Top 10 Examples of "pm2-axon in functional component" in JavaScript

async registerToBus(socketsPath) {
		this.subSocket = axon.socket('sub-emitter');
		this.subSocket.connect(socketsPath.pub);

		this.busRpcSocket = axon.socket('req');
		this.busRpcSocket.connect(socketsPath.rpc);
		this.busRpcClient = new RPCClient(this.busRpcSocket);
		this.busRpcClientCallPromisified = util.promisify(this.busRpcClient.call);

		// Channel Publish Socket is only required if the module has events
		if (this.eventsList.length > 0) {
			this.pubSocket = axon.socket('pub-emitter');
			this.pubSocket.connect(socketsPath.sub);
		}

		// Channel RPC Server is only required if the module has actions
		if (this.actionsList.length > 0) {
			this.rpcSocketPath = `unix://${socketsPath.root}/${this.moduleAlias}_rpc.sock`;

			this.rpcSocket = axon.socket('rep');
			this.rpcSocket.bind(this.rpcSocketPath);

pm._rpc = function (opts) {
  var req = axon.socket("req"),
    rpc_sock = req.connect(opts.sockPath),
    rpc_client = new rpc.Client(req);

  // Connect RPC server.
  rpc_sock.on('connect', function () {
    // Execute request.
    var waterfalls = opts.events.map(function (event) {
      return function (next) {
        var cb = typeof event[event.length - 1] == 'function' ? event.pop() : null;
        if (cb) {
          event.push(function () {
            // Wrap arguments, no [].slice (avoid leak)!!!
            var args = new Array(arguments.length);
            for (var i = 0; i < args; i++) {
              args[i] = arguments[i];
            }

async registerToBus(socketsPath) {
		this.subSocket = axon.socket('sub-emitter');
		this.subSocket.connect(socketsPath.pub);

		this.busRpcSocket = axon.socket('req');
		this.busRpcSocket.connect(socketsPath.rpc);
		this.busRpcClient = new RPCClient(this.busRpcSocket);
		this.busRpcClientCallPromisified = util.promisify(this.busRpcClient.call);

		// Channel Publish Socket is only required if the module has events
		if (this.eventsList.length > 0) {
			this.pubSocket = axon.socket('pub-emitter');
			this.pubSocket.connect(socketsPath.sub);
		}

		// Channel RPC Server is only required if the module has actions
		if (this.actionsList.length > 0) {
			this.rpcSocketPath = `unix://${socketsPath.root}/${this.moduleAlias}_rpc.sock`;

pm.sub = function (sockPath, cb) {
  var sub = axon.socket('sub-emitter');
  // Process events.
  sub.on('process:*', function (e, d) {
    if (d && !!~allowedEvents.indexOf(d.event)) {
      cb(d);
    }
  });
  sub.connect(sockPath);
  return sub;
};

Router.prototype.addNode = function(data) {
  if(data.namespace && data.namespace[0] === '$')
    return debug('[tmp-node] connected ' + data.namespace + '(' + data.id + ')')

  this.nodes[data.id] = _.clone(data)
  var obj = this.nodes[data.id]
  obj.req = axon.socket('req')
  obj.client = new rpc.Client(obj.req)
  obj.req.connect(data.port, data.hostname)
  obj.timer = new Measured.Timer()
  // add methods to routing
  for(var i in data.methods){
    this.addMethod(data.methods[i], data.id)
  }
  // namespace collection
  if (this.namespace[data.namespace]){
    this.namespace[data.namespace].push(data.id)
  }else{
    this.namespace[data.namespace] = [data.id]
  }
  this.version = crypto.createHash('md5')
    .update(_.keys(this.routing).join(',')).digest('hex')
  // this.syncAll()

activateRPC : function() {
    console.log('Launching Interactor exposure');

    var self          = this;
    var rep           = axon.socket('rep');
    var daemon_server = new rpc.Server(rep);
    var sock          = rep.bind(cst.INTERACTOR_RPC_PORT);

    daemon_server.expose({
      kill : function(cb) {
        console.log('Killing interactor');
        cb(null);
        return Daemon.exit();
      },
      passwordSet : function(cb) {
        global._pm2_password_protected = true;
        return cb(null);
      },
      getInfos : function(cb) {
        if (self.opts &&
            self.opts.DAEMON_ACTIVE == true)

var IPM2 = function(sub_port, rpc_port, bind_host) {
  //if (!(this instanceof Bash)) return new Bash(opts);
  var self = this;

  EventEmitter.call(this);

  this.sub_port  = sub_port;
  this.rpc_port  = rpc_port;
  this.bind_host = bind_host;

  var sub = axon.socket('sub-emitter');
  var sub_sock = this.sub_sock = sub.connect(sub_port);
  this.bus      = sub;

  var req = axon.socket("req");
  var rpc_sock = this.rpc_sock = req.connect(rpc_port);
  this.rpc_client = new rpc.Client(req);

  this.rpc = {};

  /**
   * Disconnect socket connections. This will allow Node to exit automatically.
   * Further calls to PM2 from this object will throw an error.
   */
  this.disconnect = function () {
    self.sub_sock.close();
    self.rpc_sock.close();

async setup() {
		if (!this.config.ipc.enabled) {
			return true;
		}

		this.pubSocket = axon.socket('pub-emitter');
		this.pubSocket.bind(this.config.socketsPath.pub);

		this.subSocket = axon.socket('sub-emitter');
		this.subSocket.bind(this.config.socketsPath.sub);

		this.rpcSocket = axon.socket('rep');
		this.rpcServer = new RPCServer(this.rpcSocket);
		this.rpcSocket.bind(this.config.socketsPath.rpc);

		this.rpcServer.expose(
			'registerChannel',
			(moduleAlias, events, actions, options, cb) => {
				this.registerChannel(moduleAlias, events, actions, options)
					.then(() => cb(null))
					.catch(error => cb(error));
			},
		);

		this.rpcServer.expose('invoke', (action, cb) => {
			this.invoke(action)
				.then(data => cb(null, data))
				.catch(error => cb(error));

async setup() {
		if (!this.config.ipc.enabled) {
			return true;
		}

		this.pubSocket = axon.socket('pub-emitter');
		this.pubSocket.bind(this.config.socketsPath.pub);

		this.subSocket = axon.socket('sub-emitter');
		this.subSocket.bind(this.config.socketsPath.sub);

		this.rpcSocket = axon.socket('rep');
		this.rpcServer = new RPCServer(this.rpcSocket);
		this.rpcSocket.bind(this.config.socketsPath.rpc);

		this.rpcServer.expose(
			'registerChannel',
			(moduleAlias, events, actions, options, cb) => {
				this.registerChannel(moduleAlias, events, actions, options)
					.then(() => cb(null))
					.catch(error => cb(error));
			},
		);

		this.rpcServer.expose('invoke', (action, cb) => {

var Spinal = function(url, options){
  var that = this
  if (typeof options == 'undefined') options = {}

  var rep = axon.socket('rep')
  var req = axon.socket('req')
  this.id = puid.generate()
  this.server = new rpc.Server(rep)
  this.client = new rpc.Client(req)
  this.jobHandler = {}
  this.broker_url = process.env.SPINAL_BROKER || url
  this.hostname = process.env.SPINAL_HOST || options.hostname
  this.port = parseInt(process.env.SPINAL_PORT || options.port)
  this.namespace = options.namespace
  this.timeout = {}
  this.initialized = false
  this.connected = false
  this._broker_data = {
    version: null,
    methods: []
  }
  this.config = {}