Is currently exec::schedule_after() supported on MSVC or MinGW?

[denchat]

From the example folder, it seems that only io_uring_scheduler supports exec::schedule_after() .

stdexec/examples/io_uring.cpp

Lines 31 to 47 in c2ebe84

	exec::io_uring_context context;
	exec::io_uring_context context2;
	std::thread io_thread{[&] {
	context.run();
	}};
	std::thread io_thread2{[&] {
	context2.run();
	}};
	auto scheduler = context.get_scheduler();
	auto scheduler2 = context2.get_scheduler();
	using namespace std::chrono_literals;
	stdexec::sync_wait(exec::when_any(
	exec::schedule_after(scheduler, 1s) | stdexec::then([] { std::cout << "Hello, 1!\n"; }),
	exec::schedule_after(scheduler2, 2s) | stdexec::then([] { std::cout << "Hello, 2!\n"; })
	| stdexec::upon_stopped([] { std::cout << "Hello, 2, stopped.\n"; })));

Found usage examples only in io_uring:

https://github.com/search?q=repo%3ANVIDIA%2Fstdexec%20%20exec%3A%3Aschedule_after(&type=code

[maikel]

We could certainly implement a thread scheduler that satisfies the timed scheduler concept. I'm sure that @kirkshoop has already something in a branch.

Do you have a running setup on windows? Support on windows is limited and is currently being improved by @vasama

[maikel]

I found kirks implementation here https://github.com/kirkshoop/stdexec/blob/kirkshoop/wip-time-scheduler/include/exec/thread_scheduler.hpp