public IDisposable StartServer()
{
var monitor = new ConnectionRateMonitor();
var binding = new NetTcpBinding { Security = { Mode = SecurityMode.None } };
var listener = binding.Start(this.ConnectArguments.CreateNetTcpAddress());
Console.WriteLine("Listening on {0} for {1}", listener.Uri, typeof(SimpleObject).Name);
listener.GetChannels()
.SubscribeOn(System.Reactive.Concurrency.ThreadPoolScheduler.Instance)
.Subscribe(c =>
{
monitor.OnConnect();
c.GetMessages()
.Subscribe(
m =>
{
monitor.OnMessage();
var obj = m.GetBody<SimpleObject>();
},
ex => monitor.OnDisconnect(),
monitor.OnDisconnect);
});
monitor.Start();
return Disposable.Create(listener.Abort);
}
private IDisposable FixedLenghtWithAck()
{
var sockets = SocketEvents.GetTcpStreamSockets(_port);
var monitor = new ConnectionRateMonitor();
sockets.GetConnections()
.Subscribe(connection =>
{
monitor.OnConnect();
connection
.ToLengthPrefixed()
.Subscribe(context =>
{
var response = HandleMessage(context.Message);
monitor.OnMessage();
context.Publish(response);
},
ex => monitor.OnDisconnect(),
monitor.OnDisconnect);
});
monitor.Start();
return sockets;
}
private IDisposable FixedLenghtWithAck()
{
var sockets = SocketEvents.GetTcpStreamSockets(_port);
var monitor = new ConnectionRateMonitor();
sockets.GetConnections()
.Subscribe(connection =>
{
monitor.OnConnect();
connection
.ToLengthPrefixed()
.Subscribe(context =>
{
var response = HandleMessage(context.Message);
monitor.OnMessage();
context.Publish(response);
},
ex => monitor.OnDisconnect(),
monitor.OnDisconnect);
});
monitor.Start();
return(sockets);
}
public IDisposable StartServer()
{
var monitor = new ConnectionRateMonitor();
var binding = new NetTcpBinding {
Security = { Mode = SecurityMode.None }
};
var listener = binding.Start(_address);
Console.WriteLine("Listening on " + listener.Uri);
listener.GetChannels()
.SubscribeOn(System.Reactive.Concurrency.ThreadPoolScheduler.Instance)
.Subscribe(c =>
{
monitor.OnConnect();
c.GetMessages()
.Subscribe(
m => monitor.OnMessage(),
ex => monitor.OnDisconnect(),
monitor.OnDisconnect);
});
monitor.Start();
return(Disposable.Create(listener.Abort));
}
public IDisposable StartServer()
{
var monitor = new ConnectionRateMonitor();
var binding = new NetTcpBinding { Security = { Mode = SecurityMode.None } };
var listener = binding.Start(this.ConnectArguments.CreateNetTcpAddress());
Console.WriteLine("Listening on {0} for {1}", listener.Uri, typeof(SimpleObject).Name);
listener.GetChannels()
.SubscribeOn(System.Reactive.Concurrency.ThreadPoolScheduler.Instance)
.Subscribe(c =>
{
monitor.OnConnect();
c.GetMessages()
.Subscribe(
m =>
{
monitor.OnMessage();
var obj = m.GetBody<SimpleObject>();
},
ex => monitor.OnDisconnect(),
monitor.OnDisconnect);
});
monitor.Start();
return Disposable.Create(listener.Abort);
}
public SocketClientWithAck(ConnectArgs args, SocketCommandArgs socketArgs)
{
_args = args;
_clients = new List <IConnection <Context <byte[]>, byte[]> >();
_connectionEnumerator = this.GetNext().GetEnumerator();
_payload = GetChars(socketArgs.Size);
_monitor = new ConnectionRateMonitor();
}
public SocketClientWithAck(ConnectArgs args, SocketCommandArgs socketArgs)
{
_args = args;
_socketArgs = socketArgs;
_endpoint = SocketUtility.GetFirstIpEndPoint(_args.Server, _args.Port);
_clients = new List<IConnection<Context<byte[]>, byte[]>>();
_connections = GetNext().GetEnumerator();
_payload = GetChars(_socketArgs.Size);
_monitor = new ConnectionRateMonitor();
}
private IDisposable SimpleReceiver()
{
var sockets = SocketEvents.GetTcpStreamSockets(_port);
var monitor = new ConnectionRateMonitor();
sockets.Subscribe(s =>
{
monitor.OnConnect();
var receiver = s.CreateReceiver();
receiver.Subscribe(
d => monitor.OnMessage(),
ex => monitor.OnDisconnect(),
monitor.OnDisconnect);
});
monitor.Start();
return sockets;
}
private IDisposable SimpleReceiver()
{
var sockets = SocketEvents.GetTcpStreamSockets(_port);
var monitor = new ConnectionRateMonitor();
sockets.Subscribe(s =>
{
monitor.OnConnect();
var receiver = s.CreateReceiver();
receiver.Subscribe(
d => monitor.OnMessage(),
ex => monitor.OnDisconnect(),
monitor.OnDisconnect);
});
monitor.Start();
return(sockets);
}
public IDisposable StartServer()
{
var monitor = new ConnectionRateMonitor();
var binding = new NetTcpBinding { Security = { Mode = SecurityMode.None } };
var listener = binding.Start(_address);
Console.WriteLine("Listening on " + listener.Uri);
listener.GetChannels()
.SubscribeOn(System.Reactive.Concurrency.ThreadPoolScheduler.Instance)
.Subscribe(c =>
{
monitor.OnConnect();
c.GetMessages()
.Subscribe(
m => monitor.OnMessage(),
ex => monitor.OnDisconnect(),
monitor.OnDisconnect);
});
monitor.Start();
return Disposable.Create(listener.Abort);
}
public IDisposable Start()
{
ConnectionRateMonitor monitor = new ConnectionRateMonitor();
var connections = new Task[_connections];
for (int i = 0; i < _connections; i++)
{
var channel = _factory.CreateChannel(_address);
var openTask = Task.Factory.FromAsync(channel.BeginOpen, channel.EndOpen, null);
openTask.ContinueWith(_ => monitor.OnConnect());
_channels.Enqueue(channel);
connections[i] = openTask;
}
Task.WaitAll(connections);
double backlog = 0;
double currentRate = 0;
AsyncCallback cb = (iar) =>
{
IDuplexSessionChannel channel = (IDuplexSessionChannel)iar.AsyncState;
backlog = monitor.OnMessageEnd();
monitor.OnMessage();
channel.EndSend(iar);
};
var load = Observable.Interval(TimeSpan.FromMilliseconds(1000))
.TakeWhile(_ => !_isDisposed)
.Where(_ => backlog <= _rate)
.Subscribe(async _ =>
{
int pending = _rate;
Action action = () =>
{
//Console.WriteLine("Thread ID" + System.Threading.Thread.CurrentThread.ManagedThreadId);
while (Interlocked.Decrement(ref pending) >= 0)
{
var channel = GetNextChannel();
monitor.OnMessageStart();
var iar = channel.BeginSend(_messageBuffer.CreateMessage(), cb, channel);
}
};
Parallel.Invoke(
new ParallelOptions()
{
MaxDegreeOfParallelism = Environment.ProcessorCount * 4,
},
action, action, action, action,
action, action, action, action
);
},
ex => Console.WriteLine(ex.Message + " \n" + ex.StackTrace));
var ratemonitor = monitor.Start();
return Disposable.Create(() =>
{
// Terminate the timer as well.
_isDisposed = true;
load.Dispose();
ratemonitor.Dispose();
lock (ThisLock)
{
while (_channels.Count > 0)
{
var c = _channels.Dequeue();
c.Abort();
}
_factory.Abort();
}
});
}
public IDisposable Start()
{
ConnectionRateMonitor monitor = new ConnectionRateMonitor();
var connections = new Task[_connections];
for (int i = 0; i < _connections; i++)
{
var channel = _factory.CreateChannel(_address);
var openTask = Task.Factory.FromAsync(channel.BeginOpen, channel.EndOpen, null);
openTask.ContinueWith(_ => monitor.OnConnect());
_channels.Enqueue(channel);
connections[i] = openTask;
}
Task.WaitAll(connections);
double backlog = 0;
double currentRate = 0;
AsyncCallback cb = (iar) =>
{
IDuplexSessionChannel channel = (IDuplexSessionChannel)iar.AsyncState;
backlog = monitor.OnMessageEnd();
monitor.OnMessage();
channel.EndSend(iar);
};
var load = Observable.Interval(TimeSpan.FromMilliseconds(1000))
.TakeWhile(_ => !_isDisposed)
.Where(_ => backlog <= _rate)
.Subscribe(async _ =>
{
int pending = _rate;
Action action = () =>
{
//Console.WriteLine("Thread ID" + System.Threading.Thread.CurrentThread.ManagedThreadId);
while (Interlocked.Decrement(ref pending) >= 0)
{
var channel = GetNextChannel();
monitor.OnMessageStart();
var iar = channel.BeginSend(_messageBuffer.CreateMessage(), cb, channel);
}
};
Parallel.Invoke(
new ParallelOptions()
{
MaxDegreeOfParallelism = Environment.ProcessorCount * 4,
},
action, action, action, action,
action, action, action, action
);
},
ex => Console.WriteLine(ex.Message + " \n" + ex.StackTrace));
var ratemonitor = monitor.Start();
return(Disposable.Create(() =>
{
// Terminate the timer as well.
_isDisposed = true;
load.Dispose();
ratemonitor.Dispose();
lock (ThisLock)
{
while (_channels.Count > 0)
{
var c = _channels.Dequeue();
c.Abort();
}
_factory.Abort();
}
}));
}
