Victoria-Hodder

"""
Write a function solution that, given integer N, returns the smallest non-negative 
integer whose individual digits sum to N.

Examples:

1. Given N = 16, the function should return 79. There are many numbers whose 
digits sum to 16 (for example: 79, 97, 808, 5551, 22822, etc.). 
The smallest such number is 79.

Victoria-Hodder

class Matrix:
    def __init__(self, matrix_string):
        self.matrix_string = matrix_string

    def row(self, index):
        row = list(self.matrix_string.split("\n"))
        return row[index]

"""
My logic is: 

Victoria-Hodder

list1 = [-6, -91, 1011, -100, 84, -22, 0, 1, 473]

def solution(A):
    answer = [num for num in A if num in range(-9,10)]
    return max(answer)

print(solution(list1))