aarbitandClaude Sonnet 5 1ae967c8a4 Wire the app to the Supabase backend, replacing localStorage-only
- DiagramRepository (renamed from ProjectRepository, per the
  organized-ideas.md §8 naming decision) now has a Supabase-backed
  implementation as the active repository. LocalStorageDiagramRepository
  stays in the codebase as a reference implementation / fallback, just
  no longer wired in. Only the storage layer's naming changed here --
  the domain type, store, and UI copy still say "Project"; that's a
  separate, larger mechanical rename tracked on its own.
- Minimal email/password auth gate (src/components/auth/LoginScreen.tsx)
  since Supabase RLS requires a real signed-in user to do anything --
  this is NOT the Phase 2 experience (Google SSO, polished signup),
  just enough of the same schema (username + email + password) to make
  the backend foundation usable end to end before that phase exists.
  Respects the hard email-verification gate from config.toml.
- .env.example documents the required VITE_SUPABASE_URL /
  VITE_SUPABASE_ANON_KEY (local dev values, not secrets); .env.local
  has the actual local values and is gitignored.

Verified end-to-end against the local stack: signup creates a
confirmed-pending user, the handle_new_user trigger creates their
profile, sign-in is blocked until confirmed, and a signed-in session
can upsert/read back its own diagram row exactly as the app's
save()/load() do it.

Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_017DUU6CnxECCDeqDNYJgr5x
2026-09-05 00:33:28 -05:00

AV Planner

Plan out AV/network installs: define devices and their ports, wire them together on a canvas, and get a bill of materials (devices + cables, with lengths) for what you'll need to buy.

Stack

  • React 19 + TypeScript + Vite
  • @xyflow/react (React Flow) for the device/wiring canvas
  • Zustand for app state
  • Tailwind CSS v4 for styling

Architecture

src/
  domain/       Framework-agnostic types + logic (compatibility rules, BOM math,
                the built-in connector/cable/device library). No React, no
                React Flow — safe to unit test or reuse from a future backend.
  data/         Storage abstraction. `ProjectRepository` is the interface the
                rest of the app codes against; `LocalStorageProjectRepository`
                is the only implementation today. Swapping in a real backend
                later (REST/GraphQL) means adding one new implementation of
                that interface, not touching state/UI code.
  state/        Zustand store (`projectStore`) — the single source of truth for
                the current project. Auto-saves to the repository (debounced)
                on every change.
  components/
    canvas/     React Flow wiring surface: custom device node, custom cable
                edge, connection validation.
    palette/    Device library sidebar + the "new custom device" editor.
    inspector/  Right-panel editors for the selected device or cable.
    bom/        Bill-of-materials view.
    layout/     App shell, top bar, panels.

Data model

  • PortType — a connector kind (HDMI, XLR, Cat5e/6, ...). Two ports can be wired together only if their PortTypes share a compatibility family.
  • DeviceTemplate — a reusable device shape (its ports), shown in the palette. Built-ins live in domain/library.ts; custom ones are saved on the project.
  • Device — an instance placed on the canvas, with its own copy of ports (editing an instance never mutates its template).
  • CableType — a physical cable spec, scoped to a PortType family.
  • Connection — a wire between two ports, referencing a CableType and an optional user-entered distance (there's no floor plan / scale model, so length is a manual estimate per connection).
  • Project — devices + connections + any custom library entries. This is the one object persisted (auto-saved to localStorage, or explicitly exported/imported as JSON).

Development

npm install
npm run dev      # start the dev server
npm run build    # typecheck + production build
npm run lint      # oxlint
S
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Visual AV planner
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