pub async fn register_sink(&self, spu_id: SpuId, sink: KfSink, param: ConnParams)  {

        self.conn_mgr.register_sink(spu_id,sink,param).await;
        debug!("Successfully registered SPU {}",spu_id);
        self.send_state_to_sender(SpuConnectionStatusChange::On(spu_id)).await;
    }
/// Register new sink 
/// true if successfully register
Register new sink
true if successfully register
Register new sink true if successfully register
pub async fn register_sink(&self, spu_id: SpuId, sink: KfSink, param: ConnParams)  {
        self.conn_mgr.register_sink(spu_id,sink,param).await;
        debug!("Successfully registered SPU {}",spu_id);
        self.send_state_to_sender(SpuConnectionStatusChange::On(spu_id)).await;
    }
pub async fn register_sink ( & self , spu_id : SpuId , sink : KfSink , param : ConnParams ) { self . conn_mgr . register_sink ( spu_id , sink , param ) . await ; debug ! ( " " spu_id ) ; self . send_state_to_sender ( SpuConnectionStatusChange :: On ( spu_id ) ) . await ; }
Register new sink
true if successfully register
Register new sink true if successfully register
&self
spu_id
SpuId
sink
KfSink
param
ConnParams
&self
spu_id
SpuId
sink
KfSink
param
ConnParams