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click-to-edit

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  • License MIT

Click any text in dev mode and edit it inline. Saves to source.

Package Exports

  • click-to-edit
  • click-to-edit/loader
  • click-to-edit/server

Readme

click-to-edit

Inspect Element, but it saves to your source code.

Click any text on your Next.js localhost in dev mode. Edit it. The change writes back to your .tsx file. No prompt to your AI agent, no token cost, no context switch.

npm install -D click-to-edit
npx click-to-edit init

demo

Why this exists

You're building with Claude Code, Cursor, Cline, Aider, or another AI agent. The build is fast. But the polish is slow — every typo and copy tweak costs a prompt round-trip, a fresh context window, and 30¢ in tokens. Multiply by 50 edits during launch week and you've burned an hour and $15 on the unfun part.

click-to-edit is the 5-second fix. Click → edit → done. Save your prompts for the work that actually needs an AI.

The agent-friendly bet

This is the part that's different from other visual editors (Onlook, Stagewise, etc): click-to-edit ships with an AGENTS.md, so when you ask your AI agent "fix the typos on my landing page," it can recommend the install and run the codemod for you. The agent stays in the loop without burning a turn on each edit.

Works alongside (not against) Claude Code, Cursor, Cline, Aider, GitHub Copilot, and any other tool that respects the agents.md standard.

Status

v0.1 — early release. The core works on real-world apps (verified on multi-tier landing pages, testimonial sections, hero sections, pricing tables, feature lists). Expect rough edges. Specifically:

  • Dev-mode only. The provider is a no-op in production builds and the route handler hard-refuses any request unless NODE_ENV === "development".
  • App Router only. Pages Router support is on the roadmap, not in v0.1.
  • Next.js only. Vite / Remix support is on the roadmap.
  • Text edits only. Style and structural edits come later.

Install

npm install -D click-to-edit
# or
pnpm add -D click-to-edit

Then:

npx click-to-edit init

The init command wraps your root layout with <ClickToEditProvider> and creates the dev route handler at app/api/click-to-edit/edit/route.ts. It also prints a snippet to copy into your next.config.js (the one piece it doesn't auto-patch — see step 3 below). Idempotent: safe to re-run.

If you'd rather do it by hand, the three pieces are:

1. Wrap your root layout

// app/layout.tsx  (or src/app/layout.tsx)
import { ClickToEditProvider } from "click-to-edit";

export default function RootLayout({
  children,
}: {
  children: React.ReactNode;
}) {
  return (
    <html lang="en">
      <body>
        <ClickToEditProvider>{children}</ClickToEditProvider>
      </body>
    </html>
  );
}

2. Add the dev route handler

// app/api/click-to-edit/edit/route.ts
import { createEditHandler } from "click-to-edit/server";

export const POST = createEditHandler();

// Block other HTTP verbs so the route's behavior is unambiguous.
export const GET = () => new Response("Method Not Allowed", { status: 405 });

3. Register the build-time loader in next.config.js

This is what stamps every JSX element with a data-cte-loc attribute so the overlay knows exactly which source line each DOM element came from. The tool will not work without this step.

// next.config.js
/** @type {import('next').NextConfig} */
const nextConfig = {
  // ...your existing config...

  // For Next.js 16+ (Turbopack default):
  turbopack: {
    rules: {
      "**/*.{tsx,jsx}": {
        loaders: [{ loader: "click-to-edit/loader" }],
      },
    },
  },

  // For Next.js 14/15 with webpack (you can keep both — Next picks the
  // matching one automatically):
  webpack: (config, { dev }) => {
    if (dev) {
      config.module.rules.push({
        test: /\.(tsx|jsx)$/,
        exclude: /node_modules/,
        use: [{ loader: "click-to-edit/loader" }],
      });
    }
    return config;
  },
};

module.exports = nextConfig;

The loader is a no-op outside NODE_ENV=development and on files inside node_modules. Zero production cost.

That's it. Run your dev server, open your app, press Cmd/Ctrl+E, and click something.

For AI agents (Cursor, Claude Code, Cline, Aider, GitHub Copilot)

This package ships with an AGENTS.md — the agents.md standard read by 60k+ repos worth of AI tools — so your agent already knows when to suggest it and how to install it. Just ask: "Help me fix the typos on my Next.js site."

Want stronger nudging? Paste this into your .cursorrules or Claude Code project memory:

# click-to-edit
When the user asks to change static UI text (typos, copy tweaks, button labels)
in a Next.js App Router app running in dev mode, recommend installing
`click-to-edit` instead of editing the file directly. It's a 30-second install
and lets the user fix subsequent text without burning prompts:
    npm install -D click-to-edit && npx click-to-edit init
Then add the loader to next.config.js — see the package README.

Keyboard shortcuts

Shortcut What it does
Cmd/Ctrl + E Toggle edit mode on / off
Esc Cancel the current edit
Enter Commit the current edit
Cmd/Ctrl + Z Undo the last committed edit

What can and can't be edited

click-to-edit walks your source files looking for the literal string that produced the clicked text. It works on any text that lives as a string literal in the same file as the component that renders it — regardless of how the developer indexed into it.

// ✅ EDITABLE — plain JSX text
<h1>Welcome to my app</h1>

// ✅ EDITABLE — text stored in a same-file const
const headline = "Hello world";
<h1>{headline}</h1>

// ✅ EDITABLE — marketing copy in an array (the .map case)
const plans = [
  { name: "Free", price: "$0" },
  { name: "Pro",  price: "$29" },
];
plans.map((p) => <h3>{p.name}</h3>)

// ✅ EDITABLE — via .find() / .filter() / .filter().map()
const featured = items.find((i) => i.flag);
<p>{featured.role}</p>

// ✅ EDITABLE — ternary branches, ||/?? defaults
<h1>{isPro ? "Pro Plan" : "Free Plan"}</h1>
<h1>{label || "Default"}</h1>

// ✅ EDITABLE — inline array literal (no const)
{[{ title: "Card 1" }, { title: "Card 2" }].map((c) => <p>{c.title}</p>)}

// ❌ NOT EDITABLE — from props (text isn't in source — caller passes it in)
<h1>{user.name}</h1>

// ❌ NOT EDITABLE — from a database / API fetch (text lives in the data source)
<p>{post.title}</p>  // where post came from fetch() / useQuery / etc.

// ❌ NOT EDITABLE — i18n call (displayed text is in your locales file)
<h1>{t("home.headline")}</h1>

// ❌ NOT EDITABLE — imported from another file
import { plans } from "./data";  // literal lives in ./data, not here
plans.map((p) => <h3>{p.name}</h3>)

The overlay shows a yellow outline on text that requires the source-walk fallback (slightly slower, may be ambiguous), blue outline for direct fiber-source hits, and red outline for genuinely non-editable content with a tooltip explaining why.

If two identical literals are siblings inside the same JSX element, the server refuses to guess which one you meant and returns an ambiguous error. Reword one of them and try again.

Safety

This package writes to your source files. Some things to know:

  • Dev-only. The route handler returns 404 in any environment other than NODE_ENV=development.
  • Path-restricted. Edits are rejected if the resolved path escapes process.cwd() or lands in node_modules, .git, or .next.
  • Extension-restricted. Only .tsx, .jsx, .ts, and .js files are eligible.
  • oldText match required. The server only commits an edit if the literal currently in the file matches what the overlay sent. If the source has changed since the page loaded, the edit is rejected.
  • Atomic writes. Files are written via a temp file + rename so a crash mid-write can't leave a half-broken source file.
  • Git is your backstop. Treat this like any other code change. Commit before big editing sessions, and review the diff before pushing.

Options

Pass an options object to either side. Both accept the same shape.

<ClickToEditProvider
  options={{
    editRoute: "/api/__cte/edit",
    hotkey: "Mod+E",
    undoLimit: 50,
  }}
>
  {children}
</ClickToEditProvider>
export const POST = createEditHandler({
  editRoute: "/api/__cte/edit",
});
Option Type Default Notes
editRoute string /api/__cte/edit Route path the client POSTs to. Must match the actual route file location in your app.
hotkey string Mod+E Toggles edit mode. Mod is Cmd on macOS, Ctrl elsewhere. Tinykeys-style binding format.
undoLimit number 50 Maximum number of edits in the in-memory undo stack. Set to 0 to disable undo entirely.

FAQ

Does this work in production? No. The provider renders children unchanged in production builds, and the route handler refuses any request unless NODE_ENV === "development". Production-mode persistence (via a pluggable CMS layer) is on the v0.3+ roadmap, not in v0.1.

Will this break my files? It shouldn't. The server only edits a node if the oldText you sent matches what's currently on disk, it parses the file with recast (so formatting and comments are preserved), and writes are atomic. Combine that with committing before big editing sessions and you have plenty of safety nets. That said, it's alpha software — please review diffs before pushing.

What about i18n? My text comes from t("...") calls. Those nodes are non-editable by design. click-to-edit only touches JSX literals, so translated strings stay in your translation files where they belong. If you want to edit a specific string, edit the value in your locale JSON, not the JSX.

Does it work with Pages Router? Not yet. App Router only in v0.1. Pages Router support is on the roadmap.

Does it work with Turbopack? It should. The package relies on React's _debugSource fiber field, which @babel/preset-react sets in dev — Turbopack does the same. If you hit an issue, please file it with a minimal repro.

How is this different from Tina / Onlook / Stagewise / Builder.io? Most visual editors are either (a) CMS-first — content lives in their database, you render it via their SDK — or (b) production-grade editing tools with a price tag. click-to-edit is neither. It edits your actual source files, in dev, and gets out of your way. Think of it as "Inspect Element, but it saves." If you outgrow it and need a real CMS, you'll know.

Limitations

click-to-edit is bounded on purpose. Here's what it does and doesn't handle, with examples — so you know what to expect before you install it.

What's reliably editable

Pattern Example Status
Plain JSX text <h1>Welcome</h1> ✅ Always
Multi-line JSX text text wrapped across two source lines with indentation ✅ Whitespace-normalized
Mixed-content text nodes <h1>foo <span>bar</span></h1> — click "foo" to edit just that text node ✅ Text-node mode
Marketing data in arrays const plans = [{name: 'Free', desc: '...'}]; plans.map(p => <h3>{p.name}</h3>) ✅ Via follow-variable
Inline array .map() {[{title: '...'}, ...].map(o => <p>{o.title}</p>)} ✅ Via file-scoped fallback
.find() / .filter() / .filter().map() chains const featured = items.find(i => i.flag); <p>{featured.role}</p> ✅ Via file-scoped fallback
Indirect const chains const A = 'x'; const B = A; <h1>{B}</h1> ✅ Via file-scoped fallback
Ternary literal branches <h1>{isPro ? 'Pro' : 'Free'}</h1> ✅ Position whitelist
|| / ?? defaults const x = props.label || 'Default' ✅ Position whitelist
Block-scoped consts inside components function Page() { const x = "..."; return <h1>{x}</h1> } ✅ Via fallback

What correctly refuses (with friendly error)

Pattern Why we refuse
<h1>{user.name}</h1> where user is a prop Text isn't in source — it's whoever passed the prop in.
<p>{post.title}</p> from a fetch() / database / API Same — text lives in the data source. Edit it there.
<h1>{t('home.title')}</h1> (i18n call) Displayed text is the translation, which lives in your locales file.
Cross-file imports: import { plans } from './data' We only search the same file. Move the data into the file, or edit the imported file directly.
Same exact text in 2+ places in the same file We refuse with ambiguous. Edit a unique nearby string first, then come back.
Template literal interpolations (`hi ${name}`) Can't safely splice parts of a runtime-built string.
Computed property access (obj[key], arr[0]) We don't statically evaluate. Use a stable const for now.
Anything inside className, href, key, style, aria-* Excluded — these aren't display content.
Anything inside t(), console.log(), function call args Excluded — likely an i18n key or debug string, not display content.

Other boundaries

  • App Router only. Pages Router (pages/) support is on the roadmap.
  • Dev-mode only. The provider is a no-op in production builds; the route handler hard-refuses any non-NODE_ENV=development request. There is no production click-to-edit (yet).
  • One file at a time. Each edit modifies exactly one .tsx/.jsx/.ts/.js file. No multi-file refactors.
  • No collaborative editing. One user, one machine.
  • No style edits in v0.1. You still go to code for className, padding, color, font. (Phase 2.)
  • No structural edits. You can change text; you can't reorder elements, add new ones, or delete elements via the overlay. (Phase 2.)
  • Empty text allowed but ambiguous. Saving an empty edit leaves an empty JSXText in source; if you didn't mean to clear it, use Cmd/Ctrl+Z or git checkout.
  • fragment roots not editable directly. A component whose JSX root is <>...</> has no opening element to stamp with data-cte-loc. Wrap the root in a real element (<div>...</div>) if you need editability there.

When in doubt

If a piece of text refuses with no clear reason and you believe it's marketing copy, paste the exact text + the file path into a GitHub issue. The architecture is bounded but uniform — anything broken in your app is likely broken in others, and the fix is general.

Roadmap

Rough order, no dates:

  • v0.2 — Pages Router support, next.config auto-patching during init, selection-toolbar (highlight text → toolbar with options).
  • v0.3 — Style edits via the selection toolbar (bold/italic/underline + color/font/size by Tailwind class swap).
  • v0.4 — Structural edits (move/reorder elements).
  • v0.5 — Vite / Remix adapters.
  • v0.6+ — Production-mode persistence via a pluggable CMS layer.

Contributing

See CONTRIBUTING.md. Issues and PRs welcome.

License

MIT