public void Process(List <AirlockEvent <byte[]> > events, ProcessorMetrics processorMetrics)
{
var airlockEvents = events.Select(x => new AirlockEvent <T>
{
RoutingKey = x.RoutingKey,
Timestamp = x.Timestamp,
Payload = airlockDeserializer.Deserialize(new ByteBufferAirlockSource(x.Payload)),
}).ToList();
airlockEventProcessor.Process(airlockEvents, processorMetrics);
}
public ProcessorHost(string consumerGroupHostId, string routingKey, IAirlockEventProcessor processor, ILog log, Consumer <Null, byte[]> consumer, IMetricScope metricScope, TimeSpan flushMetricsInterval, ProcessorHostSettings processorHostSettings)
{
this.routingKey = routingKey;
this.processor = processor;
this.log = log;
this.consumer = consumer;
this.processorHostSettings = processorHostSettings;
AssignedPartitions = new int[0];
processorThread = new Thread(ProcessorThreadFunc)
{
IsBackground = true,
Name = $"processor-{consumerGroupHostId}-{processor.ProcessorId}",
};
queueGauge = metricScope.Gauge(flushMetricsInterval, "queue_size", () => eventsQueue.Count);
pausedGauge = metricScope.Gauge(flushMetricsInterval, "paused", () => pausedPartitions != null ? 1 : 0);
messageEnqueuedCounter = metricScope.Counter(flushMetricsInterval, "message_enqueued");
processorMetrics = new ProcessorMetrics(metricScope, flushMetricsInterval);
}
public abstract void Process(List <AirlockEvent <T> > events, ProcessorMetrics processorMetrics);