Version updated for https://github.com/ricardoapaes/docker-java-jlink to version v1.1.0. This action is used across all versions by ? repositories. Action Type This is a Composite action. Go to the GitHub Marketplace to find the latest changes. Action Summary The docker-java-jlink GitHub Action automates the creation of a custom Windows-compatible Java Runtime Environment (JRE) using the jlink tool within CI pipelines. It simplifies the process by bundling necessary Linux and Windows JDKs, JMODs, and pre-configured helper scripts, allowing users to generate optimized JREs for specific Java versions and modules. This action addresses the complexity of cross-platform JRE builds and supports both x64 and x86 architectures for select Java versions.

Version updated for https://github.com/ricardoapaes/docker-java-jlink to version v1.0.3. This action is used across all versions by ? repositories. Action Type This is a Composite action. Go to the GitHub Marketplace to find the latest changes. Action Summary The docker-java-jlink GitHub Action automates the generation of a custom Windows Java Runtime Environment (JRE) using the jlink tool within CI pipelines. It simplifies the process by bundling necessary Linux and Windows JDK components, Windows-specific JMODs, and a pre-configured helper script to streamline jlink commands. This action addresses the challenge of creating lightweight, platform-specific JREs for Windows applications directly in CI workflows.

Version updated for https://github.com/ricardoapaes/docker-java-jlink to version v1.0.2. This action is used across all versions by ? repositories. Action Type This is a Composite action. Go to the GitHub Marketplace to find the latest changes. Action Summary The docker-java-jlink GitHub Action is designed to automate the creation of a lightweight, platform-specific Windows JRE using the jlink tool, optimized for use in CI pipelines. It simplifies the process by bundling required Linux and Windows JDK components, along with pre-configured scripts to streamline JRE generation. This action addresses the challenge of producing cross-platform Java runtimes by automating module selection and configuration, reducing verbosity, and enabling seamless integration into workflows.