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getross

v0.1.0

Published

Point-and-draw visual-intent layer for coding agents — select real components in your running Next.js app, grounded to their true source file:line, and hand a ready-to-paste instruction to your AI agent.

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Links

Git

Maintainers

renzovialerenzoviale

Keywords

aicoding-agentclaudeclaude-codemcpnextjsturbopackreactdevtoolsoverlayvisual-editingsource-groundingdesign

Readme

getross

Point-and-draw visual-intent layer for coding agents.

npm license

Open an overlay over your own running Next.js app, select / draw / measure / capture real components — each grounded to its true source file:line — compose one intent, and Send copies a ready-to-paste instruction for your coding agent (e.g. Claude Code). You paste, review, and run it. Selection identifies; the agent edits.

The package is published as getross; the CLI command it installs is ross.

Requirements

  • Next.js 16+ / React 19 / Turbopack, App Router, .tsx files
  • Node.js 18+

Quick start

npx getross init /path/to/your-next-app   # wire loader + overlay + design.md + .mcp.json
npx getross dev  /path/to/your-next-app   # daemon (serves overlay.js) + your `npm run dev`

Or install globally and use the ross command:

npm i -g getross
ross init /path/to/your-next-app
ross dev  /path/to/your-next-app

Then in the browser: ⌥R → select / draw / measure / capture → Send → ⌘V into Claude Code → review → Enter. Nothing is auto-applied — you are the gate.

init is idempotent: it builds the self-contained loader (Babel is bundled, so your app needs no extra deps), adds it to your next.config Turbopack rules, injects the dev-only overlay <script> into your root layout, seeds design.md, and registers the optional Ross MCP server in the app's .mcp.json. It prints manual steps for anything it can't patch confidently. Clear .next if Turbopack reports a stale module after wiring.

How it works

  1. A build-time loader injects data-src="file:line:col" + data-component onto host elements (covers Server Components).
  2. The overlay reads those attributes as you point/draw and builds a single composite intent (subjects + an optional measured vector + optional marks).
  3. Send composes the intent into one plain-language instruction (with real file:lines) and copies it to your clipboard.
  4. You paste into Claude Code, review/edit, and run it.
  5. For design-relevant changes, the agent can reconcile the decision into an evolving design.md via the optional MCP tools (ross_get_design_context + ross_update_design).

The daemon (:5179) serves overlay.js. The MCP server is optional (the design.md tools).

Documentation

Full design, architecture, and known constraints live in the repository: https://github.com/Renzoviale/ross — see SPEC.md.

License

MIT © Renzo Viale