pub fn create(
        handler_factory: Arc<Mutex<dyn SettingHandlerFactory + Send + Sync>>,
        conduit: ConduitHandle,
    ) -> Arc<Mutex<RegistryImpl>> {
        let (notification_tx, mut notification_rx) =
            futures::channel::mpsc::unbounded::<SettingType>();

        let (conduit_tx, mut conduit_rx) = block_on(conduit.lock()).create_waypoint();

        // We must create handle here rather than return back the value as we
        // reference the registry in the async tasks below.
        let registry = Arc::new(Mutex::new(Self {
            command_sender_map: HashMap::new(),
            conduit_sender: conduit_tx,
            notification_sender: notification_tx,
            active_listeners: vec![],
            handler_factory: handler_factory,
        }));

        // An async task is spawned here to listen to the SettingAction for new
        // directives. Note that the receiver is the one provided in the arguments.
        {
            let registry_clone = registry.clone();
            fasync::spawn(
                async move {
                    while let Some(conduit_data) = conduit_rx.next().await {
                        if let ConduitData::Action(action) = conduit_data {
                            registry_clone.lock().await.process_action(action).await;
                        }
                    }
                    Ok(())
                }
                .unwrap_or_else(|_e: anyhow::Error| {}),
            );
        }

        // An async task is spawned here to listen for notifications. The receiver
        // handles notifications from all sources.
        {
            let registry_clone = registry.clone();
            fasync::spawn(
                async move {
                    while let Some(setting_type) = notification_rx.next().await {
                        registry_clone.lock().await.notify(setting_type);
                    }
                    Ok(())
                }
                .unwrap_or_else(|_e: anyhow::Error| {}),
            );
        }

        return registry;
    }
/// Returns a handle to a RegistryImpl which is listening to SettingAction from the
/// provided receiver and will send responses/updates on the given sender.
Returns a handle to a RegistryImpl which is listening to SettingAction from the
provided receiver and will send responses/updates on the given sender.
Returns a handle to a RegistryImpl which is listening to SettingAction from the provided receiver and will send responses / updates on the given sender .
pub fn create(
        handler_factory: Arc<Mutex<dyn SettingHandlerFactory + Send + Sync>>,
        conduit: ConduitHandle,
    ) -> Arc<Mutex<RegistryImpl>> {
        let (notification_tx, mut notification_rx) =
            futures::channel::mpsc::unbounded::<SettingType>();
        let (conduit_tx, mut conduit_rx) = block_on(conduit.lock()).create_waypoint();
        // We must create handle here rather than return back the value as we
        // reference the registry in the async tasks below.
        let registry = Arc::new(Mutex::new(Self {
            command_sender_map: HashMap::new(),
            conduit_sender: conduit_tx,
            notification_sender: notification_tx,
            active_listeners: vec![],
            handler_factory: handler_factory,
        }));
        // An async task is spawned here to listen to the SettingAction for new
        // directives. Note that the receiver is the one provided in the arguments.
        {
            let registry_clone = registry.clone();
            fasync::spawn(
                async move {
                    while let Some(conduit_data) = conduit_rx.next().await {
                        if let ConduitData::Action(action) = conduit_data {
                            registry_clone.lock().await.process_action(action).await;
                        }
                    }
                    Ok(())
                }
                .unwrap_or_else(|_e: anyhow::Error| {}),
            );
        }
        // An async task is spawned here to listen for notifications. The receiver
        // handles notifications from all sources.
        {
            let registry_clone = registry.clone();
            fasync::spawn(
                async move {
                    while let Some(setting_type) = notification_rx.next().await {
                        registry_clone.lock().await.notify(setting_type);
                    }
                    Ok(())
                }
                .unwrap_or_else(|_e: anyhow::Error| {}),
            );
        }
        return registry;
    }
pub fn create ( handler_factory : Arc < Mutex < dyn SettingHandlerFactory + Send + Sync > > , conduit : ConduitHandle , ) -> Arc < Mutex < RegistryImpl > > { let ( notification_tx , mut notification_rx ) = futures :: channel :: mpsc :: unbounded :: < SettingType > ( ) ; let ( conduit_tx , mut conduit_rx ) = block_on ( conduit . lock ( ) ) . create_waypoint ( ) ; // We must create handle here rather than return back the value as we // reference the registry in the async tasks below. let registry = Arc :: new ( Mutex :: new ( Self { command_sender_map : HashMap :: new ( ) , conduit_sender : conduit_tx , notification_sender : notification_tx , active_listeners : vec ! [ ] , handler_factory : handler_factory , } ) ) ; // An async task is spawned here to listen to the SettingAction for new // directives. Note that the receiver is the one provided in the arguments. { let registry_clone = registry . clone ( ) ; fasync :: spawn ( async move { while let Some ( conduit_data ) = conduit_rx . next ( ) . await { if let ConduitData :: Action ( action ) = conduit_data { registry_clone . lock ( ) . await . process_action ( action ) . await ; } } Ok ( ( ) ) } . unwrap_or_else ( | _e : anyhow :: Error | { } ) , ) ; } // An async task is spawned here to listen for notifications. The receiver // handles notifications from all sources. { let registry_clone = registry . clone ( ) ; fasync :: spawn ( async move { while let Some ( setting_type ) = notification_rx . next ( ) . await { registry_clone . lock ( ) . await . notify ( setting_type ) ; } Ok ( ( ) ) } . unwrap_or_else ( | _e : anyhow :: Error | { } ) , ) ; } return registry ; }
Returns a handle to a RegistryImpl which is listening to SettingAction from the
provided receiver and will send responses/updates on the given sender.
Returns a handle to a RegistryImpl which is listening to SettingAction from the provided receiver and will send responses / updates on the given sender .
handler_factory
Arc<Mutex<dyn SettingHandlerFactory + Send + Sync>>
conduit
ConduitHandle
handler_factory
Arc<Mutex<dyn SettingHandlerFactory + Send + Sync>>
conduit
ConduitHandle