pub async fn handle_profile_events(
    state: Arc<RwLock<ProfileState>>,
    mut connect_requests: bredr::ConnectionReceiverRequestStream,
    mut results_requests: bredr::SearchResultsRequestStream,
) -> Result<(), Error> {
    loop {
        select! {
            connect_request = connect_requests.try_next() => {
                let bredr::ConnectionReceiverRequest::Connected { protocol, channel, .. } =
                    connect_request?.ok_or(anyhow!("BR/EDR ended service registration"))?;

                // Received an incoming connection request for our advertised service.
                let protocol = protocol.iter().map(Into::into).collect();
                let server_channel =
                    server_channel_from_protocol(&protocol).ok_or(anyhow!("Invalid"))?;
                let channel = Channel::try_from(channel).unwrap();
                // Spawn a processing task to handle read & writes over this RFCOMM channel.
                let receiver = state.write().rfcomm.create_channel(server_channel);
                fasync::Task::spawn(
                    rfcomm_channel_task(server_channel, state.clone(), channel, receiver)
                ).detach();
                println!("Inbound Rfcomm Channel ({:?}) established", server_channel);
            }
            results_request = results_requests.try_next() => {
                let bredr::SearchResultsRequest::ServiceFound { peer_id, protocol, responder, .. } =
                    results_request?.ok_or(anyhow!("BR/EDR ended service search"))?;
                responder.send()?;

                // Discovered an advertised service for the remote peer identified by `peer_id`.
                let id: PeerId = peer_id.into();
                let protocol = protocol.expect("Protocol should exist").iter().map(Into::into).collect();
                let server_channel =
                    server_channel_from_protocol(&protocol)
                    .ok_or(anyhow!("Invalid"))?;
                println!("Found service for {:?} with server channel: {:?}",
                    id.to_string(), server_channel
                );
            }
            complete => return Ok(()),
        }
    }
}
/// Processes incoming connection requests over the `connect_requests` stream.
/// Processes incoming search results over the `results_requests` stream.
Processes incoming connection requests over the `connect_requests` stream.
Processes incoming search results over the `results_requests` stream.
Processes incoming connection requests over the ` connect_requests ` stream . Processes incoming search results over the ` results_requests ` stream .
pub async fn handle_profile_events(
    state: Arc<RwLock<ProfileState>>,
    mut connect_requests: bredr::ConnectionReceiverRequestStream,
    mut results_requests: bredr::SearchResultsRequestStream,
) -> Result<(), Error> {
    loop {
        select! {
            connect_request = connect_requests.try_next() => {
                let bredr::ConnectionReceiverRequest::Connected { protocol, channel, .. } =
                    connect_request?.ok_or(anyhow!("BR/EDR ended service registration"))?;
                // Received an incoming connection request for our advertised service.
                let protocol = protocol.iter().map(Into::into).collect();
                let server_channel =
                    server_channel_from_protocol(&protocol).ok_or(anyhow!("Invalid"))?;
                let channel = Channel::try_from(channel).unwrap();
                // Spawn a processing task to handle read & writes over this RFCOMM channel.
                let receiver = state.write().rfcomm.create_channel(server_channel);
                fasync::Task::spawn(
                    rfcomm_channel_task(server_channel, state.clone(), channel, receiver)
                ).detach();
                println!("Inbound Rfcomm Channel ({:?}) established", server_channel);
            }
            results_request = results_requests.try_next() => {
                let bredr::SearchResultsRequest::ServiceFound { peer_id, protocol, responder, .. } =
                    results_request?.ok_or(anyhow!("BR/EDR ended service search"))?;
                responder.send()?;
                // Discovered an advertised service for the remote peer identified by `peer_id`.
                let id: PeerId = peer_id.into();
                let protocol = protocol.expect("Protocol should exist").iter().map(Into::into).collect();
                let server_channel =
                    server_channel_from_protocol(&protocol)
                    .ok_or(anyhow!("Invalid"))?;
                println!("Found service for {:?} with server channel: {:?}",
                    id.to_string(), server_channel
                );
            }
            complete => return Ok(()),
        }
    }
}
pub async fn handle_profile_events ( state : Arc < RwLock < ProfileState > > , mut connect_requests : bredr :: ConnectionReceiverRequestStream , mut results_requests : bredr :: SearchResultsRequestStream , ) -> Result < ( ) , Error > { loop { select ! { connect_request connect_requests try_next ( ) { let bredr ConnectionReceiverRequest Connected { protocol channel } connect_request ok_or ( anyhow ( " " ) ) // Received an incoming connection request for our advertised service. let protocol protocol iter ( ) map ( Into into ) collect ( ) let server_channel server_channel_from_protocol ( protocol ) ok_or ( anyhow ( " " ) ) let channel Channel try_from ( channel ) unwrap ( ) // Spawn a processing task to handle read & writes over this RFCOMM channel. let receiver state write ( ) rfcomm create_channel ( server_channel ) fasync Task spawn ( rfcomm_channel_task ( server_channel state clone ( ) channel receiver ) ) detach ( ) println ( " " server_channel ) } results_request results_requests try_next ( ) { let bredr SearchResultsRequest ServiceFound { peer_id protocol responder } results_request ok_or ( anyhow ( " " ) ) responder send ( ) // Discovered an advertised service for the remote peer identified by `peer_id`. let id PeerId peer_id into ( ) let protocol protocol expect ( " " ) iter ( ) map ( Into into ) collect ( ) let server_channel server_channel_from_protocol ( protocol ) ok_or ( anyhow ( " " ) ) println ( " " id to_string ( ) server_channel ) } complete return Ok ( ( ) ) } } }
Processes incoming connection requests over the `connect_requests` stream.
Processes incoming connection requests over the ` connect_requests ` stream .
state
Arc<RwLock<ProfileState>>
connect_requests
bredr::ConnectionReceiverRequestStream
results_requests
bredr::SearchResultsRequestStream
state
Arc<RwLock<ProfileState>>
connect_requests
bredr::ConnectionReceiverRequestStream
results_requests
bredr::SearchResultsRequestStream