Using ARM Assembly in Raspberry Pi. In this assignment, you will iteratively pop

Question

Using ARM Assembly in Raspberry Pi.

In this assignment, you will iteratively populate a fixed-size integer array of 10 elements, array_a, with integer values provided by scanf. The user will enter 10 integer values, one per line, and the program will store the 10 values in array_a[0], array_a[1], ..., array_a[9]. Once all of the integers are entered, your program will then calculate the minimum and maximum values in the array, and also the sum of values in the array. Finally, the entire contents of the array will be printed followed by the minimum value, maximum value, and overall sum. Input will be entered by the user in the following form: Once all of the input is entered, output will be printed in the following format (where x is the array value, min, max, or sum as appropriate): array_a[0] = x array_a[l] = x array_a[2] = x array_a[3] = x array_a[4] = x array_a[5] = x array_a[6] = x array_a[7] = x array_a[8] = x array_a[9] = x minimum = x maximum = x sum = x Using ARM Assembly in Raspberry Pi.

Explanation / Answer

// Find maximum and minimum element in an arary. #include int main () { int i; int a[10] = { 10, 55, 9, 4, 234, 20, 30, 40, 22, 34 }; int max = a[0]; int min = a[0]; for (i = 0; i < 10; i++) { if (a[i] > max) { max = a[i]; } else if (a[i]

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