Delete task2.2.asm

task2.2.asm

-int __attribute__((cdecl)) asm_main(void);
-
-int main() {
-    int ret_status;
-    ret_status = asm_main();
-    return ret_status;
-}
-
-
-%include "asm_io.inc"  ; Include the I/O functions
-
-segment .data
-    prompt_start db "Enter the start of the range: ", 0  ; Prompt for the start of the range
-    prompt_end db "Enter the end of the range: ", 0  ; Prompt for the end of the range
-    msg_result db "The sum of the array is: ", 0  ; Message for the sum of the array
-    newline db 10, 0  ; Newline character
-
-segment .bss
-    array resd 100     ; Reserve space for 100 integers (the array)
-    sum resd 1         ; Reserve space for the sum
-    start resd 1       ; Reserve space for the start of the range
-    end resd 1         ; Reserve space for the end of the range
-
-segment .text
-global asm_main
-
-asm_main:
-    pusha  ; Save all registers
-
-    ; Initialize the array with numbers from 1 to 100
-    mov ecx, 1                ; Start from 1
-    mov ebx, array            ; Load the base address of the array
-init_array:
-    mov [ebx], ecx            ; Store the value of ECX in the array
-    add ebx, 4                ; Move to the next element (4 bytes)
-    inc ecx                   ; Increment ECX
-    cmp ecx, 101              ; Check if we reached 101
-    jl init_array             ; If not, continue initializing
-
-    ; Sum the entire array
-    mov ecx, 100              ; Loop 100 times
-    mov ebx, array            ; Reload the base address of the array
-    xor edx, edx              ; Clear EDX (sum)
-sum_array:
-    add edx, [ebx]            ; Add the current array element to EDX
-    add ebx, 4                ; Move to the next element
-    loop sum_array            ; Repeat for 100 elements
-
-    ; Store the sum in the 'sum' variable
-    mov [sum], edx            ; Store the result in sum
-
-    ; Print the result message
-    mov eax, msg_result       ; Load the result message
-    call print_string         ; Print the message
-    mov eax, [sum]            ; Load the sum
-    call print_int            ; Print the sum
-    call print_nl             ; Print a newline
-
-    ; Ask the user for the start of the range
-    mov eax, prompt_start     ; Load the prompt_start message
-    call print_string         ; Print the start prompt
-    call read_int             ; Read the start value
-    mov [start], eax          ; Store the start value
-
-    ; Ask the user for the end of the range
-    mov eax, prompt_end       ; Load the prompt_end message
-    call print_string         ; Print the end prompt
-    call read_int             ; Read the end value
-    mov [end], eax            ; Store the end value
-
-    ; Check if the range is valid
-    mov eax, [start]          ; Load the start value
-    mov ebx, [end]            ; Load the end value
-    cmp eax, ebx              ; Compare start and end
-    jge invalid_range         ; Jump if the start is greater than or equal to end
-
-    ; Sum the range between start and end
-    xor edx, edx              ; Clear EDX (range sum)
-    mov ecx, [start]          ; Start from the 'start' value
-    mov ebx, [end]            ; End at the 'end' value
-sum_range:
-    add edx, ecx              ; Add the current number to the sum
-    inc ecx                   ; Increment the counter
-    cmp ecx, ebx              ; Check if we've reached the end
-    jle sum_range             ; If not, continue the loop
-
-    ; Print the sum of the range
-    mov eax, "The sum of the range is: "  ; Print result message
-    call print_string         ; Print the message
-    mov eax, edx              ; Load the sum
-    call print_int            ; Print the sum
-    call print_nl             ; Print a newline
-
-    jmp end_program           ; Jump to the end
-
-invalid_range:
-    ; Print an error message if the range is invalid
-    mov eax, "Error: Invalid range. The start must be less than the end."  ; Load the error message
-    call print_string         ; Print the error message
-    call print_nl             ; Print a newline
-
-end_program:
-    popa                      ; Restore all registers
-    mov eax, 0                ; Return 0 to indicate successful execution
-    ret