Gradle 6 6 1

Author: d | 2025-04-24

The Gradle wrapper, Gradle client, Tooling API client, and TestKit client will remain compatible with JVM 8. JDK 6 and 7 can be used for compilation . Testing with JVM 6 and 7 is deprecated and will not be supported in Gradle 9.0.

Starting a Gradle Daemon, 1 busy and 6 stopped Daemons could

Download Gradle 8.13 Date released: 25 Feb 2025 (2 weeks ago) Download Gradle 8.12.1 Date released: 25 Jan 2025 (one month ago) Download Gradle 8.12 Date released: 21 Dec 2024 (3 months ago) Download Gradle 8.11.1 Date released: 21 Nov 2024 (4 months ago) Download Gradle 8.11 Date released: 11 Nov 2024 (4 months ago) Download Gradle 8.10.2 Date released: 24 Sep 2024 (6 months ago) Download Gradle 8.10.1 Date released: 09 Sep 2024 (6 months ago) Download Gradle 8.10 Date released: 15 Aug 2024 (7 months ago) Download Gradle 8.9 Date released: 12 Jul 2024 (8 months ago) Download Gradle 8.8 Date released: 01 Jun 2024 (9 months ago) Download Gradle 8.7 Date released: 26 Mar 2024 (12 months ago) Download Gradle 8.6 Date released: 03 Feb 2024 (one year ago) Download Gradle 8.5 Date released: 29 Nov 2023 (one year ago) Download Gradle 8.3 Date released: 17 Aug 2023 (one year ago) Download Gradle 8.2.1 Date released: 11 Jul 2023 (one year ago) Download Gradle 8.2 Date released: 01 Jul 2023 (one year ago) Download Gradle 8.1.1 Date released: 23 Apr 2023 (one year ago) Download Gradle 8.1 Date released: 13 Apr 2023 (one year ago) Download Gradle 8.0.2 Date released: 04 Mar 2023 (2 years ago) Download Gradle 8.0.1 Date released: 18 Feb 2023 (2 years ago)

Part 6: Enabling the Gradle Build Cache - Gradle User Manual

Download Gradle 8.13 Date released: 25 Feb 2025 (3 weeks ago) Download Gradle 8.12.1 Date released: 25 Jan 2025 (one month ago) Download Gradle 8.12 Date released: 21 Dec 2024 (3 months ago) Download Gradle 8.11.1 Date released: 21 Nov 2024 (4 months ago) Download Gradle 8.11 Date released: 11 Nov 2024 (4 months ago) Download Gradle 8.10.2 Date released: 24 Sep 2024 (6 months ago) Download Gradle 8.10.1 Date released: 09 Sep 2024 (6 months ago) Download Gradle 8.10 Date released: 15 Aug 2024 (7 months ago) Download Gradle 8.9 Date released: 12 Jul 2024 (8 months ago) Download Gradle 8.8 Date released: 01 Jun 2024 (10 months ago) Download Gradle 8.7 Date released: 26 Mar 2024 (12 months ago) Download Gradle 8.6 Date released: 03 Feb 2024 (one year ago) Download Gradle 8.5 Date released: 29 Nov 2023 (one year ago) Download Gradle 8.3 Date released: 17 Aug 2023 (one year ago) Download Gradle 8.2.1 Date released: 11 Jul 2023 (one year ago) Download Gradle 8.2 Date released: 01 Jul 2023 (one year ago) Download Gradle 8.1.1 Date released: 23 Apr 2023 (one year ago) Download Gradle 8.1 Date released: 13 Apr 2023 (one year ago) Download Gradle 8.0.2 Date released: 04 Mar 2023 (2 years ago) Download Gradle 8.0.1 Date released: 18 Feb 2023 (2 years ago)

Upgrading your build from Gradle 6.x to 7.0 - Gradle

Posted by Murat Yener, Developer Advocate Today marks the release of the first Canary version of Android Studio Arctic Fox (2020.3.1), together with Android Gradle plugin (AGP) version 7.0.0-alpha01. With this release we are adjusting the version numbering for our Gradle plugin and decoupling it from the Android Studio versioning scheme. In this blog post we'll explain the reasons for the change, as well as give a preview of some important changes we're making to our new, incubating Android Gradle plugin APIs and DSL. New versioning schemeWith AGP 7.0.0 we are adopting the principles of semantic versioning. What this means is that only major version changes will break API compatibility. We intend to release one major version each year, right after Gradle introduces its own yearly major release. Moreover, in the case of a breaking change, we will ensure that the removed API is marked with @Deprecated about a year in advance and that its replacement is available at the same time. This will give developers roughly a year to migrate and test their plugins with the new API before the old API is removed.Alignment with Gradle's version is also why we're skipping versions 5 and 6, and moving directly to AGP 7.0.0. This alignment indicates that AGP 7.x is meant to work with Gradle 7.x APIs. While it may also run on Gradle 8.x, this is not guaranteed and will depend on whether 8.x removes APIs that AGP relies on.With this change, the AGP version number will be decoupled from the Android Studio version number. However we will keep releasing Android Studio and Android Gradle plugin together for the foreseeable future.Compatibility between Android Studio and Android Gradle plugin remains unchanged. As a general rule, projects that use stable versions of AGP can be opened with newer versions of Android Studio. Java 11 requirementWith AGP 7.0.0-alpha01 we are changing the minimum required Java programming language version to Java 11. We are announcing this early in the Canary schedule and many months ahead of the stable release to allow developers time to get ready. Incubating APIs and important API changesThis release of AGP also introduces some API changes. As a reminder, a number of APIs that were introduced in AGP 4.1 were marked as incubating and were subject to change. In fact, in AGP 4.2 some of these APIs have changed. The APIs that are currently incubating do not follow the deprecation cycle that we explain above. Here is a summary of some important API changes.The onVariants, onProperties and onVariantProperties blocks are removed in version 4.2 beta.These APIs are replaced with beforeVariants and onVariants in the new androidComponents block. Both beforeVariants and onVariants can optionally use a VariantSelector to reduce the number of variants the callback will run on, based on build type, name or flavor by using withBuildType, withName and withFlavor accordingly. The lambda onVariants and beforeVariants receives is executed after AGP computes variant combinations in afterEvaluate. Nesting properties inside onVariants is removed.Similar APIs are added to androidComponents to allow. The Gradle wrapper, Gradle client, Tooling API client, and TestKit client will remain compatible with JVM 8. JDK 6 and 7 can be used for compilation . Testing with JVM 6 and 7 is deprecated and will not be supported in Gradle 9.0. Changing the two legacy directives will allow the build.gradle files to work with Gradle 7. Now, when you do your builds, you'll be using Gradle 7 and not Gradle 6. Conclusion. So here we've updated your builds to go from Gradle 6 to Gradle 7. Yes, I know it's not Gradle 8, but it is still forward progress.

6. Dependency Resolution - Gradle User Manual

Skip to content Navigation Menu GitHub Copilot Write better code with AI Security Find and fix vulnerabilities Actions Automate any workflow Codespaces Instant dev environments Issues Plan and track work Code Review Manage code changes Discussions Collaborate outside of code Code Search Find more, search less Explore Learning Pathways Events & Webinars Ebooks & Whitepapers Customer Stories Partners Executive Insights GitHub Sponsors Fund open source developers The ReadME Project GitHub community articles Enterprise platform AI-powered developer platform Pricing Provide feedback Saved searches Use saved searches to filter your results more quickly ;ref_cta:Sign up;ref_loc:header logged out"}"> Sign up Our products help Java teams improve productivity & efficiency – resulting in better code, happy devs, and more reliable releases. Overview Repositories Projects Packages People Pinned Loading ZeroTurnaround ZIP Library Java 1.4k 252 ZeroTurnaround Process Executor Java 890 110 The plugin generates rebel.xml configuration file for the Gradle-based project Java 50 7 ZeroTurnaround Process Killer Java 130 26 Generates rebel.xml configuration file for the maven project Java 51 23 Repositories --> Type Select type All Public Sources Forks Archived Mirrors Templates Language Select language All Dockerfile Go Java JavaScript PHP Python Ruby Shell Sort Select order Last updated Name Stars Showing 10 of 47 repositories gradle-jrebel-plugin Public The plugin generates rebel.xml configuration file for the Gradle-based project zeroturnaround/gradle-jrebel-plugin’s past year of commit activity Java 50 7 0 0 Updated Jan 6, 2025 zeroturnaround/maven-jrebel-plugin’s past year of commit activity Java 51 Apache-2.0 23 2 2 Updated Nov 19, 2024 zt-zip Public ZeroTurnaround ZIP Library zeroturnaround/zt-zip’s past year of commit activity zt-exec Public ZeroTurnaround Process Executor zeroturnaround/zt-exec’s past year of commit activity Java 890 Apache-2.0 110 9 0 Updated Mar 15, 2024 zeroturnaround/zt-process-killer’s past year of commit activity Java 130 Apache-2.0 26 7 1 Updated Dec 5, 2023 zeroturnaround/zt-react-components’s past year of commit activity JavaScript 1 Apache-2.0 2 0 16 Updated Jul 11, 2023 zeroturnaround/zt-hock’s past year of commit activity JavaScript 4 MIT 2 1 13 Updated Jan 3, 2023 zeroturnaround/netbeans-jrebel-open-plugin’s past year of commit activity Java 2 MIT 0 0 0 Updated Sep 16, 2021 zeroturnaround/stardate-converter’s past year of commit activity JavaScript 19 MIT 6 0 2 Updated Apr 3, 2021 zeroturnaround/spring-petclinic-microservices’s past year of commit activity People This organization has no public members. You must be a member to see who’s a part of this organization. Most used topics Loading…

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Window has been reworked. It now features a dedicated tab for each pull request you open. The tab instantly displays the list of changed files, but it now provides less information than before, allowing you to better focus on the current task. There is now also a dedicated button to easily execute the action that's considered the most relevant given the pull request's current state. Improved Branches popup - Improved the usability of the Branches popup. For instance, navigating between branches is now easier, as they are grouped and stored in expandable lists. Auto-completion in the Create New Branch popup - This release provides auto-completion in the Create New Branch popup. Once you start typing a name for your new branch, the IDE will suggest relevant prefixes based on the names of existing local branches.Build tools Option to specify the Gradle version on project creation - When configuring a new Gradle project, it is now possible to select the required wrapper version right in the New Project wizard. Expand the Advanced Settings section, uncheck Auto-select, and specify the preferred option. You can have the IDE remember your choice by enabling Use these settings for future projects below the Gradle version combobox. Java SDK detected from the Gradle toolchain - When importing a project, IntelliJ IDEA can now detect the Gradle toolchain configuration and set up the matching Java SDK in the module's settings.Run / Debug Option to assign a custom shortcut to run the current file with coverage - In this release, it is possible to create a shortcut to launch the Run with coverage action for the file you currently have open, even if the run configuration hasn't been created yet. Option to filter classes in the Coverage view - In this release, you can filter classes in the Coverage view to focus on recently updated classes and methods that require special attention when testing. By default, you'll see a list of classes with uncommitted changes. The second filtering option allows you to hide classes that are fully covered.Frameworks and technologies Spring Security 6 support - This release provides updated support for navigation to URL mappings and security roles for APIs introduced in Spring Security 6. Delegation of building and running to Gradle in the Spring run configuration - In the Spring run configuration, Gradle is now the default option for running and building projects. The IDE now uses

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This folder may be changed easily later.2. Obtain a "source distribution"[]Visit and make sure the version selected is the version for which you want to create a mod. In the large "Download Recommended" box, click on the small MDK box. A dialog box will appear, asking where you want to save the file, and what to name it. Choose any convenient location, but leave the name unchanged.3. Copy key files to your project folder[]Open the forge-1.16.5-...-mdk folder (with or without unzipping it first) and copy-paste the following 5 files from this folder[more information needed] to the project folder you created in the first step: the src folderthe gradle foldergradlewgradlew.batbuild.gradle3½. A note about mappings[]There are two different sets of mappings available for method names - "MCP" community-based mappings, and "Official" mappings based in part on the official Obfuscation maps (though class names are different for technical reasons). The default in the MDK has recently been changed to 'official', but this tutorial will use the MCP mappings for now because function parameter names are not available in the official mappings.Change the following line in build.gradle line 34 mappings channel: 'official', version: '1.version.minorversion'to mappings channel: 'snapshot', version: 'anyName-1.version.minorversion'4. Import the gradle project[]Open/Run the IntelliJ IDEA program. In the landing screen, click on Open. A dialog box will appear, asking which file to import. Navigate to your project folder and select "build.Gradle," then click OK.5. Designate the JDK[]In the next window, click in the "Gradle JVM" field and navigate to the JDK files you installed earlier. If you got version 8 update 282, select the folder named "jdk1.8.0_282." Click OK and wait for the build to finish, Showing the results in the bottom field.[TODO: I didn't get another window, need to verify what happens on a fresh IDEA install][Note: Confirming that on IntelliJ IDEA 2021.1.2 window doesn't appear, most likely that it detects JDK itself, so it will only appear if it failed to locate appropriate JDK]6. Set up workspace[]No Dependencies needed to be Installed. Move to next step as new update in Forge command setupDecompWorkspace is not needed7. Configure Run settings[]After refreshing gradle, open the gradle panel and double-click the "genIntellijRuns" entry in the "fg_runs" folder. This will create new run configurations that allow your mod to be run. Next, open the "Edit configurations" window of Run settings and look approximately halfway down, for "Use classpath of module." Click on its dropdown field, and select the option that ends with .main, then click Apply. If the settings you just finished editing were for the Minecraft Client, click on Minecraft Server and repeat the steps to set the classpath. [TODO: Is this necessary anymore? It was already set]You can now select and run runClient

Part 6: Writing Tasks - Gradle User Manual

Custom Gradle version in Unity, go to "Preferences > External Tools", uncheck "Gradle Installed with Unity (recommended)" and specify a path to a custom Gradle version classpath 'com.newrelic.agent.android:agent-gradle-plugin:6.11.0' **BUILD_SCRIPT_DEPS** } }"> dependencies { // If you are changing the Android Gradle Plugin version, make sure it is compatible with the Gradle version preinstalled with Unity // See which Gradle version is preinstalled with Unity here // See official Gradle and Android Gradle Plugin compatibility table here // To specify a custom Gradle version in Unity, go to "Preferences > External Tools", uncheck "Gradle Installed with Unity (recommended)" and specify a path to a custom Gradle version classpath 'com.newrelic.agent.android:agent-gradle-plugin:7.6.4' **BUILD_SCRIPT_DEPS** } }If you are utilizing an older version of Unity Studio, you can incorporate a lower version of the classpath as a dependency which supports AGP7 and lower version of Gradle.```groovy dependencies { // If you are changing the Android Gradle Plugin version, make sure it is compatible with the Gradle version preinstalled with Unity // See which Gradle version is preinstalled with Unity here // See official Gradle and Android Gradle Plugin compatibility table here // To specify a custom Gradle version in Unity, go to "Preferences > External Tools", uncheck "Gradle Installed with Unity (recommended)" and specify a path to a custom Gradle version classpath 'com.newrelic.agent.android:agent-gradle-plugin:6.11.0' **BUILD_SCRIPT_DEPS** } }By making these changes in your Gradle files, you will ensure that the New Relic artifacts are properly downloaded and included in your Unity project.6.Make sure your app requests INTERNET and ACCESS_NETWORK_STATE permissions by adding these lines to your AndroidManifest.xml "> uses-permission android:name="android.permission.INTERNET" /> uses-permission android:name="android.permission.ACCESS_NETWORK_STATE" />Please ensure that your External Dependency Manager settings match the following configuration. In your Unity IDE, navigate to Assets → External Dependency Manager → iOS Resolver → Settings:Add use_frameworks! to Podfile is unchecked.Always add the main target to Podfile box is checked. If the Podfile is not being used for iOS dependency management, you can proceed with the following steps.Download and unzip the New Relic XCFramework SDKDownload the latest iOS agent from our iOS agent release notesAdd the New Relic XCFramework to your Xcode projectUnzip the SDK download, drag the “NewRelicAgent.xcframework” folder from the Finder into your Xcode project (dropping it onto your Targets Frameworks pane). Select “Embed & Sign” under the Embed column.UsageSee the examples below, and for more detail, see New Relic IOS SDK doc or Android SDK.startInteractionWithName(string name): ;;" href="#startinteractionwithnamestring-name-interactionid">Track a method as an interaction.InteractionId is string.stopCurrentInteraction(string interactionIdentifier): void;End an interaction(Required). This uses the string ID for the interaction you want to end.This string is returned when you use startInteraction(). string interActionId = NewRelicAgent.StartInteractionWithName("Unity InterAction Example"); for(int i =0; i 4;i++) { Thread.Sleep(1000); } NewRelicAgent.StopCurrentInteraction(interActionId);setAttribute(string name, string|double value): void;Creates a session-level attribute. The Gradle wrapper, Gradle client, Tooling API client, and TestKit client will remain compatible with JVM 8. JDK 6 and 7 can be used for compilation . Testing with JVM 6 and 7 is deprecated and will not be supported in Gradle 9.0.

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If you have a a Java 8 JDK installed inside some Java 17 Alpine Linux docker containers, javaToolchains will find the Java 8 JDK, but it will report its version as Java 17. If you instead configure toolchains (with foojay) to download a Java 8 JDK it will download a JDK but then reject it for not matching the spec.Expected BehaviorA Java 8 JDK should be detected as Java 8.Current BehaviorThe Java 8 JDK is detected as Java 17ContextI am trying to configure a build that uses multiple versions of Java. I would like to use the same gradle files whether the build is run inside or outside a container. I would like the toolchain feature to download the appropriate JDKs when run outside the container, and use the already installed JDKs when run inside the container. This reproduction steps below are written as if the display issue was the actual problem because that is easier to demonstrate. I'm hoping that fixing the version detection will also let me use the toolchain feature.My workaround at this point is to have different build behavior when inside the container (toolchain outside and sourceCompatibility inside).Steps to ReproduceBuild this Dockerfile with docker build --progress=plain .You don't need to actually run the container, the docker output should show the issue.Dockerfile.txt (rename to just Dockerfile)# syntax=docker/dockerfile:1FROM gradle:8.0.2-jdk11-alpine as gradle-initRUN apk add openjdk8WORKDIR /testRUN gradle init# Break cacheADD /etc/builddateRUN ./gradlew -q javaToolchainsFROM openjdk:17-jdk-alpineRUN apk add openjdk8COPY --link --from=gradle-init /test ./RUN ./gradlew -q javaToolchainsThe javaToolchains command will run twice. The first time the output will be like:#20 [gradle-init 6/6] RUN ./gradlew -q javaToolchains#20 sha256:5c9ce971c31082890dffc0bcdaace3efeb26b4818b06ad1152592059a916cb43#20 17.14#20 17.44 + Options#20 17.44 | Auto-detection: Enabled#20 17.44 | Auto-download: Enabled#20 17.44#20 17.44 + Eclipse Temurin JDK 11.0.18+10#20 17.45 | Location: /opt/java/openjdk#20 17.45 | Language Version: 11#20 17.45 | Vendor: Eclipse Temurin#20 17.45 | Architecture: amd64#20 17.45 | Is JDK: true#20 17.45 | Detected by: Current JVM#20 17.45#20 17.45 + IcedTea JDK 1.8.0_345-b01#20 17.45 | Location: /usr/lib/jvm/java-1.8-openjdk#20 17.45 | Language Version: 8#20 17.45 | Vendor: IcedTea#20 17.45 | Architecture: amd64#20 17.45 | Is JDK: true#20 17.45 | Detected by: Common Linux LocationsThe second time the output will be like:#22 15.78 + Options#22 15.78 | Auto-detection: Enabled#22 15.78 | Auto-download: Enabled#22 15.78#22 15.78 + OpenJDK 17-ea+14#22 15.78 | Location: /usr/lib/jvm/java-1.8-openjdk#22 15.78 | Language Version: 17#22 15.79 | Vendor: Oracle#22 15.79 | Architecture: amd64#22 15.79 | Is JDK: true#22 15.79 | Detected by: Common Linux

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In this article, we'll explain about how to install Gradle on Ubuntu 22.04.Gradle is an open-source build automation tool focused on flexibility and performance. Gradle build scripts are written using a Groovy or Kotlin DSL. Read about Gradle features to learn what is possible with Gradle.Highly customizable — Gradle is modeled in a way that is customizable and extensible in the most fundamental ways.Fast — Gradle completes tasks quickly by reusing outputs from previous executions, processing only inputs that changed, and executing tasks in parallel.Powerful — Gradle is the official build tool for Android, and comes with support for many popular languages and technologiesHow to install Gradle on Ubuntu 22.04.Prerequisites:A Ubuntu 22.04 installed dedicated server or KVM VPS.A root user access or normal user with sudo privileges.1. Keep the server up to datesudo apt update && sudo apt-get upgrade -y2. Install required packagesudo apt install unzip -y3. Install OpenJDKHere, we're installing default OpenJDK 11, which is already included but this will not be the latest version. For Gradle we required OpenJDK 8 and later. If your project require latest version or specific version of JDK, please refer official documentation. Execute following command:sudo apt install default-jdkVerify the Java installation by printing the Java version :java -version4. Download GradleAt the time of writing this article, the latest version of Gradle is v8.1.1. Before continuing with the next step, you should check the Gradle releases page to see if a newer version is available.Download the Gradle binary file in the /tmp directory using. The Gradle wrapper, Gradle client, Tooling API client, and TestKit client will remain compatible with JVM 8. JDK 6 and 7 can be used for compilation . Testing with JVM 6 and 7 is deprecated and will not be supported in Gradle 9.0. Changing the two legacy directives will allow the build.gradle files to work with Gradle 7. Now, when you do your builds, you'll be using Gradle 7 and not Gradle 6. Conclusion. So here we've updated your builds to go from Gradle 6 to Gradle 7. Yes, I know it's not Gradle 8, but it is still forward progress.

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XML configuration.5. Testing the PluginAs with any program, writing an IntelliJ plugin requires testing. For a small plugin like the one we’ve written, it’s sufficient to ensure the plugin compiles and that the actions we created work as expected when we click them.We can manually test (and debug) our plugin by opening the Gradle tool window and executing the runIde task:This will launch a new instance of IntelliJ with our plugin activated. Doing so allows us to click the different menu items we created and ensure the proper Stack Overflow pages open up.If we wish to do more traditional unit testing, IntelliJ provides a headless environment to run unit tests. We can write tests using any test framework we want, and the tests run using real, unmocked components from the IDE.6. Deploying the PluginThe Gradle Plugin provides a simple way to package plugins so we can install and distribute them. Simply open the Gradle tool window and execute the buildPlugin task. This will generate a ZIP file inside the build/distributions directory.The generated ZIP file contains the code and configuration files needed to load into IntelliJ. We can install it locally, or publish it to a plugin repository for use by others.The screenshot below shows one of the new Stack Overflow menu items in action:7. ConclusionIn this article, we developed a simple plugin that highlights how we can enhance the IntelliJ IDE.While we primarily work with actions, the IntelliJ plugin SDK offers several ways to add new functionality to the IDE. For further reading, check out their official getting started guide.The code backing this article is available on GitHub. Once you're logged in as a Baeldung Pro Member, start learning and coding on the project.