/ int find_numbers(int* buffer, int length, int number, int* numbers) { int div = sum_numbers(buffer, length); int *new_arr= new int [10]; int cnt =0 ; for (int i = 0; i < length; i++) { if (div % buffer[i] == 0) { new_arr[cnt++] = buffer[i]; } } output(new_arr, length); return 0; }

This function takes an integer array buffer, its length length, a target number number, and an array numbers to store the numbers that are divisible by the sum of the elements in buffer. It first calculates the sum of the elements in buffer using the sum_numbers function. Then, it iterates through the elements in buffer and checks if the sum is divisible by each element. If it is divisible, the element is added to a new array new_arr. Finally, it outputs the elements in new_arr and returns 0.

However, there are a few issues in the code:

1. The function is supposed to store the numbers that are divisible by the sum of elements in buffer in the numbers array, but it is storing them in new_arr instead.
2. The output function is called with the length parameter instead of cnt, which may result in printing uninitialized values in new_arr.
3. The output function is not defined in the code snippet provided.

To fix these issues, you may need to update the function to store the divisible numbers in the numbers array and ensure that the output function is properly defined and called with the correct parameters.