{ "tokens": 3250020404, "step": 55578, "checkpoint": "/runs/python-124m-muon-5b-20261021-v1-s015-retry-001/step-000055578.pt", "precision": "FP32; TF32 disabled", "max_new_tokens": 256, "samples": [ { "prompt": "def add(a, b):\n ", "completion": " a = a + b\n return a\n\ndef remove(a, b):\n a = a + b\n return a\n\ndef get_all():\n return [a for a in a if a not in b]\n\ndef get_all_by_a():\n return [a for a in a if a not in b]\n\ndef get_all_by_b():\n return [a for a in a if a not in b]\n\ndef get_all_by_c():\n return [a for a in a if a not in b]\n\ndef get_all_by_d():\n return [a for a in a if a not in b]\n\ndef get_all_by_e():\n return [a for a in a if a not in b]\n\ndef get_all_by_f():\n return [a for a in a if a not in b]\n\ndef get_all_by_g():\n return [a for a in a if a not in b]\n\ndef get_all_by_h():\n return [a for a in a if a not in b]\n\ndef get_all_by_g_and_h():\n return [a for a in a if a not in b]\n\ndef get_all_by_h_and_h():\n return [a for a in a if a not in b]\n\ndef get_all_by_h_and_h", "token_ids": [ 277, 276, 277, 361, 305, 202, 261, 401, 277, 377, 329, 2689, 2243, 15, 305, 351, 261, 277, 276, 277, 361, 305, 202, 261, 401, 277, 377, 329, 723, 1702, 1130, 262, 401, 407, 68, 392, 277, 331, 277, 383, 277, 503, 331, 305, 1729, 329, 723, 1702, 1317, 741, 1130, 262, 401, 407, 68, 392, 277, 331, 277, 383, 277, 503, 331, 305, 1729, 329, 723, 1702, 1317, 509, 1130, 262, 401, 407, 68, 392, 277, 331, 277, 383, 277, 503, 331, 305, 1729, 329, 723, 1702, 1317, 367, 1130, 262, 401, 407, 68, 392, 277, 331, 277, 383, 277, 503, 331, 305, 1729, 329, 723, 1702, 1317, 517, 1130, 262, 401, 407, 68, 392, 277, 331, 277, 383, 277, 503, 331, 305, 1729, 329, 723, 1702, 1317, 775, 1130, 262, 401, 407, 68, 392, 277, 331, 277, 383, 277, 503, 331, 305, 1729, 329, 723, 1702, 1317, 475, 1130, 262, 401, 407, 68, 392, 277, 331, 277, 383, 277, 503, 331, 305, 1729, 329, 723, 1702, 1317, 739, 1130, 262, 401, 407, 68, 392, 277, 331, 277, 383, 277, 503, 331, 305, 1729, 329, 723, 1702, 1317, 1026, 1130, 262, 401, 407, 68, 392, 277, 331, 277, 383, 277, 503, 331, 305, 1729, 329, 723, 1702, 1317, 739, 1898, 1026, 1130, 262, 401, 407, 68, 392, 277, 331, 277, 383, 277, 503, 331, 305, 1729, 329, 723, 1702, 1317, 1026, 1898, 1026, 1130, 262, 401, 407, 68, 392, 277, 331, 277, 383, 277, 503, 331, 305, 1729, 329, 723, 1702, 1317, 1026, 1898, 1026 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.6956521739130435, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def add(a, b):\n ", "completion": " a = a + b\n return a\n\ndef get_or_create_new_data(a):\n \"\"\"\n Given a, b, and c, add another object to the data\n \"\"\"\n data = []\n data.append(a)\n data.append(b)\n return data\n\ndef get_or_create_new_data_from_data(a):\n \"\"\"\n Given a, b, c, and a data structure to the data structure of a\n new data structure for the data structure of a data structure.\n \"\"\"\n data = []\n data.append(a)\n data.append(b)\n data.append(c)\n return data\n\ndef get_or_create_new_data_from_data_from_data(a):\n \"\"\"\n Given a, b, c, a data structure to the data structure of a data structure\n of a data structure of a new data structure for the data structure the\n data structure of a data structure.\n \"\"\"\n data = []\n data.append(a)\n data.append(b)\n data.append(c)\n return data\n\ndef add_a(data):\n \"\"\"\n Given a data structure, add another object to the data structure of it\n \"\"\"\n data = get_or_create_new_data(data)\n if len(data) > 1:\n # TODO:", "token_ids": [ 277, 276, 277, 361, 305, 202, 261, 401, 277, 377, 329, 723, 1370, 1566, 3157, 819, 2243, 351, 262, 716, 262, 14471, 277, 15, 305, 15, 512, 296, 15, 1083, 5539, 1025, 412, 337, 691, 202, 262, 716, 262, 691, 276, 1923, 262, 691, 997, 2243, 289, 262, 691, 997, 1362, 289, 262, 401, 691, 377, 329, 723, 1370, 1566, 3157, 819, 1452, 819, 2243, 351, 262, 716, 262, 14471, 277, 15, 305, 15, 296, 15, 512, 277, 691, 5097, 412, 337, 691, 5097, 422, 277, 202, 262, 1030, 691, 5097, 392, 337, 691, 5097, 422, 277, 691, 5097, 507, 262, 716, 262, 691, 276, 1923, 262, 691, 997, 2243, 289, 262, 691, 997, 1362, 289, 262, 691, 997, 932, 289, 262, 401, 691, 377, 329, 723, 1370, 1566, 3157, 819, 1452, 819, 1452, 819, 2243, 351, 262, 716, 262, 14471, 277, 15, 305, 15, 296, 15, 277, 691, 5097, 412, 337, 691, 5097, 422, 277, 691, 5097, 202, 262, 422, 277, 691, 5097, 422, 277, 1030, 691, 5097, 392, 337, 691, 5097, 337, 202, 262, 691, 5097, 422, 277, 691, 5097, 507, 262, 716, 262, 691, 276, 1923, 262, 691, 997, 2243, 289, 262, 691, 997, 1362, 289, 262, 691, 997, 932, 289, 262, 401, 691, 377, 329, 1083, 741, 1750, 351, 262, 716, 262, 14471, 277, 691, 5097, 15, 1083, 5539, 1025, 412, 337, 691, 5097, 422, 961, 202, 262, 716, 262, 691, 276, 723, 1370, 1566, 3157, 819, 1750, 289, 262, 383, 889, 1750, 12, 1198, 224, 20, 311, 270, 347, 2854, 29 ], "temperature": 0.8, "top_k": 50, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.43083003952569165, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def add(a, b):\n ", "completion": " a.append(b)\n return a\n\nclass T:\n def __init__(self, val): pass\n def __repr__(self): return \"T({0})\"\n\n def __add__(self, a): return a + (a).get(self, [0])\n\n\n def __add__(self, a):\n a.append(a)\n return a\n\ndef main():\n t = T()\n t.add(45)\n t.add(19)\n t.add(22)\n t.add(20)\n t.add(23)\n t.add(24)\n t.add(22)\n t.add(24)\n t.add(33)\n t.add(29)\n t.add(39)\n t.add(40)\n t.add(t.get(self, [0]))\n t.add(t.get(self, [0]))\n t.add(t.get(self, [0]))\n t.add(t.get(self, [0]))\n t.add(59)\n t.add(1)\n t.add(1)\n t.add(1)\n\n\nif __name__ == \"__main__\":\n main()\n", "token_ids": [ 277, 997, 1362, 289, 262, 401, 277, 377, 563, 409, 311, 262, 355, 675, 654, 771, 284, 15, 2358, 395, 1271, 202, 262, 355, 675, 3635, 771, 284, 395, 401, 317, 55, 4105, 19, 5562, 3898, 262, 355, 675, 605, 771, 284, 15, 277, 395, 401, 277, 361, 375, 68, 661, 359, 366, 15, 407, 19, 11352, 262, 355, 675, 605, 771, 284, 15, 277, 351, 261, 277, 997, 2243, 289, 261, 401, 277, 377, 329, 2225, 1130, 262, 282, 276, 409, 578, 262, 282, 991, 11, 1828, 289, 262, 282, 991, 11, 1247, 289, 262, 282, 991, 11, 1453, 289, 262, 282, 991, 11, 663, 289, 262, 282, 991, 11, 1590, 289, 262, 282, 991, 11, 1335, 289, 262, 282, 991, 11, 1453, 289, 262, 282, 991, 11, 1335, 289, 262, 282, 991, 11, 1812, 289, 262, 282, 991, 11, 1970, 289, 262, 282, 991, 11, 2159, 289, 262, 282, 991, 11, 1431, 289, 262, 282, 991, 1099, 560, 366, 15, 407, 19, 4859, 262, 282, 991, 1099, 560, 366, 15, 407, 19, 4859, 262, 282, 991, 1099, 560, 366, 15, 407, 19, 4859, 262, 282, 991, 1099, 560, 366, 15, 407, 19, 4859, 262, 282, 991, 11, 2316, 289, 262, 282, 991, 11, 20, 289, 262, 282, 991, 11, 20, 289, 262, 282, 991, 11, 20, 1680, 689, 675, 376, 362, 546, 2419, 892, 5720, 262, 2225, 578 ], "temperature": 0.8, "top_k": 50, "seed": 43, "new_tokens": 230, "stop_reason": "eos", "syntax_valid": false, "repeated_token_4gram_fraction": 0.3436123348017621, "longest_tandem_repeat_tokens": 43, "long_loop": false }, { "prompt": "def factorial(n):\n ", "completion": " \"\"\"\n Returns the factorial of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor of the n-th factor", "token_ids": [ 716, 261, 1859, 337, 5298, 647, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298, 422, 337, 319, 25754, 5298 ], "temperature": 0.0, "top_k": 0, "seed": 1042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9565217391304348, "longest_tandem_repeat_tokens": 250, "long_loop": true }, { "prompt": "def factorial(n):\n ", "completion": " return n*n**2\n\ndef factorial_diff(n1, n2, n3, n4):\n n1 = n1\n n2 = n2\n n3 = n3\n n4 = n4\n n5 = n5\n n6 = n6\n n7 = n7\n n8 = n8\n n9 = n9\n n4a = n4\n n5 = n5\n n6a = n6\n n7a = n7\n n8a = n8\n n9a = n9\n n4a = n4a\n n5a = n5\n n6a = n6a\n n7a = n7a\n n8a = n8a\n n9a = n9a\n n4a = n4a\n n5a = n5a\n n6a = n6a\n n7a = n7a\n n8a = n8a\n n9a = n9a\n n4a = n4a\n n5a = n5a", "token_ids": [ 401, 319, 19637, 941, 21, 377, 329, 5298, 647, 4774, 945, 20, 15, 319, 21, 15, 319, 22, 15, 319, 23, 351, 261, 319, 20, 276, 319, 20, 202, 261, 319, 21, 276, 319, 21, 202, 261, 319, 22, 276, 319, 22, 202, 261, 319, 23, 276, 319, 23, 202, 261, 319, 24, 276, 319, 24, 202, 261, 319, 25, 276, 319, 25, 202, 261, 319, 26, 276, 319, 26, 202, 261, 319, 27, 276, 319, 27, 202, 261, 319, 28, 276, 319, 28, 202, 261, 319, 23, 68, 276, 319, 23, 202, 261, 319, 24, 276, 319, 24, 202, 261, 319, 25, 68, 276, 319, 25, 202, 261, 319, 26, 68, 276, 319, 26, 202, 261, 319, 27, 68, 276, 319, 27, 202, 261, 319, 28, 68, 276, 319, 28, 202, 261, 319, 23, 68, 276, 319, 23, 68, 202, 261, 319, 24, 68, 276, 319, 24, 202, 261, 319, 25, 68, 276, 319, 25, 68, 202, 261, 319, 26, 68, 276, 319, 26, 68, 202, 261, 319, 27, 68, 276, 319, 27, 68, 202, 261, 319, 28, 68, 276, 319, 28, 68, 202, 261, 319, 23, 68, 276, 319, 23, 68, 202, 261, 319, 24, 68, 276, 319, 24, 68, 202, 261, 319, 25, 68, 276, 319, 25, 68, 202, 261, 319, 26, 68, 276, 319, 26, 68, 202, 261, 319, 27, 68, 276, 319, 27, 68, 202, 261, 319, 28, 68, 276, 319, 28, 68, 202, 261, 319, 23, 68, 276, 319, 23, 68, 202, 261, 319, 24, 68, 276, 319, 24, 68 ], "temperature": 0.8, "top_k": 50, "seed": 1042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.4980237154150198, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def factorial(n):\n ", "completion": " \"\"\"\n Given a number $\\sum_{i=1}^{n} \\left(i+1\\in\\mathbb{R}^{n}) {n+1}^{\\in\\mathbb{R}^{\\in\\mathbb{R}\\}_{\\sum_{i=1}^{i+1}^{\\in\\mathbb{R}^{\\in\\mathbb{R}\\}_{\\sum_{i=1}^{i+1}^{\\in\\mathbb{R}\\_{\\sum_{i=1}^{i+1}^{\\in\\mathbb{R}\\_{\\sum_{i=1}^{i+1}^{\\in\\mathbb{R}\\_{\\sum_{i=1}^{i+1}^{\\in\\mathbb{R}\\_{\\sum_{i=1}^{i+1}^{\\in\\mathbb{R}\\_{\\sum_{i=1}^{i+1}^{\\in\\mathbb{R}\\_{\\sum_{i=1}^{i+1}^{\\in\\mathbb{R}\\_{\\sum_{i=1}^{i+1}^{\\in", "token_ids": [ 716, 261, 14471, 277, 1636, 5058, 63, 3868, 6816, 76, 32, 20, 96, 16350, 81, 96, 1052, 3332, 1554, 14, 20, 63, 266, 63, 5800, 3963, 94, 53, 96, 16350, 81, 5562, 462, 81, 14, 20, 96, 16350, 63, 266, 63, 5800, 3963, 94, 53, 96, 16350, 63, 266, 63, 5800, 3963, 94, 53, 3426, 24097, 63, 3868, 6816, 76, 32, 20, 96, 16350, 76, 14, 20, 96, 16350, 63, 266, 63, 5800, 3963, 94, 53, 96, 16350, 63, 266, 63, 5800, 3963, 94, 53, 3426, 24097, 63, 3868, 6816, 76, 32, 20, 96, 16350, 76, 14, 20, 96, 16350, 63, 266, 63, 5800, 3963, 94, 53, 3426, 6816, 63, 3868, 6816, 76, 32, 20, 96, 16350, 76, 14, 20, 96, 16350, 63, 266, 63, 5800, 3963, 94, 53, 3426, 6816, 63, 3868, 6816, 76, 32, 20, 96, 16350, 76, 14, 20, 96, 16350, 63, 266, 63, 5800, 3963, 94, 53, 3426, 6816, 63, 3868, 6816, 76, 32, 20, 96, 16350, 76, 14, 20, 96, 16350, 63, 266, 63, 5800, 3963, 94, 53, 3426, 6816, 63, 3868, 6816, 76, 32, 20, 96, 16350, 76, 14, 20, 96, 16350, 63, 266, 63, 5800, 3963, 94, 53, 3426, 6816, 63, 3868, 6816, 76, 32, 20, 96, 16350, 76, 14, 20, 96, 16350, 63, 266, 63, 5800, 3963, 94, 53, 3426, 6816, 63, 3868, 6816, 76, 32, 20, 96, 16350, 76, 14, 20, 96, 16350, 63, 266, 63, 5800, 3963, 94, 53, 3426, 6816, 63, 3868, 6816, 76, 32, 20, 96, 16350, 76, 14, 20, 96, 16350, 63, 266 ], "temperature": 0.8, "top_k": 50, "seed": 1043, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.7944664031620553, "longest_tandem_repeat_tokens": 169, "long_loop": true }, { "prompt": "def is_palindrome(text):\n ", "completion": " \"\"\"\n Returns true if the text is a palindrome.\n \"\"\"\n return text.lower() in ['palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome', 'palindrome',", "token_ids": [ 716, 261, 1859, 1238, 383, 337, 1612, 428, 277, 314, 285, 763, 7537, 507, 261, 716, 261, 401, 1612, 4721, 522, 331, 1277, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354, 301, 83, 285, 763, 7537, 354 ], "temperature": 0.0, "top_k": 0, "seed": 2042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8853754940711462, "longest_tandem_repeat_tokens": 233, "long_loop": true }, { "prompt": "def is_palindrome(text):\n ", "completion": " try:\n return float(text).items() if text in ['k', 'o'] else []\n except ValueError:\n return False\n except (ValueError, TypeError, AttributeError):\n return True\n\ndef get_cake_umassian_text(text):\n try:\n return float(text).items() if text in ['k', 'o'] else []\n except ValueError:\n return None\n except (ValueError, TypeError, AttributeError):\n return None\n\ndef get_cake_umassian_text(text):\n try:\n return float(text).items() if text in ['k', 'o'] else []\n except ValueError:\n return None\n except (ValueError, TypeError, AttributeError):\n return None\n\n\ndef get_cake_umassian_text(text):\n try:\n return float(text).items() if text in ['k', 'o'] else []\n except ValueError:\n return None\n except (ValueError, TypeError, AttributeError):\n return None\n\n\ndef get_cake_umassian_text(text):\n try:\n return float(text).items() if text in ['k', 'o'] else []\n except ValueError:\n return None\n except (ValueError, TypeError, AttributeError):\n return None\n\n\ndef get_c", "token_ids": [ 1114, 311, 263, 401, 2056, 4484, 661, 2229, 522, 383, 1612, 331, 1277, 78, 354, 301, 82, 446, 706, 1923, 515, 1040, 1990, 311, 263, 401, 836, 202, 224, 1040, 375, 13036, 15, 3751, 15, 5841, 351, 262, 401, 805, 377, 329, 723, 367, 1056, 66, 436, 400, 3616, 2481, 4484, 351, 262, 1114, 311, 263, 401, 2056, 4484, 661, 2229, 522, 383, 1612, 331, 1277, 78, 354, 301, 82, 446, 706, 1923, 515, 1040, 1990, 311, 263, 401, 561, 202, 262, 1040, 375, 13036, 15, 3751, 15, 5841, 351, 515, 401, 561, 377, 329, 723, 367, 1056, 66, 436, 400, 3616, 2481, 4484, 351, 262, 1114, 311, 263, 401, 2056, 4484, 661, 2229, 522, 383, 1612, 331, 1277, 78, 354, 301, 82, 446, 706, 1923, 515, 1040, 1990, 311, 263, 401, 561, 202, 262, 1040, 375, 13036, 15, 3751, 15, 5841, 351, 515, 401, 561, 1090, 329, 723, 367, 1056, 66, 436, 400, 3616, 2481, 4484, 351, 261, 1114, 311, 263, 401, 2056, 4484, 661, 2229, 522, 383, 1612, 331, 1277, 78, 354, 301, 82, 446, 706, 1923, 515, 1040, 1990, 311, 263, 401, 561, 202, 262, 1040, 375, 13036, 15, 3751, 15, 5841, 351, 515, 401, 561, 1090, 329, 723, 367, 1056, 66, 436, 400, 3616, 2481, 4484, 351, 262, 1114, 311, 263, 401, 2056, 4484, 661, 2229, 522, 383, 1612, 331, 1277, 78, 354, 301, 82, 446, 706, 1923, 515, 1040, 1990, 311, 263, 401, 561, 202, 262, 1040, 375, 13036, 15, 3751, 15, 5841, 351, 515, 401, 561, 1090, 329, 723, 367 ], "temperature": 0.8, "top_k": 50, "seed": 2042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.7114624505928854, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def is_palindrome(text):\n ", "completion": " \"\"\"\n Returns True if text contains pullers of the 'ingestion' feature\n \"\"\"\n return (text.lower().startswith(('-)) and text.lower() in ['the', 'their', 'their', '-'])\n\ndef get_text_from_ingestion(text, ingestion):\n \"\"\"\n Retrieve the text from a given ingestion.\n\n :param text: The text to retrieve the text from.\n :param ingestion: The text to retrieve the text from. It will contain this text before this 'ingestion'.\n \"\"\"\n text = text.lower()\n if ingestion in text:\n # Get the text from the text.\n text = get_text_from_ingestion(text, ingestion)\n if text.lower().endswith('ingestion') or text.lower().endswith('ingestion'):\n return text\n return text\n\ndef get_favorite_from_ingestion(ingestion):\n \"\"\"\n Retrieve the Favoine favorites from a given ingestion.\n\n :param ingestion: The text to retrieve the Favoine favorites from.\n \"\"\"\n if ingestion != '':\n return get_favorite_from_ingest", "token_ids": [ 716, 261, 1859, 805, 383, 1612, 4253, 314, 371, 877, 86, 422, 337, 301, 266, 3712, 286, 10, 4450, 202, 261, 716, 261, 401, 375, 591, 4721, 1381, 12681, 11, 4936, 1132, 512, 1612, 4721, 522, 331, 1277, 1647, 354, 301, 1647, 881, 354, 301, 1647, 881, 354, 3285, 5070, 329, 723, 2481, 1452, 506, 3712, 286, 4484, 15, 331, 3712, 286, 351, 262, 716, 261, 17485, 337, 1612, 643, 277, 2001, 331, 3712, 286, 989, 262, 588, 1151, 1612, 29, 813, 1612, 412, 6828, 337, 1612, 643, 507, 262, 588, 1151, 331, 3712, 286, 29, 813, 1612, 412, 6828, 337, 1612, 643, 17, 4049, 1182, 1598, 756, 1612, 3583, 756, 301, 266, 3712, 286, 10946, 262, 716, 262, 1612, 276, 1612, 4721, 578, 262, 383, 331, 3712, 286, 331, 1612, 311, 270, 347, 2906, 337, 1612, 643, 337, 1612, 507, 270, 1612, 276, 723, 2481, 1452, 506, 3712, 286, 4484, 15, 331, 3712, 286, 289, 270, 383, 1612, 4721, 1381, 19363, 420, 266, 3712, 286, 875, 606, 1612, 4721, 1381, 19363, 420, 266, 3712, 286, 2700, 298, 401, 1612, 202, 262, 401, 1612, 377, 329, 723, 475, 12684, 1041, 1452, 506, 3712, 286, 1695, 3712, 286, 351, 262, 716, 261, 17485, 337, 555, 1495, 82, 998, 300, 12684, 6350, 643, 277, 2001, 331, 3712, 286, 989, 262, 588, 1151, 331, 3712, 286, 29, 813, 1612, 412, 6828, 337, 555, 1495, 82, 998, 300, 12684, 6350, 643, 507, 262, 716, 262, 383, 331, 3712, 286, 1447, 16690, 270, 401, 723, 475, 12684, 1041, 1452, 506, 3712 ], "temperature": 0.8, "top_k": 50, "seed": 2043, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.21739130434782605, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def binary_search(items, target):\n ", "completion": " \"\"\"\n :type items: list of lists\n :param items: list of lists\n :type target: list of lists\n :return: list of lists\n \"\"\"\n if len(items) == 0:\n return []\n\n if len(items) > 1:\n return [item[0] for item in items]\n\n if len(items) > 2:\n return [item[1] for item in items]\n\n if len(items) > 3:\n return [item[2] for item in items]\n\n if len(items) > 4:\n return [item[3] for item in items]\n\n if len(items) > 5:\n return [item[4] for item in items]\n\n if len(items) > 6:\n return [item[5] for item in items]\n\n if len(items) > 7:\n return [item[7] for item in items]\n\n if len(items) > 8:\n return [item[8] for item in items]\n\n if len(items) > 9:\n return [item[9] for item in items]\n\n if len(items) > 10:\n return [item[10] for", "token_ids": [ 716, 261, 588, 533, 3377, 29, 902, 422, 8036, 202, 261, 588, 1151, 3377, 29, 902, 422, 8036, 202, 261, 588, 533, 1642, 29, 902, 422, 8036, 202, 261, 588, 1667, 29, 902, 422, 8036, 202, 261, 716, 261, 383, 889, 12899, 12, 546, 224, 19, 311, 263, 401, 4964, 261, 383, 889, 12899, 12, 1198, 224, 20, 311, 263, 401, 407, 3055, 62, 19, 64, 392, 1932, 331, 3377, 1729, 261, 383, 889, 12899, 12, 1198, 224, 21, 311, 263, 401, 407, 3055, 62, 20, 64, 392, 1932, 331, 3377, 1729, 261, 383, 889, 12899, 12, 1198, 224, 22, 311, 263, 401, 407, 3055, 62, 21, 64, 392, 1932, 331, 3377, 1729, 261, 383, 889, 12899, 12, 1198, 224, 23, 311, 263, 401, 407, 3055, 62, 22, 64, 392, 1932, 331, 3377, 1729, 261, 383, 889, 12899, 12, 1198, 224, 24, 311, 263, 401, 407, 3055, 62, 23, 64, 392, 1932, 331, 3377, 1729, 261, 383, 889, 12899, 12, 1198, 224, 25, 311, 263, 401, 407, 3055, 62, 24, 64, 392, 1932, 331, 3377, 1729, 261, 383, 889, 12899, 12, 1198, 224, 26, 311, 263, 401, 407, 3055, 62, 26, 64, 392, 1932, 331, 3377, 1729, 261, 383, 889, 12899, 12, 1198, 224, 27, 311, 263, 401, 407, 3055, 62, 27, 64, 392, 1932, 331, 3377, 1729, 261, 383, 889, 12899, 12, 1198, 224, 28, 311, 263, 401, 407, 3055, 62, 28, 64, 392, 1932, 331, 3377, 1729, 261, 383, 889, 12899, 12, 1198, 224, 701, 311, 263, 401, 407, 3055, 62, 701, 64, 392 ], "temperature": 0.0, "top_k": 0, "seed": 3042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.4940711462450593, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def binary_search(items, target):\n ", "completion": " \"\"\"Find out items to a binary search.\n\n You can search for a list of items that you wish to search for to your\n sub list or a string. You can use this function to search for sub item numbers\n or other items to search for. We can use this to search for the number of\n sub items, or you can use the search function. The search will also\n run on your machine, such as an example. In other words, you could use\n the search function. To search for sub items you should use the\n search function and will also execute the search on your machine.\n\n In case you are consider searching with the search function, you should\n search for sub items using the search function.\n\n Note: You can use the search function by writing a function. You can\n use the search function by writing a string. You can use\n the search function by writing a string. This is done by the\n function.\n\n O(n) - A search function. The search function will use the search\n function.\n\n The search function will also execute the search on your machine.\n\n The search will also execute the search on your machine.\n\n O(n) - A search", "token_ids": [ 510, 2593, 821, 3377, 412, 277, 4019, 3399, 989, 261, 2670, 1196, 3399, 392, 277, 902, 422, 3377, 791, 1539, 24362, 412, 3399, 392, 412, 3645, 202, 261, 1102, 902, 606, 277, 1429, 17, 2670, 1196, 802, 756, 1283, 412, 3399, 392, 1102, 1932, 6944, 202, 261, 606, 1424, 3377, 412, 3399, 392, 17, 3325, 1196, 802, 756, 412, 3399, 392, 337, 1636, 422, 202, 261, 1102, 3377, 15, 606, 1539, 1196, 802, 337, 3399, 1283, 17, 813, 3399, 1182, 3270, 202, 261, 1311, 772, 3645, 9144, 15, 5542, 479, 717, 3618, 17, 1299, 1424, 6053, 15, 1539, 5361, 802, 202, 261, 337, 3399, 1283, 17, 5123, 3399, 392, 1102, 3377, 1539, 1493, 802, 337, 202, 261, 3399, 1283, 512, 1182, 3270, 4977, 337, 3399, 772, 3645, 9144, 989, 261, 1299, 2543, 1539, 973, 11906, 3399, 327, 596, 337, 3399, 1283, 15, 1539, 1493, 202, 261, 3399, 392, 1102, 3377, 2212, 337, 3399, 1283, 989, 261, 4069, 29, 2670, 1196, 802, 337, 3399, 1283, 897, 3466, 277, 1283, 17, 2670, 1196, 202, 261, 802, 337, 3399, 1283, 897, 3466, 277, 1429, 17, 2670, 1196, 802, 202, 261, 337, 3399, 1283, 897, 3466, 277, 1429, 17, 1304, 428, 5854, 897, 337, 202, 261, 1283, 989, 261, 687, 945, 12, 372, 480, 3399, 1283, 17, 813, 3399, 1283, 1182, 802, 337, 3399, 202, 263, 1283, 989, 261, 813, 3399, 1283, 1182, 3270, 4977, 337, 3399, 772, 3645, 9144, 989, 261, 813, 3399, 1182, 3270, 4977, 337, 3399, 772, 3645, 9144, 989, 261, 687, 945, 12, 372, 480, 3399 ], "temperature": 0.8, "top_k": 50, "seed": 3042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.1699604743083004, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def binary_search(items, target):\n ", "completion": " \"\"\"\n Binary search function to be used to search items in a string.\n \"\"\"\n for item in items:\n if len(item) == 0:\n return False\n if len(item) > 1 and item[1] in target:\n return True\n if (target[0] == item[0]) and (target[1] == item[1][0])):\n return True\n\n return False\n\n# Writing in binary search results\ndef write_out_binary_search(items):\n \"\"\"\n Write in binary search results.\n \"\"\"\n binary_search(items, \"binary search\")\n write_out_binary_search(items)\n\ndef print_binary_search(items, target):\n \"\"\"\n Print binary search results.\n \"\"\"\n binary_search(items, target)\n write_out_binary_search(items)\n\ndef print_binary_search(items, target):\n \"\"\"\n Print binary search results.\n \"\"\"\n binary_search(items, target)\n\nif __name__ == \"__main__\":\n\n print_binary_search(\"test:test:test:\", \"test:test:test:\", \"test:test:test:\")\n print_binary_search(\"test:test:test:\", \"test:test:test:\", \"test:test:\")\n", "token_ids": [ 716, 261, 20782, 3399, 1283, 412, 601, 1469, 412, 3399, 3377, 331, 277, 1429, 507, 261, 716, 261, 392, 1932, 331, 3377, 311, 263, 383, 889, 5190, 12, 546, 224, 19, 311, 595, 401, 836, 202, 515, 383, 889, 5190, 12, 1198, 224, 20, 512, 1932, 62, 20, 64, 331, 1642, 311, 263, 401, 805, 202, 515, 383, 375, 3734, 62, 19, 64, 546, 1932, 62, 19, 1671, 512, 375, 3734, 62, 20, 64, 546, 1932, 62, 20, 1600, 19, 1671, 351, 263, 401, 805, 377, 224, 401, 836, 377, 6, 855, 16288, 331, 4019, 3399, 2395, 202, 329, 3094, 2840, 9535, 4844, 12899, 351, 262, 716, 262, 9814, 331, 4019, 3399, 2395, 507, 262, 716, 262, 4019, 4844, 12899, 15, 317, 15048, 3399, 913, 262, 3094, 2840, 9535, 4844, 12899, 443, 329, 835, 9535, 4844, 12899, 15, 1642, 351, 260, 716, 261, 13226, 4019, 3399, 2395, 507, 260, 716, 260, 4019, 4844, 12899, 15, 1642, 289, 260, 3094, 2840, 9535, 4844, 12899, 443, 329, 835, 9535, 4844, 12899, 15, 1642, 351, 260, 716, 261, 13226, 4019, 3399, 2395, 507, 260, 716, 260, 4019, 4844, 12899, 15, 1642, 443, 689, 675, 376, 362, 546, 2419, 892, 5720, 202, 262, 835, 9535, 4844, 628, 373, 29, 373, 29, 373, 29, 397, 317, 373, 29, 373, 29, 373, 29, 397, 317, 373, 29, 373, 29, 373, 29, 913, 262, 835, 9535, 4844, 628, 373, 29, 373, 29, 373, 29, 397, 317, 373, 29, 373, 29, 373, 29, 397, 317, 373, 29, 373, 29, 913 ], "temperature": 0.8, "top_k": 50, "seed": 3043, "new_tokens": 252, "stop_reason": "eos", "syntax_valid": false, "repeated_token_4gram_fraction": 0.2811244979919679, "longest_tandem_repeat_tokens": 6, "long_loop": false }, { "prompt": "def flatten(items):\n ", "completion": " \"\"\"\n Flattens a list of items.\n \"\"\"\n if isinstance(items, list):\n return [items]\n else:\n return [items]\n \n\n\ndef flatten(items):\n \"\"\"\n Flattens a list of items.\n \"\"\"\n if isinstance(items, list):\n return [items]\n else:\n return [items]\n \n\n\ndef flatten(items):\n \"\"\"\n Flattens a list of items.\n \"\"\"\n if isinstance(items, list):\n return [items]\n else:\n return [items]\n \n\n\ndef flatten(items):\n \"\"\"\n Flattens a list of items.\n \"\"\"\n if isinstance(items, list):\n return [items]\n else:\n return [items]\n \n\n\ndef flatten(items):\n \"\"\"\n Flattens a list of items.\n \"\"\"\n if isinstance(items, list):\n return [items]\n else:\n return [items]\n \n\n\ndef flatten(items):\n \"\"\"\n Flattens a list of items.\n \"\"\"\n if isinstance(items, list):\n return [items]\n else:\n return [items]\n \n\n\ndef flatten(items):\n \"\"\"\n Flattens a list of items.\n \"\"\"\n if isinstance(items, list):\n return [", "token_ids": [ 716, 261, 555, 5892, 86, 277, 902, 422, 3377, 507, 261, 716, 261, 383, 1454, 12899, 15, 902, 351, 263, 401, 407, 2229, 685, 261, 706, 311, 263, 401, 407, 2229, 685, 261, 1090, 329, 14451, 12899, 351, 261, 716, 261, 555, 5892, 86, 277, 902, 422, 3377, 507, 261, 716, 261, 383, 1454, 12899, 15, 902, 351, 263, 401, 407, 2229, 685, 261, 706, 311, 263, 401, 407, 2229, 685, 261, 1090, 329, 14451, 12899, 351, 261, 716, 261, 555, 5892, 86, 277, 902, 422, 3377, 507, 261, 716, 261, 383, 1454, 12899, 15, 902, 351, 263, 401, 407, 2229, 685, 261, 706, 311, 263, 401, 407, 2229, 685, 261, 1090, 329, 14451, 12899, 351, 261, 716, 261, 555, 5892, 86, 277, 902, 422, 3377, 507, 261, 716, 261, 383, 1454, 12899, 15, 902, 351, 263, 401, 407, 2229, 685, 261, 706, 311, 263, 401, 407, 2229, 685, 261, 1090, 329, 14451, 12899, 351, 261, 716, 261, 555, 5892, 86, 277, 902, 422, 3377, 507, 261, 716, 261, 383, 1454, 12899, 15, 902, 351, 263, 401, 407, 2229, 685, 261, 706, 311, 263, 401, 407, 2229, 685, 261, 1090, 329, 14451, 12899, 351, 261, 716, 261, 555, 5892, 86, 277, 902, 422, 3377, 507, 261, 716, 261, 383, 1454, 12899, 15, 902, 351, 263, 401, 407, 2229, 685, 261, 706, 311, 263, 401, 407, 2229, 685, 261, 1090, 329, 14451, 12899, 351, 261, 716, 261, 555, 5892, 86, 277, 902, 422, 3377, 507, 261, 716, 261, 383, 1454, 12899, 15, 902, 351, 263, 401, 407 ], "temperature": 0.0, "top_k": 0, "seed": 4042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8577075098814229, "longest_tandem_repeat_tokens": 256, "long_loop": true }, { "prompt": "def flatten(items):\n ", "completion": " \"\"\"\n flattens nested list of items. Return list of flat list of items.\n \"\"\"\n elements = [items]\n if len(items) > 0:\n for item in items:\n elements.append([item])\n \n\ndef flatten(items, start):\n \"\"\"\n flattens a list of items, starting at start, starting at start.\n \"\"\"\n return flatten(items) + [start]\n if len(items) > 0:\n for item in items:\n if start >= start+1:\n yield item\n yield (start, stop)\n \n\ndef flatten(items, start):\n \"\"\"\n flattens a list of items to start at start.\n \"\"\"\n return flatten(items, start)\n if len(items) > 0:\n for item in items:\n if start >= start+1:\n yield item\n yield (start, stop)\n \n\ndef items_to_list(items):\n \"\"\"\n flattens a list of items that have children in a list.\n \"\"\"\n with open('item_list.txt', 'r') as f:\n for item in f:\n if item[0] in items:\n yield item[1]\n yield items_to_list(items)\n\ndef items_to_list2", "token_ids": [ 716, 261, 14451, 86, 11421, 902, 422, 3377, 17, 224, 4143, 902, 422, 7897, 902, 422, 3377, 507, 261, 716, 261, 4880, 276, 407, 2229, 685, 261, 383, 889, 12899, 12, 1198, 224, 19, 311, 263, 392, 1932, 331, 3377, 311, 298, 4880, 997, 979, 3055, 1163, 595, 377, 329, 14451, 12899, 15, 1544, 351, 261, 716, 261, 14451, 86, 277, 902, 422, 3377, 15, 8390, 864, 1544, 15, 8390, 864, 1544, 507, 261, 716, 261, 401, 14451, 12899, 12, 361, 407, 1344, 685, 261, 383, 889, 12899, 12, 1198, 224, 19, 311, 263, 392, 1932, 331, 3377, 311, 298, 383, 1544, 2931, 1544, 14, 20, 311, 386, 2426, 1932, 202, 263, 2426, 375, 1344, 15, 3720, 289, 595, 377, 329, 14451, 12899, 15, 1544, 351, 261, 716, 261, 14451, 86, 277, 902, 422, 3377, 412, 1544, 864, 1544, 507, 261, 716, 261, 401, 14451, 12899, 15, 1544, 289, 261, 383, 889, 12899, 12, 1198, 224, 19, 311, 263, 392, 1932, 331, 3377, 311, 298, 383, 1544, 2931, 1544, 14, 20, 311, 2339, 2426, 1932, 202, 263, 2426, 375, 1344, 15, 3720, 289, 595, 377, 329, 3377, 800, 967, 12899, 351, 224, 716, 261, 14451, 86, 277, 902, 422, 3377, 791, 1657, 9306, 331, 277, 902, 507, 261, 716, 261, 596, 1746, 420, 3055, 967, 3575, 354, 301, 85, 875, 479, 300, 311, 263, 392, 1932, 331, 300, 311, 298, 383, 1932, 62, 19, 64, 331, 3377, 311, 386, 2426, 1932, 62, 20, 685, 263, 2426, 3377, 800, 967, 12899, 443, 329, 3377, 800, 967, 21 ], "temperature": 0.8, "top_k": 50, "seed": 4042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.31225296442687744, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def flatten(items):\n ", "completion": " \"\"\"\n A 0-D flattening list\n \"\"\"\n if isinstance(items, list):\n return [items]\n elif isinstance(items, tuple):\n return items\n else:\n return [items]\n if len(items) != 1:\n return list(map(list, items))\n return list(sorted(items))\n else:\n return list(items)\n\ndef flatten(items):\n \"\"\"\n A 0-D flattening list\n \"\"\"\n if isinstance(items, tuple):\n return [items]\n elif isinstance(items, list):\n return [items]\n else:\n return list(items)\n\ndef flatten(items):\n \"\"\"\n A 0-D flattening list\n \"\"\"\n if isinstance(items, list):\n return items\n elif isinstance(items, tuple):\n return [items]\n else:\n return items\n\ndef flatten(items):\n \"\"\"\n A 0-D flattening list\n \"\"\"\n if isinstance(items, list):\n return [items]\n elif isinstance(items, list):\n return [items]\n else:\n return list(items)\n\ndef flatten(items):\n \"\"\"\n A 0-D flattening list\n \"\"\"\n if isinstance(items, list):\n return items\n elif isinstance(items, tuple):\n return", "token_ids": [ 716, 261, 480, 224, 19, 9775, 14451, 327, 902, 202, 261, 716, 261, 383, 1454, 12899, 15, 902, 351, 263, 401, 407, 2229, 685, 261, 1186, 1454, 12899, 15, 2899, 351, 263, 401, 3377, 202, 261, 706, 311, 263, 401, 407, 2229, 685, 261, 383, 889, 12899, 12, 1447, 224, 20, 311, 263, 401, 902, 7665, 3788, 15, 3377, 705, 515, 401, 902, 9931, 12899, 705, 261, 706, 311, 263, 401, 902, 12899, 443, 329, 14451, 12899, 351, 262, 716, 262, 480, 224, 19, 9775, 14451, 327, 902, 202, 262, 716, 262, 383, 1454, 12899, 15, 2899, 351, 263, 401, 407, 2229, 685, 261, 1186, 1454, 12899, 15, 902, 351, 263, 401, 407, 2229, 685, 261, 706, 311, 263, 401, 902, 12899, 443, 329, 14451, 12899, 351, 262, 716, 262, 480, 224, 19, 9775, 14451, 327, 902, 202, 262, 716, 262, 383, 1454, 12899, 15, 902, 351, 263, 401, 3377, 202, 261, 1186, 1454, 12899, 15, 2899, 351, 263, 401, 407, 2229, 685, 261, 706, 311, 263, 401, 3377, 377, 329, 14451, 12899, 351, 262, 716, 262, 480, 224, 19, 9775, 14451, 327, 902, 202, 262, 716, 262, 383, 1454, 12899, 15, 902, 351, 263, 401, 407, 2229, 685, 261, 1186, 1454, 12899, 15, 902, 351, 263, 401, 407, 2229, 685, 261, 706, 311, 263, 401, 902, 12899, 443, 329, 14451, 12899, 351, 262, 716, 262, 480, 224, 19, 9775, 14451, 327, 902, 202, 262, 716, 262, 383, 1454, 12899, 15, 902, 351, 263, 401, 3377, 202, 261, 1186, 1454, 12899, 15, 2899, 351, 263, 401 ], "temperature": 0.8, "top_k": 50, "seed": 4043, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.6442687747035574, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def count_words(text):\n ", "completion": " \"\"\"\n Count words in text\n :param text: Text to count\n :return: count words in text\n \"\"\"\n words = text.split()\n return words.count()\n\ndef count_words_count(text):\n \"\"\"\n Count words in text\n :param text: Text to count\n :return: count words in text\n \"\"\"\n words = text.split()\n return words.count()\n\ndef count_words_count_text(text):\n \"\"\"\n Count words in text\n :param text: Text to count\n :return: count words in text\n \"\"\"\n words = text.split()\n return words.count()\n\ndef count_words_count_text(text):\n \"\"\"\n Count words in text\n :param text: Text to count\n :return: count words in text\n \"\"\"\n words = text.split()\n return words.count()\n\ndef count_words_count_text(text):\n \"\"\"\n Count words in text\n :param text: Text to count\n :return: count words in text\n \"\"\"\n words = text.split()\n return words.count()\n\ndef count_words_count_text(text):\n \"\"\"\n Count words in text\n :param text: Text to count\n :return: count words in text\n \"\"\"\n", "token_ids": [ 716, 261, 12666, 6053, 331, 1612, 202, 261, 588, 1151, 1612, 29, 8327, 412, 2522, 202, 261, 588, 1667, 29, 2522, 6053, 331, 1612, 202, 261, 716, 261, 6053, 276, 1612, 2459, 578, 261, 401, 6053, 5117, 1342, 329, 2522, 7263, 1851, 4484, 351, 261, 716, 261, 12666, 6053, 331, 1612, 202, 261, 588, 1151, 1612, 29, 8327, 412, 2522, 202, 261, 588, 1667, 29, 2522, 6053, 331, 1612, 202, 261, 716, 261, 6053, 276, 1612, 2459, 578, 261, 401, 6053, 5117, 1342, 329, 2522, 7263, 1851, 2481, 4484, 351, 261, 716, 261, 12666, 6053, 331, 1612, 202, 261, 588, 1151, 1612, 29, 8327, 412, 2522, 202, 261, 588, 1667, 29, 2522, 6053, 331, 1612, 202, 261, 716, 261, 6053, 276, 1612, 2459, 578, 261, 401, 6053, 5117, 1342, 329, 2522, 7263, 1851, 2481, 4484, 351, 261, 716, 261, 12666, 6053, 331, 1612, 202, 261, 588, 1151, 1612, 29, 8327, 412, 2522, 202, 261, 588, 1667, 29, 2522, 6053, 331, 1612, 202, 261, 716, 261, 6053, 276, 1612, 2459, 578, 261, 401, 6053, 5117, 1342, 329, 2522, 7263, 1851, 2481, 4484, 351, 261, 716, 261, 12666, 6053, 331, 1612, 202, 261, 588, 1151, 1612, 29, 8327, 412, 2522, 202, 261, 588, 1667, 29, 2522, 6053, 331, 1612, 202, 261, 716, 261, 6053, 276, 1612, 2459, 578, 261, 401, 6053, 5117, 1342, 329, 2522, 7263, 1851, 2481, 4484, 351, 261, 716, 261, 12666, 6053, 331, 1612, 202, 261, 588, 1151, 1612, 29, 8327, 412, 2522, 202, 261, 588, 1667, 29, 2522, 6053, 331, 1612, 202, 261, 716 ], "temperature": 0.0, "top_k": 0, "seed": 5042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.8142292490118577, "longest_tandem_repeat_tokens": 214, "long_loop": true }, { "prompt": "def count_words(text):\n ", "completion": " return sum([k for k,v in text if k not in ['word', 'punctuation']]\ndef word_words(text):\n words = []\n for k,v in text:\n words.append(k)\n return words\n\ndef words_text(text):\n words = []\n for k,v in text:\n words.append(k)\n return words\n\ndef words_count(text):\n return sum(words_count(text))\n", "token_ids": [ 401, 4273, 979, 78, 392, 1107, 12963, 331, 1612, 383, 1107, 503, 331, 1277, 1183, 354, 301, 83, 24028, 12251, 329, 3669, 7263, 4484, 351, 261, 6053, 276, 1923, 261, 392, 1107, 12963, 331, 1612, 311, 263, 6053, 997, 4027, 289, 261, 401, 6053, 377, 329, 6053, 2481, 4484, 351, 262, 6053, 276, 1923, 262, 392, 1107, 12963, 331, 1612, 311, 270, 6053, 997, 4027, 289, 262, 401, 6053, 377, 329, 6053, 1851, 4484, 351, 262, 401, 4273, 16105, 1851, 4484, 705 ], "temperature": 0.8, "top_k": 50, "seed": 5042, "new_tokens": 82, "stop_reason": "eos", "syntax_valid": false, "repeated_token_4gram_fraction": 0.10126582278481011, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def count_words(text):\n ", "completion": " words = []\n for word in text:\n words.append(word)\n words.sort(reverse=True)\n count = len(words)\n words = words[:count]\n return words\n\n", "token_ids": [ 6053, 276, 1923, 261, 392, 3669, 331, 1612, 311, 298, 6053, 997, 11409, 289, 261, 6053, 7003, 9932, 810, 289, 261, 2522, 276, 889, 16105, 289, 261, 6053, 276, 6053, 1535, 1287, 685, 261, 401, 6053, 377 ], "temperature": 0.8, "top_k": 50, "seed": 5043, "new_tokens": 37, "stop_reason": "eos", "syntax_valid": true, "repeated_token_4gram_fraction": 0.0, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def fibonacci(n):\n ", "completion": " \"\"\"\n Fibonacci is a set of n numbers that are not in the set of\n numbers. It is assumed that the set of numbers are in the set of\n numbers in the set of numbers in the set of numbers in the set of\n numbers in the set of numbers in the set of numbers in the set of\n numbers in the set of numbers in the set of numbers in the set of\n numbers in the set of numbers in the set of numbers in the set of\n numbers in the set of numbers in the set of numbers in the set of\n numbers in the set of numbers in the set of numbers in the set of\n numbers in the set of numbers in the set of numbers in the set of\n numbers in the set of numbers in the set of numbers in the set of\n numbers in the set of numbers in the set of numbers in the set of\n numbers in the set of numbers in the set of numbers in the set of\n numbers in the set of numbers in the set of numbers in the set of\n numbers in the set of numbers in the set of numbers in the set of\n numbers in the set of numbers in the set of numbers in the", "token_ids": [ 716, 261, 555, 1096, 267, 985, 1781, 428, 277, 778, 422, 319, 6944, 791, 973, 503, 331, 337, 778, 422, 202, 261, 6944, 17, 4049, 428, 18030, 791, 337, 778, 422, 6944, 973, 331, 337, 778, 422, 202, 261, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 202, 261, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 202, 261, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 202, 261, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 202, 261, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 202, 261, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 202, 261, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 202, 261, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 202, 261, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 202, 261, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 202, 261, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 202, 261, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 202, 261, 6944, 331, 337, 778, 422, 6944, 331, 337, 778, 422, 6944, 331, 337 ], "temperature": 0.0, "top_k": 0, "seed": 6042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.849802371541502, "longest_tandem_repeat_tokens": 223, "long_loop": true }, { "prompt": "def fibonacci(n):\n ", "completion": " \"\"\"Return a fibonacci of a set of n characters for use.\"\"\"\n if sum(n) != 0:\n return list(set(n))\n\n fibonacci(n - 1)\n sum(n - 1)\n\ndef gen_lab(n):\n \"\"\"\n Return a list of all genlles of a number\n \"\"\"\n lab = []\n lab.append(random.choice([0,1,2,3,4,5,6,7,8,9]))\n sum(lab)\n return lab\n\n\ndef gen_gen(n):\n \"\"\"\n Return a list of genles of n random numbers for use.\n \"\"\"\n gen = gen_lab(n)\n gen.add(n)\n return gen\n\n\ndef gen_scrub(n):\n \"\"\"\n Return a random number of scrub for use.\n \"\"\"\n gen = gen_lab(n + 1)\n gen.add(n)\n return gen\n\n\ndef gen_scrub_n(n):\n \"\"\"\n Return a random number of scrub for use.\n \"\"\"\n gen = gen_lab(n + 1)\n gen.add(n + 1)\n return gen\n\n\ndef gen_random(n):\n gen = gen_scr", "token_ids": [ 510, 2452, 277, 300, 1096, 267, 985, 1781, 422, 277, 778, 422, 319, 8859, 392, 802, 1501, 261, 383, 4273, 945, 12, 1447, 224, 19, 311, 270, 401, 902, 4154, 945, 1838, 262, 300, 1096, 267, 985, 1781, 945, 372, 224, 20, 289, 262, 4273, 945, 372, 224, 20, 443, 329, 2995, 1946, 380, 945, 351, 262, 716, 262, 4143, 277, 902, 422, 1127, 2995, 79, 1162, 422, 277, 1636, 202, 262, 716, 262, 730, 380, 276, 1923, 262, 730, 380, 997, 10220, 10309, 979, 19, 15, 20, 15, 21, 15, 22, 15, 23, 15, 24, 15, 25, 15, 26, 15, 27, 15, 28, 4859, 262, 4273, 3042, 380, 289, 262, 401, 730, 380, 1090, 329, 2995, 4596, 945, 351, 262, 716, 262, 4143, 277, 902, 422, 2995, 1162, 422, 319, 2288, 6944, 392, 802, 507, 262, 716, 262, 2995, 276, 2995, 1946, 380, 945, 289, 262, 2995, 991, 945, 289, 262, 401, 2995, 1090, 329, 2995, 404, 4947, 538, 945, 351, 262, 716, 262, 4143, 277, 2288, 1636, 422, 324, 4947, 538, 392, 802, 507, 262, 716, 262, 2995, 276, 2995, 1946, 380, 945, 361, 224, 20, 289, 262, 2995, 991, 945, 289, 262, 401, 2995, 1090, 329, 2995, 404, 4947, 538, 575, 945, 351, 262, 716, 262, 4143, 277, 2288, 1636, 422, 324, 4947, 538, 392, 802, 507, 262, 716, 262, 2995, 276, 2995, 1946, 380, 945, 361, 224, 20, 289, 262, 2995, 991, 945, 361, 224, 20, 289, 262, 401, 2995, 1090, 329, 2995, 6506, 945, 351, 262, 2995, 276, 2995, 404, 4947 ], "temperature": 0.8, "top_k": 50, "seed": 6042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.2924901185770751, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def fibonacci(n):\n ", "completion": " \"\"\"A fibonacci of n, e.g. 2,000,000\"\"\"\n from functools import partial\n from random import randint\n\n def randomize(s, *args, **kwargs):\n \"\"\"Make a random number\"\"\"\n random = randint(0, len(s)) + randint(0, len(s))\n random.shuffle(s)\n return random.choice(s) + random\n print(randomize(10)).\n\n\nfibonacci(1)\n\n\na = [40, 80, 79, 85, 85, 80, 79, 85, 84, 84, 85.5, 87.5, 7.5, 7.5, 7.5, 7.5, 7.5, 7.5]\nprint(a)\n\nfibonacci(1)\n\n\nprint(randomize(5, 5).a)\n\n\n", "token_ids": [ 510, 36, 300, 1096, 267, 985, 1781, 422, 319, 15, 346, 1006, 17, 224, 21, 15, 957, 15, 957, 1074, 261, 643, 8083, 454, 7616, 202, 261, 643, 2288, 454, 24841, 377, 261, 355, 2288, 603, 839, 15, 548, 585, 15, 960, 857, 351, 263, 510, 8089, 277, 2288, 1636, 1074, 263, 2288, 276, 24841, 11, 19, 15, 889, 839, 1132, 361, 24841, 11, 19, 15, 889, 839, 705, 263, 2288, 22781, 839, 289, 263, 401, 2288, 10309, 839, 12, 361, 2288, 202, 261, 835, 10220, 603, 11, 701, 5020, 1090, 73, 1096, 267, 985, 1781, 11, 20, 1680, 68, 276, 407, 1431, 15, 224, 2119, 15, 224, 3638, 15, 224, 4055, 15, 224, 4055, 15, 224, 2119, 15, 224, 3638, 15, 224, 4055, 15, 224, 4361, 15, 224, 4361, 15, 224, 4055, 17, 24, 15, 224, 5374, 17, 24, 15, 224, 26, 17, 24, 15, 224, 26, 17, 24, 15, 224, 26, 17, 24, 15, 224, 26, 17, 24, 15, 224, 26, 17, 24, 15, 224, 26, 17, 24, 685, 1326, 2243, 443, 73, 1096, 267, 985, 1781, 11, 20, 1680, 1326, 10220, 603, 11, 24, 15, 224, 24, 661, 68, 1680 ], "temperature": 0.8, "top_k": 50, "seed": 6043, "new_tokens": 193, "stop_reason": "eos", "syntax_valid": false, "repeated_token_4gram_fraction": 0.2421052631578947, "longest_tandem_repeat_tokens": 32, "long_loop": false }, { "prompt": "def test_add():\n ", "completion": " # Add a new user\n user = User.objects.create(username='user1', password='password1')\n # Add a new user\n user = User.objects.create(username='user2', password='password2')\n # Add a new user\n user = User.objects.create(username='user3', password='password3')\n # Add a new user\n user = User.objects.create(username='user4', password='password4')\n # Add a new user\n user = User.objects.create(username='user5', password='password5')\n # Add a new user\n user = User.objects.create(username='user6', password='password6')\n # Add a new user\n user = User.objects.create(username='user7', password='password7')\n # Add a new user\n user = User.objects.create(username='user8', password='password8')\n # Add a new user\n user = User.objects.create(username='user9', password='password9')\n # Add a new user\n user = User.objects.create(username='user10', password='password10')\n # Add a new user\n user = User.objects.create(username='user11', password='password11')\n # Add a", "token_ids": [ 347, 2436, 277, 1030, 1010, 202, 261, 1010, 276, 2497, 2290, 1312, 6932, 632, 780, 20, 354, 3012, 632, 4123, 20, 698, 261, 347, 2436, 277, 1030, 1010, 202, 261, 1010, 276, 2497, 2290, 1312, 6932, 632, 780, 21, 354, 3012, 632, 4123, 21, 698, 261, 347, 2436, 277, 1030, 1010, 202, 261, 1010, 276, 2497, 2290, 1312, 6932, 632, 780, 22, 354, 3012, 632, 4123, 22, 698, 261, 347, 2436, 277, 1030, 1010, 202, 261, 1010, 276, 2497, 2290, 1312, 6932, 632, 780, 23, 354, 3012, 632, 4123, 23, 698, 261, 347, 2436, 277, 1030, 1010, 202, 261, 1010, 276, 2497, 2290, 1312, 6932, 632, 780, 24, 354, 3012, 632, 4123, 24, 698, 261, 347, 2436, 277, 1030, 1010, 202, 261, 1010, 276, 2497, 2290, 1312, 6932, 632, 780, 25, 354, 3012, 632, 4123, 25, 698, 261, 347, 2436, 277, 1030, 1010, 202, 261, 1010, 276, 2497, 2290, 1312, 6932, 632, 780, 26, 354, 3012, 632, 4123, 26, 698, 261, 347, 2436, 277, 1030, 1010, 202, 261, 1010, 276, 2497, 2290, 1312, 6932, 632, 780, 27, 354, 3012, 632, 4123, 27, 698, 261, 347, 2436, 277, 1030, 1010, 202, 261, 1010, 276, 2497, 2290, 1312, 6932, 632, 780, 28, 354, 3012, 632, 4123, 28, 698, 261, 347, 2436, 277, 1030, 1010, 202, 261, 1010, 276, 2497, 2290, 1312, 6932, 632, 780, 701, 354, 3012, 632, 4123, 701, 698, 261, 347, 2436, 277, 1030, 1010, 202, 261, 1010, 276, 2497, 2290, 1312, 6932, 632, 780, 1009, 354, 3012, 632, 4123, 1009, 698, 261, 347, 2436, 277 ], "temperature": 0.0, "top_k": 0, "seed": 7042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.5928853754940712, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def test_add():\n ", "completion": " def test_remove():\n from datetime import datetime\n from random import choice\n\n def test_add():\n from datetime import datetime\n from random import choice\n\n def test_remove():\n from datetime import datetime\n from random import choice\n\n def test_add():\n from datetime import datetime\n from random import choice\n\n def test_remove():\n from datetime import datetime\n from random import choice\n\n def test_add():\n from datetime import datetime\n from random import choice\n\n def test_add():\n from datetime import datetime\n from random import choice\n\n def test_remove():\n from datetime import datetime\n from random import choice\n\n def test_add():\n from datetime import datetime\n from random import choice\n\n def test_remove():\n from datetime import datetime\n from random import choice\n\n def test_add():\n from datetime import datetime\n from random import choice\n\n def test_remove():\n from datetime import datetime\n from random import choice\n\n def test_add():\n from datetime import datetime\n from random import choice\n\n def test_remove():\n from datetime import datetime\n from random import choice\n\n def test_add():\n from datetime import datetime\n from random import choice\n\n def", "token_ids": [ 355, 535, 4423, 1130, 263, 643, 2218, 454, 2218, 202, 263, 643, 2288, 454, 7761, 377, 263, 355, 535, 1488, 1130, 595, 643, 2218, 454, 2218, 202, 595, 643, 2288, 454, 7761, 377, 595, 355, 535, 4423, 1130, 595, 643, 2218, 454, 2218, 202, 595, 643, 2288, 454, 7761, 377, 595, 355, 535, 1488, 1130, 595, 643, 2218, 454, 2218, 202, 595, 643, 2288, 454, 7761, 377, 595, 355, 535, 4423, 1130, 595, 643, 2218, 454, 2218, 202, 595, 643, 2288, 454, 7761, 377, 595, 355, 535, 1488, 1130, 595, 643, 2218, 454, 2218, 202, 595, 643, 2288, 454, 7761, 377, 595, 355, 535, 1488, 1130, 595, 643, 2218, 454, 2218, 202, 595, 643, 2288, 454, 7761, 377, 595, 355, 535, 4423, 1130, 595, 643, 2218, 454, 2218, 202, 595, 643, 2288, 454, 7761, 377, 595, 355, 535, 1488, 1130, 595, 643, 2218, 454, 2218, 202, 595, 643, 2288, 454, 7761, 377, 595, 355, 535, 4423, 1130, 595, 643, 2218, 454, 2218, 202, 595, 643, 2288, 454, 7761, 377, 595, 355, 535, 1488, 1130, 595, 643, 2218, 454, 2218, 202, 595, 643, 2288, 454, 7761, 377, 595, 355, 535, 4423, 1130, 595, 643, 2218, 454, 2218, 202, 595, 643, 2288, 454, 7761, 377, 595, 355, 535, 1488, 1130, 595, 643, 2218, 454, 2218, 202, 595, 643, 2288, 454, 7761, 377, 595, 355, 535, 4423, 1130, 595, 643, 2218, 454, 2218, 202, 595, 643, 2288, 454, 7761, 377, 595, 355, 535, 1488, 1130, 595, 643, 2218, 454, 2218, 202, 595, 643, 2288, 454, 7761, 377, 595, 355 ], "temperature": 0.8, "top_k": 50, "seed": 7042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8695652173913043, "longest_tandem_repeat_tokens": 168, "long_loop": true }, { "prompt": "def test_add():\n ", "completion": " x = random.randint(0, 3)\n x += random.randint(0, 4) + random.randint(0, 5)\n r = random.randint(0, 3) + random.randint(0, 5)\n x += random.randint(0, 5) + random.randint(0, 4)\n x += random.randint(0, 4) + random.randint(0, 5)\n x += random.randint(0, 5) + random.randint(0, 4)\n x += random.randint(0, 5) + random.randint(0, 4)\n x += random.randint(0, 5) + random.randint(0, 4)\n x += random.randint(0, 5) + random.randint(0, 4)\n x += random.randint(0, 4) + random.randint(0, 5)\n x += random.randint(0, 5) + random.randint(0, 4)\n x += random.randint(0, 5) + random.randint(0, 4)\n x += random.randint(0, 5) + random.randint(0, 4)\n x += random.randint(", "token_ids": [ 696, 276, 2288, 7012, 11, 19, 15, 224, 22, 289, 261, 696, 1218, 2288, 7012, 11, 19, 15, 224, 23, 12, 361, 2288, 7012, 11, 19, 15, 224, 24, 289, 261, 565, 276, 2288, 7012, 11, 19, 15, 224, 22, 12, 361, 2288, 7012, 11, 19, 15, 224, 24, 289, 261, 696, 1218, 2288, 7012, 11, 19, 15, 224, 24, 12, 361, 2288, 7012, 11, 19, 15, 224, 23, 289, 261, 696, 1218, 2288, 7012, 11, 19, 15, 224, 23, 12, 361, 2288, 7012, 11, 19, 15, 224, 24, 289, 261, 696, 1218, 2288, 7012, 11, 19, 15, 224, 24, 12, 361, 2288, 7012, 11, 19, 15, 224, 23, 289, 261, 696, 1218, 2288, 7012, 11, 19, 15, 224, 24, 12, 361, 2288, 7012, 11, 19, 15, 224, 23, 289, 261, 696, 1218, 2288, 7012, 11, 19, 15, 224, 24, 12, 361, 2288, 7012, 11, 19, 15, 224, 23, 289, 261, 696, 1218, 2288, 7012, 11, 19, 15, 224, 24, 12, 361, 2288, 7012, 11, 19, 15, 224, 23, 289, 261, 696, 1218, 2288, 7012, 11, 19, 15, 224, 23, 12, 361, 2288, 7012, 11, 19, 15, 224, 24, 289, 261, 696, 1218, 2288, 7012, 11, 19, 15, 224, 24, 12, 361, 2288, 7012, 11, 19, 15, 224, 23, 289, 261, 696, 1218, 2288, 7012, 11, 19, 15, 224, 24, 12, 361, 2288, 7012, 11, 19, 15, 224, 23, 289, 261, 696, 1218, 2288, 7012, 11, 19, 15, 224, 24, 12, 361, 2288, 7012, 11, 19, 15, 224, 23, 289, 261, 696, 1218, 2288, 7012, 11 ], "temperature": 0.8, "top_k": 50, "seed": 7043, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8577075098814229, "longest_tandem_repeat_tokens": 90, "long_loop": true } ], "functions": [ { "prompt": "\n\ndef is_woodall(x):\n 'Write a function to check if the given number is woodball or not.'\n ", "completion": " # This is a hacky hack to make it work\n return x == 0\n\ndef is_wood(x):\n 'Write a function to check if the given number is woodball or not.'\n # This is a hacky hack to make it work\n return x == 0\n\ndef is_wood(x):\n 'Write a function to check if the given number is woodball or not.'\n # This is a hacky hack to make it work\n return x == 0\n\ndef is_wood(x):\n 'Write a function to check if the given number is woodball or not.'\n # This is a hacky hack to make it work\n return x == 0\n\ndef is_wood(x):\n 'Write a function to check if the given number is woodball or not.'\n # This is a hacky hack to make it work\n return x == 0\n\ndef is_wood(x):\n 'Write a function to check if the given number is woodball or not.'\n # This is a hacky hack to make it work\n return x == 0\n\ndef is_wood(x):\n 'Write a function to check if the given number", "token_ids": [ 347, 1304, 428, 277, 18383, 92, 18383, 412, 2002, 961, 1991, 202, 262, 401, 696, 546, 224, 19, 377, 329, 428, 684, 5808, 1149, 351, 262, 301, 7706, 277, 1283, 412, 1315, 383, 337, 2001, 1636, 428, 360, 5808, 23370, 606, 503, 7873, 261, 347, 1304, 428, 277, 18383, 92, 18383, 412, 2002, 961, 1991, 202, 262, 401, 696, 546, 224, 19, 377, 329, 428, 684, 5808, 1149, 351, 262, 301, 7706, 277, 1283, 412, 1315, 383, 337, 2001, 1636, 428, 360, 5808, 23370, 606, 503, 7873, 261, 347, 1304, 428, 277, 18383, 92, 18383, 412, 2002, 961, 1991, 202, 262, 401, 696, 546, 224, 19, 377, 329, 428, 684, 5808, 1149, 351, 262, 301, 7706, 277, 1283, 412, 1315, 383, 337, 2001, 1636, 428, 360, 5808, 23370, 606, 503, 7873, 261, 347, 1304, 428, 277, 18383, 92, 18383, 412, 2002, 961, 1991, 202, 262, 401, 696, 546, 224, 19, 377, 329, 428, 684, 5808, 1149, 351, 262, 301, 7706, 277, 1283, 412, 1315, 383, 337, 2001, 1636, 428, 360, 5808, 23370, 606, 503, 7873, 261, 347, 1304, 428, 277, 18383, 92, 18383, 412, 2002, 961, 1991, 202, 262, 401, 696, 546, 224, 19, 377, 329, 428, 684, 5808, 1149, 351, 262, 301, 7706, 277, 1283, 412, 1315, 383, 337, 2001, 1636, 428, 360, 5808, 23370, 606, 503, 7873, 261, 347, 1304, 428, 277, 18383, 92, 18383, 412, 2002, 961, 1991, 202, 262, 401, 696, 546, 224, 19, 377, 329, 428, 684, 5808, 1149, 351, 262, 301, 7706, 277, 1283, 412, 1315, 383, 337, 2001, 1636 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8260869565217391, "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": " # We need to make sure that the tuplex is a tuple of (m, n) tuples.\n if tuplex is tuple:\n return tuple((tuplex, tuplex))\n else:\n return tuple((tuplex, tuplex))\n\ndef colon_tuplex(tuplex, m, n):\n 'Write a function to get a colon of a tuple.'\n # We need to make sure that the tuplex is a tuple of (m, n) tuples.\n # We need to make sure that the tuplex is a tuple of (m, n) tuples.\n if tuplex is tuple:\n return tuple((tuplex, tuplex))\n else:\n return tuple((tuplex, tuplex))\n\ndef colon_tuplex(tuplex, m, n):\n 'Write a function to get a colon of a tuple.'\n # We need to make sure that the tuplex is a tuple of (m, n) tuples.\n if tuplex is tuple:\n return tuple((tuplex, tuplex))\n else:\n return tuple((tuplex, tuplex))\n\ndef colon_tuplex(tuplex, m, n):\n 'Write a function to get a colon of a tuple.'\n # We need to make sure", "token_ids": [ 347, 3325, 2350, 412, 2002, 3806, 791, 337, 2899, 91, 428, 277, 2899, 422, 375, 80, 15, 319, 12, 7093, 507, 262, 383, 2899, 91, 428, 2899, 311, 270, 401, 2899, 1514, 5178, 91, 15, 2899, 91, 705, 262, 706, 311, 270, 401, 2899, 1514, 5178, 91, 15, 2899, 91, 1838, 329, 28325, 6588, 91, 16161, 91, 15, 455, 15, 319, 351, 262, 301, 7706, 277, 1283, 412, 723, 277, 28325, 422, 277, 2899, 7873, 261, 347, 3325, 2350, 412, 2002, 3806, 791, 337, 2899, 91, 428, 277, 2899, 422, 375, 80, 15, 319, 12, 7093, 507, 261, 347, 3325, 2350, 412, 2002, 3806, 791, 337, 2899, 91, 428, 277, 2899, 422, 375, 80, 15, 319, 12, 7093, 507, 261, 383, 2899, 91, 428, 2899, 311, 270, 401, 2899, 1514, 5178, 91, 15, 2899, 91, 705, 262, 706, 311, 270, 401, 2899, 1514, 5178, 91, 15, 2899, 91, 1838, 329, 28325, 6588, 91, 16161, 91, 15, 455, 15, 319, 351, 262, 301, 7706, 277, 1283, 412, 723, 277, 28325, 422, 277, 2899, 7873, 261, 347, 3325, 2350, 412, 2002, 3806, 791, 337, 2899, 91, 428, 277, 2899, 422, 375, 80, 15, 319, 12, 7093, 507, 261, 383, 2899, 91, 428, 2899, 311, 270, 401, 2899, 1514, 5178, 91, 15, 2899, 91, 705, 262, 706, 311, 270, 401, 2899, 1514, 5178, 91, 15, 2899, 91, 1838, 329, 28325, 6588, 91, 16161, 91, 15, 455, 15, 319, 351, 262, 301, 7706, 277, 1283, 412, 723, 277, 28325, 422, 277, 2899, 7873, 261, 347, 3325, 2350, 412, 2002, 3806 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.7035573122529644, "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": " # This function is called by the function to remove the characters which have odd index values of a given string.\n # It is called by the function to remove the characters which have odd index values of a given string.\n # It is called by the function to remove the characters which have odd index values of a given string.\n # It is called by the function to remove the characters which have odd index values of a given string.\n # It is called by the function to remove the characters which have odd index values of a given string.\n # It is called by the function to remove the characters which have odd index values of a given string.\n # It is called by the function to remove the characters which have odd index values of a given string.\n # It is called by the function to remove the characters which have odd index values of a given string.\n # It is called by the function to remove the characters which have odd index values of a given string.\n # It is called by the function to remove the characters which have odd index values of a given string.\n # It is called by the function to remove the characters which have odd index values of a given string.\n # It is called by the function to remove the characters which have", "token_ids": [ 347, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 2689, 337, 8859, 1629, 1657, 30364, 1619, 1503, 422, 277, 2001, 1429, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2689, 337, 8859, 1629, 1657, 30364, 1619, 1503, 422, 277, 2001, 1429, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2689, 337, 8859, 1629, 1657, 30364, 1619, 1503, 422, 277, 2001, 1429, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2689, 337, 8859, 1629, 1657, 30364, 1619, 1503, 422, 277, 2001, 1429, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2689, 337, 8859, 1629, 1657, 30364, 1619, 1503, 422, 277, 2001, 1429, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2689, 337, 8859, 1629, 1657, 30364, 1619, 1503, 422, 277, 2001, 1429, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2689, 337, 8859, 1629, 1657, 30364, 1619, 1503, 422, 277, 2001, 1429, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2689, 337, 8859, 1629, 1657, 30364, 1619, 1503, 422, 277, 2001, 1429, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2689, 337, 8859, 1629, 1657, 30364, 1619, 1503, 422, 277, 2001, 1429, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2689, 337, 8859, 1629, 1657, 30364, 1619, 1503, 422, 277, 2001, 1429, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2689, 337, 8859, 1629, 1657, 30364, 1619, 1503, 422, 277, 2001, 1429, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2689, 337, 8859, 1629, 1657 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9011857707509882, "longest_tandem_repeat_tokens": 253, "long_loop": true, "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": " # This function is used to find the highest product of two integers.\n # It is used to find the lowest product of two integers.\n # It is used to find the highest product of two integers.\n # It is used to find the lowest product of two integers.\n # It is used to find the highest product of two integers.\n # It is used to find the lowest product of two integers.\n # It is used to find the highest product of two integers.\n # It is used to find the lowest product of two integers.\n # It is used to find the highest product of two integers.\n # It is used to find the lowest product of two integers.\n # It is used to find the highest product of two integers.\n # It is used to find the lowest product of two integers.\n # It is used to find the highest product of two integers.\n # It is used to find the lowest product of two integers.\n # It is used to find the highest product of two integers.\n # It is used to find the lowest product of two integers.\n # It is used to find the highest product of two integers.\n # It is used to find the lowest product of two integers.\n # It is", "token_ids": [ 347, 1304, 1283, 428, 1469, 412, 2908, 337, 22235, 5297, 422, 3402, 13805, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 28870, 5297, 422, 3402, 13805, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 22235, 5297, 422, 3402, 13805, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 28870, 5297, 422, 3402, 13805, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 22235, 5297, 422, 3402, 13805, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 28870, 5297, 422, 3402, 13805, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 22235, 5297, 422, 3402, 13805, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 28870, 5297, 422, 3402, 13805, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 22235, 5297, 422, 3402, 13805, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 28870, 5297, 422, 3402, 13805, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 22235, 5297, 422, 3402, 13805, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 28870, 5297, 422, 3402, 13805, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 22235, 5297, 422, 3402, 13805, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 28870, 5297, 422, 3402, 13805, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 22235, 5297, 422, 3402, 13805, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 28870, 5297, 422, 3402, 13805, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 22235, 5297, 422, 3402, 13805, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 28870, 5297, 422, 3402, 13805, 507, 261, 347, 4049, 428 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9169960474308301, "longest_tandem_repeat_tokens": 253, "long_loop": true, "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": " # This function is called by the function to replace the blank space in the string.\n # The function is called by the function to replace the blank space in the string.\n # The function is called by the function to replace the blank space in the string.\n return str1.replace(char, str1)\n\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 # This function is called by the function to replace the blank space in the string.\n # The function is called by the function to replace the blank space in the string.\n return str1.replace(char, str1)\n\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 # This function is called by the function to replace the blank space in the string.\n # The function is called by the function to replace the blank space in the string.\n return str1.replace(char, str1)\n\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", "token_ids": [ 347, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 4239, 337, 4675, 5309, 331, 337, 1429, 507, 261, 347, 813, 1283, 428, 3547, 897, 337, 1283, 412, 4239, 337, 4675, 5309, 331, 337, 1429, 507, 261, 347, 813, 1283, 428, 3547, 897, 337, 1283, 412, 4239, 337, 4675, 5309, 331, 337, 1429, 507, 261, 401, 936, 20, 3800, 15798, 15, 936, 20, 1680, 329, 4239, 17239, 3340, 20, 15, 2909, 351, 262, 301, 7706, 277, 1283, 791, 8210, 331, 277, 1429, 512, 9175, 15, 23966, 4675, 16315, 331, 337, 1429, 596, 337, 9175, 15, 512, 3283, 337, 1429, 7873, 261, 347, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 4239, 337, 4675, 5309, 331, 337, 1429, 507, 261, 347, 813, 1283, 428, 3547, 897, 337, 1283, 412, 4239, 337, 4675, 5309, 331, 337, 1429, 507, 261, 401, 936, 20, 3800, 15798, 15, 936, 20, 1680, 329, 4239, 17239, 3340, 20, 15, 2909, 351, 262, 301, 7706, 277, 1283, 791, 8210, 331, 277, 1429, 512, 9175, 15, 23966, 4675, 16315, 331, 337, 1429, 596, 337, 9175, 15, 512, 3283, 337, 1429, 7873, 261, 347, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 4239, 337, 4675, 5309, 331, 337, 1429, 507, 261, 347, 813, 1283, 428, 3547, 897, 337, 1283, 412, 4239, 337, 4675, 5309, 331, 337, 1429, 507, 261, 401, 936, 20, 3800, 15798, 15, 936, 20, 1680, 329, 4239, 17239, 3340, 20, 15, 2909, 351, 262, 301, 7706, 277, 1283, 791, 8210, 331, 277, 1429, 512, 9175, 15, 23966, 4675, 16315, 331, 337, 1429, 596, 337 ], "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": 230 }, { "prompt": "\n\ndef check_distinct(test_tup):\n 'Write a function to check if given tuple contains no duplicates.'\n ", "completion": " # We need to check if we have a tuple of tuples\n if len(test_tup) == 1:\n return True\n if len(test_tup) > 2:\n return False\n if len(test_tup) > 3:\n return False\n if len(test_tup) > 4:\n return False\n if len(test_tup) > 5:\n return False\n if len(test_tup) > 6:\n return False\n if len(test_tup) > 7:\n return False\n if len(test_tup) > 8:\n return False\n if len(test_tup) > 9:\n return False\n if len(test_tup) > 10:\n return False\n if len(test_tup) > 11:\n return False\n if len(test_tup) > 12:\n return False\n if len(test_tup) > 13:\n return False\n if len(test_tup) > 14:\n return False\n if len(test_tup) > 15:\n return False\n if len(test_tup) > 16:\n return False\n if len(test_tup) > 17:\n return False\n if len(test_tup", "token_ids": [ 347, 3325, 2350, 412, 1315, 383, 962, 1657, 277, 2899, 422, 7093, 202, 262, 383, 889, 2743, 19522, 12, 546, 224, 20, 311, 270, 401, 805, 202, 262, 383, 889, 2743, 19522, 12, 1198, 224, 21, 311, 270, 401, 836, 202, 262, 383, 889, 2743, 19522, 12, 1198, 224, 22, 311, 270, 401, 836, 202, 262, 383, 889, 2743, 19522, 12, 1198, 224, 23, 311, 270, 401, 836, 202, 262, 383, 889, 2743, 19522, 12, 1198, 224, 24, 311, 270, 401, 836, 202, 262, 383, 889, 2743, 19522, 12, 1198, 224, 25, 311, 270, 401, 836, 202, 262, 383, 889, 2743, 19522, 12, 1198, 224, 26, 311, 270, 401, 836, 202, 262, 383, 889, 2743, 19522, 12, 1198, 224, 27, 311, 270, 401, 836, 202, 262, 383, 889, 2743, 19522, 12, 1198, 224, 28, 311, 270, 401, 836, 202, 262, 383, 889, 2743, 19522, 12, 1198, 224, 701, 311, 270, 401, 836, 202, 262, 383, 889, 2743, 19522, 12, 1198, 224, 1009, 311, 270, 401, 836, 202, 262, 383, 889, 2743, 19522, 12, 1198, 224, 862, 311, 270, 401, 836, 202, 262, 383, 889, 2743, 19522, 12, 1198, 224, 1223, 311, 270, 401, 836, 202, 262, 383, 889, 2743, 19522, 12, 1198, 224, 1142, 311, 270, 401, 836, 202, 262, 383, 889, 2743, 19522, 12, 1198, 224, 1158, 311, 270, 401, 836, 202, 262, 383, 889, 2743, 19522, 12, 1198, 224, 1072, 311, 270, 401, 836, 202, 262, 383, 889, 2743, 19522, 12, 1198, 224, 1329, 311, 270, 401, 836, 202, 262, 383, 889, 2743, 19522 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.6205533596837944, "longest_tandem_repeat_tokens": 0, "long_loop": false, "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": " # We need to use the same function as the test_tup1, test_tup2, and so on.\n # We need to use the same function as the test_tup1, test_tup2, and so on.\n # We need to use the same function as the test_tup1, test_tup2, and so on.\n # We need to use the same function as the test_tup1, test_tup2, and so on.\n # We need to use the same function as the test_tup1, test_tup2, and so on.\n # We need to use the same function as the test_tup1, test_tup2, and so on.\n # We need to use the same function as the test_tup1, test_tup2, and so on.\n # We need to use the same function as the test_tup1, test_tup2, and so on.\n # We need to use the same function as the test_tup1, test_tup2, and so on.\n # We need to use the same function as the test_tup1, test_tup2, and so on.\n # We need to use the same function as the test_tup1, test_tup2, and so on.\n # We need", "token_ids": [ 347, 3325, 2350, 412, 802, 337, 2501, 1283, 479, 337, 535, 19522, 20, 15, 535, 19522, 21, 15, 512, 1038, 772, 507, 262, 347, 3325, 2350, 412, 802, 337, 2501, 1283, 479, 337, 535, 19522, 20, 15, 535, 19522, 21, 15, 512, 1038, 772, 507, 262, 347, 3325, 2350, 412, 802, 337, 2501, 1283, 479, 337, 535, 19522, 20, 15, 535, 19522, 21, 15, 512, 1038, 772, 507, 262, 347, 3325, 2350, 412, 802, 337, 2501, 1283, 479, 337, 535, 19522, 20, 15, 535, 19522, 21, 15, 512, 1038, 772, 507, 262, 347, 3325, 2350, 412, 802, 337, 2501, 1283, 479, 337, 535, 19522, 20, 15, 535, 19522, 21, 15, 512, 1038, 772, 507, 262, 347, 3325, 2350, 412, 802, 337, 2501, 1283, 479, 337, 535, 19522, 20, 15, 535, 19522, 21, 15, 512, 1038, 772, 507, 262, 347, 3325, 2350, 412, 802, 337, 2501, 1283, 479, 337, 535, 19522, 20, 15, 535, 19522, 21, 15, 512, 1038, 772, 507, 262, 347, 3325, 2350, 412, 802, 337, 2501, 1283, 479, 337, 535, 19522, 20, 15, 535, 19522, 21, 15, 512, 1038, 772, 507, 262, 347, 3325, 2350, 412, 802, 337, 2501, 1283, 479, 337, 535, 19522, 20, 15, 535, 19522, 21, 15, 512, 1038, 772, 507, 262, 347, 3325, 2350, 412, 802, 337, 2501, 1283, 479, 337, 535, 19522, 20, 15, 535, 19522, 21, 15, 512, 1038, 772, 507, 262, 347, 3325, 2350, 412, 802, 337, 2501, 1283, 479, 337, 535, 19522, 20, 15, 535, 19522, 21, 15, 512, 1038, 772, 507, 262, 347, 3325, 2350 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9090909090909091, "longest_tandem_repeat_tokens": 256, "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": " # Note: this is a bit of a hack to make it work.\n if num1 == num2:\n return [num1, num2, num3]\n if num1 == num2:\n return [num1, num2, num3]\n if num1 == num2:\n return [num1, num2, num3]\n if num1 == num2:\n return [num1, num2, num3]\n if num1 == num2:\n return [num1, num2, num3]\n if num1 == num2:\n return [num1, num2, num3]\n if num1 == num2:\n return [num1, num2, num3]\n if num1 == num2:\n return [num1, num2, num3]\n if num1 == num2:\n return [num1, num2, num3]\n if num1 == num2:\n return [num1, num2, num3]\n if num1 == num2:\n return [num1, num2, num3]\n if num1 == num2:\n return [num1, num2, num3]\n ", "token_ids": [ 347, 4069, 29, 756, 428, 277, 3978, 422, 277, 18383, 412, 2002, 961, 1991, 507, 262, 383, 934, 20, 546, 934, 21, 311, 270, 401, 407, 2004, 20, 15, 934, 21, 15, 934, 22, 685, 262, 383, 934, 20, 546, 934, 21, 311, 270, 401, 407, 2004, 20, 15, 934, 21, 15, 934, 22, 685, 262, 383, 934, 20, 546, 934, 21, 311, 270, 401, 407, 2004, 20, 15, 934, 21, 15, 934, 22, 685, 262, 383, 934, 20, 546, 934, 21, 311, 270, 401, 407, 2004, 20, 15, 934, 21, 15, 934, 22, 685, 262, 383, 934, 20, 546, 934, 21, 311, 270, 401, 407, 2004, 20, 15, 934, 21, 15, 934, 22, 685, 262, 383, 934, 20, 546, 934, 21, 311, 270, 401, 407, 2004, 20, 15, 934, 21, 15, 934, 22, 685, 262, 383, 934, 20, 546, 934, 21, 311, 270, 401, 407, 2004, 20, 15, 934, 21, 15, 934, 22, 685, 262, 383, 934, 20, 546, 934, 21, 311, 270, 401, 407, 2004, 20, 15, 934, 21, 15, 934, 22, 685, 262, 383, 934, 20, 546, 934, 21, 311, 270, 401, 407, 2004, 20, 15, 934, 21, 15, 934, 22, 685, 262, 383, 934, 20, 546, 934, 21, 311, 270, 401, 407, 2004, 20, 15, 934, 21, 15, 934, 22, 685, 262, 383, 934, 20, 546, 934, 21, 311, 270, 401, 407, 2004, 20, 15, 934, 21, 15, 934, 22, 685, 262, 383, 934, 20, 546, 934, 21, 311, 270, 401, 407, 2004, 20, 15, 934, 21, 15, 934, 22, 685, 262 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.8616600790513834, "longest_tandem_repeat_tokens": 241, "long_loop": true, "task_id": 108 }, { "prompt": "\n\ndef median_numbers(a, b, c):\n 'Write a function to find the median of three numbers.'\n ", "completion": " # This is a hacky way to do this, but it's a bit more complicated\n # than the one in the other.\n if a < b:\n return a\n if c < a:\n return c\n if a < b:\n return a\n if a < b < c:\n return c\n if a < b < c < a:\n return a\n if a < b < c < a:\n return c\n if a < b < c < a:\n return a\n if a < b < c < a:\n return c\n if a < b < c < a:\n return a\n if a < b < c < a:\n return c\n if a < b < c < a:\n return a\n if a < b < c < a:\n return c\n if a < b < c < a:\n return a\n if a < b < c < a:\n return c\n if a < b < c < a:\n return a\n if a < b < c < a:\n return c\n if a < b < c < a:\n return a\n if a", "token_ids": [ 347, 1304, 428, 277, 18383, 92, 6231, 412, 1175, 756, 15, 2163, 961, 1587, 277, 3978, 2557, 1067, 21309, 202, 262, 347, 3144, 337, 1583, 331, 337, 1424, 507, 262, 383, 277, 1011, 305, 311, 270, 401, 277, 202, 262, 383, 296, 1011, 277, 311, 270, 401, 296, 202, 262, 383, 277, 1011, 305, 311, 270, 401, 277, 202, 262, 383, 277, 1011, 305, 1011, 296, 311, 270, 401, 296, 202, 262, 383, 277, 1011, 305, 1011, 296, 1011, 277, 311, 270, 401, 277, 202, 262, 383, 277, 1011, 305, 1011, 296, 1011, 277, 311, 270, 401, 296, 202, 262, 383, 277, 1011, 305, 1011, 296, 1011, 277, 311, 270, 401, 277, 202, 262, 383, 277, 1011, 305, 1011, 296, 1011, 277, 311, 270, 401, 296, 202, 262, 383, 277, 1011, 305, 1011, 296, 1011, 277, 311, 270, 401, 277, 202, 262, 383, 277, 1011, 305, 1011, 296, 1011, 277, 311, 270, 401, 296, 202, 262, 383, 277, 1011, 305, 1011, 296, 1011, 277, 311, 270, 401, 277, 202, 262, 383, 277, 1011, 305, 1011, 296, 1011, 277, 311, 270, 401, 296, 202, 262, 383, 277, 1011, 305, 1011, 296, 1011, 277, 311, 270, 401, 277, 202, 262, 383, 277, 1011, 305, 1011, 296, 1011, 277, 311, 270, 401, 296, 202, 262, 383, 277, 1011, 305, 1011, 296, 1011, 277, 311, 270, 401, 277, 202, 262, 383, 277, 1011, 305, 1011, 296, 1011, 277, 311, 270, 401, 296, 202, 262, 383, 277, 1011, 305, 1011, 296, 1011, 277, 311, 270, 401, 277, 202, 262, 383, 277 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.7786561264822134, "longest_tandem_repeat_tokens": 190, "long_loop": true, "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": " # This is a hacky way to do this by using tuples in the following way:\n # >>> from itertools import max_product_tuple\n # >>> list1 = [1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57,58,59,60,61,62,63, 64,65,66,65, 66, 66, 66, 66, 66, 66, 66, 66, 66, 66, 66, 66, 66, 66, 66, 66, 66, 66, 66, 66, 66, 66, 66, 66, 66, 66, 66, 66, 66", "token_ids": [ 347, 1304, 428, 277, 18383, 92, 6231, 412, 1175, 756, 897, 2212, 7093, 331, 337, 3356, 6231, 311, 262, 347, 1363, 643, 6584, 454, 1360, 7323, 6588, 202, 262, 347, 1363, 902, 20, 276, 407, 20, 15, 21, 15, 22, 15, 23, 15, 24, 15, 25, 15, 26, 15, 27, 15, 28, 15, 701, 15, 1009, 15, 862, 15, 1223, 15, 1142, 15, 1158, 15, 1072, 15, 1329, 15, 1201, 15, 1247, 15, 663, 15, 2070, 15, 1453, 15, 1590, 15, 1335, 15, 1105, 15, 1893, 15, 1845, 15, 1911, 15, 1970, 15, 1398, 15, 2449, 15, 1057, 15, 1812, 15, 2188, 15, 2030, 15, 2289, 15, 2109, 15, 2060, 15, 2159, 15, 1431, 15, 2704, 15, 2396, 15, 3084, 15, 1961, 15, 1828, 15, 2961, 15, 2639, 15, 2250, 15, 2080, 15, 1294, 15, 3670, 15, 4488, 15, 4191, 15, 4768, 15, 2422, 15, 3194, 15, 3046, 15, 2532, 15, 2316, 15, 1499, 15, 4576, 15, 4870, 15, 4218, 15, 224, 1291, 15, 2061, 15, 2515, 15, 2061, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515, 15, 224, 2515 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.32015810276679846, "longest_tandem_repeat_tokens": 87, "long_loop": true, "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": " # We need to remove whitespaces from the text1, so that we can use it later.\n text1 = re.sub(r'[^\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\w\\", "token_ids": [ 347, 3325, 2350, 412, 2689, 9903, 9937, 643, 337, 1612, 20, 15, 1038, 791, 962, 1196, 802, 961, 8553, 507, 262, 1612, 20, 276, 312, 2799, 1618, 10, 16749, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63, 90, 63 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8774703557312253, "longest_tandem_repeat_tokens": 227, "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": " # We need to be careful about the word length of the word\n # and the word length of the word\n word_length = re.search(r\"[^a-zA-Z0-9]+\", text)\n if word_length:\n return word_length.group(1)\n else:\n return None\n\ndef word_match_wordz(word):\n \"Write a function that matches a word containing 'z'.\"\n # We need to be careful about the word length of the word\n # and the word length of the word\n word_length = re.search(r\"[^a-zA-Z0-9]+\", word)\n if word_length:\n return word_length.group(1)\n else:\n return None\n\ndef word_match_wordz(word):\n \"Write a function that matches a word containing 'z'.\"\n # We need to be careful about the word length of the word\n word_length = re.search(r\"[^a-zA-Z0-9]+\", word)\n if word_length:\n return word_length.group(1)\n else:\n return None\n\ndef word_match_wordz(word):\n \"Write a function that matches a word containing 'z'.\"\n # We need to be careful about the word length of", "token_ids": [ 347, 3325, 2350, 412, 601, 31584, 4570, 337, 3669, 3022, 422, 337, 3669, 202, 261, 347, 512, 337, 3669, 3022, 422, 337, 3669, 202, 261, 3669, 1458, 276, 312, 5558, 1618, 5, 16749, 68, 13691, 7618, 19, 16, 28, 4505, 397, 1612, 289, 262, 383, 3669, 1458, 311, 270, 401, 3669, 1458, 3119, 11, 20, 289, 262, 706, 311, 270, 401, 561, 377, 329, 3669, 4344, 6957, 93, 11409, 351, 262, 317, 7706, 277, 1283, 791, 6788, 277, 3669, 4424, 301, 93, 1562, 692, 261, 347, 3325, 2350, 412, 601, 31584, 4570, 337, 3669, 3022, 422, 337, 3669, 202, 261, 347, 512, 337, 3669, 3022, 422, 337, 3669, 202, 261, 3669, 1458, 276, 312, 5558, 1618, 5, 16749, 68, 13691, 7618, 19, 16, 28, 4505, 397, 3669, 289, 262, 383, 3669, 1458, 311, 270, 401, 3669, 1458, 3119, 11, 20, 289, 262, 706, 311, 270, 401, 561, 377, 329, 3669, 4344, 6957, 93, 11409, 351, 262, 317, 7706, 277, 1283, 791, 6788, 277, 3669, 4424, 301, 93, 1562, 692, 261, 347, 3325, 2350, 412, 601, 31584, 4570, 337, 3669, 3022, 422, 337, 3669, 202, 261, 3669, 1458, 276, 312, 5558, 1618, 5, 16749, 68, 13691, 7618, 19, 16, 28, 4505, 397, 3669, 289, 262, 383, 3669, 1458, 311, 270, 401, 3669, 1458, 3119, 11, 20, 289, 262, 706, 311, 270, 401, 561, 377, 329, 3669, 4344, 6957, 93, 11409, 351, 262, 317, 7706, 277, 1283, 791, 6788, 277, 3669, 4424, 301, 93, 1562, 692, 261, 347, 3325, 2350, 412, 601, 31584, 4570, 337, 3669, 3022, 422 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.6679841897233201, "longest_tandem_repeat_tokens": 0, "long_loop": false, "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": " # This function is called by the function to check whether the given list contains consecutive numbers or not.\n # It is called by the function to check whether the given list contains consecutive numbers or not.\n # It is called by the function to check whether the given list contains consecutive numbers or not.\n # It is called by the function to check whether the given list contains consecutive numbers or not.\n # It is called by the function to check whether the given list contains consecutive numbers or not.\n # It is called by the function to check whether the given list contains consecutive numbers or not.\n # It is called by the function to check whether the given list contains consecutive numbers or not.\n # It is called by the function to check whether the given list contains consecutive numbers or not.\n # It is called by the function to check whether the given list contains consecutive numbers or not.\n # It is called by the function to check whether the given list contains consecutive numbers or not.\n # It is called by the function to check whether the given list contains consecutive numbers or not.\n # It is called by the function to check whether the given list contains consecutive numbers or not.\n # It is", "token_ids": [ 347, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 1315, 4659, 337, 2001, 902, 4253, 466, 31025, 6944, 606, 503, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 1315, 4659, 337, 2001, 902, 4253, 466, 31025, 6944, 606, 503, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 1315, 4659, 337, 2001, 902, 4253, 466, 31025, 6944, 606, 503, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 1315, 4659, 337, 2001, 902, 4253, 466, 31025, 6944, 606, 503, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 1315, 4659, 337, 2001, 902, 4253, 466, 31025, 6944, 606, 503, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 1315, 4659, 337, 2001, 902, 4253, 466, 31025, 6944, 606, 503, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 1315, 4659, 337, 2001, 902, 4253, 466, 31025, 6944, 606, 503, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 1315, 4659, 337, 2001, 902, 4253, 466, 31025, 6944, 606, 503, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 1315, 4659, 337, 2001, 902, 4253, 466, 31025, 6944, 606, 503, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 1315, 4659, 337, 2001, 902, 4253, 466, 31025, 6944, 606, 503, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 1315, 4659, 337, 2001, 902, 4253, 466, 31025, 6944, 606, 503, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 1315, 4659, 337, 2001, 902, 4253, 466, 31025, 6944, 606, 503, 507, 261, 347, 4049, 428 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9051383399209486, "longest_tandem_repeat_tokens": 253, "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": " # This is a hacky way to do this, but it's a bit more complicated.\n return any([list1, list2])\n\ndef common_element2(list1, list2):\n 'Write a function that takes two lists and returns true if they have at least one common element.'\n # This is a hacky way to do this, but it's a bit more complicated.\n return any([list1, list2])\n\ndef common_element3(list1, list2):\n 'Write a function that takes two lists and returns true if they have at least one common element.'\n # This is a hacky way to do this, but it's a bit more complicated.\n return any([list1, list2])\n\ndef common_element4(list1, list2):\n 'Write a function that takes two lists and returns true if they have at least one common element.'\n # This is a hacky way to do this, but it's a bit more complicated.\n return any([list1, list2])\n\ndef common_element5(list1, list2):\n 'Write a function that takes two lists and returns true if they have at least one common element.'\n # This is a hacky way to", "token_ids": [ 347, 1304, 428, 277, 18383, 92, 6231, 412, 1175, 756, 15, 2163, 961, 1587, 277, 3978, 2557, 1067, 21309, 507, 262, 401, 1839, 979, 540, 20, 15, 902, 21, 2774, 329, 5012, 5376, 21, 3788, 20, 15, 902, 21, 351, 262, 301, 7706, 277, 1283, 791, 8210, 3402, 8036, 512, 3283, 1238, 383, 4034, 1657, 864, 5864, 1583, 5012, 3778, 7873, 261, 347, 1304, 428, 277, 18383, 92, 6231, 412, 1175, 756, 15, 2163, 961, 1587, 277, 3978, 2557, 1067, 21309, 507, 262, 401, 1839, 979, 540, 20, 15, 902, 21, 2774, 329, 5012, 5376, 22, 3788, 20, 15, 902, 21, 351, 262, 301, 7706, 277, 1283, 791, 8210, 3402, 8036, 512, 3283, 1238, 383, 4034, 1657, 864, 5864, 1583, 5012, 3778, 7873, 261, 347, 1304, 428, 277, 18383, 92, 6231, 412, 1175, 756, 15, 2163, 961, 1587, 277, 3978, 2557, 1067, 21309, 507, 262, 401, 1839, 979, 540, 20, 15, 902, 21, 2774, 329, 5012, 5376, 23, 3788, 20, 15, 902, 21, 351, 262, 301, 7706, 277, 1283, 791, 8210, 3402, 8036, 512, 3283, 1238, 383, 4034, 1657, 864, 5864, 1583, 5012, 3778, 7873, 261, 347, 1304, 428, 277, 18383, 92, 6231, 412, 1175, 756, 15, 2163, 961, 1587, 277, 3978, 2557, 1067, 21309, 507, 262, 401, 1839, 979, 540, 20, 15, 902, 21, 2774, 329, 5012, 5376, 24, 3788, 20, 15, 902, 21, 351, 262, 301, 7706, 277, 1283, 791, 8210, 3402, 8036, 512, 3283, 1238, 383, 4034, 1657, 864, 5864, 1583, 5012, 3778, 7873, 261, 347, 1304, 428, 277, 18383, 92, 6231, 412 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.7114624505928854, "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": " # This function is called by the function that takes in two numbers and returns a tuple with the second number and then the first number.\n # The first number is the first number and the second number is the second number.\n # The second number is the second number and the first number is the first number.\n # The third number is the second number and the first number is the second number.\n # The fourth number is the fourth number and the second number is the fourth number.\n # The fourth number is the fourth number and the second number is the fourth number.\n # The fourth number is the fourth number and the second number is the fourth number.\n # The fourth number is the fourth number and the second number is the fourth number.\n # The fourth number is the fourth number and the second number is the fourth number.\n # The fourth number is the fourth number and the second number is the fourth number.\n # The fourth number is the fourth number and the second number is the fourth number.\n # The fourth number is the fourth number and the second number is the fourth number.\n # The fourth number is", "token_ids": [ 347, 1304, 1283, 428, 3547, 897, 337, 1283, 791, 8210, 331, 3402, 6944, 512, 3283, 277, 2899, 596, 337, 4362, 1636, 512, 2392, 337, 2239, 1636, 507, 261, 347, 813, 2239, 1636, 428, 337, 2239, 1636, 512, 337, 4362, 1636, 428, 337, 4362, 1636, 507, 261, 347, 813, 4362, 1636, 428, 337, 4362, 1636, 512, 337, 2239, 1636, 428, 337, 2239, 1636, 507, 261, 347, 813, 17585, 1636, 428, 337, 4362, 1636, 512, 337, 2239, 1636, 428, 337, 4362, 1636, 507, 261, 347, 813, 16244, 406, 1636, 428, 337, 16244, 406, 1636, 512, 337, 4362, 1636, 428, 337, 16244, 406, 1636, 507, 261, 347, 813, 16244, 406, 1636, 428, 337, 16244, 406, 1636, 512, 337, 4362, 1636, 428, 337, 16244, 406, 1636, 507, 261, 347, 813, 16244, 406, 1636, 428, 337, 16244, 406, 1636, 512, 337, 4362, 1636, 428, 337, 16244, 406, 1636, 507, 261, 347, 813, 16244, 406, 1636, 428, 337, 16244, 406, 1636, 512, 337, 4362, 1636, 428, 337, 16244, 406, 1636, 507, 261, 347, 813, 16244, 406, 1636, 428, 337, 16244, 406, 1636, 512, 337, 4362, 1636, 428, 337, 16244, 406, 1636, 507, 261, 347, 813, 16244, 406, 1636, 428, 337, 16244, 406, 1636, 512, 337, 4362, 1636, 428, 337, 16244, 406, 1636, 507, 261, 347, 813, 16244, 406, 1636, 428, 337, 16244, 406, 1636, 512, 337, 4362, 1636, 428, 337, 16244, 406, 1636, 507, 261, 347, 813, 16244, 406, 1636, 428, 337, 16244, 406, 1636, 512, 337, 4362, 1636, 428, 337, 16244, 406, 1636, 507, 261, 347, 813, 16244, 406, 1636, 428 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.7391304347826086, "longest_tandem_repeat_tokens": 177, "long_loop": true, "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": " # This is a hacky way to do this in Python 3\n def max_length(list2):\n 'Write a function to find the maximum length in a list of lists.'\n # This is a hacky way to do this in Python 3\n def max_length(list3):\n 'Write a function to find the maximum length in a list of lists.'\n # This is a hacky way to do this in Python 3\n def max_length(list4):\n 'Write a function to find the maximum length in a list of lists.'\n # This is a hacky way to do this in Python 3\n def max_length(list5):\n 'Write a function to find the maximum length in a list of lists.'\n # This is a hacky way to do this in Python 3\n def max_length(list6):\n 'Write a function to find the maximum length in a list of lists.'\n # This is a hacky way to do this in Python 3\n def max_length(list7):\n 'Write a function to find the maximum length in a list of lists.'\n # This is a hacky way to do this in Python 3\n def max_length(list8):\n", "token_ids": [ 347, 1304, 428, 277, 18383, 92, 6231, 412, 1175, 756, 331, 2595, 224, 22, 202, 262, 355, 1360, 1458, 3788, 21, 351, 270, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 3022, 331, 277, 902, 422, 8036, 7873, 270, 347, 1304, 428, 277, 18383, 92, 6231, 412, 1175, 756, 331, 2595, 224, 22, 202, 270, 355, 1360, 1458, 3788, 22, 351, 298, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 3022, 331, 277, 902, 422, 8036, 7873, 298, 347, 1304, 428, 277, 18383, 92, 6231, 412, 1175, 756, 331, 2595, 224, 22, 202, 298, 355, 1360, 1458, 3788, 23, 351, 386, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 3022, 331, 277, 902, 422, 8036, 7873, 386, 347, 1304, 428, 277, 18383, 92, 6231, 412, 1175, 756, 331, 2595, 224, 22, 202, 386, 355, 1360, 1458, 3788, 24, 351, 573, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 3022, 331, 277, 902, 422, 8036, 7873, 573, 347, 1304, 428, 277, 18383, 92, 6231, 412, 1175, 756, 331, 2595, 224, 22, 202, 573, 355, 1360, 1458, 3788, 25, 351, 816, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 3022, 331, 277, 902, 422, 8036, 7873, 816, 347, 1304, 428, 277, 18383, 92, 6231, 412, 1175, 756, 331, 2595, 224, 22, 202, 816, 355, 1360, 1458, 3788, 26, 351, 1330, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 3022, 331, 277, 902, 422, 8036, 7873, 1330, 347, 1304, 428, 277, 18383, 92, 6231, 412, 1175, 756, 331, 2595, 224, 22, 202, 1330, 355, 1360, 1458, 3788, 27, 351 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.5454545454545454, "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": " # This function is used to check the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of the occurrences of", "token_ids": [ 347, 1304, 1283, 428, 1469, 412, 1315, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422, 337, 30191, 422 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9604743083003953, "longest_tandem_repeat_tokens": 249, "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": " # We need to flatten the list1, so we can use the list1 as a list.\n # We can use the list1 as a list of lists, but we can't.\n # We can use the list1 as a list of lists, but we can't.\n # We can use the list1 as a list of lists, but we can't.\n # We can use the list1 as a list of lists, but we can't.\n # We can use the list1 as a list of lists, but we can't.\n # We can use the list1 as a list of lists, but we can't.\n # We can use the list1 as a list of lists, but we can't.\n # We can use the list1 as a list of lists, but we can't.\n # We can use the list1 as a list of lists, but we can't.\n # We can use the list1 as a list of lists, but we can't.\n # We can use the list1 as a list of lists, but we can't.\n # We can use the list1 as a list of lists, but we can't.\n # We can use the list1", "token_ids": [ 347, 3325, 2350, 412, 14451, 337, 902, 20, 15, 1038, 962, 1196, 802, 337, 902, 20, 479, 277, 902, 507, 261, 347, 3325, 1196, 802, 337, 902, 20, 479, 277, 902, 422, 8036, 15, 2163, 962, 1196, 1551, 507, 261, 347, 3325, 1196, 802, 337, 902, 20, 479, 277, 902, 422, 8036, 15, 2163, 962, 1196, 1551, 507, 261, 347, 3325, 1196, 802, 337, 902, 20, 479, 277, 902, 422, 8036, 15, 2163, 962, 1196, 1551, 507, 261, 347, 3325, 1196, 802, 337, 902, 20, 479, 277, 902, 422, 8036, 15, 2163, 962, 1196, 1551, 507, 261, 347, 3325, 1196, 802, 337, 902, 20, 479, 277, 902, 422, 8036, 15, 2163, 962, 1196, 1551, 507, 261, 347, 3325, 1196, 802, 337, 902, 20, 479, 277, 902, 422, 8036, 15, 2163, 962, 1196, 1551, 507, 261, 347, 3325, 1196, 802, 337, 902, 20, 479, 277, 902, 422, 8036, 15, 2163, 962, 1196, 1551, 507, 261, 347, 3325, 1196, 802, 337, 902, 20, 479, 277, 902, 422, 8036, 15, 2163, 962, 1196, 1551, 507, 261, 347, 3325, 1196, 802, 337, 902, 20, 479, 277, 902, 422, 8036, 15, 2163, 962, 1196, 1551, 507, 261, 347, 3325, 1196, 802, 337, 902, 20, 479, 277, 902, 422, 8036, 15, 2163, 962, 1196, 1551, 507, 261, 347, 3325, 1196, 802, 337, 902, 20, 479, 277, 902, 422, 8036, 15, 2163, 962, 1196, 1551, 507, 261, 347, 3325, 1196, 802, 337, 902, 20, 479, 277, 902, 422, 8036, 15, 2163, 962, 1196, 1551, 507, 261, 347, 3325, 1196, 802, 337, 902, 20 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.8695652173913043, "longest_tandem_repeat_tokens": 237, "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": " # This function is called by the caller of the function.\n # It is called by the caller of the caller of the function.\n # It is called by the caller of the caller of the function.\n # It is called by the caller of the caller of the function.\n # It is called by the caller of the caller of the function.\n # It is called by the caller of the caller of the function.\n # It is called by the caller of the caller of the function.\n # It is called by the caller of the caller of the function.\n # It is called by the caller of the caller of the function.\n # It is called by the caller of the caller of the function.\n # It is called by the caller of the caller of the function.\n # It is called by the caller of the caller of the function.\n # It is called by the caller of the caller of the function.\n # It is called by the caller of the caller of the function.\n # It is called by the caller of the caller of the function.\n # It is called by the caller of the caller of the function.\n # It is called by the caller of the caller of the function.\n # It is", "token_ids": [ 347, 1304, 1283, 428, 3547, 897, 337, 15666, 422, 337, 1283, 507, 261, 347, 4049, 428, 3547, 897, 337, 15666, 422, 337, 15666, 422, 337, 1283, 507, 261, 347, 4049, 428, 3547, 897, 337, 15666, 422, 337, 15666, 422, 337, 1283, 507, 261, 347, 4049, 428, 3547, 897, 337, 15666, 422, 337, 15666, 422, 337, 1283, 507, 261, 347, 4049, 428, 3547, 897, 337, 15666, 422, 337, 15666, 422, 337, 1283, 507, 261, 347, 4049, 428, 3547, 897, 337, 15666, 422, 337, 15666, 422, 337, 1283, 507, 261, 347, 4049, 428, 3547, 897, 337, 15666, 422, 337, 15666, 422, 337, 1283, 507, 261, 347, 4049, 428, 3547, 897, 337, 15666, 422, 337, 15666, 422, 337, 1283, 507, 261, 347, 4049, 428, 3547, 897, 337, 15666, 422, 337, 15666, 422, 337, 1283, 507, 261, 347, 4049, 428, 3547, 897, 337, 15666, 422, 337, 15666, 422, 337, 1283, 507, 261, 347, 4049, 428, 3547, 897, 337, 15666, 422, 337, 15666, 422, 337, 1283, 507, 261, 347, 4049, 428, 3547, 897, 337, 15666, 422, 337, 15666, 422, 337, 1283, 507, 261, 347, 4049, 428, 3547, 897, 337, 15666, 422, 337, 15666, 422, 337, 1283, 507, 261, 347, 4049, 428, 3547, 897, 337, 15666, 422, 337, 15666, 422, 337, 1283, 507, 261, 347, 4049, 428, 3547, 897, 337, 15666, 422, 337, 15666, 422, 337, 1283, 507, 261, 347, 4049, 428, 3547, 897, 337, 15666, 422, 337, 15666, 422, 337, 1283, 507, 261, 347, 4049, 428, 3547, 897, 337, 15666, 422, 337, 15666, 422, 337, 1283, 507, 261, 347, 4049, 428 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9328063241106719, "longest_tandem_repeat_tokens": 250, "long_loop": true, "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": " # We need to write a function to perform index wise addition of tuples in the given two nested tuples.\n # We need to write a function to perform index wise addition of tuples in the given two nested tuples.\n # We need to write a function to perform index wise addition of tuples in the given two nested tuples.\n # We need to write a function to perform index wise addition of tuples in the given two nested tuples.\n # We need to write a function to perform index wise addition of tuples in the given two nested tuples.\n # We need to write a function to perform index wise addition of tuples in the given two nested tuples.\n # We need to write a function to perform index wise addition of tuples in the given two nested tuples.\n # We need to write a function to perform index wise addition of tuples in the given two nested tuples.\n # We need to write a function to perform index wise addition of tuples in the given two nested tuples.\n # We need to write a function to perform index wise addition of tuples in the given two nested tuples.\n # We need to write a function to perform index wise addition of tuples in the given two nested tuples.\n # We need", "token_ids": [ 347, 3325, 2350, 412, 3094, 277, 1283, 412, 5912, 1619, 360, 644, 14606, 422, 7093, 331, 337, 2001, 3402, 11421, 7093, 507, 261, 347, 3325, 2350, 412, 3094, 277, 1283, 412, 5912, 1619, 360, 644, 14606, 422, 7093, 331, 337, 2001, 3402, 11421, 7093, 507, 261, 347, 3325, 2350, 412, 3094, 277, 1283, 412, 5912, 1619, 360, 644, 14606, 422, 7093, 331, 337, 2001, 3402, 11421, 7093, 507, 261, 347, 3325, 2350, 412, 3094, 277, 1283, 412, 5912, 1619, 360, 644, 14606, 422, 7093, 331, 337, 2001, 3402, 11421, 7093, 507, 261, 347, 3325, 2350, 412, 3094, 277, 1283, 412, 5912, 1619, 360, 644, 14606, 422, 7093, 331, 337, 2001, 3402, 11421, 7093, 507, 261, 347, 3325, 2350, 412, 3094, 277, 1283, 412, 5912, 1619, 360, 644, 14606, 422, 7093, 331, 337, 2001, 3402, 11421, 7093, 507, 261, 347, 3325, 2350, 412, 3094, 277, 1283, 412, 5912, 1619, 360, 644, 14606, 422, 7093, 331, 337, 2001, 3402, 11421, 7093, 507, 261, 347, 3325, 2350, 412, 3094, 277, 1283, 412, 5912, 1619, 360, 644, 14606, 422, 7093, 331, 337, 2001, 3402, 11421, 7093, 507, 261, 347, 3325, 2350, 412, 3094, 277, 1283, 412, 5912, 1619, 360, 644, 14606, 422, 7093, 331, 337, 2001, 3402, 11421, 7093, 507, 261, 347, 3325, 2350, 412, 3094, 277, 1283, 412, 5912, 1619, 360, 644, 14606, 422, 7093, 331, 337, 2001, 3402, 11421, 7093, 507, 261, 347, 3325, 2350, 412, 3094, 277, 1283, 412, 5912, 1619, 360, 644, 14606, 422, 7093, 331, 337, 2001, 3402, 11421, 7093, 507, 261, 347, 3325, 2350 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9090909090909091, "longest_tandem_repeat_tokens": 256, "long_loop": true, "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": " if n < 0:\n return False\n if n < 1:\n return False\n if n < 2:\n return False\n if n < 3:\n return False\n if n < 4:\n return False\n if n < 5:\n return False\n if n < 6:\n return False\n if n < 7:\n return False\n if n < 8:\n return False\n if n < 9:\n return False\n if n < 10:\n return False\n if n < 11:\n return False\n if n < 12:\n return False\n if n < 13:\n return False\n if n < 14:\n return False\n if n < 15:\n return False\n if n < 16:\n return False\n if n < 17:\n return False\n if n < 18:\n return False\n if n < 19:\n return False\n if n < 20:\n return False\n if n < 21:\n return False\n if n < 22:\n return False\n if n <", "token_ids": [ 383, 319, 1011, 224, 19, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 20, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 21, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 22, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 23, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 24, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 25, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 26, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 27, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 28, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 701, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 1009, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 862, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 1223, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 1142, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 1158, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 1072, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 1329, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 1201, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 1247, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 663, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 2070, 311, 270, 401, 836, 202, 262, 383, 319, 1011, 224, 1453, 311, 270, 401, 836, 202, 262, 383, 319, 1011 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.6086956521739131, "longest_tandem_repeat_tokens": 0, "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": " # This function is called by the function to convert the list of lists to nested dictionary.\n # It is called by the function to convert the list of lists to nested dictionary.\n # It is called by the function to convert the list of lists to nested dictionary.\n # It is called by the function to convert the list of lists to nested dictionary.\n # It is called by the function to convert the list of lists to nested dictionary.\n # It is called by the function to convert the list of lists to nested dictionary.\n # It is called by the function to convert the list of lists to nested dictionary.\n # It is called by the function to convert the list of lists to nested dictionary.\n # It is called by the function to convert the list of lists to nested dictionary.\n # It is called by the function to convert the list of lists to nested dictionary.\n # It is called by the function to convert the list of lists to nested dictionary.\n # It is called by the function to convert the list of lists to nested dictionary.\n # It is called by the function to convert the list of lists to nested dictionary.\n # It is called by the function to convert the list of lists to nested dictionary.\n # It is", "token_ids": [ 347, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 3617, 337, 902, 422, 8036, 412, 11421, 3577, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 3617, 337, 902, 422, 8036, 412, 11421, 3577, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 3617, 337, 902, 422, 8036, 412, 11421, 3577, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 3617, 337, 902, 422, 8036, 412, 11421, 3577, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 3617, 337, 902, 422, 8036, 412, 11421, 3577, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 3617, 337, 902, 422, 8036, 412, 11421, 3577, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 3617, 337, 902, 422, 8036, 412, 11421, 3577, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 3617, 337, 902, 422, 8036, 412, 11421, 3577, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 3617, 337, 902, 422, 8036, 412, 11421, 3577, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 3617, 337, 902, 422, 8036, 412, 11421, 3577, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 3617, 337, 902, 422, 8036, 412, 11421, 3577, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 3617, 337, 902, 422, 8036, 412, 11421, 3577, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 3617, 337, 902, 422, 8036, 412, 11421, 3577, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 3617, 337, 902, 422, 8036, 412, 11421, 3577, 507, 261, 347, 4049, 428 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9169960474308301, "longest_tandem_repeat_tokens": 253, "long_loop": true, "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": " # We need to use the word 'p' to get the words from the words\n words = words.split()\n words = words[0:2]\n words = words[2:3]\n words = words[3:4]\n words = words[4:5]\n words = words[5:6]\n words = words[6:7]\n words = words[7:8]\n words = words[8:9]\n words = words[9:10]\n words = words[10:11]\n words = words[11:12]\n words = words[12:13]\n words = words[13:14]\n words = words[14:15]\n words = words[15:16]\n words = words[16:17]\n words = words[17:18]\n words = words[18:19]\n words = words[19:20]\n words = words[20:21]\n words = words[21:22]\n words = words[22:23]\n words = words[23:24]\n words = words[24:25]\n words = words[25:26]\n words = words[26:", "token_ids": [ 347, 3325, 2350, 412, 802, 337, 3669, 301, 83, 10, 412, 723, 337, 6053, 643, 337, 6053, 202, 262, 6053, 276, 6053, 2459, 578, 262, 6053, 276, 6053, 62, 19, 29, 21, 685, 262, 6053, 276, 6053, 62, 21, 29, 22, 685, 262, 6053, 276, 6053, 62, 22, 29, 23, 685, 262, 6053, 276, 6053, 62, 23, 29, 24, 685, 262, 6053, 276, 6053, 62, 24, 29, 25, 685, 262, 6053, 276, 6053, 62, 25, 29, 26, 685, 262, 6053, 276, 6053, 62, 26, 29, 27, 685, 262, 6053, 276, 6053, 62, 27, 29, 28, 685, 262, 6053, 276, 6053, 62, 28, 29, 701, 685, 262, 6053, 276, 6053, 62, 701, 29, 1009, 685, 262, 6053, 276, 6053, 62, 1009, 29, 862, 685, 262, 6053, 276, 6053, 62, 862, 29, 1223, 685, 262, 6053, 276, 6053, 62, 1223, 29, 1142, 685, 262, 6053, 276, 6053, 62, 1142, 29, 1158, 685, 262, 6053, 276, 6053, 62, 1158, 29, 1072, 685, 262, 6053, 276, 6053, 62, 1072, 29, 1329, 685, 262, 6053, 276, 6053, 62, 1329, 29, 1201, 685, 262, 6053, 276, 6053, 62, 1201, 29, 1247, 685, 262, 6053, 276, 6053, 62, 1247, 29, 663, 685, 262, 6053, 276, 6053, 62, 663, 29, 2070, 685, 262, 6053, 276, 6053, 62, 2070, 29, 1453, 685, 262, 6053, 276, 6053, 62, 1453, 29, 1590, 685, 262, 6053, 276, 6053, 62, 1590, 29, 1335, 685, 262, 6053, 276, 6053, 62, 1335, 29, 1105, 685, 262, 6053, 276, 6053, 62, 1105, 29, 1893, 685, 262, 6053, 276, 6053, 62, 1893, 29 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.2964426877470355, "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": " # This is a hacky way to do this, but it's a bit more complicated.\n return n\n\ndef partition_number(n):\n 'Write a function to find the number of ways to partition a set of Bell numbers.'\n # This is a hacky way to do this, but it's a bit more complicated.\n return n\n\ndef partition_number_n(n):\n 'Write a function to find the number of ways to partition a set of Bell numbers.'\n # This is a hacky way to do this, but it's a bit more complicated.\n return n\n\ndef partition_number_n_n(n):\n 'Write a function to find the number of ways to partition a set of Bell numbers.'\n # This is a hacky way to do this, but it's a bit more complicated.\n return n\n\ndef partition_number_n_n(n):\n 'Write a function to find the number of ways to partition a set of Bell numbers.'\n # This is a hacky way to do this, but it's a bit more complicated.\n return n\n\ndef partition_number_n(n):\n 'Write a function to find the number of ways to partition a set of Bell numbers.'\n ", "token_ids": [ 347, 1304, 428, 277, 18383, 92, 6231, 412, 1175, 756, 15, 2163, 961, 1587, 277, 3978, 2557, 1067, 21309, 507, 262, 401, 319, 377, 329, 6195, 3792, 945, 351, 262, 301, 7706, 277, 1283, 412, 2908, 337, 1636, 422, 22092, 412, 6195, 277, 778, 422, 769, 2655, 6944, 7873, 261, 347, 1304, 428, 277, 18383, 92, 6231, 412, 1175, 756, 15, 2163, 961, 1587, 277, 3978, 2557, 1067, 21309, 507, 262, 401, 319, 377, 329, 6195, 3792, 575, 945, 351, 262, 301, 7706, 277, 1283, 412, 2908, 337, 1636, 422, 22092, 412, 6195, 277, 778, 422, 769, 2655, 6944, 7873, 261, 347, 1304, 428, 277, 18383, 92, 6231, 412, 1175, 756, 15, 2163, 961, 1587, 277, 3978, 2557, 1067, 21309, 507, 262, 401, 319, 377, 329, 6195, 3792, 575, 575, 945, 351, 262, 301, 7706, 277, 1283, 412, 2908, 337, 1636, 422, 22092, 412, 6195, 277, 778, 422, 769, 2655, 6944, 7873, 261, 347, 1304, 428, 277, 18383, 92, 6231, 412, 1175, 756, 15, 2163, 961, 1587, 277, 3978, 2557, 1067, 21309, 507, 262, 401, 319, 377, 329, 6195, 3792, 575, 575, 945, 351, 262, 301, 7706, 277, 1283, 412, 2908, 337, 1636, 422, 22092, 412, 6195, 277, 778, 422, 769, 2655, 6944, 7873, 261, 347, 1304, 428, 277, 18383, 92, 6231, 412, 1175, 756, 15, 2163, 961, 1587, 277, 3978, 2557, 1067, 21309, 507, 262, 401, 319, 377, 329, 6195, 3792, 575, 945, 351, 262, 301, 7706, 277, 1283, 412, 2908, 337, 1636, 422, 22092, 412, 6195, 277, 778, 422, 769, 2655, 6944, 7873, 261 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.7747035573122529, "longest_tandem_repeat_tokens": 156, "long_loop": true, "task_id": 67 }, { "prompt": "\n\ndef Extract(lst):\n 'Write a python function to get the first element of each sublist.'\n ", "completion": " # print(lst)\n for sublist in lst:\n if sublist[0] == '': sublist[1] = sublist[2]\n if sublist[0] == '[':\n sublist[1] = sublist[2]\n if sublist[0] == ']':\n sublist[1] = sublist[2]\n if sublist[0] == ']':\n sublist[1] = sublist[2]\n if sublist[0] == ']':\n sublist[1] = sublist[2]\n if sublist[0] == ']':\n sublist[1] = sublist[2]\n if sublist[0] == ']':\n sublist[1] = sublist[2]\n if sublist[0] == ']':\n sublist[1] = sublist[2]\n if sublist[0] == ']':\n sublist[1] = sublist[2]\n if sublist[0] == ']':\n sublist[1] = sublist[2]\n if sublist[0] == ']':\n sublist[1]", "token_ids": [ 347, 835, 23039, 289, 262, 392, 1102, 540, 331, 10178, 311, 270, 383, 1102, 540, 62, 19, 64, 546, 301, 410, 1102, 540, 62, 20, 64, 276, 1102, 540, 62, 21, 685, 270, 383, 1102, 540, 62, 19, 64, 546, 301, 481, 311, 298, 1102, 540, 62, 20, 64, 276, 1102, 540, 62, 21, 685, 270, 383, 1102, 540, 62, 19, 64, 546, 301, 64, 1819, 298, 1102, 540, 62, 20, 64, 276, 1102, 540, 62, 21, 685, 270, 383, 1102, 540, 62, 19, 64, 546, 301, 64, 1819, 298, 1102, 540, 62, 20, 64, 276, 1102, 540, 62, 21, 685, 270, 383, 1102, 540, 62, 19, 64, 546, 301, 64, 1819, 298, 1102, 540, 62, 20, 64, 276, 1102, 540, 62, 21, 685, 270, 383, 1102, 540, 62, 19, 64, 546, 301, 64, 1819, 298, 1102, 540, 62, 20, 64, 276, 1102, 540, 62, 21, 685, 270, 383, 1102, 540, 62, 19, 64, 546, 301, 64, 1819, 298, 1102, 540, 62, 20, 64, 276, 1102, 540, 62, 21, 685, 270, 383, 1102, 540, 62, 19, 64, 546, 301, 64, 1819, 298, 1102, 540, 62, 20, 64, 276, 1102, 540, 62, 21, 685, 270, 383, 1102, 540, 62, 19, 64, 546, 301, 64, 1819, 298, 1102, 540, 62, 20, 64, 276, 1102, 540, 62, 21, 685, 270, 383, 1102, 540, 62, 19, 64, 546, 301, 64, 1819, 298, 1102, 540, 62, 20, 64, 276, 1102, 540, 62, 21, 685, 270, 383, 1102, 540, 62, 19, 64, 546, 301, 64, 1819, 298, 1102, 540, 62, 20, 64 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.8300395256916996, "longest_tandem_repeat_tokens": 213, "long_loop": true, "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": " # This function is called by the function to sort the matrix in ascending order.\n # It is called by the function to sort the matrix in ascending order.\n # It is called by the function to sort the matrix in ascending order.\n # It is called by the function to sort the matrix in ascending order.\n # It is called by the function to sort the matrix in ascending order.\n # It is called by the function to sort the matrix in ascending order.\n # It is called by the function to sort the matrix in ascending order.\n # It is called by the function to sort the matrix in ascending order.\n # It is called by the function to sort the matrix in ascending order.\n # It is called by the function to sort the matrix in ascending order.\n # It is called by the function to sort the matrix in ascending order.\n # It is called by the function to sort the matrix in ascending order.\n # It is called by the function to sort the matrix in ascending order.\n # It is called by the function to sort the matrix in ascending order.\n # It is called by the function to sort the matrix in ascending order.\n # It is called by the function to sort the matrix in ascending order.\n", "token_ids": [ 347, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 4037, 337, 3049, 331, 19044, 2400, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 4037, 337, 3049, 331, 19044, 2400, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 4037, 337, 3049, 331, 19044, 2400, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 4037, 337, 3049, 331, 19044, 2400, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 4037, 337, 3049, 331, 19044, 2400, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 4037, 337, 3049, 331, 19044, 2400, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 4037, 337, 3049, 331, 19044, 2400, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 4037, 337, 3049, 331, 19044, 2400, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 4037, 337, 3049, 331, 19044, 2400, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 4037, 337, 3049, 331, 19044, 2400, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 4037, 337, 3049, 331, 19044, 2400, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 4037, 337, 3049, 331, 19044, 2400, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 4037, 337, 3049, 331, 19044, 2400, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 4037, 337, 3049, 331, 19044, 2400, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 4037, 337, 3049, 331, 19044, 2400, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 4037, 337, 3049, 331, 19044, 2400, 507 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.924901185770751, "longest_tandem_repeat_tokens": 253, "long_loop": true, "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": " # This function is called by the function to find whether all the tuples have equal length or not.\n # It is called by the function to find whether all the tuples have equal length or not.\n # It is called by the function to find whether all the tuples have equal length or not.\n # It is called by the function to find whether all the tuples have equal length or not.\n # It is called by the function to find whether all the tuples have equal length or not.\n # It is called by the function to find whether all the tuples have equal length or not.\n # It is called by the function to find whether all the tuples have equal length or not.\n # It is called by the function to find whether all the tuples have equal length or not.\n # It is called by the function to find whether all the tuples have equal length or not.\n # It is called by the function to find whether all the tuples have equal length or not.\n # It is called by the function to find whether all the tuples have equal length or not.\n # It is called by the function to find whether all the tuples have equal length or not.\n # It is called by the function to find whether all the tuples have equal", "token_ids": [ 347, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 2908, 4659, 1127, 337, 7093, 1657, 5466, 3022, 606, 503, 507, 262, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 4659, 1127, 337, 7093, 1657, 5466, 3022, 606, 503, 507, 262, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 4659, 1127, 337, 7093, 1657, 5466, 3022, 606, 503, 507, 262, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 4659, 1127, 337, 7093, 1657, 5466, 3022, 606, 503, 507, 262, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 4659, 1127, 337, 7093, 1657, 5466, 3022, 606, 503, 507, 262, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 4659, 1127, 337, 7093, 1657, 5466, 3022, 606, 503, 507, 262, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 4659, 1127, 337, 7093, 1657, 5466, 3022, 606, 503, 507, 262, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 4659, 1127, 337, 7093, 1657, 5466, 3022, 606, 503, 507, 262, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 4659, 1127, 337, 7093, 1657, 5466, 3022, 606, 503, 507, 262, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 4659, 1127, 337, 7093, 1657, 5466, 3022, 606, 503, 507, 262, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 4659, 1127, 337, 7093, 1657, 5466, 3022, 606, 503, 507, 262, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 4659, 1127, 337, 7093, 1657, 5466, 3022, 606, 503, 507, 262, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 4659, 1127, 337, 7093, 1657, 5466 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9090909090909091, "longest_tandem_repeat_tokens": 253, "long_loop": true, "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": " if dict is None:\n return dict\n if n > 0:\n return dict\n if dict is not None:\n return dict\n return dict\n\ndef get_dict():\n return dict(filter(dict, dict))\n\ndef get_int():\n return int(get_dict())\n\ndef get_int2():\n return get_int2()\n\ndef get_int3():\n return get_int3()\n\ndef get_int4():\n return get_int4()\n\ndef get_int5():\n return get_int5()\n\ndef get_int6():\n return get_int6()\n\ndef get_int7():\n return get_int7()\n\ndef get_int8():\n return get_int8()\n\ndef get_int9():\n return get_int9()\n\ndef get_int10():\n return get_int10()\n\ndef get_int11():\n return get_int11()\n\ndef get_int12():\n return get_int12()\n\ndef get_int13():\n return get_int13()\n\ndef get_int14():\n return get_int14()\n\ndef get_int15():\n return get_int15()\n\ndef get_int16():\n return get_int16()\n\ndef get_int17():\n return get_int17()\n\ndef get_int18():\n return get_int18()\n\ndef get_int19():\n return get_int19()\n\ndef", "token_ids": [ 383, 1610, 428, 561, 311, 263, 401, 1610, 202, 262, 383, 319, 1198, 224, 19, 311, 270, 401, 1610, 202, 262, 383, 1610, 428, 503, 561, 311, 270, 401, 1610, 202, 262, 401, 1610, 377, 329, 723, 1217, 1130, 262, 401, 1610, 13891, 7560, 15, 1610, 1838, 329, 723, 3188, 1130, 262, 401, 1340, 4839, 1217, 4327, 329, 723, 3188, 21, 1130, 262, 401, 723, 3188, 21, 1342, 329, 723, 3188, 22, 1130, 262, 401, 723, 3188, 22, 1342, 329, 723, 3188, 23, 1130, 262, 401, 723, 3188, 23, 1342, 329, 723, 3188, 24, 1130, 262, 401, 723, 3188, 24, 1342, 329, 723, 3188, 25, 1130, 262, 401, 723, 3188, 25, 1342, 329, 723, 3188, 26, 1130, 262, 401, 723, 3188, 26, 1342, 329, 723, 3188, 27, 1130, 262, 401, 723, 3188, 27, 1342, 329, 723, 3188, 28, 1130, 262, 401, 723, 3188, 28, 1342, 329, 723, 3188, 701, 1130, 262, 401, 723, 3188, 701, 1342, 329, 723, 3188, 1009, 1130, 262, 401, 723, 3188, 1009, 1342, 329, 723, 3188, 862, 1130, 262, 401, 723, 3188, 862, 1342, 329, 723, 3188, 1223, 1130, 262, 401, 723, 3188, 1223, 1342, 329, 723, 3188, 1142, 1130, 262, 401, 723, 3188, 1142, 1342, 329, 723, 3188, 1158, 1130, 262, 401, 723, 3188, 1158, 1342, 329, 723, 3188, 1072, 1130, 262, 401, 723, 3188, 1072, 1342, 329, 723, 3188, 1329, 1130, 262, 401, 723, 3188, 1329, 1342, 329, 723, 3188, 1201, 1130, 262, 401, 723, 3188, 1201, 1342, 329, 723, 3188, 1247, 1130, 262, 401, 723, 3188, 1247, 1342, 329 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.21739130434782605, "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": " # This function is used to find the next perfect square greater than a given number.\n # It is used to find the next perfect square greater than a given number.\n # It is used to find the next perfect square greater than a given number.\n # It is used to find the next perfect square greater than a given number.\n # It is used to find the next perfect square greater than a given number.\n # It is used to find the next perfect square greater than a given number.\n # It is used to find the next perfect square greater than a given number.\n # It is used to find the next perfect square greater than a given number.\n # It is used to find the next perfect square greater than a given number.\n # It is used to find the next perfect square greater than a given number.\n # It is used to find the next perfect square greater than a given number.\n # It is used to find the next perfect square greater than a given number.\n # It is used to find the next perfect square greater than a given number.\n # It is used to find the next perfect square greater than a given number.\n # It is used to find the next perfect square greater than a given number.\n ", "token_ids": [ 347, 1304, 1283, 428, 1469, 412, 2908, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 261, 347, 4049, 428, 1469, 412, 2908, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 261 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9209486166007905, "longest_tandem_repeat_tokens": 253, "long_loop": true, "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": " # This function is called by the function to check if the array is already in the list.\n # It is called by the function to check if the array is already in the list.\n arraynums = [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, 38, 39, 40, 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,", "token_ids": [ 347, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 1315, 383, 337, 1778, 428, 3834, 331, 337, 902, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 1315, 383, 337, 1778, 428, 3834, 331, 337, 902, 507, 261, 1778, 2004, 86, 276, 407, 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, 2060, 15, 224, 2159, 15, 224, 1431, 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 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.055335968379446654, "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": " # This function is used to check whether the number can be represented as the difference of two squares or not.\n def check_Square(n):\n 'Check whether the given number can be represented as the difference of two squares or not.'\n # This function is used to check whether the number can be represented as the difference of two squares or not.\n def check_Square2(n):\n 'Check whether the given number can be represented as the difference of two squares or not.'\n # This function is used to check whether the number can be represented as the difference of two squares or not.\n def check_Square3(n):\n 'Check whether the given number can be represented as the difference of two squares or not.'\n # This function is used to check whether the number can be represented as the difference of two squares or not.\n def check_Square4(n):\n 'Check whether the given number can be represented as the difference of two squares or not.'\n # This function is used to check whether the number can be represented as the difference of two squares or not.\n def check_Square5(n):\n 'Check whether the given number can be represented as the difference of two squares or not.'\n # This function is used to check", "token_ids": [ 347, 1304, 1283, 428, 1469, 412, 1315, 4659, 337, 1636, 1196, 601, 13274, 479, 337, 13734, 422, 3402, 32283, 606, 503, 507, 261, 355, 1315, 1400, 5604, 945, 351, 270, 301, 3132, 4659, 337, 2001, 1636, 1196, 601, 13274, 479, 337, 13734, 422, 3402, 32283, 606, 503, 7873, 270, 347, 1304, 1283, 428, 1469, 412, 1315, 4659, 337, 1636, 1196, 601, 13274, 479, 337, 13734, 422, 3402, 32283, 606, 503, 507, 270, 355, 1315, 1400, 5604, 21, 945, 351, 298, 301, 3132, 4659, 337, 2001, 1636, 1196, 601, 13274, 479, 337, 13734, 422, 3402, 32283, 606, 503, 7873, 298, 347, 1304, 1283, 428, 1469, 412, 1315, 4659, 337, 1636, 1196, 601, 13274, 479, 337, 13734, 422, 3402, 32283, 606, 503, 507, 298, 355, 1315, 1400, 5604, 22, 945, 351, 386, 301, 3132, 4659, 337, 2001, 1636, 1196, 601, 13274, 479, 337, 13734, 422, 3402, 32283, 606, 503, 7873, 386, 347, 1304, 1283, 428, 1469, 412, 1315, 4659, 337, 1636, 1196, 601, 13274, 479, 337, 13734, 422, 3402, 32283, 606, 503, 507, 386, 355, 1315, 1400, 5604, 23, 945, 351, 573, 301, 3132, 4659, 337, 2001, 1636, 1196, 601, 13274, 479, 337, 13734, 422, 3402, 32283, 606, 503, 7873, 573, 347, 1304, 1283, 428, 1469, 412, 1315, 4659, 337, 1636, 1196, 601, 13274, 479, 337, 13734, 422, 3402, 32283, 606, 503, 507, 573, 355, 1315, 1400, 5604, 24, 945, 351, 816, 301, 3132, 4659, 337, 2001, 1636, 1196, 601, 13274, 479, 337, 13734, 422, 3402, 32283, 606, 503, 7873, 816, 347, 1304, 1283, 428, 1469, 412, 1315 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.6047430830039526, "longest_tandem_repeat_tokens": 0, "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": " # This function is called by the function to find the sublist.\n # It is called by the function to find the sublist.\n # It is called by the function to find the sublist.\n # It is called by the function to find the sublist.\n # It is called by the function to find the sublist.\n # It is called by the function to find the sublist.\n # It is called by the function to find the sublist.\n # It is called by the function to find the sublist.\n # It is called by the function to find the sublist.\n # It is called by the function to find the sublist.\n # It is called by the function to find the sublist.\n # It is called by the function to find the sublist.\n # It is called by the function to find the sublist.\n # It is called by the function to find the sublist.\n # It is called by the function to find the sublist.\n # It is called by the function to find the sublist.\n # It is called by the function to find the sublist.\n # It is called by the function to find the sublist.\n # It is", "token_ids": [ 347, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 2908, 337, 1102, 540, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 337, 1102, 540, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 337, 1102, 540, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 337, 1102, 540, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 337, 1102, 540, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 337, 1102, 540, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 337, 1102, 540, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 337, 1102, 540, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 337, 1102, 540, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 337, 1102, 540, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 337, 1102, 540, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 337, 1102, 540, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 337, 1102, 540, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 337, 1102, 540, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 337, 1102, 540, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 337, 1102, 540, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 337, 1102, 540, 507, 261, 347, 4049, 428, 3547, 897, 337, 1283, 412, 2908, 337, 1102, 540, 507, 261, 347, 4049, 428 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9328063241106719, "longest_tandem_repeat_tokens": 253, "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-01M5F02YMGHY4R0FC04TQ3NV0J", "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-01M5F02ZPDMPB341K8WW5ZBNGK", "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-01M5F02Z32RESVNH794A9CRBRD", "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-01M5F02YZ8MM40C5VPW683Q5A4", "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-01M5F02ZJFATQETCPM7GVCR1CR", "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-01M5F02ZN6CNAWCH71EX7HGRWX", "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-01M5F02ZPKB9PDRQ3SEN52KPJ3", "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-01M5F02ZQKW3Z5Q4XQNKGR3RT9", "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-01M5F02ZW8C6D3E4HQG5RE27QK", "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-01M5F030091B21J3FYTCFCTWW9", "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-01M5F030EK65T2YKF0YXMEWA3M", "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-01M5F0309MYEA7VQ7KB5TD6MWQ", "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-01M5F030CXGXBATN462P7YF7WJ", "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-01M5F030WJCE4DEZ2M00XJWH7N", "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-01M5F030XEX4W03YKM9TF8ZEQ4", "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-01M5F030ZNZPF15AK0CBM1JTQ8", "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-01M5F030ZP1Q4AE7984T9XB0T9", "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-01M5F031433F2CYRRS7X7AR7ZZ", "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-01M5F0317K5MXG49RYFAYJD038", "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-01M5F031KVT0RNKSDACZN1GMGF", "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-01M5F031HY2YAX0BE37HM7VVKH", "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": 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