I need the code output to be this way:

o

hello world

found at postion $4$

found at postion $7$

But instead. its just this:

o

hello world.

section $.$data

LC$0$ db $10,0$ ; $"$

$"$

LC$1$ db "Search string exceeds maximum allowed length.", $0$

LC$2$ db "Error: Search string is not followed by any text.", $0$

LC$3$ db "Found at position $\%$d$",10,0$

section $.$bss

inputBuffer resb $1024$

searchBuffer resb $1024$

section $.$text

global main

extern fgets

extern stdin

extern strlen

extern puts

extern printf

extern strcspn

main:

push rbp

mov rbp$,$ rsp

sub rsp$,2032$

; Read input from stdin

mov rdx$,$ QWORD $[$stdin$]$

lea rax, $[$rbp $-1024]$

mov esi, $1000$

mov rdi, rax

call fgets

; Find the length of input string

lea rax, $[$rbp $-1024]$

mov rdi, rax

call strcspn

mov BYTE $[$rbp $-1024+$ rax$],0$

; Check if input exceeds maximum allowed length

lea rax, $[$rbp $-1024]$

mov rdi, rax

call strlen

cmp eax, $999$

jg checkLengthError

; Continue reading until newline is encountered

readLoop:

mov rdx$,$ QWORD $[$stdin$]$

lea rax, $[$rbp $-2032]$

mov esi, $1000$

mov rdi, rax

call fgets

test rax, rax

je endOfFile

movzx eax, BYTE $[$rbp $-2032]$

cmp al$,10$

je readLoop

endOfFile:

jmp endProgram

processInput:

; Start searching for substrings

call searchSubstring

jmp readLoop

checkLengthError:

mov edi, LC$1$

call puts

mov eax, $1$

jmp endProgram

noTextError:

mov edi, LC$2$

call puts

mov eax, $1$

jmp endProgram

searchSubstring:

lea rax, $[$rbp $-1024]$ ; Load the address of the inputBuffer

mov rdi, rax ; Pass inputBuffer address to strlen

call strlen ; Get the length of input string

mov DWORD $[$rbp $-12],$ eax ; Store the length of the input string

mov DWORD $[$rbp $-4],0$ ; Initialize the loop counter

outerLoop:

; Compare current substring with the input string

mov DWORD $[$rbp $-8],0$ ; Initialize the inner loop counter

innerLoop:

; Compare characters of substring and input string

mov edx, DWORD $[$rbp $-4]$ ; Offset for input string

mov eax, DWORD $[$rbp $-8]$ ; Offset for substring

add eax, edx

cdqe

movzx edx, BYTE $[$rbp $-2032+$ rax$]$ ; Character from input string

mov eax, DWORD $[$rbp $-8]$ ; Offset for substring

cdqe

movzx eax, BYTE $[$rbp $-1024+$ rax$]$ ; Character from substring

cmp dl$,$ al ; Compare characters

jne notMatched ; If not matched, continue to the next position

add DWORD $[$rbp $-8],1$ ; Move to the next character in substring

notMatched:

; Check if the end of substring is reached

mov eax, DWORD $[$rbp $-8]$

cmp eax, DWORD $[$rbp $-16]$ ; Length of substring

jl innerLoop ; If not reached end, continue inner loop

jmp checkMatch ; If reached end, check for match

checkMatch:

; Check if substring matches input string

mov eax, DWORD $[$rbp $-8]$ ; Length of substring

cmp eax, DWORD $[$rbp $-12]$ ; Length of input string

jne nextPosition ; If lengths are not equal, move to the next position

mov eax, DWORD $[$rbp $-4]$ ; Print position if substring matches

inc eax ; Positions are $1-$based, so increment by $1$

mov esi, eax

mov edi, LC$3$

call printf

nextPosition:

; Move to the next position in the input string

add DWORD $[$rbp $-4],1$ ; Move to the next position

mov eax, DWORD $[$rbp $-16]$ ; Length of the input string

sub eax, DWORD $[$rbp $-12]$ ; Subtract the length of the substring

cmp DWORD $[$rbp $-4],$ eax ; Compare with the remaining length of the input string

jle outerLoop ; If there is remaining length, continue outer loop

endProgram:

leave

ret