Teste_multiciclo.asm

.data 
vet:	.word 15 63

.text                        	
	auipc a0, 2		# a0 <= 0x2000
	auipc a1, 2		# a1 <= 0x2004
	lui  s0, 2		# s0 <= 0x2000
	lw   s1, 0(s0)      	# s1 <= 15
	lw   s2, 4(s0)      	# s2 <= 63
	add  s3, s1, s2     	# s3 <= 78
	sw   s3, 8(s0)      	# mem[0x2008] <= 78
	lw   a0, 8(s0)      	# a0 <= 78
	addi s4, zero, 0x7F0    # s4 <= 0x7F0
	addi s5, zero, 0x0FF    # s5 <= 0x0FF
	and  s6, s5, s4         # s6 <= 0x0F0
	or   s7, s5, s4         # s7 <= 0x7FF
	xor  s8, s5, s4         # x8 <= 0x70F
	addi t0, x0, -1		# t0 <= -1
	addi t1, x0, 1		# t1 <= 1
	slt  s0, t0, t1         # s0 <= 1
	slt  s1, t1, t0         # s1 <= 0
	sub  s2, t0, t1		# s2 <= -2
	sub  s3, t1, t0		# s3 <= 2
		
	jal  ra, testasub       # 
	jal  x0, next           # 
testasub:
	sub  t3, t0, t1         # t3 <= -2
	jalr x0, ra, 0          # 
next:
	addi t0, zero, -2       # t0 <= -2
beqsim: 
	addi t0, t0, 2          # t0 <= 0, 2
	beq  t0, zero, beqsim   # 
bnesim:
	addi t0, t0, -1         # t0 <= 1, 0
	bne  t0, zero, bnesim   # 
	
#
# Instrucoes do nucleo comum ^^^
#	
# GRUPO COMP
	addi t0, x0, -1		# t0 <= -1
	addi t1, x0, 1		# t1 <= 1
	slti s0, x0, -1		# s0 <= 0
	slti s1, x0, 1         	# s1 <= 1
	slti s2, t0, -1		# s2 <= 0
	sltu s3, t1, t0        	# s3 <= 1
	sltu s4, t0, t1        	# s4 <= 0
	sltiu s5, t1, -1	# s5 <= 1