{ "tokens": 3750066616, "step": 64314, "checkpoint": "/runs/python-124m-muon-5b-20261021-v1-s017/step-000064314.pt", "precision": "FP32; TF32 disabled", "max_new_tokens": 256, "samples": [ { "prompt": "def add(a, b):\n ", "completion": " if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b:\n return\n if a == b", "token_ids": [ 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305, 311, 263, 401, 202, 261, 383, 277, 546, 305 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9644268774703557, "longest_tandem_repeat_tokens": 256, "long_loop": true }, { "prompt": "def add(a, b):\n ", "completion": " if a >= b: return\n\n if a < b: return\n\n if a > b: return\n\n if a > b: return\n\n if a < b: return\n\n if a > b: return\n\n if a < b: return\n\n if a > b: return\n\n if a > b: return\n\n if a > b: return\n\n if a < b: return\n\n if a > b: return\n\n if a < b: return\n\n if a > b: return\n\n if a < b: return\n\n if a > b: return\n\n if a < b: return\n\n if a > b: return\n\n if a < b: return\n\n if a > b: return\n\n if a > b: return\n\n if a > b: return\n\n if a > b: return\n\n if a > b: return\n\n if a > b: return\n\n if a > b: return\n\n if a > b: return\n\n if a > b: return\n\n if a > b: return\n\n if a > b: return\n\n if a > b: return\n\n if a > b: return\n\n ", "token_ids": [ 383, 277, 2931, 305, 29, 401, 377, 261, 383, 277, 1011, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1011, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1011, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1011, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1011, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1011, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1011, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1011, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261, 383, 277, 1198, 305, 29, 401, 377, 261 ], "temperature": 0.8, "top_k": 50, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9407114624505929, "longest_tandem_repeat_tokens": 109, "long_loop": true }, { "prompt": "def add(a, b):\n ", "completion": " if len(a) > 0: # not enough\n a.append(b)\n \n\na = ['a', 'b', 'c']\nb = ['b', 'c', 'd']\nadd(a, b)\n\n\n", "token_ids": [ 383, 889, 2243, 12, 1198, 224, 19, 29, 347, 503, 11724, 202, 270, 277, 997, 1362, 289, 263, 377, 68, 276, 1277, 68, 354, 301, 69, 354, 301, 70, 1677, 69, 276, 1277, 69, 354, 301, 70, 354, 301, 71, 1677, 605, 2243, 15, 305, 1680 ], "temperature": 0.8, "top_k": 50, "seed": 43, "new_tokens": 46, "stop_reason": "eos", "syntax_valid": true, "repeated_token_4gram_fraction": 0.023255813953488413, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def factorial(n):\n ", "completion": " return factor(n**2) / factor(n**2) / factor(n**2) / factor(n**2)\n\ndef factor(n):\n return factor(n**2) / factor(n**2) / factor(n**2) / factor(n**2)\n\ndef factor(n):\n return factor(n**2) / factor(n**2) / factor(n**2) / factor(n**2)\n\ndef factor(n):\n return factor(n**2) / factor(n**2) / factor(n**2) / factor(n**2)\n\ndef factor(n):\n return factor(n**2) / factor(n**2) / factor(n**2) / factor(n**2)\n\ndef factor(n):\n return factor(n**2) / factor(n**2) / factor(n**2) / factor(n**2)\n\ndef factor(n):\n return factor(n**2) / factor(n**2) / factor(n**2) / factor(n**2)\n\ndef factor(n):\n return factor(n**2) / factor(n**2) / factor(n**2) / factor(n**2)\n\ndef factor(n):\n return factor(n**2) / factor(n**2) / factor(n**2) / factor(n**2)\n\n", "token_ids": [ 401, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 443, 329, 5298, 945, 351, 261, 401, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 443, 329, 5298, 945, 351, 261, 401, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 443, 329, 5298, 945, 351, 261, 401, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 443, 329, 5298, 945, 351, 261, 401, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 443, 329, 5298, 945, 351, 261, 401, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 443, 329, 5298, 945, 351, 261, 401, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 443, 329, 5298, 945, 351, 261, 401, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 443, 329, 5298, 945, 351, 261, 401, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 12, 1334, 5298, 945, 941, 21, 443 ], "temperature": 0.0, "top_k": 0, "seed": 1042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9367588932806324, "longest_tandem_repeat_tokens": 256, "long_loop": true }, { "prompt": "def factorial(n):\n ", "completion": " # r 1 2 0 2 3 1 4\n r = factorial(n - 1) // factorial(n + 1) % factorial(n - 1)\n print(r)\n return r\n", "token_ids": [ 347, 565, 224, 20, 224, 21, 260, 224, 19, 224, 224, 21, 224, 22, 260, 224, 20, 224, 23, 202, 261, 565, 276, 5298, 647, 945, 372, 224, 20, 12, 5961, 5298, 647, 945, 361, 224, 20, 12, 544, 5298, 647, 945, 372, 224, 20, 289, 261, 835, 1618, 289, 261, 401, 565, 202 ], "temperature": 0.8, "top_k": 50, "seed": 1042, "new_tokens": 54, "stop_reason": "eos", "syntax_valid": true, "repeated_token_4gram_fraction": 0.05882352941176472, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def factorial(n):\n ", "completion": " return factor(n)\n\ndef digamma(n):\n return sqrt(digamma(n))\n\ndef digamma_n(n):\n return sqrt(digamma(n))\n\ndef digamma(a, n):\n return factor(a + n)\n\ndef digamma_n(n):\n return factor(a + n)\n\ndef factor(n):\n return factor(n + 1)\n\ndef factor_n(n):\n return factor(n - 1)\n\ndef digamma(n):\n return factor(n - 1)\n\ndef digamma(n):\n return factor(n - 1)\n\ndef factor(a, n):\n return factor(b * a + n)\n\ndef factor(a, n):\n return factor(a)\n\ndef factor_b(n):\n return factor(n - 1) - factor(n - 1)\n\ndef factor_n(n):\n return factor(n)\n\ndef factor(a, n):\n return factor(a + 1) - factor(a - 1)\n\ndef factor_n(a):\n return factor(a) - factor(n)\n\ndef factor(A, n):\n return factor(A - n) - factor(A - a)\n\ndef factor(A, n):\n return factor(a) - factor(A) - factor(A + n)\n\ndef factor(A, n):\n return factor(A - n) - factor(A)\n\ndef", "token_ids": [ 401, 5298, 945, 443, 329, 576, 16752, 945, 351, 261, 401, 10146, 4853, 16752, 945, 1838, 329, 576, 16752, 575, 945, 351, 261, 401, 10146, 4853, 16752, 945, 1838, 329, 576, 16752, 2243, 15, 319, 351, 261, 401, 5298, 2243, 361, 319, 443, 329, 576, 16752, 575, 945, 351, 261, 401, 5298, 2243, 361, 319, 443, 329, 5298, 945, 351, 261, 401, 5298, 945, 361, 224, 20, 443, 329, 5298, 575, 945, 351, 261, 401, 5298, 945, 372, 224, 20, 443, 329, 576, 16752, 945, 351, 261, 401, 5298, 945, 372, 224, 20, 443, 329, 576, 16752, 945, 351, 261, 401, 5298, 945, 372, 224, 20, 443, 329, 5298, 2243, 15, 319, 351, 261, 401, 5298, 1362, 548, 277, 361, 319, 443, 329, 5298, 2243, 15, 319, 351, 261, 401, 5298, 2243, 443, 329, 5298, 509, 945, 351, 261, 401, 5298, 945, 372, 224, 20, 12, 372, 5298, 945, 372, 224, 20, 443, 329, 5298, 575, 945, 351, 261, 401, 5298, 945, 443, 329, 5298, 2243, 15, 319, 351, 261, 401, 5298, 2243, 361, 224, 20, 12, 372, 5298, 2243, 372, 224, 20, 443, 329, 5298, 575, 2243, 351, 261, 401, 5298, 2243, 12, 372, 5298, 945, 443, 329, 5298, 3328, 15, 319, 351, 261, 401, 5298, 3328, 372, 319, 12, 372, 5298, 3328, 372, 277, 443, 329, 5298, 3328, 15, 319, 351, 261, 401, 5298, 2243, 12, 372, 5298, 3328, 12, 372, 5298, 3328, 361, 319, 443, 329, 5298, 3328, 15, 319, 351, 261, 401, 5298, 3328, 372, 319, 12, 372, 5298, 3328, 443, 329 ], "temperature": 0.8, "top_k": 50, "seed": 1043, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.5533596837944664, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def is_palindrome(text):\n ", "completion": " return text.lower() in ['PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA', 'PALINA", "token_ids": [ 401, 1612, 4721, 522, 331, 1277, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36, 354, 301, 51, 1118, 711, 36 ], "temperature": 0.0, "top_k": 0, "seed": 2042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9525691699604744, "longest_tandem_repeat_tokens": 250, "long_loop": true }, { "prompt": "def is_palindrome(text):\n ", "completion": " print(text == 'This is a palindrome.\\n')\n return\n\nimport os\nimport sys\nfrom math import sqrt, sin, cos, pi, pix, pix2\nfrom random import randint\nimport re\nfrom math import pi, pi2\nimport numpy as np\nimport matplotlib.pyplot as plt\nfrom matplotlib.colors import gcolor_blue, grey\nfrom matplotlib.gridspec import GridSpec\nimport pandas as pd\nimport matplotlib.colors\nimport matplotlib.rcParams as rcParams\nfrom matplotlib.lib import fig, rc\nfrom matplotlib.contour import contour\nfrom matplotlib.contourgrid import contour.grid\nfrom matplotlib.colors import yellow\nmatplotlib.use('Agg')\nfrom matplotlib.backends.backend_qt4agg import FigureCanvas qbar\n\nfrom . import utils\nimport argparse\nimport matplotlib.pyplot as plt\n\ndef main():\n args = vars(sys.argv[1:])\n log = args.get('log')\n s = args.get('s')\n t1 = args.get('theta', '')\n theta = args.get('theta')\n beta = args.get('beta')\n b = args.get('b')\n k = args.get('k', '')\n y = args.get('y', '')\n #s", "token_ids": [ 835, 4484, 546, 301, 3331, 428, 277, 314, 285, 763, 7537, 768, 81, 698, 261, 401, 377, 694, 860, 202, 694, 1191, 202, 554, 4082, 454, 10146, 15, 12190, 15, 10710, 15, 8536, 15, 8536, 91, 15, 8536, 91, 21, 202, 554, 2288, 454, 24841, 202, 694, 312, 202, 554, 4082, 454, 8536, 15, 8536, 21, 202, 694, 2348, 479, 799, 202, 694, 6104, 10924, 479, 3322, 202, 554, 6104, 3235, 1369, 454, 504, 3922, 509, 6750, 15, 504, 29049, 202, 554, 6104, 1006, 24932, 623, 454, 18367, 3162, 202, 694, 5485, 479, 4080, 202, 694, 6104, 3235, 1369, 202, 694, 6104, 19299, 5390, 479, 8235, 5390, 202, 554, 6104, 4580, 454, 4411, 15, 8235, 202, 554, 6104, 797, 7935, 454, 15158, 202, 554, 6104, 797, 7935, 8178, 454, 15158, 7475, 202, 554, 6104, 3235, 1369, 454, 676, 11975, 202, 10313, 5269, 420, 13247, 698, 554, 6104, 10133, 7158, 6327, 87, 23, 13919, 454, 21706, 21861, 1754, 2768, 377, 554, 1409, 454, 2852, 202, 694, 5746, 202, 694, 6104, 10924, 479, 3322, 377, 329, 2225, 1130, 262, 1371, 276, 9497, 4318, 4054, 62, 20, 12704, 262, 873, 276, 1371, 560, 420, 577, 698, 262, 324, 276, 1371, 560, 420, 86, 698, 262, 282, 20, 276, 1371, 560, 420, 18265, 354, 11616, 262, 12145, 276, 1371, 560, 420, 18265, 698, 262, 9115, 276, 1371, 560, 420, 4428, 698, 262, 305, 276, 1371, 560, 420, 69, 698, 262, 1107, 276, 1371, 560, 420, 78, 354, 11616, 262, 676, 276, 1371, 560, 420, 92, 354, 11616, 262, 347, 86 ], "temperature": 0.8, "top_k": 50, "seed": 2042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.06719367588932801, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def is_palindrome(text):\n ", "completion": " return len(text) > 3\n\n\"\"\"\nThis is a function that has to be called multiple times and returns the number\nof the elements in it when they appear in the same line.\n\"\"\"\ndef is_palindrome(text):\n if not is_palindrome(text):\n print(\"PALINDME LINE ALIGNED\")\n return 3*2**6\n\ndef is_palindrome(text):\n if not is_palindrome(text):\n print(\"PALINDME LINE FREE\")\n return 1**5\n\ndef is_palindrome(text):\n if not is_palindrome(text):\n print(\"PALINDME LINE FREE\")\n return 1**6*2**3\n\n\"\"\"\ndef is_palindrome(text):\n if not is_palindrome(text):\n print(\"PALINDME LINE FREE\")\n return 1**5\n\ndef is_palindrome(text):\n if not is_palindrome(text):\n print(\"PALINDME LINE FREE\")\n return 1**5\n\ndef is_palindrome(text):\n if not is_palindrome(text):\n print(\"PALIND", "token_ids": [ 401, 889, 4484, 12, 1198, 224, 22, 377, 1074, 3331, 428, 277, 1283, 791, 1172, 412, 601, 3547, 4116, 5788, 512, 3283, 337, 1636, 202, 3588, 337, 4880, 331, 961, 1761, 4034, 11948, 331, 337, 2501, 1448, 507, 1074, 329, 428, 370, 285, 763, 7537, 4484, 351, 261, 383, 503, 428, 370, 285, 763, 7537, 4484, 351, 263, 835, 628, 51, 1118, 3069, 1156, 568, 5263, 17582, 5546, 1548, 913, 261, 401, 224, 22, 13, 21, 941, 25, 377, 329, 428, 370, 285, 763, 7537, 4484, 351, 261, 383, 503, 428, 370, 285, 763, 7537, 4484, 351, 263, 835, 628, 51, 1118, 3069, 1156, 568, 5263, 555, 20605, 913, 261, 401, 224, 20, 941, 24, 377, 329, 428, 370, 285, 763, 7537, 4484, 351, 261, 383, 503, 428, 370, 285, 763, 7537, 4484, 351, 263, 835, 628, 51, 1118, 3069, 1156, 568, 5263, 555, 20605, 913, 261, 401, 224, 20, 941, 25, 13, 21, 941, 22, 377, 1074, 329, 428, 370, 285, 763, 7537, 4484, 351, 261, 383, 503, 428, 370, 285, 763, 7537, 4484, 351, 263, 835, 628, 51, 1118, 3069, 1156, 568, 5263, 555, 20605, 913, 261, 401, 224, 20, 941, 24, 377, 329, 428, 370, 285, 763, 7537, 4484, 351, 261, 383, 503, 428, 370, 285, 763, 7537, 4484, 351, 263, 835, 628, 51, 1118, 3069, 1156, 568, 5263, 555, 20605, 913, 261, 401, 224, 20, 941, 24, 377, 329, 428, 370, 285, 763, 7537, 4484, 351, 261, 383, 503, 428, 370, 285, 763, 7537, 4484, 351, 263, 835, 628, 51, 1118, 3069 ], "temperature": 0.8, "top_k": 50, "seed": 2043, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.6245059288537549, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def binary_search(items, target):\n ", "completion": " return binary_search(items, target)\n\ndef binary_search(items, target):\n return binary_search(items, target)\n\ndef binary_search(items, target):\n return binary_search(items, target)\n\ndef binary_search(items, target):\n return binary_search(items, target)\n\ndef binary_search(items, target):\n return binary_search(items, target)\n\ndef binary_search(items, target):\n return binary_search(items, target)\n\ndef binary_search(items, target):\n return binary_search(items, target)\n\ndef binary_search(items, target):\n return binary_search(items, target)\n\ndef binary_search(items, target):\n return binary_search(items, target)\n\ndef binary_search(items, target):\n return binary_search(items, target)\n\ndef binary_search(items, target):\n return binary_search(items, target)\n\ndef binary_search(items, target):\n return binary_search(items, target)\n\ndef binary_search(items, target):\n return binary_search(items, target)\n\ndef binary_search(items, target):\n return binary_search(items, target)\n\ndef binary_search(items, target):\n return binary_search(items, target)\n\ndef binary_search(items, target):\n return binary_search(items, target)\n\ndef binary_search(items, target):\n return binary_search(items, target)\n\ndef binary_search(items, target):\n return", "token_ids": [ 401, 4019, 4844, 12899, 15, 1642, 443, 329, 4019, 4844, 12899, 15, 1642, 351, 261, 401, 4019, 4844, 12899, 15, 1642, 443, 329, 4019, 4844, 12899, 15, 1642, 351, 261, 401, 4019, 4844, 12899, 15, 1642, 443, 329, 4019, 4844, 12899, 15, 1642, 351, 261, 401, 4019, 4844, 12899, 15, 1642, 443, 329, 4019, 4844, 12899, 15, 1642, 351, 261, 401, 4019, 4844, 12899, 15, 1642, 443, 329, 4019, 4844, 12899, 15, 1642, 351, 261, 401, 4019, 4844, 12899, 15, 1642, 443, 329, 4019, 4844, 12899, 15, 1642, 351, 261, 401, 4019, 4844, 12899, 15, 1642, 443, 329, 4019, 4844, 12899, 15, 1642, 351, 261, 401, 4019, 4844, 12899, 15, 1642, 443, 329, 4019, 4844, 12899, 15, 1642, 351, 261, 401, 4019, 4844, 12899, 15, 1642, 443, 329, 4019, 4844, 12899, 15, 1642, 351, 261, 401, 4019, 4844, 12899, 15, 1642, 443, 329, 4019, 4844, 12899, 15, 1642, 351, 261, 401, 4019, 4844, 12899, 15, 1642, 443, 329, 4019, 4844, 12899, 15, 1642, 351, 261, 401, 4019, 4844, 12899, 15, 1642, 443, 329, 4019, 4844, 12899, 15, 1642, 351, 261, 401, 4019, 4844, 12899, 15, 1642, 443, 329, 4019, 4844, 12899, 15, 1642, 351, 261, 401, 4019, 4844, 12899, 15, 1642, 443, 329, 4019, 4844, 12899, 15, 1642, 351, 261, 401, 4019, 4844, 12899, 15, 1642, 443, 329, 4019, 4844, 12899, 15, 1642, 351, 261, 401, 4019, 4844, 12899, 15, 1642, 443, 329, 4019, 4844, 12899, 15, 1642, 351, 261, 401, 4019, 4844, 12899, 15, 1642, 443, 329, 4019, 4844, 12899, 15, 1642, 351, 261, 401 ], "temperature": 0.0, "top_k": 0, "seed": 3042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9486166007905138, "longest_tandem_repeat_tokens": 256, "long_loop": true }, { "prompt": "def binary_search(items, target):\n ", "completion": " \"\"\"\n searchsorted-sorted array and find the first element\n and return the sorted array of target\n \"\"\"\n result = {}\n # add target element\n target = sorted(target)\n # get elements in target\n while not len(result):\n result = sorted(result, key=lambda x: x[0])\n # get target\n # if target[0] is target[1]:\n # # then return element\n # else:\n # # else:\n # return\n # 2\n # else:\n # # just return a new target\n # return result\n\n", "token_ids": [ 716, 261, 3399, 11045, 16, 11045, 1778, 512, 2908, 337, 2239, 3778, 202, 261, 512, 401, 337, 3715, 1778, 422, 1642, 202, 261, 716, 261, 931, 276, 2903, 261, 347, 1083, 1642, 3778, 202, 261, 1642, 276, 3715, 4943, 289, 261, 347, 723, 4880, 331, 1642, 202, 261, 2351, 503, 889, 2645, 351, 263, 931, 276, 3715, 2645, 15, 917, 6379, 696, 29, 696, 62, 19, 1163, 261, 347, 723, 1642, 202, 261, 347, 383, 1642, 62, 19, 64, 428, 1642, 62, 20, 3947, 261, 347, 261, 347, 2392, 401, 3778, 202, 261, 347, 706, 311, 261, 347, 261, 347, 706, 311, 261, 347, 261, 401, 202, 261, 347, 224, 21, 202, 261, 347, 706, 311, 261, 347, 261, 347, 3460, 401, 277, 1030, 1642, 202, 261, 347, 401, 931, 377 ], "temperature": 0.8, "top_k": 50, "seed": 3042, "new_tokens": 131, "stop_reason": "eos", "syntax_valid": true, "repeated_token_4gram_fraction": 0.09375, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def binary_search(items, target):\n ", "completion": " return binary_search(item, target) + binary_search(item + 1, target)\n\ndef find_root(item):\n return binary_search(item, target) + binary_search(item, target + 1)\n\ndef find_root(item, target):\n return binary_search(item, target) + binary_search(item, target + 1)\n\ndef find_root(item, target):\n return binary_search(item, target) + binary_search(item, target + 1)\n\n\nif __name__ == '__main__':\n print(open(\"root.txt\", \"rU\").read())\n print(open(\"root.txt\", \"rU\").read())\n find_root(\"root.txt\", \"root.txt\")\n find_root(\"root.txt\", \"root.txt + 1\")\n find_root(\"root.txt\", \"root.txt\")\n find_root(\"root.txt\", \"root.txt + 2\")\n find_root(\"root.txt\", \"root.txt + 3\")\n", "token_ids": [ 401, 4019, 4844, 5190, 15, 1642, 12, 361, 4019, 4844, 5190, 361, 224, 20, 15, 1642, 443, 329, 2908, 3384, 5190, 351, 261, 401, 4019, 4844, 5190, 15, 1642, 12, 361, 4019, 4844, 5190, 15, 1642, 361, 224, 20, 443, 329, 2908, 3384, 5190, 15, 1642, 351, 262, 401, 4019, 4844, 5190, 15, 1642, 12, 361, 4019, 4844, 5190, 15, 1642, 361, 224, 20, 443, 329, 2908, 3384, 5190, 15, 1642, 351, 262, 401, 4019, 4844, 5190, 15, 1642, 12, 361, 4019, 4844, 5190, 15, 1642, 361, 224, 20, 1680, 689, 675, 376, 362, 546, 2658, 892, 3968, 262, 835, 12436, 628, 1700, 3575, 397, 317, 85, 56, 5507, 954, 1952, 262, 835, 12436, 628, 1700, 3575, 397, 317, 85, 56, 5507, 954, 1952, 262, 2908, 3384, 628, 1700, 3575, 397, 317, 1700, 3575, 913, 262, 2908, 3384, 628, 1700, 3575, 397, 317, 1700, 3575, 361, 224, 20, 913, 262, 2908, 3384, 628, 1700, 3575, 397, 317, 1700, 3575, 913, 262, 2908, 3384, 628, 1700, 3575, 397, 317, 1700, 3575, 361, 224, 21, 913, 262, 2908, 3384, 628, 1700, 3575, 397, 317, 1700, 3575, 361, 224, 22, 913 ], "temperature": 0.8, "top_k": 50, "seed": 3043, "new_tokens": 188, "stop_reason": "eos", "syntax_valid": true, "repeated_token_4gram_fraction": 0.5459459459459459, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def flatten(items):\n ", "completion": " return [item for item in items if item not in list(items)]\n\ndef flatten(items):\n return flatten(items)\n\ndef flatten_list(items):\n return flatten(items)\n\ndef flatten_dict(items):\n return flatten(items)\n\ndef flatten_dict(items):\n return flatten(items)\n\ndef flatten_list(items):\n return flatten(items)\n\ndef flatten_dict(items):\n return flatten(items)\n\ndef flatten_dict(items):\n return flatten(items)\n\ndef flatten_list(items):\n return flatten(items)\n\ndef flatten_dict(items):\n return flatten(items)\n\ndef flatten_list(items):\n return flatten(items)\n\ndef flatten_dict(items):\n return flatten(items)\n\ndef flatten_list(items):\n return flatten(items)\n\ndef flatten_dict(items):\n return flatten(items)\n\ndef flatten_list(items):\n return flatten(items)\n\ndef flatten_dict(items):\n return flatten(items)\n\ndef flatten_list(items):\n return flatten(items)\n\ndef flatten_dict(items):\n return flatten(items)\n\ndef flatten_list(items):\n return flatten(items)\n\ndef flatten_dict(items):\n return flatten(items)\n\ndef flatten_list(items):\n return flatten(items)\n\ndef flatten_dict(items):\n return flatten(items)\n\ndef flatten_list(items):\n return flatten(items)\n\ndef flatten_dict(items):\n return flatten(items)\n\ndef flatten_list(items):\n return flatten(items)\n\ndef flatten_dict", "token_ids": [ 401, 407, 3055, 392, 1932, 331, 3377, 383, 1932, 503, 331, 902, 12899, 12645, 329, 14451, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 967, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 1217, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 1217, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 967, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 1217, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 1217, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 967, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 1217, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 967, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 1217, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 967, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 1217, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 967, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 1217, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 967, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 1217, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 967, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 1217, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 967, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 1217, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 967, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 1217, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 967, 12899, 351, 261, 401, 14451, 12899, 443, 329, 14451, 1217 ], "temperature": 0.0, "top_k": 0, "seed": 4042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8814229249011858, "longest_tandem_repeat_tokens": 190, "long_loop": true }, { "prompt": "def flatten(items):\n ", "completion": " return reduce(lambda x for x in items if x not in flatten(i for i in range(len(items))))\n\ndef generate_new_file():\n with open(\"newfile.txt\", \"r\") as f:\n with open(f, \"rb\") as f:\n with open(\"newfile.txt\", \"r\") as f:\n with open(\"newfile.txt\", \"w\") as f:\n f.write(f.read() + \"\\n\")\ndef create_new_file():\n with open(\"newfile.txt\", \"r\") as f:\n with open(\"newfile.txt\", \"w\") as f:\n f.write(f.read() + \"\\n\")\ndef clean_text(text):\n clean_text(text)\n with open(\"newfile.txt\", \"r\") as f:\n clean_text(f.read())\n with open(\"newfile.txt\", \"r\") as f:\n clean_text(f.read())\n print clean_text(text)\n", "token_ids": [ 401, 11110, 4017, 696, 392, 696, 331, 3377, 383, 696, 503, 331, 14451, 1554, 392, 288, 331, 1382, 1904, 12899, 1132, 1838, 329, 3142, 3157, 746, 1130, 261, 596, 1746, 628, 2380, 511, 3575, 397, 317, 85, 1515, 479, 300, 311, 263, 596, 1746, 1133, 15, 317, 6679, 1515, 479, 300, 311, 595, 596, 1746, 628, 2380, 511, 3575, 397, 317, 85, 1515, 479, 300, 311, 315, 596, 1746, 628, 2380, 511, 3575, 397, 317, 90, 1515, 479, 300, 311, 1024, 300, 1648, 1133, 2149, 522, 361, 5794, 81, 913, 329, 1281, 3157, 746, 1130, 261, 596, 1746, 628, 2380, 511, 3575, 397, 317, 85, 1515, 479, 300, 311, 263, 596, 1746, 628, 2380, 511, 3575, 397, 317, 90, 1515, 479, 300, 311, 595, 300, 1648, 1133, 2149, 522, 361, 5794, 81, 913, 329, 3713, 2481, 4484, 351, 261, 3713, 2481, 4484, 289, 261, 596, 1746, 628, 2380, 511, 3575, 397, 317, 85, 1515, 479, 300, 311, 263, 3713, 2481, 1133, 2149, 1952, 263, 596, 1746, 628, 2380, 511, 3575, 397, 317, 85, 1515, 479, 300, 311, 595, 3713, 2481, 1133, 2149, 1952, 262, 835, 3713, 2481, 4484, 289 ], "temperature": 0.8, "top_k": 50, "seed": 4042, "new_tokens": 189, "stop_reason": "eos", "syntax_valid": false, "repeated_token_4gram_fraction": 0.4247311827956989, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def flatten(items):\n ", "completion": " return list(itertools.combinations(items, 4))\n\ndef flatten_itertools_itertools(items):\n return sum(map(itemgetter(0), items))\n\ndef flatten_itertools(items):\n for i in range(len(items)):\n yield flatten_itertools(items[i + 1:])\n\ndef convert(item):\n return str(item).split(\".\", 1)[0]", "token_ids": [ 401, 902, 13931, 1979, 7937, 8883, 12899, 15, 224, 23, 1838, 329, 14451, 3353, 1979, 3353, 1979, 12899, 351, 262, 401, 4273, 7665, 5190, 13330, 11, 19, 457, 3377, 1838, 329, 14451, 3353, 1979, 12899, 351, 262, 392, 288, 331, 1382, 1904, 12899, 3760, 270, 2426, 14451, 3353, 1979, 12899, 1565, 361, 224, 20, 29, 2774, 329, 3617, 5190, 351, 261, 401, 936, 5190, 661, 1693, 628, 13085, 224, 20, 2848, 19, 64 ], "temperature": 0.8, "top_k": 50, "seed": 4043, "new_tokens": 73, "stop_reason": "eos", "syntax_valid": true, "repeated_token_4gram_fraction": 0.0714285714285714, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def count_words(text):\n ", "completion": " return len(text) - 1\n\ndef count_words_in(text):\n return count_words(text) - 1\n\ndef count_words_in_in(text):\n return count_words(text) - 1\n\ndef count_words_in_in_in(text):\n return count_words(text) - 1\n\ndef count_words_in_in_in_in(text):\n return count_words(text) - 1\n\ndef count_words_in_in_in_in(text):\n return count_words(text) - 1\n\ndef count_words_in_in_in_in(text):\n return count_words(text) - 1\n\ndef count_words_in_in_in_in(text):\n return count_words(text) - 1\n\ndef count_words_in_in_in_in(text):\n return count_words(text) - 1\n\ndef count_words_in_in_in_in(text):\n return count_words(text) - 1\n\ndef count_words_in_in_in_in(text):\n return count_words(text) - 1\n\ndef count_words_in_in_in_in(text):\n return count_words(text) - 1\n\ndef count_words_in_in_in_in(text):\n return count_words(text) - 1\n\ndef count_words_in_in_in_in(text):\n return count_words(text) - 1\n\ndef count_words_in_in_in_in", "token_ids": [ 401, 889, 4484, 12, 372, 224, 20, 377, 329, 2522, 7263, 506, 4484, 351, 261, 401, 2522, 7263, 4484, 12, 372, 224, 20, 377, 329, 2522, 7263, 506, 506, 4484, 351, 261, 401, 2522, 7263, 4484, 12, 372, 224, 20, 377, 329, 2522, 7263, 506, 506, 506, 4484, 351, 261, 401, 2522, 7263, 4484, 12, 372, 224, 20, 377, 329, 2522, 7263, 506, 506, 506, 506, 4484, 351, 261, 401, 2522, 7263, 4484, 12, 372, 224, 20, 377, 329, 2522, 7263, 506, 506, 506, 506, 4484, 351, 261, 401, 2522, 7263, 4484, 12, 372, 224, 20, 377, 329, 2522, 7263, 506, 506, 506, 506, 4484, 351, 261, 401, 2522, 7263, 4484, 12, 372, 224, 20, 377, 329, 2522, 7263, 506, 506, 506, 506, 4484, 351, 261, 401, 2522, 7263, 4484, 12, 372, 224, 20, 377, 329, 2522, 7263, 506, 506, 506, 506, 4484, 351, 261, 401, 2522, 7263, 4484, 12, 372, 224, 20, 377, 329, 2522, 7263, 506, 506, 506, 506, 4484, 351, 261, 401, 2522, 7263, 4484, 12, 372, 224, 20, 377, 329, 2522, 7263, 506, 506, 506, 506, 4484, 351, 261, 401, 2522, 7263, 4484, 12, 372, 224, 20, 377, 329, 2522, 7263, 506, 506, 506, 506, 4484, 351, 261, 401, 2522, 7263, 4484, 12, 372, 224, 20, 377, 329, 2522, 7263, 506, 506, 506, 506, 4484, 351, 261, 401, 2522, 7263, 4484, 12, 372, 224, 20, 377, 329, 2522, 7263, 506, 506, 506, 506, 4484, 351, 261, 401, 2522, 7263, 4484, 12, 372, 224, 20, 377, 329, 2522, 7263, 506, 506, 506, 506 ], "temperature": 0.0, "top_k": 0, "seed": 5042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9051383399209486, "longest_tandem_repeat_tokens": 212, "long_loop": true }, { "prompt": "def count_words(text):\n ", "completion": " for word in text.split():\n print(word, word.count())\n\ncount_words(\"mylist\")\nprint(\"mylist:\")\ncount_words(\"mylist\")\n\n\n", "token_ids": [ 392, 3669, 331, 1612, 2459, 1130, 263, 835, 11409, 15, 3669, 5117, 4327, 1287, 7263, 628, 1820, 540, 913, 1326, 628, 1820, 540, 23815, 1287, 7263, 628, 1820, 540, 10000 ], "temperature": 0.8, "top_k": 50, "seed": 5042, "new_tokens": 30, "stop_reason": "eos", "syntax_valid": true, "repeated_token_4gram_fraction": 0.07407407407407407, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def count_words(text):\n ", "completion": " #TODO: find more lines?\n # .\n\ndef find_count_words(string):\n #TODO: use count_words\n # .\n\n #TODO: add count_words\n # .\n # .\n\n #TODO: create a list of the words\n # .\n\n #TODO: add words\n # .\n\n #TODO: add count_words\n # .\n\n #TODO: use count_words.1\n # .\n\n #TODO: use count_words.2\n # .\n\n #TODO: use count_words.3\n # .\n\n #TODO: use count_words.4\n # .\n\n #TODO: use count_words.5\n # .\n\n #TODO: use count_words.6\n # .\n\n #TODO: use count_words.7\n # .\n\n #TODO: use count_words.8\n # .\n\n #TODO: use count_words.9\n # .\n\n #TODO: use count_words.10\n # .\n\n #TODO: use count_words.11\n # .\n\n #TODO: use count_words.12\n # .\n\n #TODO: use", "token_ids": [ 347, 9131, 29, 2908, 2557, 3690, 8440, 261, 347, 224, 989, 329, 2908, 1851, 7263, 7908, 351, 262, 347, 9131, 29, 802, 2522, 7263, 202, 262, 347, 224, 989, 262, 347, 9131, 29, 1083, 2522, 7263, 202, 262, 347, 224, 507, 262, 347, 224, 989, 262, 347, 9131, 29, 1281, 277, 902, 422, 337, 6053, 202, 262, 347, 224, 989, 262, 347, 9131, 29, 1083, 6053, 202, 262, 347, 224, 989, 262, 347, 9131, 29, 1083, 2522, 7263, 202, 262, 347, 224, 989, 262, 347, 9131, 29, 802, 2522, 7263, 17, 20, 202, 262, 347, 224, 989, 262, 347, 9131, 29, 802, 2522, 7263, 17, 21, 202, 262, 347, 224, 989, 262, 347, 9131, 29, 802, 2522, 7263, 17, 22, 202, 262, 347, 224, 989, 262, 347, 9131, 29, 802, 2522, 7263, 17, 23, 202, 262, 347, 224, 989, 262, 347, 9131, 29, 802, 2522, 7263, 17, 24, 202, 262, 347, 224, 989, 262, 347, 9131, 29, 802, 2522, 7263, 17, 25, 202, 262, 347, 224, 989, 262, 347, 9131, 29, 802, 2522, 7263, 17, 26, 202, 262, 347, 224, 989, 262, 347, 9131, 29, 802, 2522, 7263, 17, 27, 202, 262, 347, 224, 989, 262, 347, 9131, 29, 802, 2522, 7263, 17, 28, 202, 262, 347, 224, 989, 262, 347, 9131, 29, 802, 2522, 7263, 17, 701, 202, 262, 347, 224, 989, 262, 347, 9131, 29, 802, 2522, 7263, 17, 1009, 202, 262, 347, 224, 989, 262, 347, 9131, 29, 802, 2522, 7263, 17, 862, 202, 262, 347, 224, 989, 262, 347, 9131, 29, 802 ], "temperature": 0.8, "top_k": 50, "seed": 5043, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.6126482213438735, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def fibonacci(n):\n ", "completion": " return fibonacci(n - 1) + fibonacci(n - 2)\n\ndef fibonacci(n):\n return fibonacci(n - 1) + fibonacci(n - 2)\n\ndef fibonacci(n):\n return fibonacci(n - 1) + fibonacci(n - 2)\n\ndef fibonacci(n):\n return fibonacci(n - 1) + fibonacci(n - 2)\n\ndef fibonacci(n):\n return fibonacci(n - 1) + fibonacci(n - 2)\n\ndef fibonacci(n):\n return fibonacci(n - 1) + fibonacci(n - 2)\n\ndef fibonacci(n):\n return fibonacci(n - 1) + fibonacci(n - 2)\n\ndef fibonacci(n):\n return fibonacci(n - 1) + fibonacci(n - 2)\n\ndef fibonacci(n):\n return fibonacci(n -", "token_ids": [ 401, 300, 1096, 267, 985, 1781, 945, 372, 224, 20, 12, 361, 300, 1096, 267, 985, 1781, 945, 372, 224, 21, 443, 329, 300, 1096, 267, 985, 1781, 945, 351, 261, 401, 300, 1096, 267, 985, 1781, 945, 372, 224, 20, 12, 361, 300, 1096, 267, 985, 1781, 945, 372, 224, 21, 443, 329, 300, 1096, 267, 985, 1781, 945, 351, 261, 401, 300, 1096, 267, 985, 1781, 945, 372, 224, 20, 12, 361, 300, 1096, 267, 985, 1781, 945, 372, 224, 21, 443, 329, 300, 1096, 267, 985, 1781, 945, 351, 261, 401, 300, 1096, 267, 985, 1781, 945, 372, 224, 20, 12, 361, 300, 1096, 267, 985, 1781, 945, 372, 224, 21, 443, 329, 300, 1096, 267, 985, 1781, 945, 351, 261, 401, 300, 1096, 267, 985, 1781, 945, 372, 224, 20, 12, 361, 300, 1096, 267, 985, 1781, 945, 372, 224, 21, 443, 329, 300, 1096, 267, 985, 1781, 945, 351, 261, 401, 300, 1096, 267, 985, 1781, 945, 372, 224, 20, 12, 361, 300, 1096, 267, 985, 1781, 945, 372, 224, 21, 443, 329, 300, 1096, 267, 985, 1781, 945, 351, 261, 401, 300, 1096, 267, 985, 1781, 945, 372, 224, 20, 12, 361, 300, 1096, 267, 985, 1781, 945, 372, 224, 21, 443, 329, 300, 1096, 267, 985, 1781, 945, 351, 261, 401, 300, 1096, 267, 985, 1781, 945, 372, 224, 20, 12, 361, 300, 1096, 267, 985, 1781, 945, 372, 224, 21, 443, 329, 300, 1096, 267, 985, 1781, 945, 351, 261, 401, 300, 1096, 267, 985, 1781, 945, 372 ], "temperature": 0.0, "top_k": 0, "seed": 6042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9090909090909091, "longest_tandem_repeat_tokens": 256, "long_loop": true }, { "prompt": "def fibonacci(n):\n ", "completion": " # 2.9.1, 0-2.3 is a good way to generate an array of an integer with the same dimension and the number of values in it. When the array is of shape (k, k) a duplicate array has all values in it. So, when the array is of rank k, the duplicate array has rank 2, that is, it is of rank k.\n for k in range(n):\n fibonacci(k)\n return fibonacci(n - 2)\n", "token_ids": [ 347, 224, 21, 17, 28, 17, 20, 15, 224, 19, 16, 21, 17, 22, 428, 277, 7045, 6231, 412, 3142, 717, 1778, 422, 717, 3857, 596, 337, 2501, 4059, 512, 337, 1636, 422, 1503, 331, 961, 17, 6387, 337, 1778, 428, 422, 2174, 375, 78, 15, 1107, 12, 277, 12772, 1778, 1172, 1127, 1503, 331, 961, 17, 3418, 15, 1761, 337, 1778, 428, 422, 5525, 1107, 15, 337, 12772, 1778, 1172, 5525, 224, 21, 15, 791, 428, 15, 961, 428, 422, 5525, 1107, 507, 262, 392, 1107, 331, 1382, 945, 351, 270, 300, 1096, 267, 985, 1781, 4027, 289, 262, 401, 300, 1096, 267, 985, 1781, 945, 372, 224, 21, 289 ], "temperature": 0.8, "top_k": 50, "seed": 6042, "new_tokens": 111, "stop_reason": "eos", "syntax_valid": true, "repeated_token_4gram_fraction": 0.04629629629629628, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def fibonacci(n):\n ", "completion": " # A fibonacci is often called the fibonacci (i.e. fibonacci=0) and so in a way that the fibonacci is also called the fibonacci (i.e. fibonacci=0).\n\ndef fibonacci(ob):\n # fibonacci(ob)\n return 'i-1'\n", "token_ids": [ 347, 480, 300, 1096, 267, 985, 1781, 428, 20929, 3547, 337, 300, 1096, 267, 985, 1781, 375, 76, 1459, 17, 300, 1096, 267, 985, 1781, 32, 19, 12, 512, 1038, 331, 277, 6231, 791, 337, 300, 1096, 267, 985, 1781, 428, 3270, 3547, 337, 300, 1096, 267, 985, 1781, 375, 76, 1459, 17, 300, 1096, 267, 985, 1781, 32, 19, 8225, 329, 300, 1096, 267, 985, 1781, 11, 531, 351, 262, 347, 300, 1096, 267, 985, 1781, 11, 531, 289, 262, 401, 301, 76, 16, 20, 834 ], "temperature": 0.8, "top_k": 50, "seed": 6043, "new_tokens": 87, "stop_reason": "eos", "syntax_valid": false, "repeated_token_4gram_fraction": 0.34523809523809523, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def test_add():\n ", "completion": " # Test adding a new item\n item = 1\n # Test adding a new item\n item += 1\n # Test adding a new item\n item += 2\n # Test adding a new item\n item += 3\n # Test adding a new item\n item += 4\n # Test adding a new item\n item += 5\n # Test adding a new item\n item += 6\n # Test adding a new item\n item += 7\n # Test adding a new item\n item += 8\n # Test adding a new item\n item += 9\n # Test adding a new item\n item += 10\n # Test adding a new item\n item += 11\n # Test adding a new item\n item += 12\n # Test adding a new item\n item += 13\n # Test adding a new item\n item += 14\n # Test adding a new item\n item += 15\n # Test adding a new item\n item += 16\n # Test adding a new item\n item += 17\n # Test adding a", "token_ids": [ 347, 1446, 9019, 277, 1030, 1932, 202, 261, 1932, 276, 224, 20, 202, 261, 347, 1446, 9019, 277, 1030, 1932, 202, 261, 1932, 1218, 224, 20, 202, 261, 347, 1446, 9019, 277, 1030, 1932, 202, 261, 1932, 1218, 224, 21, 202, 261, 347, 1446, 9019, 277, 1030, 1932, 202, 261, 1932, 1218, 224, 22, 202, 261, 347, 1446, 9019, 277, 1030, 1932, 202, 261, 1932, 1218, 224, 23, 202, 261, 347, 1446, 9019, 277, 1030, 1932, 202, 261, 1932, 1218, 224, 24, 202, 261, 347, 1446, 9019, 277, 1030, 1932, 202, 261, 1932, 1218, 224, 25, 202, 261, 347, 1446, 9019, 277, 1030, 1932, 202, 261, 1932, 1218, 224, 26, 202, 261, 347, 1446, 9019, 277, 1030, 1932, 202, 261, 1932, 1218, 224, 27, 202, 261, 347, 1446, 9019, 277, 1030, 1932, 202, 261, 1932, 1218, 224, 28, 202, 261, 347, 1446, 9019, 277, 1030, 1932, 202, 261, 1932, 1218, 224, 701, 202, 261, 347, 1446, 9019, 277, 1030, 1932, 202, 261, 1932, 1218, 224, 1009, 202, 261, 347, 1446, 9019, 277, 1030, 1932, 202, 261, 1932, 1218, 224, 862, 202, 261, 347, 1446, 9019, 277, 1030, 1932, 202, 261, 1932, 1218, 224, 1223, 202, 261, 347, 1446, 9019, 277, 1030, 1932, 202, 261, 1932, 1218, 224, 1142, 202, 261, 347, 1446, 9019, 277, 1030, 1932, 202, 261, 1932, 1218, 224, 1158, 202, 261, 347, 1446, 9019, 277, 1030, 1932, 202, 261, 1932, 1218, 224, 1072, 202, 261, 347, 1446, 9019, 277, 1030, 1932, 202, 261, 1932, 1218, 224, 1329, 202, 261, 347, 1446, 9019, 277 ], "temperature": 0.0, "top_k": 0, "seed": 7042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.6758893280632411, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def test_add():\n ", "completion": " from django.db.models import Sum\n from django.db.models.sql import SumSoft\n from django.test import TestCase\n from django.core.mail import send_mail\n from django.contrib.auth import get_user_model\n from django.contrib.auth.models import User\n from django.utils.translation import ugettext_lazy as _\n from django.utils.translation import get_language\n\n from datetime import datetime\n from django.contrib.auth.models import AnonymousUser\n from django.test import SimpleTestCase\n from django.test import Client\n\n u = get_user_model()\n\n class Today(AnonymousUser):\n def log_in(self, message):\n self.assertFalse(u.filter(username__icontains=message).exists())\n\n def login(self, username, email):\n self.test_user = self.get_user(username)\n self.test_email = email\n self.test_login(self.test_user, self.test_email, self.test_mail, self.test_email.get_username(), self.test_email.get_username(), self.test_user.pk)\n\n def test_today(self):\n from django.contrib.auth.models import User\n t = get_user_model()\n t.user = User.objects.create_superuser('Test', 'Test', 'test')\n t.save()\n with t:\n t.user.first()\n ", "token_ids": [ 643, 1818, 1224, 1361, 454, 31316, 202, 261, 643, 1818, 1224, 1361, 4368, 454, 31316, 54, 5399, 202, 261, 643, 1818, 1690, 454, 9881, 202, 261, 643, 1818, 2744, 19641, 454, 3242, 9156, 202, 261, 643, 1818, 3429, 4040, 454, 723, 1492, 2185, 202, 261, 643, 1818, 3429, 4040, 1361, 454, 2497, 202, 261, 643, 1818, 2490, 10732, 454, 12941, 8792, 479, 17124, 261, 643, 1818, 2490, 10732, 454, 723, 7653, 377, 261, 643, 2218, 454, 2218, 202, 261, 643, 1818, 3429, 4040, 1361, 454, 2935, 10483, 1675, 202, 261, 643, 1818, 1690, 454, 6191, 1265, 202, 261, 643, 1818, 1690, 454, 8846, 377, 261, 524, 276, 723, 1492, 2185, 1342, 261, 1033, 409, 562, 863, 11, 2668, 10483, 1675, 351, 261, 355, 873, 506, 366, 15, 1490, 351, 263, 302, 4045, 3941, 3789, 6932, 362, 6590, 4516, 22707, 661, 15674, 4327, 261, 355, 5389, 366, 15, 3841, 15, 3385, 351, 270, 302, 1690, 1492, 276, 302, 560, 1492, 6932, 289, 270, 302, 1690, 4189, 276, 3385, 202, 270, 302, 1690, 4648, 366, 1690, 1492, 15, 302, 1690, 4189, 15, 302, 1690, 9156, 15, 302, 1690, 4189, 560, 9404, 1338, 302, 1690, 4189, 560, 9404, 1338, 302, 1690, 1492, 7374, 443, 262, 355, 535, 394, 562, 863, 366, 351, 270, 643, 1818, 3429, 4040, 1361, 454, 2497, 202, 270, 282, 276, 723, 1492, 2185, 578, 270, 282, 2228, 276, 2497, 2290, 1312, 15209, 420, 549, 354, 301, 549, 354, 301, 373, 698, 270, 282, 3181, 578, 270, 596, 282, 311, 298, 282, 2228, 6789, 578, 270 ], "temperature": 0.8, "top_k": 50, "seed": 7042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.13438735177865613, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def test_add():\n ", "completion": " # check everytime a function is called.\n f = lambda: 1\n # assert that the function calls its a function.\n assert f(f(f(1)))\n\n # check a function\n assert f(lambda(x: 1) + 2) == 2\n # check a function with no arguments\n p = lambda x: x\n assert p(p(f(1)))\n p2 = lambda x: x\n assert p2(p(f(1)))\n assert p2(p(f(2)))\n # check a function\n assert f(a(1)) == 1\n # check a function\n assert f(a(2)) == 2\n assert p(a(a(1)))\n assert p(a(a(2)))\n # check a function\n assert f(a(3)) == 3\n assert p(a(a(3)))\n # check a function\n assert f(a(x)) == 1\n assert p(a(1))\n assert p(a(x(1)))\n assert p(a(x(2)))\n assert p(a(x(3)))\n assert p(a(x(4)))\n # assert a function\n assert f(a(x(2, ", "token_ids": [ 347, 1315, 4749, 865, 277, 1283, 428, 3547, 507, 261, 300, 276, 2678, 29, 224, 20, 202, 261, 347, 724, 791, 337, 1283, 5356, 3120, 277, 1283, 507, 261, 724, 300, 1133, 1133, 11, 20, 7507, 261, 347, 1315, 277, 1283, 202, 261, 724, 300, 4017, 1149, 29, 224, 20, 12, 361, 224, 21, 12, 546, 224, 21, 202, 261, 347, 1315, 277, 1283, 596, 1165, 3400, 202, 261, 314, 276, 2678, 696, 29, 696, 202, 261, 724, 314, 1205, 1133, 11, 20, 3852, 261, 314, 21, 276, 2678, 696, 29, 696, 202, 261, 724, 314, 21, 1205, 1133, 11, 20, 3852, 261, 724, 314, 21, 1205, 1133, 11, 21, 3852, 261, 347, 1315, 277, 1283, 202, 261, 724, 300, 2243, 11, 20, 1132, 546, 224, 20, 202, 261, 347, 1315, 277, 1283, 202, 261, 724, 300, 2243, 11, 21, 1132, 546, 224, 21, 202, 261, 724, 314, 2243, 2243, 11, 20, 3852, 261, 724, 314, 2243, 2243, 11, 21, 3852, 261, 347, 1315, 277, 1283, 202, 261, 724, 300, 2243, 11, 22, 1132, 546, 224, 22, 202, 261, 724, 314, 2243, 2243, 11, 22, 3852, 261, 347, 1315, 277, 1283, 202, 261, 724, 300, 2243, 1149, 1132, 546, 224, 20, 202, 261, 724, 314, 2243, 11, 20, 705, 261, 724, 314, 2243, 1149, 11, 20, 3852, 261, 724, 314, 2243, 1149, 11, 21, 3852, 261, 724, 314, 2243, 1149, 11, 22, 3852, 261, 724, 314, 2243, 1149, 11, 23, 3852, 261, 347, 724, 277, 1283, 202, 261, 724, 300, 2243, 1149, 11, 21, 15, 224 ], "temperature": 0.8, "top_k": 50, "seed": 7043, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.36363636363636365, "longest_tandem_repeat_tokens": 0, "long_loop": false } ], "functions": [ { "prompt": "\n\ndef is_woodall(x):\n 'Write a function to check if the given number is woodball or not.'\n ", "completion": " # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a list of numbers\n # x is a", "token_ids": [ 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277, 902, 422, 6944, 202, 262, 347, 696, 428, 277 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9644268774703557, "longest_tandem_repeat_tokens": 256, "long_loop": true, "task_id": 20 }, { "prompt": "from copy import deepcopy\n\ndef colon_tuplex(tuplex, m, n):\n 'Write a function to get a colon of a tuple.'\n ", "completion": " # 1) 1 is a tuple of 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 39, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 74, 75, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85,", "token_ids": [ 347, 224, 20, 12, 224, 20, 428, 277, 2899, 422, 224, 20, 15, 224, 21, 15, 224, 22, 15, 224, 23, 15, 224, 24, 15, 224, 25, 15, 224, 26, 15, 224, 27, 15, 224, 28, 15, 224, 701, 15, 224, 1009, 15, 224, 862, 15, 224, 1223, 15, 224, 1142, 15, 224, 1158, 15, 224, 1072, 15, 224, 1329, 15, 224, 1201, 15, 224, 1247, 15, 224, 663, 15, 224, 2070, 15, 224, 1453, 15, 224, 1590, 15, 224, 1335, 15, 224, 1105, 15, 224, 1893, 15, 224, 1845, 15, 224, 1911, 15, 224, 1970, 15, 224, 1398, 15, 224, 2449, 15, 224, 1057, 15, 224, 1812, 15, 224, 2188, 15, 224, 2030, 15, 224, 2289, 15, 224, 2109, 15, 224, 2159, 15, 224, 2704, 15, 224, 2396, 15, 224, 3084, 15, 224, 1961, 15, 224, 1828, 15, 224, 2961, 15, 224, 2639, 15, 224, 2250, 15, 224, 2080, 15, 224, 1294, 15, 224, 3670, 15, 224, 4488, 15, 224, 4191, 15, 224, 4768, 15, 224, 2422, 15, 224, 3194, 15, 224, 3046, 15, 224, 2532, 15, 224, 2316, 15, 224, 1499, 15, 224, 4576, 15, 224, 4870, 15, 224, 4218, 15, 224, 1291, 15, 224, 2061, 15, 224, 2515, 15, 224, 2727, 15, 224, 2407, 15, 224, 2694, 15, 224, 2284, 15, 224, 4706, 15, 224, 4199, 15, 224, 4166, 15, 224, 2236, 15, 224, 3569, 15, 224, 2879, 15, 224, 2329, 15, 224, 3638, 15, 224, 2119, 15, 224, 5074, 15, 224, 4489, 15, 224, 5119, 15, 224, 4361, 15, 224, 4055, 15 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.0, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 307 }, { "prompt": "\n\ndef odd_values_string(str):\n 'Write a python function to remove the characters which have odd index values of a given string.'\n ", "completion": " # print(str)\n # print(str)\n # print(str[0])\n # print(str[1])\n # print(str[2])\n # print(str[3])\n # print(str[4])\n # print(str[5])\n # print(str[6])\n # print(str[7])\n # print(str[8])\n # print(str[9])\n # print(str[10])\n # print(str[11])\n # print(str[12])\n # print(str[13])\n # print(str[14])\n # print(str[15])\n # print(str[16])\n # print(str[17])\n # print(str[18])\n # print(str[19])\n # print(str[20])\n # print(str[21])\n # print(str[22])\n # print(str[23])\n # print(str[24])\n # print(str[25])\n # print(str[26])\n # print(str[27])\n # print(str[28])\n # print(str[29])\n # print(str[30])\n # print(str[31])\n # print(str[32])\n # print(str[33])\n # print(str[34])\n #", "token_ids": [ 347, 835, 3340, 289, 262, 347, 835, 3340, 289, 262, 347, 835, 3340, 62, 19, 1163, 262, 347, 835, 3340, 62, 20, 1163, 262, 347, 835, 3340, 62, 21, 1163, 262, 347, 835, 3340, 62, 22, 1163, 262, 347, 835, 3340, 62, 23, 1163, 262, 347, 835, 3340, 62, 24, 1163, 262, 347, 835, 3340, 62, 25, 1163, 262, 347, 835, 3340, 62, 26, 1163, 262, 347, 835, 3340, 62, 27, 1163, 262, 347, 835, 3340, 62, 28, 1163, 262, 347, 835, 3340, 62, 701, 1163, 262, 347, 835, 3340, 62, 1009, 1163, 262, 347, 835, 3340, 62, 862, 1163, 262, 347, 835, 3340, 62, 1223, 1163, 262, 347, 835, 3340, 62, 1142, 1163, 262, 347, 835, 3340, 62, 1158, 1163, 262, 347, 835, 3340, 62, 1072, 1163, 262, 347, 835, 3340, 62, 1329, 1163, 262, 347, 835, 3340, 62, 1201, 1163, 262, 347, 835, 3340, 62, 1247, 1163, 262, 347, 835, 3340, 62, 663, 1163, 262, 347, 835, 3340, 62, 2070, 1163, 262, 347, 835, 3340, 62, 1453, 1163, 262, 347, 835, 3340, 62, 1590, 1163, 262, 347, 835, 3340, 62, 1335, 1163, 262, 347, 835, 3340, 62, 1105, 1163, 262, 347, 835, 3340, 62, 1893, 1163, 262, 347, 835, 3340, 62, 1845, 1163, 262, 347, 835, 3340, 62, 1911, 1163, 262, 347, 835, 3340, 62, 1970, 1163, 262, 347, 835, 3340, 62, 1398, 1163, 262, 347, 835, 3340, 62, 2449, 1163, 262, 347, 835, 3340, 62, 1057, 1163, 262, 347, 835, 3340, 62, 1812, 1163, 262, 347, 835, 3340, 62, 2188, 1163, 262, 347 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.4189723320158103, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 226 }, { "prompt": "\n\ndef max_Product(arr):\n 'Write a python function to find a pair with highest product from a given array of integers.'\n ", "completion": " # 1st element is the product of the first two integers\n # 2nd element is the product of the second two integers\n # 3rd element is the product of the third two integers\n # 4th element is the product of the fourth two integers\n # 5th element is the product of the fourth two integers\n # 6th element is the product of the last two integers\n # 7th element is the product of the last two integers\n # 8th element is the product of the last two integers\n # 9th element is the product of the last two integers\n # 10th element is the product of the last two integers\n # 11th element is the product of the last two integers\n # 12th element is the product of the last two integers\n # 13th element is the product of the last two integers\n # 14th element is the product of the last two integers\n # 15th element is the product of the last two integers\n # 16th element is the product of the last two integers\n # 17th element is the product of the last two integers\n", "token_ids": [ 347, 224, 20, 271, 3778, 428, 337, 5297, 422, 337, 2239, 3402, 13805, 202, 261, 347, 224, 21, 413, 3778, 428, 337, 5297, 422, 337, 4362, 3402, 13805, 202, 261, 347, 224, 22, 9557, 3778, 428, 337, 5297, 422, 337, 17585, 3402, 13805, 202, 261, 347, 224, 23, 406, 3778, 428, 337, 5297, 422, 337, 16244, 406, 3402, 13805, 202, 261, 347, 224, 24, 406, 3778, 428, 337, 5297, 422, 337, 16244, 406, 3402, 13805, 202, 261, 347, 224, 25, 406, 3778, 428, 337, 5297, 422, 337, 2656, 3402, 13805, 202, 261, 347, 224, 26, 406, 3778, 428, 337, 5297, 422, 337, 2656, 3402, 13805, 202, 261, 347, 224, 27, 406, 3778, 428, 337, 5297, 422, 337, 2656, 3402, 13805, 202, 261, 347, 224, 28, 406, 3778, 428, 337, 5297, 422, 337, 2656, 3402, 13805, 202, 261, 347, 224, 701, 406, 3778, 428, 337, 5297, 422, 337, 2656, 3402, 13805, 202, 261, 347, 224, 1009, 406, 3778, 428, 337, 5297, 422, 337, 2656, 3402, 13805, 202, 261, 347, 224, 862, 406, 3778, 428, 337, 5297, 422, 337, 2656, 3402, 13805, 202, 261, 347, 224, 1223, 406, 3778, 428, 337, 5297, 422, 337, 2656, 3402, 13805, 202, 261, 347, 224, 1142, 406, 3778, 428, 337, 5297, 422, 337, 2656, 3402, 13805, 202, 261, 347, 224, 1158, 406, 3778, 428, 337, 5297, 422, 337, 2656, 3402, 13805, 202, 261, 347, 224, 1072, 406, 3778, 428, 337, 5297, 422, 337, 2656, 3402, 13805, 202, 261, 347, 224, 1329, 406, 3778, 428, 337, 5297, 422, 337, 2656, 3402, 13805, 202 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.6126482213438735, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 415 }, { "prompt": "\n\ndef replace_blank(str1, char):\n 'Write a function that takes in a string and character, replaces blank spaces in the string with the character, and returns the string.'\n ", "completion": " # 1\n # 2\n # 3\n # 4\n # 5\n # 6\n # 7\n # 8\n # 9\n # 10\n # 11\n # 12\n # 13\n # 14\n # 15\n # 16\n # 17\n # 18\n # 19\n # 20\n # 21\n # 22\n # 23\n # 24\n # 25\n # 26\n # 27\n # 28\n # 29\n # 30\n # 31\n # 32\n # 33\n # 34\n # 35\n # 36\n # 37\n # 38\n # 39\n # 40\n # 41\n # 42\n # 43\n # 44\n # 45\n # 46\n # 47\n # 48\n # 49\n # 50\n # 51\n #", "token_ids": [ 347, 224, 20, 202, 261, 347, 224, 21, 202, 261, 347, 224, 22, 202, 261, 347, 224, 23, 202, 261, 347, 224, 24, 202, 261, 347, 224, 25, 202, 261, 347, 224, 26, 202, 261, 347, 224, 27, 202, 261, 347, 224, 28, 202, 261, 347, 224, 701, 202, 261, 347, 224, 1009, 202, 261, 347, 224, 862, 202, 261, 347, 224, 1223, 202, 261, 347, 224, 1142, 202, 261, 347, 224, 1158, 202, 261, 347, 224, 1072, 202, 261, 347, 224, 1329, 202, 261, 347, 224, 1201, 202, 261, 347, 224, 1247, 202, 261, 347, 224, 663, 202, 261, 347, 224, 2070, 202, 261, 347, 224, 1453, 202, 261, 347, 224, 1590, 202, 261, 347, 224, 1335, 202, 261, 347, 224, 1105, 202, 261, 347, 224, 1893, 202, 261, 347, 224, 1845, 202, 261, 347, 224, 1911, 202, 261, 347, 224, 1970, 202, 261, 347, 224, 1398, 202, 261, 347, 224, 2449, 202, 261, 347, 224, 1057, 202, 261, 347, 224, 1812, 202, 261, 347, 224, 2188, 202, 261, 347, 224, 2030, 202, 261, 347, 224, 2289, 202, 261, 347, 224, 2109, 202, 261, 347, 224, 2060, 202, 261, 347, 224, 2159, 202, 261, 347, 224, 1431, 202, 261, 347, 224, 2704, 202, 261, 347, 224, 2396, 202, 261, 347, 224, 3084, 202, 261, 347, 224, 1961, 202, 261, 347, 224, 1828, 202, 261, 347, 224, 2961, 202, 261, 347, 224, 2639, 202, 261, 347, 224, 2250, 202, 261, 347, 224, 2080, 202, 261, 347, 224, 1294, 202, 261, 347, 224, 3670, 202, 261, 347 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.19367588932806323, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 230 }, { "prompt": "\n\ndef check_distinct(test_tup):\n 'Write a function to check if given tuple contains no duplicates.'\n ", "completion": " # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO: check if tuple contains no duplicates\n # TODO:", "token_ids": [ 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29, 1315, 383, 2899, 4253, 1165, 16995, 202, 262, 347, 2854, 29 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9565217391304348, "longest_tandem_repeat_tokens": 256, "long_loop": true, "task_id": 394 }, { "prompt": "\n\ndef and_tuples(test_tup1, test_tup2):\n 'Write a function to extract the elementwise and tuples from the given two tuples.'\n ", "completion": "\n\n\ndef test_tuple():\n 'Test tuple of two tuples.'\n assert tuple(test_tuple()) == (2, 2)\n assert tuple(test_tuple()) == (2, 2)\n assert tuple(test_tuple()) == (2, 2)\n assert tuple(test_tuple()) == (2, 2)\n assert tuple(test_tuple()) == (2, 2)\n assert tuple(test_tuple()) == (2, 2)\n assert tuple(test_tuple()) == (2, 2)\n assert tuple(test_tuple()) == (2, 2)\n assert tuple(test_tuple()) == (2, 2)\n assert tuple(test_tuple()) == (2, 2)\n assert tuple(test_tuple()) == (2, 2)\n assert tuple(test_tuple()) == (2, 2)\n assert tuple(test_tuple()) == (2, 2)\n assert tuple(test_tuple()) == (2, 2)\n assert tuple(test_tuple()) == (2, 2)\n assert tuple(test_tuple()) == (2, 2)\n assert tuple(test_tuple()) == (2, 2)\n assert tuple(test_tuple()) == (2, 2)\n assert tuple(test_tuple()) == (2", "token_ids": [ 1090, 329, 535, 6588, 1130, 262, 301, 549, 2899, 422, 3402, 7093, 7873, 262, 724, 2899, 2743, 6588, 4591, 546, 375, 21, 15, 224, 21, 289, 262, 724, 2899, 2743, 6588, 4591, 546, 375, 21, 15, 224, 21, 289, 262, 724, 2899, 2743, 6588, 4591, 546, 375, 21, 15, 224, 21, 289, 262, 724, 2899, 2743, 6588, 4591, 546, 375, 21, 15, 224, 21, 289, 262, 724, 2899, 2743, 6588, 4591, 546, 375, 21, 15, 224, 21, 289, 262, 724, 2899, 2743, 6588, 4591, 546, 375, 21, 15, 224, 21, 289, 262, 724, 2899, 2743, 6588, 4591, 546, 375, 21, 15, 224, 21, 289, 262, 724, 2899, 2743, 6588, 4591, 546, 375, 21, 15, 224, 21, 289, 262, 724, 2899, 2743, 6588, 4591, 546, 375, 21, 15, 224, 21, 289, 262, 724, 2899, 2743, 6588, 4591, 546, 375, 21, 15, 224, 21, 289, 262, 724, 2899, 2743, 6588, 4591, 546, 375, 21, 15, 224, 21, 289, 262, 724, 2899, 2743, 6588, 4591, 546, 375, 21, 15, 224, 21, 289, 262, 724, 2899, 2743, 6588, 4591, 546, 375, 21, 15, 224, 21, 289, 262, 724, 2899, 2743, 6588, 4591, 546, 375, 21, 15, 224, 21, 289, 262, 724, 2899, 2743, 6588, 4591, 546, 375, 21, 15, 224, 21, 289, 262, 724, 2899, 2743, 6588, 4591, 546, 375, 21, 15, 224, 21, 289, 262, 724, 2899, 2743, 6588, 4591, 546, 375, 21, 15, 224, 21, 289, 262, 724, 2899, 2743, 6588, 4591, 546, 375, 21, 15, 224, 21, 289, 262, 724, 2899, 2743, 6588, 4591, 546, 375, 21 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8972332015810277, "longest_tandem_repeat_tokens": 243, "long_loop": true, "task_id": 429 }, { "prompt": "import heapq\n\ndef merge_sorted_list(num1, num2, num3):\n 'Write a function to merge three lists into a single sorted list.'\n ", "completion": " # 1st element is the first element of the list\n # 2nd element is the second element of the list\n # 3rd element is the third element of the list\n # 4th element is the fourth element of the list\n # 5th element is the fourth element of the list\n # 6th element is the third element of the list\n # 7th element is the fourth element of the list\n # 8th element is the third element of the list\n # 9th element is the fourth element of the list\n # 10th element is the third element of the list\n # 11th element is the third element of the list\n # 12th element is the third element of the list\n # 13th element is the third element of the list\n # 14th element is the third element of the list\n # 15th element is the third element of the list\n # 16th element is the third element of the list\n # 17th element is the third element of the list\n # 18th element is the third element of the list\n ", "token_ids": [ 347, 224, 20, 271, 3778, 428, 337, 2239, 3778, 422, 337, 902, 202, 261, 347, 224, 21, 413, 3778, 428, 337, 4362, 3778, 422, 337, 902, 202, 261, 347, 224, 22, 9557, 3778, 428, 337, 17585, 3778, 422, 337, 902, 202, 262, 347, 224, 23, 406, 3778, 428, 337, 16244, 406, 3778, 422, 337, 902, 202, 262, 347, 224, 24, 406, 3778, 428, 337, 16244, 406, 3778, 422, 337, 902, 202, 262, 347, 224, 25, 406, 3778, 428, 337, 17585, 3778, 422, 337, 902, 202, 262, 347, 224, 26, 406, 3778, 428, 337, 16244, 406, 3778, 422, 337, 902, 202, 262, 347, 224, 27, 406, 3778, 428, 337, 17585, 3778, 422, 337, 902, 202, 262, 347, 224, 28, 406, 3778, 428, 337, 16244, 406, 3778, 422, 337, 902, 202, 262, 347, 224, 701, 406, 3778, 428, 337, 17585, 3778, 422, 337, 902, 202, 262, 347, 224, 1009, 406, 3778, 428, 337, 17585, 3778, 422, 337, 902, 202, 262, 347, 224, 862, 406, 3778, 428, 337, 17585, 3778, 422, 337, 902, 202, 262, 347, 224, 1223, 406, 3778, 428, 337, 17585, 3778, 422, 337, 902, 202, 262, 347, 224, 1142, 406, 3778, 428, 337, 17585, 3778, 422, 337, 902, 202, 262, 347, 224, 1158, 406, 3778, 428, 337, 17585, 3778, 422, 337, 902, 202, 262, 347, 224, 1072, 406, 3778, 428, 337, 17585, 3778, 422, 337, 902, 202, 262, 347, 224, 1329, 406, 3778, 428, 337, 17585, 3778, 422, 337, 902, 202, 262, 347, 224, 1201, 406, 3778, 428, 337, 17585, 3778, 422, 337, 902, 202, 262 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.6047430830039526, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 108 }, { "prompt": "\n\ndef median_numbers(a, b, c):\n 'Write a function to find the median of three numbers.'\n ", "completion": "\n\n # Find the median of the numbers\n # 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 22. 23. 24. 25. 26. 27. 28. 29. 30. 31. 32. 33. 34. 35. 36. 36. 37. 39. 40. 41. 42. 42. 43. 44. 44. 45. 46. 47. 48. 49. 50. 51. 52. 52. 52. 53. 54. 55. 56. 57. 58. 59. 60. 61. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. ", "token_ids": [ 377, 262, 347, 8382, 337, 21719, 422, 337, 6944, 202, 262, 347, 224, 20, 17, 224, 21, 17, 224, 22, 17, 224, 23, 17, 224, 24, 17, 224, 25, 17, 224, 26, 17, 224, 27, 17, 224, 28, 17, 224, 701, 17, 224, 1009, 17, 224, 862, 17, 224, 862, 17, 224, 1223, 17, 224, 1142, 17, 224, 1158, 17, 224, 1072, 17, 224, 1329, 17, 224, 1201, 17, 224, 1247, 17, 224, 663, 17, 224, 2070, 17, 224, 1453, 17, 224, 1453, 17, 224, 1590, 17, 224, 1335, 17, 224, 1105, 17, 224, 1893, 17, 224, 1845, 17, 224, 1911, 17, 224, 1970, 17, 224, 1398, 17, 224, 2449, 17, 224, 1057, 17, 224, 1812, 17, 224, 2188, 17, 224, 2030, 17, 224, 2289, 17, 224, 2289, 17, 224, 2109, 17, 224, 2159, 17, 224, 1431, 17, 224, 2704, 17, 224, 2396, 17, 224, 2396, 17, 224, 3084, 17, 224, 1961, 17, 224, 1961, 17, 224, 1828, 17, 224, 2961, 17, 224, 2639, 17, 224, 2250, 17, 224, 2080, 17, 224, 1294, 17, 224, 3670, 17, 224, 4488, 17, 224, 4488, 17, 224, 4488, 17, 224, 4191, 17, 224, 4768, 17, 224, 2422, 17, 224, 3194, 17, 224, 3046, 17, 224, 2532, 17, 224, 2316, 17, 224, 1499, 17, 224, 4576, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.20948616600790515, "longest_tandem_repeat_tokens": 44, "long_loop": false, "task_id": 397 }, { "prompt": "\n\ndef max_product_tuple(list1):\n 'Write a function to find the maximum absolute product between numbers in pairs of tuples within a given list.'\n ", "completion": " # 1st element is the number of elements in the list\n # 2nd element is the number of elements in the list\n # 3rd element is the number of elements in the list\n # 4th element is the number of elements in the list\n # 5th element is the number of elements in the list\n # 6th element is the number of elements in the list\n # 7th element is the number of elements in the list\n # 8th element is the number of elements in the list\n # 9th element is the number of elements in the list\n # 10th element is the number of elements in the list\n # 11th element is the number of elements in the list\n # 12th element is the number of elements in the list\n # 13th element is the number of elements in the list\n # 14th element is the number of elements in the list\n # 15th element is the number of elements in the list\n # 16th element is the number of elements in the list\n # 17th element is the number of elements in the list\n #", "token_ids": [ 347, 224, 20, 271, 3778, 428, 337, 1636, 422, 4880, 331, 337, 902, 202, 261, 347, 224, 21, 413, 3778, 428, 337, 1636, 422, 4880, 331, 337, 902, 202, 261, 347, 224, 22, 9557, 3778, 428, 337, 1636, 422, 4880, 331, 337, 902, 202, 261, 347, 224, 23, 406, 3778, 428, 337, 1636, 422, 4880, 331, 337, 902, 202, 261, 347, 224, 24, 406, 3778, 428, 337, 1636, 422, 4880, 331, 337, 902, 202, 261, 347, 224, 25, 406, 3778, 428, 337, 1636, 422, 4880, 331, 337, 902, 202, 261, 347, 224, 26, 406, 3778, 428, 337, 1636, 422, 4880, 331, 337, 902, 202, 261, 347, 224, 27, 406, 3778, 428, 337, 1636, 422, 4880, 331, 337, 902, 202, 261, 347, 224, 28, 406, 3778, 428, 337, 1636, 422, 4880, 331, 337, 902, 202, 261, 347, 224, 701, 406, 3778, 428, 337, 1636, 422, 4880, 331, 337, 902, 202, 261, 347, 224, 1009, 406, 3778, 428, 337, 1636, 422, 4880, 331, 337, 902, 202, 261, 347, 224, 862, 406, 3778, 428, 337, 1636, 422, 4880, 331, 337, 902, 202, 261, 347, 224, 1223, 406, 3778, 428, 337, 1636, 422, 4880, 331, 337, 902, 202, 261, 347, 224, 1142, 406, 3778, 428, 337, 1636, 422, 4880, 331, 337, 902, 202, 261, 347, 224, 1158, 406, 3778, 428, 337, 1636, 422, 4880, 331, 337, 902, 202, 261, 347, 224, 1072, 406, 3778, 428, 337, 1636, 422, 4880, 331, 337, 902, 202, 261, 347, 224, 1329, 406, 3778, 428, 337, 1636, 422, 4880, 331, 337, 902, 202, 261, 347 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.6798418972332017, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 120 }, { "prompt": "import re\n\ndef remove_whitespaces(text1):\n 'Write a function to remove all whitespaces from the given string.'\n ", "completion": " # TODO: remove whitespaces from the given string\n text1 = re.sub(r'([a-zA-Z0-9]+)', '', text1)\n text1 = re.sub(r'([a-zA-Z0-9]+)', '', text1)\n text1 = re.sub(r'([a-zA-Z0-9]+)', '', text1)\n text1 = re.sub(r'([a-zA-Z0-9]+)', '', text1)\n text1 = re.sub(r'([a-zA-Z0-9]+)', '', text1)\n text1 = re.sub(r'([a-zA-Z0-9]+)', '', text1)\n text1 = re.sub(r'([a-zA-Z0-9]+)', '', text1)\n text1 = re.sub(r'([a-zA-Z0-9]+)', '', text1)\n text1 = re.sub(r'([a-zA-Z0-9]+)', '', text1)\n text1 = re.sub(r'([a-zA-Z0-9]+)', '', text1)\n text1 = re.sub(r'([a-zA-Z0-9]+)', '', text1)\n text1 = re.sub(r'([a-zA-Z0-", "token_ids": [ 347, 2854, 29, 2689, 9903, 9937, 643, 337, 2001, 1429, 202, 262, 1612, 20, 276, 312, 2799, 1618, 10, 979, 68, 13691, 7618, 19, 16, 28, 4505, 9836, 8096, 1612, 20, 289, 262, 1612, 20, 276, 312, 2799, 1618, 10, 979, 68, 13691, 7618, 19, 16, 28, 4505, 9836, 8096, 1612, 20, 289, 262, 1612, 20, 276, 312, 2799, 1618, 10, 979, 68, 13691, 7618, 19, 16, 28, 4505, 9836, 8096, 1612, 20, 289, 262, 1612, 20, 276, 312, 2799, 1618, 10, 979, 68, 13691, 7618, 19, 16, 28, 4505, 9836, 8096, 1612, 20, 289, 262, 1612, 20, 276, 312, 2799, 1618, 10, 979, 68, 13691, 7618, 19, 16, 28, 4505, 9836, 8096, 1612, 20, 289, 262, 1612, 20, 276, 312, 2799, 1618, 10, 979, 68, 13691, 7618, 19, 16, 28, 4505, 9836, 8096, 1612, 20, 289, 262, 1612, 20, 276, 312, 2799, 1618, 10, 979, 68, 13691, 7618, 19, 16, 28, 4505, 9836, 8096, 1612, 20, 289, 262, 1612, 20, 276, 312, 2799, 1618, 10, 979, 68, 13691, 7618, 19, 16, 28, 4505, 9836, 8096, 1612, 20, 289, 262, 1612, 20, 276, 312, 2799, 1618, 10, 979, 68, 13691, 7618, 19, 16, 28, 4505, 9836, 8096, 1612, 20, 289, 262, 1612, 20, 276, 312, 2799, 1618, 10, 979, 68, 13691, 7618, 19, 16, 28, 4505, 9836, 8096, 1612, 20, 289, 262, 1612, 20, 276, 312, 2799, 1618, 10, 979, 68, 13691, 7618, 19, 16, 28, 4505, 9836, 8096, 1612, 20, 289, 262, 1612, 20, 276, 312, 2799, 1618, 10, 979, 68, 13691, 7618, 19, 16 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8735177865612649, "longest_tandem_repeat_tokens": 245, "long_loop": true, "task_id": 451 }, { "prompt": "import re\n\ndef text_match_wordz(text):\n \"Write a function that matches a word containing 'z'.\"\n ", "completion": " # TODO: remove this function\n return re.compile(r'z' + text)\n\ndef text_match_wordz(text):\n \"Write a function that matches 'z'.\"\n return text_match_wordz(text)\n\ndef text_match_wordz(text):\n \"Write a function that matches 'z'.\"\n return text_match_wordz(text)\n\ndef text_match_wordz(text):\n \"Write a function that matches 'z'.\"\n return text_match_wordz(text)\n\ndef text_match_wordz(text):\n \"Write a function that matches 'z'.\"\n return text_match_wordz(text)\n\ndef text_match_wordz(text):\n \"Write a function that matches 'z'.\"\n return text_match_wordz(text)\n\ndef text_match_wordz(text):\n \"Write a function that matches 'z'.\"\n return text_match_wordz(text)\n\ndef text_match_wordz(text):\n \"Write a function that matches 'z'.\"\n return text_match_wordz(text)\n\ndef text_match_wordz(text):\n \"Write a function that matches 'z'.\"\n return text_match_wordz(text)\n\ndef text_match_wordz(text):\n \"Write a function that matches 'z'.\"\n return text_match_wordz(text)\n\ndef text_match_word", "token_ids": [ 347, 2854, 29, 2689, 756, 1283, 202, 262, 401, 312, 4298, 1618, 10, 93, 10, 361, 1612, 443, 329, 1612, 4344, 6957, 93, 4484, 351, 262, 317, 7706, 277, 1283, 791, 6788, 301, 93, 1562, 692, 262, 401, 1612, 4344, 6957, 93, 4484, 443, 329, 1612, 4344, 6957, 93, 4484, 351, 262, 317, 7706, 277, 1283, 791, 6788, 301, 93, 1562, 692, 262, 401, 1612, 4344, 6957, 93, 4484, 443, 329, 1612, 4344, 6957, 93, 4484, 351, 262, 317, 7706, 277, 1283, 791, 6788, 301, 93, 1562, 692, 262, 401, 1612, 4344, 6957, 93, 4484, 443, 329, 1612, 4344, 6957, 93, 4484, 351, 262, 317, 7706, 277, 1283, 791, 6788, 301, 93, 1562, 692, 262, 401, 1612, 4344, 6957, 93, 4484, 443, 329, 1612, 4344, 6957, 93, 4484, 351, 262, 317, 7706, 277, 1283, 791, 6788, 301, 93, 1562, 692, 262, 401, 1612, 4344, 6957, 93, 4484, 443, 329, 1612, 4344, 6957, 93, 4484, 351, 262, 317, 7706, 277, 1283, 791, 6788, 301, 93, 1562, 692, 262, 401, 1612, 4344, 6957, 93, 4484, 443, 329, 1612, 4344, 6957, 93, 4484, 351, 262, 317, 7706, 277, 1283, 791, 6788, 301, 93, 1562, 692, 262, 401, 1612, 4344, 6957, 93, 4484, 443, 329, 1612, 4344, 6957, 93, 4484, 351, 262, 317, 7706, 277, 1283, 791, 6788, 301, 93, 1562, 692, 262, 401, 1612, 4344, 6957, 93, 4484, 443, 329, 1612, 4344, 6957, 93, 4484, 351, 262, 317, 7706, 277, 1283, 791, 6788, 301, 93, 1562, 692, 262, 401, 1612, 4344, 6957, 93, 4484, 443, 329, 1612, 4344, 6957 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8379446640316206, "longest_tandem_repeat_tokens": 239, "long_loop": true, "task_id": 454 }, { "prompt": "\n\ndef check_Consecutive(l):\n 'Write a python function to check whether the given list contains consecutive numbers or not.'\n ", "completion": " # check if the given list contains consecutive numbers\n if not l:\n return False\n # check if the given list contains consecutive numbers\n if not l:\n return False\n # check if the given list contains only one consecutive number\n if not l:\n return False\n # check if the given list contains only one consecutive number\n if not l:\n return False\n # check if the given list contains only one consecutive number\n if not l:\n return False\n # check if the given list contains only one consecutive number\n if not l:\n return False\n # check if the given list contains only one consecutive number\n if not l:\n return False\n # check if the given list contains only one consecutive number\n if not l:\n return False\n # check if the given list contains only one consecutive number\n if not l:\n return False\n # check if the given list contains only one consecutive number\n if not l:\n return False\n # check if the given list contains only one consecutive number\n if not l:\n return False\n # check if the given list contains", "token_ids": [ 347, 1315, 383, 337, 2001, 902, 4253, 466, 31025, 6944, 202, 262, 383, 503, 730, 311, 270, 401, 836, 202, 262, 347, 1315, 383, 337, 2001, 902, 4253, 466, 31025, 6944, 202, 262, 383, 503, 730, 311, 270, 401, 836, 202, 262, 347, 1315, 383, 337, 2001, 902, 4253, 1803, 1583, 466, 31025, 1636, 202, 262, 383, 503, 730, 311, 270, 401, 836, 202, 262, 347, 1315, 383, 337, 2001, 902, 4253, 1803, 1583, 466, 31025, 1636, 202, 262, 383, 503, 730, 311, 270, 401, 836, 202, 262, 347, 1315, 383, 337, 2001, 902, 4253, 1803, 1583, 466, 31025, 1636, 202, 262, 383, 503, 730, 311, 270, 401, 836, 202, 262, 347, 1315, 383, 337, 2001, 902, 4253, 1803, 1583, 466, 31025, 1636, 202, 262, 383, 503, 730, 311, 270, 401, 836, 202, 262, 347, 1315, 383, 337, 2001, 902, 4253, 1803, 1583, 466, 31025, 1636, 202, 262, 383, 503, 730, 311, 270, 401, 836, 202, 262, 347, 1315, 383, 337, 2001, 902, 4253, 1803, 1583, 466, 31025, 1636, 202, 262, 383, 503, 730, 311, 270, 401, 836, 202, 262, 347, 1315, 383, 337, 2001, 902, 4253, 1803, 1583, 466, 31025, 1636, 202, 262, 383, 503, 730, 311, 270, 401, 836, 202, 262, 347, 1315, 383, 337, 2001, 902, 4253, 1803, 1583, 466, 31025, 1636, 202, 262, 383, 503, 730, 311, 270, 401, 836, 202, 262, 347, 1315, 383, 337, 2001, 902, 4253, 1803, 1583, 466, 31025, 1636, 202, 262, 383, 503, 730, 311, 270, 401, 836, 202, 262, 347, 1315, 383, 337, 2001, 902, 4253 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.8853754940711462, "longest_tandem_repeat_tokens": 225, "long_loop": true, "task_id": 472 }, { "prompt": "\n\ndef common_element(list1, list2):\n 'Write a function that takes two lists and returns true if they have at least one common element.'\n ", "completion": " # 1st element is the element that is in the list1\n # 2nd element is the element that is in the list2\n # 3rd element is the element that is in the list1\n # 4th element is the element that is in the list2\n # 5th element is the element that is in the list1\n # 6th element is the element that is in the list2\n # 7th element is the element that is in the list1\n # 8th element is the element that is in the list2\n # 9th element is the element that is in the list1\n # 10th element is the element that is in the list2\n # 11th element is the element that is in the list1\n # 12th element is the element that is in the list2\n # 13th element is the element that is in the list1\n # 14th element is the element that is in the list2\n # 15th element is the element that is in the list1\n # 16th element is the element that is in the list2\n ", "token_ids": [ 347, 224, 20, 271, 3778, 428, 337, 3778, 791, 428, 331, 337, 902, 20, 202, 261, 347, 224, 21, 413, 3778, 428, 337, 3778, 791, 428, 331, 337, 902, 21, 202, 261, 347, 224, 22, 9557, 3778, 428, 337, 3778, 791, 428, 331, 337, 902, 20, 202, 261, 347, 224, 23, 406, 3778, 428, 337, 3778, 791, 428, 331, 337, 902, 21, 202, 261, 347, 224, 24, 406, 3778, 428, 337, 3778, 791, 428, 331, 337, 902, 20, 202, 261, 347, 224, 25, 406, 3778, 428, 337, 3778, 791, 428, 331, 337, 902, 21, 202, 261, 347, 224, 26, 406, 3778, 428, 337, 3778, 791, 428, 331, 337, 902, 20, 202, 261, 347, 224, 27, 406, 3778, 428, 337, 3778, 791, 428, 331, 337, 902, 21, 202, 261, 347, 224, 28, 406, 3778, 428, 337, 3778, 791, 428, 331, 337, 902, 20, 202, 261, 347, 224, 701, 406, 3778, 428, 337, 3778, 791, 428, 331, 337, 902, 21, 202, 261, 347, 224, 1009, 406, 3778, 428, 337, 3778, 791, 428, 331, 337, 902, 20, 202, 261, 347, 224, 862, 406, 3778, 428, 337, 3778, 791, 428, 331, 337, 902, 21, 202, 261, 347, 224, 1223, 406, 3778, 428, 337, 3778, 791, 428, 331, 337, 902, 20, 202, 261, 347, 224, 1142, 406, 3778, 428, 337, 3778, 791, 428, 331, 337, 902, 21, 202, 261, 347, 224, 1158, 406, 3778, 428, 337, 3778, 791, 428, 331, 337, 902, 20, 202, 261, 347, 224, 1072, 406, 3778, 428, 337, 3778, 791, 428, 331, 337, 902, 21, 202, 261 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.6758893280632411, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 431 }, { "prompt": "\n\ndef swap_numbers(a, b):\n 'Write a function that takes in two numbers and returns a tuple with the second number and then the first number.'\n ", "completion": " # 1) 2) 3) 4) 5) 6) 7) 8) 9) 10) 11) 12) 13) 14) 15) 16) 17) 18) 19) 20) 21) 22) 23) 24) 25) 26) 27) 28) 29) 30) 31) 32) 33) 34) 35) 36) 37) 39) 41) 42) 43) 44) 45) 46) 47) 48) 49) 50) 51) 52) 53) 54) 55) 56) 57) 58) 57) 58) 59) 60) 61) 62) 63) 64) 65) 66) 67) 68) 69) 70) 71) 72) 73) 74) 75) 76) 77) 78) 79) 80) 81) 82) 83) 84) 85)", "token_ids": [ 347, 224, 20, 12, 224, 21, 12, 224, 22, 12, 224, 23, 12, 224, 24, 12, 224, 25, 12, 224, 26, 12, 224, 27, 12, 224, 28, 12, 224, 701, 12, 224, 1009, 12, 224, 862, 12, 224, 1223, 12, 224, 1142, 12, 224, 1158, 12, 224, 1072, 12, 224, 1329, 12, 224, 1201, 12, 224, 1247, 12, 224, 663, 12, 224, 2070, 12, 224, 1453, 12, 224, 1590, 12, 224, 1335, 12, 224, 1105, 12, 224, 1893, 12, 224, 1845, 12, 224, 1911, 12, 224, 1970, 12, 224, 1398, 12, 224, 2449, 12, 224, 1057, 12, 224, 1812, 12, 224, 2188, 12, 224, 2030, 12, 224, 2289, 12, 224, 2109, 12, 224, 2159, 12, 224, 2704, 12, 224, 2396, 12, 224, 3084, 12, 224, 1961, 12, 224, 1828, 12, 224, 2961, 12, 224, 2639, 12, 224, 2250, 12, 224, 2080, 12, 224, 1294, 12, 224, 3670, 12, 224, 4488, 12, 224, 4191, 12, 224, 4768, 12, 224, 2422, 12, 224, 3194, 12, 224, 3046, 12, 224, 2532, 12, 224, 3046, 12, 224, 2532, 12, 224, 2316, 12, 224, 1499, 12, 224, 4576, 12, 224, 4870, 12, 224, 4218, 12, 224, 1291, 12, 224, 2061, 12, 224, 2515, 12, 224, 2727, 12, 224, 2407, 12, 224, 2694, 12, 224, 2284, 12, 224, 4706, 12, 224, 4199, 12, 224, 4295, 12, 224, 4166, 12, 224, 2236, 12, 224, 3569, 12, 224, 2879, 12, 224, 2329, 12, 224, 3638, 12, 224, 2119, 12, 224, 5074, 12, 224, 4489, 12, 224, 5119, 12, 224, 4361, 12, 224, 4055, 12 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.01976284584980237, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 257 }, { "prompt": "\n\ndef max_length(list1):\n 'Write a function to find the list of maximum length in a list of lists.'\n ", "completion": " # 1: 1, 2: 2, 3: 3, 4: 4, 5: 5, 6: 6, 7: 7, 8: 8, 9: 9, 10: 10, 11: 11, 12: 12, 13: 13, 14: 14, 15: 15, 16: 16, 17: 17, 18: 18, 19: 19, 20: 20, 21: 21, 22: 22, 23: 23, 24: 24, 25: 25, 26: 26, 27: 27, 28: 28, 29: 29, 30: 30, 31: 31, 32: 32, 33: 33, 34: 34, 35: 35, 36: 36, 37: 37, 38: 38, 39: 39, 40: 40, 41: 41, 42: 42, 43:", "token_ids": [ 347, 224, 20, 29, 224, 20, 15, 224, 21, 29, 224, 21, 15, 224, 22, 29, 224, 22, 15, 224, 23, 29, 224, 23, 15, 224, 24, 29, 224, 24, 15, 224, 25, 29, 224, 25, 15, 224, 26, 29, 224, 26, 15, 224, 27, 29, 224, 27, 15, 224, 28, 29, 224, 28, 15, 224, 701, 29, 224, 701, 15, 224, 1009, 29, 224, 1009, 15, 224, 862, 29, 224, 862, 15, 224, 1223, 29, 224, 1223, 15, 224, 1142, 29, 224, 1142, 15, 224, 1158, 29, 224, 1158, 15, 224, 1072, 29, 224, 1072, 15, 224, 1329, 29, 224, 1329, 15, 224, 1201, 29, 224, 1201, 15, 224, 1247, 29, 224, 1247, 15, 224, 663, 29, 224, 663, 15, 224, 2070, 29, 224, 2070, 15, 224, 1453, 29, 224, 1453, 15, 224, 1590, 29, 224, 1590, 15, 224, 1335, 29, 224, 1335, 15, 224, 1105, 29, 224, 1105, 15, 224, 1893, 29, 224, 1893, 15, 224, 1845, 29, 224, 1845, 15, 224, 1911, 29, 224, 1911, 15, 224, 1970, 29, 224, 1970, 15, 224, 1398, 29, 224, 1398, 15, 224, 2449, 29, 224, 2449, 15, 224, 1057, 29, 224, 1057, 15, 224, 1812, 29, 224, 1812, 15, 224, 2188, 29, 224, 2188, 15, 224, 2030, 29, 224, 2030, 15, 224, 2289, 29, 224, 2289, 15, 224, 2109, 29, 224, 2109, 15, 224, 2060, 29, 224, 2060, 15, 224, 2159, 29, 224, 2159, 15, 224, 1431, 29, 224, 1431, 15, 224, 2704, 29, 224, 2704, 15, 224, 2396, 29, 224, 2396, 15, 224, 3084, 29 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.0, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 290 }, { "prompt": "from collections import Counter\n\ndef check_occurences(test_list):\n 'Write a function that takes in a list of tuples and returns a dictionary mapping each unique tuple to the number of times it occurs in the list.'\n ", "completion": " # check the list of tuples\n for i in range(len(test_list)):\n if test_list[i] == test_list[i+1]:\n print(\"I'm not sure how to do this.\")\n else:\n print(\"I'm not sure how to do this.\")\n # check the list of tuples\n for i in range(len(test_list)):\n if test_list[i] == test_list[i+1]:\n print(\"I'm not sure how to do this.\")\n else:\n print(\"I'm not sure how to do this.\")\n # check the list of tuples\n for i in range(len(test_list)):\n if test_list[i] == test_list[i+1]:\n print(\"I'm not sure how to do this.\")\n else:\n print(\"I'm not sure how to do this.\")\n # check the list of tuples\n for i in range(len(test_list)):\n if test_list[i] == test_list[i+1]:\n print(\"I'm not sure how to do this.\")\n else:\n print(\"I'm not sure how to do this.\")\n # check the list of tuples\n for i in range(len(test_list)):\n if test_list[i] == test_list[i+1", "token_ids": [ 347, 1315, 337, 902, 422, 7093, 202, 262, 392, 288, 331, 1382, 1904, 2743, 967, 3760, 270, 383, 535, 967, 1565, 64, 546, 535, 967, 1565, 14, 20, 3947, 298, 835, 628, 44, 10097, 503, 3806, 5126, 412, 1175, 756, 4830, 270, 706, 311, 298, 835, 628, 44, 10097, 503, 3806, 5126, 412, 1175, 756, 4830, 262, 347, 1315, 337, 902, 422, 7093, 202, 262, 392, 288, 331, 1382, 1904, 2743, 967, 3760, 270, 383, 535, 967, 1565, 64, 546, 535, 967, 1565, 14, 20, 3947, 298, 835, 628, 44, 10097, 503, 3806, 5126, 412, 1175, 756, 4830, 270, 706, 311, 298, 835, 628, 44, 10097, 503, 3806, 5126, 412, 1175, 756, 4830, 262, 347, 1315, 337, 902, 422, 7093, 202, 262, 392, 288, 331, 1382, 1904, 2743, 967, 3760, 270, 383, 535, 967, 1565, 64, 546, 535, 967, 1565, 14, 20, 3947, 298, 835, 628, 44, 10097, 503, 3806, 5126, 412, 1175, 756, 4830, 270, 706, 311, 298, 835, 628, 44, 10097, 503, 3806, 5126, 412, 1175, 756, 4830, 262, 347, 1315, 337, 902, 422, 7093, 202, 262, 392, 288, 331, 1382, 1904, 2743, 967, 3760, 270, 383, 535, 967, 1565, 64, 546, 535, 967, 1565, 14, 20, 3947, 298, 835, 628, 44, 10097, 503, 3806, 5126, 412, 1175, 756, 4830, 270, 706, 311, 298, 835, 628, 44, 10097, 503, 3806, 5126, 412, 1175, 756, 4830, 262, 347, 1315, 337, 902, 422, 7093, 202, 262, 392, 288, 331, 1382, 1904, 2743, 967, 3760, 270, 383, 535, 967, 1565, 64, 546, 535, 967, 1565, 14, 20 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8102766798418972, "longest_tandem_repeat_tokens": 256, "long_loop": true, "task_id": 237 }, { "prompt": "\n\ndef flatten_list(list1):\n 'Write a function to flatten a given nested list structure.'\n ", "completion": "\n\n\ndef flatten_list2(list1):\n 'Write a function to flatten a list of nested lists.'\n list1 = flatten_list(list1)\n list2 = flatten_list2(list1)\n list1 = flatten_list(list1)\n list2 = flatten_list2(list2)\n list1 = flatten_list(list1)\n list2 = flatten_list2(list2)\n list1 = flatten_list(list1)\n list2 = flatten_list(list2)\n list1 = flatten_list(list1)\n list2 = flatten_list(list2)\n list1 = flatten_list(list1)\n list2 = flatten_list(list2)\n list1 = flatten_list(list1)\n list2 = flatten_list(list2)\n list1 = flatten_list(list1)\n list2 = flatten_list(list2)\n list1 = flatten_list(list1)\n list2 = flatten_list(list2)\n list1 = flatten_list(list1)\n list2 = flatten_list(list2)\n list1 = flatten_list(list1)\n list2 = flatten_list(list2)\n list1 = flatten_list(list1)\n list2 = flatten_list(list2)\n list1 = flatten_list(list1)\n list2 = flatten_list(list", "token_ids": [ 1090, 329, 14451, 967, 21, 3788, 20, 351, 262, 301, 7706, 277, 1283, 412, 14451, 277, 902, 422, 11421, 8036, 7873, 262, 902, 20, 276, 14451, 967, 3788, 20, 289, 262, 902, 21, 276, 14451, 967, 21, 3788, 20, 289, 262, 902, 20, 276, 14451, 967, 3788, 20, 289, 262, 902, 21, 276, 14451, 967, 21, 3788, 21, 289, 262, 902, 20, 276, 14451, 967, 3788, 20, 289, 262, 902, 21, 276, 14451, 967, 21, 3788, 21, 289, 262, 902, 20, 276, 14451, 967, 3788, 20, 289, 262, 902, 21, 276, 14451, 967, 3788, 21, 289, 262, 902, 20, 276, 14451, 967, 3788, 20, 289, 262, 902, 21, 276, 14451, 967, 3788, 21, 289, 262, 902, 20, 276, 14451, 967, 3788, 20, 289, 262, 902, 21, 276, 14451, 967, 3788, 21, 289, 262, 902, 20, 276, 14451, 967, 3788, 20, 289, 262, 902, 21, 276, 14451, 967, 3788, 21, 289, 262, 902, 20, 276, 14451, 967, 3788, 20, 289, 262, 902, 21, 276, 14451, 967, 3788, 21, 289, 262, 902, 20, 276, 14451, 967, 3788, 20, 289, 262, 902, 21, 276, 14451, 967, 3788, 21, 289, 262, 902, 20, 276, 14451, 967, 3788, 20, 289, 262, 902, 21, 276, 14451, 967, 3788, 21, 289, 262, 902, 20, 276, 14451, 967, 3788, 20, 289, 262, 902, 21, 276, 14451, 967, 3788, 21, 289, 262, 902, 20, 276, 14451, 967, 3788, 20, 289, 262, 902, 21, 276, 14451, 967, 3788, 21, 289, 262, 902, 20, 276, 14451, 967, 3788, 20, 289, 262, 902, 21, 276, 14451, 967, 3788 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.83399209486166, "longest_tandem_repeat_tokens": 181, "long_loop": true, "task_id": 297 }, { "prompt": "\n\ndef lps(str):\n 'Write a function to find the length of the longest palindromic subsequence in the given string.'\n ", "completion": " # 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 22. 23. 24. 25. 26. 27. 28. 29. 30. 31. 32. 33. 34. 35. 36. 36. 37. 39. 40. 41. 42. 42. 43. 44. 44. 45. 46. 47. 48. 49. 50. 51. 52. 52. 53. 54. 56. 56. 57. 58. 58. 59. 60. 61. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62.", "token_ids": [ 347, 224, 20, 17, 224, 21, 17, 224, 22, 17, 224, 23, 17, 224, 24, 17, 224, 25, 17, 224, 26, 17, 224, 27, 17, 224, 28, 17, 224, 701, 17, 224, 1009, 17, 224, 862, 17, 224, 862, 17, 224, 1223, 17, 224, 1142, 17, 224, 1158, 17, 224, 1072, 17, 224, 1329, 17, 224, 1201, 17, 224, 1247, 17, 224, 663, 17, 224, 2070, 17, 224, 1453, 17, 224, 1453, 17, 224, 1590, 17, 224, 1335, 17, 224, 1105, 17, 224, 1893, 17, 224, 1845, 17, 224, 1911, 17, 224, 1970, 17, 224, 1398, 17, 224, 2449, 17, 224, 1057, 17, 224, 1812, 17, 224, 2188, 17, 224, 2030, 17, 224, 2289, 17, 224, 2289, 17, 224, 2109, 17, 224, 2159, 17, 224, 1431, 17, 224, 2704, 17, 224, 2396, 17, 224, 2396, 17, 224, 3084, 17, 224, 1961, 17, 224, 1961, 17, 224, 1828, 17, 224, 2961, 17, 224, 2639, 17, 224, 2250, 17, 224, 2080, 17, 224, 1294, 17, 224, 3670, 17, 224, 4488, 17, 224, 4488, 17, 224, 4191, 17, 224, 4768, 17, 224, 3194, 17, 224, 3194, 17, 224, 3046, 17, 224, 2532, 17, 224, 2532, 17, 224, 2316, 17, 224, 1499, 17, 224, 4576, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.2569169960474308, "longest_tandem_repeat_tokens": 55, "long_loop": false, "task_id": 247 }, { "prompt": "\n\ndef add_nested_tuples(test_tup1, test_tup2):\n 'Write a function to perform index wise addition of tuple elements in the given two nested tuples.'\n ", "completion": "\n\n\ndef add_nested_tuples(test_tuple1, test_tuple2):\n 'Write a function to perform index wise addition of tuple elements in the given two nested tuples.'\n for i in range(len(test_tuple1)):\n for j in range(len(test_tuple2)):\n if test_tuple1[i][j] == test_tuple2[j]:\n test_tuple1[i][j] = test_tuple1[j][i]\n test_tuple2[i][j] = test_tuple2[j][i]\n return test_tuple1, test_tuple2\n\n\ndef add_nested_tuples(test_tuple1, test_tuple2):\n 'Write a function to perform index wise addition of tuple elements in the given two nested tuples.'\n for i in range(len(test_tuple1)):\n for j in range(len(test_tuple2)):\n if test_tuple1[i][j] == test_tuple2[j]:\n test_tuple1[i][j] = test_tuple1[j][i]\n test_tuple2[i][j] = test_tuple2[j][i]\n return test_tuple1, test_tuple2\n\n\ndef add_nested_tuples(test_tuple1, test_tuple2):\n 'Write a function to perform index wise addition of tuple elements in the given two nested tuples.'\n for", "token_ids": [ 1090, 329, 1083, 15501, 11976, 2743, 6588, 20, 15, 535, 6588, 21, 351, 262, 301, 7706, 277, 1283, 412, 5912, 1619, 360, 644, 14606, 422, 2899, 4880, 331, 337, 2001, 3402, 11421, 7093, 7873, 262, 392, 288, 331, 1382, 1904, 2743, 6588, 20, 3760, 270, 392, 901, 331, 1382, 1904, 2743, 6588, 21, 3760, 298, 383, 535, 6588, 20, 1565, 1600, 77, 64, 546, 535, 6588, 21, 6123, 3947, 386, 535, 6588, 20, 1565, 1600, 77, 64, 276, 535, 6588, 20, 6123, 1600, 76, 685, 386, 535, 6588, 21, 1565, 1600, 77, 64, 276, 535, 6588, 21, 6123, 1600, 76, 685, 262, 401, 535, 6588, 20, 15, 535, 6588, 21, 1090, 329, 1083, 15501, 11976, 2743, 6588, 20, 15, 535, 6588, 21, 351, 262, 301, 7706, 277, 1283, 412, 5912, 1619, 360, 644, 14606, 422, 2899, 4880, 331, 337, 2001, 3402, 11421, 7093, 7873, 262, 392, 288, 331, 1382, 1904, 2743, 6588, 20, 3760, 270, 392, 901, 331, 1382, 1904, 2743, 6588, 21, 3760, 298, 383, 535, 6588, 20, 1565, 1600, 77, 64, 546, 535, 6588, 21, 6123, 3947, 386, 535, 6588, 20, 1565, 1600, 77, 64, 276, 535, 6588, 20, 6123, 1600, 76, 685, 386, 535, 6588, 21, 1565, 1600, 77, 64, 276, 535, 6588, 21, 6123, 1600, 76, 685, 262, 401, 535, 6588, 20, 15, 535, 6588, 21, 1090, 329, 1083, 15501, 11976, 2743, 6588, 20, 15, 535, 6588, 21, 351, 262, 301, 7706, 277, 1283, 412, 5912, 1619, 360, 644, 14606, 422, 2899, 4880, 331, 337, 2001, 3402, 11421, 7093, 7873, 262, 392 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.6245059288537549, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 401 }, { "prompt": "\n\ndef validate(n):\n 'Write a python function takes in an integer and check whether the frequency of each digit in the integer is less than or equal to the digit itself.'\n ", "completion": " # 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 22. 23. 24. 25. 26. 27. 28. 29. 30. 31. 32. 33. 34. 35. 36. 36. 37. 39. 40. 41. 42. 42. 43. 44. 44. 45. 46. 47. 48. 49. 50. 51. 52. 52. 52. 53. 54. 56. 56. 57. 58. 59. 60. 61. 62. 62. 62. 62. 63. 64. 64. 65. 66. 66. 66. 67. 68. 69. 70. 71. 72. 72.", "token_ids": [ 347, 224, 20, 17, 224, 21, 17, 224, 22, 17, 224, 23, 17, 224, 24, 17, 224, 25, 17, 224, 26, 17, 224, 27, 17, 224, 28, 17, 224, 701, 17, 224, 1009, 17, 224, 862, 17, 224, 862, 17, 224, 1223, 17, 224, 1142, 17, 224, 1158, 17, 224, 1072, 17, 224, 1329, 17, 224, 1201, 17, 224, 1247, 17, 224, 663, 17, 224, 2070, 17, 224, 1453, 17, 224, 1453, 17, 224, 1590, 17, 224, 1335, 17, 224, 1105, 17, 224, 1893, 17, 224, 1845, 17, 224, 1911, 17, 224, 1970, 17, 224, 1398, 17, 224, 2449, 17, 224, 1057, 17, 224, 1812, 17, 224, 2188, 17, 224, 2030, 17, 224, 2289, 17, 224, 2289, 17, 224, 2109, 17, 224, 2159, 17, 224, 1431, 17, 224, 2704, 17, 224, 2396, 17, 224, 2396, 17, 224, 3084, 17, 224, 1961, 17, 224, 1961, 17, 224, 1828, 17, 224, 2961, 17, 224, 2639, 17, 224, 2250, 17, 224, 2080, 17, 224, 1294, 17, 224, 3670, 17, 224, 4488, 17, 224, 4488, 17, 224, 4488, 17, 224, 4191, 17, 224, 4768, 17, 224, 3194, 17, 224, 3194, 17, 224, 3046, 17, 224, 2532, 17, 224, 2316, 17, 224, 1499, 17, 224, 4576, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4218, 17, 224, 1291, 17, 224, 1291, 17, 224, 2061, 17, 224, 2515, 17, 224, 2515, 17, 224, 2515, 17, 224, 2727, 17, 224, 2407, 17, 224, 2694, 17, 224, 2284, 17, 224, 4706, 17, 224, 4199, 17, 224, 4199, 17 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.13043478260869568, "longest_tandem_repeat_tokens": 14, "long_loop": false, "task_id": 283 }, { "prompt": "\n\ndef convert_list_dictionary(l1, l2, l3):\n 'Write a function to convert more than one list to nested dictionary.'\n ", "completion": "\n\n\ndef convert_list_dictionary(l1, l2, l3):\n 'Write a function to convert more than one list to nested dictionary.'\n l1 = [convert_list_dictionary(l1, l2, l3)]\n l2 = [convert_list_dictionary(l2, l3, l1)]\n l3 = [convert_list_dictionary(l3, l1, l2)]\n return l1, l2, l3\n\n\ndef convert_list_dictionary(l1, l2, l3):\n 'Write a function to convert more than one list to nested dictionary.'\n l1 = [convert_list_dictionary(l1, l2, l3)]\n l2 = [convert_list_dictionary(l2, l3, l1)]\n l3 = [convert_list_dictionary(l3, l1, l2)]\n return l1, l2, l3\n\n\ndef convert_list_dictionary(l1, l2, l3):\n 'Write a function to convert more than one list to nested dictionary.'\n l1 = [convert_list_dictionary(l1, l2, l3)]\n l2 = [convert_list_dictionary(l2, l3, l1)]\n l3 = [convert_list_dictionary(l3, l1", "token_ids": [ 1090, 329, 3617, 967, 20055, 3042, 20, 15, 730, 21, 15, 730, 22, 351, 262, 301, 7706, 277, 1283, 412, 3617, 2557, 3144, 1583, 902, 412, 11421, 3577, 7873, 262, 730, 20, 276, 407, 6178, 967, 20055, 3042, 20, 15, 730, 21, 15, 730, 22, 4789, 262, 730, 21, 276, 407, 6178, 967, 20055, 3042, 21, 15, 730, 22, 15, 730, 20, 4789, 262, 730, 22, 276, 407, 6178, 967, 20055, 3042, 22, 15, 730, 20, 15, 730, 21, 4789, 262, 401, 730, 20, 15, 730, 21, 15, 730, 22, 1090, 329, 3617, 967, 20055, 3042, 20, 15, 730, 21, 15, 730, 22, 351, 262, 301, 7706, 277, 1283, 412, 3617, 2557, 3144, 1583, 902, 412, 11421, 3577, 7873, 262, 730, 20, 276, 407, 6178, 967, 20055, 3042, 20, 15, 730, 21, 15, 730, 22, 4789, 262, 730, 21, 276, 407, 6178, 967, 20055, 3042, 21, 15, 730, 22, 15, 730, 20, 4789, 262, 730, 22, 276, 407, 6178, 967, 20055, 3042, 22, 15, 730, 20, 15, 730, 21, 4789, 262, 401, 730, 20, 15, 730, 21, 15, 730, 22, 1090, 329, 3617, 967, 20055, 3042, 20, 15, 730, 21, 15, 730, 22, 351, 262, 301, 7706, 277, 1283, 412, 3617, 2557, 3144, 1583, 902, 412, 11421, 3577, 7873, 262, 730, 20, 276, 407, 6178, 967, 20055, 3042, 20, 15, 730, 21, 15, 730, 22, 4789, 262, 730, 21, 276, 407, 6178, 967, 20055, 3042, 21, 15, 730, 22, 15, 730, 20, 4789, 262, 730, 22, 276, 407, 6178, 967, 20055, 3042, 22, 15, 730, 20 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.7272727272727273, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 391 }, { "prompt": "import re\n\ndef start_withp(words):\n \"Write a function to return two words from a list of words starting with letter 'p'.\"\n ", "completion": " # 1) 1) 2) 3) 4) 5) 6) 7) 8) 9) 10) 11) 12) 13) 14) 15) 16) 17) 18) 19) 20) 21) 22) 23) 24) 25) 26) 27) 28) 29) 30) 31) 32) 33) 34) 35) 36) 37) 39) 41) 42) 43) 44) 45) 46) 47) 48) 49) 50) 51) 52) 53) 54) 55) 56) 57) 58) 57) 58) 59) 60) 61) 62) 63) 64) 65) 66) 67) 68) 69) 70) 71) 72) 73) 74) 75) 76) 77) 78) 79) 80) 81) 82) 83) 84)", "token_ids": [ 347, 224, 20, 12, 224, 20, 12, 224, 21, 12, 224, 22, 12, 224, 23, 12, 224, 24, 12, 224, 25, 12, 224, 26, 12, 224, 27, 12, 224, 28, 12, 224, 701, 12, 224, 1009, 12, 224, 862, 12, 224, 1223, 12, 224, 1142, 12, 224, 1158, 12, 224, 1072, 12, 224, 1329, 12, 224, 1201, 12, 224, 1247, 12, 224, 663, 12, 224, 2070, 12, 224, 1453, 12, 224, 1590, 12, 224, 1335, 12, 224, 1105, 12, 224, 1893, 12, 224, 1845, 12, 224, 1911, 12, 224, 1970, 12, 224, 1398, 12, 224, 2449, 12, 224, 1057, 12, 224, 1812, 12, 224, 2188, 12, 224, 2030, 12, 224, 2289, 12, 224, 2109, 12, 224, 2159, 12, 224, 2704, 12, 224, 2396, 12, 224, 3084, 12, 224, 1961, 12, 224, 1828, 12, 224, 2961, 12, 224, 2639, 12, 224, 2250, 12, 224, 2080, 12, 224, 1294, 12, 224, 3670, 12, 224, 4488, 12, 224, 4191, 12, 224, 4768, 12, 224, 2422, 12, 224, 3194, 12, 224, 3046, 12, 224, 2532, 12, 224, 3046, 12, 224, 2532, 12, 224, 2316, 12, 224, 1499, 12, 224, 4576, 12, 224, 4870, 12, 224, 4218, 12, 224, 1291, 12, 224, 2061, 12, 224, 2515, 12, 224, 2727, 12, 224, 2407, 12, 224, 2694, 12, 224, 2284, 12, 224, 4706, 12, 224, 4199, 12, 224, 4295, 12, 224, 4166, 12, 224, 2236, 12, 224, 3569, 12, 224, 2879, 12, 224, 2329, 12, 224, 3638, 12, 224, 2119, 12, 224, 5074, 12, 224, 4489, 12, 224, 5119, 12, 224, 4361, 12 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.02371541501976282, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 305 }, { "prompt": "\n\ndef bell_number(n):\n 'Write a function to find the number of ways to partition a set of Bell numbers.'\n ", "completion": " # 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 22. 23. 24. 25. 26. 27. 28. 29. 30. 31. 32. 33. 34. 35. 36. 36. 37. 39. 40. 41. 42. 42. 43. 44. 45. 46. 47. 48. 49. 50. 51. 52. 52. 53. 54. 56. 57. 58. 59. 60. 61. 62. 62. 62. 63. 64. 64. 65. 66. 66. 67. 68. 69. 70. 71. 72. 72. 74. 75. 75. 76. 77.", "token_ids": [ 347, 224, 20, 17, 224, 21, 17, 224, 22, 17, 224, 23, 17, 224, 24, 17, 224, 25, 17, 224, 26, 17, 224, 27, 17, 224, 28, 17, 224, 701, 17, 224, 1009, 17, 224, 862, 17, 224, 862, 17, 224, 1223, 17, 224, 1142, 17, 224, 1158, 17, 224, 1072, 17, 224, 1329, 17, 224, 1201, 17, 224, 1247, 17, 224, 663, 17, 224, 2070, 17, 224, 1453, 17, 224, 1453, 17, 224, 1590, 17, 224, 1335, 17, 224, 1105, 17, 224, 1893, 17, 224, 1845, 17, 224, 1911, 17, 224, 1970, 17, 224, 1398, 17, 224, 2449, 17, 224, 1057, 17, 224, 1812, 17, 224, 2188, 17, 224, 2030, 17, 224, 2289, 17, 224, 2289, 17, 224, 2109, 17, 224, 2159, 17, 224, 1431, 17, 224, 2704, 17, 224, 2396, 17, 224, 2396, 17, 224, 3084, 17, 224, 1961, 17, 224, 1828, 17, 224, 2961, 17, 224, 2639, 17, 224, 2250, 17, 224, 2080, 17, 224, 1294, 17, 224, 3670, 17, 224, 4488, 17, 224, 4488, 17, 224, 4191, 17, 224, 4768, 17, 224, 3194, 17, 224, 3046, 17, 224, 2532, 17, 224, 2316, 17, 224, 1499, 17, 224, 4576, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4218, 17, 224, 1291, 17, 224, 1291, 17, 224, 2061, 17, 224, 2515, 17, 224, 2515, 17, 224, 2727, 17, 224, 2407, 17, 224, 2694, 17, 224, 2284, 17, 224, 4706, 17, 224, 4199, 17, 224, 4199, 17, 224, 4166, 17, 224, 2236, 17, 224, 2236, 17, 224, 3569, 17, 224, 2879, 17 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.09090909090909094, "longest_tandem_repeat_tokens": 11, "long_loop": false, "task_id": 67 }, { "prompt": "\n\ndef Extract(lst):\n 'Write a python function to get the first element of each sublist.'\n ", "completion": "\n\n\ndef main():\n 'Main function'\n # 1. Extract the first element of the list\n # 2. Extract the second element of the list\n # 3. Extract the third element of the list\n # 4. Extract the fourth element of the list\n # 5. Extract the last element of the list\n # 6. Extract the third element of the list\n # 7. Extract the fourth element of the list\n # 8. Extract the last element of the list\n # 9. Extract the third element of the list\n # 10. Extract the fourth element of the list\n # 11. Extract the last element of the list\n # 12. Extract the third element of the list\n # 13. Extract the fourth element of the list\n # 14. Extract the last element of the list\n # 15. Extract the third element of the list\n # 16. Extract the fourth element of the list\n # 17. Extract the last element of the list\n # 18. Extract the third element of the list\n # 19. Extract the last", "token_ids": [ 1090, 329, 2225, 1130, 262, 301, 7533, 1283, 834, 262, 347, 224, 20, 17, 17772, 337, 2239, 3778, 422, 337, 902, 202, 262, 347, 224, 21, 17, 17772, 337, 4362, 3778, 422, 337, 902, 202, 262, 347, 224, 22, 17, 17772, 337, 17585, 3778, 422, 337, 902, 202, 262, 347, 224, 23, 17, 17772, 337, 16244, 406, 3778, 422, 337, 902, 202, 262, 347, 224, 24, 17, 17772, 337, 2656, 3778, 422, 337, 902, 202, 262, 347, 224, 25, 17, 17772, 337, 17585, 3778, 422, 337, 902, 202, 262, 347, 224, 26, 17, 17772, 337, 16244, 406, 3778, 422, 337, 902, 202, 262, 347, 224, 27, 17, 17772, 337, 2656, 3778, 422, 337, 902, 202, 262, 347, 224, 28, 17, 17772, 337, 17585, 3778, 422, 337, 902, 202, 262, 347, 224, 701, 17, 17772, 337, 16244, 406, 3778, 422, 337, 902, 202, 262, 347, 224, 1009, 17, 17772, 337, 2656, 3778, 422, 337, 902, 202, 262, 347, 224, 862, 17, 17772, 337, 17585, 3778, 422, 337, 902, 202, 262, 347, 224, 1223, 17, 17772, 337, 16244, 406, 3778, 422, 337, 902, 202, 262, 347, 224, 1142, 17, 17772, 337, 2656, 3778, 422, 337, 902, 202, 262, 347, 224, 1158, 17, 17772, 337, 17585, 3778, 422, 337, 902, 202, 262, 347, 224, 1072, 17, 17772, 337, 16244, 406, 3778, 422, 337, 902, 202, 262, 347, 224, 1329, 17, 17772, 337, 2656, 3778, 422, 337, 902, 202, 262, 347, 224, 1201, 17, 17772, 337, 17585, 3778, 422, 337, 902, 202, 262, 347, 224, 1247, 17, 17772, 337, 2656 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.5612648221343873, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 460 }, { "prompt": "\n\ndef sort_matrix(M):\n 'Write a function to sort a given matrix in ascending order according to the sum of its rows.'\n ", "completion": " # 1st row is sorted by row\n # 2nd row is sorted by row\n # 3rd row is sorted by row\n # 4th row is sorted by row\n # 5th row is sorted by row\n # 6th row is sorted by row\n # 7th row is sorted by row\n # 8th row is sorted by row\n # 9th row is sorted by row\n # 10th row is sorted by row\n # 11th row is sorted by row\n # 12th row is sorted by row\n # 13th row is sorted by row\n # 14th row is sorted by row\n # 15th row is sorted by row\n # 16th row is sorted by row\n # 17th row is sorted by row\n # 18th row is sorted by row\n # 19th row is sorted by row\n # 20th row is sorted by row\n # 21th row is sorted by row\n # 22th row is sorted by row\n # 23th row is sorted by row\n # 24", "token_ids": [ 347, 224, 20, 271, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 21, 413, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 22, 9557, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 23, 406, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 24, 406, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 25, 406, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 26, 406, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 27, 406, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 28, 406, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 701, 406, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 1009, 406, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 862, 406, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 1223, 406, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 1142, 406, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 1158, 406, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 1072, 406, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 1329, 406, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 1201, 406, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 1247, 406, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 663, 406, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 2070, 406, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 1453, 406, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 1590, 406, 1762, 428, 3715, 897, 1762, 202, 261, 347, 224, 1335 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.5968379446640316, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 12 }, { "prompt": "\n\ndef find_equal_tuple(Input):\n 'Write a function to find whether all the given tuples have equal length or not.'\n ", "completion": " # Input is a list of tuples\n # Input is a list of tuples\n # Output is a tuple of length 2\n # 1st element is a tuple of length 2\n # 2nd element is a tuple of length 2\n # 3rd element is a tuple of length 2\n # 4th element is a tuple of length 2\n # 5th element is a tuple of length 2\n # 6th element is a tuple of length 2\n # 7th element is a tuple of length 2\n # 8th element is a tuple of length 2\n # 9th element is a tuple of length 2\n # 10th element is a tuple of length 2\n # 11th element is a tuple of length 2\n # 12th element is a tuple of length 2\n # 13th element is a tuple of length 2\n # 14th element is a tuple of length 2\n # 15th element is a tuple of length 2\n # 16th element is a tuple of length 2\n # 17", "token_ids": [ 347, 9062, 428, 277, 902, 422, 7093, 202, 262, 347, 9062, 428, 277, 902, 422, 7093, 202, 262, 347, 6385, 428, 277, 2899, 422, 3022, 224, 21, 202, 262, 347, 224, 20, 271, 3778, 428, 277, 2899, 422, 3022, 224, 21, 202, 262, 347, 224, 21, 413, 3778, 428, 277, 2899, 422, 3022, 224, 21, 202, 262, 347, 224, 22, 9557, 3778, 428, 277, 2899, 422, 3022, 224, 21, 202, 262, 347, 224, 23, 406, 3778, 428, 277, 2899, 422, 3022, 224, 21, 202, 262, 347, 224, 24, 406, 3778, 428, 277, 2899, 422, 3022, 224, 21, 202, 262, 347, 224, 25, 406, 3778, 428, 277, 2899, 422, 3022, 224, 21, 202, 262, 347, 224, 26, 406, 3778, 428, 277, 2899, 422, 3022, 224, 21, 202, 262, 347, 224, 27, 406, 3778, 428, 277, 2899, 422, 3022, 224, 21, 202, 262, 347, 224, 28, 406, 3778, 428, 277, 2899, 422, 3022, 224, 21, 202, 262, 347, 224, 701, 406, 3778, 428, 277, 2899, 422, 3022, 224, 21, 202, 262, 347, 224, 1009, 406, 3778, 428, 277, 2899, 422, 3022, 224, 21, 202, 262, 347, 224, 862, 406, 3778, 428, 277, 2899, 422, 3022, 224, 21, 202, 262, 347, 224, 1223, 406, 3778, 428, 277, 2899, 422, 3022, 224, 21, 202, 262, 347, 224, 1142, 406, 3778, 428, 277, 2899, 422, 3022, 224, 21, 202, 262, 347, 224, 1158, 406, 3778, 428, 277, 2899, 422, 3022, 224, 21, 202, 262, 347, 224, 1072, 406, 3778, 428, 277, 2899, 422, 3022, 224, 21, 202, 262, 347, 224, 1329 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.6403162055335969, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 70 }, { "prompt": "\n\ndef dict_filter(dict, n):\n 'Write a function that takes in a dictionary and integer n and filters the dictionary to only include entries with values greater than or equal to n.'\n ", "completion": " # 1) If the dictionary is empty, return None\n # 2) If the dictionary is empty, return None\n # 3) If the dictionary is empty, return None\n # 4) If the dictionary is empty, return None\n # 5) If the dictionary is empty, return None\n # 6) If the dictionary is empty, return None\n # 7) If the dictionary is empty, return None\n # 8) If the dictionary is empty, return None\n # 9) If the dictionary is empty, return None\n # 10) If the dictionary is empty, return None\n # 11) If the dictionary is empty, return None\n # 12) If the dictionary is empty, return None\n # 13) If the dictionary is empty, return None\n # 14) If the dictionary is empty, return None\n # 15) If the dictionary is empty, return None\n # 16) If the dictionary is empty, return None\n # 17) If the dictionary is empty, return None\n # 18) If the dictionary is empty, return None\n # 19)", "token_ids": [ 347, 224, 20, 12, 1231, 337, 3577, 428, 3299, 15, 401, 561, 202, 261, 347, 224, 21, 12, 1231, 337, 3577, 428, 3299, 15, 401, 561, 202, 261, 347, 224, 22, 12, 1231, 337, 3577, 428, 3299, 15, 401, 561, 202, 261, 347, 224, 23, 12, 1231, 337, 3577, 428, 3299, 15, 401, 561, 202, 261, 347, 224, 24, 12, 1231, 337, 3577, 428, 3299, 15, 401, 561, 202, 261, 347, 224, 25, 12, 1231, 337, 3577, 428, 3299, 15, 401, 561, 202, 261, 347, 224, 26, 12, 1231, 337, 3577, 428, 3299, 15, 401, 561, 202, 261, 347, 224, 27, 12, 1231, 337, 3577, 428, 3299, 15, 401, 561, 202, 261, 347, 224, 28, 12, 1231, 337, 3577, 428, 3299, 15, 401, 561, 202, 261, 347, 224, 701, 12, 1231, 337, 3577, 428, 3299, 15, 401, 561, 202, 261, 347, 224, 1009, 12, 1231, 337, 3577, 428, 3299, 15, 401, 561, 202, 261, 347, 224, 862, 12, 1231, 337, 3577, 428, 3299, 15, 401, 561, 202, 261, 347, 224, 1223, 12, 1231, 337, 3577, 428, 3299, 15, 401, 561, 202, 261, 347, 224, 1142, 12, 1231, 337, 3577, 428, 3299, 15, 401, 561, 202, 261, 347, 224, 1158, 12, 1231, 337, 3577, 428, 3299, 15, 401, 561, 202, 261, 347, 224, 1072, 12, 1231, 337, 3577, 428, 3299, 15, 401, 561, 202, 261, 347, 224, 1329, 12, 1231, 337, 3577, 428, 3299, 15, 401, 561, 202, 261, 347, 224, 1201, 12, 1231, 337, 3577, 428, 3299, 15, 401, 561, 202, 261, 347, 224, 1247, 12 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.6719367588932806, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 277 }, { "prompt": "import math\n\ndef next_Perfect_Square(N):\n 'Write a python function to find the next perfect square greater than a given number.'\n ", "completion": " # 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 22. 23. 24. 25. 26. 27. 28. 29. 30. 31. 32. 33. 34. 35. 36. 36. 37. 39. 40. 41. 42. 42. 43. 44. 44. 45. 46. 47. 48. 49. 50. 51. 52. 52. 53. 54. 55. 56. 57. 58. 59. 60. 61. 62. 62. 62. 62. 63. 64. 64. 65. 66. 66. 67. 68. 69. 70. 71. 72. 72. 74. 75.", "token_ids": [ 347, 224, 20, 17, 224, 21, 17, 224, 22, 17, 224, 23, 17, 224, 24, 17, 224, 25, 17, 224, 26, 17, 224, 27, 17, 224, 28, 17, 224, 701, 17, 224, 1009, 17, 224, 862, 17, 224, 862, 17, 224, 1223, 17, 224, 1142, 17, 224, 1158, 17, 224, 1072, 17, 224, 1329, 17, 224, 1201, 17, 224, 1247, 17, 224, 663, 17, 224, 2070, 17, 224, 1453, 17, 224, 1453, 17, 224, 1590, 17, 224, 1335, 17, 224, 1105, 17, 224, 1893, 17, 224, 1845, 17, 224, 1911, 17, 224, 1970, 17, 224, 1398, 17, 224, 2449, 17, 224, 1057, 17, 224, 1812, 17, 224, 2188, 17, 224, 2030, 17, 224, 2289, 17, 224, 2289, 17, 224, 2109, 17, 224, 2159, 17, 224, 1431, 17, 224, 2704, 17, 224, 2396, 17, 224, 2396, 17, 224, 3084, 17, 224, 1961, 17, 224, 1961, 17, 224, 1828, 17, 224, 2961, 17, 224, 2639, 17, 224, 2250, 17, 224, 2080, 17, 224, 1294, 17, 224, 3670, 17, 224, 4488, 17, 224, 4488, 17, 224, 4191, 17, 224, 4768, 17, 224, 2422, 17, 224, 3194, 17, 224, 3046, 17, 224, 2532, 17, 224, 2316, 17, 224, 1499, 17, 224, 4576, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4218, 17, 224, 1291, 17, 224, 1291, 17, 224, 2061, 17, 224, 2515, 17, 224, 2515, 17, 224, 2727, 17, 224, 2407, 17, 224, 2694, 17, 224, 2284, 17, 224, 4706, 17, 224, 4199, 17, 224, 4199, 17, 224, 4166, 17, 224, 2236, 17 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.1027667984189723, "longest_tandem_repeat_tokens": 14, "long_loop": false, "task_id": 244 }, { "prompt": "\n\ndef test_duplicate(arraynums):\n 'Write a function to find whether a given array of integers contains any duplicate element.'\n ", "completion": " # 1\n # 2\n # 3\n # 4\n # 5\n # 6\n # 7\n # 8\n # 9\n # 10\n # 11\n # 12\n # 13\n # 14\n # 15\n # 16\n # 17\n # 18\n # 19\n # 20\n # 21\n # 22\n # 23\n # 24\n # 25\n # 26\n # 27\n # 28\n # 29\n # 30\n # 31\n # 32\n # 33\n # 34\n # 35\n # 36\n # 37\n # 38\n # 39\n # 40\n # 41\n # 42\n # 42\n # 43\n # 44\n # 45\n # 46\n # 47\n # 48\n # 49\n # 50\n #", "token_ids": [ 347, 224, 20, 202, 262, 347, 224, 21, 202, 262, 347, 224, 22, 202, 262, 347, 224, 23, 202, 262, 347, 224, 24, 202, 262, 347, 224, 25, 202, 262, 347, 224, 26, 202, 262, 347, 224, 27, 202, 262, 347, 224, 28, 202, 262, 347, 224, 701, 202, 262, 347, 224, 1009, 202, 262, 347, 224, 862, 202, 262, 347, 224, 1223, 202, 262, 347, 224, 1142, 202, 262, 347, 224, 1158, 202, 262, 347, 224, 1072, 202, 262, 347, 224, 1329, 202, 262, 347, 224, 1201, 202, 262, 347, 224, 1247, 202, 262, 347, 224, 663, 202, 262, 347, 224, 2070, 202, 262, 347, 224, 1453, 202, 262, 347, 224, 1590, 202, 262, 347, 224, 1335, 202, 262, 347, 224, 1105, 202, 262, 347, 224, 1893, 202, 262, 347, 224, 1845, 202, 262, 347, 224, 1911, 202, 262, 347, 224, 1970, 202, 262, 347, 224, 1398, 202, 262, 347, 224, 2449, 202, 262, 347, 224, 1057, 202, 262, 347, 224, 1812, 202, 262, 347, 224, 2188, 202, 262, 347, 224, 2030, 202, 262, 347, 224, 2289, 202, 262, 347, 224, 2109, 202, 262, 347, 224, 2060, 202, 262, 347, 224, 2159, 202, 262, 347, 224, 1431, 202, 262, 347, 224, 2704, 202, 262, 347, 224, 2396, 202, 262, 347, 224, 2396, 202, 262, 347, 224, 3084, 202, 262, 347, 224, 1961, 202, 262, 347, 224, 1828, 202, 262, 347, 224, 2961, 202, 262, 347, 224, 2639, 202, 262, 347, 224, 2250, 202, 262, 347, 224, 2080, 202, 262, 347, 224, 1294, 202, 262, 347 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.20948616600790515, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 19 }, { "prompt": "\n\ndef dif_Square(n):\n 'Write a python function to check whether the given number can be represented as the difference of two squares or not.'\n ", "completion": " # 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 22. 23. 24. 25. 26. 27. 28. 29. 30. 31. 32. 33. 34. 35. 36. 36. 37. 39. 40. 41. 42. 42. 43. 44. 45. 46. 47. 48. 49. 50. 51. 52. 52. 53. 54. 56. 56. 57. 58. 58. 59. 60. 61. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62. 62.", "token_ids": [ 347, 224, 20, 17, 224, 21, 17, 224, 22, 17, 224, 23, 17, 224, 24, 17, 224, 25, 17, 224, 26, 17, 224, 27, 17, 224, 28, 17, 224, 701, 17, 224, 1009, 17, 224, 862, 17, 224, 862, 17, 224, 1223, 17, 224, 1142, 17, 224, 1158, 17, 224, 1072, 17, 224, 1329, 17, 224, 1201, 17, 224, 1247, 17, 224, 663, 17, 224, 2070, 17, 224, 1453, 17, 224, 1453, 17, 224, 1590, 17, 224, 1335, 17, 224, 1105, 17, 224, 1893, 17, 224, 1845, 17, 224, 1911, 17, 224, 1970, 17, 224, 1398, 17, 224, 2449, 17, 224, 1057, 17, 224, 1812, 17, 224, 2188, 17, 224, 2030, 17, 224, 2289, 17, 224, 2289, 17, 224, 2109, 17, 224, 2159, 17, 224, 1431, 17, 224, 2704, 17, 224, 2396, 17, 224, 2396, 17, 224, 3084, 17, 224, 1961, 17, 224, 1828, 17, 224, 2961, 17, 224, 2639, 17, 224, 2250, 17, 224, 2080, 17, 224, 1294, 17, 224, 3670, 17, 224, 4488, 17, 224, 4488, 17, 224, 4191, 17, 224, 4768, 17, 224, 3194, 17, 224, 3194, 17, 224, 3046, 17, 224, 2532, 17, 224, 2532, 17, 224, 2316, 17, 224, 1499, 17, 224, 4576, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17, 224, 4870, 17 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.26086956521739135, "longest_tandem_repeat_tokens": 58, "long_loop": false, "task_id": 72 }, { "prompt": "\n\ndef Find_Min(lst):\n 'Write a python function to find the sublist having minimum length.'\n ", "completion": "\n\n # Find the minimum length of the list\n min_length = 0\n for i in range(len(lst)):\n if lst[i] > min_length:\n min_length = lst[i]\n min_length = min_length\n return min_length\n\ndef Find_Min(lst):\n 'Find the minimum length of the list.'\n min_length = 0\n for i in range(len(lst)):\n if lst[i] > min_length:\n min_length = lst[i]\n min_length = min_length\n return min_length\n\ndef Find_Min(lst):\n 'Find the minimum length of the list.'\n min_length = 0\n for i in range(len(lst)):\n if lst[i] > min_length:\n min_length = lst[i]\n min_length = min_length\n return min_length\n\ndef Find_Min(lst):\n 'Find the minimum length of the list.'\n min_length = 0\n for i in range(len(lst)):\n if lst[i] > min_length:\n min_length = lst[i]\n min_length = min_length\n return min_length\n\ndef Find_Min(lst):\n 'Find the minimum length of the list.'\n min_length = 0\n for", "token_ids": [ 377, 262, 347, 8382, 337, 7603, 3022, 422, 337, 902, 202, 262, 1827, 1458, 276, 224, 19, 202, 262, 392, 288, 331, 1382, 1904, 23039, 3760, 270, 383, 10178, 1565, 64, 1198, 1827, 1458, 311, 298, 1827, 1458, 276, 10178, 1565, 685, 298, 1827, 1458, 276, 1827, 1458, 202, 262, 401, 1827, 1458, 377, 329, 8382, 1917, 266, 23039, 351, 262, 301, 2593, 337, 7603, 3022, 422, 337, 902, 7873, 262, 1827, 1458, 276, 224, 19, 202, 262, 392, 288, 331, 1382, 1904, 23039, 3760, 270, 383, 10178, 1565, 64, 1198, 1827, 1458, 311, 298, 1827, 1458, 276, 10178, 1565, 685, 298, 1827, 1458, 276, 1827, 1458, 202, 262, 401, 1827, 1458, 377, 329, 8382, 1917, 266, 23039, 351, 262, 301, 2593, 337, 7603, 3022, 422, 337, 902, 7873, 262, 1827, 1458, 276, 224, 19, 202, 262, 392, 288, 331, 1382, 1904, 23039, 3760, 270, 383, 10178, 1565, 64, 1198, 1827, 1458, 311, 298, 1827, 1458, 276, 10178, 1565, 685, 298, 1827, 1458, 276, 1827, 1458, 202, 262, 401, 1827, 1458, 377, 329, 8382, 1917, 266, 23039, 351, 262, 301, 2593, 337, 7603, 3022, 422, 337, 902, 7873, 262, 1827, 1458, 276, 224, 19, 202, 262, 392, 288, 331, 1382, 1904, 23039, 3760, 270, 383, 10178, 1565, 64, 1198, 1827, 1458, 311, 298, 1827, 1458, 276, 10178, 1565, 685, 298, 1827, 1458, 276, 1827, 1458, 202, 262, 401, 1827, 1458, 377, 329, 8382, 1917, 266, 23039, 351, 262, 301, 2593, 337, 7603, 3022, 422, 337, 902, 7873, 262, 1827, 1458, 276, 224, 19, 202, 262, 392 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.7391304347826086, "longest_tandem_repeat_tokens": 245, "long_loop": true, "task_id": 457 } ], "task_dataset": { "dataset": "google-research-datasets/mbpp", "revision": "4bb6404fdc6cacfda99d4ac4205087b89d32030c", "split": "sanitized/test", "license": "CC-BY-4.0", "source": "https://github.com/google-research/google-research/tree/master/mbpp", "selection": "first 32 function tasks ordered by SHA256(python5b:task_id)" }, "execution": [ { "task_id": 20, "passed": false, "sandbox_id": "sb-01M5F37TMFJ125ASSRQ8XQJP1S", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 307, "passed": false, "sandbox_id": "sb-01M5F37TY462DK2148X1N5Z6VY", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 226, "passed": false, "sandbox_id": "sb-01M5F37V2FXP7HMYCCSR7G76VE", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 415, "passed": false, "sandbox_id": "sb-01M5F37V7DDSPKJSPWJ67N51HJ", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 230, "passed": false, "sandbox_id": "sb-01M5F37V8SZ8RYXNZE6WPGJZDK", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 394, "passed": false, "sandbox_id": "sb-01M5F37VH98YEFPMG82T8C1HXB", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 429, "passed": false, "sandbox_id": "sb-01M5F37VV3TW71H8KRK4EPZBWC", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 108, "passed": false, "sandbox_id": "sb-01M5F37VRXNJX5WJ8GSWN9M999", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 397, "passed": false, "sandbox_id": "sb-01M5F37VZCA7YDY6FF5Q45ZJP9", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 120, "passed": false, "sandbox_id": "sb-01M5F37W5HK7686FEK59FVT20X", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 451, "passed": false, "sandbox_id": "sb-01M5F37WV8DKFTZZAN7TTAGTVW", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 454, "passed": false, "sandbox_id": "sb-01M5F37WCWXJVEWCTFFMZYGN7B", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 472, "passed": false, "sandbox_id": "sb-01M5F37WA74JFSS8C43AAQ581A", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 431, "passed": false, "sandbox_id": "sb-01M5F37WFYHARZYZAK74GED5DN", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 257, "passed": false, "sandbox_id": "sb-01M5F37WQ3HCC6EWDDS9TTVN1M", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 290, "passed": false, "sandbox_id": "sb-01M5F37WKXR622VDESV5DDRET4", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 237, "passed": false, "sandbox_id": "sb-01M5F37X2F2Q1JGWEX80C5JT43", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 297, "passed": false, "sandbox_id": "sb-01M5F37X3J2XD4H419YS7QA5VY", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 247, "passed": false, "sandbox_id": "sb-01M5F37X8V823FFW5EV2JK9BRY", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 401, "passed": false, "sandbox_id": "sb-01M5F37XB29755ECY3MQAC8H9A", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 283, "passed": false, "sandbox_id": "sb-01M5F37XGFFGN29N9TX18K304T", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 391, "passed": false, "sandbox_id": "sb-01M5F37XMYM1MNRNN7Z91RCX75", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 305, "passed": false, "sandbox_id": "sb-01M5F37XWYZ0821V4FTX1J7J0N", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 67, "passed": false, "sandbox_id": "sb-01M5F37Y21HK9705QQYCZCAH3V", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 460, "passed": false, "sandbox_id": "sb-01M5F37Y1VCJHEC4HXRE6ES2XE", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 12, "passed": false, "sandbox_id": "sb-01M5F37Y76C4AW689Z802C3228", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 70, "passed": false, "sandbox_id": "sb-01M5F37Y8SENK9MPNRDP67J1F1", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 277, "passed": false, "sandbox_id": "sb-01M5F37YK3MW8KAMKPT42B0035", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 244, "passed": false, "sandbox_id": "sb-01M5F37YSKY68QB00V90HGJXR5", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 19, "passed": false, "sandbox_id": "sb-01M5F37Z4WYV7PY51ZG17PJT5N", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 72, "passed": false, "sandbox_id": "sb-01M5F37YRJ1JYJZ19V54AD2GVG", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 457, "passed": false, "sandbox_id": "sb-01M5F37YT7PVAHCC8K3DHX8ZBT", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 } ], "execution_pass_rate": 0.0, "summary": { "syntax_valid_fraction": 0.4583333333333333, "mean_repeated_4gram_fraction": 0.506412468348718, "long_loop_fraction": 0.3333333333333333, "mean_new_tokens": 197.875, "eos_fraction": 0.375 } }