/**
* Analyzes the data file identified by the given resource name.
*
* @param aResourceName the name of the resource (= data file) to analyse, cannot be <code>null
* </code>.
* @return the analysis results, never <code>null</code>.
* @throws Exception in case of exceptions.
*/
private I2CDataSet analyseDataFile(
final String aResourceName, final int aSclIndex, final int aSdaIndex) throws Exception {
URL resource = ResourceUtils.getResource(getClass(), aResourceName);
AcquisitionResult container = DataTestUtils.getCapturedData(resource);
ToolContext toolContext = DataTestUtils.createToolContext(container);
ToolProgressListener progressListener = Mockito.mock(ToolProgressListener.class);
AnnotationListener annotationListener = Mockito.mock(AnnotationListener.class);
I2CAnalyserTask worker = new I2CAnalyserTask(toolContext, progressListener, annotationListener);
worker.setLineAIndex(aSclIndex);
worker.setLineBIndex(aSdaIndex);
worker.setDetectSDA_SCL(false);
worker.setReportACK(false);
worker.setReportNACK(false);
worker.setReportStart(false);
worker.setReportStop(false);
// Simulate we're running in a separate thread by directly calling the main
// working routine...
I2CDataSet result = worker.call();
assertNotNull(result);
return result;
}
@Test
public void testLoadEventsWithDecorators() {
UUID identifier = UUID.randomUUID();
SpyEventPreprocessor decorator1 = new SpyEventPreprocessor();
SpyEventPreprocessor decorator2 = new SpyEventPreprocessor();
testSubject.setEventStreamDecorators(Arrays.asList(decorator1, decorator2));
when(mockEventStore.readEvents("test", identifier))
.thenReturn(
new SimpleDomainEventStream(
new GenericDomainEventMessage<String>(
identifier, (long) 1, "Mock contents", MetaData.emptyInstance()),
new GenericDomainEventMessage<String>(
identifier, (long) 2, "Mock contents", MetaData.emptyInstance()),
new GenericDomainEventMessage<String>(
identifier, (long) 3, "Mock contents", MetaData.emptyInstance())));
TestAggregate aggregate = testSubject.load(identifier);
// loading them in...
InOrder inOrder = Mockito.inOrder(decorator1.lastSpy, decorator2.lastSpy);
inOrder.verify(decorator2.lastSpy).next();
inOrder.verify(decorator1.lastSpy).next();
inOrder.verify(decorator2.lastSpy).next();
inOrder.verify(decorator1.lastSpy).next();
inOrder.verify(decorator2.lastSpy).next();
inOrder.verify(decorator1.lastSpy).next();
aggregate.apply(new StubDomainEvent());
aggregate.apply(new StubDomainEvent());
}
@Test
public void testSaveEventsWithDecorators() {
SpyEventPreprocessor decorator1 = new SpyEventPreprocessor();
SpyEventPreprocessor decorator2 = new SpyEventPreprocessor();
testSubject.setEventStreamDecorators(Arrays.asList(decorator1, decorator2));
testSubject.setEventStore(
new EventStore() {
@Override
public void appendEvents(String type, DomainEventStream events) {
while (events.hasNext()) {
events.next();
}
}
@Override
public DomainEventStream readEvents(String type, Object identifier) {
return mockEventStore.readEvents(type, identifier);
}
});
UUID identifier = UUID.randomUUID();
when(mockEventStore.readEvents("test", identifier))
.thenReturn(
new SimpleDomainEventStream(
new GenericDomainEventMessage<String>(
identifier, (long) 3, "Mock contents", MetaData.emptyInstance())));
TestAggregate aggregate = testSubject.load(identifier);
aggregate.apply(new StubDomainEvent());
aggregate.apply(new StubDomainEvent());
CurrentUnitOfWork.commit();
InOrder inOrder = Mockito.inOrder(decorator1.lastSpy, decorator2.lastSpy);
inOrder.verify(decorator1.lastSpy).next();
inOrder.verify(decorator2.lastSpy).next();
inOrder.verify(decorator1.lastSpy).next();
inOrder.verify(decorator2.lastSpy).next();
}