Delete task2.asm

task2.asm

-int __attribute__((cdecl)) asm_main(void);
-
-int main() {
-    int ret_status;
-    ret_status = asm_main();
-    return ret_status;
-}
-
-
-
-nasm -f elf task2.asm -o task2.o
-nasm -f elf asm_io.asm -o asm_io.o
-gcc -m32 -c driver.c -o driver.o
-gcc -m32 driver.o task2.o asm_io.o -o task2
-
-
-%include "asm_io.inc"  ; Include I/O functions (like print_string, read_int, read_string)
-
-segment .data
-    prompt_name db "Enter your name: ", 0               ; Prompt for name
-    prompt_number db "Enter a number between 50 and 100: ", 0  ; Prompt for number
-    welcome_msg db "Welcome, ", 0                        ; Welcome message
-    newline db 10, 0                                     ; Newline character
-    error_msg db "Error: The number must be between 50 and 100!", 0 ; Error message
-
-segment .bss
-    user_name resb 50                                     ; Reserve 50 bytes for the user's name
-    user_input resd 1                                     ; Reserve space for user input (the number)
-
-section .text
-global asm_main
-
-asm_main:
-    pusha                         ; Save all registers
-
-    ; Ask the user for their name
-    mov eax, prompt_name          ; Load the prompt_name address into EAX
-    call print_string             ; Print the name prompt
-    call read_string              ; Read the user's name into user_name
-
-    ; Ask the user for a number between 50 and 100
-    mov eax, prompt_number        ; Load the prompt_number address into EAX
-    call print_string             ; Print the number prompt
-    call read_int                 ; Read the user's input into EAX (the number)
-    mov [user_input], eax         ; Store the user's input in user_input
-
-    ; Check if the number is between 50 and 100
-    mov eax, [user_input]         ; Load the user input into EAX
-    cmp eax, 50                   ; Compare the number to 50
-    jle invalid_input             ; Jump to invalid_input if number is <= 50
-    cmp eax, 100                  ; Compare the number to 100
-    jge invalid_input             ; Jump to invalid_input if number is >= 100
-
-    ; If the number is valid, print the welcome message with the user's name
-    mov eax, welcome_msg          ; Load the welcome message into EAX
-    call print_string             ; Print the welcome message
-    mov eax, user_name            ; Load the user's name into EAX
-    call print_string             ; Print the user's name
-    call print_nl                 ; Print a newline
-
-    ; Print the welcome message the number of times entered by the user
-    mov ecx, [user_input]         ; Set ECX (loop counter) to the user input number
-print_welcome:
-    mov eax, welcome_msg          ; Load the welcome message into EAX
-    call print_string             ; Print the welcome message
-    call print_nl                 ; Print a newline
-    loop print_welcome            ; Loop until ECX (the number) is 0
-
-    jmp end_program               ; Jump to end_program after printing the welcome messages
-
-invalid_input:
-    ; Print the error message if the input is invalid
-    mov eax, error_msg            ; Load the error message into EAX
-    call print_string             ; Print the error message
-    call print_nl                 ; Print a newline
-    jmp asm_main                  ; Ask for the input again
-
-end_program:
-    popa                          ; Restore registers
-    mov eax, 0                    ; Return 0 to indicate successful execution
-    ret