/** * This method guarantees that the specified FlowFile to be transferred to * 'success' relationship even if it did not derive any Kafka message. */ public void trackEmpty(final FlowFile flowFile) { messageCountsByFlowFile.putIfAbsent(flowFile, new Counts()); }
public void incrementAcknowledgedCount(final FlowFile flowFile) { final Counts counter = messageCountsByFlowFile.computeIfAbsent(flowFile, ff -> new Counts()); counter.incrementAcknowledgedCount(); synchronized (progressMutex) { progressMutex.notify(); } }
/** * This method guarantees that the specified FlowFile to be transferred to * 'success' relationship even if it did not derive any Kafka message. */ public void trackEmpty(final FlowFile flowFile) { messageCountsByFlowFile.putIfAbsent(flowFile, new Counts()); }
/** * This method guarantees that the specified FlowFile to be transferred to * 'success' relationship even if it did not derive any Kafka message. */ public void trackEmpty(final FlowFile flowFile) { messageCountsByFlowFile.putIfAbsent(flowFile, new Counts()); }
/** * This method guarantees that the specified FlowFile to be transferred to * 'success' relationship even if it did not derive any Kafka message. */ public void trackEmpty(final FlowFile flowFile) { messageCountsByFlowFile.putIfAbsent(flowFile, new Counts()); }
public void incrementAcknowledgedCount(final FlowFile flowFile) { final Counts counter = messageCountsByFlowFile.computeIfAbsent(flowFile, ff -> new Counts()); counter.incrementAcknowledgedCount(); synchronized (progressMutex) { progressMutex.notify(); } }
public void incrementAcknowledgedCount(final FlowFile flowFile) { final Counts counter = messageCountsByFlowFile.computeIfAbsent(flowFile, ff -> new Counts()); counter.incrementAcknowledgedCount(); synchronized (progressMutex) { progressMutex.notify(); } }
public void incrementAcknowledgedCount(final FlowFile flowFile) { final Counts counter = messageCountsByFlowFile.computeIfAbsent(flowFile, ff -> new Counts()); counter.incrementAcknowledgedCount(); synchronized (progressMutex) { progressMutex.notify(); } }
public void incrementSentCount(final FlowFile flowFile) { final Counts counter = messageCountsByFlowFile.computeIfAbsent(flowFile, ff -> new Counts()); counter.incrementSentCount(); }
public void incrementSentCount(final FlowFile flowFile) { final Counts counter = messageCountsByFlowFile.computeIfAbsent(flowFile, ff -> new Counts()); counter.incrementSentCount(); }
public void incrementSentCount(final FlowFile flowFile) { final Counts counter = messageCountsByFlowFile.computeIfAbsent(flowFile, ff -> new Counts()); counter.incrementSentCount(); }
public void incrementSentCount(final FlowFile flowFile) { final Counts counter = messageCountsByFlowFile.computeIfAbsent(flowFile, ff -> new Counts()); counter.incrementSentCount(); }
public void incrementAcknowledgedCount(final FlowFile flowFile) { final Counts counter = messageCountsByFlowFile.computeIfAbsent(flowFile, ff -> new Counts()); counter.incrementAcknowledgedCount(); synchronized (progressMutex) { progressMutex.notify(); } }
/** * This method guarantees that the specified FlowFile to be transferred to * 'success' relationship even if it did not derive any Kafka message. */ public void trackEmpty(final FlowFile flowFile) { messageCountsByFlowFile.putIfAbsent(flowFile, new Counts()); }
/** * This method guarantees that the specified FlowFile to be transferred to * 'success' relationship even if it did not derive any Kafka message. */ public void trackEmpty(final FlowFile flowFile) { messageCountsByFlowFile.putIfAbsent(flowFile, new Counts()); }
public void incrementAcknowledgedCount(final FlowFile flowFile) { final Counts counter = messageCountsByFlowFile.computeIfAbsent(flowFile, ff -> new Counts()); counter.incrementAcknowledgedCount(); synchronized (progressMutex) { progressMutex.notify(); } }
/** * This method guarantees that the specified FlowFile to be transferred to * 'success' relationship even if it did not derive any Kafka message. */ public void trackEmpty(final FlowFile flowFile) { messageCountsByFlowFile.putIfAbsent(flowFile, new Counts()); }
public void incrementAcknowledgedCount(final FlowFile flowFile) { final Counts counter = messageCountsByFlowFile.computeIfAbsent(flowFile, ff -> new Counts()); counter.incrementAcknowledgedCount(); synchronized (progressMutex) { progressMutex.notify(); } }
public void incrementAcknowledgedCount(final FlowFile flowFile) { final Counts counter = messageCountsByFlowFile.computeIfAbsent(flowFile, ff -> new Counts()); counter.incrementAcknowledgedCount(); synchronized (progressMutex) { progressMutex.notify(); } }
public void incrementSentCount(final FlowFile flowFile) { final Counts counter = messageCountsByFlowFile.computeIfAbsent(flowFile, ff -> new Counts()); counter.incrementSentCount(); }