Convert the following C++ program into Pep/9 Assembly. #include using namespace std; int x, y;     // Using Global Variables void SetEqualGreater (int &num1, int &num2) {     if (num1 < num2)         num1 = num2;     else         num2 = num1; } int main(){     cin >> x >> y;     SetEqualGreater(x, y);     cout << "x = y = " << x << endl;     return 0; }   Submit: Source file along with screen captures showing the program running in the Pep simulator.

Convert the following C++ programs into Pep/9 assembly #include <iostream> using namespace std; int minimum (int i1, int i2){if (i1 < i2)return i1;elsereturn i2;}int main (){int n, m;cin >> n >> m;cout << "Minimum: " << minimum (n, m) << endl;return 0;} Submit: Pep/9 source code along with screen capture showing it running in the Pep simulator

Translate the following C program into NASM.   #include <stdio.h> int ary[] = {12, 40, -2, 89, 35, -7, 6}; int main() {      int sum = 0;      int highest = 0;      for (int x = 0; x < 7; x++) {          if (highest < ary[x])               highest = ary[x];          sum += ary[x];      }      printf("Sum is %d\n", sum);      printf("Highest value is %d\n", highest); } Use indexing (the [ebx+esi] or [ebx+edi] form). You can have several “dw” values on the same line. Use the “loop” command.

PEP/9 Translate the following C++ program into assembly language:  #include <iostream> using namespace std; int main() {   char letter;   int countA = 0,        countB = 0,        countC = 0;   cin >> letter;   do {      switch (letter) {         case 'A' : countA++; break;         case 'B' : countB++; break;         case 'C' : countC++; break;       }      cin >> letter;   } while (letter != 'X');   cout << "Number of A's " << countA << endl          << "Number of B's " << countB << endl          << "Number of C's " << countC << endl;   return 0; } Use local variables (except for messages, of course) and the branch indexed for the switch statement.