Aislo/resources/tester/test_715_sangeun_store.py

# ruff: noqa: F811 — 임시 층 fixture(world)를 test_m02_labor_ref 에서 받아 씀
"""M02 단가산출(SK) 서고 · 셈(PLAN 715-1b · 715-2) — 임시 storage.

고친 줄 값 = 손셈 · 덧줄 % 엔진이 다시 셈 · 뺀줄 뒤 고름 제자리 · 짝 잃음 남김 · 원값 서버 ·
바탕 · 사전조합에 SK 넣기 = 펼쳐 담음(740-1 · 원본 지워도 그대로) · 층 복사 왕복 같은 값.
"""

from decimal import Decimal

import pytest

from M01_MasterData import M01_MasterData_Store as m01
from M02_MasterTemplete import M02_Labor_Ref as refs
from M02_MasterTemplete import M02_MasterTemplete_Store as store
from M02_MasterTemplete import M02_Sangeun_Calc as calc
from resources.tester.test_m02_labor_ref import COMPANY, MINE, world  # noqa: F401 — 같은 임시 층

PCT = "GC001109"  # 원/㎡ · 인력 둘 + 「노무비 * 3 / 100」
TWO_MATS = "GC000565"  # 원/m · 재료 줄 둘(검색어)


def _sk(folder, **doc):
    with store.at(folder):
        return refs.create("sangeun", {"이름": "내 단가산출", "단위": "㎡", "더한줄": [], **doc})[
            "이름"
        ]


def _doc(folder, key):
    with store.at(folder):
        return store.read("sangeun", key)["문서"]


def _calc(folder, key, given=None):
    with store.at(folder):
        return calc.calc_doc(_doc(folder, key), given)


def _whole():
    return m01.loaded()[1]


def _bare(code):
    from M02_MasterTemplete import M02_Labor_Doc as labor

    return labor.run_line(_whole(), code, {})


def test_qty_cover_hand_and_pct_recomputed(world):
    """품 덮개 = 손셈 · 「노무비 * 3 / 100」 덧줄 다시 셈 · 원값 = 서버가 셈."""
    bare = _bare(PCT)
    first, second = bare["줄"][0], bare["줄"][1]
    key = _sk(
        world["personal"], 바탕={"로직": PCT}, 덮개={"labor:LB000036#0": {"qty": 0.5, "원값": 9}}
    )
    doc = _doc(world["personal"], key)
    assert doc["덮개"]["labor:LB000036#0"]["원값"]["qty"] == pytest.approx(float(first["수량"]))
    assert len(doc["바탕판"]) == 16
    got = _calc(world["personal"], key)
    labor_sum = Decimal("0.5") * Decimal(str(first["단가"])) + Decimal(str(second["금액"]))
    assert got["기준"]["노무비"] == pytest.approx(float(labor_sum))
    assert got["기준"]["경비"] == pytest.approx(float(labor_sum * 3 / 100), abs=1)
    assert got["줄"][0]["덮개"] == ["qty"] and got["줄"][0]["cid"] == "labor:LB000036#0"
    assert got["짝잃음"] == []
    # 덧줄 율 덮개 = 5 %
    key = _sk(
        world["personal"],
        바탕={"로직": PCT},
        덮개={"pct:" + bare["줄"][2]["이름"] + "#0": {"qty": 5}},
    )
    got = _calc(world["personal"], key)
    assert got["기준"]["경비"] == pytest.approx(float(bare["기준"]["노무비"]) * 0.05, abs=1)


def test_drop_then_pick_stays_on_its_line(world):
    """뺀줄 뒤 고름 제자리 — 둘째 재료 줄을 고른 자재가 첫 재료 줄을 뺀 뒤에도 그 줄 품목."""
    import master_pick as mp

    whole = _whole()
    row = whole.logic(TWO_MATS)
    item = row["호표"][2]
    picks = mp.search(whole, item["요소"], {}, item.get("단위"))
    want = picks[1] if len(picks) > 1 else picks[0]
    first_cid = "material:" + row["호표"][1]["이름"] + "#0"
    second_cid = "material:" + item["이름"] + "#0"
    key = _sk(
        world["personal"],
        단위="m",
        바탕={"로직": TWO_MATS},
        뺀줄=[first_cid],
        고름={second_cid: want},
        자재표시={second_cid: {"별도계상": "직접계산"}},  # 기본 = 별도계상(222-1) 줄 빠짐
    )
    got = _calc(world["personal"], key)
    names = [x["이름"] for x in got["줄"]]
    assert row["호표"][1]["이름"] not in names
    line = next(x for x in got["줄"] if x["cid"] == second_cid)
    assert line["품목"]["키"] == want


def test_lost_cover_kept_and_listed(world):
    key = _sk(world["personal"], 바탕={"로직": PCT}, 덮개={"labor:LB999999#0": {"qty": 1}})
    got = _calc(world["personal"], key)
    assert got["짝잃음"][0]["cid"] == "labor:LB999999#0"
    assert "labor:LB999999#0" in _doc(world["personal"], key)["덮개"]
    assert got["기준"]["계"] == pytest.approx(float(_bare(PCT)["기준"]["계"]))


def test_chain_base_flattened_delete_free(world):
    """바탕 SK 넣기(740-1) = 펼쳐 담음 — 바탕 = M01 기초 · 위 덮개 겹침 · 값 같음 ·
    원본 지워도 그대로."""
    a = _sk(world["personal"], 바탕={"로직": PCT})
    b = _sk(
        world["personal"], 바탕={"참조": {**MINE, "키": a}}, 덮개={"labor:LB000002#0": {"qty": 0}}
    )
    assert _doc(world["personal"], b)["바탕"] == {"로직": PCT}
    got = _calc(world["personal"], b)
    bare = _bare(PCT)
    assert got["기준"]["노무비"] == pytest.approx(float(bare["줄"][0]["금액"]))
    with store.at(world["personal"]):
        store.delete("sangeun", a)  # 쓰는 곳 없음(서로 독립)
    assert _calc(world["personal"], b)["기준"] == got["기준"]


def test_precombo_holds_sangeun(world):
    """사전조합에 SK 넣기(740-1) = 로직 줄 + 패치(SK 몸) · 1 단위 값 × 수량 · SK 지워도 그대로."""
    from M02_MasterTemplete import M02_Labor_Doc as labor

    sk = _sk(world["personal"], 바탕={"로직": PCT}, 덮개={"labor:LB000036#0": {"qty": 0.5}})
    one = _calc(world["personal"], sk)["1단위"]["계"]
    with store.at(world["personal"]):
        sc = refs.create(
            "precombo",
            {
                "이름": "조합",
                "단위": "㎡",
                "담은로직": [{"참조": {**MINE, "키": sk}, "수량": {"손": 2}}],
            },
        )["이름"]
        line = store.read("precombo", sc)["문서"]["담은로직"][0]
        assert line["로직"] == PCT and line["패치"]["덮개"] and line["본뜬"]["키"] == sk
        store.delete("sangeun", sk)
        pill = {f"{refs.ref_id({**MINE, '키': sc})}#0": 2}  # 723-1 안 줄 수량 = 쓰는 쪽 알약
        got = labor.calc({"담은로직": [{"참조": {**MINE, "키": sc}, "수량": {"손": 1}}]}, pill)
    assert got["반영합"]["계"] == pytest.approx(one * 2, abs=1)


def test_layer_copy_round_trip(world):
    """개인 B(바탕 = 개인 A) → 회사로 복사 = 펼친 몸(바탕 = 기초 · 본뜬) → 개인으로 다시 =
    같은 값."""
    a = _sk(world["personal"], 바탕={"로직": PCT}, 덮개={"labor:LB000036#0": {"qty": 0.5}})
    b = _sk(world["personal"], 바탕={"참조": {**MINE, "키": a}}, 뺀줄=["labor:LB000002#0"])
    want = _calc(world["personal"], b)["기준"]
    src = _doc(world["personal"], b)
    with store.at(world["company"]):
        made = refs.create(
            "sangeun", refs.carry(refs.origin_mark(src, {**MINE, "키": b}), ("personal", "7/42"))
        )
        assert not list((world["company"] / "sangeun").glob("*.json"))[1:]  # A 따로 복사 안 함
    copy = _doc(world["company"], made["이름"])
    assert copy["바탕"] == {"로직": PCT} and copy["본뜬"]["키"] == b
    assert _calc(world["company"], made["이름"])["기준"] == want
    with store.at(world["personal"]):
        back = refs.create(
            "sangeun",
            refs.carry(refs.origin_mark(copy, {**COMPANY, "키": made["이름"]}), ("company", "7")),
        )
    assert _calc(world["personal"], back["이름"])["기준"] == want


def test_refusals(world):
    with store.at(world["personal"]):
        for bad, status in (
            ({"이름": "x", "더한줄": []}, 400),  # 단위 빔
            ({"이름": "x", "단위": "㎡", "더한줄": [], "바탕": {"로직": "GC999999"}}, 400),
            (
                {
                    "이름": "x",
                    "단위": "㎡",
                    "더한줄": [],
                    "바탕": {"참조": {**MINE, "키": "SK-000999"}},
                },
                400,
            ),
            ({"이름": "x", "단위": "㎡"}, 400),  # 뼈대(더한줄) 없음
        ):
            with pytest.raises(store.StoreError) as e:
                refs.create("sangeun", bad)
            assert e.value.status == status, bad
    key = _sk(world["personal"], 바탕={"로직": PCT})
    with store.at(world["personal"]), pytest.raises(store.StoreError) as e:
        calc.calc_doc({**_doc(world["personal"], key), "바탕": {"참조": {**MINE, "키": key}}})
    assert e.value.status == 422