ReactiveTCPLibrary.ReactiveTCPListener(new System.Net.IPEndPoint(System.Net.IPAddress.Any, port)))
{
TcpClientEventContainer.DefaultInstance.ClientException += new EventHandler<ClientExceptionEventArg>(DefaultInstance_ClientException);
var stser = new SimpleStringSerializer();
using (var sub = listener.Subscribe
(
socket =>
{
try
{
var client = new ReactiveTCPLibrary.ReactiveTcpClient<object, string>(socket,
new NaturalCutter<string>(stser),
new NaturalPacker<string>(stser),
() => pool.GetResourceTokenFromPool(),
new NewArrayByteSegmentLocator());
bag.AddOrUpdate(client, client, (a,b)=>client);
var x = client.Subscribe(p =>
{
client.OnNext (new Tuple<string,PacketSentCallback<string>,AbortionChecker>(p,(PacketSentCallback<string>) null,null));
});
client.Start();
}
catch (Exception)
{
return;
}
// GCHandle.Alloc(client, GCHandleType.Pinned);
// GCHandle.Alloc(x, GCHandleType.Pinned);
}
)
)
{
Console.WriteLine("Ready");
Console.Read();
}
}
}
static void Main(string[] args)
{
if (args.Length != 1)
{
Console.WriteLine("params: [Port]");
Console.WriteLine("Press any key...");
Console.ReadLine();
return;
}
var port = int.Parse(args[0]);
SocketAsyncEventArgsPool.ConfigBeforeCreateInstance(300000);
var pool = SocketAsyncEventArgsPool.GetInstance();
using (var listener = new ReactiveTCPLibrary.ReactiveTCPListener(new System.Net.IPEndPoint(System.Net.IPAddress.Any, port)))
{
TcpClientEventContainer.DefaultInstance.ClientException += new EventHandler <ClientExceptionEventArg>(DefaultInstance_ClientException);
var stser = new SimpleStringSerializer();
using (var sub = listener.Subscribe
(
socket =>
{
try
{
var client = new ReactiveTCPLibrary.ReactiveTcpClient <object, string>(
socket,
new NaturalCutter <string>(stser),
new NaturalPacker <string>(stser),
() => pool.GetResourceTokenFromPool(),
new NewArrayByteSegmentLocator());
bag.AddOrUpdate(client, client, (a, b) => client);
var x = client.Subscribe(p =>
{
client.OnNext(new Tuple <string, PacketSentCallback <string>, AbortionChecker>(p, (PacketSentCallback <string>)null, null));
});
client.Start();
}
catch (Exception)
{
return;
}
}
)
)
{
Console.WriteLine("Ready");
Console.Read();
}
}
}
public ConnectionPair(Socket incomingSocket, string outGoingHost, int outGoingPort)
{
var outGoingSocket = new TcpClient(outGoingHost, outGoingPort).Client;
IncomingClient = new ReactiveTCPLibrary.ReactiveTcpClient<ConnectionPair, ArraySegment<byte>>
(
incomingSocket,
new NodoCutter(),
new NaturalPacker<ArraySegment<byte>>(new NodoSerializer()),
() => SocketAsyncEventArgsPool.GetInstance().GetResourceTokenFromPool(),
null
)
{
ConnectionContext = this
}
;
OutgoingClient = new ReactiveTCPLibrary.ReactiveTcpClient<ConnectionPair, ArraySegment<byte>>
(
outGoingSocket,
new NodoCutter(),
new NaturalPacker<ArraySegment<byte>>(new NodoSerializer()),
() => SocketAsyncEventArgsPool.GetInstance().GetResourceTokenFromPool(),
null
)
{
ConnectionContext = this
}
;
var dis1 = IncomingClient
.Subscribe(
x =>
{
OutgoingClient.OnNext(new Tuple<ArraySegment<byte>, ReactiveTCPLibrary.PacketSentCallback<ArraySegment<byte>>, AbortionChecker>(x, null,null));
},
e =>
{
OutgoingClient.OnError(e);
ConnectionAborted(this, _empty);
},
() =>
{
OutgoingClient.OnCompleted();
ConnectionAborted(this, _empty);
}
);
var dis2 = OutgoingClient
.Subscribe(
x =>
{
IncomingClient.OnNext(new Tuple<ArraySegment<byte>, ReactiveTCPLibrary.PacketSentCallback<ArraySegment<byte>>,AbortionChecker>(x, null,null));
},
e =>
{
IncomingClient.OnError(e);
ConnectionAborted(this, _empty);
},
() =>
{
IncomingClient.OnCompleted();
ConnectionAborted(this, _empty);
}
);
_disposeList = new List<IDisposable>
{
OutgoingClient,
IncomingClient,
dis1,
dis2
};
IncomingClient.Start();
OutgoingClient.Start();
}
public ConnectionPair(Socket incomingSocket, string outGoingHost, int outGoingPort)
{
var outGoingSocket = new TcpClient(outGoingHost, outGoingPort).Client;
IncomingClient = new ReactiveTCPLibrary.ReactiveTcpClient <ConnectionPair, ArraySegment <byte> >
(
incomingSocket,
new NodoCutter(),
new NaturalPacker <ArraySegment <byte> >(new NodoSerializer()),
() => SocketAsyncEventArgsPool.GetInstance().GetResourceTokenFromPool(),
null
)
{
ConnectionContext = this
}
;
OutgoingClient = new ReactiveTCPLibrary.ReactiveTcpClient <ConnectionPair, ArraySegment <byte> >
(
outGoingSocket,
new NodoCutter(),
new NaturalPacker <ArraySegment <byte> >(new NodoSerializer()),
() => SocketAsyncEventArgsPool.GetInstance().GetResourceTokenFromPool(),
null
)
{
ConnectionContext = this
}
;
var dis1 = IncomingClient
.Subscribe(
x =>
{
OutgoingClient.OnNext(new Tuple <ArraySegment <byte>, ReactiveTCPLibrary.PacketSentCallback <ArraySegment <byte> >, AbortionChecker>(x, null, null));
},
e =>
{
OutgoingClient.OnError(e);
ConnectionAborted(this, _empty);
},
() =>
{
OutgoingClient.OnCompleted();
ConnectionAborted(this, _empty);
}
);
var dis2 = OutgoingClient
.Subscribe(
x =>
{
IncomingClient.OnNext(new Tuple <ArraySegment <byte>, ReactiveTCPLibrary.PacketSentCallback <ArraySegment <byte> >, AbortionChecker>(x, null, null));
},
e =>
{
IncomingClient.OnError(e);
ConnectionAborted(this, _empty);
},
() =>
{
IncomingClient.OnCompleted();
ConnectionAborted(this, _empty);
}
);
_disposeList = new List <IDisposable>
{
OutgoingClient,
IncomingClient,
dis1,
dis2
};
IncomingClient.Start();
OutgoingClient.Start();
}