Aislo/resources/tester/test_m02_hopyo_finger.py

"""338-1 엑셀 지문(`M02_Hopyo_Finger` · `_Words` · `_Shares`) — 식 풀기 일곱 꼴 · 합판 지문 · 고임돌
섞음 · 몫 · STmate 단위 줄 · 기계 줄 · 직접 줄 호표. 지문 = 블록 단위 줄 투영(776-3 · 형식 모름).
실물 = 북부청 임도(읽기만)."""

import pytest

from M02_MasterTemplete import M02_Hopyo_Finger as finger
from M02_MasterTemplete import M02_Hopyo_ReadEst as est
from M02_MasterTemplete import M02_Hopyo_Shares as shares
from M02_MasterTemplete.M02_Hopyo_Words import conds, mtypes, parse_rhs
from resources.tester.helper_m02_hopyo_golden import line_of

approx = pytest.approx


def _est(text: list[str]) -> dict:
    """EST 글 → 블록(단위 줄 = 어댑터 `ReadEst.items`)."""
    return {"번": 1, "이름": "시험", "단위": "㎥", "글": text, "항목": est.items(text)}


# ── 식 풀기 ────────────────────────────────────────────────────────────
def test_식_단가_떼고_품():
    got = parse_rhs("273,540 × 3인 ÷ 55㎥ × 2 = 29,840.7")
    assert got["단가"] == 273540 and got["품"] == approx(0.10909, abs=1e-5) and got["율"] == []


def test_식_퍼센트_율():
    got = parse_rhs("59,020 ÷ 23.1 × 90% = 2,299.5")
    assert got["품"] == approx(0.03896, abs=1e-5)
    assert got["밑품"] == approx(1 / 23.1) and got["율"] == [[0.9, "%"]]


def test_식_인당_단위_섞음():
    got = parse_rhs("172,068 × 0.3인/㎥ × 10% = 5,162")
    assert got["품"] == approx(0.03) and got["밑품"] == approx(0.3)


def test_식_바꿔_쓴_식은_앞_율을_이어받음():
    got = parse_rhs("215,907 × 4인 ÷ P × 1.2(할증) = 215,907 × 0.104 × 1.2 = 26,945")
    assert got["품"] == approx(0.1248) and got["밑품"] == approx(0.104)
    assert got["율"] == [[1.2, "할증"]]


def test_식_횟수_품할증():
    got = parse_rhs("172,068 × 0.05인 × 2회 = 17,206")
    assert got["품"] == approx(0.1) and got["밑품"] == approx(0.05) and got["율"] == [[2.0, "회"]]
    got = parse_rhs("273,540 × 0.1 × 1.2(품할증) = 32,824")
    assert got["밑품"] == approx(0.1) and got["율"] == [[1.2, "품할증"]]


def test_식_못_풀면_역산():
    assert parse_rhs("273,540 × P = 30,000") is None
    block = _est([" 특별인부 : 273,540 × P = 27,354"])
    fp = finger.excel(block, {"이름": "시험", "규격": "", "단위": "㎥"})
    assert fp["인력"]["특별인부"]["품"] == approx(0.1) and fp["인력"]["특별인부"]["어떻게"] == [
        "역산"
    ]


def test_장비_갈래_조건_낱말():
    assert mtypes("유압식 백호우 0.7㎥") == {"굴착기"} and mtypes("펌프카 41m") == {"콘크리트펌프"}
    assert conds("합판거푸집 4회 보통")["횟수"] == {"4회"}
    assert conds("구조물터파기(암)")["토질"] == {"암"}


# ── 실물 지문 ──────────────────────────────────────────────────────────
def test_합판_4회_지문():
    block, line = line_of("N001")
    fp = finger.excel(block, line)
    assert fp["인력"]["형틀목공"]["품"] == approx(0.1111, abs=1e-4)
    assert fp["인력"]["보통인부"]["품"] == approx(0.0444, abs=1e-4)
    assert "4회" in fp["조건"]["횟수"] and fp["출처"] == [["건설품셈", "6-3-1"]]
    assert {m["이름"][:4] for m in fp["자재"] if m["품"]} >= {"내수합판"}


def test_레미콘_소량_지문_장비_시간():
    block, line = line_of("N000")
    fp = finger.excel(block, line)
    assert fp["인력"]["콘크리트공"]["품"] == approx(0.10909, abs=1e-5)
    assert [(m["갈래"], round(m["시간"], 2)) for m in fp["장비"]] == [(["굴착기"], 0.29)]


def test_고임돌_섞음_율과_몫():
    block, line = line_of("N005")
    fp = finger.excel(block, line)
    labor = fp["인력"]["보통인부"]
    assert labor["밑품"] == approx(0.3, abs=1e-3) and labor["품"] == approx(0.03, abs=1e-3)
    assert any(note in ("%", "섞음") and v == approx(0.1) for v, note in labor["율"])
    parts = fp["몫"]
    assert any(p["노임"] and not p["장비"] for p in parts)  # 인력 몫
    assert any(p["장비"] and not p["노임"] for p in parts)  # 장비 몫


def test_몫_절마다_노임_장비():
    texts = [
        " 1. 굴착기 0.6㎥ 채집(90%)",
        "    노무비 : 59,020 ÷ 23.1 × 90% = 2,299",
        " 2. 인력채집(10%)",
        "    보통인부 : 172,068 × 0.3인/㎥ × 10% = 5,162",
        " 3. 합  계",
        "    보통인부 : 172,068 × 1 = 172,068",
    ]
    parts = shares.sections(est.items(texts))
    assert [p["제목"] for p in parts] == ["굴착기 0.6㎥ 채집(90%)", "인력채집(10%)"]
    assert parts[0]["장비"] == {"굴착기|0.6": approx(0.9 / 23.1)}
    assert parts[1]["노임"] == {"보통인부": approx(0.03)}


def test_STmate_단위_줄_지문():
    qty = {"율": [], "인자": [], "어떻게": "QTY"}
    block = {
        "글": ["잔토처리 (기계100%) 건설표준품셈9-3", "q = 0.7 , K = 0.9"],
        "항목": [
            {"묶음": "L", "이름": "보통인부", "규격": "", "직종": "보통인부", "품": 0.2, **qty},
            {"묶음": "X", "이름": "굴삭기(무한궤도)", "규격": "0.7㎥", "품": 0.0229, **qty},
            {"묶음": "M", "이름": "모래", "규격": "", "품": 1.2, "밑품": 1.2, **qty},
            {"묶음": "L", "이름": "보통인부", "규격": "", "품": 0.5, "밖": True, **qty},
        ],
    }
    fp = finger.excel(block, {"이름": "잔토처리", "규격": "토사", "단위": "M3"})
    assert fp["인력"] == {"보통인부": {"품": 0.2, "밑품": 0.2, "율": [], "어떻게": ["QTY"]}}
    assert [(m["갈래"], m["규격"], m["시간"]) for m in fp["장비"]] == [(["굴착기"], [0.7], 0.0229)]
    assert fp["자재"] == [{"이름": "모래", "품": 1.2, "밑품": 1.2}] and fp["계수"]["K"] == 0.9


def test_기계_줄_블록_없음():
    fp = finger.excel(None, {"이름": "콘크리트 펌프차", "규격": "41m,80~95㎥/hr", "단위": "hr"})
    assert [(m["갈래"], m["시간"]) for m in fp["장비"]] == [(["콘크리트펌프"], 1.0)]
    assert 41.0 in fp["장비"][0]["규격"] and fp["인력"] == {}


def test_직접_줄_호표():
    hopyo = {
        "이름": "돌붙임",
        "규격": "",
        "단위": "㎡",
        "줄": [
            {"이름": "석 공", "규격": "", "수량": 0.1, "단위": "인", "갈래": "기타"},
            {"이름": "보통인부", "규격": "", "수량": 0.05, "단위": "인", "갈래": "기타"},
            {"이름": "굴착기", "규격": "0.6㎥", "수량": 0.2, "단위": "hr", "갈래": "기계"},
        ],
    }
    fp = finger.direct(hopyo)
    assert fp["인력"]["석공"]["품"] == 0.1 and fp["인력"]["보통인부"]["품"] == 0.05
    assert [(m["갈래"], m["시간"]) for m in fp["장비"]] == [(["굴착기"], 0.2)]
    assert finger.direct({**hopyo, "줄": hopyo["줄"][2:]}) is None  # 노임 없으면 호표 통째 아님