Wait for both operations to succeed.
template< typename Executor> awaitable< void, Executor > operator&&( awaitable< void, Executor > t, awaitable< void, Executor > u); » more... template< typename U, typename Executor> awaitable< U, Executor > operator&&( awaitable< void, Executor > t, awaitable< U, Executor > u); » more... template< typename T, typename Executor> awaitable< T, Executor > operator&&( awaitable< T, Executor > t, awaitable< void, Executor > u); » more... template< typename T, typename U, typename Executor> awaitable< std::tuple< T, U >, Executor > operator&&( awaitable< T, Executor > t, awaitable< U, Executor > u); » more... template< typename... T, typename Executor> awaitable< std::tuple< T..., std::monostate >, Executor > operator&&( awaitable< std::tuple< T... >, Executor > t, awaitable< void, Executor > u); » more... template< typename... T, typename U, typename Executor> awaitable< std::tuple< T..., U >, Executor > operator&&( awaitable< std::tuple< T... >, Executor > t, awaitable< U, Executor > u); » more...
Header: asio/experimental/awaitable_operators.hpp
Convenience header: None