pub fn with(clock: C, prop: u16, future: F) -> Self {
        let mut group = TimingGroup::new();
        let key = group.insert(prop);
        Self {
            record: Registered {
                index: key,
                group: Rc::new((Ucw::new(group), clock)),
            },
            future,
        }
    }
/// Create new load balancing group with one future in it. Assigns specific
/// number of time slots to future and clock used as measuring time source for this group.
/// For usage with `std` library feature, you can use [`StdTimerClock`](struct.StdTimerClock.html).
Create new load balancing group with one future in it. Assigns specific
number of time slots to future and clock used as measuring time source for this group.
For usage with `std` library feature, you can use [`StdTimerClock`](struct.StdTimerClock.html).
Create new load balancing group with one future in it . Assigns specific number of time slots to future and clock used as measuring time source for this group . For usage with ` std ` library feature you can use [ ` StdTimerClock ` ] ( struct . StdTimerClock . html ) .
pub fn with(clock: C, prop: u16, future: F) -> Self {
        let mut group = TimingGroup::new();
        let key = group.insert(prop);
        Self {
            record: Registered {
                index: key,
                group: Rc::new((Ucw::new(group), clock)),
            },
            future,
        }
    }
pub fn with ( clock : C , prop : u16 , future : F ) -> Self { let mut group = TimingGroup :: new ( ) ; let key = group . insert ( prop ) ; Self { record : Registered { index : key , group : Rc :: new ( ( Ucw :: new ( group ) , clock ) ) , } , future , } }
Create new load balancing group with one future in it.
Create new load balancing group with one future in it .
clock
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