(self, **kwargs)
return self.project.simos.state_full_init(**kwargs)
Very much like :meth:`entry_state()`, except that instead of starting execution at the program entry point,
        execution begins at a special SimProcedure that plays the role of the dynamic loader, calling each of the
        initializer functions that should be called before execution reaches the entry point.

        It can take any of the arguments that can be provided to ``entry_state``, except for ``addr``.
Very much like :meth:`entry_state()`, except that instead of starting execution at the program entry point,
        execution begins at a special SimProcedure that plays the role of the dynamic loader, calling each of the
        initializer functions that should be called before execution reaches the entry point.
Very much like : meth : entry_state () except that instead of starting execution at the program entry point execution begins at a special SimProcedure that plays the role of the dynamic loader calling each of the initializer functions that should be called before execution reaches the entry point .
def full_init_state(self, **kwargs):
        """
        Very much like :meth:`entry_state()`, except that instead of starting execution at the program entry point,
        execution begins at a special SimProcedure that plays the role of the dynamic loader, calling each of the
        initializer functions that should be called before execution reaches the entry point.

        It can take any of the arguments that can be provided to ``entry_state``, except for ``addr``.
        """
        return self.project.simos.state_full_init(**kwargs)
def full_init_state ( self , * * kwargs ) : return self . project . simos . state_full_init ( * * kwargs )