func (gc *GroupedSinks) Delete(sink sinks.Sink) bool {
gc.Lock()
defer gc.Unlock()
wrapper, ok := gc.apps[sink.AppId()][sink.Identifier()]
if ok {
close(wrapper.inputChan)
delete(gc.apps[sink.AppId()], sink.Identifier())
return true
}
return false
}
func (gc *GroupedSinks) Register(s sinks.Sink) bool {
gc.Lock()
defer gc.Unlock()
appId := s.AppId()
if appId == "" || s.Identifier() == "" {
return false
}
if gc.apps[appId] == nil {
gc.apps[appId] = make(map[string]sinks.Sink)
}
if gc.apps[appId][s.Identifier()] != nil {
return false
}
gc.apps[appId][s.Identifier()] = s
return true
}
func (gc *GroupedSinks) Register(in chan<- *logmessage.Message, s sinks.Sink) bool {
gc.Lock()
defer gc.Unlock()
appId := s.AppId()
if appId == "" || s.Identifier() == "" {
return false
}
sinksForApp := gc.apps[appId]
if sinksForApp == nil {
gc.apps[appId] = make(map[string]*sinkWrapper)
sinksForApp = gc.apps[appId]
}
if _, ok := sinksForApp[s.Identifier()]; ok {
return false
}
sinksForApp[s.Identifier()] = &sinkWrapper{inputChan: in, s: s}
return true
}
func (sinkManager *SinkManager) UnregisterSink(sink sinks.Sink) {
ok := sinkManager.sinks.CloseAndDelete(sink)
if !ok {
return
}
sinkManager.Metrics.Dec(sink)
if syslogSink, ok := sink.(*syslog.SyslogSink); ok {
syslogSink.Disconnect()
} else if _, ok := sink.(*dump.DumpSink); ok {
sinkManager.appStoreUpdateChan <- domain.AppServices{AppId: sink.AppId()}
}
sinkManager.logger.Debugf("SinkManager: Sink with identifier %s requested closing. Closed it.", sink.Identifier())
}
func (sinkManager *SinkManager) RegisterSink(sink sinks.Sink) bool {
inputChan := make(chan *logmessage.Message)
ok := sinkManager.sinks.Register(inputChan, sink)
if !ok {
return false
}
sinkManager.Metrics.Inc(sink)
sinkManager.logger.Debugf("SinkManager: Sink with identifier %v requested. Opened it.", sink.Identifier())
go func() {
sink.Run(inputChan)
sinkManager.UnregisterSink(sink)
}()
return true
}
func (gc *GroupedSinks) Delete(sink sinks.Sink) {
gc.Lock()
defer gc.Unlock()
delete(gc.apps[sink.AppId()], sink.Identifier())
}
func (sinkManager *SinkManager) UnregisterSink(sink sinks.Sink) {
sinkManager.sinks.Delete(sink)
close(sink.Channel())
sinkManager.Metrics.Dec(sink)
if syslogSink, ok := sink.(*sinks.SyslogSink); ok {
syslogSink.Disconnect()
}
sinkManager.logger.Infof("SinkManager: Sink with channel %v and identifier %s requested closing. Closed it.", sink.Channel(), sink.Identifier())
}
func (sinkManager *SinkManager) RegisterSink(sink sinks.Sink, block ...bool) bool {
inputChan := make(chan *logmessage.Message)
ok := sinkManager.sinks.Register(inputChan, sink)
if !ok {
return false
}
sinkManager.Metrics.Inc(sink)
sinkManager.logger.Infof("SinkManager: Sink with identifier %v requested. Opened it.", sink.Identifier())
if len(block) > 0 {
sink.Run(inputChan)
sinkManager.unregisterSink(sink)
} else {
go func() {
sink.Run(inputChan)
sinkManager.unregisterSink(sink)
}()
}
return true
}
func (messageRouter *messageRouter) unregisterSink(s sinks.Sink, activeSinks *groupedsinks.GroupedSinks) {
messageRouter.Lock()
defer messageRouter.Unlock()
activeSinks.Delete(s)
close(s.Channel())
switch s.(type) {
case *sinks.DumpSink:
messageRouter.activeDumpSinksCounter--
case *sinks.SyslogSink:
syslogSink, _ := s.(*sinks.SyslogSink)
syslogSink.Disconnect()
messageRouter.activeSyslogSinksCounter--
case *sinks.WebsocketSink:
messageRouter.activeWebsocketSinksCounter--
}
messageRouter.logger.Infof("MessageRouter: Sink with channel %v and identifier %s requested closing. Closed it.", s.Channel(), s.Identifier())
}