public void testStart() throws Exception {
MockControl bundleContextControl = MockControl.createControl(BundleContext.class);
BundleContext context = (BundleContext) bundleContextControl.getMock();
// platform determination
// extracting bundle id from bundle
bundleContextControl.expectAndReturn(context.getBundle(), new MockBundle());
// look for existing resolved bundles
bundleContextControl.expectAndReturn(context.getBundles(), new Bundle[0], 2);
// register namespace and entity resolving service
// context.registerService((String[]) null, null, null);
// bundleContextControl.setMatcher(MockControl.ALWAYS_MATCHER);
// bundleContextControl.setReturnValue(null);
// register context service
context.registerService((String[]) null, null, null);
bundleContextControl.setMatcher(MockControl.ALWAYS_MATCHER);
bundleContextControl.setReturnValue(null, MockControl.ONE_OR_MORE);
// create task executor
EntryLookupControllingMockBundle aBundle = new EntryLookupControllingMockBundle(null);
aBundle.setEntryReturnOnNextCallToGetEntry(null);
bundleContextControl.expectAndReturn(context.getBundle(), aBundle, MockControl.ONE_OR_MORE);
// listen for bundle events
context.addBundleListener(null);
bundleContextControl.setMatcher(MockControl.ALWAYS_MATCHER);
bundleContextControl.setVoidCallable(2);
bundleContextControl.expectAndReturn(
context.registerService(new String[0], null, new Properties()),
new MockServiceRegistration(),
MockControl.ONE_OR_MORE);
bundleContextControl.setMatcher(MockControl.ALWAYS_MATCHER);
bundleContextControl.replay();
this.listener.start(context);
bundleContextControl.verify();
}
public void testMultipleStartsAreIgnored() {
mockTaskProcessor_.executeTaskPeriodically(0, null, false);
controlTaskProcessor_.setMatcher(MockControl.ALWAYS_MATCHER);
controlTaskProcessor_.setReturnValue(mockScheduledFuture_);
replayAll();
objectUnderTest_.startTask(2000);
objectUnderTest_.startTask(2000);
verifyAll();
}
public void testStopTask() {
mockTaskProcessor_.executeTaskPeriodically(0, null, false);
controlTaskProcessor_.setMatcher(MockControl.ALWAYS_MATCHER);
controlTaskProcessor_.setReturnValue(mockScheduledFuture_);
controlScheduledFuture_.expectAndReturn(mockScheduledFuture_.cancel(true), true);
replayAll();
objectUnderTest_.startTask(2000);
objectUnderTest_.stopTask();
verifyAll();
}
public void testStartTaskRegistersTask() {
mockTaskProcessor_.executeTaskPeriodically(1000, null, true);
controlTaskProcessor_.setMatcher(
new AbstractMatcher() {
public boolean matches(Object[] expected, Object[] actual) {
return expected[0].equals(actual[0]);
}
});
controlTaskProcessor_.setReturnValue(mockScheduledFuture_);
replayAll();
objectUnderTest_.startTask(1000);
verifyAll();
}
/**
* Test that the manager executes the correct search to find the recent comments.
*
* @param issueIds the issue ids to limit the comment search by.
* @param request the search request being used to find the comments. This is the request that is
* normally used to find all the issue ids to form the scope of the comment search. The
* request may also be used to add extra "update date" criteria to the comment search.
* @param user the user performing the search.
* @param includeDates true if and only if the passed search request should be used to create
* extra "update date" criteria.
* @param expectedQuery the query that we expect to be generated by the manager.
* @throws Exception this is a test, just rethrow for a failure.
*/
private void _testGetRecentComments(
final List<Long> issueIds,
final SearchRequest request,
final User user,
final boolean includeDates,
final org.apache.lucene.search.Query expectedQuery)
throws Exception {
// the issue searcher is never called, but we need it there.
final MockControl mockIssueSearcherControl =
MockClassControl.createControl(IndexSearcher.class);
final IndexSearcher mockIssueSearcher = (IndexSearcher) mockIssueSearcherControl.getMock();
mockIssueSearcherControl.replay();
// this is where we check to make sure search lucene with the correct comment.
final MockControl mockCommentSearcherControl =
MockClassControl.createControl(IndexSearcher.class);
final IndexSearcher mockCommentSearcher = (IndexSearcher) mockCommentSearcherControl.getMock();
final Sort sort =
new Sort(
new SortField[] {
new SortField(DocumentConstants.COMMENT_UPDATED, SortField.STRING, true)
});
final ArgumentsMatcher compositeArgumentsMatcher =
ArgumentsMatcherBuilder.newNaturalBuilder()
.addDefaultMatcher()
.addDefaultMatcher()
.addArgumentMatcher(Sort.class, new LuceneSortMatcher())
.asArgumentsMatcher();
mockCommentSearcher.search(expectedQuery, Integer.MAX_VALUE, sort);
mockCommentSearcherControl.setMatcher(compositeArgumentsMatcher);
mockCommentSearcherControl.setReturnValue(null);
mockCommentSearcherControl.replay();
final MockSearchProviderFactory factory = new MockSearchProviderFactory();
factory.addRegistration(SearchProviderFactory.ISSUE_INDEX, mockIssueSearcher);
factory.addRegistration(SearchProviderFactory.COMMENT_INDEX, mockCommentSearcher);
// create a IssueSearchProvider that will return our constant list of ids.
MockIssueSearchProvider mockIssueSearchProvider =
new MockIssueSearchProvider(issueIds, user, request.getQuery());
final SearchService service = EasyMock.createMock(SearchService.class);
EasyMock.expect(service.doesQueryFitFilterForm(user, request.getQuery()))
.andReturn(includeDates);
EasyMock.replay(service);
MyLuceneQueryModifier myLuceneQueryModifier = new MyLuceneQueryModifier();
CommentService commentService = EasyMock.createMock(CommentService.class);
JqlOperandResolver jqlOperandResolver = MockJqlOperandResolver.createSimpleSupport();
final DefaultRecentCommentManager defaultCommentManager =
new DefaultRecentCommentManager(
commentService,
factory,
mockIssueSearchProvider,
dateSupport,
jqlOperandResolver,
service,
myLuceneQueryModifier);
defaultCommentManager.getRecentComments(request, user);
mockIssueSearcherControl.verify();
mockCommentSearcherControl.verify();
}
@Override
public void setMatcher(final ArgumentsMatcher matcher) {
delegate.setMatcher(matcher);
}