Gradle 4.0 introduced the build cache, whose purpose is to reuse outputs from any previous invocation of Gradle. Incremental compile 1000-module Java project Configuring Java project w/1000 modules Build cachingĪvoiding work by reusing the results of previous executions makes Gradle fast. Your builds will already be a bit faster immediately after upgrading to Gradle 5.0, and you can improve their performance further by using and configuring the other features described in this section. Faster buildsīuilding only what you need by using the new build cache and incremental processing features in Gradle 5.0 will make developers and business executives happy. Fine-grained transitive dependency managementįinally, you can read how to upgrade to Gradle 5.0 further on.We’ve broken down the major improvements in recent releases into the following categories: Using the Build Scan™ service have improved dramatically with new performance, dependency management, logging, and deprecated API use inspections.Ī statically-typed Kotlin DSL brings a breath of fresh air to our IDE users by providing code completion, refactoring, and other IDE assistance when authoring build logic. Improved incremental compilation and incremental annotation processing build upon a solid performance foundation that already featured build caching and up-to-date checking.ĭependency constraints, dependency alignment, and version locking provide a dependency management model that is scalable and flexible. Gradle 5.0 is the fastest, safest, and most capable Gradle release ever.
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