Struct ProcessorBuilder 

pub struct ProcessorBuilder { /* private fields */ }

ProcessorBuilder is used to initialize a Processor instance.

Implementations

impl ProcessorBuilder

pub fn from_serialized(config: &str) -> Result<Self>

initialize a ProcessorBuilder with a serialized ProcessorConfig.

pub fn from_config(config: &ProcessorConfig) -> Result<Self>

initialize a ProcessorBuilder with a ProcessorConfig.

pub fn storage(self, storage: EntryStorage) -> Self

Set the storage for the processor.

pub fn measure(self, implement: PeriodicMeasure) -> Self

Set the measure for the processor.

pub fn dht_finger_table_size(self, size: usize) -> Self

Set the number of DHT finger-table slots for the processor’s swarm.

pub fn dht_virtual_nodes(self, positions_per_peer: u16) -> Self

Set storage-only virtual positions derived per physical peer.

Serialized configs reject values above rings_core::dht::MAX_STORAGE_VIRTUAL_POSITIONS_PER_OWNER. This builder setter is infallible for direct programmatic use; the core swarm builder normalizes the value once before storage ownership and protocol advertisement are created.

pub fn reassembly_limits(self, limits: ReassemblyLimits) -> Self

Set inbound chunk reassembly limits for the processor’s swarm.

pub fn online_node_type(self, node_type: OnlineNodeType) -> Self

Set the runtime family advertised in the online-node registry.

pub fn advertise_presence(self, advertise: bool) -> Self

Set whether listen() advertises this node’s presence.

pub fn advertise_onion_relay(self, advertise: bool) -> Self

Set whether listen() advertises this node as an onion relay.

pub fn advertise_onion_exit(self, advertise: bool) -> Self

Set whether listen() publishes this node as an onion exit.

pub fn registration_task<T>(self, task: T) -> Self

where T: RegistrationTask + 'static,

Add a custom periodic registration task.

pub fn shared_registration_task(self, task: Arc<dyn RegistrationTask>) -> Self

Add an already shared custom periodic registration task.

pub fn build(self) -> Result<Processor>

Build the Processor.