📚 Main Topics

1. Web Development Architecture

   • Evolution from monolithic architecture to modern frameworks.
   • Differences between server-side rendering (SSR) and client-side rendering (CSR).

2. Server-Side Rendering (SSR)

   • Definition and process of SSR.
   • Advantages: Faster initial page load, better SEO.
   • Challenges: Increased server load, delays during page transitions, maintenance difficulties.

3. Client-Side Rendering (CSR)

   • Definition and process of CSR.
   • Advantages: Dynamic user experience, real-time updates.
   • Disadvantages: Slower initial load, poor SEO.

4. Angular Universal

   • Introduction to Angular Universal for implementing SSR.
   • Steps to add SSR to an Angular application.
   • Pre-rendering static pages for improved performance.

5. Hydration in Angular

   • Definition of hydration and its importance.
   • Traditional destructive hydration vs. improved hydration methods.
   • Benefits of hydration: Preventing UI flicker and enhancing performance.

6. Angular 16 and 17 Updates

   • Changes in hydration features and SSR support in Angular 17.
   • CLI enhancements for easier SSR implementation.

✨ Key Takeaways

• SSR vs. CSRSSR is beneficial for SEO and initial load times, while CSR offers a smoother user experience but can hinder SEO.
• Angular UniversalA powerful tool for adding SSR to Angular applications, allowing for better performance and SEO.
• HydrationA crucial process that enhances the user experience by preventing flickering and improving load times.

🧠 Lessons

• Understanding the trade-offs between SSR and CSR is essential for web application development.
• Implementing SSR can significantly improve SEO and initial load times, making it a valuable feature for Angular applications.
• Hydration techniques in Angular can optimize performance and user experience, especially in applications that rely on server-rendered content.