![]() ![]() ![]() ![]() This is not something you will want in production. The screen above shows the development tools opened. This will run a local build for your current operating system and boot up the desktop application. Once the scaffolding process is done, go into the root of the project ( cd my-electron-app) and run the following command to start up the desktop application: npm start Note: You don’t need to have create-electron-app installed globally to use it. We are using create-electron-app because it helps scaffold an Electron.js application that comes prepackaged with electron-forge, a tool used for packaging and creating distribution builds of our Electron.js desktop application. In the command above, we use npx to invoke the create-electron-app utility to scaffold a new Electron.js application in the folder my-electron-app. Let’s quickly scaffold a simple Electron.js application by running the following command: npx create-electron-app my-electron-app With all these installed and set up, let’s begin. Familiarity with Electron.js (Not a deal breaker but would be nice).Node.js installed on your system (version >= 11).To follow this tutorial, a few things are required: In this article, we will be configuring a continuous integration (CI) pipeline to build distribution copies of our desktop applications for different operating systems. With HTML, CSS, and JavaScript being the default languages for the web, developers can now extend their range of application development by using the same technologies to build mobile applications (made possible by the Cordova project) and desktop apps. The emergence of Electron.js made it possible to develop cross platform apps for all three of these platforms. Web, mobile, and desktop are the three most popular software application platforms. ![]()
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