1. Conditional Processing
Assembly Language
Conditional Processing

2. Exercise 1
Write a program to check and show the values of the Carry, Zero, and Sign flags where indicated:
mov al, b
test al, 2 ; a. CF = ZF = SF=
mov al, 6
cmp al, 5 ; b. CF = ZF = SF=
mov al, 5
cmp al, 7 ; c. CF = ZF = SF=

3. Exercise 2
Implement the following C code in assembly language, and show the result.
int array[] = {10,60,20,33,72,89,45,72,18};
int sample = 50;
int ArraySize = sizeof array /sizeof sample;
int index = 0;
int sum = 0;
while( index < ArraySize ) {
if (array[index] <= sample )
sum += array[index];
index++; }

4. Due date: 95/11/3, 8:00 AM
Zip your files as a09xxxxx_ zip

5. Example: Encrypt.asm

6. Exercise 3 Boolean Calculator
Create a program that functions as a simple boolean calculator for 32-bit integers. It should display a menu that asks the user to make a selection from the following list:
1. x AND y
2. x OR y
3. NOT x
4. x XOR y
5. Exit program

7. Implement the following procedures:
AND_op: Prompt the user for two hexadecimal integers. AND them together and display the result in hexadecimal.
OR_op: Prompt the user for two hexadecimal integers. OR them together and display the result in hexadecimal.

8. NOT_op: Prompt the user for a hexadecimal integer
NOT_op: Prompt the user for a hexadecimal integer. NOT the integer and display the result in hexadecimal.
XOR_op: Prompt the user for two hexadecimal integers. Exclusive-OR them together and display the result in hexadecimal.
Example: ch06_08.exe

9. Exercise 4
Implement the following FSM that recognizes strings beginning with 'x', followed by letters 'a'..'y', ending with 'z':
Example: Finite.asm

10. Due date: 95/11/10, 8:00 AM
Zip your files as a09xxxxx_ zip