dom-examples VS Composer

If you have a moment, take a look through the Web API docs from MDN. I guarantee you will find something new that solves a problem you needed to build your own solution for in the past.

This is a problem! Ideally, your backend application should be platform-independent by following the standardized Web API. This way, you could run it across most JavaScript platforms.

Fonte: MDN web docs

References MDN Chrome Docs

> if writing a browser today is in fact easier than both writing AND maintaining a browser a decade back.

Probably not. Yeah we have web standards and some idea of how to architect it, but the total set of APIs and HTML/CSS/JS features a browser supports is probably changing faster than the Ladybird team can actively implement it. The API surface is just impossibly large compared to 10 or 15 years ago. Look at all of these: https://developer.mozilla.org/en-US/docs/Web/API

I added polyfills for the Web APIs used in the React code.

In addition to pure JavaScript, there are hundreds of Web APIs documented at MDN. These APIs cover everything from the DOM to Web Workers with great detail.

I'm reading MDN Web Docs on Web APIs. There are two basic sections, specifications and interfaces.

The biggest difference is usually found in what non-ECMAscript standard JS web apis or features are implemented in different browsers. Here's a list of typical web APIs, and for many of them there is a compatibility table at the bottom detailing which browser do or do not support it. https://developer.mozilla.org/en-US/docs/Web/API

First, let's set up Flight and create our project. You can download Flight from its GitHub repository or installed via composer. Composer is generally the way to go.

Composer installed globally

That's because Composer stores information about all packages that should be installed in composer.lock together with some of their metadata. This helps to manage the dependencies efficiently and browse most information offline but there is currently no built-in way to compare these files when changed.

Delving into PHP frameworks like Laravel or Symfony is like building a skyscraper, with Composer acting as your "construction foreman," guiding you step by step to ensure your code is robust and awe-inspiring. This stage involves getting familiar with popular PHP frameworks such as Laravel, Symfony, CodeIgniter, etc., and utilizing the functionalities provided by these frameworks to rapidly develop efficient, maintainable web applications. Tools to consider: Laravel, Composer.

In our example application we will manage dependencies via Composer.

Our project template is equipped with Composer and an autoload class pre-installed. This inclusion in the repository streamlines the setup process, particularly for this access-token course. Composer, a dependency manager for PHP, simplifies the integration of external libraries and ensures efficient autoloading of classes. It plays a pivotal role in managing project dependencies, enabling developers to focus more on implementation rather than manual library management. If you're unfamiliar with Composer or need guidance on its installation, refer to the following link for detailed instructions: [https://getcomposer.org/] and this article for more details on the setup of the packages in this project.

On you Jenkins server, install PHP, its dependencies and Composer tool (Feel free to do this manually at first, then update your Ansible accordingly later)