Top 10 Examples of "axon in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'axon' in functional components in JavaScript. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.
mq_sockets[c]['apikey'] = apikey;
// if guaranteed delivery and pattern is push, change to req.
if ( GUARANTEE_DELIVERY ) {
if ( zmq_pattern === 'push' ) {
zmq_pattern = 'req';
}
if ( zmq_pattern === 'pull' ) {
zmq_pattern = 'rep';
}
}
logging.log('messenger:'+processID+'@inputs> zmq_pattern: ' + zmq_pattern );
mq_sockets[c]['socket'] = mq.socket(zmq_pattern);
if ( topology['connections'][c]['zmq_socket'] == 'bind' ) {
logging.log('messenger:'+processID+"@inputs> zmq binding for apikey: " + apikey + ", namespace: " + namespace + ", at: " + zmq_pattern + "@" + zmq_address);
mq_sockets[c]['socket'].bind(topology['connections'][c]['zmq_address']);
} else {
logging.log('messenger:'+processID+"zmq connecting for apikey: " + apikey + ", namespace: " + namespace + ", at: " + zmq_pattern + "@" + zmq_address);
mq_sockets[c]['socket'].connect(topology['connections'][c]['zmq_address']);
}
mq_sockets[c]['socket'].on('disconnect', function(s){
logging.log('messenger:'+processID + '@input> ' + "disconnected: " + s._peername.port);
//console.log('> ' + util.inspect(msg, true, 99, true));
});
// TODO: future feature.
if ( GUARANTEE_DELIVERY ) {
mq_sockets[c]['socket'].set('guarantee_delivery', false);mq_sockets[c]['apikey'] = apikey;
// if guaranteed delivery and pattern is push, change to req.
if ( GUARANTEE_DELIVERY ) {
if ( zmq_pattern === 'push' ) {
zmq_pattern = 'req';
}
if ( zmq_pattern === 'pull' ) {
zmq_pattern = 'rep';
}
}
logging.log('messenger:'+processID+'@inputs> zmq_pattern: ' + zmq_pattern );
mq_sockets[c]['socket'] = mq.socket(zmq_pattern);
if ( topology['connections'][c]['zmq_socket'] == 'bind' ) {
logging.log('messenger:'+processID+"@inputs> zmq binding for apikey: " + apikey + ", namespace: " + namespace + ", at: " + zmq_pattern + "@" + zmq_address);
mq_sockets[c]['socket'].bind(topology['connections'][c]['zmq_address']);
} else {
logging.log('messenger:'+processID+"zmq connecting for apikey: " + apikey + ", namespace: " + namespace + ", at: " + zmq_pattern + "@" + zmq_address);
mq_sockets[c]['socket'].connect(topology['connections'][c]['zmq_address']);
}
mq_sockets[c]['socket'].on('disconnect', function(s){
logging.log('messenger:'+processID + '@input> ' + "disconnected: " + s._peername.port);
//console.log('> ' + util.inspect(msg, true, 99, true));
});
// TODO: future feature.
if ( GUARANTEE_DELIVERY ) {
mq_sockets[c]['socket'].set('guarantee_delivery', false);Api.prototype.setupServer = function(options) {
var self = this;
axon.codec.define('json', {
encode: JSON.stringify,
decode: JSON.parse
});
// setup a json codec
this._events = axon.socket('push');
this._events.bind(options.events);
this._events.format('json');
// setup the events socket
this._events.on('connect', function() {
self.emit('metadata', {pid: process.pid, incomingPort: options.rpc, outgoingPort: options.events});
self.emit('synchronize', {keys: _.keys(Clients)});
});
// setup some events for our outbound port
this._rpc = axon.socket('sub-emitter');
this._rpc.bind(options.rpc);
// we also setup an inbound socket which uses the sub emitter
this._rpc.on('createClient', function(key, client, dummy) {
if (typeof key === 'object') {mq_sockets[c]['apikey'] = apikey;
// if guaranteed delivery and pattern is push, change to req.
if ( GUARANTEE_DELIVERY ) {
if ( zmq_pattern === 'push' ) {
zmq_pattern = 'req';
}
if ( zmq_pattern === 'pull' ) {
zmq_pattern = 'rep';
}
}
logging.log('messenger:'+processID+'@inputs> zmq_pattern: ' + zmq_pattern );
mq_sockets[c]['socket'] = mq.socket(zmq_pattern);
if ( topology['connections'][c]['zmq_socket'] == 'bind' ) {
logging.log('messenger:'+processID+"@inputs> zmq binding for apikey: " + apikey + ", namespace: " + namespace + ", at: " + zmq_pattern + "@" + zmq_address);
mq_sockets[c]['socket'].bind(topology['connections'][c]['zmq_address']);
} else {
logging.log('messenger:'+processID+"zmq connecting for apikey: " + apikey + ", namespace: " + namespace + ", at: " + zmq_pattern + "@" + zmq_address);
mq_sockets[c]['socket'].connect(topology['connections'][c]['zmq_address']);
}
mq_sockets[c]['socket'].on('disconnect', function(s){
logging.log('messenger:'+processID + '@input> ' + "disconnected: " + s._peername.port);
});
// TODO: future feature.
if ( GUARANTEE_DELIVERY ) {
mq_sockets[c]['socket'].set('guarantee_delivery', false);
mq_sockets[c]['socket'].set('commits_hwm', QUE_HWM);for ( c = 0; c < connections.length; c++ ) {
//logging.log('messenger@stores> make ZMQ this connection!!!');
var zmq_pattern = connections[c]['zmq_pattern'];
// if guaranteed delivery and pattern is push, change to req.
if ( GUARANTEE_DELIVERY ) {
if ( zmq_pattern === 'push' ) {
zmq_pattern = 'req';
}
if ( zmq_pattern === 'pull' ) {
zmq_pattern = 'rep';
}
}
//logging.log('messenger@stores> zmq_pattern: ' + zmq_pattern );
socks[c] = mq.socket(zmq_pattern);
//logging.log('messenger@stores> zmq_address: ' + connections[c]['zmq_address']);
if ( connections[c]['zmq_socket'] === 'bind' ) {
socks[c].bind(connections[c]['zmq_address']);
} else {
socks[c].connect(connections[c]['zmq_address']);
}
//logging.log('messenger@stores> messenger, ' + connections[c]['zmq_socket'] + ':' + zmq_pattern + '@' + connections[c]['zmq_address']);
//socks[c].format('json');
// SET this from connected axon socket so can control pause() and resume().
socks[c].on('connect', function(a){
//logging.log('messenger@stores> CONNECTED --------------');
var _this = this;
exports.pause = function() {// if guaranteed delivery and pattern is push, change to req.
if ( GUARANTEE_DELIVERY ) {
if ( zmq_pattern === 'push' ) {
zmq_pattern = 'req';
}
if ( zmq_pattern === 'pull' ) {
zmq_pattern = 'rep';
}
}
logging.log('messenger@workers> zmq_pattern: ' + zmq_pattern );
if ( zmq_pattern === 'push' || zmq_pattern === 'rep' ) {
rr++;
}
socks[c] = mq.socket(zmq_pattern);
logging.log('messenger@workers> zmq_address: ' + connections[c]['zmq_address']);
if ( connections[c]['zmq_socket'] === 'bind' ) {
socks[c].bind(connections[c]['zmq_address']);
} else {
socks[c].connect(connections[c]['zmq_address']);
}
logging.log('messenger@workers> messenger, ' + connections[c]['zmq_socket'] + ':' + zmq_pattern + '@' + connections[c]['zmq_address']);
//socks[c].format('json');
// SET this from connected axon socket so can control pause() and resume().
socks[c].on('connect', function(a){
var _this = this;
var thisc = Number(c);function start() {
var local = (host === '0.0.0.0');
var responder = axon.socket('rep');
// responder.bind(port, host);
if (local) {
// this is a fudge to allow tests to work
responder.bind(port, host);
responder.once('bind', function () {
log('Ready on tcp://' + host + ':' + port + '...');
server.stop = responder.close.bind(responder);
bind();
}).on('connect', function () {
log('new connection');
});
} else {
// production based, connect to the remote port
log('Trying to connect to pull from tcp://' + host + ':' + port + '...');
responder.connect(port, host);
responder.once('connect', function () {function Logger(addrs, options) {
if ('string' == typeof addrs) addrs = [addrs];
options = options || {};
this.filter = levels[filter];
assert(addrs, 'log-server addresses required');
this.stdio = true;
this.indent = 2; // 2 is the default legacy value.
// 0 is a valid value, so use hasOwnProperty.
if (options.hasOwnProperty('indent')) {
this.indent = options.indent;
}
this.sock = axon.socket('push');
this.sock.set('hwm', options.hwm || Infinity);
this.sock.format('json');
this.connect(addrs);
}const rpc = require('axon-rpc');
const axon = require('axon');
const req = axon.socket('req');
var client = new rpc.Client(req);
req.connect(6666);
const cmd = process.argv[2];
if (cmd === '-s') {
client.call('stop', function(err, cluster){
if (!err) {
console.log('Process disconnectd');
process.exit(0);
}
});
} else {
client.call('prepare', function(err, cluster){return function(string, encoding, fd) {
stdout.write(JSON.stringify([(new Date()).toISOString(), string]));
};
}
)(process.stderr.write);
process.stdout.write = (function(write) {
return function(string, encoding, fd) {
stdout.write('\n' + JSON.stringify([(new Date()).toISOString(), string]));
};
})(process.stdout.write);
if (!process.env.SLAVE) {
const rpc = require('axon-rpc');
const axon = require('axon');
const rep = axon.socket('rep');
const server = new rpc.Server(rep);
rep.bind(6666, 'localhost');
console.log('rpc server started at 6666');
server.expose({
prepare: function(fn){
console.log('rpc connected');
cachFn = fn;
rpcServer(fn);
},
stop(fn) {
console.log('rpc disconnectd');
cachFn = fn;
rpcServer(fn, 'close');
},
});