Enum TimedEvent 

pub enum TimedEvent<E> {
    Inner(E),
    Elapsed(TimerElapsed),
}

Variants

Inner(E)

Elapsed(TimerElapsed)

Trait Implementations

impl<E: ChildEvent> ChildEvent for TimedEvent<E>

fn child_stopped(event: ChildStopped<E::Addr>) -> Option<Self>

impl<E: Clone> Clone for TimedEvent<E>

fn clone(&self) -> TimedEvent<E>

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl<E: CreationEvent> CreationEvent for TimedEvent<E>

fn creation_resolved( event: CreationResolved<<E::Addr as Address>::Nonce>, ) -> Option<Self>

impl<E: Debug> Debug for TimedEvent<E>

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl<E> EventInput<ChildStopped<<E as UserEvent>::Addr>> for TimedEvent<E>

where E: ChildEvent + EventInput<ChildStopped<E::Addr>>,

fn inject(event: ChildStopped<E::Addr>) -> Self

impl<E> EventInput<CreationResolved<<<E as UserEvent>::Addr as Address>::Nonce>> for TimedEvent<E>

where E: CreationEvent + EventInput<CreationResolved<<E::Addr as Address>::Nonce>>,

fn inject(event: CreationResolved<<E::Addr as Address>::Nonce>) -> Self

impl<E> EventInput<PeerStopped<<E as UserEvent>::Addr>> for TimedEvent<E>

where E: PeerEvent + EventInput<PeerStopped<E::Addr>>,

fn inject(event: PeerStopped<E::Addr>) -> Self

impl<E> EventInput<ShutdownRequested> for TimedEvent<E>

where E: ShutdownEvent + EventInput<ShutdownRequested>,

fn inject(event: ShutdownRequested) -> Self

impl<E: UserEvent> EventInput<TimerElapsed> for TimedEvent<E>

fn inject(event: TimerElapsed) -> Self

impl<E> EventInput<WorkerCreationResolved<<<E as UserEvent>::Addr as Address>::Nonce>> for TimedEvent<E>

where E: WorkerCreationEvent + EventInput<WorkerCreationResolved<<E::Addr as Address>::Nonce>>,

fn inject(event: WorkerCreationResolved<<E::Addr as Address>::Nonce>) -> Self

impl<E> EventInput<WorkerStopped<<E as UserEvent>::Addr>> for TimedEvent<E>

where E: WorkerEvent + EventInput<WorkerStopped<E::Addr>>,

fn inject(event: WorkerStopped<E::Addr>) -> Self

impl<E: PartialEq> PartialEq for TimedEvent<E>

fn eq(&self, other: &TimedEvent<E>) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl<E: PeerEvent> PeerEvent for TimedEvent<E>

fn peer_stopped(event: PeerStopped<E::Addr>) -> Option<Self>

impl<E: ShutdownEvent> ShutdownEvent for TimedEvent<E>

fn shutdown_requested(event: ShutdownRequested) -> Option<Self>

impl<E: UserEvent> TimeEvent for TimedEvent<E>

fn time_reached(event: TimerElapsed) -> Option<Self>

impl<E: UserEvent> UserEvent for TimedEvent<E>

type Addr = <E as UserEvent>::Addr

type Message = <E as UserEvent>::Message

fn user(from: Self::Addr, message: Self::Message) -> Self

fn into_user(self) -> Result<User<Self::Addr, Self::Message>, Self>

Errors

impl<E: WorkerCreationEvent> WorkerCreationEvent for TimedEvent<E>

fn worker_creation_resolved( event: WorkerCreationResolved<<E::Addr as Address>::Nonce>, ) -> Option<Self>

impl<E: WorkerEvent> WorkerEvent for TimedEvent<E>

fn worker_stopped(event: WorkerStopped<E::Addr>) -> Option<Self>

impl<E: Eq> Eq for TimedEvent<E>

impl<E> StructuralPartialEq for TimedEvent<E>