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Node.js Design Patterns

Node.js Design Patterns - Fourth Edition

By : Luciano Mammino, Mario Casciaro
5 (1)
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Node.js Design Patterns

Node.js Design Patterns

5 (1)
By: Luciano Mammino, Mario Casciaro

Overview of this book

Node.js underpins much of modern web development, reliably powering APIs and full-stack apps across all industries. Authors Luciano Mammino and Mario Casciaro offer a practical guide that unpacks the JavaScript runtime so you can write reliable, high-performance Node.js apps. Building on the highly rated third edition, this new edition adds fresh case studies and the latest Node.js developments: newer APIs and libraries, ESM improvements, practical security and production tips, and guidance on using Node.js with TypeScript. It also introduces a new chapter on testing that gives you a full introduction to testing philosophy and practical guidance on writing unit, integration, and end-to-end tests, giving you the confidence to write functional, stable, and reliable code. Real-world, end-to-end examples throughout the book show how to build microservices and distributed systems with Node.js, integrating production-proven technologies such as Redis, RabbitMQ, LevelDB, and ZeroMQ, the same components you’ll find in scalable deployments at companies of all sizes. End-of-chapter exercises consolidate your understanding. By the end of this Node.js book, you’ll have the design patterns, mindset, and hands-on skills every serious Node.js professional needs to confidently architect robust, efficient, and maintainable applications.
Table of Contents (16 chapters)
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14
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15
Index

Exercises

  • 5.1 Dissecting Promise.all(): Implement your own version of Promise.all() leveraging promises, async/await, or a combination of the two. The function must be functionally equivalent to its original counterpart.
  • 5.2 TaskQueue with promises: Migrate the TaskQueue class internals from promises to async/await where possible. Hint: you won’t be able to use async/await everywhere.
  • 5.3 Producer-consumer with promises: Update the TaskQueuePC class internal methods so that they use just promises, removing any use of the async/await syntax. Hint: the infinite loop must become an asynchronous recursion. Beware of the recursive Promise resolution memory leak!
  • 5.4 An asynchronous map(): Implement a concurrent asynchronous version of Array.map() that supports promises and a concurrency limit. The function should not directly leverage the TaskQueue or TaskQueuePC classes we presented in this chapter, but it can use the underlying patterns. The function,...
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