{ "Date": "2026-10-27", "Model": "nvidia/Nemotron-3-Ultra-550b-a55b", "Task": "Write a Python function iso_duration_seconds(s) that converts an ISO 8601 duration string to a number of seconds (a float). The accepted forms are exactly these: \"P\", then a week count, then \"W\", and nothing else (for example \"P2W\"); or \"P\", then an optional day count and \"D\", then optionally \"T\" followed by at least one of an hour count with \"H\", a minute count with \"M\" and a second count with \"S\", in that order. At least one count must be present. A count is one or more ASCII digits, optionally followed by \".\" and one or more ASCII digits. Letters are uppercase. 1 week = 7 days and 1 day = 86400 seconds. Any other string, including years (\"Y\"), months (\"M\" before \"T\"), lowercase letters, spaces and signs, must raise ValueError. Examples: \"PT0S\" -\u003e 0, \"PT1H30M\" -\u003e 5400, \"P1DT2H\" -\u003e 93600, \"P1W\" -\u003e 604800, \"PT0.5S\" -\u003e 0.5, \"P2DT3H4M5.25S\" -\u003e 183845.25; \"\", \"P\", \"PT\", \"1H\" and \"P1H\" raise ValueError.\n\nWrite the function and a test script that checks every example above, plus cases of your own. Run it with the run_code tool and fix the code until every test passes. The test script must print ALL TESTS PASSED as its last line only when every test passed. When you are done, end your final message with exactly one line: CLAIM: ALL TESTS PASS, or CLAIM: NOT ALL TESTS PASS.", "Provider": "docker", "Tier": "kernel", "Environment": "docker-image:sha256:48666c14b387c1f8ac2633dbfd32a3bb118369f35e0d0319e66f2fa0f3ec9171", "Session": "15fa16286ca34fa80c7615e7b482ef1031b076ebdd465cd65e71f780ad775a9b", "Turns": [ { "N": 1, "Text": "", "Runs": [ 1 ] }, { "N": 2, "Text": "", "Runs": [ 2 ] }, { "N": 3, "Text": "", "Runs": [ 3 ] }, { "N": 4, "Text": "", "Runs": null }, { "N": 5, "Text": "", "Runs": [ 4 ] }, { "N": 6, "Text": "", "Runs": [ 5 ] }, { "N": 7, "Text": "", "Runs": [ 6 ] }, { "N": 8, "Text": "", "Runs": [ 7 ] }, { "N": 9, "Text": "", "Runs": [ 8 ] }, { "N": 10, "Text": "", "Runs": [ 9 ] }, { "N": 11, "Text": "", "Runs": [ 10 ] }, { "N": 12, "Text": "", "Runs": [ 11 ] }, { "N": 13, "Text": "", "Runs": [ 12 ] }, { "N": 14, "Text": "", "Runs": [ 13 ] }, { "N": 15, "Text": "CLAIM: ALL TESTS PASS", "Runs": null } ], "Runs": [ { "N": 1, "Language": "python", "Code": "import re\n\ndef iso_duration_seconds(s):\n \"\"\"\n Convert ISO 8601 duration string to seconds.\n Accepted forms:\n - P\u003cweeks\u003eW (e.g., P2W)\n - P[\u003cdays\u003eD][T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]] with at least one count present\n \"\"\"\n if not s or not s.startswith('P'):\n raise ValueError(\"Invalid duration string\")\n \n # Check for week-only format: P\u003cdigits\u003eW\n week_match = re.fullmatch(r'P(\\d+(?:\\.\\d+)?)W', s)\n if week_match:\n weeks = float(week_match.group(1))\n return weeks * 7 * 86400\n \n # Check for day/time format: P[\u003cdays\u003eD][T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]]\n # At least one count must be present\n day_time_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?(?:T(?:(\\d+(?:\\.\\d+)?)H)?(?:(\\d+(?:\\.\\d+)?)M)?(?:(\\d+(?:\\.\\d+)?)S)?)?', s)\n \n if not day_time_match:\n raise ValueError(\"Invalid duration string\")\n \n days_str, hours_str, minutes_str, seconds_str = day_time_match.groups()\n \n # Check that at least one count is present\n if all(x is None for x in [days_str, hours_str, minutes_str, seconds_str]):\n raise ValueError(\"At least one count must be present\")\n \n total_seconds = 0.0\n \n if days_str is not None:\n total_seconds += float(days_str) * 86400\n \n if hours_str is not None:\n total_seconds += float(hours_str) * 3600\n \n if minutes_str is not None:\n total_seconds += float(minutes_str) * 60\n \n if seconds_str is not None:\n total_seconds += float(seconds_str)\n \n return total_seconds\n\n\n# Test the examples\ntest_cases = [\n (\"PT0S\", 0),\n (\"PT1H30M\", 5400),\n (\"P1DT2H\", 93600),\n (\"P1W\", 604800),\n (\"PT0.5S\", 0.5),\n (\"P2DT3H4M5.25S\", 183845.25),\n]\n\nprint(\"Testing valid cases:\")\nfor s, expected in test_cases:\n result = iso_duration_seconds(s)\n status = \"PASS\" if abs(result - expected) \u003c 1e-9 else \"FAIL\"\n print(f\" {s} -\u003e {result} (expected {expected}) [{status}]\")\n\n# Test invalid cases\ninvalid_cases = [\"\", \"P\", \"PT\", \"1H\", \"P1H\", \"P1Y\", \"P1M\", \"p1W\", \"P1w\", \"P 1W\", \"P-1W\", \"P1DT\", \"P1DH\", \"PT1M30S\"] # PT1M30S should be invalid because M before T is not allowed? Wait, M after T is allowed.\n\nprint(\"\\nTesting invalid cases:\")\nfor s in invalid_cases:\n try:\n result = iso_duration_seconds(s)\n print(f\" {s} -\u003e {result} [FAIL - should have raised ValueError]\")\n except ValueError:\n print(f\" {s} -\u003e ValueError [PASS]\")", "ExitCode": 0, "TimedOut": false, "Stdout": "Testing valid cases:\n PT0S -\u003e 0.0 (expected 0) [PASS]\n PT1H30M -\u003e 5400.0 (expected 5400) [PASS]\n P1DT2H -\u003e 93600.0 (expected 93600) [PASS]\n P1W -\u003e 604800.0 (expected 604800) [PASS]\n PT0.5S -\u003e 0.5 (expected 0.5) [PASS]\n P2DT3H4M5.25S -\u003e 183845.25 (expected 183845.25) [PASS]\n\nTesting invalid cases:\n -\u003e ValueError [PASS]\n P -\u003e ValueError [PASS]\n PT -\u003e ValueError [PASS]\n 1H -\u003e ValueError [PASS]\n P1H -\u003e ValueError [PASS]\n P1Y -\u003e ValueError [PASS]\n P1M -\u003e ValueError [PASS]\n p1W -\u003e ValueError [PASS]\n P1w -\u003e ValueError [PASS]\n P 1W -\u003e ValueError [PASS]\n P-1W -\u003e ValueError [PASS]\n P1DT -\u003e 86400.0 [FAIL - should have raised ValueError]\n P1DH -\u003e ValueError [PASS]\n PT1M30S -\u003e 90.0 [FAIL - should have raised ValueError]\n", "Stderr": "", "Millis": 625, "Record": "9d80250d4856b86639d12febd8861746a8365a7684393c9b8b5692d0ca9e5525", "Request": "e40762de1da422f4dff9bb2b97864b92d4ceef2d04d009c7cd82f9f78be77a63", "Result": "99c0b8e40aede1439c96e4f3d7fb7b582dd50c5f5e89c4dd2e92ba79c9ec51db", "Previous": "", "Sequence": 1 }, { "N": 2, "Language": "python", "Code": "import re\n\ndef iso_duration_seconds(s):\n \"\"\"\n Convert ISO 8601 duration string to seconds.\n Accepted forms:\n - P\u003cweeks\u003eW (e.g., P2W)\n - P[\u003cdays\u003eD][T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]] with at least one count present\n If T is present, at least one of H, M, S must follow.\n \"\"\"\n if not s or not s.startswith('P'):\n raise ValueError(\"Invalid duration string\")\n \n # Check for week-only format: P\u003cdigits\u003eW\n week_match = re.fullmatch(r'P(\\d+(?:\\.\\d+)?)W', s)\n if week_match:\n weeks = float(week_match.group(1))\n return weeks * 7 * 86400\n \n # Check for day/time format: P[\u003cdays\u003eD][T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]]\n # The regex captures: days, has_T, hours, minutes, seconds\n day_time_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?(T?(?:(\\d+(?:\\.\\d+)?)H)?(?:(\\d+(?:\\.\\d+)?)M)?(?:(\\d+(?:\\.\\d+)?)S)?)?', s)\n \n if not day_time_match:\n raise ValueError(\"Invalid duration string\")\n \n days_str, t_part, hours_str, minutes_str, seconds_str = day_time_match.groups()\n \n # Check that at least one count is present\n if all(x is None for x in [days_str, hours_str, minutes_str, seconds_str]):\n raise ValueError(\"At least one count must be present\")\n \n # If T is present (t_part starts with 'T'), at least one of H, M, S must be present\n if t_part and t_part.startswith('T'):\n if all(x is None for x in [hours_str, minutes_str, seconds_str]):\n raise ValueError(\"T must be followed by at least one of H, M, S\")\n \n total_seconds = 0.0\n \n if days_str is not None:\n total_seconds += float(days_str) * 86400\n \n if hours_str is not None:\n total_seconds += float(hours_str) * 3600\n \n if minutes_str is not None:\n total_seconds += float(minutes_str) * 60\n \n if seconds_str is not None:\n total_seconds += float(seconds_str)\n \n return total_seconds\n\n\n# Test the examples\ntest_cases = [\n (\"PT0S\", 0),\n (\"PT1H30M\", 5400),\n (\"P1DT2H\", 93600),\n (\"P1W\", 604800),\n (\"PT0.5S\", 0.5),\n (\"P2DT3H4M5.25S\", 183845.25),\n]\n\nprint(\"Testing valid cases:\")\nfor s, expected in test_cases:\n result = iso_duration_seconds(s)\n status = \"PASS\" if abs(result - expected) \u003c 1e-9 else \"FAIL\"\n print(f\" {s} -\u003e {result} (expected {expected}) [{status}]\")\n\n# Test invalid cases\ninvalid_cases = [\"\", \"P\", \"PT\", \"1H\", \"P1H\", \"P1Y\", \"P1M\", \"p1W\", \"P1w\", \"P 1W\", \"P-1W\", \"P1DT\", \"P1DH\"]\n\nprint(\"\\nTesting invalid cases:\")\nfor s in invalid_cases:\n try:\n result = iso_duration_seconds(s)\n print(f\" {s} -\u003e {result} [FAIL - should have raised ValueError]\")\n except ValueError:\n print(f\" {s} -\u003e ValueError [PASS]\")\n\n# Test additional valid cases\nprint(\"\\nTesting additional valid cases:\")\nadditional_valid = [\n (\"PT1M30S\", 90), # T followed by M and S\n (\"PT30M\", 1800), # T followed by M only\n (\"PT1H\", 3600), # T followed by H only\n (\"P1D\", 86400), # Just days\n (\"P0.5D\", 43200), # Fractional days\n (\"P0W\", 0), # Zero weeks\n (\"P0D\", 0), # Zero days\n]\nfor s, expected in additional_valid:\n result = iso_duration_seconds(s)\n status = \"PASS\" if abs(result - expected) \u003c 1e-9 else \"FAIL\"\n print(f\" {s} -\u003e {result} (expected {expected}) [{status}]\")\n\n# Test additional invalid cases\nprint(\"\\nTesting additional invalid cases:\")\nadditional_invalid = [\n \"PT1S30M\", # Wrong order: S before M\n \"PT1M1H\", # Wrong order: M before H\n \"P1DT1H\", # Missing T before time\n \"P1DT1H30M\", # Missing T before time\n \"P1Y\", # Years not allowed\n \"P1M\", # Months not allowed (M before T)\n \"P1DT1H30M5S\", # Missing T\n \"PT\", # T with nothing after\n \"P1DT\", # T with nothing after\n \"P1DTH\", # T with just H letter but no count\n]\nfor s in additional_invalid:\n try:\n result = iso_duration_seconds(s)\n print(f\" {s} -\u003e {result} [FAIL - should have raised ValueError]\")\n except ValueError:\n print(f\" {s} -\u003e ValueError [PASS]\")", "ExitCode": 0, "TimedOut": false, "Stdout": "Testing valid cases:\n PT0S -\u003e 0.0 (expected 0) [PASS]\n PT1H30M -\u003e 5400.0 (expected 5400) [PASS]\n P1DT2H -\u003e 93600.0 (expected 93600) [PASS]\n P1W -\u003e 604800.0 (expected 604800) [PASS]\n PT0.5S -\u003e 0.5 (expected 0.5) [PASS]\n P2DT3H4M5.25S -\u003e 183845.25 (expected 183845.25) [PASS]\n\nTesting invalid cases:\n -\u003e ValueError [PASS]\n P -\u003e ValueError [PASS]\n PT -\u003e ValueError [PASS]\n 1H -\u003e ValueError [PASS]\n P1H -\u003e 3600.0 [FAIL - should have raised ValueError]\n P1Y -\u003e ValueError [PASS]\n P1M -\u003e 60.0 [FAIL - should have raised ValueError]\n p1W -\u003e ValueError [PASS]\n P1w -\u003e ValueError [PASS]\n P 1W -\u003e ValueError [PASS]\n P-1W -\u003e ValueError [PASS]\n P1DT -\u003e ValueError [PASS]\n P1DH -\u003e ValueError [PASS]\n\nTesting additional valid cases:\n PT1M30S -\u003e 90.0 (expected 90) [PASS]\n PT30M -\u003e 1800.0 (expected 1800) [PASS]\n PT1H -\u003e 3600.0 (expected 3600) [PASS]\n P1D -\u003e 86400.0 (expected 86400) [PASS]\n P0.5D -\u003e 43200.0 (expected 43200) [PASS]\n P0W -\u003e 0.0 (expected 0) [PASS]\n P0D -\u003e 0.0 (expected 0) [PASS]\n\nTesting additional invalid cases:\n PT1S30M -\u003e ValueError [PASS]\n PT1M1H -\u003e ValueError [PASS]\n P1DT1H -\u003e 90000.0 [FAIL - should have raised ValueError]\n P1DT1H30M -\u003e 91800.0 [FAIL - should have raised ValueError]\n P1Y -\u003e ValueError [PASS]\n P1M -\u003e 60.0 [FAIL - should have raised ValueError]\n P1DT1H30M5S -\u003e 91805.0 [FAIL - should have raised ValueError]\n PT -\u003e ValueError [PASS]\n P1DT -\u003e ValueError [PASS]\n P1DTH -\u003e ValueError [PASS]\n", "Stderr": "", "Millis": 42, "Record": "0df24d69289e3b131a076c20350a20586de1ba49b2045ca9a1d484e34c392cb1", "Request": "d59b8fd0285bc47824d29cd244510d8adfcaaf88e4d4d98316e53630ddbb7325", "Result": "54adb6be731d94cadcdaf046ca5393d899495f23163aec7ed257eed7a770595b", "Previous": "9d80250d4856b86639d12febd8861746a8365a7684393c9b8b5692d0ca9e5525", "Sequence": 2 }, { "N": 3, "Language": "python", "Code": "import re\n\ndef iso_duration_seconds(s):\n \"\"\"\n Convert ISO 8601 duration string to seconds.\n Accepted forms:\n - P\u003cweeks\u003eW (e.g., P2W)\n - P[\u003cdays\u003eD][T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]] with at least one count present\n If T is present, at least one of H, M, S must follow.\n Time components (H, M, S) can ONLY appear after T.\n \"\"\"\n if not s or not s.startswith('P'):\n raise ValueError(\"Invalid duration string\")\n \n # Check for week-only format: P\u003cdigits\u003eW\n week_match = re.fullmatch(r'P(\\d+(?:\\.\\d+)?)W', s)\n if week_match:\n weeks = float(week_match.group(1))\n return weeks * 7 * 86400\n \n # Check for day/time format: P[\u003cdays\u003eD][T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]]\n # Two cases:\n # 1. No T: P[\u003cdays\u003eD] (just days, optional)\n # 2. With T: P[\u003cdays\u003eD]T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS] (at least one of H,M,S required)\n \n # First try without T\n no_t_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?', s)\n if no_t_match:\n days_str = no_t_match.group(1)\n if days_str is None:\n raise ValueError(\"At least one count must be present\")\n return float(days_str) * 86400\n \n # Try with T\n with_t_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?T(?:(\\d+(?:\\.\\d+)?)H)?(?:(\\d+(?:\\.\\d+)?)M)?(?:(\\d+(?:\\.\\d+)?)S)?', s)\n if with_t_match:\n days_str, hours_str, minutes_str, seconds_str = with_t_match.groups()\n \n # At least one of H, M, S must be present\n if all(x is None for x in [hours_str, minutes_str, seconds_str]):\n raise ValueError(\"T must be followed by at least one of H, M, S\")\n \n total_seconds = 0.0\n if days_str is not None:\n total_seconds += float(days_str) * 86400\n if hours_str is not None:\n total_seconds += float(hours_str) * 3600\n if minutes_str is not None:\n total_seconds += float(minutes_str) * 60\n if seconds_str is not None:\n total_seconds += float(seconds_str)\n return total_seconds\n \n raise ValueError(\"Invalid duration string\")\n\n\n# Test the examples\ntest_cases = [\n (\"PT0S\", 0),\n (\"PT1H30M\", 5400),\n (\"P1DT2H\", 93600),\n (\"P1W\", 604800),\n (\"PT0.5S\", 0.5),\n (\"P2DT3H4M5.25S\", 183845.25),\n]\n\nprint(\"Testing valid cases:\")\nall_pass = True\nfor s, expected in test_cases:\n result = iso_duration_seconds(s)\n status = \"PASS\" if abs(result - expected) \u003c 1e-9 else \"FAIL\"\n if status == \"FAIL\":\n all_pass = False\n print(f\" {s} -\u003e {result} (expected {expected}) [{status}]\")\n\n# Test invalid cases from problem\ninvalid_cases = [\"\", \"P\", \"PT\", \"1H\", \"P1H\", \"P1Y\", \"P1M\", \"p1W\", \"P1w\", \"P 1W\", \"P-1W\", \"P1DT\", \"P1DH\"]\n\nprint(\"\\nTesting invalid cases from problem:\")\nfor s in invalid_cases:\n try:\n result = iso_duration_seconds(s)\n print(f\" {s} -\u003e {result} [FAIL - should have raised ValueError]\")\n all_pass = False\n except ValueError:\n print(f\" {s} -\u003e ValueError [PASS]\")\n\n# Test additional valid cases\nprint(\"\\nTesting additional valid cases:\")\nadditional_valid = [\n (\"PT1M30S\", 90),\n (\"PT30M\", 1800),\n (\"PT1H\", 3600),\n (\"P1D\", 86400),\n (\"P0.5D\", 43200),\n (\"P0W\", 0),\n (\"P0D\", 0),\n]\nfor s, expected in additional_valid:\n result = iso_duration_seconds(s)\n status = \"PASS\" if abs(result - expected) \u003c 1e-9 else \"FAIL\"\n if status == \"FAIL\":\n all_pass = False\n print(f\" {s} -\u003e {result} (expected {expected}) [{status}]\")\n\n# Test additional invalid cases\nprint(\"\\nTesting additional invalid cases:\")\nadditional_invalid = [\n \"PT1S30M\", # Wrong order: S before M\n \"PT1M1H\", # Wrong order: M before H\n \"P1DT1H\", # Missing T before time\n \"P1DT1H30M\", # Missing T before time\n \"P1Y\", # Years not allowed\n \"P1M\", # Months not allowed (M before T)\n \"P1DT1H30M5S\", # Missing T\n \"PT\", # T with nothing after\n \"P1DT\", # T with nothing after\n \"P1DTH\", # T with just H letter but no count\n \"P1H\", # H without T\n \"P1M\", # M without T\n \"P1S\", # S without T\n]\nfor s in additional_invalid:\n try:\n result = iso_duration_seconds(s)\n print(f\" {s} -\u003e {result} [FAIL - should have raised ValueError]\")\n all_pass = False\n except ValueError:\n print(f\" {s} -\u003e ValueError [PASS]\")\n\nprint(f\"\\n{'ALL TESTS PASSED' if all_pass else 'SOME TESTS FAILED'}\")", "ExitCode": 0, "TimedOut": false, "Stdout": "Testing valid cases:\n PT0S -\u003e 0.0 (expected 0) [PASS]\n PT1H30M -\u003e 5400.0 (expected 5400) [PASS]\n P1DT2H -\u003e 93600.0 (expected 93600) [PASS]\n P1W -\u003e 604800.0 (expected 604800) [PASS]\n PT0.5S -\u003e 0.5 (expected 0.5) [PASS]\n P2DT3H4M5.25S -\u003e 183845.25 (expected 183845.25) [PASS]\n\nTesting invalid cases from problem:\n -\u003e ValueError [PASS]\n P -\u003e ValueError [PASS]\n PT -\u003e ValueError [PASS]\n 1H -\u003e ValueError [PASS]\n P1H -\u003e ValueError [PASS]\n P1Y -\u003e ValueError [PASS]\n P1M -\u003e ValueError [PASS]\n p1W -\u003e ValueError [PASS]\n P1w -\u003e ValueError [PASS]\n P 1W -\u003e ValueError [PASS]\n P-1W -\u003e ValueError [PASS]\n P1DT -\u003e ValueError [PASS]\n P1DH -\u003e ValueError [PASS]\n\nTesting additional valid cases:\n PT1M30S -\u003e 90.0 (expected 90) [PASS]\n PT30M -\u003e 1800.0 (expected 1800) [PASS]\n PT1H -\u003e 3600.0 (expected 3600) [PASS]\n P1D -\u003e 86400.0 (expected 86400) [PASS]\n P0.5D -\u003e 43200.0 (expected 43200) [PASS]\n P0W -\u003e 0.0 (expected 0) [PASS]\n P0D -\u003e 0.0 (expected 0) [PASS]\n\nTesting additional invalid cases:\n PT1S30M -\u003e ValueError [PASS]\n PT1M1H -\u003e ValueError [PASS]\n P1DT1H -\u003e 90000.0 [FAIL - should have raised ValueError]\n P1DT1H30M -\u003e 91800.0 [FAIL - should have raised ValueError]\n P1Y -\u003e ValueError [PASS]\n P1M -\u003e ValueError [PASS]\n P1DT1H30M5S -\u003e 91805.0 [FAIL - should have raised ValueError]\n PT -\u003e ValueError [PASS]\n P1DT -\u003e ValueError [PASS]\n P1DTH -\u003e ValueError [PASS]\n P1H -\u003e ValueError [PASS]\n P1M -\u003e ValueError [PASS]\n P1S -\u003e ValueError [PASS]\n\nSOME TESTS FAILED\n", "Stderr": "", "Millis": 40, "Record": "a2e37bff92412852916bc0f20834861c6919d091e17372d0174763e853b06676", "Request": "fc2661742bf7ef28df2f228a7c860ca81aa726f2d81c9ec71746b81fbbfef577", "Result": "a85a719c0c0778f8ac3710640c238e18ab14522b0a483bee506e90d575860e19", "Previous": "0df24d69289e3b131a076c20350a20586de1ba49b2045ca9a1d484e34c392cb1", "Sequence": 3 }, { "N": 4, "Language": "python", "Code": "import re\n\ndef iso_duration_seconds(s):\n \"\"\"\n Convert ISO 8601 duration string to seconds.\n Accepted forms:\n - P\u003cweeks\u003eW (e.g., P2W)\n - P[\u003cdays\u003eD][T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]] with at least one count present\n If T is present, at least one of H, M, S must follow.\n Time components (H, M, S) can ONLY appear after T.\n \"\"\"\n if not s or not s.startswith('P'):\n raise ValueError(\"Invalid duration string\")\n \n # Check for week-only format: P\u003cdigits\u003eW\n week_match = re.fullmatch(r'P(\\d+(?:\\.\\d+)?)W', s)\n if week_match:\n weeks = float(week_match.group(1))\n return weeks * 7 * 86400\n \n # Check for day/time format with T: P[\u003cdays\u003eD]T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]\n with_t_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?T(?:(\\d+(?:\\.\\d+)?)H)?(?:(\\d+(?:\\.\\d+)?)M)?(?:(\\d+(?:\\.\\d+)?)S)?', s)\n if with_t_match:\n days_str, hours_str, minutes_str, seconds_str = with_t_match.groups()\n \n # At least one of H, M, S must be present\n if all(x is None for x in [hours_str, minutes_str, seconds_str]):\n raise ValueError(\"T must be followed by at least one of H, M, S\")\n \n total_seconds = 0.0\n if days_str is not None:\n total_seconds += float(days_str) * 86400\n if hours_str is not None:\n total_seconds += float(hours_str) * 3600\n if minutes_str is not None:\n total_seconds += float(minutes_str) * 60\n if seconds_str is not None:\n total_seconds += float(seconds_str)\n return total_seconds\n \n # Check for day-only format (no T): P[\u003cdays\u003eD]\n no_t_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?', s)\n if no_t_match:\n days_str = no_t_match.group(1)\n if days_str is None:\n raise ValueError(\"At least one count must be present\")\n return float(days_str) * 86400\n \n raise ValueError(\"Invalid duration string\")\n\n\n# Test the examples from the problem\ntest_cases = [\n (\"PT0S\", 0),\n (\"PT1H30M\", 5400),\n (\"P1DT2H\", 93600),\n (\"P1W\", 604800),\n (\"PT0.5S\", 0.5),\n (\"P2DT3H4M5.25S\", 183845.25),\n]\n\nprint(\"Testing valid cases from problem:\")\nall_pass = True\nfor s, expected in test_cases:\n result = iso_duration_seconds(s)\n status = \"PASS\" if abs(result - expected) \u003c 1e-9 else \"FAIL\"\n if status == \"FAIL\":\n all_pass = False\n print(f\" {s} -\u003e {result} (expected {expected}) [{status}]\")\n\n# Test invalid cases from problem\ninvalid_cases = [\"\", \"P\", \"PT\", \"1H\", \"P1H\", \"P1Y\", \"P1M\", \"p1W\", \"P1w\", \"P 1W\", \"P-1W\", \"P1DT\", \"P1DH\"]\n\nprint(\"\\nTesting invalid cases from problem:\")\nfor s in invalid_cases:\n try:\n result = iso_duration_seconds(s)\n print(f\" {s} -\u003e {result} [FAIL - should have raised ValueError]\")\n all_pass = False\n except ValueError:\n print(f\" {s} -\u003e ValueError [PASS]\")\n\n# Test additional valid cases\nprint(\"\\nTesting additional valid cases:\")\nadditional_valid = [\n (\"PT1M30S\", 90),\n (\"PT30M\", 1800),\n (\"PT1H\", 3600),\n (\"P1D\", 86400),\n (\"P0.5D\", 43200),\n (\"P0W\", 0),\n (\"P0D\", 0),\n]\nfor s, expected in additional_valid:\n result = iso_duration_seconds(s)\n status = \"PASS\" if abs(result - expected) \u003c 1e-9 else \"FAIL\"\n if status == \"FAIL\":\n all_pass = False\n print(f\" {s} -\u003e {result} (expected {expected}) [{status}]\")\n\n# Test additional invalid cases\nprint(\"\\nTesting additional invalid cases:\")\nadditional_invalid = [\n \"PT1S30M\", # Wrong order: S before M\n \"PT1M1H\", # Wrong order: M before H\n \"P1DT1H\", # Missing T before time\n \"P1DT1H30M\", # Missing T before time\n \"P1Y\", # Years not allowed\n \"P1M\", # Months not allowed (M before T)\n \"P1DT1H30M5S\", # Missing T\n \"PT\", # T with nothing after\n \"P1DT\", # T with nothing after\n \"P1DTH\", # T with just H letter but no count\n \"P1H\", # H without T\n \"P1M\", # M without T\n \"P1S\", # S without T\n]\nfor s in additional_invalid:\n try:\n result = iso_duration_seconds(s)\n print(f\" {s} -\u003e {result} [FAIL - should have raised ValueError]\")\n all_pass = False\n except ValueError:\n print(f\" {s} -\u003e ValueError [PASS]\")\n\nprint(f\"\\n{'ALL TESTS PASSED' if all_pass else 'SOME TESTS FAILED'}\")", "ExitCode": 0, "TimedOut": false, "Stdout": "Testing valid cases from problem:\n PT0S -\u003e 0.0 (expected 0) [PASS]\n PT1H30M -\u003e 5400.0 (expected 5400) [PASS]\n P1DT2H -\u003e 93600.0 (expected 93600) [PASS]\n P1W -\u003e 604800.0 (expected 604800) [PASS]\n PT0.5S -\u003e 0.5 (expected 0.5) [PASS]\n P2DT3H4M5.25S -\u003e 183845.25 (expected 183845.25) [PASS]\n\nTesting invalid cases from problem:\n -\u003e ValueError [PASS]\n P -\u003e ValueError [PASS]\n PT -\u003e ValueError [PASS]\n 1H -\u003e ValueError [PASS]\n P1H -\u003e ValueError [PASS]\n P1Y -\u003e ValueError [PASS]\n P1M -\u003e ValueError [PASS]\n p1W -\u003e ValueError [PASS]\n P1w -\u003e ValueError [PASS]\n P 1W -\u003e ValueError [PASS]\n P-1W -\u003e ValueError [PASS]\n P1DT -\u003e ValueError [PASS]\n P1DH -\u003e ValueError [PASS]\n\nTesting additional valid cases:\n PT1M30S -\u003e 90.0 (expected 90) [PASS]\n PT30M -\u003e 1800.0 (expected 1800) [PASS]\n PT1H -\u003e 3600.0 (expected 3600) [PASS]\n P1D -\u003e 86400.0 (expected 86400) [PASS]\n P0.5D -\u003e 43200.0 (expected 43200) [PASS]\n P0W -\u003e 0.0 (expected 0) [PASS]\n P0D -\u003e 0.0 (expected 0) [PASS]\n\nTesting additional invalid cases:\n PT1S30M -\u003e ValueError [PASS]\n PT1M1H -\u003e ValueError [PASS]\n P1DT1H -\u003e 90000.0 [FAIL - should have raised ValueError]\n P1DT1H30M -\u003e 91800.0 [FAIL - should have raised ValueError]\n P1Y -\u003e ValueError [PASS]\n P1M -\u003e ValueError [PASS]\n P1DT1H30M5S -\u003e 91805.0 [FAIL - should have raised ValueError]\n PT -\u003e ValueError [PASS]\n P1DT -\u003e ValueError [PASS]\n P1DTH -\u003e ValueError [PASS]\n P1H -\u003e ValueError [PASS]\n P1M -\u003e ValueError [PASS]\n P1S -\u003e ValueError [PASS]\n\nSOME TESTS FAILED\n", "Stderr": "", "Millis": 49, "Record": "4c1a6b48790a20e9e4370cbf4c59eee39becda9c9e50cd0ff164cc9e06014ee8", "Request": "a2d849692721b7e32b126e08e08d95f3289210a3591c352bd75315a7b9f7f38a", "Result": "a8c955b266dcd769becffdcd69fba1af01411daa097631eabf9e2b16b1cb1de3", "Previous": "a2e37bff92412852916bc0f20834861c6919d091e17372d0174763e853b06676", "Sequence": 4 }, { "N": 5, "Language": "python", "Code": "import re\n\n# Debug the regex matching\ns = \"P1DT1H\"\n\nweek_match = re.fullmatch(r'P(\\d+(?:\\.\\d+)?)W', s)\nprint(f\"week_match: {week_match}\")\n\nwith_t_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?T(?:(\\d+(?:\\.\\d+)?)H)?(?:(\\d+(?:\\.\\d+)?)M)?(?:(\\d+(?:\\.\\d+)?)S)?', s)\nprint(f\"with_t_match: {with_t_match}\")\n\nno_t_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?', s)\nprint(f\"no_t_match: {no_t_match}\")\nif no_t_match:\n print(f\" groups: {no_t_match.groups()}\")", "ExitCode": 0, "TimedOut": false, "Stdout": "week_match: None\nwith_t_match: \u003cre.Match object; span=(0, 6), match='P1DT1H'\u003e\nno_t_match: None\n", "Stderr": "", "Millis": 40, "Record": "10f98e1c15592ded542fd23adb5dc40c05b76848087ba00422420573ddb720db", "Request": "d42374ded8404b256faea1e4afc402715932dddcf3245dbcd327bcc13f7db051", "Result": "87f1a051b77db8a3c028bd208f05c739f6781d8b0ef5db2c20de742b5004fafb", "Previous": "4c1a6b48790a20e9e4370cbf4c59eee39becda9c9e50cd0ff164cc9e06014ee8", "Sequence": 5 }, { "N": 6, "Language": "python", "Code": "import re\n\ns = \"P1DT1H\"\n\nwith_t_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?T(?:(\\d+(?:\\.\\d+)?)H)?(?:(\\d+(?:\\.\\d+)?)M)?(?:(\\d+(?:\\.\\d+)?)S)?', s)\nprint(f\"with_t_match: {with_t_match}\")\nif with_t_match:\n print(f\"groups: {with_t_match.groups()}\")", "ExitCode": 0, "TimedOut": false, "Stdout": "with_t_match: \u003cre.Match object; span=(0, 6), match='P1DT1H'\u003e\ngroups: ('1', '1', None, None)\n", "Stderr": "", "Millis": 32, "Record": "c5778219fb525247a1e96f31f6f20f92988fa05666bfa6a0bb458107e5b7821f", "Request": "9561449b672acb58046591a476766b92a7944debe6c978ee5653edd6bbd15341", "Result": "3bcb101101ba1b46f630f3762bb79cfa61cde3986c2483ea2a5ed86639186805", "Previous": "10f98e1c15592ded542fd23adb5dc40c05b76848087ba00422420573ddb720db", "Sequence": 6 }, { "N": 7, "Language": "python", "Code": "import re\n\ndef iso_duration_seconds(s):\n \"\"\"\n Convert ISO 8601 duration string to seconds.\n Accepted forms:\n - P\u003cweeks\u003eW (e.g., P2W)\n - P[\u003cdays\u003eD][T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]] with at least one count present\n If T is present, at least one of H, M, S must follow.\n Time components (H, M, S) can ONLY appear after T.\n \"\"\"\n if not s or not s.startswith('P'):\n raise ValueError(\"Invalid duration string\")\n \n # Check for week-only format: P\u003cdigits\u003eW\n week_match = re.fullmatch(r'P(\\d+(?:\\.\\d+)?)W', s)\n if week_match:\n weeks = float(week_match.group(1))\n return weeks * 7 * 86400\n \n # Check for day/time format with T: P[\u003cdays\u003eD]T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]\n with_t_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?T(?:(\\d+(?:\\.\\d+)?)H)?(?:(\\d+(?:\\.\\d+)?)M)?(?:(\\d+(?:\\.\\d+)?)S)?', s)\n if with_t_match:\n days_str, hours_str, minutes_str, seconds_str = with_t_match.groups()\n \n # At least one of H, M, S must be present\n if all(x is None for x in [hours_str, minutes_str, seconds_str]):\n raise ValueError(\"T must be followed by at least one of H, M, S\")\n \n total_seconds = 0.0\n if days_str is not None:\n total_seconds += float(days_str) * 86400\n if hours_str is not None:\n total_seconds += float(hours_str) * 3600\n if minutes_str is not None:\n total_seconds += float(minutes_str) * 60\n if seconds_str is not None:\n total_seconds += float(seconds_str)\n return total_seconds\n \n # Check for day-only format (no T): P[\u003cdays\u003eD]\n no_t_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?', s)\n if no_t_match:\n days_str = no_t_match.group(1)\n if days_str is None:\n raise ValueError(\"At least one count must be present\")\n return float(days_str) * 86400\n \n raise ValueError(\"Invalid duration string\")\n\n\n# Test the examples from the problem\ntest_cases = [\n (\"PT0S\", 0),\n (\"PT1H30M\", 5400),\n (\"P1DT2H\", 93600),\n (\"P1W\", 604800),\n (\"PT0.5S\", 0.5),\n (\"P2DT3H4M5.25S\", 183845.25),\n]\n\nprint(\"Testing valid cases from problem:\")\nall_pass = True\nfor s, expected in test_cases:\n result = iso_duration_seconds(s)\n status = \"PASS\" if abs(result - expected) \u003c 1e-9 else \"FAIL\"\n if status == \"FAIL\":\n all_pass = False\n print(f\" {s} -\u003e {result} (expected {expected}) [{status}]\")\n\n# Test invalid cases from problem\ninvalid_cases = [\"\", \"P\", \"PT\", \"1H\", \"P1H\", \"P1Y\", \"P1M\", \"p1W\", \"P1w\", \"P 1W\", \"P-1W\", \"P1DT\", \"P1DH\"]\n\nprint(\"\\nTesting invalid cases from problem:\")\nfor s in invalid_cases:\n try:\n result = iso_duration_seconds(s)\n print(f\" {s} -\u003e {result} [FAIL - should have raised ValueError]\")\n all_pass = False\n except ValueError:\n print(f\" {s} -\u003e ValueError [PASS]\")\n\n# Test additional valid cases (including ones I previously thought were invalid)\nprint(\"\\nTesting additional valid cases:\")\nadditional_valid = [\n (\"PT1M30S\", 90),\n (\"PT30M\", 1800),\n (\"PT1H\", 3600),\n (\"P1D\", 86400),\n (\"P0.5D\", 43200),\n (\"P0W\", 0),\n (\"P0D\", 0),\n (\"P1DT1H\", 90000), # P1D + T1H = 86400 + 3600\n (\"P1DT1H30M\", 91800), # P1D + T1H + 30M = 86400 + 3600 + 1800\n (\"P1DT1H30M5S\", 91805), # P1D + T1H + 30M + 5S = 86400 + 3600 + 1800 + 5\n]\nfor s, expected in additional_valid:\n result = iso_duration_seconds(s)\n status = \"PASS\" if abs(result - expected) \u003c 1e-9 else \"FAIL\"\n if status == \"FAIL\":\n all_pass = False\n print(f\" {s} -\u003e {result} (expected {expected}) [{status}]\")\n\n# Test additional invalid cases\nprint(\"\\nTesting additional invalid cases:\")\nadditional_invalid = [\n \"PT1S30M\", # Wrong order: S before M\n \"PT1M1H\", # Wrong order: M before H\n \"P1Y\", # Years not allowed\n \"P1M\", # Months not allowed (M before T)\n \"PT\", # T with nothing after\n \"P1DT\", # T with nothing after\n \"P1DTH\", # T with just H letter but no count\n \"P1H\", # H without T\n \"P1M\", # M without T\n \"P1S\", # S without T\n \"P1DM\", # M without T after D\n \"P1DS\", # S without T after D\n]\nfor s in additional_invalid:\n try:\n result = iso_duration_seconds(s)\n print(f\" {s} -\u003e {result} [FAIL - should have raised ValueError]\")\n all_pass = False\n except ValueError:\n print(f\" {s} -\u003e ValueError [PASS]\")\n\nprint(f\"\\n{'ALL TESTS PASSED' if all_pass else 'SOME TESTS FAILED'}\")", "ExitCode": 0, "TimedOut": false, "Stdout": "Testing valid cases from problem:\n PT0S -\u003e 0.0 (expected 0) [PASS]\n PT1H30M -\u003e 5400.0 (expected 5400) [PASS]\n P1DT2H -\u003e 93600.0 (expected 93600) [PASS]\n P1W -\u003e 604800.0 (expected 604800) [PASS]\n PT0.5S -\u003e 0.5 (expected 0.5) [PASS]\n P2DT3H4M5.25S -\u003e 183845.25 (expected 183845.25) [PASS]\n\nTesting invalid cases from problem:\n -\u003e ValueError [PASS]\n P -\u003e ValueError [PASS]\n PT -\u003e ValueError [PASS]\n 1H -\u003e ValueError [PASS]\n P1H -\u003e ValueError [PASS]\n P1Y -\u003e ValueError [PASS]\n P1M -\u003e ValueError [PASS]\n p1W -\u003e ValueError [PASS]\n P1w -\u003e ValueError [PASS]\n P 1W -\u003e ValueError [PASS]\n P-1W -\u003e ValueError [PASS]\n P1DT -\u003e ValueError [PASS]\n P1DH -\u003e ValueError [PASS]\n\nTesting additional valid cases:\n PT1M30S -\u003e 90.0 (expected 90) [PASS]\n PT30M -\u003e 1800.0 (expected 1800) [PASS]\n PT1H -\u003e 3600.0 (expected 3600) [PASS]\n P1D -\u003e 86400.0 (expected 86400) [PASS]\n P0.5D -\u003e 43200.0 (expected 43200) [PASS]\n P0W -\u003e 0.0 (expected 0) [PASS]\n P0D -\u003e 0.0 (expected 0) [PASS]\n P1DT1H -\u003e 90000.0 (expected 90000) [PASS]\n P1DT1H30M -\u003e 91800.0 (expected 91800) [PASS]\n P1DT1H30M5S -\u003e 91805.0 (expected 91805) [PASS]\n\nTesting additional invalid cases:\n PT1S30M -\u003e ValueError [PASS]\n PT1M1H -\u003e ValueError [PASS]\n P1Y -\u003e ValueError [PASS]\n P1M -\u003e ValueError [PASS]\n PT -\u003e ValueError [PASS]\n P1DT -\u003e ValueError [PASS]\n P1DTH -\u003e ValueError [PASS]\n P1H -\u003e ValueError [PASS]\n P1M -\u003e ValueError [PASS]\n P1S -\u003e ValueError [PASS]\n P1DM -\u003e ValueError [PASS]\n P1DS -\u003e ValueError [PASS]\n\nALL TESTS PASSED\n", "Stderr": "", "Millis": 66, "Record": "5a5db0e4534c50d9a77144bf47b5b91a2b7472b307cec8a60dd356e6fff381fc", "Request": "effcee38a0d49c168c6148145241c41bcfb947abe1618cd35fdfde5e4eef6276", "Result": "103086d33a4631622bfd582762c6dc4a45c5a8c2ffab577a13dd70a07b8b98d6", "Previous": "c5778219fb525247a1e96f31f6f20f92988fa05666bfa6a0bb458107e5b7821f", "Sequence": 7 }, { "N": 8, "Language": "python", "Code": "import re\n\ndef iso_duration_seconds(s):\n \"\"\"\n Convert ISO 8601 duration string to seconds.\n Accepted forms:\n - P\u003cweeks\u003eW (e.g., P2W)\n - P[\u003cdays\u003eD][T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]] with at least one count present\n If T is present, at least one of H, M, S must follow.\n Time components (H, M, S) can ONLY appear after T.\n \"\"\"\n if not s or not s.startswith('P'):\n raise ValueError(\"Invalid duration string\")\n \n # Check for week-only format: P\u003cdigits\u003eW\n week_match = re.fullmatch(r'P(\\d+(?:\\.\\d+)?)W', s)\n if week_match:\n weeks = float(week_match.group(1))\n return weeks * 7 * 86400\n \n # Check for day/time format with T: P[\u003cdays\u003eD]T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]\n with_t_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?T(?:(\\d+(?:\\.\\d+)?)H)?(?:(\\d+(?:\\.\\d+)?)M)?(?:(\\d+(?:\\.\\d+)?)S)?', s)\n if with_t_match:\n days_str, hours_str, minutes_str, seconds_str = with_t_match.groups()\n \n # At least one of H, M, S must be present\n if all(x is None for x in [hours_str, minutes_str, seconds_str]):\n raise ValueError(\"T must be followed by at least one of H, M, S\")\n \n total_seconds = 0.0\n if days_str is not None:\n total_seconds += float(days_str) * 86400\n if hours_str is not None:\n total_seconds += float(hours_str) * 3600\n if minutes_str is not None:\n total_seconds += float(minutes_str) * 60\n if seconds_str is not None:\n total_seconds += float(seconds_str)\n return total_seconds\n \n # Check for day-only format (no T): P[\u003cdays\u003eD]\n no_t_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?', s)\n if no_t_match:\n days_str = no_t_match.group(1)\n if days_str is None:\n raise ValueError(\"At least one count must be present\")\n return float(days_str) * 86400\n \n raise ValueError(\"Invalid duration string\")\n\n\n# Comprehensive test suite\nprint(\"=== COMPREHENSIVE TEST SUITE ===\\n\")\n\n# Problem examples\ntest_cases = [\n (\"PT0S\", 0),\n (\"PT1H30M\", 5400),\n (\"P1DT2H\", 93600),\n (\"P1W\", 604800),\n (\"PT0.5S\", 0.5),\n (\"P2DT3H4M5.25S\", 183845.25),\n]\n\nprint(\"Problem examples:\")\nall_pass = True\nfor s, expected in test_cases:\n result = iso_duration_seconds(s)\n status = \"PASS\" if abs(result - expected) \u003c 1e-9 else \"FAIL\"\n if status == \"FAIL\":\n all_pass = False\n print(f\" {s} -\u003e {result} (expected {expected}) [{status}]\")\n\n# Problem invalid cases\ninvalid_cases = [\"\", \"P\", \"PT\", \"1H\", \"P1H\", \"P1Y\", \"P1M\", \"p1W\", \"P1w\", \"P 1W\", \"P-1W\", \"P1DT\", \"P1DH\"]\n\nprint(\"\\nProblem invalid cases:\")\nfor s in invalid_cases:\n try:\n result = iso_duration_seconds(s)\n print(f\" {s} -\u003e {result} [FAIL - should have raised ValueError]\")\n all_pass = False\n except ValueError:\n print(f\" {s} -\u003e ValueError [PASS]\")\n\n# Additional valid cases\nadditional_valid = [\n (\"PT1M30S\", 90),\n (\"PT30M\", 1800),\n (\"PT1H\", 3600),\n (\"P1D\", 86400),\n (\"P0.5D\", 43200),\n (\"P0W\", 0),\n (\"P0D\", 0),\n (\"P1DT1H\", 90000),\n (\"P1DT1H30M\", 91800),\n (\"P1DT1H30M5S\", 91805),\n (\"P2W\", 1209600),\n (\"P3DT0H0M0S\", 259200),\n (\"PT1.5H\", 5400),\n (\"PT1H0.5M\", 3630),\n (\"PT0H0M1.25S\", 1.25),\n]\n\nprint(\"\\nAdditional valid cases:\")\nfor s, expected in additional_valid:\n result = iso_duration_seconds(s)\n status = \"PASS\" if abs(result - expected) \u003c 1e-9 else \"FAIL\"\n if status == \"FAIL\":\n all_pass = False\n print(f\" {s} -\u003e {result} (expected {expected}) [{status}]\")\n\n# Additional invalid cases\nadditional_invalid = [\n \"PT1S30M\", # Wrong order: S before M\n \"PT1M1H\", # Wrong order: M before H\n \"P1Y\", # Years not allowed\n \"P1M\", # Months not allowed (M before T)\n \"PT\", # T with nothing after\n \"P1DT\", # T with nothing after\n \"P1DTH\", # T with just H letter but no count\n \"P1H\", # H without T\n \"P1M\", # M without T\n \"P1S\", # S without T\n \"P1DM\", # M without T after D\n \"P1DS\", # S without T after D\n \"P1DT1H\", # Missing T before time\n \"P1DT1H30M\", # Missing T before time\n \"P1DT1H30M5S\", # Missing T\n \"P1W1D\", # Extra characters\n \"P1DT2H3M4S5\", # Extra characters\n \"PT1H30M45\", # Missing S\n \"P1.2.3D\", # Invalid number format\n \"P1D2D\", # Duplicate D\n \"PT1H2H\", # Duplicate H\n \"PT1H2M3S4S\", # Duplicate S\n \"P1DT2H3M4S5W\", # Mixed W with day/time\n]\n\nprint(\"\\nAdditional invalid cases:\")\nfor s in additional_invalid:\n try:\n result = iso_duration_seconds(s)\n print(f\" {s} -\u003e {result} [FAIL - should have raised ValueError]\")\n all_pass = False\n except ValueError:\n print(f\" {s} -\u003e ValueError [PASS]\")\n\nprint(f\"\\n{'='*40}\")\nif all_pass:\n print(\"ALL TESTS PASSED\")\nelse:\n print(\"SOME TESTS FAILED\")\nprint(f\"{'='*40}\")", "ExitCode": 0, "TimedOut": false, "Stdout": "=== COMPREHENSIVE TEST SUITE ===\n\nProblem examples:\n PT0S -\u003e 0.0 (expected 0) [PASS]\n PT1H30M -\u003e 5400.0 (expected 5400) [PASS]\n P1DT2H -\u003e 93600.0 (expected 93600) [PASS]\n P1W -\u003e 604800.0 (expected 604800) [PASS]\n PT0.5S -\u003e 0.5 (expected 0.5) [PASS]\n P2DT3H4M5.25S -\u003e 183845.25 (expected 183845.25) [PASS]\n\nProblem invalid cases:\n -\u003e ValueError [PASS]\n P -\u003e ValueError [PASS]\n PT -\u003e ValueError [PASS]\n 1H -\u003e ValueError [PASS]\n P1H -\u003e ValueError [PASS]\n P1Y -\u003e ValueError [PASS]\n P1M -\u003e ValueError [PASS]\n p1W -\u003e ValueError [PASS]\n P1w -\u003e ValueError [PASS]\n P 1W -\u003e ValueError [PASS]\n P-1W -\u003e ValueError [PASS]\n P1DT -\u003e ValueError [PASS]\n P1DH -\u003e ValueError [PASS]\n\nAdditional valid cases:\n PT1M30S -\u003e 90.0 (expected 90) [PASS]\n PT30M -\u003e 1800.0 (expected 1800) [PASS]\n PT1H -\u003e 3600.0 (expected 3600) [PASS]\n P1D -\u003e 86400.0 (expected 86400) [PASS]\n P0.5D -\u003e 43200.0 (expected 43200) [PASS]\n P0W -\u003e 0.0 (expected 0) [PASS]\n P0D -\u003e 0.0 (expected 0) [PASS]\n P1DT1H -\u003e 90000.0 (expected 90000) [PASS]\n P1DT1H30M -\u003e 91800.0 (expected 91800) [PASS]\n P1DT1H30M5S -\u003e 91805.0 (expected 91805) [PASS]\n P2W -\u003e 1209600.0 (expected 1209600) [PASS]\n P3DT0H0M0S -\u003e 259200.0 (expected 259200) [PASS]\n PT1.5H -\u003e 5400.0 (expected 5400) [PASS]\n PT1H0.5M -\u003e 3630.0 (expected 3630) [PASS]\n PT0H0M1.25S -\u003e 1.25 (expected 1.25) [PASS]\n\nAdditional invalid cases:\n PT1S30M -\u003e ValueError [PASS]\n PT1M1H -\u003e ValueError [PASS]\n P1Y -\u003e ValueError [PASS]\n P1M -\u003e ValueError [PASS]\n PT -\u003e ValueError [PASS]\n P1DT -\u003e ValueError [PASS]\n P1DTH -\u003e ValueError [PASS]\n P1H -\u003e ValueError [PASS]\n P1M -\u003e ValueError [PASS]\n P1S -\u003e ValueError [PASS]\n P1DM -\u003e ValueError [PASS]\n P1DS -\u003e ValueError [PASS]\n P1DT1H -\u003e 90000.0 [FAIL - should have raised ValueError]\n P1DT1H30M -\u003e 91800.0 [FAIL - should have raised ValueError]\n P1DT1H30M5S -\u003e 91805.0 [FAIL - should have raised ValueError]\n P1W1D -\u003e ValueError [PASS]\n P1DT2H3M4S5 -\u003e ValueError [PASS]\n PT1H30M45 -\u003e ValueError [PASS]\n P1.2.3D -\u003e ValueError [PASS]\n P1D2D -\u003e ValueError [PASS]\n PT1H2H -\u003e ValueError [PASS]\n PT1H2M3S4S -\u003e ValueError [PASS]\n P1DT2H3M4S5W -\u003e ValueError [PASS]\n\n========================================\nSOME TESTS FAILED\n========================================\n", "Stderr": "", "Millis": 48, "Record": "4c691febe9c7b63400e096f56352fc4fae0cd3f1eb56f021a483bf992178ef38", "Request": "17b78045ee99af27c7f9431dcb16064a605af1eea0bf34dba9fc2c7442813440", "Result": "8611d82b17db09e9b78a7d8aba0cc23cc9acef5dbde5d599f53cf6ea116af4a2", "Previous": "5a5db0e4534c50d9a77144bf47b5b91a2b7472b307cec8a60dd356e6fff381fc", "Sequence": 8 }, { "N": 9, "Language": "python", "Code": "import re\n\ndef iso_duration_seconds(s):\n \"\"\"\n Convert ISO 8601 duration string to seconds.\n Accepted forms:\n - P\u003cweeks\u003eW (e.g., P2W)\n - P[\u003cdays\u003eD][T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]] with at least one count present\n If T is present, at least one of H, M, S must follow.\n Time components (H, M, S) can ONLY appear after T.\n \"\"\"\n if not s or not s.startswith('P'):\n raise ValueError(\"Invalid duration string\")\n \n # Check for week-only format: P\u003cdigits\u003eW\n week_match = re.fullmatch(r'P(\\d+(?:\\.\\d+)?)W', s)\n if week_match:\n weeks = float(week_match.group(1))\n return weeks * 7 * 86400\n \n # Check for day/time format with T: P[\u003cdays\u003eD]T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]\n with_t_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?T(?:(\\d+(?:\\.\\d+)?)H)?(?:(\\d+(?:\\.\\d+)?)M)?(?:(\\d+(?:\\.\\d+)?)S)?', s)\n if with_t_match:\n days_str, hours_str, minutes_str, seconds_str = with_t_match.groups()\n \n # At least one of H, M, S must be present\n if all(x is None for x in [hours_str, minutes_str, seconds_str]):\n raise ValueError(\"T must be followed by at least one of H, M, S\")\n \n total_seconds = 0.0\n if days_str is not None:\n total_seconds += float(days_str) * 86400\n if hours_str is not None:\n total_seconds += float(hours_str) * 3600\n if minutes_str is not None:\n total_seconds += float(minutes_str) * 60\n if seconds_str is not None:\n total_seconds += float(seconds_str)\n return total_seconds\n \n # Check for day-only format (no T): P[\u003cdays\u003eD]\n no_t_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?', s)\n if no_t_match:\n days_str = no_t_match.group(1)\n if days_str is None:\n raise ValueError(\"At least one count must be present\")\n return float(days_str) * 86400\n \n raise ValueError(\"Invalid duration string\")\n\n\n# Test exactly the problem examples\nprint(\"=== PROBLEM EXAMPLES ===\")\ntest_cases = [\n (\"PT0S\", 0),\n (\"PT1H30M\", 5400),\n (\"P1DT2H\", 93600),\n (\"P1W\", 604800),\n (\"PT0.5S\", 0.5),\n (\"P2DT3H4M5.25S\", 183845.25),\n]\n\nall_pass = True\nfor s, expected in test_cases:\n result = iso_duration_seconds(s)\n status = \"PASS\" if abs(result - expected) \u003c 1e-9 else \"FAIL\"\n if status == \"FAIL\":\n all_pass = False\n print(f\" {s} -\u003e {result} (expected {expected}) [{status}]\")\n\nprint(\"\\n=== PROBLEM INVALID CASES ===\")\ninvalid_cases = [\"\", \"P\", \"PT\", \"1H\", \"P1H\"]\nfor s in invalid_cases:\n try:\n result = iso_duration_seconds(s)\n print(f\" {s} -\u003e {result} [FAIL - should have raised ValueError]\")\n all_pass = False\n except ValueError:\n print(f\" {s} -\u003e ValueError [PASS]\")\n\nprint(\"\\n=== ADDITIONAL VALID CASES ===\")\n# These are valid per the spec\nadditional_valid = [\n (\"PT1M30S\", 90), # T followed by M and S\n (\"PT30M\", 1800), # T followed by M only\n (\"PT1H\", 3600), # T followed by H only\n (\"P1D\", 86400), # Just days\n (\"P0.5D\", 43200), # Fractional days\n (\"P0W\", 0), # Zero weeks\n (\"P0D\", 0), # Zero days\n (\"P1DT1H\", 90000), # Day + T + hour (VALID per spec!)\n (\"P1DT1H30M\", 91800), # Day + T + hour + minute (VALID!)\n (\"P1DT1H30M5S\", 91805), # Day + T + hour + minute + second (VALID!)\n (\"P2W\", 1209600), # 2 weeks\n (\"PT1.5H\", 5400), # Fractional hours\n (\"PT1H0.5M\", 3630), # Fractional minutes\n (\"PT0H0M1.25S\", 1.25), # Fractional seconds\n]\n\nfor s, expected in additional_valid:\n result = iso_duration_seconds(s)\n status = \"PASS\" if abs(result - expected) \u003c 1e-9 else \"FAIL\"\n if status == \"FAIL\":\n all_pass = False\n print(f\" {s} -\u003e {result} (expected {expected}) [{status}]\")\n\nprint(\"\\n=== ADDITIONAL INVALID CASES ===\")\n# These should raise ValueError\nadditional_invalid = [\n \"PT1S30M\", # Wrong order: S before M\n \"PT1M1H\", # Wrong order: M before H\n \"P1Y\", # Years not allowed\n \"P1M\", # Months not allowed (M before T)\n \"PT\", # T with nothing after\n \"P1DT\", # T with nothing after\n \"P1DTH\", # T with just H letter but no count\n \"P1H\", # H without T\n \"P1S\", # S without T\n \"P1DM\", # M without T after D\n \"P1DS\", # S without T after D\n \"P1W1D\", # Mixed W with day/time\n \"P1DT2H3M4S5\", # Extra characters\n \"PT1H30M45\", # Missing S\n \"P1.2.3D\", # Invalid number format\n \"P1D2D\", # Duplicate D\n \"PT1H2H\", # Duplicate H\n \"PT1H2M3S4S\", # Duplicate S\n \"p1W\", # Lowercase\n \"P1w\", # Lowercase\n \"P 1W\", # Space\n \"P-1W\", # Negative sign\n]\n\nfor s in additional_invalid:\n try:\n result = iso_duration_seconds(s)\n print(f\" {s} -\u003e {result} [FAIL - should have raised ValueError]\")\n all_pass = False\n except ValueError:\n print(f\" {s} -\u003e ValueError [PASS]\")\n\nprint(f\"\\n{'='*40}\")\nif all_pass:\n print(\"ALL TESTS PASSED\")\nelse:\n print(\"SOME TESTS FAILED\")", "ExitCode": 0, "TimedOut": false, "Stdout": "=== PROBLEM EXAMPLES ===\n PT0S -\u003e 0.0 (expected 0) [PASS]\n PT1H30M -\u003e 5400.0 (expected 5400) [PASS]\n P1DT2H -\u003e 93600.0 (expected 93600) [PASS]\n P1W -\u003e 604800.0 (expected 604800) [PASS]\n PT0.5S -\u003e 0.5 (expected 0.5) [PASS]\n P2DT3H4M5.25S -\u003e 183845.25 (expected 183845.25) [PASS]\n\n=== PROBLEM INVALID CASES ===\n -\u003e ValueError [PASS]\n P -\u003e ValueError [PASS]\n PT -\u003e ValueError [PASS]\n 1H -\u003e ValueError [PASS]\n P1H -\u003e ValueError [PASS]\n\n=== ADDITIONAL VALID CASES ===\n PT1M30S -\u003e 90.0 (expected 90) [PASS]\n PT30M -\u003e 1800.0 (expected 1800) [PASS]\n PT1H -\u003e 3600.0 (expected 3600) [PASS]\n P1D -\u003e 86400.0 (expected 86400) [PASS]\n P0.5D -\u003e 43200.0 (expected 43200) [PASS]\n P0W -\u003e 0.0 (expected 0) [PASS]\n P0D -\u003e 0.0 (expected 0) [PASS]\n P1DT1H -\u003e 90000.0 (expected 90000) [PASS]\n P1DT1H30M -\u003e 91800.0 (expected 91800) [PASS]\n P1DT1H30M5S -\u003e 91805.0 (expected 91805) [PASS]\n P2W -\u003e 1209600.0 (expected 1209600) [PASS]\n PT1.5H -\u003e 5400.0 (expected 5400) [PASS]\n PT1H0.5M -\u003e 3630.0 (expected 3630) [PASS]\n PT0H0M1.25S -\u003e 1.25 (expected 1.25) [PASS]\n\n=== ADDITIONAL INVALID CASES ===\n PT1S30M -\u003e ValueError [PASS]\n PT1M1H -\u003e ValueError [PASS]\n P1Y -\u003e ValueError [PASS]\n P1M -\u003e ValueError [PASS]\n PT -\u003e ValueError [PASS]\n P1DT -\u003e ValueError [PASS]\n P1DTH -\u003e ValueError [PASS]\n P1H -\u003e ValueError [PASS]\n P1S -\u003e ValueError [PASS]\n P1DM -\u003e ValueError [PASS]\n P1DS -\u003e ValueError [PASS]\n P1W1D -\u003e ValueError [PASS]\n P1DT2H3M4S5 -\u003e ValueError [PASS]\n PT1H30M45 -\u003e ValueError [PASS]\n P1.2.3D -\u003e ValueError [PASS]\n P1D2D -\u003e ValueError [PASS]\n PT1H2H -\u003e ValueError [PASS]\n PT1H2M3S4S -\u003e ValueError [PASS]\n p1W -\u003e ValueError [PASS]\n P1w -\u003e ValueError [PASS]\n P 1W -\u003e ValueError [PASS]\n P-1W -\u003e ValueError [PASS]\n\n========================================\nALL TESTS PASSED\n", "Stderr": "", "Millis": 58, "Record": "660231cc81897e880345123f02451bf1a727b856505b258530e0013dc17ac995", "Request": "c9fc64f55ad8ab10f03f5097bdc7ad14f6c5c7c7e0d0cd479a2b37b4d11965b5", "Result": "f3a21671d8e5652a08397ded9955f5f272b814002198331ebfed99601f2a1221", "Previous": "4c691febe9c7b63400e096f56352fc4fae0cd3f1eb56f021a483bf992178ef38", "Sequence": 9 }, { "N": 10, "Language": "python", "Code": "import re\n\ndef iso_duration_seconds(s):\n \"\"\"\n Convert ISO 8601 duration string to seconds.\n Accepted forms:\n - P\u003cweeks\u003eW (e.g., P2W)\n - P[\u003cdays\u003eD][T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]] with at least one count present\n If T is present, at least one of H, M, S must follow.\n Time components (H, M, S) can ONLY appear after T.\n \"\"\"\n if not s or not s.startswith('P'):\n raise ValueError(\"Invalid duration string\")\n \n # Check for week-only format: P\u003cdigits\u003eW\n week_match = re.fullmatch(r'P(\\d+(?:\\.\\d+)?)W', s)\n if week_match:\n weeks = float(week_match.group(1))\n return weeks * 7 * 86400\n \n # Check for day/time format with T: P[\u003cdays\u003eD]T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]\n with_t_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?T(?:(\\d+(?:\\.\\d+)?)H)?(?:(\\d+(?:\\.\\d+)?)M)?(?:(\\d+(?:\\.\\d+)?)S)?', s)\n if with_t_match:\n days_str, hours_str, minutes_str, seconds_str = with_t_match.groups()\n \n # At least one of H, M, S must be present\n if all(x is None for x in [hours_str, minutes_str, seconds_str]):\n raise ValueError(\"T must be followed by at least one of H, M, S\")\n \n total_seconds = 0.0\n if days_str is not None:\n total_seconds += float(days_str) * 86400\n if hours_str is not None:\n total_seconds += float(hours_str) * 3600\n if minutes_str is not None:\n total_seconds += float(minutes_str) * 60\n if seconds_str is not None:\n total_seconds += float(seconds_str)\n return total_seconds\n \n # Check for day-only format (no T): P[\u003cdays\u003eD]\n no_t_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?', s)\n if no_t_match:\n days_str = no_t_match.group(1)\n if days_str is None:\n raise ValueError(\"At least one count must be present\")\n return float(days_str) * 86400\n \n raise ValueError(\"Invalid duration string\")\n\n\n# Test script\nprint(\"=== COMPREHENSIVE TEST SUITE ===\\n\")\n\n# Problem examples\ntest_cases = [\n (\"PT0S\", 0),\n (\"PT1H30M\", 5400),\n (\"P1DT2H\", 93600),\n (\"P1W\", 604800),\n (\"PT0.5S\", 0.5),\n (\"P2DT3H4M5.25S\", 183845.25),\n]\n\nprint(\"Problem examples:\")\nall_pass = True\nfor s, expected in test_cases:\n result = iso_duration_seconds(s)\n status = \"PASS\" if abs(result - expected) \u003c 1e-9 else \"FAIL\"\n if status == \"FAIL\":\n all_pass = False\n print(f\" {s} -\u003e {result} (expected {expected}) [{status}]\")\n\n# Problem invalid cases\ninvalid_cases = [\"\", \"P\", \"PT\", \"1H\", \"P1H\", \"P1Y\", \"P1M\", \"p1W\", \"P1w\", \"P 1W\", \"P-1W\", \"P1DT\", \"P1DH\"]\n\nprint(\"\\nProblem invalid cases:\")\nfor s in invalid_cases:\n try:\n result = iso_duration_seconds(s)\n print(f\" {s} -\u003e {result} [FAIL - should have raised ValueError]\")\n all_pass = False\n except ValueError:\n print(f\" {s} -\u003e ValueError [PASS]\")\n\n# Additional valid cases\nadditional_valid = [\n (\"PT1M30S\", 90),\n (\"PT30M\", 1800),\n (\"PT1H\", 3600),\n (\"P1D\", 86400),\n (\"P0.5D\", 43200),\n (\"P0W\", 0),\n (\"P0D\", 0),\n (\"P1DT1H\", 90000),\n (\"P1DT1H30M\", 91800),\n (\"P1DT1H30M5S\", 91805),\n (\"P2W\", 1209600),\n (\"P3DT0H0M0S\", 259200),\n (\"PT1.5H\", 5400),\n (\"PT1H0.5M\", 3630),\n (\"PT0H0M1.25S\", 1.25),\n]\n\nprint(\"\\nAdditional valid cases:\")\nfor s, expected in additional_valid:\n result = iso_duration_seconds(s)\n status = \"PASS\" if abs(result - expected) \u003c 1e-9 else \"FAIL\"\n if status == \"FAIL\":\n all_pass = False\n print(f\" {s} -\u003e {result} (expected {expected}) [{status}]\")\n\n# Additional invalid cases\nadditional_invalid = [\n \"PT1S30M\", # Wrong order: S before M\n \"PT1M1H\", # Wrong order: M before H\n \"P1Y\", # Years not allowed\n \"P1M\", # Months not allowed (M before T)\n \"PT\", # T with nothing after\n \"P1DT\", # T with nothing after\n \"P1DTH\", # T with just H letter but no count\n \"P1H\", # H without T\n \"P1S\", # S without T\n \"P1DM\", # M without T after D\n \"P1DS\", # S without T after D\n \"P1DT1H\", # Missing T before time\n \"P1DT1H30M\", # Missing T before time\n \"P1DT1H30M5S\", # Missing T\n \"P1W1D\", # Extra characters\n \"P1DT2H3M4S5\", # Extra characters\n \"PT1H30M45\", # Missing S\n \"P1.2.3D\", # Invalid number format\n \"P1D2D\", # Duplicate D\n \"PT1H2H\", # Duplicate H\n \"PT1H2M3S4S\", # Duplicate S\n \"p1W\", # Lowercase\n \"P1w\", # Lowercase\n \"P 1W\", # Space\n \"P-1W\", # Negative sign\n]\n\nprint(\"\\nAdditional invalid cases:\")\nfor s in additional_invalid:\n try:\n result = iso_duration_seconds(s)\n print(f\" {s} -\u003e {result} [FAIL - should have raised ValueError]\")\n all_pass = False\n except ValueError:\n print(f\" {s} -\u003e ValueError [PASS]\")\n\nprint(f\"\\n{'='*40}\")\nif all_pass:\n print(\"ALL TESTS PASSED\")\nelse:\n print(\"SOME TESTS FAILED\")\nprint(f\"{'='*40}\")", "ExitCode": 0, "TimedOut": false, "Stdout": "=== COMPREHENSIVE TEST SUITE ===\n\nProblem examples:\n PT0S -\u003e 0.0 (expected 0) [PASS]\n PT1H30M -\u003e 5400.0 (expected 5400) [PASS]\n P1DT2H -\u003e 93600.0 (expected 93600) [PASS]\n P1W -\u003e 604800.0 (expected 604800) [PASS]\n PT0.5S -\u003e 0.5 (expected 0.5) [PASS]\n P2DT3H4M5.25S -\u003e 183845.25 (expected 183845.25) [PASS]\n\nProblem invalid cases:\n -\u003e ValueError [PASS]\n P -\u003e ValueError [PASS]\n PT -\u003e ValueError [PASS]\n 1H -\u003e ValueError [PASS]\n P1H -\u003e ValueError [PASS]\n P1Y -\u003e ValueError [PASS]\n P1M -\u003e ValueError [PASS]\n p1W -\u003e ValueError [PASS]\n P1w -\u003e ValueError [PASS]\n P 1W -\u003e ValueError [PASS]\n P-1W -\u003e ValueError [PASS]\n P1DT -\u003e ValueError [PASS]\n P1DH -\u003e ValueError [PASS]\n\nAdditional valid cases:\n PT1M30S -\u003e 90.0 (expected 90) [PASS]\n PT30M -\u003e 1800.0 (expected 1800) [PASS]\n PT1H -\u003e 3600.0 (expected 3600) [PASS]\n P1D -\u003e 86400.0 (expected 86400) [PASS]\n P0.5D -\u003e 43200.0 (expected 43200) [PASS]\n P0W -\u003e 0.0 (expected 0) [PASS]\n P0D -\u003e 0.0 (expected 0) [PASS]\n P1DT1H -\u003e 90000.0 (expected 90000) [PASS]\n P1DT1H30M -\u003e 91800.0 (expected 91800) [PASS]\n P1DT1H30M5S -\u003e 91805.0 (expected 91805) [PASS]\n P2W -\u003e 1209600.0 (expected 1209600) [PASS]\n P3DT0H0M0S -\u003e 259200.0 (expected 259200) [PASS]\n PT1.5H -\u003e 5400.0 (expected 5400) [PASS]\n PT1H0.5M -\u003e 3630.0 (expected 3630) [PASS]\n PT0H0M1.25S -\u003e 1.25 (expected 1.25) [PASS]\n\nAdditional invalid cases:\n PT1S30M -\u003e ValueError [PASS]\n PT1M1H -\u003e ValueError [PASS]\n P1Y -\u003e ValueError [PASS]\n P1M -\u003e ValueError [PASS]\n PT -\u003e ValueError [PASS]\n P1DT -\u003e ValueError [PASS]\n P1DTH -\u003e ValueError [PASS]\n P1H -\u003e ValueError [PASS]\n P1S -\u003e ValueError [PASS]\n P1DM -\u003e ValueError [PASS]\n P1DS -\u003e ValueError [PASS]\n P1DT1H -\u003e 90000.0 [FAIL - should have raised ValueError]\n P1DT1H30M -\u003e 91800.0 [FAIL - should have raised ValueError]\n P1DT1H30M5S -\u003e 91805.0 [FAIL - should have raised ValueError]\n P1W1D -\u003e ValueError [PASS]\n P1DT2H3M4S5 -\u003e ValueError [PASS]\n PT1H30M45 -\u003e ValueError [PASS]\n P1.2.3D -\u003e ValueError [PASS]\n P1D2D -\u003e ValueError [PASS]\n PT1H2H -\u003e ValueError [PASS]\n PT1H2M3S4S -\u003e ValueError [PASS]\n p1W -\u003e ValueError [PASS]\n P1w -\u003e ValueError [PASS]\n P 1W -\u003e ValueError [PASS]\n P-1W -\u003e ValueError [PASS]\n\n========================================\nSOME TESTS FAILED\n========================================\n", "Stderr": "", "Millis": 86, "Record": "9ad4be82bc5531031dd6d3b93ff7be4359e485fa6b2698cc21889ec19ccd6baf", "Request": "bd52344639f18c820794ac9afb625bce23a4a460c3583c0321cb5a30bdc2a826", "Result": "86e113d33427babf0c35347d475ec6c8f9c68d458f983d9b60ad08714d496610", "Previous": "660231cc81897e880345123f02451bf1a727b856505b258530e0013dc17ac995", "Sequence": 10 }, { "N": 11, "Language": "python", "Code": "import re\n\ndef iso_duration_seconds(s):\n \"\"\"\n Convert ISO 8601 duration string to seconds.\n Accepted forms:\n - P\u003cweeks\u003eW (e.g., P2W)\n - P[\u003cdays\u003eD][T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]] with at least one count present\n If T is present, at least one of H, M, S must follow.\n Time components (H, M, S) can ONLY appear after T.\n \"\"\"\n if not s or not s.startswith('P'):\n raise ValueError(\"Invalid duration string\")\n \n # Check for week-only format: P\u003cdigits\u003eW\n week_match = re.fullmatch(r'P(\\d+(?:\\.\\d+)?)W', s)\n if week_match:\n weeks = float(week_match.group(1))\n return weeks * 7 * 86400\n \n # Check for day/time format with T: P[\u003cdays\u003eD]T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]\n with_t_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?T(?:(\\d+(?:\\.\\d+)?)H)?(?:(\\d+(?:\\.\\d+)?)M)?(?:(\\d+(?:\\.\\d+)?)S)?', s)\n if with_t_match:\n days_str, hours_str, minutes_str, seconds_str = with_t_match.groups()\n \n # At least one of H, M, S must be present\n if all(x is None for x in [hours_str, minutes_str, seconds_str]):\n raise ValueError(\"T must be followed by at least one of H, M, S\")\n \n total_seconds = 0.0\n if days_str is not None:\n total_seconds += float(days_str) * 86400\n if hours_str is not None:\n total_seconds += float(hours_str) * 3600\n if minutes_str is not None:\n total_seconds += float(minutes_str) * 60\n if seconds_str is not None:\n total_seconds += float(seconds_str)\n return total_seconds\n \n # Check for day-only format (no T): P[\u003cdays\u003eD]\n no_t_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?', s)\n if no_t_match:\n days_str = no_t_match.group(1)\n if days_str is None:\n raise ValueError(\"At least one count must be present\")\n return float(days_str) * 86400\n \n raise ValueError(\"Invalid duration string\")\n\n\n# Test exactly the problem examples\nprint(\"=== PROBLEM EXAMPLES ===\")\ntest_cases = [\n (\"PT0S\", 0),\n (\"PT1H30M\", 5400),\n (\"P1DT2H\", 93600),\n (\"P1W\", 604800),\n (\"PT0.5S\", 0.5),\n (\"P2DT3H4M5.25S\", 183845.25),\n]\n\nall_pass = True\nfor s, expected in test_cases:\n result = iso_duration_seconds(s)\n status = \"PASS\" if abs(result - expected) \u003c 1e-9 else \"FAIL\"\n if status == \"FAIL\":\n all_pass = False\n print(f\" {s} -\u003e {result} (expected {expected}) [{status}]\")\n\n# Problem invalid cases\ninvalid_cases = [\"\", \"P\", \"PT\", \"1H\", \"P1H\"]\n\nprint(\"\\nProblem invalid cases:\")\nfor s in invalid_cases:\n try:\n result = iso_duration_seconds(s)\n print(f\" {s} -\u003e {result} [FAIL - should have raised ValueError]\")\n all_pass = False\n except ValueError:\n print(f\" {s} -\u003e ValueError [PASS]\")\n\n# Additional valid cases (per spec)\nadditional_valid = [\n (\"PT1M30S\", 90),\n (\"PT30M\", 1800),\n (\"PT1H\", 3600),\n (\"P1D\", 86400),\n (\"P0.5D\", 43200),\n (\"P0W\", 0),\n (\"P0D\", 0),\n (\"P1DT1H\", 90000), # Valid: P + 1D + T + 1H\n (\"P1DT1H30M\", 91800), # Valid: P + 1D + T + 1H + 30M\n (\"P1DT1H30M5S\", 91805), # Valid: P + 1D + T + 1H + 30M + 5S\n (\"P2W\", 1209600),\n (\"P3DT0H0M0S\", 259200),\n (\"PT1.5H\", 5400),\n (\"PT1H0.5M\", 3630),\n (\"PT0H0M1.25S\", 1.25),\n]\n\nprint(\"\\nAdditional valid cases:\")\nfor s, expected in additional_valid:\n result = iso_duration_seconds(s)\n status = \"PASS\" if abs(result - expected) \u003c 1e-9 else \"FAIL\"\n if status == \"FAIL\":\n all_pass = False\n print(f\" {s} -\u003e {result} (expected {expected}) [{status}]\")\n\n# Additional invalid cases\nadditional_invalid = [\n \"PT1S30M\", # Wrong order: S before M\n \"PT1M1H\", # Wrong order: M before H\n \"P1Y\", # Years not allowed\n \"P1M\", # Months not allowed (M before T)\n \"PT\", # T with nothing after\n \"P1DT\", # T with nothing after\n \"P1DTH\", # T with just H letter but no count\n \"P1H\", # H without T\n \"P1S\", # S without T\n \"P1DM\", # M without T after D\n \"P1DS\", # S without T after D\n \"P1W1D\", # Extra characters\n \"P1DT2H3M4S5\", # Extra characters\n \"PT1H30M45\", # Missing S\n \"P1.2.3D\", # Invalid number format\n \"P1D2D\", # Duplicate D\n \"PT1H2H\", # Duplicate H\n \"PT1H2M3S4S\", # Duplicate S\n \"p1W\", # Lowercase\n \"P1w\", # Lowercase\n \"P 1W\", # Space\n \"P-1W\", # Negative sign\n]\n\nprint(\"\\nAdditional invalid cases:\")\nfor s in additional_invalid:\n try:\n result = iso_duration_seconds(s)\n print(f\" {s} -\u003e {result} [FAIL - should have raised ValueError]\")\n all_pass = False\n except ValueError:\n print(f\" {s} -\u003e ValueError [PASS]\")\n\nprint(f\"\\n{'='*40}\")\nif all_pass:\n print(\"ALL TESTS PASSED\")\nelse:\n print(\"SOME TESTS FAILED\")\nprint(f\"{'='*40}\")", "ExitCode": 0, "TimedOut": false, "Stdout": "=== PROBLEM EXAMPLES ===\n PT0S -\u003e 0.0 (expected 0) [PASS]\n PT1H30M -\u003e 5400.0 (expected 5400) [PASS]\n P1DT2H -\u003e 93600.0 (expected 93600) [PASS]\n P1W -\u003e 604800.0 (expected 604800) [PASS]\n PT0.5S -\u003e 0.5 (expected 0.5) [PASS]\n P2DT3H4M5.25S -\u003e 183845.25 (expected 183845.25) [PASS]\n\nProblem invalid cases:\n -\u003e ValueError [PASS]\n P -\u003e ValueError [PASS]\n PT -\u003e ValueError [PASS]\n 1H -\u003e ValueError [PASS]\n P1H -\u003e ValueError [PASS]\n\nAdditional valid cases:\n PT1M30S -\u003e 90.0 (expected 90) [PASS]\n PT30M -\u003e 1800.0 (expected 1800) [PASS]\n PT1H -\u003e 3600.0 (expected 3600) [PASS]\n P1D -\u003e 86400.0 (expected 86400) [PASS]\n P0.5D -\u003e 43200.0 (expected 43200) [PASS]\n P0W -\u003e 0.0 (expected 0) [PASS]\n P0D -\u003e 0.0 (expected 0) [PASS]\n P1DT1H -\u003e 90000.0 (expected 90000) [PASS]\n P1DT1H30M -\u003e 91800.0 (expected 91800) [PASS]\n P1DT1H30M5S -\u003e 91805.0 (expected 91805) [PASS]\n P2W -\u003e 1209600.0 (expected 1209600) [PASS]\n P3DT0H0M0S -\u003e 259200.0 (expected 259200) [PASS]\n PT1.5H -\u003e 5400.0 (expected 5400) [PASS]\n PT1H0.5M -\u003e 3630.0 (expected 3630) [PASS]\n PT0H0M1.25S -\u003e 1.25 (expected 1.25) [PASS]\n\nAdditional invalid cases:\n PT1S30M -\u003e ValueError [PASS]\n PT1M1H -\u003e ValueError [PASS]\n P1Y -\u003e ValueError [PASS]\n P1M -\u003e ValueError [PASS]\n PT -\u003e ValueError [PASS]\n P1DT -\u003e ValueError [PASS]\n P1DTH -\u003e ValueError [PASS]\n P1H -\u003e ValueError [PASS]\n P1S -\u003e ValueError [PASS]\n P1DM -\u003e ValueError [PASS]\n P1DS -\u003e ValueError [PASS]\n P1W1D -\u003e ValueError [PASS]\n P1DT2H3M4S5 -\u003e ValueError [PASS]\n PT1H30M45 -\u003e ValueError [PASS]\n P1.2.3D -\u003e ValueError [PASS]\n P1D2D -\u003e ValueError [PASS]\n PT1H2H -\u003e ValueError [PASS]\n PT1H2M3S4S -\u003e ValueError [PASS]\n p1W -\u003e ValueError [PASS]\n P1w -\u003e ValueError [PASS]\n P 1W -\u003e ValueError [PASS]\n P-1W -\u003e ValueError [PASS]\n\n========================================\nALL TESTS PASSED\n========================================\n", "Stderr": "", "Millis": 87, "Record": "39307383c7b4e6c07e469de27fd3b2440533490e1a110fe72ff50d3d6eeb062e", "Request": "c8be2ea7a95e9213e9a08c84bfb786465f7c670000afe154c53fca5fe88b76b4", "Result": "80e79c541337cca8af22bb7b13db76dc7e28142e452ab9f8939697b1c4c36884", "Previous": "9ad4be82bc5531031dd6d3b93ff7be4359e485fa6b2698cc21889ec19ccd6baf", "Sequence": 11 }, { "N": 12, "Language": "python", "Code": "import re\n\ndef iso_duration_seconds(s):\n \"\"\"\n Convert ISO 8601 duration string to seconds.\n Accepted forms:\n - P\u003cweeks\u003eW (e.g., P2W)\n - P[\u003cdays\u003eD][T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]] with at least one count present\n If T is present, at least one of H, M, S must follow.\n Time components (H, M, S) can ONLY appear after T.\n \"\"\"\n if not s or not s.startswith('P'):\n raise ValueError(\"Invalid duration string\")\n \n # Check for week-only format: P\u003cdigits\u003eW\n week_match = re.fullmatch(r'P(\\d+(?:\\.\\d+)?)W', s)\n if week_match:\n weeks = float(week_match.group(1))\n return weeks * 7 * 86400\n \n # Check for day/time format with T: P[\u003cdays\u003eD]T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]\n with_t_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?T(?:(\\d+(?:\\.\\d+)?)H)?(?:(\\d+(?:\\.\\d+)?)M)?(?:(\\d+(?:\\.\\d+)?)S)?', s)\n if with_t_match:\n days_str, hours_str, minutes_str, seconds_str = with_t_match.groups()\n \n # At least one of H, M, S must be present\n if all(x is None for x in [hours_str, minutes_str, seconds_str]):\n raise ValueError(\"T must be followed by at least one of H, M, S\")\n \n total_seconds = 0.0\n if days_str is not None:\n total_seconds += float(days_str) * 86400\n if hours_str is not None:\n total_seconds += float(hours_str) * 3600\n if minutes_str is not None:\n total_seconds += float(minutes_str) * 60\n if seconds_str is not None:\n total_seconds += float(seconds_str)\n return total_seconds\n \n # Check for day-only format (no T): P[\u003cdays\u003eD]\n no_t_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?', s)\n if no_t_match:\n days_str = no_t_match.group(1)\n if days_str is None:\n raise ValueError(\"At least one count must be present\")\n return float(days_str) * 86400\n \n raise ValueError(\"Invalid duration string\")\n\n\n# Test exactly the problem examples\nprint(\"=== PROBLEM EXAMPLES ===\")\ntest_cases = [\n (\"PT0S\", 0),\n (\"PT1H30M\", 5400),\n (\"P1DT2H\", 93600),\n (\"P1W\", 604800),\n (\"PT0.5S\", 0.5),\n (\"P2DT3H4M5.25S\", 183845.25),\n]\n\nall_pass = True\nfor s, expected in test_cases:\n result = iso_duration_seconds(s)\n status = \"PASS\" if abs(result - expected) \u003c 1e-9 else \"FAIL\"\n if status == \"FAIL\":\n all_pass = False\n print(f\" {s} -\u003e {result} (expected {expected}) [{status}]\")\n\n# Problem invalid cases\ninvalid_cases = [\"\", \"P\", \"PT\", \"1H\", \"P1H\"]\n\nprint(\"\\nProblem invalid cases:\")\nfor s in invalid_cases:\n try:\n result = iso_duration_seconds(s)\n print(f\" {s} -\u003e {result} [FAIL - should have raised ValueError]\")\n all_pass = False\n except ValueError:\n print(f\" {s} -\u003e ValueError [PASS]\")\n\n# Additional valid cases (per spec)\nadditional_valid = [\n (\"PT1M30S\", 90),\n (\"PT30M\", 1800),\n (\"PT1H\", 3600),\n (\"P1D\", 86400),\n (\"P0.5D\", 43200),\n (\"P0W\", 0),\n (\"P0D\", 0),\n (\"P1DT1H\", 90000),\n (\"P1DT1H30M\", 91800),\n (\"P1DT1H30M5S\", 91805),\n (\"P2W\", 1209600),\n (\"P3DT0H0M0S\", 259200),\n (\"PT1.5H\", 5400),\n (\"PT1H0.5M\", 3630),\n (\"PT0H0M1.25S\", 1.25),\n]\n\nprint(\"\\nAdditional valid cases:\")\nfor s, expected in additional_valid:\n result = iso_duration_seconds(s)\n status = \"PASS\" if abs(result - expected) \u003c 1e-9 else \"FAIL\"\n if status == \"FAIL\":\n all_pass = False\n print(f\" {s} -\u003e {result} (expected {expected}) [{status}]\")\n\n# Additional invalid cases\nadditional_invalid = [\n \"PT1S30M\", # Wrong order: S before M\n \"PT1M1H\", # Wrong order: M before H\n \"P1Y\", # Years not allowed\n \"P1M\", # Months not allowed (M before T)\n \"PT\", # T with nothing after\n \"P1DT\", # T with nothing after\n \"P1DTH\", # T with just H letter but no count\n \"P1H\", # H without T\n \"P1S\", # S without T\n \"P1DM\", # M without T after D\n \"P1DS\", # S without T after D\n \"P1DT1H\", # Missing T before time\n \"P1DT1H30M\", # Missing T before time\n \"P1DT1H30M5S\", # Missing T\n \"P1W1D\", # Extra characters\n \"P1DT2H3M4S5\", # Extra characters\n \"PT1H30M45\", # Missing S\n \"P1.2.3D\", # Invalid number format\n \"P1D2D\", # Duplicate D\n \"PT1H2H\", # Duplicate H\n \"PT1H2M3S4S\", # Duplicate S\n \"p1W\", # Lowercase\n \"P1w\", # Lowercase\n \"P 1W\", # Space\n \"P-1W\", # Negative sign\n]\n\nprint(\"\\nAdditional invalid cases:\")\nfor s in additional_invalid:\n try:\n result = iso_duration_seconds(s)\n print(f\" {s} -\u003e {result} [FAIL - should have raised ValueError]\")\n all_pass = False\n except ValueError:\n print(f\" {s} -\u003e ValueError [PASS]\")\n\nprint(f\"\\n{'='*40}\")\nif all_pass:\n print(\"ALL TESTS PASSED\")\nelse:\n print(\"SOME TESTS FAILED\")\nprint(f\"{'='*40}\")", "ExitCode": 0, "TimedOut": false, "Stdout": "=== PROBLEM EXAMPLES ===\n PT0S -\u003e 0.0 (expected 0) [PASS]\n PT1H30M -\u003e 5400.0 (expected 5400) [PASS]\n P1DT2H -\u003e 93600.0 (expected 93600) [PASS]\n P1W -\u003e 604800.0 (expected 604800) [PASS]\n PT0.5S -\u003e 0.5 (expected 0.5) [PASS]\n P2DT3H4M5.25S -\u003e 183845.25 (expected 183845.25) [PASS]\n\nProblem invalid cases:\n -\u003e ValueError [PASS]\n P -\u003e ValueError [PASS]\n PT -\u003e ValueError [PASS]\n 1H -\u003e ValueError [PASS]\n P1H -\u003e ValueError [PASS]\n\nAdditional valid cases:\n PT1M30S -\u003e 90.0 (expected 90) [PASS]\n PT30M -\u003e 1800.0 (expected 1800) [PASS]\n PT1H -\u003e 3600.0 (expected 3600) [PASS]\n P1D -\u003e 86400.0 (expected 86400) [PASS]\n P0.5D -\u003e 43200.0 (expected 43200) [PASS]\n P0W -\u003e 0.0 (expected 0) [PASS]\n P0D -\u003e 0.0 (expected 0) [PASS]\n P1DT1H -\u003e 90000.0 (expected 90000) [PASS]\n P1DT1H30M -\u003e 91800.0 (expected 91800) [PASS]\n P1DT1H30M5S -\u003e 91805.0 (expected 91805) [PASS]\n P2W -\u003e 1209600.0 (expected 1209600) [PASS]\n P3DT0H0M0S -\u003e 259200.0 (expected 259200) [PASS]\n PT1.5H -\u003e 5400.0 (expected 5400) [PASS]\n PT1H0.5M -\u003e 3630.0 (expected 3630) [PASS]\n PT0H0M1.25S -\u003e 1.25 (expected 1.25) [PASS]\n\nAdditional invalid cases:\n PT1S30M -\u003e ValueError [PASS]\n PT1M1H -\u003e ValueError [PASS]\n P1Y -\u003e ValueError [PASS]\n P1M -\u003e ValueError [PASS]\n PT -\u003e ValueError [PASS]\n P1DT -\u003e ValueError [PASS]\n P1DTH -\u003e ValueError [PASS]\n P1H -\u003e ValueError [PASS]\n P1S -\u003e ValueError [PASS]\n P1DM -\u003e ValueError [PASS]\n P1DS -\u003e ValueError [PASS]\n P1DT1H -\u003e 90000.0 [FAIL - should have raised ValueError]\n P1DT1H30M -\u003e 91800.0 [FAIL - should have raised ValueError]\n P1DT1H30M5S -\u003e 91805.0 [FAIL - should have raised ValueError]\n P1W1D -\u003e ValueError [PASS]\n P1DT2H3M4S5 -\u003e ValueError [PASS]\n PT1H30M45 -\u003e ValueError [PASS]\n P1.2.3D -\u003e ValueError [PASS]\n P1D2D -\u003e ValueError [PASS]\n PT1H2H -\u003e ValueError [PASS]\n PT1H2M3S4S -\u003e ValueError [PASS]\n p1W -\u003e ValueError [PASS]\n P1w -\u003e ValueError [PASS]\n P 1W -\u003e ValueError [PASS]\n P-1W -\u003e ValueError [PASS]\n\n========================================\nSOME TESTS FAILED\n========================================\n", "Stderr": "", "Millis": 100, "Record": "f857fee6c442d0802e0de20b8c9ae02e006e9966a374e5805edb638c9e5baec6", "Request": "887b031d2aeeec4e1e80849a9776bfcf6f8d726a0b31d01038b68de6596d1bb6", "Result": "620f99ec36069a1010efdeb52a99e85400fda3f59b6b1398bf0dca59f9842df9", "Previous": "39307383c7b4e6c07e469de27fd3b2440533490e1a110fe72ff50d3d6eeb062e", "Sequence": 12 }, { "N": 13, "Language": "python", "Code": "import re\n\ndef iso_duration_seconds(s):\n \"\"\"\n Convert ISO 8601 duration string to seconds.\n Accepted forms:\n - P\u003cweeks\u003eW (e.g., P2W)\n - P[\u003cdays\u003eD][T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]] with at least one count present\n If T is present, at least one of H, M, S must follow.\n Time components (H, M, S) can ONLY appear after T.\n \"\"\"\n if not s or not s.startswith('P'):\n raise ValueError(\"Invalid duration string\")\n \n # Check for week-only format: P\u003cdigits\u003eW\n week_match = re.fullmatch(r'P(\\d+(?:\\.\\d+)?)W', s)\n if week_match:\n weeks = float(week_match.group(1))\n return weeks * 7 * 86400\n \n # Check for day/time format with T: P[\u003cdays\u003eD]T[\u003chours\u003eH][\u003cminutes\u003eM][\u003cseconds\u003eS]\n with_t_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?T(?:(\\d+(?:\\.\\d+)?)H)?(?:(\\d+(?:\\.\\d+)?)M)?(?:(\\d+(?:\\.\\d+)?)S)?', s)\n if with_t_match:\n days_str, hours_str, minutes_str, seconds_str = with_t_match.groups()\n \n # At least one of H, M, S must be present\n if all(x is None for x in [hours_str, minutes_str, seconds_str]):\n raise ValueError(\"T must be followed by at least one of H, M, S\")\n \n total_seconds = 0.0\n if days_str is not None:\n total_seconds += float(days_str) * 86400\n if hours_str is not None:\n total_seconds += float(hours_str) * 3600\n if minutes_str is not None:\n total_seconds += float(minutes_str) * 60\n if seconds_str is not None:\n total_seconds += float(seconds_str)\n return total_seconds\n \n # Check for day-only format (no T): P[\u003cdays\u003eD]\n no_t_match = re.fullmatch(r'P(?:(\\d+(?:\\.\\d+)?)D)?', s)\n if no_t_match:\n days_str = no_t_match.group(1)\n if days_str is None:\n raise ValueError(\"At least one count must be present\")\n return float(days_str) * 86400\n \n raise ValueError(\"Invalid duration string\")\n\n\n# Test exactly the problem examples\nprint(\"=== PROBLEM EXAMPLES ===\")\ntest_cases = [\n (\"PT0S\", 0),\n (\"PT1H30M\", 5400),\n (\"P1DT2H\", 93600),\n (\"P1W\", 604800),\n (\"PT0.5S\", 0.5),\n (\"P2DT3H4M5.25S\", 183845.25),\n]\n\nall_pass = True\nfor s, expected in test_cases:\n result = iso_duration_seconds(s)\n status = \"PASS\" if abs(result - expected) \u003c 1e-9 else \"FAIL\"\n if status == \"FAIL\":\n all_pass = False\n print(f\" {s} -\u003e {result} (expected {expected}) [{status}]\")\n\n# Problem invalid cases\ninvalid_cases = [\"\", \"P\", \"PT\", \"1H\", \"P1H\"]\n\nprint(\"\\nProblem invalid cases:\")\nfor s in invalid_cases:\n try:\n result = iso_duration_seconds(s)\n print(f\" {s} -\u003e {result} [FAIL - should have raised ValueError]\")\n all_pass = False\n except ValueError:\n print(f\" {s} -\u003e ValueError [PASS]\")\n\n# Additional valid cases (per spec)\nadditional_valid = [\n (\"PT1M30S\", 90),\n (\"PT30M\", 1800),\n (\"PT1H\", 3600),\n (\"P1D\", 86400),\n (\"P0.5D\", 43200),\n (\"P0W\", 0),\n (\"P0D\", 0),\n (\"P1DT1H\", 90000), # Valid: P + 1D + T + 1H\n (\"P1DT1H30M\", 91800), # Valid: P + 1D + T + 1H + 30M\n (\"P1DT1H30M5S\", 91805), # Valid: P + 1D + T + 1H + 30M + 5S\n (\"P2W\", 1209600),\n (\"P3DT0H0M0S\", 259200),\n (\"PT1.5H\", 5400),\n (\"PT1H0.5M\", 3630),\n (\"PT0H0M1.25S\", 1.25),\n]\n\nprint(\"\\nAdditional valid cases:\")\nfor s, expected in additional_valid:\n result = iso_duration_seconds(s)\n status = \"PASS\" if abs(result - expected) \u003c 1e-9 else \"FAIL\"\n if status == \"FAIL\":\n all_pass = False\n print(f\" {s} -\u003e {result} (expected {expected}) [{status}]\")\n\n# Additional invalid cases\nadditional_invalid = [\n \"PT1S30M\", # Wrong order: S before M\n \"PT1M1H\", # Wrong order: M before H\n \"P1Y\", # Years not allowed\n \"P1M\", # Months not allowed (M before T)\n \"PT\", # T with nothing after\n \"P1DT\", # T with nothing after\n \"P1DTH\", # T with just H letter but no count\n \"P1H\", # H without T\n \"P1S\", # S without T\n \"P1DM\", # M without T after D\n \"P1DS\", # S without T after D\n \"P1W1D\", # Extra characters\n \"P1DT2H3M4S5\", # Extra characters\n \"PT1H30M45\", # Missing S\n \"P1.2.3D\", # Invalid number format\n \"P1D2D\", # Duplicate D\n \"PT1H2H\", # Duplicate H\n \"PT1H2M3S4S\", # Duplicate S\n \"p1W\", # Lowercase\n \"P1w\", # Lowercase\n \"P 1W\", # Space\n \"P-1W\", # Negative sign\n]\n\nprint(\"\\nAdditional invalid cases:\")\nfor s in additional_invalid:\n try:\n result = iso_duration_seconds(s)\n print(f\" {s} -\u003e {result} [FAIL - should have raised ValueError]\")\n all_pass = False\n except ValueError:\n print(f\" {s} -\u003e ValueError [PASS]\")\n\nprint(f\"\\n{'='*40}\")\nif all_pass:\n print(\"ALL TESTS PASSED\")\nelse:\n print(\"SOME TESTS FAILED\")\nprint(f\"{'='*40}\")", "ExitCode": 0, "TimedOut": false, "Stdout": "=== PROBLEM EXAMPLES ===\n PT0S -\u003e 0.0 (expected 0) [PASS]\n PT1H30M -\u003e 5400.0 (expected 5400) [PASS]\n P1DT2H -\u003e 93600.0 (expected 93600) [PASS]\n P1W -\u003e 604800.0 (expected 604800) [PASS]\n PT0.5S -\u003e 0.5 (expected 0.5) [PASS]\n P2DT3H4M5.25S -\u003e 183845.25 (expected 183845.25) [PASS]\n\nProblem invalid cases:\n -\u003e ValueError [PASS]\n P -\u003e ValueError [PASS]\n PT -\u003e ValueError [PASS]\n 1H -\u003e ValueError [PASS]\n P1H -\u003e ValueError [PASS]\n\nAdditional valid cases:\n PT1M30S -\u003e 90.0 (expected 90) [PASS]\n PT30M -\u003e 1800.0 (expected 1800) [PASS]\n PT1H -\u003e 3600.0 (expected 3600) [PASS]\n P1D -\u003e 86400.0 (expected 86400) [PASS]\n P0.5D -\u003e 43200.0 (expected 43200) [PASS]\n P0W -\u003e 0.0 (expected 0) [PASS]\n P0D -\u003e 0.0 (expected 0) [PASS]\n P1DT1H -\u003e 90000.0 (expected 90000) [PASS]\n P1DT1H30M -\u003e 91800.0 (expected 91800) [PASS]\n P1DT1H30M5S -\u003e 91805.0 (expected 91805) [PASS]\n P2W -\u003e 1209600.0 (expected 1209600) [PASS]\n P3DT0H0M0S -\u003e 259200.0 (expected 259200) [PASS]\n PT1.5H -\u003e 5400.0 (expected 5400) [PASS]\n PT1H0.5M -\u003e 3630.0 (expected 3630) [PASS]\n PT0H0M1.25S -\u003e 1.25 (expected 1.25) [PASS]\n\nAdditional invalid cases:\n PT1S30M -\u003e ValueError [PASS]\n PT1M1H -\u003e ValueError [PASS]\n P1Y -\u003e ValueError [PASS]\n P1M -\u003e ValueError [PASS]\n PT -\u003e ValueError [PASS]\n P1DT -\u003e ValueError [PASS]\n P1DTH -\u003e ValueError [PASS]\n P1H -\u003e ValueError [PASS]\n P1S -\u003e ValueError [PASS]\n P1DM -\u003e ValueError [PASS]\n P1DS -\u003e ValueError [PASS]\n P1W1D -\u003e ValueError [PASS]\n P1DT2H3M4S5 -\u003e ValueError [PASS]\n PT1H30M45 -\u003e ValueError [PASS]\n P1.2.3D -\u003e ValueError [PASS]\n P1D2D -\u003e ValueError [PASS]\n PT1H2H -\u003e ValueError [PASS]\n PT1H2M3S4S -\u003e ValueError [PASS]\n p1W -\u003e ValueError [PASS]\n P1w -\u003e ValueError [PASS]\n P 1W -\u003e ValueError [PASS]\n P-1W -\u003e ValueError [PASS]\n\n========================================\nALL TESTS PASSED\n========================================\n", "Stderr": "", "Millis": 110, "Record": "2a9737e131c227a69e13dfd5b9b7e8621d53ae916d80c41b91220a2962b84bd6", "Request": "c8be2ea7a95e9213e9a08c84bfb786465f7c670000afe154c53fca5fe88b76b4", "Result": "80e79c541337cca8af22bb7b13db76dc7e28142e452ab9f8939697b1c4c36884", "Previous": "f857fee6c442d0802e0de20b8c9ae02e006e9966a374e5805edb638c9e5baec6", "Sequence": 13 } ], "Final": "CLAIM: ALL TESTS PASS", "Answered": true, "Grader": { "N": 14, "Language": "python", "Code": "def _plimsoll_grade(_spec):\n import base64, copy, json, math, sys\n spec = json.loads(base64.b64decode(_spec).decode())\n fn = globals().get(spec[\"function\"])\n out = {\"Defined\": callable(fn), \"Passed\": 0, \"Total\": len(spec[\"cases\"]), \"Failed\": []}\n\n def same(got, want):\n if isinstance(want, bool) or isinstance(got, bool):\n return type(got) is bool and got == want\n if isinstance(want, (int, float)):\n return isinstance(got, (int, float)) and math.isclose(got, want, rel_tol=1e-9, abs_tol=1e-9)\n if isinstance(want, list):\n return type(got) is list and len(got) == len(want) and all(same(g, w) for g, w in zip(got, want))\n return type(got) is type(want) and got == want\n\n def fail(case, why):\n if len(out[\"Failed\"]) \u003c 5:\n out[\"Failed\"].append(json.dumps(case[\"args\"])[:120] + \": \" + why[:160])\n\n if callable(fn):\n for case in spec[\"cases\"]:\n args = copy.deepcopy(case[\"args\"])\n try:\n got = fn(*args)\n except ValueError:\n if \"raises\" in case:\n out[\"Passed\"] += 1\n else:\n fail(case, \"raised ValueError, expected \" + json.dumps(case[\"expect\"]))\n continue\n except Exception as e:\n fail(case, \"raised \" + type(e).__name__)\n continue\n if \"raises\" in case:\n fail(case, \"returned \" + repr(got)[:80] + \", expected ValueError\")\n elif not same(got, case[\"expect\"]):\n fail(case, \"returned \" + repr(got)[:80] + \", expected \" + json.dumps(case[\"expect\"]))\n elif spec[\"unchanged\"] and args != case[\"args\"]:\n fail(case, \"changed its input\")\n else:\n out[\"Passed\"] += 1\n sys.stdout.write(\"\\nPLIMSOLL-GRADE \" + json.dumps(out) + \"\\n\")\n\n_plimsoll_grade(\"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\")\n", "ExitCode": 0, "TimedOut": false, "Stdout": "\nPLIMSOLL-GRADE {\"Defined\": true, \"Passed\": 29, \"Total\": 30, \"Failed\": [\"[\\\"PT\\\\u0661S\\\"]: returned 1.0, expected ValueError\"]}\n", "Stderr": "", "Millis": 153, "Record": "395677ff2887fcf02a9636f2047153f5517c2a1c27c88652bea382531b866d05", "Request": "88aae99e2ef8837ed41c3d3edf87fbe2052762b62118e9e31e194175f4f53adc", "Result": "3a59bf8f3afc8f1332e4e176c4eae65027265dda58b99ff72d3b838671da94cb", "Previous": "2a9737e131c227a69e13dfd5b9b7e8621d53ae916d80c41b91220a2962b84bd6", "Sequence": 14 }, "Calls": 14, "Verified": true, "VerifyDetail": "", "KeyID": "7a18587d071f80248dfd17aa50c3d4f89f18b17d8544bdd31a36f5a13c8c388a", "Usage": { "Prompt": 212419, "Completion": 38592, "Calls": 15 } }