Real-World Java - (Tech Today) by Jeanne Boyarsky & Victor Grazi (Paperback)

From the Back Cover

A concise handbook for the most common tools used in modern Java development

Good Java developers learn Java syntax, how to create loops and switches, and can work out a lambda filter stream. But great Java developers need to understand the vast ecosystem of tools and frameworks for collaboration, testing, building, and more.

In Real-World Java^(R) Helping You Navigate the Java Ecosystem, a team of veteran Java developers delivers a concise and authoritative discussion of the most common frameworks, tools, and techniques used in enterprise Java development shops. The authors provide just enough background and examples to allow you to dive right into the expert guidance on annotations, logging frameworks, observability, performance tuning, testing tools, and collaboration, that real-life commercial Java development typically relies on.

You'll expand your Java development toolkit with frameworks and utilities like Spring, Git, Prometheus, and Project Lombok. You'll also discover links to tested, downloadable code examples that demonstrate the skills discussed in the book.

Real-World Java^(R) is the perfect resource for everyone already somewhat comfortable with the language but who wants to familiarize themselves with the tools and frameworks used in contemporary Java software development.

About the Author

VICTOR GRAZI is an Oracle Java Champion and a veteran Java engineer in the USA, and has built serious Java -applications at some of the world's leading banks. He is a Pluralsight author, has served as infoQ Java lead editor, and serves on the Java community process executive committee. Victor is a frequent presenter at technical -conferences and hosts the "Java Concurrent Animated" and "Bytecode Explorer" open-source projects.

JEANNE BOYARSKY is an Oracle Java Champion and has worked as a Java developer for a major bank for more than 20 years. She is a senior moderator at CodeRanch, and trains and mentors students of all levels, including the programming department of a FIRST robotics team.