await_ready await_suspend get get_promise get_promise has_exception has_value is_awaited is_in_progress is_pending operator cast_ret_value operator! operator<< operator<< operator= operator>> requires reset set_callback shared_future shared_future shared_future State then wait ~shared_future

requires() template<typename T > template<typename Arg0 , typename ... Args> coro::shared_future< T >::requires ( !std::is_same_v< std::decay_t< Arg0 >, shared_future< T > >  ) && Construct shared future initialize it same way asi coro::future. Parameters arg0 first argument. If the first argument is standard allocator (std::allocator) it uses allocator to allocate shared future instance. If the first argument is not allocator, the argument is passed as first argument to shared future instance directly args other arguments Note you can use all constructor types in same way as coro::future. If you need to convert coro::future to coro::shared_future, you need to pass a lambda function which returns coro::future coro::shared_future<int> f([&]()->coro::future<int>{return calc_async();});