.pos 0
	irmovl stack,%esp	# initialisation pile
	jmp main		# appel main()	

square: mrmovl 4(%esp),%edx	# param x
	rrmovl %edx,%ecx	# compteur n = x
	xorl %eax,%eax		# res = 0
loopsq:	isubl 1,%ecx		# n--
	jl endsq		# repeter n fois
	addl %edx,%eax		# res += x
	jmp loopsq
endsq:	ret			# retour dans %eax

sum:	mrmovl 4(%esp),%ecx	# param n
	mrmovl 8(%esp),%edx	# param t
	irmovl 0,%eax		# res = 0
loop:	isubl 1,%ecx		# n--
	jl end			# fin si n < 0	
	mrmovl (%edx),%ebx	# x=*t
	addl %ebx,%eax		# res += x
	iaddl 4,%edx		# t += 4
	jmp loop
end:	ret			# retour dans %eax

main:	xorl %eax,%eax		# %eax = 0
	rmmovl %eax,res		# init de res
	irmovl t,%eax		# empiler n et t
	pushl %eax
	mrmovl n,%eax
	pushl %eax
	call sum		# appel sum(n,t)
	iaddl 8,%esp		# depiler n et t
	rmmovl %eax,res		# mise à jour de res
	halt

	.pos 0x200
res:	.long 0			
t:	.long 1
	.long 2
	.long 3
	.long 4
n:	.long 4

	.pos 0x300
stack: