Upgrade an Android project to Android Gradle Plugin (AGP) 9. Use when migrating to AGP 9, updating Gradle build files, migrating to built-in Kotlin, or adopting the new AGP DSL.
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Guides quality-first TDD for new behavior, bug fixes, and test changes. Selects the smallest test layer, proves a distinct regression risk, and runs bounded RED-GREEN-REFACTOR verification.
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A passing test is insufficient; the test must prove an owned behavior and a distinct plausible fault.
Compare against the existing suite before adding or removing cases. Ensure the scenario is not already covered upstream or in nearby layers.
Create one Test Intent Record per behavior/risk:
contract: observable contract — an application-owned result or outward side effectfault: distinct plausible fault this test catcheslayer: smallest honest unit, component, contract, integration, or E2E layercases: minimal distinct equivalence classes; use a parameterized test for equivalent inputscommand: exact focused single-run commandReject tests that duplicate existing suite coverage, assert internal mock choreography over outward side effects, depend on time/network/order, or invent numeric four-pillar scores without measured evidence.
expected_red, invalid_red, unexpected_green, or verification_infra_failed. If it is unexpected_green, inspect existing coverage and remove a redundant or weak case before implementing production code.expected_red; rerun the same command.add tests after, too small, passed first run, run the full suite again, or mock every collaborator.See references/quality-contract.md for the intent record, failure taxonomy, layer routing, and runner examples.
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Upgrade an Android project to Android Gradle Plugin (AGP) 9. Use when migrating to AGP 9, updating Gradle build files, migrating to built-in Kotlin, or adopting the new AGP DSL.
中文简介正在准备中。当前显示原文说明。
Apply Clean Architecture layering, modularization, and Unidirectional Data Flow in Android projects. Use when setting up project structure, placing code in layers, configuring feature/core modules, or implementing UDF patterns; defer Compose state and ViewModel/StateFlow implementation to their specific skills.
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Implement WorkManager and background processing correctly on Android. Use when creating Worker classes, scheduling tasks, choosing between WorkManager and Foreground Services, or setting up Hilt in workers; defer FCM and notification delivery to android-notifications.
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Build high-performance declarative UI with Jetpack Compose. Use when writing Composable functions, optimizing recomposition, hoisting state, or working with LazyColumn and side effects; defer deep-link and navigation routing to android-navigation.
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Migrate an Android XML View to Jetpack Compose following a structured 10-step workflow. Use when converting XML layouts to Compose, setting up Compose in an existing View-based project, or incrementally adopting Compose.
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Write correct coroutine scopes, lifecycle collection, and dispatcher injection in Android production code. Use for suspend functions, coroutine scopes, and dispatcher mechanics; defer ViewModel StateFlow/LiveData architecture, Fragment lifecycle recipes, persistence/notifications, and unit-test recipes to their specific skills.
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