shadcn-ui
by google-labs-codeThe shadcn-ui skill helps you plan, install, and adapt shadcn/ui components in a real app. Use this shadcn-ui guide for Design Implementation, component discovery, customization, and practical shadcn-ui usage across forms, tables, auth flows, and layouts.
This skill scores 84/100 and is a solid directory listing for users working with shadcn/ui. The repository gives enough workflow detail, examples, and supporting references that an agent can trigger it and act on it with much less guesswork than a generic prompt, though it is still more guidance-oriented than a fully scripted automation skill.
- Strong operational clarity: SKILL.md spells out discovery and installation workflows using shadcn MCP tools and component metadata/demo steps.
- Good install-decision value: README, component catalog, migration guide, and customization guide show real use cases, setup, and fit for React/Tailwind/TypeScript projects.
- Concrete examples: included example implementations for forms, data tables, and auth layouts demonstrate reusable shadcn/ui patterns.
- No install command in SKILL.md, so triggerability depends on the surrounding MCP/tooling environment rather than a self-contained setup path.
- Constraint coverage is light in the skill body, so edge-case behavior and when not to use specific components may require extra judgment.
Overview of shadcn-ui skill
What shadcn-ui is for
The shadcn-ui skill helps you plan, install, and adapt shadcn/ui components inside a real app instead of treating them like a drop-in library. It is best for developers who need a practical shadcn-ui guide for Design Implementation: choosing the right component, wiring dependencies, and shaping the copied code to match an existing product.
Why this skill is different
shadcn/ui is copied into your codebase, so the main decision is not “what package do I import?” but “how do I install the right component and own the implementation afterward?” This shadcn-ui skill is useful when you care about customization, Tailwind-based styling, Radix or Base UI primitives, and avoiding black-box UI behavior.
Best-fit use cases
Use it when you need shadcn-ui install help, component discovery, pattern selection, or a safe starting point for forms, tables, auth flows, layouts, and reusable UI blocks. It is less useful if you want a purely visual mockup with no codebase context or if your stack does not already support React, Tailwind, and the component-copy workflow.
How to Use shadcn-ui skill
Install and trigger it correctly
Install the shadcn-ui skill with:
npx skills add google-labs-code/stitch-skills --skill shadcn-ui --global
Then invoke it with a task that names the app context, target component, and desired behavior. Strong prompts are specific about framework, routing model, styling constraints, and whether you want installation, customization, or both.
Give the skill the right input
A weak prompt says “add a button.” A better prompt says: “In my Next.js app, install shadcn-ui button, card, and form components for a signup screen, keep Tailwind classes consistent with our neutral theme, and show the file changes needed.” That level of detail helps the skill choose the right components and avoid generic output.
Read these files first
Start with SKILL.md for the workflow, then check README.md, resources/component-catalog.md, resources/setup-guide.md, resources/customization-guide.md, and resources/migration-guide.md. Review examples/form-pattern.tsx, examples/data-table.tsx, and examples/auth-layout.tsx to see how shadcn-ui is used in realistic app patterns.
Use a component-first workflow
For shadcn-ui usage, first identify the component category, then confirm dependencies, then inspect the example pattern, and only then adapt the code to your app. If you are implementing Design Implementation work, describe layout goals, states, and constraints up front, because the skill is strongest when it can translate product intent into component composition.
shadcn-ui skill FAQ
Do I need the shadcn-ui skill if I already know shadcn/ui?
Yes, if you want faster install decisions and fewer implementation mistakes. The shadcn-ui skill is not just a reminder of the docs; it helps you move from “which component exists?” to “what should I copy, configure, and change in my codebase?”
Is shadcn-ui only for Next.js?
No. The workflow is React-first, but the skill is about component ownership and integration, not a single framework. It is strongest in projects that already use Tailwind CSS and can accept local component files.
What is the biggest boundary of shadcn-ui?
It is not a hosted component library. If your team expects package-style upgrades, minimal local code, or a no-Tailwind visual system, shadcn-ui may be a poor fit. The skill is best when code ownership and custom design implementation matter more than centralized library management.
Is shadcn-ui beginner friendly?
Moderately. Beginners can use it for common UI patterns, but they still need to understand file placement, styling tokens, and component composition. The fastest path is to start with one simple component and verify the installation before scaling to larger forms or tables.
How to Improve shadcn-ui skill
Specify the design target, not just the component
Better inputs produce better shadcn-ui output. Instead of “build a modal,” say “build a destructive-confirmation dialog for deleting a team, with a warning state, cancel button, and loading submit state.” That tells the skill what to optimize in the implementation.
Share your stack and constraints early
The skill works better when you mention framework, TypeScript usage, Tailwind setup, app router or pages router, and whether you use Radix UI or Base UI primitives. These details affect shadcn-ui install steps, dependency choices, and how much adaptation the output needs.
Ask for the implementation path you want
If you want a fast adoption path, ask for a minimal install plus the first screen. If you want a design-system path, ask for reusable variants, token alignment, and any shared layout primitives. That prevents the skill from giving you either too little code or too much abstraction.
Iterate from a working base
Use the first result to confirm the component structure, then refine spacing, variants, accessibility labels, and empty/error/loading states. The most common failure mode is underspecified UI intent, so the best improvement is usually a sharper second prompt, not a bigger one.