1. Closures and Decorator Complete the given closure This task requires you to complete a closure named to_integer which will be used as a decorator to convert the given binary or hexadecimal numbers into integers. You will be given a string with binary and hexadecimal numbers separated by commas. Return the string representation of the integer values separated by commas as provided in the input. You are given a template of closures, please complete the closure in code/to_integer.py file. inupt_str in the code is your input on which you have to do the conversion. NOTE: binary numbers start with eb and the hexadecimal numbers start with ex in the input string. So, the input string might look like this: "@b1001, exFA19, b101101" 1. Closures and "Ob18e1, exFA19, eb1e1101" Example Example: Input: "61001,8xFA19,86101101" Output: "9,6428,45 Explanation: 861881 in base 1e is 9, exFA19 in base 10 ks 64025, similarly 8b101101 X ures and... student_clos. def to integer (input_func): def wrapper(): input_str = input_func() # input_fun will give you the input for which you have to wor # Write your code below pass pass if (Optional) Add your tests cases under this if statement!!! -_name__ _main__": You can test your implementation as follow: Just uncomment the code below to test test_input - "Ob1011, 0xFC9" @to_integer def test_case(): return test_input output = test_case) #