Stuff Goes Bad: Erlang in Anger
✒️ By Fred Herbert
Stuff Goes Bad: Erlang in Anger takes you on a deep dive into the world of Erlang programming. This book is not just for beginners. It challenges seasoned developers too. Fred Herbert shares his experiences, both good and bad. He emphasizes the importance of resilience in coding. You will learn how to handle errors gracefully. This book is essential for anyone serious about mastering Erlang.
Book Overview
In Stuff Goes Bad: Erlang in Anger, Fred Herbert explores the intricacies of Erlang. He discusses its unique features and capabilities. The book covers error handling, concurrency, and fault tolerance. Each chapter includes real-world examples. These examples illustrate common pitfalls and how to avoid them. Herbert also provides practical tips for debugging. You will find exercises to reinforce your understanding. Overall, this book serves as a comprehensive guide to Erlang programming.
Why Read This Book
This book is valuable for multiple reasons. First, it offers practical insights from a seasoned expert. Fred Herbert’s anecdotes make complex concepts accessible. Second, it focuses on real-world applications. You won’t just learn theory; you will apply it. Lastly, the book prepares you for challenges in software development. It equips you with the tools to handle errors effectively. Overall, this book is a must-read for aspiring Erlang developers.
Who This Book Is For
Stuff Goes Bad: Erlang in Anger is for a diverse audience. It targets both beginners and experienced developers. If you are new to Erlang, you will find foundational knowledge. For those with experience, the book offers advanced techniques. It also appeals to software engineers interested in functional programming. Additionally, project managers can benefit from its insights on error management. This book truly caters to anyone involved in software development.
What You Will Learn
- You will understand the core principles of Erlang.
- You will learn effective error handling techniques.
- You will discover best practices for concurrent programming.
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