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Learn how to use Gradle's configuration avoidance to cut build startup time. Replace tasks.create with tasks.register to defer task creation and improve performance in multi-project builds.
Declare all dependency coordinates once in gradle/libs.versions.toml, then reference them via type‑safe libs.* accessors in Kotlin DSL. This guide covers setup, verification, and recovery for multi‑project builds.
Learn how a Gradle version catalog eliminates repeated dependency coordinates, improves maintainability, and works with Kotlin DSL.
Learn how to use Gradle's incremental build mechanism with @Input and @Output annotations to skip unnecessary tasks and drastically reduce build times.
Decide between Groovy and Kotlin Gradle DSL in IntelliJ IDEA for Android projects. Compare syntax, IDE support, plugin compatibility, and migration effort. Follow a step‑by‑step example to add a Kotlin module and validate it in the IDE.
Gradle Configuration Cache serializes the task graph after the first configuration, reducing subsequent configuration from seconds to ~150 ms. This blog shows how to enable it on a 3‑module Kotlin project, migrate to lazy APIs, and validate the cache. Trade‑offs and diagnostics are covered.
Target Configuration Trade-offs When configuring platform targets in a Kotlin Multiplatform (KMP) project within IntelliJ IDEA, developers must choose between the Groovy Gradle DSL and the Kotlin DSL (build.gradle.kts). Each approach impacts the development workflow differently regarding type safety and build flexibility. Constraints and Considerations The K
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