Aislo/resources/tester/test_b08_facility_structures.py

"""계곡 통과 시설(`pipe_points.json`)이 원단위 전개·인계에 선다 (A1, 2026-09-14).

⚠ 앞서 전개가 `structures.json` 만 읽어 관 유입·유출부 기슭막이·집수정·독립 기슭막이가
  원단위·내역에 한 줄도 안 섰음. 관 줄(품셈 12-11 m당)에는 기슭막이 몫이 없어 **한 번만** 셈.
"""

from __future__ import annotations

import sys
from pathlib import Path

ROOT = Path(__file__).resolve().parents[2]
if str(ROOT) not in sys.path:
    sys.path.insert(0, str(ROOT))

from B05_Profile.B05_Profile_Structures_Schema import StructureInstance  # noqa: E402
from B08_Quantity import B08_Quantity_Router_Material as material  # noqa: E402
from B08_Quantity.B08_Quantity_Engine_Handoff import build_handoff  # noqa: E402
from B08_Quantity.B08_Quantity_Engine_Pipe import build_rows, facility_structures  # noqa: E402
from B08_Quantity.B08_Quantity_Engine_UnitQuantity import build_table  # noqa: E402

NAMES = {"pipe": "배수관", "revetment": "기슭막이", "ford_bridge": "세월교"}


def _table(points: list[dict]) -> dict:
    return build_table(facility_structures(points), NAMES)


def test_관_하나에_기슭막이_둘이_기본값_사유와_함께_서고_관_줄에는_없다() -> None:
    point = {"chainage_m": 100.0, "options": {"pipe_diameter_mm": 1000}}
    table = _table([point])
    names = [s["name"] for s in table["structures"]]
    assert names == ["배수관 · 유입부 기슭막이", "배수관 · 유출부 기슭막이"]
    inlet, outlet = table["structures"]
    assert inlet["options"]["form"] == "돌쌓기(찰)" and outlet["options"]["form"] == "돌쌓기(메)"
    assert all(s["components"] and s["length_m"] == 10 for s in table["structures"])
    assert "기본값으로 섰음" in inlet["notes"][0]
    # 높이는 횡단도와 같은 관경 기준 최소 높이(Ø1000 → 2.0) — 그림 둘·표가 한 값(브레인 판정)
    assert inlet["height_m"] == outlet["height_m"] == 2.0 and "관경 기준" in inlet["notes"][0]
    # 관 줄은 관 연장만 — 기슭막이가 거기 섞이지 않음(두 번 안 셈).
    pipe = build_rows([point], [{"chainage_m": 100.0, "design": {"pipe_length_m": 8}}])
    assert [row["quantity"] for row in pipe["rows"]] == [8.0]

    work = {row["name"]: row for row in build_handoff(unit_quantity_table=table)["work_items"]}
    assert work["배수관 · 유입부 기슭막이"]["work_item_code"] == "FP-13-04-05"
    assert work["배수관 · 유출부 기슭막이"]["work_item_code"] == "FP-13-04-02"
    assert work["배수관 · 유입부 기슭막이"]["unit"] == "㎡"


def test_기본값으로_선_벽은_줄만_서고_금액_합에는_안_든다() -> None:
    """브레인 판정(2026-09-14) — 줄은 서야 채울 자리가 보이고, 금액은 실제 값이 있을 때만."""
    point = {"chainage_m": 100.0, "options": {"pipe_diameter_mm": 1000}}
    table = _table([point])
    assert all(s["unconfirmed"] and s["components"] for s in table["structures"])
    assert table["totals"] == []  # 원단위 합(자재·채집석 밑수)에도 안 듦
    handoff = build_handoff(unit_quantity_table=table)
    rows = handoff["work_items"]
    walls = [r for r in rows if "기슭막이" in r["name"]]
    assert len(walls) == 2 and all(
        not r["in_bill"] and r["blocked_kind"] == "unconfirmed" for r in walls
    )
    assert walls[0]["quantity"] > 0  # 수량은 보임
    # 터파기·되메우기·기초잡석·버림 타설이 금액 줄로 번지지 않음
    assert not [r for r in rows if r["in_bill"] and r["quantity"] > 0]

    from B09_Estimation.B09_Estimation_BillOfQuantities import bill_summary, build_bill

    bill = build_bill(handoff)
    placed = [r for r in bill.rows if not r.is_group and "기슭막이" in r.name]
    assert len(placed) == 2 and all(r.unconfirmed == 1 and r.amount_krw is None for r in placed)
    summary = bill_summary(bill)
    assert summary["unpriced_count"] == 2 and summary["body_total_krw"] == "0"

    # 치수를 다 적으면 미확정이 풀림
    filled = {
        f"{side}_revet_{key}": value
        for side in ("inlet", "outlet")
        for key, value in (("form", "돌쌓기(메)"), ("height_m", 1.5), ("length_m", 6))
    }
    confirmed = _table([{**point, "options": {**point["options"], **filled}}])
    assert not any(s["unconfirmed"] for s in confirmed["structures"])


def test_유입구가_집수정이면_집수정_줄이_사유로_서고_유입_기슭막이는_없다() -> None:
    table = _table([{"chainage_m": 5.0, "options": {"inlet_type": "집수정"}}])
    basin, outlet = table["structures"]
    assert basin["type_id"] == "pipe_inlet_basin" and not basin["components"] and basin["notes"]
    assert outlet["name"] == "배수관 · 유출부 기슭막이"


def test_유입구가_기슭막이인데_집수정_형식이_남아_있으면_집수정은_안_세고_알린다() -> None:
    options = {"inlet_type": "기슭막이", "inlet_basin_form": "□형(기본형)"}
    inlet = _table([{"chainage_m": 5.0, "options": options}])["structures"][0]
    assert inlet["type_id"] == "revetment" and "집수정은 안 셈" in inlet["notes"][0]


def test_독립_기슭막이_한쪽이면_두_칸이_같을_때만_세고_다르면_사유() -> None:
    same = {"facility": "revetment", "chainage_m": 50.0, "options": {"side": "좌"}}
    rows = _table([same])["structures"]
    assert [r["name"] for r in rows] == ["기슭막이 · 좌 벽"] and rows[0]["components"]
    differ = {**same, "options": {"side": "우", "inlet_revet_height_m": 3.0}}
    row = _table([differ])["structures"][0]
    assert not row["components"] and "서버가 못 가림" in row["notes"][-1]


def test_산출식_없는_세월교는_사유로_서고_터파기_빠짐_줄을_안_만든다() -> None:
    table = _table([{"facility": "ford_bridge", "chainage_m": 30.0, "options": {}}])
    assert "산출식이 아직 없습니다" in table["structures"][0]["notes"][0]
    rows = build_handoff(unit_quantity_table=table)["work_items"]
    assert not any("터파기가 안 선 구조물" in str(row.get("spec_detail")) for row in rows)


def test_구조물_목록의_관_지점_종류_옛_저장분은_안_셈(monkeypatch, tmp_path) -> None:
    old = StructureInstance(
        structure_id="old", type_id="revetment", placement="point", chainage_m=10.0
    )
    monkeypatch.setattr(material, "load_structures", lambda root: (1, [old]))
    targets, _names, skipped = material._collect_structures(str(tmp_path))
    assert targets == [] and any("관 지점 정본이 주인" in note for note in skipped)