安卓原生

Troubleshooting for Jetpack-Compose: troubleshooting common issues

Workflow for Jetpack-Compose: workflow optimization

Use for Jetpack Compose screens, Route + Screen structure, state hoisting, remember, rememberSaveable, ViewModel + StateFlow, Material 3, Navigation, previews, adaptive UI and basic accessibility.

Use when exploring a codebase, diagnosing bugs, understanding behavior, or discussing possible features where the user has not explicitly asked for implementation

Authoritative reference for the Jetpack scripting language .jet files used by the Jetpack Paper/Minecraft plugin. Use when reading, writing, reviewing, or debugging .jet scripts, or when answering questions about Jetpack syntax, types, modules, commands, listeners, intervals, imports, or the Bukkit native bridge. Also covers host-plugin extensions including how a separate Paper plugin Java/Kotlin registers its own modules and global functions into the Jetpack runtime.

Корректная обработка безопасных зон в Jetpack Compose приложениях для Android. Используй при работе с TopAppBar, Scaffold и безопасными зонами экранов в Jetpack-WorkoutApp.

Comprehensive Jetpack Compose reference skill covering all official Android documentation sections. Use this skill whenever the user asks about Jetpack Compose, Compose UI, @Composable functions, state management, recomposition, Compose layouts, Compose components, Material3, Compose animation, Compose navigation, Compose testing, Compose performance, Compose accessibility, touch/gesture input, Compose tooling, window insets, Glance widgets, or migrating from XML Views to Compose. Also trigger for questions about: LazyColumn, LazyRow, Modifier, remember, mutableStateOf, CompositionLocal, Side effects (LaunchedEffect, DisposableEffect, SideEffect), ViewModel in Compose, shared element transitions, predictive back, edge-to-edge, stylus/Ink API, or any Compose API. Always use this skill — even for partial Compose questions like "how do I handle gestures in Compose" or "what's the difference between remember and rememberSaveable".

Guide for working with official Jetpack Compose UI samples. Use this skill whenever a user asks about Compose UI implementation, wants to understand how a specific Compose pattern works, asks "how do I build X in Compose", references any official sample app (JetNews, Jetchat, Jetsnack, Jetcaster, Reply, JetLagged, Now in Android), wants working code for Compose layouts/animations/ theming/navigation/state/testing, or asks to clone/adapt any Compose sample. Also trigger for: "show me a Compose example of X", "what sample demonstrates Y", "how does Jetsnack do Z", "Compose beginner sample", "production Compose architecture", "Material 3 in Compose", "adaptive layout Compose", "custom drawing Compose", "Compose with ViewModel/Hilt/Room". Always use this skill — even partial queries like "compose list example" or "compose animation".

Expert guidance on writing idiomatic Jetpack Compose UI with correct recomposition behavior, stable parameters, Material 3 theming, and reusable patterns. Use this for any composable authoring task.

Jetpack Compose integration with Expo modules — native Android views, bridging patterns, and module API

Use Kotlin idioms safely in Android apps, including nullability, data classes, sealed types, extension functions, and collection pipelines.

Write idiomatic Jetpack Compose UI — stateless composables, state hoisting, slot API, Modifier ordering, side effects, previews, accessibility, and custom layouts

Build Android UIs with Jetpack Compose: composition, state hoisting, remember/rememberSaveable/derivedStateOf, recomposition correctness and performance, side-effect APIs (LaunchedEffect/DisposableEffect/rememberCoroutineScope/produceState/snapshotFlow), Material 3 theming, and Compose navigation. Use when writing or reviewing @Composable functions, fixing recomposition or state bugs, hoisting state, choosing a side-effect API, applying Material 3, or improving Compose performance and stability.

Compose and Compose Multiplatform expert for UI development across Android, Desktop, iOS, and Web. Use whenever the user mentions Compose APIs (@Composable, remember, LaunchedEffect, NavHost, MaterialTheme, LazyColumn, Modifier, recomposition), Compose Multiplatform (commonMain, expect/actual, Res.*, ComposeUIViewController, UIKitView, ComposeViewport), Android TV (tv-material, D-pad, focus, Carousel), Material 3 motion, atomic design systems, design-to-code workflows, Paging 3, or navigation. Activates Review Mode on GitHub PR URLs and review phrases ("review this PR", "what's wrong with this"). Auto-detects Compose projects on session_start. Backed by actual androidx/androidx and JetBrains/compose-multiplatform-core source receipts. See "## When this skill applies" in SKILL.md for the full trigger surface.

Expert guidance for working with Wear OS Compose Material3. Use this skill when creating, updating or migrating Wear OS projects. This includes the androidx.wear.compose.material3, androidx.wear.compose.foundation and androidx.wear.compose.navigation3 libraries. Also working with core components such as AppScaffold, ScreenScaffold and TransformingLazyColumn. Migration from earlier versions such as Material 2.5 and Horologist.

Build Android networking stacks with Retrofit, OkHttp, interceptors, API contracts, and resilient error handling.

Use when a React Native app uses or is choosing the react-native-video library — playing/controlling video or audio, the v6 `Video` component or the v7 `useVideoPlayer`/`VideoView` player API, source/props/events (onLoad, onProgress, onEnd, paused, resizeMode, source, drm), HLS/DASH, DRM (Widevine/FairPlay, `@react-native-video/drm`), captions/tracks, Picture-in-Picture, background or lockscreen audio, fullscreen, buffering, offline/downloading, or native iOS/Android setup; also when deciding between v6 and v7 or migrating between them. Triggers on "react-native-video", "RNV", `Video`, `useVideoPlayer`, `VideoView`, and similar.

Write fast, focused Android unit tests for reducers, use cases, repositories, and lifecycle-safe state holders.

Implements an accepted incremental brownfield migration from native iOS or Android to React Native or Expo using @callstack/react-native-brownfield. Use after the brownfield path has been selected, when setting up the integration, packaging XCFramework or AAR artifacts, or adding React Native surfaces to native hosts.

Provides instructions for installing and using the `android` CLI. The `android` command-line tool is a critical tool for Android development and helps you create new Android projects, run Android apps on devices, manage and interact with Android virtual devices (including screenshots and UI inspection), manage Android SDK components, look up official Android documentation, and discover and install official Android skills.

Best practices for Android Intent security. Use this skill when auditing component configurations in AndroidManifest.xml activities, services, receivers) or source code handling incoming Intents (getIntent, getParcelableExtra) to prevent Intent Redirection and unauthorized access.

Android APK malware analysis — manifest permission review, smali disassembly, Java decompilation with jadx, dynamic instrumentation with Frida, network traffic interception, native library analysis, and automated scanning with MobSF.

Symbolicate the .NET runtime frames in an Android tombstone file. Extracts BuildIds and PC offsets from the native backtrace, downloads debug symbols from the Microsoft symbol server, and runs llvm-symbolizer to produce function names with source file and line numbers. USE FOR triaging a .NET MAUI or Mono Android app crash from a tombstone, resolving native backtrace frames in libmonosgen-2.0.so or libcoreclr.so to .NET runtime source code, or investigating SIGABRT, SIGSEGV, or other native signals originating from the .NET runtime on Android. DO NOT USE FOR pure Java/Kotlin crashes, managed .NET exceptions that are already captured in logcat, or iOS crash logs. INVOKES Symbolicate-Tombstone.ps1 script, llvm-symbolizer, Microsoft symbol server.

Gather and interpret Android performance evidence on an adb target using Simpleperf CPU profiles, Perfetto or Compose traces, gfxinfo frame data, dumpsys meminfo snapshots, Java heap dumps, and native allocation traces. Use when asked to profile an Android app flow, find CPU-heavy functions, diagnose jank, capture startup or frame timing evidence, compare before/after performance, explain what code is taking time, or gather memory/leak profiling artifacts.

Use when validating Android feature flows in an emulator with adb-driven launch, input, UI-tree inspection, screenshots, and logcat capture.

Audit changed Android translations in a GitHub PR.

面向 Android/Flutter/鸿蒙工程师的项目面试准备助手。当用户说"开始学习XXX项目"、"分析XXX项目"、"项目复习"、"模拟面试"或任何关于项目技术梳理、面试准备的问题时触发。这是一个项目级学习系统，通过四轮迭代（了解→初步学会→深入掌握→可以面试）帮助用户用20%时间掌握80-90%的核心技术，专注于面试场景下的项目深挖、基础概念和扩展应用。

Android native application development and UI design guide. Covers Material Design 3, Kotlin/Compose development, project configuration, accessibility, and build troubleshooting. Read this before Android native application development.

Open-AutoGLM 手机智能体框架 - 通过AI自动操作Android/鸿蒙/iOS手机完成各种任务

自动化操作浏览器、手机、鸿蒙设备。支持 WEB (Chrome)、ADB (Android)、HDC (HarmonyOS)。当用户要求浏览器操作、手机操作、查询网页信息、自动化任务时使用此 skill。