Newline Commerce demo app

Performance matters

The Rendering Triforce

Rendering in Newline Commerce (demo)

Introduction to the Course

Static RSC - the new default

Getting data, statically

Update data, with Server Actions

Static Pages with Dynamic data

Static is great, you want static

Page-level "revalidatePath"

Datasource-level "revalidateTag"

Up-To-Date Static Rendering

Client-side data fetching recap

Relaying with SWR

Client-Server Relaying

Mix Static and Dynamic Rendering

Partial Prerendering (PPR)

Congratulations!

Conclusion

The **Blazing Fast Next.js with React Server Components** course equips you with the skills needed to master Next.js Static Rendering, coupled with Server Actions but also client-side and dynamic rendering. From foundational concepts to practical implementation, you'll gain a deep understanding of how to leverage Next.js for optimal performance and dynamic content delivery.

## **Blazing Fast Next.js with React Server Components**

### Build a Content Application with Dynamic Data - Newline Commerce

Welcome to the "Blazing Fast Next.js with React Server Components - Design patterns to accelerate Next.js Apps with Static Rendering and Server Actions" course. Throughout this program, we will guide you through the intricacies of Next.js, focusing on Server Actions and static rendering techniques. In this informative journey, we will collaboratively construct a content application named Newline Commerce.

Join us as we explore the foundations of Next.js, implementing dynamic data and server-side actions to bring Newline Commerce to life. This course is your gateway to mastering the art of server actions and static rendering in the context of real-world web development.

### How The Course Works

- The Blazing Fast Next.js with React Server Components course is a 6-module online program where you will delve into Next.js powerful patterns such as Server Actions, Static Rendering, Client-Server Relaying or Partial Prerendering. Learn to deliver fresh content to your end users with optimal performances and cost efficiency.
- Remote: Take the course from anywhere, allowing you to participate from the comfort of your preferred location.
- Self-paced: Tailor the course to fit your schedule. With a self-paced structure, you have the flexibility to learn at your own pace, ensuring a stress-free educational experience.
- Community: Engage with other students in a collaborative learning environment. Share insights, discuss challenges, and expand your understanding within a supportive community.
- Structured: Experience a cohesive and organized learning journey. The course is structured to guide you through each module in a logical and progressive fashion, ensuring a comprehensive understanding of Next.js Server Actions and Static Rendering.

### The Challenge

Navigating the realm of Next.js can be a daunting endeavor for many aspiring developers. As you embark on your journey to master this powerful framework, you may encounter several challenges:

- **Complexity Overload:** Next.js, with its robust capabilities, can overwhelm newcomers. Understanding the intricate balance between Next.js server-centric features and data update requirements requires a structured approach.
- **Dynamic Content Dilemma:** Implementing dynamic content in web applications often poses a challenge, especially when it comes to delivering fresh data efficiently to end users.
- **Performance Concerns:** Ensuring optimal performance while maintaining cost efficiency is difficult. Achieving this balance with Next.js demands a nuanced understanding of its patterns and practices.
- **Lack of Cohesive Learning Resources:** Piecing together information from various sources can be time-consuming and confusing. A structured learning path is essential for a comprehensive understanding of Next.js.

### The Frustration

Newcomers often find themselves frustrated by the lack of clarity and guidance in mastering Next.js. The complexity of static rendering aside from trivial use cases can be a significant roadblock, leading to confusion and hindered progress.

### How This Course Helps

The "Blazing Fast Next.js with React Server Components" course is designed to address these challenges head-on. Through a carefully crafted curriculum, you will gain a clear understanding of Next.js, overcome common hurdles, and confidently apply static rendering with revalidation in your web development projects.


### Unlock the Potential of Next.js in 2024

In the dynamic landscape of web development, staying ahead is key. Here's why learning Next.js in 2024 is advantageous for you:

1. **Enhanced Performance:**
Next.js continues to evolve, offering enhanced performance features that cater to the growing demand for faster, more efficient web applications.
2. **Industry Relevance:**
As of 2024, Next.js maintains its position as a leading framework, backed by a vibrant community and widespread adoption in the industry. Learning it now ensures you align with current development trends.
3. **Scalability for Modern Applications:**
In an era where scalability is paramount, Next.js provides the tools to build scalable applications that adapt to the demands of modern web development.
4. **SEO Optimization:**
Next.js server-side rendering capabilities contribute to improved SEO performance, a crucial factor for ensuring your web applications are discoverable and accessible.
5. **Developer-Friendly Ecosystem:**
With an ever-expanding ecosystem and a focus on developer experience, learning Next.js in 2024 means immersing yourself in a framework designed to streamline your development workflow.

Equip yourself with the skills to thrive in the current web development landscape. Learning Next.js in 2024 positions you at the forefront of technology, offering a competitive edge in your professional journey.

Design patterns to accelerate Next.js Apps with Static Rendering and Server Actions

Learn how to build blazingly fast websites with Next.js. Static rendering is often underrated: it’s very fast, very cheap, but hard to use in advanced scenarios. This course introduces students to personalization with static rendering by using React Server Components, the latest paradigm shift in React. By the end of this course, you'll have learned advanced Next.js concepts like server actions, static revalidation, client-server relaying, or partial prerendering, and you'll know when and how to apply different server rendering strategies in large, production-grade Next.js applications. This course mixes recent advanced concepts like Server Action and static rendering in a way that students won’t find in the documentation. Not only will this apply to any content application but also it will apply to dashboards or multi-tenant SaaS.

Blazing Fast Next.js with React Server Components

Fetch and cache data from a database inside a React Server Component.

Handle form submissions using Next.js Server Actions.

Perform client-side data fetching in Next.js with SWR.

Why the performance of a content application matters and how it's related to different rendering strategies

How to statically fetch data on a server with React Server Components (RSC)

How to update static pages with fresh content via data revalidation in Server Actions

How to perform relaying with SWR, a React Hooks library for data fetching

How to mix dynamic and static rendering via Partial Prerendering (PPR), an experimental feature introduced in Next.js 14

Mixing static and client-side rendering with "relaying"

In web application development, choosing the right rendering technology greatly influences the speed, scalability, and overall user experience of the application.

While static rendering is the fastest and most affordable rendering method, it doesn't always serve the interactive needs of modern web applications. 

In previous lessons, we have tried to keep static rendering around as much as possible, because that’s the cheapest and fastest approach for rendering content. It scales almost infinitely, and yet we can have always fresh data.

Now, it doesn’t mean that we should not use the other rendering approaches. Better, we could mix static and client or dynamic rendering. 

This module is dedicated to static + client-side rendering and explains a pattern I call “relaying”.

Server rendering (static or dynamic) implies a page refresh

One limitation of static rendering is that the user must reload the page to get new content. That's actually also true for dynamic rendering, since both happens on the server.

Client-side data fetching can bypass this limitation, and updates the data regularly with JavaScript in the browser.

You may think you’re are teaching your users to be very lazy here. Refreshing the page only requires a click! 

But when a good call to action like our preorder counts increases your conversion ratio by 10 points, you certainly want to remove the need for a page refresh.

Hopefully, there are also less “cynical” use cases! Maybe you want to build a real-time chat, or an auto-updating dashboard.

## Client-side data fetching (and rendering) in React

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## Mixing static and client-side rendering with "relaying"

In web application development, choosing the right rendering technology greatly influences the speed, scalability, and overall user experience of the application.

While static rendering is the fastest and most affordable rendering method, it doesn't always serve the interactive needs of modern web applications. 

In previous lessons, we have tried to keep static rendering around as much as possible, because that’s the cheapest and fastest approach for rendering content. It scales almost infinitely, and yet we can have always fresh data.

Now, it doesn’t mean that we should not use the other rendering approaches. Better, we could mix static and client or dynamic rendering. 

This module is dedicated to static + client-side rendering and explains a pattern I call “relaying”.

## Server rendering (static or dynamic) implies a page refresh

One limitation of static rendering is that the user must reload the page to get new content. That's actually also true for dynamic rendering, since both happens on the server.

Client-side data fetching can bypass this limitation, and updates the data regularly with JavaScript in the browser.

## Use cases for client-side refresh

You may think you’re are teaching your users to be very lazy here. Refreshing the page only requires a click! 

But when a good call to action like our preorder counts increases your conversion ratio by 10 points, you certainly want to remove the need for a page refresh.

Hopefully, there are also less “cynical” use cases! Maybe you want to build a real-time chat, or an auto-updating dashboard.

\## Client-side data fetching (and rendering) in React

If you are already an experimented React user, you may already be familiar with client-side data fetching.

The base idea is to combine `useEffect` to trigger an asynchronous call (remember that client-side React cannot use “async” directy (yet), only RSC can), `useState` to store the data, and `fetch` for the actual request.

Learn

The newline Guide to Building Your First GraphQL Server with Node and TypeScript

Teach

Amelia Wattenberger

Author of Fullstack D3

Community

Blazing Fast Next.js with React Server Components

WELCOMEIntroduction

Introduction:

Start Here

Module 1: Introduction to the Course

Lesson 1: (1:51)

Newline Commerce demo app

Lesson 2: (1:31)

Performance matters

Lesson 3: (3:00)

The Rendering Triforce

Lesson 4: (1:37)

Rendering in Newline Commerce (demo)

Module 2: Static Pages with Dynamic data

Lesson 1: (6:51)

Static RSC - the new default

Lesson 2: (6:38)

Getting data, statically

Lesson 3: (6:30)

Update data, with Server Actions

Module 3: Up-To-Date Static Rendering

Lesson 1: (6:09)

Static is great, you want static

Lesson 2: (7:07)

Page-level "revalidatePath"

Lesson 3: (8:43)

Datasource-level "revalidateTag"

Module 4: Client-Server Relaying

Lesson 1: (10:18)

Client-side data fetching recap

Lesson 2: (9:16)

Relaying with SWR

Module 5: Partial Prerendering (PPR)

Lesson 1: (9:43)

Mix Static and Dynamic Rendering

Module 6: Conclusion

Lesson 1: (5:21)

Congratulations!

Client-side data fetching recap