react VS tour-of-heroes-react-cypress-ts

Hello and welcome! It's fantastic that you're looking to broaden your expertise in front-end development. Transitioning from Flutter to React and Angular is a great move, as it will provide you with a well-rounded skill set. ### Resources for Learning React: 1. **Official Documentation:** Start with the [official React documentation](https://reactjs.org/). It's well-written and comprehensive. 2. **React Fundamentals Courses:** Platforms like [freeCodeCamp](https://www.freecodecamp.org/) and [Codecademy](https://www.codecademy.com/) offer free React courses. 3. **React Hooks:** Understand the concept of hooks, a powerful feature in React. The [React Hooks documentation](https://reactjs.org/docs/hooks-intro.html) is a great resource. 4. **Project-Based Learning:** Build small projects to apply your knowledge. You can find ideas on platforms like [GitHub](https://github.com/) or [CodePen](https://codepen.io/). 5. **React Router:** Learn how to handle navigation in React using [React Router](https://reactrouter.com/). ### Resources for Learning Angular: 1. **Official Documentation:** Similar to React, start with the [official Angular documentation](https://angular.io/). 2. **Angular Tour of Heroes:** This is a hands-on tutorial provided in the Angular documentation. It's an excellent resource for getting started. 3. **Angular University:** [Angular University](https://angular-university.io/) offers comprehensive courses on Angular. 4. **RxJS:** Learn about reactive programming using RxJS, which is heavily used in Angular. You can find resources on the [official RxJS documentation](https://rxjs.dev/). 5. **Build Real-World Apps:** Build practical applications to solidify your understanding. The more you code, the better you'll become. ### Making a Mark in the Open-Source Front-End Space: 1. **GitHub Contributions:** Contribute to existing open-source projects. This not only helps you learn but also establishes your presence in the community. 2. **Create Your Projects:** Start small with your open-source projects. Share them on GitHub, and seek feedback from the community. 3. **Participate in Hackathons:** Join online hackathons or coding challenges. They're great for learning and networking. 4. **Follow Blogs and Newsletters:** Stay updated with the latest trends and best practices in the front-end world. Subscribe to newsletters like [JavaScript Weekly](https://javascriptweekly.com/) or [React Status](https://react.statuscode.com/). 5. **Join Forums and Communities:** Engage with developers on platforms like [Stack Overflow](https://stackoverflow.com/) or specialized forums for React and Angular. Remember, the key is consistent practice and learning by doing. Good luck on your journey, and feel free to reach out if you have more questions! 🚀

React: Facebook's JavaScript library for building user interfaces. Start with their official tutorial.

In the realm of web development, tools and frameworks are often weighed against each other to determine their strengths, weaknesses, and best use cases. As React is currently the reigning king of frontend, it’s expected one would compare HTMX and React. While they serve similar end goals of creating dynamic web applications, their approaches are different.

So, how did we get there? To follow along with this blog post you’ll need some basic knowledge of React and JavaScript.

SDC stands for Single Directory Components. It is a way to organize components in a single directory instead of splitting them across different folders. This approach is similar to the one used by React and Vue.js.

In this article, you'll learn how to build a real-time project management app using React, Socket.IO, and Bryntum Gantt, a powerful tool that can help you easily set up project tasks, track their progress, and collaborate with team members.

The Bryntum Scheduler is a JavaScript scheduling library that can be integrated with all the popular frontend frameworks, including React, Angular, and Vue.js. It offers a high-performant scheduling UI component based on the Bryntum Grid.

React

The Before I Die Code project’s front end is built with React, JavaScript, HTML, and CSS, and it’s currently deployed on Vercel. However, the technology will change with the deployment as I am planning on applying for this open-source project to be featured on the GitHub explore page. For this, the project will need to be using GitHub pages.

ReactJS is very performant by default. But now and then, you get a chance to make it even better. And the incredible React community has come up with some fantastic libraries.

ToH is the final app built in the book CCTDD: Cypress Component Test Driven Design. It has a few dozen Cypress component tests and their RTL mirrors. We will cover a few examples to showcase the main differences.

We'll start by examining a Tour of Heroes repo, featured in the book CCTDD: Cypress Component Test Driven Design. This repository demonstrates various test checks, including lint (ESLint), type checks (TS), unit tests (Jest), and Cypress component tests & end-to-end tests. The tests are parallelized to reduce feedback time to approximately five minutes, which is an optimal duration to promote a continuous feedback loop for this size of repo.

Any blog post is lackluster without working code, so here is a PR from scratch adding esbuild to a repository with Cypress. You can find the final code on the main branch of the repository we will use in this example. Other examples can be found at tour-of-heroes-react-cypress-ts as well as a VueJS app. The framework and the bundler the framework uses are irrelevant, any repo can take advantage of cypress-esbuild-preprocessor for e2e tests.

This is a new section in my book, chapter 20 of CCTDD: Cypress Component Test Driven Design. It is being shared here to reach a wider audiance. All the content is paired with the application Tour of Heroes in React Cypress TS. The PR for the functional refactor can be found in here. While all the code is copy pastable, you can find working prototypes here and here.

In the previous post we covered triple combined coverage in a React app written in JS . Alas, Typescript can be tricky with combined code coverage. We continue the series with a Typescript example using the React TS app featured in the book CCTDD: Cypress Component Test Driven Design. The application built in the book is in TS, includes Cypress e2e, CT tests, as well as React Testing Library mirrors of them. The repo tour-of-heroes-react-cypress-ts has the final version of the repo with triple combined coverage setup. The state of the repo prior to code coverage is in the branch before-code-coverage and there is a sample PR for reproducing this guide.