In Intel MASM assembly x86 write the three functions (Square, Multiply, and Divide) required for the following C++ program. Square and Multiply will return the result to the calling program and will also call PrintResult to display the answer. If successful, Divide will return a 1, set the value of the result and the remainder into the appropriate parameters, and call PrintResult twice (once for result and once for remainder). If Divide is not successful, it will return a 0 and call PrintResult to display the failure message. Link them to the above program to demonstrate their functionality. The C++ code is:

#include using namespace std; enum ResultCode { ShowSquare, ShowMultiply, ShowDivide, ShowRemainder, ShowDivideFailure }; enum SuccessCode { Failure, Success }; extern "C" SuccessCode Divide(long, long, long &, long &); extern "C" long Multiply(long, long); extern "C" void PrintResult(ResultCode, long); extern "C" long Square(long); void main() { long Num1; long Num2; long Result; long Remainder; do { cout << "Enter Number to Square" << endl; cin >> Num1; Result = Square(Num1); cout << "Square is: " << Result << endl; cout << "Enter two numbers to multiply" << endl; cin >> Num1 >> Num2; Result = Multiply(Num1, Num2); cout << "Result of multiply is: " << Result << endl; cout << "Enter mumber to divide into then number to divide by" << endl; cin >> Num1 >> Num2; if (Divide(Num1, Num2, Result, Remainder) == Success) cout << "Result is " << Result << " and remainder is " << Remainder << endl; else cout << "Attempted division by zero"; } while (Result > 0); } void PrintResult(ResultCode PrintCode, long Value) { switch (PrintCode) { case ShowSquare: cout << "Display of square is: " << Value << endl; break; case ShowMultiply: cout << "Display of multiply is: " << Value << endl; break; case ShowDivide: cout << "Display of divide is " << Value << endl; break; case ShowRemainder: cout << "Display of remainder is " << Value << endl; break; case ShowDivideFailure: cout << "Display of Division by zero" << endl; break; default: cout << "Error in assembly routines" << endl; } }