pub fn spawn<'a, F>(&'a self, f: F) -> ThrottledFuture<'a, <F as IntoFuture>::Future>
    where
        F: IntoFuture,
    {
        ThrottledFuture {
            pool: self,
            state: State::Fresh,
            inner: f.into_future(),
        }
    }
/// Spawn a future onto the pool.
///
/// The returned future can be polled as usual, but it may return
/// `Async::NotReady` not because the future `f` was not ready, but because
/// maximum number of futures in the pool are already executing.
Spawn a future onto the pool.
The returned future can be polled as usual, but it may return
`Async::NotReady` not because the future `f` was not ready, but because
maximum number of futures in the pool are already executing.
Spawn a future onto the pool . The returned future can be polled as usual but it may return ` Async :: NotReady ` not because the future ` f ` was not ready but because maximum number of futures in the pool are already executing .
pub fn spawn<'a, F>(&'a self, f: F) -> ThrottledFuture<'a, <F as IntoFuture>::Future>
    where
        F: IntoFuture,
    {
        ThrottledFuture {
            pool: self,
            state: State::Fresh,
            inner: f.into_future(),
        }
    }
pub fn spawn < ' a , F > ( & ' a self , f : F ) -> ThrottledFuture < ' a , < F as IntoFuture > :: Future > where F : IntoFuture , { ThrottledFuture { pool : self , state : State :: Fresh , inner : f . into_future ( ) , } }
Spawn a future onto the pool.
Spawn a future onto the pool .
&'a self
f
F
&'a self
f
F