# FIND SMALLEST NUMBER
# edi = index of data_items
# ebx = smallest item found
# eax = current item 

.global _start
.intel_syntax noprefix
.section .text

_start:
	mov edi, 0									# move 0 to edi (first index)
	mov eax, [data_items + edi * 4]				# move first number to eax
	mov ebx, eax								# move eax to ebx

start_loop:
	cmp eax, 255								# compare eax to 0
	je loop_exit								# if eax == 0, jump to loop_exit
	inc edi										# increment edi by 1

	mov eax, [data_items + edi * 4]				# move next number to eax
	cmp eax, ebx								# compare smallest item (ebx) to current item (eax)
	jge start_loop								# if ebx is greater than eax, jump to start loop

	mov ebx, eax								# move eax to ebx
	jmp start_loop								# jump back to start_loop

loop_exit:
	mov eax, 1 									# move 1 to eax (syscall number)
	int 0x80									# kernel interrupt

.section .data
	data_items: .long 3, 67, 34, 222, 45, 75, 54, 34, 44, 33, 22, 11, 66, 255