Johan Vos – författare

In Pro JavaFX 8 expert authors show you how to use the JavaFX platform to create rich-client Java applications. You''ll discover how you can use this powerful Java-based UI platform, which is capable of handling large-scale data-driven business applications for PC as well as now mobile and embedded devices.

Covering the JavaFX API, development tools, and best practices, this book provides code examples that explore the exciting new features provided with JavaFX 8 which comes as part of Oracle''s new Java (SE) 8 release. This book also contains engaging tutorials that cover virtually every facet of JavaFX development and reference materials on JavaFX that augment the JavaFX API documentation.

After reading and using this book, you''ll have the authoritative knowledge that should give you an edge in your next JavaFX-based application projects for your job or your clients.

Covering the JavaFX API, development tools, and best practices, this book provides code examples that explore the exciting new features provided with JavaFX 2. It contains engaging tutorials that cover virtually every facet of JavaFX development and reference materials on JavaFX that augment the JavaFX API documentation. Written in an engaging and friendly style, Pro JavaFX 2 is an essential guide to JavaFX 2.

Use the JavaFX platform to create rich-client Java applications and discover how you can use this powerful Java-based UI platform, which is capable of handling large-scale data-driven business applications for PC as well as mobile and embedded devices. The expert authors cover the new more modular JavaFX 9 APIs, development tools, and best practices and provide code examples that explore the exciting new features provided with JavaFX 9, part of Oracle''s new Java 9 release. Pro JavaFX 9: A Definitive Guide to Building Desktop, Mobile, and Embedded Java Clients also contains engaging tutorials that cover virtually every facet of JavaFX development and reference materials on JavaFX that augment the JavaFX API documentation.

What You''ll Learn

Who This Book Is For

Experienced Java programmers looking to learn and leverage JavaFX 9 for rich client-side Java development.

Build enhanced visual experiences and design and deploy modern, easy-to-maintain, client applications across a variety of platforms. This book will show you how these applications can take advantage of JavaFX’s latest user interface components, 3D technology, and cloud services to create immersive visualizations and allow high-value data manipulation. The Definitive Guide to Modern Java Clients with JavaFX 17 is a professional reference for building Java applications for desktop, mobile, and embedded in the Cloud age. It offers end-to-end coverage of the latest features in JavaFX 17 and Java 17. 

After reading this book, you will be equipped to upgrade legacy client applications, develop cross-platform applications inJava, and build enhanced desktop and mobile native clients.

Note: source code can be downloaded from https://github.com/Apress/definitive-guide-modern-java-clients-javafx17.

What You Will Learn:

Who This Book Is For:

Professional Java developers who are interested in learning the latest client Java development techniques to fill out their skills set.

Build enhanced visual experiences and design and deploy modern, easy-to-maintain, client applications across a variety of platforms. This book will show you how these applications can take advantage of JavaFX’s latest user interface components, 3D technology, and cloud services to create immersive visualizations and allow high-value data manipulation. This book is a professional reference for building Java applications for desktop, mobile, and embedded in the Cloud age. It offers end-to-end coverage of the latest features in JavaFX 21 and 23.  

This third edition has been updated to include new features introduced in JavaFX 21 and 23, including NEW APIs: Map, FlatMap, and OrElse fluent bindings for ObservableValue, along with the new Subscription API. Additionally, it''s updated to account for new bug fixes and overall improvements to existing functionality in Java. 

After reading this book, you will be equipped to upgrade legacy client applications, develop cross-platform applications in Java, and build enhanced desktop and mobile native clients.

What You Will Learn

Who This Book Is For

Professional Java developers who are interested in learning the latest client Java development techniques to fill out their skills set

Quantum computing is on the horizon, ready to impact everything from scientific research to encryption and security. But you don’t need a physics degree to get started in quantum computing. Quantum Computing for Developers shows you how to leverage your existing Java skills into writing your first quantum software so you’re ready for the revolution.

Rather than a hardware manual or academic theory guide, this book is focused on practical implementations of quantum computing algorithms. Using Strange, a Java-based quantum computer simulator, you’ll go hands-on with quantum computing’s core components including qubits and quantum gates as you write your very first quantum code.

Key Features

·   An introduction to the core concepts of quantum computing

·   Qubits and quantum gates

·   Superposition, entanglement, and hybrid computing

·   Quantum algorithms including Shor’s, Deutsch-jozsa, and Grover’s search

For Java developers at all levels who want an early start in quantum computing. No advanced math knowledge required.

About the technology

Whilst quantum hardware is still on the edge of development, the underlying principles for writing quantum software are well-established. Right now developers can utilize quantum simulators, like Java-based Strange, to try quantum experiments on any platform that runs the JVM.

Johan Vosis a cofounder of Gluon, a Java technology company that aims to offer Java solutions for all platforms including desktop, embedded, and mobile apps, and connect them to the cloud. He is a Java Champion and holds an MSc in Mining Engineering and a PhD in Applied Physics.