2

.data
	sir: .space 400

	res: .space 4
	atoiRes: .space 4

	op1: .space 4

	formatScanf: .asciz "%[^\n]*400"
	printnr: .asciz "%d\n"

	delim: .asciz " "
.text

.global main

main:
	//scanf("[^\n]*400", &sir)
	pushl $sir
	pushl $formatScanf
	call scanf
	popl %ebx
	popl %ebx

	//gets(sir)
	//pushl $sir
	//call gets
	//popl %ebx

	push $delim
	pushl $sir
	call strtok
	popl %ebx
	popl %ebx

	movl %eax, res

	pushl res
	call atoi
	popl %ebx

	movl %eax, atoiRes

	pushl atoiRes

et_for:
	pushl $delim
	pushl $0
	call strtok
	popl %ebx
	popl %ebx

	cmp $0, %eax
	je et_exit

	movl %eax, res

	pushl res
	call atoi
	popl %ebx

	movl %eax, atoiRes

	cmp $0, atoiRes
	je operatie

	pushl atoiRes
	jmp et_for

operatie:
	movl res, %edi
	xorl %ecx, %ecx
	movb (%edi, %ecx, 1), %al
	cmp $97, %al
	je adunare
	cmp $115, %al
	je scadere
	cmp $109, %al
	je inmultire
	cmp $100, %al
	je impartire

adunare:
	popl op1
	popl %eax
	addl op1, %eax
	pushl %eax
	jmp et_for

scadere:
	popl op1
	popl %eax
	subl op1, %eax
	pushl %eax
	jmp et_for

inmultire:
	popl op1
	popl %eax
	mull op1
	pushl %eax
	jmp et_for

impartire:
	popl op1
	popl %eax
	xorl %edx, %edx
	divl op1
	pushl %eax
	jmp et_for

et_exit:
	pushl $printnr
	call printf
	popl %ebx
	popl %ebx

	movl $1, %eax
	xorl %ebx, %ebx
	int $0x80