...
/**
* Actions queue statistics.
*/
public class ActionsQueueStats extends AbstractStats {
/**
* Stats values definitions.
*/
public static enum StatDef {
/**
* Requested actions.
*/
REQUESTED_ACTIONS("ReqAct"),
/**
* Requested create actions.
*/
REQUESTED_CREATE_ACTIONS("ReqCreAct"),
/**
* Requested update actions.
*/
REQUESTED_UPDATE_ACTIONS("ReqUpdAct"),
/**
* Requested delete actions.
*/
REQUESTED_DELETE_ACTIONS("ReqDelAct"),
/**
* Enqueued actions.
*/
ENQUEUED_ACTIONS("EnqAct"),
/**
* Last (on last request) queue elements count.
*/
LAST_QUEUE_ELEMENTS("LastQEls"),
/**
* Min queue elements count on request.
*/
MIN_QUEUE_ELEMENTS("MinQEls"),
/**
* Max queue elements count on request.
*/
MAX_QUEUE_ELEMENTS("MaxQEls"),
/**
* Average queue elements count on request.
*/
AVG_QUEUE_ELEMENTS("AvgQEls"),
/**
* Processed actions.
*/
PROCESSED_ACTIONS("ProcAct"),
/**
* Processed actions batches.
*/
PROCESSED_BATCHES("ProcBat"),
/**
* Total processing time.
*/
PROCESSING_TIME("ProcTime"),
/**
* Min batch processing time.
*/
MIN_BATCH_PROCESSING_TIME("MinBProcTime"),
/**
* Max batch processing time.
*/
MAX_BATCH_PROCESSING_TIME("MaxBProcTime"),
/**
* Average batch processing time.
*/
AVG_BATCH_PROCESSING_TIME("AvgBProcTime"),
/**
* Min batch size.
*/
MIN_BATCH_SIZE("MinBSize"),
/**
* Max batch size.
*/
MAX_BATCH_SIZE("MaxBSize"),
/**
* Average batch size.
*/
AVG_BATCH_SIZE("AvgBSize"),
/**
* Queue overflows count.
*/
QUEUE_OVERFLOWS("QFull"),
/**
* Processing errors count.
*/
PROCESSING_ERRORS("ProcERR");
/**
* Stats value name.
*/
private String statName;
/**
* Constructor.
*
* @param aStatName stats value name.
*/
private StatDef(final String aStatName) {
statName = aStatName;
}
/**
* Get stats value name.
*
* @return the stats value name.
*/
public String getStatName() {
return statName;
}
/**
* Get stats label for print.
*
* @return stats label for print.
*/
public String getStatLabel() {
return " " + statName + ": ";
}
/**
* Get all supported stat values names.
*
* @return stat values names list.
*/
public static List<String> getStatNames() {
List<String> ret = new ArrayList<String>(StatDef.values().length);
for (StatDef v : StatDef.values()) {
ret.add(v.getStatName());
}
return ret;
}
}
/**
* Min size value.
*/
public static final long MIN_SIZE_DEFAULT = Long.MAX_VALUE;
/**
* Max size value.
*/
public static final long MAX_SIZE_DEFAULT = 0L;
/**
* Requested actions.
*/
private StatValue requestedActions;
/**
* Requested create actions.
*/
private StatValue requestedCreateActions;
/**
* Requested update actions.
*/
private StatValue requestedUpdateActions;
/**
* Requested delete actions.
*/
private StatValue requestedDeleteActions;
/**
* Enqueued actions.
*/
private StatValue enqueuedActions;
/**
* Last (on last request) queue elements count.
*/
private StatValue lastQueueElements;
/**
* Min queue elements count on request.
*/
private StatValue minQueueElements;
/**
* Max queue elements count on request.
*/
private StatValue maxQueueElements;
/**
* Queue elements sum. Used to calculate average value.
*/
private StatValue queueElementsSum;
/**
* Processed actions.
*/
private StatValue processedActions;
/**
* Processed actions batches.
*/
private StatValue processedBatches;
/**
* Total processing time.
*/
private StatValue processingTime;
/**
* Min batch processing time.
*/
private StatValue minBatchProcessingTime;
/**
* Max batch processing time.
*/
private StatValue maxBatchProcessingTime;
/**
* Min batch size.
*/
private StatValue minBatchSize;
/**
* Max batch size.
*/
private StatValue maxBatchSize;
/**
* Queue overflows count.
*/
private StatValue queueOverflows;
/**
* Processing processingErrors count.
*/
private StatValue processingErrors;
/**
* Name of the stats value.
*/
private String name;
/**
* Constructor.
*
* @param aName stats name.
* @param selectedIntervals supported stats intervals.
*/
public ActionsQueueStats(final String aName, final Interval[] selectedIntervals) {
Long longPattern = Long.valueOf(0);
name = aName;
requestedActions = StatValueFactory.createStatValue(longPattern, "requestedActions", selectedIntervals);
requestedCreateActions = StatValueFactory.createStatValue(longPattern, "requestedCreateActions", selectedIntervals);
requestedUpdateActions = StatValueFactory.createStatValue(longPattern, "requestedUpdateActions", selectedIntervals);
requestedDeleteActions = StatValueFactory.createStatValue(longPattern, "requestedDeleteActions", selectedIntervals);
enqueuedActions = StatValueFactory.createStatValue(longPattern, "enqueuedActions", selectedIntervals);
lastQueueElements = StatValueFactory.createStatValue(longPattern, "lastQueueElements", selectedIntervals);
minQueueElements = StatValueFactory.createStatValue(longPattern, "minQueueElements", selectedIntervals);
minQueueElements.setDefaultValueAsLong(MIN_SIZE_DEFAULT);
minQueueElements.reset();
maxQueueElements = StatValueFactory.createStatValue(longPattern, "maxQueueElements", selectedIntervals);
maxQueueElements.setDefaultValueAsLong(MAX_SIZE_DEFAULT);
maxQueueElements.reset();
queueElementsSum = StatValueFactory.createStatValue(longPattern, "queueElementsSum", selectedIntervals);
processedActions = StatValueFactory.createStatValue(longPattern, "processedActions", selectedIntervals);
processedBatches = StatValueFactory.createStatValue(longPattern, "processedBatches", selectedIntervals);
processingTime = StatValueFactory.createStatValue(longPattern, "processingTime", selectedIntervals);
minBatchProcessingTime = StatValueFactory.createStatValue(longPattern, "minBatchProcessingTime", selectedIntervals);
minBatchProcessingTime.setDefaultValueAsLong(MIN_SIZE_DEFAULT);
minBatchProcessingTime.reset();
maxBatchProcessingTime = StatValueFactory.createStatValue(longPattern, "maxBatchProcessingTime", selectedIntervals);
maxBatchProcessingTime.setDefaultValueAsLong(MAX_SIZE_DEFAULT);
maxBatchProcessingTime.reset();
minBatchSize = StatValueFactory.createStatValue(longPattern, "minBatchSize", selectedIntervals);
minBatchSize.setDefaultValueAsLong(MIN_SIZE_DEFAULT);
minBatchSize.reset();
maxBatchSize = StatValueFactory.createStatValue(longPattern, "maxBatchSize", selectedIntervals);
maxBatchSize.setDefaultValueAsLong(MAX_SIZE_DEFAULT);
maxBatchSize.reset();
queueOverflows = StatValueFactory.createStatValue(longPattern, "queueOverflows", selectedIntervals);
processingErrors = StatValueFactory.createStatValue(longPattern, "processingErrors", selectedIntervals);
}
/* (non-Javadoc)
* @see net.java.dev.moskito.core.producers.AbstractStats#getName()
*/
@Override
public final String getName() {
return name;
}
/* (non-Javadoc)
* @see net.java.dev.moskito.core.producers.AbstractStats#getAvailableValueNames()
*/
@Override
public final List<String> getAvailableValueNames() {
return StatDef.getStatNames();
}
/**
* Add requested (planned to be enqueued) action to stats.
*
* @param action requested action.
* @param aCurrentQueueElements current queue elements count.
*/
public final void addRequestedAction(final CMProfileAction action, final long aCurrentQueueElements) {
requestedActions.increase();
switch (action.getType()) {
case INSERT:
requestedCreateActions.increase();
break;
case UPDATE:
requestedUpdateActions.increase();
break;
case DELETE:
requestedDeleteActions.increase();
break;
default:
// do nothing
}
lastQueueElements.setValueAsLong(aCurrentQueueElements);
minQueueElements.setValueIfLesserThanCurrentAsLong(aCurrentQueueElements);
maxQueueElements.setValueIfGreaterThanCurrentAsLong(aCurrentQueueElements);
queueElementsSum.increaseByLong(aCurrentQueueElements);
}
/**
* Add enqueued action to stats.
*/
public final void addEnqueuedAction() {
enqueuedActions.increase();
}
/**
* Add processed actions batch to stats.
*
* @param actions processed actions.
* @param aProcessingTime processing time in mills.
*/
public final void addProcessedBatch(final List<CMProfileAction> actions, final long aProcessingTime) {
processedActions.increaseByLong(actions.size());
processedBatches.increase();
processingTime.increaseByLong(aProcessingTime);
minBatchProcessingTime.setValueIfLesserThanCurrentAsLong(aProcessingTime);
maxBatchProcessingTime.setValueIfGreaterThanCurrentAsLong(aProcessingTime);
minBatchSize.setValueIfLesserThanCurrentAsLong(actions.size());
maxBatchSize.setValueIfGreaterThanCurrentAsLong(actions.size());
}
/**
* Add queue overflow (unrecoverable overflow) to stats.
*/
public final void addQueueOverflow() {
queueOverflows.increase();
}
/**
* Add processing error to stats.
*/
public final void addProcessingError() {
processingErrors.increase();
}
/**
* Get average queue elements.
*
* @param intervalName interval name.
* @return The average queue elements. Or 0 if no processed actions.
*/
public final long getAvgQueueElements(final String intervalName) {
long processedActionsValue = processedActions.getValueAsLong(intervalName);
return processedActionsValue != 0 ? queueElementsSum.getValueAsLong(intervalName) / processedActionsValue : 0;
}
/**
* Get average batch size stats.
*
* @param intervalName interval name.
* @return The average batch size. Or 0 if no processed batches.
*/
public final long getAvgBatchSize(final String intervalName) {
long processedBatchesValue = processedBatches.getValueAsLong(intervalName);
return processedBatchesValue != 0 ? processedActions.getValueAsLong(intervalName) / processedBatchesValue : 0;
}
/**
* Get average processing time stats.
*
* @param intervalName interval name.
* @return The average processing time. Or 0 if no processed batches.
*/
public final long getAvgBatchProcessingTime(final String intervalName) {
long processedBatchesValue = processedBatches.getValueAsLong(intervalName);
return processedBatchesValue != 0 ? processingTime.getValueAsLong(intervalName) / processedBatchesValue : 0;
}
/**
* Decorate min stat value.
*
* @param minValue value to decorate.
* @return minValue if it was set and 0 otherwise.
*/
public final long decorateMinValue(final long minValue) {
return minValue < MIN_SIZE_DEFAULT ? minValue : 0;
}
@Override
public final String toStatsString(final String intervalName, final TimeUnit timeUnit) {
StringBuilder b = new StringBuilder();
b.append(getName()).append(' ');
b.append(StatDef.REQUESTED_ACTIONS.getStatLabel()).append(requestedActions.getValueAsLong(intervalName));
b.append(StatDef.REQUESTED_CREATE_ACTIONS.getStatLabel()).append(requestedCreateActions.getValueAsLong(intervalName));
b.append(StatDef.REQUESTED_UPDATE_ACTIONS.getStatLabel()).append(requestedUpdateActions.getValueAsLong(intervalName));
b.append(StatDef.REQUESTED_DELETE_ACTIONS.getStatLabel()).append(requestedDeleteActions.getValueAsLong(intervalName));
b.append(StatDef.ENQUEUED_ACTIONS.getStatLabel()).append(enqueuedActions.getValueAsLong(intervalName));
b.append(StatDef.LAST_QUEUE_ELEMENTS.getStatLabel()).append(lastQueueElements.getValueAsLong(intervalName));
b.append(StatDef.MIN_QUEUE_ELEMENTS.getStatLabel()).append(decorateMinValue(minQueueElements.getValueAsLong(intervalName)));
b.append(StatDef.MAX_QUEUE_ELEMENTS.getStatLabel()).append(maxQueueElements.getValueAsLong(intervalName));
b.append(StatDef.AVG_QUEUE_ELEMENTS.getStatLabel()).append(getAvgQueueElements(intervalName));
b.append(StatDef.PROCESSED_ACTIONS.getStatLabel()).append(processedActions.getValueAsLong(intervalName));
b.append(StatDef.PROCESSED_BATCHES.getStatLabel()).append(processedBatches.getValueAsLong(intervalName));
b.append(StatDef.PROCESSING_TIME.getStatLabel()).append(processingTime.getValueAsLong(intervalName));
b.append(StatDef.MIN_BATCH_PROCESSING_TIME.getStatLabel()).append(decorateMinValue(minBatchProcessingTime.getValueAsLong(intervalName)));
b.append(StatDef.MAX_BATCH_PROCESSING_TIME.getStatLabel()).append(maxBatchProcessingTime.getValueAsLong(intervalName));
b.append(StatDef.AVG_BATCH_PROCESSING_TIME.getStatLabel()).append(getAvgBatchProcessingTime(intervalName));
b.append(StatDef.MIN_BATCH_SIZE.getStatLabel()).append(decorateMinValue(minBatchSize.getValueAsLong(intervalName)));
b.append(StatDef.MAX_BATCH_SIZE.getStatLabel()).append(maxBatchSize.getValueAsLong(intervalName));
b.append(StatDef.AVG_BATCH_SIZE.getStatLabel()).append(getAvgBatchSize(intervalName));
b.append(StatDef.QUEUE_OVERFLOWS.getStatLabel()).append(queueOverflows.getValueAsLong(intervalName));
b.append(StatDef.PROCESSING_ERRORS.getStatLabel()).append(processingErrors.getValueAsLong(intervalName));
return b.toString();
}
}
Overview
Content Tools