pub fn park_thread<'s>(f: impl FnOnce(Notifier), timeout: impl Into<Expiry>) -> ParkResult {
    let timeout = timeout.into();
    with_listener(|guard, _waker| {
        f(guard.notifier());
        guard.park(timeout).unwrap()
    })
}
/// Park the current thread until notified, with an optional timeout.
/// If a timeout is specified and reached before there is a notification, then
/// a `false` value is returned. Note that this function is susceptible to
/// spurious notifications. Use a dedicated [`Listener`] instance if this is
/// undesirable.
Park the current thread until notified, with an optional timeout.
If a timeout is specified and reached before there is a notification, then
a `false` value is returned. Note that this function is susceptible to
spurious notifications. Use a dedicated [`Listener`] instance if this is
undesirable.
Park the current thread until notified with an optional timeout . If a timeout is specified and reached before there is a notification then a ` false ` value is returned . Note that this function is susceptible to spurious notifications . Use a dedicated [ ` Listener ` ] instance if this is undesirable .
pub fn park_thread<'s>(f: impl FnOnce(Notifier), timeout: impl Into<Expiry>) -> ParkResult {
    let timeout = timeout.into();
    with_listener(|guard, _waker| {
        f(guard.notifier());
        guard.park(timeout).unwrap()
    })
}
pub fn park_thread < ' s > ( f : impl FnOnce ( Notifier ) , timeout : impl Into < Expiry > ) -> ParkResult { let timeout = timeout . into ( ) ; with_listener ( | guard , _waker | { f ( guard . notifier ( ) ) ; guard . park ( timeout ) . unwrap ( ) } ) }
Park the current thread until notified, with an optional timeout.
Park the current thread until notified with an optional timeout .
f
impl FnOnce(Notifier)
timeout
impl Into<Expiry>
f
impl FnOnce(Notifier)
timeout
impl Into<Expiry>