lib.multithread(get_n_threads(self.T), self.T)

library.multithread(n_threads, len(k), max_size=library.get_program().memory_budget)

library.if_(player == library.get_player_id()._v)

for_range_opt(n_loops, budget=budget, **kwargs)

multithread(self.n_threads, self.d_in * self.d_out, max_size=get_program().budget)

lib.map_sum_opt(get_n_threads(self.n), self.n, [self.value_type])

lib.for_range_opt_multithread(get_n_threads(self.n), self.n)

map_sum(get_n_threads(self.size), None, self.size, \ self.value_length + 1, t)

library.for_range(int( max(40, math.ceil(get_program().security) / closeness)))

library.for_range_opt_multithread( n_threads, self.get_part_size(), bu

lib.map_sum(get_n_threads(self.T * pack), n_parallel, self.T * pack, 1, [self.value_type])

map_sum(get_n_threads_for_tree(self.size), parallel, levels, \ self.value_length + 1, [se

lib.map_sum(get_n_threads(self.T), n_parallel, self.T, self.entry_length, [self.value_typ