esphome/device-builder-frontend

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# ESPHome Device Builder Dashboard — Frontend A web-based dashboard for managing, configuring, and deploying ESPHome IoT device firmware. Built with Lit web components and TypeScript. > **This repository contains the frontend source only.** The dashboard runs as part of the **[ESPHome Device Builder Dashboard](https://github.com/esphome/device-builder)**, which ships a prebuilt copy of this frontend bundled in. End users should follow the install / run instructions in the backend repo — there's nothing to deploy from here on its own. ## Screenshots Configured devices in the table view, with the discovered-devices banner above: ![Dashboard table view](docs/screenshots/dashboard-table.png) Discovered devices expanded — each card surfaces the project metadata and offers a one-click "Take control" adoption flow: ![Discovered devices ready to adopt](docs/screenshots/dashboard-discovered.png) Create-device wizard's board picker — searchable, filterable by chip family, with curated featured boards up front: ![Board picker in the create-device wizard](docs/screenshots/wizard-board-picker.png) ## Tech stack - **[Lit](https://lit.dev/)** — Web components framework - **TypeScript** — Strict mode throughout - **[Rspack](https://rspack.dev/)** — Rust-based bundler - **[Web Awesome](https://www.webawesome.com/)** — UI component library (Home Assistant variant) - **[CodeMirror](https://codemirror.net/)** — YAML editor with syntax highlighting - **[Sonner](https://sonner.emilkowal.dev/)** — Toast notifications ## Backlog Before filing anything, take a look at the **[shared backlog](https://github.com/orgs/esphome/projects/7/views/1?filterQuery=project%3A%22device-builder%22)** — it lists everything that's already planned, in progress, or shipped for the dashboard. Saves duplicates and gives you a feel for where the project is heading. ## Issues and feature requests The new-issue chooser on this repo only surfaces redirect links — there's no way to file a generic issue here. - **🐛 Bugs** → [backend issue tracker](https://github.com/esphome/device-builder/issues). UI bugs go there too so we can triage everything in one place. - **💡 Feature ideas** → [ESPHome org discussions](https://github.com/orgs/esphome/discussions) or the [dashboard Discord channel](https://discord.gg/Rf2jWGVjaK) where the new UI is actively discussed and feedback is being collected. Once a request is shaped enough to be actionable a maintainer adds it to the backlog above. ## Contributing - keep it simple ESPHome is already a lot to take in for someone setting up their first device. The dashboard's job is to make that easier, not to add to it, so we keep the UI small and opinionated. We do not add flags, preferences or toggles to gate behaviour without a very strong justification and sign-off from the maintainers. What that means for a PR: - **Expect a PR that adds a flag, preference, toggle, or setting to be rejected unless it was agreed with a maintainer first.** Every switch is one more thing a new user has to understand, one more state the code has to handle, and one more combination nobody tests. If a behaviour is worth having, it is worth having for everyone; pick the one behaviour that serves the most people and ship that. - "Off by default so it doesn't affect anyone" is not a reason to add a switch. It hides the feature from the users it was built for and still adds the complexity. - Expert mode is not a catch-all home for extra switches. It exists for the few controls that are unsafe or confusing to show a beginner (the version history off switch is the model), not for personal preferences. A PR that reaches for expert mode to justify a new toggle is still unlikely to be accepted. - Before adding a setting, ask whether the feature can simply be the default, or whether the UI can work out the right thing from context (device state, platform, what is paired). Most of the time it can. - If you think a switch really is unavoidable, make the case in a discussion or on the backlog and get a maintainer's sign-off before writing the code. The discussion is cheap; a PR that gets closed is not. The same goes for options in dialogs, extra buttons in menus, and "advanced" sections: fewer, clearer choices beat more of them. ## Contributing — local development The rest of this README is for developers working on the frontend itself. If you just want to run the dashboard, head over to the [backend repo](https://github.com/esphome/device-builder) and follow its setup. ### Prerequisites - Node.js 22+ and [pnpm](https://pnpm.io/) (`corepack enable` provides the version pinned in `package.json`) - A running ESPHome Device builder backend on `localhost:6052` — clone and run [device-builder](https://github.com/esphome/device-builder) in dev mode in a separate terminal ### Install ```bash pnpm install ``` ### Dev server ```bash pnpm run dev ``` Starts an HMR dev server at `http://localhost:5173`. WebSocket and REST traffic are proxied to the backend at `localhost:6052`. ### Production build ```bash pnpm run build ``` Outputs the bundled assets into `esphome_device_builder_frontend/` — that directory doubles as the Python package source for the wheel that ships with the backend release. The `__init__.py` exposing the asset path is sourced from `public/__init__.py` and copied into place by the bundler. To produce the wheel locally (matches what CI builds on release): ```bash pnpm run build python3 -m build --wheel # wheel ends up in dist/ ``` ### Other scripts | Script | Description | | ---------------------- | --------------------------------------- | | `pnpm run lint` | TypeScript type-check (`tsc --noEmit`) | | `pnpm run lint:cycles` | Fail on runtime import cycles in `src/` | | `pnpm test` | Run the Vitest suite once | | `pnpm run test:watch` | Run tests in watch mode | | `pnpm run format` | Format `src/` with Prettier | | `pnpm run dev:web` | ESPHome Web dev server (port 5174) | | `pnpm run build:web` | Build the standalone ESPHome Web site | ## ESPHome Web This repo also builds **[ESPHome Web](https://web.esphome.io)** — the standalone, backend-free Web Serial tool (connect an ESP or Raspberry Pi Pico W over USB to install firmware, view logs, and provision Wi-Fi via Improv). It's a second build target that shares this repo's `src/` tree — the design system, the per-platform flash engines under `src/platforms/` (esptool-js in `src/platforms/esp/esptool.ts`), and localization — and adds only the app under `src/web/`. ```bash pnpm run dev:web # HMR dev server on http://localhost:5174 (no backend needed) pnpm run build:web # static site → esphome_web/ (gitignored) ``` Unlike the wheel build (`pnpm run build` → `esphome_device_builder_frontend/`), ESPHome Web has no WebSocket, no auth, and no server: everything runs in the browser. Its output (`esphome_web/`) is **never** part of the wheel; `.github/workflows/deploy-web.yml` publishes it to GitHub Pages at web.esphome.io. New copy goes in `en.json` under the `web.*` namespace like the rest of the app. Development guide (dev server, hardware testing, layout): [src/web/README.md](src/web/README.md). ## Translations ### Contributing translations Translations are crowd-sourced through Lokalise — **no coding or GitHub account required**. See the [ESPHome translations guide](https://developers.esphome.io/contributing/translations/) for how to join the project, pick your language, and start translating. ### How it works `src/translations/en.json` is the English source of truth and the **only translation file committed to the repo**. Every other locale lives in [Lokalise](https://lokalise.com/); those files are gitignored and pulled on demand with a small TypeScript tool at `build-scripts/translations.ts` (run directly by Node — no build step). That direct `.ts` execution relies on Node's native type stripping, so it needs **Node 22.18+** (CI runs Node 24); on older Node it fails with `ERR_UNKNOWN_FILE_EXTENSION`. ```bash # Push new/changed English keys up to Lokalise as the base language. pnpm run translations:upload # Pull the latest translations into src/translations/ (for local dev). pnpm run translations:download # Pull the locales from the latest GitHub release instead of Lokalise # (no Lokalise token needed — reads the release's translations.zip asset). pnpm run translations:download --source release # Export the keys that exist on Lokalise but not in en.json to a # reviewable working file (translation-orphans.json), then delete them. pnpm run translations:orphans pnpm run translations:orphans:delete --yes ``` The Lokalise commands (`upload`, `download`, `orphans`, `orphans:delete`) read `LOKALISE_API_TOKEN` and `LOKALISE_PROJECT_ID` from the environment; the sole exception is `download --source release`, which reads the locale bundle from a GitHub release and needs no Lokalise token. `upload` only adds keys — it never overwrites translator edits; pass `pnpm run translations:upload --cleanup` to also delete Lokalise keys that no longer exist in `en.json`. `--cleanup` deletes orphaned keys blindly in one shot. When you'd rather review first, use the orphan flow instead: `pnpm run translations:orphans` lists every key Lokalise has that `en.json` no longer defines (matching Lokalise's `::`-flattened key names against the nested `en.json`) and writes them to a gitignored `translation-orphans.json`. Delete any entry from that file's `orphans` array to keep it, then `pnpm run translations:orphans:delete` removes whatever's left — but only with `--yes`; without it the command is a dry run that just prints what it would delete. Point either command at a different path with `--out <file>` / `--file <file>`. `download` pulls every language the project has, writes each one except English (canonicalizing Lokalise's underscore ISO codes to the repo's BCP 47 filenames, e.g. `zh_CN` → `zh-CN.json`), and omits untranslated keys so the runtime English fallback in `localize.ts` stays in effect. A Lokalise download that returns no locales is treated as an error rather than silently shipping English-only. The `--source release` variant needs no Lokalise token (optionally `GITHUB_TOKEN` / `GITHUB_REPOSITORY` to raise rate limits or point at a fork) and reproduces exactly the locales the latest release shipped. The frontend loader (`src/common/localize.ts`) is data-driven with no hardcoded locale list. The full message bodies load **lazily**: `import.meta.webpackContext(..., { mode: "lazy" })` makes rspack emit one async chunk per locale, fetched only when that locale is selected, so English-only users download no other locale's strings (the English base is statically bundled as the always-present fallback). The language **picker**, however, needs each locale's autonym + flag synchronously up front — so a tiny `src/generated/language-manifest.json` (only those two keys per locale) is generated from `src/translations/*.json` at build time by `build-scripts/gen-language-manifest.cjs` and statically imported. That manifest is gitignored and regenerated automatically by `build` / `dev` / `lint` / the test global-setup; run `pnpm run gen:languages` to refresh it by hand. A checkout with no download (or a build before the secrets are set) simply ships English-only; the missing files are not an error. Locale codes are matched separator- and case-insensitively, so Lokalise's `fr` / `zh_CN` filenames resolve against the browser's BCP 47 `fr-FR` / `zh-CN` tags without any per-locale mapping. In CI this is automated by: - `translations-upload.yml` — pushes to Lokalise whenever `en.json` lands on `main`. Automated pushes never prune; run it manually from the Actions tab with the `cleanup` input checked to delete keys no longer in `en.json`. - `release.yml` — downloads translations before bundling so the released wheel ships every locale. There's no scheduled download workflow: because the locale files are gitignored, there's nothing to commit back to `main`. The translations only need to exist at build time, and `release.yml` pulls them fresh for the wheel; locally, run `pnpm run translations:download` whenever you want to work against the latest copy. The workflows need the `LOKALISE_API_TOKEN` and `LOKALISE_PROJECT_ID` repository secrets. **Adding a new locale is just a Lokalise change** — translate it there and the next download picks it up automatically. The language picker is fully data-driven: each translation file carries its own display name and flag in the top-level `language` (autonym, e.g. `Français`) and `flag` (emoji, e.g. `🇫🇷`) keys, so a new locale shows up named and flagged with no code change. If those keys are missing for a locale, the picker falls back to the raw code and a placeholder flag. ### Thanks to Lokalise Translations are managed with [Lokalise](https://lokalise.com/), who generously provide their localization platform to the project free of charge. Thank you for supporting open source and helping bring the dashboard to more people in their own language. <p> <a href="https://lokalise.com/"> <picture> <source media="(prefers-color-scheme: dark)" srcset="docs/lokalise-logo-dark.svg"> <img alt="Lokalise" src="docs/lokalise-logo-light.svg" width="280"> </picture> </a> </p> ## Project structure ``` src/ ├── api/ # WebSocket/HTTP API client and types ├── components/ # Lit web components │ ├── device/ # Device editor, navigator, component catalog │ └── wizard/ # Device creation wizard steps ├── pages/ # Routed page components (dashboard, device, secrets) ├── context/ # Lit Context definitions ├── common/ # i18n / localization ├── util/ # Helpers (debounce, YAML parsing, icons, ...) ├── styles/ # Theme and shared styles ├── translations/ # Language files (only en.json committed; rest from Lokalise) ├── web/ # Standalone ESPHome Web site (backend-free; its own entrypoint) └── entrypoint.ts # App bootstrap (wheel dashboard) public/ ├── __init__.py # Python package entry — copied into the build │ # output at bundle time so the wheel exposes a │ # `where()` helper pointing at the static assets. ├── index.html # HTML shell └── static/ # Static assets (favicons, ...) esphome_device_builder_frontend/ # Build output (gitignored) ``` ## Code structure policies These rules apply to all new code in `src/`. Existing files that pre-date them are grandfathered, but please don't make them worse. ### File size - **Hard limit: 500–600 lines per file.** Split before a file grows past this. - No exceptions for "it's just one big component". Break it up. ### Component decomposition - Prefer many small, focused components over one large one. - If a `render()` method exceeds ~100 lines, that's a signal to extract a sub-component. - Extract repeated template patterns into their own components immediately — don't wait for the third copy. ### Folder structure - One `@customElement` per `.ts` file. File name matches element name: `esphome-foo-bar.ts` → `<esphome-foo-bar>`. - If a feature grows beyond 2–3 files, give it its own subfolder (see `src/components/settings-dialog/` for the pattern). - Create folders proactively when grouping related files makes sense — don't pile everything flat. - In-browser flashing and logs code lives in one directory per platform under `src/platforms/` (`bk72xx/`, `esp/`, `ln882x/`, `nrf52/`, `rp2/`, `rtl87xx/`), with tests mirrored under `test/platforms/`. Each has an `index.ts` for the API both the Device Builder and ESPHome Web use, and a `dashboard.ts` for the Device Builder's install flow; `src/` code outside a platform imports only those two. A flash engine loaded on demand is exported from `index.ts` only as types plus a `load*` function, so it stays out of the main chunk. The LibreTiny UF2 parser, `src/platforms/libretiny-uf2.ts`, is shared by the LibreTiny platforms and loaded on demand the same way. ESPHome Web's own cards and install dialogs for each platform live in `src/web/platforms/<name>/` (imported by file; the entry-file rule is for `src/platforms/`), with tests under `test/web/platforms/`. - Each platform beyond ESP that the Device Builder supports in the browser (BK72xx, LN882H, nRF52, Pico, RTL8710B, RTL8720C, RTL8720D) exports one `PlatformSupport` descriptor from its `dashboard.ts` (see `src/platforms/platform-support.ts`) and gets one entry in `src/platforms/registry.ts`, the one module outside a platform that imports every `dashboard.ts`. The install dialog, the install-method rows and `applyInstallMethod` read the platform's install flow (steps, copy, buttons, Retry target) from it, and the logs code reads its logs policy (Web Serial and Bluetooth logs, the line release on open, Reset Device), so a new platform needs no edits there. ESP's flows are still built in. ### TypeScript - `strict: true` everywhere. No implicit `any`, no non-null assertions without a clear reason. - New code uses `unknown` and narrows; avoid `any`. ### What to avoid - No `document.querySelector` — go through shadow DOM. - No direct DOM mutation — use reactive properties and re-render. - No business logic in `render()` — extract to private methods or computed properties. - No new global singletons for state two components need — use Lit context. ### Localization - All user-facing strings go through `_localize(key)` from `src/common/localize.ts`. - Add new keys to `en.json` only — it's the source of truth and the sole committed locale. Translations are managed in Lokalise (see [Translations](#translations)), not hand-edited in the PR: `translations:upload` pushes the new keys, translators fill them in, and `translations:download` brings them back. Until then the i18n machinery falls back to English for the missing keys. ### Comments - Default comments. Add one only when the _why_ is non-obvious (a constraint, an invariant, a workaround). Don't restate what the code does. ## Releases Releases are produced by GitHub Actions: - `release.yml` — manual trigger (or called from `auto-release.yml`). Tags the version, drafts release notes from PR labels, builds the Python wheel, attaches it to the GitHub release, then opens or updates a single bump PR on the backend repo so it can pick up the new wheel URL. - `auto-release.yml` — nightly cron that auto-releases when ≥ 2 commits have landed since the last release. - `dependabot.yml` + `auto-approve-dependabot.yml` — weekly dependency (npm ecosystem, which also covers the pnpm lockfile) + Actions bumps with auto-approve. The backend's `pyproject.toml` references the wheel by GitHub release URL (no PyPI), so a release here is everything needed to ship a new dashboard build. ## License Apache 2.0

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