adompkg install adom-schematic-viewer

# one self-contained interactive HTML (what you embed in another app)
adom-schematic-viewer embed --file sheet.kicad_sch --out sheet.html

# a composed interactive SVG (+ sheet.meta.json with --meta)
adom-schematic-viewer render --file sheet.kicad_sch --out sheet.svg --meta

# the live app
adom-schematic-viewer serve --file sheet.kicad_sch --port 8793

# one part's stock/price/MPN/wiki as JSON — lets a HOST app serve /enrich
# on behalf of an embedded view, which has no server of its own
adom-schematic-viewer enrich --mpn 100nF --lcsc C1525

<iframe src="/board-view/my-board/sch" style="border:0;width:100%;height:100%"></iframe>

# adom-schematic-viewer

Interactive **schematic viewer**. The drawing is your EDA's *own* export — real
symbols, real fonts, real wire routing — with an invisible interaction layer over
it that knows which strokes belong to which component. Hover a symbol and it
haloes the way it does when you select it in KiCad, and tells you what the part
costs and whether it is in stock.

![U1 selected in adom-schematic-viewer](screenshots/shot.png)

The untouched sheet — this is service-kicad's own export, not a redraw:

![The schematic sheet](screenshots/sheet.png)

## Why it works this way

Same architecture as its sibling **adom-layout-viewer**: authenticity from the
EDA's render, interactivity from parsed geometry.

- **Visual base** — the whole sheet as SVG from the shared **service-kicad**
  container (`POST /kicad/sch/export/svg`).
- **Interaction overlay** — the `.kicad_sch` parsed in Rust into per-component
  regions (symbol body *plus* a box per visible property text), used both for
  invisible hotspots and to tag each drawing element with `data-cref` so the
  highlight can act on the symbol's real lines.

## What you get

- **KiCad-style selection** — hovering haloes that symbol's own strokes,
  including its reference and value text. Its colours don't change and the rest
  of the sheet is left completely alone.
- **Hover card** — reference, value, description, footprint, LCSC part, plus
  live **MPN, stock, price, tier, popularity**, a JLCPCB link, a wiki page link
  and the datasheet. The card follows the cursor and flips at the viewport edges.
- **Click to pin** — the card stays where it is and becomes clickable, so you
  can actually follow those links. On small or embedded screens the hover card is
  abridged to reference · MPN · stock; pinning always expands it.
- **Component list** — every part on the sheet, hover-linked to the drawing.
- **Embeddable** — `embed` emits one self-contained interactive HTML file, so any
  app can use it as a live schematic view. (adom-project-manager does.)

## Install

```
adompkg install adom-schematic-viewer
```

## Use

```bash
# one self-contained interactive HTML (what you embed in another app)
adom-schematic-viewer embed --file sheet.kicad_sch --out sheet.html

# a composed interactive SVG (+ sheet.meta.json with --meta)
adom-schematic-viewer render --file sheet.kicad_sch --out sheet.svg --meta

# the live app
adom-schematic-viewer serve --file sheet.kicad_sch --port 8793

# one part's stock/price/MPN/wiki as JSON — lets a HOST app serve /enrich
# on behalf of an embedded view, which has no server of its own
adom-schematic-viewer enrich --mpn 100nF --lcsc C1525
```

### Embedding in your own app

```html
<iframe src="/board-view/my-board/sch" style="border:0;width:100%;height:100%"></iframe>
```

The embed's `fetch("enrich")` is **relative**, so it resolves against whoever
serves the page. Point that route at `adom-schematic-viewer enrich` and the
embedded card gets live stock and price; answer nothing and it degrades to
identity only.

## Enrichment

- `adom-jlcpcb search <Cnnn>` — stock, unit price, Basic/Preferred/Extended
  tier, popularity, manufacturer, the real MPN and a JLCPCB link
- `adom-wiki discover search --query <mpn> --json` — wiki page, and vouch count
  as popularity when JLCPCB has none. Matched conservatively (close name match
  only) so passives don't pick up unrelated pages.

## Notes

- Requires network access to **service-kicad**; override with `KICAD_SERVICE_API`.
  Override the JLCPCB endpoint with `JLCPCB_API`.
- KiCad today; Altium and Fusion exports are the next step.

See also: **adom-layout-viewer** — the same idea for `.kicad_pcb`, with net and
trace highlighting.