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How to use the address function from ip

Find comprehensive JavaScript ip.address code examples handpicked from public code repositorys.

IP address is a JavaScript module that provides a set of functions for working with IP addresses, including functions for validating, parsing, and manipulating IP addresses.

os_utils.js

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    return items;
}


async function discover_virtual_appliance_address(app = config.KUBE_APP_LABEL) {
    const public_ip = await net_utils.retrieve_public_ip();
    if (!public_ip || public_ip === ip_module.address()) {
        return [];
    }


    // Addr rpc services ports.

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+ 2 other calls in file

ice.js

GitHub: noobaa/noobaa-core

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if (self.config.offer_ipv4 === false && n.family === 'IPv4') return;
if (self.config.offer_ipv6 === false && n.family === 'IPv6') return;
n.ifcname = name;
self.networks.push(n);
// for the nodes internal ip - add public_ips as another network interface. take same parameters as internal ip
if (n.address === ip_module.address() &&
    self.config.public_ips.length) {
    self.config.public_ips.forEach(ip => {
        if (ip === n.address) return;
        const public_n = _.clone(n);

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How does ip.address work?

IP address works by providing a set of functions that can be used to work with IP addresses. One of the key functions provided by this library is address.toLong(), which takes an IP address as input and returns a 32-bit integer representation of the IP address. The function converts the IP address to a binary string, and then uses bitwise operators to convert the binary string to a 32-bit integer. Other functions provided by the IP address library include functions for converting between IP address notations (such as dotted decimal notation and hex notation), validating IP addresses, and checking whether an IP address is within a specified range. These functions can be useful in situations where it is necessary to work with IP addresses, such as when configuring network devices or performing network analysis. By providing a set of convenient and reliable functions, IP address can help to simplify and streamline these tasks.

webpack.config.js

GitHub: davenaeder/Sketches

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const path              = require('path');
const ExtractTextPlugin = require("extract-text-webpack-plugin");
const ip                = require('ip');
const prod              = process.env.NODE_ENV === 'production';

const serverIp = ip.address();

// console.log('Serverip : ', serverIp, 'http://'+serverIp+':8080');

function getOutput() {

broadcast.js

GitHub: yue/crossclip

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this.queue = new Bobolink({concurrency: 1})

this.key = crypto.createHmac('sha256', key).digest('hex').substr(0, 32)
this.iv = 'valar morghulis!'

this.ip = ip.address()
this.subnetMask = '255.255.255.0'
this.broadcastAddress = ip.subnet(this.ip, this.subnetMask).broadcastAddress

this.server = dgram.createSocket('udp4')

Ai Example

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const ip = require("ip");

// Define an IP address in dotted decimal notation
const ipAddress = "192.168.0.1";

// Convert the IP address to a 32-bit integer representation
const ipInt = ip.toLong(ipAddress);

// Output the result to the console
console.log(`IP address: ${ipAddress}`);
console.log(`Integer representation: ${ipInt}`);

In this example, we use ip.toLong() from the IP address library to convert an IP address (ipAddress) from dotted decimal notation to a 32-bit integer representation. The function returns the integer representation of the IP address, which we output to the console along with the original IP address. By using the IP address library, we can easily convert between different IP address notations and perform other IP address-related tasks in a convenient and reliable way.

karma.conf.js

GitHub: lelandpaul/ringingroom

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  files = files.concat([
    jqueryFile,
    'dist/js/bootstrap.js'
  ])
} else if (browserStack) {
  conf.hostname = ip.address()
  conf.browserStack = {
    username: process.env.BROWSER_STACK_USERNAME,
    accessKey: process.env.BROWSER_STACK_ACCESS_KEY,
    build: `bootstrap-${new Date().toISOString()}`,

app.cjs

GitHub: drelocatelli/superMarioBrosOnline

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  url: 'https://api.ipify.org?format=json'
}).then(response => {
  return res.json(
    {
      publicIp: response.data.ip, 
      privateIp: ip.address(),
      isPrivate: ip.isPrivate(response.data.ip)
    });

}).catch(err => {

karma.conf.js

GitHub: RICE0707/Elysia_Bot

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    }
  }
};

if (browserStack) {
  conf.hostname = ip.address();
  conf.browserStack = {
    username: process.env.BROWSER_STACK_USERNAME,
    accessKey: process.env.BROWSER_STACK_ACCESS_KEY,
    build: 'bootstrap-v3-' + new Date().toISOString(),

app.js

GitHub: ko-isobe/tamproto

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const setServIP = () => {
    return new Promise((resolve, reject) => {
        let ipAddress = null;
        dns.lookup('tam_srv_ip', (err, address, family) => {
            if (typeof address === "undefined") {
                ipAddress = ip.address();
            } else {
                ipAddress = address;
            }
            resolve(ipAddress);

+ 2 other calls in file

Server.js

GitHub: tutinoko2048/SocketBE

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/** @type {Logger} */
this.logger = new Logger(this, 'Server');

/** @type {string} */
this.ip = ip.address();

this.events = new Events(this);
this.#worlds = new Map();
this.#worldNumber = 0;

+ 3 other calls in file

main.js

GitHub: hausbus/ioBroker.hausbus_de

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});

udpSocket.on('message', handleIncomingMessage);
udpSocket.bind(DEFAULT_UDP_PORT, BROADCAST_RECEIVE_IP);

var parts = ip.address().split(".");

var mask="";
const ifaces = require('os').networkInterfaces();

+ 4 other calls in file

index.js

GitHub: ShrimpdependenceDay/gemini-stream

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}

// Send init command back to renderer
init_data = {
  cpu_count: cpu_count,
  ip_address: ip.address(),
  device_name: os.hostname(),
  client_ip: current_settings.client_ip,
  server_port: current_settings.server_port,
  client_port: current_settings.client_port,

+ 2 other calls in file

karma.conf.js

GitHub: abdelrahmanShabaan/Node-js-mongodb

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    }
  }
}


if (BROWSERSTACK) {
  config.hostname = ip.address()
  config.browserStack = {
    username: ENV.BROWSER_STACK_USERNAME,
    accessKey: ENV.BROWSER_STACK_ACCESS_KEY,
    build: `bootstrap-${ENV.GITHUB_SHA ? ENV.GITHUB_SHA.slice(0, 7) + '-' : ''}${new Date().toISOString()}`,

+ 3 other calls in file

Camera.js

GitHub: Plume-yu/HAP-NodeJS

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  sessionInfo["audio_port"] = targetPort;
  sessionInfo["audio_srtp"] = Buffer.concat([srtp_key, srtp_salt]);
  sessionInfo["audio_ssrc"] = ssrc; 
}

let currentAddress = ip.address();
var addressResp = {
  address: currentAddress
};

StreamController.js

GitHub: Plume-yu/HAP-NodeJS

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  self.cameraSource.prepareStream(request, function(response) {
    self._generateSetupResponse(self.sessionIdentifier, response, callback);
  });
} else {
  request["targetAddress"] = ip.address();
  var promises = [];

  var videoSSRCNumber = crypto.randomBytes(4).readUInt32LE(0);
  self.videoProxy = new RTPProxy({

+ 3 other calls in file

index.js

GitHub: bbharathkumarreddy/ip-dash

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 * Returns the private ip address of the current running process.
 * @param {string} ip
 * @returns {string} ip
 */
ipDash.getMyPrivateIP = function () {
  nodeIp.address();
};


/**
 * Returns the ip address of user from request in the order of X-Client-IP,

index.js

GitHub: jamesgrams/guystation

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return new Promise( (resolve, reject) => {
    let ipTries = 0;
    let waitForIp = async function() {
        ipTries++;
        try {
            let ipAddr = ip.address();
            if( !ip.isLoopback(ipAddr) ) {
                resolve(ipAddr);
                return;
            }

IPRange.js

GitHub: smartprix/koa-request

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    return this.isGoogleIp(ip) || compiledSearchIps.has(ip);
}

static isLocalhost(ip) {
    if (!publicIp) {
        publicIp = ipLib.address('public') || '0.0.0.0';
    }
    if (!privateIp) {
        privateIp = ipLib.address('private') || '127.0.0.1';
    }

+ 3 other calls in file

dockerManager.js

GitHub: jsreport/jsreport

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  releaseTimeout,
  busyQueueWaitingTimeout,
  numberOfWorkers,
  customContainersPoolFactory
}, workerOptions, workerSystemOptions) => {
  reporter.options.ip = reporter.options.ip || ip.address()


  const serversChecker = createServersChecker(reporter, {
    ip: reporter.options.ip,
    stack: reporter.options.stack,

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index.js

GitHub: htool/signalk-icom-m510e-plugin

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plugin.start = function (options, restartPlugin) {
  // Here we put our plugin logic
  app.debug('Plugin started');
  var unsubscribes = [];
var udp = require('dgram');
  var myIP = ip.address()
  var myIPHex = ip2hex(myIP)
  var radioIPhex = "unlikely"
  var radioPorthex = "unlikely"
  var broadcastIP = '255.255.255.255'

docHelper.js

GitHub: ltimakash/LTI_FBS

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const { PET_CIT_MAP } = require('../utils/petMapping');
const { emitEvent } = require('../connection/socketConnection');


const getCITInfo = async ({ groupId, book, version }) => {
    const userId = process.env.USER || "";
    const getip = ip.address();
    const trans = "IA-Get Group Booklet Outline Info";
    let legalName = '';


    const petPool = await getDBPool(CONSTANT.CIT);

Other functions in ip

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