pub fn new(list: impl Iterator<Item = ProtocolConfig>) -> Result<Self, RegisterError> {
		let mut protocols = HashMap::new();
		for protocol in list {
			let mut cfg = RequestResponseConfig::default();
			cfg.set_connection_keep_alive(Duration::from_secs(10));
			cfg.set_request_timeout(protocol.request_timeout);

			let protocol_support = if protocol.inbound_queue.is_some() {
				ProtocolSupport::Full
			} else {
				ProtocolSupport::Outbound
			};

			let rq_rp = RequestResponse::new(GenericCodec {
				max_request_size: protocol.max_request_size,
				max_response_size: protocol.max_response_size,
			}, iter::once((protocol.name.as_bytes().to_vec(), protocol_support)), cfg);

			match protocols.entry(protocol.name) {
				Entry::Vacant(e) => e.insert((rq_rp, protocol.inbound_queue)),
				Entry::Occupied(e) =>
					return Err(RegisterError::DuplicateProtocol(e.key().clone())),
			};
		}

		Ok(Self {
			protocols,
			pending_responses: Default::default(),
			pending_responses_arrival_time: LruCache::new(1_000),
		})
	}
/// Creates a new behaviour. Must be passed a list of supported protocols. Returns an error if
/// the same protocol is passed twice.
Creates a new behaviour. Must be passed a list of supported protocols. Returns an error if
the same protocol is passed twice.
Creates a new behaviour . Must be passed a list of supported protocols . Returns an error if the same protocol is passed twice .
pub fn new(list: impl Iterator<Item = ProtocolConfig>) -> Result<Self, RegisterError> {
		let mut protocols = HashMap::new();
		for protocol in list {
			let mut cfg = RequestResponseConfig::default();
			cfg.set_connection_keep_alive(Duration::from_secs(10));
			cfg.set_request_timeout(protocol.request_timeout);
			let protocol_support = if protocol.inbound_queue.is_some() {
				ProtocolSupport::Full
			} else {
				ProtocolSupport::Outbound
			};
			let rq_rp = RequestResponse::new(GenericCodec {
				max_request_size: protocol.max_request_size,
				max_response_size: protocol.max_response_size,
			}, iter::once((protocol.name.as_bytes().to_vec(), protocol_support)), cfg);
			match protocols.entry(protocol.name) {
				Entry::Vacant(e) => e.insert((rq_rp, protocol.inbound_queue)),
				Entry::Occupied(e) =>
					return Err(RegisterError::DuplicateProtocol(e.key().clone())),
			};
		}
		Ok(Self {
			protocols,
			pending_responses: Default::default(),
			pending_responses_arrival_time: LruCache::new(1_000),
		})
	}
pub fn new ( list : impl Iterator < Item = ProtocolConfig > ) -> Result < Self , RegisterError > { let mut protocols = HashMap :: new ( ) ; for protocol in list { let mut cfg = RequestResponseConfig :: default ( ) ; cfg . set_connection_keep_alive ( Duration :: from_secs ( 10 ) ) ; cfg . set_request_timeout ( protocol . request_timeout ) ; let protocol_support = if protocol . inbound_queue . is_some ( ) { ProtocolSupport :: Full } else { ProtocolSupport :: Outbound } ; let rq_rp = RequestResponse :: new ( GenericCodec { max_request_size : protocol . max_request_size , max_response_size : protocol . max_response_size , } , iter :: once ( ( protocol . name . as_bytes ( ) . to_vec ( ) , protocol_support ) ) , cfg ) ; match protocols . entry ( protocol . name ) { Entry :: Vacant ( e ) => e . insert ( ( rq_rp , protocol . inbound_queue ) ) , Entry :: Occupied ( e ) => return Err ( RegisterError :: DuplicateProtocol ( e . key ( ) . clone ( ) ) ) , } ; } Ok ( Self { protocols , pending_responses : Default :: default ( ) , pending_responses_arrival_time : LruCache :: new ( 1_000 ) , } ) }
Creates a new behaviour.
Creates a new behaviour .
list
impl Iterator<Item = ProtocolConfig>
list
impl Iterator<Item = ProtocolConfig>