Let’s start by running application from Command Prompt. You can check this by looking for the following jmod files in their directory: Some unofficial versions of JDK have JavaFX built in (e.g. The easiest way is to use the community - GitHub discussion (download openjfx11_x86.zip → all credit to graynk). Instead, you can find instructions that will allow to build your own version. There are no official sources for such systems. Fortunately, you can find other companies that share this: Zulu OpenJDK or Liberica JDK.Ī similar situation applies to OpenJFX. Since Java 9, there are no official sources that are compatible with 32-bit architecture. So what about the 32-bit ones?įirst you need to look for JDK that will work on these versions of the systems. Generated a runtime image will only support this version of systems.
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Custom Runtime Image on Windows x86Īs you can see, both the new JDK versions and OpenJFX are only available for Windows 64-bit.
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from JDK 8 to JDK 11? Fortunately, all the application code along with all external libraries can be treated as part of the module with no name. What about applications that migrate, e.g. It should be noted that jlink works with modules. The tool that will allow to generate a runtime image is called “jlink” (available from Java 9). The whole process of such configuration was described in the previous post. I remind you that from version 11 the JavaFX platform for GUI creation is no longer an integral part of JDK and must be downloaded separately. An example of the program on which this tutorial will be based is my CLP Calculator (download here).
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It is worth noting that modules are not a mandatory element of programs written in newer versions of JDK, but only an additional option. Instead, we build Java runtimes that is tailored to the specific application (only required items are included). This replaces the need to attach all JARs to each application separately. But how was this achieved? The answer is: from Java 9 we can isolate and compile application modules along with determining the dependencies required and provided by the module.
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Thanks to that, we can run virtual machines on devices with significantly smaller resources, which gives us an increase in performance. The main purpose of the Java Platform Module System (JPMS) is to reduce the size of the application. java/modular-development Java Platform Module System