8 Best Books on Design Patterns

“Design Patterns: Elements of Reusable Object-Oriented Software (Addison-Wesley Professional Computing Series)” Book Review: This book explores the concept of patterns and their role in designing object-oriented software. It provides a systematic approach to identifying, explaining, evaluating, and cataloging recurring designs in object-oriented systems. By understanding these patterns, readers gain insights into how they integrate into the software development process and can effectively apply them to solve design challenges. Each pattern is described in detail, including the specific circumstances in which it is applicable. Real-world examples serve as the basis for these patterns, and the book also includes code snippets demonstrating their implementation in object-oriented programming languages such as C++.

“Peeling Design Patterns: For Beginners and Interviews” Book Review: This beginner’s guide to software design focuses on providing a solid foundation in software design patterns and principles in a concise and accessible manner, complemented by helpful illustrations. The book is structured into nine chapters, utilizing Java to demonstrate code examples relevant to the design process. By presenting design patterns in a straightforward manner with clear explanations, it ensures comprehension for readers without prior software design experience. Real-world examples are incorporated throughout the book to enhance understanding and application of design patterns. Suitable for computer scientists and individuals with no prior background in software design, this book offers a comprehensive introduction to the subject.

“.NET Design Patterns” Book Review: This book covers the latest version of .NET, specifically .NET Core 1.0, providing insights into implementing design patterns within existing applications. With in-depth code explanations and practical applications of each pattern, the book emphasizes the hands-on aspects of programming in .NET. It includes a comprehensive collection of widely used design patterns, beginning with object-oriented programming (OOP) techniques and exploring topics such as parallel programming, concurrency models, the combination of OOP and functional programming, and the reactive programming model. By delving into these subjects, the book equips readers with a solid understanding of practical programming approaches in .NET.

“Adaptive Code: Agile coding with design patterns and SOLID principles (Best Practices)” Book Review: The book explores the Agile best practices, principles, and patterns for designing and writing code that can easily evolve with changing requirements. It provides updated and in-depth coverage of unit testing, refactoring, and pure dependency injection techniques. With a focus on developing resilient code that can withstand major changes in requirements, the book emphasizes the importance of performing unit testing and refactoring in tandem. It also introduces the “golden master” technique for adapting legacy code. Suitable for programmers of all skill levels, this book equips readers with the tools to create code that is flexible and adaptable in an Agile development environment.

“Selenium Design Patterns and Best Practices” Book Review: This book equips readers with the skills needed to create a functional Selenium test suite successfully. It covers code quality improvement through refactoring and provides insights on planning for future development. With numerous test examples, detailed code reviews, and explanations, the book helps readers eliminate test instabilities by managing third-party services effectively. It emphasizes continuous improvement of the test suite through code refactoring and adhering to the DRY (Don’t Repeat Yourself) principle. Intended for those who aspire to create a test suite that is easy to maintain, this book provides valuable guidance for enhancing test suite stability and maintainability.

“Reactive Design Patterns” Book Review: The book covers the concepts of reactive application design, as well as circuit breaker pattern, Saga pattern, flow control patterns, and architectures. Numerous source codes and examples using Scala, Java, and Akka are also included. The book assumes prior knowledge of distributed systems and is suitable for anyone interested in learning about reactive design patterns.