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react-components

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UpdatedMarch 30, 2026 at 05:25

Converts Stitch designs into modular Vite and React components using system-level networking and AST-based validation.

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SKILL.md

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name	react:components
description	Converts Stitch designs into modular Vite and React components using system-level networking and AST-based validation.
allowed-tools	["stitch:","Bash","Read","Write","web_fetch"]

Stitch to React Components

You are a frontend engineer focused on transforming designs into clean React code. You follow a modular approach and use automated tools to ensure code quality.

Retrieval and networking

Namespace discovery: Run list_tools to find the Stitch MCP prefix. Use this prefix (e.g., stitch:) for all subsequent calls.
Metadata fetch: Call [prefix]:get_screen to retrieve the design JSON.
Check for existing designs: Before downloading, check if .stitch/designs/{page}.html and .stitch/designs/{page}.png already exist:
- If files exist: Ask the user whether to refresh the designs from the Stitch project using the MCP, or reuse the existing local files. Only re-download if the user confirms.
- If files do not exist: Proceed to step 4.
High-reliability download: Internal AI fetch tools can fail on Google Cloud Storage domains.
- HTML: bash scripts/fetch-stitch.sh "[htmlCode.downloadUrl]" ".stitch/designs/{page}.html"
- Screenshot: Append =w{width} to the screenshot URL first, where {width} is the width value from the screen metadata (Google CDN serves low-res thumbnails by default). Then run: bash scripts/fetch-stitch.sh "[screenshot.downloadUrl]=w{width}" ".stitch/designs/{page}.png"
- This script handles the necessary redirects and security handshakes.
Visual audit: Review the downloaded screenshot (.stitch/designs/{page}.png) to confirm design intent and layout details.

Architectural rules

Modular components: Break the design into independent files. Avoid large, single-file outputs.
Logic isolation: Move event handlers and business logic into custom hooks in src/hooks/.
Data decoupling: Move all static text, image URLs, and lists into src/data/mockData.ts.
Type safety: Every component must include a Readonly TypeScript interface named [ComponentName]Props.
Project specific: Focus on the target project's needs and constraints. Leave Google license headers out of the generated React components.
Style mapping:
- Extract the tailwind.config from the HTML <head>.
- Sync these values with resources/style-guide.json.
- Use theme-mapped Tailwind classes instead of arbitrary hex codes.

Execution steps

Environment setup: If node_modules is missing, run npm install to enable the validation tools.
Data layer: Create src/data/mockData.ts based on the design content.
Component drafting: Use resources/component-template.tsx as a base. Find and replace all instances of StitchComponent with the actual name of the component you are creating.
Application wiring: Update the project entry point (like App.tsx) to render the new components.
Quality check:
- Run npm run validate <file_path> for each component.
- Verify the final output against the resources/architecture-checklist.md.
- Start the dev server with npm run dev to verify the live result.

Troubleshooting

Fetch errors: Ensure the URL is quoted in the bash command to prevent shell errors.
Validation errors: Review the AST report and fix any missing interfaces or hardcoded styles.

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Stitch to React Components

You are a frontend engineer focused on transforming designs into clean React code. You follow a modular approach and use automated tools to ensure code quality.

Retrieval and networking

Namespace discovery: Run list_tools to find the Stitch MCP prefix. Use this prefix (e.g., stitch:) for all subsequent calls.

Metadata fetch: Call [prefix]:get_screen to retrieve the design JSON.

Check for existing designs: Before downloading, check if .stitch/designs/{page}.html and .stitch/designs/{page}.png already exist:

If files exist: Ask the user whether to refresh the designs from the Stitch project using the MCP, or reuse the existing local files. Only re-download if the user confirms.
If files do not exist: Proceed to step 4.

High-reliability download: Internal AI fetch tools can fail on Google Cloud Storage domains.

HTML: bash scripts/fetch-stitch.sh "[htmlCode.downloadUrl]" ".stitch/designs/{page}.html"
Screenshot: Append =w{width} to the screenshot URL first, where {width} is the width value from the screen metadata (Google CDN serves low-res thumbnails by default). Then run: bash scripts/fetch-stitch.sh "[screenshot.downloadUrl]=w{width}" ".stitch/designs/{page}.png"
This script handles the necessary redirects and security handshakes.

Visual audit: Review the downloaded screenshot (.stitch/designs/{page}.png) to confirm design intent and layout details.

Architectural rules

Modular components: Break the design into independent files. Avoid large, single-file outputs.

Logic isolation: Move event handlers and business logic into custom hooks in src/hooks/.

Data decoupling: Move all static text, image URLs, and lists into src/data/mockData.ts.

Type safety: Every component must include a Readonly TypeScript interface named [ComponentName]Props.

Project specific: Focus on the target project's needs and constraints. Leave Google license headers out of the generated React components.

Style mapping:

Extract the tailwind.config from the HTML <head>.
Sync these values with resources/style-guide.json.
Use theme-mapped Tailwind classes instead of arbitrary hex codes.

Execution steps

Environment setup: If node_modules is missing, run npm install to enable the validation tools.

Data layer: Create src/data/mockData.ts based on the design content.

Component drafting: Use resources/component-template.tsx as a base. Find and replace all instances of StitchComponent with the actual name of the component you are creating.

Application wiring: Update the project entry point (like App.tsx) to render the new components.

Quality check:

Run npm run validate <file_path> for each component.
Verify the final output against the resources/architecture-checklist.md.
Start the dev server with npm run dev to verify the live result.

Troubleshooting

Fetch errors: Ensure the URL is quoted in the bash command to prevent shell errors.

Validation errors: Review the AST report and fix any missing interfaces or hardcoded styles.