pub fn new(cb: fn(&OVERLAPPED_ENTRY)) -> Overlapped {
        Overlapped {
            inner: UnsafeCell::new(miow::Overlapped::zero()),
            callback: cb,
        }
    }
/// Creates a new `Overlapped` which will invoke the provided `cb` callback
/// whenever it's triggered.
///
/// The returned `Overlapped` must be used as the `OVERLAPPED` passed to all
/// I/O operations that are registered with mio's event loop. When the I/O
/// operation associated with an `OVERLAPPED` pointer completes the event
/// loop will invoke the function pointer provided by `cb`.
Creates a new `Overlapped` which will invoke the provided `cb` callback
whenever it's triggered.

The returned `Overlapped` must be used as the `OVERLAPPED` passed to all
I/O operations that are registered with mio's event loop. When the I/O
operation associated with an `OVERLAPPED` pointer completes the event
loop will invoke the function pointer provided by `cb`.
Creates a new ` Overlapped ` which will invoke the provided ` cb ` callback whenever it ' s triggered . The returned ` Overlapped ` must be used as the ` OVERLAPPED ` passed to all I / O operations that are registered with mio ' s event loop . When the I / O operation associated with an ` OVERLAPPED ` pointer completes the event loop will invoke the function pointer provided by ` cb ` .
pub fn new(cb: fn(&OVERLAPPED_ENTRY)) -> Overlapped {
        Overlapped {
            inner: UnsafeCell::new(miow::Overlapped::zero()),
            callback: cb,
        }
    }
pub fn new ( cb : fn ( & OVERLAPPED_ENTRY ) ) -> Overlapped { Overlapped { inner : UnsafeCell :: new ( miow :: Overlapped :: zero ( ) ) , callback : cb , } }
Creates a new `Overlapped` which will invoke the provided `cb` callback
whenever it's triggered.
Creates a new ` Overlapped ` which will invoke the provided ` cb ` callback whenever it ' s triggered .
cb
fn(&OVERLAPPED_ENTRY)
cb
fn(&OVERLAPPED_ENTRY)