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maestro/web
Miguel Palhas a50f098c8a feat(maestro): render the structured view in the web client (#140)
Adds a transcript surface for a Structured-view session alongside the
existing xterm attach view: a WS /api/structured/:id connection
(structured.ts) mounted by ConnectionPool whenever a session's `view`
is `"Structured"`, and pure per-row/rail renderers (structuredRender.ts,
structuredDiff.ts) covering all eight transcript row kinds.

Hierarchy follows the design reference (artifact 88ecd690): the
approval is the only lifted, card-like element; a user turn is a
tinted block with an accent rail; agent prose is plain text; tool
calls are compact bordered rows expanding to output or a coloured,
horizontally-scrolling diff computed from ACP's full old/new text.
The client renders `reduced_state` and rows exactly as received, with
no raw-event folding or turn tracking of its own.

Extracted attach.ts's pane-header title building into paneTitle.ts and
its connection interface into pane.ts (PaneConnection) so both
connection kinds share one contract and one header.
2026-09-05 06:10:40 +01:00
..

Maestro web UI

Browser UI for Maestro. The daemon embeds this bundle and serves it off its own listener, so the page talks back to the same origin over /api/* — session catalog, spawn/kill, and terminal I/O.

Framework choice: vanilla TypeScript

No frontend framework. The UI is small enough that the cost of pulling in Preact / Solid / Leptos doesn't pay back. xterm.js does all the heavy rendering; everything else is a session tree and a spawn form, both trivial in plain DOM.

This decision is non-architectural — swap in a framework later without touching the daemon if needed.

Layout

src/
  main.ts        # entry point, hash-route dispatch
  api.ts         # daemon HTTP API client
  events.ts      # `/api/events` WebSocket subscriber
   catalog.ts     # session tree view (groups by working directory)
   attach.ts      # xterm.js + attach WS view
   multiview.ts   # tabs + split panes
   spawnForm.ts   # shared spawn form (preset tiles, project picker, worktree)
   spawnModal.ts  # dialog chrome around the spawn form
  theme.ts       # dark/light theme toggle + persistence
  types.ts       # mirror of `maestro-protocol` JSON shapes
  styles.css     # design-system tokens + component styles
  mock.ts        # DEV-only review fixture (see Design)

Design

The visual system (OKLCH token palette, monospace-first typography, dark+light theming, motion, components) is documented in ../DESIGN.md; the tokens live in the :root block of src/styles.css. Strategic intent (register, brand, principles) is in ../PRODUCT.md. Theme follows the OS by default and can be pinned via the header toggle (persisted in localStorage).

mock.ts is a DEV-only fixture (stripped from production builds): visit the dev server with ?mock to seed a representative catalog without a running daemon, ?mock&spawn to open the spawn modal, and ?theme=light|dark to pin a theme.

Routing is hash-based:

  • #/ → catalog
  • #/attach/<session-id> → terminal

This keeps the static handler dumb (no SPA fallback needed). Concurrent attaches: open the same #/attach/<id> URL in another tab.

Dev

pnpm install
pnpm dev      # http://localhost:5173, proxies /api → http://127.0.0.1:7070
pnpm build    # → dist/, embedded into the maestro binary at cargo build time

The Vite dev server proxies /api and the WebSockets to a local daemon. Default is http://127.0.0.1:7070; point it elsewhere by exporting MAESTRO_DAEMON_URL before pnpm dev:

MAESTRO_DAEMON_URL=http://laptop.lan:7070 pnpm dev

Production

pnpm build writes the bundle to web/dist/. Under its default web feature the daemon embeds that directory at compile time and serves it from /, alongside the /api/* routes. See crates/maestro-daemon/src/static_bundle.rs.