onlyscavs/app.py

from flask import Flask, render_template, request, redirect, url_for, jsonify
import sqlite3

app = Flask(__name__)
DB_PATH = "tarkov.db"


def get_db():
    conn = sqlite3.connect(DB_PATH)
    conn.row_factory = sqlite3.Row
    conn.execute("PRAGMA foreign_keys = ON")
    return conn


def _migrate_key_ids_and_maps():
    conn = sqlite3.connect(DB_PATH)
    conn.row_factory = sqlite3.Row
    conn.execute("PRAGMA foreign_keys = OFF")

    # Backfill missing key IDs with their api_id so ratings can join correctly.
    conn.execute("""
        UPDATE keys
        SET id = api_id
        WHERE id IS NULL AND api_id IS NOT NULL
    """)

    # If key_maps was created with INTEGER key_id, migrate to TEXT to match keys.id.
    cols = conn.execute("PRAGMA table_info(key_maps)").fetchall()
    key_id_type = None
    if cols:
        for col in cols:
            if col["name"] == "key_id":
                key_id_type = (col["type"] or "").upper()
                break
    if key_id_type and key_id_type != "TEXT":
        conn.execute("ALTER TABLE key_maps RENAME TO key_maps_old")
        conn.execute("""
            CREATE TABLE key_maps (
              key_id TEXT NOT NULL,
              map_id INTEGER NOT NULL,
              PRIMARY KEY (key_id, map_id),
              FOREIGN KEY (key_id) REFERENCES keys(id),
              FOREIGN KEY (map_id) REFERENCES maps(id)
            )
        """)
        conn.execute("""
            INSERT OR IGNORE INTO key_maps (key_id, map_id)
            SELECT CAST(key_id AS TEXT), map_id
            FROM key_maps_old
            WHERE key_id IS NOT NULL
              AND EXISTS (SELECT 1 FROM keys WHERE id = CAST(key_id AS TEXT))
        """)
        conn.execute("DROP TABLE key_maps_old")

    # Remove orphaned ratings created with "None" or missing keys.
    conn.execute("""
        DELETE FROM key_ratings
        WHERE key_id IS NULL
           OR key_id = 'None'
           OR key_id NOT IN (SELECT id FROM keys)
    """)

    conn.commit()
    conn.execute("PRAGMA foreign_keys = ON")
    conn.close()


_migrate_key_ids_and_maps()


@app.route("/")
def index():
    conn = get_db()
    maps = conn.execute("""
        SELECT id, name
        FROM maps
        ORDER BY name
    """).fetchall()
    map_filter = request.args.get("map_id", type=int)
    sort = request.args.get("sort", "priority_desc")
    show = request.args.get("show", "all")
    key_map_rows = conn.execute("""
        SELECT key_id, map_id
        FROM key_maps
    """).fetchall()
    key_maps = {}
    for row in key_map_rows:
        key_maps.setdefault(row["key_id"], set()).add(row["map_id"])

    key_query = """
        SELECT
            k.id,
            k.name,
            k.icon_url,
            k.grid_image_url,
            k.wiki_url,
            r.priority,
            r.reason,
            COALESCE(r.used_in_quest, 0) AS used_in_quest
        FROM keys k
    """
    params = []
    if map_filter:
        key_query += """
        JOIN key_maps kmf
            ON k.id = kmf.key_id
           AND kmf.map_id = ?
        """
        params.append(map_filter)
    key_query += """
        LEFT JOIN key_ratings r ON k.id = r.key_id
    """
    if show == "rated":
        key_query += " WHERE r.priority IS NOT NULL "
    elif show == "unrated":
        key_query += " WHERE r.priority IS NULL "
    elif show == "quest":
        key_query += " WHERE COALESCE(r.used_in_quest, 0) = 1 "

    if sort == "name_asc":
        order_by = "k.name ASC"
    elif sort == "name_desc":
        order_by = "k.name DESC"
    elif sort == "priority_asc":
        order_by = "CASE WHEN r.priority IS NULL THEN 1 ELSE 0 END, r.priority ASC, k.name"
    else:
        order_by = "CASE WHEN r.priority IS NULL THEN 1 ELSE 0 END, r.priority DESC, k.name"

    key_query += f" ORDER BY {order_by} "
    keys = conn.execute(key_query, params).fetchall()
    conn.close()

    key_maps = {k: sorted(v) for k, v in key_maps.items()}
    return render_template(
        "index.html",
        keys=keys,
        maps=maps,
        key_maps=key_maps,
        map_filter=map_filter,
        sort=sort,
        show=show,
    )


@app.route("/rate", methods=["POST"])
def rate_key():
    key_id = request.form["key_id"]
    priority = request.form.get("priority")
    if priority == "":
        priority = None
    reason = request.form.get("reason", "")
    used_in_quest = 1 if request.form.get("used_in_quest") == "on" else 0
    map_filter = request.form.get("map_id")
    sort = request.form.get("sort")
    show = request.form.get("show")
    map_ids = []
    for value in request.form.getlist("map_ids"):
        try:
            map_ids.append(int(value))
        except ValueError:
            continue

    conn = get_db()
    conn.execute("""
        INSERT INTO key_ratings (key_id, priority, reason, used_in_quest)
        VALUES (?, ?, ?, ?)
        ON CONFLICT(key_id) DO UPDATE SET
            priority = excluded.priority,
            reason = excluded.reason,
            used_in_quest = excluded.used_in_quest,
            updated_at = CURRENT_TIMESTAMP
    """, (key_id, priority, reason, used_in_quest))
    conn.execute("DELETE FROM key_maps WHERE key_id = ?", (key_id,))
    if map_ids:
        conn.executemany(
            "INSERT OR IGNORE INTO key_maps (key_id, map_id) VALUES (?, ?)",
            [(key_id, map_id) for map_id in map_ids],
        )
    conn.commit()
    conn.close()

    redirect_args = {}
    if map_filter:
        redirect_args["map_id"] = map_filter
    if sort:
        redirect_args["sort"] = sort
    if show:
        redirect_args["show"] = show
    base_url = url_for("index", **redirect_args)
    return redirect(f"{base_url}#key-{key_id}")


def _update_key(conn, key_id, priority, reason, used_in_quest, map_ids):
    conn.execute("""
        INSERT INTO key_ratings (key_id, priority, reason, used_in_quest)
        VALUES (?, ?, ?, ?)
        ON CONFLICT(key_id) DO UPDATE SET
            priority = excluded.priority,
            reason = excluded.reason,
            used_in_quest = excluded.used_in_quest,
            updated_at = CURRENT_TIMESTAMP
    """, (key_id, priority, reason, used_in_quest))
    conn.execute("DELETE FROM key_maps WHERE key_id = ?", (key_id,))
    if map_ids:
        conn.executemany(
            "INSERT OR IGNORE INTO key_maps (key_id, map_id) VALUES (?, ?)",
            [(key_id, map_id) for map_id in map_ids],
        )


@app.route("/rate_all", methods=["POST"])
def rate_all():
    key_ids = request.form.getlist("key_ids")
    save_one = request.form.get("save_one")
    map_filter = request.form.get("map_id")
    sort = request.form.get("sort")
    show = request.form.get("show")

    if save_one:
        key_ids = [save_one]

    conn = get_db()
    for key_id in key_ids:
        priority = request.form.get(f"priority_{key_id}")
        if priority is None:
            continue
        if priority == "":
            priority = None
        reason = request.form.get(f"reason_{key_id}", "")
        used_in_quest = 1 if request.form.get(f"used_in_quest_{key_id}") == "on" else 0
        map_ids = []
        for value in request.form.getlist(f"map_ids_{key_id}"):
            try:
                map_ids.append(int(value))
            except ValueError:
                continue
        _update_key(conn, key_id, priority, reason, used_in_quest, map_ids)
    conn.commit()
    conn.close()

    redirect_args = {}
    if map_filter:
        redirect_args["map_id"] = map_filter
    if sort:
        redirect_args["sort"] = sort
    if show:
        redirect_args["show"] = show
    base_url = url_for("index", **redirect_args)
    if save_one:
        return redirect(f"{base_url}#key-{save_one}")
    return redirect(base_url)


@app.route("/quests")
def quests():
    conn = get_db()
    only_collector = request.args.get("collector") == "1"
    view = request.args.get("view", "flow")  # "flow" or "list"

    # All quests + done state
    all_quests = conn.execute("""
        SELECT q.id, q.name, q.trader, q.wiki_link,
               COALESCE(qp.done, 0) AS done
        FROM quests q
        LEFT JOIN quest_progress qp ON q.id = qp.quest_id
        ORDER BY q.trader, q.name
    """).fetchall()

    # All dependency edges
    all_deps = conn.execute("SELECT quest_id, depends_on FROM quest_deps").fetchall()

    # Collector prereq set
    collector_row = conn.execute("SELECT id FROM quests WHERE name = 'Collector'").fetchone()
    collector_prereqs = set()
    if collector_row:
        rows = conn.execute("""
            WITH RECURSIVE deps(quest_id) AS (
                SELECT depends_on FROM quest_deps WHERE quest_id = ?
                UNION
                SELECT qd.depends_on FROM quest_deps qd
                JOIN deps d ON qd.quest_id = d.quest_id
            )
            SELECT quest_id FROM deps
        """, (collector_row["id"],)).fetchall()
        collector_prereqs = {r[0] for r in rows}

    conn.close()

    # Build lookup structures
    quest_by_id = {q["id"]: q for q in all_quests}
    # children[parent_id] = [child_id, ...]  (child depends_on parent)
    children = {}
    parents = {}
    for dep in all_deps:
        child, parent = dep["quest_id"], dep["depends_on"]
        children.setdefault(parent, []).append(child)
        parents.setdefault(child, []).append(parent)
    # Sort each child list by quest name
    for parent_id in children:
        children[parent_id].sort(key=lambda i: quest_by_id[i]["name"] if i in quest_by_id else "")

    # Filter to collector-only if requested
    if only_collector:
        visible = set(collector_prereqs)
    else:
        visible = set(quest_by_id.keys())

    # Root quests: in visible set and have no parents also in visible set
    roots = [
        qid for qid in visible
        if not any(p in visible for p in parents.get(qid, []))
    ]

    # Group roots by trader, sorted
    trader_roots = {}
    for qid in sorted(roots, key=lambda i: (quest_by_id[i]["trader"], quest_by_id[i]["name"])):
        t = quest_by_id[qid]["trader"]
        trader_roots.setdefault(t, []).append(qid)

    traders = sorted(trader_roots.keys())

    return render_template(
        "quests.html",
        quest_by_id=quest_by_id,
        children=children,
        trader_roots=trader_roots,
        traders=traders,
        visible=visible,
        collector_prereqs=collector_prereqs,
        only_collector=only_collector,
        view=view,
    )


@app.route("/collector")
def collector():
    conn = get_db()
    view = request.args.get("view", "flow")
    collector = conn.execute(
        "SELECT id FROM quests WHERE name = 'Collector'"
    ).fetchone()

    if not collector:
        conn.close()
        return "Run import_quests.py first to populate quest data.", 503

    # All quests + done state
    all_quests = conn.execute("""
        SELECT q.id, q.name, q.trader, q.wiki_link,
               COALESCE(qp.done, 0) AS done
        FROM quests q
        LEFT JOIN quest_progress qp ON q.id = qp.quest_id
        ORDER BY q.trader, q.name
    """).fetchall()

    # All dependency edges
    all_deps = conn.execute("SELECT quest_id, depends_on FROM quest_deps").fetchall()

    # Collector prereq set (transitive)
    rows = conn.execute("""
        WITH RECURSIVE deps(quest_id) AS (
            SELECT depends_on FROM quest_deps WHERE quest_id = ?
            UNION
            SELECT qd.depends_on FROM quest_deps qd
            JOIN deps d ON qd.quest_id = d.quest_id
        )
        SELECT quest_id FROM deps
    """, (collector["id"],)).fetchall()
    collector_prereqs = {r[0] for r in rows}

    conn.close()

    # Build lookup structures
    quest_by_id = {q["id"]: q for q in all_quests}
    # children[parent_id] = [child_id, ...]  (child depends_on parent)
    children = {}
    parents = {}
    for dep in all_deps:
        child, parent = dep["quest_id"], dep["depends_on"]
        children.setdefault(parent, []).append(child)
        parents.setdefault(child, []).append(parent)
    # Sort each child list by quest name
    for parent_id in children:
        children[parent_id].sort(key=lambda i: quest_by_id[i]["name"] if i in quest_by_id else "")

    visible = set(collector_prereqs)

    # Root quests: in visible set and have no parents also in visible set
    roots = [
        qid for qid in visible
        if not any(p in visible for p in parents.get(qid, []))
    ]

    # Group roots by trader, sorted
    trader_roots = {}
    for qid in sorted(roots, key=lambda i: (quest_by_id[i]["trader"], quest_by_id[i]["name"])):
        t = quest_by_id[qid]["trader"]
        trader_roots.setdefault(t, []).append(qid)

    traders = sorted(trader_roots.keys())

    total = len(collector_prereqs)
    done = sum(1 for qid in collector_prereqs if qid in quest_by_id and quest_by_id[qid]["done"])
    return render_template(
        "collector.html",
        quest_by_id=quest_by_id,
        children=children,
        trader_roots=trader_roots,
        traders=traders,
        visible=visible,
        collector_prereqs=collector_prereqs,
        collector_id=collector["id"],
        total=total,
        done=done,
        view=view,
    )


@app.route("/collector/toggle", methods=["POST"])
def collector_toggle():
    quest_id = request.form["quest_id"]
    done = 1 if request.form.get("done") == "1" else 0
    conn = get_db()
    conn.execute("""
        INSERT INTO quest_progress (quest_id, done) VALUES (?, ?)
        ON CONFLICT(quest_id) DO UPDATE SET done = excluded.done
    """, (quest_id, done))
    conn.commit()
    conn.close()
    return jsonify({"quest_id": quest_id, "done": done})


# --- Loadout planner helpers ---

# Known user-facing slot filters: (label, slot_nameid)
LOADOUT_SLOT_FILTERS = [
    ("Suppressor",  "mod_muzzle"),
    ("Scope",       "mod_scope"),
    ("Flashlight",  "mod_tactical"),
    ("Stock",       "mod_stock"),
    ("Foregrip",    "mod_foregrip"),
]

def _sort_col(sort):
    return {
        "weight_asc":    "weight_kg ASC NULLS LAST",
        "weight_desc":   "weight_kg DESC NULLS LAST",
        "name_asc":      "name ASC",
        "name_desc":     "name DESC",
        "class_desc":    "armor_class DESC NULLS LAST, weight_kg ASC NULLS LAST",
        "class_asc":     "armor_class ASC NULLS LAST, weight_kg ASC NULLS LAST",
        "capacity_desc": "capacity DESC NULLS LAST, weight_kg ASC NULLS LAST",
        "capacity_asc":  "capacity ASC NULLS LAST, weight_kg ASC NULLS LAST",
    }.get(sort, "weight_kg ASC NULLS LAST")


@app.route("/loadout")
def loadout():
    conn = get_db()
    tab  = request.args.get("tab", "guns")
    sort = request.args.get("sort", "weight_asc")

    guns = armor = helmets = headwear = backpacks = rigs = plates = []
    builder_guns = builder_armor = builder_helmets = builder_rigs = builder_backpacks = []
    requires = request.args.getlist("requires")  # list of slot_nameids that must exist
    min_class    = request.args.get("min_class",    0, type=int)
    min_capacity = request.args.get("min_capacity", 0, type=int)

    sort_frag = _sort_col(sort)

    if tab == "guns":
        if requires:
            placeholders = ",".join("?" * len(requires))
            # Gun must have ALL required slots; compute lightest build weight
            guns = conn.execute(f"""
                SELECT g.*,
                    (g.weight_kg + COALESCE((
                        SELECT SUM(s.min_w) FROM (
                            SELECT gs.slot_id, MIN(m.weight_kg) AS min_w
                            FROM gun_slots gs
                            JOIN gun_slot_items gsi
                                ON gsi.gun_id = gs.gun_id AND gsi.slot_id = gs.slot_id
                            JOIN gear_items m ON m.id = gsi.item_id
                            WHERE gs.gun_id = g.id
                              AND gs.slot_nameid IN ({placeholders})
                              AND m.weight_kg IS NOT NULL
                            GROUP BY gs.slot_id
                        ) s
                    ), 0.0)) AS lightest_build_weight
                FROM gear_items g
                WHERE g.category = 'gun'
                  AND (
                    SELECT COUNT(DISTINCT gs2.slot_nameid)
                    FROM gun_slots gs2
                    WHERE gs2.gun_id = g.id
                      AND gs2.slot_nameid IN ({placeholders})
                  ) = ?
                ORDER BY lightest_build_weight ASC NULLS LAST
            """, requires + requires + [len(requires)]).fetchall()
        else:
            guns = conn.execute(f"""
                SELECT *, weight_kg AS lightest_build_weight
                FROM gear_items
                WHERE category = 'gun'
                ORDER BY {sort_frag}
            """).fetchall()

    elif tab == "armor":
        armor = conn.execute(f"""
            SELECT * FROM gear_items
            WHERE category = 'armor'
              AND (? = 0 OR armor_class >= ?)
            ORDER BY {sort_frag}
        """, (min_class, min_class)).fetchall()

    elif tab == "helmets":
        helmets = conn.execute(f"""
            SELECT * FROM gear_items
            WHERE category = 'helmet'
              AND (? = 0 OR armor_class >= ?)
            ORDER BY {sort_frag}
        """, (min_class, min_class)).fetchall()

    elif tab == "headwear":
        headwear = conn.execute(f"""
            SELECT * FROM gear_items
            WHERE category = 'headwear'
              AND (? = 0 OR armor_class >= ?)
            ORDER BY {sort_frag}
        """, (min_class, min_class)).fetchall()

    elif tab == "backpacks":
        backpacks = conn.execute(f"""
            SELECT * FROM gear_items
            WHERE category = 'backpack'
              AND (? = 0 OR capacity >= ?)
            ORDER BY {sort_frag}
        """, (min_capacity, min_capacity)).fetchall()

    elif tab == "rigs":
        rigs = conn.execute(f"""
            SELECT * FROM gear_items
            WHERE category = 'rig'
              AND (? = 0 OR capacity >= ?)
              AND (? = 0 OR armor_class >= ?)
            ORDER BY {sort_frag}
        """, (min_capacity, min_capacity, min_class, min_class)).fetchall()

    elif tab == "plates":
        plates = conn.execute(f"""
            SELECT * FROM gear_items
            WHERE category = 'plate'
              AND (? = 0 OR armor_class >= ?)
            ORDER BY {sort_frag}
        """, (min_class, min_class)).fetchall()

    elif tab == "builder":
        builder_guns      = conn.execute("SELECT id, name, weight_kg FROM gear_items WHERE category='gun'      ORDER BY name").fetchall()
        builder_armor     = conn.execute("SELECT id, name, weight_kg FROM gear_items WHERE category='armor'    ORDER BY name").fetchall()
        builder_helmets   = conn.execute("SELECT id, name, weight_kg FROM gear_items WHERE category='helmet'   ORDER BY name").fetchall()
        builder_rigs      = conn.execute("SELECT id, name, weight_kg FROM gear_items WHERE category='rig'      ORDER BY name").fetchall()
        builder_backpacks = conn.execute("SELECT id, name, weight_kg FROM gear_items WHERE category='backpack' ORDER BY name").fetchall()

    # IDs of carriers that have at least one open plate slot (shell weight only)
    open_slot_rows = conn.execute("SELECT DISTINCT carrier_id FROM armor_open_slots").fetchall()
    carrier_ids_with_open_slots = {row["carrier_id"] for row in open_slot_rows}

    conn.close()
    return render_template(
        "loadout.html",
        tab=tab, sort=sort,
        guns=guns, armor=armor, helmets=helmets, headwear=headwear,
        backpacks=backpacks, rigs=rigs, plates=plates,
        slot_filters=LOADOUT_SLOT_FILTERS,
        requires=requires,
        min_class=min_class, min_capacity=min_capacity,
        builder_guns=builder_guns,
        builder_armor=builder_armor,
        builder_helmets=builder_helmets,
        builder_rigs=builder_rigs,
        builder_backpacks=builder_backpacks,
        carrier_ids_with_open_slots=carrier_ids_with_open_slots,
    )


@app.route("/loadout/gun/<gun_id>")
def gun_detail(gun_id):
    conn = get_db()
    gun = conn.execute(
        "SELECT * FROM gear_items WHERE id = ? AND category = 'gun'", (gun_id,)
    ).fetchone()
    if not gun:
        conn.close()
        return "Gun not found.", 404

    # All slots for this gun, with every compatible mod sorted by weight
    slots_raw = conn.execute("""
        SELECT gs.slot_id, gs.slot_name, gs.slot_nameid, gs.required,
               m.id AS mod_id, m.name AS mod_name, m.short_name AS mod_short,
               m.weight_kg, m.grid_image_url, m.wiki_url, m.mod_type
        FROM gun_slots gs
        LEFT JOIN gun_slot_items gsi ON gsi.gun_id = gs.gun_id AND gsi.slot_id = gs.slot_id
        LEFT JOIN gear_items m ON m.id = gsi.item_id
        WHERE gs.gun_id = ?
        ORDER BY gs.slot_name, m.weight_kg ASC NULLS LAST
    """, (gun_id,)).fetchall()

    # Group by slot
    slots = {}
    slot_order = []
    for row in slots_raw:
        sid = row["slot_id"]
        if sid not in slots:
            slots[sid] = {
                "slot_id":   sid,
                "slot_name": row["slot_name"],
                "slot_nameid": row["slot_nameid"],
                "required":  row["required"],
                "mods":      [],
            }
            slot_order.append(sid)
        if row["mod_id"]:
            slots[sid]["mods"].append(dict(row))

    # Split into required vs optional slots
    KEY_SLOTS = {"mod_muzzle", "mod_magazine"}
    ordered_slots = [slots[s] for s in slot_order]
    # Required slots (always needed) shown at top — key slots (magazine/muzzle) highlighted
    key_slots      = [s for s in ordered_slots if s["required"] and s["slot_nameid"] in KEY_SLOTS]
    req_slots      = [s for s in ordered_slots if s["required"] and s["slot_nameid"] not in KEY_SLOTS]
    optional_slots = [s for s in ordered_slots if not s["required"]]

    # Lightest total (base + lightest per REQUIRED slot only)
    lightest_total = (gun["weight_kg"] or 0) + sum(
        s["mods"][0]["weight_kg"]
        for s in ordered_slots
        if s["required"] and s["mods"] and s["mods"][0]["weight_kg"] is not None
    )

    conn.close()
    return render_template(
        "gun_detail.html",
        gun=gun,
        key_slots=key_slots,
        req_slots=req_slots,
        optional_slots=optional_slots,
        lightest_total=lightest_total,
    )


@app.route("/loadout/gun/<gun_id>/slots.json")
def gun_slots_json(gun_id):
    """Returns slot summary for the expandable row (lightest mod per slot only)."""
    conn = get_db()
    rows = conn.execute("""
        SELECT gs.slot_name, gs.slot_nameid, gs.required,
               m.name AS mod_name, m.weight_kg
        FROM gun_slots gs
        LEFT JOIN (
            SELECT gsi.gun_id, gsi.slot_id,
                   m2.name, m2.weight_kg
            FROM gun_slot_items gsi
            JOIN gear_items m2 ON m2.id = gsi.item_id
            WHERE gsi.gun_id = ?
              AND m2.weight_kg = (
                  SELECT MIN(m3.weight_kg) FROM gun_slot_items gsi3
                  JOIN gear_items m3 ON m3.id = gsi3.item_id
                  WHERE gsi3.gun_id = gsi.gun_id AND gsi3.slot_id = gsi.slot_id
                    AND m3.weight_kg IS NOT NULL
              )
            GROUP BY gsi.slot_id
        ) m ON m.gun_id = gs.gun_id AND m.slot_id = gs.slot_id
        WHERE gs.gun_id = ?
        ORDER BY gs.slot_name
    """, (gun_id, gun_id)).fetchall()
    conn.close()

    KEY_SLOTS = {"mod_muzzle", "mod_magazine"}
    result = [
        {
            "slot_name":   r["slot_name"],
            "slot_nameid": r["slot_nameid"],
            "required":    r["required"],
            "mod_name":    r["mod_name"],
            "weight_kg":   r["weight_kg"],
            "key":         r["slot_nameid"] in KEY_SLOTS,
        }
        for r in rows
    ]
    return jsonify(result)


@app.route("/loadout/carrier/<carrier_id>/slots.json")
def carrier_slots_json(carrier_id):
    """Returns open plate slots and allowed plates for a carrier (armor or rig)."""
    conn = get_db()
    rows = conn.execute("""
        SELECT aos.slot_nameid, aos.zones,
               p.id AS plate_id, p.name AS plate_name, p.short_name AS plate_short,
               p.weight_kg, p.armor_class, p.durability, p.material
        FROM armor_open_slots aos
        LEFT JOIN armor_slot_plates asp ON asp.carrier_id = aos.carrier_id
            AND asp.slot_nameid = aos.slot_nameid
        LEFT JOIN gear_items p ON p.id = asp.plate_id
        WHERE aos.carrier_id = ?
        ORDER BY aos.slot_nameid, p.armor_class DESC, p.weight_kg ASC
    """, (carrier_id,)).fetchall()
    conn.close()

    # Group by slot
    slots = {}
    slot_order = []
    for row in rows:
        sn = row["slot_nameid"]
        if sn not in slots:
            slots[sn] = {"slot_nameid": sn, "zones": row["zones"], "plates": []}
            slot_order.append(sn)
        if row["plate_id"]:
            slots[sn]["plates"].append({
                "id":         row["plate_id"],
                "name":       row["plate_name"],
                "short_name": row["plate_short"],
                "weight_kg":  row["weight_kg"],
                "armor_class": row["armor_class"],
                "durability": row["durability"],
                "material":   row["material"],
            })

    return jsonify([slots[s] for s in slot_order])


@app.route("/loadout/save-build", methods=["POST"])
def save_build():
    data = request.get_json() or {}
    name        = (data.get("name") or "My Build").strip() or "My Build"
    gun_id      = data.get("gun_id") or None
    armor_id    = data.get("armor_id") or None
    helmet_id   = data.get("helmet_id") or None
    rig_id      = data.get("rig_id") or None
    backpack_id = data.get("backpack_id") or None
    notes       = data.get("notes", "")

    conn = get_db()
    cur = conn.execute("""
        INSERT INTO saved_builds (name, gun_id, armor_id, helmet_id, rig_id, backpack_id, notes)
        VALUES (?, ?, ?, ?, ?, ?, ?)
    """, (name, gun_id, armor_id, helmet_id, rig_id, backpack_id, notes))
    build_id = cur.lastrowid
    conn.commit()
    conn.close()
    return jsonify({"build_id": build_id, "name": name})


if __name__ == "__main__":
    app.run(host="0.0.0.0", port=5000, debug=True)