"""Persistent FUT profile store for the FIFA 17 offline backend (OpenFUT).

A single JSON file holds the user's save: coins/points, owned club items, squads,
and record. Loaded once, saved on every mutation. This is the "user + saved files"
layer; packs and the starter grant build on it. (Later this gets ported into
openfut-core's SQLite backend behind a FIFA-17 bridge; JSON keeps iteration fast
while we nail the wire format.)

Item shape mirrors what /club and /squad already serve (fut_seed.player_item):
resourceId/assetId + attrs; identity (name/photo/club/nation) resolves locally in
FIFA from dbdata.dll on the club-search/add path (see docs/CARD_SYSTEM.md).
"""
import json, os, sys, threading

HERE = os.path.dirname(os.path.abspath(__file__))
sys.path.insert(0, HERE)
import fut_cards
from fut_account import ACCOUNT          # single source of truth for identity/club

PROFILE_PATH = os.environ.get("FUT_PROFILE", os.path.join(HERE, "fifa17_profile.json"))

# Back-compat snapshots. Identity now lives in fut_account.ACCOUNT so Blaze, LSX
# and UTAS cannot drift apart; prefer ACCOUNT.<field> in new code. These are
# import-time snapshots and will NOT reflect a later adopt_from_auth().
PERSONA_ID = ACCOUNT.persona_id
PERSONA_NAME = ACCOUNT.persona_name
_LOCK = threading.Lock()

# Starter squad granted on first run (real FIFA17 assetIds; identity resolves
# locally in-game). (assetId, rating, position, nation, leagueId, teamid, [6 attrs])
STARTER_PLAYERS = [
    (20801,  94, "LW", 38, 53, 243, [90, 93, 82, 91, 33, 80]),   # Ronaldo
    (158023, 93, "RW", 52, 53, 241, [89, 90, 86, 96, 26, 61]),   # Messi
    (200389, 87, "GK", 44, 53, 240, [86, 88, 47, 88, 25, 86]),   # Oblak
    (183907, 90, "CB", 21, 19,  21, [80, 58, 70, 71, 89, 85]),   # Boateng
    (155862, 89, "CB", 45, 53, 243, [77, 62, 72, 74, 87, 84]),   # Ramos
    (197445, 87, "LB", 40, 19,  21, [86, 68, 79, 82, 82, 79]),   # Alaba
    (189332, 86, "LB", 45, 53, 241, [92, 66, 78, 84, 80, 71]),   # Alba
    (182521, 88, "CM", 21, 19,  21, [61, 79, 89, 82, 72, 74]),   # Kroos
    (183277, 88, "LM",  7, 13,   5, [89, 80, 82, 92, 37, 62]),   # Hazard
    (176580, 92, "ST", 60, 53, 241, [83, 90, 79, 87, 42, 80]),   # Suarez
]

ITEM_ID_BASE = 100000000


# cardsubtypeid 219 is Player Fitness. FUN_1801bfac0 case 5 (consumable category 5)
# takes the SQUAD-fitness branch when `(subtype == 0xdc) || FUN_1801a88c0(rec)`, and
# FUN_1801a88c0 is exactly `*(int *)(rec + 0x58) == 1` -- rec+0x58 being the rareflag
# atom 0x271. So a Player Fitness card sent with rareflag 1 silently RENDERS as a
# Squad Fitness card (name FUT_CONSUMABLE_NAME_SQUADTRAINING, artwork 5000011 instead
# of 5000010) and has its single-target count at param_5+0x1bc forced to 0.
#
# rec+0x58 is read TWICE in that 42,813-char render function: unconditionally near the
# top into param_5+0x1f0 (the rare/backing flag, every cardtype), and via FUN_1801a88c0
# in category 5 only. So this guard changes two things for subtype 219 -- the card also
# stops being drawn as rare -- and that is intended: a Player Fitness card must not be
# rare, because rare IS the squad-fitness selector.
#
# Players are untouched: every existing caller passes 8 positional arguments, so
# cardsubtypeid defaults to 0, 0 != 219, and the dict is byte-identical to before.
_SQUAD_FITNESS_TRAP = 219


def _item(item_id, asset, rating, pos, nation, league, team, attrs, version=0x00,
          cardsubtypeid=0, rareflag=1):
    return {
        "id":                item_id,
        "resourceId":        (version << 24) | asset,
        "assetId":           asset,
        "cardassetid":       asset,
        "definitionId":      (version << 24) | asset,
        "cardsubtypeid":     cardsubtypeid,
        "itemType":          "player",
        "rareflag":          0 if cardsubtypeid == _SQUAD_FITNESS_TRAP else rareflag,
        "rating":            rating,
        "preferredPosition": pos,
        "nation":            nation,
        "teamid":            team,
        "leagueId":          league,
        "playStyle":         250,
        "attributeList":     [{"index": i, "value": v} for i, v in enumerate(attrs)],
        "itemState":         "free",
        "owners":            1,
        "untradeable":       True,
        "contract":          7,
        "fitness":           99,
    }


def _new_profile():
    """First-run grant: opening coins + the starter squad as owned items."""
    items = [_item(ITEM_ID_BASE + i + 1, a, r, p, n, lg, tm, at)
             for i, (a, r, p, n, lg, tm, at) in enumerate(STARTER_PLAYERS)]
    return {
        "version":    1,
        # personaId/personaName/clubName/clubAbbr/established are NOT seeded
        # here any more -- they belong to fut_account.ACCOUNT. _sync_identity()
        # mirrors them into the save on every load so existing readers
        # (utas_server's userInfo, tradepile sellerName) keep working unchanged
        # and can never disagree with what Blaze/LSX assert.
        "coins":      15000,
        "points":     0,
        "record":     {"won": 0, "draw": 0, "loss": 0},
        "nextItemId": ITEM_ID_BASE + len(STARTER_PLAYERS) + 1,
        "items":      items,          # owned club items
        "purchased":  [],             # unassigned/pending items from opened packs
        "squads":     [],             # saved squads (raw squad objects from PUT /squad)
        "packsOpened": 0,
    }


class Store:
    def __init__(self, path=PROFILE_PATH):
        self.path = path
        self._p = None

    def load(self):
        if self._p is not None:
            return self._p
        if os.path.exists(self.path):
            with open(self.path) as f:
                self._p = json.load(f)
        else:
            self._p = _new_profile()
            self._sync_identity()
            self._save()
        self._sync_identity()
        return self._p

    def _sync_identity(self):
        """Mirror ACCOUNT's identity/club into the in-memory save.

        The save file used to OWN these five keys; they now live in
        fut_account.json (which is where ACCOUNT migrated them from on first
        run, so this is a no-op for an existing profile). Mirroring rather than
        deleting keeps every current reader working without an edit, and makes
        drift between the save and the wire impossible by construction."""
        p = self._p
        p["personaId"] = ACCOUNT.persona_id
        p["personaName"] = ACCOUNT.persona_name
        p["clubName"] = ACCOUNT.club_name
        p["clubAbbr"] = ACCOUNT.club_abbr
        p["established"] = ACCOUNT.established
        return p

    def _save(self):
        tmp = self.path + ".tmp"
        with open(tmp, "w") as f:
            json.dump(self._p, f, indent=1)
        os.replace(tmp, self.path)

    # ---- accessors used by utas_server -------------------------------------
    def profile(self):
        return self.load()

    def refresh_identity(self):
        """Re-mirror ACCOUNT into the save AND persist it.

        Call this after anything mutates ACCOUNT at runtime (utas_server's club
        rename, or the /ut/auth persona adoption) so the save cannot lag a session
        behind the wire. Identity itself is owned by fut_account.json -- this only
        keeps the save's copy honest."""
        with _LOCK:
            self.load()
            self._sync_identity()
            self._save()
            return self._p

    def profile_identity(self):
        """Identity/club as served to the client. Sourced from ACCOUNT, never
        from the save -- use this instead of profile().get("clubName")."""
        return {
            "personaId":   ACCOUNT.persona_id,
            "personaName": ACCOUNT.persona_name,
            "clubName":    ACCOUNT.club_name,
            "clubAbbr":    ACCOUNT.club_abbr,
            "established": ACCOUNT.established,
        }

    def coins(self):
        return self.load()["coins"]

    def items(self):
        return self.load()["items"]

    def add_items(self, new_items):
        with _LOCK:
            p = self.load()
            for it in new_items:
                it.setdefault("id", p["nextItemId"]); p["nextItemId"] += 1
                p["items"].append(it)
            self._save()
        return new_items

    def spend(self, amount):
        with _LOCK:
            p = self.load()
            if p["coins"] < amount:
                return False
            p["coins"] -= amount
            self._save()
            return True

    def grant_coins(self, amount):
        with _LOCK:
            self.load()["coins"] += amount
            self._save()

    def quick_sell(self, ids):
        """Remove cards (from either pile) and credit their discard value.
        -> (count_sold, coins_credited). discardValue is 0 on our seeded cards, so
        fall back to a rating-based figure rather than paying nothing."""
        def value(it):
            dv = it.get("discardValue") or 0
            if dv:
                return int(dv)
            r = it.get("rating") or 0
            return 600 if r >= 85 else 300 if r >= 80 else 150 if r >= 75 else 50
        with _LOCK:
            p = self.load()
            want = {i for i in ids if i is not None}
            total = 0
            sold = 0
            for pile in ("purchased", "items"):
                keep = []
                for it in p.get(pile, []):
                    if it.get("id") in want:
                        total += value(it)
                        sold += 1
                    else:
                        keep.append(it)
                p[pile] = keep
            if sold:
                p["coins"] = p.get("coins", 0) + total
                self._save()
            return sold, total

    def set_clientdata(self, key, value):
        """Persist an opaque client blob (ut/%s/clientdata/<key>). We never
        interpret it -- the client wrote it, the client reads it back."""
        with _LOCK:
            p = self.load()
            p.setdefault("clientdata", {})[key] = value
            self._save()

    def get_clientdata(self, key):
        return self.load().get("clientdata", {}).get(key, {})

    def record_match(self, result, coins):
        """Commit a finished match: bump the W/D/L record and credit coins.

        `result` is "won" | "draw" | "loss". Returns the new (record, coins) so the
        caller can build FutDestroyMatchServerResponse without a second read --
        allCoins must be the balance AFTER crediting, and reading it separately
        would race another mutation."""
        with _LOCK:
            p = self.load()
            rec = p.setdefault("record", {"won": 0, "draw": 0, "loss": 0})
            if result in rec:
                rec[result] += 1
            p["coins"] = p.get("coins", 0) + max(0, int(coins))
            p.setdefault("matchesPlayed", 0)
            p["matchesPlayed"] += 1
            self._save()
            return dict(rec), p["coins"]

    def save_squad(self, squad):
        with _LOCK:
            p = self.load()
            sid = squad.get("id", 0)
            p["squads"] = [s for s in p["squads"] if s.get("id") != sid] + [squad]
            self._save()

    def move_items(self, requests):
        """FutMoveCard: transfer item(s) from the pending/purchased pile into their
        target pile (FIFO's model), persist, return the moved cards. A purchased
        card must NOT exist in both the purchased pile and the club, or the client
        desyncs -> fatal logout. Cards live in profile["purchased"] until moved."""
        with _LOCK:
            p = self.load()
            pending = p.setdefault("purchased", [])
            by_id = {it["id"]: it for it in pending}
            moved = []
            for r in requests:
                it = by_id.get(r.get("id"))
                if it is None:
                    continue
                pile = r.get("pile", it.get("pile", "club"))
                it["pile"] = pile
                if pile == "club":
                    it["itemState"] = "free"
                p.setdefault("items", []).append(it)
                moved.append(it)
            if moved:
                moved_ids = {it["id"] for it in moved}
                p["purchased"] = [x for x in p["purchased"] if x["id"] not in moved_ids]
            self._save()
            return moved

    def purchased(self):
        """Items still held in the purchased/unassigned pile (returned by
        GET /purchased/items); they move to the club via FutMoveCard (PUT /item)."""
        return self.load().get("purchased", [])

    def active_squad(self):
        sq = self.load()["squads"]
        return sq[0] if sq else None

    def reconstruct_squad(self, squad):
        """FIFA's updateActiveSquad PUT stores each slot as itemData={id:<clubItemId>}
        (a reference). Re-embed the FULL club item by id so the squad reloads with
        real players instead of empty slots ('active squad resets')."""
        by_id = {it["id"]: it for it in self.items()}
        out = dict(squad)
        players = []
        for pl in squad.get("players", []):
            iid = (pl.get("itemData") or {}).get("id", 0)
            if iid and iid in by_id:
                players.append({**pl, "itemData": by_id[iid]})
            else:
                players.append(pl)
        out["players"] = players
        return out

    # ---- transfer-market listings (user's own sale pile) -------------------
    def list_for_sale(self, item_id, start, buynow):
        with _LOCK:
            p = self.load()
            p.setdefault("listings", [])
            p["listings"] = [l for l in p["listings"] if l.get("itemId") != item_id]
            tid = 900500000 + p.get("nextListingSeq", 0)
            p["nextListingSeq"] = p.get("nextListingSeq", 0) + 1
            p["listings"].append({"tradeId": tid, "itemId": item_id,
                                  "startingBid": start, "buyNowPrice": buynow})
            self._save()
            return tid

    def listings(self):
        return self.load().get("listings", [])

    def remove_listing(self, tid):
        with _LOCK:
            p = self.load()
            p["listings"] = [l for l in p.get("listings", []) if l.get("tradeId") != tid]
            self._save()

    def new_item_id(self):
        with _LOCK:
            p = self.load(); i = p["nextItemId"]; p["nextItemId"] += 1; self._save()
            return i


    def open_pack(self, price, count, gold=True, tiers=None):
        """Deduct `price` coins, generate `count` player items from the pool, and
        place them in the PENDING purchased pile (unassigned). They are NOT owned
        club items until moved there via FutMoveCard (PUT /item). Returns None if
        not enough coins.

        `tiers` is a weighted list of tier names, e.g. ["bronze"]*8 + ["silver"]*2,
        so a bronze pack can actually contain bronzes. The old signature took a
        single `gold` boolean and split the pool at rating 75, which with the old
        18-player pool (all rated 85 to 94) meant EVERY pack, including the bronze
        one, dealt gold rares. `gold` is still honoured when `tiers` is absent so
        nothing that calls this the old way changes behaviour.
        """
        import random
        if not self.spend(price):
            return None
        # A real FUT pack is not eleven footballers. It is mostly players with a
        # couple of consumables and the occasional staff card, which is what
        # FUT_PACK_MIX reproduces. Kept as a RATIO of the pack size rather than a
        # fixed number so it scales from a 5-card bronze to an 11-card premium.
        n_extra = 0
        extras = []
        if PACK_MIX and count >= 5:
            n_extra = max(1, count // 4)
            extras = _pack_extras(n_extra, self)
            n_extra = len(extras)
        n_players = max(1, count - n_extra)
        if tiers:
            picks = [random.choice(fut_cards.pool_for(random.choice(tiers)))
                     for _ in range(n_players)]
        else:
            pool = [p for p in PACK_POOL if (p[1] >= 75) == gold] or PACK_POOL
            picks = [random.choice(pool) for _ in range(n_players)]
        items = [_item(self.new_item_id(), a, r, p, n, lg, tm, at)
                 for (a, r, p, n, lg, tm, at) in picks]
        items += extras
        random.shuffle(items)
        with _LOCK:
            p = self.load()
            p.setdefault("purchased", []).extend(items)
            p["packsOpened"] += 1
            self._save()
        return items

    def last_pack(self):
        return self.load().get("purchased", [])



# FUT_PACK_MIX: put non-player cards in packs.
#
# Consumables and staff are included because both are LIVE-PROVEN to render (staff on
# 2026-08-05 with zero DB Error, consumables the same day with real artwork once
# cardassetid was fixed). Club items are NOT included: cardtype 9 has no arm in the
# merge, so which cardsubtypeid means "ball" versus "stadium" is still unverified, and
# a pack is the worst place to discover that a subtype was wrong -- the card lands in
# the save and has to be cleaned out by hand.
PACK_MIX = os.environ.get("FUT_PACK_MIX", "1") == "1"


def _pack_extras(n, store):
    """n non-player cards for a pack: mostly consumables, occasionally staff."""
    import random
    out = []
    for _ in range(n):
        want_staff = random.random() < 0.25
        it = None
        if want_staff:
            try:
                import fut_staff
                pool = list(fut_staff.STARTER_MANAGERS)
                try:
                    import fut_coaches
                    pool += fut_coaches.starter_coaches(fut_coaches.COACH_ID_BASE)
                except Exception:
                    pass
                if pool:
                    it = dict(random.choice(pool))
            except Exception:
                it = None
        if it is None:
            try:
                import fut_consumables as fc
                shelf = fc.starter_consumables(fc.CONSUMABLE_ID_BASE)
                if shelf:
                    it = dict(random.choice(shelf))
            except Exception:
                it = None
        if it is None:
            continue
        it["id"] = store.new_item_id()      # a pack card needs its OWN item id
        out.append(it)
    return out


# Card pool for packs. Now lives in fut_cards.py (79 players across three rating
# tiers, 7 leagues, 20 nations, 18 teams, every outfield position plus GK). The old
# 18-entry list below is kept ONLY as the starter-squad source and as the fallback
# for callers that still pass the legacy `gold` boolean.
PACK_POOL = fut_cards.POOL

_LEGACY_POOL = STARTER_PLAYERS + [
    (167495, 90, "GK", 27, 19,  22, [86, 88, 52, 88, 22, 88]),   # Neuer
    (192985, 88, "RM", 21, 19,  22, [80, 82, 85, 85, 63, 68]),   # De Bruyne
    (188545, 89, "ST", 37, 16, 240, [77, 88, 75, 82, 42, 82]),   # Lewandowski
    (169193, 87, "CDM",54, 16, 240, [70, 66, 80, 78, 82, 84]),   # Alonso(X)
    (202126, 86, "ST", 18, 13,   5, [79, 84, 74, 82, 45, 79]),   # Kane
    (177003, 88, "CM", 14, 13,   5, [65, 78, 88, 79, 71, 66]),   # Modric(X)
    (190871, 87, "LW", 54, 16, 240, [90, 78, 80, 88, 36, 61]),   # Neymar(X)
    (184941, 85, "CB", 14,  4,   5, [72, 40, 55, 60, 86, 85]),   # (X)
]

# 3 store packs (price in coins, card count, gold-only). Ids are stable.
# `tiers` is the weighted draw for each pack. A bronze pack is mostly bronze with a
# chance of silver, a gold pack is mostly gold. Before fut_cards existed the pool had
# no silver or bronze players at all, so all three packs were identical in practice.
PACK_CATALOG = [
    {"id": 1, "name": "Bronze Pack",  "price": 400,   "count": 5,  "gold": False,
     "tiers": ["bronze"] * 8 + ["silver"] * 2},
    {"id": 5, "name": "Gold Pack",    "price": 5000,  "count": 7,  "gold": True,
     "tiers": ["gold"] * 6 + ["silver"] * 4},
    {"id": 6, "name": "Premium Gold", "price": 15000, "count": 11, "gold": True,
     "tiers": ["gold"] * 9 + ["silver"] * 1},
]


def pack_by_id(pid):
    for p in PACK_CATALOG:
        if p["id"] == pid:
            return p
    return None


STORE = Store()