Struct ManifoldLaneSet 

pub struct ManifoldLaneSet<M: RawMutex + 'static, const LANE_COUNT: usize, const NOTIFY: usize> { /* private fields */ }

Implementations

impl<M: RawMutex + Sync + 'static, const LANE_COUNT: usize, const NOTIFY: usize> ManifoldLaneSet<M, LANE_COUNT, NOTIFY>

pub fn new() -> Self

pub fn claim_interface<const FRAME: usize, const INBOUND_DEPTH: usize, const OUTBOUND_DEPTH: usize>( &mut self, storage: &'static StaticManifoldLane<M, FRAME, INBOUND_DEPTH, OUTBOUND_DEPTH>, descriptor: InterfaceDescriptor, ) -> Result<InterfaceLane<M, FRAME>, LaneClaimError>

pub fn claim_interface_with_outbound_buffer<const FRAME: usize, const INBOUND_DEPTH: usize, const OUTBOUND_DEPTH: usize>( &mut self, storage: &'static StaticManifoldLane<M, FRAME, INBOUND_DEPTH, OUTBOUND_DEPTH>, descriptor: InterfaceDescriptor, outbound_buffer: &'static mut [FrameSlot<FRAME>], ) -> Result<InterfaceLane<M, FRAME>, LaneClaimError>

Claims an interface whose outbound frame ring lives in caller-owned static storage.

pub fn claim_interface_with_ifac<const FRAME: usize, const INBOUND_DEPTH: usize, const OUTBOUND_DEPTH: usize>( &mut self, storage: &'static StaticManifoldLane<M, FRAME, INBOUND_DEPTH, OUTBOUND_DEPTH>, descriptor: InterfaceDescriptor, context: IfacContext, ) -> Result<InterfaceLane<M, FRAME>, LaneClaimError>

pub fn claim_supervisor<const FRAME: usize, const INBOUND_DEPTH: usize, const OUTBOUND_DEPTH: usize>( &mut self, storage: &'static StaticManifoldLane<M, FRAME, INBOUND_DEPTH, OUTBOUND_DEPTH>, supervisor: InterfaceId, outbound_wake: &'static Signal<M, ()>, ) -> Result<SupervisorLane<M, FRAME>, LaneClaimError>

pub fn claim_supervisor_with_outbound_buffer<const FRAME: usize, const INBOUND_DEPTH: usize, const OUTBOUND_DEPTH: usize>( &mut self, storage: &'static StaticManifoldLane<M, FRAME, INBOUND_DEPTH, OUTBOUND_DEPTH>, supervisor: InterfaceId, outbound_wake: &'static Signal<M, ()>, outbound_buffer: &'static mut [FrameSlot<FRAME>], ) -> Result<SupervisorLane<M, FRAME>, LaneClaimError>

Claims a supervisor whose outbound frame ring lives in caller-owned static storage.

This keeps a large burst queue out of scarce internal RAM on targets with a separately initialized external-memory allocator. Inbound storage and notification accounting remain those declared by INBOUND_DEPTH.

pub fn claim_supervisor_with_ifac<const FRAME: usize, const INBOUND_DEPTH: usize, const OUTBOUND_DEPTH: usize>( &mut self, storage: &'static StaticManifoldLane<M, FRAME, INBOUND_DEPTH, OUTBOUND_DEPTH>, supervisor: InterfaceId, context: IfacContext, outbound_wake: &'static Signal<M, ()>, ) -> Result<SupervisorLane<M, FRAME>, LaneClaimError>

pub fn into_manifold_wiring<const COMMANDS: usize, const LIFECYCLE: usize, const COMPLETIONS: usize>( self, notify: Receiver<'static, M, InterfaceId, NOTIFY>, commands: Receiver<'static, M, IssuedCommand, COMMANDS>, lifecycle: Receiver<'static, M, InterfaceLifecycle, LIFECYCLE>, handle: PrnsNodeHandle<'static, M, COMMANDS, COMPLETIONS>, ) -> ManifoldWiring<M, LANE_COUNT, NOTIFY, COMMANDS, LIFECYCLE, COMPLETIONS>

Trait Implementations

impl<M: RawMutex + Sync + 'static, const LANE_COUNT: usize, const NOTIFY: usize> Default for ManifoldLaneSet<M, LANE_COUNT, NOTIFY>

fn default() -> Self

Returns the “default value” for a type.