"""SK 바탕 재료 = M01 기초 그대로 셈(PLAN 747-1) — 별도계상 빈 칸 = 직접계산 · 고른 줄만 밖 ·
일위대가 덮개 줄(`M02_Labor_Patch.run`)은 일위대가 기본(별도계상) 그대로."""

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_Patch as patch
from M02_MasterTemplete import M02_Sangeun_Calc as calc
from M02_MasterTemplete import M02_Sangeun_Doc as sd

FORM = "GC000211"  # 6-3-1 합판거푸집 — 합판 1.03 · 각재 0.038 · 폼타이 0 · 소모자재 = 재료비 %
PLY = "material:합판(내수 12㎜)#0"


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


def _run(**doc):
    whole = _whole()
    clean = sd.clean({"키": "SK-000001", "이름": "시험", "단위": "㎡", **doc}, None, whole)
    return labor._json(calc.run(clean, whole))


def test_base_materials_count_like_m01():
    m01_ = labor._json(labor.run_line(_whole(), FORM, None))
    got = _run(바탕={"로직": FORM})
    assert got["기준"]["재료비"] == pytest.approx(m01_["기준"]["재료비"])
    assert got["기준"]["계"] == pytest.approx(m01_["기준"]["계"])
    qty = {x["cid"]: x["수량"] for x in got["줄"]}
    assert qty[PLY] == pytest.approx(1.03)
    assert qty["material:폼타이 12.7㎜#0"] == 0  # M01 수량 0 = 0 그대로


def test_cover_and_explicit_apart():
    base = _run(바탕={"로직": FORM})
    more = _run(바탕={"로직": FORM}, 덮개={PLY: {"qty": 2}})
    ply = next(x for x in base["줄"] if x["cid"] == PLY)
    assert more["기준"]["재료비"] > base["기준"]["재료비"] + ply["단가"] * 0.9
    out = _run(바탕={"로직": FORM}, 자재표시={PLY: {"별도계상": "별도계상"}})
    assert all(x["cid"] != PLY for x in out["줄"])
    assert out["기준"]["재료비"] < base["기준"]["재료비"] - ply["금액"] + 1


def test_hopyo_line_keeps_line_default():
    whole = _whole()
    line = {"로직": FORM, "입력값": {}, "패치": {"덮개": {PLY: {"qty": 2}}}}
    got = labor._json(patch.run(whole, line))
    assert all(x["cid"] != PLY for x in got["줄"])  # 일위대가 기본 = 별도계상(222-1)