func (ser *storeEventReader) readEvents(sub *util.Subscription) {
ser.perStoreFeeds = make(map[proto.StoreID][]string)
ser.perStoreUpdateCount = make(map[proto.StoreID]map[proto.Method]int)
for e := range sub.Events() {
ser.recordEvent(e)
}
}
// ProcessStoreEvents reads store events from the supplied channel and passes
// them to the correct methods of the supplied StoreEventListener. This method
// will run until the Subscription's events channel is closed.
func ProcessStoreEvents(l StoreEventListener, sub *util.Subscription) {
for event := range sub.Events() {
// TODO(tamird): https://github.com/barakmich/go-nyet/issues/7
switch specificEvent := event.(type) {
case *StartStoreEvent:
l.OnStartStore(specificEvent)
case *RegisterRangeEvent:
l.OnRegisterRange(specificEvent)
case *UpdateRangeEvent:
l.OnUpdateRange(specificEvent)
case *RemoveRangeEvent:
l.OnRemoveRange(specificEvent)
case *SplitRangeEvent:
l.OnSplitRange(specificEvent)
case *MergeRangeEvent:
l.OnMergeRange(specificEvent)
case *BeginScanRangesEvent:
l.OnBeginScanRanges(specificEvent)
case *EndScanRangesEvent:
l.OnEndScanRanges(specificEvent)
case *StoreStatusEvent:
l.OnStoreStatus(specificEvent)
case *ReplicationStatusEvent:
l.OnReplicationStatus(specificEvent)
}
}
}
// ProcessNodeEvents reads node events from the supplied channel and passes them
// to the correct methods of the supplied NodeEventListener. This method will
// run until the Subscription's events channel is closed.
func ProcessNodeEvents(l NodeEventListener, sub *util.Subscription) {
for event := range sub.Events() {
// TODO(tamird): https://github.com/barakmich/go-nyet/issues/7
switch specificEvent := event.(type) {
case *CallSuccessEvent:
l.OnCallSuccess(specificEvent)
case *CallErrorEvent:
l.OnCallError(specificEvent)
}
}
}
func (ner *nodeEventReader) readEvents(sub *util.Subscription) {
ner.perNodeFeeds = make(map[proto.NodeID][]string)
for e := range sub.Events() {
ner.recordEvent(e)
}
}