// Listen to incoming events
func (adapter *Slack) Listen(events chan *commons.Event) {
for {
select {
case msg := <-adapter.chReceiver:
switch msg.Data.(type) {
case wrapper.HelloEvent:
event := msg.Data.(wrapper.HelloEvent)
log.WithField("adapter", adapter.cfg.Type).Debugf("Hello: %v", event)
case *wrapper.MessageEvent:
event := msg.Data.(*wrapper.MessageEvent)
channelName := adapter.getChannelName(event.ChannelId)
// Operate only on selected channel
if channelName == adapter.cfg.Channel {
log.WithField("adapter", adapter.cfg.Type).Debugf("Message: %v", event)
e := commons.NewEvent().FromSlackMessage(event)
//adapter.syncUsers()
e.Username = adapter.getUsername(event.UserId)
events <- e
}
case *wrapper.PresenceChangeEvent:
event := msg.Data.(*wrapper.PresenceChangeEvent)
log.WithField("adapter", adapter.cfg.Type).Debugf("Presence Change: %v", event)
// Get username for presence change event
if event.UserId != adapter.userId {
isDuplicate := adapter.isDuplicateEvent(event)
if !isDuplicate {
e := commons.NewEvent().FromSlackStatus(event)
//adapter.syncUsers()
e.Username = adapter.getUsername(event.UserId)
events <- e
}
adapter.lastPcEvent = event
}
case wrapper.LatencyReport:
// Skip latency report
case *wrapper.SlackWSError:
err := msg.Data.(*wrapper.SlackWSError)
log.WithField("adapter", adapter.cfg.Type).Debugf("Error: %d - %s", err.Code, err.Msg)
default:
log.WithField("adapter", adapter.cfg.Type).Debugf("Unexpected: %v", msg.Data)
}
}
}
}
// Listen to incoming events
func (adapter *Telegram) Listen(events chan *commons.Event) {
messages := make(chan telebot.Message)
for {
adapter.bot.Listen(messages, time.Second)
for message := range messages {
log.WithField("adapter", adapter.cfg.Type).Debugf("Message: %v", message)
events <- commons.NewEvent().FromTelegramMessage(message)
}
time.Sleep(time.Second)
}
}
