Guide for creating effective skills that extend agent capabilities with specialized knowledge, workflows, or tool integrations. Use this skill when the user asks to: (1) create a new skill, (2) make a skill, (3) build a skill, (4) set up a skill, (5) initialize a skill, (6) scaffold a skill, (7) update or modify an existing skill, (8) validate a skill, (9) learn about skill structure, (10) understand how skills work, or (11) get guidance on skill design patterns. Trigger on phrases like \"create a skill\", \"new skill\", \"make a skill\", \"skill for X\", \"how do I create a skill\", or \"help me build a skill\".
- 📁 assets/
- 📁 bench/
- 📁 dashboard/
- 📄 HANDOFF_PROTOCOL.md
- 📄 issues_log.md
- 📄 README.md
Testing-first Open-FDD lab skill: external bench validation, frontend/API parity, BRICK+BACnet verification, overnight triage, and issue filing for confirmed product defects.
Best practices for integrating TanStack Query with TanStack Router and TanStack Start. Patterns for full-stack data flow, SSR, and caching coordination.
Monitors context window health throughout a session and rides peak context quality for maximum output fidelity. Activates automatically after plan-interview and intent-framed-agent. Stays active through execution and hands off cleanly to simplify-and-harden and self-improvement when the wave completes naturally or exits via handoff. Use this skill whenever a multi-step agent task is underway and session continuity or context drift is a concern. Especially important for long-running tasks, complex refactors, or any work where degraded context would silently corrupt the output. Trigger even if the user doesn't say "context surfing" — if an agent task is running across multiple steps with intent and a plan already established, this skill is live. --- # Context Surfing ## Install ```bash npx skills add pskoett/pskoett-ai-skills/skills/context-surfing ``` The agent rides the wave of peak context. When the wave crests, it commits. When it detects drift, it pulls out cleanly — saving state, handing off, and letting the next session catch the next wave. No wipeouts. No zombie sessions. Only intentional, high-fidelity execution. --- ## Mental Model
- 📁 assets/
- 📁 references/
- 📄 SKILL.md
REST 및 GraphQL API 설계 원칙 가이드. 새로운 API 설계, API 스펙 리뷰, API 설계 표준 수립 시 활용. 트리거: "API 설계", "REST", "GraphQL", "엔드포인트 설계", "API versioning", "API 패턴" 안티-트리거: "프론트엔드 UI", "데이터베이스 스키마만", "CSS/스타일링", "배포/인프라"
- 📁 .agents/
- 📁 .devcontainer/
- 📁 .github/
- 📄 .codecov.yml
- 📄 .gitattributes
- 📄 .gitignore
> AI Agent 专用的 BOSS 直聘双端 CLI 工具 — 33 个顶层命令 + 7 个招聘者子命令，覆盖职位搜索、福利筛选、沟通、流水线、招聘者工作流、MCP 工具与 AI 简历优化。
- 📄 _MAP.md
- 📄 CHANGELOG.md
- 📄 SKILL.md
GitHub repository access in containerized environments using REST API and credential detection. Use when git clone fails, or when accessing private repos/writing files via API.
Math calculations and unit conversions
Build and package Claude Inspector as a distributable Electron app (.dmg / .exe)
(project) Use when editing any file under plugins/hal-voice/ to bump the plugin version before committing
Apply frontend UI aesthetics judgment for web interface generation, review, and refactor tasks. Use when working on hierarchy, composition, responsiveness, accessibility, or visual polish in frontend code.
- 📁 .cursor/
- 📁 .github/
- 📁 agents/
- 📄 LICENSE
- 📄 README.md
- 📄 SKILL.md
Build, refactor, and review apps with Jetpack Compose and Compose Multiplatform (KMP/CMP) using MVI architecture. Covers coroutines, StateFlow, SharedFlow, Channel, ViewModels, state modeling, recomposition, Navigation 3/2, Koin/Hilt DI, Ktor networking, Paging 3, Room, DataStore, animations, Coil, accessibility, multiplatform resources, iOS/Swift interop, Gradle/AGP configuration, CI/CD, and desktop distribution. Use when working with @Composable, ViewModel, StateFlow, Flow, KMP, Ktor, Koin, Hilt, DataStore, Room, PagingData, recomposition, Xcode/iOS interop, Gradle build config, performance, testing, cross-platform, or code review. --- # Jetpack Compose & Compose Multiplatform This skill covers the full Compose app development lifecycle — from architecture and state management through UI, networking, persistence, performance, accessibility, cross-platform sharing, build configuration, and distribution. Jetpack Compose and Compose Multiplatform share the same core APIs and mental model. **Not all Jetpack libraries work in `commonMain`** — many remain Android-only. A subset of AndroidX libraries now publish multiplatform artifacts (e.g., `lifecycle-viewmodel`, `lifecycle-runtime-compose`, `datastore-preferences`), but availability and API surface vary by version. **Before adding any Jetpack/AndroidX dependency to `commonMain`, verify the artifact is published for all required targets by checking Maven Central or the library's official documentation.** CMP uses `expect/actual` or interfaces for platform-specific code. MVI (Model-View-Intent) is the recommended architecture, but the skill adapts to existing project conventions. ## Existing Project Policy **Do not force migration.** If a project already follows MVI with its own conventions (different base class, different naming, different file layout), respect that. Adapt to the project's existing patterns. The architecture pattern — unidirectional data flow with Event, State, and Effect — is what matters, not a speci
