shade-tokens-not-hex(使用 Shade 语义令牌)
io.github.TryGhost/Ghost/shade-tokens-not-hex
UI 装饰一律使用 Shade 语义令牌(bg-background、text-foreground、border-border-default、bg-surface-elevated)——绝不使用 hex、hsl() 或 bg-gray-200 之类的原始调色板工具类。在编辑使用 Shade 的应用的 TSX/CSS 时触发。
“Image Editing” 共 254 个结果
io.github.TryGhost/Ghost/shade-tokens-not-hex
UI 装饰一律使用 Shade 语义令牌(bg-background、text-foreground、border-border-default、bg-surface-elevated)——绝不使用 hex、hsl() 或 bg-gray-200 之类的原始调色板工具类。在编辑使用 Shade 的应用的 TSX/CSS 时触发。
io.github.metabase/metabase/typescript-write
按 Metabase 编码标准与最佳实践编写 TypeScript 和 JavaScript 代码。在开发或重构 TS/JS 代码时使用。
io.github.streamlit/streamlit/developing-with-streamlit
适用于所有 Streamlit 任务:创建、编辑、调试、美化、样式、主题、优化或部署 Streamlit 应用;也包括自定义组件、st.components.v2 以及 HTML/JS/CSS 工作。会从用户安装的 Streamlit(>=1.57)发现并加载版本匹配的参考文档。触发词:streamlit、st.、dashboard、app.py、beautify、style、CSS、color、background、theme、button、widget styling、custom component、st.components、CCv2、session state、performance、cache、fragment、slow rerun、deploy。
io.github.storybookjs/storybook/stories
在创建、编辑或删除组件、story、样式、CSS、主题、颜色或设计 token 之前——凡影响 UI 观感的一切——必须最先调用,无一例外。也用于启动或预览 Storybook 验证 UI、展示/浏览/列举组件、story 或 UI 状态的请求,以及文档、props 或用法查询。
io.github.storybookjs/storybook/stories
在创建、编辑或删除组件、story、样式、CSS、主题、颜色或设计 token 之前——凡影响 UI 观感的一切——必须最先调用,无一例外。也用于启动或预览 Storybook 验证 UI、展示/浏览/列举组件、story 或 UI 状态的请求,以及文档、props 或用法查询。
io.github.lobehub/lobehub/typescript
编辑 TS/TSX/MTS 时遵循 TypeScript 风格与类型安全规范,包括 import、异步代码与错误抑制。
io.github.nrwl/nx/setup-review-sandbox
一次性安装 reproduce-issue 技能与 reproduce-verifier 智能体所需的沙箱前置条件——Docker、隔离运行时(Linux 上用 gVisor,macOS 上用 Colima)、健康的容器网络,以及 nx-review-sandbox 工具链镜像(依据仓库的 mise.toml 构建)。操作幂等,可随时重跑以校验或修复。当用户说搭建审查沙箱、安装沙箱前置条件、构建沙箱镜像,或 reproduce-issue 的预检报告某项缺失时使用。
io.github.vercel/next.js/next-dev-loop
验证编辑应用代码后的 Next.js 运行时行为。用于确认改动在真正运行的应用中可用——而不仅仅是能编译或通过类型检查。将 /_next/mcp(Next.js 的视角)与 agent-browser(浏览器的视角)结合使用。需要正在运行的 next dev。
io.github.nodejs/node/v8-workflow
Manages git task isolation and environment setup in V8. Use at the start of any new task or bug fix. Do not use for general C++ editing.
io.github.nodejs/node/clangd-setup
Handles installation and configuration of clangd-mcp for V8. Use when clangd-mcp is missing or needs configuration for the current workspace. Do not use for general C++ editing.
io.github.asgeirtj/system_prompts_leaks/document
Create, read, edit, or manipulate Word documents (.docx) and Word templates (.dotx). Use whenever a build task's artifact kind is document with the default docx output, or the task mentions a Word doc, .docx, or .dotx, extracts or reorganizes content from one, inserts or replaces images, does find-and-replace in one, or works with tracked changes (redlines) or comments. Covers python-docx generation, raw OOXML editing of existing files, document structure and formatting, and render verification. Not for PDFs, spreadsheets, or Google Docs.
io.github.TriliumNext/Trilium/maintaining-docker-hub
Use when working on Trilium's published Docker images on Docker Hub or GHCR rather than on the Dockerfiles — "how many pulls does the image get?", "why is the Docker Hub repository so big?", "clean up old tags", "delete untagged images", "which tags do we publish?", the legacy repositories (triliumnext/notes, zadam/trilium) and their mirroring, the main-docker.yml copy-to-Docker-Hub step, mirror-legacy-docker.yml, Docker Hub categories, stars or the overview. Includes hub.mjs (stats, tag listing/deletion, the manifest inventory and a safe untagged-image purge, all dry-run by default) and the storage model that decides how a cleanup works. Do NOT use for building or running the image locally (see the Developer Guide's Docker page).
io.github.K-Dense-AI/scientific-agent-skills/optimize-for-gpu
将科学 Python 工作负载加速到 NVIDIA GPU 上,并验证结果正确且更快。适用于 CUDA/GPU 优化;CPU 受限的 NumPy、SciPy、pandas、scikit-learn、NetworkX、scikit-image、向量检索、图像处理、图、仿真或文件 I/O 负载;CuPy、cuDF、cuML、cuGraph、cuVS、cuCIM、KvikIO、Warp、Newton、Numba-CUDA、RAFT 相关问题;以及性能剖析、内存搬运、kernel 或多 GPU 瓶颈。当大规模数据并行的 Python 代码很慢且 GPU 加速是合理选项时也应使用,即使用户没有提到 CUDA。
io.github.coollabsio/coolify/mcp-development
Use this skill for Laravel MCP development. Trigger when creating or editing MCP tools, resources, prompts, servers, or UI apps in Laravel projects. Covers: artisan make:mcp-* generators, routes/ai.php, Tool/Resource/Prompt/AppResource classes, schema validation, shouldRegister(), OAuth setup, URI templates, read-only attributes, MCP debugging, MCP UI apps, the x-mcp::app Blade component, createMcpApp(), default AppResource handle() auto-infers view from class name, Response::view(), AppMeta/Csp/Permissions/appMeta() configuration, #[RendersApp] attribute, Library enum for CDN libraries (Tailwind, Alpine), and host theming via CSS variables. Use this whenever the user mentions MCP apps, MCP UI, interactive MCP resources, styling MCP apps with Tailwind or Alpine, or building visual interfaces for AI agents.
io.github.coollabsio/coolify/infer-conventions
Use this skill to analyze how a Laravel application is actually written and record its conventions as shared rules. Trigger when the user wants to detect, infer, document, or standardize project conventions or coding style, set up or grow `.ai/rules`, resolve mixed or conflicting patterns (e.g. "are we using Form Requests or inline validation?"), or onboard agents and teammates to "how we do things here". Covers: a systematic sweep of ~49 Laravel convention dimensions (validation, models, architecture, testing, frontend, database, console), open-ended house-pattern discovery, conflict reporting, and recording rules scoped to the right paths via the Boost `record-rule` MCP tool. Only run this skill when the user explicitly asks for it; never start a sweep as part of another task. Do not use for one-off code review, enforcing formatting a linter already handles, or editing `.ai/rules` files by hand.
io.github.affaan-m/ECC/react-native-patterns
React Native and Expo app patterns — Expo Router navigation, state separation (server/client/route/form), TanStack Query data fetching with Zod, performant lists, NativeWind/StyleSheet styling, native APIs, and secure storage. Use when building or editing React Native / Expo screens, components, navigation, or data layers.
io.github.topoteretes/cognee/cognee-docker
Use when the user wants to run cognee with Docker or docker compose — trying it out from the prebuilt image, starting the API server in a container, or bringing up the full stack (UI, MCP, Postgres, Neo4j) with compose profiles.
io.github.langchain-ai/deepagents/safety
Check secret handling, staged changes and push targets, destructive Git operations, Docker image hygiene, and new dependencies before consequential coding actions. Use for commits, pushes, container builds or publishes, dependency additions, and explicit safety reviews.
io.github.higress-group/higress/nginx-to-higress-migration
在 Kubernetes 环境中从 ingress-nginx 迁移到 Higress。适用于(1)分析现有 ingress-nginx 配置(2)读取 nginx Ingress 资源与 ConfigMap(3)通过 helm 安装 Higress 并正确设置 ingressClass(4)识别不受支持的 nginx annotation(5)为 nginx snippets/高级特性生成 WASM 插件(6)构建自定义插件并推送到镜像仓库。支持完整迁移工作流,含兼容性分析。
io.github.ArchiveBox/ArchiveBox/archivebox
在进行 ArchiveBox 应用、CLI、服务端、Docker 镜像、Admin UI、REST API、数据目录、爬取、快照以及发布与部署脚本相关工作时使用。
io.github.moeru-ai/airi/enforce-rules-for-unocss
执行 AIRI 的 UnoCSS、Vue 样式、共享 UI 组件、动画、图标与色彩模式实践。在 AIRI monorepo 中创建、编辑、重构或审查 Vue 模板、组件样式、原子类、UnoCSS 配置、动画、图标、UI 基础组件或 VueUse 暗色模式行为时使用。
io.github.getsentry/sentry/react-testing
使用 Jest 与 React Testing Library 为 Sentry 前端编写和审查 React/TypeScript 测试。在 static/ 中新增或编辑测试(*.spec.tsx)、编写组件/hook 测试、用 MockApiClient 模拟 API 响应、测试路由或网络请求,或被要求“write a frontend test”“add a React test”“test this component”“fix a flaky RTL test”时使用。
io.github.affaan-m/ECC/osint-investigation
Sparse-clue OSINT investigation methodology for extracting overlooked leads, connecting fragmented evidence, and testing explanations across sources. Use for multi-step CTF challenges, image/video geolocation, event reconstruction, public-account and entity verification, artifact interpretation, infrastructure research, or stalled investigations.
io.github.affaan-m/ECC/fal-ai-media
通过 fal.ai MCP 统一生成媒体——图像、视频和音频。覆盖文生图(Nano Banana)、文/图生视频(Seedance、Kling、Veo 3)、文生语音(CSM-1B)以及视频生音频(ThinkSound)。当用户想用 AI 生成图像、视频或音频时使用。