(self, procedure, *arguments, **kwargs)
return p.execute(self.state, None, arguments=e_args)
Call another SimProcedure in-line to retrieve its return value.
        Returns an instance of the procedure with the ret_expr property set.

        :param procedure:       The class of the procedure to execute
        :param arguments:       Any additional positional args will be used as arguments to the
                                procedure call
        :param sim_kwargs:      Any additional keyword args will be passed as sim_kwargs to the
                                procedure construtor
Call another SimProcedure in-line to retrieve its return value.
        Returns an instance of the procedure with the ret_expr property set.
Call another SimProcedure in - line to retrieve its return value . Returns an instance of the procedure with the ret_expr property set .
def inline_call(self, procedure, *arguments, **kwargs):
        """
        Call another SimProcedure in-line to retrieve its return value.
        Returns an instance of the procedure with the ret_expr property set.

        :param procedure:       The class of the procedure to execute
        :param arguments:       Any additional positional args will be used as arguments to the
                                procedure call
        :param sim_kwargs:      Any additional keyword args will be passed as sim_kwargs to the
                                procedure construtor
        """
        e_args = [ self.state.solver.BVV(a, self.state.arch.bits) if isinstance(a, int) else a for a in arguments ]
        p = procedure(project=self.project, **kwargs)
        return p.execute(self.state, None, arguments=e_args)
def inline_call ( self , procedure , * arguments , * * kwargs ) : e_args = [ self . state . solver . BVV ( a , self . state . arch . bits ) if isinstance ( a , int ) else a for a in arguments ] p = procedure ( project = self . project , * * kwargs ) return p . execute ( self . state , None , arguments = e_args )