Let's say you want to host domains first.com
and second.com
.
Create folders for their files:
var net = require('net'); | |
var sockets = []; | |
var port = 8000; | |
var guestId = 0; | |
var server = net.createServer(function(socket) { | |
// Increment | |
guestId++; | |
socket.nickname = "Guest" + guestId; |
/* | |
** | |
** Example of Interprocess communication in Node.js through a UNIX domain socket | |
** | |
** Usage: | |
** server> MODE=server node ipc.example.js | |
** client> MODE=client node ipc.example.js | |
** | |
*/ |
var net = require('net'); | |
// creates the server | |
var server = net.createServer(); | |
//emitted when server closes ...not emitted until all connections closes. | |
server.on('close',function(){ | |
console.log('Server closed !'); | |
}); |
This is an example of using module tls
in NodeJS to create a client securely connecting to a TLS server.
It is a modified version from documentation about TLS, in which:
const electron = require('electron'); | |
const path = require('path'); | |
const fs = require('fs'); | |
class Store { | |
constructor(opts) { | |
// Renderer process has to get `app` module via `remote`, whereas the main process can get it directly | |
// app.getPath('userData') will return a string of the user's app data directory path. | |
const userDataPath = (electron.app || electron.remote.app).getPath('userData'); | |
// We'll use the `configName` property to set the file name and path.join to bring it all together as a string |
references = {} | |
dictionary = [] | |
def randomized(x, y): | |
from random import randint | |
return randint(x, y) | |
def cracker_per_digit(x): |
import { createCipheriv, createDecipheriv, randomBytes } from "crypto"; | |
const ENCRYPTION_KEY: string = process.env.ENCRYPTION_KEY || ""; // Must be 256 bits (32 characters) | |
const IV_LENGTH: number = 16; // For AES, this is always 16 | |
/** | |
* Will generate valid encryption keys for use | |
* Not used in the code below, but generate one and store it in ENV for your own purposes | |
*/ | |
export function keyGen() { |
var time = 60; var clock = 300; function TimeHack(){ | |
setInterval(function Applytime() { | |
document.getElementsByClassName('timerLabel whiteTextWithShadow font-60 ng-binding')["0"].innerText = time; document.getElementsByClassName('timerLabel whiteTextWithShadow font-60 ng-binding')["0"].innerHtml = time; | |
document.getElementsByClassName('clockHand').rotate = clock; | |
}, 1);}; function TimeHackm() { | |
setInterval(function Addtime() { | |
time = time + 1; | |
clock = clock + 6; | |
}, 1000);} | |
var score = 1; |