"""账号「一键查询」：判定规则、失败隔离、只读性。

判定规则用的是**生产镜像库的真实返回样本**（见 `SAMPLES`），
不是我自己编的 JSON —— 这样官方字段改名/结构变动时用例才会红。
"""

from __future__ import annotations

from datetime import UTC, datetime
from pathlib import Path

import pytest

from tests.support.db import get_test_engine, make_test_session
from web.backend.models import Account, AccountEvent, DouyuTask, User
from web.backend.services.douyu_runner_overview import (
    DEFAULT_HIGH_VALUE_GOODS,
    OverviewMixin,
    _goods_config,
    extract_high_value_goods,
)

RABBIT = "兔兔白日梦"
RABBIT_ID = "20260120QYOOB_bag10"
#: 账号 15407（未兑换）的真实商品项，取自生产镜像库任务 253579
GOODS_AVAILABLE = {
    "commodityId": RABBIT_ID,
    "commodityName": "套装-兔兔白日梦",
    "count": 96982,
    "countLimited": 1,
    "foreverCount": 96982,
    "openStatus": 1,
    "score": 1280,
    "startTime": "1769153181",
    "endTime": "1795967999",
    "storeStatus": 1,
    "pic": "https://sta-op.douyucdn.cn/x.png",
}
#: 账号 558（已兑换）的同一商品项，只有这三项不同
GOODS_OWNED = {**GOODS_AVAILABLE, "count": 0, "foreverCount": 0, "storeStatus": 0}


class TestOwnedJudgement:
    """「是否已获得」的判定 —— 本功能的核心，也是最容易判错的地方。

    ⚠️ **判定只看官方兑换记录**。第一版拿限兑商品列表的 `count`/`storeStatus` 判，
    依据是「558 兑换过 count=0 / 15407 没兑换 count=96982」——
    那两条记录相隔两个月，我把**时间差异**当成了**账号差异**。

    同一时刻对比才发现：三个账号（两个兑换过、一个没有）的商品项**字段完全一致**，
    `count`/`foreverCount`/`storeStatus` 是**全局库存**，不暴露账号维度信息。
    改用官方兑换记录后完美区分（558/607 有「破片手榴弹-兔兔白日梦」，15507 是 0 条）。
    """

    def test_owned_comes_from_official_records(self):
        got = extract_high_value_goods(
            [GOODS_AVAILABLE], [RABBIT], [{"commodityName": "破片手榴弹-兔兔白日梦"}]
        )
        assert got[0]["owned"] is True
        assert got[0]["obtained_names"] == ["破片手榴弹-兔兔白日梦"]

    def test_not_owned_when_records_empty(self):
        got = extract_high_value_goods([GOODS_AVAILABLE], [RABBIT], [])
        assert got[0]["owned"] is False

    def test_global_stock_never_implies_owned(self):
        """**回归用例**：全局库存为 0 或售罄，都不能推出「这个账号已拥有」。

        这正是第一版踩的坑 —— 用全局字段判账号维度的事。
        """
        sold_out = {**GOODS_AVAILABLE, "count": 0, "foreverCount": 0, "storeStatus": 0}
        got = extract_high_value_goods([sold_out], [RABBIT], [])
        assert got[0]["owned"] is False, "全局售罄不等于该账号拥有"

    def test_stock_and_owned_are_independent(self):
        """展示用的全局信息与账号判定互不影响。"""
        sold_out = {**GOODS_AVAILABLE, "count": 0, "storeStatus": 0}
        got = extract_high_value_goods(
            [sold_out], [RABBIT], [{"commodityName": "套装-兔兔白日梦"}]
        )
        assert got[0]["owned"] is True
        assert got[0]["count"] == 0  # 全局库存如实展示

    def test_records_match_by_substring_family(self):
        """同一件东西有多个商品名（套装- / 破片手榴弹-），都要算数。"""
        got = extract_high_value_goods(
            [GOODS_AVAILABLE],
            [RABBIT],
            [{"commodityName": "破片手榴弹-兔兔白日梦"}, {"commodityName": "别的"}],
        )
        assert got[0]["owned"] is True
        assert len(got[0]["obtained_names"]) == 1

    def test_missing_goods_is_not_silently_dropped(self):
        """既不在商品列表、也不在兑换记录里的，必须留 missing。"""
        got = extract_high_value_goods([GOODS_AVAILABLE], [RABBIT, "不存在的套装"], [])
        assert len(got) == 2
        assert got[1]["missing"] is True
        assert "都没有这个商品" in got[1]["reason"]

    def test_goods_in_records_but_not_list_is_not_missing(self):
        """兑换记录里有、但当前限兑列表里没有 —— 不是 missing，是已获得。

        实测就有这种情况（活动窗口结束但记录仍在），不能误报成「没这个商品」。
        """
        got = extract_high_value_goods(
            [], [RABBIT], [{"commodityName": "套装-兔兔白日梦"}]
        )
        assert got[0]["owned"] is True
        assert got[0]["missing"] is False
        assert got[0]["in_goods_list"] is False

    def test_empty_list_and_no_records_keeps_all_names(self):
        got = extract_high_value_goods([], DEFAULT_HIGH_VALUE_GOODS, [])
        assert [g["name"] for g in got] == list(DEFAULT_HIGH_VALUE_GOODS)
        assert all(g["missing"] for g in got)

    def test_both_suits(self):
        items = [
            {**GOODS_AVAILABLE, "commodityName": "套装-兔兔白日梦"},
            {**GOODS_AVAILABLE, "commodityName": "套装-狂战萌兔", "commodityId": "X"},
        ]
        got = extract_high_value_goods(
            items, list(DEFAULT_HIGH_VALUE_GOODS), [{"commodityName": "套装-狂战萌兔"}]
        )
        assert [g["owned"] for g in got] == [False, True]

    def test_tolerates_garbage(self):
        got = extract_high_value_goods(
            [None, "x", 1, GOODS_AVAILABLE],
            [RABBIT],
            [None, "y", {"commodityName": ""}],
        )
        assert got[0]["owned"] is False

    def test_custom_goods_config_overrides_default(self):
        assert _goods_config({"high_value_goods": ["A", "B"]}) == ["A", "B"]
        assert _goods_config({"high_value_goods": "A,B"}) == ["A", "B"]
        assert _goods_config({"high_value_goods": '["A", "B"]'}) == ["A", "B"]
        assert _goods_config({"high_value_goods": "A，B"}) == ["A", "B"]
        assert _goods_config({}) == list(DEFAULT_HIGH_VALUE_GOODS)
        assert _goods_config({"high_value_goods": []}) == list(DEFAULT_HIGH_VALUE_GOODS)


class _FakeClient:
    """最小假客户端：只实现聚合用到的几个方法。"""

    def __init__(self, *, fail: set[str] | None = None):
        self.fail = fail or set()

    def _maybe(self, key: str):
        if key in self.fail:
            raise RuntimeError(f"模拟 {key} 失败")

    def acf_ccn(self, **_):
        return "ctn"

    def query_limited_goods(self, **_):
        self._maybe("goods")
        return {
            "limited_goods": [
                GOODS_OWNED,
                {**GOODS_AVAILABLE, "commodityName": "套装-狂战萌兔"},
            ]
        }

    def exchange_records(self, **_):
        self._maybe("records")
        return {
            "records": [{"commodityName": "破片手榴弹-兔兔白日梦", "createTime": "1"}]
        }


class _Harness(OverviewMixin):
    """把聚合 handler 单独跑起来：假客户端 + 假的 refresh helper。"""

    def __init__(self, client: _FakeClient, *, fail_helpers: set[str] | None = None):
        self.client = client
        self.fail_helpers = fail_helpers or set()
        self.marked: dict = {}

    def _client(self, cookie: str):
        return self.client

    def _mark_task(self, db, task, status, message, result=None):
        self.marked = {
            "status": status,
            "message": message,
            "result": result,
        }

    def _push_log(self, *a, **k):
        pass

    def _refresh_account_gold_balance(self, client, account):
        if "gold" in self.fail_helpers:
            raise RuntimeError("模拟鱼翅查询失败")
        return {"gold_balance": 38, "exchange_balance": 120}

    def _refresh_account_points(self, client, account, cookie, *, ctn=None):
        if "points" in self.fail_helpers:
            raise RuntimeError("模拟积分查询失败")
        return {
            "points": 990,
            "points_query": {"raw": {"data": {"willExpireTime": "1795967999"}}},
        }

    def _refresh_elite_handbook(self, client, account, *, manual_id, rid=""):
        if "elite" in self.fail_helpers:
            raise RuntimeError("模拟精英查询失败")
        return {
            "elite_opened": True,
            "elite_expire_time": 1795967999,
            "elite_manual_score": 990,
        }

    def _refresh_esports_handbook(self, client, account, *, manual_id):
        if "esports" in self.fail_helpers:
            raise RuntimeError("模拟电竞查询失败（账号没绑电竞手册）")
        return {"esports_manual_type": 1, "esports_manual_score": 10}

    # handler 按作用域抓官方记录（三套接口），测试里给最小实现
    def _fetch_bind_info(self, client, scope, alias):
        # 测试里统一给"已绑定"（有角色名），避免依赖具体假客户端
        return {"is_bound_role": True, "is_bound_act": True, "role_name": "某角色"}

    def _fetch_elite_records(self, client, config, manual_id, esports_manual_id):
        return client.exchange_records(manual_id=manual_id).get("records") or []

    def _fetch_esports_records(self, client, config, manual_id, esports_manual_id):
        return []

    def _fetch_xpd_records(self, client, config, manual_id, esports_manual_id):
        return []


class TestOverviewAggregation:
    def setup_method(self):
        self.engine = get_test_engine()
        self.session = make_test_session(self.engine)
        self.user = User(username="ov-admin", password_hash="h", role="super_admin")
        self.session.add(self.user)
        self.session.flush()
        self.account = Account(
            username="ov-acc", password="p", email="o@e.com", email_password="ep"
        )
        self.session.add(self.account)
        self.session.commit()
        self.task = DouyuTask(
            batch_id="ov-batch",
            account_id=self.account.id,
            task_type="query_account_overview",
            handbook_scope="elite",
            status="running",
            message="",
            created_by=self.user.id,
        )
        self.session.add(self.task)
        self.session.commit()

    def teardown_method(self):
        self.session.close()

    def _run(self, client=None, **kw):
        h = _Harness(client or _FakeClient(), **kw)
        h._execute_query_account_overview(
            self.session,
            self.task,
            self.account,
            "cookie",
            {
                "manual_id": "M1",
                "esports_manual_id": "M2",
                "rid": "R1",
                "xpd_act_alias": "A",
                "xpd_rid": "R",
                "xpd_act_id": "1",
                "bind_act_alias": "B",
                "esports_act_alias": "E",
            },
        )
        return h

    def test_aggregates_assets_and_open_states(self):
        h = self._run()
        r = h.marked["result"]
        assert h.marked["status"] == "success"
        assert r["assets"]["gold_balance"] == 38
        assert r["assets"]["exchange_balance"] == 120
        assert r["assets"]["points"] == 990
        assert r["assets"]["points_expire_at"] == "1795967999"
        assert r["elite"]["opened"] is True
        assert r["esports"]["opened"] is True
        assert r["errors"] == {}

    def test_high_value_goods_are_flagged(self):
        r = self._run().marked["result"]
        goods = {g["name"]: g for g in r["high_value_goods"]}
        assert goods["套装-兔兔白日梦"]["owned"] is True  # 兑换记录里有
        assert goods["套装-狂战萌兔"]["owned"] is False  # 记录里没有
        assert "兔兔白日梦" in r["high_value_goods"][0]["name"]

    def test_single_item_failure_does_not_fail_the_batch(self):
        """账号没绑电竞手册是常态 —— 不该让整次查询失败。"""
        r = self._run(fail_helpers={"esports"}).marked["result"]
        assert r["assets"]["points"] == 990  # 其余照常
        assert "esports" in r["errors"]
        assert r["high_value_goods"]  # 关键信息仍在

    def test_all_failures_still_return_success_with_errors(self):
        r = self._run(fail_helpers={"gold", "points", "elite", "esports"}).marked[
            "result"
        ]
        assert set(r["errors"]) >= {"gold", "points", "elite", "esports"}
        assert self._run(fail_helpers={"gold"}).marked["status"] == "success"

    def test_missing_manual_id_is_reported_not_crashed(self):
        h = _Harness(_FakeClient())
        h._execute_query_account_overview(
            self.session, self.task, self.account, "cookie", {}
        )
        r = h.marked["result"]
        assert "未配置精英宝典 manualID" in r["errors"]["elite"]
        assert "未配置精英宝典 manualID" in r["errors"]["high_value_goods"]
        assert h.marked["status"] == "success"
        assert r["high_value_goods"] == []

    def test_message_counts_owned_suits(self):
        assert "兔兔白日梦" in self._run().marked["message"]
        assert "已拥有 1 个" in self._run().marked["message"]

    def test_is_read_only_no_events_and_no_status_change(self):
        """纯查询不是「事实」—— 不能进时间线，也不能改生命周期状态。"""
        before = self.session.query(AccountEvent).count()
        status_before = self.account.status
        self._run()
        self.session.commit()
        assert self.session.query(AccountEvent).count() == before, "一键查询不该发事件"
        self.session.refresh(self.account)
        assert self.account.status == status_before


class TestOverviewTaskTypeWiring:
    def test_declared_for_all_workbenches(self):
        from web.backend.services.douyu_service import (
            DOUYU_HANDBOOK_TASK_TYPES,
            SUPPORTED_DOUYU_TASK_TYPES,
        )

        assert "query_account_overview" in SUPPORTED_DOUYU_TASK_TYPES
        for scope in ("elite", "esports", "peace"):
            assert "query_account_overview" in DOUYU_HANDBOOK_TASK_TYPES[scope]

    def test_handler_is_dispatched(self):
        from web.backend.services.douyu_runner import DouyuBatchRunner

        handler = getattr(DouyuBatchRunner, "_execute_query_account_overview", None)
        assert callable(handler)

    def test_batch_creates_one_task_per_account(self):
        """批量是天然支持的：`create_douyu_planned_tasks` 就是每账号一条任务。"""
        from tests.support.db import get_test_engine as eng
        from web.backend.services.douyu_service import create_douyu_planned_tasks

        session = make_test_session(eng())
        try:
            # 自己造夹具，别依赖别的用例留下的数据（依赖就会 skip，skip 等于没测）
            user = User(
                username="ov-batch-admin", password_hash="h", role="super_admin"
            )
            session.add(user)
            session.flush()
            accs = [
                Account(
                    username=f"ov-batch-{i}",
                    password="p",
                    email=f"b{i}@e.com",
                    email_password="ep",
                    # 必须带 CK：一键查询要用该账号的 CK 去查斗鱼，
                    # `visible_douyu_task_accounts` 会把没 CK 的账号过滤掉。
                    cookie=f"acf_uid=1{i}; acf_username=u{i}; acf_ccn=c{i}",
                )
                for i in range(3)
            ]
            session.add_all(accs)
            session.commit()
            batch_id, count = create_douyu_planned_tasks(
                session,
                [a.id for a in accs],
                "query_account_overview",
                "elite",
                user.id,
            )
            assert count == len(accs)
            created = (
                session.query(DouyuTask)
                .filter(
                    DouyuTask.batch_id == batch_id,
                    DouyuTask.task_type == "query_account_overview",
                )
                .all()
            )
            assert len(created) == len(accs)
        finally:
            session.close()


def test_queried_at_is_utc_isoformat():
    got = extract_high_value_goods([GOODS_OWNED], [RABBIT])
    assert got and isinstance(got, list)
    # 顺手确认 UTC 约定没被破坏
    assert datetime.now(UTC).tzinfo is not None


class TestTimestampNormalisation:
    """斗鱼用 `0` / `"0"` / 空串表示「没有这个时间」。

    直接透传的后果：前端把 `0` 当 Unix 时间戳 → 显示 **1970/1/1 08:00:00**，
    运营会以为"到期时间是 1970 年"。（这个 bug 真出现过，用户报的。）
    """

    @pytest.mark.parametrize("bad", [0, "0", "", "  ", None, -1, "-1", False])
    def test_no_value_becomes_none(self, bad):
        from web.backend.services.douyu_runner_overview import _ts

        assert _ts(bad) is None, f"{bad!r} 应归成 None，否则会显示成 1970"

    @pytest.mark.parametrize("good", [1795967999, "1795967999", 1795967999000])
    def test_real_timestamps_pass_through(self, good):
        from web.backend.services.douyu_runner_overview import _ts

        assert _ts(good) == good


class TestSnapshotIsWrittenToAccount:
    """结果要落到**账号**上，不是只留在任务里。

    任务会被保留策略清掉，而「这个账号现在什么情况」是账号的信息 ——
    应该在账号管理里看，不该依赖一条日志的寿命。
    """

    def setup_method(self):
        self.engine = get_test_engine()
        self.session = make_test_session(self.engine)
        self.user = User(username="snap-admin", password_hash="h", role="super_admin")
        self.session.add(self.user)
        self.session.flush()
        self.account = Account(
            username="snap-acc", password="p", email="s@e.com", email_password="ep"
        )
        self.session.add(self.account)
        self.session.commit()

    def teardown_method(self):
        self.session.close()

    def _run(self, client=None):
        from web.backend.services.douyu_runner_overview import OverviewMixin

        class _H(OverviewMixin):
            def _client(self, cookie):
                return client or _FakeClient()

            def _mark_task(self, *a, **k):
                pass

            def _push_log(self, *a, **k):
                pass

            def _refresh_account_gold_balance(self, c, a):
                return {"gold_balance": 7, "exchange_balance": 1}

            def _refresh_account_points(self, c, a, cookie, *, ctn=None):
                # 斗鱼返回 0 表示没有到期时间 —— 这里模拟它
                return {
                    "points": 5,
                    "points_query": {"raw": {"data": {"willExpireTime": "0"}}},
                }

            def _refresh_elite_handbook(self, c, a, *, manual_id, rid=""):
                return {
                    "elite_opened": False,
                    "elite_expire_time": 0,
                    "elite_manual_score": 0,
                }

            def _refresh_esports_handbook(self, c, a, *, manual_id):
                return {"esports_manual_type": 0, "esports_manual_score": 0}

            def _fetch_bind_info(self, c, scope, alias):
                return {
                    "is_bound_role": True,
                    "is_bound_act": True,
                    "role_name": "某角色",
                }

            def _fetch_elite_records(self, c, cfg, mid, emid):
                return c.exchange_records(manual_id=mid).get("records") or []

            def _fetch_esports_records(self, c, cfg, mid, emid):
                return []

            def _fetch_xpd_records(self, c, cfg, mid, emid):
                return []

        task = DouyuTask(
            batch_id="snap",
            account_id=self.account.id,
            task_type="query_account_overview",
            handbook_scope="elite",
            status="running",
            message="",
            created_by=self.user.id,
        )
        self.session.add(task)
        self.session.commit()
        _H()._execute_query_account_overview(
            self.session,
            task,
            self.account,
            "c",
            {
                "manual_id": "M",
                "esports_manual_id": "E",
                "rid": "R",
                "xpd_act_alias": "A",
                "xpd_rid": "R",
                "xpd_act_id": "1",
                "bind_act_alias": "B",
                "esports_act_alias": "E",
            },
        )
        self.session.commit()
        self.session.refresh(self.account)
        return task

    def test_snapshot_and_time_are_stored_on_account(self):
        self._run()
        assert self.account.overview_snapshot is not None
        assert self.account.overview_queried_at is not None
        assert self.account.overview_snapshot["assets"]["gold_balance"] == 7

    def test_no_expiry_is_stored_as_none_not_zero(self):
        """回归：`willExpireTime = "0"` 不能原样落库成 0（会显示 1970）。"""
        self._run()
        snap = self.account.overview_snapshot
        assert snap["assets"]["points_expire_at"] is None
        assert snap["elite"]["expire_time"] is None

    def test_snapshot_is_overwritten_not_appended(self):
        self._run()
        first = dict(self.account.overview_snapshot)
        self._run()
        self.session.refresh(self.account)
        assert self.account.overview_snapshot["assets"]["gold_balance"] == 7
        assert self.account.overview_snapshot is not None
        assert first["assets"]["gold_balance"] == 7


class TestSnapshotExposedOnDetailOnly:
    """快照必须出现在**详情**接口，**不能**出现在列表接口。

    这里踩过一个坑：字段被加到了列表接口而不是详情接口，后果有两层 ——

    1. 详情不返回 `overview_queried_at` → 前端轮询永远检测不到变化 →
       一直刷请求到 120 秒超时（用户报的「点一键查询就一直循环」）；
    2. 列表**每个账号**都带一整份 JSON 快照 → 15000 个账号的响应体积爆炸。

    所以两头都要钉住。
    """

    def setup_method(self):
        self.engine = get_test_engine()
        self.session = make_test_session(self.engine)
        self.admin = User(username="snapx-admin", password_hash="h", role="super_admin")
        self.session.add(self.admin)
        self.session.flush()
        self.account = Account(
            username="snapx-acc",
            password="p",
            email="x@e.com",
            email_password="ep",
            cookie="acf_uid=1; acf_ccn=c",
            overview_snapshot={"assets": {"gold_balance": 3}},
            overview_queried_at=datetime.now(UTC),
        )
        self.session.add(self.account)
        self.session.commit()

    def teardown_method(self):
        self.session.close()

    def test_detail_returns_snapshot_and_timestamp(self):
        from web.backend.routers.accounts import account_overview

        result = account_overview(self.account.id, db=self.session, current=self.admin)
        assert "overview_snapshot" in result, "详情必须返回快照，否则前端没法展示"
        assert "overview_queried_at" in result, (
            "详情必须返回查询时间 —— 前端靠它判断「查完了没有」，"
            "不返回就会一直轮询到超时"
        )
        assert result["overview_queried_at"] is not None

    def test_list_does_not_carry_the_snapshot(self):
        """列表里带整份快照会让 15000 个账号的响应爆炸。"""
        from web.backend.routers.accounts import list_accounts

        # 直接调用时**未显式传**的参数拿到的是 FastAPI 的 `Query` 对象，而它是
        # truthy 的（`assigned_only=Query(False)` 会被当成 True，只返回分配给
        # 自己的账号）—— 所以关键参数都要显式传。
        # 另外测试库里有几百个账号，必须用 search 收敛到夹具本身，否则会翻页。
        result = list_accounts(
            assigned_only=False,
            has_cookie=False,
            search="snapx-acc",
            page=1,
            page_size=20,
            db=self.session,
            current=self.admin,
        )
        items = result["items"] if isinstance(result, dict) else result
        assert items, "夹具账号应出现在列表里"
        for item in items:
            assert "overview_snapshot" not in item, (
                "列表接口不该返回完整快照（每个账号一份 JSON，体积爆炸）"
            )


class TestOverviewRefreshesAccountFields:
    """查询的职责是**刷新账号字段**，不是另开一份副本。

    用户反馈很直接：「一键查询这也太重复了，直接更新账号信息不行吗？
    那建立账号信息表有啥用」。

    对 —— 鱼翅 / 积分 / 交易余额 / 开通状态账号表本来就有对应列，
    查询把新值写进去、由已有界面展示即可。这里钉住写回行为，
    尤其是**积分到期时间**：它有 `accounts.points_expire_at` 列，
    但之前忘了写（也没在界面上显示）。
    """

    def setup_method(self):
        self.engine = get_test_engine()
        self.session = make_test_session(self.engine)
        self.user = User(username="rf-admin", password_hash="h", role="super_admin")
        self.session.add(self.user)
        self.session.flush()
        self.account = Account(
            username="rf-acc", password="p", email="r@e.com", email_password="ep"
        )
        self.session.add(self.account)
        self.session.commit()

    def teardown_method(self):
        self.session.close()

    def _run(self, *, expire_at: str = "1795967999"):
        from web.backend.services.douyu_runner_overview import OverviewMixin

        class _H(OverviewMixin):
            def _client(self, cookie):
                return _FakeClient()

            def _mark_task(self, *a, **k):
                pass

            def _push_log(self, *a, **k):
                pass

            def _refresh_account_gold_balance(self, c, a):
                a.gold_balance = 88
                a.exchange_balance = 9
                return {"gold_balance": 88, "exchange_balance": 9}

            def _refresh_account_points(self, c, a, cookie, *, ctn=None):
                a.points = 777
                return {
                    "points": 777,
                    "points_query": {"raw": {"data": {"willExpireTime": expire_at}}},
                }

            def _refresh_elite_handbook(self, c, a, *, manual_id, rid=""):
                a.elite_opened = True
                return {
                    "elite_opened": True,
                    "elite_expire_time": 0,
                    "elite_manual_score": 5,
                }

            def _refresh_esports_handbook(self, c, a, *, manual_id):
                a.esports_opened = True
                return {"esports_manual_type": 1, "esports_manual_score": 3}

            def _fetch_bind_info(self, c, scope, alias):
                return {
                    "is_bound_role": True,
                    "is_bound_act": True,
                    "role_name": "某角色",
                }

            def _fetch_elite_records(self, c, cfg, mid, emid):
                return c.exchange_records(manual_id=mid).get("records") or []

            def _fetch_esports_records(self, c, cfg, mid, emid):
                return []

            def _fetch_xpd_records(self, c, cfg, mid, emid):
                return []

        task = DouyuTask(
            batch_id="rf",
            account_id=self.account.id,
            task_type="query_account_overview",
            handbook_scope="elite",
            status="running",
            message="",
            created_by=self.user.id,
        )
        self.session.add(task)
        self.session.commit()
        _H()._execute_query_account_overview(
            self.session,
            task,
            self.account,
            "c",
            {
                "manual_id": "M",
                "esports_manual_id": "E",
                "rid": "R",
                "xpd_act_alias": "A",
                "xpd_rid": "R",
                "xpd_act_id": "1",
                "bind_act_alias": "B",
                "esports_act_alias": "E",
            },
        )
        self.session.commit()
        self.session.refresh(self.account)

    def test_assets_are_written_to_account_columns(self):
        self._run()
        assert self.account.points == 777
        assert self.account.gold_balance == 88
        assert self.account.exchange_balance == 9
        assert self.account.elite_opened is True
        assert self.account.esports_opened is True

    def test_points_expire_at_is_written(self):
        """积分到期时间有专门的列，查询必须写它（之前漏了）。"""
        self._run(expire_at="1795967999")
        assert self.account.points_expire_at is not None
        assert self.account.points_expire_at.year != 1970

    def test_no_expiry_clears_the_column_not_zero(self):
        """斗鱼用 0 表示没有到期时间 —— 不能存成 0（会显示 1970/1/1）。"""
        self._run(expire_at="0")
        assert self.account.points_expire_at is None
        assert self.account.overview_snapshot["assets"]["points_expire_at"] is None


class TestSummaryFeedsAccountList:
    """一键查询的结果要能反映到**账号列表**上。

    用户报的原始问题：账号 6966677706 明明有官方兑换记录，列表却显示「未兑换」。

    根因是**两个口径**：
    - 列表的「兑换记录」列来自我们自己的 `account_events`，而事件是**上线后**
      才开始记的 → 上线前的兑换在列表里就是空的，看着像"从没兑换过"；
    - 一键查询拉的是**斗鱼官方**记录，本来能查到，但那份 JSON 有 1~2KB，
      不能塞进列表（15000 个账号会把响应放大到几十 MB）。

    所以加了这个**极小**汇总字段 `high_value_owned`：`{"owned": [...], "exchanges": N}`。
    """

    def setup_method(self):
        self.engine = get_test_engine()
        self.session = make_test_session(self.engine)
        self.admin = User(username="sum-admin", password_hash="h", role="super_admin")
        self.session.add(self.admin)
        self.session.flush()
        self.account = Account(
            username="sum-acc",
            password="p",
            email="s@e.com",
            email_password="ep",
            cookie="acf_uid=1; acf_ccn=c",
            high_value_owned=["套装-兔兔白日梦"],
            overview_queried_at=datetime.now(UTC),
            overview_snapshot={"high_value_goods": []},
        )
        self.session.add(self.account)
        self.session.commit()

    def teardown_method(self):
        self.session.close()

    def _list(self):
        from web.backend.routers.accounts import list_accounts

        return list_accounts(
            assigned_only=False,
            has_cookie=False,
            search="sum-acc",
            page=1,
            page_size=5,
            db=self.session,
            current=self.admin,
        )["items"]

    def test_list_serializes_owned_suits(self):
        """断言**序列化结果**，不是属性。

        ⚠️ `AccountOut` 有一个**手写**的 `@model_serializer`，它逐个列出要输出的字段。
        只在模型上声明字段、不写进那个列表 → **属性有值、JSON 里没有**。
        只断言属性的测试会**假绿**（踩过），所以这里一律看 `model_dump()`。
        """
        dumped = self._list()[0].model_dump()
        assert dumped["high_value_owned"] == ["套装-兔兔白日梦"], (
            "字段没出现在序列化结果里 —— 前端拿到的 JSON 就没有它"
        )

    def test_list_serializes_queried_marker(self):
        """要能区分「查过但没兑换」和「还没查过」—— 否则列表会把未知当高价值。"""
        dumped = self._list()[0].model_dump()
        assert dumped["overview_queried_at"] is not None

    def test_list_still_does_not_carry_the_full_snapshot(self):
        """给列表加信息**不能**把 1~2KB 的整份快照带回去。"""
        dumped = self._list()[0].model_dump()
        assert "overview_snapshot" not in dumped, (
            "列表带整份快照会让 15000 个账号的响应体积爆炸"
        )

    def test_handler_writes_the_summary(self):
        """查询跑完必须写汇总，否则列表永远显示「未查询」。"""
        from web.backend.services.douyu_runner_overview import OverviewMixin

        class _H(OverviewMixin):
            def _client(self, cookie):
                return _FakeClient()

            def _mark_task(self, *a, **k):
                pass

            def _push_log(self, *a, **k):
                pass

            def _refresh_account_gold_balance(self, c, a):
                return {"gold_balance": 1, "exchange_balance": 1}

            def _refresh_account_points(self, c, a, cookie, *, ctn=None):
                return {
                    "points": 1,
                    "points_query": {"raw": {"data": {"willExpireTime": "0"}}},
                }

            def _refresh_elite_handbook(self, c, a, *, manual_id, rid=""):
                return {
                    "elite_opened": True,
                    "elite_expire_time": 0,
                    "elite_manual_score": 0,
                }

            def _refresh_esports_handbook(self, c, a, *, manual_id):
                return {"esports_manual_type": 1, "esports_manual_score": 0}

            def _fetch_elite_records(self, c, cfg, mid, emid):
                # 精英恰好 1 条（与断言一致）
                return [
                    {
                        "commodityName": "套装-兔兔白日梦",
                        "commodityId": "C1",
                        "score": "1280",
                    }
                ]

            def _fetch_esports_records(self, c, cfg, mid, emid):
                return []

            def _fetch_xpd_records(self, c, cfg, mid, emid):
                return []

        task = DouyuTask(
            batch_id="sum",
            account_id=self.account.id,
            task_type="query_account_overview",
            handbook_scope="elite",
            status="running",
            message="",
            created_by=self.admin.id,
        )
        self.session.add(task)
        self.session.commit()
        _H()._execute_query_account_overview(
            self.session,
            task,
            self.account,
            "c",
            {
                "manual_id": "M",
                "esports_manual_id": "E",
                "rid": "R",
                "xpd_act_alias": "A",
                "xpd_rid": "R",
                "xpd_act_id": "1",
                "bind_act_alias": "B",
                "esports_act_alias": "E",
            },
        )
        self.session.commit()
        self.session.refresh(self.account)
        owned = self.account.high_value_owned
        assert owned is not None, "查询跑完必须写「已兑换过的高价值套装」"
        # _FakeClient 的兑换记录里有一条「破片手榴弹-兔兔白日梦」
        assert "兔兔白日梦" in "".join(owned)


class TestOverviewSummaryMigrationIsSafeToRerun:
    """迁移必须**可安全重跑** —— 应用启动时会自动跑它。

    踩过的坑：回填时用了 `op.get_bind().commit()`，
    打乱了 alembic 自己的版本记账。后果很隐蔽：

    - MySQL 的 DDL（ALTER TABLE）是**自动提交**的 → 列加上了
    - 但版本号**没更新** → 下次启动又去 ADD COLUMN
    - → `Duplicate column name 'high_value_owned'`，**服务直接起不来**

    仓库里正常工作的老迁移（0042 的 S1 回填）用的是
    `op.get_bind().execute(...)` 且**不 commit**，提交由 alembic 负责。
    """

    MIGRATION = (
        Path(__file__).resolve().parents[1]
        / "web/backend/migrations/versions/20261004_0048_high_value_owned.py"
    )

    def _src(self) -> str:
        return self.MIGRATION.read_text(encoding="utf-8")

    def _code(self) -> str:
        """去掉注释后的源码。

        必须去注释：本迁移的注释里**正解释着**「不要 conn.commit()」，
        直接子串检查会命中注释里的那句话，用例就假红了。
        """
        lines = []
        for line in self._src().splitlines():
            stripped = line.lstrip()
            if stripped.startswith("#"):
                continue
            # 去掉行尾注释（这些迁移里没有字符串里带 # 的情况）
            if "#" in line:
                line = line[: line.index("#")]
            lines.append(line)
        return "\n".join(lines)

    def test_does_not_commit_the_alembic_bind(self):
        """在迁移里 commit 会破坏版本记账（本迁移踩过）。"""
        code = self._code()
        assert "conn.commit()" not in code, (
            "迁移里不要 commit op.get_bind() —— 会让版本号不更新，"
            "下次启动重复 ADD COLUMN 而把服务起不来"
        )

    def test_guards_add_column_with_existence_check(self):
        """加列前必须检查列是否已存在，否则不可重入。"""
        src = self._src()
        assert "_column_exists" in src, "缺少列存在性检查"
        upgrade_body = src[src.index("def upgrade()") : src.index("def downgrade()")]
        assert "_column_exists" in upgrade_body, "upgrade 里没有用存在性检查守卫"

    def test_column_exists_helper_probes_information_schema(self):
        src = self._src()
        assert "information_schema.columns" in src, (
            "存在性检查要查 information_schema，别用 try/except 猜"
        )


class TestOfficialExchangeBecomesAccountEvent:
    """斗鱼官方兑换记录要**补成账号事件**。

    这是「账号全生命周期 + 兑换记录」的关键一步：官方记录**带真实兑换时间**
    （`time` 字段），补成事件后时间线才是完整的，列表的兑换记录聚合也自动准确 ——
    不再需要单独维护一套"官方条数"的旁路。
    """

    def setup_method(self):
        self.engine = get_test_engine()
        self.session = make_test_session(self.engine)
        self.user = User(username="oe-admin", password_hash="h", role="super_admin")
        self.session.add(self.user)
        self.session.flush()
        self.account = Account(
            username="oe-acc", password="p", email="o@e.com", email_password="ep"
        )
        self.session.add(self.account)
        self.session.commit()

    def teardown_method(self):
        self.session.close()

    def _record(self, *, commodity_id="C1", name="套装-兔兔白日梦", when=1788054985):
        from datetime import UTC
        from datetime import datetime as _dt

        from web.backend.services.business_events import record_official_exchange

        return record_official_exchange(
            self.session,
            self.account,
            commodity_id=commodity_id,
            commodity_name=name,
            score=1280,
            occurred_at=_dt.fromtimestamp(when, tz=UTC),
            show_name="某昵称（安卓-微信）",
        )

    def test_writes_event_with_real_exchange_time(self):
        """时间必须是**真实兑换时刻**，不是"发现它的时刻"。"""
        from web.backend.services import account_events_service as svc

        assert self._record() is True
        self.session.commit()
        event = (
            self.session.query(AccountEvent)
            .filter(AccountEvent.event_type == svc.EVENT_EXCHANGE)
            .one()
        )
        assert event.occurred_at.year == 2026
        assert event.occurred_at.month == 8  # 1788054985 → 2026-08-30 前后
        assert event.amount == -1280
        assert event.detail["source"] == "official_sync"
        assert event.source == "official_sync"

    def test_is_idempotent(self):
        """一键查询会被反复执行，同一条官方记录只能落一条事件。"""
        from web.backend.services import account_events_service as svc

        assert self._record() is True
        self.session.commit()
        assert self._record() is False, "同一条记录不该重复落"
        self.session.commit()
        assert (
            self.session.query(AccountEvent)
            .filter(AccountEvent.event_type == svc.EVENT_EXCHANGE)
            .count()
            == 1
        )

    def test_different_commodity_is_a_new_event(self):
        assert self._record(commodity_id="C1") is True
        assert self._record(commodity_id="C2", name="套装-激萌罗小黑") is True
        self.session.commit()

    def test_missing_commodity_id_is_skipped(self):
        assert self._record(commodity_id="") is False


class TestLatestExchangeFollowsEventTime:
    """「最近一次兑换」要按**事件时间**排，不能按插入 id。

    踩过的坑：官方历史记录被补成事件时 `id` 是新的（最大），
    但 `occurred_at` 是几个月前的。按 id 排会把一条**老**兑换显示成"最近一次" ——
    实测把 08-30 的兔兔白日梦错报成了 10-01（那是另一次兑换）。
    """

    def setup_method(self):
        self.engine = get_test_engine()
        self.session = make_test_session(self.engine)
        self.admin = User(username="ord-admin", password_hash="h", role="super_admin")
        self.session.add(self.admin)
        self.session.flush()
        self.account = Account(
            username="ord-acc",
            password="p",
            email="d@e.com",
            email_password="ep",
            cookie="acf_uid=1; acf_ccn=c",
        )
        self.session.add(self.account)
        self.session.commit()

    def teardown_method(self):
        self.session.close()

    def _add_exchange(self, title: str, when: datetime):
        from web.backend.services.account_events_service import (
            CATEGORY_BUSINESS,
            EVENT_EXCHANGE,
            OFFICIAL_SYNC_SOURCE,
            emit,
        )

        emit(
            self.session,
            account_id=self.account.id,
            event_type=EVENT_EXCHANGE,
            title=title,
            category=CATEGORY_BUSINESS,
            occurred_at=when,
            # 列表只聚合**官方**记录，所以要标成 official_sync 才会被算进去
            source=OFFICIAL_SYNC_SOURCE,
        )

    def _latest(self) -> str:
        from web.backend.routers.accounts import list_accounts

        item = list_accounts(
            assigned_only=False,
            has_cookie=False,
            search="ord-acc",
            page=1,
            page_size=5,
            db=self.session,
            current=self.admin,
        )["items"][0]
        return item.model_dump()["last_exchange_name"]

    def test_newer_event_inserted_first_still_wins(self):
        # 先插**新**的，再插**老**的：按 id 排会错，按时间排才对
        self._add_exchange("兑换 新商品", datetime(2026, 10, 1, tzinfo=UTC))
        self.session.commit()
        self._add_exchange("兑换 老商品", datetime(2026, 8, 30, tzinfo=UTC))
        self.session.commit()
        assert "新商品" in self._latest(), (
            "「最近一次」按 id 排了 —— 补录的历史事件 id 更大，会被错当成最近一次"
        )


class TestEsportsExpireTimePersisted:
    """电竞手册到期时间要**落库**（与精英对称）。

    以前它只在 `_refresh_esports_handbook` 的返回值里带着、没写进账号，
    所以界面上电竞手册只能显示「已开通」、看不到什么时候到期（用户反馈）。
    """

    def setup_method(self):
        self.engine = get_test_engine()
        self.session = make_test_session(self.engine)
        self.user = User(username="exp-admin", password_hash="h", role="super_admin")
        self.session.add(self.user)
        self.session.flush()
        self.account = Account(
            username="exp-acc", password="p", email="e@e.com", email_password="ep"
        )
        self.session.add(self.account)
        self.session.commit()

    def teardown_method(self):
        self.session.close()

    def _refresh(self, expire_time):
        from web.backend.services.douyu_runner_manual import ManualMixin

        class _H(ManualMixin):
            def _client(self, cookie):
                return None

            def _push_log(self, *a, **k):
                pass

            def _to_int(self, value):
                try:
                    return int(value)
                except (TypeError, ValueError):
                    return None

        class _Client:
            @staticmethod
            def esports_user_info(*, manual_id):
                return {"manual_type": 1, "manual_score": 7, "expire_time": expire_time}

        _H()._refresh_esports_handbook(_Client(), self.account, manual_id="E")
        self.session.commit()
        self.session.refresh(self.account)

    def test_expire_time_is_written(self):
        self._refresh("1795967999")
        assert self.account.esports_expire_time == 1795967999

    def test_no_expiry_stores_none_not_zero(self):
        """斗鱼用 0 / 空表示没有到期时间 —— 不能存成 0（界面会显示 1970/1/1）。"""
        self._refresh("0")
        assert self.account.esports_expire_time is None
        self._refresh("")
        assert self.account.esports_expire_time is None


class TestDeriveFromBindInfo:
    """从斗鱼 `bind_info` 推导绑定状态。

    **实测校准过**（开发库 4 个账号）：`is_bound_role` 为真时账号确实有角色名，
    而它们的列值全是 `unknown` —— 4 个里 3 个其实已绑定，被 unknown 盖住了。

    ⚠️ `need_bind_role` **不是**"未绑定"的信号：实测**已绑定**的账号上它也是 1。
    用它会把这 3 个已绑定的判成未绑 —— 幸好没拿它当判据。
    """

    def test_bound_when_role_flag_true(self):
        from web.backend.services.account_binding import (
            BIND_BOUND,
            derive_from_bind_info,
        )

        assert (
            derive_from_bind_info({"is_bound_role": True, "role_name": "x"})
            == BIND_BOUND
        )

    def test_bound_when_act_flag_true(self):
        """只有 act 标志为真时也算已绑 —— 避免把"已绑但没回角色名"误报成未绑。"""
        from web.backend.services.account_binding import (
            BIND_BOUND,
            derive_from_bind_info,
        )

        assert derive_from_bind_info({"is_bound_act": True}) == BIND_BOUND

    def test_unbound_when_flags_explicitly_false(self):
        from web.backend.services.account_binding import (
            BIND_UNBOUND,
            derive_from_bind_info,
        )

        assert derive_from_bind_info({"is_bound_role": False}) == BIND_UNBOUND
        assert derive_from_bind_info({"is_bound_act": "0"}) == BIND_UNBOUND

    def test_none_when_no_conclusion(self):
        """标志缺失 → None（推不出来），**绝不能**当成 unbound。

        这是"没查到"和"没绑定"的分界：写 unbound 就是编造结论。
        小店未开通时实测就是这种情况（返回里没有这两个标志）。
        """
        from web.backend.services.account_binding import derive_from_bind_info

        assert derive_from_bind_info({}) is None
        assert derive_from_bind_info({"role_name": "x"}) is None
        assert derive_from_bind_info(None) is None

    def test_need_bind_role_is_not_a_signal(self):
        """回归：`need_bind_role` 在**已绑定**账号上也是 1，不能拿它判未绑。"""
        from web.backend.services.account_binding import (
            BIND_BOUND,
            derive_from_bind_info,
        )

        info = {"is_bound_role": True, "is_bound_act": True, "need_bind_role": 1}
        assert derive_from_bind_info(info) == BIND_BOUND


class TestOverviewWritesBindStatus:
    """一键查询要把三个作用域的绑定状态**查出来并写回**。

    这三个值以前从来没人查过，只是 S6 迁移时从旧的垃圾场列能推的推、
    推不出的留 unknown —— 于是界面上 97% 显示"未知"，对运营没用。
    """

    def setup_method(self):
        self.engine = get_test_engine()
        self.session = make_test_session(self.engine)
        self.user = User(username="bind-admin", password_hash="h", role="super_admin")
        self.session.add(self.user)
        self.session.flush()
        self.account = Account(
            username="bind-acc",
            password="p",
            email="b@e.com",
            email_password="ep",
            role_bind_status="unknown",
            esports_bind_status="unknown",
            xpd_bind_status="unknown",
        )
        self.session.add(self.account)
        self.session.commit()

    def teardown_method(self):
        self.session.close()

    def _run(self, *, info_by_scope):
        from web.backend.services.douyu_runner_overview import OverviewMixin

        class _H(OverviewMixin):
            def _client(self, c):
                return _FakeClient()

            def _mark_task(self, *a, **k):
                pass

            def _push_log(self, *a, **k):
                pass

            def _fetch_bind_info(self, client, scope, alias):
                return info_by_scope[scope]

            def _refresh_account_gold_balance(self, c, a):
                return {"gold_balance": 1, "exchange_balance": 1}

            def _refresh_account_points(self, c, a, cookie, *, ctn=None):
                return {"points": 1, "points_query": {"raw": {"data": {}}}}

            def _refresh_elite_handbook(self, c, a, *, manual_id, rid=""):
                return {
                    "elite_opened": False,
                    "elite_expire_time": 0,
                    "elite_manual_score": 0,
                }

            def _refresh_esports_handbook(self, c, a, *, manual_id):
                return {"esports_manual_type": 0, "esports_manual_score": 0}

            def _fetch_elite_records(self, c, cfg, mid, emid):
                return []

            def _fetch_esports_records(self, c, cfg, mid, emid):
                return []

            def _fetch_xpd_records(self, c, cfg, mid, emid):
                return []

        task = DouyuTask(
            batch_id="bind",
            account_id=self.account.id,
            task_type="query_account_overview",
            handbook_scope="elite",
            status="running",
            message="",
            created_by=self.user.id,
        )
        self.session.add(task)
        self.session.commit()
        _H()._execute_query_account_overview(
            self.session,
            task,
            self.account,
            "c",
            {
                "manual_id": "M",
                "esports_manual_id": "E",
                "rid": "R",
                "bind_act_alias": "B",
                "esports_act_alias": "S",
                "xpd_act_alias": "X",
                # 这个用例要覆盖三个作用域，显式打开小店（默认是关的）
                "peace_enabled": True,
                "xpd_rid": "R",
                "xpd_act_id": "1",
            },
        )
        self.session.commit()
        self.session.refresh(self.account)
        return task

    def test_writes_derived_status(self):
        self._run(
            info_by_scope={
                "elite": {"is_bound_role": True, "role_name": "有角色"},
                "esports": {"is_bound_role": False},
                "peace": {"is_bound_role": False},
            }
        )
        assert self.account.role_bind_status == "bound"
        assert self.account.esports_bind_status == "unbound"
        assert self.account.xpd_bind_status == "unbound"

    def test_none_derivation_keeps_original_value(self):
        """推不出来时**不动原值** —— 不能把"没查到"写成"没绑定"。"""
        self._run(
            info_by_scope={
                "elite": {"is_bound_role": True},
                "esports": {},  # 标志缺失 → 推不出来
                "peace": {},
            }
        )
        assert self.account.role_bind_status == "bound"
        assert self.account.esports_bind_status == "unknown", "推不出来应保持原值"
        assert self.account.xpd_bind_status == "unknown"


class TestDuplicateEventIsQuiet:
    """撞唯一键 = 幂等命中，是**预期内的正常情况**，不该刷 WARNING。

    踩过的坑：`emit()` 不做预检查、直接 INSERT，靠唯一索引去重；撞了就
    打 WARNING 并把**整条 SQL + 参数**dump 出来。而一键查询会把官方兑换记录
    补成事件、同一个账号会被反复查询 —— 于是每查一次就刷一片 WARNING：

        WARNING | 写入账号事件失败（account=60 exchange）：
        (1062, "Duplicate entry 'official_exchange:elite:60:...' ...")
        [SQL: INSERT INTO account_events (...) VALUES (...)]
        [parameters: {...}]

    数据没错（重复的被挡住了），但日志被淹、运维以为出事了（用户就是因此来问的）。
    """

    def setup_method(self):
        self.engine = get_test_engine()
        self.session = make_test_session(self.engine)
        self.user = User(username="dup-admin", password_hash="h", role="super_admin")
        self.session.add(self.user)
        self.session.flush()
        self.account = Account(
            username="dup-acc", password="p", email="d@e.com", email_password="ep"
        )
        self.session.add(self.account)
        self.session.commit()

    def teardown_method(self):
        self.session.close()

    def _emit_once(self):
        from web.backend.services.account_events_service import emit

        return emit(
            self.session,
            account_id=self.account.id,
            event_type="exchange",
            title="兑换 某商品",
            category="business",
            source="official_sync",
            source_ref="official_exchange:elite:dup:commodity:20261001",
        )

    def test_duplicate_returns_false_without_warning(self):
        from loguru import logger

        assert self._emit_once() is True
        self.session.commit()

        warnings: list[str] = []
        sink_id = logger.add(lambda msg: warnings.append(str(msg)), level="WARNING")
        try:
            assert self._emit_once() is False, "重复写入应返回 False"
        finally:
            logger.remove(sink_id)

        assert not [w for w in warnings if "写入账号事件失败" in w], (
            "撞唯一键是正常的幂等命中，不该打 WARNING（日志会被淹，且误导运维）"
        )

    def test_duplicate_does_not_write_twice(self):
        from web.backend.services import account_events_service as svc

        self._emit_once()
        self.session.commit()
        self._emit_once()
        self.session.commit()
        assert (
            self.session.query(AccountEvent)
            .filter(AccountEvent.event_type == svc.EVENT_EXCHANGE)
            .count()
            == 1
        )

    def test_duplicate_helper_only_matches_1062(self):
        """只有**确认**是唯一键冲突才降级；其它完整性错误仍要告警。"""
        from web.backend.services.account_events_service import _is_duplicate_entry

        class _Orig(Exception):
            pass

        dup = Exception("x")
        dup.orig = _Orig(1062, "Duplicate entry 'a' for key 'k'")  # type: ignore[attr-defined]
        assert _is_duplicate_entry(dup) is True

        other = Exception("x")
        other.orig = _Orig(1048, "Column 'a' cannot be null")  # type: ignore[attr-defined]
        assert _is_duplicate_entry(other) is False


class TestPeaceScopeCanBeTurnedOff:
    """和平小店总开关：关着时**完全跳过**它的请求。

    小店目前是关闭状态，但不跳过的话一键查询仍会对每个账号发小店请求、
    结果 100% 失败：

        实测 200 个账号里 exchange_records_peace 失败 195 次（100%）
        Livelink登录态校验失败

    这既淹掉真错误、又让人以为出故障。关着时应当**不查、也不记 errors** ——
    「配置成关的」和「查失败」是两回事。
    """

    def setup_method(self):
        self.engine = get_test_engine()
        self.session = make_test_session(self.engine)
        self.user = User(username="peace-admin", password_hash="h", role="super_admin")
        self.session.add(self.user)
        self.session.flush()
        self.account = Account(
            username="peace-acc", password="p", email="p@e.com", email_password="ep"
        )
        self.session.add(self.account)
        self.session.commit()

    def teardown_method(self):
        self.session.close()

    def _run(self, *, peace_enabled: bool):
        from web.backend.services.douyu_runner_overview import OverviewMixin

        called: list[str] = []
        marked: dict = {}

        class _H(OverviewMixin):
            def _client(self, c):
                return _FakeClient()

            def _mark_task(self, db, task, status, message, result=None):
                # 捕获结果：这个桩是 no-op，不捕获的话 task.result 永远是空
                marked.update({"status": status, "result": result or {}})

            def _push_log(self, *a, **k):
                pass

            def _fetch_bind_info(self, client, scope, alias):
                called.append(f"bind:{scope}")
                return {"is_bound_role": True}

            def _fetch_xpd_records(self, c, cfg, mid, emid):
                called.append("xpd_records")
                raise RuntimeError("Livelink登录态校验失败")

            def _refresh_account_gold_balance(self, c, a):
                return {"gold_balance": 1, "exchange_balance": 1}

            def _refresh_account_points(self, c, a, cookie, *, ctn=None):
                return {"points": 1, "points_query": {"raw": {"data": {}}}}

            def _refresh_elite_handbook(self, c, a, *, manual_id, rid=""):
                return {
                    "elite_opened": False,
                    "elite_expire_time": 0,
                    "elite_manual_score": 0,
                }

            def _refresh_esports_handbook(self, c, a, *, manual_id):
                return {"esports_manual_type": 0, "esports_manual_score": 0}

            def _fetch_elite_records(self, c, cfg, mid, emid):
                return []

            def _fetch_esports_records(self, c, cfg, mid, emid):
                return []

        task = DouyuTask(
            batch_id="peace",
            account_id=self.account.id,
            task_type="query_account_overview",
            handbook_scope="elite",
            status="running",
            message="",
            created_by=self.user.id,
        )
        self.session.add(task)
        self.session.commit()
        _H()._execute_query_account_overview(
            self.session,
            task,
            self.account,
            "c",
            {
                "manual_id": "M",
                "esports_manual_id": "E",
                "rid": "R",
                "bind_act_alias": "B",
                "esports_act_alias": "S",
                "xpd_act_alias": "X",
                "xpd_rid": "R",
                "xpd_act_id": "1",
                "peace_enabled": peace_enabled,
            },
        )
        self.session.commit()
        return marked, called

    def test_peace_requests_are_skipped_when_disabled(self):
        marked, called = self._run(peace_enabled=False)
        assert "xpd_records" not in called, "小店关着时不该发小店的请求"
        assert "bind:peace" not in called, "小店关着时也不该查小店的绑定"
        result = marked["result"]
        # 关键：**不记 errors** —— 这是配置成关的，不是失败
        assert not [k for k in (result.get("errors") or {}) if "peace" in k], (
            "小店是配置成关的，不该记成错误（那会淹掉真错误）"
        )
        assert result.get("peace_skipped")

    def test_peace_still_fails_loudly_when_enabled(self):
        """打开开关后，小店的失败要**如实暴露** —— 别把开关当成遮羞布。"""
        marked, called = self._run(peace_enabled=True)
        assert "xpd_records" in called
        assert "exchange_records_peace" in marked["result"].get("errors", {})