/// <inheritdoc />
protected override async void OnEventFired(object source, EventArgs args)
{
//We just wanna redirect, that's all.
await Reconnector.RedirectAsync();
//The way Character to Ship redirection works
//is that it shouldn't redirect again on next redirect
//we'll still be in the same scene
//but we need to NOT handle this again, ship to block handler will
//exist
Unsubscribe();
}
public override void startup()
{
base.startup();
if (addressParser == null)
{
addressParser = new RpcAddressParser();
}
ConnectionSelectStrategy connectionSelectStrategy = (ConnectionSelectStrategy)option(BoltGenericOption.CONNECTION_SELECT_STRATEGY);
if (connectionSelectStrategy == null)
{
connectionSelectStrategy = new RandomSelectStrategy(switches());
}
connectionManager = new DefaultClientConnectionManager(connectionSelectStrategy, new RpcConnectionFactory(userProcessors, this), connectionEventHandler, connectionEventListener, switches());
connectionManager.AddressParser = addressParser;
connectionManager.startup();
rpcRemoting = new RpcClientRemoting(new RpcCommandFactory(), addressParser, connectionManager);
taskScanner.add(connectionManager);
taskScanner.startup();
if (switches().isOn(GlobalSwitch.CONN_MONITOR_SWITCH))
{
if (monitorStrategy == null)
{
connectionMonitor = new DefaultConnectionMonitor(new ScheduledDisconnectStrategy(), connectionManager);
}
else
{
connectionMonitor = new DefaultConnectionMonitor(monitorStrategy, connectionManager);
}
connectionMonitor.startup();
logger.LogWarning("Switch on connection monitor");
}
if (switches().isOn(GlobalSwitch.CONN_RECONNECT_SWITCH))
{
reconnectManager = new ReconnectManager(connectionManager);
reconnectManager.startup();
connectionEventHandler.Reconnector = reconnectManager;
logger.LogWarning("Switch on reconnect manager");
}
}
internal Client(OrtcClient ortcClient)
{
this.context = ortcClient;
_isConnecting = false;
_alreadyConnectedFirstTime = false;
_stopReconnecting = false;
_callDisconnectedCallback = false;
_waitingServerResponse = false;
_gotOnOpenCount = 0;
_permissions = new List <KeyValuePair <string, string> >();
_lastKeepAlive = null;
_reconnectStartedAt = null;
_reconnectTimer = new Reconnector();//= null;
_subscribedChannels = new ConcurrentDictionary <string, ChannelSubscription>();
_multiPartMessagesBuffer = new ConcurrentDictionary <string, ConcurrentDictionary <int, BufferedMessage> >();
TimerCallback hbCb = this._heartbeatTimer_Elapsed;
_heartbeatTimer = new Timer(hbCb, null, Timeout.Infinite, context.HeartbeatTime);
TimerCallback cnCB = this._connectionTimer_Elapsed;
_connectionTimer = new Timer(cnCB, null, System.Threading.Timeout.Infinite, Constants.SERVER_HB_COUNT);
_connectionTimerIsDisposed = false;
//_webSocketConnection = new Connection(_reconnectTimer);
//_webSocketConnection.OnOpened += new Connection.onOpenedDelegate(_webSocketConnection_OnOpened);
//_webSocketConnection.OnClosed += new Connection.onClosedDelegate(_webSocketConnection_OnClosed);
//_webSocketConnection.OnError += new Connection.onErrorDelegate(_webSocketConnection_OnError);
//_webSocketConnection.OnMessageReceived += new Connection.onMessageReceivedDelegate(_webSocketConnection_OnMessageReceived);
_msgProcessor = new MsgProcessor(this);
}
void ResetCamCofnig(ScanConfig config)
{
Reconnector[config]();
Cam.EvtResist(Cam.Xfer, GrabDoneEvt_Trg);
}
