"""Unit tests for YandexRealtyScraper gate-API JSON parser.

Replaced DOM/HTML SERP tests (2026-06-17): new transport uses
GET realty.yandex.ru/gate/react-page/get/ (JSON gate-API) instead of HTML SERP.
"""

import json
from unittest.mock import AsyncMock, MagicMock, patch

import pytest

from app.services.scrapers.base import ScrapedLot
from app.services.scrapers.yandex_realty import (
    _GATE_MAX_PAGES_CAP,
    DEFAULT_CITY,
    DEFAULT_PRICE_RANGES,
    ROOM_PATH,
    YandexRealtyScraper,
    _combo_label,
    _CurlResponse,
    _entity_to_lot,
    _extract_gate_data,
    _extract_json_from_content,
    _is_gate_error,
    _parse_gate_json,
)

# ---------------------------------------------------------------------------
# Minimal gate-API JSON fixtures (derived from real captured sample 2026-06-17)
# pager shape: {page, pageSize, totalItems, totalPages}
# ---------------------------------------------------------------------------

_ENTITY_FULL: dict = {
    "offerId": 4740475460451078271,
    "url": "//realty.yandex.ru/offer/4740475460451078271",
    "price": {
        "currency": "RUR",
        "value": 4500000,
        "valuePerPart": 119048,
    },
    "area": {"value": 37.8, "unit": "SQUARE_METER"},
    "livingSpace": {"value": 20, "unit": "SQUARE_METER"},
    "kitchenSpace": {"value": 12.7, "unit": "SQUARE_METER"},
    "roomsTotal": 1,
    "floorsOffered": [8],
    "floorsTotal": 25,
    "ceilingHeight": 2.7,
    "building": {
        "builtYear": 2016,
        "buildingType": "MONOLIT",
        "siteId": 280938,
        "siteName": "Peremen",
    },
    "location": {
        "geocoderAddress": "Ekaterinburg, ulitsa Evgenia Savkova, 8",
        "point": {"latitude": 56.79512, "longitude": 60.49186},
    },
    "mainImages": [
        "//avatars.mds.yandex.net/get-realty-offers/11904018/abc/main",
        "//avatars.mds.yandex.net/get-realty-offers/14717586/def/main",
    ],
}

_ENTITY_STUDIO: dict = {
    "offerId": 9999999,
    "url": "//realty.yandex.ru/offer/9999999",
    "price": {"value": 3200000, "valuePerPart": 114285},
    "area": {"value": 28.0},
    "livingSpace": None,
    "kitchenSpace": None,
    "roomsTotal": None,  # studio -> rooms=0
    "floorsOffered": [2],
    "floorsTotal": 9,
    "ceilingHeight": None,
    "building": {"builtYear": 2010, "buildingType": "PANEL", "siteId": None, "siteName": None},
    "location": {
        "geocoderAddress": "Ekaterinburg, ulitsa Lenina, 5",
        "point": {"latitude": 56.838, "longitude": 60.597},
    },
    "mainImages": [],
}

_ENTITY_NO_PRICE: dict = {
    "offerId": 1111,
    "url": "//realty.yandex.ru/offer/1111",
    "price": {"value": 0},
    "area": {"value": 40.0},
    "roomsTotal": 1,
    "floorsOffered": [3],
    "floorsTotal": 5,
    "building": {},
    "location": {"point": {"latitude": 56.8, "longitude": 60.6}},
    "mainImages": [],
}

_ENTITY_NO_OFFER_ID: dict = {
    "offerId": None,
    "price": {"value": 5000000},
    "area": {"value": 50.0},
}


# Entity carrying the rich gate-API fields (creationDate, description, author,
# predictedPrice, price.trend/previous, location.metroList) — verified live 2026-06-17.
_ENTITY_RICH_OWNER: dict = {
    "offerId": 5500000000000000001,
    "url": "//realty.yandex.ru/offer/5500000000000000001",
    "creationDate": "2026-05-24T15:10:27Z",
    "description": "Продаётся светлая квартира с видом на парк.",
    "author": {"category": "OWNER", "agentName": "Иван", "organization": None},
    "price": {
        "value": 7200000,
        "valuePerPart": 150000,
        "trend": "DECREASED",
        "previous": 7500000,
    },
    # Real gate-API nests valuation under predictions.predictedPrice (verified
    # live 2026-06-18) — NOT predictedPrice.predictedPrice.
    "predictions": {"predictedPrice": {"value": "7554000", "min": "7100000", "max": "8000000"}},
    "area": {"value": 48.0},
    "roomsTotal": 2,
    "floorsOffered": [5],
    "floorsTotal": 12,
    "building": {"builtYear": 2018, "buildingType": "MONOLIT"},
    "location": {
        "geocoderAddress": "Ekaterinburg, ulitsa Mira, 10",
        "point": {"latitude": 56.84, "longitude": 60.61},
        "metroList": [
            {"name": "Ploshchad 1905 goda", "timeToMetro": 7},
            {"name": "Geologicheskaya", "timeToMetro": 12},
        ],
    },
    "mainImages": [],
}

_ENTITY_RICH_AGENCY: dict = {
    "offerId": 5500000000000000002,
    "url": "//realty.yandex.ru/offer/5500000000000000002",
    "creationDate": "2026-06-01T09:00:00Z",
    "description": "Агентская продажа.",
    "author": {"category": "AGENCY", "agentName": "Петров", "organization": "Агентство «Диал»"},
    "price": {"value": 9900000, "trend": "UNCHANGED"},
    "area": {"value": 60.0},
    "roomsTotal": 3,
    "floorsOffered": [3],
    "floorsTotal": 9,
    "building": {"builtYear": 2012, "buildingType": "BRICK"},
    "location": {
        "geocoderAddress": "Ekaterinburg, ulitsa Lenina, 1",
        "point": {"latitude": 56.83, "longitude": 60.6},
        "metro": {"name": "Dinamo", "timeToMetro": 4},
    },
    "mainImages": [],
}


def _make_gate_payload(entities: list, pager: dict | None = None) -> dict:
    """Wrap entities + pager into gate-API response shape."""
    if pager is None:
        pager = {"page": 0, "pageSize": 20, "totalItems": len(entities), "totalPages": 1}
    return {
        "response": {
            "search": {
                "offers": {
                    "entities": entities,
                    "pager": pager,
                }
            }
        }
    }


# ---------------------------------------------------------------------------
# PART A: pure helper functions
# ---------------------------------------------------------------------------


def test_is_gate_error_on_error_key():
    assert _is_gate_error({"error": "bad request"}) is True


def test_is_gate_error_on_missing_response():
    assert _is_gate_error({"something": "else"}) is True


def test_is_gate_error_on_valid_payload():
    payload = _make_gate_payload([_ENTITY_FULL])
    assert _is_gate_error(payload) is False


def test_extract_gate_data_returns_entities_and_pager():
    payload = _make_gate_payload([_ENTITY_FULL, _ENTITY_STUDIO])
    result = _extract_gate_data(payload)
    assert result is not None
    entities, pager = result
    assert len(entities) == 2
    assert "totalItems" in pager


def test_extract_gate_data_returns_none_on_bad_shape():
    assert _extract_gate_data({}) is None
    assert _extract_gate_data({"response": {}}) is None
    assert _extract_gate_data({"response": {"search": {}}}) is None


# ---------------------------------------------------------------------------
# PART B: _entity_to_lot field mapping
# ---------------------------------------------------------------------------


def test_entity_to_lot_full_entity():
    lot = _entity_to_lot(_ENTITY_FULL)
    assert lot is not None
    assert lot.source == "yandex"
    assert lot.source_id == "4740475460451078271"
    assert lot.source_url == "https://realty.yandex.ru/offer/4740475460451078271"
    assert lot.price_rub == 4_500_000
    assert lot.price_per_m2 == 119_048
    assert lot.area_m2 == pytest.approx(37.8)
    assert lot.living_area_m2 == pytest.approx(20.0)
    assert lot.rooms == 1
    assert lot.floor == 8
    assert lot.total_floors == 25
    assert lot.year_built == 2016
    assert lot.house_type == "monolith"  # normalize_house_type(MONOLIT) — #2007
    assert lot.kitchen_area_m2 == pytest.approx(12.7)  # promoted to column — #2007
    assert lot.ceiling_height_m == pytest.approx(2.7)  # promoted to column — #2007
    assert lot.lat == pytest.approx(56.79512)
    assert lot.lon == pytest.approx(60.49186)
    assert lot.address == "Ekaterinburg, ulitsa Evgenia Savkova, 8"
    assert lot.house_source == "yandex_realty_nb"
    assert lot.house_ext_id == "280938"
    assert lot.listing_segment == "vtorichka"
    assert len(lot.photo_urls) == 2
    assert all(u.startswith("https://avatars.mds.yandex.net") for u in lot.photo_urls)
    assert lot.raw_payload is not None
    assert lot.raw_payload["ceiling_height"] == pytest.approx(2.7)
    assert lot.raw_payload["kitchen_area_m2"] == pytest.approx(12.7)
    assert lot.raw_payload["raw_building_type"] == "MONOLIT"  # сырой SCREAMING сохранён


def test_entity_to_lot_ceiling_out_of_range_dropped():
    """ceiling_height — numeric(3,2) (max 9.99); неправдоподобный yandex SERP мусор
    (видели 18 м) отсекаем в None, иначе DataError уронил бы весь батч. Сырое
    значение остаётся в raw_payload. (#2007)"""
    lot_hi = _entity_to_lot({**_ENTITY_FULL, "ceilingHeight": 18})
    assert lot_hi is not None
    assert lot_hi.ceiling_height_m is None
    assert lot_hi.raw_payload["ceiling_height"] == 18  # сырое сохранено
    lot_lo = _entity_to_lot({**_ENTITY_FULL, "ceilingHeight": 1.6})
    assert lot_lo is not None
    assert lot_lo.ceiling_height_m is None


def test_entity_to_lot_segment_vtorichka_default():
    """Default new_flat='NO' -> listing_segment='vtorichka'."""
    lot = _entity_to_lot(_ENTITY_FULL)
    assert lot is not None
    assert lot.listing_segment == "vtorichka"


def test_entity_to_lot_segment_novostroyki_on_new_flat_yes():
    """new_flat='YES' -> listing_segment='novostroyki'."""
    lot = _entity_to_lot(_ENTITY_FULL, new_flat="YES")
    assert lot is not None
    assert lot.listing_segment == "novostroyki"


def test_parse_gate_json_propagates_segment():
    """_parse_gate_json threads new_flat down to each lot's listing_segment."""
    payload = _make_gate_payload([_ENTITY_FULL, _ENTITY_STUDIO])
    lots_nb = _parse_gate_json(payload, new_flat="YES")
    assert lots_nb and all(lot.listing_segment == "novostroyki" for lot in lots_nb)
    lots_vt = _parse_gate_json(payload, new_flat="NO")
    assert lots_vt and all(lot.listing_segment == "vtorichka" for lot in lots_vt)


def test_entity_to_lot_studio_rooms_zero():
    lot = _entity_to_lot(_ENTITY_STUDIO)
    assert lot is not None
    assert lot.rooms == 0
    assert lot.area_m2 == pytest.approx(28.0)
    assert lot.floor == 2
    assert lot.total_floors == 9
    assert lot.house_source is None
    assert lot.house_ext_id is None
    assert lot.photo_urls == []


def test_entity_to_lot_no_price_returns_none():
    lot = _entity_to_lot(_ENTITY_NO_PRICE)
    assert lot is None


def test_entity_to_lot_no_offer_id_returns_none():
    lot = _entity_to_lot(_ENTITY_NO_OFFER_ID)
    assert lot is None


def test_entity_to_lot_photo_url_prefix():
    """mainImages starting with // must get https: prepended."""
    lot = _entity_to_lot(_ENTITY_FULL)
    assert lot is not None
    # Both URLs must start with https:// (not protocol-relative //)
    assert all(u.startswith("https://") for u in lot.photo_urls)
    assert not any(u.startswith("//") for u in lot.photo_urls)


def test_entity_to_lot_photo_capped_at_5():
    entity = dict(_ENTITY_FULL)
    entity["mainImages"] = [f"//avatars.mds.yandex.net/img{i}/main" for i in range(10)]
    lot = _entity_to_lot(entity)
    assert lot is not None
    assert len(lot.photo_urls) == 5


def test_entity_to_lot_url_fallback_when_missing():
    """When url field absent, fall back to constructed /offer/<id>/ URL."""
    entity = dict(_ENTITY_FULL)
    entity["url"] = None
    lot = _entity_to_lot(entity)
    assert lot is not None
    expected_id = _ENTITY_FULL["offerId"]
    assert lot.source_url == f"https://realty.yandex.ru/offer/{expected_id}/"


def test_entity_to_lot_no_house_when_site_id_absent():
    """Entity without siteId produces house_source=None, house_ext_id=None."""
    entity = dict(_ENTITY_FULL)
    entity["building"] = {"builtYear": 2015, "buildingType": "BRICK", "siteId": None}
    lot = _entity_to_lot(entity)
    assert lot is not None
    assert lot.house_source is None
    assert lot.house_ext_id is None


def test_entity_to_lot_page_param_in_raw():
    """page_param passed to _entity_to_lot appears in raw_payload."""
    lot = _entity_to_lot(_ENTITY_FULL, page_param=3)
    assert lot is not None
    assert lot.raw_payload["page_param"] == 3


# ---------------------------------------------------------------------------
# PART B2: rich gate-API fields (predictedPrice, seller, dates, trend, metro)
# ---------------------------------------------------------------------------


def test_entity_to_lot_rich_owner_fields():
    lot = _entity_to_lot(_ENTITY_RICH_OWNER)
    assert lot is not None
    # creationDate → listing_date / publish_date / days_on_market
    assert lot.listing_date is not None
    assert lot.listing_date.isoformat() == "2026-05-24"
    assert lot.publish_date == lot.listing_date
    assert lot.days_on_market is not None
    assert lot.days_on_market >= 0
    # description
    assert lot.description == "Продаётся светлая квартира с видом на парк."
    # author OWNER
    assert lot.is_homeowner is True
    assert lot.is_pro_seller is None
    assert lot.agency_name is None
    # predictedPrice
    assert lot.predicted_price_rub == 7_554_000
    assert lot.predicted_price_min == 7_100_000
    assert lot.predicted_price_max == 8_000_000
    # price trend / previous
    assert lot.price_trend == "DECREASED"
    assert lot.price_previous_rub == 7_500_000
    # metro_stations from metroList
    assert lot.metro_stations == [
        {"name": "Ploshchad 1905 goda", "min": 7},
        {"name": "Geologicheskaya", "min": 12},
    ]
    # yandex_offer_id
    assert lot.yandex_offer_id == "5500000000000000001"


def test_entity_to_lot_rich_agency_fields():
    lot = _entity_to_lot(_ENTITY_RICH_AGENCY)
    assert lot is not None
    # AGENCY → pro seller + agency_name from organization
    assert lot.is_pro_seller is True
    assert lot.is_homeowner is None
    assert lot.agency_name == "Агентство «Диал»"
    # price.trend present, no previous → price_previous_rub None
    assert lot.price_trend == "UNCHANGED"
    assert lot.price_previous_rub is None
    # no predictedPrice path → all None
    assert lot.predicted_price_rub is None
    assert lot.predicted_price_min is None
    assert lot.predicted_price_max is None
    # single location.metro fallback
    assert lot.metro_stations == [{"name": "Dinamo", "min": 4}]


def test_entity_to_lot_no_rich_fields_are_none():
    """Base fixture lacks rich fields → all new fields default to None/[] (no crash)."""
    lot = _entity_to_lot(_ENTITY_FULL)
    assert lot is not None
    assert lot.listing_date is None
    assert lot.days_on_market is None
    assert lot.description is None
    assert lot.is_homeowner is None
    assert lot.is_pro_seller is None
    assert lot.agency_name is None
    assert lot.predicted_price_rub is None
    assert lot.price_trend is None
    assert lot.price_previous_rub is None
    assert lot.metro_stations == []
    # yandex_offer_id is always populated from offerId
    assert lot.yandex_offer_id == "4740475460451078271"


def test_entity_to_lot_bad_creation_date_is_safe():
    """Unparseable creationDate → listing_date/days_on_market None, no exception."""
    entity = dict(_ENTITY_RICH_OWNER)
    entity["creationDate"] = "not-a-date"
    lot = _entity_to_lot(entity)
    assert lot is not None
    assert lot.listing_date is None
    assert lot.days_on_market is None


# ---------------------------------------------------------------------------
# PART C: _parse_gate_json (list-level)
# ---------------------------------------------------------------------------


def test_parse_gate_json_returns_list():
    payload = _make_gate_payload([_ENTITY_FULL, _ENTITY_STUDIO])
    lots = _parse_gate_json(payload)
    assert len(lots) == 2
    assert all(isinstance(lot, ScrapedLot) for lot in lots)


def test_parse_gate_json_skips_invalid():
    """Entities that fail validation (no price, no id) are silently skipped."""
    payload = _make_gate_payload([_ENTITY_FULL, _ENTITY_NO_PRICE, _ENTITY_NO_OFFER_ID])
    lots = _parse_gate_json(payload)
    assert len(lots) == 1
    assert lots[0].source_id == str(_ENTITY_FULL["offerId"])


def test_parse_gate_json_empty_entities():
    payload = _make_gate_payload([])
    lots = _parse_gate_json(payload)
    assert lots == []


def test_parse_gate_json_bad_payload():
    """Error/missing-path payload returns empty list without raising."""
    assert _parse_gate_json({}) == []
    assert _parse_gate_json({"error": "bad"}) == []


# ---------------------------------------------------------------------------
# PART D: _build_url gate-API URL shape
# ---------------------------------------------------------------------------


def test_build_url_contains_required_params():
    s = YandexRealtyScraper()
    url = s._build_url(page=1)
    assert "realty.yandex.ru/gate/react-page/get/" in url
    assert "rgid=559132" in url
    assert "type=SELL" in url
    assert "category=APARTMENT" in url
    assert "newFlat=NO" in url
    assert "_pageType=search" in url
    assert "_providers=react-search-results-data" in url
    assert "page=1" in url


def test_build_url_page_1_based():
    """page param is 1-based; page=1 is first page."""
    s = YandexRealtyScraper()
    url1 = s._build_url(page=1)
    url2 = s._build_url(page=2)
    assert "page=1" in url1
    assert "page=2" in url2


def test_build_url_rooms_studio():
    s = YandexRealtyScraper()
    url = s._build_url(page=1, rooms="studio")
    assert "roomsTotal=STUDIO" in url


def test_build_url_rooms_1():
    s = YandexRealtyScraper()
    url = s._build_url(page=1, rooms="1")
    assert "roomsTotal=1" in url


def test_build_url_rooms_4plus():
    s = YandexRealtyScraper()
    url = s._build_url(page=1, rooms="4+")
    assert "roomsTotal=4" in url


def test_build_url_price_range():
    s = YandexRealtyScraper()
    url = s._build_url(page=1, price_min=5_000_000, price_max=7_000_000)
    assert "priceMin=5000000" in url
    assert "priceMax=7000000" in url


def test_build_url_unknown_rooms_no_rooms_param():
    """Unknown rooms key must not produce a roomsTotal param."""
    s = YandexRealtyScraper()
    url = s._build_url(page=1, rooms="99-room-penthouse")
    assert "roomsTotal" not in url


def test_build_url_combos_are_unique():
    """All rooms x price-range combos produce distinct URLs."""
    s = YandexRealtyScraper()
    urls = set()
    for rooms in ROOM_PATH.keys():
        for lo, hi in DEFAULT_PRICE_RANGES:
            urls.add(s._build_url(page=1, rooms=rooms, price_min=lo, price_max=hi))
    expected = len(ROOM_PATH) * len(DEFAULT_PRICE_RANGES)
    assert len(urls) == expected, f"URL collisions: {expected} combos but {len(urls)} unique"


def test_build_url_new_flat_default_no():
    """Default new_flat must keep newFlat=NO (vtorichka) — backward compat."""
    s = YandexRealtyScraper()
    url = s._build_url(page=1)
    assert "newFlat=NO" in url
    assert "newFlat=YES" not in url


def test_build_url_new_flat_yes():
    """new_flat='YES' must produce newFlat=YES (novostroyki segment)."""
    s = YandexRealtyScraper()
    url = s._build_url(page=1, new_flat="YES")
    assert "newFlat=YES" in url


def test_default_city():
    assert DEFAULT_CITY == "ekaterinburg"


def test_gate_max_pages_cap():
    assert _GATE_MAX_PAGES_CAP == 50


# ---------------------------------------------------------------------------
# PART E: _combo_label
# ---------------------------------------------------------------------------


def test_combo_label_none_none():
    result = _combo_label(None, 0, 200_000_000)
    assert isinstance(result, str)
    assert "any" in result


def test_combo_label_room_and_price():
    result = _combo_label("1", 5_000_000, 7_000_000)
    assert "1" in result
    assert "5000000" in result
    assert "7000000" in result


def test_combo_label_different_ranges_differ():
    k1 = _combo_label("1", 5_000_000, 7_000_000)
    k2 = _combo_label("1", 7_000_000, 10_000_000)
    k3 = _combo_label("2", 5_000_000, 7_000_000)
    assert k1 != k2
    assert k1 != k3


# ---------------------------------------------------------------------------
# PART F: transport layer
# ---------------------------------------------------------------------------


# camoufox renders the gate-API JSON wrapped in an HTML <pre> (verified prod 2026-06-17):
_CAMOUFOX_HTML_PREFIX = (
    '<html><head><link rel="stylesheet" '
    'href="resource://content-accessible/plaintext.css"></head><body><pre>'
)
_CAMOUFOX_HTML_SUFFIX = "</pre></body></html>"


def _wrap_camoufox(json_text: str) -> str:
    """Wrap a JSON string the way camoufox renders a JSON endpoint."""
    return f"{_CAMOUFOX_HTML_PREFIX}{json_text}{_CAMOUFOX_HTML_SUFFIX}"


def test_extract_json_from_content_unwraps_camoufox_pre():
    """_extract_json_from_content must unwrap camoufox's <pre>{json}</pre> HTML.

    Feeds the real prod-observed wrapper and asserts the extracted text parses
    back to the original gate-API payload.
    """
    payload = _make_gate_payload([_ENTITY_FULL])
    wrapped = _wrap_camoufox(json.dumps(payload))

    extracted = _extract_json_from_content(wrapped)
    assert extracted is not None
    assert extracted.startswith('{"response"')
    assert json.loads(extracted) == payload


def test_extract_json_from_content_raw_json_fallback():
    """Raw JSON (no HTML wrapper) is returned via the first-'{' fallback."""
    raw = json.dumps(_make_gate_payload([]))
    assert _extract_json_from_content(raw) == raw


def test_extract_json_from_content_returns_none_when_no_json():
    assert _extract_json_from_content("<html><body>nope</body></html>") is None


@pytest.mark.asyncio
async def test_aexit_closes_browser_and_session():
    s = YandexRealtyScraper()
    mock_browser = AsyncMock()
    mock_session = AsyncMock()
    s._browser = mock_browser
    s._cffi_session = mock_session
    await s.__aexit__(None, None, None)
    mock_browser.__aexit__.assert_awaited_once()
    mock_session.close.assert_awaited_once()
    assert s._browser is None
    assert s._cffi_session is None


@pytest.mark.asyncio
async def test_http_get_raises_when_no_browser():
    """_http_get must raise RuntimeError outside async context manager (no browser)."""
    s = YandexRealtyScraper()
    with pytest.raises(RuntimeError, match="async context manager"):
        await s._http_get("https://realty.yandex.ru/test/")


@pytest.mark.asyncio
async def test_http_get_unwraps_camoufox_html_to_json_body():
    """_http_get fetches via BrowserFetcher and returns extracted JSON with status 200."""
    s = YandexRealtyScraper()
    payload = _make_gate_payload([_ENTITY_FULL])
    wrapped = _wrap_camoufox(json.dumps(payload))

    mock_browser = AsyncMock()
    mock_browser.fetch = AsyncMock(return_value=wrapped)
    s._browser = mock_browser

    resp = await s._http_get("https://realty.yandex.ru/test/", timeout=30)

    assert isinstance(resp, _CurlResponse)
    assert resp.status_code == 200
    assert json.loads(resp.text) == payload
    mock_browser.fetch.assert_awaited_once_with("https://realty.yandex.ru/test/")


@pytest.mark.asyncio
async def test_http_get_status_0_on_fetch_exception():
    """BrowserFetcher.fetch raising -> _CurlResponse(status_code=0) (transient failure)."""
    s = YandexRealtyScraper()
    mock_browser = AsyncMock()
    mock_browser.fetch = AsyncMock(side_effect=RuntimeError("browser down"))
    s._browser = mock_browser

    resp = await s._http_get("https://realty.yandex.ru/test/")

    assert resp.status_code == 0
    assert resp.text == ""


@pytest.mark.asyncio
async def test_http_get_status_0_when_no_json_in_content():
    """Content with no JSON blob -> _CurlResponse(status_code=0)."""
    s = YandexRealtyScraper()
    mock_browser = AsyncMock()
    mock_browser.fetch = AsyncMock(return_value="<html><body>blocked</body></html>")
    s._browser = mock_browser

    resp = await s._http_get("https://realty.yandex.ru/test/")

    assert resp.status_code == 0


# ---------------------------------------------------------------------------
# PART G: fetch_around — tarpit resilience
# ---------------------------------------------------------------------------


def _valid_gate_text(entity: dict | None = None) -> str:
    ent = entity or _ENTITY_FULL
    pager = {"page": 0, "pageSize": 20, "totalItems": 1, "totalPages": 1}
    return json.dumps(_make_gate_payload([ent], pager))


@pytest.mark.asyncio
async def test_fetch_around_returns_lots_on_200_json():
    s = YandexRealtyScraper()
    body = _valid_gate_text()

    async def fake_http_get(url: str, **kwargs: object) -> _CurlResponse:
        return _CurlResponse(status_code=200, text=body)

    with patch.object(s, "_http_get", side_effect=fake_http_get):
        with patch.object(s, "sleep_between_requests", new_callable=AsyncMock):
            lots = await s.fetch_around(lat=56.8, lon=60.6, rooms="1")

    assert len(lots) == 1
    assert lots[0].source_id == str(_ENTITY_FULL["offerId"])


@pytest.mark.asyncio
async def test_fetch_around_rotates_and_retries_on_status_0():
    """fetch_around rotates IP and retries on status_code==0 (tarpit)."""
    s = YandexRealtyScraper()
    call_count = 0
    body = _valid_gate_text()

    async def fake_http_get(url: str, **kwargs: object) -> _CurlResponse:
        nonlocal call_count
        call_count += 1
        if call_count == 1:
            return _CurlResponse(status_code=0, text="")
        return _CurlResponse(status_code=200, text=body)

    with patch.object(s, "_http_get", side_effect=fake_http_get):
        with patch.object(s, "_rotate_ip", new_callable=AsyncMock) as mock_rotate:
            with patch("asyncio.sleep", new_callable=AsyncMock):
                with patch.object(s, "sleep_between_requests", new_callable=AsyncMock):
                    lots = await s.fetch_around(lat=56.84, lon=60.60, rooms="1")

    assert mock_rotate.call_count == 1
    assert call_count == 2
    assert len(lots) >= 1


@pytest.mark.asyncio
async def test_fetch_around_rotates_on_json_error():
    """fetch_around rotates when response body is not valid JSON."""
    s = YandexRealtyScraper()
    call_count = 0
    body = _valid_gate_text()

    async def fake_http_get(url: str, **kwargs: object) -> _CurlResponse:
        nonlocal call_count
        call_count += 1
        if call_count == 1:
            return _CurlResponse(status_code=200, text="<html>not json</html>")
        return _CurlResponse(status_code=200, text=body)

    with patch.object(s, "_http_get", side_effect=fake_http_get):
        with patch.object(s, "_rotate_ip", new_callable=AsyncMock) as mock_rotate:
            with patch("asyncio.sleep", new_callable=AsyncMock):
                with patch.object(s, "sleep_between_requests", new_callable=AsyncMock):
                    lots = await s.fetch_around(lat=56.84, lon=60.60, rooms="2")

    assert mock_rotate.call_count == 1
    assert len(lots) >= 1


@pytest.mark.asyncio
async def test_fetch_around_exhausts_retries_returns_empty():
    """fetch_around returns [] when all retries exhausted."""
    s = YandexRealtyScraper()

    async def fake_http_get(url: str, **kwargs: object) -> _CurlResponse:
        return _CurlResponse(status_code=0, text="")

    with patch.object(s, "_http_get", side_effect=fake_http_get):
        with patch.object(s, "_rotate_ip", new_callable=AsyncMock) as mock_rotate:
            with patch("asyncio.sleep", new_callable=AsyncMock):
                lots = await s.fetch_around(lat=56.84, lon=60.60, rooms="1")

    assert mock_rotate.call_count >= 1
    assert lots == []


@pytest.mark.asyncio
async def test_fetch_around_no_rotate_on_404():
    """fetch_around does NOT rotate on 404 -- only on tarpit (status==0) / bad JSON."""
    s = YandexRealtyScraper()

    async def fake_http_get(url: str, **kwargs: object) -> _CurlResponse:
        return _CurlResponse(status_code=404, text="Not Found")

    with patch.object(s, "_http_get", side_effect=fake_http_get):
        with patch.object(s, "_rotate_ip", new_callable=AsyncMock) as mock_rotate:
            lots = await s.fetch_around(lat=56.84, lon=60.60)

    assert mock_rotate.call_count == 0
    assert lots == []


# ---------------------------------------------------------------------------
# PART H: fetch_around_multi_room
# ---------------------------------------------------------------------------


@pytest.mark.asyncio
async def test_fetch_around_multi_room_dedup():
    """Multi-room fetch deduplicates offers seen in multiple combos.

    fetch_around_multi_room fetches page=1 inline via _http_get, not via
    fetch_around. We mock _http_get to return JSON payloads with shared/unique
    offer IDs to verify deduplication.
    """
    s = YandexRealtyScraper()

    # Combo 0: shared_offer + unique_0
    # Combo 1: shared_offer + unique_1
    entity_shared = dict(
        _ENTITY_FULL, offerId="shared_offer_1234", url="//realty.yandex.ru/offer/shared_offer_1234"
    )
    entity_unique_0 = dict(
        _ENTITY_FULL, offerId="unique_offer_0", url="//realty.yandex.ru/offer/unique_offer_0"
    )
    entity_unique_1 = dict(
        _ENTITY_FULL, offerId="unique_offer_1", url="//realty.yandex.ru/offer/unique_offer_1"
    )

    pager = {"page": 0, "pageSize": 20, "totalItems": 2, "totalPages": 1}
    payload_combo0 = _make_gate_payload([entity_shared, entity_unique_0], pager)
    payload_combo1 = _make_gate_payload([entity_shared, entity_unique_1], pager)

    combo_payloads = [payload_combo0, payload_combo1]
    call_idx = 0

    async def fake_http_get(url: str, **kwargs: object) -> _CurlResponse:
        nonlocal call_idx
        idx = call_idx
        call_idx += 1
        if idx < len(combo_payloads):
            return _CurlResponse(status_code=200, text=json.dumps(combo_payloads[idx]))
        return _CurlResponse(status_code=200, text=json.dumps(_make_gate_payload([])))

    mock_settings = MagicMock()
    mock_settings.yandex_proxy_url = None

    with patch.dict("sys.modules", {"app.core.config": MagicMock(settings=mock_settings)}):
        with patch.object(s, "_http_get", side_effect=fake_http_get):
            with patch.object(s, "sleep_between_requests", new_callable=AsyncMock):
                lots = await s.fetch_around_multi_room(
                    lat=0.0,
                    lon=0.0,
                    rooms_list=["1"],
                    price_ranges=[(None, 5_000_000), (5_000_000, 7_000_000)],
                    max_pages=1,
                )

    ids = {lot.source_id for lot in lots}
    assert "shared_offer_1234" in ids
    assert len(ids) == 3


@pytest.mark.asyncio
async def test_fetch_around_multi_room_runs_both_segments_with_shared_dedup():
    """segments=['NO','YES'] sweeps both vtorichka+novostroyki; dedup spans both passes.

    Mocks _http_get and inspects requested URLs: both newFlat=NO and newFlat=YES
    must be requested. The same offerId returned in both passes must be deduped to
    one lot (single shared `seen` across passes), tagged by the FIRST pass's segment.
    """
    s = YandexRealtyScraper()

    requested_new_flat: list[str] = []

    entity_shared = dict(
        _ENTITY_FULL, offerId="shared_xseg", url="//realty.yandex.ru/offer/shared_xseg"
    )
    entity_vt = dict(_ENTITY_FULL, offerId="vt_only", url="//realty.yandex.ru/offer/vt_only")
    entity_nb = dict(_ENTITY_FULL, offerId="nb_only", url="//realty.yandex.ru/offer/nb_only")
    pager = {"page": 0, "pageSize": 20, "totalItems": 2, "totalPages": 1}

    async def fake_http_get(url: str, **kwargs: object) -> _CurlResponse:
        if "newFlat=YES" in url:
            requested_new_flat.append("YES")
            payload = _make_gate_payload([entity_shared, entity_nb], pager)
        else:
            requested_new_flat.append("NO")
            payload = _make_gate_payload([entity_shared, entity_vt], pager)
        return _CurlResponse(status_code=200, text=json.dumps(payload))

    with patch.object(s, "_http_get", side_effect=fake_http_get):
        with patch.object(s, "sleep_between_requests", new_callable=AsyncMock):
            lots = await s.fetch_around_multi_room(
                lat=0.0,
                lon=0.0,
                rooms_list=["1"],
                price_ranges=[(None, 5_000_000)],
                segments=["NO", "YES"],
                max_pages=1,
            )

    assert "NO" in requested_new_flat
    assert "YES" in requested_new_flat

    by_id = {lot.source_id: lot for lot in lots}
    assert set(by_id) == {"shared_xseg", "vt_only", "nb_only"}
    # Shared offer deduped to ONE lot, tagged by the first pass (NO -> vtorichka).
    assert by_id["shared_xseg"].listing_segment == "vtorichka"
    assert by_id["vt_only"].listing_segment == "vtorichka"
    assert by_id["nb_only"].listing_segment == "novostroyki"


@pytest.mark.asyncio
async def test_fetch_around_multi_room_default_segment_no_only():
    """Without segments arg, only newFlat=NO (vtorichka) is requested (legacy default)."""
    s = YandexRealtyScraper()
    requested_new_flat: list[str] = []
    pager = {"page": 0, "pageSize": 20, "totalItems": 1, "totalPages": 1}

    async def fake_http_get(url: str, **kwargs: object) -> _CurlResponse:
        requested_new_flat.append("YES" if "newFlat=YES" in url else "NO")
        body = json.dumps(_make_gate_payload([_ENTITY_FULL], pager))
        return _CurlResponse(status_code=200, text=body)

    with patch.object(s, "_http_get", side_effect=fake_http_get):
        with patch.object(s, "sleep_between_requests", new_callable=AsyncMock):
            await s.fetch_around_multi_room(
                lat=0.0,
                lon=0.0,
                rooms_list=["1"],
                price_ranges=[(None, 5_000_000)],
                max_pages=1,
            )

    assert set(requested_new_flat) == {"NO"}


@pytest.mark.asyncio
async def test_fetch_around_multi_room_legacy_single_sweep():
    """Legacy mode (no rooms_list/price_ranges) uses single citywide sweep."""
    s = YandexRealtyScraper()
    calls: list[dict] = []

    async def fake_fetch_around(
        lat, lon, radius_m=1000, page=1, rooms=None, price_min=None, price_max=None
    ):
        calls.append({"page": page, "rooms": rooms, "price_min": price_min})
        return []

    with patch.object(s, "fetch_around", side_effect=fake_fetch_around):
        await s.fetch_around_multi_room(lat=0.0, lon=0.0, max_pages=3)

    assert all(c["rooms"] is None for c in calls)
    assert all(c["price_min"] is None for c in calls)


# ---------------------------------------------------------------------------
# PART I: exhaustive load -- fetch_all_secondary + _walk_price_range
# ---------------------------------------------------------------------------


@pytest.mark.asyncio
async def test_walk_price_range_splits_when_total_exceeds_cap():
    """When totalItems > cap, _walk_price_range splits into sub-ranges recursively."""
    s = YandexRealtyScraper()

    call_ranges: list[tuple] = []
    call_count = 0

    async def fake_fetch_page_json(rooms, page, price_min, price_max):
        nonlocal call_count
        call_count += 1
        call_ranges.append((price_min, price_max))
        # First call (wide range): 600 items -> triggers split
        total = 600 if call_count == 1 else 10
        entities = [dict(_ENTITY_FULL, offerId=f"offer_{call_count}")]
        pager = {
            "page": 0,
            "pageSize": 20,
            "totalItems": total,
            "totalPages": max(1, total // 20),
        }
        return _make_gate_payload(entities, pager)

    seen: dict = {}
    with patch.object(s, "_fetch_page_json", side_effect=fake_fetch_page_json):
        with patch("asyncio.sleep", new_callable=AsyncMock):
            await s._walk_price_range(
                rooms="1",
                lo=0,
                hi=10_000_000,
                seen=seen,
                price_cap_per_bucket=500,
                max_pages_per_bucket=50,
                concurrency=2,
            )

    assert len(call_ranges) >= 3, f"Expected >=3 probes, got {call_ranges}"
    assert call_ranges[0] == (None, 10_000_000)  # lo=0 -> _lo_param=None


@pytest.mark.asyncio
async def test_walk_price_range_fallback_when_total_none():
    """totalItems absent in pager triggers paginate-until-empty fallback."""
    s = YandexRealtyScraper()
    call_count = 0

    async def fake_fetch_page_json(rooms, page, price_min, price_max):
        nonlocal call_count
        call_count += 1
        if call_count == 1:
            # Probe: pager without totalItems
            pager = {"page": 0, "pageSize": 20}
            return _make_gate_payload([_ENTITY_FULL], pager)
        if call_count == 2:
            pager = {"page": 0, "pageSize": 20}
            return _make_gate_payload([dict(_ENTITY_FULL, offerId=f"offer_{call_count}")], pager)
        return _make_gate_payload([])

    seen: dict = {}
    bucket_calls: list = []

    with patch.object(s, "_fetch_page_json", side_effect=fake_fetch_page_json):
        with patch("asyncio.sleep", new_callable=AsyncMock):
            await s._walk_price_range(
                rooms="2",
                lo=0,
                hi=15_000_000,
                seen=seen,
                price_cap_per_bucket=500,
                max_pages_per_bucket=10,
                concurrency=2,
                on_bucket=lambda k, n: bucket_calls.append((k, n)),
            )

    assert len(bucket_calls) >= 1, "on_bucket must fire in fallback path"


@pytest.mark.asyncio
async def test_walk_price_range_fires_on_bucket_for_leaf():
    """on_bucket callback fires once for a leaf bucket with small totalItems."""
    s = YandexRealtyScraper()
    bucket_calls: list = []

    async def fake_fetch_page_json(rooms, page, price_min, price_max):
        pager = {"page": 0, "pageSize": 20, "totalItems": 5, "totalPages": 1}
        return _make_gate_payload([_ENTITY_FULL], pager)

    seen: dict = {}
    with patch.object(s, "_fetch_page_json", side_effect=fake_fetch_page_json):
        with patch("asyncio.sleep", new_callable=AsyncMock):
            await s._walk_price_range(
                rooms="1",
                lo=0,
                hi=20_000_000,
                seen=seen,
                price_cap_per_bucket=500,
                max_pages_per_bucket=5,
                concurrency=2,
                on_bucket=lambda k, n: bucket_calls.append(k),
            )

    assert len(bucket_calls) >= 1


@pytest.mark.asyncio
async def test_walk_price_range_skip_buckets():
    """skip_buckets prevents on_bucket from firing for already-done bucket."""
    s = YandexRealtyScraper()
    on_bucket_calls: list = []

    async def fake_fetch_page_json(rooms, page, price_min, price_max):
        pager = {"page": 0, "pageSize": 20, "totalItems": 10, "totalPages": 1}
        return _make_gate_payload([_ENTITY_FULL], pager)

    # lo=0 -> _lo_param=None -> bucket key uses None
    skip_set = {_combo_label("1", 0, 10_000_000)}
    seen: dict = {}
    with patch.object(s, "_fetch_page_json", side_effect=fake_fetch_page_json):
        with patch("asyncio.sleep", new_callable=AsyncMock):
            await s._walk_price_range(
                rooms="1",
                lo=0,
                hi=10_000_000,
                seen=seen,
                price_cap_per_bucket=500,
                max_pages_per_bucket=5,
                concurrency=2,
                on_bucket=lambda k, n: on_bucket_calls.append(k),
                skip_buckets=skip_set,
            )

    assert skip_set.pop() not in on_bucket_calls


@pytest.mark.asyncio
async def test_fetch_all_secondary_deduplicates_across_rooms():
    """fetch_all_secondary deduplicates offers across room buckets."""
    s = YandexRealtyScraper()

    shared_lot = MagicMock(spec=ScrapedLot)
    shared_lot.source_id = "shared_999"
    shared_lot.source_url = "https://realty.yandex.ru/offer/shared_999/"

    unique_lot_1 = MagicMock(spec=ScrapedLot)
    unique_lot_1.source_id = "unique_001"
    unique_lot_1.source_url = "https://realty.yandex.ru/offer/unique_001/"

    unique_lot_2 = MagicMock(spec=ScrapedLot)
    unique_lot_2.source_id = "unique_002"
    unique_lot_2.source_url = "https://realty.yandex.ru/offer/unique_002/"

    call_count = 0

    async def fake_walk(*, rooms, lo, hi, seen, **kwargs):
        nonlocal call_count
        seen["shared_999"] = shared_lot
        if call_count == 0:
            seen["unique_001"] = unique_lot_1
        else:
            seen["unique_002"] = unique_lot_2
        call_count += 1

    with patch.object(s, "_walk_price_range", side_effect=fake_walk):
        result = await s.fetch_all_secondary(rooms_buckets=["1", "2"])

    ids = {lot.source_id for lot in result}
    assert "shared_999" in ids
    assert "unique_001" in ids
    assert "unique_002" in ids
    assert len(ids) == 3


@pytest.mark.asyncio
async def test_fetch_all_secondary_walks_shared_seed_grid():
    """fetch_all_secondary итерирует общую seed-сетку: len(_SEED) walk-вызовов/комнатность.

    Закрытые брекеты передают hi = br_hi - 1; открытый (последний) — hi=None.
    """
    from app.services.scrapers.price_brackets import get_price_seed_brackets

    seed = get_price_seed_brackets()
    s = YandexRealtyScraper()
    walk_args: list[tuple[int, int | None]] = []

    async def fake_walk(*, rooms, lo, hi, seen, **kwargs):
        walk_args.append((lo, hi))

    with patch.object(s, "_walk_price_range", side_effect=fake_walk):
        await s.fetch_all_secondary(rooms_buckets=["1"])

    assert len(walk_args) == len(
        seed
    ), f"Ожидалось {len(seed)} walk-вызовов (seed-брекеты), получено {len(walk_args)}"
    # Первый брекет закрыт: hi = seed[0].hi - 1.
    first_lo, first_hi = seed[0]
    assert first_hi is not None
    assert walk_args[0] == (first_lo, first_hi - 1)
    # Последний брекет открыт: hi=None (без priceMax-потолка).
    last_lo, last_hi = seed[-1]
    assert last_hi is None
    assert walk_args[-1] == (last_lo, None)


@pytest.mark.asyncio
async def test_walk_price_range_open_bracket_no_split():
    """Открытый брекет (hi=None) не делится — пагинируется leaf напрямую (one bucket).

    totalItems > cap, но hi=None → split невозможен → ровно один leaf-бакет.
    """
    s = YandexRealtyScraper()
    bucket_calls: list = []
    seen_prices: list[int | None] = []

    async def fake_fetch_page_json(rooms, page, price_min, price_max):
        seen_prices.append(price_max)
        # total > cap, но 1 страница лотов → leaf пагинируется без split
        pager = {"page": 0, "pageSize": 20, "totalItems": 9999, "totalPages": 1}
        return _make_gate_payload([_ENTITY_FULL], pager)

    seen: dict = {}
    with patch.object(s, "_fetch_page_json", side_effect=fake_fetch_page_json):
        with patch("asyncio.sleep", new_callable=AsyncMock):
            await s._walk_price_range(
                rooms="1",
                lo=250_000_000,
                hi=None,
                seen=seen,
                price_cap_per_bucket=500,
                max_pages_per_bucket=5,
                concurrency=2,
                on_bucket=lambda k, n: bucket_calls.append(k),
            )

    # Открытый брекет: НЕ делится (один on_bucket), priceMax всегда None (без потолка).
    assert len(bucket_calls) == 1, f"Открытый брекет не должен делиться, got {bucket_calls}"
    assert all(
        pm is None for pm in seen_prices
    ), f"Открытый брекет: priceMax всегда None, got {seen_prices}"


# ---------------------------------------------------------------------------
# PART J: fetch_around_multi_room on_combo callback (FIX A — incremental save)
# ---------------------------------------------------------------------------


@pytest.mark.asyncio
async def test_fetch_around_multi_room_on_combo_called_per_combo():
    """on_combo вызывается после каждого combo с новыми (деduped) лотами.

    2 combo (rooms_list=['1'], 2 price_ranges): каждый имеет уникальный лот.
    on_combo должен быть вызван дважды — по одному разу на combo.
    """
    s = YandexRealtyScraper()

    entity_0 = dict(_ENTITY_FULL, offerId="combo0_lot", url="//realty.yandex.ru/offer/combo0_lot")
    entity_1 = dict(_ENTITY_FULL, offerId="combo1_lot", url="//realty.yandex.ru/offer/combo1_lot")
    pager = {"page": 0, "pageSize": 20, "totalItems": 1, "totalPages": 1}

    call_idx = 0
    payloads = [
        _make_gate_payload([entity_0], pager),
        _make_gate_payload([entity_1], pager),
    ]

    async def fake_http_get(url: str, **kwargs: object) -> _CurlResponse:
        nonlocal call_idx
        idx = call_idx
        call_idx += 1
        if idx < len(payloads):
            return _CurlResponse(status_code=200, text=json.dumps(payloads[idx]))
        return _CurlResponse(status_code=200, text=json.dumps(_make_gate_payload([])))

    on_combo_calls: list[tuple[str, list]] = []

    def on_combo(label: str, new_lots: list) -> None:
        on_combo_calls.append((label, list(new_lots)))

    with patch.object(s, "_http_get", side_effect=fake_http_get):
        with patch.object(s, "sleep_between_requests", new_callable=AsyncMock):
            lots = await s.fetch_around_multi_room(
                lat=0.0,
                lon=0.0,
                rooms_list=["1"],
                price_ranges=[(None, 5_000_000), (5_000_000, 10_000_000)],
                max_pages=1,
                on_combo=on_combo,
            )

    # Два уникальных лота, два combo.
    assert len(lots) == 2
    # on_combo вызван ровно дважды — по одному на combo.
    assert len(on_combo_calls) == 2, f"Ожидалось 2 on_combo вызова, получено {len(on_combo_calls)}"
    # Каждый on_combo получил ровно один новый лот.
    for _label, combo_lots in on_combo_calls:
        assert len(combo_lots) == 1
    # Конкретные source_id в правильных batch'ах.
    all_ids = {lot.source_id for _, combo_lots in on_combo_calls for lot in combo_lots}
    assert all_ids == {"combo0_lot", "combo1_lot"}


@pytest.mark.asyncio
async def test_fetch_around_multi_room_on_combo_not_called_for_failed_combo():
    """on_combo НЕ вызывается для combo, у которого все page-1 retries исчерпаны.

    FIX B: bounded retry — если status_code=0 на всех попытках page=1,
    combo пропускается. on_combo не должен быть вызван для пропущенного combo.
    Успешный combo (второй) — on_combo должен сработать.
    """
    s = YandexRealtyScraper()

    entity_ok = dict(_ENTITY_FULL, offerId="ok_lot", url="//realty.yandex.ru/offer/ok_lot")
    pager = {"page": 0, "pageSize": 20, "totalItems": 1, "totalPages": 1}

    call_idx = 0

    async def fake_http_get(url: str, **kwargs: object) -> _CurlResponse:
        nonlocal call_idx
        call_idx += 1
        # Первые (1 + _YANDEX_TARPIT_MAX_RETRIES) запросы — это retries для combo[0] → fail.
        from app.services.scrapers.yandex_realty import _YANDEX_TARPIT_MAX_RETRIES

        if call_idx <= 1 + _YANDEX_TARPIT_MAX_RETRIES:
            return _CurlResponse(status_code=0, text="")
        # Следующий запрос — combo[1] page=1 → success.
        return _CurlResponse(
            status_code=200, text=json.dumps(_make_gate_payload([entity_ok], pager))
        )

    on_combo_calls: list[str] = []

    def on_combo(label: str, new_lots: list) -> None:
        on_combo_calls.append(label)

    with patch.object(s, "_http_get", side_effect=fake_http_get):
        with patch.object(s, "_rotate_ip", new_callable=AsyncMock):
            with patch("asyncio.sleep", new_callable=AsyncMock):
                with patch.object(s, "sleep_between_requests", new_callable=AsyncMock):
                    lots = await s.fetch_around_multi_room(
                        lat=0.0,
                        lon=0.0,
                        rooms_list=["1"],
                        price_ranges=[(None, 5_000_000), (5_000_000, 10_000_000)],
                        max_pages=1,
                        on_combo=on_combo,
                    )

    # combo[0] скипнут, combo[1] успешен → 1 лот в итоге.
    assert len(lots) == 1
    assert lots[0].source_id == "ok_lot"
    # on_combo вызван только для успешного combo, не для скипнутого.
    assert len(on_combo_calls) == 1, (
        f"on_combo должен быть вызван только 1 раз (успешный combo), "
        f"получено {len(on_combo_calls)}: {on_combo_calls}"
    )