async fn process_messages<F>(
        mut mgmt_cmd_receive: ManagementCommandReceiver<T>,
        fn_consume_message: F,
    ) where
        F: Fn(T, NodeId) + Clone + 'static,
    {
        let mut receive_map: ReceiveMap<T> = Vec::with_capacity(MAX_PEERS_HINT);
        let receive_duration = Duration::from_millis(500);
        while Self::process_management_commands(&mut receive_map, &mut mgmt_cmd_receive).is_ok() {
            let receive_futures = receive_map
                .iter_mut()
                .map(|(_, receiver)| receiver.recv().boxed())
                .collect::<Vec<_>>();
            let received_item = match timeout(receive_duration, select_all(receive_futures)).await {
                Ok((item, idx, _rem)) => Some((item, idx)),
                _ => None,
            };

            // Process the ready channel up to `BATCH_LIMIT`.
            if let Some((Some(item), idx)) = received_item {
                let mut batch = Vec::with_capacity(BATCH_LIMIT);
                batch.push(item);

                while let Ok(item) = receive_map[idx].1.try_recv() {
                    batch.push(item);
                    if batch.len() >= BATCH_LIMIT {
                        break;
                    }
                }

                let node_id = receive_map[idx].0;
                for item in batch.into_iter() {
                    fn_consume_message(item, node_id);
                }

                // Reorder the receive map recv_map.
                let t = receive_map.remove(idx);
                receive_map.push(t);
            }
        }
    }
/// The function processes received messages.
///
/// The event handler loop calls `select()` on receivers and dispatch.
The function processes received messages.
The event handler loop calls `select()` on receivers and dispatch.
The function processes received messages . The event handler loop calls ` select () ` on receivers and dispatch .
async fn process_messages<F>(
        mut mgmt_cmd_receive: ManagementCommandReceiver<T>,
        fn_consume_message: F,
    ) where
        F: Fn(T, NodeId) + Clone + 'static,
    {
        let mut receive_map: ReceiveMap<T> = Vec::with_capacity(MAX_PEERS_HINT);
        let receive_duration = Duration::from_millis(500);
        while Self::process_management_commands(&mut receive_map, &mut mgmt_cmd_receive).is_ok() {
            let receive_futures = receive_map
                .iter_mut()
                .map(|(_, receiver)| receiver.recv().boxed())
                .collect::<Vec<_>>();
            let received_item = match timeout(receive_duration, select_all(receive_futures)).await {
                Ok((item, idx, _rem)) => Some((item, idx)),
                _ => None,
            };
            // Process the ready channel up to `BATCH_LIMIT`.
            if let Some((Some(item), idx)) = received_item {
                let mut batch = Vec::with_capacity(BATCH_LIMIT);
                batch.push(item);
                while let Ok(item) = receive_map[idx].1.try_recv() {
                    batch.push(item);
                    if batch.len() >= BATCH_LIMIT {
                        break;
                    }
                }
                let node_id = receive_map[idx].0;
                for item in batch.into_iter() {
                    fn_consume_message(item, node_id);
                }
                // Reorder the receive map recv_map.
                let t = receive_map.remove(idx);
                receive_map.push(t);
            }
        }
    }
async fn process_messages < F > ( mut mgmt_cmd_receive : ManagementCommandReceiver < T > , fn_consume_message : F , ) where F : Fn ( T , NodeId ) + Clone + ' static , { let mut receive_map : ReceiveMap < T > = Vec :: with_capacity ( MAX_PEERS_HINT ) ; let receive_duration = Duration :: from_millis ( 500 ) ; while Self :: process_management_commands ( & mut receive_map , & mut mgmt_cmd_receive ) . is_ok ( ) { let receive_futures = receive_map . iter_mut ( ) . map ( | ( _ , receiver ) | receiver . recv ( ) . boxed ( ) ) . collect :: < Vec < _ > > ( ) ; let received_item = match timeout ( receive_duration , select_all ( receive_futures ) ) . await { Ok ( ( item , idx , _rem ) ) => Some ( ( item , idx ) ) , _ => None , } ; // Process the ready channel up to `BATCH_LIMIT`. if let Some ( ( Some ( item ) , idx ) ) = received_item { let mut batch = Vec :: with_capacity ( BATCH_LIMIT ) ; batch . push ( item ) ; while let Ok ( item ) = receive_map [ idx ] . 1 . try_recv ( ) { batch . push ( item ) ; if batch . len ( ) >= BATCH_LIMIT { break ; } } let node_id = receive_map [ idx ] . 0 ; for item in batch . into_iter ( ) { fn_consume_message ( item , node_id ) ; } // Reorder the receive map recv_map. let t = receive_map . remove ( idx ) ; receive_map . push ( t ) ; } } }
The function processes received messages.
The function processes received messages .
mgmt_cmd_receive
ManagementCommandReceiver<T>
fn_consume_message
F
mgmt_cmd_receive
ManagementCommandReceiver<T>
fn_consume_message
F