Write a python program to parse this given json file such that it creates 2 file and stores data into it -

1.TotalBranchCoverage-where maximum of branch coverage is taken(100%).

2.TotalStatementCoverage-where maximum of line coverage is taken.

Note : It should store all relevant records in file

json file:

{"0": {"line_coverage": 83.08, "branch_coverage": 69.7}, "1": {"line_coverage": 83.08, "branch_coverage": 72.73}, "2": {"line_coverage": 83.08, "branch_coverage": 72.73}, "3": {"line_coverage": 83.08, "branch_coverage": 75.76}, "4": {"line_coverage": 83.08, "branch_coverage": 75.76}, "5": {"line_coverage": 86.15, "branch_coverage": 84.85}, "6": {"line_coverage": 86.15, "branch_coverage": 84.85}, "7": {"line_coverage": 87.69, "branch_coverage": 96.97}, "8": {"line_coverage": 96.92, "branch_coverage": 96.97}, "9": {"line_coverage": 96.92, "branch_coverage": 96.97}, "10": {"line_coverage": 96.92, "branch_coverage": 96.97}, "11": {"line_coverage": 98.46, "branch_coverage": 100.0}, "12": {"line_coverage": 98.46, "branch_coverage": 100.0}, "13": {"line_coverage": 98.46, "branch_coverage": 100.0}, "14": {"line_coverage": 98.46, "branch_coverage": 100.0}, "15": {"line_coverage": 98.46, "branch_coverage": 100.0}, "16": {"line_coverage": 98.46, "branch_coverage": 100.0}, "17": {"line_coverage": 98.46, "branch_coverage": 100.0}, "18": {"line_coverage": 98.46, "branch_coverage": 100.0}, "19": {"line_coverage": 98.46, "branch_coverage": 100.0}, "20": {"line_coverage": 98.46, "branch_coverage": 100.0}, "21": {"line_coverage": 98.46, "branch_coverage": 100.0}, "22": {"line_coverage": 98.46, "branch_coverage": 100.0}, "23": {"line_coverage": 98.46, "branch_coverage": 100.0}, "24": {"line_coverage": 98.46, "branch_coverage": 100.0}, "25": {"line_coverage": 98.46, "branch_coverage": 100.0}, "26": {"line_coverage": 98.46, "branch_coverage": 100.0}, "27": {"line_coverage": 98.46, "branch_coverage": 100.0}, "28": {"line_coverage": 98.46, "branch_coverage": 100.0}, "29": {"line_coverage": 98.46, "branch_coverage": 100.0}, "30": {"line_coverage": 98.46, "branch_coverage": 100.0}, "31": {"line_coverage": 98.46, "branch_coverage": 100.0}, "32": {"line_coverage": 98.46, "branch_coverage": 100.0}, "33": {"line_coverage": 98.46, "branch_coverage": 100.0}, "34": {"line_coverage": 98.46, "branch_coverage": 100.0}, "35": {"line_coverage": 98.46, "branch_coverage": 100.0}, "36": {"line_coverage": 98.46, "branch_coverage": 100.0}, "37": {"line_coverage": 98.46, "branch_coverage": 100.0}, "38": {"line_coverage": 98.46, "branch_coverage": 100.0}, "39": {"line_coverage": 98.46, "branch_coverage": 100.0}, "40": {"line_coverage": 98.46, "branch_coverage": 100.0}, "41": {"line_coverage": 98.46, "branch_coverage": 100.0}, "42": {"line_coverage": 98.46, "branch_coverage": 100.0}, "43": {"line_coverage": 98.46, "branch_coverage": 100.0}, "44": {"line_coverage": 98.46, "branch_coverage": 100.0}, "45": {"line_coverage": 98.46, "branch_coverage": 100.0}, "46": {"line_coverage": 98.46, "branch_coverage": 100.0}, "47": {"line_coverage": 98.46, "branch_coverage": 100.0}, "48": {"line_coverage": 98.46, "branch_coverage": 100.0}, "49": {"line_coverage": 98.46, "branch_coverage": 100.0}, "50": {"line_coverage": 98.46, "branch_coverage": 100.0}, "51": {"line_coverage": 98.46, "branch_coverage": 100.0}, "52": {"line_coverage": 98.46, "branch_coverage": 100.0}, "53": {"line_coverage": 98.46, "branch_coverage": 100.0}, "54": {"line_coverage": 98.46, "branch_coverage": 100.0}, "55": {"line_coverage": 98.46, "branch_coverage": 100.0}, "56": {"line_coverage": 98.46, "branch_coverage": 100.0}, "57": {"line_coverage": 98.46, "branch_coverage": 100.0}, "58": {"line_coverage": 98.46, "branch_coverage": 100.0}, "59": {"line_coverage": 98.46, "branch_coverage": 100.0}, "60": {"line_coverage": 98.46, "branch_coverage": 100.0}, "61": {"line_coverage": 98.46, "branch_coverage": 100.0}, "62": {"line_coverage": 98.46, "branch_coverage": 100.0}, "63": {"line_coverage": 98.46, "branch_coverage": 100.0}, "64": {"line_coverage": 98.46, "branch_coverage": 100.0}, "65": {"line_coverage": 98.46, "branch_coverage": 100.0}, "66": {"line_coverage": 98.46, "branch_coverage": 100.0}, "67": {"line_coverage": 98.46, "branch_coverage": 100.0}, "68": {"line_coverage": 98.46, "branch_coverage": 100.0}, "69": {"line_coverage": 98.46, "branch_coverage": 100.0}, "70": {"line_coverage": 98.46, "branch_coverage": 100.0}, "71": {"line_coverage": 98.46, "branch_coverage": 100.0}, "72": {"line_coverage": 98.46, "branch_coverage": 100.0}, "73": {"line_coverage": 98.46, "branch_coverage": 100.0}, "74": {"line_coverage": 98.46, "branch_coverage": 100.0}, "75": {"line_coverage": 98.46, "branch_coverage": 100.0}, "76": {"line_coverage": 98.46, "branch_coverage": 100.0}, "77": {"line_coverage": 98.46, "branch_coverage": 100.0}, "78": {"line_coverage": 98.46, "branch_coverage": 100.0}, "79": {"line_coverage": 98.46, "branch_coverage": 100.0}, "80": {"line_coverage": 98.46, "branch_coverage": 100.0}, "81": {"line_coverage": 98.46, "branch_coverage": 100.0}, "82": {"line_coverage": 98.46, "branch_coverage": 100.0}, "83": {"line_coverage": 98.46, "branch_coverage": 100.0}, "84": {"line_coverage": 98.46, "branch_coverage": 100.0}, "85": {"line_coverage": 98.46, "branch_coverage": 100.0}, "86": {"line_coverage": 98.46, "branch_coverage": 100.0}, "87": {"line_coverage": 98.46, "branch_coverage": 100.0}, "88": {"line_coverage": 98.46, "branch_coverage": 100.0}, "89": {"line_coverage": 98.46, "branch_coverage": 100.0}, "90": {"line_coverage": 98.46, "branch_coverage": 100.0}, "91": {"line_coverage": 98.46, "branch_coverage": 100.0}, "92": {"line_coverage": 98.46, "branch_coverage": 100.0}, "93": {"line_coverage": 98.46, "branch_coverage": 100.0}, "94": {"line_coverage": 98.46, "branch_coverage": 100.0}, "95": {"line_coverage": 98.46, "branch_coverage": 100.0}, "96": {"line_coverage": 98.46, "branch_coverage": 100.0}, "97": {"line_coverage": 98.46, "branch_coverage": 100.0}, "98": {"line_coverage": 98.46, "branch_coverage": 100.0}, "99": {"line_coverage": 98.46, "branch_coverage": 100.0}, "100":