Define versions, libraries, and plugins in one place for consistency across projects. #GradleBestPractices
🔗 More details: kotlinlang.org/docs/gradle-...
Define versions, libraries, and plugins in one place for consistency across projects. #GradleBestPractices
🔗 More details: kotlinlang.org/docs/gradle-...
Cache and reuse a build’s configuration phase for lightning-fast subsequent builds.
💡 If Gradle doesn't detect any changes, it just skips the phase. #GradleBestPractices
More details: kotlinlang.org/docs/gradle-...
Cache and reuse a build’s configuration phase for lightning-fast subsequent builds.
💡 If Gradle doesn't detect any changes, it just skips the phase. #GradleBestPractices
More details: kotlinlang.org/docs/gradle-...
Encapsulate and reuse common build logic across multiple build files.
💡 Although the initial setup may be time-consuming, it's easy to maintain once you complete it. #GradleBestPractices
👉 kotlinlang.org/docs/gradle-...
Encapsulate and reuse common build logic across multiple build files.
💡 Although the initial setup may be time-consuming, it's easy to maintain once you complete it. #GradleBestPractices
👉 kotlinlang.org/docs/gradle-...
Use incremental builds and dependency caching to reduce build times.
💡 GitHub provides this service with almost zero setup. #GradleBestPractices
More details: kotlinlang.org/docs/gradle-...
Use incremental builds and dependency caching to reduce build times.
💡 GitHub provides this service with almost zero setup. #GradleBestPractices
More details: kotlinlang.org/docs/gradle-...
Structure your project into one root project and one or more subprojects. 💡 If changes only affect one of the subprojects, Gradle rebuilds only that one. #GradleBestPractices
More details: kotlinlang.org/docs/gradle-...
Structure your project into one root project and one or more subprojects. 💡 If changes only affect one of the subprojects, Gradle rebuilds only that one. #GradleBestPractices
More details: kotlinlang.org/docs/gradle-...
Use a specific `linkDebug*` task for each platform instead of `build` and `assemble`, as they can end up compiling the same code multiple times for each target. #GradleBestPractices
🔗 More details: kotlinlang.org/docs/gradle-...
Use a specific `linkDebug*` task for each platform instead of `build` and `assemble`, as they can end up compiling the same code multiple times for each target. #GradleBestPractices
🔗 More details: kotlinlang.org/docs/gradle-...
You can avoid learning another language while gaining the benefits of strict typing: better IDE support, refactorings, and autocompletion. #GradleBestPractices
More details: kotlinlang.org/docs/gradle-...
You can avoid learning another language while gaining the benefits of strict typing: better IDE support, refactorings, and autocompletion. #GradleBestPractices
More details: kotlinlang.org/docs/gradle-...
Share build outputs across your dev team and CI/CD pipeline. The remote build cache helps you save time by reusing outputs from other builds. #GradleBestPractices
🔗 More details: kotlinlang.org/docs/gradle-...
Share build outputs across your dev team and CI/CD pipeline. The remote build cache helps you save time by reusing outputs from other builds. #GradleBestPractices
🔗 More details: kotlinlang.org/docs/gradle-...
Reuse outputs from previous builds and save precious development time. The build cache can retrieve outputs from any build you’ve already created. #GradleBestPractices
🔗 More details: kotlinlang.org/docs/gradle-...
Reuse outputs from previous builds and save precious development time. The build cache can retrieve outputs from any build you’ve already created. #GradleBestPractices
🔗 More details: kotlinlang.org/docs/gradle-...
💡 KSP is faster, as it processes source code directly without generating intermediary Java stubs. #GradleBestPractices
More details: kotlinlang.org/docs/gradle-...
💡 KSP is faster, as it processes source code directly without generating intermediary Java stubs. #GradleBestPractices
More details: kotlinlang.org/docs/gradle-...