Aislo/resources/tester/test_b08_face_dressing.py

"""면고르기 줄 — 2026-09-14 브레인 판정 Ⓐ~Ⓓ.

종전: 면적(face_dressing 성·절토)은 있는데 토공집계가 줄을 안 세워 인계가 안 보냄(내역 0줄).
실무 대조: 오솔길 BOM 6벌 면적 셈법 ±0.11% 일치 · 그러나 내역엔 사면적 통째가 아님
(거창 줄 없음 · 영월 성토면 × 50%) — 원문 9-19-1 성토면 [주] 「식재를 위한」 · 9-19-2·3 [주]①
「식재기반 조성에만」 → Ⓐ 밑수 = 초류종자살포(파종) 면적 · 덮어쓰기 칸 · 파종 0 이면 0 + 사유
Ⓑ 절토면 토사/암 갈라 암은 시공법(리핑 9-19-2 · 발파 9-19-3) Ⓒ 토질·시공 칸 둘 · 제안값 없음
Ⓓ 성토면 기계(굴착기 0.6㎥ 형식 둘)는 사유로.
"""

from __future__ import annotations

import sys
from pathlib import Path

import pytest

ROOT = Path(__file__).resolve().parents[2]
sys.path.insert(0, str(ROOT))
sys.path.insert(0, str(Path(__file__).resolve().parent))

from test_b08_slope_area import 절토_설계선  # noqa: E402

from B08_Quantity.B08_Quantity_Engine_EarthworkSummary import (  # noqa: E402
    FACE_DRESSING_CUT_CLASSES,
    FACE_DRESSING_FILL_CLASSES,
    SummaryInput,
    build_rows,
    build_table,
)
from B08_Quantity.B08_Quantity_Engine_Handoff import build_handoff  # noqa: E402
from B08_Quantity.B08_Quantity_Engine_SlopeArea import build_table as slope_table  # noqa: E402
from B08_Quantity.B08_Quantity_Engine_SlopeLength import (  # noqa: E402
    StationSlope,
    station_slope,
)

CUT_SAND = "절토면 · 모래ㆍ사질토ㆍ점토ㆍ점질토"
FILL_CLAY = "성토면 · 인력 · 점토 또는 점질토"


# ── 사면길이 · 면적 — 절토면을 토사/암으로 ─────────────────────────────


def test_절토_사면길이가_토사_암으로_갈림() -> None:
    slope = station_slope(20.0, 절토_설계선())
    assert slope.cut_soil_length_m + slope.cut_rock_length_m == pytest.approx(slope.cut_length_m)
    soil = sum(s.length_m for s in slope.segments if s.role == "cut" and s.material == "soil")
    assert slope.cut_soil_length_m == pytest.approx(soil) and soil > 0
    assert slope.cut_rock_length_m > 0


def test_2단이_아닌_측점은_설계_지반_프리셋으로_가르고_모르면_안_가름() -> None:
    """토사 프리셋은 비탈 전체가 토사 · 암 프리셋 1단은 전체가 암 · 프리셋이 없으면 못 가름."""
    one = {**절토_설계선(), "two_stage_slope": False}
    soil = station_slope(20.0, {**one, "geometry_preset": "soil"})
    assert (
        soil.cut_soil_length_m == pytest.approx(soil.cut_length_m) and soil.cut_rock_length_m == 0
    )
    rock = station_slope(20.0, {**one, "geometry_preset": "rock"})
    assert (
        rock.cut_rock_length_m == pytest.approx(rock.cut_length_m) and rock.cut_soil_length_m == 0
    )
    unknown = station_slope(20.0, one)
    assert unknown.cut_length_m > 0 and unknown.cut_soil_length_m == unknown.cut_rock_length_m == 0


def test_면적_합계에_절토면_토사_암이_평균단면적법으로_실림() -> None:
    one = StationSlope(
        chainage_m=0.0, cut_length_m=4.0, cut_soil_length_m=3.0, cut_rock_length_m=1.0
    )
    two = StationSlope(
        chainage_m=20, cut_length_m=6.0, cut_soil_length_m=2.0, cut_rock_length_m=4.0
    )
    slopes = [one, two]
    totals = slope_table(slopes)["totals"]
    assert totals["face_dressing_cut"] == pytest.approx(100.0)
    assert totals["face_dressing_cut_soil"] == pytest.approx(50.0)
    assert totals["face_dressing_cut_rock"] == pytest.approx(50.0)


# ── 토공집계 — 밑수 = 파종 면적 ──────────────────────────────────────


def _source(**extra) -> SummaryInput:
    base = dict(
        slope_totals={
            "face_dressing_fill": 1000.0,
            "face_dressing_cut": 500.0,
            "face_dressing_cut_soil": 300.0,
            "face_dressing_cut_rock": 200.0,
        },
        rock_classes=["토사", "연암", "경암"],
        rock_ratios_pct={"연암": 50.0, "경암": 50.0},
        application_ratios={"seed_spray_fill": 0.5, "seed_spray_cut": 1.0},
    )
    base.update(extra)
    return SummaryInput(**base)


def _faces(source: SummaryInput) -> list[tuple[str, str, float, bool]]:
    return [
        (row.spec, row.item, round(row.amount, 6), row.in_bill)
        for row in build_rows(source)
        if row.group == "면고르기"
    ]


def test_면고르기는_파종_면적을_따라가고_절토면은_토사_암_갈래로() -> None:
    """성토 1000 × 파종 50% = 500 · 절토 500 × 100% → 토사 300 · 암 200 을 구성비로 연암·경암."""
    assert _faces(_source()) == [
        ("성토면", "", 500.0, True),
        ("절토면", "토사", 300.0, True),
        ("절토면 · 연암", "연암", 100.0, True),
        ("절토면 · 경암", "경암", 100.0, True),
    ]
    fill = next(r for r in build_table(_source())["rows"] if r["spec"] == "성토면")
    assert fill["amount_gross"] == 1000.0 and fill["application_ratio_pct"] == 50.0
    assert "초류종자살포" in fill["note"]


def test_덮어쓴_면적이_이기고_비고에_파종_면적과_나란히() -> None:
    source = _source(face_dressing_area_m2={"fill": 123.0, "cut": 100.0})
    faces = _faces(source)
    assert faces[0] == ("성토면", "", 123.0, True)
    assert faces[1] == ("절토면", "토사", 60.0, True)  # 100 × 300/500
    fill = next(r for r in build_rows(source) if r.group == "면고르기")
    assert "123" in fill.note and "500" in fill.note


def test_파종_면적이_0이면_면고르기도_0이고_내역에_안_섬() -> None:
    source = _source(application_ratios={"seed_spray_fill": 0.0, "seed_spray_cut": 0.0})
    faces = _faces(source)
    assert faces[0] == ("성토면", "", 0.0, False)
    rows = [r for r in build_rows(source) if r.group == "면고르기"]
    assert all("파종 면적이 0" in r.note for r in rows)


# ── 인계 — 코드 · 갈래 · 칸 비면 사유 ─────────────────────────────────


def _handoff(**extra) -> dict:
    summary = build_table(_source())
    return build_handoff(
        summary_table=summary,
        ground_classes=["토사", "연암", "경암"],
        ground_methods={"연암": "ripping", "경암": "blasting"},
        **extra,
    )


def _items(handoff: dict) -> list[dict]:
    return [row for row in handoff["work_items"] if row["name"] == "면고르기"]


def test_면고르기_인계는_성토면_절토면_토사_암을_각_절로() -> None:
    items = _items(_handoff(face_dressing_cut_class=CUT_SAND, face_dressing_fill_class=FILL_CLAY))
    got = [(r["spec"], r["ground_class"], r["work_item_code"], r["variant_value"]) for r in items]
    assert got == [
        ("성토면", None, "FP-09-19-01", FILL_CLAY),
        ("절토면", "토사", "FP-09-19-01", CUT_SAND),
        ("절토면 · 연암", "연암", "FP-09-19-02", None),
        ("절토면 · 경암", "경암", "FP-09-19-03", None),
    ]
    assert not any(r["blocked_kind"] for r in items)


def test_토질_시공_칸이_비면_금액_없이_입력_사유() -> None:
    items = _items(_handoff())
    assert [r["spec"] for r in items[:2]] == ["성토면", "절토면"]  # 줄이 없으면 헛통과 막음
    for row in items[:2]:
        assert row["blocked_kind"] == "input_missing", row
        assert "산출 조건" in row["blocked_reason"]


def test_고르는_갈래는_원문_표_두_벌과_마스터_갈래_키가_같음() -> None:
    """B08 칸의 선택지와 B09 표 읽기가 세운 갈래 — 두 벌이 갈리면 빨강(성토면·기계는 Ⓓ 로 안 섬)."""
    from B09_Estimation.B09_Estimation_ResourceAxis import load_work_item_master
    from B09_Estimation.B09_Estimation_UnitPrice import normalize_variant_key

    node = next(
        n for n in load_work_item_master()["work_items"] if n["work_item_code"] == "FP-09-19-01"
    )
    keys = {normalize_variant_key(k) for k in node["variant_keys"]}
    choices = {
        normalize_variant_key(k) for k in FACE_DRESSING_CUT_CLASSES + FACE_DRESSING_FILL_CLASSES
    }
    assert keys == choices - {normalize_variant_key("성토면 · 기계")}


# ── 내역 — 갈래가 서면 금액 · 기계는 사유 ─────────────────────────────


def test_내역은_갈래가_서면_금액이_서고_성토면_기계는_규격_미정_사유() -> None:
    """9-19-2(연암 · 리핑) · 9-19-1(성토면 인력 점토 500㎡ × 3,269원) 금액이 섬.
    ⓘ 9-19-1 은 첫 커밋(ee9368ec) 때 공기압축기 3.5 손료 미확보(공종 단위 「일부만」)에 막혀 있었고
    운전경비 표 괄호 딸림값 파서 고침으로 풀림(같은 날 · `test_b09_operating_paren_spec`).
    성토면·기계는 [주]·규격 미정 사유가 후보 목록 곁에 붙음(Ⓓ)."""
    from B09_Estimation.B09_Estimation_BillOfQuantities import build_bill

    handoff = _handoff(face_dressing_cut_class=CUT_SAND, face_dressing_fill_class=FILL_CLAY)
    rows = [r for r in build_bill(handoff).rows if str(r.code).startswith("FP-09-19-0")]
    ripping = next(r for r in rows if r.code == "FP-09-19-02")
    assert ripping.amount_krw and int(ripping.amount_krw) > 0, ripping.note
    fill = next(r for r in rows if r.code == "FP-09-19-01" and r.spec == FILL_CLAY)
    assert fill.amount_krw == 500 * 3269, fill.note
    machine = _handoff(face_dressing_cut_class=CUT_SAND, face_dressing_fill_class="성토면 · 기계")
    row = next(
        r for r in build_bill(machine).rows if r.code == "FP-09-19-01" and r.spec == "성토면"
    )
    assert row.amount_krw is None and "규격 미정" in row.note, row.note