public RabbitMqWrapper(
IDateTimeProvider dateTimeProvider,
ILogger logger,
IConfigurationManager configurationManager,
IRabbitMqConnectionManager connectionManager,
IServiceMetrics serviceMetrics)
{
Logger = logger;
_dateTimeProvider = dateTimeProvider;
_serviceMetrics = serviceMetrics;
QueueName = ServiceInfo.QueueName;
// AutoAck is the opposite of AcknowledgeAfterProcessing
// AcknowledgeAfterProcessing will ack the message after it's been processed,
// while AutoAck (AcknowledgeAfterProcessing=False) will ack the message after it's
// been pulled from the queue.
_autoAck = !configurationManager.Get <bool>("AcknowledgeAfterProcessing", true);
_durable = configurationManager.Get <bool>("QueueIsDurable", true);
try
{
_amazonKinesisStreamName = configurationManager.Get <string>("MessageKinesisStream");
}
catch
{
_amazonKinesisStreamName = null;
}
try
{
_dataPumpLambdaName = configurationManager.Get <string>("DataPumpLambdaName");
}
catch
{
_dataPumpLambdaName = null;
}
if (!string.IsNullOrEmpty(_amazonKinesisStreamName))
{
_amazonFirehoseProducer = new AmazonFirehoseProducer(logger, configurationManager);
}
if (!string.IsNullOrEmpty(_dataPumpLambdaName))
{
_lambdaDataPump = new LambdaDataPump.LambdaDataPump(logger, _dataPumpLambdaName);
}
_maximumConcurrency = configurationManager.Get <ushort>("MaximumConcurrency", 0);
_channelCache = new ChannelCache(connectionManager, Logger, QueueConstants.ExchangeName, ExchangeType.Topic,
true, () => _serviceMetrics.RecordNewMainChannel());
}
public MessageSubscriber(IQueueWrapper queueWrapper, ILogger logger, IConfigurationManager config, IServiceMetrics metrics,
IMethodInspectorManager methodInspectorManager, IContainerFacade container)
{
_queueWrapper = queueWrapper;
_logger = logger;
_metrics = metrics;
_methodInspectorManager = methodInspectorManager;
_container = container;
}
