//To-do: add ConnectStatus logic.
public IDualChannel SetConnectInfo(IDualChannel channel, ConnectInfo.ConnectStatus status)
{
ConnectInfo connectInfo = null;
if (((Address)_context.LocalAddress).CompareTo((Address)channel.PeerAddress) > 0)
{
connectInfo = new ConnectInfo();
connectInfo.Status = status;
connectInfo.Id = GetConnectionId();
channel.SendMessage(connectInfo, true);
if (LoggerManager.Instance.ShardLogger != null && LoggerManager.Instance.ShardLogger.IsDebugEnabled)
{
LoggerManager.Instance.ShardLogger.Debug("ResolveChannelDispute.SetConnectInfo() ", "Node " + _context.LocalAddress.ToString() + ": Sender, " + "Node " + channel.PeerAddress.ToString() + ": Receiver.");
}
}
// This specific check was necessary because somehow an earlier check for a condition was passing when it should not
// look for an alternative way to this.
else if (((Address)_context.LocalAddress).CompareTo((Address)channel.PeerAddress) < 0)
{
byte[] data = channel.ReadFromSocket();
IRequest message = _shard.ChannelFormatter.Deserialize(data) as IRequest;
connectInfo = message.Message as ConnectInfo;
if (LoggerManager.Instance.ShardLogger != null && LoggerManager.Instance.ShardLogger.IsDebugEnabled)
{
LoggerManager.Instance.ShardLogger.Debug("ResolveChannelDispute.SetConnectInfo() ", "Node " + _context.LocalAddress.ToString() + ": Receiver, " + "Node " + channel.PeerAddress.ToString() + ": Sender.");
}
}
channel.ConnectInfo = connectInfo;
return(channel);
}
public object SendUnicastMessage(Server destination, Object message)
{
if (destination == null)
{
throw new ClusterException(ErrorCodes.Cluster.DESTINATION_NULL);
}
if (this._shardChannels != null && _shardChannels.ContainsKey(destination))
{
IDualChannel channel = (IDualChannel)_shardChannels[destination];
return(channel.SendMessage(message, false));
}
throw new ClusterException(ErrorCodes.Cluster.DESTINATION_SERVER_NOT_EXIST, new string[] { destination.Address.ToString() });
}
public WsIQClientRx()
{
// TODO INJECT
_ws = new WebSocketWrapper();
_epoch = new Epoch();
_randomNumbers = new RandomNumbers();
MessagesFeed = Observable
.FromEventPattern <OnMessageEventHandler, WsRecievemessageEventArgs>(
h => _ws.OnMessage += h,
h => _ws.OnMessage -= h)
//.ObserveOn(NewThreadScheduler.Default)
.Map((e) =>
{
var serializedMessage = e.EventArgs.Message;
var iQmessage = JsonConvert.DeserializeObject <IQOptionMessage>(serializedMessage);
return(iQmessage);
});
_onConnection = Observable
.FromEventPattern <OnConnectedEventHandler, EventArgs>(
h => _ws.OnConnected += h,
h => _ws.OnConnected -= h)
.Map(e => e.EventArgs)
.Replay();
_onConnectionConnection = _onConnection.Connect();
//TODO DO THIS IN THE IQCLient
_ssidDualChannel = new SsidPublisherChannel(this);
_heartBeatDualChannel = new HeartBeatDualChannel(this);
_wsMessagesSubscription = _heartBeatDualChannel.ChannelFeed
.Map(heartbeat => _heartBeatDualChannel.SendMessage(new HeartBeatOutputMessage(_epoch.EpochMilliSeconds, heartbeat.HeartbeatTime)))
.Subscribe();
_candleGeneratedDualChannel = new CandleGeneratedDualChannel(this);
_serverTimeSync = new TimeSyncListenerChannel(this);
_profileChannel = new ProfileListenerChannel(this);
_listInfoDataChannelListener = new ListInfoDataListenerChannel(this);
_buyV2ChannelPublisher = new BuyV2Channel(this, _epoch);
}
public void OnConnectionRestoration(IDualChannel channel)
{
Server server = new Server(channel.PeerAddress, Status.Running);
SessionInfo sessionInfo = new SessionInfo();
sessionInfo.Cluster = this.context.ClusterName;
sessionInfo.Shard = this.context.LocalShardName;
channel.SendMessage(sessionInfo, true);
IDualChannel acceptedChannel = _resolveDispute.GetValidChannel(_resolveDispute.SetConnectInfo(channel, ConnectInfo.ConnectStatus.RECONNECTING), _shardChannels);
lock (_shardChannels)
{
_shardChannels[server] = acceptedChannel;
_shardChannels[server].RegisterRequestHandler(this);
_shardChannels[server].StartReceiverThread();
}
}
public IObservable <Candle> CreateCandles(Active active, TimeSpan size)
{
return(_candleGeneratedDualChannel
.SendMessage(new CandleSubscription(active, size.TotalSeconds))
.FlatMap(_candleGeneratedDualChannel.ChannelFeed));
}
