"""160-4 B08 콘크리트(기계) · 모르터 1:3 열 = 사본 없어도 늘 보임 + 손 단위수량 → 콘크리트소요
(엑셀 I66 · R66 꼴 · 레미콘은 안 거침) → 총괄 시멘트 · 모래 · 자갈 — 엑셀 2공구 검산.
"""

from __future__ import annotations

from pathlib import Path

from B08_Quantity.B08_Quantity_Material_Calc import clean_overrides, compute
from resources.tester.test_121_b08_material_sheets import (
    EXCEL_MIX,
    EXCEL_PANEL,
    SUMMARY,
    UNITS,
    _run_ts,
)

ROOT = Path(__file__).resolve().parents[2]


def test_두_열은_사본_없어도_늘_보임():
    bare = {"columns": SUMMARY["columns"], "total": SUMMARY["total"]}
    keys = [m["key"] for m in compute(bare, clean_overrides({}))["quantity"]["materials"]]
    assert keys == ["concrete_machine", "pipe_800", "pipe_1000", "pipe_1200", "mortar_1_3"]


def test_엑셀_검산_시멘트_모래_자갈_레미콘():
    """손 단위수량(엑셀 자재수량집계표) · 엑셀 배합 · 엑셀 할증 → 총괄 G18 244 · G4 16 · G5 19."""
    over = clean_overrides({"units": UNITS, "mix": EXCEL_MIX})
    sheets = compute(SUMMARY, over, EXCEL_PANEL)
    concrete = {row["key"]: row for row in sheets["concrete"]["rows"]}
    assert concrete["c40"]["qty"] == 27.73 and concrete["m13"]["qty"] == 1.162  # I66 · R66
    assert [concrete[k]["qty"] for k in ("c25", "c40_plain", "m12")] == [None] * 3  # 두 열에서만
    assert sheets["concrete"]["total"] == {"cement": 9549.41, "sand": 14.5886, "gravel": 18.0245}
    total = {row["key"]: row for row in sheets["material"]["rows"]}
    assert total["cement"]["amount"] == 244
    assert total["sand"]["amount"] == 16 and total["gravel"]["amount"] == 19
    assert total["remicon_25_18_80"]["amount"] == 31.62  # 레미콘 = 총괄로 곧장
    assert _run_ts(SUMMARY, over) == compute(SUMMARY, over)


def test_엑셀_손값과_다른_상수는_알림만():
    ui = (ROOT / "B08_Quantity" / "B08_Quantity_UI_Material.ts").read_text(encoding="utf-8")
    assert "2공구 엑셀 수기 입력값과 다름" in ui and "b08MaterialExcel" in ui
    # 기본 배합은 품셈 근거 그대로(124)
    per = {r["key"]: r["per"] for r in compute(SUMMARY, clean_overrides({}))["concrete"]["rows"]}
    assert per["c40"] == {"cement": 323, "sand": 0.456, "gravel": 0.612}