Struct FireAndForget 

pub struct FireAndForget { /* private fields */ }

Fire-and-forget reliability mode.

No acknowledgments, no retransmission, maximum throughput. Suitable for:

• LLM token streams
• Embeddings
• Intermediate activations
• Metrics/telemetry

Implementations

impl FireAndForget

pub fn new() -> Self

Create a new fire-and-forget mode

Trait Implementations

impl Debug for FireAndForget

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

Formats the value using the given formatter.

impl Default for FireAndForget

fn default() -> FireAndForget

Returns the “default value” for a type.

impl ReliabilityMode for FireAndForget

fn on_send(&mut self, _descriptor: Arc<RetransmitDescriptor>)

Called when a packet is sent. The descriptor carries pre- encryption inputs so the retransmit path can rebuild a fresh-counter packet rather than replaying stale ciphertext.

fn on_receive(&mut self, seq: u64) -> bool

Called when a packet is received. Returns true if accepted.

fn needs_ack(&self) -> bool

Check if this mode requires acknowledgments

fn build_nack(&self) -> Option<NackPayload>

Build a NACK payload if there are missing sequences

fn on_nack(&mut self, _nack: &NackPayload) -> Vec<Arc<RetransmitDescriptor>>

Process a received NACK and return descriptors for the caller to rebuild + dispatch. The returned Arc clones share the inner RetransmitDescriptor allocation; the caller bumps the refcount instead of deep-cloning the Vec<Bytes> of events.

fn get_timed_out(&mut self) -> Vec<Arc<RetransmitDescriptor>>

Get descriptors that need retransmission due to timeout. See Self::on_nack for the Arc-sharing contract.

fn has_pending(&self) -> bool

Check if there are unacknowledged packets

fn name(&self) -> &'static str

Get the name of this reliability mode