{ "tokens": 2500025813, "step": 42519, "checkpoint": "/runs/python-124m-muon-5b-20261021-v1-s012/step-000042519.pt", "precision": "FP32; TF32 disabled", "max_new_tokens": 256, "samples": [ { "prompt": "def add(a, b):\n ", "completion": " return a + b\n\ndef remove(a, b):\n return a + b\n\ndef add(a, b):\n return a + b\n\ndef remove(a, b):\n return a + b\n\ndef remove(a, b):\n return a + b\n\ndef remove(a, b):\n return a + b\n\ndef remove(a, b):\n return a + b\n\ndef remove(a, b):\n return a + b\n\ndef remove(a, b):\n return a + b\n\ndef remove(a, b):\n return a + b\n\ndef remove(a, b):\n return a + b\n\ndef remove(a, b):\n return a + b\n\ndef remove(a, b):\n return a + b\n\ndef remove(a, b):\n return a + b\n\ndef remove(a, b):\n return a + b\n\ndef remove(a, b):\n return a + b\n\ndef remove(a, b):\n return a + b\n\ndef remove(a, b):\n return a + b\n\ndef remove(a, b):\n return a + b\n\ndef remove(a, b):\n return a + b\n\ndef remove(a, b):\n return a + b\n\ndef remove(a, b):\n return a + b", "token_ids": [ 401, 277, 361, 305, 377, 329, 2689, 2243, 15, 305, 351, 261, 401, 277, 361, 305, 377, 329, 1083, 2243, 15, 305, 351, 261, 401, 277, 361, 305, 377, 329, 2689, 2243, 15, 305, 351, 261, 401, 277, 361, 305, 377, 329, 2689, 2243, 15, 305, 351, 261, 401, 277, 361, 305, 377, 329, 2689, 2243, 15, 305, 351, 261, 401, 277, 361, 305, 377, 329, 2689, 2243, 15, 305, 351, 261, 401, 277, 361, 305, 377, 329, 2689, 2243, 15, 305, 351, 261, 401, 277, 361, 305, 377, 329, 2689, 2243, 15, 305, 351, 261, 401, 277, 361, 305, 377, 329, 2689, 2243, 15, 305, 351, 261, 401, 277, 361, 305, 377, 329, 2689, 2243, 15, 305, 351, 261, 401, 277, 361, 305, 377, 329, 2689, 2243, 15, 305, 351, 261, 401, 277, 361, 305, 377, 329, 2689, 2243, 15, 305, 351, 261, 401, 277, 361, 305, 377, 329, 2689, 2243, 15, 305, 351, 261, 401, 277, 361, 305, 377, 329, 2689, 2243, 15, 305, 351, 261, 401, 277, 361, 305, 377, 329, 2689, 2243, 15, 305, 351, 261, 401, 277, 361, 305, 377, 329, 2689, 2243, 15, 305, 351, 261, 401, 277, 361, 305, 377, 329, 2689, 2243, 15, 305, 351, 261, 401, 277, 361, 305, 377, 329, 2689, 2243, 15, 305, 351, 261, 401, 277, 361, 305, 377, 329, 2689, 2243, 15, 305, 351, 261, 401, 277, 361, 305, 377, 329, 2689, 2243, 15, 305, 351, 261, 401, 277, 361, 305, 377, 329, 2689, 2243, 15, 305, 351, 261, 401, 277, 361, 305 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9367588932806324, "longest_tandem_repeat_tokens": 237, "long_loop": true }, { "prompt": "def add(a, b):\n ", "completion": " return a + b\ndef test_is_men(a, b):\n b = {'a': [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 4, 5, 6, 7, 7, 8, 9, 10, 11]}\n assert not add(a, b)\n assert not add(a, b)\n\nif __name__ == '__main__':\n test_is_men(\"a\", [1, 2, 3, 4, 5, 6, 7, 8, 9, 10])\n assert add(a, 4)\n assert add(a, 9)\n assert add(a, 13)\n assert add(a, 4)\n\nif __name__ == '__main__':\n test_is_men(\"b\", [1, 2, 3, 4, 5, 6, 7, 8, 9, 10])\n assert add(a, 4)\n assert add(a, 9)\n assert add(a, 13)\n assert add(a, ", "token_ids": [ 401, 277, 361, 305, 202, 329, 535, 2981, 894, 81, 2243, 15, 305, 351, 261, 305, 276, 814, 68, 410, 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, 23, 15, 224, 24, 15, 224, 25, 15, 224, 26, 15, 224, 26, 15, 224, 27, 15, 224, 28, 15, 224, 701, 15, 224, 1009, 13675, 261, 724, 503, 1083, 2243, 15, 305, 289, 261, 724, 503, 1083, 2243, 15, 305, 443, 689, 675, 376, 362, 546, 2658, 892, 3968, 260, 535, 2981, 894, 81, 628, 68, 397, 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, 1163, 260, 724, 1083, 2243, 15, 224, 23, 289, 260, 724, 1083, 2243, 15, 224, 28, 289, 260, 724, 1083, 2243, 15, 224, 1223, 289, 260, 724, 1083, 2243, 15, 224, 23, 443, 689, 675, 376, 362, 546, 2658, 892, 3968, 260, 535, 2981, 894, 81, 628, 69, 397, 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, 1163, 260, 724, 1083, 2243, 15, 224, 23, 289, 260, 724, 1083, 2243, 15, 224, 28, 289, 260, 724, 1083, 2243, 15, 224, 1223, 289, 260, 724, 1083, 2243, 15, 224 ], "temperature": 0.8, "top_k": 50, "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 }, { "prompt": "def add(a, b):\n ", "completion": " try:\n a = a + b + a\n return a\n except Exception as e:\n print(e)\n raise\n\ndef remove(a, b):\n try:\n a = a + b\n return a\n except Exception as e:\n print(e)\n raise\n\ndef run(args):\n \"\"\" Run a custom run \"\"\"\n print(args)\n create = create('input')\n create_args = create_args(**create_args(args))\n args = create_args(args, create_args(args))\n args = create_args(args, create_args(args))\n args = create_args(args, create_args(args))\n args = create_args(args, create_args(args))\n args = create_args(args, create_args(args))\n args = create_args(args, create_args(args))\n args = create_args(args, create_args(args))\n args = create_args(args, create_args(args))\n args = create_args(args, create_args(args))\n args = create_args(args, create_args(args))\n args = create_args(args, create_args(args))\n args = create_args(args, create_args(args))\n args = create_args(args, create_args(args))\n args = create_args(args, create_args(args))\n args = create_args(args, create", "token_ids": [ 1114, 311, 263, 277, 276, 277, 361, 305, 361, 277, 202, 263, 401, 277, 202, 261, 1040, 2442, 479, 346, 311, 263, 835, 1886, 289, 263, 887, 377, 329, 2689, 2243, 15, 305, 351, 261, 1114, 311, 263, 277, 276, 277, 361, 305, 202, 263, 401, 277, 202, 515, 1040, 2442, 479, 346, 311, 263, 835, 1886, 289, 263, 887, 377, 329, 1311, 2855, 351, 260, 510, 3937, 277, 3150, 1311, 716, 260, 835, 2855, 289, 260, 1281, 276, 1281, 420, 3190, 698, 260, 1281, 1837, 276, 1281, 1837, 3990, 1464, 1837, 2855, 705, 260, 1371, 276, 1281, 1837, 2855, 15, 1281, 1837, 2855, 705, 260, 1371, 276, 1281, 1837, 2855, 15, 1281, 1837, 2855, 705, 260, 1371, 276, 1281, 1837, 2855, 15, 1281, 1837, 2855, 705, 260, 1371, 276, 1281, 1837, 2855, 15, 1281, 1837, 2855, 705, 260, 1371, 276, 1281, 1837, 2855, 15, 1281, 1837, 2855, 705, 260, 1371, 276, 1281, 1837, 2855, 15, 1281, 1837, 2855, 705, 260, 1371, 276, 1281, 1837, 2855, 15, 1281, 1837, 2855, 705, 260, 1371, 276, 1281, 1837, 2855, 15, 1281, 1837, 2855, 705, 260, 1371, 276, 1281, 1837, 2855, 15, 1281, 1837, 2855, 705, 260, 1371, 276, 1281, 1837, 2855, 15, 1281, 1837, 2855, 705, 260, 1371, 276, 1281, 1837, 2855, 15, 1281, 1837, 2855, 705, 260, 1371, 276, 1281, 1837, 2855, 15, 1281, 1837, 2855, 705, 260, 1371, 276, 1281, 1837, 2855, 15, 1281, 1837, 2855, 705, 260, 1371, 276, 1281, 1837, 2855, 15, 1281, 1837, 2855, 705, 260, 1371, 276, 1281, 1837, 2855, 15, 1281 ], "temperature": 0.8, "top_k": 50, "seed": 43, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.6640316205533596, "longest_tandem_repeat_tokens": 165, "long_loop": true }, { "prompt": "def factorial(n):\n ", "completion": " return 1.0 / (n-1.0) * factorial(n-1.0)\n ", "token_ids": [ 401, 224, 20, 17, 19, 1334, 375, 81, 16, 20, 17, 19, 12, 548, 5298, 647, 945, 16, 20, 17, 19, 289, 261 ], "temperature": 0.0, "top_k": 0, "seed": 1042, "new_tokens": 23, "stop_reason": "eos", "syntax_valid": true, "repeated_token_4gram_fraction": 0.050000000000000044, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def factorial(n):\n ", "completion": " r = numpy.random.random()\n l = numpy.random.uniform(0, 0, 255)\n p = numpy.random.uniform(0, 255, 0)\n i = numpy.random.randint(0, n) \n r = r*p + np.random.uniform(0, 0, 255)\n i = r*np.random.randint(0, n) \n if (i==0):\n # r > 0 \n i = np.random.randint(0, n) # to be random\n r = r *p + (np.random.uniform(0, 0, 255) # to be random\n # to be random\n # to be random\n # to be random\n # r > 0\n # i = np.random.randint(0, n) # to be random\n r = r *p + (np.random.uniform(0, 0, 255) # to be random\n # to be random\n # to be random\n # to be random\n # to be random\n # r > 0\n # i = np.random.randint(0, n) ", "token_ids": [ 565, 276, 2348, 2560, 2560, 578, 261, 730, 276, 2348, 2560, 11170, 11, 19, 15, 224, 19, 15, 224, 3254, 289, 261, 314, 276, 2348, 2560, 11170, 11, 19, 15, 224, 3254, 15, 224, 19, 289, 261, 288, 276, 2348, 2560, 7012, 11, 19, 15, 319, 12, 2654, 261, 565, 276, 565, 13, 83, 361, 799, 2560, 11170, 11, 19, 15, 224, 19, 15, 224, 3254, 289, 261, 288, 276, 565, 13, 1811, 2560, 7012, 11, 19, 15, 319, 12, 3124, 261, 383, 375, 76, 408, 19, 351, 263, 347, 565, 1198, 224, 19, 432, 263, 288, 276, 799, 2560, 7012, 11, 19, 15, 319, 12, 224, 347, 412, 601, 2288, 202, 263, 565, 276, 565, 548, 83, 361, 375, 1811, 2560, 11170, 11, 19, 15, 224, 19, 15, 224, 3254, 12, 224, 347, 412, 601, 2288, 202, 315, 573, 347, 412, 601, 2288, 202, 315, 573, 347, 412, 601, 2288, 202, 315, 573, 347, 412, 601, 2288, 202, 263, 347, 565, 1198, 224, 19, 202, 263, 347, 288, 276, 799, 2560, 7012, 11, 19, 15, 319, 12, 224, 347, 412, 601, 2288, 202, 263, 565, 276, 565, 548, 83, 361, 375, 1811, 2560, 11170, 11, 19, 15, 224, 19, 15, 224, 3254, 12, 224, 347, 412, 601, 2288, 202, 1024, 347, 412, 601, 2288, 202, 315, 573, 347, 412, 601, 2288, 202, 1024, 347, 412, 601, 2288, 202, 315, 573, 347, 412, 601, 2288, 202, 261, 347, 565, 1198, 224, 19, 202, 261, 347, 288, 276, 799, 2560, 7012, 11, 19, 15, 319, 12, 224 ], "temperature": 0.8, "top_k": 50, "seed": 1042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.5059288537549407, "longest_tandem_repeat_tokens": 26, "long_loop": false }, { "prompt": "def factorial(n):\n ", "completion": " return 1.0 + (1.0 + math.pow(n, 2.0))\n\ndef compute_factorial(n):\n return 1.0 + math.pow(n, 2.0)\n\ndef solve():\n return factorial(2.5)\n\ndef set_factorial(n):\n return factorial(-1.0)\n\ndef compute_factorial(n):\n return factorial(2.0, -1.0)\n\ndef return_factorial(n):\n return factorial(-1.0)\n\ndef return_factorial(n):\n return factorial(-1)\n ", "token_ids": [ 401, 224, 20, 17, 19, 361, 375, 20, 17, 19, 361, 4082, 31307, 945, 15, 224, 21, 17, 19, 1838, 329, 4222, 5583, 647, 945, 351, 261, 401, 224, 20, 17, 19, 361, 4082, 31307, 945, 15, 224, 21, 17, 19, 443, 329, 14526, 1130, 262, 401, 5298, 647, 11, 21, 17, 24, 443, 329, 778, 5583, 647, 945, 351, 262, 401, 5298, 647, 3083, 20, 17, 19, 443, 329, 4222, 5583, 647, 945, 351, 261, 401, 5298, 647, 11, 21, 17, 19, 15, 372, 20, 17, 19, 443, 329, 401, 5583, 647, 945, 351, 261, 401, 5298, 647, 3083, 20, 17, 19, 443, 329, 401, 5583, 647, 945, 351, 261, 401, 5298, 647, 3083, 20, 289, 261 ], "temperature": 0.8, "top_k": 50, "seed": 1043, "new_tokens": 118, "stop_reason": "eos", "syntax_valid": true, "repeated_token_4gram_fraction": 0.408695652173913, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def is_palindrome(text):\n ", "completion": " \"\"\"Return True if the palindrome is the palindrome.\"\"\"\n return text == 'palindrome'\n\ndef is_palindrome():\n \"\"\"Return True if the palindrome is the palindrome.\"\"\"\n return text == 'palindrome'\n\ndef is_palindrome():\n \"\"\"Return True if the palindrome is the palindrome.\"\"\"\n return text == 'palindrome'\n\ndef is_palindrome():\n \"\"\"Return True if the palindrome is the palindrome.\"\"\"\n return text == 'palindrome'\n\ndef is_palindrome():\n \"\"\"Return True if the palindrome is the palindrome.\"\"\"\n return text == 'palindrome'\n\ndef is_palindrome():\n \"\"\"Return True if the palindrome is the palindrome.\"\"\"\n return text == 'palindrome'\n\ndef is_palindrome():\n \"\"\"Return True if the palindrome is the palindrome.\"\"\"\n return text == 'palindrome'\n\ndef is_palindrome():\n \"\"\"Return True if the palindrome is the palindrome.\"\"\"\n return", "token_ids": [ 510, 2452, 805, 383, 337, 314, 285, 763, 7537, 428, 337, 314, 285, 763, 7537, 1501, 261, 401, 1612, 546, 301, 83, 285, 763, 7537, 2418, 329, 428, 370, 285, 763, 7537, 1130, 261, 510, 2452, 805, 383, 337, 314, 285, 763, 7537, 428, 337, 314, 285, 763, 7537, 1501, 261, 401, 1612, 546, 301, 83, 285, 763, 7537, 2418, 329, 428, 370, 285, 763, 7537, 1130, 261, 510, 2452, 805, 383, 337, 314, 285, 763, 7537, 428, 337, 314, 285, 763, 7537, 1501, 261, 401, 1612, 546, 301, 83, 285, 763, 7537, 2418, 329, 428, 370, 285, 763, 7537, 1130, 261, 510, 2452, 805, 383, 337, 314, 285, 763, 7537, 428, 337, 314, 285, 763, 7537, 1501, 261, 401, 1612, 546, 301, 83, 285, 763, 7537, 2418, 329, 428, 370, 285, 763, 7537, 1130, 261, 510, 2452, 805, 383, 337, 314, 285, 763, 7537, 428, 337, 314, 285, 763, 7537, 1501, 261, 401, 1612, 546, 301, 83, 285, 763, 7537, 2418, 329, 428, 370, 285, 763, 7537, 1130, 261, 510, 2452, 805, 383, 337, 314, 285, 763, 7537, 428, 337, 314, 285, 763, 7537, 1501, 261, 401, 1612, 546, 301, 83, 285, 763, 7537, 2418, 329, 428, 370, 285, 763, 7537, 1130, 261, 510, 2452, 805, 383, 337, 314, 285, 763, 7537, 428, 337, 314, 285, 763, 7537, 1501, 261, 401, 1612, 546, 301, 83, 285, 763, 7537, 2418, 329, 428, 370, 285, 763, 7537, 1130, 261, 510, 2452, 805, 383, 337, 314, 285, 763, 7537, 428, 337, 314, 285, 763, 7537, 1501, 261, 401 ], "temperature": 0.0, "top_k": 0, "seed": 2042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.8735177865612649, "longest_tandem_repeat_tokens": 256, "long_loop": true }, { "prompt": "def is_palindrome(text):\n ", "completion": " print(text)\n for i in range(10):\n return True\n\ndef setup_gallery():\n gallery = Gallery()\n hgallery = hgallery.gallery(gallery)\n gallery.tube_image(i) = (0, 0)\n hgallery.panel(i) = (0, 0)\n hgallery.manel(i) = (0, 0)\n gallery.icon((0, 0, 0), 0, 0)\n hgallery.icon((0, 0, 0), (0, 0, 0), 0, 0)\n hgallery.icon((0, 0, 0), 0, 0)\n hgallery.icon((0, 0, 0), 0, 0)\n hgallery.icon((0, 0, 0), 0, 0)\n hgallery.icon((0, 0, 0), 0, 0)\n hgallery.icon((0, 0, 0), 0, 0)\n hgallery.icon((0, 0, 0), ", "token_ids": [ 835, 4484, 289, 261, 392, 288, 331, 1382, 11, 701, 351, 1463, 401, 805, 377, 329, 3117, 739, 17637, 1130, 260, 504, 17637, 276, 868, 17637, 578, 260, 638, 74, 17637, 276, 638, 74, 17637, 1006, 17637, 1842, 17637, 289, 260, 504, 17637, 1035, 4824, 2180, 1554, 12, 276, 375, 19, 15, 224, 19, 289, 260, 638, 74, 17637, 469, 4437, 1554, 12, 276, 375, 19, 15, 224, 19, 289, 260, 638, 74, 17637, 1094, 4437, 1554, 12, 276, 375, 19, 15, 224, 19, 289, 260, 504, 17637, 17, 6590, 1514, 19, 15, 224, 19, 15, 224, 19, 457, 224, 19, 15, 224, 19, 289, 260, 638, 74, 17637, 17, 6590, 1514, 19, 15, 224, 19, 15, 224, 19, 457, 375, 19, 15, 224, 19, 15, 224, 19, 457, 224, 19, 15, 224, 19, 289, 260, 638, 74, 17637, 17, 6590, 1514, 19, 15, 224, 19, 15, 224, 19, 457, 224, 19, 15, 224, 19, 289, 260, 638, 74, 17637, 17, 6590, 1514, 19, 15, 224, 19, 15, 224, 19, 457, 224, 19, 15, 224, 19, 289, 260, 638, 74, 17637, 17, 6590, 1514, 19, 15, 224, 19, 15, 224, 19, 457, 224, 19, 15, 224, 19, 289, 260, 638, 74, 17637, 17, 6590, 1514, 19, 15, 224, 19, 15, 224, 19, 457, 224, 19, 15, 224, 19, 289, 260, 638, 74, 17637, 17, 6590, 1514, 19, 15, 224, 19, 15, 224, 19, 457, 224, 19, 15, 224, 19, 289, 260, 638, 74, 17637, 17, 6590, 1514, 19, 15, 224, 19, 15, 224, 19, 457, 224 ], "temperature": 0.8, "top_k": 50, "seed": 2042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.6758893280632411, "longest_tandem_repeat_tokens": 135, "long_loop": true }, { "prompt": "def is_palindrome(text):\n ", "completion": " import pypandor\n p = pypandor.parse(text)\n p = p.to_p()\n return p\n ", "token_ids": [ 454, 1232, 15653, 272, 202, 261, 314, 276, 1232, 15653, 272, 3152, 4484, 289, 261, 314, 276, 314, 2176, 370, 578, 261, 401, 314, 202, 261 ], "temperature": 0.8, "top_k": 50, "seed": 2043, "new_tokens": 26, "stop_reason": "eos", "syntax_valid": true, "repeated_token_4gram_fraction": 0.0, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def binary_search(items, target):\n ", "completion": " \"\"\"\n Finds binary search tree for items.\n :param items: List of items to search.\n :param target: Binary search tree to search.\n :return: Binary search tree.\n \"\"\"\n tree = BinarySearchTree(items, target)\n tree = tree.left()\n tree.right()\n tree.left()\n tree.left()\n tree.right()\n tree.left()\n tree.left()\n tree.right()\n tree.right()\n tree.left()\n tree.left()\n tree.right()\n tree.right()\n tree.left()\n tree.right()\n tree.left()\n tree.right()\n tree.left()\n tree.right()\n tree.left()\n tree.right()\n tree.left()\n tree.right()\n tree.right()\n tree.left()\n tree.right()\n tree.left()\n tree.right()\n tree.left()\n tree.right()\n tree.left()\n tree.right()\n tree.left()\n tree.right()\n tree.left()\n tree.right()\n tree.left()\n tree.right()\n tree.left()\n tree.right()\n tree.left()\n tree.right()\n tree.left()\n tree.right()\n tree.left()\n tree.right()\n tree.left()\n tree.right()\n tree.left()\n tree.right()\n tree", "token_ids": [ 716, 261, 8382, 86, 4019, 3399, 3815, 392, 3377, 507, 261, 588, 1151, 3377, 29, 3207, 422, 3377, 412, 3399, 507, 261, 588, 1151, 1642, 29, 20782, 3399, 3815, 412, 3399, 507, 261, 588, 1667, 29, 20782, 3399, 3815, 507, 261, 716, 261, 3815, 276, 20782, 5072, 5524, 12899, 15, 1642, 289, 261, 3815, 276, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815, 8315, 578, 261, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815, 8315, 578, 261, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815, 8579, 578, 261, 3815, 8315, 578, 261, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815, 8579, 578, 261, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815, 8579, 578, 261, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815, 8315, 578, 261, 3815, 8579, 578, 261, 3815 ], "temperature": 0.0, "top_k": 0, "seed": 3042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.766798418972332, "longest_tandem_repeat_tokens": 111, "long_loop": true }, { "prompt": "def binary_search(items, target):\n ", "completion": " return binarysearchsorted(items, target)\n\ndef binary_searchsorted(items, target):\n return binarysearchsorted(items, target)\n\ndef binary_searchsorted(items, target):\n return binarysearchsorted(items, target)\n\ndef binary_searchsorted(items, target):\n if target == 0:\n return binarysearchsorted(items, target)\n else:\n return binarysearchsorted(items, target)\n \n\n\ndef binary_searchsorted(items, target):\n return binarysearchsorted(items, target)\n\ndef binary_searchsorted(items, target):\n return binarysearchsorted(items, target)\n\ndef binary_searchsorted(items, target):\n return binarysearchsorted(items, target)\n \n\n\ndef binarysearchsorted(items, target):\n return binarysearchsorted(items, target)\n\ndef binarysearchsorted(items, target):\n return binarysearchsorted(items, target)\n \n\n\ndef binarysearchsorted(items, target):\n return binarysearchsorted(items, target)\n\n\ndef binarysearchsorted(items, target):\n return binarysearchsorted(items, target)\n \n\n\ndef binarysearchsorted(items, target):\n return binarysearchsorted(items, target)\n\ndef binarysearchsorted(items, target):\n return binarysearchsorted(items, target)\n \n\n\ndef binarysearchsorted(items, target):\n return binarysearchsorted(items,", "token_ids": [ 401, 4019, 1524, 11045, 12899, 15, 1642, 443, 329, 4019, 4844, 11045, 12899, 15, 1642, 351, 261, 401, 4019, 1524, 11045, 12899, 15, 1642, 443, 329, 4019, 4844, 11045, 12899, 15, 1642, 351, 261, 401, 4019, 1524, 11045, 12899, 15, 1642, 443, 329, 4019, 4844, 11045, 12899, 15, 1642, 351, 261, 383, 1642, 546, 224, 19, 311, 270, 401, 4019, 1524, 11045, 12899, 15, 1642, 289, 261, 706, 311, 270, 401, 4019, 1524, 11045, 12899, 15, 1642, 289, 261, 1090, 329, 4019, 4844, 11045, 12899, 15, 1642, 351, 261, 401, 4019, 1524, 11045, 12899, 15, 1642, 443, 329, 4019, 4844, 11045, 12899, 15, 1642, 351, 261, 401, 4019, 1524, 11045, 12899, 15, 1642, 443, 329, 4019, 4844, 11045, 12899, 15, 1642, 351, 261, 401, 4019, 1524, 11045, 12899, 15, 1642, 289, 261, 1090, 329, 4019, 1524, 11045, 12899, 15, 1642, 351, 261, 401, 4019, 1524, 11045, 12899, 15, 1642, 443, 329, 4019, 1524, 11045, 12899, 15, 1642, 351, 261, 401, 4019, 1524, 11045, 12899, 15, 1642, 289, 261, 1090, 329, 4019, 1524, 11045, 12899, 15, 1642, 351, 261, 401, 4019, 1524, 11045, 12899, 15, 1642, 1680, 329, 4019, 1524, 11045, 12899, 15, 1642, 351, 261, 401, 4019, 1524, 11045, 12899, 15, 1642, 289, 261, 1090, 329, 4019, 1524, 11045, 12899, 15, 1642, 351, 261, 401, 4019, 1524, 11045, 12899, 15, 1642, 443, 329, 4019, 1524, 11045, 12899, 15, 1642, 351, 261, 401, 4019, 1524, 11045, 12899, 15, 1642, 289, 261, 1090, 329, 4019, 1524, 11045, 12899, 15, 1642, 351, 261, 401, 4019, 1524, 11045, 12899, 15 ], "temperature": 0.8, "top_k": 50, "seed": 3042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8300395256916996, "longest_tandem_repeat_tokens": 51, "long_loop": false }, { "prompt": "def binary_search(items, target):\n ", "completion": " \"\"\"\n Generates the binary search tree for the given items.\n Returns the binary search tree object.\n \"\"\"\n tree = BinarySearch()\n tree._get_root()\n tree._build_tree(items)\n tree = BinarySearchTree(tree)\n\n # Strip out the first item.\n tree._last_item = 0\n tree._last_item = 0\n tree._last_item = 0\n\n # Build tree with first item.\n tree.build_tree(target)\n\n # Find the last item.\n tree = BinarySearch()\n tree._last_item = 0\n tree._last_item = 0\n tree._last_item = 0\n tree._last_item = 0\n tree._last_item = 0\n tree._last_item = 0\n tree._last_item = 0\n tree._last_item = 0\n tree._last_item = 0\n tree._last_item = 0\n tree._last_item = 0\n tree._last_item = 0\n tree._last_item = 0\n tree._last_item = 0\n tree._last_item = 0\n tree._last_item = 0", "token_ids": [ 716, 261, 7813, 86, 337, 4019, 3399, 3815, 392, 337, 2001, 3377, 507, 261, 1859, 337, 4019, 3399, 3815, 1025, 507, 261, 716, 261, 3815, 276, 20782, 5072, 578, 261, 3815, 472, 359, 3384, 578, 261, 3815, 472, 1891, 6215, 12899, 289, 261, 3815, 276, 20782, 5072, 5524, 17733, 443, 261, 347, 497, 10177, 821, 337, 2239, 1932, 507, 261, 3815, 472, 2165, 3329, 276, 224, 19, 202, 261, 3815, 472, 2165, 3329, 276, 224, 19, 202, 261, 3815, 472, 2165, 3329, 276, 224, 19, 377, 261, 347, 7100, 3815, 596, 2239, 1932, 507, 261, 3815, 5241, 6215, 4943, 443, 261, 347, 8382, 337, 2656, 1932, 507, 261, 3815, 276, 20782, 5072, 578, 261, 3815, 472, 2165, 3329, 276, 224, 19, 202, 261, 3815, 472, 2165, 3329, 276, 224, 19, 202, 261, 3815, 472, 2165, 3329, 276, 224, 19, 202, 261, 3815, 472, 2165, 3329, 276, 224, 19, 202, 261, 3815, 472, 2165, 3329, 276, 224, 19, 202, 261, 3815, 472, 2165, 3329, 276, 224, 19, 202, 261, 3815, 472, 2165, 3329, 276, 224, 19, 202, 261, 3815, 472, 2165, 3329, 276, 224, 19, 202, 261, 3815, 472, 2165, 3329, 276, 224, 19, 202, 261, 3815, 472, 2165, 3329, 276, 224, 19, 202, 261, 3815, 472, 2165, 3329, 276, 224, 19, 202, 261, 3815, 472, 2165, 3329, 276, 224, 19, 202, 261, 3815, 472, 2165, 3329, 276, 224, 19, 202, 261, 3815, 472, 2165, 3329, 276, 224, 19, 202, 261, 3815, 472, 2165, 3329, 276, 224, 19, 202, 261, 3815, 472, 2165, 3329, 276, 224, 19 ], "temperature": 0.8, "top_k": 50, "seed": 3043, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.6600790513833992, "longest_tandem_repeat_tokens": 143, "long_loop": true }, { "prompt": "def flatten(items):\n ", "completion": " return [item for item in items if item not in items]\n\ndef flatten(items):\n return [item for item in items if item not in items]\n\ndef flatten(items):\n return [item for item in items if item not in items]\n\ndef flatten(items):\n return [item for item in items if item not in items]\n\ndef flatten(items):\n return [item for item in items if item not in items]\n\ndef flatten(items):\n return [item for item in items if item not in items]\n\ndef flatten(items):\n return [item for item in items if item not in items]\n\ndef flatten(items):\n return [item for item in items if item not in items]\n\ndef flatten(items):\n return [item for item in items if item not in items]\n\ndef flatten(items):\n return [item for item in items if item not in items]\n\ndef flatten(items):\n return [item for item in items if item not in items]\n\ndef flatten(items):\n return [item for item in items if item not in items]\n\ndef flatten(items):\n return [item for item in items if item not in items]\n\ndef flatten(items):\n return [item for item in items if item not in items]\n\ndef flatten(items):\n return [item for", "token_ids": [ 401, 407, 3055, 392, 1932, 331, 3377, 383, 1932, 503, 331, 3377, 1729, 329, 14451, 12899, 351, 261, 401, 407, 3055, 392, 1932, 331, 3377, 383, 1932, 503, 331, 3377, 1729, 329, 14451, 12899, 351, 261, 401, 407, 3055, 392, 1932, 331, 3377, 383, 1932, 503, 331, 3377, 1729, 329, 14451, 12899, 351, 261, 401, 407, 3055, 392, 1932, 331, 3377, 383, 1932, 503, 331, 3377, 1729, 329, 14451, 12899, 351, 261, 401, 407, 3055, 392, 1932, 331, 3377, 383, 1932, 503, 331, 3377, 1729, 329, 14451, 12899, 351, 261, 401, 407, 3055, 392, 1932, 331, 3377, 383, 1932, 503, 331, 3377, 1729, 329, 14451, 12899, 351, 261, 401, 407, 3055, 392, 1932, 331, 3377, 383, 1932, 503, 331, 3377, 1729, 329, 14451, 12899, 351, 261, 401, 407, 3055, 392, 1932, 331, 3377, 383, 1932, 503, 331, 3377, 1729, 329, 14451, 12899, 351, 261, 401, 407, 3055, 392, 1932, 331, 3377, 383, 1932, 503, 331, 3377, 1729, 329, 14451, 12899, 351, 261, 401, 407, 3055, 392, 1932, 331, 3377, 383, 1932, 503, 331, 3377, 1729, 329, 14451, 12899, 351, 261, 401, 407, 3055, 392, 1932, 331, 3377, 383, 1932, 503, 331, 3377, 1729, 329, 14451, 12899, 351, 261, 401, 407, 3055, 392, 1932, 331, 3377, 383, 1932, 503, 331, 3377, 1729, 329, 14451, 12899, 351, 261, 401, 407, 3055, 392, 1932, 331, 3377, 383, 1932, 503, 331, 3377, 1729, 329, 14451, 12899, 351, 261, 401, 407, 3055, 392, 1932, 331, 3377, 383, 1932, 503, 331, 3377, 1729, 329, 14451, 12899, 351, 261, 401, 407, 3055, 392 ], "temperature": 0.0, "top_k": 0, "seed": 4042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9288537549407114, "longest_tandem_repeat_tokens": 256, "long_loop": true }, { "prompt": "def flatten(items):\n ", "completion": " return {'items': flatten(items),\n 'items': flatten(items)}\n return items\n\ndef flatten(items):\n return dict((item['items'], flatten(item))\n for item in items)\ndef flatten(items):\n return dict((item['items'], flatten(item))\n for item in items)\ndef flatten(items):\n return dict((item['items'], flatten(item))\n for item in items)\ndef flatten(items):\n return dict((item['items'], flatten(item))\n for item in items)\ndef flatten(items):\n return dict((item['items'], flatten(item))\n for item in items)\ndef flatten(items):\n return dict((item['items'], flatten(item))\n for item in items)\ndef flatten(items):\n return dict((item['items'], flatten(item))\n for item in items)\ndef flatten(items):\n return dict((item['items'], flatten(item))\n for item in items)\ndef flatten(items):\n return dict((item['items'], flatten(item))\n for item in items)\ndef flatten(items):\n return dict((item['items'], flatten(item))\n for item in items)\ndef flatten(items):\n return dict((item['items'], flatten(item))\n for item in items)\ndef flatten(items):\n return dict", "token_ids": [ 401, 814, 2229, 410, 14451, 12899, 682, 261, 301, 2229, 410, 14451, 12899, 16957, 262, 401, 3377, 377, 329, 14451, 12899, 351, 261, 401, 1610, 1514, 3055, 481, 2229, 1607, 14451, 5190, 705, 1478, 392, 1932, 331, 3377, 289, 329, 14451, 12899, 351, 261, 401, 1610, 1514, 3055, 481, 2229, 1607, 14451, 5190, 705, 1478, 392, 1932, 331, 3377, 289, 329, 14451, 12899, 351, 261, 401, 1610, 1514, 3055, 481, 2229, 1607, 14451, 5190, 705, 1478, 392, 1932, 331, 3377, 289, 329, 14451, 12899, 351, 261, 401, 1610, 1514, 3055, 481, 2229, 1607, 14451, 5190, 705, 1478, 392, 1932, 331, 3377, 289, 329, 14451, 12899, 351, 261, 401, 1610, 1514, 3055, 481, 2229, 1607, 14451, 5190, 705, 1478, 392, 1932, 331, 3377, 289, 329, 14451, 12899, 351, 261, 401, 1610, 1514, 3055, 481, 2229, 1607, 14451, 5190, 705, 1478, 392, 1932, 331, 3377, 289, 329, 14451, 12899, 351, 261, 401, 1610, 1514, 3055, 481, 2229, 1607, 14451, 5190, 705, 1478, 392, 1932, 331, 3377, 289, 329, 14451, 12899, 351, 261, 401, 1610, 1514, 3055, 481, 2229, 1607, 14451, 5190, 705, 1478, 392, 1932, 331, 3377, 289, 329, 14451, 12899, 351, 261, 401, 1610, 1514, 3055, 481, 2229, 1607, 14451, 5190, 705, 1478, 392, 1932, 331, 3377, 289, 329, 14451, 12899, 351, 261, 401, 1610, 1514, 3055, 481, 2229, 1607, 14451, 5190, 705, 1478, 392, 1932, 331, 3377, 289, 329, 14451, 12899, 351, 261, 401, 1610, 1514, 3055, 481, 2229, 1607, 14451, 5190, 705, 1478, 392, 1932, 331, 3377, 289, 329, 14451, 12899, 351, 261, 401, 1610 ], "temperature": 0.8, "top_k": 50, "seed": 4042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.849802371541502, "longest_tandem_repeat_tokens": 238, "long_loop": true }, { "prompt": "def flatten(items):\n ", "completion": " return dict(items)\n \ndef make_list(input):\n return list(input)\n\ndef flatten(items):\n return list(list(input))\n\n\ndef _read_image(input, size=20, fill_mode=0, fill_divisor=0, fill_divisor_size=50, fill_divisor_colorline=None, fill_divisor_shifted=None, fill_divisor_shifted=None, fill_divisor_shifted=None, fill_divisor_shifted=None):\n r\"\"\" Helper function: read input\n :param input:\n :param size:\n :param fill_mode:\n :param fill_divisor: The pixel code that we want to replace.\n :param fill_divisor:\n :param fill_divisor_colorline:\n :param fill_divisor_shifted:\n :param fill_divisor_shifted:\n :param fill_divisor_shifted:\n :param fill_divisor_shifted:\n :param fill_divisor_shifted:\n :param fill_divisor_shifted:\n :param fill_divisor_shifted:\n :param fill_divisor_shifted:\n :return:\n :return:\n :return:\n :return:\n :return:\n :return:\n :", "token_ids": [ 401, 1610, 12899, 289, 432, 329, 2002, 967, 3648, 351, 261, 401, 902, 3648, 443, 329, 14451, 12899, 351, 261, 401, 902, 3788, 3648, 6296, 329, 536, 954, 2180, 3648, 15, 1883, 32, 663, 15, 6651, 3112, 32, 19, 15, 6651, 629, 9504, 32, 19, 15, 6651, 629, 9504, 1203, 32, 1294, 15, 6651, 629, 9504, 5678, 664, 761, 15, 6651, 629, 9504, 3688, 689, 521, 761, 15, 6651, 629, 9504, 3688, 689, 521, 761, 15, 6651, 629, 9504, 3688, 689, 521, 761, 15, 6651, 629, 9504, 3688, 689, 521, 761, 351, 261, 565, 1768, 224, 14725, 1283, 29, 1995, 1337, 202, 261, 588, 1151, 1337, 311, 261, 588, 1151, 1883, 311, 261, 588, 1151, 6651, 3112, 311, 261, 588, 1151, 6651, 629, 9504, 29, 813, 7430, 1785, 791, 962, 4342, 412, 4239, 507, 261, 588, 1151, 6651, 629, 9504, 311, 261, 588, 1151, 6651, 629, 9504, 5678, 664, 311, 261, 588, 1151, 6651, 629, 9504, 3688, 689, 521, 311, 261, 588, 1151, 6651, 629, 9504, 3688, 689, 521, 311, 261, 588, 1151, 6651, 629, 9504, 3688, 689, 521, 311, 261, 588, 1151, 6651, 629, 9504, 3688, 689, 521, 311, 261, 588, 1151, 6651, 629, 9504, 3688, 689, 521, 311, 261, 588, 1151, 6651, 629, 9504, 3688, 689, 521, 311, 261, 588, 1151, 6651, 629, 9504, 3688, 689, 521, 311, 261, 588, 1151, 6651, 629, 9504, 3688, 689, 521, 311, 261, 588, 1667, 311, 261, 588, 1667, 311, 261, 588, 1667, 311, 261, 588, 1667, 311, 261, 588, 1667, 311, 261, 588, 1667, 311, 261, 588 ], "temperature": 0.8, "top_k": 50, "seed": 4043, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.541501976284585, "longest_tandem_repeat_tokens": 83, "long_loop": true }, { "prompt": "def count_words(text):\n ", "completion": " \"\"\" Count words\"\"\"\n count_words = 0\n count_words += 1\n count_words = 0\n count_words += 1\n count_words = 0\n count_words += 1\n count_words = 0\n count_words += 1\n count_words = 0\n count_words += 1\n count_words = 0\n count_words += 1\n count_words = 0\n count_words += 1\n count_words = 0\n count_words += 1\n count_words = 0\n count_words += 1\n count_words = 0\n count_words += 1\n count_words = 0\n count_words += 1\n count_words = 0\n count_words += 1\n count_words = 0\n count_words += 1\n count_words = 0\n count_words += 1\n count_words = 0\n count_words += 1\n count_words = 0\n count_words += 1\n count_words = 0\n count_words += 1\n count_words = 0\n count_words += 1\n", "token_ids": [ 510, 12666, 6053, 1074, 261, 2522, 7263, 276, 224, 19, 202, 261, 2522, 7263, 1218, 224, 20, 202, 261, 2522, 7263, 276, 224, 19, 202, 261, 2522, 7263, 1218, 224, 20, 202, 261, 2522, 7263, 276, 224, 19, 202, 261, 2522, 7263, 1218, 224, 20, 202, 261, 2522, 7263, 276, 224, 19, 202, 261, 2522, 7263, 1218, 224, 20, 202, 261, 2522, 7263, 276, 224, 19, 202, 261, 2522, 7263, 1218, 224, 20, 202, 261, 2522, 7263, 276, 224, 19, 202, 261, 2522, 7263, 1218, 224, 20, 202, 261, 2522, 7263, 276, 224, 19, 202, 261, 2522, 7263, 1218, 224, 20, 202, 261, 2522, 7263, 276, 224, 19, 202, 261, 2522, 7263, 1218, 224, 20, 202, 261, 2522, 7263, 276, 224, 19, 202, 261, 2522, 7263, 1218, 224, 20, 202, 261, 2522, 7263, 276, 224, 19, 202, 261, 2522, 7263, 1218, 224, 20, 202, 261, 2522, 7263, 276, 224, 19, 202, 261, 2522, 7263, 1218, 224, 20, 202, 261, 2522, 7263, 276, 224, 19, 202, 261, 2522, 7263, 1218, 224, 20, 202, 261, 2522, 7263, 276, 224, 19, 202, 261, 2522, 7263, 1218, 224, 20, 202, 261, 2522, 7263, 276, 224, 19, 202, 261, 2522, 7263, 1218, 224, 20, 202, 261, 2522, 7263, 276, 224, 19, 202, 261, 2522, 7263, 1218, 224, 20, 202, 261, 2522, 7263, 276, 224, 19, 202, 261, 2522, 7263, 1218, 224, 20, 202, 261, 2522, 7263, 276, 224, 19, 202, 261, 2522, 7263, 1218, 224, 20, 202, 261, 2522, 7263, 276, 224, 19, 202, 261, 2522, 7263, 1218, 224, 20, 202 ], "temperature": 0.0, "top_k": 0, "seed": 5042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.9328063241106719, "longest_tandem_repeat_tokens": 252, "long_loop": true }, { "prompt": "def count_words(text):\n ", "completion": " # This function doesn't work by the count_word function\n count_words = [(ord(word) for word in text) for word in text]\n # This function doesn't work by the count_word function\n count_words.append(wordcount)\n # This function doesn't work by the count_word function\n count_words.append(wordcount)\n # This function doesn't work by the count_word function\n count_words.append(wordcount)\n # This function doesn't work by the count_word function\n\ndef count_words(text):\n # This function doesn't work by the count_word function\n count_words = [(ord(word) for word in text) for word in text]\n # This function doesn't work by the count_word function\n count_words.append(wordcount)\n\ndef count_words(text):\n # This function doesn't work by the count_word function\n count_words = [(ord(word) for word in text) for word in text]\n # This function doesn't workby the count_word function\n count_words.append(wordcount)\n\ndef count_words text():\n # This function doesn't work by the count_word function\n count_words = [(ord(word) for word in text) for word in text]\n # This function doesn", "token_ids": [ 347, 1304, 1283, 4584, 1551, 1991, 897, 337, 2522, 6957, 1283, 202, 261, 2522, 7263, 276, 4703, 1108, 11409, 12, 392, 3669, 331, 1612, 12, 392, 3669, 331, 1612, 685, 261, 347, 1304, 1283, 4584, 1551, 1991, 897, 337, 2522, 6957, 1283, 202, 261, 2522, 7263, 997, 11409, 1287, 289, 261, 347, 1304, 1283, 4584, 1551, 1991, 897, 337, 2522, 6957, 1283, 202, 261, 2522, 7263, 997, 11409, 1287, 289, 261, 347, 1304, 1283, 4584, 1551, 1991, 897, 337, 2522, 6957, 1283, 202, 261, 2522, 7263, 997, 11409, 1287, 289, 261, 347, 1304, 1283, 4584, 1551, 1991, 897, 337, 2522, 6957, 1283, 377, 329, 2522, 7263, 4484, 351, 261, 347, 1304, 1283, 4584, 1551, 1991, 897, 337, 2522, 6957, 1283, 202, 261, 2522, 7263, 276, 4703, 1108, 11409, 12, 392, 3669, 331, 1612, 12, 392, 3669, 331, 1612, 685, 261, 347, 1304, 1283, 4584, 1551, 1991, 897, 337, 2522, 6957, 1283, 202, 261, 2522, 7263, 997, 11409, 1287, 443, 329, 2522, 7263, 4484, 351, 261, 347, 1304, 1283, 4584, 1551, 1991, 897, 337, 2522, 6957, 1283, 202, 261, 2522, 7263, 276, 4703, 1108, 11409, 12, 392, 3669, 331, 1612, 12, 392, 3669, 331, 1612, 685, 261, 347, 1304, 1283, 4584, 1551, 1991, 2596, 337, 2522, 6957, 1283, 202, 261, 2522, 7263, 997, 11409, 1287, 443, 329, 2522, 7263, 1612, 1130, 261, 347, 1304, 1283, 4584, 1551, 1991, 897, 337, 2522, 6957, 1283, 202, 261, 2522, 7263, 276, 4703, 1108, 11409, 12, 392, 3669, 331, 1612, 12, 392, 3669, 331, 1612, 685, 261, 347, 1304, 1283, 4584 ], "temperature": 0.8, "top_k": 50, "seed": 5042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.7707509881422925, "longest_tandem_repeat_tokens": 72, "long_loop": true }, { "prompt": "def count_words(text):\n ", "completion": " \"\"\"\n Count words.\n\n Arguments:\n text: A word list.\n\n Returns:\n A list, a list of words.\n Returns:\n A list.\n This function will return the word count.\n \"\"\"\n # Count to match word count\n count = 0\n # Count to match word count\n count_words = [1, 2, 3]\n # Count to match word count\n count(words, count_words)\n # Count to match word count\n count_words = list(count_words)\n # Count to match word count\n count_words.append(1)\n # Count to match word count\n count_words[1]\n # Count to match word count\n count_words[2]\n # Count to match word count\n count_words[3]\n # Count to match word count\n count_words[4]\n # Count to match word count\n count_words[5]\n # Count to match word count\n count_words[6]\n # Count to match word count\n count_words[7]\n # Count to match word count\n count_words[8]\n # Count to match word count\n count_words[9]\n # Count to", "token_ids": [ 716, 261, 12666, 6053, 989, 261, 14271, 311, 261, 1612, 29, 480, 3669, 902, 989, 1463, 1859, 311, 261, 480, 902, 15, 277, 902, 422, 6053, 507, 261, 1859, 311, 261, 480, 902, 507, 261, 1304, 1283, 1182, 401, 337, 3669, 2522, 507, 261, 716, 261, 347, 12666, 412, 1924, 3669, 2522, 202, 261, 2522, 276, 224, 19, 202, 261, 347, 12666, 412, 1924, 3669, 2522, 202, 261, 2522, 7263, 276, 407, 20, 15, 224, 21, 15, 224, 22, 685, 261, 347, 12666, 412, 1924, 3669, 2522, 202, 261, 2522, 16105, 15, 2522, 7263, 289, 261, 347, 12666, 412, 1924, 3669, 2522, 202, 261, 2522, 7263, 276, 902, 8624, 7263, 289, 261, 347, 12666, 412, 1924, 3669, 2522, 202, 261, 2522, 7263, 997, 11, 20, 289, 261, 347, 12666, 412, 1924, 3669, 2522, 202, 261, 2522, 7263, 62, 20, 685, 261, 347, 12666, 412, 1924, 3669, 2522, 202, 261, 2522, 7263, 62, 21, 685, 261, 347, 12666, 412, 1924, 3669, 2522, 202, 261, 2522, 7263, 62, 22, 685, 261, 347, 12666, 412, 1924, 3669, 2522, 202, 261, 2522, 7263, 62, 23, 685, 261, 347, 12666, 412, 1924, 3669, 2522, 202, 261, 2522, 7263, 62, 24, 685, 261, 347, 12666, 412, 1924, 3669, 2522, 202, 261, 2522, 7263, 62, 25, 685, 261, 347, 12666, 412, 1924, 3669, 2522, 202, 261, 2522, 7263, 62, 26, 685, 261, 347, 12666, 412, 1924, 3669, 2522, 202, 261, 2522, 7263, 62, 27, 685, 261, 347, 12666, 412, 1924, 3669, 2522, 202, 261, 2522, 7263, 62, 28, 685, 261, 347, 12666, 412 ], "temperature": 0.8, "top_k": 50, "seed": 5043, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.5019762845849802, "longest_tandem_repeat_tokens": 0, "long_loop": false }, { "prompt": "def fibonacci(n):\n ", "completion": " \"\"\" Function for generating a random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random random", "token_ids": [ 510, 7197, 392, 12381, 277, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288, 2288 ], "temperature": 0.0, "top_k": 0, "seed": 6042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9762845849802372, "longest_tandem_repeat_tokens": 251, "long_loop": true }, { "prompt": "def fibonacci(n):\n ", "completion": " return 1\n ", "token_ids": [ 401, 224, 20, 202, 261 ], "temperature": 0.8, "top_k": 50, "seed": 6042, "new_tokens": 5, "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 math.sqrt(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.hypot(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo(math.finfo", "token_ids": [ 401, 4082, 6694, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 1197, 32510, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 11, 5800, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 4082, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279, 17162, 831, 2279 ], "temperature": 0.8, "top_k": 50, "seed": 6043, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9209486166007905, "longest_tandem_repeat_tokens": 130, "long_loop": true }, { "prompt": "def test_add():\n ", "completion": " # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n # Test adding a new object\n ", "token_ids": [ 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261, 347, 1446, 9019, 277, 1030, 1025, 202, 261 ], "temperature": 0.0, "top_k": 0, "seed": 7042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9683794466403162, "longest_tandem_repeat_tokens": 256, "long_loop": true }, { "prompt": "def test_add():\n ", "completion": " pass\n ##create an object from a python list\n ##create function\n\ndef test_delete():\n pass\n ##delete an object\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by user\n ##delete by", "token_ids": [ 1271, 202, 261, 3088, 1464, 717, 1025, 643, 277, 1858, 902, 202, 261, 3088, 1464, 1283, 377, 329, 535, 2503, 1130, 261, 1271, 202, 261, 3088, 3772, 717, 1025, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897, 1010, 202, 261, 3088, 3772, 897 ], "temperature": 0.8, "top_k": 50, "seed": 7042, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": true, "repeated_token_4gram_fraction": 0.8735177865612649, "longest_tandem_repeat_tokens": 227, "long_loop": true }, { "prompt": "def test_add():\n ", "completion": " \"\"\"\n @returns: a new element that can be added to a new element\n @note:\n - we want to have it a new element with an element that can have one element that has different values.\n - so we have to add it to it.\n - this is an element with that value.\n - it has been added to a new element\n - which has the required value for the elements to add.\n - it has the required value for the elements to be added to that element\n - is added to the element that has the required value for the elements to be added to it.\n - it has the required value for the elements to be added to that element\n - the element has the required value for the elements to be added to it.\n - the element has the required value for the elements to be added to it\n - is added to the element that has the required value for the elements to be added to that element\n - it has the required value for the elements to be added to that element\n - is added to the element that has the required value for the elements to be added to it.\n - it has the required value for the elements to be added to that element\n ", "token_ids": [ 716, 261, 749, 5749, 29, 277, 1030, 3778, 791, 1196, 601, 4542, 412, 277, 1030, 3778, 202, 261, 749, 7148, 311, 261, 372, 962, 4342, 412, 1657, 961, 277, 1030, 3778, 596, 717, 3778, 791, 1196, 1657, 1583, 3778, 791, 1172, 4025, 1503, 507, 261, 372, 1038, 962, 1657, 412, 1083, 961, 412, 961, 507, 261, 372, 756, 428, 717, 3778, 596, 791, 699, 507, 261, 372, 961, 1172, 3208, 4542, 412, 277, 1030, 3778, 202, 261, 372, 1629, 1172, 337, 2081, 699, 392, 337, 4880, 412, 1083, 507, 261, 372, 961, 1172, 337, 2081, 699, 392, 337, 4880, 412, 601, 4542, 412, 791, 3778, 202, 261, 372, 428, 4542, 412, 337, 3778, 791, 1172, 337, 2081, 699, 392, 337, 4880, 412, 601, 4542, 412, 961, 507, 261, 372, 961, 1172, 337, 2081, 699, 392, 337, 4880, 412, 601, 4542, 412, 791, 3778, 202, 261, 372, 337, 3778, 1172, 337, 2081, 699, 392, 337, 4880, 412, 601, 4542, 412, 961, 507, 261, 372, 337, 3778, 1172, 337, 2081, 699, 392, 337, 4880, 412, 601, 4542, 412, 961, 202, 261, 372, 428, 4542, 412, 337, 3778, 791, 1172, 337, 2081, 699, 392, 337, 4880, 412, 601, 4542, 412, 791, 3778, 202, 261, 372, 961, 1172, 337, 2081, 699, 392, 337, 4880, 412, 601, 4542, 412, 791, 3778, 202, 261, 372, 428, 4542, 412, 337, 3778, 791, 1172, 337, 2081, 699, 392, 337, 4880, 412, 601, 4542, 412, 961, 507, 261, 372, 961, 1172, 337, 2081, 699, 392, 337, 4880, 412, 601, 4542, 412, 791, 3778, 202, 261 ], "temperature": 0.8, "top_k": 50, "seed": 7043, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.5494071146245059, "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": " 'It is not worthwhile to write a function to check if the given number is woodball or not.'\n 'It is not worthwhile to write a function to check if the given number is woodball or not.'\n 'It is not worthwhile to write a function to check if the given number is woodball or not.'\n 'It is not worthwhile to write a function to check if the given number is woodball or not.'\n 'It is not worthwhile to write a function to check if the given number is woodball or not.'\n 'It is not worthwhile to write a function to check if the given number is woodball or not.'\n 'It is not worthwhile to write a function to check if the given number is woodball or not.'\n 'It is not worthwhile to write a function to check if the given number is woodball or not.'\n 'It is not worthwhile to write a function to check if the given number is woodball or not.'\n 'It is not worthwhile to write a function to check if the given number is woodball or not.'\n 'It is not worth", "token_ids": [ 301, 11376, 428, 503, 360, 9583, 9730, 412, 3094, 277, 1283, 412, 1315, 383, 337, 2001, 1636, 428, 360, 5808, 23370, 606, 503, 7873, 261, 301, 11376, 428, 503, 360, 9583, 9730, 412, 3094, 277, 1283, 412, 1315, 383, 337, 2001, 1636, 428, 360, 5808, 23370, 606, 503, 7873, 261, 301, 11376, 428, 503, 360, 9583, 9730, 412, 3094, 277, 1283, 412, 1315, 383, 337, 2001, 1636, 428, 360, 5808, 23370, 606, 503, 7873, 261, 301, 11376, 428, 503, 360, 9583, 9730, 412, 3094, 277, 1283, 412, 1315, 383, 337, 2001, 1636, 428, 360, 5808, 23370, 606, 503, 7873, 261, 301, 11376, 428, 503, 360, 9583, 9730, 412, 3094, 277, 1283, 412, 1315, 383, 337, 2001, 1636, 428, 360, 5808, 23370, 606, 503, 7873, 261, 301, 11376, 428, 503, 360, 9583, 9730, 412, 3094, 277, 1283, 412, 1315, 383, 337, 2001, 1636, 428, 360, 5808, 23370, 606, 503, 7873, 261, 301, 11376, 428, 503, 360, 9583, 9730, 412, 3094, 277, 1283, 412, 1315, 383, 337, 2001, 1636, 428, 360, 5808, 23370, 606, 503, 7873, 261, 301, 11376, 428, 503, 360, 9583, 9730, 412, 3094, 277, 1283, 412, 1315, 383, 337, 2001, 1636, 428, 360, 5808, 23370, 606, 503, 7873, 261, 301, 11376, 428, 503, 360, 9583, 9730, 412, 3094, 277, 1283, 412, 1315, 383, 337, 2001, 1636, 428, 360, 5808, 23370, 606, 503, 7873, 261, 301, 11376, 428, 503, 360, 9583, 9730, 412, 3094, 277, 1283, 412, 1315, 383, 337, 2001, 1636, 428, 360, 5808, 23370, 606, 503, 7873, 261, 301, 11376, 428, 503, 360, 9583 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9011857707509882, "longest_tandem_repeat_tokens": 256, "long_loop": true, "task_id": 20 }, { "prompt": "from copy import deepcopy\n\ndef colon_tuplex(tuplex, m, n):\n 'Write a function to get a colon of a tuple.'\n ", "completion": " ' If you want to write a function to a function that returns a tuple.'\n ' If you want to write a function to a function that returns a tuple.'\n ' If you want to write a function to a function that returns a tuple.'\n ' If you want to write a function to a function that returns a tuple.'\n ' If you want to write a function to a function that returns a tuple.'\n ' If you want to write a function to a function that returns a tuple.'\n ' If you want to write a function to a function that returns a tuple.'\n ' If you want to write a function to a function that returns a tuple.'\n ' If you want to write a function to a function that returns a tuple.'\n ' If you want to write a function to a function that returns a tuple.'\n ' If you want to write a function to a function that returns a tuple.'\n ' If you want to write a function to a function that returns a tuple.'\n ' If you want to write a function to a function that returns a tuple.'\n ' If you want to write a function to a function that returns a tuple.'\n ' If you want to write a function to a function that returns a tuple.'\n '", "token_ids": [ 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 412, 277, 1283, 791, 3283, 277, 2899, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 412, 277, 1283, 791, 3283, 277, 2899, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 412, 277, 1283, 791, 3283, 277, 2899, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 412, 277, 1283, 791, 3283, 277, 2899, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 412, 277, 1283, 791, 3283, 277, 2899, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 412, 277, 1283, 791, 3283, 277, 2899, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 412, 277, 1283, 791, 3283, 277, 2899, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 412, 277, 1283, 791, 3283, 277, 2899, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 412, 277, 1283, 791, 3283, 277, 2899, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 412, 277, 1283, 791, 3283, 277, 2899, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 412, 277, 1283, 791, 3283, 277, 2899, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 412, 277, 1283, 791, 3283, 277, 2899, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 412, 277, 1283, 791, 3283, 277, 2899, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 412, 277, 1283, 791, 3283, 277, 2899, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 412, 277, 1283, 791, 3283, 277, 2899, 7873, 261, 301 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9328063241106719, "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": " ' This function is called by the function ' + str\n ' which is called by the function ' + str\n ' which is called by the function ' + str\n ' which is called by the function ' + str\n ' which is called by the function ' + str\n ' which is called by the function ' + str\n ' which is called by the function ' + str\n ' which is called by the function ' + str\n ' which is called by the function ' + str\n ' which is called by the function ' + str\n ' which is called by the function ' + str\n ' which is called by the function ' + str\n ' which is called by the function ' + str\n ' which is called by the function ' + str\n ' which is called by the function ' + str\n ' which is called by the function ' + str\n ' which is called by the function ' + str\n ' which is called by the function ' + str\n ' which is called by the function ' + str\n ' which is called by the function ' + str\n ' which is called by the function ' + str\n ' which is", "token_ids": [ 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9407114624505929, "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": " ' The function returns a pair with highest product from a given array of integers.'\n ' The function returns a pair with highest product from a given array of integers.'\n ' The function returns a pair with highest product from a given array of integers.'\n ' The function returns a pair with highest product from a given array of integers.'\n ' The function returns a pair with highest product from a given array of integers.'\n ' The function returns a pair with highest product from a given array of integers.'\n ' The function returns a pair with highest product from a given array of integers.'\n ' The function returns a pair with highest product from a given array of integers.'\n ' The function returns a pair with highest product from a given array of integers.'\n ' The function returns a pair with highest product from a given array of integers.'\n ' The function returns a pair with highest product from a given array of integers.'\n ' The function returns a pair with highest product from a given array of integers.'\n ' The function returns a pair with highest product from a given array of integers.'\n ' The function returns a pair with highest product from a given array of integers.'\n ' The function returns a pair with highest product from a given array of integers.'\n '", "token_ids": [ 301, 813, 1283, 3283, 277, 7346, 596, 22235, 5297, 643, 277, 2001, 1778, 422, 13805, 7873, 261, 301, 813, 1283, 3283, 277, 7346, 596, 22235, 5297, 643, 277, 2001, 1778, 422, 13805, 7873, 261, 301, 813, 1283, 3283, 277, 7346, 596, 22235, 5297, 643, 277, 2001, 1778, 422, 13805, 7873, 261, 301, 813, 1283, 3283, 277, 7346, 596, 22235, 5297, 643, 277, 2001, 1778, 422, 13805, 7873, 261, 301, 813, 1283, 3283, 277, 7346, 596, 22235, 5297, 643, 277, 2001, 1778, 422, 13805, 7873, 261, 301, 813, 1283, 3283, 277, 7346, 596, 22235, 5297, 643, 277, 2001, 1778, 422, 13805, 7873, 261, 301, 813, 1283, 3283, 277, 7346, 596, 22235, 5297, 643, 277, 2001, 1778, 422, 13805, 7873, 261, 301, 813, 1283, 3283, 277, 7346, 596, 22235, 5297, 643, 277, 2001, 1778, 422, 13805, 7873, 261, 301, 813, 1283, 3283, 277, 7346, 596, 22235, 5297, 643, 277, 2001, 1778, 422, 13805, 7873, 261, 301, 813, 1283, 3283, 277, 7346, 596, 22235, 5297, 643, 277, 2001, 1778, 422, 13805, 7873, 261, 301, 813, 1283, 3283, 277, 7346, 596, 22235, 5297, 643, 277, 2001, 1778, 422, 13805, 7873, 261, 301, 813, 1283, 3283, 277, 7346, 596, 22235, 5297, 643, 277, 2001, 1778, 422, 13805, 7873, 261, 301, 813, 1283, 3283, 277, 7346, 596, 22235, 5297, 643, 277, 2001, 1778, 422, 13805, 7873, 261, 301, 813, 1283, 3283, 277, 7346, 596, 22235, 5297, 643, 277, 2001, 1778, 422, 13805, 7873, 261, 301, 813, 1283, 3283, 277, 7346, 596, 22235, 5297, 643, 277, 2001, 1778, 422, 13805, 7873, 261, 301 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9328063241106719, "longest_tandem_repeat_tokens": 256, "long_loop": true, "task_id": 415 }, { "prompt": "\n\ndef replace_blank(str1, char):\n 'Write a function that takes in a string and character, replaces blank spaces in the string with the character, and returns the string.'\n ", "completion": " 'The function returns a string with the character replaced with the string. The function returns a string with the character replaced with the string. The function returns a string with the character replaced with the string. The function returns a string with the character replaced with the string. The function returns a string with the character replaced with the string. The function returns a string with the character replaced with the string. The function returns a string with the character replaced with the string. The function returns a string with the character replaced with the string. The function returns a string with the character replaced with the string. The function returns a string with the character replaced with the string. The function returns a string with the character replaced with the string. The function returns a string with the character replaced with the string. The function returns a string with the character replaced with the string. The function returns a string with the character replaced with the string. The function returns a string with the character replaced with the string. The function returns a string with the character replaced with the string. The function returns a string with the character replaced with the string. The function returns a string with the character replaced with the string. The function returns a string with the character replaced with the string. The function returns a string with the character", "token_ids": [ 301, 2334, 1283, 3283, 277, 1429, 596, 337, 9175, 13420, 596, 337, 1429, 17, 813, 1283, 3283, 277, 1429, 596, 337, 9175, 13420, 596, 337, 1429, 17, 813, 1283, 3283, 277, 1429, 596, 337, 9175, 13420, 596, 337, 1429, 17, 813, 1283, 3283, 277, 1429, 596, 337, 9175, 13420, 596, 337, 1429, 17, 813, 1283, 3283, 277, 1429, 596, 337, 9175, 13420, 596, 337, 1429, 17, 813, 1283, 3283, 277, 1429, 596, 337, 9175, 13420, 596, 337, 1429, 17, 813, 1283, 3283, 277, 1429, 596, 337, 9175, 13420, 596, 337, 1429, 17, 813, 1283, 3283, 277, 1429, 596, 337, 9175, 13420, 596, 337, 1429, 17, 813, 1283, 3283, 277, 1429, 596, 337, 9175, 13420, 596, 337, 1429, 17, 813, 1283, 3283, 277, 1429, 596, 337, 9175, 13420, 596, 337, 1429, 17, 813, 1283, 3283, 277, 1429, 596, 337, 9175, 13420, 596, 337, 1429, 17, 813, 1283, 3283, 277, 1429, 596, 337, 9175, 13420, 596, 337, 1429, 17, 813, 1283, 3283, 277, 1429, 596, 337, 9175, 13420, 596, 337, 1429, 17, 813, 1283, 3283, 277, 1429, 596, 337, 9175, 13420, 596, 337, 1429, 17, 813, 1283, 3283, 277, 1429, 596, 337, 9175, 13420, 596, 337, 1429, 17, 813, 1283, 3283, 277, 1429, 596, 337, 9175, 13420, 596, 337, 1429, 17, 813, 1283, 3283, 277, 1429, 596, 337, 9175, 13420, 596, 337, 1429, 17, 813, 1283, 3283, 277, 1429, 596, 337, 9175, 13420, 596, 337, 1429, 17, 813, 1283, 3283, 277, 1429, 596, 337, 9175, 13420, 596, 337, 1429, 17, 813, 1283, 3283, 277, 1429, 596, 337, 9175 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9407114624505929, "longest_tandem_repeat_tokens": 254, "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 not, returns a tuple with no duplicates.'\n ' If not, returns a tuple with no duplicates.'\n ' If not, returns a tuple with no duplicates.'\n ' If not, returns a tuple with no duplicates.'\n ' If not, returns a tuple with no duplicates.'\n ' If not, returns a tuple with no duplicates.'\n ' If not, returns a tuple with no duplicates.'\n ' If not, returns a tuple with no duplicates.'\n ' If not, returns a tuple with no duplicates.'\n ' If not, returns a tuple with no duplicates.'\n ' If not, returns a tuple with no duplicates.'\n ' If not, returns a tuple with no duplicates.'\n ' If not, returns a tuple with no duplicates.'\n ' If not, returns a tuple with no duplicates.'\n ' If not, returns a tuple with no duplicates.'\n ' If not, returns a tuple with no duplicates.'\n ' If not, returns a tuple with no duplicates.'\n ' If not, returns a tuple with no duplicates.'\n ' If not, returns a tuple with no duplicates.'\n ' If not, returns a tuple with no duplicates.'\n ' If not, returns a tuple with no duplicates.'\n ' If not,", "token_ids": [ 301, 1231, 503, 15, 3283, 277, 2899, 596, 1165, 16995, 7873, 261, 301, 1231, 503, 15, 3283, 277, 2899, 596, 1165, 16995, 7873, 261, 301, 1231, 503, 15, 3283, 277, 2899, 596, 1165, 16995, 7873, 261, 301, 1231, 503, 15, 3283, 277, 2899, 596, 1165, 16995, 7873, 261, 301, 1231, 503, 15, 3283, 277, 2899, 596, 1165, 16995, 7873, 261, 301, 1231, 503, 15, 3283, 277, 2899, 596, 1165, 16995, 7873, 261, 301, 1231, 503, 15, 3283, 277, 2899, 596, 1165, 16995, 7873, 261, 301, 1231, 503, 15, 3283, 277, 2899, 596, 1165, 16995, 7873, 261, 301, 1231, 503, 15, 3283, 277, 2899, 596, 1165, 16995, 7873, 261, 301, 1231, 503, 15, 3283, 277, 2899, 596, 1165, 16995, 7873, 261, 301, 1231, 503, 15, 3283, 277, 2899, 596, 1165, 16995, 7873, 261, 301, 1231, 503, 15, 3283, 277, 2899, 596, 1165, 16995, 7873, 261, 301, 1231, 503, 15, 3283, 277, 2899, 596, 1165, 16995, 7873, 261, 301, 1231, 503, 15, 3283, 277, 2899, 596, 1165, 16995, 7873, 261, 301, 1231, 503, 15, 3283, 277, 2899, 596, 1165, 16995, 7873, 261, 301, 1231, 503, 15, 3283, 277, 2899, 596, 1165, 16995, 7873, 261, 301, 1231, 503, 15, 3283, 277, 2899, 596, 1165, 16995, 7873, 261, 301, 1231, 503, 15, 3283, 277, 2899, 596, 1165, 16995, 7873, 261, 301, 1231, 503, 15, 3283, 277, 2899, 596, 1165, 16995, 7873, 261, 301, 1231, 503, 15, 3283, 277, 2899, 596, 1165, 16995, 7873, 261, 301, 1231, 503, 15, 3283, 277, 2899, 596, 1165, 16995, 7873, 261, 301, 1231, 503, 15 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9525691699604744, "longest_tandem_repeat_tokens": 256, "long_loop": true, "task_id": 394 }, { "prompt": "\n\ndef and_tuples(test_tup1, test_tup2):\n 'Write a function to extract the elementwise and tuples from the given two tuples.'\n ", "completion": " ' Each tuple is a tuple of (element, element) tuples.'\n ' Each tuple is a tuple of (element, element) tuples.'\n ' Each tuple is a tuple of (element, element) tuples.'\n ' Each tuple is a tuple of (element, element) tuples.'\n ' Each tuple is a tuple of (element, element) tuples.'\n ' Each tuple is a tuple of (element, element) tuples.'\n ' Each tuple is a tuple of (element, element) tuples.'\n ' Each tuple is a tuple of (element, element) tuples.'\n ' Each tuple is a tuple of (element, element) tuples.'\n ' Each tuple is a tuple of (element, element) tuples.'\n ' Each tuple is a tuple of (element, element) tuples.'\n ' Each tuple is a tuple of (element, element) tuples.'\n ' Each tuple is a tuple of (element, element) tuples.'\n ' Each tuple is a tuple of (element, element) tuples.'\n ' Each tuple is a tuple of (element, element) tuples.'\n ' Each tuple is a tuple of (element, element) tuples.'\n ' Each tuple is a tuple of (element, element) tuples.'\n '", "token_ids": [ 301, 8329, 2899, 428, 277, 2899, 422, 375, 8412, 15, 3778, 12, 7093, 7873, 261, 301, 8329, 2899, 428, 277, 2899, 422, 375, 8412, 15, 3778, 12, 7093, 7873, 261, 301, 8329, 2899, 428, 277, 2899, 422, 375, 8412, 15, 3778, 12, 7093, 7873, 261, 301, 8329, 2899, 428, 277, 2899, 422, 375, 8412, 15, 3778, 12, 7093, 7873, 261, 301, 8329, 2899, 428, 277, 2899, 422, 375, 8412, 15, 3778, 12, 7093, 7873, 261, 301, 8329, 2899, 428, 277, 2899, 422, 375, 8412, 15, 3778, 12, 7093, 7873, 261, 301, 8329, 2899, 428, 277, 2899, 422, 375, 8412, 15, 3778, 12, 7093, 7873, 261, 301, 8329, 2899, 428, 277, 2899, 422, 375, 8412, 15, 3778, 12, 7093, 7873, 261, 301, 8329, 2899, 428, 277, 2899, 422, 375, 8412, 15, 3778, 12, 7093, 7873, 261, 301, 8329, 2899, 428, 277, 2899, 422, 375, 8412, 15, 3778, 12, 7093, 7873, 261, 301, 8329, 2899, 428, 277, 2899, 422, 375, 8412, 15, 3778, 12, 7093, 7873, 261, 301, 8329, 2899, 428, 277, 2899, 422, 375, 8412, 15, 3778, 12, 7093, 7873, 261, 301, 8329, 2899, 428, 277, 2899, 422, 375, 8412, 15, 3778, 12, 7093, 7873, 261, 301, 8329, 2899, 428, 277, 2899, 422, 375, 8412, 15, 3778, 12, 7093, 7873, 261, 301, 8329, 2899, 428, 277, 2899, 422, 375, 8412, 15, 3778, 12, 7093, 7873, 261, 301, 8329, 2899, 428, 277, 2899, 422, 375, 8412, 15, 3778, 12, 7093, 7873, 261, 301, 8329, 2899, 428, 277, 2899, 422, 375, 8412, 15, 3778, 12, 7093, 7873, 261, 301 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9407114624505929, "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": " ' 1: 1: 2: 3: 4: 5: 6: 7: 8: 9: 10: 11: 12: 13: 14: 15: 16: 17: 18: 19: 20: 21: 22: 23: 24: 25: 26: 27: 28: 29: 30: 31: 32: 33: 33: 34: 35: 36: 37: 37: 38: 39: 40: 41: 42: 43: 44: 43: 44: 43: 44: 43: 44: 43: 44: 43: 44: 43: 44: 43: 44: 43: 44: 43: 44: 43: 44: 43: 44: 43: 44: 43: 44: 43: 44: 43: 44: 43: 44: 43: 43: 44: 43: 43: 44:", "token_ids": [ 301, 224, 20, 29, 224, 20, 29, 224, 21, 29, 224, 22, 29, 224, 23, 29, 224, 24, 29, 224, 25, 29, 224, 26, 29, 224, 27, 29, 224, 28, 29, 224, 701, 29, 224, 1009, 29, 224, 862, 29, 224, 1223, 29, 224, 1142, 29, 224, 1158, 29, 224, 1072, 29, 224, 1329, 29, 224, 1201, 29, 224, 1247, 29, 224, 663, 29, 224, 2070, 29, 224, 1453, 29, 224, 1590, 29, 224, 1335, 29, 224, 1105, 29, 224, 1893, 29, 224, 1845, 29, 224, 1911, 29, 224, 1970, 29, 224, 1398, 29, 224, 2449, 29, 224, 1057, 29, 224, 1812, 29, 224, 1812, 29, 224, 2188, 29, 224, 2030, 29, 224, 2289, 29, 224, 2109, 29, 224, 2109, 29, 224, 2060, 29, 224, 2159, 29, 224, 1431, 29, 224, 2704, 29, 224, 2396, 29, 224, 3084, 29, 224, 1961, 29, 224, 3084, 29, 224, 1961, 29, 224, 3084, 29, 224, 1961, 29, 224, 3084, 29, 224, 1961, 29, 224, 3084, 29, 224, 1961, 29, 224, 3084, 29, 224, 1961, 29, 224, 3084, 29, 224, 1961, 29, 224, 3084, 29, 224, 1961, 29, 224, 3084, 29, 224, 1961, 29, 224, 3084, 29, 224, 1961, 29, 224, 3084, 29, 224, 1961, 29, 224, 3084, 29, 224, 1961, 29, 224, 3084, 29, 224, 1961, 29, 224, 3084, 29, 224, 1961, 29, 224, 3084, 29, 224, 1961, 29, 224, 3084, 29, 224, 1961, 29, 224, 3084, 29, 224, 1961, 29, 224, 3084, 29, 224, 3084, 29, 224, 1961, 29, 224, 3084, 29, 224, 3084, 29, 224, 1961, 29 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.45849802371541504, "longest_tandem_repeat_tokens": 107, "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": " ' The median function is the median of the two numbers. The median function is the median of the two numbers. The median function is the median of the two numbers. The median function is the median of the two numbers. The median function is the median of the two numbers. The median function is the median of the two numbers. The median function is the median of the two numbers. The median function is the median of the two numbers. The median function is the median of the two numbers. The median function is the median of the two numbers. The median function is the median of the two numbers. The median function is the median of the two numbers. The median function is the median of the two numbers. The median function is the median of the two numbers. The median function is the median of the two numbers. The median function is the median of the two numbers. The median function is the median of the two numbers. The median function is the median of the two numbers. The median function is the median of the two numbers. The median function is the median of the two numbers. The median function is the median of the two numbers. The median function is the median of the two numbers. The median function is the median of the two numbers. The median", "token_ids": [ 301, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719, 1283, 428, 337, 21719, 422, 337, 3402, 6944, 17, 813, 21719 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9525691699604744, "longest_tandem_repeat_tokens": 255, "long_loop": true, "task_id": 397 }, { "prompt": "\n\ndef max_product_tuple(list1):\n 'Write a function to find the maximum absolute product between numbers in pairs of tuples within a given list.'\n ", "completion": " ' This function is called by the function ' + list1 + ' which is the maximum absolute product between numbers in pairs of tuples.'\n ' This function is called by the function ' + list1 + ' which is the maximum absolute product between numbers in pairs of tuples.'\n ' This function is called by the function ' + list1 + ' which is the maximum absolute product between numbers in pairs of tuples.'\n ' This function is called by the function ' + list1 + ' which is the maximum absolute product between numbers in pairs of tuples.'\n ' This function is called by the function ' + list1 + ' which is the maximum absolute product between numbers in pairs of tuples.'\n ' This function is called by the function ' + list1 + ' which is the maximum absolute product between numbers in pairs of tuples.'\n ' This function is called by the function ' + list1 + ' which is the maximum absolute product between numbers in pairs of tuples.'\n ' This function is called by the function ' + list1 + ' which is the maximum absolute product between numbers in pairs of tuples.'\n ' This function is called by the function ' + list1 + ' which is the maximum absolute product between numbers in pairs of tuples.'\n ' This function is", "token_ids": [ 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 902, 20, 361, 301, 1629, 428, 337, 6398, 4360, 5297, 4217, 6944, 331, 9991, 422, 7093, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 902, 20, 361, 301, 1629, 428, 337, 6398, 4360, 5297, 4217, 6944, 331, 9991, 422, 7093, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 902, 20, 361, 301, 1629, 428, 337, 6398, 4360, 5297, 4217, 6944, 331, 9991, 422, 7093, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 902, 20, 361, 301, 1629, 428, 337, 6398, 4360, 5297, 4217, 6944, 331, 9991, 422, 7093, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 902, 20, 361, 301, 1629, 428, 337, 6398, 4360, 5297, 4217, 6944, 331, 9991, 422, 7093, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 902, 20, 361, 301, 1629, 428, 337, 6398, 4360, 5297, 4217, 6944, 331, 9991, 422, 7093, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 902, 20, 361, 301, 1629, 428, 337, 6398, 4360, 5297, 4217, 6944, 331, 9991, 422, 7093, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 902, 20, 361, 301, 1629, 428, 337, 6398, 4360, 5297, 4217, 6944, 331, 9991, 422, 7093, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 902, 20, 361, 301, 1629, 428, 337, 6398, 4360, 5297, 4217, 6944, 331, 9991, 422, 7093, 7873, 261, 301, 1304, 1283, 428 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8893280632411067, "longest_tandem_repeat_tokens": 256, "long_loop": true, "task_id": 120 }, { "prompt": "import re\n\ndef remove_whitespaces(text1):\n 'Write a function to remove all whitespaces from the given string.'\n ", "completion": " ' This function is called by the function to remove whitespaces from the given string.'\n ' This function is called by the function to remove whitespaces from the given string.'\n ' This function is called by the function to remove whitespaces from the given string.'\n ' This function is called by the function to remove whitespaces from the given string.'\n ' This function is called by the function to remove whitespaces from the given string.'\n ' This function is called by the function to remove whitespaces from the given string.'\n ' This function is called by the function to remove whitespaces from the given string.'\n ' This function is called by the function to remove whitespaces from the given string.'\n ' This function is called by the function to remove whitespaces from the given string.'\n ' This function is called by the function to remove whitespaces from the given string.'\n ' This function is called by the function to remove whitespaces from the given string.'\n ' This function is called by the function to remove whitespaces from the given string.'\n ' This function is called by the function to remove whitespaces from the given string.'\n ' This function is called by the function to remove whitespaces from the given string.'\n ' This function is", "token_ids": [ 301, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 2689, 9903, 9937, 643, 337, 2001, 1429, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 2689, 9903, 9937, 643, 337, 2001, 1429, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 2689, 9903, 9937, 643, 337, 2001, 1429, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 2689, 9903, 9937, 643, 337, 2001, 1429, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 2689, 9903, 9937, 643, 337, 2001, 1429, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 2689, 9903, 9937, 643, 337, 2001, 1429, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 2689, 9903, 9937, 643, 337, 2001, 1429, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 2689, 9903, 9937, 643, 337, 2001, 1429, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 2689, 9903, 9937, 643, 337, 2001, 1429, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 2689, 9903, 9937, 643, 337, 2001, 1429, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 2689, 9903, 9937, 643, 337, 2001, 1429, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 2689, 9903, 9937, 643, 337, 2001, 1429, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 2689, 9903, 9937, 643, 337, 2001, 1429, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 412, 2689, 9903, 9937, 643, 337, 2001, 1429, 7873, 261, 301, 1304, 1283, 428 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9288537549407114, "longest_tandem_repeat_tokens": 256, "long_loop": true, "task_id": 451 }, { "prompt": "import re\n\ndef text_match_wordz(text):\n \"Write a function that matches a word containing 'z'.\"\n ", "completion": " \" and 'y'.\"\n \" and 'z'.\"\n \" and 'y'.\"\n \" and 'z'.\"\n \" and 'y'.\"\n \" and 'z'.\"\n \" and 'y'.\"\n \" and 'z'.\"\n \" and 'y'.\"\n \" and 'z'.\"\n \" and 'y'.\"\n \" and 'z'.\"\n \" and 'y'.\"\n \" and 'z'.\"\n \" and 'y'.\"\n \" and 'z'.\"\n \" and 'y'.\"\n \" and 'z'.\"\n \" and 'y'.\"\n \" and 'z'.\"\n \" and 'y'.\"\n \" and 'z'.\"\n \" and 'y'.\"\n \" and 'z'.\"\n \" and 'y'.\"\n \" and 'z'.\"\n \" and 'y'.\"\n \" and 'z'.\"\n \" and 'y'.\"\n \" and 'z'.\"\n \" and 'y'.\"\n \" and 'z'.\"\n \" and 'y'.\"\n \" and 'z'.\"\n \" and 'y'.\"\n \" and 'z'.\"\n \" and 'y", "token_ids": [ 317, 512, 301, 92, 1562, 692, 261, 317, 512, 301, 93, 1562, 692, 261, 317, 512, 301, 92, 1562, 692, 261, 317, 512, 301, 93, 1562, 692, 261, 317, 512, 301, 92, 1562, 692, 261, 317, 512, 301, 93, 1562, 692, 261, 317, 512, 301, 92, 1562, 692, 261, 317, 512, 301, 93, 1562, 692, 261, 317, 512, 301, 92, 1562, 692, 261, 317, 512, 301, 93, 1562, 692, 261, 317, 512, 301, 92, 1562, 692, 261, 317, 512, 301, 93, 1562, 692, 261, 317, 512, 301, 92, 1562, 692, 261, 317, 512, 301, 93, 1562, 692, 261, 317, 512, 301, 92, 1562, 692, 261, 317, 512, 301, 93, 1562, 692, 261, 317, 512, 301, 92, 1562, 692, 261, 317, 512, 301, 93, 1562, 692, 261, 317, 512, 301, 92, 1562, 692, 261, 317, 512, 301, 93, 1562, 692, 261, 317, 512, 301, 92, 1562, 692, 261, 317, 512, 301, 93, 1562, 692, 261, 317, 512, 301, 92, 1562, 692, 261, 317, 512, 301, 93, 1562, 692, 261, 317, 512, 301, 92, 1562, 692, 261, 317, 512, 301, 93, 1562, 692, 261, 317, 512, 301, 92, 1562, 692, 261, 317, 512, 301, 93, 1562, 692, 261, 317, 512, 301, 92, 1562, 692, 261, 317, 512, 301, 93, 1562, 692, 261, 317, 512, 301, 92, 1562, 692, 261, 317, 512, 301, 93, 1562, 692, 261, 317, 512, 301, 92, 1562, 692, 261, 317, 512, 301, 93, 1562, 692, 261, 317, 512, 301, 92, 1562, 692, 261, 317, 512, 301, 93, 1562, 692, 261, 317, 512, 301, 92 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9565217391304348, "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": " 'Consecutive numbers are not consecutive numbers. '\n 'Consecutive numbers are not consecutive numbers. '\n 'Consecutive numbers are not consecutive numbers. '\n 'Consecutive numbers are not consecutive numbers. '\n 'Consecutive numbers are not consecutive numbers. '\n 'Consecutive numbers are not consecutive numbers. '\n 'Consecutive numbers are not consecutive numbers. '\n 'Consecutive numbers are not consecutive numbers. '\n 'Consecutive numbers are not consecutive numbers. '\n 'Consecutive numbers are not consecutive numbers. '\n 'Consecutive numbers are not consecutive numbers. '\n 'Consecutive numbers are not consecutive numbers. '\n 'Consecutive numbers are not consecutive numbers. '\n 'Consecutive numbers are not consecutive numbers. '\n 'Consecutive numbers are not consecutive numbers. '\n 'Consecutive numbers are not consecutive numbers. '\n 'Consecutive numbers are not consecutive numbers. '\n 'Consecutive numbers are not consecutive numbers. '\n 'Consecutive numbers are not consecutive numbers. '\n 'Consecutive numbers are not consecutive numbers. '\n 'Consecutive numbers are not consecutive numbers. '\n 'Consecutive numbers", "token_ids": [ 301, 727, 31025, 6944, 973, 503, 466, 31025, 6944, 17, 3620, 261, 301, 727, 31025, 6944, 973, 503, 466, 31025, 6944, 17, 3620, 261, 301, 727, 31025, 6944, 973, 503, 466, 31025, 6944, 17, 3620, 261, 301, 727, 31025, 6944, 973, 503, 466, 31025, 6944, 17, 3620, 261, 301, 727, 31025, 6944, 973, 503, 466, 31025, 6944, 17, 3620, 261, 301, 727, 31025, 6944, 973, 503, 466, 31025, 6944, 17, 3620, 261, 301, 727, 31025, 6944, 973, 503, 466, 31025, 6944, 17, 3620, 261, 301, 727, 31025, 6944, 973, 503, 466, 31025, 6944, 17, 3620, 261, 301, 727, 31025, 6944, 973, 503, 466, 31025, 6944, 17, 3620, 261, 301, 727, 31025, 6944, 973, 503, 466, 31025, 6944, 17, 3620, 261, 301, 727, 31025, 6944, 973, 503, 466, 31025, 6944, 17, 3620, 261, 301, 727, 31025, 6944, 973, 503, 466, 31025, 6944, 17, 3620, 261, 301, 727, 31025, 6944, 973, 503, 466, 31025, 6944, 17, 3620, 261, 301, 727, 31025, 6944, 973, 503, 466, 31025, 6944, 17, 3620, 261, 301, 727, 31025, 6944, 973, 503, 466, 31025, 6944, 17, 3620, 261, 301, 727, 31025, 6944, 973, 503, 466, 31025, 6944, 17, 3620, 261, 301, 727, 31025, 6944, 973, 503, 466, 31025, 6944, 17, 3620, 261, 301, 727, 31025, 6944, 973, 503, 466, 31025, 6944, 17, 3620, 261, 301, 727, 31025, 6944, 973, 503, 466, 31025, 6944, 17, 3620, 261, 301, 727, 31025, 6944, 973, 503, 466, 31025, 6944, 17, 3620, 261, 301, 727, 31025, 6944, 973, 503, 466, 31025, 6944, 17, 3620, 261, 301, 727, 31025, 6944 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9525691699604744, "longest_tandem_repeat_tokens": 256, "long_loop": true, "task_id": 472 }, { "prompt": "\n\ndef common_element(list1, list2):\n 'Write a function that takes two lists and returns true if they have at least one common element.'\n ", "completion": " ' If you want to write a function that takes two lists and returns true if they have at least one common element.'\n ' If you want to write a function that takes two lists and returns true if they have at least one common element.'\n ' If you want to write a function that takes two lists and returns true if they have at least one common element.'\n ' If you want to write a function that takes two lists and returns true if they have at least one common element.'\n ' If you want to write a function that takes two lists and returns true if they have at least one common element.'\n ' If you want to write a function that takes two lists and returns true if they have at least one common element.'\n ' If you want to write a function that takes two lists and returns true if they have at least one common element.'\n ' If you want to write a function that takes two lists and returns true if they have at least one common element.'\n ' If you want to write a function that takes two lists and returns true if they have at least one common element.'\n ' If you want to write a function that takes two lists and returns true if they have at least one common element.'\n ' If you want to write", "token_ids": [ 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 791, 8210, 3402, 8036, 512, 3283, 1238, 383, 4034, 1657, 864, 5864, 1583, 5012, 3778, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 791, 8210, 3402, 8036, 512, 3283, 1238, 383, 4034, 1657, 864, 5864, 1583, 5012, 3778, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 791, 8210, 3402, 8036, 512, 3283, 1238, 383, 4034, 1657, 864, 5864, 1583, 5012, 3778, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 791, 8210, 3402, 8036, 512, 3283, 1238, 383, 4034, 1657, 864, 5864, 1583, 5012, 3778, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 791, 8210, 3402, 8036, 512, 3283, 1238, 383, 4034, 1657, 864, 5864, 1583, 5012, 3778, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 791, 8210, 3402, 8036, 512, 3283, 1238, 383, 4034, 1657, 864, 5864, 1583, 5012, 3778, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 791, 8210, 3402, 8036, 512, 3283, 1238, 383, 4034, 1657, 864, 5864, 1583, 5012, 3778, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 791, 8210, 3402, 8036, 512, 3283, 1238, 383, 4034, 1657, 864, 5864, 1583, 5012, 3778, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 791, 8210, 3402, 8036, 512, 3283, 1238, 383, 4034, 1657, 864, 5864, 1583, 5012, 3778, 7873, 261, 301, 1231, 1539, 4342, 412, 3094, 277, 1283, 791, 8210, 3402, 8036, 512, 3283, 1238, 383, 4034, 1657, 864, 5864, 1583, 5012, 3778, 7873, 261, 301, 1231, 1539, 4342, 412, 3094 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9011857707509882, "longest_tandem_repeat_tokens": 256, "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": " 'The function returns a tuple with the first number and the second number.'\n 'The function returns a tuple with the second number and the first number.'\n 'The function returns a tuple with the first number and the second number.'\n 'The function returns a tuple with the first number and the second number.'\n 'The function returns a tuple with the second number and the first number.'\n 'The function returns a tuple with the second number and the first number.'\n 'The function returns a tuple with the first number and the second number.'\n 'The function returns a tuple with the second number and the first number.'\n 'The function returns a tuple with the second number and the first number.'\n 'The function returns a tuple with the first number and the second number.'\n 'The function returns a tuple with the second number and the first number.'\n 'The function returns a tuple with the second number and the first number.'\n 'The function returns a tuple with the first number and the second number.'\n 'The function returns a tuple with the second number and the first number.'\n 'The function returns a tuple with the second number and the first number.'\n 'The function returns a tuple with the first number and the second number.'\n ", "token_ids": [ 301, 2334, 1283, 3283, 277, 2899, 596, 337, 2239, 1636, 512, 337, 4362, 1636, 7873, 261, 301, 2334, 1283, 3283, 277, 2899, 596, 337, 4362, 1636, 512, 337, 2239, 1636, 7873, 261, 301, 2334, 1283, 3283, 277, 2899, 596, 337, 2239, 1636, 512, 337, 4362, 1636, 7873, 261, 301, 2334, 1283, 3283, 277, 2899, 596, 337, 2239, 1636, 512, 337, 4362, 1636, 7873, 261, 301, 2334, 1283, 3283, 277, 2899, 596, 337, 4362, 1636, 512, 337, 2239, 1636, 7873, 261, 301, 2334, 1283, 3283, 277, 2899, 596, 337, 4362, 1636, 512, 337, 2239, 1636, 7873, 261, 301, 2334, 1283, 3283, 277, 2899, 596, 337, 2239, 1636, 512, 337, 4362, 1636, 7873, 261, 301, 2334, 1283, 3283, 277, 2899, 596, 337, 4362, 1636, 512, 337, 2239, 1636, 7873, 261, 301, 2334, 1283, 3283, 277, 2899, 596, 337, 4362, 1636, 512, 337, 2239, 1636, 7873, 261, 301, 2334, 1283, 3283, 277, 2899, 596, 337, 2239, 1636, 512, 337, 4362, 1636, 7873, 261, 301, 2334, 1283, 3283, 277, 2899, 596, 337, 4362, 1636, 512, 337, 2239, 1636, 7873, 261, 301, 2334, 1283, 3283, 277, 2899, 596, 337, 4362, 1636, 512, 337, 2239, 1636, 7873, 261, 301, 2334, 1283, 3283, 277, 2899, 596, 337, 2239, 1636, 512, 337, 4362, 1636, 7873, 261, 301, 2334, 1283, 3283, 277, 2899, 596, 337, 4362, 1636, 512, 337, 2239, 1636, 7873, 261, 301, 2334, 1283, 3283, 277, 2899, 596, 337, 4362, 1636, 512, 337, 2239, 1636, 7873, 261, 301, 2334, 1283, 3283, 277, 2899, 596, 337, 2239, 1636, 512, 337, 4362, 1636, 7873, 261 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9051383399209486, "longest_tandem_repeat_tokens": 211, "long_loop": true, "task_id": 257 }, { "prompt": "\n\ndef max_length(list1):\n 'Write a function to find the list of maximum length in a list of lists.'\n ", "completion": " ' This function is called by the function ' + list1 + ' which is the maximum length of the list.')\n return list1\n\ndef max_length(list2):\n 'Write a function to find the maximum length of the list of lists.'\n ' This function is called by the function ' + list2 + ' which is the maximum length of the list.')\n return list2\n\ndef max_length(list3):\n 'Write a function to find the maximum length of the list of lists.'\n ' This function is called by the function ' + list3 + ' which is the maximum length of the list.')\n return list3\n\ndef max_length(list4):\n 'Write a function to find the maximum length of the list of lists.'\n ' This function is called by the function ' + list4 + ' which is the maximum length of the list.')\n return list4\n\ndef max_length(list5):\n 'Write a function to find the maximum length of the list of lists.'\n ' This function is called by the function ' + list5 + ' which is the maximum length of the list.')\n return list5\n\ndef max_length(list6):\n 'Write a function to find the maximum length of the list of lists.'\n '", "token_ids": [ 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 902, 20, 361, 301, 1629, 428, 337, 6398, 3022, 422, 337, 902, 5176, 262, 401, 902, 20, 377, 329, 1360, 1458, 3788, 21, 351, 262, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 3022, 422, 337, 902, 422, 8036, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 902, 21, 361, 301, 1629, 428, 337, 6398, 3022, 422, 337, 902, 5176, 262, 401, 902, 21, 377, 329, 1360, 1458, 3788, 22, 351, 262, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 3022, 422, 337, 902, 422, 8036, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 902, 22, 361, 301, 1629, 428, 337, 6398, 3022, 422, 337, 902, 5176, 262, 401, 902, 22, 377, 329, 1360, 1458, 3788, 23, 351, 262, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 3022, 422, 337, 902, 422, 8036, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 902, 23, 361, 301, 1629, 428, 337, 6398, 3022, 422, 337, 902, 5176, 262, 401, 902, 23, 377, 329, 1360, 1458, 3788, 24, 351, 262, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 3022, 422, 337, 902, 422, 8036, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 902, 24, 361, 301, 1629, 428, 337, 6398, 3022, 422, 337, 902, 5176, 262, 401, 902, 24, 377, 329, 1360, 1458, 3788, 25, 351, 262, 301, 7706, 277, 1283, 412, 2908, 337, 6398, 3022, 422, 337, 902, 422, 8036, 7873, 261, 301 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.6205533596837944, "longest_tandem_repeat_tokens": 0, "long_loop": false, "task_id": 290 }, { "prompt": "from collections import Counter\n\ndef check_occurences(test_list):\n 'Write a function that takes in a list of tuples and returns a dictionary mapping each unique tuple to the number of times it occurs in the list.'\n ", "completion": " 'This function is called by the function ' + str(test_list) + ' which is called by the function ' + str(test_list) + ' which is called by the function ' + str(test_list) + ' which is called by the function ' + str(test_list) + ' which is called by the function ' + str(test_list) + ' which is called by the function ' + str(test_list) + ' which is called by the function ' + str(test_list) + ' which is called by the function ' + str(test_list) + ' which is called by the function ' + str(test_list) + ' which is called by the function ' + str(test_list) + ' which is called by the function ' + str(test_list) + ' which is called by the function ' + str(test_list) + ' which is called by the function ' + str(test_list) + ' which is called by the function ' + str(test_list) + ' which is called by the function ' + str(test_list) + ' which is called by the function ' + str(test_list) + ' which is called by the function ' + str(test_list) + ' which is called by the function ' + str(test_list) + ' which is", "token_ids": [ 301, 3331, 1283, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 967, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 967, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 967, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 967, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 967, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 967, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 967, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 967, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 967, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 967, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 967, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 967, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 967, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 967, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 967, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 967, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 967, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 967, 12, 361, 301, 1629, 428 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9328063241106719, "longest_tandem_repeat_tokens": 253, "long_loop": true, "task_id": 237 }, { "prompt": "\n\ndef flatten_list(list1):\n 'Write a function to flatten a given nested list structure.'\n ", "completion": " ' This function is called by flatten_list() and will be called by flatten_list().\n 'This function is called by flatten_list() and will be called by flatten_list().\n 'This function is called by flatten_list() and will be called by flatten_list().\n 'This function is called by flatten_list() and will be called by flatten_list().\n 'This function is called by flatten_list() and will be called by flatten_list().\n 'This function is called by flatten_list() and will be called by flatten_list().\n 'This function is called by flatten_list() and will be called by flatten_list().\n 'This function is called by flatten_list() and will be called by flatten_list().\n 'This function is called by flatten_list() and will be called by flatten_list().\n 'This function is called by flatten_list() and will be called by flatten_list().\n 'This function is called by flatten_list() and will be called by flatten_list().\n 'This function is called by flatten_list() and will be called by flatten_list().\n 'This function is called by flatten_list() and will be called by flatten_list().\n 'This function is called by flatten_list() and will be called by flatten_list().\n 'This function is", "token_ids": [ 301, 1304, 1283, 428, 3547, 897, 14451, 967, 522, 512, 1182, 601, 3547, 897, 14451, 967, 17587, 261, 301, 3331, 1283, 428, 3547, 897, 14451, 967, 522, 512, 1182, 601, 3547, 897, 14451, 967, 17587, 261, 301, 3331, 1283, 428, 3547, 897, 14451, 967, 522, 512, 1182, 601, 3547, 897, 14451, 967, 17587, 261, 301, 3331, 1283, 428, 3547, 897, 14451, 967, 522, 512, 1182, 601, 3547, 897, 14451, 967, 17587, 261, 301, 3331, 1283, 428, 3547, 897, 14451, 967, 522, 512, 1182, 601, 3547, 897, 14451, 967, 17587, 261, 301, 3331, 1283, 428, 3547, 897, 14451, 967, 522, 512, 1182, 601, 3547, 897, 14451, 967, 17587, 261, 301, 3331, 1283, 428, 3547, 897, 14451, 967, 522, 512, 1182, 601, 3547, 897, 14451, 967, 17587, 261, 301, 3331, 1283, 428, 3547, 897, 14451, 967, 522, 512, 1182, 601, 3547, 897, 14451, 967, 17587, 261, 301, 3331, 1283, 428, 3547, 897, 14451, 967, 522, 512, 1182, 601, 3547, 897, 14451, 967, 17587, 261, 301, 3331, 1283, 428, 3547, 897, 14451, 967, 522, 512, 1182, 601, 3547, 897, 14451, 967, 17587, 261, 301, 3331, 1283, 428, 3547, 897, 14451, 967, 522, 512, 1182, 601, 3547, 897, 14451, 967, 17587, 261, 301, 3331, 1283, 428, 3547, 897, 14451, 967, 522, 512, 1182, 601, 3547, 897, 14451, 967, 17587, 261, 301, 3331, 1283, 428, 3547, 897, 14451, 967, 522, 512, 1182, 601, 3547, 897, 14451, 967, 17587, 261, 301, 3331, 1283, 428, 3547, 897, 14451, 967, 522, 512, 1182, 601, 3547, 897, 14451, 967, 17587, 261, 301, 3331, 1283, 428 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.924901185770751, "longest_tandem_repeat_tokens": 254, "long_loop": true, "task_id": 297 }, { "prompt": "\n\ndef lps(str):\n 'Write a function to find the length of the longest palindromic subsequence in the given string.'\n ", "completion": " ' This function is called by the function ' + str\n ' which is the length of the longest palindromic subsequence in the given string.'\n ' This function is called by the function ' + str\n ' which is the length of the longest palindromic subsequence in the given string.'\n ' This function is called by the function ' + str\n ' which is the length of the longest palindromic subsequence in the given string.'\n ' This function is called by the function ' + str\n ' which is the length of the longest palindromic subsequence in the given string.'\n ' This function is called by the function ' + str\n ' which is the length of the longest palindromic subsequence in the given string.'\n ' This function is called by the function ' + str\n ' which is the length of the longest palindromic subsequence in the given string.'\n ' This function is called by the function ' + str\n ' which is the length of the longest palindromic subsequence in the given string.'\n ' This function is called by the function ' + str\n ' which is the length of the longest palindromic", "token_ids": [ 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 337, 3022, 422, 337, 32570, 30794, 763, 417, 439, 1102, 8119, 331, 337, 2001, 1429, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 337, 3022, 422, 337, 32570, 30794, 763, 417, 439, 1102, 8119, 331, 337, 2001, 1429, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 337, 3022, 422, 337, 32570, 30794, 763, 417, 439, 1102, 8119, 331, 337, 2001, 1429, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 337, 3022, 422, 337, 32570, 30794, 763, 417, 439, 1102, 8119, 331, 337, 2001, 1429, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 337, 3022, 422, 337, 32570, 30794, 763, 417, 439, 1102, 8119, 331, 337, 2001, 1429, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 337, 3022, 422, 337, 32570, 30794, 763, 417, 439, 1102, 8119, 331, 337, 2001, 1429, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 337, 3022, 422, 337, 32570, 30794, 763, 417, 439, 1102, 8119, 331, 337, 2001, 1429, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 936, 202, 261, 301, 1629, 428, 337, 3022, 422, 337, 32570, 30794, 763, 417, 439 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8695652173913043, "longest_tandem_repeat_tokens": 256, "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": " ' This function is called by the function ' + str(test_tup1) + ' which is called by the function ' + str(test_tup2) + ' which is called by the function ' + str(test_tup1) + ' which is called by the function ' + str(test_tup2) + ' which is called by the function ' + str(test_tup1) + ' which is called by the function ' + str(test_tup2) + ' which is called by the function ' + str(test_tup1) + ' which is called by the function ' + str(test_tup2) + ' which is called by the function ' + str(test_tup1) + ' which is called by the function ' + str(test_tup2) + ' which is called by the function ' + str(test_tup1) + ' which is called by the function ' + str(test_tup2) + ' which is called by the function ' + str(test_tup1) + ' which is called by the function ' + str(test_tup2) + ' which is called by the function ' + str(test_tup1) + ' which is called by the function ' + str(test_tup2) + ' which is called by the function ' + str(test_tup1) +", "token_ids": [ 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 19522, 20, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 19522, 21, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 19522, 20, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 19522, 21, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 19522, 20, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 19522, 21, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 19522, 20, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 19522, 21, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 19522, 20, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 19522, 21, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 19522, 20, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 19522, 21, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 19522, 20, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 19522, 21, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 19522, 20, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 19522, 21, 12, 361, 301, 1629, 428, 3547, 897, 337, 1283, 301, 361, 936, 2743, 19522, 20, 12, 361 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9130434782608696, "longest_tandem_repeat_tokens": 253, "long_loop": true, "task_id": 401 }, { "prompt": "\n\ndef validate(n):\n 'Write a python function takes in an integer and check whether the frequency of each digit in the integer is less than or equal to the digit itself.'\n ", "completion": " 'This function checks if the frequency is greater than or equal to the digit itself.'\n 'This function checks if the frequency is greater than or equal to the digit itself.'\n 'This function checks if the frequency is greater than or equal to the digit itself.'\n 'This function checks if the frequency is greater than or equal to the digit itself.'\n 'This function checks if the frequency is greater than or equal to the digit itself.'\n 'This function checks if the frequency is greater than or equal to the digit itself.'\n 'This function checks if the frequency is greater than or equal to the digit itself.'\n 'This function checks if the frequency is greater than or equal to the digit itself.'\n 'This function checks if the frequency is greater than or equal to the digit itself.'\n 'This function checks if the frequency is greater than or equal to the digit itself.'\n 'This function checks if the frequency is greater than or equal to the digit itself.'\n 'This function checks if the frequency is greater than or equal to the digit itself.'\n 'This function checks if the frequency is greater than or equal to the digit itself.'\n 'This function checks if the frequency is greater than or equal to the digit itself.'\n 'This function checks", "token_ids": [ 301, 3331, 1283, 7817, 383, 337, 9922, 428, 13047, 3144, 606, 5466, 412, 337, 13915, 8976, 7873, 261, 301, 3331, 1283, 7817, 383, 337, 9922, 428, 13047, 3144, 606, 5466, 412, 337, 13915, 8976, 7873, 261, 301, 3331, 1283, 7817, 383, 337, 9922, 428, 13047, 3144, 606, 5466, 412, 337, 13915, 8976, 7873, 261, 301, 3331, 1283, 7817, 383, 337, 9922, 428, 13047, 3144, 606, 5466, 412, 337, 13915, 8976, 7873, 261, 301, 3331, 1283, 7817, 383, 337, 9922, 428, 13047, 3144, 606, 5466, 412, 337, 13915, 8976, 7873, 261, 301, 3331, 1283, 7817, 383, 337, 9922, 428, 13047, 3144, 606, 5466, 412, 337, 13915, 8976, 7873, 261, 301, 3331, 1283, 7817, 383, 337, 9922, 428, 13047, 3144, 606, 5466, 412, 337, 13915, 8976, 7873, 261, 301, 3331, 1283, 7817, 383, 337, 9922, 428, 13047, 3144, 606, 5466, 412, 337, 13915, 8976, 7873, 261, 301, 3331, 1283, 7817, 383, 337, 9922, 428, 13047, 3144, 606, 5466, 412, 337, 13915, 8976, 7873, 261, 301, 3331, 1283, 7817, 383, 337, 9922, 428, 13047, 3144, 606, 5466, 412, 337, 13915, 8976, 7873, 261, 301, 3331, 1283, 7817, 383, 337, 9922, 428, 13047, 3144, 606, 5466, 412, 337, 13915, 8976, 7873, 261, 301, 3331, 1283, 7817, 383, 337, 9922, 428, 13047, 3144, 606, 5466, 412, 337, 13915, 8976, 7873, 261, 301, 3331, 1283, 7817, 383, 337, 9922, 428, 13047, 3144, 606, 5466, 412, 337, 13915, 8976, 7873, 261, 301, 3331, 1283, 7817, 383, 337, 9922, 428, 13047, 3144, 606, 5466, 412, 337, 13915, 8976, 7873, 261, 301, 3331, 1283, 7817 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9288537549407114, "longest_tandem_repeat_tokens": 256, "long_loop": true, "task_id": 283 }, { "prompt": "\n\ndef convert_list_dictionary(l1, l2, l3):\n 'Write a function to convert more than one list to nested dictionary.'\n ", "completion": " ' This function is called by the function ' + str(l1) + ' and ' + str(l2) + ' and ' + str(l3) + ' are the values of ' + str(l1) + ' and ' + str(l2) + ' are the values of ' + str(l3) + ' and ' + str(l1) + ' are the values of ' + str(l2) + ' and ' + str(l3) + ' are the values of ' + str(l1) + ' and ' + str(l2) + ' are the values of ' + str(l3) + ' and ' + str(l1) + ' are the values of ' + str(l2) + ' and ' + str(l3) + ' are the values of ' + str(l1) + ' and ' + str(l2) + ' are the values of ' + str(l3) + ' and ' + str(l1) + ' are the values of ' + str(l2) + ' and ' + str(l3) + ' are the values of ' + str(l1) + ' and ' + str(l2) + ' are the values of ' + str(l3) + '", "token_ids": [ 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 936, 3042, 20, 12, 361, 301, 512, 301, 361, 936, 3042, 21, 12, 361, 301, 512, 301, 361, 936, 3042, 22, 12, 361, 301, 973, 337, 1503, 422, 301, 361, 936, 3042, 20, 12, 361, 301, 512, 301, 361, 936, 3042, 21, 12, 361, 301, 973, 337, 1503, 422, 301, 361, 936, 3042, 22, 12, 361, 301, 512, 301, 361, 936, 3042, 20, 12, 361, 301, 973, 337, 1503, 422, 301, 361, 936, 3042, 21, 12, 361, 301, 512, 301, 361, 936, 3042, 22, 12, 361, 301, 973, 337, 1503, 422, 301, 361, 936, 3042, 20, 12, 361, 301, 512, 301, 361, 936, 3042, 21, 12, 361, 301, 973, 337, 1503, 422, 301, 361, 936, 3042, 22, 12, 361, 301, 512, 301, 361, 936, 3042, 20, 12, 361, 301, 973, 337, 1503, 422, 301, 361, 936, 3042, 21, 12, 361, 301, 512, 301, 361, 936, 3042, 22, 12, 361, 301, 973, 337, 1503, 422, 301, 361, 936, 3042, 20, 12, 361, 301, 512, 301, 361, 936, 3042, 21, 12, 361, 301, 973, 337, 1503, 422, 301, 361, 936, 3042, 22, 12, 361, 301, 512, 301, 361, 936, 3042, 20, 12, 361, 301, 973, 337, 1503, 422, 301, 361, 936, 3042, 21, 12, 361, 301, 512, 301, 361, 936, 3042, 22, 12, 361, 301, 973, 337, 1503, 422, 301, 361, 936, 3042, 20, 12, 361, 301, 512, 301, 361, 936, 3042, 21, 12, 361, 301, 973, 337, 1503, 422, 301, 361, 936, 3042, 22, 12, 361, 301 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8735177865612649, "longest_tandem_repeat_tokens": 239, "long_loop": true, "task_id": 391 }, { "prompt": "import re\n\ndef start_withp(words):\n \"Write a function to return two words from a list of words starting with letter 'p'.\"\n ", "completion": " \"This function is called by the function 'start_withp'.\"\n \"This function is called by the function 'start_withp'.\"\n \"This function is called by the function 'start_withp'.\"\n \"This function is called by the function 'start_withp'.\"\n \"This function is called by the function 'start_withp'.\"\n \"This function is called by the function 'start_withp'.\"\n \"This function is called by the function 'start_withp'.\"\n \"This function is called by the function 'start_withp'.\"\n \"This function is called by the function 'start_withp'.\"\n \"This function is called by the function 'start_withp'.\"\n \"This function is called by the function 'start_withp'.\"\n \"This function is called by the function 'start_withp'.\"\n \"This function is called by the function 'start_withp'.\"\n \"This function is called by the function 'start_withp'.\"\n \"This function is called by the function 'start_withp'.\"\n \"This function is called by the function 'start_withp'.\"\n \"This function is called by the function 'start_withp'.\"\n \"", "token_ids": [ 317, 3331, 1283, 428, 3547, 897, 337, 1283, 301, 1344, 1122, 83, 1562, 692, 262, 317, 3331, 1283, 428, 3547, 897, 337, 1283, 301, 1344, 1122, 83, 1562, 692, 262, 317, 3331, 1283, 428, 3547, 897, 337, 1283, 301, 1344, 1122, 83, 1562, 692, 262, 317, 3331, 1283, 428, 3547, 897, 337, 1283, 301, 1344, 1122, 83, 1562, 692, 262, 317, 3331, 1283, 428, 3547, 897, 337, 1283, 301, 1344, 1122, 83, 1562, 692, 262, 317, 3331, 1283, 428, 3547, 897, 337, 1283, 301, 1344, 1122, 83, 1562, 692, 262, 317, 3331, 1283, 428, 3547, 897, 337, 1283, 301, 1344, 1122, 83, 1562, 692, 262, 317, 3331, 1283, 428, 3547, 897, 337, 1283, 301, 1344, 1122, 83, 1562, 692, 262, 317, 3331, 1283, 428, 3547, 897, 337, 1283, 301, 1344, 1122, 83, 1562, 692, 262, 317, 3331, 1283, 428, 3547, 897, 337, 1283, 301, 1344, 1122, 83, 1562, 692, 262, 317, 3331, 1283, 428, 3547, 897, 337, 1283, 301, 1344, 1122, 83, 1562, 692, 262, 317, 3331, 1283, 428, 3547, 897, 337, 1283, 301, 1344, 1122, 83, 1562, 692, 262, 317, 3331, 1283, 428, 3547, 897, 337, 1283, 301, 1344, 1122, 83, 1562, 692, 262, 317, 3331, 1283, 428, 3547, 897, 337, 1283, 301, 1344, 1122, 83, 1562, 692, 262, 317, 3331, 1283, 428, 3547, 897, 337, 1283, 301, 1344, 1122, 83, 1562, 692, 262, 317, 3331, 1283, 428, 3547, 897, 337, 1283, 301, 1344, 1122, 83, 1562, 692, 262, 317, 3331, 1283, 428, 3547, 897, 337, 1283, 301, 1344, 1122, 83, 1562, 692, 262, 317 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9407114624505929, "longest_tandem_repeat_tokens": 256, "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": " ' This function is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is called by the bell function. It is", "token_ids": [ 301, 1304, 1283, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428, 3547, 897, 337, 305, 2655, 1283, 17, 4049, 428 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9525691699604744, "longest_tandem_repeat_tokens": 253, "long_loop": true, "task_id": 67 }, { "prompt": "\n\ndef Extract(lst):\n 'Write a python function to get the first element of each sublist.'\n ", "completion": " ' This function is called by the function ' 'Extracting the first element of the list.'\n ' This function is called by the function ' 'Extracting the first element of the list.'\n ' This function is called by the function ' 'Extracting the first element of the list.'\n ' This function is called by the function ' 'Extracting the first element of the list.'\n ' This function is called by the function ' 'Extracting the first element of the list.'\n ' This function is called by the function ' 'Extracting the first element of the list.'\n ' This function is called by the function ' 'Extracting the first element of the list.'\n ' This function is called by the function ' 'Extracting the first element of the list.'\n ' This function is called by the function ' 'Extracting the first element of the list.'\n ' This function is called by the function ' 'Extracting the first element of the list.'\n ' This function is called by the function ' 'Extracting the first element of the list.'\n ' This function is called by the function ' 'Extracting the first element of the list.'\n ' This function is called by the function ' 'Extracting the first element of", "token_ids": [ 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 14080, 327, 337, 2239, 3778, 422, 337, 902, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 14080, 327, 337, 2239, 3778, 422, 337, 902, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 14080, 327, 337, 2239, 3778, 422, 337, 902, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 14080, 327, 337, 2239, 3778, 422, 337, 902, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 14080, 327, 337, 2239, 3778, 422, 337, 902, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 14080, 327, 337, 2239, 3778, 422, 337, 902, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 14080, 327, 337, 2239, 3778, 422, 337, 902, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 14080, 327, 337, 2239, 3778, 422, 337, 902, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 14080, 327, 337, 2239, 3778, 422, 337, 902, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 14080, 327, 337, 2239, 3778, 422, 337, 902, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 14080, 327, 337, 2239, 3778, 422, 337, 902, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 14080, 327, 337, 2239, 3778, 422, 337, 902, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 14080, 327, 337, 2239, 3778, 422 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9209486166007905, "longest_tandem_repeat_tokens": 256, "long_loop": true, "task_id": 460 }, { "prompt": "\n\ndef sort_matrix(M):\n 'Write a function to sort a given matrix in ascending order according to the sum of its rows.'\n ", "completion": " ' This function is called by the function ' + str(M) + ' which is the matrix in ascending order according to the sum of its rows.'\n ' This function is called by the function ' + str(M) + ' which is the matrix in ascending order according to the sum of its rows.'\n ' This function is called by the function ' + str(M) + ' which is the matrix in ascending order according to the sum of its rows.'\n ' This function is called by the function ' + str(M) + ' which is the matrix in ascending order according to the sum of its rows.'\n ' This function is called by the function ' + str(M) + ' which is the matrix in ascending order according to the sum of its rows.'\n ' This function is called by the function ' + str(M) + ' which is the matrix in ascending order according to the sum of its rows.'\n ' This function is called by the function ' + str(M) + ' which is the matrix in ascending order according to the sum of its rows.'\n ' This function is called by the function ' + str(M) + ' which is the matrix in ascending order according to the sum of its rows.'\n ' This function is called by the function", "token_ids": [ 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 936, 3474, 12, 361, 301, 1629, 428, 337, 3049, 331, 19044, 2400, 10659, 412, 337, 4273, 422, 3120, 4292, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 936, 3474, 12, 361, 301, 1629, 428, 337, 3049, 331, 19044, 2400, 10659, 412, 337, 4273, 422, 3120, 4292, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 936, 3474, 12, 361, 301, 1629, 428, 337, 3049, 331, 19044, 2400, 10659, 412, 337, 4273, 422, 3120, 4292, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 936, 3474, 12, 361, 301, 1629, 428, 337, 3049, 331, 19044, 2400, 10659, 412, 337, 4273, 422, 3120, 4292, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 936, 3474, 12, 361, 301, 1629, 428, 337, 3049, 331, 19044, 2400, 10659, 412, 337, 4273, 422, 3120, 4292, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 936, 3474, 12, 361, 301, 1629, 428, 337, 3049, 331, 19044, 2400, 10659, 412, 337, 4273, 422, 3120, 4292, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 936, 3474, 12, 361, 301, 1629, 428, 337, 3049, 331, 19044, 2400, 10659, 412, 337, 4273, 422, 3120, 4292, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 936, 3474, 12, 361, 301, 1629, 428, 337, 3049, 331, 19044, 2400, 10659, 412, 337, 4273, 422, 3120, 4292, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8774703557312253, "longest_tandem_repeat_tokens": 256, "long_loop": true, "task_id": 12 }, { "prompt": "\n\ndef find_equal_tuple(Input):\n 'Write a function to find whether all the given tuples have equal length or not.'\n ", "completion": " 'If you want to find the length of the input, you can use the function below.'\n 'If you want to find the length of the input, you can use the function below.'\n 'If you want to find the length of the input, you can use the function below.'\n 'If you want to find the length of the input, you can use the function below.'\n 'If you want to find the length of the input, you can use the function below.'\n 'If you want to find the length of the input, you can use the function below.'\n 'If you want to find the length of the input, you can use the function below.'\n 'If you want to find the length of the input, you can use the function below.'\n 'If you want to find the length of the input, you can use the function below.'\n 'If you want to find the length of the input, you can use the function below.'\n 'If you want to find the length of the input, you can use the function below.'\n 'If you want to find the length of the input, you can use the function below.'\n 'If you want to find the length of the input, you can use the", "token_ids": [ 301, 3717, 1539, 4342, 412, 2908, 337, 3022, 422, 337, 1337, 15, 1539, 1196, 802, 337, 1283, 6773, 7873, 261, 301, 3717, 1539, 4342, 412, 2908, 337, 3022, 422, 337, 1337, 15, 1539, 1196, 802, 337, 1283, 6773, 7873, 261, 301, 3717, 1539, 4342, 412, 2908, 337, 3022, 422, 337, 1337, 15, 1539, 1196, 802, 337, 1283, 6773, 7873, 261, 301, 3717, 1539, 4342, 412, 2908, 337, 3022, 422, 337, 1337, 15, 1539, 1196, 802, 337, 1283, 6773, 7873, 261, 301, 3717, 1539, 4342, 412, 2908, 337, 3022, 422, 337, 1337, 15, 1539, 1196, 802, 337, 1283, 6773, 7873, 261, 301, 3717, 1539, 4342, 412, 2908, 337, 3022, 422, 337, 1337, 15, 1539, 1196, 802, 337, 1283, 6773, 7873, 261, 301, 3717, 1539, 4342, 412, 2908, 337, 3022, 422, 337, 1337, 15, 1539, 1196, 802, 337, 1283, 6773, 7873, 261, 301, 3717, 1539, 4342, 412, 2908, 337, 3022, 422, 337, 1337, 15, 1539, 1196, 802, 337, 1283, 6773, 7873, 261, 301, 3717, 1539, 4342, 412, 2908, 337, 3022, 422, 337, 1337, 15, 1539, 1196, 802, 337, 1283, 6773, 7873, 261, 301, 3717, 1539, 4342, 412, 2908, 337, 3022, 422, 337, 1337, 15, 1539, 1196, 802, 337, 1283, 6773, 7873, 261, 301, 3717, 1539, 4342, 412, 2908, 337, 3022, 422, 337, 1337, 15, 1539, 1196, 802, 337, 1283, 6773, 7873, 261, 301, 3717, 1539, 4342, 412, 2908, 337, 3022, 422, 337, 1337, 15, 1539, 1196, 802, 337, 1283, 6773, 7873, 261, 301, 3717, 1539, 4342, 412, 2908, 337, 3022, 422, 337, 1337, 15, 1539, 1196, 802, 337 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9209486166007905, "longest_tandem_repeat_tokens": 256, "long_loop": true, "task_id": 70 }, { "prompt": "\n\ndef dict_filter(dict, n):\n 'Write a function that takes in a dictionary and integer n and filters the dictionary to only include entries with values greater than or equal to n.'\n ", "completion": " 'If you want to filter out entries with values greater than or equal to n, you can use filter() to filter out entries with values greater than or equal to n.'\n 'If you want to filter out entries with values greater than or equal to n, you can use filter() to filter out entries with values greater than or equal to n.'\n 'If you want to filter out entries with values greater than or equal to n, you can use filter() to filter out entries with values greater than or equal to n.'\n 'If you want to filter out entries with values greater than or equal to n, you can use filter() to filter out entries with values greater than or equal to n.'\n 'If you want to filter out entries with values greater than or equal to n, you can use filter() to filter out entries with values greater than or equal to n.'\n 'If you want to filter out entries with values greater than or equal to n, you can use filter() to filter out entries with values greater than or equal to n.'\n 'If you want to filter out entries with values greater than or equal to n, you can use filter() to filter out entries with values greater than or equal to n.'\n 'If you want", "token_ids": [ 301, 3717, 1539, 4342, 412, 2558, 821, 5594, 596, 1503, 13047, 3144, 606, 5466, 412, 319, 15, 1539, 1196, 802, 2558, 522, 412, 2558, 821, 5594, 596, 1503, 13047, 3144, 606, 5466, 412, 319, 7873, 261, 301, 3717, 1539, 4342, 412, 2558, 821, 5594, 596, 1503, 13047, 3144, 606, 5466, 412, 319, 15, 1539, 1196, 802, 2558, 522, 412, 2558, 821, 5594, 596, 1503, 13047, 3144, 606, 5466, 412, 319, 7873, 261, 301, 3717, 1539, 4342, 412, 2558, 821, 5594, 596, 1503, 13047, 3144, 606, 5466, 412, 319, 15, 1539, 1196, 802, 2558, 522, 412, 2558, 821, 5594, 596, 1503, 13047, 3144, 606, 5466, 412, 319, 7873, 261, 301, 3717, 1539, 4342, 412, 2558, 821, 5594, 596, 1503, 13047, 3144, 606, 5466, 412, 319, 15, 1539, 1196, 802, 2558, 522, 412, 2558, 821, 5594, 596, 1503, 13047, 3144, 606, 5466, 412, 319, 7873, 261, 301, 3717, 1539, 4342, 412, 2558, 821, 5594, 596, 1503, 13047, 3144, 606, 5466, 412, 319, 15, 1539, 1196, 802, 2558, 522, 412, 2558, 821, 5594, 596, 1503, 13047, 3144, 606, 5466, 412, 319, 7873, 261, 301, 3717, 1539, 4342, 412, 2558, 821, 5594, 596, 1503, 13047, 3144, 606, 5466, 412, 319, 15, 1539, 1196, 802, 2558, 522, 412, 2558, 821, 5594, 596, 1503, 13047, 3144, 606, 5466, 412, 319, 7873, 261, 301, 3717, 1539, 4342, 412, 2558, 821, 5594, 596, 1503, 13047, 3144, 606, 5466, 412, 319, 15, 1539, 1196, 802, 2558, 522, 412, 2558, 821, 5594, 596, 1503, 13047, 3144, 606, 5466, 412, 319, 7873, 261, 301, 3717, 1539, 4342 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.8932806324110671, "longest_tandem_repeat_tokens": 256, "long_loop": true, "task_id": 277 }, { "prompt": "import math\n\ndef next_Perfect_Square(N):\n 'Write a python function to find the next perfect square greater than a given number.'\n ", "completion": " ' This function is called by the function ' + str(N) + ' which is the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square of the square", "token_ids": [ 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 361, 936, 6922, 12, 361, 301, 1629, 428, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402, 422, 337, 15402 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9209486166007905, "longest_tandem_repeat_tokens": 239, "long_loop": true, "task_id": 244 }, { "prompt": "\n\ndef test_duplicate(arraynums):\n 'Write a function to find whether a given array of integers contains any duplicate element.'\n ", "completion": " ' If you want to find the duplicate element, you can use the arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynums arraynum", "token_ids": [ 301, 1231, 1539, 4342, 412, 2908, 337, 12772, 3778, 15, 1539, 1196, 802, 337, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004, 86, 1778, 2004 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9328063241106719, "longest_tandem_repeat_tokens": 242, "long_loop": true, "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": " 'If you want to check whether the given number is a square, you can check whether the given number is a square or not.'\n 'If you want to check whether the given number is a square, you can check whether the given number is a square or not.'\n 'If you want to check whether the given number is a square, you can check whether the given number is a square or not.'\n 'If you want to check whether the given number is a square, you can check whether the given number is a square or not.'\n 'If you want to check whether the given number is a square, you can check whether the given number is a square or not.'\n 'If you want to check whether the given number is a square, you can check whether the given number is a square or not.'\n 'If you want to check whether the given number is a square, you can check whether the given number is a square or not.'\n 'If you want to check whether the given number is a square, you can check whether the given number is a square or not.'\n 'If you want to check whether the given number is a square, you can check whether the given number is a square or not.'\n 'If you want", "token_ids": [ 301, 3717, 1539, 4342, 412, 1315, 4659, 337, 2001, 1636, 428, 277, 15402, 15, 1539, 1196, 1315, 4659, 337, 2001, 1636, 428, 277, 15402, 606, 503, 7873, 261, 301, 3717, 1539, 4342, 412, 1315, 4659, 337, 2001, 1636, 428, 277, 15402, 15, 1539, 1196, 1315, 4659, 337, 2001, 1636, 428, 277, 15402, 606, 503, 7873, 261, 301, 3717, 1539, 4342, 412, 1315, 4659, 337, 2001, 1636, 428, 277, 15402, 15, 1539, 1196, 1315, 4659, 337, 2001, 1636, 428, 277, 15402, 606, 503, 7873, 261, 301, 3717, 1539, 4342, 412, 1315, 4659, 337, 2001, 1636, 428, 277, 15402, 15, 1539, 1196, 1315, 4659, 337, 2001, 1636, 428, 277, 15402, 606, 503, 7873, 261, 301, 3717, 1539, 4342, 412, 1315, 4659, 337, 2001, 1636, 428, 277, 15402, 15, 1539, 1196, 1315, 4659, 337, 2001, 1636, 428, 277, 15402, 606, 503, 7873, 261, 301, 3717, 1539, 4342, 412, 1315, 4659, 337, 2001, 1636, 428, 277, 15402, 15, 1539, 1196, 1315, 4659, 337, 2001, 1636, 428, 277, 15402, 606, 503, 7873, 261, 301, 3717, 1539, 4342, 412, 1315, 4659, 337, 2001, 1636, 428, 277, 15402, 15, 1539, 1196, 1315, 4659, 337, 2001, 1636, 428, 277, 15402, 606, 503, 7873, 261, 301, 3717, 1539, 4342, 412, 1315, 4659, 337, 2001, 1636, 428, 277, 15402, 15, 1539, 1196, 1315, 4659, 337, 2001, 1636, 428, 277, 15402, 606, 503, 7873, 261, 301, 3717, 1539, 4342, 412, 1315, 4659, 337, 2001, 1636, 428, 277, 15402, 15, 1539, 1196, 1315, 4659, 337, 2001, 1636, 428, 277, 15402, 606, 503, 7873, 261, 301, 3717, 1539, 4342 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9090909090909091, "longest_tandem_repeat_tokens": 256, "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": " ' This function is called by the function ' 'Find Min() function.'\n ' This function is called by the function ' 'Find Min() function.'\n ' This function is called by the function ' 'Find Min() function.'\n ' This function is called by the function ' 'Find Min() function.'\n ' This function is called by the function ' 'Find Min() function.'\n ' This function is called by the function ' 'Find Min() function.'\n ' This function is called by the function ' 'Find Min() function.'\n ' This function is called by the function ' 'Find Min() function.'\n ' This function is called by the function ' 'Find Min() function.'\n ' This function is called by the function ' 'Find Min() function.'\n ' This function is called by the function ' 'Find Min() function.'\n ' This function is called by the function ' 'Find Min() function.'\n ' This function is called by the function ' 'Find Min() function.'\n ' This function is called by the function ' 'Find Min() function.'\n ' This function is called by the function ' 'Find Min() function.'\n '", "token_ids": [ 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 2593, 667, 266, 522, 1283, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 2593, 667, 266, 522, 1283, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 2593, 667, 266, 522, 1283, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 2593, 667, 266, 522, 1283, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 2593, 667, 266, 522, 1283, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 2593, 667, 266, 522, 1283, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 2593, 667, 266, 522, 1283, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 2593, 667, 266, 522, 1283, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 2593, 667, 266, 522, 1283, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 2593, 667, 266, 522, 1283, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 2593, 667, 266, 522, 1283, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 2593, 667, 266, 522, 1283, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 2593, 667, 266, 522, 1283, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 2593, 667, 266, 522, 1283, 7873, 261, 301, 1304, 1283, 428, 3547, 897, 337, 1283, 301, 301, 2593, 667, 266, 522, 1283, 7873, 261, 301 ], "temperature": 0.0, "top_k": 0, "seed": 42, "new_tokens": 256, "stop_reason": "token_limit", "syntax_valid": false, "repeated_token_4gram_fraction": 0.9328063241106719, "longest_tandem_repeat_tokens": 256, "long_loop": true, "task_id": 457 } ], "task_dataset": { "dataset": "google-research-datasets/mbpp", "revision": "4bb6404fdc6cacfda99d4ac4205087b89d32030c", "split": "sanitized/test", "license": "CC-BY-4.0", "source": "https://github.com/google-research/google-research/tree/master/mbpp", "selection": "first 32 function tasks ordered by SHA256(python5b:task_id)" }, "execution": [ { "task_id": 20, "passed": false, "sandbox_id": "sb-01M5ETFV6XM87VSG9TZA7D55MW", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 307, "passed": false, "sandbox_id": "sb-01M5ETFVFMZ48B7YT6X50Z8RAK", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 226, "passed": false, "sandbox_id": "sb-01M5ETFVKAQ1MX8ABGZM8PWWG4", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 415, "passed": false, "sandbox_id": "sb-01M5ETFVKD6PCWW0B8GFR6M29J", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 230, "passed": false, "sandbox_id": "sb-01M5ETFVZ9DB8GR4GWRFC9BGQB", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 394, "passed": false, "sandbox_id": "sb-01M5ETFW3C5DZFREAC5VPF6WNF", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 429, "passed": false, "sandbox_id": "sb-01M5ETFW3P8ZZ25ZN6PWB2G302", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 108, "passed": false, "sandbox_id": "sb-01M5ETFW36F434YAYZPYFN8FR0", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 397, "passed": false, "sandbox_id": "sb-01M5ETFWFFZPWFZS42R4VHMVJK", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 120, "passed": false, "sandbox_id": "sb-01M5ETFW9PFR9N69C2KEDKTVR1", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 451, "passed": false, "sandbox_id": "sb-01M5ETFWAR68XR45DV5D2NEF1S", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 454, "passed": false, "sandbox_id": "sb-01M5ETFWT1DDAWGDQPTNXC89EE", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 472, "passed": false, "sandbox_id": "sb-01M5ETFWV0Y9M1EDRYA58WM827", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 431, "passed": false, "sandbox_id": "sb-01M5ETFWV2QVP36EB93SFSKE76", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 257, "passed": false, "sandbox_id": "sb-01M5ETFX41ZEVJG07X7AZEJ59N", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 290, "passed": false, "sandbox_id": "sb-01M5ETFXEGYQXPFQNRFTA9Z81C", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 237, "passed": false, "sandbox_id": "sb-01M5ETFXF9DXWY94J7N1WNCKTQ", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 297, "passed": false, "sandbox_id": "sb-01M5ETFXKB6SN7K93E3E9VNF5J", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 247, "passed": false, "sandbox_id": "sb-01M5ETFXS75K5SXXFDBTD086DH", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 401, "passed": false, "sandbox_id": "sb-01M5ETFXQ7ECPYZQQN03YH3J6G", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 283, "passed": false, "sandbox_id": "sb-01M5ETFXSVGHFMVCF8G85W1HTV", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 391, "passed": false, "sandbox_id": "sb-01M5ETFY405DX4T4928WF3W69T", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 305, "passed": false, "sandbox_id": "sb-01M5ETFYAZ2C227AV4MB2RMMPQ", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 67, "passed": false, "sandbox_id": "sb-01M5ETFYA13KXTADZT4S1XWZE0", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 460, "passed": false, "sandbox_id": "sb-01M5ETFYBBKDGNH8CM4MF8DT9M", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 12, "passed": false, "sandbox_id": "sb-01M5ETFYJZ8Q0CZP6CHVG7AWMJ", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 70, "passed": false, "sandbox_id": "sb-01M5ETFYV4N66CXNQQ1PY25A6V", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 277, "passed": false, "sandbox_id": "sb-01M5ETFYTBMRFSB53E3X1JDCQV", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 244, "passed": false, "sandbox_id": "sb-01M5ETFZ1MDKE1KE05X0JZPHST", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 19, "passed": false, "sandbox_id": "sb-01M5ETFZ1K4269KHZ8EZ4DBKBJ", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 72, "passed": false, "sandbox_id": "sb-01M5ETFZ3CB5ZR4435KYWRWN6Y", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 }, { "task_id": 457, "passed": false, "sandbox_id": "sb-01M5ETFZR0MX0N3R81PT8ZD06W", "returncode": 0, "network": "blocked", "credentials": "none", "cpu_seconds_limit": 2, "wall_seconds_limit": 10, "address_space_bytes_limit": 268435456 } ], "execution_pass_rate": 0.0, "summary": { "syntax_valid_fraction": 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