std::execution::schedule, std::execution::schedule_result_t

Defined in header <execution>
struct schedule_t { /*unspecified*/ };	(1)	(since C++26)
inline constexpr schedule_t schedule{};	(2)	(since C++26) (customization point object)
Call signature
execution:: sender auto schedule( execution:: scheduler auto sch ) ;		(since C++26)
Helper result types
template < execution:: scheduler Sch > using schedule_result_t = decltype(schedule( std::declval <Sch> ( ) ) ) ;	(3)	(since C++26)

Obtains a sender describing the start of a task graph on the provided scheduler.

For a subexpression sch, the expression schedule(sch) is expression-equivalent to sch.schedule()

Customization point objects

The name execution::schedule denotes a customization point object, which is a const function object of a literal semiregular class type. The cv-unqualified version of its type is a tag type denoted as execution::schedule_t

All instances of execution::schedule_t are equal. The effects of invoking different instances of type execution::schedule_t execution::schedule

Given a set of types Args..., if std::declval <Args> ( ) meet the requirements for arguments to execution::schedule above, execution::schedule_t models

• std::invocable <execution:: schedule_t, Args...>
• std::invocable < const execution:: schedule_t, Args...>
• std::invocable <execution:: schedule_t &, Args...>
• std::invocable < const execution:: schedule_t &, Args...> .
  

Otherwise, no function call operator of execution::schedule_t participates in overload resolution.

Example

This section is incomplete Reason: no example