![]() ![]() However, the Java code base and the JavaFX code base are completely separate now. This implies that both JavaFX and Java share some of the same infrastructure like issue tracker, and most of the policies and structure regarding the different roles like committer, contributor, reviewer, and project lead. Johan mentions that OpenJFX and OpenJDK are separate projects under the same umbrella. I’m glad that Johan addressed this question in the beginning of his live stream. This has resulted in a lot of confusion about the relation between JavaFX and Java, how to use it, the best build tools, and much more. JavaFX was removed from the OpenJDK Code base starting from Java 11. If you are used to working with CSS to style your components, you can use that to style JavaFX components too. ![]() Developers can also choose to use FXML for declarative UI development, and in this case Scene Builder comes in handy (which Johan demonstrates later in his session). Developers can use the Java APIs to create UI components, like initializing a Button using its constructor. Developers can use these components to create the UI in their applications or their own libraries and frameworks. The JavaFX stack has UI components like containers or controls. These libraries are built on the Java FX platform, which are integrated with the hardware. Johan describes a typical JavaFX stack as being composed of your JavaFX application built on top of open or commercial JavaFX libraries. JavaFX can not only take advantage of GPUs, which now seem to be omnipresent, but also the general characteristics of Java like security, maturity, performance, and a large ecosystem. It was interesting to learn that JavaFX combines hardware acceleration, which wasn’t widely available in the initial days of Java when the AWT and Swing UI toolkits were created. JavaFX uses the javafx namespace and can be considered a successor to Java AWT or Swing, the first UI toolkits in Java (which are still in use). To eliminate confusion, Johan explains that JavaFX code is not integrated in the OpenJDK code base. JavaFX is developed under the OpenJDK umbrella as part of the OpenJFX project. Johan defines JavaFX as a Java API for general client development that is especially suited for UI development. In this live stream, Johan covered what JavaFX is, how to use it in IntelliJ IDEA, its ecosystem, specification, and architecture, how it is being developed, and the JavaFX roadmap. You can find the slides from this presentation here. On January 20, 2021, we hosted the live stream ‘JavaFX: Cross-platform UI Development in Java’ by Johan Vos, Java Champion, co-lead for OpenJFX, lead of OpenJDK Mobile, published author, and co-founder of Gluon. ![]()
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