public TcpIncomingConnection(TcpExt tcp,
SocketChannel channel,
IChannelRegistry registry,
IActorRef bindHandler,
IEnumerable<Inet.SocketOption> options,
bool readThrottling)
: base(tcp, channel, readThrottling)
{
_bindHandler = bindHandler;
_options = options;
Context.Watch(bindHandler); // sign death pact
registry.Register(channel, SocketAsyncOperation.None, Self);
}
public TcpIncomingConnection(TcpExt tcp,
SocketChannel channel,
IChannelRegistry registry,
IActorRef bindHandler,
IEnumerable <Inet.SocketOption> options,
bool readThrottling)
: base(tcp, channel, readThrottling)
{
_bindHandler = bindHandler;
_options = options;
Context.Watch(bindHandler); // sign death pact
registry.Register(channel, SocketAsyncOperation.None, Self);
}
public TcpOutgoingConnection(TcpExt tcp, IChannelRegistry channelRegistry, IActorRef commander, Tcp.Connect connect)
: base(tcp, SocketChannel.Open().ConfigureBlocking(false), connect.PullMode)
{
_channelRegistry = channelRegistry;
_commander = commander;
_connect = connect;
Context.Watch(commander); // sign death pact
connect.Options.ForEach(_ => _.BeforeConnect(Channel.Socket));
if (connect.LocalAddress != null)
Channel.Socket.Bind(connect.LocalAddress);
channelRegistry.Register(Channel, SocketAsyncOperation.None, Self);
if (connect.Timeout.HasValue)
Context.SetReceiveTimeout(connect.Timeout.Value); //Initiate connection timeout if supplied
}
private void DoConnect(EndPoint address)
{
ReportConnectFailure(() =>
{
_channel = DatagramChannel.Open();
_channel.ConfigureBlocking(false);
var socket = _channel.Socket;
_connect.Options.ForEach(x => x.BeforeDatagramBind(socket));
if (_connect.LocalAddress != null)
{
socket.Bind(_connect.LocalAddress);
}
_channel.Connect(_connect.RemoteAddress);
_channelRegistry.Register(_channel, SocketAsyncOperation.Receive, Self);
});
_log.Debug("Successfully connected to [{0}]", _connect.RemoteAddress);
}
/// <summary>
/// TBD
/// </summary>
/// <param name="udp">TBD</param>
/// <param name="channelRegistry">TBD</param>
/// <param name="commander">TBD</param>
/// <param name="options">TBD</param>
public UdpSender(UdpExt udp, IChannelRegistry channelRegistry, IActorRef commander, IEnumerable <Inet.SocketOption> options)
{
_udp = udp;
_commander = commander;
_options = options;
_channel = new Func <DatagramChannel>(() =>
{
var datagramChannel = DatagramChannel.Open();
datagramChannel.ConfigureBlocking(false);
var socket = datagramChannel.Socket;
_options.ForEach(x => x.BeforeDatagramBind(socket));
return(datagramChannel);
})();
channelRegistry.Register(_channel, SocketAsyncOperation.None, Self);
}
public TcpOutgoingConnection(TcpExt tcp, IChannelRegistry channelRegistry, IActorRef commander, Tcp.Connect connect)
: base(tcp, SocketChannel.Open().ConfigureBlocking(false), connect.PullMode)
{
_channelRegistry = channelRegistry;
_commander = commander;
_connect = connect;
Context.Watch(commander); // sign death pact
connect.Options.ForEach(_ => _.BeforeConnect(Channel.Socket));
if (connect.LocalAddress != null)
{
Channel.Socket.Bind(connect.LocalAddress);
}
channelRegistry.Register(Channel, SocketAsyncOperation.None, Self);
if (connect.Timeout.HasValue)
{
Context.SetReceiveTimeout(connect.Timeout.Value); //Initiate connection timeout if supplied
}
}
public UdpListener(UdpExt udp, IChannelRegistry channelRegistry, IActorRef bindCommander, Udp.Bind bind)
{
_udp = udp;
_channelRegistry = channelRegistry;
_bindCommander = bindCommander;
_bind = bind;
_selector = Context.Parent;
Context.Watch(bind.Handler); // sign death pact
_channel = (bind.Options.OfType <Inet.DatagramChannelCreator>()
.FirstOrDefault() ?? new Inet.DatagramChannelCreator()).Create();
_channel.ConfigureBlocking(false);
var localAddress = new Func <object>(() =>
{
try
{
var socket = Channel.Socket;
bind.Options.ForEach(x => x.BeforeDatagramBind(socket));
socket.Bind(bind.LocalAddress);
var ret = socket.LocalEndPoint;
if (ret == null)
{
throw new ArgumentException(string.Format("bound to unknown SocketAddress [{0}]", socket.LocalEndPoint));
}
channelRegistry.Register(Channel, SocketAsyncOperation.Receive, Self);
_log.Debug("Successfully bound to [{0}]", ret);
bind.Options.OfType <Inet.SocketOptionV2>().ForEach(x => x.AfterBind(socket));
return(ret);
}
catch (Exception e)
{
bindCommander.Tell(new Udp.CommandFailed(bind));
_log.Error(e, "Failed to bind UDP channel to endpoint [{0}]", bind.LocalAddress);
Context.Stop(Self);
return(null);
}
})();
}
private Receive Connecting(ChannelRegistration registration, int remainingFinishConnectRetries)
{
return(message =>
{
if (message is SelectionHandler.ChannelConnectable)
{
ReportConnectFailure(() =>
{
if (Channel.FinishConnect())
{
if (_connect.Timeout.HasValue)
{
Context.SetReceiveTimeout(null);
}
Log.Debug("Connection established to [{0}]", _connect.RemoteAddress);
CompleteConnect(registration, _commander, _connect.Options);
}
else
{
if (remainingFinishConnectRetries > 0)
{
var self = Self;
Context.System.Scheduler.Advanced.ScheduleOnce(1, () => _channelRegistry.Register(Channel, SocketAsyncOperation.Connect, self));
Context.Become(Connecting(registration, remainingFinishConnectRetries - 1));
}
else
{
Log.Debug("Could not establish connection because finishConnect never returned true (consider increasing akka.io.tcp.finish-connect-retries)");
Stop();
}
}
});
return true;
}
if (message is ReceiveTimeout)
{
if (_connect.Timeout.HasValue)
{
Context.SetReceiveTimeout(null); // Clear the timeout
}
Log.Debug("Connect timeout expired, could not establish connection to [{0}]", _connect.RemoteAddress);
Stop();
return true;
}
return false;
});
}