eomsangdonandClaude Opus 5.5
472bf98ba2
- 셈 짝(Calc_Total py ↔ ts) — STmate 일반형식 식 · 자리(지식DB 12 · 35 분석) · 경비 묶음 안 · 나.소계에 듦 퇴직공제부금비 = 직접노무비 × 율 · 임금채권 · 석면 = (직노 + 간노) × 율 · 하도급 = 순공사비 × 율 · 공사이행보증 = 금액 직접 입력(performance_fee) · 자동 요율 없음 · 요율 빈칸 = 해당 없음(0) - 요율 출처 「불러옴」 = rates_imported(707-2 불러오기가 실음 · 요율 고치면 사용자) - 707-2 불러오기 — 「셈 없음」 알림 뺌 · 공사이행보증 줄 금액 = 손입력 칸 - 총괄 · 원가계산서 탭 · 인쇄 미리보기 = 같은 줄 짜기 - 낡은 시험 고침 — 현행 비목 기대값 빈칸 → 0 · 퇴직공제 요율 칸 고침 가능 · 거창 총공사비 = 엑셀 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
265 lines
11 KiB
Python
265 lines
11 KiB
Python
# -*- coding: utf-8 -*-
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"""145-4 B09 총괄설계내역서 · 공사원가계산서 셈 — 엑셀 검산 대조 · 거울(`B09_Estimation_Calc_Total.py` ↔ `.ts`).
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견본 = 기번3 공통 엑셀(`2024년 간선임도사업(기번3).xlsx`) 총괄 48 비목 합 · M49~M64 요율 · N55 기초액 ·
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I62 이윤 보정 · 설계내역서 J253 관급 순자재대 · D253 조달수수료율 → 총괄 D49~D67 · E55 A/B · 원가계산서 구성비.
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"""
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import json
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import re
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import subprocess
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import sys
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from pathlib import Path
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import pytest
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ROOT = Path(__file__).resolve().parents[2]
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if str(ROOT) not in sys.path:
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sys.path.insert(0, str(ROOT))
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from B09_Estimation.B09_Estimation_Calc_Total import CURRENT_ONLY, compute_total # noqa: E402
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from B09_Estimation.B09_Estimation_Rates import rate_candidates # noqa: E402
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IMPORTS = re.compile(r"^import[^;]*;\n", re.MULTILINE)
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SUMS = {"material": 194234417, "labor": 346800554, "expense": 169324165, "supply_net": 69474220}
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RATES = {
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"indirect_labor": 14.5,
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"accident": 3.56,
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"employment": 1.01,
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"health": 3.545,
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"care": 12.95,
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"pension": 4.5,
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"safety": 1.86,
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"other": 6,
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"environment": 0.8,
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"machine": 0.4,
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"overhead": 6,
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"profit": 15,
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"vat": 10,
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}
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ESTIMATE = {
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"rates": RATES,
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"safety_base": 5349000,
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"profit_adjust": 905980,
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"procurement_fee_pct": 0.54,
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}
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EXCEL_LINES = { # 총괄 D49~D58 · D60 · D62 · D64 · D66
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"indirect_labor": 50286080,
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"accident": 14136284,
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"employment": 4010575,
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"health": 12294079,
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"care": 1592083,
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"pension": 15606024,
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"safety": 16586996,
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"other": 35479263,
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"environment": 5682873,
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"machine": 2841436,
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"overhead": 52132489,
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"profit": 108109955,
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"vat": 102911727,
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"supply": 69850000,
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**{key: 0 for key in CURRENT_ONLY}, # 708-2 현행 비목 — 엑셀(기번3)에 없음 = 요율 빈칸 = 0
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}
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EXCEL_SUBTOTALS = { # 총괄 D59 · D61 · D63 · D65 · D67
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"net_cost": 868874829,
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"da": 921007318,
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"supply_price": 1029117273,
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"contract": 1132029000,
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"grand": 1201879000,
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}
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def test_엑셀_검산_총괄():
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out = compute_total(SUMS, ESTIMATE)
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assert out["sums"]["direct"] == 710359136 # 가. 순공사비계 D48
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assert out["lines"] == EXCEL_LINES
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assert out["subtotals"] == EXCEL_SUBTOTALS
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assert out["safety"] == {"a": 16586996, "b": 18494700} # E55 글 A · B
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assert out["profit_raw"] == 109015935 # J62 보정 전
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assert out["supply"] == {"net": 69474220, "fee": 375160, "raw": 69849380} # I66 · O66
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def test_엑셀_검산_원가계산서_거울_구성비():
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cost = compute_total(SUMS, ESTIMATE)["cost"]
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share = compute_total(SUMS, ESTIMATE)["share"]
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assert cost["direct_material"] == 194234417 and cost["material"] == 194234417 # D5 · D8
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assert cost["labor"] == 397086634 # D11
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assert cost["expense_sum"] == 277553778 # D22
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assert cost["supply_price"] == 1029117273 and cost["grand"] == 1201879000 # D25 · D29
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assert share["direct_material"] == pytest.approx(16.160896146783497) # E5
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assert share["labor"] == pytest.approx(33.03881954839048) # E11
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assert share["supply"] == pytest.approx(5.8117331278772655) # E28
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assert share["grand"] == 100
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def test_간접재료비_작업설은_직접재료비만_바꿈():
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est = {**ESTIMATE, "indirect_material": 1000, "scrap": 300}
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out = compute_total(SUMS, est)
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assert out["cost"]["direct_material"] == 194234417 - 1000 + 300 # 엑셀 D5 = F48 − D6 + D7
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assert out["cost"]["material"] == 194234417
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assert out["subtotals"] == EXCEL_SUBTOTALS
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def test_빈칸_규칙():
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blank = compute_total(SUMS, {})
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assert all(v is None for k, v in blank["lines"].items() if k not in ("supply", *CURRENT_ONLY))
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assert all(blank["lines"][k] == 0 for k in CURRENT_ONLY) # 708-2 요율 빈칸 = 해당 없음
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assert blank["subtotals"]["net_cost"] is None and blank["subtotals"]["grand"] is None
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assert blank["lines"]["supply"] is None # 조달수수료율 빈칸
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# 요율 하나만 빈칸 — 그 줄 · 소계 빈칸 · 다른 줄은 셈
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one = compute_total(SUMS, {**ESTIMATE, "rates": {**RATES, "care": None}})
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assert one["lines"]["care"] is None and one["lines"]["health"] == 12294079
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assert one["subtotals"]["net_cost"] is None and one["lines"]["supply"] == 69850000
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# 비목 합이 아직 없음(145-3 전) — 모두 빈칸
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none = compute_total(None, ESTIMATE)
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assert none["subtotals"]["grand"] is None and none["lines"]["indirect_labor"] is None
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# 관급 없음 — 수수료율 빈칸이어도 관급 0
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zero = compute_total({**SUMS, "supply_net": 0}, {**ESTIMATE, "procurement_fee_pct": None})
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assert zero["lines"]["supply"] == 0 and zero["subtotals"]["grand"] is not None
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def test_안전관리비_B_가_작으면_B():
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big = compute_total({**SUMS, "supply_net": 2_000_000_000}, ESTIMATE)
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assert big["safety"]["a"] > big["safety"]["b"]
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assert big["lines"]["safety"] == big["safety"]["b"]
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def test_요율_후보_글():
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cand = rate_candidates()
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assert cand["RT000001"] == "M01 RT000001 3.56%"
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assert "구간" in cand["RT000002"] and cand["RT000019"].endswith("10%")
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def _run_ts(cases: list) -> list:
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base = ROOT / "B09_Estimation" / "B09_Estimation_Calc_Base.ts"
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calc = ROOT / "B09_Estimation" / "B09_Estimation_Calc_Total.ts"
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body = (
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f"\nconst cases = {json.dumps(cases, ensure_ascii=False)};"
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"\nconsole.log(JSON.stringify(cases.map(([s, e]) => computeTotal(s, e))));"
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)
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script = "".join(IMPORTS.sub("", p.read_text(encoding="utf-8")) for p in (base, calc)) + body
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result = subprocess.run(
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["node", "--experimental-strip-types", "--no-warnings",
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"--input-type=module-typescript"],
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input=script, capture_output=True, text=True, encoding="utf-8", timeout=60,
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) # fmt: skip
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assert result.returncode == 0, result.stderr
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return json.loads(result.stdout)
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def test_거울_TS_가_같은_값():
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cases = [
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[SUMS, ESTIMATE],
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[SUMS, {**ESTIMATE, "indirect_material": 1000, "scrap": 300, "vat_adjust": -27}],
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[SUMS, {}],
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[None, ESTIMATE],
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[{**SUMS, "supply_net": 0}, {**ESTIMATE, "procurement_fee_pct": None}],
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[{**SUMS, "supply_net": 2_000_000_000}, ESTIMATE],
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[{**SUMS, "labor": None}, ESTIMATE],
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[SUMS, {**ESTIMATE, "rates": {**RATES, "care": None, "profit": 12.5}}],
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[SUMS, CURRENT],
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[{**SUMS, "labor": None}, CURRENT],
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]
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assert _run_ts(cases) == [compute_total(s, e) for s, e in cases]
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def test_화면_탭_요율_손입력_칸():
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"""총괄 탭 — 요율 · 손입력 칸만 고침 · 빈칸 = 지움 · 원가계산서 줄 누름 = 총괄 그 줄."""
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files = [
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ROOT / "B09_Estimation" / name
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for name in (
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"B09_Estimation_Calc_Base.ts",
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"B09_Estimation_Calc_Total.ts",
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"B09_Estimation_UI_Tabs.ts",
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"B09_Estimation_UI_Tabs_Total.ts",
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)
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]
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body = f"""
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let user = {{ estimate: {json.dumps(ESTIMATE)} }};
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const setUser = (u) => (user = u);
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const sums = {json.dumps(SUMS)};
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const ctx = () => ({{ sheets: {{ total: computeTotal(sums, user.estimate) }}, payload: {{}}, user, setUser }});
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let t = buildTotal(ctx());
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const at = (rows, key) => rows.findIndex((r) => r.key === key);
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const out = {{}};
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out.editable = [
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t.editable(at(t.rows, "care"), "rate"), t.editable(at(t.rows, "care"), "hand"),
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t.editable(at(t.rows, "safety"), "hand"), t.editable(at(t.rows, "retirement"), "rate"),
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t.editable(at(t.rows, "net_cost"), "rate"),
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];
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t.onEdit(at(t.rows, "care"), "rate", "13.14");
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out.care = user.estimate.rates.care;
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t = buildTotal(ctx());
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t.onEdit(at(t.rows, "care"), "rate", "");
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out.careGone = "care" in user.estimate.rates;
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t = buildTotal(ctx());
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out.grandBlank = t.total.amount; // 257-2 총공사비 = 표 아래 고정 줄
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t.onEdit(at(t.rows, "safety"), "hand", "1,000");
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out.base = user.estimate.safety_base;
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const c = buildCost(ctx());
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out.link = c.link(at(c.rows, "safety"));
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c.onEdit(at(c.rows, "scrap"), "amount", "300");
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out.scrap = user.estimate.scrap;
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console.log(JSON.stringify(out));
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"""
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script = "".join(IMPORTS.sub("", p.read_text(encoding="utf-8")) for p in files) + body
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result = subprocess.run(
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["node", "--experimental-strip-types", "--no-warnings",
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"--input-type=module-typescript"],
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input=script, capture_output=True, text=True, encoding="utf-8", timeout=60,
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) # fmt: skip
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assert result.returncode == 0, result.stderr
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out = json.loads(result.stdout)
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assert out["editable"] == [True, False, True, True, False] # 708-2 퇴직공제 요율 칸
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assert out["care"] == 13.14 and out["careGone"] is False
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assert out["grandBlank"] is None # 요율 지우면 그 줄 · 소계 빈칸
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assert out["base"] == 1000 and out["scrap"] == 300
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assert out["link"] == {"tab": "total", "key": "safety"}
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CURRENT = { # 708-2 현행 비목 — 율 넷 · 공사이행보증 금액 · 불러온 율 표시
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**ESTIMATE,
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"rates": {
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**RATES,
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"retirement": 2.3,
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"wage_claim": 0.09,
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"asbestos": 0.006,
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"subcontract": 0.1,
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},
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"rates_imported": ["retirement", "safety"],
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"performance_fee": 1234567,
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}
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def test_708_2_현행_비목_다섯():
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out = compute_total(SUMS, CURRENT)
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ln, total_labor, direct = out["lines"], 346800554 + 50286080, 710359136
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assert ln["retirement"] == int(346800554 * 2.3 / 100) # 직접노무비 × 율
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assert ln["wage_claim"] == int(total_labor * 0.09 / 100) # (직노 + 간노) × 율
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assert ln["asbestos"] == int(total_labor * 0.006 / 100)
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assert ln["subcontract"] == int(direct * 0.1 / 100) # (재료 + 직노 + 산출경비) × 율
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assert ln["performance"] == 1234567 # 금액 손입력
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added = sum(ln[k] for k in CURRENT_ONLY)
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assert out["subtotals"]["net_cost"] == EXCEL_SUBTOTALS["net_cost"] + added # 나.소계에 듦
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assert out["cost"]["expense_sum"] == 277553778 + added # 경비 묶음 안
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assert out["cost"]["retirement"] == ln["retirement"]
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assert (
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out["rates"]["retirement"]["from"] == "import"
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and out["rates"]["safety"]["from"] == "import"
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)
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assert out["rates"]["wage_claim"]["from"] == "user"
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# 요율 빈칸 = 해당 없음(0 · 소계 빈칸 아님) — 옛 공사 금액 그대로
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old = compute_total(SUMS, ESTIMATE)
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assert all(old["lines"][k] == 0 for k in CURRENT_ONLY)
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assert old["subtotals"] == EXCEL_SUBTOTALS
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def test_708_2_저장_칸():
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from B09_Estimation import B09_Estimation_Store as store
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raw = {"estimate": {"performance_fee": 1234567, "rates_imported": ["retirement", 3]}}
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got = store.clean_user(raw)["estimate"]
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assert got["performance_fee"] == 1234567 and got["rates_imported"] == ["retirement", "3"]
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