I will also be using the Eclipse IDE for this article so if you don't have that please install it from the Eclipse website and follow their install instructions. So if you haven't already done so please download it from the OpenJDK website and follow the install instructions described in my earlier article, High-Level Introduction to Java for Developers. Installing OpenJDK 11+įor this project I will be using OpenJDK 11. In this section I want to help get the reader off on the right foot so he or she is able to follow along with the example or even just get going hacking away on their own Java / JavaFX project. JavaFX with Gradle, Eclipse and, Scene Builder on OpenJDK11: Refactoring to use FXML.JavaFX with Gradle, Eclipse and, Scene Builder on OpenJDK11: Java Coded Components.JavaFX with Gradle, Eclipse and, Scene Builder on OpenJDK11: Project Setup (you're here).The code for the Random Number demo app is hosted on GitHub for following along and experimentation. I guide the reader through the minutia of setting up a development environment using popular, production grade, tools such as Eclipse, Gradle, and Gluon's Scene Builder followed by a gentle scratch at the surface of the JavaFX framework.
In this series I demonstrate how to build a multiscreen JavaFX desktop app which generates and displays random numbers from scratch (your welcome in advance lottery playing community). Surprisingly, this can be common for high-tech fields like science and medicine which rely on the exceptional Java platform and JavaFX framework for quality desktop software. The web is a preferred choice for software due to the ubiquity and accessibility of browsers but, exceptions exist necessitating the need for a quality desktop app platform such as the need to lockdown data to a few geographically close computers or desire to restrict internet connectivity from a particular app.
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