AniTrend

Use ADB to connect devices, install Android debug builds, and troubleshoot deployment failures. Use for device detection errors, install failures, launch failures, package selection across flavors, and first-pass process checks. For deeper runtime investigation, prefer the Argent workflow.

Investigate Android runtime bugs with evidence-first Argent workflows. Use for emulator targeting, runtime console/network inspection, UI hierarchy capture, optional native traffic inspection, and root-cause analysis before changing code.

Capture quick Android UI evidence with explicit launches, UIAutomator dumps, and adb screenshots for fast visual debugging and reproducible repro notes.

Instruction-to-skill navigation map. Use when routing tasks to the right instruction and skill files or migrating legacy guidance to the split-doc model.

Step-by-step module creation checklist. Use when adding a new Gradle module and wiring build, DI, and architecture integration correctly.

Android platform/helper layer guide for AniTrend. Use when working in `:android:*` modules or deciding whether to reuse or extend existing Android-side helpers for configuration/theme, context or fragment utilities, notification permission flows, deep links, drawer/app-shell behavior, or other platform APIs.

Diagnose and fix silent empty-UI bugs caused by CacheRequest enum collisions in AniTrend. Use when a new offline-first source variant produces blank UI with no crash, no exception, and the Room tables have zero rows. Covers: cache_log collision diagnosis, ADB Room database forensics, WAL checkpoint, Chucker traffic check, CacheRequest isolation fix, and Koin factory update pattern.

Systematically debug issues using the code-review-graph knowledge graph. Use instead of manual file reading when tracing call chains, locating a bug's origin, or assessing impact radius of a suspected file.

Deep reference for Markwon plugin internals, commonmark-java AST extension points, Android Spanned rendering, and AniList-Flavored Markdown syntax. Use when implementing new plugins, debugging rendering pipelines, choosing the correct hook layer (processMarkdown vs configureParser vs configureVisitor vs beforeSetText), or understanding how commonmark nodes become Android spans.

Implement or debug support-markdown plugins using real AniList feed fixtures, FeedList.graphql curl validation, and Markwon/commonmark-java extension points. Use for new plugin work, parser or rendering bugs, markdown test design, and deciding whether behavior belongs in processMarkdown, configureParser, configureVisitor, HtmlPlugin handlers, or beforeSetText.

Understand and change support-markdown build logic, Markwon/commonmark-java dependency wiring, module dependencies, version catalog entries, Dokka setup, and shared Gradle conventions. Use for buildSrc edits, new dependencies, parser or renderer dependency changes, or documentation pipeline work.

Write or improve KDoc for public APIs in support-markdown. Use for Dokka updates, plugin class docs, controller docs, listener docs, span docs, and explaining how downstream apps should use or configure Markwon and commonmark-java backed library behavior.

Reference map for support-markdown modules, plugin packages, dependency layers, Markwon/commonmark-java ownership boundaries, consumer entry points, and Dokka navigation. Use for questions like which package should own this code, where a class should live, or how the library is organized.

Align jenv with .java-version and run Gradle reliably on low-RAM machines. Use for Java mismatch errors, Gradle OOMs, daemon memory pressure, and selecting safe build flags.

Align jenv with .java-version and run Gradle reliably on low-RAM machines. Use for Java mismatch errors, Gradle OOMs, daemon memory pressure, and selecting safe build flags.

Use when mapping SQLite query behavior, Room raw query integration, annotation processing flow, or current KSP code-generation behavior in support-query-builder.

Understand and change support-query-builder build logic, module dependencies, version catalog entries, Dokka setup, KSP wiring, and shared Gradle conventions. Use for buildSrc edits, new dependencies, module graph changes, or publishing pipeline work.

Reference map for support-query-builder modules, package roots, dependency direction, consumer entry points, and Dokka navigation. Use for questions like which module should own this code, where a class should live, what consumers should import, or how the library is organized.

Write or improve KDoc for public APIs in support-query-builder. Use for Dokka updates, class docs, function docs, property docs, consumer-facing documentation, and explaining how downstream apps should use or extend library APIs.

Use when implementing or reviewing deeplinks, Open in App CTAs, dashboard shortcuts, and web-to-app handoff decisions across the AniTrend website.

Use when working autonomously in the AniTrend website repository and needing project-specific conventions, CI requirements, tool choices, or implementation patterns before making changes.

Use when implementing or reviewing Next.js App Router metadata, Open Graph, Twitter cards, and social preview consistency across AniTrend routes.

Use when extending AniTrend UI primitives with shadcn, cva, asChild, or Tailwind tokens instead of duplicating components or scattering raw classes.

Use when adding or editing Next.js App Router pages, React components, or Tailwind styles in the AniTrend website and you need guidance on server vs client boundaries, metadata, state placement, shadcn/ui reuse, or token-based responsive styling.

Align jenv with .java-version and run Gradle reliably on low-RAM machines. Use for Java mismatch errors, Gradle OOMs, daemon memory pressure, and selecting safe build flags.

Understand and change retrofit-graphql build logic, module dependencies, version catalog entries, Dokka setup, and shared Gradle conventions. Use for buildSrc edits, new dependencies, or documentation pipeline work.

Write or improve KDoc for public APIs in retrofit-graphql. Use for Dokka updates, annotation docs, converter docs, discovery plugin docs, logger docs, and explaining how consumers should integrate or extend the library.

Reference map for retrofit-graphql modules, package roots, dependency direction, consumer entry points, and Dokka navigation. Use for questions like which module should own this code, where a class should live, what consumers should import, or how the library is organized.

Understand and change android-emojify build logic, module dependencies, version catalog entries, Dokka setup, Spotless, and shared Gradle conventions. Use for buildSrc edits, new dependencies, module graph changes, or documentation pipeline work.

Write or improve KDoc for public APIs in android-emojify. Use for Dokka updates, class docs, function docs, property docs, consumer-facing documentation, and explaining how downstream apps should initialize or extend emoji library APIs.

Reference map for android-emojify modules, package roots, dependency direction, consumer entry points, and Dokka navigation. Use for questions like which module should own this code, where a class should live, what consumers should import, or how the library is organized.

Align jenv with .java-version and run Gradle reliably on low-RAM machines. Use for Java mismatch errors, Gradle OOMs, daemon memory pressure, and selecting safe build flags.

Understand and change support-arch build logic, module dependencies, version catalog entries, Dokka setup, KSP wiring, and shared Gradle conventions. Use for buildSrc edits, new dependencies, module graph changes, or documentation pipeline work.

Align jenv with .java-version and run Gradle reliably on low-RAM machines. Use for Java mismatch errors, Gradle OOMs, daemon memory pressure, and selecting safe build flags.

Write or improve KDoc for public APIs in support-arch. Use for Dokka updates, class docs, function docs, property docs, consumer-facing documentation, and explaining how downstream apps should use or extend library APIs.

Reference map for support-arch modules, package roots, dependency direction, consumer entry points, and Dokka navigation. Use for questions like which module should own this code, where a class should live, what consumers should import, or how the library is organized.

Research framework and repository documentation for feature discovery using Context7 and DeepWiki, then map findings to edge-graphql implementation decisions.

Use when improving tracing, metrics, or log correlation in Hive Gateway runtime backed by OpenTelemetry Node SDK and OTLP exporters.

Use when adding, removing, or debugging API operations that flow from OpenAPI into GraphQL Mesh compose output and supergraph runtime behavior.

Use when validating whether a composed supergraph change is safe to serve through Hive Gateway after OpenAPI or mesh configuration updates.

Work safely with AniTrend CI/CD workflows. Use when changing tests, dependencies, Docker, or GitHub Actions in .github/workflows.

Maintain AniTrend release automation and contribution workflows. Use when modifying release-drafter or first-interaction workflows.

Improve task completion with Serena MCP in AniTrend. Use when you need to locate symbols, understand code structure, or make precise edits with symbol-aware tools instead of full-file reads.

Use when onboarding to the Local-Stack repo, locating the owning service or stack for a change, or checking Swarm migration conventions before editing infrastructure files

Use when modifying stackctl.sh and you need the repo-specific safety, portability, and validation rules for stack orchestration changes

Use when changing Python utilities under tools/ and you need the repo-specific contracts for rendering, env handling, validation, and secret-safe behavior

Use when working on the AniTrend edge service, especially for repo research, debugging, feature work, dependency lookups, Deno practices, security or performance checks, CI/CD, or keeping this skill's reference map and evals current.