pub fn handle_writer_timed_event(&mut self, event: &Event) {
    let reciever = self.writer_timed_event_reciever.get(&event.token())
      .expect("Did not find a heartbeat receiver");
    while let Ok(timer_message) = reciever.try_recv() {
      self.writers.iter_mut()
          .find(|(_guid,writer)| writer.get_timed_event_entity_token() == event.token())
          .map( |(_guid, writer)| writer.handle_timed_event(timer_message));
    }
  }
/// Writer timed events can be heatrbeats or cache cleaning events.
/// events are distinguished by TimerMessageType which is send via mio channel. Channel token in
Writer timed events can be heatrbeats or cache cleaning events.
events are distinguished by TimerMessageType which is send via mio channel. Channel token in
Writer timed events can be heatrbeats or cache cleaning events . events are distinguished by TimerMessageType which is send via mio channel . Channel token in
pub fn handle_writer_timed_event(&mut self, event: &Event) {
    let reciever = self.writer_timed_event_reciever.get(&event.token())
      .expect("Did not find a heartbeat receiver");
    while let Ok(timer_message) = reciever.try_recv() {
      self.writers.iter_mut()
          .find(|(_guid,writer)| writer.get_timed_event_entity_token() == event.token())
          .map( |(_guid, writer)| writer.handle_timed_event(timer_message));
    }
  }
pub fn handle_writer_timed_event ( & mut self , event : & Event ) { let reciever = self . writer_timed_event_reciever . get ( & event . token ( ) ) . expect ( " " ) ; while let Ok ( timer_message ) = reciever . try_recv ( ) { self . writers . iter_mut ( ) . find ( | ( _guid , writer ) | writer . get_timed_event_entity_token ( ) == event . token ( ) ) . map ( | ( _guid , writer ) | writer . handle_timed_event ( timer_message ) ) ; } }
Writer timed events can be heatrbeats or cache cleaning events.
Writer timed events can be heatrbeats or cache cleaning events .
&mut self
event
&Event