Top 10 Examples of "socketcluster-client in functional component" in JavaScript

public async init() {
        // launching a "mock socket server" so that we can mock a peer
        this.serverProcess = fork(__dirname + "/index.js");

        await delay(2000);

        // client socket so we can send mocking instructions to our mock server
        this.clientSocket = socketCluster.create({
            port: 4009,
            hostname: "127.0.0.1",
        });
    }

? peerConfig.connectTimeout
						? peerConfig.connectTimeout
						: DEFAULT_CONNECT_TIMEOUT
					: DEFAULT_CONNECT_TIMEOUT,
				ackTimeout: peerConfig
					? peerConfig.connectTimeout
						? peerConfig.connectTimeout
						: DEFAULT_CONNECT_TIMEOUT
					: DEFAULT_ACK_TIMEOUT,
				multiplex: false,
				autoConnect: false,
				autoReconnect: false,
				pingTimeoutDisabled: true,
			};

			const outboundSocket = socketClusterClient.create(clientOptions);
			// Attaching handlers for various events that could be used future for logging or any other application
			outboundSocket.emit(
				REMOTE_EVENT_RPC_REQUEST,
				{
					type: '/RPCRequest',
					procedure: requestPacket.procedure,
				},
				(err: Error | undefined, responseData: unknown) => {
					if (err) {
						reject(err);

						return;
					}
					if (responseData) {
						const responsePacket = responseData as P2PResponsePacket;
						resolve({

], (require) => {
            // Socketcluster and rpc layer.
            var SC = require("socketcluster-client/index");
            var SCRPC = require("avs-rpc").scRpc;

            // Connect
            console.log(this)
            this.scConn = SC.connect();
            this.rpc = new SCRPC(this.scConn);

            // Connect the basic events.
            this.scConn.on('error', (err) => {
                console.log("Error:", err);
            });
            this.scConn.on('connect', () => {
                // Logging
                this.scConn.on("client_log", (msg) => {
                    console.log("REMOTE>", msg);
                });

                // RPC
                this.scConn.on("rpc_init_data", (methods) => {
                    //console.log("Methods:",methods);
                    this.rpcr = this.rpc.remote.call(this.rpc, methods);

export const connect = (store, next, action, callSocket) => {
  // initial setup
  if(!memoizedSocket && !pendingConnection && action.type === SOCKET_REQUEST) {
    pendingConnection = true
    const socket = socketCluster.connect({
      hostname: process.env.SOCKET_HOSTNAME || location.hostname,
      path: process.env.SOCKET_PATH || '/ws',
      autoReconnect: true,
      autoReconnectOptions: process.env.AUTO_RECONNECT_OPTIONS,
      authTokenName: process.env.AUTH_TOKEN_NAME,
    })
    
    attachListeners(store, next, action, socket, callSocket)
    
    socket.on('connect', data => {
      // yay! lets memoize the socket
      memoizedSocket = socket
      pendingConnection = false
      
      const authToken = socket.getAuthToken()
      const channels = authToken && authToken.channels || undefined

export function loadNotes() {
  const query = `
  subscription {
    getAllNotes {
      id,
      title,
      laneId,
      userId,
      index
    }
  }`;
  const serializedParams = prepareGraphQLParams({query});
  const sub = 'getAllNotes';
  const socket = socketCluster.connect(socketOptions);
  socket.subscribe(serializedParams, {waitForAuth: true});
  return dispatch => {
    // client-side changefeed handler
    socket.on(sub, data => {
      const meta = {synced: true};
      if (!data.old_val) {
        dispatch(addNote(data.new_val, meta));
      } else if (!data.new_val) { // eslint-disable-line no-negated-condition
        dispatch(deleteNote(data.old_val.id, meta));
      } else {
        dispatch(updateNote(data.new_val, meta));
      }
    });
    socket.on('unsubscribe', channelName => {
      if (channelName === sub) {
        dispatch({type: CLEAR_NOTES});

private create(peer: P2P.IPeer): SCClientSocket {
        const connection = create({
            port: peer.port,
            hostname: peer.ip,
            perMessageDeflate: true,
        });

        const socket = (connection as any).transport.socket;

        socket.on("ping", () => this.terminate(peer));
        socket.on("pong", () => this.terminate(peer));
        socket.on("message", data => {
            if (data === "#1") {
                // this is to establish some rate limit on #1 messages
                // a simple rate limit of 1 per second doesnt seem to be enough, so decided to give some margin
                // and allow up to 10 per second which should be more than enough
                const timeNow: number = new Date().getTime();
                socket._last10Pings = socket._last10Pings || [];

P2PPeerInfo,
	P2PRequestPacket,
	P2PResponsePacket,
	ProtocolMessagePacket,
} from '../p2p_types';
import {
	getNetgroup,
	sanitizeNodeInfoToLegacyFormat,
	validatePeerInfo,
	validatePeersInfoList,
	validateProtocolMessage,
	validateRPCRequest,
} from '../utils';

export const socketErrorStatusCodes = {
	...(socketClusterClient.SCClientSocket as any).errorStatuses,
	1000: 'Intentionally disconnected',
};

// Can be used to convert a rate which is based on the rateCalculationInterval into a per-second rate.
const RATE_NORMALIZATION_FACTOR = 1000;

interface Productivity {
	readonly requestCounter: number;
	readonly responseCounter: number;
	readonly responseRate: number;
	readonly lastResponded: number;
}

export type SCClientSocket = socketClusterClient.SCClientSocket;

export type SCServerSocketUpdated = {

it('should connect with valid options', function (done) {

		socket = scClient.connect(validOptions);

		socket.on('connecting', function (data) {
			console.log('CONNECTING...', data);
		});

		socket.on('connectAbort', function (data) {
			done('should not reject handshake with valid params', data);
		});

		socket.on('connect', function (data) {
			done();
		});

		socket.on('error', function (err) {
			done(err);
		});

before(function() {
      socket = scClient.connect({ hostname: 'localhost', port: 8000 });
      socket.connect();
      socket.on('error', function(error) {
        console.error('Socket1 error', error);
      });
      socket2 = scClient.connect({ hostname: 'localhost', port: 8000 });
      socket2.connect();
      socket.on('error', function(error) {
        console.error('Socket2 error', error);
      });
    });

before(function() {
      socket = scClient.connect({ hostname: 'localhost', port: 8000 });
      socket.connect();
      socket.on('error', function(error) {
        console.error('Socket1 error', error);
      });
      socket2 = scClient.connect({ hostname: 'localhost', port: 8000 });
      socket2.connect();
      socket.on('error', function(error) {
        console.error('Socket2 error', error);
      });
    });