protected internal override void processResults(PerfTestResults results, TabularResultSet tabularResultSet)
{
foreach (PerfTestResult passResult in results.PassResults)
{
tabularResultSet.Results.Add(processRow(passResult, results));
}
}
//JAVA TO C# CONVERTER TODO TASK: Most Java annotations will not have direct .NET equivalent attributes:
//ORIGINAL LINE: @SuppressWarnings("unchecked") protected void processResults(org.camunda.bpm.qa.performance.engine.framework.PerfTestResults results, TabularResultSet tabularResultSet)
protected internal override void processResults(PerfTestResults results, TabularResultSet tabularResultSet)
{
List <object> row = new List <object>();
row.Add(results.TestName);
int insertCount = 0;
int deleteCount = 0;
int updateCount = 0;
int selectCount = 0;
if (results.PassResults.Count == 0)
{
return;
}
IList <PerfTestStepResult> stepResults = results.PassResults[0].StepResults;
foreach (PerfTestStepResult stepResult in stepResults)
{
IList <LinkedHashMap <string, string> > statementLogs = (IList <LinkedHashMap <string, string> >)stepResult.ResultData;
foreach (LinkedHashMap <string, string> statementLog in statementLogs)
{
string type = statementLog.get("statementType");
SqlStatementType statementType = Enum.Parse(typeof(SqlStatementType), type);
switch (statementType)
{
case SqlStatementType.DELETE:
deleteCount++;
break;
case SqlStatementType.INSERT:
insertCount++;
break;
case SqlStatementType.UPDATE:
updateCount++;
break;
default:
selectCount++;
break;
}
}
}
row.Add(insertCount);
row.Add(deleteCount);
row.Add(updateCount);
row.Add(selectCount);
tabularResultSet.addResultRow(row);
}
protected internal override void processResults(PerfTestResults results, TabularResultSet tabularResultSet)
{
PerfTestConfiguration configuration = results.Configuration;
IList <string> watchActivities = configuration.WatchActivities;
foreach (PerfTestResult passResult in results.PassResults)
{
string passTitle = getPassTitle(results.TestName, configuration, passResult);
TabularResultSet result = processPassResult(watchActivities, passResult);
htmlBuilder.addSection(passTitle, result);
}
}
protected internal override void processResults(PerfTestResults results, TabularResultSet tabularResultSet)
{
IList <object> row = new List <object>();
row.Add(results.TestName);
foreach (PerfTestResult passResult in results.PassResults)
{
processRow(row, passResult, results);
}
tabularResultSet.Results.Add(row);
}
protected internal virtual void processFile(File resultFile, TabularResultSet tabularResultSet)
{
PerfTestResults results = JsonUtil.readObjectFromFile(resultFile.AbsolutePath, typeof(PerfTestResults));
processResults(results, tabularResultSet);
}
protected internal abstract void processResults(PerfTestResults results, TabularResultSet tabularResultSet);
protected internal virtual void processRow(IList <object> row, PerfTestResult passResult, PerfTestResults results)
{
// add duration
row.Add(passResult.Duration);
// add throughput per second
long duration = passResult.Duration;
float numberOfRuns = results.Configuration.NumberOfRuns;
float throughput = (numberOfRuns / duration) * 1000;
row.Add(throughput);
// add speedup
float durationForSequential = 0;
foreach (PerfTestResult perfTestResult in results.PassResults)
{
if (perfTestResult.NumberOfThreads == 1)
{
durationForSequential = perfTestResult.Duration;
}
}
double speedUp = durationForSequential / passResult.Duration;
decimal bigDecimalSpeedUp = new decimal(speedUp);
bigDecimalSpeedUp.setScale(1, decimal.ROUND_HALF_UP);
row.Add(bigDecimalSpeedUp.doubleValue());
}
protected internal virtual IList <object> processRow(PerfTestResult passResult, PerfTestResults results)
{
IList <object> row = new List <object>();
PerfTestConfiguration configuration = results.Configuration;
// test name
row.Add(results.TestName);
// number of runs
int numberOfRuns = configuration.NumberOfRuns;
row.Add(numberOfRuns);
// database
row.Add(configuration.DatabaseName);
// history level
row.Add(configuration.HistoryLevel);
// start time
row.Add(configuration.StartTime);
// platform
row.Add(configuration.Platform);
// number of threads
row.Add(passResult.NumberOfThreads);
// add duration
long duration = passResult.Duration;
row.Add(duration);
// throughput
float numberOfRunsFloat = numberOfRuns;
float throughput = (numberOfRunsFloat / duration) * 1000;
row.Add(throughput);
return(row);
}
