{"abstract":"Time-band rate with calendar day cap returns a wrong result when band minutes are rounded down to quarters.","category":"Toll and parking fee computation","checks":8,"contract":"Input {bands: [[start minute of day, cents per quarter hour]] sorted with first start 0, entry, exit (absolute minutes), daily_max}. Minutes of the stay are totalled per calendar day and band; each total is rounded up to whole quarter hours and priced at its band rate. Each calendar day's charge is capped at daily_max.","evaluation_group":"w2-toll_and_parking_fee_computation-time-band-rate","failed_approach":"Rounding up to whole hours overcharges short stays.","family":"w2-toll_and_parking_fee_computation-time-band-rate-quarter-ceiling","id":"FA-68431","implementations":{"attempt":{"sha256":"74b976d76662df7562e96a87c1344db25d9bc9bc6b3d9db76c8cbac4986b659f","source":"\"\"\"Failure Map reference implementation. Python standard library only.\"\"\"\nimport json\n\nN = 1\nobservations = []\ndef solve(x):\n    bands = x['bands']\n    per = {}\n    t = x['entry']\n    while t < x['exit']:\n        day, tod = divmod(t, 1440)\n        i = max(k for k in range(len(bands)) if bands[k][0] <= tod)\n        nxt = bands[i + 1][0] if i + 1 < len(bands) else 1440\n        step = min(x['exit'] - t, nxt - tod)\n        key = (day, bands[i][1])\n        per[key] = per.get(key, 0) + step\n        t += step\n    days = {}\n    for (day, rate), m in per.items():\n        days[day] = days.get(day, 0) + -(-m // 60) * 4 * rate\n    return sum(min(v, x['daily_max']) for v in days.values())\ndef check(label, actual, expected):\n    observations.append({\"check\": label, \"actual\": actual, \"expected\": expected, \"passed\": actual == expected})\nfixtures = [[({'bands': [[0, 50], [630, 100], [1380, 100]], 'entry': 1427, 'exit': 1817, 'daily_max': 1500}, 1400), ({'bands': [[0, 50], [330, 100]], 'entry': 656, 'exit': 1034, 'daily_max': 2500}, 2500), ({'bands': [[0, 25], [420, 100], [1080, 50]], 'entry': 400, 'exit': 1100, 'daily_max': 4000}, 4000), ({'bands': [[0, 50], [720, 100]], 'entry': 1400, 'exit': 1500, 'daily_max': 1500}, 500), ({'bands': [[0, 25], [300, 50]], 'entry': 1203, 'exit': 1320, 'daily_max': 4000}, 400), ({'bands': [[0, 50], [600, 50], [900, 25]], 'entry': 1880, 'exit': 4249, 'daily_max': 1500}, 3000), ({'bands': [[0, 50], [1320, 100]], 'entry': 1793, 'exit': 2565, 'daily_max': 1500}, 1500), ({'bands': [[0, 25], [420, 100], [1080, 25]], 'entry': 350, 'exit': 1100, 'daily_max': 9000}, 4550)], [({'bands': [[0, 25], [420, 100], [1080, 25]], 'entry': 350, 'exit': 1100, 'daily_max': 9000}, 4550), ({'bands': [[0, 25], [270, 50]], 'entry': 1500, 'exit': 2160, 'daily_max': 1500}, 1500), ({'bands': [[0, 50], [390, 100]], 'entry': 1045, 'exit': 1320, 'daily_max': 4000}, 1900), ({'bands': [[0, 50], [720, 100]], 'entry': 1400, 'exit': 1500, 'daily_max': 1500}, 500), ({'bands': [[0, 25], [1290, 25]], 'entry': 715, 'exit': 1515, 'daily_max': 2500}, 1350), ({'bands': [[0, 25], [960, 100], [1200, 100]], 'entry': 748, 'exit': 2538, 'daily_max': 2500}, 5000), ({'bands': [[0, 25], [420, 100], [1080, 50]], 'entry': 400, 'exit': 1100, 'daily_max': 4000}, 4000), ({'bands': [[0, 25], [1170, 100]], 'entry': 408, 'exit': 1419, 'daily_max': 2500}, 2500)], [({'bands': [[0, 25], [300, 100], [780, 50], [1380, 25]], 'entry': 410, 'exit': 992, 'daily_max': 2500}, 2500), ({'bands': [[0, 25], [90, 100]], 'entry': 15, 'exit': 2161, 'daily_max': 2500}, 5000), ({'bands': [[0, 50], [990, 50]], 'entry': 1775, 'exit': 1955, 'daily_max': 1500}, 600), ({'bands': [[0, 25], [420, 100], [1080, 25]], 'entry': 350, 'exit': 1100, 'daily_max': 9000}, 4550), ({'bands': [[0, 50], [480, 50], [1080, 50]], 'entry': 361, 'exit': 2927, 'daily_max': 1500}, 3200), ({'bands': [[0, 25], [420, 100], [1080, 50]], 'entry': 400, 'exit': 1100, 'daily_max': 4000}, 4000), ({'bands': [[0, 50], [720, 100]], 'entry': 1400, 'exit': 1500, 'daily_max': 1500}, 500), ({'bands': [[0, 50], [780, 50], [870, 25], [900, 100]], 'entry': 540, 'exit': 797, 'daily_max': 1500}, 900)], [({'bands': [[0, 50], [150, 50], [570, 50], [1320, 50]], 'entry': 615, 'exit': 735, 'daily_max': 2500}, 400), ({'bands': [[0, 25], [420, 100]], 'entry': 364, 'exit': 610, 'daily_max': 2500}, 1400), ({'bands': [[0, 50], [720, 100]], 'entry': 1400, 'exit': 1500, 'daily_max': 1500}, 500), ({'bands': [[0, 25], [480, 100], [750, 50]], 'entry': 1968, 'exit': 2797, 'daily_max': 1500}, 1500), ({'bands': [[0, 25], [420, 100], [1080, 50]], 'entry': 400, 'exit': 1100, 'daily_max': 4000}, 4000), ({'bands': [[0, 50], [210, 25]], 'entry': 1069, 'exit': 3448, 'daily_max': 1500}, 3425), ({'bands': [[0, 25], [420, 100], [1080, 25]], 'entry': 350, 'exit': 1100, 'daily_max': 9000}, 4550), ({'bands': [[0, 50], [360, 100], [570, 100]], 'entry': 629, 'exit': 2400, 'daily_max': 2500}, 5000)], [({'bands': [[0, 50], [480, 25], [1200, 50], [1230, 50]], 'entry': 1584, 'exit': 3685, 'daily_max': 1500}, 3000), ({'bands': [[0, 25], [420, 100], [1080, 25]], 'entry': 350, 'exit': 1100, 'daily_max': 9000}, 4550), ({'bands': [[0, 25], [420, 100], [1080, 50]], 'entry': 400, 'exit': 1100, 'daily_max': 4000}, 4000), ({'bands': [[0, 50], [900, 50]], 'entry': 347, 'exit': 388, 'daily_max': 4000}, 150), ({'bands': [[0, 50], [60, 100], [450, 100], [1260, 25]], 'entry': 1372, 'exit': 4316, 'daily_max': 2500}, 5125), ({'bands': [[0, 50], [1170, 25]], 'entry': 1899, 'exit': 2697, 'daily_max': 1500}, 1500), ({'bands': [[0, 50], [720, 100]], 'entry': 1400, 'exit': 1500, 'daily_max': 1500}, 500), ({'bands': [[0, 50], [330, 50]], 'entry': 901, 'exit': 3378, 'daily_max': 1500}, 4500)]]\nfor i, (args, expected) in enumerate(fixtures[N-1]):\n    check('fee oracle' + ' %d' % i, solve(args), expected)\nprint(json.dumps({\"observations\": observations, \"passed\": all(x[\"passed\"] for x in observations)}, ensure_ascii=False))\nraise SystemExit(0 if all(x[\"passed\"] for x in observations) else 1)\n"},"broken":{"sha256":"c9a41aef628d3d9ec44baa7046862c1b1ecfeae7b76c045fae9619694727650a","source":"\"\"\"Failure Map reference implementation. Python standard library only.\"\"\"\nimport json\n\nN = 1\nobservations = []\ndef solve(x):\n    bands = x['bands']\n    per = {}\n    t = x['entry']\n    while t < x['exit']:\n        day, tod = divmod(t, 1440)\n        i = max(k for k in range(len(bands)) if bands[k][0] <= tod)\n        nxt = bands[i + 1][0] if i + 1 < len(bands) else 1440\n        step = min(x['exit'] - t, nxt - tod)\n        key = (day, bands[i][1])\n        per[key] = per.get(key, 0) + step\n        t += step\n    days = {}\n    for (day, rate), m in per.items():\n        days[day] = days.get(day, 0) + m // 15 * rate\n    return sum(min(v, x['daily_max']) for v in days.values())\ndef check(label, actual, expected):\n    observations.append({\"check\": label, \"actual\": actual, \"expected\": expected, \"passed\": actual == expected})\nfixtures = [[({'bands': [[0, 50], [630, 100], [1380, 100]], 'entry': 1427, 'exit': 1817, 'daily_max': 1500}, 1400), ({'bands': [[0, 50], [330, 100]], 'entry': 656, 'exit': 1034, 'daily_max': 2500}, 2500), ({'bands': [[0, 25], [420, 100], [1080, 50]], 'entry': 400, 'exit': 1100, 'daily_max': 4000}, 4000), ({'bands': [[0, 50], [720, 100]], 'entry': 1400, 'exit': 1500, 'daily_max': 1500}, 500), ({'bands': [[0, 25], [300, 50]], 'entry': 1203, 'exit': 1320, 'daily_max': 4000}, 400), ({'bands': [[0, 50], [600, 50], [900, 25]], 'entry': 1880, 'exit': 4249, 'daily_max': 1500}, 3000), ({'bands': [[0, 50], [1320, 100]], 'entry': 1793, 'exit': 2565, 'daily_max': 1500}, 1500), ({'bands': [[0, 25], [420, 100], [1080, 25]], 'entry': 350, 'exit': 1100, 'daily_max': 9000}, 4550)], [({'bands': [[0, 25], [420, 100], [1080, 25]], 'entry': 350, 'exit': 1100, 'daily_max': 9000}, 4550), ({'bands': [[0, 25], [270, 50]], 'entry': 1500, 'exit': 2160, 'daily_max': 1500}, 1500), ({'bands': [[0, 50], [390, 100]], 'entry': 1045, 'exit': 1320, 'daily_max': 4000}, 1900), ({'bands': [[0, 50], [720, 100]], 'entry': 1400, 'exit': 1500, 'daily_max': 1500}, 500), ({'bands': [[0, 25], [1290, 25]], 'entry': 715, 'exit': 1515, 'daily_max': 2500}, 1350), ({'bands': [[0, 25], [960, 100], [1200, 100]], 'entry': 748, 'exit': 2538, 'daily_max': 2500}, 5000), ({'bands': [[0, 25], [420, 100], [1080, 50]], 'entry': 400, 'exit': 1100, 'daily_max': 4000}, 4000), ({'bands': [[0, 25], [1170, 100]], 'entry': 408, 'exit': 1419, 'daily_max': 2500}, 2500)], [({'bands': [[0, 25], [300, 100], [780, 50], [1380, 25]], 'entry': 410, 'exit': 992, 'daily_max': 2500}, 2500), ({'bands': [[0, 25], [90, 100]], 'entry': 15, 'exit': 2161, 'daily_max': 2500}, 5000), ({'bands': [[0, 50], [990, 50]], 'entry': 1775, 'exit': 1955, 'daily_max': 1500}, 600), ({'bands': [[0, 25], [420, 100], [1080, 25]], 'entry': 350, 'exit': 1100, 'daily_max': 9000}, 4550), ({'bands': [[0, 50], [480, 50], [1080, 50]], 'entry': 361, 'exit': 2927, 'daily_max': 1500}, 3200), ({'bands': [[0, 25], [420, 100], [1080, 50]], 'entry': 400, 'exit': 1100, 'daily_max': 4000}, 4000), ({'bands': [[0, 50], [720, 100]], 'entry': 1400, 'exit': 1500, 'daily_max': 1500}, 500), ({'bands': [[0, 50], [780, 50], [870, 25], [900, 100]], 'entry': 540, 'exit': 797, 'daily_max': 1500}, 900)], [({'bands': [[0, 50], [150, 50], [570, 50], [1320, 50]], 'entry': 615, 'exit': 735, 'daily_max': 2500}, 400), ({'bands': [[0, 25], [420, 100]], 'entry': 364, 'exit': 610, 'daily_max': 2500}, 1400), ({'bands': [[0, 50], [720, 100]], 'entry': 1400, 'exit': 1500, 'daily_max': 1500}, 500), ({'bands': [[0, 25], [480, 100], [750, 50]], 'entry': 1968, 'exit': 2797, 'daily_max': 1500}, 1500), ({'bands': [[0, 25], [420, 100], [1080, 50]], 'entry': 400, 'exit': 1100, 'daily_max': 4000}, 4000), ({'bands': [[0, 50], [210, 25]], 'entry': 1069, 'exit': 3448, 'daily_max': 1500}, 3425), ({'bands': [[0, 25], [420, 100], [1080, 25]], 'entry': 350, 'exit': 1100, 'daily_max': 9000}, 4550), ({'bands': [[0, 50], [360, 100], [570, 100]], 'entry': 629, 'exit': 2400, 'daily_max': 2500}, 5000)], [({'bands': [[0, 50], [480, 25], [1200, 50], [1230, 50]], 'entry': 1584, 'exit': 3685, 'daily_max': 1500}, 3000), ({'bands': [[0, 25], [420, 100], [1080, 25]], 'entry': 350, 'exit': 1100, 'daily_max': 9000}, 4550), ({'bands': [[0, 25], [420, 100], [1080, 50]], 'entry': 400, 'exit': 1100, 'daily_max': 4000}, 4000), ({'bands': [[0, 50], [900, 50]], 'entry': 347, 'exit': 388, 'daily_max': 4000}, 150), ({'bands': [[0, 50], [60, 100], [450, 100], [1260, 25]], 'entry': 1372, 'exit': 4316, 'daily_max': 2500}, 5125), ({'bands': [[0, 50], [1170, 25]], 'entry': 1899, 'exit': 2697, 'daily_max': 1500}, 1500), ({'bands': [[0, 50], [720, 100]], 'entry': 1400, 'exit': 1500, 'daily_max': 1500}, 500), ({'bands': [[0, 50], [330, 50]], 'entry': 901, 'exit': 3378, 'daily_max': 1500}, 4500)]]\nfor i, (args, expected) in enumerate(fixtures[N-1]):\n    check('fee oracle' + ' %d' % i, solve(args), expected)\nprint(json.dumps({\"observations\": observations, \"passed\": all(x[\"passed\"] for x in observations)}, ensure_ascii=False))\nraise SystemExit(0 if all(x[\"passed\"] for x in observations) else 1)\n"},"fixed":{"sha256":"a9fafe8adf5464d7bdb09d1be5b160cd31841550d3dba1aed682b5d192f41814","source":"\"\"\"Failure Map reference implementation. Python standard library only.\"\"\"\nimport json\n\nN = 1\nobservations = []\ndef solve(x):\n    bands = x['bands']\n    per = {}\n    t = x['entry']\n    while t < x['exit']:\n        day, tod = divmod(t, 1440)\n        i = max(k for k in range(len(bands)) if bands[k][0] <= tod)\n        nxt = bands[i + 1][0] if i + 1 < len(bands) else 1440\n        step = min(x['exit'] - t, nxt - tod)\n        key = (day, bands[i][1])\n        per[key] = per.get(key, 0) + step\n        t += step\n    days = {}\n    for (day, rate), m in per.items():\n        days[day] = days.get(day, 0) + -(-m // 15) * rate\n    return sum(min(v, x['daily_max']) for v in days.values())\ndef check(label, actual, expected):\n    observations.append({\"check\": label, \"actual\": actual, \"expected\": expected, \"passed\": actual == expected})\nfixtures = [[({'bands': [[0, 50], [630, 100], [1380, 100]], 'entry': 1427, 'exit': 1817, 'daily_max': 1500}, 1400), ({'bands': [[0, 50], [330, 100]], 'entry': 656, 'exit': 1034, 'daily_max': 2500}, 2500), ({'bands': [[0, 25], [420, 100], [1080, 50]], 'entry': 400, 'exit': 1100, 'daily_max': 4000}, 4000), ({'bands': [[0, 50], [720, 100]], 'entry': 1400, 'exit': 1500, 'daily_max': 1500}, 500), ({'bands': [[0, 25], [300, 50]], 'entry': 1203, 'exit': 1320, 'daily_max': 4000}, 400), ({'bands': [[0, 50], [600, 50], [900, 25]], 'entry': 1880, 'exit': 4249, 'daily_max': 1500}, 3000), ({'bands': [[0, 50], [1320, 100]], 'entry': 1793, 'exit': 2565, 'daily_max': 1500}, 1500), ({'bands': [[0, 25], [420, 100], [1080, 25]], 'entry': 350, 'exit': 1100, 'daily_max': 9000}, 4550)], [({'bands': [[0, 25], [420, 100], [1080, 25]], 'entry': 350, 'exit': 1100, 'daily_max': 9000}, 4550), ({'bands': [[0, 25], [270, 50]], 'entry': 1500, 'exit': 2160, 'daily_max': 1500}, 1500), ({'bands': [[0, 50], [390, 100]], 'entry': 1045, 'exit': 1320, 'daily_max': 4000}, 1900), ({'bands': [[0, 50], [720, 100]], 'entry': 1400, 'exit': 1500, 'daily_max': 1500}, 500), ({'bands': [[0, 25], [1290, 25]], 'entry': 715, 'exit': 1515, 'daily_max': 2500}, 1350), ({'bands': [[0, 25], [960, 100], [1200, 100]], 'entry': 748, 'exit': 2538, 'daily_max': 2500}, 5000), ({'bands': [[0, 25], [420, 100], [1080, 50]], 'entry': 400, 'exit': 1100, 'daily_max': 4000}, 4000), ({'bands': [[0, 25], [1170, 100]], 'entry': 408, 'exit': 1419, 'daily_max': 2500}, 2500)], [({'bands': [[0, 25], [300, 100], [780, 50], [1380, 25]], 'entry': 410, 'exit': 992, 'daily_max': 2500}, 2500), ({'bands': [[0, 25], [90, 100]], 'entry': 15, 'exit': 2161, 'daily_max': 2500}, 5000), ({'bands': [[0, 50], [990, 50]], 'entry': 1775, 'exit': 1955, 'daily_max': 1500}, 600), ({'bands': [[0, 25], [420, 100], [1080, 25]], 'entry': 350, 'exit': 1100, 'daily_max': 9000}, 4550), ({'bands': [[0, 50], [480, 50], [1080, 50]], 'entry': 361, 'exit': 2927, 'daily_max': 1500}, 3200), ({'bands': [[0, 25], [420, 100], [1080, 50]], 'entry': 400, 'exit': 1100, 'daily_max': 4000}, 4000), ({'bands': [[0, 50], [720, 100]], 'entry': 1400, 'exit': 1500, 'daily_max': 1500}, 500), ({'bands': [[0, 50], [780, 50], [870, 25], [900, 100]], 'entry': 540, 'exit': 797, 'daily_max': 1500}, 900)], [({'bands': [[0, 50], [150, 50], [570, 50], [1320, 50]], 'entry': 615, 'exit': 735, 'daily_max': 2500}, 400), ({'bands': [[0, 25], [420, 100]], 'entry': 364, 'exit': 610, 'daily_max': 2500}, 1400), ({'bands': [[0, 50], [720, 100]], 'entry': 1400, 'exit': 1500, 'daily_max': 1500}, 500), ({'bands': [[0, 25], [480, 100], [750, 50]], 'entry': 1968, 'exit': 2797, 'daily_max': 1500}, 1500), ({'bands': [[0, 25], [420, 100], [1080, 50]], 'entry': 400, 'exit': 1100, 'daily_max': 4000}, 4000), ({'bands': [[0, 50], [210, 25]], 'entry': 1069, 'exit': 3448, 'daily_max': 1500}, 3425), ({'bands': [[0, 25], [420, 100], [1080, 25]], 'entry': 350, 'exit': 1100, 'daily_max': 9000}, 4550), ({'bands': [[0, 50], [360, 100], [570, 100]], 'entry': 629, 'exit': 2400, 'daily_max': 2500}, 5000)], [({'bands': [[0, 50], [480, 25], [1200, 50], [1230, 50]], 'entry': 1584, 'exit': 3685, 'daily_max': 1500}, 3000), ({'bands': [[0, 25], [420, 100], [1080, 25]], 'entry': 350, 'exit': 1100, 'daily_max': 9000}, 4550), ({'bands': [[0, 25], [420, 100], [1080, 50]], 'entry': 400, 'exit': 1100, 'daily_max': 4000}, 4000), ({'bands': [[0, 50], [900, 50]], 'entry': 347, 'exit': 388, 'daily_max': 4000}, 150), ({'bands': [[0, 50], [60, 100], [450, 100], [1260, 25]], 'entry': 1372, 'exit': 4316, 'daily_max': 2500}, 5125), ({'bands': [[0, 50], [1170, 25]], 'entry': 1899, 'exit': 2697, 'daily_max': 1500}, 1500), ({'bands': [[0, 50], [720, 100]], 'entry': 1400, 'exit': 1500, 'daily_max': 1500}, 500), ({'bands': [[0, 50], [330, 50]], 'entry': 901, 'exit': 3378, 'daily_max': 1500}, 4500)]]\nfor i, (args, expected) in enumerate(fixtures[N-1]):\n    check('fee oracle' + ' %d' % i, solve(args), expected)\nprint(json.dumps({\"observations\": observations, \"passed\": all(x[\"passed\"] for x in observations)}, ensure_ascii=False))\nraise SystemExit(0 if all(x[\"passed\"] for x in observations) else 1)\n"}},"limitations":"A deterministic, bounded toy model with a stipulated contract; it makes no claim of conformance to any agency manual or standard. This reproducer isolates one failure mechanism. Results cover the supplied fixtures. Variants within a family share a test contract and should remain grouped when constructing evaluation splits. Related mechanisms with a shared evaluation_group must also remain together; these controlled models are not independent production incidents.","method":"Deterministic executable model with adversarial boundary fixtures.","provenance":{"created_by":"Failure Map","dependencies":"Python standard library","family":"w2-toll_and_parking_fee_computation-time-band-rate-quarter-ceiling","generated_at":"2026-09-29T14:48:02.177188+00:00","license":"CC0-1.0","python":"3.12.14","seed":1,"split":"open-access"},"relevance":"Fee engines bill customers in integer cents; a wrong boundary, rounding stage or cap scope silently over- or under-charges.","repair":"Restore the quarter-hour ceiling rule so that the step reads `-(-m // 15) * rate`.","root_cause":"Partial quarter hours are free.","sha256":"94eff589b7ac3cf534d8f0c6b186ea2652a24fd7f83d7e35cc32d361e03a7e01","title":"Time-band rate with calendar day cap: band minutes are rounded down to quarters · case 01","variant":1,"variant_policy":"Five numbered records share a model and may reuse boundary fixtures.","verification":{"attempt":{"elapsed_ms":41.115,"exit_code":1,"observations":[{"actual":1800,"check":"fee oracle 0","expected":1400,"passed":false},{"actual":2500,"check":"fee oracle 1","expected":2500,"passed":true},{"actual":4000,"check":"fee oracle 2","expected":4000,"passed":true},{"actual":600,"check":"fee oracle 3","expected":500,"passed":false},{"actual":400,"check":"fee oracle 4","expected":400,"passed":true},{"actual":3000,"check":"fee oracle 5","expected":3000,"passed":true},{"actual":1500,"check":"fee oracle 6","expected":1500,"passed":true},{"actual":4600,"check":"fee oracle 7","expected":4550,"passed":false}],"passed":false,"stderr":"","stdout":"{\"observations\": [{\"check\": \"fee oracle 0\", \"actual\": 1800, \"expected\": 1400, \"passed\": false}, {\"check\": \"fee oracle 1\", \"actual\": 2500, \"expected\": 2500, \"passed\": true}, {\"check\": \"fee oracle 2\", \"actual\": 4000, \"expected\": 4000, \"passed\": true}, {\"check\": \"fee oracle 3\", \"actual\": 600, \"expected\": 500, \"passed\": false}, {\"check\": \"fee oracle 4\", \"actual\": 400, \"expected\": 400, \"passed\": true}, {\"check\": \"fee oracle 5\", \"actual\": 3000, \"expected\": 3000, \"passed\": true}, {\"check\": \"fee oracle 6\", \"actual\": 1500, \"expected\": 1500, \"passed\": true}, {\"check\": \"fee oracle 7\", \"actual\": 4600, \"expected\": 4550, \"passed\": false}], \"passed\": false}\n"},"broken":{"elapsed_ms":39.545,"exit_code":1,"observations":[{"actual":1250,"check":"fee oracle 0","expected":1400,"passed":false},{"actual":2500,"check":"fee oracle 1","expected":2500,"passed":true},{"actual":4000,"check":"fee oracle 2","expected":4000,"passed":true},{"actual":400,"check":"fee oracle 3","expected":500,"passed":false},{"actual":350,"check":"fee oracle 4","expected":400,"passed":false},{"actual":3000,"check":"fee oracle 5","expected":3000,"passed":true},{"actual":1500,"check":"fee oracle 6","expected":1500,"passed":true},{"actual":4550,"check":"fee oracle 7","expected":4550,"passed":true}],"passed":false,"stderr":"","stdout":"{\"observations\": [{\"check\": \"fee oracle 0\", \"actual\": 1250, \"expected\": 1400, \"passed\": false}, {\"check\": \"fee oracle 1\", \"actual\": 2500, \"expected\": 2500, \"passed\": true}, {\"check\": \"fee oracle 2\", \"actual\": 4000, \"expected\": 4000, \"passed\": true}, {\"check\": \"fee oracle 3\", \"actual\": 400, \"expected\": 500, \"passed\": false}, {\"check\": \"fee oracle 4\", \"actual\": 350, \"expected\": 400, \"passed\": false}, {\"check\": \"fee oracle 5\", \"actual\": 3000, \"expected\": 3000, \"passed\": true}, {\"check\": \"fee oracle 6\", \"actual\": 1500, \"expected\": 1500, \"passed\": true}, {\"check\": \"fee oracle 7\", \"actual\": 4550, \"expected\": 4550, \"passed\": true}], \"passed\": false}\n"},"fixed":{"elapsed_ms":42.93,"exit_code":0,"observations":[{"actual":1400,"check":"fee oracle 0","expected":1400,"passed":true},{"actual":2500,"check":"fee oracle 1","expected":2500,"passed":true},{"actual":4000,"check":"fee oracle 2","expected":4000,"passed":true},{"actual":500,"check":"fee oracle 3","expected":500,"passed":true},{"actual":400,"check":"fee oracle 4","expected":400,"passed":true},{"actual":3000,"check":"fee oracle 5","expected":3000,"passed":true},{"actual":1500,"check":"fee oracle 6","expected":1500,"passed":true},{"actual":4550,"check":"fee oracle 7","expected":4550,"passed":true}],"passed":true,"stderr":"","stdout":"{\"observations\": [{\"check\": \"fee oracle 0\", \"actual\": 1400, \"expected\": 1400, \"passed\": true}, {\"check\": \"fee oracle 1\", \"actual\": 2500, \"expected\": 2500, \"passed\": true}, {\"check\": \"fee oracle 2\", \"actual\": 4000, \"expected\": 4000, \"passed\": true}, {\"check\": \"fee oracle 3\", \"actual\": 500, \"expected\": 500, \"passed\": true}, {\"check\": \"fee oracle 4\", \"actual\": 400, \"expected\": 400, \"passed\": true}, {\"check\": \"fee oracle 5\", \"actual\": 3000, \"expected\": 3000, \"passed\": true}, {\"check\": \"fee oracle 6\", \"actual\": 1500, \"expected\": 1500, \"passed\": true}, {\"check\": \"fee oracle 7\", \"actual\": 4550, \"expected\": 4550, \"passed\": true}], \"passed\": true}\n"}},"verified":true,"visibility":"public"}