Vibe Coding with Lamatic.ai
Developers working on Lamatic.ai Docs can now supercharge productivity using AI‑assisted coding tools. This guide explains how to configure and use Vibe Coding tools—such as GitHub Copilot, Cursor, and Claude—for a deeply contextualized coding experience powered by the llm.txt file.
1. Prerequisites
- Node.js 18+ and Git installed
- Access to the Lamatic.ai Docs repository
- Any LLM‑based coding assistant installed:   * GitHub Copilot (extension enabled in VS Code)   * Cursor IDE (with Lamatic project workspace loaded)   * Continue.dev (community‑compatible setup)
2. Understanding llm.txt
The llm.txt file defines the directories and configuration files that AI tools should prioritize when offering suggestions. This ensures the assistant understands Lamatic.ai’s architecture, ensuring relevant and structured completions.
The file includes:
- /components/ — Core UI and React elements
- /pages/docs/ — Lamatic documentation and integration guides
- /next.config.mjs — Next.js configuration
- /package.json — Node.js project manifest
- /pyproject.toml — Python project configuration
By guiding your LLM here, you prevent distractions from build artifacts or external modules.
3. Setting Up Vibe Coding Tools
GitHub Copilot Setup
- Ensure the Copilot extension is installed in VS Code.
- Context Note: Copilot does not automatically read the
llm.txtfile. To ensure Copilot uses the project context:- Use
Attach Context: In the Copilot Chat pane, click the paperclip icon and manually attach the necessary component folders (e.g.,/components/,/pages/docs/). - Use Tags: Explicitly reference files in your prompts (e.g.,
#file:components/Header.tsx).
- Use
- For specialized instruction, ensure
github.copilot.chat.codeGeneration.useInstructionFilesis enabled to read any.instructions.mdfiles you may create in the.githubfolder.
Cursor Integration
- Open the Lamatic Docs root folder in Cursor IDE.
- Cursor automatically respects the
llm.txtfile as its project context. - Use the in‑line prompt (
Cmd/Ctrl + K) to generate or refactor code.   Example prompt:   > “Based on Lamatic’sDocsNavcomponent, generate a collapsible section with AI‑powered section titles.”
Cursor lets you connect custom AI APIs too—ideal for contributors using their own OpenAI or Anthropic credentials for Lamatic.ai development.
4. Example Prompts and Best Practices
| Scenario | Basic Prompt | Context‑Aware Prompt |
|---|---|---|
| Component Creation | "Make a new button" | "Using Lamatic’s Button.tsx design from /components/ui/, create a PrimaryBadge variant matching Lamatic.ai styling." |
| Documentation Enhancement | "Add integration doc" | "Following /pages/docs/integrations, create a doc titled AI Automation Setup demonstrating Lamatic.ai’s workflow configuration." |
| API Logic | "Write API route" | "In reference to pyproject.toml dependencies, implement a Python FastAPI route for Lamatic.ai’s webhook ingestion." |
Pro Tip: Include component or page paths in prompts (e.g., components/ui/Button.tsx)—LLMs use them as explicit context anchors.
5. Troubleshooting
| Issue | Possible Cause | Recommended Solution |
|---|---|---|
| AI not responding contextually | IDE not loading llm.txt | Restart your environment or reload the Lamatic Docs workspace. |
| Off‑theme code suggestions | Outdated assistant cache | Clear Copilot/Cursor cache or reload Lamatic configuration. |
| Code format mismatches | Local ESLint not running | Execute npm run lint or npm run format. |
Why This Matters
Lamatic.ai thrives on collaborative, intelligent documentation. By configuring context correctly and aligning Vibe Coding tools, your LLM assistant effectively “understands” Lamatic’s structure—making your prompts smarter, faster, and fully contextual.
These improvements allow new contributors to get productive immediately, reducing setup friction and ensuring Lamatic.ai remains a pioneer in developer‑friendly AI documentation integration.