An Overview Of The Architecture Of Electron.js

When it’s about developing apps for desktops, Electron.js is the most recognized and widely used framework. What does its architecture incorporate? What’s under the hood of Electron.js? This topic aims to unearth these aspects.

Over the last few years, more and more developers have been using JavaScript in the realm of web browsers. They combined it with frameworks and libraries like Vue, Angular, and React. In the same way, JavaScript crossed the boundaries of web browsers with React Native, Node.js, and Deno.

One such framework is Electron.js, and it’s one of the most preferred frameworks among developers for cross-platform desktop app development. Since the day it came out in 2013, Electron.js has been growing consistently. A few of the most recognized and widely used desktop apps created using this framework include Twitch, VS Code, and Slack.

How it works

So, how does an electron.js application development company use the framework? It embeds Node.js and Chromium in its binary, which allows web developers to create desktop apps without writing native code. Electron.js leverages a multi-process model comprising of the renderer and main processes. This approach is in tandem with the Chromium browser.

Every app’s window is a render process that isolates code execution at the window level. The primary process is in charge of the app’s lifecycle management, render process or window management, and native APIs, such as notifications, tray icons, and system menus.

Visit here for more: https://www.moontechnolabs.com/blog/an-overview-of-the-architecture-of-electronjs/