Latest Tutorials

Imagine a world where you could build an entire web application simply by describing it. Well, it’s not a fantasy anymore. Here, I’ll show you how Vercel’s v0 has revolutionized web development. By the end of this article, you’ll learn how to turn your written ideas into production-ready web applications! Vercel’s v0 is a generative AI tool with an ambitious goal – to help people build websites and web applications more efficiently. You can think of it as the ChatGPT for web developers, primarily focusing on building UI components and logic for web applications. It allows you to quickly turn your ideas into a live web app that people can interact with. For context, Vercel is the name of the company that created v0. It’s a cloud platform that provides hosting services as well as other useful tools for developers, including v0. The basic version of v0 is free (with some limitations), but it should be more than enough to get to know the tool. If you're interested in pricing, you can find it – here .

Welcome to our opening article about Cursor (AI IDE). In this article, we would cover all the basic and core knowledge that you need to know about it. And which you would be using most of the time. We’ll do it in depth, without cutting any corners! And in our next article , we'll get into even more complex topics, like advanced tips, Cursor’s Cmd+K, Composer, and Agent features. But first, we’ll start from building a really solid background. So, let's jump right in to it! Nowadays, tech grows and moves so fast that sometimes it's hard to keep up. To stay on top, we as the developers, always have to be ready embrace new tools, which can increase our productivity 10X while saving us a lot of time. One of such tools is Cursor, an IDE powered by AI that’s transforming how developers write, debug, and optimize their code. Cursor combines artificial intelligence with the standard features of an IDE to help you easily debug your code, provide smart code autocompletion, and offer many other features that can boost your productivity. Cursor is forked/built from VSCode, one of the most popular IDEs among developers. And it retains not only the familiar user-friendly interface, but large ecosystem of VS Code extensions as well. This foundation means that those already familiar with VSCode will find it relatively easy to transition to Cursor.

Here is Part 3/4 of our tutorial series on building a JavaScript micro-library for creating your apps with Web Components. As I pointed out in previous lessons, the micro-library eases the path to development with Web Components, automating a lot of the work so developers can build their apps faster. Here's what we covered so far: Now in this tutorial, Part 3, we will automate another piece of functionality for classes that use our decorator. In this case, we'll automatically attach a Shadow DOM to those classes so that the user of the library does not have to manually create a Shadow DOM for their custom elements.

In this capstone tutorial, we're going to actually use the micro-library in app code so you can see how the micro-library makes things easier for developers in real world development. In the previous steps of this 4-part tutorial, this is what we accomplished: In this final tutorial, we will now refactor an example component to use the @Component decorator and the attachShadow function from our micro-library.

As we covered in the previous tutorial , a micro-library helps developers implement common features more quickly than using the web APIs directly. Now in this tutorial, we will code our class decorator that allows our classes to instantly gain new features without writing the code for them every time. The class decorator eliminates boilerplate and allows users of the micro-library to focus on higher-level concepts while delegating common class setups to the micro-library. Implementing a class decorator is going to significantly improve the developer experience, allowing developers to code Web Components faster. We'll enhance the class-based implementation which custom elements rely on by cleaning up each constructor .