@Override
public void handleEvent(OperationEvent event) {
if (event.getEventType().equals(OperationEvent.OperationEventType.COMPLETE)) {
this.metrics.mark("#" + metrics.getCount());
putLimiter.removeJob(event.getFileID());
} else if (event.getEventType().equals(OperationEvent.OperationEventType.FAILED)) {
this.metrics.registerError(event.getInfo());
putLimiter.removeJob(event.getFileID());
}
}
@Test(groups = {"pillar-stress-test"})
public void parallelPut() throws Exception {
final int numberOfFiles =
testConfiguration.getInt("pillarintegrationtest.PutFileStressIT.parallelPut.numberOfFiles");
final int partStatisticsInterval =
testConfiguration.getInt(
"pillarintegrationtest.PutFileStressIT.parallelPut.partStatisticsInterval");
final int numberOfParallelPuts =
testConfiguration.getInt(
"pillarintegrationtest.PutFileStressIT.parallelPut.numberOfParallelPuts");
addDescription(
"Attempt to put "
+ numberOfFiles
+ " files into the pillar, "
+ numberOfParallelPuts
+ " at 'same' time.");
String[] fileIDs = TestFileHelper.createFileIDs(numberOfFiles, "parallelPutTest");
final Metrics metrics = new Metrics("put", numberOfFiles, partStatisticsInterval);
metrics.addAppenders(metricAppenders);
metrics.start();
addStep("Add " + numberOfFiles + " files", "Not errors should occur");
ParallelPutLimiter putLimiter = new ParallelPutLimiter(numberOfParallelPuts);
EventHandler eventHandler = new PutEventHandlerForMetrics(metrics, putLimiter);
for (String fileID : fileIDs) {
putLimiter.addJob(fileID);
putClient.putFile(
collectionID,
httpServerConfiguration.getURL(TestFileHelper.DEFAULT_FILE_ID),
fileID,
10L,
TestFileHelper.getDefaultFileChecksum(),
null,
eventHandler,
"parallelPut stress test file");
}
awaitAsynchronousCompletion(metrics, numberOfFiles);
addStep(
"Check that the files are now present on the pillar(s)",
"No missing files should be found.");
existingFiles = fileIDs;
}
