Practical Design Patterns for Java Developers: Hone your software design skills by implementing popular design patterns in Java

Unravel the power of Java design patterns by learning where to apply them effectively to solve specific software design and development problems Key Features

Decouple logic across objects with dependency injection by creating various vehicles with features Finalize vehicle construction by chaining handlers using the Chain of Responsibility Pattern Plan and execute an advanced vehicle sensor initiation with the Scheduler Pattern

Book Description

Design patterns are proven solutions to standard problems in software design and development, allowing you to create reusable, flexible, and maintainable code. This book enables you to upskill by understanding popular patterns to evolve into a proficient software developer.

You'll start by exploring the Java platform to understand and implement design patterns. Then, using various examples, you'll create different types of vehicles or their parts to enable clarity in design pattern thinking, along with developing new vehicle instances using dedicated design patterns to make the process consistent. As you progress, you'll find out how to extend vehicle functionalities and keep the code base structure and behavior clean and shiny. Concurrency plays an important role in application design, and you'll learn how to employ a such design patterns with the visualization of thread interaction. The concluding chapters will help you identify and understand anti-pattern utilization in the early stages of development to address refactoring smoothly. The book covers the use of Java 17+ features such as pattern matching, switch cases, and instances of enhancements to enable productivity.

By the end of this book, you'll have gained practical knowledge of design patterns in Java and be able to apply them to address common design problems. What you will learn

Understand the most common problems that can be solved using Java design patterns Uncover Java building elements, their usages, and concurrency possibilities Optimize a vehicle memory footprint