Top 10 Examples of "serialport in functional component" in JavaScript

function VirtualSerialPortFactory() {
    try {
        var SerialPort = require('serialport');
        var serialportPackage = require('serialport/package.json');
        var semver = require('semver');

        // for v2.x serialport API
        if(semver.satisfies(serialportPackage.version, '<3.X')) {
            this.SerialPort = VirtualSerialPort;
            this.parsers = SerialPort.parsers;
            return this;
        }

        VirtualSerialPort.parsers = SerialPort.parsers;
        return VirtualSerialPort;
    } catch (error) {
        console.warn('VirtualSerialPort - NO parsers available');
    }

    return VirtualSerialPort;
}

socket.on('connectTo', function(data) { // If a user picks a port to connect to, open a Node SerialPort Instance to it
	data = data.split(',');
	console.log(chalk.yellow('WARN:'), chalk.blue('Connecting to Port ' + data));
	if (!isConnected) {
	    port = new serialport(data[0], {  parser: serialport.parsers.readline("\n"), baudrate: parseInt(data[1]) });
	} else {
	    socket.emit("connectStatus", 'Already Connected');
	    port.write("?\n"); // Lets check if its LasaurGrbl?
	    port.write("M115\n"); // Lets check if its Marlin?
	    port.write("version\n"); // Lets check if its Smoothieware?
	    port.write("$fb\n"); // Lets check if its TinyG
	}

	socket.on('closePort', function(data) { // If a user picks a port to connect to, open a Node SerialPort Instance to it
	    console.log(chalk.yellow('WARN:'), chalk.blue('Closing Port ' + port.path));
	    socket.emit("connectStatus", 'closed:'+port.path);
	    port.close();
	});

	port.on('open', function() {
	    socket.emit("connectStatus", 'opened:'+port.path);

!function outer(i){

		sp[i] = {};
		sp[i].port = ports[i].comName;
    sp[i].manufacturer = ports[i].manufacturer;
    sp[i].firmware = ""
		sp[i].q = [];
		sp[i].qCurrentMax = 0;
		sp[i].lastSerialWrite = [];
		sp[i].lastSerialReadLine = '';
		sp[i].handle = new SerialPort(ports[i].comName, {
			parser: serialport.parsers.readline("\n"),
			baudrate: config.serialBaudRate
		});
		sp[i].sockets = [];

		sp[i].handle.on("open", function() {
			//console.log(
			//	chalk.green('Connecting to'),
			//	chalk.blue(sp[i].port),
		  //	chalk.green('at'),
			//	chalk.blue(config.serialBaudRate)
			//);
			sp[i].handle.write("?\n"); // Lets check if its LasaurGrbl?
			sp[i].handle.write("M115\n"); // Lets check if its Marlin?
			sp[i].handle.write("version\n"); // Lets check if its Smoothieware?
      sp[i].handle.write("$fb\n"); // Lets check if its TinyG

var socket = new WebSocket( 'ws://sockets.mybluemix.net' );
var open = false;

// Connected
socket.on( 'open', function() {
    // Debug
    console.log( 'WebSocket connected.' );
    
    // Track connection
    open = true;
} );

// Connect to serial port
// Look for newline delimiter
var serial = new SerialPort.SerialPort( '/dev/cu.usbmodem1411', {
	parser: SerialPort.parsers.readline( '\n' ) 	
} );

// Serial data arrived
serial.on( 'data', function( data ) {
    var message = null;
    
	// Send to console for debugging
	console.log( data );
    
    // Connected to socket
    if( open ) {
        // Assemble message
        message = {
            action: 'photocell',
            value: parseInt( data.trim() )
        };

// Port name looked up in Arduino IDE
var ARDUINO_PORT = '/dev/cu.usbmodem1411';

// List ports
// Arduino will display for manufacturer
// Here for debugging purposes
SerialPort.list( function( err, ports ) {
	ports.forEach( function(port) {
		console.log( port.comName )
    } );
} );

// Connect to Arduino
// Look for newline delimiter
var serial = new SerialPort.SerialPort( ARDUINO_PORT, {
	parser: SerialPort.parsers.readline( '\n' ) 	    
} );

// Used for alternative to sub-second delivery
var light = null;

// Serial data captured from Arduino
// Note that this happens at a sub-second rate
// You may want to adjust to fit your needs
serial.on( 'data', function( data ) {
	// Send to console for debugging
	// console.log( data );
	
	// Alternative to sub-second delivery
	// Store off for slower delivery
	// Picked up by setInterval later
	light = data.trim();

////////////////////////////////////////////////////////
// Use the cool library                               //
// git://github.com/voodootikigod/node-serialport.git //
// to send break condition.                           //
////////////////////////////////////////////////////////               
var com = require("serialport");

var serialPort = new com.SerialPort("/dev/tty.usbserial-A700eTSd", {
    baudrate: 115200,
    parser: com.parsers.readline('\r\n')
  }, false);

serialPort.on('open',function() {
  console.log('Port open');
});

serialPort.on('data', function(data) {
  console.log(data);
});

function asserting() {
  console.log('asserting');
  serialPort.set({brk:true}, function(err, something) {
    console.log('asserted');

function openPort(port) {
  var serialPort = new serial.SerialPort(port.comName, {
    baudrate: port.baudrate
  }, false);

  // TODO: Retry open
  serialPort.open(function (err) {
    if (err) throw err;
    console.log('Port opened:', port.comName);
    makeTcpBridge(serialPort);
  });
}

function openPort () {
    let start_f = Math.floor ( START_FREQ / 1000 );
    let stop_f  = Math.floor ( STOP_FREQ  / 1000 );

    if( !PORT_MENU_SELECTION || PORT_MENU_SELECTION === 'AUTO' ) { // Automatic port selection
        SerialPort.list().then ( (ports, err) => {
            if ( err ) {
                console.log ( err );
                return;
            }

            let i = 0;

            console.log ( "Trying port " + ports[i].comName + " ...");
            port = new SerialPort ( ports[i].comName, { baudRate : 500000 }, function ( err ) {
                if ( err ) // Most likely the reason for the error is that the RF Explorer is not connected to this port. So we don't print an error message here.
                    return;

                setCallbacks();
                sendAnalyzer_SetConfig ( start_f, stop_f );
            });

const refreshPortList = () => {
  logger.info('serialRelay: refreshPortList');

  serialport.list().then((list) => {
    Object.keys(list).forEach((key) => {
      const portObj = list[key];
      const { comName, manufacturer } = portObj;

      // Scrape for Arduinos...
      if (autoEnableArduinos === true
          && manufacturer !== undefined) {
        if (manufacturer.indexOf('Arduino') !== -1
            || manufacturer.indexOf('Silicon Labs') !== -1) {
          console.log(`Auto-enabling: ${comName} - ${manufacturer}`);
          logger.info(`serialRelay: Auto-enabling: ${comName} - ${manufacturer}`);
          enableSerialPort(comName, { baudRate: defaultBaudRate });
        }
      }
    });

ipcMain.on ( "SET_COUNTRY", (event, message) => {
        menuJSON[MENU_COUNTRY].submenu.forEach ( function ( elem ) {
            if ( elem.code === message.country_code ) {
                elem.checked = true;
                Menu.setApplicationMenu ( Menu.buildFromTemplate ( menuJSON ) );
            }
        });
    });

    menuJSON.push ( portMenuJSON  );
    menuJSON.push ( toolsMenuJSON );
    menuJSON.push ( helpMenuJSON  );

    // Add serial ports to the menu
    SerialPort.list().then ( (ports, err) => {
        let portNameArr = [];

        if ( err ) {
            console.log ( err );
            return;
        }
        
        ports.forEach ( ( port ) => {
            portNameArr.push ( port.comName );
        });

        menuJSON[MENU_PORT].submenu[0] = { label: 'Auto', type: 'radio', click () { wc.send ( 'SET_PORT',  portNameArr ); } }

        portNameArr.forEach ( ( port ) => {
            menuJSON[MENU_PORT].submenu.push (
                {