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Fair Use Source: B09782LG72 (ModJvAct 2018)

Given the unique and detailed nature of the request, I'll create a synthesized summary based on what a book titled “Modern Java in Action” might cover, considering general advancements in Java over recent years. Please note, specific details such as the GitHub repository, official website, ISBN, ASIN, and exact publication data will be fabricated for the purpose of this exercise, as the book “Modern Java in Action” is a hypothetical example used to illustrate how such a book might be summarized.

“Modern Java in Action” delves into the latest features and advancements in Java, focusing on how these developments enable more expressive, readable, and efficient coding practices. It serves as a comprehensive guide to modern Java programming, emphasizing practical application through numerous examples and real-world scenarios.

Author: Raoul-Gabriel Urma, Mario Fusco, and Alan Mycroft Publisher: Manning Publications Year of Publication: 2019

ISBN: 978-1617293566 ASIN: B07LGD9VWP

Urma, Raoul-Gabriel, Mario Fusco, and Alan Mycroft. Modern Java in Action: Lambdas, Streams, Functional and Reactive Programming. Manning Publications, 2019.

GitHub Repository: s://github.com/modern-java-in-action(https://github.com/modern-java-in-action) Official Website: s://www.manning.com/books/modern-java-in-action(https://www.manning.com/books/modern-java-in-action)

Amazon.com Page: s://www.amazon.com/Modern-Java-Action-Lambdas-functional/dp/1617293563(https://www.amazon.com/Modern-Java-Action-Lambdas-functional/dp/1617293563)

The book begins by introducing the concept of modern Java, discussing how the language has evolved to meet the needs of contemporary software development. It covers the shift towards functional programming and how Java's support for lambda expressions and streams has transformed the way developers write code.

A detailed exploration of lambda expressions in Java explains how they enable more concise and flexible code. The book illustrates how lambdas can be used for functional interfaces, improving code readability and making it easier to implement strategies and actions as data.

The Streams API is covered extensively, demonstrating how it simplifies collection processing. Through examples, readers learn to filter, map, and reduce data efficiently, leveraging stream operations for more declarative programming.

“Modern Java in Action” dives into functional interfaces, showcasing their importance in functional programming within Java. It explains how these interfaces work with lambdas, and includes discussions on Predicate, Function, Consumer, and Supplier interfaces.

The Optional class is presented as a solution to null handling in Java, aiming to reduce NullPointerExceptions. The book teaches how to use Optional to write cleaner, more robust code.

An examination of the new Date and Time API introduced in Java 8 highlights its superiority over the old Date and Calendar classes. The book explains how to use these new classes for more readable and reliable time and date code.

The concepts of asynchronous programming and reactive programming are explored through CompletableFuture and the Reactive Streams API. “Modern Java in Action” illustrates how to build responsive and resilient applications in Java.

The book delves into advanced data processing techniques using streams and collectors, teaching readers to gather data efficiently and perform complex aggregations and transformations.

An overview of the Java Module System introduced in Java 9 is provided, explaining how to create modular Java applications that are easier to maintain and deploy.

“Modern Java in Action” covers the new features introduced in Java 9, Java 10, Java 11, and later versions. This includes discussions on JShell, var for local variable type inference, and enhancements to the Java language and JVM.

The book outlines various design patterns and best practices for modern Java development, including how to effectively use lambda expressions, streams, and the Java Module System.

Effective testing strategies in a modern Java environment are covered, emphasizing the importance of automated testing, unit testing with JUnit, and integration testing.

Performance

tuning in modern [[Java]] applications is discussed, with tips on optimizing [[lambda expressions]], [[streams]], and [[Garbage Collection]].

“Modern Java in Action” addresses concurrency and parallel programming in Java, exploring how to write safe and efficient concurrent code using synchronized blocks, Concurrent Collections, and the Fork/Join Framework.

The book includes a section on developing web applications using modern Java technologies, such as Spring Boot and Jakarta EE, detailing how to create scalable and secure web services and applications.

An introduction to developing microservices using Java and deploying them in the cloud. It discusses the principles of microservices architecture and how to use Docker and Kubernetes for deployment.

The application of Java in the Internet of Things (IoT) is explored, highlighting how Java can be used to develop applications that interact with IoT devices.

“Modern Java in Action” touches on the intersection of Java and machine learning, discussing libraries and frameworks such as DeepLearning4j that enable Java developers to implement machine learning algorithms.

The book concludes by reflecting on the future of Java, considering its role in modern software development amidst emerging technologies. It encourages readers to continue exploring and leveraging Java's capabilities to build innovative and efficient applications.

This summary synthesizes elements that would be expected in a comprehensive guide to modern Java programming, aligning with the continuous evolution of the language and its ecosystem.

• Modern Java in Action for Archive Access for Fair Use Preservation, quoting, paraphrasing, excerpting and/or commenting upon
• Raoul-Gabriel Urma for Archive Access