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OrderGate

Struct OrderGate 

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pub struct OrderGate<A: Address, K, T, TargetRoute: DeliveryRoute<Protocol: Protocol<Addr = A, Msg = T>>, ReplyRoute: DeliveryRoute<Protocol: Protocol<Addr = A, Msg = OrderGateOutcome<K, T>>>> { /* private fields */ }
Expand description

Deterministic explicit ordered-release policy.

Before a key is open, one value may be retained for it. Opening is strictly monotonic and atomically releases all retained keys at or below the new watermark in key order. Values submitted at an open key are delivered immediately. Duplicate holds return ownership and never overwrite. A stale opening changes nothing. Initialization is empty, no actors are created, and the host never terminates by policy. Inclusive watermark semantics and deterministic release order are Bombay policy; physical delivery remains a runtime responsibility. Transitions have no semantic panic condition.

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impl<A, K, T, TargetRoute, ReplyRoute> OrderGate<A, K, T, TargetRoute, ReplyRoute>
where A: Address, K: Clone + Ord, TargetRoute: DeliveryRoute<Protocol: Protocol<Addr = A, Msg = T>>, ReplyRoute: DeliveryRoute<Protocol: Protocol<Addr = A, Msg = OrderGateOutcome<K, T>>>,

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pub const fn new() -> Self

Construct a closed gate with no retained values.

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pub fn state(&self) -> OrderGateState<K>

Return the complete observable gate state.

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impl<A, K, T, TargetRoute, ReplyRoute> Behavior for OrderGate<A, K, T, TargetRoute, ReplyRoute>
where A: Address, K: Clone + Ord, TargetRoute: DeliveryRoute<Protocol: Protocol<Addr = A, Msg = T>>, ReplyRoute: DeliveryRoute<Protocol: Protocol<Addr = A, Msg = OrderGateOutcome<K, T>>>, TargetRoute::Sends: SendsFor<User<A, OrderGateMessage<K, T, TargetRoute, ReplyRoute>>>, ReplyRoute::Sends: SendsFor<User<A, OrderGateMessage<K, T, TargetRoute, ReplyRoute>>>,

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type Protocol = OrderGate<A, K, T, TargetRoute, ReplyRoute>

Stable public communication identity owned by this actor template. Read more
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type Event = User<A, <<OrderGate<A, K, T, TargetRoute, ReplyRoute> as Behavior>::Protocol as Protocol>::Msg>

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type Sends = DeliveryOutcomes<<TargetRoute as DeliveryRoute>::Sends, <ReplyRoute as DeliveryRoute>::Sends>

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type Ph = Never

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type Error = Never

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type Birth = NoBirths

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fn transition( &mut self, _: ActiveTurn, event: Self::Event, ) -> BehaviorActed<Self>

Fold exactly one event into explicit actions and the next behavior. Read more
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fn init( &mut self, _turn: InitializationTurn, ) -> Result<Actions<<Self::Protocol as Protocol>::Addr, Self::Ph, Self::Sends, Self::Birth>, Self::Error>
where Self: Sized,

Produce initialization actions before the first event is accepted. Read more
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fn layer<L>(self, layer: L) -> <L as BehaviorLayer<Self>>::Output
where Self: Sized, L: BehaviorLayer<Self>,

Apply one statically dispatched construction layer. Read more
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impl<A, K, T, TargetRoute, ReplyRoute> BehaviorBase for OrderGate<A, K, T, TargetRoute, ReplyRoute>
where A: Address, TargetRoute: DeliveryRoute<Protocol: Protocol<Addr = A, Msg = T>>, ReplyRoute: DeliveryRoute<Protocol: Protocol<Addr = A, Msg = OrderGateOutcome<K, T>>>,

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type Base = OrderGate<A, K, T, TargetRoute, ReplyRoute>

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fn base(&self) -> &Self

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impl<A, K, T, TargetRoute, ReplyRoute> Default for OrderGate<A, K, T, TargetRoute, ReplyRoute>
where A: Address, K: Clone + Ord, TargetRoute: DeliveryRoute<Protocol: Protocol<Addr = A, Msg = T>>, ReplyRoute: DeliveryRoute<Protocol: Protocol<Addr = A, Msg = OrderGateOutcome<K, T>>>,

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fn default() -> Self

Returns the “default value” for a type. Read more
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impl<A, K, T, TargetRoute, ReplyRoute> Protocol for OrderGate<A, K, T, TargetRoute, ReplyRoute>
where A: Address, TargetRoute: DeliveryRoute<Protocol: Protocol<Addr = A, Msg = T>>, ReplyRoute: DeliveryRoute<Protocol: Protocol<Addr = A, Msg = OrderGateOutcome<K, T>>>,

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type Addr = A

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type Msg = OrderGateMessage<K, T, TargetRoute, ReplyRoute>

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impl<A, K, T, TargetRoute, ReplyRoute> Freeze for OrderGate<A, K, T, TargetRoute, ReplyRoute>
where K: Freeze,

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impl<A, K, T, TargetRoute, ReplyRoute> RefUnwindSafe for OrderGate<A, K, T, TargetRoute, ReplyRoute>
where K: RefUnwindSafe, T: RefUnwindSafe, TargetRoute: RefUnwindSafe,

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impl<A, K, T, TargetRoute, ReplyRoute> Send for OrderGate<A, K, T, TargetRoute, ReplyRoute>
where K: Send, T: Send, TargetRoute: Send,

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impl<A, K, T, TargetRoute, ReplyRoute> Sync for OrderGate<A, K, T, TargetRoute, ReplyRoute>
where K: Sync, T: Sync, TargetRoute: Sync,

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impl<A, K, T, TargetRoute, ReplyRoute> Unpin for OrderGate<A, K, T, TargetRoute, ReplyRoute>
where K: Unpin,

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impl<A, K, T, TargetRoute, ReplyRoute> UnsafeUnpin for OrderGate<A, K, T, TargetRoute, ReplyRoute>
where K: UnsafeUnpin,

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impl<A, K, T, TargetRoute, ReplyRoute> UnwindSafe for OrderGate<A, K, T, TargetRoute, ReplyRoute>
where K: UnwindSafe + RefUnwindSafe, T: RefUnwindSafe, TargetRoute: RefUnwindSafe,

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impl<B> Activate for B
where B: Behavior,

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fn initialize(self) -> Result<Initialized<Self>, Self::Error>

Consume this definition, perform its one initialization fold, and return the active behavior together with the ordered initialization effects. Read more
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impl<T> Any for T
where T: 'static + ?Sized,

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fn type_id(&self) -> TypeId

Gets the TypeId of self. Read more
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impl<B> BeginShutdownPhases for B
where B: Behavior, <<B as Behavior>::Birth as BirthMode>::Child: ChildOccurrenceProduct<AvailableChildren>,

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impl<Node> BirthNodeAppend<Never> for Node
where Node: NonEmptyBirthNode,

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type Output = Node

Closed child algebra containing the complete prefix followed by the complete appended tail.
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fn append_prefix(self) -> <Node as BirthNodeAppend<Never>>::Output

Inject one child from the existing prefix without changing its structural occurrence.
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fn append_tail(tail: Never) -> <Node as BirthNodeAppend<Never>>::Output

Inject one child from the appended tail after every prefix occurrence.
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fn append_creations<A>( prefix: Creations<CreateChild<A, Self>>, tail: Creations<CreateChild<A, Tail>>, ) -> Creations<CreateChild<A, Self::Output>>
where A: Address,

Preserve and concatenate two ordered creation batches.
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impl<Child, Tail> BirthNodeAppend<Tail> for Child
where Child: Behavior, Tail: NonEmptyBirthNode,

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type Output = ChildChoice<Child, Tail>

Closed child algebra containing the complete prefix followed by the complete appended tail.
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fn append_prefix(self) -> <Child as BirthNodeAppend<Tail>>::Output

Inject one child from the existing prefix without changing its structural occurrence.
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fn append_tail(tail: Tail) -> <Child as BirthNodeAppend<Tail>>::Output

Inject one child from the appended tail after every prefix occurrence.
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fn append_creations<A>( prefix: Creations<CreateChild<A, Self>>, tail: Creations<CreateChild<A, Tail>>, ) -> Creations<CreateChild<A, Self::Output>>
where A: Address,

Preserve and concatenate two ordered creation batches.
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impl<B> BirthProtocols for B
where B: Behavior, <B as Behavior>::Birth: BirthModeProtocols,

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type Protocols = BirthProtocol<<B as Behavior>::Protocol, <<B as Behavior>::Birth as BirthModeProtocols>::Protocols>

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impl<T> Borrow<T> for T
where T: ?Sized,

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fn borrow(&self) -> &T

Immutably borrows from an owned value. Read more
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impl<T> BorrowMut<T> for T
where T: ?Sized,

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fn borrow_mut(&mut self) -> &mut T

Mutably borrows from an owned value. Read more
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impl<Node, Shape> ChildOccurrenceProduct<Shape> for Node
where Node: ChildOccurrenceProductAt<ChildHead, Shape>, Shape: ChildOccurrenceShape,

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type Product = <Node as ChildOccurrenceProductAt<ChildHead, Shape>>::Product

Complete shape-owned representation of this closed birth node.
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impl<A, Child, Host> DispatchBirth<A, Host> for Child
where A: Address, Child: CreateSelectedChild<A, ChildHead, Host>,

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fn dispatch_birth( self, id: CreationId, route: <A as Address>::Nonce, kind: CreationKind, host: &mut Host, ) -> impl Future<Output = ItemSettlement<RoutedCreation<A, Child>, <Child as ChildCreationProduct<A, ChildHead>>::Result, CreationRejection, Never>> + Send

Select exactly one concrete child host while preserving creation data in every non-accepted settlement.
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impl<T> From<T> for T

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fn from(t: T) -> T

Returns the argument unchanged.

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impl<T, U> Into<U> for T
where U: From<T>,

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fn into(self) -> U

Calls U::from(self).

That is, this conversion is whatever the implementation of From<T> for U chooses to do.

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impl<T, U> TryFrom<U> for T
where U: Into<T>,

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type Error = Infallible

The type returned in the event of a conversion error.
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fn try_from(value: U) -> Result<T, <T as TryFrom<U>>::Error>

Performs the conversion.
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impl<T, U> TryInto<U> for T
where U: TryFrom<T>,

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type Error = <U as TryFrom<T>>::Error

The type returned in the event of a conversion error.
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fn try_into(self) -> Result<U, <U as TryFrom<T>>::Error>

Performs the conversion.