Struct SendToVectored 

pub struct SendToVectored<T, S>
where
    T: IoVectoredBuf,
{ /* private fields */ }

Send data to specified address from vectored buffer.

Implementations

impl<T, S> SendToVectored<T, S>

where T: IoVectoredBuf,

pub fn new( fd: S, buffer: T, addr: SockAddr, flags: SendFlags, ) -> SendToVectored<T, S>

Create SendToVectored.

Trait Implementations

impl<T, S> IntoInner for SendToVectored<T, S>

where T: IoVectoredBuf,

type Inner = T

The inner type.

fn into_inner(self) -> <SendToVectored<T, S> as IntoInner>::Inner

Get the inner buffer.

impl<T, S> OpCode for SendToVectored<T, S>

where T: IoVectoredBuf, S: AsFd,

type Control = SendToVectoredControl

Type that contains self-references and other needed info during the operation

unsafe fn init(&mut self, ctrl: &mut <SendToVectored<T, S> as OpCode>::Control)

Initialize the control

unsafe fn operate( &mut self, control: &mut <SendToVectored<T, S> as OpCode>::Control, optr: *mut OVERLAPPED, ) -> Poll<Result<usize, Error>>

Perform Windows API call with given pointer to overlapped struct.

fn cancel( &mut self, _: &mut <SendToVectored<T, S> as OpCode>::Control, optr: *mut OVERLAPPED, ) -> Result<(), Error>

Cancel the async IO operation.

fn op_type(&self, control: &Self::Control) -> OpType

Determines that the operation is really overlapped defined by Windows API. If not, the driver will try to operate it in another thread.

unsafe fn set_result( &mut self, _: &mut Self::Control, _: &Result<usize, Error>, _: &Extra, )

Set the result when it completes. The operation stores the result and is responsible to release it if the operation is cancelled.