pub fn build(self, multiplexer: &mut PacketMultiplexer<P::Packet>) -> MessageChannels {
        let mut channel_builder = ChannelBuilder::new(self.runtime, self.pool);
        let mut channels_map = ChannelsMap::default();
        let mut tasks: FuturesUnordered<_> = self
            .register_fns
            .into_iter()
            .map(|(_, (type_name, settings, register_fn))| {
                register_fn(
                    settings,
                    multiplexer,
                    &mut channel_builder,
                    &mut channels_map,
                )
                .map_err(move |error| ChannelTaskError { type_name, error })
            })
            .collect();

        let (remote, remote_handle) = async move {
            match tasks.next().await {
                None => ChannelTaskError {
                    type_name: "none",
                    error: "no channel tasks to run".to_owned().into(),
                },
                Some(Ok(())) => panic!("channel tasks only return errors"),
                Some(Err(err)) => err,
            }
        }
        .remote_handle();
        channel_builder.runtime.spawn(remote);

        MessageChannels {
            disconnected: false,
            task: remote_handle,
            channels: channels_map,
        }
    }
/// Build a `MessageChannels` instance that can send and receive all of the registered message
/// types via channels on the given packet multiplexer.
Build a `MessageChannels` instance that can send and receive all of the registered message
types via channels on the given packet multiplexer.
Build a ` MessageChannels ` instance that can send and receive all of the registered message types via channels on the given packet multiplexer .
pub fn build(self, multiplexer: &mut PacketMultiplexer<P::Packet>) -> MessageChannels {
        let mut channel_builder = ChannelBuilder::new(self.runtime, self.pool);
        let mut channels_map = ChannelsMap::default();
        let mut tasks: FuturesUnordered<_> = self
            .register_fns
            .into_iter()
            .map(|(_, (type_name, settings, register_fn))| {
                register_fn(
                    settings,
                    multiplexer,
                    &mut channel_builder,
                    &mut channels_map,
                )
                .map_err(move |error| ChannelTaskError { type_name, error })
            })
            .collect();
        let (remote, remote_handle) = async move {
            match tasks.next().await {
                None => ChannelTaskError {
                    type_name: "none",
                    error: "no channel tasks to run".to_owned().into(),
                },
                Some(Ok(())) => panic!("channel tasks only return errors"),
                Some(Err(err)) => err,
            }
        }
        .remote_handle();
        channel_builder.runtime.spawn(remote);
        MessageChannels {
            disconnected: false,
            task: remote_handle,
            channels: channels_map,
        }
    }
pub fn build ( self , multiplexer : & mut PacketMultiplexer < P :: Packet > ) -> MessageChannels { let mut channel_builder = ChannelBuilder :: new ( self . runtime , self . pool ) ; let mut channels_map = ChannelsMap :: default ( ) ; let mut tasks : FuturesUnordered < _ > = self . register_fns . into_iter ( ) . map ( | ( _ , ( type_name , settings , register_fn ) ) | { register_fn ( settings , multiplexer , & mut channel_builder , & mut channels_map , ) . map_err ( move | error | ChannelTaskError { type_name , error } ) } ) . collect ( ) ; let ( remote , remote_handle ) = async move { match tasks . next ( ) . await { None => ChannelTaskError { type_name : " " , error : " " . to_owned ( ) . into ( ) , } , Some ( Ok ( ( ) ) ) => panic ! ( " " ) , Some ( Err ( err ) ) => err , } } . remote_handle ( ) ; channel_builder . runtime . spawn ( remote ) ; MessageChannels { disconnected : false , task : remote_handle , channels : channels_map , } }
Build a `MessageChannels` instance that can send and receive all of the registered message
types via channels on the given packet multiplexer.
Build a ` MessageChannels ` instance that can send and receive all of the registered message types via channels on the given packet multiplexer .
self
multiplexer
&mut PacketMultiplexer<P::Packet>
self
multiplexer
&mut PacketMultiplexer<P::Packet>