/**
* Build up statistics for current sampling.
*
* @param accumulatedStatistics intervalStatistics
* @param intervalStatistics cumulatedStatistics
*/
protected void updateStatistics(
StatisticsSet intervalStatistics, StatisticsSet accumulatedStatistics) {
Map<String, Object> result = newHashMap();
result.put("testTime", getCurrentRunningTime() / 1000);
List<Map<String, Object>> cumulativeStatistics = new ArrayList<Map<String, Object>>();
List<Map<String, Object>> lastSampleStatistics = new ArrayList<Map<String, Object>>();
for (Test test : accumulatedStatisticMapPerTest.keySet()) {
Map<String, Object> accumulatedStatisticMap = newHashMap();
Map<String, Object> intervalStatisticsMap = newHashMap();
StatisticsSet accumulatedSet = this.accumulatedStatisticMapPerTest.get(test);
StatisticsSet intervalSet = this.intervalStatisticMapPerTest.get(test);
accumulatedStatisticMap.put("testNumber", test.getNumber());
accumulatedStatisticMap.put("testDescription", test.getDescription());
intervalStatisticsMap.put("testNumber", test.getNumber());
intervalStatisticsMap.put("testDescription", test.getDescription());
// When only 1 test is running, it's better to use the parameterized
// snapshot.
for (Entry<String, StatisticExpression> each : getExpressionEntrySet()) {
if (INTERESTING_STATISTICS.contains(each.getKey())) {
accumulatedStatisticMap.put(
each.getKey(), getRealDoubleValue(each.getValue().getDoubleValue(accumulatedSet)));
intervalStatisticsMap.put(
each.getKey(), getRealDoubleValue(each.getValue().getDoubleValue(intervalSet)));
}
}
cumulativeStatistics.add(accumulatedStatisticMap);
lastSampleStatistics.add(intervalStatisticsMap);
}
Map<String, Object> totalStatistics = newHashMap();
for (Entry<String, StatisticExpression> each : getExpressionEntrySet()) {
if (INTERESTING_STATISTICS.contains(each.getKey())) {
totalStatistics.put(
each.getKey(),
getRealDoubleValue(each.getValue().getDoubleValue(accumulatedStatistics)));
}
}
result.put("totalStatistics", totalStatistics);
result.put("cumulativeStatistics", cumulativeStatistics);
result.put("lastSampleStatistics", lastSampleStatistics);
result.put("tpsChartData", getTpsValues());
result.put("peakTpsForGraph", this.peakTpsForGraph);
synchronized (this) {
result.put(GrinderConstants.P_PROCESS, this.runningProcess);
result.put(GrinderConstants.P_THREAD, this.runningThread);
result.put("success", !isAllTestFinished());
}
// Finally overwrite.. current one.
this.statisticData = result;
}
TestData(
ThreadContextLocator threadContextLocator,
StatisticsSetFactory statisticsSetFactory,
TestStatisticsHelper testStatisticsHelper,
TimeAuthority timeAuthority,
Instrumenter instrumenter,
Test testDefinition) {
m_statisticsSetFactory = statisticsSetFactory;
m_testStatisticsHelper = testStatisticsHelper;
m_timeAuthority = timeAuthority;
m_instrumenter = instrumenter;
m_threadContextLocator = threadContextLocator;
m_test = testDefinition;
m_testStatistics = m_statisticsSetFactory.create();
m_logMarker = MarkerFactory.getMarker("test-" + testDefinition.getNumber());
}