(self, simgr, state, **kwargs)
return simgr.step_state(state, **kwargs)
Determine the categorization of state successors into stashes. The result should be a dict mapping stash names
        to the list of successor states that fall into that stash, or None as a stash name to use the original stash
        name.

        If you would like to directly work with a `SimSuccessors` object, you can obtain it with
        ``simgr.successors(state, **kwargs)``. This is not recommended, as it denies other hooks the opportunity to
        look at the successors. Therefore, the usual technique is to call ``simgr.step_state(state, **kwargs)`` and
        then mutate the returned dict before returning it yourself.

        ..note:: This takes precedence over the `filter` hook - `filter` is only applied to states returned from here
        in the None stash.

        :param angr.SimulationManager simgr:
        :param angr.SimState state:
Determine the categorization of state successors into stashes. The result should be a dict mapping stash names
        to the list of successor states that fall into that stash, or None as a stash name to use the original stash
        name.
Determine the categorization of state successors into stashes . The result should be a dict mapping stash names to the list of successor states that fall into that stash or None as a stash name to use the original stash name .
def step_state(self, simgr, state, **kwargs):  # pylint:disable=no-self-use
        """
        Determine the categorization of state successors into stashes. The result should be a dict mapping stash names
        to the list of successor states that fall into that stash, or None as a stash name to use the original stash
        name.

        If you would like to directly work with a `SimSuccessors` object, you can obtain it with
        ``simgr.successors(state, **kwargs)``. This is not recommended, as it denies other hooks the opportunity to
        look at the successors. Therefore, the usual technique is to call ``simgr.step_state(state, **kwargs)`` and
        then mutate the returned dict before returning it yourself.

        ..note:: This takes precedence over the `filter` hook - `filter` is only applied to states returned from here
        in the None stash.

        :param angr.SimulationManager simgr:
        :param angr.SimState state:
        """
        return simgr.step_state(state, **kwargs)
def step_state ( self , simgr , state , * * kwargs ) : # pylint:disable=no-self-use return simgr . step_state ( state , * * kwargs )