@SuppressWarnings("unchecked")
public void testGetPlainEvents() {
final int BLOCK_SIZE = 100;
final int NB_EVENTS = 1000;
final Vector<TmfEvent> requestedEvents = new Vector<TmfEvent>();
// Get the TmfSyntheticEventStub provider
ITmfDataProvider<TmfEvent>[] eventProviders =
(ITmfDataProvider<TmfEvent>[])
TmfProviderManager.getProviders(TmfEvent.class, TmfEventProviderStub.class);
ITmfDataProvider<TmfEvent> provider = eventProviders[0];
TmfTimeRange range = new TmfTimeRange(TmfTimestamp.BigBang, TmfTimestamp.BigCrunch);
final TmfEventRequest<TmfEvent> request =
new TmfEventRequest<TmfEvent>(TmfEvent.class, range, NB_EVENTS, BLOCK_SIZE) {
@Override
public void handleData(TmfEvent event) {
super.handleData(event);
requestedEvents.add(event);
}
};
provider.sendRequest(request);
try {
request.waitForCompletion();
assertEquals("nbEvents", NB_EVENTS, requestedEvents.size());
assertTrue("isCompleted", request.isCompleted());
assertFalse("isCancelled", request.isCancelled());
// Make that we have distinct events.
// Don't go overboard: we are not validating the stub!
for (int i = 0; i < NB_EVENTS; i++) {
assertEquals("Distinct events", i + 1, requestedEvents.get(i).getTimestamp().getValue());
}
} catch (InterruptedException e) {
fail();
}
}
@SuppressWarnings("unchecked")
private void getSyntheticData(final TmfTimeRange range, final int nbEvents, final int blockSize)
throws InterruptedException {
final Vector<TmfSyntheticEventStub> requestedEvents = new Vector<TmfSyntheticEventStub>();
// Get the event provider
ITmfDataProvider<TmfSyntheticEventStub>[] eventProviders =
(ITmfDataProvider<TmfSyntheticEventStub>[])
TmfProviderManager.getProviders(TmfSyntheticEventStub.class);
ITmfDataProvider<TmfSyntheticEventStub> provider = eventProviders[0];
final TmfEventRequest<TmfSyntheticEventStub> request =
new TmfEventRequest<TmfSyntheticEventStub>(
TmfSyntheticEventStub.class, range, nbEvents, blockSize) {
@Override
public void handleData(TmfSyntheticEventStub event) {
super.handleData(event);
requestedEvents.add(event);
}
};
provider.sendRequest(request);
request.waitForCompletion();
if (nbEvents != -1) assertEquals("nbEvents", nbEvents, requestedEvents.size());
assertTrue("isCompleted", request.isCompleted());
assertFalse("isCancelled", request.isCancelled());
// For each base event, the stub will queue 2 identical synthetic events
// Ensure that the events are queued properly.
// Don't go overboard: we are not validating the stub!
for (int i = 0; i < (nbEvents / 2); i++) {
assertEquals(
"Distinct events", i + 1, requestedEvents.get(2 * i + 0).getTimestamp().getValue());
assertEquals(
"Distinct events", i + 1, requestedEvents.get(2 * i + 1).getTimestamp().getValue());
}
}
@SuppressWarnings("unchecked")
public void testCancelRequests() {
final int BLOCK_SIZE = 100;
final int NB_EVENTS = 1000;
final int NUMBER_EVENTS_BEFORE_CANCEL_REQ1 = 10;
final int NUMBER_EVENTS_BEFORE_CANCEL_REQ2 = 800;
final Vector<TmfEvent> requestedEventsReq1 = new Vector<TmfEvent>();
final Vector<TmfEvent> requestedEventsReq2 = new Vector<TmfEvent>();
// Get the TmfSyntheticEventStub provider
ITmfDataProvider<TmfEvent>[] eventProviders =
(ITmfDataProvider<TmfEvent>[])
TmfProviderManager.getProviders(TmfEvent.class, TmfEventProviderStub.class);
ITmfDataProvider<TmfEvent> provider = eventProviders[0];
TmfTimeRange range = new TmfTimeRange(TmfTimestamp.BigBang, TmfTimestamp.BigCrunch);
// Create first request
final TmfEventRequest<TmfEvent> request1 =
new TmfEventRequest<TmfEvent>(TmfEvent.class, range, NB_EVENTS, BLOCK_SIZE) {
@Override
public void handleData(TmfEvent event) {
super.handleData(event);
requestedEventsReq1.add(event);
// cancel sub request
if (getNbRead() == NUMBER_EVENTS_BEFORE_CANCEL_REQ1) {
cancel();
}
}
};
// Synchronize requests
((TmfEventProviderStub) provider).startSynch(new TmfStartSynchSignal(0));
// Additionally, notify provider for up-coming requests
provider.notifyPendingRequest(true);
// Call sendRequest, which will create a coalescing request, but it doesn't send request1 yet
provider.sendRequest(request1);
// Check if request1 is not running yet.
assertFalse("isRunning", request1.isRunning());
// Create second request
final TmfEventRequest<TmfEvent> request2 =
new TmfEventRequest<TmfEvent>(TmfEvent.class, range, NB_EVENTS, BLOCK_SIZE) {
@Override
public void handleData(TmfEvent event) {
super.handleData(event);
requestedEventsReq2.add(event);
// cancel sub request which will cancel also main request
if (getNbRead() == NUMBER_EVENTS_BEFORE_CANCEL_REQ2) {
cancel();
}
}
};
// Call sendRequest, which will create a coalescing request, but it doesn't send request2 yet
provider.sendRequest(request2);
// Check if request1/2 is not running yet.
assertFalse("isRunning", request1.isRunning());
assertFalse("isRunning", request2.isRunning());
// Send end synch signal, however requests won't be sent
((TmfEventProviderStub) provider).endSynch(new TmfEndSynchSignal(0));
// Check if request1/2 is not running yet.
assertFalse("isRunning", request1.isRunning());
assertFalse("isRunning", request2.isRunning());
// Finally, trigger sending of requests
provider.notifyPendingRequest(false);
try {
// Wait till requests start
request1.waitForStart();
request2.waitForStart();
// Check if request1/2 are running.
assertTrue("isRunning", request1.isRunning());
assertTrue("isRunning", request2.isRunning());
request1.waitForCompletion();
// Check if request2 is still running
assertTrue("isRunning", request2.isRunning());
// Verify result (request1)
assertEquals("nbEvents", NUMBER_EVENTS_BEFORE_CANCEL_REQ1, requestedEventsReq1.size());
assertTrue("isCompleted", request1.isCompleted());
assertTrue("isCancelled", request1.isCancelled());
request2.waitForCompletion();
// Verify result (request2)
assertEquals("nbEvents", NUMBER_EVENTS_BEFORE_CANCEL_REQ2, requestedEventsReq2.size());
assertTrue("isCompleted", request2.isCompleted());
assertTrue("isCancelled", request2.isCancelled());
} catch (InterruptedException e) {
fail();
}
}