eomsangdonandClaude Opus 5.5
ad8b9e626b
B08 자재 길 답 = {source, sheets: {material}} 인데 B09 가 한 층 위를 읽어 총괄 줄 · 운반 수량이 늘 빈칸 · 시험 가짜 답도 같은 꼴로 바로잡음
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_015sDZSjFvoiDjdGpgj3muc3
117 lines
5.0 KiB
Python
117 lines
5.0 KiB
Python
"""166-3 재료비목록표 = B08 총괄 합계 × 적용 단가 = 총액 ROUND 0 · 공제 거름 · MT 합침 · 거울."""
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import sys
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from pathlib import Path
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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 import B09_Estimation_Prices as prices # noqa: E402
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from B09_Estimation.B09_Estimation_Calc_Base import compute_base # noqa: E402
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from resources.tester.test_144_b09_base_calc import _run_ts # noqa: E402
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MATERIALS = [
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{"key": "MT1", "name": "부직포", "prices": {"물가자료": 1234.5}, "qty": 10.25},
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{"key": "MT2", "name": "수량 없는 사본 줄", "prices": {"물가자료": 500}},
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{"key": "b08:cement", "name": "시멘트", "prices": {}, "qty": 3.333},
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{"key": "b08:sand", "name": "모래", "prices": {}, "qty": 7},
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]
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INPUTS = {"labor": [], "machines": [], "materials": MATERIALS}
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USER = {"materials": {"b08:cement": {"applied": 7000.5}}}
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def test_총액_ROUND_0_빈칸():
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rows = {r["key"]: r for r in compute_base(INPUTS, USER)["material"]}
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assert (rows["MT1"]["qty"], rows["MT1"]["price"], rows["MT1"]["amount"]) == (
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10.25,
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1234.5,
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12654,
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) # 12,653.6 → 반 올림
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assert rows["b08:cement"]["amount"] == 23333 # 3.333 × 7000.5 = 23,332.67
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assert rows["MT2"]["qty"] is None and rows["MT2"]["amount"] is None # 수량 빈칸
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assert rows["b08:sand"]["price"] is None and rows["b08:sand"]["amount"] is None # 단가 빈칸
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def test_거울_TS():
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for user in ({}, USER):
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assert _run_ts(INPUTS, user) == compute_base(INPUTS, user)
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def test_공제_거름_MT_합침(monkeypatch):
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sheets = {
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"material": {
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"rows": [
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{"key": "cement", "group": "시멘트", "unit": "포", "amount": 12.5},
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{"key": "picked_deduct", "group": "채집석 공제", "unit": "㎥", "amount": 4},
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{"key": "MT1", "group": "부직포", "unit": "㎡", "amount": 30.1},
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{"key": "MT9", "group": "사본에 없는 MT", "unit": "개", "amount": 2},
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{"key": "empty", "group": "수량 없음", "amount": None},
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]
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}
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}
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keys = [r["key"] for r in prices.b08_material_rows(sheets)]
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assert keys == ["b08:cement", "b08:MT1", "b08:MT9"]
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monkeypatch.setattr(prices, "_master", lambda: None)
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monkeypatch.setattr(
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prices,
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"demand",
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lambda master, keys: {"labor": [], "machines": [], "materials": ["MT1", "MO1"],
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"fuel_keys": {}, "missing": []},
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) # fmt: skip
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book = {"rows": {"MT1": {"key": "MT1", "name": "부직포"}, "MO1": {"key": "MO1"}}}
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got = prices.build_inputs(book, [], sheets)["materials"]
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assert [r["key"] for r in got] == ["MT1", "MO1", "b08:cement", "b08:MT9"]
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assert got[0]["qty"] == 30.1 and "qty" not in book["rows"]["MT1"] # 책은 안 바꿈
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assert got[2]["qty"] == 12.5
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def test_167_2_B08_답_한_층_아래_총괄_줄(monkeypatch):
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"""B08 길 답 = {source, sheets: {material: {rows}}} — sheets 를 읽어야 총괄 줄이 들어옴."""
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import asyncio
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from B09_Estimation import B09_Estimation_Router as router_mod
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rows = [
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{"key": "pipe_1200", "group": "파형강관", "spec": "Φ1200mm", "unit": "m", "amount": 7},
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{
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"key": "coupling_1200",
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"group": "커플링밴드",
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"spec": "Φ1200mm",
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"unit": "개",
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"amount": 0,
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},
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{"key": "합판(준내수)|㎡", "group": "합판(준내수)", "unit": "㎡", "amount": 7},
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{"key": "picked_deduct", "group": "채집석 공제", "amount": None},
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]
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async def materials(_pid):
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return {"source": {"columns": []}, "notes": [], "sheets": {"material": {"rows": rows}}}
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async def earthwork(_pid):
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return None
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monkeypatch.setattr(router_mod, "material_sheets", materials)
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monkeypatch.setattr(router_mod, "earthwork_table", earthwork)
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b08 = asyncio.run(router_mod._b08(None, []))
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assert b08["summary"] == {"columns": []}
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got = prices.b08_material_rows(b08["materials"])
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assert [(r["key"], r["qty"], r.get("supply")) for r in got] == [
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("b08:pipe_1200", 7, "관급"),
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("b08:coupling_1200", 0, None),
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("b08:합판(준내수)|㎡", 7, None),
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]
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s = compute_base({"labor": [], "machines": [], "materials": got}, USER_PIPE)
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rows_out = {r["key"]: r for r in s["material"]}
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assert rows_out["b08:pipe_1200"]["supply"] == "별도" # 사용자 표시가 앞섬
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plain = compute_base({"labor": [], "machines": [], "materials": got}, {})
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assert plain["material"][0]["supply"] == "관급" # 파형강관 기본 = 관급
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assert rows_out["b08:합판(준내수)|㎡"]["amount"] == 7 * 12000
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assert rows_out["b08:coupling_1200"]["price"] is None # 단가 없음 = 빈칸(견적 칸으로)
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assert _run_ts({"labor": [], "machines": [], "materials": got}, USER_PIPE) == s
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USER_PIPE = {"materials": {"b08:합판(준내수)|㎡": {"quote": 12000},
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"b08:pipe_1200": {"supply": "별도"}}} # fmt: skip
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