{ "tokens": 4250017085, "step": 72999, "checkpoint": "/runs/python-124m-muon-5b-20261021-v1-s019/step-000072999.pt", "precision": "FP32; TF32 disabled", "max_new_tokens": 256, "samples": [ { "prompt": "def add(a, b):\n ", "completion": " if a == b:\n return\n a = b\n b = a\n return\n\ndef add(a, b):\n if a == b:\n return\n a = b\n b = a\n return\n\ndef add(a, b):\n if a == b:\n return\n a = b\n b = a\n return\n\ndef add(a, b):\n if a == b:\n return\n a = b\n b = a\n return\n\ndef add(a, b):\n if a == b:\n return\n a = b\n b = a\n return\n\ndef add(a, b):\n if a == b:\n return\n a = b\n b = a\n return\n\ndef add(a, b):\n if a == b:\n return\n a = b\n b = a\n return\n\ndef add(a, b):\n if a == b:\n return\n a = b\n b = a\n return\n\ndef add(a, b):\n if a == b:\n return\n a = b\n b = a\n return\n\ndef add(a, b):\n if a == b", "token_ids": [ 383, 277, 546, 305, 311, 263, 401, 202, 261, 277, 276, 305, 202, 261, 305, 276, 277, 202, 261, 401, 377, 329, 1083, 2243, 15, 305, 351, 262, 383, 277, 546, 305, 311, 270, 401, 202, 262, 277, 276, 305, 202, 262, 305, 276, 277, 202, 262, 401, 377, 329, 1083, 2243, 15, 305, 351, 262, 383, 277, 546, 305, 311, 270, 401, 202, 262, 277, 276, 305, 202, 262, 305, 276, 277, 202, 262, 401, 377, 329, 1083, 2243, 15, 305, 351, 262, 383, 277, 546, 305, 311, 270, 401, 202, 262, 277, 276, 305, 202, 262, 305, 276, 277, 202, 262, 401, 377, 329, 1083, 2243, 15, 305, 351, 262, 383, 277, 546, 305, 311, 270, 401, 202, 262, 277, 276, 305, 202, 262, 305, 276, 277, 202, 262, 401, 377, 329, 1083, 2243, 15, 305, 351, 262, 383, 277, 546, 305, 311, 270, 401, 202, 262, 277, 276, 305, 202, 262, 305, 276, 277, 202, 262, 401, 377, 329, 1083, 2243, 15, 305, 351, 262, 383, 277, 546, 305, 311, 270, 401, 202, 262, 277, 276, 305, 202, 262, 305, 276, 277, 202, 262, 401, 377, 329, 1083, 2243, 15, 305, 351, 262, 383, 277, 546, 305, 311, 270, 401, 202, 262, 277, 276, 305, 202, 262, 305, 276, 277, 202, 262, 401, 377, 329, 1083, 2243, 15, 305, 351, 262, 383, 277, 546, 305, 311, 270, 401, 202, 262, 277, 276, 305, 202, 262, 305, 276, 277, 202, 262, 401, 377, 329, 1083, 2243, 15, 305, 351, 262, 383, 277, 546, 305 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8300395256916996, "longest_tandem_repeat_tokens": 237, "long_loop": true }, { "prompt": "def add(a, b):\n ", "completion": " if a in b: return 0\n else: return b + a\n", "token_ids": [ 383, 277, 331, 305, 29, 401, 224, 19, 202, 261, 706, 29, 401, 305, 361, 277, 202 ], "temperature": 0.8, "top_k": 50, "seed": 42, "new_tokens": 17, "stop_reason": "eos", "syntax_valid": true, "repeated_token_4gram_fraction": 0.0, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def add(a, b):\n ", "completion": " if a < b:\n return\n\ndef add_b(a, b):\n if a > b:\n return\n\ndef add_t(a, b):\n if a < b:\n return\n\ndef add_or(a, b):\n if a < b:\n return\n\ndef add_x(a, b):\n if a <= b:\n return\n\ndef add_s(a, b):\n if a >= b:\n return\n\ndef add_u(a, b):\n if a <= b:\n return\n\ndef add_si(a, b):\n if a >= b:\n return\n\ndef add_ti(a, b):\n if a >= b:\n return\n\ndef add_ui(a, b):\n if a <= b:\n return\n\ndef add_sk(a, b):\n if a <= b:\n return\n\ndef add_f(a, b):\n if a >= b:\n return\n\ndef add_uq(a, b):\n if a >= b:\n return\n\ndef add_sq(a, b):\n if a >= b:\n return\n\ndef add_uqi(a, b):\n if a >= b:\n return\n\ndef add_skq(a, b):\n if a >= b:\n ", "token_ids": [ 383, 277, 1011, 305, 311, 270, 401, 377, 329, 1083, 509, 2243, 15, 305, 351, 262, 383, 277, 1198, 305, 311, 270, 401, 377, 329, 1083, 394, 2243, 15, 305, 351, 262, 383, 277, 1011, 305, 311, 270, 401, 377, 329, 1083, 1370, 2243, 15, 305, 351, 262, 383, 277, 1011, 305, 311, 270, 401, 377, 329, 1083, 1978, 2243, 15, 305, 351, 262, 383, 277, 3362, 305, 311, 270, 401, 377, 329, 1083, 404, 2243, 15, 305, 351, 262, 383, 277, 2931, 305, 311, 270, 401, 377, 329, 1083, 5680, 2243, 15, 305, 351, 262, 383, 277, 3362, 305, 311, 270, 401, 377, 329, 1083, 404, 76, 2243, 15, 305, 351, 262, 383, 277, 2931, 305, 311, 270, 401, 377, 329, 1083, 394, 76, 2243, 15, 305, 351, 262, 383, 277, 2931, 305, 311, 270, 401, 377, 329, 1083, 5680, 76, 2243, 15, 305, 351, 262, 383, 277, 3362, 305, 311, 270, 401, 377, 329, 1083, 404, 78, 2243, 15, 305, 351, 262, 383, 277, 3362, 305, 311, 270, 401, 377, 329, 1083, 475, 2243, 15, 305, 351, 262, 383, 277, 2931, 305, 311, 270, 401, 377, 329, 1083, 5680, 84, 2243, 15, 305, 351, 262, 383, 277, 2931, 305, 311, 270, 401, 377, 329, 1083, 404, 84, 2243, 15, 305, 351, 262, 383, 277, 2931, 305, 311, 270, 401, 377, 329, 1083, 5680, 84, 76, 2243, 15, 305, 351, 262, 383, 277, 2931, 305, 311, 270, 401, 377, 329, 1083, 404, 78, 84, 2243, 15, 305, 351, 262, 383, 277, 2931, 305, 311, 270 ], "temperature": 0.8, "top_k": 50, "seed": 43, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.6877470355731226, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def factorial(n):\n ", "completion": " return n * factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - 1) + factorial(n - ", "token_ids": [ 401, 319, 548, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224, 20, 12, 361, 5298, 647, 945, 372, 224 ], "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": 253, "long_loop": true }, { "prompt": "def factorial(n):\n ", "completion": " if n == 0:\n return n\n if n > 1:\n return n\n return n\n\n# Create a random variable to hold the current value\n# Create a prime variable to hold the value of 1\n# Create a non-negative variable to hold the value of 0\n\ndef randomv():\n while True:\n v = factorial(max(1, self.diagonal() - 1))\n if v < 0: break # Positive\n v = factorial(max(0, v))\n if v > 0: break \n yield v\n\nif __name__ == '__main__':\n # Create a random variable to hold the current value\n primevar = randomv()\n primevar()\n for v in range(0, 255):\n if v == 0:\n v = 1\n print(v)\n\n", "token_ids": [ 383, 319, 546, 224, 19, 311, 263, 401, 319, 202, 261, 383, 319, 1198, 224, 20, 311, 263, 401, 319, 202, 261, 401, 319, 377, 6, 2907, 277, 2288, 3700, 412, 14831, 337, 1777, 699, 202, 6, 2907, 277, 28389, 3700, 412, 14831, 337, 699, 422, 224, 20, 202, 6, 2907, 277, 2779, 19988, 3700, 412, 14831, 337, 699, 422, 224, 19, 377, 329, 2288, 89, 1130, 261, 2351, 805, 311, 270, 665, 276, 5298, 647, 3495, 11, 20, 15, 302, 2006, 11296, 522, 372, 224, 20, 705, 270, 383, 665, 1011, 224, 19, 29, 2996, 347, 593, 7658, 202, 270, 665, 276, 5298, 647, 3495, 11, 19, 15, 665, 705, 270, 383, 665, 1198, 224, 19, 29, 2996, 432, 270, 2426, 665, 377, 689, 675, 376, 362, 546, 2658, 892, 3968, 261, 347, 2907, 277, 2288, 3700, 412, 14831, 337, 1777, 699, 202, 261, 28389, 3887, 276, 2288, 89, 578, 261, 28389, 3887, 578, 261, 392, 665, 331, 1382, 11, 19, 15, 224, 3254, 351, 263, 383, 665, 546, 224, 19, 311, 298, 665, 276, 224, 20, 202, 270, 835, 1937, 443 ], "temperature": 0.8, "top_k": 50, "seed": 1042, "new_tokens": 183, "stop_reason": "eos", "syntax_valid": false, "repeated_token_4gram_fraction": 0.12777777777777777, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def factorial(n):\n ", "completion": " return n - 1/(n - 1)\n\nprint factorial(2)\nprint factorial(-1)\n\nprint factorial(1)\nprint factorial(-2)\nprint factorial(2)\nprint factorial(-3)\n\nprint factorial(-2, 2)\nprint factorial(-2, 1)\nprint factorial(2, 1)\nprint factorial(2, 0)\n\nprint factorial(-1, 0)\nprint factorial(-1, 0)\nprint factorial(2, 0)\nprint factorial(-2, 1)\nprint factorial(-2, 0)\nprint factorial(-4, 0)\nprint factorial(-5, 0)\nprint factorial(-5, -1)\nprint factorial(-4, 5)\nprint factorial(-5, -1)\nprint factorial(-4, 3)\nprint factorial(-5, -2)\nprint factorial(-4,-2)\nprint factorial(-5,-3)\nprint factorial(-4,-3,0)\nprint factorial(-5,-3,-2)\n\nprint factorial(-2,-2)\nprint factorial(-2,-3)\nprint factorial(-2,-1)\nprint factorial(-2", "token_ids": [ 401, 319, 372, 224, 20, 10066, 81, 372, 224, 20, 443, 1326, 5298, 647, 11, 21, 289, 1326, 5298, 647, 3083, 20, 443, 1326, 5298, 647, 11, 20, 289, 1326, 5298, 647, 3083, 21, 289, 1326, 5298, 647, 11, 21, 289, 1326, 5298, 647, 3083, 22, 443, 1326, 5298, 647, 3083, 21, 15, 224, 21, 289, 1326, 5298, 647, 3083, 21, 15, 224, 20, 289, 1326, 5298, 647, 11, 21, 15, 224, 20, 289, 1326, 5298, 647, 11, 21, 15, 224, 19, 443, 1326, 5298, 647, 3083, 20, 15, 224, 19, 289, 1326, 5298, 647, 3083, 20, 15, 224, 19, 289, 1326, 5298, 647, 11, 21, 15, 224, 19, 289, 1326, 5298, 647, 3083, 21, 15, 224, 20, 289, 1326, 5298, 647, 3083, 21, 15, 224, 19, 289, 1326, 5298, 647, 3083, 23, 15, 224, 19, 289, 1326, 5298, 647, 3083, 24, 15, 224, 19, 289, 1326, 5298, 647, 3083, 24, 15, 372, 20, 289, 1326, 5298, 647, 3083, 23, 15, 224, 24, 289, 1326, 5298, 647, 3083, 24, 15, 372, 20, 289, 1326, 5298, 647, 3083, 23, 15, 224, 22, 289, 1326, 5298, 647, 3083, 24, 15, 372, 21, 289, 1326, 5298, 647, 3083, 23, 8482, 21, 289, 1326, 5298, 647, 3083, 24, 8482, 22, 289, 1326, 5298, 647, 3083, 23, 8482, 22, 15, 19, 289, 1326, 5298, 647, 3083, 24, 8482, 22, 8482, 21, 443, 1326, 5298, 647, 3083, 21, 8482, 21, 289, 1326, 5298, 647, 3083, 21, 8482, 22, 289, 1326, 5298, 647, 3083, 21, 8482, 20, 289, 1326, 5298, 647, 3083, 21 ], "temperature": 0.8, "top_k": 50, "seed": 1043, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.6007905138339921, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def is_palindrome(text):\n ", "completion": " if not is_palindrome(text):\n return False\n return True\n\ndef is_palindrome(text):\n if not is_palindrome(text):\n return False\n return True\n\ndef is_palindrome(text):\n if not is_palindrome(text):\n return False\n return True\n\ndef is_palindrome(text):\n if not is_palindrome(text):\n return False\n return True\n\ndef is_palindrome(text):\n if not is_palindrome(text):\n return False\n return True\n\ndef is_palindrome(text):\n if not is_palindrome(text):\n return False\n return True\n\ndef is_palindrome(text):\n if not is_palindrome(text):\n return False\n return True\n\ndef is_palindrome(text):\n if not is_palindrome(text):\n return False\n return True\n\ndef is_palindrome(text):\n if not is_palindrome(text):\n return False\n return True\n\ndef is_palindrome(text):\n if not is_palindrome(text):\n return False\n return True\n\ndef is_palind", "token_ids": [ 383, 503, 428, 370, 285, 763, 7537, 4484, 351, 263, 401, 836, 202, 261, 401, 805, 377, 329, 428, 370, 285, 763, 7537, 4484, 351, 262, 383, 503, 428, 370, 285, 763, 7537, 4484, 351, 270, 401, 836, 202, 262, 401, 805, 377, 329, 428, 370, 285, 763, 7537, 4484, 351, 262, 383, 503, 428, 370, 285, 763, 7537, 4484, 351, 270, 401, 836, 202, 262, 401, 805, 377, 329, 428, 370, 285, 763, 7537, 4484, 351, 262, 383, 503, 428, 370, 285, 763, 7537, 4484, 351, 270, 401, 836, 202, 262, 401, 805, 377, 329, 428, 370, 285, 763, 7537, 4484, 351, 262, 383, 503, 428, 370, 285, 763, 7537, 4484, 351, 270, 401, 836, 202, 262, 401, 805, 377, 329, 428, 370, 285, 763, 7537, 4484, 351, 262, 383, 503, 428, 370, 285, 763, 7537, 4484, 351, 270, 401, 836, 202, 262, 401, 805, 377, 329, 428, 370, 285, 763, 7537, 4484, 351, 262, 383, 503, 428, 370, 285, 763, 7537, 4484, 351, 270, 401, 836, 202, 262, 401, 805, 377, 329, 428, 370, 285, 763, 7537, 4484, 351, 262, 383, 503, 428, 370, 285, 763, 7537, 4484, 351, 270, 401, 836, 202, 262, 401, 805, 377, 329, 428, 370, 285, 763, 7537, 4484, 351, 262, 383, 503, 428, 370, 285, 763, 7537, 4484, 351, 270, 401, 836, 202, 262, 401, 805, 377, 329, 428, 370, 285, 763, 7537, 4484, 351, 262, 383, 503, 428, 370, 285, 763, 7537, 4484, 351, 270, 401, 836, 202, 262, 401, 805, 377, 329, 428, 370, 285, 763 ], "temperature": 0.0, "top_k": 0, "seed": 2042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8814229249011858, "longest_tandem_repeat_tokens": 242, "long_loop": true }, { "prompt": "def is_palindrome(text):\n ", "completion": " s = '\\n'.join(text.split('\\n'))\n try:\n s = s.replace(\"Palindrome\", \"'\").replace(\"<\", \"\") + \"'\"\n except:\n return False\n return s in (\"C\", \"D\", \"B\", \"D\")\n\ndef is_english(text):\n s = chr(ord(c) + 2 & 0xff) + 1\n try:\n s = s.replace(\"English\", \"\").replace(\"<\", \"\") + \">> from numpy.core.indexes import binary_search\n >>> binary_search(((1, 1), (2, 2)))\n BinaryIndexes(2, 2)\n >>> binary_search(((1, 2), (2, -1)))\n BinaryIndexes(-1, -2)\n >>> binary_search((2, 3))\n BinaryIndexes(-2, 3)\n >>> binary_search([(6, 6], (6, 1)))\n BinaryIndexes([7, 6], [1, 7])\n >>> binary_search((5", "token_ids": [ 3089, 262, 1304, 1283, 23494, 277, 4019, 3399, 422, 277, 1612, 651, 2212, 337, 202, 262, 4019, 3399, 6824, 989, 262, 588, 1151, 3377, 29, 588, 563, 9065, 4323, 2744, 3115, 421, 2131, 2521, 2851, 421, 4826, 270, 6658, 6526, 337, 4019, 3399, 15, 383, 337, 4019, 3399, 202, 270, 6824, 2444, 1469, 507, 262, 588, 1151, 1642, 29, 588, 563, 9065, 4323, 2744, 3115, 421, 2131, 2521, 2851, 421, 4826, 270, 6658, 6526, 337, 4019, 3399, 17, 1231, 337, 4019, 3399, 6824, 202, 270, 2444, 1469, 507, 262, 588, 1667, 29, 588, 563, 9065, 4323, 2744, 3115, 421, 2131, 2521, 2851, 421, 4826, 270, 588, 533, 3377, 29, 2348, 2744, 3115, 421, 2131, 2521, 2851, 421, 202, 270, 588, 533, 1642, 29, 2348, 2744, 3115, 421, 2131, 2521, 2851, 421, 377, 262, 5378, 10231, 262, 1363, 643, 2348, 2744, 3115, 421, 454, 4019, 4844, 202, 262, 1363, 4019, 4844, 15974, 20, 15, 224, 20, 457, 375, 21, 15, 224, 21, 3852, 262, 20782, 2851, 421, 11, 21, 15, 224, 21, 289, 262, 1363, 4019, 4844, 15974, 20, 15, 224, 21, 457, 375, 21, 15, 372, 20, 3852, 262, 20782, 2851, 421, 3083, 20, 15, 372, 21, 289, 262, 1363, 4019, 4844, 1514, 21, 15, 224, 22, 705, 262, 20782, 2851, 421, 3083, 21, 15, 224, 22, 289, 262, 1363, 4019, 4844, 11084, 25, 15, 224, 25, 556, 375, 25, 15, 224, 20, 3852, 262, 20782, 2851, 421, 979, 26, 15, 224, 25, 556, 407, 20, 15, 224, 26, 1163, 262, 1363, 4019, 4844, 1514, 24 ], "temperature": 0.8, "top_k": 50, "seed": 3042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.2490118577075099, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def binary_search(items, target):\n ", "completion": " if not isinstance(target, (list, tuple)):\n return [(key, value) for key, value in items]\n else:\n return [(key, str(value)).encode('utf-8') for key, value in items]\n if len(target) > 0:\n target = target[target.index(target)]\n\n return items[0]\n", "token_ids": [ 383, 503, 1454, 4943, 15, 375, 540, 15, 2899, 3760, 263, 401, 4703, 523, 15, 699, 12, 392, 917, 15, 699, 331, 3377, 685, 515, 706, 311, 263, 401, 4703, 523, 15, 936, 2182, 5020, 5682, 420, 1367, 16, 27, 875, 392, 917, 15, 699, 331, 3377, 685, 263, 383, 889, 4943, 12, 1198, 224, 19, 311, 298, 1642, 276, 1642, 62, 3734, 3115, 4943, 12645, 261, 401, 3377, 62, 19, 685 ], "temperature": 0.8, "top_k": 50, "seed": 3043, "new_tokens": 72, "stop_reason": "eos", "syntax_valid": false, "repeated_token_4gram_fraction": 0.08695652173913049, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def flatten(items):\n ", "completion": " return flatten(items)\n\ndef flatten2(items):\n return flatten(items)\n\ndef flatten3(items):\n return flatten(items)\n\ndef flatten4(items):\n return flatten(items)\n\ndef flatten5(items):\n return flatten(items)\n\ndef flatten6(items):\n return flatten(items)\n\ndef flatten7(items):\n return flatten(items)\n\ndef flatten8(items):\n return flatten(items)\n\ndef flatten9(items):\n return flatten(items)\n\ndef flatten10(items):\n return flatten(items)\n\ndef flatten11(items):\n return flatten(items)\n\ndef flatten12(items):\n return flatten(items)\n\ndef flatten13(items):\n return flatten(items)\n\ndef flatten14(items):\n return flatten(items)\n\ndef flatten15(items):\n return flatten(items)\n\ndef flatten16(items):\n return flatten(items)\n\ndef flatten17(items):\n return flatten(items)\n\ndef flatten18(items):\n return flatten(items)\n\ndef flatten19(items):\n return flatten(items)\n\ndef flatten20(items):\n return flatten(items)\n\ndef flatten21(items):\n return flatten(items)\n\ndef flatten22(items):\n return flatten(items)\n\ndef flatten23(items):\n return flatten(items)\n\ndef flatten24(items):\n return flatten(items)\n\ndef flatten25(items):\n return flatten(items)\n\ndef flatten26(items):\n return flatten(items)\n\ndef flatten", "token_ids": [ 401, 14451, 12899, 443, 329, 14451, 21, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 22, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 23, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 24, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 25, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 26, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 27, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 28, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 701, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 1009, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 862, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 1223, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 1142, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 1158, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 1072, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 1329, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 1201, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 1247, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 663, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 2070, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 1453, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 1590, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 1335, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 1105, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451, 1893, 12899, 351, 262, 401, 14451, 12899, 443, 329, 14451 ], "temperature": 0.0, "top_k": 0, "seed": 4042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.5810276679841897, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def flatten(items):\n ", "completion": " return list(filter(lambda x: x not in items, items))\n\n\ndef is_empty(a, b):\n return any(filter(lambda x: x not in b, list(filter(lambda x: x not in a, a, b)))\n\n\ndef has_empty(a, b):\n return a in b\n\n\n\ndef imap(a,b):\n return list(filter(lambda x: x not in a, a, b))\n\n\ndef unmap(a,b):\n return list(filter(lambda x: x not in a, a, b))", "token_ids": [ 401, 902, 13891, 4017, 696, 29, 696, 503, 331, 3377, 15, 3377, 6296, 329, 428, 4950, 2243, 15, 305, 351, 262, 401, 1839, 13891, 4017, 696, 29, 696, 503, 331, 305, 15, 902, 13891, 4017, 696, 29, 696, 503, 331, 277, 15, 277, 15, 305, 26983, 329, 1172, 4950, 2243, 15, 305, 351, 262, 401, 277, 331, 305, 10684, 329, 288, 1153, 2243, 12337, 351, 262, 401, 902, 13891, 4017, 696, 29, 696, 503, 331, 277, 15, 277, 15, 305, 6296, 329, 712, 1153, 2243, 12337, 351, 262, 401, 902, 13891, 4017, 696, 29, 696, 503, 331, 277, 15, 277, 15, 305, 1132 ], "temperature": 0.8, "top_k": 50, "seed": 4042, "new_tokens": 103, "stop_reason": "eos", "syntax_valid": false, "repeated_token_4gram_fraction": 0.4, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def flatten(items):\n ", "completion": " return list(items) # -> list(list(items))\n\n\ndef flatten(items):\n return list(items) # -> list(list(items))\n\n\ndef flatten(items):\n return list(items) # -> list(list(items))\n\n\ndef flatten(items):\n return list(items) # -> list(list(items))\n\n\ndef getitem(obj, item):\n item = flatten(items)\n for i in range(len(obj)):\n yield i, item[i]\n return None, item\n\n\ndef getitem(items):\n return getitem(items) # -> list(items)\n\n\ndef getitem(items):\n return list(items) # -> list(items)\n\n\ndef fromstring(value):\n if isinstance(value, basestring):\n return [value]\n return list(value) # -> list(value)\n\n\ndef fromstring(value):\n if isinstance(value, basestring):\n return [value]\n return list(value) # -> list(value)", "token_ids": [ 401, 902, 12899, 12, 224, 347, 2097, 902, 3788, 12899, 6296, 329, 14451, 12899, 351, 262, 401, 902, 12899, 12, 224, 347, 2097, 902, 3788, 12899, 6296, 329, 14451, 12899, 351, 262, 401, 902, 12899, 12, 224, 347, 2097, 902, 3788, 12899, 6296, 329, 14451, 12899, 351, 262, 401, 902, 12899, 12, 224, 347, 2097, 902, 3788, 12899, 6296, 329, 723, 3055, 3103, 15, 1932, 351, 262, 1932, 276, 14451, 12899, 289, 262, 392, 288, 331, 1382, 1904, 3103, 3760, 270, 2426, 288, 15, 1932, 1565, 685, 262, 401, 561, 15, 1932, 1090, 329, 723, 3055, 12899, 351, 262, 401, 723, 3055, 12899, 12, 224, 347, 2097, 902, 12899, 1680, 329, 723, 3055, 12899, 351, 262, 401, 902, 12899, 12, 224, 347, 2097, 902, 12899, 1680, 329, 643, 728, 2182, 351, 262, 383, 1454, 2182, 15, 9785, 351, 270, 401, 407, 486, 685, 262, 401, 902, 2182, 12, 224, 347, 2097, 902, 2182, 1680, 329, 643, 728, 2182, 351, 262, 383, 1454, 2182, 15, 9785, 351, 270, 401, 407, 486, 685, 262, 401, 902, 2182, 12, 224, 347, 2097, 902, 2182, 12 ], "temperature": 0.8, "top_k": 50, "seed": 4043, "new_tokens": 182, "stop_reason": "eos", "syntax_valid": true, "repeated_token_4gram_fraction": 0.4804469273743017, "longest_tandem_repeat_tokens": 60, "long_loop": false }, { "prompt": "def count_words(text):\n ", "completion": " # Count the number of words in a text\n count = 0\n for i in range(0, len(text)):\n if text[i] == ' '.join(text[i+1:]).lower():\n count += 1\n return count\n\ndef count_words2(text):\n count = 0\n for i in range(0, len(text)):\n if text[i] == ' '.join(text[i+1:]).lower():\n count += 1\n return count\n\ndef count_words3(text):\n count = 0\n for i in range(0, len(text)):\n if text[i] == ' '.join(text[i+1:]).lower():\n count += 1\n return count\n\ndef count_words4(text):\n count = 0\n for i in range(0, len(text)):\n if text[i] == ' '.join(text[i+1:]).lower():\n count += 1\n return count\n\ndef count_words5(text):\n count = 0\n for i in range(0, len(text)):\n if text[i] == ' '.join(text[i+1:]).lower():\n count += 1\n return count\n\ndef count", "token_ids": [ 347, 12666, 337, 1636, 422, 6053, 331, 277, 1612, 202, 261, 2522, 276, 224, 19, 202, 261, 392, 288, 331, 1382, 11, 19, 15, 889, 4484, 3760, 263, 383, 1612, 1565, 64, 546, 301, 2719, 1109, 4484, 1565, 14, 20, 5976, 661, 2411, 1130, 298, 2522, 1218, 224, 20, 202, 261, 401, 2522, 377, 329, 2522, 7263, 21, 4484, 351, 262, 2522, 276, 224, 19, 202, 262, 392, 288, 331, 1382, 11, 19, 15, 889, 4484, 3760, 263, 383, 1612, 1565, 64, 546, 301, 2719, 1109, 4484, 1565, 14, 20, 5976, 661, 2411, 1130, 298, 2522, 1218, 224, 20, 202, 262, 401, 2522, 377, 329, 2522, 7263, 22, 4484, 351, 262, 2522, 276, 224, 19, 202, 262, 392, 288, 331, 1382, 11, 19, 15, 889, 4484, 3760, 263, 383, 1612, 1565, 64, 546, 301, 2719, 1109, 4484, 1565, 14, 20, 5976, 661, 2411, 1130, 298, 2522, 1218, 224, 20, 202, 262, 401, 2522, 377, 329, 2522, 7263, 23, 4484, 351, 262, 2522, 276, 224, 19, 202, 262, 392, 288, 331, 1382, 11, 19, 15, 889, 4484, 3760, 263, 383, 1612, 1565, 64, 546, 301, 2719, 1109, 4484, 1565, 14, 20, 5976, 661, 2411, 1130, 298, 2522, 1218, 224, 20, 202, 262, 401, 2522, 377, 329, 2522, 7263, 24, 4484, 351, 262, 2522, 276, 224, 19, 202, 262, 392, 288, 331, 1382, 11, 19, 15, 889, 4484, 3760, 263, 383, 1612, 1565, 64, 546, 301, 2719, 1109, 4484, 1565, 14, 20, 5976, 661, 2411, 1130, 298, 2522, 1218, 224, 20, 202, 262, 401, 2522, 377, 329, 2522 ], "temperature": 0.0, "top_k": 0, "seed": 5042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.6798418972332017, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def count_words(text):\n ", "completion": " words = []\n for word in text:\n if word == 'a':\n words.append(2)\n word = 'b'\n elif word == 'c':\n words.append(2)\n word = 'd'\n\n return words\n\n\ndef count_words_to_c(word):\n for word in count_words(word):\n if word == 'a' or word == 'b':\n return 2\n\n\ndef count_words_to_d(word):\n for word in count_words(word):\n if word in ('a', 'b'):\n return 2\n\n return 2\n\n\ndef sum_words_to_c(word):\n for word in count_words(word):\n if word == 'c' or word == 'd':\n return 0\n\n return 0\n\n\ndef count_words_to_f(word):\n for word in count_words(word):\n if word in ('a', 'b'):\n return 1\n\n return 0\n\n\ndef add_words_to_c(tokens):\n for i,v in enumerate(tokens):\n word = 'a' if i == 2 else 'b' if i == 3 else 'c'\n if word in tokens:\n v = 1 if i == 2 else 0 if i == 3 else", "token_ids": [ 6053, 276, 1923, 261, 392, 3669, 331, 1612, 311, 263, 383, 3669, 546, 301, 68, 1819, 298, 6053, 997, 11, 21, 289, 298, 3669, 276, 301, 69, 834, 263, 1186, 3669, 546, 301, 70, 1819, 298, 6053, 997, 11, 21, 289, 298, 3669, 276, 301, 71, 2418, 261, 401, 6053, 1090, 329, 2522, 7263, 800, 367, 11409, 351, 261, 392, 3669, 331, 2522, 7263, 11409, 351, 263, 383, 3669, 546, 301, 68, 10, 606, 3669, 546, 301, 69, 1819, 298, 401, 224, 21, 1090, 329, 2522, 7263, 800, 517, 11409, 351, 261, 392, 3669, 331, 2522, 7263, 11409, 351, 263, 383, 3669, 331, 947, 68, 354, 301, 69, 2700, 298, 401, 224, 21, 377, 261, 401, 224, 21, 1090, 329, 4273, 7263, 800, 367, 11409, 351, 262, 392, 3669, 331, 2522, 7263, 11409, 351, 270, 383, 3669, 546, 301, 70, 10, 606, 3669, 546, 301, 71, 1819, 298, 401, 224, 19, 377, 262, 401, 224, 19, 1090, 329, 2522, 7263, 800, 475, 11409, 351, 262, 392, 3669, 331, 2522, 7263, 11409, 351, 270, 383, 3669, 331, 947, 68, 354, 301, 69, 2700, 298, 401, 224, 20, 377, 262, 401, 224, 19, 1090, 329, 1083, 7263, 800, 367, 18297, 351, 262, 392, 288, 12963, 331, 4075, 18297, 351, 270, 3669, 276, 301, 68, 10, 383, 288, 546, 224, 21, 706, 301, 69, 10, 383, 288, 546, 224, 22, 706, 301, 70, 834, 270, 383, 3669, 331, 6776, 311, 298, 665, 276, 224, 20, 383, 288, 546, 224, 21, 706, 224, 19, 383, 288, 546, 224, 22, 706 ], "temperature": 0.8, "top_k": 50, "seed": 5042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.2845849802371542, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def count_words(text):\n ", "completion": " return count(text, 0)\n\n\ndef count(text):\n return count(text)", "token_ids": [ 401, 2522, 4484, 15, 224, 19, 1680, 329, 2522, 4484, 351, 261, 401, 2522, 4484, 12 ], "temperature": 0.8, "top_k": 50, "seed": 5043, "new_tokens": 16, "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": " return fibonacci(n-1)\ndef fibonacci(n):\n return fibonacci(n-1)\ndef fibonacci(n):\n return fibonacci(n-1)\ndef fibonacci(n):\n return fibonacci(n-1)\ndef fibonacci(n):\n return fibonacci(n-1)\ndef fibonacci(n):\n return fibonacci(n-1)\ndef fibonacci(n):\n return fibonacci(n-1)\ndef fibonacci(n):\n return fibonacci(n-1)\ndef fibonacci(n):\n return fibonacci(n-1)\ndef fibonacci(n):\n return fibonacci(n-1)\ndef fibonacci(n):\n return fibonacci(n-1)\ndef fibonacci(n):\n return fibonacci(n-1)\ndef fibonacci(n):\n return fibonacci(n-1)\ndef fibonacci(n):\n return fibonacci(n-1", "token_ids": [ 401, 300, 1096, 267, 985, 1781, 945, 16, 20, 289, 329, 300, 1096, 267, 985, 1781, 945, 351, 262, 401, 300, 1096, 267, 985, 1781, 945, 16, 20, 289, 329, 300, 1096, 267, 985, 1781, 945, 351, 262, 401, 300, 1096, 267, 985, 1781, 945, 16, 20, 289, 329, 300, 1096, 267, 985, 1781, 945, 351, 262, 401, 300, 1096, 267, 985, 1781, 945, 16, 20, 289, 329, 300, 1096, 267, 985, 1781, 945, 351, 262, 401, 300, 1096, 267, 985, 1781, 945, 16, 20, 289, 329, 300, 1096, 267, 985, 1781, 945, 351, 262, 401, 300, 1096, 267, 985, 1781, 945, 16, 20, 289, 329, 300, 1096, 267, 985, 1781, 945, 351, 262, 401, 300, 1096, 267, 985, 1781, 945, 16, 20, 289, 329, 300, 1096, 267, 985, 1781, 945, 351, 262, 401, 300, 1096, 267, 985, 1781, 945, 16, 20, 289, 329, 300, 1096, 267, 985, 1781, 945, 351, 262, 401, 300, 1096, 267, 985, 1781, 945, 16, 20, 289, 329, 300, 1096, 267, 985, 1781, 945, 351, 262, 401, 300, 1096, 267, 985, 1781, 945, 16, 20, 289, 329, 300, 1096, 267, 985, 1781, 945, 351, 262, 401, 300, 1096, 267, 985, 1781, 945, 16, 20, 289, 329, 300, 1096, 267, 985, 1781, 945, 351, 262, 401, 300, 1096, 267, 985, 1781, 945, 16, 20, 289, 329, 300, 1096, 267, 985, 1781, 945, 351, 262, 401, 300, 1096, 267, 985, 1781, 945, 16, 20, 289, 329, 300, 1096, 267, 985, 1781, 945, 351, 262, 401, 300, 1096, 267, 985, 1781, 945, 16, 20 ], "temperature": 0.0, "top_k": 0, "seed": 6042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9367588932806324, "longest_tandem_repeat_tokens": 256, "long_loop": true }, { "prompt": "def fibonacci(n):\n ", "completion": " fibonacci(n)\n \ndef fibonacci(fibonacci0):\n return fibonacci(n)\n \ndef fibonacci(n): fibonacci(n)\n \ndef fibonacci(n): fibonacci(n)\n \n\ndef fibonacci(n): fibonacci(n)\n \ndef fibonacci(n): fibonacci(n)\n \ndef fibonacci(n): fibonacci(n)\n \n \ndef fibonacci(n): fibonacci(n)\n \ndef fibonacci(n): fibonacci(n)\n \ndef fibonacci(n): fibonacci(n)\n \ndef fibonacci(n): fibonacci(n)\n \ndef fibonacci(n): fibonacci(n)\n \ndef fibonacci(n): fibonacci(n)\n \ndef fibonacci(n): fibonacci(n)\n \ndef fibonacci(n): fibonacci(n)\n \ndef fibon", "token_ids": [ 300, 1096, 267, 985, 1781, 945, 289, 2654, 329, 300, 1096, 267, 985, 1781, 1133, 1096, 267, 985, 1781, 19, 351, 262, 401, 300, 1096, 267, 985, 1781, 945, 289, 2654, 329, 300, 1096, 267, 985, 1781, 945, 395, 262, 300, 1096, 267, 985, 1781, 945, 289, 2654, 329, 300, 1096, 267, 985, 1781, 945, 395, 262, 300, 1096, 267, 985, 1781, 945, 289, 20556, 329, 300, 1096, 267, 985, 1781, 945, 395, 262, 300, 1096, 267, 985, 1781, 945, 289, 2654, 329, 300, 1096, 267, 985, 1781, 945, 395, 262, 300, 1096, 267, 985, 1781, 945, 289, 2654, 329, 300, 1096, 267, 985, 1781, 945, 395, 262, 300, 1096, 267, 985, 1781, 945, 289, 24231, 329, 300, 1096, 267, 985, 1781, 945, 395, 262, 300, 1096, 267, 985, 1781, 945, 289, 2654, 329, 300, 1096, 267, 985, 1781, 945, 395, 262, 300, 1096, 267, 985, 1781, 945, 289, 2654, 329, 300, 1096, 267, 985, 1781, 945, 395, 262, 300, 1096, 267, 985, 1781, 945, 289, 2654, 329, 300, 1096, 267, 985, 1781, 945, 395, 262, 300, 1096, 267, 985, 1781, 945, 289, 2654, 329, 300, 1096, 267, 985, 1781, 945, 395, 262, 300, 1096, 267, 985, 1781, 945, 289, 2654, 329, 300, 1096, 267, 985, 1781, 945, 395, 262, 300, 1096, 267, 985, 1781, 945, 289, 2654, 329, 300, 1096, 267, 985, 1781, 945, 395, 262, 300, 1096, 267, 985, 1781, 945, 289, 2654, 329, 300, 1096, 267, 985, 1781, 945, 395, 262, 300, 1096, 267, 985, 1781, 945, 289, 2654, 329, 300, 1096, 267 ], "temperature": 0.8, "top_k": 50, "seed": 6042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8695652173913043, "longest_tandem_repeat_tokens": 140, "long_loop": true }, { "prompt": "def fibonacci(n):\n ", "completion": " fib = fibonacci(n)\n return fib\n\ndef fibonacci(n):\n fib = fibonacci(n)\n return fib\n\ndef fibonacci(n):\n return fibonacci(n)\n\ndef fibonacci(n):\n return fibonacci(n)\n\ndef fibonacci(n):\n return fibonacci(n)\n\ndef fibonacci(n):\n return fibonacci(n)\n\nif __name__ == '__main__':\n b = fibonacci(10)\n c = fibonacci(10)\n print(b) # -> <--\n print(c) # -> <--\n # s = fibonacci(n)\n # s = s + fibonacci(n)\n # print(s) # -> <--\n fib = s + fibonacci(n)\n print(fib)\n s = fib + fibonacci(n)\n print(s) # -> <--\n fib = s + fibonacci(n)\n print(fib) # -> <--\n s = f", "token_ids": [ 300, 1096, 276, 300, 1096, 267, 985, 1781, 945, 289, 261, 401, 300, 1096, 377, 329, 300, 1096, 267, 985, 1781, 945, 351, 262, 300, 1096, 276, 300, 1096, 267, 985, 1781, 945, 289, 262, 401, 300, 1096, 377, 329, 300, 1096, 267, 985, 1781, 945, 351, 262, 401, 300, 1096, 267, 985, 1781, 945, 443, 329, 300, 1096, 267, 985, 1781, 945, 351, 262, 401, 300, 1096, 267, 985, 1781, 945, 443, 329, 300, 1096, 267, 985, 1781, 945, 351, 262, 401, 300, 1096, 267, 985, 1781, 945, 443, 329, 300, 1096, 267, 985, 1781, 945, 351, 262, 401, 300, 1096, 267, 985, 1781, 945, 443, 689, 675, 376, 362, 546, 2658, 892, 3968, 262, 305, 276, 300, 1096, 267, 985, 1781, 11, 701, 289, 262, 296, 276, 300, 1096, 267, 985, 1781, 11, 701, 289, 262, 835, 1362, 12, 347, 2097, 1011, 280, 202, 262, 835, 932, 12, 347, 2097, 1011, 280, 202, 262, 347, 324, 276, 300, 1096, 267, 985, 1781, 945, 289, 262, 347, 324, 276, 324, 361, 300, 1096, 267, 985, 1781, 945, 289, 262, 347, 835, 839, 12, 347, 2097, 1011, 280, 202, 262, 300, 1096, 276, 324, 361, 300, 1096, 267, 985, 1781, 945, 289, 262, 835, 1133, 1096, 289, 262, 324, 276, 300, 1096, 361, 300, 1096, 267, 985, 1781, 945, 289, 262, 835, 839, 12, 347, 2097, 1011, 280, 202, 262, 300, 1096, 276, 324, 361, 300, 1096, 267, 985, 1781, 945, 289, 262, 835, 1133, 1096, 12, 347, 2097, 1011, 280, 202, 262, 324, 276, 300 ], "temperature": 0.8, "top_k": 50, "seed": 6043, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.5810276679841897, "longest_tandem_repeat_tokens": 68, "long_loop": true }, { "prompt": "def test_add():\n ", "completion": " # add() should return a list of lists\n a = [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, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 77, 78, 79, 80, 81, 82,", "token_ids": [ 347, 1083, 522, 1493, 401, 277, 902, 422, 8036, 202, 261, 277, 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, 2727, 15, 224, 2407, 15, 224, 2694, 15, 224, 2284, 15, 224, 4706, 15, 224, 4199, 15, 224, 4295, 15, 224, 4166, 15, 224, 2236, 15, 224, 3569, 15, 224, 2879, 15, 224, 2329, 15, 224, 3638, 15, 224, 2119, 15, 224, 5074, 15, 224, 4489, 15 ], "temperature": 0.0, "top_k": 0, "seed": 7042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.0, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def test_add():\n ", "completion": " x = 20\n y = 10\n z = 100\n assert(x + y + z)\n assert(x + 20 + y + z)\n assert(x - y + 10 + z)\n assert(x - 10 + y - z)\n assert(x - 20 + 10 + y + z)\n assert(x - 10 + y + z)\n assert(x - 20 + 10 + y + z)\n assert(x - 10 - y - z)\n assert(x - 20 + y - z)\n assert(x - 10 + 20 - z)\n assert(x - 10 + y - z)\n assert(x - 20 + y - z)\n assert(x - 10 + y - z)\n assert(x - 20 + y + z)\n assert(x - 10 - y - z)\n f = 20\n c = 10\n l1 = 20\n l2 = 10\n r1 = 12\n r2 = 13\n assert(f - c + l1 - l2)\n assert(f - c + l2 - r1)\n assert(f + c +", "token_ids": [ 696, 276, 224, 663, 202, 261, 676, 276, 224, 701, 202, 261, 1468, 276, 224, 1318, 202, 261, 724, 1149, 361, 676, 361, 1468, 289, 261, 724, 1149, 361, 224, 663, 361, 676, 361, 1468, 289, 261, 724, 1149, 372, 676, 361, 224, 701, 361, 1468, 289, 261, 724, 1149, 372, 224, 701, 361, 676, 372, 1468, 289, 261, 724, 1149, 372, 224, 663, 361, 224, 701, 361, 676, 361, 1468, 289, 261, 724, 1149, 372, 224, 701, 361, 676, 361, 1468, 289, 261, 724, 1149, 372, 224, 663, 361, 224, 701, 361, 676, 361, 1468, 289, 261, 724, 1149, 372, 224, 701, 372, 676, 372, 1468, 289, 261, 724, 1149, 372, 224, 663, 361, 676, 372, 1468, 289, 261, 724, 1149, 372, 224, 701, 361, 224, 663, 372, 1468, 289, 261, 724, 1149, 372, 224, 701, 361, 676, 372, 1468, 289, 261, 724, 1149, 372, 224, 663, 361, 676, 372, 1468, 289, 261, 724, 1149, 372, 224, 701, 361, 676, 372, 1468, 289, 261, 724, 1149, 372, 224, 663, 361, 676, 361, 1468, 289, 261, 724, 1149, 372, 224, 701, 372, 676, 372, 1468, 289, 262, 300, 276, 224, 663, 202, 262, 296, 276, 224, 701, 202, 262, 730, 20, 276, 224, 663, 202, 262, 730, 21, 276, 224, 701, 202, 262, 565, 20, 276, 224, 862, 202, 262, 565, 21, 276, 224, 1223, 202, 262, 724, 1133, 372, 296, 361, 730, 20, 372, 730, 21, 289, 262, 724, 1133, 372, 296, 361, 730, 21, 372, 565, 20, 289, 262, 724, 1133, 361, 296, 361 ], "temperature": 0.8, "top_k": 50, "seed": 7042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.5256916996047432, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def test_add():\n ", "completion": " # Add first a number\n r = 4\n s = 4\n c = 4\n sr = 4\n n = 5\n \n # Add first to add second number\n r += 2\n s += 2\n c += 2\n sr += 2\n n += 3\n \n # Add second to add first number\n s += 4\n c += 2\n sr += 4\n n += 5\n \n # Add second to add first number\n s += 2\n c += 4\n sr += 2\n n += 3\n \n # Add second to add first number\n s += 4\n c += 2\n sr += 4\n n += 3\n \n # Add second number to add first number and add second number to add second number \n res = 2\n n += 1\n c += 2\n n += 1\n res += 1\n n += 1\n \n # Add first number to add second number\n s += 4\n c += 2\n ", "token_ids": [ 347, 2436, 2239, 277, 1636, 202, 261, 565, 276, 224, 23, 202, 261, 324, 276, 224, 23, 202, 261, 296, 276, 224, 23, 202, 261, 324, 85, 276, 224, 23, 202, 261, 319, 276, 224, 24, 7282, 261, 347, 2436, 2239, 412, 1083, 4362, 1636, 202, 261, 565, 1218, 224, 21, 202, 261, 324, 1218, 224, 21, 202, 261, 296, 1218, 224, 21, 202, 261, 324, 85, 1218, 224, 21, 202, 261, 319, 1218, 224, 22, 7282, 261, 347, 2436, 4362, 412, 1083, 2239, 1636, 202, 261, 324, 1218, 224, 23, 202, 261, 296, 1218, 224, 21, 202, 261, 324, 85, 1218, 224, 23, 202, 261, 319, 1218, 224, 24, 7282, 261, 347, 2436, 4362, 412, 1083, 2239, 1636, 202, 261, 324, 1218, 224, 21, 202, 261, 296, 1218, 224, 23, 202, 261, 324, 85, 1218, 224, 21, 202, 261, 319, 1218, 224, 22, 7282, 261, 347, 2436, 4362, 412, 1083, 2239, 1636, 202, 261, 324, 1218, 224, 23, 202, 261, 296, 1218, 224, 21, 202, 261, 324, 85, 1218, 224, 23, 202, 261, 319, 1218, 224, 22, 7282, 262, 347, 2436, 4362, 1636, 412, 1083, 2239, 1636, 512, 1083, 4362, 1636, 412, 1083, 4362, 1636, 432, 261, 669, 276, 224, 21, 202, 261, 319, 1218, 224, 20, 202, 261, 296, 1218, 224, 21, 202, 261, 319, 1218, 224, 20, 202, 261, 669, 1218, 224, 20, 202, 261, 319, 1218, 224, 20, 7282, 262, 347, 2436, 2239, 1636, 412, 1083, 4362, 1636, 202, 262, 324, 1218, 224, 23, 202, 262, 296, 1218, 224, 21, 202, 262 ], "temperature": 0.8, "top_k": 50, "seed": 7043, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.5256916996047432, "longest_tandem_repeat_tokens": 0, "long_loop": false } ], "functions": [ { "prompt": "\n\ndef is_woodall(x):\n 'Write a function to check if the given number is woodball or not.'\n ", "completion": " if x < 0:\n return False\n if x > 0:\n return False\n if x < 0:\n return False\n if x == 0:\n return False\n if x == 1:\n return False\n if x == 2:\n return False\n if x == 3:\n return False\n if x == 4:\n return False\n if x == 5:\n return False\n if x == 6:\n return False\n if x == 7:\n return False\n if x == 8:\n return False\n if x == 9:\n return False\n if x == 10:\n return False\n if x == 11:\n return False\n if x == 12:\n return False\n if x == 13:\n return False\n if x == 14:\n return False\n if x == 15:\n return False\n if x == 16:\n return False\n if x == 17:\n return False\n if x == 18:\n return False\n if x == 19:\n return False\n if x ==", "token_ids": [ 383, 696, 1011, 224, 19, 311, 263, 401, 836, 202, 262, 383, 696, 1198, 224, 19, 311, 270, 401, 836, 202, 262, 383, 696, 1011, 224, 19, 311, 270, 401, 836, 202, 262, 383, 696, 546, 224, 19, 311, 270, 401, 836, 202, 262, 383, 696, 546, 224, 20, 311, 270, 401, 836, 202, 262, 383, 696, 546, 224, 21, 311, 270, 401, 836, 202, 262, 383, 696, 546, 224, 22, 311, 270, 401, 836, 202, 262, 383, 696, 546, 224, 23, 311, 270, 401, 836, 202, 262, 383, 696, 546, 224, 24, 311, 270, 401, 836, 202, 262, 383, 696, 546, 224, 25, 311, 270, 401, 836, 202, 262, 383, 696, 546, 224, 26, 311, 270, 401, 836, 202, 262, 383, 696, 546, 224, 27, 311, 270, 401, 836, 202, 262, 383, 696, 546, 224, 28, 311, 270, 401, 836, 202, 262, 383, 696, 546, 224, 701, 311, 270, 401, 836, 202, 262, 383, 696, 546, 224, 1009, 311, 270, 401, 836, 202, 262, 383, 696, 546, 224, 862, 311, 270, 401, 836, 202, 262, 383, 696, 546, 224, 1223, 311, 270, 401, 836, 202, 262, 383, 696, 546, 224, 1142, 311, 270, 401, 836, 202, 262, 383, 696, 546, 224, 1158, 311, 270, 401, 836, 202, 262, 383, 696, 546, 224, 1072, 311, 270, 401, 836, 202, 262, 383, 696, 546, 224, 1329, 311, 270, 401, 836, 202, 262, 383, 696, 546, 224, 1201, 311, 270, 401, 836, 202, 262, 383, 696, 546, 224, 1247, 311, 270, 401, 836, 202, 262, 383, 696, 546 ], "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": 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": " if m == 0:\n return tuplex\n if n == 0:\n return tuplex\n return tuplex[:n]\n\ndef colon_tuplex(tuplex, m, n):\n 'Write a function to get a colon of a tuple.'\n if m == 0:\n return tuplex\n if n == 0:\n return tuplex\n return tuplex[:n]\n\ndef colon_tuplex(tuplex, m, n):\n 'Write a function to get a colon of a tuple.'\n if m == 0:\n return tuplex\n if n == 0:\n return tuplex\n return tuplex[:n]\n\ndef colon_tuplex(tuplex, m, n):\n 'Write a function to get a colon of a tuple.'\n if m == 0:\n return tuplex\n if n == 0:\n return tuplex\n return tuplex[:n]\n\ndef colon_tuplex(tuplex, m, n):\n 'Write a function to get a colon of a tuple.'\n if m == 0:\n return tuplex\n if n == 0:\n return tuplex\n return tuplex[:n]\n\ndef colon_tuplex(tuplex", "token_ids": [ 383, 455, 546, 224, 19, 311, 270, 401, 2899, 91, 202, 262, 383, 319, 546, 224, 19, 311, 270, 401, 2899, 91, 202, 262, 401, 2899, 91, 1535, 81, 1729, 329, 28325, 6588, 91, 16161, 91, 15, 455, 15, 319, 351, 262, 301, 7706, 277, 1283, 412, 723, 277, 28325, 422, 277, 2899, 7873, 262, 383, 455, 546, 224, 19, 311, 270, 401, 2899, 91, 202, 262, 383, 319, 546, 224, 19, 311, 270, 401, 2899, 91, 202, 262, 401, 2899, 91, 1535, 81, 1729, 329, 28325, 6588, 91, 16161, 91, 15, 455, 15, 319, 351, 262, 301, 7706, 277, 1283, 412, 723, 277, 28325, 422, 277, 2899, 7873, 262, 383, 455, 546, 224, 19, 311, 270, 401, 2899, 91, 202, 262, 383, 319, 546, 224, 19, 311, 270, 401, 2899, 91, 202, 262, 401, 2899, 91, 1535, 81, 1729, 329, 28325, 6588, 91, 16161, 91, 15, 455, 15, 319, 351, 262, 301, 7706, 277, 1283, 412, 723, 277, 28325, 422, 277, 2899, 7873, 262, 383, 455, 546, 224, 19, 311, 270, 401, 2899, 91, 202, 262, 383, 319, 546, 224, 19, 311, 270, 401, 2899, 91, 202, 262, 401, 2899, 91, 1535, 81, 1729, 329, 28325, 6588, 91, 16161, 91, 15, 455, 15, 319, 351, 262, 301, 7706, 277, 1283, 412, 723, 277, 28325, 422, 277, 2899, 7873, 262, 383, 455, 546, 224, 19, 311, 270, 401, 2899, 91, 202, 262, 383, 319, 546, 224, 19, 311, 270, 401, 2899, 91, 202, 262, 401, 2899, 91, 1535, 81, 1729, 329, 28325, 6588, 91, 16161, 91 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8102766798418972, "longest_tandem_repeat_tokens": 256, "long_loop": true, "task_id": 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": " return str.replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace(' ', ' ').replace('", "token_ids": [ 401, 936, 3800, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420, 3854, 301, 301, 661, 3952, 420 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9644268774703557, "longest_tandem_repeat_tokens": 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": " arr = arr[::-1]\n return arr[0] + arr[1] + arr[2] + arr[3] + arr[4] + arr[5] + arr[6] + arr[7] + arr[8] + arr[9] + arr[10] + arr[11] + arr[12] + arr[13] + arr[14] + arr[15] + arr[16] + arr[17] + arr[18] + arr[19] + arr[20] + arr[21] + arr[22] + arr[23] + arr[24] + arr[25] + arr[26] + arr[27] + arr[28] + arr[29] + arr[30] + arr[31] + arr[32] + arr[33] + arr[34] + arr[35] + arr[36] + arr[37] + arr[38] + arr[39] + arr[41] + arr[42] + arr[43] + arr[44] + arr[45] + arr[46] + arr[47] + arr[48] + arr[49] + arr[50", "token_ids": [ 6364, 276, 6364, 15265, 20, 685, 262, 401, 6364, 62, 19, 64, 361, 6364, 62, 20, 64, 361, 6364, 62, 21, 64, 361, 6364, 62, 22, 64, 361, 6364, 62, 23, 64, 361, 6364, 62, 24, 64, 361, 6364, 62, 25, 64, 361, 6364, 62, 26, 64, 361, 6364, 62, 27, 64, 361, 6364, 62, 28, 64, 361, 6364, 62, 701, 64, 361, 6364, 62, 1009, 64, 361, 6364, 62, 862, 64, 361, 6364, 62, 1223, 64, 361, 6364, 62, 1142, 64, 361, 6364, 62, 1158, 64, 361, 6364, 62, 1072, 64, 361, 6364, 62, 1329, 64, 361, 6364, 62, 1201, 64, 361, 6364, 62, 1247, 64, 361, 6364, 62, 663, 64, 361, 6364, 62, 2070, 64, 361, 6364, 62, 1453, 64, 361, 6364, 62, 1590, 64, 361, 6364, 62, 1335, 64, 361, 6364, 62, 1105, 64, 361, 6364, 62, 1893, 64, 361, 6364, 62, 1845, 64, 361, 6364, 62, 1911, 64, 361, 6364, 62, 1970, 64, 361, 6364, 62, 1398, 64, 361, 6364, 62, 2449, 64, 361, 6364, 62, 1057, 64, 361, 6364, 62, 1812, 64, 361, 6364, 62, 2188, 64, 361, 6364, 62, 2030, 64, 361, 6364, 62, 2289, 64, 361, 6364, 62, 2109, 64, 361, 6364, 62, 2060, 64, 361, 6364, 62, 2159, 64, 361, 6364, 62, 2704, 64, 361, 6364, 62, 2396, 64, 361, 6364, 62, 3084, 64, 361, 6364, 62, 1961, 64, 361, 6364, 62, 1828, 64, 361, 6364, 62, 2961, 64, 361, 6364, 62, 2639, 64, 361, 6364, 62, 2250, 64, 361, 6364, 62, 2080, 64, 361, 6364, 62, 1294 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.18972332015810278, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 415 }, { "prompt": "\n\ndef replace_blank(str1, char):\n 'Write a function that takes in a string and character, replaces blank spaces in the string with the character, and returns the string.'\n ", "completion": " return str1.replace(char, str1.replace(char, char))\n\ndef replace_blank(str1, char):\n 'Replace a function that takes in a string and character, replaces blank spaces in the string with the character, and returns the string.'\n return str1.replace(char, char.replace(char, char))\n\ndef replace_blank(str1, char):\n 'Replace a function that takes in a string and character, replaces blank spaces in the string with the character, and returns the string.'\n return str1.replace(char, char.replace(char, char))\n\ndef replace_blank(str1, char):\n 'Replace a function that takes in a string and character, replaces blank spaces in the string with the character, and returns the string.'\n return str1.replace(char, char.replace(char, char))\n\ndef replace_blank(str1, char):\n 'Replace a function that takes in a string and character, replaces blank spaces in the string with the character, and returns the string.'\n return str1.replace(char, char.replace(char, char))\n\ndef replace_blank(str1, char):\n 'Replace a function that takes in a string and character, replaces blank spaces in the string with the character, and returns the string.'\n return str1.replace(char, char.replace(char,", "token_ids": [ 401, 936, 20, 3800, 15798, 15, 936, 20, 3800, 15798, 15, 2909, 1838, 329, 4239, 17239, 3340, 20, 15, 2909, 351, 262, 301, 17588, 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, 262, 401, 936, 20, 3800, 15798, 15, 2909, 3800, 15798, 15, 2909, 1838, 329, 4239, 17239, 3340, 20, 15, 2909, 351, 262, 301, 17588, 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, 262, 401, 936, 20, 3800, 15798, 15, 2909, 3800, 15798, 15, 2909, 1838, 329, 4239, 17239, 3340, 20, 15, 2909, 351, 262, 301, 17588, 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, 262, 401, 936, 20, 3800, 15798, 15, 2909, 3800, 15798, 15, 2909, 1838, 329, 4239, 17239, 3340, 20, 15, 2909, 351, 262, 301, 17588, 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, 262, 401, 936, 20, 3800, 15798, 15, 2909, 3800, 15798, 15, 2909, 1838, 329, 4239, 17239, 3340, 20, 15, 2909, 351, 262, 301, 17588, 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, 262, 401, 936, 20, 3800, 15798, 15, 2909, 3800, 15798, 15 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.7984189723320159, "longest_tandem_repeat_tokens": 248, "long_loop": true, "task_id": 230 }, { "prompt": "\n\ndef check_distinct(test_tup):\n 'Write a function to check if given tuple contains no duplicates.'\n ", "completion": " if test_tup[0] == (1, 0):\n return True\n else:\n return False\n\ndef check_distinct2(test_tup):\n 'Write a function to check if given tuple contains only one duplicate.'\n if test_tup[0] == (1, 0):\n return True\n else:\n return False\n\ndef check_distinct3(test_tup):\n 'Write a function to check if given tuple contains only one duplicate.'\n if test_tup[0] == (1, 0):\n return True\n else:\n return False\n\ndef check_distinct4(test_tup):\n 'Write a function to check if given tuple contains only one duplicate.'\n if test_tup[0] == (1, 0):\n return True\n else:\n return False\n\ndef check_distinct5(test_tup):\n 'Write a function to check if given tuple contains only one duplicate.'\n if test_tup[0] == (1, 0):\n return True\n else:\n return False\n\ndef check_distinct6(test_tup):\n 'Write a function to check if given tuple contains only one duplicate.'\n if test_tup[0] == (1, 0):\n return True", "token_ids": [ 383, 535, 19522, 62, 19, 64, 546, 375, 20, 15, 224, 19, 351, 270, 401, 805, 202, 262, 706, 311, 270, 401, 836, 377, 329, 1315, 5845, 11888, 21, 2743, 19522, 351, 262, 301, 7706, 277, 1283, 412, 1315, 383, 2001, 2899, 4253, 1803, 1583, 12772, 7873, 261, 383, 535, 19522, 62, 19, 64, 546, 375, 20, 15, 224, 19, 351, 270, 401, 805, 202, 262, 706, 311, 270, 401, 836, 377, 329, 1315, 5845, 11888, 22, 2743, 19522, 351, 262, 301, 7706, 277, 1283, 412, 1315, 383, 2001, 2899, 4253, 1803, 1583, 12772, 7873, 261, 383, 535, 19522, 62, 19, 64, 546, 375, 20, 15, 224, 19, 351, 270, 401, 805, 202, 262, 706, 311, 270, 401, 836, 377, 329, 1315, 5845, 11888, 23, 2743, 19522, 351, 262, 301, 7706, 277, 1283, 412, 1315, 383, 2001, 2899, 4253, 1803, 1583, 12772, 7873, 261, 383, 535, 19522, 62, 19, 64, 546, 375, 20, 15, 224, 19, 351, 270, 401, 805, 202, 262, 706, 311, 270, 401, 836, 377, 329, 1315, 5845, 11888, 24, 2743, 19522, 351, 262, 301, 7706, 277, 1283, 412, 1315, 383, 2001, 2899, 4253, 1803, 1583, 12772, 7873, 261, 383, 535, 19522, 62, 19, 64, 546, 375, 20, 15, 224, 19, 351, 270, 401, 805, 202, 262, 706, 311, 270, 401, 836, 377, 329, 1315, 5845, 11888, 25, 2743, 19522, 351, 262, 301, 7706, 277, 1283, 412, 1315, 383, 2001, 2899, 4253, 1803, 1583, 12772, 7873, 261, 383, 535, 19522, 62, 19, 64, 546, 375, 20, 15, 224, 19, 351, 270, 401, 805 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.7470355731225297, "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": " # TODO: This function should be used to extract the elementwise and tuples from the given two tuples.\n # TODO: This function should be used to extract the elementwise and tuples from the given two tuples.\n # TODO: This function should be used to extract the elementwise and tuples from the given two tuples.\n # TODO: This function should be used to extract the elementwise and tuples from the given two tuples.\n # TODO: This function should be used to extract the elementwise and tuples from the given two tuples.\n # TODO: This function should be used to extract the elementwise and tuples from the given two tuples.\n # TODO: This function should be used to extract the elementwise and tuples from the given two tuples.\n # TODO: This function should be used to extract the elementwise and tuples from the given two tuples.\n # TODO: This function should be used to extract the elementwise and tuples from the given two tuples.\n # TODO: This function should be used to extract the elementwise and tuples from the given two tuples.\n # TODO: This function should be used to extract the elementwise and tuples from the given two tuples.\n # TODO: This function should be used to extract the elementwise and", "token_ids": [ 347, 2854, 29, 1304, 1283, 1493, 601, 1469, 412, 5319, 337, 3778, 3586, 512, 7093, 643, 337, 2001, 3402, 7093, 507, 262, 347, 2854, 29, 1304, 1283, 1493, 601, 1469, 412, 5319, 337, 3778, 3586, 512, 7093, 643, 337, 2001, 3402, 7093, 507, 262, 347, 2854, 29, 1304, 1283, 1493, 601, 1469, 412, 5319, 337, 3778, 3586, 512, 7093, 643, 337, 2001, 3402, 7093, 507, 262, 347, 2854, 29, 1304, 1283, 1493, 601, 1469, 412, 5319, 337, 3778, 3586, 512, 7093, 643, 337, 2001, 3402, 7093, 507, 262, 347, 2854, 29, 1304, 1283, 1493, 601, 1469, 412, 5319, 337, 3778, 3586, 512, 7093, 643, 337, 2001, 3402, 7093, 507, 262, 347, 2854, 29, 1304, 1283, 1493, 601, 1469, 412, 5319, 337, 3778, 3586, 512, 7093, 643, 337, 2001, 3402, 7093, 507, 262, 347, 2854, 29, 1304, 1283, 1493, 601, 1469, 412, 5319, 337, 3778, 3586, 512, 7093, 643, 337, 2001, 3402, 7093, 507, 262, 347, 2854, 29, 1304, 1283, 1493, 601, 1469, 412, 5319, 337, 3778, 3586, 512, 7093, 643, 337, 2001, 3402, 7093, 507, 262, 347, 2854, 29, 1304, 1283, 1493, 601, 1469, 412, 5319, 337, 3778, 3586, 512, 7093, 643, 337, 2001, 3402, 7093, 507, 262, 347, 2854, 29, 1304, 1283, 1493, 601, 1469, 412, 5319, 337, 3778, 3586, 512, 7093, 643, 337, 2001, 3402, 7093, 507, 262, 347, 2854, 29, 1304, 1283, 1493, 601, 1469, 412, 5319, 337, 3778, 3586, 512, 7093, 643, 337, 2001, 3402, 7093, 507, 262, 347, 2854, 29, 1304, 1283, 1493, 601, 1469, 412, 5319, 337, 3778, 3586, 512 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9130434782608696, "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": " # We need to make sure that we have a list of lists\n # We need to make sure that we have a list of lists\n # We need to make sure that we have a list of lists\n # We need to make sure that we have a list of lists\n # We need to make sure that we have a list of lists\n # We need to make sure that we have a list of lists\n # We need to make sure that we have a list of lists\n # We need to make sure that we have a list of lists\n # We need to make sure that we have a list of lists\n # We need to make sure that we have a list of lists\n # We need to make sure that we have a list of lists\n # We need to make sure that we have a list of lists\n # We need to make sure that we have a list of lists\n # We need to make sure that we have a list of lists\n # We need to make sure that we have a list of lists\n # We need to make sure that we have a list of lists\n # We need to make sure that we have a list of lists\n #", "token_ids": [ 347, 3325, 2350, 412, 2002, 3806, 791, 962, 1657, 277, 902, 422, 8036, 202, 262, 347, 3325, 2350, 412, 2002, 3806, 791, 962, 1657, 277, 902, 422, 8036, 202, 262, 347, 3325, 2350, 412, 2002, 3806, 791, 962, 1657, 277, 902, 422, 8036, 202, 262, 347, 3325, 2350, 412, 2002, 3806, 791, 962, 1657, 277, 902, 422, 8036, 202, 262, 347, 3325, 2350, 412, 2002, 3806, 791, 962, 1657, 277, 902, 422, 8036, 202, 262, 347, 3325, 2350, 412, 2002, 3806, 791, 962, 1657, 277, 902, 422, 8036, 202, 262, 347, 3325, 2350, 412, 2002, 3806, 791, 962, 1657, 277, 902, 422, 8036, 202, 262, 347, 3325, 2350, 412, 2002, 3806, 791, 962, 1657, 277, 902, 422, 8036, 202, 262, 347, 3325, 2350, 412, 2002, 3806, 791, 962, 1657, 277, 902, 422, 8036, 202, 262, 347, 3325, 2350, 412, 2002, 3806, 791, 962, 1657, 277, 902, 422, 8036, 202, 262, 347, 3325, 2350, 412, 2002, 3806, 791, 962, 1657, 277, 902, 422, 8036, 202, 262, 347, 3325, 2350, 412, 2002, 3806, 791, 962, 1657, 277, 902, 422, 8036, 202, 262, 347, 3325, 2350, 412, 2002, 3806, 791, 962, 1657, 277, 902, 422, 8036, 202, 262, 347, 3325, 2350, 412, 2002, 3806, 791, 962, 1657, 277, 902, 422, 8036, 202, 262, 347, 3325, 2350, 412, 2002, 3806, 791, 962, 1657, 277, 902, 422, 8036, 202, 262, 347, 3325, 2350, 412, 2002, 3806, 791, 962, 1657, 277, 902, 422, 8036, 202, 262, 347, 3325, 2350, 412, 2002, 3806, 791, 962, 1657, 277, 902, 422, 8036, 202, 262, 347 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9407114624505929, "longest_tandem_repeat_tokens": 256, "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": " if c == 0:\n return a\n if c == 1:\n return b\n if c == 2:\n return c\n if c == 3:\n return a\n if c == 4:\n return b\n if c == 5:\n return a\n if c == 6:\n return b\n if c == 7:\n return a\n if c == 8:\n return b\n if c == 9:\n return a\n if c == 10:\n return b\n if c == 11:\n return a\n if c == 12:\n return b\n if c == 13:\n return a\n if c == 14:\n return b\n if c == 15:\n return a\n if c == 16:\n return b\n if c == 17:\n return a\n if c == 18:\n return b\n if c == 19:\n return a\n if c == 20:\n return b\n if c == 21:\n return a\n if c == 22:\n return b\n if c ==", "token_ids": [ 383, 296, 546, 224, 19, 311, 270, 401, 277, 202, 262, 383, 296, 546, 224, 20, 311, 270, 401, 305, 202, 262, 383, 296, 546, 224, 21, 311, 270, 401, 296, 202, 262, 383, 296, 546, 224, 22, 311, 270, 401, 277, 202, 262, 383, 296, 546, 224, 23, 311, 270, 401, 305, 202, 262, 383, 296, 546, 224, 24, 311, 270, 401, 277, 202, 262, 383, 296, 546, 224, 25, 311, 270, 401, 305, 202, 262, 383, 296, 546, 224, 26, 311, 270, 401, 277, 202, 262, 383, 296, 546, 224, 27, 311, 270, 401, 305, 202, 262, 383, 296, 546, 224, 28, 311, 270, 401, 277, 202, 262, 383, 296, 546, 224, 701, 311, 270, 401, 305, 202, 262, 383, 296, 546, 224, 1009, 311, 270, 401, 277, 202, 262, 383, 296, 546, 224, 862, 311, 270, 401, 305, 202, 262, 383, 296, 546, 224, 1223, 311, 270, 401, 277, 202, 262, 383, 296, 546, 224, 1142, 311, 270, 401, 305, 202, 262, 383, 296, 546, 224, 1158, 311, 270, 401, 277, 202, 262, 383, 296, 546, 224, 1072, 311, 270, 401, 305, 202, 262, 383, 296, 546, 224, 1329, 311, 270, 401, 277, 202, 262, 383, 296, 546, 224, 1201, 311, 270, 401, 305, 202, 262, 383, 296, 546, 224, 1247, 311, 270, 401, 277, 202, 262, 383, 296, 546, 224, 663, 311, 270, 401, 305, 202, 262, 383, 296, 546, 224, 2070, 311, 270, 401, 277, 202, 262, 383, 296, 546, 224, 1453, 311, 270, 401, 305, 202, 262, 383, 296, 546 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.5770750988142292, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 397 }, { "prompt": "\n\ndef max_product_tuple(list1):\n 'Write a function to find the maximum absolute product between numbers in pairs of tuples within a given list.'\n ", "completion": " return max(list1[0], list1[1])\n\ndef max_product_tuple(list2):\n 'Write a function to find the maximum absolute product between numbers in pairs of tuples within a given list.'\n return max(list2[0], list2[1])\n\ndef max_product_tuple(list3):\n 'Write a function to find the maximum absolute product between numbers in pairs of tuples within a given list.'\n return max(list3[0], list3[1])\n\ndef max_product_tuple(list4):\n 'Write a function to find the maximum absolute product between numbers in pairs of tuples within a given list.'\n return max(list4[0], list4[1])\n\ndef max_product_tuple(list5):\n 'Write a function to find the maximum absolute product between numbers in pairs of tuples within a given list.'\n return max(list5[0], list5[1])\n\ndef max_product_tuple(list6):\n 'Write a function to find the maximum absolute product between numbers in pairs of tuples within a given list.'\n return max(list6[0], list6[1])\n\ndef max_product_tuple(list7):\n 'Write a function to find the maximum absolute product between numbers in pairs of tuples within a given list.'\n return max(list7", "token_ids": [ 401, 1360, 3788, 20, 62, 19, 556, 902, 20, 62, 20, 2774, 329, 1360, 7323, 6588, 3788, 21, 351, 262, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 4360, 5297, 4217, 6944, 331, 9991, 422, 7093, 5493, 277, 2001, 902, 7873, 261, 401, 1360, 3788, 21, 62, 19, 556, 902, 21, 62, 20, 2774, 329, 1360, 7323, 6588, 3788, 22, 351, 262, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 4360, 5297, 4217, 6944, 331, 9991, 422, 7093, 5493, 277, 2001, 902, 7873, 261, 401, 1360, 3788, 22, 62, 19, 556, 902, 22, 62, 20, 2774, 329, 1360, 7323, 6588, 3788, 23, 351, 262, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 4360, 5297, 4217, 6944, 331, 9991, 422, 7093, 5493, 277, 2001, 902, 7873, 261, 401, 1360, 3788, 23, 62, 19, 556, 902, 23, 62, 20, 2774, 329, 1360, 7323, 6588, 3788, 24, 351, 262, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 4360, 5297, 4217, 6944, 331, 9991, 422, 7093, 5493, 277, 2001, 902, 7873, 261, 401, 1360, 3788, 24, 62, 19, 556, 902, 24, 62, 20, 2774, 329, 1360, 7323, 6588, 3788, 25, 351, 262, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 4360, 5297, 4217, 6944, 331, 9991, 422, 7093, 5493, 277, 2001, 902, 7873, 261, 401, 1360, 3788, 25, 62, 19, 556, 902, 25, 62, 20, 2774, 329, 1360, 7323, 6588, 3788, 26, 351, 262, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 4360, 5297, 4217, 6944, 331, 9991, 422, 7093, 5493, 277, 2001, 902, 7873, 261, 401, 1360, 3788, 26 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.5928853754940712, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 120 }, { "prompt": "import re\n\ndef remove_whitespaces(text1):\n 'Write a function to remove all whitespaces from the given string.'\n ", "completion": " # Remove whitespaces from the string.\n text2 = re.sub(r'[^\\n]+', ' ', text1)\n return text2\n\ndef remove_whitespaces(text2):\n 'Remove whitespaces from the given string.'\n return re.sub(r'[^\\n]+', ' ', text2)\n\ndef remove_whitespaces(text1):\n 'Remove whitespaces from the given string.'\n return re.sub(r'[^\\n]+', ' ', text1)\n\ndef remove_whitespaces(text2):\n 'Remove whitespaces from the given string.'\n return re.sub(r'[^\\n]+', ' ', text2)\n\ndef remove_whitespaces(text1):\n 'Remove whitespaces from the given string.'\n return re.sub(r'[^\\n]+', ' ', text1)\n\ndef remove_whitespaces(text2):\n 'Remove whitespaces from the given string.'\n return re.sub(r'[^\\n]+', ' ', text2)\n\ndef remove_whitespaces(text1):\n 'Remove whitespaces from the given string.'\n return re.sub(r'[^\\n]+', ' ', text1)\n\ndef remove_whitespaces(text2):\n 'Remove whitespaces from the given string.'\n return re.sub(r'[^\\n]+", "token_ids": [ 347, 7771, 9903, 9937, 643, 337, 1429, 507, 262, 1612, 21, 276, 312, 2799, 1618, 10, 16749, 63, 81, 4505, 354, 301, 3854, 1612, 20, 289, 262, 401, 1612, 21, 377, 329, 2689, 9145, 9937, 4484, 21, 351, 262, 301, 7572, 9903, 9937, 643, 337, 2001, 1429, 7873, 262, 401, 312, 2799, 1618, 10, 16749, 63, 81, 4505, 354, 301, 3854, 1612, 21, 443, 329, 2689, 9145, 9937, 4484, 20, 351, 262, 301, 7572, 9903, 9937, 643, 337, 2001, 1429, 7873, 262, 401, 312, 2799, 1618, 10, 16749, 63, 81, 4505, 354, 301, 3854, 1612, 20, 443, 329, 2689, 9145, 9937, 4484, 21, 351, 262, 301, 7572, 9903, 9937, 643, 337, 2001, 1429, 7873, 262, 401, 312, 2799, 1618, 10, 16749, 63, 81, 4505, 354, 301, 3854, 1612, 21, 443, 329, 2689, 9145, 9937, 4484, 20, 351, 262, 301, 7572, 9903, 9937, 643, 337, 2001, 1429, 7873, 262, 401, 312, 2799, 1618, 10, 16749, 63, 81, 4505, 354, 301, 3854, 1612, 20, 443, 329, 2689, 9145, 9937, 4484, 21, 351, 262, 301, 7572, 9903, 9937, 643, 337, 2001, 1429, 7873, 262, 401, 312, 2799, 1618, 10, 16749, 63, 81, 4505, 354, 301, 3854, 1612, 21, 443, 329, 2689, 9145, 9937, 4484, 20, 351, 262, 301, 7572, 9903, 9937, 643, 337, 2001, 1429, 7873, 262, 401, 312, 2799, 1618, 10, 16749, 63, 81, 4505, 354, 301, 3854, 1612, 20, 443, 329, 2689, 9145, 9937, 4484, 21, 351, 262, 301, 7572, 9903, 9937, 643, 337, 2001, 1429, 7873, 262, 401, 312, 2799, 1618, 10, 16749, 63, 81, 4505 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.7588932806324111, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 451 }, { "prompt": "import re\n\ndef text_match_wordz(text):\n \"Write a function that matches a word containing 'z'.\"\n ", "completion": " # TODO: This should be a better way to do this\n # TODO: This should be a better way to do this\n # TODO: This should be a better way to do this\n # TODO: This should be a better way to do this\n # TODO: This should be a better way to do this\n # TODO: This should be a better way to do this\n # TODO: This should be a better way to do this\n # TODO: This should be a better way to do this\n # TODO: This should be a better way to do this\n # TODO: This should be a better way to do this\n # TODO: This should be a better way to do this\n # TODO: This should be a better way to do this\n # TODO: This should be a better way to do this\n # TODO: This should be a better way to do this\n # TODO: This should be a better way to do this\n # TODO: This should be a better way to do this\n # TODO: This should be a better way to do this\n # TODO: This should be a better way to do this\n # TODO: This", "token_ids": [ 347, 2854, 29, 1304, 1493, 601, 277, 10520, 6231, 412, 1175, 756, 202, 262, 347, 2854, 29, 1304, 1493, 601, 277, 10520, 6231, 412, 1175, 756, 202, 262, 347, 2854, 29, 1304, 1493, 601, 277, 10520, 6231, 412, 1175, 756, 202, 262, 347, 2854, 29, 1304, 1493, 601, 277, 10520, 6231, 412, 1175, 756, 202, 262, 347, 2854, 29, 1304, 1493, 601, 277, 10520, 6231, 412, 1175, 756, 202, 262, 347, 2854, 29, 1304, 1493, 601, 277, 10520, 6231, 412, 1175, 756, 202, 262, 347, 2854, 29, 1304, 1493, 601, 277, 10520, 6231, 412, 1175, 756, 202, 262, 347, 2854, 29, 1304, 1493, 601, 277, 10520, 6231, 412, 1175, 756, 202, 262, 347, 2854, 29, 1304, 1493, 601, 277, 10520, 6231, 412, 1175, 756, 202, 262, 347, 2854, 29, 1304, 1493, 601, 277, 10520, 6231, 412, 1175, 756, 202, 262, 347, 2854, 29, 1304, 1493, 601, 277, 10520, 6231, 412, 1175, 756, 202, 262, 347, 2854, 29, 1304, 1493, 601, 277, 10520, 6231, 412, 1175, 756, 202, 262, 347, 2854, 29, 1304, 1493, 601, 277, 10520, 6231, 412, 1175, 756, 202, 262, 347, 2854, 29, 1304, 1493, 601, 277, 10520, 6231, 412, 1175, 756, 202, 262, 347, 2854, 29, 1304, 1493, 601, 277, 10520, 6231, 412, 1175, 756, 202, 262, 347, 2854, 29, 1304, 1493, 601, 277, 10520, 6231, 412, 1175, 756, 202, 262, 347, 2854, 29, 1304, 1493, 601, 277, 10520, 6231, 412, 1175, 756, 202, 262, 347, 2854, 29, 1304, 1493, 601, 277, 10520, 6231, 412, 1175, 756, 202, 262, 347, 2854, 29, 1304 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9446640316205533, "longest_tandem_repeat_tokens": 256, "long_loop": true, "task_id": 454 }, { "prompt": "\n\ndef check_Consecutive(l):\n 'Write a python function to check whether the given list contains consecutive numbers or not.'\n ", "completion": " if len(l) < 2:\n print('Consecutive numbers are not equal')\n return False\n if len(l) > 2:\n print('Consecutive numbers are not equal')\n return False\n if len(l) < 3:\n print('Consecutive numbers are not equal')\n return False\n if len(l) > 4:\n print('Consecutive numbers are not equal')\n return False\n if len(l) < 5:\n print('Consecutive numbers are not equal')\n return False\n if len(l) < 6:\n print('Consecutive numbers are not equal')\n return False\n if len(l) < 7:\n print('Consecutive numbers are not equal')\n return False\n if len(l) < 8:\n print('Consecutive numbers are not equal')\n return False\n if len(l) < 9:\n print('Consecutive numbers are not equal')\n return False\n if len(l) < 10:\n print('Consecutive numbers are not equal')\n return False\n if len(l) < 11:\n print('Consecutive numbers are not equal')\n return False\n if len(l", "token_ids": [ 383, 889, 3042, 12, 1011, 224, 21, 311, 270, 835, 420, 727, 31025, 6944, 973, 503, 5466, 698, 270, 401, 836, 202, 262, 383, 889, 3042, 12, 1198, 224, 21, 311, 270, 835, 420, 727, 31025, 6944, 973, 503, 5466, 698, 270, 401, 836, 202, 262, 383, 889, 3042, 12, 1011, 224, 22, 311, 270, 835, 420, 727, 31025, 6944, 973, 503, 5466, 698, 270, 401, 836, 202, 262, 383, 889, 3042, 12, 1198, 224, 23, 311, 270, 835, 420, 727, 31025, 6944, 973, 503, 5466, 698, 270, 401, 836, 202, 262, 383, 889, 3042, 12, 1011, 224, 24, 311, 270, 835, 420, 727, 31025, 6944, 973, 503, 5466, 698, 270, 401, 836, 202, 262, 383, 889, 3042, 12, 1011, 224, 25, 311, 270, 835, 420, 727, 31025, 6944, 973, 503, 5466, 698, 270, 401, 836, 202, 262, 383, 889, 3042, 12, 1011, 224, 26, 311, 270, 835, 420, 727, 31025, 6944, 973, 503, 5466, 698, 270, 401, 836, 202, 262, 383, 889, 3042, 12, 1011, 224, 27, 311, 270, 835, 420, 727, 31025, 6944, 973, 503, 5466, 698, 270, 401, 836, 202, 262, 383, 889, 3042, 12, 1011, 224, 28, 311, 270, 835, 420, 727, 31025, 6944, 973, 503, 5466, 698, 270, 401, 836, 202, 262, 383, 889, 3042, 12, 1011, 224, 701, 311, 270, 835, 420, 727, 31025, 6944, 973, 503, 5466, 698, 270, 401, 836, 202, 262, 383, 889, 3042, 12, 1011, 224, 1009, 311, 270, 835, 420, 727, 31025, 6944, 973, 503, 5466, 698, 270, 401, 836, 202, 262, 383, 889, 3042 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.7509881422924901, "longest_tandem_repeat_tokens": 0, "long_loop": false, "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": " return sum(list1) + sum(list2)\n\ndef common_element_list(list1, list2):\n 'Write a function that takes two lists and returns true if they have at least one common element.'\n return sum(list1) + sum(list2)\n\ndef common_element_list_list(list1, list2):\n 'Write a function that takes two lists and returns true if they have at least one common element.'\n return sum(list1) + sum(list2)\n\ndef common_element_list_list_list(list1, list2):\n 'Write a function that takes two lists and returns true if they have at least one common element.'\n return sum(list1) + sum(list2)\n\ndef common_element_list_list_list(list1, list2):\n 'Write a function that takes two lists and returns true if they have at least one common element.'\n return sum(list1) + sum(list2)\n\ndef common_element_list_list_list(list1, list2):\n 'Write a function that takes two lists and returns true if they have at least one common element.'\n return sum(list1) + sum(list2)\n\ndef common_element_list_list_list(list1, list2):\n 'Write a function that takes two lists and returns true if they have at least", "token_ids": [ 401, 4273, 3788, 20, 12, 361, 4273, 3788, 21, 443, 329, 5012, 5376, 967, 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, 262, 401, 4273, 3788, 20, 12, 361, 4273, 3788, 21, 443, 329, 5012, 5376, 967, 967, 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, 262, 401, 4273, 3788, 20, 12, 361, 4273, 3788, 21, 443, 329, 5012, 5376, 967, 967, 967, 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, 262, 401, 4273, 3788, 20, 12, 361, 4273, 3788, 21, 443, 329, 5012, 5376, 967, 967, 967, 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, 262, 401, 4273, 3788, 20, 12, 361, 4273, 3788, 21, 443, 329, 5012, 5376, 967, 967, 967, 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, 262, 401, 4273, 3788, 20, 12, 361, 4273, 3788, 21, 443, 329, 5012, 5376, 967, 967, 967, 3788, 20, 15, 902, 21, 351, 262, 301, 7706, 277, 1283, 791, 8210, 3402, 8036, 512, 3283, 1238, 383, 4034, 1657, 864, 5864 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8142292490118577, "longest_tandem_repeat_tokens": 201, "long_loop": true, "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": " return a + b\n\ndef swap_numbers(a, b):\n 'Write a function that takes in two numbers and returns a tuple with the first number and then the second number.'\n return a + b\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 return a + b\n\ndef swap_numbers(a, b):\n 'Write a function that takes in two numbers and returns a tuple with the first number and then the second number.'\n return a + b\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 return a + b\n\ndef swap_numbers(a, b):\n 'Write a function that takes in two numbers and returns a tuple with the first number and then the second number.'\n return a + b\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 return a + b\n\ndef swap_numbers(a, b):\n 'Write a function that takes in two numbers and returns a tuple with the first number and then the second", "token_ids": [ 401, 277, 361, 305, 377, 329, 14800, 10597, 2243, 15, 305, 351, 262, 301, 7706, 277, 1283, 791, 8210, 331, 3402, 6944, 512, 3283, 277, 2899, 596, 337, 2239, 1636, 512, 2392, 337, 4362, 1636, 7873, 262, 401, 277, 361, 305, 377, 329, 14800, 10597, 2243, 15, 305, 351, 262, 301, 7706, 277, 1283, 791, 8210, 331, 3402, 6944, 512, 3283, 277, 2899, 596, 337, 4362, 1636, 512, 2392, 337, 2239, 1636, 7873, 262, 401, 277, 361, 305, 377, 329, 14800, 10597, 2243, 15, 305, 351, 262, 301, 7706, 277, 1283, 791, 8210, 331, 3402, 6944, 512, 3283, 277, 2899, 596, 337, 2239, 1636, 512, 2392, 337, 4362, 1636, 7873, 262, 401, 277, 361, 305, 377, 329, 14800, 10597, 2243, 15, 305, 351, 262, 301, 7706, 277, 1283, 791, 8210, 331, 3402, 6944, 512, 3283, 277, 2899, 596, 337, 4362, 1636, 512, 2392, 337, 2239, 1636, 7873, 262, 401, 277, 361, 305, 377, 329, 14800, 10597, 2243, 15, 305, 351, 262, 301, 7706, 277, 1283, 791, 8210, 331, 3402, 6944, 512, 3283, 277, 2899, 596, 337, 2239, 1636, 512, 2392, 337, 4362, 1636, 7873, 262, 401, 277, 361, 305, 377, 329, 14800, 10597, 2243, 15, 305, 351, 262, 301, 7706, 277, 1283, 791, 8210, 331, 3402, 6944, 512, 3283, 277, 2899, 596, 337, 4362, 1636, 512, 2392, 337, 2239, 1636, 7873, 262, 401, 277, 361, 305, 377, 329, 14800, 10597, 2243, 15, 305, 351, 262, 301, 7706, 277, 1283, 791, 8210, 331, 3402, 6944, 512, 3283, 277, 2899, 596, 337, 2239, 1636, 512, 2392, 337, 4362 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8221343873517787, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 257 }, { "prompt": "\n\ndef max_length(list1):\n 'Write a function to find the list of maximum length in a list of lists.'\n ", "completion": " for i in range(len(list1)):\n list1[i] = list1[i].max() + 1\n return list1\n\ndef max_length(list1):\n 'Write a function to find the maximum length in a list of lists.'\n for i in range(len(list1)):\n list1[i] = list1[i].max() + 1\n return list1\n\ndef max_length(list1):\n 'Write a function to find the maximum length in a list of lists.'\n for i in range(len(list1)):\n list1[i] = list1[i].max() + 1\n return list1\n\ndef max_length(list1):\n 'Write a function to find the maximum length in a list of lists.'\n for i in range(len(list1)):\n list1[i] = list1[i].max() + 1\n return list1\n\ndef max_length(list1):\n 'Write a function to find the maximum length in a list of lists.'\n for i in range(len(list1)):\n list1[i] = list1[i].max() + 1\n return list1\n\ndef max_length(list1):\n 'Write a function to find the maximum length in a list", "token_ids": [ 392, 288, 331, 1382, 1904, 3788, 20, 3760, 270, 902, 20, 1565, 64, 276, 902, 20, 1565, 1039, 984, 522, 361, 224, 20, 202, 262, 401, 902, 20, 377, 329, 1360, 1458, 3788, 20, 351, 262, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 3022, 331, 277, 902, 422, 8036, 7873, 261, 392, 288, 331, 1382, 1904, 3788, 20, 3760, 270, 902, 20, 1565, 64, 276, 902, 20, 1565, 1039, 984, 522, 361, 224, 20, 202, 262, 401, 902, 20, 377, 329, 1360, 1458, 3788, 20, 351, 262, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 3022, 331, 277, 902, 422, 8036, 7873, 261, 392, 288, 331, 1382, 1904, 3788, 20, 3760, 270, 902, 20, 1565, 64, 276, 902, 20, 1565, 1039, 984, 522, 361, 224, 20, 202, 262, 401, 902, 20, 377, 329, 1360, 1458, 3788, 20, 351, 262, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 3022, 331, 277, 902, 422, 8036, 7873, 261, 392, 288, 331, 1382, 1904, 3788, 20, 3760, 270, 902, 20, 1565, 64, 276, 902, 20, 1565, 1039, 984, 522, 361, 224, 20, 202, 262, 401, 902, 20, 377, 329, 1360, 1458, 3788, 20, 351, 262, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 3022, 331, 277, 902, 422, 8036, 7873, 261, 392, 288, 331, 1382, 1904, 3788, 20, 3760, 270, 902, 20, 1565, 64, 276, 902, 20, 1565, 1039, 984, 522, 361, 224, 20, 202, 262, 401, 902, 20, 377, 329, 1360, 1458, 3788, 20, 351, 262, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 3022, 331, 277, 902 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.7944664031620553, "longest_tandem_repeat_tokens": 256, "long_loop": true, "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": " # Create a dictionary of the tuples\n d = Counter()\n for i in test_list:\n d.update(i)\n return d\n\ndef check_occurences_list(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 # Create a dictionary of the tuples\n d = Counter()\n for i in test_list:\n d.update(i)\n return d\n\ndef check_occurences_list_list(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 # Create a dictionary of the tuples\n d = Counter()\n for i in test_list:\n d.update(i)\n return d\n\ndef check_occurences_list_list_list(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 # Create a dictionary of the tuples\n d = Counter()\n for i in test_list:\n d.update(i)\n return d\n\ndef check_occurences_list", "token_ids": [ 347, 2907, 277, 3577, 422, 337, 7093, 202, 262, 379, 276, 23005, 578, 262, 392, 288, 331, 535, 967, 311, 270, 379, 1999, 1554, 289, 262, 401, 379, 377, 329, 1315, 21653, 70, 587, 81, 1042, 967, 2743, 967, 351, 262, 301, 7706, 277, 1283, 791, 8210, 331, 277, 902, 422, 7093, 512, 3283, 277, 3577, 5461, 2035, 3817, 2899, 412, 337, 1636, 422, 5788, 961, 16721, 331, 337, 902, 7873, 261, 347, 2907, 277, 3577, 422, 337, 7093, 202, 262, 379, 276, 23005, 578, 262, 392, 288, 331, 535, 967, 311, 270, 379, 1999, 1554, 289, 262, 401, 379, 377, 329, 1315, 21653, 70, 587, 81, 1042, 967, 967, 2743, 967, 351, 262, 301, 7706, 277, 1283, 791, 8210, 331, 277, 902, 422, 7093, 512, 3283, 277, 3577, 5461, 2035, 3817, 2899, 412, 337, 1636, 422, 5788, 961, 16721, 331, 337, 902, 7873, 261, 347, 2907, 277, 3577, 422, 337, 7093, 202, 262, 379, 276, 23005, 578, 262, 392, 288, 331, 535, 967, 311, 270, 379, 1999, 1554, 289, 262, 401, 379, 377, 329, 1315, 21653, 70, 587, 81, 1042, 967, 967, 967, 2743, 967, 351, 262, 301, 7706, 277, 1283, 791, 8210, 331, 277, 902, 422, 7093, 512, 3283, 277, 3577, 5461, 2035, 3817, 2899, 412, 337, 1636, 422, 5788, 961, 16721, 331, 337, 902, 7873, 261, 347, 2907, 277, 3577, 422, 337, 7093, 202, 262, 379, 276, 23005, 578, 262, 392, 288, 331, 535, 967, 311, 270, 379, 1999, 1554, 289, 262, 401, 379, 377, 329, 1315, 21653, 70, 587, 81, 1042, 967 ], "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": 3, "long_loop": false, "task_id": 237 }, { "prompt": "\n\ndef flatten_list(list1):\n 'Write a function to flatten a given nested list structure.'\n ", "completion": " for item in list1:\n if isinstance(item, list):\n flatten_list(item)\n else:\n flatten_list(item)\n\ndef flatten_list(list2):\n 'Write a function to flatten a given nested list structure.'\n for item in list2:\n if isinstance(item, list):\n flatten_list(item)\n else:\n flatten_list(item)\n\ndef flatten_list2(list1):\n 'Write a function to flatten a given nested list structure.'\n for item in list1:\n if isinstance(item, list):\n flatten_list(item)\n else:\n flatten_list(item)\n\ndef flatten_list2_list(list1):\n 'Write a function to flatten a given nested list structure.'\n for item in list1:\n if isinstance(item, list):\n flatten_list(item)\n else:\n flatten_list(item)\n\ndef flatten_list2_list(list2):\n 'Write a function to flatten a given nested list structure.'\n for item in list2:\n if isinstance(item, list):\n flatten_list(item)\n else:\n flatten_list(item)\n\ndef flatten_list2_list(list1):\n 'Write a function to flatten a given nested list structure.'\n for item in list1:\n if isinstance(item, list):\n flatten_list(item)\n ", "token_ids": [ 392, 1932, 331, 902, 20, 311, 270, 383, 1454, 5190, 15, 902, 351, 298, 14451, 967, 5190, 289, 270, 706, 311, 298, 14451, 967, 5190, 443, 329, 14451, 967, 3788, 21, 351, 262, 301, 7706, 277, 1283, 412, 14451, 277, 2001, 11421, 902, 5097, 7873, 262, 392, 1932, 331, 902, 21, 311, 270, 383, 1454, 5190, 15, 902, 351, 298, 14451, 967, 5190, 289, 270, 706, 311, 298, 14451, 967, 5190, 443, 329, 14451, 967, 21, 3788, 20, 351, 262, 301, 7706, 277, 1283, 412, 14451, 277, 2001, 11421, 902, 5097, 7873, 262, 392, 1932, 331, 902, 20, 311, 270, 383, 1454, 5190, 15, 902, 351, 298, 14451, 967, 5190, 289, 270, 706, 311, 298, 14451, 967, 5190, 443, 329, 14451, 967, 21, 967, 3788, 20, 351, 262, 301, 7706, 277, 1283, 412, 14451, 277, 2001, 11421, 902, 5097, 7873, 262, 392, 1932, 331, 902, 20, 311, 270, 383, 1454, 5190, 15, 902, 351, 298, 14451, 967, 5190, 289, 270, 706, 311, 298, 14451, 967, 5190, 443, 329, 14451, 967, 21, 967, 3788, 21, 351, 262, 301, 7706, 277, 1283, 412, 14451, 277, 2001, 11421, 902, 5097, 7873, 262, 392, 1932, 331, 902, 21, 311, 270, 383, 1454, 5190, 15, 902, 351, 298, 14451, 967, 5190, 289, 270, 706, 311, 298, 14451, 967, 5190, 443, 329, 14451, 967, 21, 967, 3788, 20, 351, 262, 301, 7706, 277, 1283, 412, 14451, 277, 2001, 11421, 902, 5097, 7873, 262, 392, 1932, 331, 902, 20, 311, 270, 383, 1454, 5190, 15, 902, 351, 298, 14451, 967, 5190, 289, 270 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.7628458498023716, "longest_tandem_repeat_tokens": 0, "long_loop": false, "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": " if str.find(' ') != -1:\n return 0\n else:\n return len(str)\n\ndef main():\n print('This is a function to find the length of the longest palindromic subsequence in the given string.')\n print('This is a function to find the length of the longest palindromic subsequence in the given string.')\n print('This is a function to find the length of the longest palindromic subsequence in the given string.')\n print('This is a function to find the length of the longest palindromic subsequence in the given string.')\n print('This is a function to find the length of the longest palindromic subsequence in the given string.')\n print('This is a function to find the length of the longest palindromic subsequence in the given string.')\n print('This is a function to find the length of the longest palindromic subsequence in the given string.')\n print('This is a function to find the length of the longest palindromic subsequence in the given string.')\n print('This is a function to find the length of the longest palindromic subsequence in the given string.')\n print('This is", "token_ids": [ 383, 936, 3039, 420, 301, 12, 1447, 372, 20, 311, 270, 401, 224, 19, 202, 262, 706, 311, 270, 401, 889, 3340, 443, 329, 2225, 1130, 262, 835, 420, 3331, 428, 277, 1283, 412, 2908, 337, 3022, 422, 337, 32570, 30794, 763, 417, 439, 1102, 8119, 331, 337, 2001, 1429, 5176, 262, 835, 420, 3331, 428, 277, 1283, 412, 2908, 337, 3022, 422, 337, 32570, 30794, 763, 417, 439, 1102, 8119, 331, 337, 2001, 1429, 5176, 262, 835, 420, 3331, 428, 277, 1283, 412, 2908, 337, 3022, 422, 337, 32570, 30794, 763, 417, 439, 1102, 8119, 331, 337, 2001, 1429, 5176, 262, 835, 420, 3331, 428, 277, 1283, 412, 2908, 337, 3022, 422, 337, 32570, 30794, 763, 417, 439, 1102, 8119, 331, 337, 2001, 1429, 5176, 262, 835, 420, 3331, 428, 277, 1283, 412, 2908, 337, 3022, 422, 337, 32570, 30794, 763, 417, 439, 1102, 8119, 331, 337, 2001, 1429, 5176, 262, 835, 420, 3331, 428, 277, 1283, 412, 2908, 337, 3022, 422, 337, 32570, 30794, 763, 417, 439, 1102, 8119, 331, 337, 2001, 1429, 5176, 262, 835, 420, 3331, 428, 277, 1283, 412, 2908, 337, 3022, 422, 337, 32570, 30794, 763, 417, 439, 1102, 8119, 331, 337, 2001, 1429, 5176, 262, 835, 420, 3331, 428, 277, 1283, 412, 2908, 337, 3022, 422, 337, 32570, 30794, 763, 417, 439, 1102, 8119, 331, 337, 2001, 1429, 5176, 262, 835, 420, 3331, 428, 277, 1283, 412, 2908, 337, 3022, 422, 337, 32570, 30794, 763, 417, 439, 1102, 8119, 331, 337, 2001, 1429, 5176, 262, 835, 420, 3331, 428 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.7984189723320159, "longest_tandem_repeat_tokens": 230, "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": " # Create a list of tuples\n tuples = []\n for i in range(len(test_tup1)):\n tuples.append((test_tup1[i], test_tup2[i]))\n return tuples\n\ndef add_nested_tuples2(test_tup1, test_tup2):\n 'Write a function to perform index wise addition of tuple elements in the given two nested tuples.'\n # Create a list of tuples\n tuples = []\n for i in range(len(test_tup1)):\n tuples.append((test_tup1[i], test_tup2[i]))\n return tuples\n\ndef add_nested_tuples3(test_tup1, test_tup2):\n 'Write a function to perform index wise addition of tuple elements in the given two nested tuples.'\n # Create a list of tuples\n tuples = []\n for i in range(len(test_tup1)):\n tuples.append((test_tup1[i], test_tup2[i]))\n return tuples\n\ndef add_nested_tuples4(test_tup1, test_tup2):\n 'Write a function to perform index wise addition of tuple elements in the given two nested tuples.'\n # Create a list of tuples\n tuples = []\n for i in range(len(test_tup1)):\n tuples.append((test_tup1[i], test_tup2[i", "token_ids": [ 347, 2907, 277, 902, 422, 7093, 202, 262, 7093, 276, 1923, 262, 392, 288, 331, 1382, 1904, 2743, 19522, 20, 3760, 270, 7093, 997, 1514, 373, 19522, 20, 1565, 556, 535, 19522, 21, 1565, 4859, 262, 401, 7093, 377, 329, 1083, 15501, 11976, 21, 2743, 19522, 20, 15, 535, 19522, 21, 351, 262, 301, 7706, 277, 1283, 412, 5912, 1619, 360, 644, 14606, 422, 2899, 4880, 331, 337, 2001, 3402, 11421, 7093, 7873, 262, 347, 2907, 277, 902, 422, 7093, 202, 262, 7093, 276, 1923, 262, 392, 288, 331, 1382, 1904, 2743, 19522, 20, 3760, 270, 7093, 997, 1514, 373, 19522, 20, 1565, 556, 535, 19522, 21, 1565, 4859, 262, 401, 7093, 377, 329, 1083, 15501, 11976, 22, 2743, 19522, 20, 15, 535, 19522, 21, 351, 262, 301, 7706, 277, 1283, 412, 5912, 1619, 360, 644, 14606, 422, 2899, 4880, 331, 337, 2001, 3402, 11421, 7093, 7873, 262, 347, 2907, 277, 902, 422, 7093, 202, 262, 7093, 276, 1923, 262, 392, 288, 331, 1382, 1904, 2743, 19522, 20, 3760, 270, 7093, 997, 1514, 373, 19522, 20, 1565, 556, 535, 19522, 21, 1565, 4859, 262, 401, 7093, 377, 329, 1083, 15501, 11976, 23, 2743, 19522, 20, 15, 535, 19522, 21, 351, 262, 301, 7706, 277, 1283, 412, 5912, 1619, 360, 644, 14606, 422, 2899, 4880, 331, 337, 2001, 3402, 11421, 7093, 7873, 262, 347, 2907, 277, 902, 422, 7093, 202, 262, 7093, 276, 1923, 262, 392, 288, 331, 1382, 1904, 2743, 19522, 20, 3760, 270, 7093, 997, 1514, 373, 19522, 20, 1565, 556, 535, 19522, 21, 1565 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.6758893280632411, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 401 }, { "prompt": "\n\ndef validate(n):\n 'Write a python function takes in an integer and check whether the frequency of each digit in the integer is less than or equal to the digit itself.'\n ", "completion": " if n < 0:\n raise ValueError('n must be greater than or equal to zero')\n if n > 0:\n raise ValueError('n must be greater than or equal to zero')\n if n == 0:\n raise ValueError('n must be greater than or equal to zero')\n if n == 1:\n raise ValueError('n must be greater than or equal to zero')\n if n == 2:\n raise ValueError('n must be greater than or equal to zero')\n if n == 3:\n raise ValueError('n must be greater than or equal to zero')\n if n == 4:\n raise ValueError('n must be greater than or equal to zero')\n if n == 5:\n raise ValueError('n must be greater than or equal to zero')\n if n == 6:\n raise ValueError('n must be greater than or equal to zero')\n if n == 7:\n raise ValueError('n must be greater than or equal to zero')\n if n == 8:\n raise ValueError('n must be greater than or equal to zero')\n if n == 9:\n raise ValueError('n must be greater than or equal to zero')\n if n == ", "token_ids": [ 383, 319, 1011, 224, 19, 311, 263, 887, 1990, 420, 81, 1939, 601, 13047, 3144, 606, 5466, 412, 5632, 698, 262, 383, 319, 1198, 224, 19, 311, 270, 887, 1990, 420, 81, 1939, 601, 13047, 3144, 606, 5466, 412, 5632, 698, 262, 383, 319, 546, 224, 19, 311, 270, 887, 1990, 420, 81, 1939, 601, 13047, 3144, 606, 5466, 412, 5632, 698, 262, 383, 319, 546, 224, 20, 311, 270, 887, 1990, 420, 81, 1939, 601, 13047, 3144, 606, 5466, 412, 5632, 698, 262, 383, 319, 546, 224, 21, 311, 270, 887, 1990, 420, 81, 1939, 601, 13047, 3144, 606, 5466, 412, 5632, 698, 262, 383, 319, 546, 224, 22, 311, 270, 887, 1990, 420, 81, 1939, 601, 13047, 3144, 606, 5466, 412, 5632, 698, 262, 383, 319, 546, 224, 23, 311, 270, 887, 1990, 420, 81, 1939, 601, 13047, 3144, 606, 5466, 412, 5632, 698, 262, 383, 319, 546, 224, 24, 311, 270, 887, 1990, 420, 81, 1939, 601, 13047, 3144, 606, 5466, 412, 5632, 698, 262, 383, 319, 546, 224, 25, 311, 270, 887, 1990, 420, 81, 1939, 601, 13047, 3144, 606, 5466, 412, 5632, 698, 262, 383, 319, 546, 224, 26, 311, 270, 887, 1990, 420, 81, 1939, 601, 13047, 3144, 606, 5466, 412, 5632, 698, 262, 383, 319, 546, 224, 27, 311, 270, 887, 1990, 420, 81, 1939, 601, 13047, 3144, 606, 5466, 412, 5632, 698, 262, 383, 319, 546, 224, 28, 311, 270, 887, 1990, 420, 81, 1939, 601, 13047, 3144, 606, 5466, 412, 5632, 698, 262, 383, 319, 546, 224 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.7312252964426877, "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": " return {\n 'list': l1,\n 'list2': l2,\n 'list3': l3\n }\n\ndef convert_list_list(l1, l2, l3):\n 'Write a function to convert more than one list to nested dictionary.'\n return {\n 'list': l1,\n 'list2': l2,\n 'list3': l3\n }\n\ndef convert_list_list2(l1, l2, l3):\n 'Write a function to convert more than one list to nested dictionary.'\n return {\n 'list': l1,\n 'list2': l2,\n 'list3': l3\n }\n\ndef convert_list_list3(l1, l2, l3):\n 'Write a function to convert more than one list to nested dictionary.'\n return {\n 'list': l1,\n 'list2': l2,\n 'list3': l3\n }\n\ndef convert_list_list4(l1, l2, l3):\n 'Write a function to convert more than one list to nested dictionary.'\n return {\n 'list': l1,\n 'list2': l2,\n 'list3': l3\n }\n\ndef convert", "token_ids": [ 401, 1316, 263, 301, 540, 410, 730, 20, 339, 263, 301, 540, 21, 410, 730, 21, 339, 263, 301, 540, 22, 410, 730, 22, 202, 262, 4878, 329, 3617, 967, 967, 3042, 20, 15, 730, 21, 15, 730, 22, 351, 262, 301, 7706, 277, 1283, 412, 3617, 2557, 3144, 1583, 902, 412, 11421, 3577, 7873, 262, 401, 1316, 263, 301, 540, 410, 730, 20, 339, 263, 301, 540, 21, 410, 730, 21, 339, 263, 301, 540, 22, 410, 730, 22, 202, 262, 4878, 329, 3617, 967, 967, 21, 3042, 20, 15, 730, 21, 15, 730, 22, 351, 262, 301, 7706, 277, 1283, 412, 3617, 2557, 3144, 1583, 902, 412, 11421, 3577, 7873, 262, 401, 1316, 263, 301, 540, 410, 730, 20, 339, 263, 301, 540, 21, 410, 730, 21, 339, 263, 301, 540, 22, 410, 730, 22, 202, 262, 4878, 329, 3617, 967, 967, 22, 3042, 20, 15, 730, 21, 15, 730, 22, 351, 262, 301, 7706, 277, 1283, 412, 3617, 2557, 3144, 1583, 902, 412, 11421, 3577, 7873, 262, 401, 1316, 263, 301, 540, 410, 730, 20, 339, 263, 301, 540, 21, 410, 730, 21, 339, 263, 301, 540, 22, 410, 730, 22, 202, 262, 4878, 329, 3617, 967, 967, 23, 3042, 20, 15, 730, 21, 15, 730, 22, 351, 262, 301, 7706, 277, 1283, 412, 3617, 2557, 3144, 1583, 902, 412, 11421, 3577, 7873, 262, 401, 1316, 263, 301, 540, 410, 730, 20, 339, 263, 301, 540, 21, 410, 730, 21, 339, 263, 301, 540, 22, 410, 730, 22, 202, 262, 4878, 329, 3617 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.7351778656126482, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 391 }, { "prompt": "import re\n\ndef start_withp(words):\n \"Write a function to return two words from a list of words starting with letter 'p'.\"\n ", "completion": " # Create a list of words\n words = [word for word in words if word.isalpha()]\n words = [word for word in words if word.isalpha()]\n words = [word for word in words if word.isalpha()]\n words = [word for word in words if word.isalpha()]\n words = [word for word in words if word.isalpha()]\n words = [word for word in words if word.isalpha()]\n words = [word for word in words if word.isalpha()]\n words = [word for word in words if word.isalpha()]\n words = [word for word in words if word.isalpha()]\n words = [word for word in words if word.isalpha()]\n words = [word for word in words if word.isalpha()]\n words = [word for word in words if word.isalpha()]\n words = [word for word in words if word.isalpha()]\n words = [word for word in words if word.isalpha()]\n words = [word for word in words if word.isalpha()]\n words = [word for word in words if word.isalpha()]\n words = [word for word in words if word.isalpha()]\n words = [word for word in words if word", "token_ids": [ 347, 2907, 277, 902, 422, 6053, 202, 262, 6053, 276, 407, 1183, 392, 3669, 331, 6053, 383, 3669, 1552, 8819, 10777, 262, 6053, 276, 407, 1183, 392, 3669, 331, 6053, 383, 3669, 1552, 8819, 10777, 262, 6053, 276, 407, 1183, 392, 3669, 331, 6053, 383, 3669, 1552, 8819, 10777, 262, 6053, 276, 407, 1183, 392, 3669, 331, 6053, 383, 3669, 1552, 8819, 10777, 262, 6053, 276, 407, 1183, 392, 3669, 331, 6053, 383, 3669, 1552, 8819, 10777, 262, 6053, 276, 407, 1183, 392, 3669, 331, 6053, 383, 3669, 1552, 8819, 10777, 262, 6053, 276, 407, 1183, 392, 3669, 331, 6053, 383, 3669, 1552, 8819, 10777, 262, 6053, 276, 407, 1183, 392, 3669, 331, 6053, 383, 3669, 1552, 8819, 10777, 262, 6053, 276, 407, 1183, 392, 3669, 331, 6053, 383, 3669, 1552, 8819, 10777, 262, 6053, 276, 407, 1183, 392, 3669, 331, 6053, 383, 3669, 1552, 8819, 10777, 262, 6053, 276, 407, 1183, 392, 3669, 331, 6053, 383, 3669, 1552, 8819, 10777, 262, 6053, 276, 407, 1183, 392, 3669, 331, 6053, 383, 3669, 1552, 8819, 10777, 262, 6053, 276, 407, 1183, 392, 3669, 331, 6053, 383, 3669, 1552, 8819, 10777, 262, 6053, 276, 407, 1183, 392, 3669, 331, 6053, 383, 3669, 1552, 8819, 10777, 262, 6053, 276, 407, 1183, 392, 3669, 331, 6053, 383, 3669, 1552, 8819, 10777, 262, 6053, 276, 407, 1183, 392, 3669, 331, 6053, 383, 3669, 1552, 8819, 10777, 262, 6053, 276, 407, 1183, 392, 3669, 331, 6053, 383, 3669, 1552, 8819, 10777, 262, 6053, 276, 407, 1183, 392, 3669, 331, 6053, 383, 3669 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9169960474308301, "longest_tandem_repeat_tokens": 249, "long_loop": true, "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": " print('Number of ways to partition a set of Bell numbers:')\n for i in range(n):\n print('Number of ways to partition a set of Bell numbers:')\n for j in range(n):\n print('Number of ways to partition a set of Bell numbers:')\n for k in range(n):\n print('Number of ways to partition a set of Bell numbers:')\n for l in range(n):\n print('Number of ways to partition a set of Bell numbers:')\n for r in range(n):\n print('Number of ways to partition a set of Bell numbers:')\n for c in range(n):\n print('Number of ways to partition a set of Bell numbers:')\n for d in range(n):\n print('Number of ways to partition a set of Bell numbers:')\n for e in range(n):\n print('Number of ways to partition a set of Bell numbers:')\n for f in range(n):\n print('Number of ways to partition a set of Bell numbers:')\n for g in range(n):\n print('Number of ways to partition a set of Bell numbers:')\n for h in range", "token_ids": [ 835, 420, 4235, 422, 22092, 412, 6195, 277, 778, 422, 769, 2655, 6944, 29, 698, 261, 392, 288, 331, 1382, 945, 351, 263, 835, 420, 4235, 422, 22092, 412, 6195, 277, 778, 422, 769, 2655, 6944, 29, 698, 263, 392, 901, 331, 1382, 945, 351, 298, 835, 420, 4235, 422, 22092, 412, 6195, 277, 778, 422, 769, 2655, 6944, 29, 698, 298, 392, 1107, 331, 1382, 945, 351, 386, 835, 420, 4235, 422, 22092, 412, 6195, 277, 778, 422, 769, 2655, 6944, 29, 698, 386, 392, 730, 331, 1382, 945, 351, 573, 835, 420, 4235, 422, 22092, 412, 6195, 277, 778, 422, 769, 2655, 6944, 29, 698, 573, 392, 565, 331, 1382, 945, 351, 816, 835, 420, 4235, 422, 22092, 412, 6195, 277, 778, 422, 769, 2655, 6944, 29, 698, 816, 392, 296, 331, 1382, 945, 351, 1330, 835, 420, 4235, 422, 22092, 412, 6195, 277, 778, 422, 769, 2655, 6944, 29, 698, 1330, 392, 379, 331, 1382, 945, 351, 1914, 835, 420, 4235, 422, 22092, 412, 6195, 277, 778, 422, 769, 2655, 6944, 29, 698, 1914, 392, 346, 331, 1382, 945, 351, 315, 573, 835, 420, 4235, 422, 22092, 412, 6195, 277, 778, 422, 769, 2655, 6944, 29, 698, 315, 573, 392, 300, 331, 1382, 945, 351, 315, 816, 835, 420, 4235, 422, 22092, 412, 6195, 277, 778, 422, 769, 2655, 6944, 29, 698, 315, 816, 392, 504, 331, 1382, 945, 351, 315, 1330, 835, 420, 4235, 422, 22092, 412, 6195, 277, 778, 422, 769, 2655, 6944, 29, 698, 315, 1330, 392, 638, 331, 1382 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.5375494071146245, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 67 }, { "prompt": "\n\ndef Extract(lst):\n 'Write a python function to get the first element of each sublist.'\n ", "completion": " for i in range(len(lst)):\n if lst[i] == '0':\n return lst[i]\n else:\n return lst[i+1]\n\ndef GetFirstSublist(lst):\n 'Return the first element of each sublist.'\n for i in range(len(lst)):\n if lst[i] == '0':\n return lst[i]\n else:\n return lst[i+1]\n\ndef GetLastSublist(lst):\n 'Return the last element of each sublist.'\n for i in range(len(lst)):\n if lst[i] == '0':\n return lst[i]\n else:\n return lst[i+1]\n\ndef GetLastSublistOf(lst):\n 'Return the last element of each sublist.'\n for i in range(len(lst)):\n if lst[i] == '0':\n return lst[i]\n else:\n return lst[i+1]\n\ndef GetLastSublistOfOf(lst):\n 'Return the last element of each sublist.'\n for i in range(len(lst)):\n if lst[i] == '0':\n return lst[i]\n else:\n return lst[i+1]\n\ndef GetLastSublistOfOf(lst):\n 'Return the last element of each sublist.'\n for", "token_ids": [ 392, 288, 331, 1382, 1904, 23039, 3760, 270, 383, 10178, 1565, 64, 546, 301, 19, 1819, 298, 401, 10178, 1565, 685, 270, 706, 311, 298, 401, 10178, 1565, 14, 20, 1729, 329, 2906, 10989, 3272, 540, 23039, 351, 262, 301, 2452, 337, 2239, 3778, 422, 2035, 1102, 540, 7873, 262, 392, 288, 331, 1382, 1904, 23039, 3760, 270, 383, 10178, 1565, 64, 546, 301, 19, 1819, 298, 401, 10178, 1565, 685, 270, 706, 311, 298, 401, 10178, 1565, 14, 20, 1729, 329, 2906, 9073, 3272, 540, 23039, 351, 262, 301, 2452, 337, 2656, 3778, 422, 2035, 1102, 540, 7873, 262, 392, 288, 331, 1382, 1904, 23039, 3760, 270, 383, 10178, 1565, 64, 546, 301, 19, 1819, 298, 401, 10178, 1565, 685, 270, 706, 311, 298, 401, 10178, 1565, 14, 20, 1729, 329, 2906, 9073, 3272, 540, 4466, 23039, 351, 262, 301, 2452, 337, 2656, 3778, 422, 2035, 1102, 540, 7873, 262, 392, 288, 331, 1382, 1904, 23039, 3760, 270, 383, 10178, 1565, 64, 546, 301, 19, 1819, 298, 401, 10178, 1565, 685, 270, 706, 311, 298, 401, 10178, 1565, 14, 20, 1729, 329, 2906, 9073, 3272, 540, 4466, 4466, 23039, 351, 262, 301, 2452, 337, 2656, 3778, 422, 2035, 1102, 540, 7873, 262, 392, 288, 331, 1382, 1904, 23039, 3760, 270, 383, 10178, 1565, 64, 546, 301, 19, 1819, 298, 401, 10178, 1565, 685, 270, 706, 311, 298, 401, 10178, 1565, 14, 20, 1729, 329, 2906, 9073, 3272, 540, 4466, 4466, 23039, 351, 262, 301, 2452, 337, 2656, 3778, 422, 2035, 1102, 540, 7873, 262, 392 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.7470355731225297, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 460 }, { "prompt": "\n\ndef sort_matrix(M):\n 'Write a function to sort a given matrix in ascending order according to the sum of its rows.'\n ", "completion": " print(M)\n for row in range(0, len(M)):\n for col in range(0, len(M)):\n print(M[row][col])\n print(M)\n\ndef main():\n M = [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, 67, 68, 69, 70, 71, 72, ", "token_ids": [ 835, 3474, 289, 262, 392, 1762, 331, 1382, 11, 19, 15, 889, 3474, 3760, 270, 392, 1027, 331, 1382, 11, 19, 15, 889, 3474, 3760, 298, 835, 3474, 22720, 1600, 1047, 1163, 262, 835, 3474, 443, 329, 2225, 1130, 262, 667, 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, 2727, 15, 224, 2407, 15, 224, 2694, 15, 224, 2284, 15, 224, 4706, 15, 224, 4199, 15, 224 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.01976284584980237, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 12 }, { "prompt": "\n\ndef find_equal_tuple(Input):\n 'Write a function to find whether all the given tuples have equal length or not.'\n ", "completion": " # Input is a list of tuples\n # Input is a list of tuples\n # Output is a list of tuples\n # Output is a list of tuples\n # Input is a list of tuples\n # Output is a list of tuples\n # Input is a list of tuples\n # Output is a list of tuples\n # Input is a list of tuples\n # Output is a list of tuples\n # Input is a list of tuples\n # Output is a list of tuples\n # Input is a list of tuples\n # Output is a list of tuples\n # Input is a list of tuples\n # Output is a list of tuples\n # Input is a list of tuples\n # Output is a list of tuples\n # Input is a list of tuples\n # Output is a list of tuples\n # Input is a list of tuples\n # Output is a list of tuples\n # Input is a list of tuples\n # Output is a list of tuples\n # Input is a list of tuples\n # Output is a list of tuples\n # Input is a list of tuples\n # Output is a list of tuples\n # Input is a", "token_ids": [ 347, 9062, 428, 277, 902, 422, 7093, 202, 262, 347, 9062, 428, 277, 902, 422, 7093, 202, 262, 347, 6385, 428, 277, 902, 422, 7093, 202, 262, 347, 6385, 428, 277, 902, 422, 7093, 202, 262, 347, 9062, 428, 277, 902, 422, 7093, 202, 262, 347, 6385, 428, 277, 902, 422, 7093, 202, 262, 347, 9062, 428, 277, 902, 422, 7093, 202, 262, 347, 6385, 428, 277, 902, 422, 7093, 202, 262, 347, 9062, 428, 277, 902, 422, 7093, 202, 262, 347, 6385, 428, 277, 902, 422, 7093, 202, 262, 347, 9062, 428, 277, 902, 422, 7093, 202, 262, 347, 6385, 428, 277, 902, 422, 7093, 202, 262, 347, 9062, 428, 277, 902, 422, 7093, 202, 262, 347, 6385, 428, 277, 902, 422, 7093, 202, 262, 347, 9062, 428, 277, 902, 422, 7093, 202, 262, 347, 6385, 428, 277, 902, 422, 7093, 202, 262, 347, 9062, 428, 277, 902, 422, 7093, 202, 262, 347, 6385, 428, 277, 902, 422, 7093, 202, 262, 347, 9062, 428, 277, 902, 422, 7093, 202, 262, 347, 6385, 428, 277, 902, 422, 7093, 202, 262, 347, 9062, 428, 277, 902, 422, 7093, 202, 262, 347, 6385, 428, 277, 902, 422, 7093, 202, 262, 347, 9062, 428, 277, 902, 422, 7093, 202, 262, 347, 6385, 428, 277, 902, 422, 7093, 202, 262, 347, 9062, 428, 277, 902, 422, 7093, 202, 262, 347, 6385, 428, 277, 902, 422, 7093, 202, 262, 347, 9062, 428, 277, 902, 422, 7093, 202, 262, 347, 6385, 428, 277, 902, 422, 7093, 202, 262, 347, 9062, 428, 277 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9486166007905138, "longest_tandem_repeat_tokens": 236, "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": " return dict[n] if n else dict[n] = n\n\ndef dict_filter2(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 return dict[n] if n else dict[n] = n\n\ndef dict_filter3(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 return dict[n] if n else dict[n] = n\n\ndef dict_filter4(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 return dict[n] if n else dict[n] = n\n\ndef dict_filter5(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 return dict[n] if n else dict[n] = n\n\ndef dict_filter6(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", "token_ids": [ 401, 1610, 10385, 64, 383, 319, 706, 1610, 10385, 64, 276, 319, 377, 329, 1610, 2453, 21, 7560, 15, 319, 351, 262, 301, 7706, 277, 1283, 791, 8210, 331, 277, 3577, 512, 3857, 319, 512, 5034, 337, 3577, 412, 1803, 3135, 5594, 596, 1503, 13047, 3144, 606, 5466, 412, 319, 7873, 261, 401, 1610, 10385, 64, 383, 319, 706, 1610, 10385, 64, 276, 319, 377, 329, 1610, 2453, 22, 7560, 15, 319, 351, 262, 301, 7706, 277, 1283, 791, 8210, 331, 277, 3577, 512, 3857, 319, 512, 5034, 337, 3577, 412, 1803, 3135, 5594, 596, 1503, 13047, 3144, 606, 5466, 412, 319, 7873, 261, 401, 1610, 10385, 64, 383, 319, 706, 1610, 10385, 64, 276, 319, 377, 329, 1610, 2453, 23, 7560, 15, 319, 351, 262, 301, 7706, 277, 1283, 791, 8210, 331, 277, 3577, 512, 3857, 319, 512, 5034, 337, 3577, 412, 1803, 3135, 5594, 596, 1503, 13047, 3144, 606, 5466, 412, 319, 7873, 261, 401, 1610, 10385, 64, 383, 319, 706, 1610, 10385, 64, 276, 319, 377, 329, 1610, 2453, 24, 7560, 15, 319, 351, 262, 301, 7706, 277, 1283, 791, 8210, 331, 277, 3577, 512, 3857, 319, 512, 5034, 337, 3577, 412, 1803, 3135, 5594, 596, 1503, 13047, 3144, 606, 5466, 412, 319, 7873, 261, 401, 1610, 10385, 64, 383, 319, 706, 1610, 10385, 64, 276, 319, 377, 329, 1610, 2453, 25, 7560, 15, 319, 351, 262, 301, 7706, 277, 1283, 791, 8210, 331, 277, 3577, 512, 3857, 319, 512, 5034, 337, 3577, 412, 1803, 3135, 5594, 596, 1503, 13047, 3144, 606, 5466 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.7312252964426877, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 277 }, { "prompt": "import math\n\ndef next_Perfect_Square(N):\n 'Write a python function to find the next perfect square greater than a given number.'\n ", "completion": " # 1. Find the next perfect square greater than a given number.\n # 2. Find the next perfect square greater than a given number.\n # 3. Find the next perfect square greater than a given number.\n # 4. Find the next perfect square greater than a given number.\n # 5. Find the next perfect square greater than a given number.\n # 6. Find the next perfect square greater than a given number.\n # 7. Find the next perfect square greater than a given number.\n # 8. Find the next perfect square greater than a given number.\n # 9. Find the next perfect square greater than a given number.\n # 10. Find the next perfect square greater than a given number.\n # 11. Find the next perfect square greater than a given number.\n # 12. Find the next perfect square greater than a given number.\n # 13. Find the next perfect square greater than a given number.\n # 14. Find the next perfect square greater than a given number.\n # 15. Find the next perfect square greater than a given number.\n # 16. Find the next perfect square greater than a given number.\n ", "token_ids": [ 347, 224, 20, 17, 8382, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 262, 347, 224, 21, 17, 8382, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 262, 347, 224, 22, 17, 8382, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 262, 347, 224, 23, 17, 8382, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 262, 347, 224, 24, 17, 8382, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 262, 347, 224, 25, 17, 8382, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 262, 347, 224, 26, 17, 8382, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 262, 347, 224, 27, 17, 8382, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 262, 347, 224, 28, 17, 8382, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 262, 347, 224, 701, 17, 8382, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 262, 347, 224, 1009, 17, 8382, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 262, 347, 224, 862, 17, 8382, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 262, 347, 224, 1223, 17, 8382, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 262, 347, 224, 1142, 17, 8382, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 262, 347, 224, 1158, 17, 8382, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 262, 347, 224, 1072, 17, 8382, 337, 2797, 28743, 15402, 13047, 3144, 277, 2001, 1636, 507, 262 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.7035573122529644, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 244 }, { "prompt": "\n\ndef test_duplicate(arraynums):\n 'Write a function to find whether a given array of integers contains any duplicate element.'\n ", "completion": " for i in range(10):\n for j in range(10):\n if arraynums[i][j] == 0:\n print('Duplicate element: ', arraynums[i][j])\n return False\n return True\n\ndef test_duplicate(arraynums):\n 'Write a function to find whether a given array of integers contains any duplicate element.'\n for i in range(10):\n for j in range(10):\n if arraynums[i][j] == 0:\n print('Duplicate element: ', arraynums[i][j])\n return False\n return True\n\ndef test_duplicate(arraynums):\n 'Write a function to find whether a given array of integers contains any duplicate element.'\n for i in range(10):\n for j in range(10):\n if arraynums[i][j] == 0:\n print('Duplicate element: ', arraynums[i][j])\n return False\n return True\n\ndef test_duplicate(arraynums):\n 'Write a function to find whether a given array of integers contains any duplicate element.'\n for i in range(10):\n for j in range(10):\n if arraynums[i][j] == 0:\n", "token_ids": [ 392, 288, 331, 1382, 11, 701, 351, 270, 392, 901, 331, 1382, 11, 701, 351, 298, 383, 1778, 2004, 86, 1565, 1600, 77, 64, 546, 224, 19, 311, 386, 835, 420, 28566, 3778, 29, 3854, 1778, 2004, 86, 1565, 1600, 77, 1163, 386, 401, 836, 202, 262, 401, 805, 377, 329, 535, 12511, 9308, 2004, 86, 351, 262, 301, 7706, 277, 1283, 412, 2908, 4659, 277, 2001, 1778, 422, 13805, 4253, 1839, 12772, 3778, 7873, 262, 392, 288, 331, 1382, 11, 701, 351, 270, 392, 901, 331, 1382, 11, 701, 351, 298, 383, 1778, 2004, 86, 1565, 1600, 77, 64, 546, 224, 19, 311, 386, 835, 420, 28566, 3778, 29, 3854, 1778, 2004, 86, 1565, 1600, 77, 1163, 386, 401, 836, 202, 262, 401, 805, 377, 329, 535, 12511, 9308, 2004, 86, 351, 262, 301, 7706, 277, 1283, 412, 2908, 4659, 277, 2001, 1778, 422, 13805, 4253, 1839, 12772, 3778, 7873, 262, 392, 288, 331, 1382, 11, 701, 351, 270, 392, 901, 331, 1382, 11, 701, 351, 298, 383, 1778, 2004, 86, 1565, 1600, 77, 64, 546, 224, 19, 311, 386, 835, 420, 28566, 3778, 29, 3854, 1778, 2004, 86, 1565, 1600, 77, 1163, 386, 401, 836, 202, 262, 401, 805, 377, 329, 535, 12511, 9308, 2004, 86, 351, 262, 301, 7706, 277, 1283, 412, 2908, 4659, 277, 2001, 1778, 422, 13805, 4253, 1839, 12772, 3778, 7873, 262, 392, 288, 331, 1382, 11, 701, 351, 270, 392, 901, 331, 1382, 11, 701, 351, 298, 383, 1778, 2004, 86, 1565, 1600, 77, 64, 546, 224, 19, 311 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.7193675889328064, "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": " def dif_Square(n):\n 'Return the dif of n such that n is divisible by n'\n return dif(n) < 1.0\n return dif(n) < 1.0\n\ndef dif_Square(n):\n 'Return the dif of n such that n is divisible by n'\n return dif(n) < 1.0\n\ndef dif(n):\n 'Return the dif of n such that n is divisible by n'\n return dif(n) < 1.0\n\ndef dif(n):\n 'Return the dif of n such that n is divisible by n'\n return dif(n) < 1.0\n\ndef dif(n):\n 'Return the dif of n such that n is divisible by n'\n return dif(n) < 1.0\n\ndef dif(n):\n 'Return the dif of n such that n is divisible by n'\n return dif(n) < 1.0\n\ndef dif(n):\n 'Return the dif of n such that n is divisible by n'\n return dif(n) < 1.0\n\ndef di", "token_ids": [ 355, 576, 73, 1400, 5604, 945, 351, 270, 301, 2452, 337, 576, 73, 422, 319, 5542, 791, 319, 428, 576, 16598, 897, 319, 834, 270, 401, 576, 73, 945, 12, 1011, 224, 20, 17, 19, 202, 262, 401, 576, 73, 945, 12, 1011, 224, 20, 17, 19, 377, 329, 576, 73, 1400, 5604, 945, 351, 262, 301, 2452, 337, 576, 73, 422, 319, 5542, 791, 319, 428, 576, 16598, 897, 319, 834, 262, 401, 576, 73, 945, 12, 1011, 224, 20, 17, 19, 377, 329, 576, 73, 945, 351, 262, 301, 2452, 337, 576, 73, 422, 319, 5542, 791, 319, 428, 576, 16598, 897, 319, 834, 262, 401, 576, 73, 945, 12, 1011, 224, 20, 17, 19, 377, 329, 576, 73, 945, 351, 262, 301, 2452, 337, 576, 73, 422, 319, 5542, 791, 319, 428, 576, 16598, 897, 319, 834, 262, 401, 576, 73, 945, 12, 1011, 224, 20, 17, 19, 377, 329, 576, 73, 945, 351, 262, 301, 2452, 337, 576, 73, 422, 319, 5542, 791, 319, 428, 576, 16598, 897, 319, 834, 262, 401, 576, 73, 945, 12, 1011, 224, 20, 17, 19, 377, 329, 576, 73, 945, 351, 262, 301, 2452, 337, 576, 73, 422, 319, 5542, 791, 319, 428, 576, 16598, 897, 319, 834, 262, 401, 576, 73, 945, 12, 1011, 224, 20, 17, 19, 377, 329, 576, 73, 945, 351, 262, 301, 2452, 337, 576, 73, 422, 319, 5542, 791, 319, 428, 576, 16598, 897, 319, 834, 262, 401, 576, 73, 945, 12, 1011, 224, 20, 17, 19, 377, 329, 576 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.7944664031620553, "longest_tandem_repeat_tokens": 203, "long_loop": true, "task_id": 72 }, { "prompt": "\n\ndef Find_Min(lst):\n 'Write a python function to find the sublist having minimum length.'\n ", "completion": " if len(lst) < 2:\n return None\n else:\n return [x for x in lst if x < 0]\n\ndef Find_Min(lst):\n 'Write a python function to find the sublist having minimum length.'\n if len(lst) < 2:\n return None\n else:\n return [x for x in lst if x >= 0]\n\ndef Find_Min(lst):\n 'Write a python function to find the sublist having minimum length.'\n if len(lst) < 2:\n return None\n else:\n return [x for x in lst if x < 0]\n\ndef Find_Min(lst):\n 'Write a python function to find the sublist having minimum length.'\n if len(lst) < 2:\n return None\n else:\n return [x for x in lst if x >= 0]\n\ndef Find_Min(lst):\n 'Write a python function to find the sublist having minimum length.'\n if len(lst) < 2:\n return None\n else:\n return [x for x in lst if x >= 0]\n\ndef Find_Min(lst):\n 'Write a python function to find the sublist having minimum length.'\n if", "token_ids": [ 383, 889, 23039, 12, 1011, 224, 21, 311, 263, 401, 561, 202, 262, 706, 311, 270, 401, 407, 91, 392, 696, 331, 10178, 383, 696, 1011, 224, 19, 1729, 329, 8382, 1917, 266, 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401, 407, 91, 392, 696, 331, 10178, 383, 696, 2931, 224, 19, 1729, 329, 8382, 1917, 266, 23039, 351, 262, 301, 7706, 277, 1858, 1283, 412, 2908, 337, 1102, 540, 13930, 7603, 3022, 7873, 262, 383 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.782608695652174, "longest_tandem_repeat_tokens": 0, "long_loop": false, "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-01M5F6ST3J4NBMMBCWSPW0H44Y", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, 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