(self, simgr, state, **kwargs)
return simgr.selector(state, **kwargs)
Determine if a state should participate in the current round of stepping.
        Return True if the state should be stepped, and False if the state should not be stepped.
        To defer to the original selection procedure, return the result of ``simgr.selector(state, **kwargs)``.

        If the user provided a ``selector_func`` in their step or run command, it will appear here.

        :param angr.SimulationManager simgr:
        :param angr.SimState state:
Determine if a state should participate in the current round of stepping.
        Return True if the state should be stepped, and False if the state should not be stepped.
        To defer to the original selection procedure, return the result of ``simgr.selector(state, **kwargs)``.
Determine if a state should participate in the current round of stepping . Return True if the state should be stepped and False if the state should not be stepped . To defer to the original selection procedure return the result of simgr . selector ( state ** kwargs ) .
def selector(self, simgr, state, **kwargs):  # pylint:disable=no-self-use
        """
        Determine if a state should participate in the current round of stepping.
        Return True if the state should be stepped, and False if the state should not be stepped.
        To defer to the original selection procedure, return the result of ``simgr.selector(state, **kwargs)``.

        If the user provided a ``selector_func`` in their step or run command, it will appear here.

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