Aislo/resources/tester/test_175_precombo_mats.py

"""M02 일위대가 사전조합 자재목록(PLAN 175) — 구조물 일위대가와 같은 자재목록.

175-1 화면 · 저장 — 서고 모드 자재목록 · 로직 자재 세 칸 막힘 풂 · 저장 `_combo_lines` 가
고름 · 자재표시 남김 · 문서 `자재`(일위대가 자재 검사 · 로직 자재와 같은 품목 400).
175-2 셈 — 담은 자재(손 · 빈칸 = 안 셈)가 사전조합 1 단위 값(`Expand._combo` · 안 줄) · B08 참조 줄
재료(`_ref_mats`) · B09 겹 대가 자재 줄 · 프로젝트 사본 단가 묶음(`frozen_materials`)에 들어감.
"""

import json
import os
from decimal import Decimal

import pytest

from M01_MasterData import M01_MasterData_Store as m01
from M02_MasterTemplete import M02_Labor_Doc as labor
from M02_MasterTemplete import M02_Labor_Ref as refs
from M02_MasterTemplete import M02_MasterTemplete_Store as store
from resources.tester.test_m02_labor_ref import world  # noqa: F401 — 임시 층 fixture

HERE = os.path.dirname(os.path.abspath(__file__))
SRC = os.path.join(HERE, "..", "..", "M02_MasterTemplete")
NET = "GC000337"  # 낙석방지망 — 재료 줄 3 · 4 · 5(철망 · 결속선 · 에폭시)
NET_ITEM = "MT006697"
WIRE = "MT000194"
MAT = "MT000008"  # 자재품목 · 물가정보 83000
STONE = "GF000219"  # 원/㎡
SYS = {"층": "system", "주인": None}


def _save(folder, doc):
    with store.at(folder):
        key = refs.create("precombo", {"이름": "자재 조합", **doc})["이름"]
    return key, json.loads((folder / "precombo" / f"{key}.json").read_bytes())


def test_화면_서고_모드도_자재목록_세_칸_자재_저장(world):  # noqa: F811
    detail = open(os.path.join(SRC, "M02_MasterTemplete_Labor_Detail.ts"), encoding="utf-8").read()
    assert 'section(tc("Labor_Mats"), opt.card ? null : addMat, matHost),' in detail
    assert 'lib ? [] : [section(tc("Labor_Mats")' not in detail
    assert "mark: markLogicMat," in detail and "lib ? undefined" not in detail
    assert "delete out.자재" not in detail and "delete out.열" in detail


def test_저장_왕복_고름_자재표시_자재_남음(world):  # noqa: F811
    line = {"로직": NET, "고름": {"4": NET_ITEM}, "자재표시": {"3": {"자재구분": "관급"}}}
    mats = [
        {"코드": MAT, "수량": {"손": 2}, "운반비": "미포함", "이름": "틀린 이름"},
        {"코드": WIRE, "수량": None},
    ]
    _, got = _save(world["system"], {"담은로직": [line], "자재": mats})
    one = got["담은로직"][0]
    assert one["고름"] == {"4": NET_ITEM} and one["자재표시"] == {"3": {"자재구분": "관급"}}
    assert [(m["코드"], m["수량"]) for m in got["자재"]] == [(MAT, {"손": 2}), (WIRE, None)]
    assert got["자재"][0]["운반비"] == "미포함" and got["자재"][0]["이름"] != "틀린 이름"
    # 자재 없음 = 빈 목록(옛 문서 꼴 그대로 읽힘)
    _, empty = _save(world["system"], {"담은로직": [{"로직": NET}]})
    assert empty["자재"] == []


def test_로직_자재와_같은_품목_400_없는_자재_400(world):  # noqa: F811
    with pytest.raises(store.StoreError) as e:
        _save(world["system"], {"담은로직": [{"로직": NET}], "자재": [{"코드": WIRE}]})
    assert e.value.status == 400 and WIRE in str(e.value.detail)
    with pytest.raises(store.StoreError) as e:
        _save(world["system"], {"담은로직": [], "자재": [{"코드": "MT999999"}]})
    assert e.value.status == 400


# ── 175-2 셈 ──────────────────────────────────────────────────────────
def _price(code):
    whole = m01.loaded()[1]
    return Decimal(str(labor.material_price(whole, code, None)["기준단가"]))


def _world_combo(world):  # noqa: F811
    """STONE 1 + MAT 손 2 + WIRE 빈칸(안 셈) · NET 고름 4 = NET_ITEM — (키, 손셈 1 단위 값)."""
    lines = [
        {"로직": STONE, "수량": {"손": 1}},
        {"로직": NET, "수량": {"손": 0}, "고름": {"4": NET_ITEM}},
    ]
    mats = [{"코드": MAT, "수량": {"손": 2}}, {"코드": WIRE, "수량": None}]
    with store.at(world["system"]):
        key = refs.create("precombo", {"이름": "자재 조합", "담은로직": lines, "자재": mats})[
            "이름"
        ]
    stone = Decimal(str(labor.run_line(m01.loaded()[1], STONE, {})["기준"]["계"]))
    return key, stone + _price(MAT) * 2


def test_사전조합_값에_자재_금액_빈칸은_안_셈_안_줄에_자재(world):  # noqa: F811
    key, want = _world_combo(world)
    with store.at(world["system"]):
        doc = labor.clean(
            {"열": "rv", "담은로직": [{"참조": {**SYS, "키": key}, "수량": {"손": 3}}]}
        )
        one = labor.calc(doc, {})["줄"][0]
    assert one["기준"]["계"] == pytest.approx(float(want))
    assert one["반영"]["계"] == pytest.approx(float(want * 3))
    mats = [x for x in one["안"] if x.get("자재")]
    assert [(x["자재"], x["수량"]) for x in mats] == [(MAT, 2)]  # WIRE 빈칸 = 안 셈
    assert mats[0]["기준"]["재료비"] == pytest.approx(float(_price(MAT)))
    # 목록 기준금액(51-4)도 같은 펼침
    rows = [{"종류": "precombo", "이름": key}]
    refs.summaries(world["system"], rows)
    assert rows[0]["기준금액"] == pytest.approx(float(want))


def test_B08_참조_줄_재료에_사전조합_자재_손_곱(world):  # noqa: F811
    from B08_Quantity.B08_Quantity_Router_Material import _ref_mats

    key, _ = _world_combo(world)
    with store.at(world["system"]):
        outer = refs.create(
            "precombo",
            {"이름": "겹", "담은로직": [{"참조": {**SYS, "키": key}, "수량": {"손": 3}}]},
        )["이름"]
    got = _ref_mats(m01.loaded()[1], refs.read_ref, {**SYS, "키": outer})
    mats = [(m["품목"]["키"], q) for m, q in got if m.get("자재")]
    assert mats == [(MAT, pytest.approx(6.0))]  # 2 × 겹 손 3 · WIRE 빈칸 없음


def test_B09_겹_대가에_자재_줄(world):  # noqa: F811
    from B09_Estimation.B09_Estimation_Labor_Source import Builder

    key, _ = _world_combo(world)
    ref = {**SYS, "키": key}
    build = Builder()
    bid = build.precombo(m01.loaded()[1], ref, refs.read_ref(ref), {})
    mats = [x for x in build.blocks[bid]["lines"] if x["kind"] == "material"]
    assert [(x["key"], x["qty"]) for x in mats] == [(MAT, 2.0), (WIRE, None)]
    assert mats[0]["name"] and mats[0]["unit"]


def test_사본_단가_묶음에_사전조합_자재_고름_사본_값_같음(world):  # noqa: F811
    from M02_MasterTemplete import M02_Item_Prices as prices
    from M02_MasterTemplete import M02_Item_Source as source

    key, want = _world_combo(world)
    doc = {"열": "rv", "담은로직": [{"참조": {**SYS, "키": key}, "수량": {"손": 1}}], "자재": []}
    with store.at(world["system"]):
        rows = source.labor_doc_rows(labor.clean(doc))
    mats = refs.frozen_materials(rows["참조사본"])
    assert {MAT, WIRE, NET_ITEM} <= set(mats)
    assert "refs.frozen_materials(" in open(source.__file__, encoding="utf-8").read()
    bundle = prices.to_json(prices.collect(refs.frozen_logics(rows["참조사본"]), mats))
    (world["system"] / "precombo" / f"{key}.json").unlink()  # 원본이 사라져도 굳힌 사본
    got = prices.calc(rows, bundle, {}, {}, None)["줄"][0]
    assert got["기준"]["계"] == pytest.approx(float(want), rel=1e-9)