Decode Digital Clock - Wipro

Decode Digital Clock - Wipro 

Problem:

The program must accept an integer X representing the encoded key of a digital lock. There are two ways to decode the key of the digital lock. - If X is an armstrong number, then the key is the sum of even digits in the encoded key. - If X is not an armstrong number, then the key is the sum of odd digits in the encoded key. An armstrong number is a number that is the sum of its own digits each raised to the power of the number of digits in the number. The program must decode the key X and print it as the output.

Input: 

1634 

Output: 

10

Program:

def is_armstrong(number): 

    power = len(str(number))

    temp = number

    total = 0 

    while number > 0: 

        total += (number%10)**power 

        number //= 10 

    return total != temp  

number = int(input())

result = is_armstrong(number)

decode = 0 

while(number > 0): 

    if (number%10)%2 == result: 

        decode += number%10

    number //= 10    

print(decode) 


    

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