#!/usr/bin/env python3
"""Lane G — G2a: per-shop REAL stock atlases (tier 1) for `?stock=real`.

THE FIRST REAL CRATE. One real shop's real crate — real sleeves, real titles, real prices —
baked to a static atlas keyed by godverse shop id. No server, no runtime query: tier 1 is files.

Two stages, split at THE SNAPSHOT BOUNDARY (the charter's determinism rule, and the same
discipline build_towns.py applies to Overpass raw):

    snapshot   POS DB + image map ->  pipeline/_godverse/<shop>_<crate>.snapshot.json
    pack       snapshot + images  ->  web/assets/stock_godverse/<shop>/stock_record_*.{json,webp}

The snapshot is the artifact of record: it runs where the databases are, pins every source row
AND every cover's sha256, and is committed. The pack stage is pure — same snapshot + same image
bytes => byte-identical atlas, on any machine, with no DB. That split is what lets Lane E's
validate_atlas gate G's output on m3 without the dealgod DB.

    python3 pipeline/godverse_stock.py snapshot --crate 550 --image-map <tsv>
    ~/Documents/MODELBEAST/venvs/mflux/bin/python pipeline/godverse_stock.py pack \
        pipeline/_godverse/monsterrobot_550.snapshot.json      # needs PIL (house convention)

THE SHOP (John's ruling, R23): `monsterrobot` — a real, trading record shop at 147 Musgrave Road,
Red Hill, Brisbane QLD. It is the same shop in three datasets, which is what makes tier 1 honest:
  recordgod   its POS: real crates, real slot numbers, real prices, real grading
  monsterrobot.party  its own website — the covers are the SHOP'S OWN product shots
  dealgod store 3962749  the scrape of that site; the cover cache + the godverse shop id
It is NOT in thriftgod's OSM census (see G-progress R23), so its godverse id is its dealgod store
id 3962749 — real, stable, and clear of the census id space (thriftgod max shop id = 2992).

DETERMINISM: ordered queries, no RNG, no sampling, no clock in the output. Prices/titles/artists
are FACTS copied from the POS, not minted (thriftgod's mint() is TABLESAMPLE + unseeded random —
it cannot produce tier 1; see G3_ECONOMY_DESIGN.md §2).

LICENCE (charter law #3): covers are the shop's own product shots from the shop's own domain,
cached by dealgod. In-house 🟢. FLAG BEFORE ANY PUBLIC/COMMERCIAL RELEASE. Real titles/artists
ship at tier 1 per John's R23 amendment to the no-real-trademarks law (in-house green, same
flag). Provenance rides in every index. PII FENCE: recordgod holds real customer/staff/sales
tables — this pipeline reads ONLY inventory/crate/disc_cache and must never read the others.
"""
import argparse, hashlib, json, os, subprocess, sys

ROOT = os.path.dirname(os.path.dirname(os.path.abspath(__file__)))
SNAP_DIR = os.path.join(ROOT, "pipeline", "_godverse")
STOCK_DIR = os.path.join(ROOT, "web", "assets", "stock_godverse")
IMG_CACHE = os.environ.get("DEALGOD_IMG_CACHE", "/Volumes/johnking/dealgod_backup/images")

# The shop, per John's R23 ruling. `godverse_id` = dealgod store id (see module docstring).
SHOP = {
    "godverse_id": 3962749, "slug": "monsterrobot", "name": "Monster Robot Party",
    "address": "147 Musgrave Road", "suburb": "Red Hill", "city": "Brisbane",
    "state": "QLD", "country": "AU", "type": "record",
}
OWN_PHOTO_HOST = "monsterrobot.party"   # the licence test: the shop's own domain, nothing else

CELL_W, CELL_H, ATLAS_PX = 256, 256, 2048            # Lane E's record contract (build_stock_pack.py)
STOCK_TYPES = ("record", "book", "toy")              # C §7.1 — the only types the loader can fetch


def price_band(price):
    """Lane E's record bands, verbatim — C's dig UI reads this (grail => `rare`)."""
    p = price if price is not None else 4
    return "bargain" if p < 8 else "standard" if p < 25 else "collector" if p < 60 else "grail"


def psql(db, sql):
    """Read-only query -> list of field-lists. psql CLI, not psycopg2: the m3 has no psycopg2, and
    a snapshot stage that shells out has one less dep between the DB and the frozen file."""
    out = subprocess.run(["psql", "-d", db, "-tAF\t", "-c", sql],
                         capture_output=True, text=True, check=True).stdout
    return [ln.split("\t") for ln in out.splitlines() if ln.strip()]


def _n(v):
    return None if v in ("", "\\N") else v


# ── stage 1: snapshot ────────────────────────────────────────────────────────────────────
def load_image_map(path):
    """release_id -> local_image, restricted to the SHOP'S OWN photos (the licence test).

    On ultra (dealgod present) this is a query. On the m3 dealgod is a 2 GB dump and never
    restored, so the map is streamed out of it once — the command is recorded in the snapshot's
    provenance so the extraction is reproducible:

      gzcat dealgod-<date>.sql.gz | awk -F'\\t' '/^COPY public.products \\(/{c=1;next}
        c && /^\\\\.$/{c=0;next} c && $50!="\\\\N"{print $50"\\t"$5"\\t"$34"\\t"$52"\\t"$56}'
      (fields: 50=release_id 5=image_url 34=local_image 52=current_price 56=discogs_artist_name)
    """
    m = {}
    with open(path) as fh:
        for ln in fh:
            f = ln.rstrip("\n").split("\t")
            if len(f) < 3:
                continue
            rel, url, local = f[0], f[1], f[2]
            if OWN_PHOTO_HOST not in url or not local.startswith("/img/"):
                continue
            m.setdefault(rel, local)          # first wins; ids are sorted upstream => stable
    return m


def crate_menu():
    """The G3 §4 crate-rotation menu, baked statically — the shop's real crates, with real labels.

    NOTE (→ C, R26): this is METADATA, not stock, and it cannot be otherwise under the contract as
    written. The loader fetches ONE index per base (`<base>stock_<type>_index.json`) and C §7.6
    caps a shop at 2 atlases = 128 items. Monster Robot has 357 crates / 24,646 baked-able records.
    So "the crate menu, baked statically" can ship as the shop's real crate LIST (below) — what it
    cannot ship as is per-crate stock, which needs a per-crate base (`…/3962749/crate_550/`) and
    therefore a C contract line. Filed, not invented: the menu is honest metadata today, and tier 2
    is where rotation actually lives (G3 §4 `/crates`).
    """
    rows = psql("recordgod", """
        SELECT c.id, c.name, COALESCE(c.label_text,''), count(i.sku)
        FROM crate c JOIN inventory i ON i.crate_id = c.id AND i.in_stock
        GROUP BY c.id, c.name, c.label_text HAVING count(i.sku) > 0 ORDER BY c.id""")
    return [{"id": int(r[0]), "name": r[1], "label": r[2], "count": int(r[3])} for r in rows]


# ── the MINT baker (R26 ledger #2) ───────────────────────────────────────────────────────
# The G3 doc's own note, promoted: a keyed shop with NO POS gets a deterministic seeded sample of
# real dealgod listings, so its crate is distinct and plausible — never claimed as its stock.
#
# DETERMINISM: `random.Random(shop_id)` over an ID-ORDERED pool. Same shop_id + same pool =>
# byte-identical bake, forever. No TABLESAMPLE, no unseeded random — the two things that
# disqualified thriftgod's own mint() from tier 1 (G3 §2). The shop_id IS the seed, so two shops
# can never draw the same crate, which is what F's distinctness gate asserts.
#
# HONESTY: the snapshot is marked `sourcing: "mint"` and carries NO POS-claim field — no `crate`,
# no `pos_db`, no `pos_dump` (E's POS_CLAIM_FIELDS). A mint crate is structurally incapable of
# claiming a shop's real inventory: the fields that would say so are absent, not merely false.
MINT_KINDS = {                      # pool row -> the stock type it can furnish
    "record": lambda r: r["release_id"] != "\\N",
    "book":   lambda r: r["cat"].split("/")[0] == "books",
    "toy":    lambda r: r["cat"].split("/")[0] in ("collectables-hobbies-toys", "gaming"),
}
MINT_COUNT = 16                     # ≤16 items => ONE 1024² atlas (C §7.6: ≤1024² when it fits;
                                    # 1024²/256² = 16 cells). See G-progress R26 on why not more.


def load_pool(path):
    """The dealgod mint pool — a frozen projection of the same dated dump the real tier uses."""
    pool = []
    with open(path) as fh:
        for ln in fh:
            f = ln.rstrip("\n").split("\t")
            if len(f) < 9:
                continue
            pool.append({"id": f[0], "title": f[1], "artist": f[2], "price": f[3], "cond": f[4],
                         "cover": f[5], "ptype": f[6], "cat": f[7], "release_id": f[8]})
    pool.sort(key=lambda r: int(r["id"]))     # ID-ORDERED: the sample's determinism rests on this
    return pool


def mint(args):
    import random
    pool = [r for r in load_pool(args.pool) if MINT_KINDS[args.type](r)]
    seen, uniq = set(), []
    for r in pool:                            # de-dupe by cover so a crate never doubles a sleeve
        if r["cover"] in seen:
            continue
        seen.add(r["cover"])
        uniq.append(r)

    rng = random.Random(args.shop)            # THE SEED IS THE SHOP — deterministic, per-shop distinct
    picks, items, dropped = rng.sample(uniq, min(len(uniq), args.count * 4)), [], {"file_missing": 0}
    for r in picks:
        if len(items) >= args.count:
            break
        path = os.path.join(IMG_CACHE, r["cover"][len("/img/"):])
        if not os.path.isfile(path):
            dropped["file_missing"] += 1
            continue
        with open(path, "rb") as fh:
            sha = hashlib.sha256(fh.read()).hexdigest()
        try:
            price = float(r["price"])
        except ValueError:
            continue
        items.append({
            # C §7.2a: derived from the source's OWN stable key, never position. The source here is
            # dealgod, so the key is its listing id — NOT `sku_`. See G-progress R26: a POS sku and a
            # dealgod product id are DIFFERENT NAMESPACES, and tier-2's sold-means-gone will look up
            # POS skus. An id shaped like a sku that no POS can resolve is the R26 standing note
            # (plan ids vs godverse ids) waiting to happen in the economy.
            "mint_id": r["id"], "artist": r["artist"] if r["artist"] != "\\N" else "",
            "title": r["title"], "price": price,
            # §7.2c: emit `condition` ONLY if the listing genuinely carries one — an invented grade is
            # exactly the fiction `sourcing` exists to prevent.
            "condition": r["cond"] if r["cond"] not in ("\\N", "") else "",
            "cover": r["cover"], "cover_sha256": sha,
        })
    items.sort(key=lambda i: int(i["mint_id"]))

    snap = {
        "version": 1, "kind": args.type, "tier": 1, "sourcing": "mint",
        "shop": {"godverse_id": args.shop, "slug": args.slug, "name": args.name,
                 "suburb": args.suburb, "state": args.state, "type": args.type},
        "counts": {"pool": len(uniq), "baked": len(items), "dropped": dropped},
        "source": {                       # NO pos_db / pos_dump — a mint crate has no POS to claim
            "feed_db": "dealgod", "feed_dump": args.feed_dump, "image_cache": IMG_CACHE,
            "captured": args.captured, "seed": args.shop,
            "sample": f"random.Random({args.shop}) over an id-ordered pool of {len(uniq)} listings",
        },
        "license": {
            "covers": "real dealgod listing photos (the sellers' own product shots), cached locally",
            "zone": "in-house-green", "flag": "FLAG BEFORE ANY PUBLIC/COMMERCIAL RELEASE",
            "metadata": "real titles/artists — John's R23 amendment to the no-real-trademarks law",
            "sourcing": "MINT — a seeded sample standing in for a shop with no POS. Plausible, and "
                        "NEVER this shop's actual stock. Nothing here is a claim about this business.",
        },
        "items": items,
    }
    os.makedirs(SNAP_DIR, exist_ok=True)
    dst = os.path.join(SNAP_DIR, f"mint_{args.shop}_{args.type}.snapshot.json")
    with open(dst, "w") as fh:
        json.dump(snap, fh, indent=1)
        fh.write("\n")
    print(f"mint: shop {args.shop} ({args.name}) — {len(items)} {args.type} items "
          f"seeded random.Random({args.shop}) from {len(uniq)} listings -> {dst}")


def snapshot(args):
    crate = psql("recordgod", f"SELECT id,name,COALESCE(label_text,'') FROM crate WHERE id={args.crate}")
    if not crate:
        sys.exit(f"crate {args.crate} not found in recordgod")
    cid, cname, clabel = crate[0][0], crate[0][1], crate[0][2]

    # ONLY inventory/crate/disc_cache — the PII fence (see module docstring).
    rows = psql("recordgod", f"""
        SELECT i.sku, COALESCE(i.slot_number::text,''), i.release_id,
               COALESCE(d.artist,''), COALESCE(d.title, COALESCE(i.title,'')),
               i.price, COALESCE(i.condition,''), COALESCE(i.sleeve_cond,'')
        FROM inventory i
        JOIN crate c ON c.id = i.crate_id
        LEFT JOIN disc_cache d USING (release_id)
        WHERE i.in_stock AND c.id = {args.crate} AND i.release_id IS NOT NULL
        ORDER BY i.slot_number NULLS LAST, i.sku""")

    imgs = load_image_map(args.image_map)
    items, dropped = [], {"no_own_photo": 0, "file_missing": 0, "no_price": 0}
    for sku, slot, rel, artist, title, price, cond, sleeve in rows:
        local = imgs.get(rel)
        if not local:
            dropped["no_own_photo"] += 1
            continue
        path = os.path.join(IMG_CACHE, local[len("/img/"):])
        if not os.path.isfile(path):
            dropped["file_missing"] += 1
            continue
        if not _n(price):
            dropped["no_price"] += 1
            continue
        with open(path, "rb") as fh:
            sha = hashlib.sha256(fh.read()).hexdigest()
        items.append({"sku": sku, "slot": int(slot) if slot else None, "release_id": int(rel),
                      "artist": artist, "title": title, "price": float(price),
                      "condition": cond, "sleeve_cond": sleeve,
                      "cover": local, "cover_sha256": sha})

    if args.max_items:
        items = items[:args.max_items]

    snap = {
        "version": 1, "kind": "record", "tier": 1, "sourcing": "real",
        "shop": SHOP,
        "crate": {"id": int(cid), "name": cname, "label": clabel},
        "crate_menu": crate_menu(),        # G3 §4's menu, baked as metadata — see crate_menu()
        "counts": {"in_crate": len(rows), "baked": len(items), "dropped": dropped},
        "source": {
            "pos_db": "recordgod", "pos_dump": args.pos_dump,
            "image_map_dump": args.image_map_dump, "image_cache": IMG_CACHE,
            "captured": args.captured,
            "extraction": "see load_image_map() docstring — the products projection command",
        },
        # US `license` throughout (R24: British `licence` retired per C's contract §7.3; E's
        # validator reads `provenance.licence or provenance.license`, so US passes the gate).
        "license": {
            "covers": "the shop's own product shots (monsterrobot.party), cached by dealgod",
            "zone": "in-house-green", "flag": "FLAG BEFORE ANY PUBLIC/COMMERCIAL RELEASE",
            "metadata": "real titles/artists — John's R23 amendment to the no-real-trademarks law",
            "pii": "none — inventory/crate/disc_cache only; customer/staff/sales never read",
        },
        "items": items,
    }
    os.makedirs(SNAP_DIR, exist_ok=True)
    dst = os.path.join(SNAP_DIR, f"{SHOP['slug']}_{cid}.snapshot.json")
    with open(dst, "w") as fh:
        json.dump(snap, fh, indent=1, sort_keys=False)
        fh.write("\n")
    print(f"snapshot: crate {cid} '{clabel or cname}' — {len(items)} real records "
          f"(of {len(rows)} in crate; dropped {dropped}) -> {dst}")


# ── stage 2: pack (pure: snapshot + image bytes -> atlas) ─────────────────────────────────
def pack(args):
    from PIL import Image
    snap = json.load(open(args.snapshot))
    shop, items = snap["shop"], snap["items"]
    kind, sourcing = snap.get("kind", "record"), snap["sourcing"]
    out_dir = os.path.join(STOCK_DIR, str(shop["godverse_id"]))
    os.makedirs(out_dir, exist_ok=True)

    # C §7.6: ≤2048², and ≤1024² whenever the crate fits it. 1024²/256² = 16 cells; 2048² = 64.
    # A 16-item mint crate is ONE 1024² sheet; the 120-record real crate needs 2×2048² (C's own
    # worked example). Cell stays 256² either way — C: never shrink it, the dig renders it close-up.
    px = ATLAS_PX if len(items) > (1024 // CELL_H) ** 2 else 1024
    grid, per_atlas = px // CELL_W, (px // CELL_W) * (px // CELL_H)

    idx_items, atlases = [], []
    for ai in range((len(items) + per_atlas - 1) // per_atlas):
        chunk = items[ai * per_atlas:(ai + 1) * per_atlas]
        W = H = px
        sheet = Image.new("RGB", (W, H), (28, 28, 32))
        aname = f"stock_{kind}_atlas_{ai:02d}.webp"
        for j, it in enumerate(chunk):
            gx, gy = j % grid, j // grid
            path = os.path.join(IMG_CACHE, it["cover"][len("/img/"):])
            with open(path, "rb") as fh:
                raw = fh.read()
            if hashlib.sha256(raw).hexdigest() != it["cover_sha256"]:
                sys.exit(f"cover drift: {it['cover']} — snapshot sha mismatch, re-snapshot")
            import io
            cov = Image.open(io.BytesIO(raw)).convert("RGB").resize((CELL_W, CELL_H), Image.LANCZOS)
            sheet.paste(cov, (gx * CELL_W, gy * CELL_H))
            u0, v0 = gx * CELL_W / W, gy * CELL_H / H
            # C §7.2a: derived from the source's own stable key, never position. `rec_NNNN` is the
            # generic packs' namespace and a real-stock pack must not emit into it. And position
            # isn't identity: sell one record and `rec_0050` becomes a DIFFERENT record next bake —
            # exactly what tier-2's sold-means-gone must never do.
            #   real → `sku_<POS sku>`  (the shop's own identity for that COPY)
            #   mint → `mint_<dealgod listing id>`  (dealgod's own key; NOT a sku — see G-progress)
            slot_id = f"sku_{it['sku']}" if sourcing == "real" else f"mint_{it['mint_id']}"
            item = {
                "id": slot_id, "title": it["title"], "artist": it["artist"],
                "price": int(round(it["price"])), "price_band": price_band(it["price"]),
                "atlas": aname, "uv": [round(u0, 4), round(v0, 4),
                                       round(u0 + CELL_W / W, 4), round(v0 + CELL_H / H, 4)],
            }
            # C §7.2c: the price card is a record-shop sticker — artist/title/condition/price.
            # Emit only what the source actually has; C's card omits what's absent, and an invented
            # grade is the fiction `sourcing` exists to prevent.
            if it.get("condition"):
                item["condition"] = it["condition"]
            if it.get("sleeve_cond"):
                item["sleeve_cond"] = it["sleeve_cond"]
            idx_items.append(item)
        sheet.save(os.path.join(out_dir, aname), "WEBP", quality=88, method=6)
        atlases.append(aname)

    with open(args.snapshot, "rb") as fh:
        snap_sha = hashlib.sha256(fh.read()).hexdigest()
    lic = snap["license"]
    generator, snapshot_name = "pipeline/godverse_stock.py", os.path.basename(args.snapshot)
    if sourcing == "real":
        attribution = (f"Stock, prices + covers: {shop['name']} ({OWN_PHOTO_HOST}) — the shop's own "
                       f"product shots · cover cache: GODVERSE/dealgod · POS: recordgod")
    else:
        # The attribution must not imply this shop supplied anything — it didn't. Say what it is.
        attribution = (f"MINT (seeded sample, not {shop['name']}'s stock): real dealgod listings — "
                       f"the sellers' own product shots · cover cache: GODVERSE/dealgod")
    index = {
        "version": 1, "kind": kind, "tier": 1,
        # C §7.2b: `sourcing` is the real-vs-mint axis; `tier` stays the charter's ladder rung (both
        # are rung 1 — same mechanism, different origin). One name, one meaning.
        "sourcing": sourcing,
        "atlas_px": px, "cell_w": CELL_W, "cell_h": CELL_H,
        "count": len(idx_items), "atlases": atlases,
        # TOP LEVEL, per C's contract §7.3 + the house convention of the shipped town caches
        # (`license` is a short US-spelled string there, `attribution` its companion).
        "license": f"{lic['zone']} — {lic['covers']}; {lic['flag']}",
        "attribution": attribution,
        "generator": generator,
        "snapshot": snapshot_name,
        "shop": {k: shop[k] for k in ("godverse_id", "slug", "name", "suburb", "state")},
        # NESTED — the rich block C calls colour; the four gate fields are top level above.
        "provenance": {
            "generator": generator,
            "source": snap["source"], "license": lic,
            "snapshot": snapshot_name, "snapshot_sha256": snap_sha,
            "determinism": ("pure bake — same snapshot + same cover bytes => byte-identical atlas; "
                            "covers pinned by sha256, no RNG, no clock"
                            if sourcing == "real" else
                            f"pure bake; the sample itself is seeded random.Random({shop['godverse_id']}) "
                            f"over an id-ordered pool => same shop id + same pool = same crate, forever"),
        },
        "items": idx_items,
    }
    # C §7.2b / E's POS_CLAIM_FIELDS: a mint index carries NO field that claims a shop's real
    # inventory — `crate` and the pos_* source keys are ABSENT, not merely false. The separation is
    # structural: there is no line here that could make a mint crate read as real.
    if sourcing == "real":
        index["crate"] = snap["crate"]
        index["crate_menu"] = snap.get("crate_menu", [])
    dst = os.path.join(out_dir, f"stock_{kind}_index.json")
    with open(dst, "w") as fh:
        json.dump(index, fh, indent=1)
        fh.write("\n")
    where = (f"crate {snap['crate']['id']} '{snap['crate']['label'] or snap['crate']['name']}'"
             if sourcing == "real" else f"seeded random.Random({shop['godverse_id']})")
    print(f"pack[{sourcing}]: {len(idx_items)} {kind} items -> {len(atlases)}×{px}² atlas(es) "
          f"in {os.path.relpath(out_dir, ROOT)}")
    print(f"      shop {shop['godverse_id']} ({shop['slug']}) · {where}")


# ── the atlas manifest (R26 ledger #6, C §7.2d) ───────────────────────────────────────────
def manifest(args):
    """Existence DECLARED, never probed. F's wire consults this before fetching, so a shop with no
    atlas is never fetched — no 404, and the zero-console-errors law holds without the attribution
    exception that was tolerating 8 of them. Derived from the files on disk, so it cannot drift:
    the manifest IS the directory, read back."""
    shops = []
    for d in sorted(os.listdir(STOCK_DIR)) if os.path.isdir(STOCK_DIR) else []:
        sd = os.path.join(STOCK_DIR, d)
        if not (os.path.isdir(sd) and d.isdigit()):
            continue
        entry = {"godverseShopId": int(d), "types": [], "sourcing": None}
        for t in sorted(STOCK_TYPES):
            p = os.path.join(sd, f"stock_{t}_index.json")
            if not os.path.isfile(p):
                continue
            idx = json.load(open(p))
            entry["types"].append(t)
            entry["sourcing"] = idx.get("sourcing")
        if entry["types"]:
            shops.append(entry)
    man = {"version": 1, "shops": shops}
    dst = os.path.join(STOCK_DIR, "index.json")
    with open(dst, "w") as fh:
        json.dump(man, fh, indent=1)
        fh.write("\n")
    real = sum(1 for s in shops if s["sourcing"] == "real")
    print(f"manifest: {len(shops)} shop(s) carry atlases ({real} real, {len(shops) - real} mint) "
          f"-> {os.path.relpath(dst, ROOT)}")


ap = argparse.ArgumentParser(description=__doc__, formatter_class=argparse.RawDescriptionHelpFormatter)
sub = ap.add_subparsers(dest="cmd", required=True)
s1 = sub.add_parser("snapshot", help="POS + image map -> frozen snapshot (runs where the DBs are)")
s1.add_argument("--crate", type=int, required=True)
s1.add_argument("--image-map", required=True, help="TSV: release_id, image_url, local_image, ...")
s1.add_argument("--max-items", type=int, default=0, help="cap (atlas budget — charter risk #2)")
s1.add_argument("--pos-dump", default="", help="recordgod dump filename, for provenance")
s1.add_argument("--image-map-dump", default="", help="dealgod dump filename, for provenance")
s1.add_argument("--captured", default="", help="snapshot date (YYYY-MM-DD), for provenance")
s1.set_defaults(func=snapshot)
s2 = sub.add_parser("pack", help="snapshot -> atlas + index (pure; needs PIL, no DB)")
s2.add_argument("snapshot")
s2.set_defaults(func=pack)
s3 = sub.add_parser("mint", help="seeded sample -> mint snapshot (a keyed shop with no POS)")
s3.add_argument("--shop", type=int, required=True, help="godverseShopId — AND the seed")
s3.add_argument("--type", required=True, choices=sorted(MINT_KINDS))
s3.add_argument("--pool", required=True, help="TSV projection of dealgod's listings")
s3.add_argument("--count", type=int, default=MINT_COUNT)
s3.add_argument("--slug", default="")
s3.add_argument("--name", default="")
s3.add_argument("--suburb", default="")
s3.add_argument("--state", default="")
s3.add_argument("--feed-dump", default="", help="dealgod dump filename, for provenance")
s3.add_argument("--captured", default="")
s3.set_defaults(func=mint)
s4 = sub.add_parser("manifest", help="emit stock_godverse/index.json from the atlases on disk")
s4.set_defaults(func=manifest)
args = ap.parse_args()
args.func(args)