Enum ReplyRoute 

pub enum ReplyRoute<P>
where
    P: Protocol,
    P::Addr: EndpointAddress,
{
    Logical(Recipient<P>),
    Established(EstablishedRecipient<P>),
}

One customer capability that truthfully retains logical or exact routing.

This closed sum is useful when one running actor must serve both stable logical customers and exact external customers through the same protocol. Selecting a variant does not resolve, weaken, or otherwise convert the enclosed capability. Address types without an established endpoint family continue to use Recipient<P> directly as their route parameter.

Variants

Logical(Recipient<P>)

Resolve the logical name when the delivery is interpreted.

Established(EstablishedRecipient<P>)

Deliver to this one installed incarnation without name resolution.

Implementations

impl<P> ReplyRoute<P>

where P: Protocol, P::Addr: EndpointAddress,

pub const fn logical(recipient: Recipient<P>) -> Self

Preserve one logical customer capability.

pub const fn established(recipient: EstablishedRecipient<P>) -> Self

Preserve one exact installed customer capability.

Trait Implementations

impl<P> Clone for ReplyRoute<P>

where P: Protocol, P::Addr: EndpointAddress,

fn clone(&self) -> Self

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl<P> DeliveryRoute for ReplyRoute<P>

where P: Protocol, P::Addr: EndpointAddress,

type Protocol = P

Protocol selected by this capability.

type Sends = ReplyDeliveries<Delivery<P>, EstablishedDelivery<P>>

The concrete sends product produced by this route.

fn deliver(self, message: P::Msg) -> Self::Sends

Consume the capability into one explicit ordered delivery product.

impl<P> From<EstablishedRecipient<P>> for ReplyRoute<P>

where P: Protocol, P::Addr: EndpointAddress,

fn from(recipient: EstablishedRecipient<P>) -> Self

Converts to this type from the input type.

impl<P> From<Recipient<P>> for ReplyRoute<P>

where P: Protocol, P::Addr: EndpointAddress,

fn from(recipient: Recipient<P>) -> Self

Converts to this type from the input type.