Is this skill suitable for Kotlin Multiplatform (KMP) projects?

This skill is specialized for Android-specific Kotlin code. For shared KMP logic, it is recommended to use the kotlin-multiplatform-reviewer skill instead.

Which versions of Kotlin and Coroutines are recommended?

The skill is optimized for modern development environments, specifically recommending Kotlin 1.9+ and Coroutines 1.7+ for the best results.

Does it provide support for Jetpack Compose?

Absolutely. The skill includes specific detection rules for side-effects, state hoisting, remember blocks, and recomposition optimization in Compose UI.

How does the skill identify an Android project?

It automatically detects projects by scanning for Android application or library plugins in build.gradle files and the presence of an AndroidManifest.xml.

Can this skill detect memory leaks in Android apps?

Yes, it specifically checks for common Android memory leaks such as inner classes with outer references, unremoved listeners, and Activity context leaks within ViewModels.

Kotlin Android Reviewer

Name: Kotlin Android Reviewer
Author: physics91

byphysics91

Mobile Development

Reviews Android Kotlin code for Jetpack Compose, Coroutines, and ViewModel best practices to ensure high-quality, performant mobile applications.

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The Kotlin Android Reviewer skill is a specialized tool designed for developers working on modern Android applications. It automatically analyzes Kotlin codebases to identify anti-patterns in Jetpack Compose, such as improper side-effect usage or state management issues, and flags critical mistakes in Coroutines and Flow implementations like GlobalScope usage or missing exception handling. By providing structured feedback on memory leaks and performance optimizations, it helps teams maintain robust, scalable, and memory-efficient Android projects following Google's recommended architecture patterns.

Características Principales

0 GitHub stars
Memory leak detection for Activity contexts and uncancelled jobs
Automated project environment detection for SDK levels and architecture patterns
Jetpack Compose pattern analysis including state hoisting and recomposition optimization
Coroutine and Flow usage auditing for structured concurrency and dispatcher safety
ViewModel architecture and UI state management reviews

Casos de Uso

Refactoring legacy Android code to utilize Flow, ViewModel, and clean architecture patterns
Identifying and fixing performance bottlenecks and memory leaks in Compose-based UIs
Automating pull request reviews for Android repositories to enforce modern coding standards

Acerca de

Características Principales

0 GitHub stars
Memory leak detection for Activity contexts and uncancelled jobs
Automated project environment detection for SDK levels and architecture patterns
Jetpack Compose pattern analysis including state hoisting and recomposition optimization
Coroutine and Flow usage auditing for structured concurrency and dispatcher safety
ViewModel architecture and UI state management reviews

Casos de Uso

Refactoring legacy Android code to utilize Flow, ViewModel, and clean architecture patterns
Identifying and fixing performance bottlenecks and memory leaks in Compose-based UIs
Automating pull request reviews for Android repositories to enforce modern coding standards