See Calling Java code from Kotlin in the Kotlin documentation for more information. Sets up Kotlin’s Java interoperability to strictly follow JSR-305 annotations for increased null safety. See KT-44912 in the Kotlin issue tracker for more information. This is to provide a better support for configuration cache and incremental build. Hence, If you are focusing on Android Development only, Android Studio provides slightly more features and integrations with the latest Android ecosystem tools. As far as I know, it includes the same Android plugin being developed by Google team. Sets up the implementation strategy for SAM (single abstract method) conversion to always generate anonymous classes, instead of using the invokedynamic JVM instruction. IntelliJ IDEA 2019.2 has almost the same functionality as the Android Studio. See Default methods in interfaces in the Kotlin documentation for more information. This is to provide a better interoperability with Java and Groovy for plugins written in Kotlin. Makes all non-abstract members of Kotlin interfaces default for the Java classes implementing them. See Kotlin/JVM compiler options in the Kotlin documentation for more information. Generate metadata for Java >= 1.8 reflection on method parameters. Ratpack.baseDir = file("src/ratpack/baseDir") "implementation"(pendency("dropwizard-metrics")) "implementation"("tec.units:unit-ri:1.0.3")Īpply(plugin = "")Īpply(plugin = "io.ratpack.ratpack-java") Id("io.ratpack.ratpack-java") version "1.8.2" apply false Modeling Feature Variants and Optional Dependencies.Producing and Consuming Variants of Libraries. Handling Mutually Exclusive Dependencies.Understanding Library and Application Differences.Writing Custom Gradle Types and Service Injection.Avoiding Unnecessary Task Configuration.Understanding Configuration and Execution.Sharing Build Logic between Subprojects. Declaring Dependencies between Subprojects.
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