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JavaScript Design Patterns

JavaScript Design Patterns

By : Hugo Di Francesco
5 (5)
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JavaScript Design Patterns

JavaScript Design Patterns

5 (5)
By: Hugo Di Francesco

Overview of this book

Unlock the potential of JavaScript design patterns, the foundation for development teams seeking structured and reusable solutions to common software development challenges in this guide to improving code maintainability, scalability, and performance. Discover how these patterns equip businesses with cleaner and more maintainable code, promote team collaboration, reduce errors, and save time and costs. This book provides a comprehensive view of design patterns in modern (ES6+) JavaScript with real-world examples of their deployment in professional settings. You’ll start by learning how to use creational, structural, and behavioral design patterns in idiomatic JavaScript, and then shift focus to the architecture and UI patterns. Here, you’ll learn how to apply patterns for libraries such as React and extend them further to general web frontend and micro frontend approaches. The last section of the book introduces and illustrates sets of performance and security patterns, including messaging and events, asset and JavaScript loading strategies, and asynchronous programming performance patterns. Throughout the book, examples featuring React and Next.js, in addition to JavaScript and Web API examples, will help you choose and implement proven design patterns across diverse web ecosystems, transforming the way you approach development.
Table of Contents (16 chapters)
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1
Part 1:Design Patterns
5
Part 2:Architecture and UI Patterns
9
Part 3:Performance and Security Patterns

The provider pattern

The provider pattern in React is where one component in the tree makes data accessible to all its descendants. This is usually accomplished using the React Context primitive.

Use case – the prop drilling problem

The key use case for the provider pattern is to avoid the prop drilling problem.

A large majority of the time, a component’s main input is the prop it receives from its parent component. A state management pattern to share state between components in React is to lift state up. Lifting state up means to store relevant state in a common ancestor of the components that require the shared state.

As stated in the React.js docs (https://react.dev/learn/sharing-state-between-components)

When you want to coordinate two components, move their state to their common parent. Then pass the information down through props from their common parent

This can lead to prop drilling when the common parent has multiple components between it and...

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JavaScript Design Patterns
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