"""338-1 옵션 거꾸로 찾기(`M02_Hopyo_Option`) — 레미콘 소량 「하나만」 · 합판 갈리는 칸 · 무근 R
맞음 ·
구조물터파기 없음(다른 점) · 펌프차 기계 칸 · 견줌 · 반올림 폭. 실물 = 북부청 임도 ·
사방(읽기만)."""

import pytest

from M02_MasterTemplete import M02_Hopyo_Finger as finger
from M02_MasterTemplete import M02_Hopyo_Option as option
from M02_MasterTemplete import M02_Hopyo_Ours as ours
from resources.tester.helper_m02_hopyo_golden import line_of


def _find(lid: str, code: str) -> dict:
    block, line = line_of(lid)
    return option.find(code, finger.excel(block, line), (block or {}).get("글"))


def test_레미콘_소량_하나만():
    got = _find("N000", "GC000198")
    assert got["수준"] == 0 and got["판정"] == "하나만"
    assert got["입력"] == {"타설방법": "장비사용타설", "구조물": "철근구조물", "소량감률": 50}
    assert got["우리품"]["인력"] == {"콘크리트공": 0.109091, "보통인부": 0.036364}


def test_합판_보통_갈리는_칸():
    got = _find("N001", "GC000211")
    assert got["수준"] == 0 and got["판정"] == "여럿(같은 품)"
    assert got["입력"]["유형"] == "보통" and got["입력"]["사용횟수"] == "4회"
    assert set(got["갈리는칸"]) == {"측압", "폼타이규격"}


def test_무근_반올림_맞음():
    got = _find("N013", "GC000198")
    assert got["수준"] <= 1 and got["입력"]["구조물"] == "무근구조물"


def test_구조물터파기_없음_가까운_옵션():
    got = _find("N008", "GC000083")
    assert got["수준"] == 9 and got["판정"] == "없음" and got["직종같음"]
    assert got["견줌"]["직종"] == "직종 같음" and got["거리"] < 0.1


def test_펌프차_기계_칸():
    efp = finger.machine({"이름": "콘크리트 펌프차", "규격": "41m,80~95㎥/hr", "단위": "hr"})
    got = option.find("GC000268", efp)
    assert got["수준"] == 0
    code = got["입력"]["기계"]
    assert ours.eq_of(code)[0] == {"콘크리트펌프"} and 41.0 in option.eq_numbers(code)


def test_없는_로직_못_셈():
    efp = finger.machine({"이름": "굴착기", "규격": "0.6㎥", "단위": "hr"})
    assert option.find("없는로직", efp)["판정"] == "못 셈"


def test_반올림_폭_견줌():
    assert option.ru(0.15) == pytest.approx(0.005) and option.ru(0.1) == 0.0
    assert option.ru(0.109091) == 0.0
    e = {"인력": {"보통인부": {"품": 0.15, "밑품": 0.15}}, "장비": [], "자재": []}
    v = {"L": {"보통인부": 0.1545}, "X": [], "M": {}, "S": {}}
    assert not option.compare(e, v, 0.005)["핵심"] and option.compare(e, v, 0.005, rnd=True)["핵심"]
    assert not option.strong(e, option.compare(e, v, 0.03))  # 보통인부 하나뿐 = 우연 맞음