def generate_jr(fields): # Chequear que no de error porque fields es una sola palabra
opcode = "000000"
rs = dec_to_binary.strdec_to_bin(int((fields[0])[1:-1]), 5)
return str(opcode + rs + "000000000000000001000")
def rd_rs_shamt(fields):
rs = dec_to_binary.strdec_to_bin(int((fields[1])[1:-1]), 5)
rd = dec_to_binary.strdec_to_bin(int((fields[0])[1:-1]), 5)
shamt = dec_to_binary.strdec_to_bin(int((fields[2])[:-1]), 5)
return str(rs + "00000" + rd + shamt)
def rt_offset_base(fields):
base = dec_to_binary.strdec_to_bin(int((fields[1].split("($")[1])[:-2]), 5)
rt = dec_to_binary.strdec_to_bin(int((fields[0])[1:-1]), 5)
offset = dec_to_binary.strdec_to_bin(int(fields[1].split("($")[0]), 16)
return str(base + rt + offset)
def rt_immediate(fields):
rt = dec_to_binary.strdec_to_bin(int((fields[0])[1:-1]), 5)
immediate = dec_to_binary.strdec_to_bin(int((fields[1])[:-1]), 16)
return str(rt + immediate)
def rs_rt_offset(fields):
rs = dec_to_binary.strdec_to_bin(int((fields[0])[1:-1]), 5)
rt = dec_to_binary.strdec_to_bin(int((fields[1])[1:-1]), 5)
offset = dec_to_binary.strdec_to_bin(int((fields[2])[:-1]), 16)
return str(rs + rt + offset)
def rd_rs_rt(fields):
rs = dec_to_binary.strdec_to_bin(int((fields[1])[1:-1]), 5)
rt = dec_to_binary.strdec_to_bin(int((fields[2])[1:-1]), 5)
rd = dec_to_binary.strdec_to_bin(int((fields[0])[1:-1]), 5)
return str(rs + rt + rd)
def generate_jal(fields): # Chequear que no de error porque fields es una sola palabra
opcode = "000011"
target = dec_to_binary.strdec_to_bin(int((fields[0])[:-1]), 26)
return str(opcode + target)