def execute(vmachine):
# some common stuff
if not vmachine.is_readable(vmachine.cur_addr):
raise MemReadLockedError((vmachine.cur_addr, vmachine.cur_addr))
proc_name = Disasm.disasm(vmachine.get_cur_word())[0]
if proc_name == "in":
proc_name = "in_" # it's done, because can't define function with name "in"
if proc_name is not None:
vmachine.jump_to = None
before_cycles = vmachine["cycles"]
exec_all.__dict__[proc_name](vmachine)
if vmachine.jump_to is None:
vmachine["cur_addr"] += 1
else:
vmachine["cur_addr"] = vmachine.jump_to
return vmachine["cycles"] - before_cycles
else:
raise UnknownInstructionError(tuple(vmachine.get_cur_word()))
def execute(vmachine):
# some common stuff
if not vmachine.is_readable(vmachine.cur_addr):
raise MemReadLockedError( (vmachine.cur_addr, vmachine.cur_addr) )
proc_name = Disasm.disasm(vmachine.get_cur_word())[0]
if proc_name == "in":
proc_name = "in_" # it's done, because can't define function with name "in"
if proc_name is not None:
vmachine.jump_to = None
before_cycles = vmachine["cycles"]
exec_all.__dict__[proc_name](vmachine)
if vmachine.jump_to is None:
vmachine["cur_addr"] += 1
else:
vmachine["cur_addr"] = vmachine.jump_to
return vmachine["cycles"] - before_cycles
else:
raise UnknownInstructionError(tuple(vmachine.get_cur_word()))
