(self, size, is_free=None)
Use this to set the size on a chunk. When the chunk is new (such as when a free chunk is shrunk to form an
        allocated chunk and a remainder free chunk) it is recommended that the is_free hint be used since setting the
        size depends on the chunk's freeness, and vice versa.

        :param size: size of the chunk
        :param is_free: boolean indicating the chunk's freeness
Use this to set the size on a chunk. When the chunk is new (such as when a free chunk is shrunk to form an
        allocated chunk and a remainder free chunk) it is recommended that the is_free hint be used since setting the
        size depends on the chunk's freeness, and vice versa.
Use this to set the size on a chunk . When the chunk is new ( such as when a free chunk is shrunk to form an allocated chunk and a remainder free chunk ) it is recommended that the is_free hint be used since setting the size depends on the chunk s freeness and vice versa .
def set_size(self, size, is_free=None):  #pylint:disable=arguments-differ
        """
        Use this to set the size on a chunk. When the chunk is new (such as when a free chunk is shrunk to form an
        allocated chunk and a remainder free chunk) it is recommended that the is_free hint be used since setting the
        size depends on the chunk's freeness, and vice versa.

        :param size: size of the chunk
        :param is_free: boolean indicating the chunk's freeness
        """
        self._set_leading_size(size)
        next_chunk = self.next_chunk()
        if is_free is not None:
            if next_chunk is not None:
                next_chunk.set_prev_freeness(is_free)
            else:
                self.heap._set_final_freeness(is_free)
        if is_free is not None and is_free or self.is_free():
            if next_chunk is not None:
                self.state.memory.store(next_chunk.base, size, size=self.state.arch.bytes)
def set_size ( self , size , is_free = None ) : #pylint:disable=arguments-differ self . _set_leading_size ( size ) next_chunk = self . next_chunk ( ) if is_free is not None : if next_chunk is not None : next_chunk . set_prev_freeness ( is_free ) else : self . heap . _set_final_freeness ( is_free ) if is_free is not None and is_free or self . is_free ( ) : if next_chunk is not None : self . state . memory . store ( next_chunk . base , size , size = self . state . arch . bytes )