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At \newline, our commitment has always been to push the boundaries of what it means to create a “great course”. Up until now, this meant: But, starting today, we’re pushing the boundaries even further beyond.

Angular's journey towards more reactive and efficient applications continues with the innovative use of reactive primitives and the toSignal API. This post delves into the practical implementation of these features, focusing on enhancing data stream management and application responsiveness. Reactive primitives in Angular, namely “effects”, “computed”, and “signal”, offer a streamlined approach to state management. They form the backbone of reactive programming within the framework, allowing developers to build applications that respond swiftly to changes in data. The computed reactive primitive in Angular is instrumental in wrapping the application environment with reactive capabilities. By using computed, developers can create functions that encapsulate the application's reactive state, leading to more efficient data handling.

There’s always been a love-hate relationship with front-end devs and Angular. It’s a really powerful framework, and yet so hard to get into it, especially if you’re a newer engineer.

If you’ve read the previous blog posts about server components and state management on this page, you’ll see they’re exceptionally informative, but they might lack a bit in the “real-world application” part. This post is here to change this. Let’s dive into some real-world case studies highlighting the proper use of server & client components to optimize web applications. Consider an e-commerce platform experiencing slow load times due to heavy client-side rendering. The site initially used client components to display product listings, prices, and descriptions, causing delays in page loading and poor user experience.

I might risk sounding controversial with this one, but refactoring is not just changing and tweaking a few variables here and there, or moving a function 5 lines up. Refactoring is a form of art. It's about rethinking how each piece contributes to the overall performance and user experience of a web application. In this post, we dive into how smart page architecture, specifically the interplay of server and client components, can significantly enhance the functionality of your web apps. Understanding the roles of server and client components is crucial. Server components, which run on the server, are perfect for non-interactive elements and tasks requiring heavy data processing. They boost performance by reducing the load on the client. Client components, on the other hand, are ideal for interactive elements that require immediate user feedback.