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Gradle

Gradle

  -  229 MB  -  Open Source
  • Latest Version

    Gradle 9.6.0 LATEST

  • Review by

    Daniel Leblanc

  • Operating System

    Windows 7 / Windows 8 / Windows 10 / Windows 11

  • User Rating

    Click to vote
  • Author / Product

    Gradle Inc. / External Link

  • Filename

    gradle-9.6.0-all.zip

Gradle is an advanced build automation tool designed for multi-language software development.

It is particularly popular in the Java ecosystem and is widely used for building, testing, and deploying applications.

Unlike traditional build tools such as Apache Ant and Maven, Gradle for Windows offers a more flexible and high-performance approach, utilizing a directed acyclic graph (DAG) to optimize build efficiency.

Gradle is written in Groovy and Kotlin, offering developers a powerful scripting language to configure and manage their build processes.

It integrates seamlessly with other tools such as Android Studio, IntelliJ IDEA, and Eclipse, making it a preferred choice for Android and Java developers.

Key Features

Incremental Builds – It optimizes tasks by only executing necessary updates, improving build performance.

Multi-Project Builds – It efficiently handles complex multi-module projects with dependency management.

Kotlin DSL Support – Offers scripting with Kotlin, providing better readability and IDE support.

Dependency Management – Supports Maven, Ivy, and custom repositories for managing project dependencies.

Custom Build Logic – Allows developers to define custom tasks and workflows in Groovy or Kotlin.

Task Parallelization – Runs independent tasks in parallel to speed up the build process.

Continuous Build Feature – Detects changes in source files and automatically triggers a new build.

Extensibility – Highly customizable with plugins and third-party integrations.

Command Line Interface (CLI) – Offers powerful CLI commands for managing builds.

Integration with CI/CD Tools – Works well with Jenkins, GitHub Actions, and other automation tools.

User Interface

Gradle does not have a traditional graphical user interface (GUI); it operates mainly via the command line and integrates with various IDEs. The build scripts are written in text-based formats (Groovy or Kotlin), making it accessible for developers familiar with scripting languages.

For those using Gradle with an IDE such as Android Studio, IntelliJ IDEA, or Eclipse, it provides a more visual way to manage dependencies, tasks, and configurations through built-in UI components in the IDE.

FAQ

Can I use Gradle with Maven dependencies?
Yes, it supports Maven and Ivy repositories, allowing you to import dependencies from pom.xml files.

How does Gradle improve build performance?
It uses incremental builds, caching, and parallel execution to reduce build times.

Is Gradle only for Java projects?
No, it supports various languages, including Kotlin, Groovy, Scala, C++, and JavaScript.

How do I debug a Gradle build issue?
Use the --stacktrace or --debug flag in the CLI to get detailed error logs.

Can Gradle be used in CI/CD pipelines?
Yes, it integrates with Jenkins, GitHub Actions, GitLab CI, and other automation tools.

Alternatives
  • Maven – XML-based build tool with a convention-over-configuration approach.
  • Ant – Flexible but lacks dependency management features.
  • Bazel – Google's build tool with high scalability and performance.
  • Make – Traditional Unix-based build tool with limited flexibility.
  • Buck – Facebook’s open-source build system optimized for large projects.
Pricing

This program is open-source and FREE to use under the Apache License 2.0. However, Gradle Enterprise, a paid version, offers enhanced build analytics and acceleration for large teams.

System Requirements
  • OS: Windows 7, 8, 10, 11 (32/64bit)
  • JDK: Java 8 or higher
  • Memory: 4GB RAM (8GB recommended)
  • Storage: 500MB free disk space
  • Additional: IDE support (IntelliJ IDEA, Eclipse, or Android Studio recommended)
PROS
  • High performance with incremental builds and caching
  • Supports multi-language development
  • Flexible and highly customizable
  • Strong dependency management
  • Seamless integration with CI/CD pipelines and IDEs
CONS
  • Higher learning curve compared to Maven
  • No official GUI, mostly command-line-based
  • Requires manual setup for Windows installation
  • Gradle scripts can become complex for large projects
  • Not as widely adopted as Maven in some enterprise environments
Conclusion

Gradle is a powerful and flexible build automation tool, especially suited for Java and Android development. Its performance optimizations, extensive customization, and robust dependency management make it a preferred choice over traditional build tools like Maven and Ant. However, its steep learning curve and complexity may pose challenges for beginners.

For developers working with large-scale projects requiring efficiency, automation, and scalability, Gradle is an excellent option. Whether you're a beginner or an advanced user, investing time in mastering Gradle can significantly improve your build and deployment workflows.

Why is this app published on FileHorse? (More info)
  • Gradle 9.6.0 Screenshots

    The images below have been resized. Click on them to view the screenshots in full size.

    Gradle 9.6.0 Screenshot 1

What's new in this version:

Fixed:
- Unresolved directive in build_services.adoc in build_services.html page
- Gradle TAPI version 9.5.0 strictly depends on slf4j-api version 2.0.17
- Gradle 9.5.0: Accessor classes are generated for source set configurations, but using the configurations without quotes fails the build
- IndexOutOfBoundsException in DefaultResolvedComponentResult.getDependenciesForVariant
- Deprecate implicit property and method lookup in project hierarchy
- Regression in Gradle 9: Cucumber JUnit Platform tests break retry execution and lose test names in Develocity Build Scans
- Typo: "warmning" in AndroidHomeWarmupTask log message
- KotlinDslScriptsModel can return sources that do not match the generated Gradle API classpath for branch snapshot builds
- 2-column table formatted with 3 columns
- Specify project in wrapper update command
- Consider including the command to regenerate a lockfile in the comments at the top
- DCL: Project feature apply actions fire in wrong order under declarative DSL
- Update default PMD version
- Duplicate IP problems reported on `rootProject` and `parent` accessors
- Double word "report" in build-logic/buildquality/src/main/kotlin/gradlebuild/incubation/action/IncubatingApiReportAggregationWorkAction.kt
- Get rid of `task-execution-access-pre-stable` internal CC flag
- Deprecate Kotlin DSL delegated properties
- `filter.excludeTest` doesn't filter JUnit5 nested test classes and excluding top-level class also excludes nested classes
- DCL: Dependencies - unresolved function call signature for 'project'
- StackOverflowError due to side effects in CompositeDomainObjectSet
- Slow fingerprinting and incremental compilation on some cloud storages
- DCL: Features are applied in wrong order
- Gradle TAPI client cannot pass environment variables when running in `noexec` environment
- Make the AGP plugin updates more automatable
- https://docs.gradle.org/current/userguide/performance.html refers to aggregate tasks
- Investigate `IncrementalBuildIntegrationTest.private inputs in superclass are respected()` failure on Provider API branch
- Deprecate `project.properties` method
- Client process can OOM when buffering output during user input prompt
- IllegalStateException: No target component for edge
- Remove Groovy DSL support for project types/features
- DCL: Remove apply action via lambda api
- Upgrade LittleProxy test dependency from xyz.rogfam to io.github.littleproxy
- Use full name hashing only as a fallback in HTML test report
- `validatePlugins` fails with `NoClassDefFoundError` for implementation dependencies used only privately in superclass tasks
- Don't advise explicit use of `ObjectFactory` when registering extensions
- Update list of supported architectures of the Kotlin embedded compiler
- Compiling on 9.5 while maintaining test support for non-declarative in 9.4
- Deprecate the use of org.gradle.api.Project as a dependency notation in DependencyHandler
- Changing project properties not used at configuration through system properties/environment variables should not invalidate configuration cache
- Make building commit distributions CC-compatible
- Misleading message from toolchains used via javaLauncher with CC enabled
- Duplicate Documentation
- Editing of build logic is broken after syncing gradle/gradle with IP
- ListProperty and MapProperty used as ad hoc task inputs should be implicitly finalized when the configuration cache is used
- Clean up `severity` property on the Problems API
- Test.setScanForTestClasses(false) causes all junit4 tests to be skipped
- Develocity plugin issues when Isolated Project is enabled
- DCL: accessors for ProjectFeatures in defaults in KTS have no ProjectType receiver
- Problem resolutions are dissociated from their description in the build failure message
- Runtime Error 'Cannot invoke "java.util.List.get(int)" because "path" is null' when getting message of ModuleVersionResolveException
- DeprecationLogger has not been initialized error when using TestKit to run Gradle 3.4
- Don't serialize concurrency primitives with Configuration Cache
- DCL: Support testFixtures (or any DependencyModifier)
- Improve detection of non-interactive build invocations
- Fix invalid applicationName reference when generating gradlew scripts
- Support task inputs implemented as a package-private record
- Clearer error message when dotted keys are used in libs.versions.toml
- Proxy server authentication is not preemptive
- Deprecate project.properties
- Potential Memory Leaks and Logical Inconsistencies in WeakIdentityHashMap Implementation
- Isolated Projects diagnostics mode
- Gradle TAPI process hangs after the build is complete when a project has daemon JVM criteria different from the TAPI process JVM
- Calls to kotlin extension `Path.readText()` not captured in configuration cache
- Problems API internal classes should follow naming pattern
- Closures creating objects in object containers results in project isolation failure
- Lambdas with cyclic references are serialized incorrectly by CC
- Configuration step cant find private method after first run on same daemon
- Deprecate accessing unsupported injected types at execution time
- Deprecate calling Task.getTaskDependencies and Task.getDependsOn at execution time
- Deprecate calling Task.getExtensions at execution time
- Make all None parameters behave identically
- Renaming test file causing test class to be deleted
- Fingerprinting slow on linux
- Track LICENSE changes properly in gradle code base
- networkTimeout is added by the `wrapper` task but it is an incubating feature
- Check that all code snippets are used and delete unused snippets
- Project isolation unexpected "cannot dynamically look up a method in parent project"
- Configuration cache has unexpected behavior with computed inputs
- Document How To Create A Skinny War Using Ear Plugin
- Make `idea` plugin tasks compatible with the configuration cache or deprecate them
- Make `eclipse` plugin support the configuration cache or deprecate them
- 9.6.0 regression - IllegalStateException: log4j12:2.0.Edge 'org.slf4j:slf4j-bom:2.0.18' (platform-compile) -> dependency: org.slf4j:slf4j-18, scope: Compile, optional: false has no target nodes.
- `ConcurrentModificationException` during dependency graph resolution (9.6.0-rc-1)
- Task `properties` is not compatible with Isolated Projects
- Improve HTML test results reports