Pier_v1/Code/교각모델링앱/tools/patches/2026-10-12_patch_batch_session.py

"""Patch (2026-10-12, user request): batch run G1..G5 in ONE Rhino session with gate checks only — no per-gate
save, no reload; negative tests kept (moved and restored inside the session); the final G5 model is saved once.
Reload / unchanged are reported as skipped for batch-run gates. Individual gate runs keep save + reload; when the
previous gate has no fingerprint (it was batch-run), the unchanged check is skipped instead of raising."""
from pathlib import Path

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


def patch(rel, reps):
    p = APP / rel
    s = p.read_text(encoding="utf-8")
    for a, b in reps:
        assert s.count(a) == 1, (rel, a[:70])
        s = s.replace(a, b)
    p.write_text(s, encoding="utf-8")


patch("engine/gates.py", [
# 1. shared judgement of checks + negative tests
("""def run_gate(gate, params, expected, run_dir, log=print):""",
 """def _negative_steps(gate, pid, expected, run_dir):
    \"\"\"Rhino steps: checker, then horizontal / vertical move -> checker -> undo (same document).\"\"\"
    neg_h, neg_v = NEGATIVE[gate]
    pert = RHINO_DIR / "perturb.py"
    steps = check_steps(expected, run_dir, [gate])
    for tag, mv in (("_negH", neg_h), ("_negV", neg_v)):
        glb = {"PIER_ID": pid, "MOVES": [mv]}
        steps.append({"name": f"{gate}:perturb{tag}", "script": pert, "globals": glb})
        steps += check_steps(expected, run_dir, [gate], tag)
        steps.append({"name": f"{gate}:undo{tag}", "script": pert, "globals": dict(glb, UNDO=True)})
    return steps


def _judge(gate, X, run_dir):
    \"\"\"Read checker + negative-test results: (base, unplanned, planned_seen, neg).\"\"\"
    base = _load(run_dir / f"{gate}.json")
    fails = _fails(base)
    unplanned = [f["item"] for f in fails if not planned(X, gate, f["item"])]
    planned_seen = [{"item": f["item"], "reason": planned(X, gate, f["item"])["reason"]}
                    for f in fails if planned(X, gate, f["item"])]
    neg = {}
    for tag, mv in zip(("negH", "negV"), NEGATIVE[gate]):
        r = _load(run_dir / f"{gate}_{tag}.json")
        new = [f["item"] for f in _fails(r) if f["item"] not in {x["item"] for x in fails}]
        neg[tag] = {"move": mv, "new_fails": new[:10], "detected": len(_fails(r)) > len(fails)}
    return base, unplanned, planned_seen, neg


def run_batch_session(gates, params, expected, run_dir, log=print):
    \"\"\"Batch mode: build G1..G5 in ONE Rhino session; after each gate in `gates` is built, run its checker and
    negative tests in the same document. No per-gate save and no reload; the final model is saved once as G5.3dm.
    Writes <gate>_gate.json for each gate in `gates` (reload / unchanged = skipped) and returns {gate: report}.\"\"\"
    run_dir = Path(run_dir)
    run_dir.mkdir(parents=True, exist_ok=True)
    X = _load(expected)
    pid = X["pier_id"]
    ids = gate_ids()
    for g in gates:                      # results / models of these gates are replaced: drop the old ones
        for suffix in ("_fp.json",) + ((".3dm",) if g != "G5" else ()):
            (run_dir / f"{g}{suffix}").unlink(missing_ok=True)
    glb = {"PARAMS_PATH": str(Path(params).resolve())}
    steps = []
    for g, _, script in GATES:
        steps.append({"name": f"{g}:{script}", "script": RHINO_DIR / script, "globals": glb})
        if g in REBAR_GATES:
            steps.append({"name": f"{g}:rebar_colours.py", "script": RHINO_DIR / "rebar_colours.py", "globals": glb})
        if g in gates:
            steps += _negative_steps(g, pid, expected, run_dir)
    steps.append({"name": "display.py", "script": RHINO_DIR / "display.py", "globals": glb})
    t0 = time.time()
    log(f"[batch] one Rhino session: build G1..G5, check {', '.join(gates)} (no per-gate save / reload)")
    res = run_job(steps, save=run_dir / "G5.3dm", units_mm_tolerance=TOLERANCE_MM)
    secs = {}
    for st in res["steps"]:
        g = st["name"].split(":")[0]
        secs[g] = secs.get(g, 0) + st["secs"]
    out = {}
    for g in gates:
        base, unplanned, planned_seen, neg = _judge(g, X, run_dir)
        verdict = "PASS" if not unplanned and all(v["detected"] for v in neg.values()) else "FAIL"
        rep = {"gate": g, "checker": CHECKERS[g], "verdict": verdict, "summary": base["summary"],
               "unplanned_fails": unplanned, "planned_fails": planned_seen, "negative": neg,
               "reload": {"ok": None, "skipped": "일괄 실행(단일 세션) — 저장·재로드 안 함"},
               "unchanged": {"ok": None, "compared": 0, "diffs": [], "missing": [], "against": None,
                             "skipped": "일괄 실행(단일 세션) — 앞 게이트 객체를 다시 만들지 않음"},
               "model": str(run_dir / "G5.3dm") if g == "G5" else None, "mode": "batch",
               "secs": round(secs.get(g, 0), 1), "session_secs": res["wall_secs"]}
        (run_dir / f"{g}_gate.json").write_text(json.dumps(rep, ensure_ascii=False, indent=1), encoding="utf-8")
        log(f"[{g}] {verdict}  checks {base['summary']['passed']}/{base['summary']['total']} "
            f"(planned FAIL {len(planned_seen)}, unplanned {len(unplanned)})  negative H/V "
            f"{neg['negH']['detected']}/{neg['negV']['detected']}  (batch)")
        out[g] = rep
    log(f"[batch] done in {round(time.time() - t0, 1)}s, objects {res['objects']}, model {run_dir / 'G5.3dm'}")
    return out


def run_gate(gate, params, expected, run_dir, log=print):"""),
# 2. run_gate uses the shared helpers
("""    neg_h, neg_v = NEGATIVE[gate]
    pert = RHINO_DIR / "perturb.py"
    steps = check_steps(expected, run_dir, [gate])
    for tag, mv in (("_negH", neg_h), ("_negV", neg_v)):
        glb = {"PIER_ID": pid, "MOVES": [mv]}
        steps.append({"name": f"perturb{tag}", "script": pert, "globals": glb})
        steps += check_steps(expected, run_dir, [gate], tag)
        steps.append({"name": f"undo{tag}", "script": pert, "globals": dict(glb, UNDO=True)})
    steps.append""",
 """    steps = _negative_steps(gate, pid, expected, run_dir)
    steps.append"""),
("""    base = _load(run_dir / f"{gate}.json")
    fails = _fails(base)
    unplanned = [f["item"] for f in fails if not planned(X, gate, f["item"])]
    planned_seen = [{"item": f["item"], "reason": planned(X, gate, f["item"])["reason"]}
                    for f in fails if planned(X, gate, f["item"])]
    neg = {}
    for tag, mv in (("negH", neg_h), ("negV", neg_v)):
        r = _load(run_dir / f"{gate}_{tag}.json")
        new = [f["item"] for f in _fails(r) if f["item"] not in {x["item"] for x in fails}]
        neg[tag] = {"move": mv, "new_fails": new[:10], "detected": len(_fails(r)) > len(fails)}
""",
 """    base, unplanned, planned_seen, neg = _judge(gate, X, run_dir)
"""),
# 3. previous gate without fingerprint (batch-run) -> unchanged skipped
("""        prev_fp = run_dir / f"{ids[k - 1]}_fp.json"
        if not prev_fp.exists():
            raise FileNotFoundError(f"run {ids[k - 1]} first (needs {prev_fp.name})")
        prev = _load(prev_fp)""",
 """        prev_fp = run_dir / f"{ids[k - 1]}_fp.json"
    if k > 0 and not prev_fp.exists():
        unchanged.update(ok=None, skipped=f"{ids[k - 1]} 지문 없음(일괄 실행 결과) — 비교 생략")
    elif k > 0:
        prev = _load(prev_fp)"""),
("""    verdict = ("PASS" if not unplanned and all(v["detected"] for v in neg.values()) and reload_ok
               and unchanged["ok"] else "FAIL")""",
 """    verdict = ("PASS" if not unplanned and all(v["detected"] for v in neg.values()) and reload_ok
               and unchanged["ok"] is not False else "FAIL")"""),
("""           "unchanged": unchanged, "model": str(model), "secs": round(time.time() - t0, 1),""",
 """           "unchanged": unchanged, "model": str(model), "mode": "single", "secs": round(time.time() - t0, 1),"""),
("""from engine.pipeline import (CHECKERS, GATE_PREFIXES, RHINO_DIR, TOLERANCE_MM, build_steps, check_steps,
                             gate_ids)""",
 """from engine.pipeline import (CHECKERS, GATE_PREFIXES, GATES, REBAR_GATES, RHINO_DIR, TOLERANCE_MM, build_steps,
                             check_steps, gate_ids)"""),
])
print("engine patched")