private void ApplySettings(ConsumerSettings <K, V> updatedSettings)
{
_settings = updatedSettings;
_pollTimeout = _settings.PollTimeout;
_positionTimeout = _settings.PositionTimeout;
_commitRefreshing = CommitRefreshing.Create <K, V>(_settings.CommitRefreshInterval);
try
{
if (_log.IsDebugEnabled)
{
_log.Debug($"Creating Kafka consumer with settings: {JsonConvert.SerializeObject(_settings)}");
}
var localSelf = Self;
_consumer = _settings.CreateKafkaConsumer(
consumeErrorHandler: (c, e) => localSelf.Tell(new Status.Failure(new KafkaException(e))),
partitionAssignedHandler: (c, tp) => localSelf.Tell(new PartitionAssigned(tp.ToImmutableHashSet())),
partitionRevokedHandler: (c, tp) => localSelf.Tell(new PartitionRevoked(tp.ToImmutableHashSet())),
statisticHandler: (c, json) => _statisticsHandler.OnStatistics(c, json));
if (_settings.ConnectionCheckerSettings.Enabled)
{
_connectionCheckerActor = Context.ActorOf(ConnectionChecker.Props(_settings.ConnectionCheckerSettings));
}
}
catch (Exception e)
{
ProcessError(e);
throw;
}
}
private void WithCheckerActorRef(Action <IActorRef> block)
{
var checker = ChildActorOf(ConnectionChecker.Props(_config));
block(checker);
Sys.Stop(Watch(checker));
ExpectTerminated(checker);
}
private T WithCheckerActorRef <T>(Func <IActorRef, T> block)
{
var checker = ChildActorOf(ConnectionChecker.Props(_config));
var res = block(checker);
Sys.Stop(Watch(checker));
ExpectTerminated(checker);
return(res);
}