/** Test the we can't get a particular request when it does exist. We don't */
@Test
public void testGetSearchRequestRuntimeException() {
deletegateStore.getSearchRequest(searchRequest1.getId());
mockController.setThrowable(new RuntimeException());
deletegateStore.getSearchRequest(searchRequest2.getId());
mockController.setReturnValue(searchRequest2);
deletegateStore.getSearchRequest(searchRequest1.getId());
mockController.setReturnValue(searchRequest1);
mockController.replay();
try {
cachingStore.getSearchRequest(searchRequest1.getId());
fail("Expecting an exception to be thrown by the store.");
} catch (RuntimeException expected) {
// ignored.
}
// this should call through because it is not in the cache.
assertEqualsNotSame(searchRequest2, cachingStore.getSearchRequest(searchRequest2.getId()));
// this should call through because it is not in the cache.
assertEqualsNotSame(searchRequest1, cachingStore.getSearchRequest(searchRequest1.getId()));
// these calls should be cached.
assertEqualsNotSame(searchRequest2, cachingStore.getSearchRequest(searchRequest2.getId()));
assertEqualsNotSame(searchRequest2, cachingStore.getSearchRequest(searchRequest2.getId()));
assertEqualsNotSame(searchRequest2, cachingStore.getSearchRequest(searchRequest2.getId()));
assertEqualsNotSame(searchRequest2, cachingStore.getSearchRequest(searchRequest2.getId()));
assertEqualsNotSame(searchRequest1, cachingStore.getSearchRequest(searchRequest1.getId()));
assertEqualsNotSame(searchRequest1, cachingStore.getSearchRequest(searchRequest1.getId()));
assertEqualsNotSame(searchRequest1, cachingStore.getSearchRequest(searchRequest1.getId()));
mockController.verify();
}
/** Check what happens when the portal page is not created by the store.. */
@Test
public void testCreateException() {
deletegateStore.create(searchRequest1);
mockController.setThrowable(new RuntimeException("testCreateException"));
deletegateStore.getSearchRequest(searchRequest1.getId());
mockController.setReturnValue(searchRequest1);
mockController.replay();
try {
cachingStore.create(searchRequest1);
fail("Expecting an exception to be thrown by the store.");
} catch (RuntimeException expected) {
}
// this should not be cached.
assertEqualsNotSame(searchRequest1, cachingStore.getSearchRequest(searchRequest1.getId()));
// this should now be cached.
assertEqualsNotSame(searchRequest1, cachingStore.getSearchRequest(searchRequest1.getId()));
assertEqualsNotSame(searchRequest1, cachingStore.getSearchRequest(searchRequest1.getId()));
mockController.verify();
}
/** This should be a straight call through. */
@Test
public void testGetSearchRequestsGroup() {
final EnclosedIterable expectedIterable =
new MockCloseableIterable(EasyList.build(searchRequest4, searchRequest2));
deletegateStore.getSearchRequests(group);
mockController.setReturnValue(expectedIterable);
mockController.replay();
assertEquals(expectedIterable, cachingStore.getSearchRequests(group));
mockController.verify();
}
/** Make sure we can delete a search request that is not in the cache. */
@Test
public void testDeleteNotInCache() {
deletegateStore.delete(searchRequest4.getId());
deletegateStore.getSearchRequest(searchRequest4.getId());
mockController.setReturnValue(searchRequest4);
mockController.replay();
cachingStore.delete(searchRequest4.getId());
// this should not be cached.
assertEqualsNotSame(searchRequest4, cachingStore.getSearchRequest(searchRequest4.getId()));
}
/** Make sure we can delete a search request that is in the cache. */
@Test
public void testDeleteInCache() {
deletegateStore.getAllOwnedSearchRequests(adminUser);
mockController.setReturnValue(EasyList.build(searchRequest1, searchRequest2));
deletegateStore.delete(searchRequest2.getId());
deletegateStore.getSearchRequest(searchRequest2.getId());
mockController.setReturnValue(searchRequest2);
mockController.replay();
// prime the cache.
cachingStore.getAllOwnedSearchRequests(adminUser);
// execute the tests.
cachingStore.delete(searchRequest2.getId());
// these should be cached.
assertEqualsNotSame(searchRequest1, cachingStore.getSearchRequest(searchRequest1.getId()));
assertEqualsNotSame(
EasyList.build(searchRequest1), cachingStore.getAllOwnedSearchRequests(adminUser));
// this should not be cached.
assertEqualsNotSame(searchRequest2, cachingStore.getSearchRequest(searchRequest2.getId()));
mockController.verify();
}
/** Check that we can get the owned search when a null value from the store is returned. */
@Test
public void testGetAllOwnedSearchRequestNullList() {
deletegateStore.getAllOwnedSearchRequests(adminUser);
mockController.setReturnValue(null, 3);
mockController.replay();
// failure should not be cached.
assertNull(cachingStore.getAllOwnedSearchRequests(adminUser));
assertNull(cachingStore.getAllOwnedSearchRequests(adminUser));
assertNull(cachingStore.getAllOwnedSearchRequests(adminUser));
mockController.verify();
}
/** Check that we can cache the owned search. */
@Test
public void testGetAllOwnedSearchRequest() {
final List expectedRequests = EasyList.build(searchRequest1, searchRequest2, searchRequest3);
deletegateStore.getSearchRequest(searchRequest1.getId());
mockController.setReturnValue(searchRequest1);
deletegateStore.getSearchRequest(searchRequest4.getId());
mockController.setReturnValue(searchRequest4);
deletegateStore.getAllOwnedSearchRequests(adminUser);
mockController.setReturnValue(expectedRequests);
mockController.replay();
// put a value in the cache for the test.
cachingStore.getSearchRequest(searchRequest1.getId());
cachingStore.getSearchRequest(searchRequest4.getId());
// this first call should not be cached and should delegate to getAllOwnedSearchRequests.
assertEqualsNotSame(expectedRequests, cachingStore.getAllOwnedSearchRequests(adminUser));
// these calls will now be cached.
assertEqualsNotSame(expectedRequests, cachingStore.getAllOwnedSearchRequests(adminUser));
assertEqualsNotSame(expectedRequests, cachingStore.getAllOwnedSearchRequests(adminUser));
assertEqualsNotSame(expectedRequests, cachingStore.getAllOwnedSearchRequests(adminUser));
// these should not also be cached.
assertEqualsNotSame(searchRequest2, cachingStore.getSearchRequest(searchRequest2.getId()));
assertEqualsNotSame(searchRequest3, cachingStore.getSearchRequest(searchRequest3.getId()));
mockController.verify();
}
/** This should be a simple call through. */
@Test
public void testGetRequestByAuthorAndName() {
deletegateStore.getRequestByAuthorAndName(adminUser, "struff");
mockController.setReturnValue(searchRequest1);
deletegateStore.getRequestByAuthorAndName(null, "abc");
mockController.setReturnValue(null);
mockController.replay();
assertSame(searchRequest1, cachingStore.getRequestByAuthorAndName(adminUser, "struff"));
assertNull(cachingStore.getRequestByAuthorAndName(null, "abc"));
mockController.verify();
}
/** This should be a simple pass through. */
@Test
public void testGetRequests() {
deletegateStore.getAllRequests();
mockController.setReturnValue(Collections.EMPTY_LIST);
deletegateStore.getAllRequests();
mockController.setReturnValue(Collections.EMPTY_LIST);
mockController.replay();
assertEquals(Collections.EMPTY_LIST, cachingStore.getAllRequests());
assertEquals(Collections.EMPTY_LIST, cachingStore.getAllRequests());
mockController.verify();
}
/** Test the update when the page is not in the cache. */
@Test
public void testUpdateNotInCache() {
deletegateStore.update(searchRequest1);
mockController.setReturnValue(searchRequest3);
mockController.replay();
// add the search request. Should now be in the cache.
assertEqualsNotSame(searchRequest3, cachingStore.update(searchRequest1));
// all of these calls should be cached.
assertEqualsNotSame(searchRequest3, cachingStore.getSearchRequest(searchRequest3.getId()));
assertEqualsNotSame(searchRequest3, cachingStore.getSearchRequest(searchRequest3.getId()));
assertEqualsNotSame(searchRequest3, cachingStore.getSearchRequest(searchRequest3.getId()));
mockController.verify();
}
/** Make sure that the adjust favourite count works when entity is in the cache. */
@Test
public void testAdjustFavouriteCountInCache() {
deletegateStore.adjustFavouriteCount(searchRequest2.getId(), 10);
mockController.setReturnValue(searchRequest2);
mockController.replay();
// adjust the search request.
assertEqualsNotSame(
searchRequest2, cachingStore.adjustFavouriteCount(searchRequest2.getId(), 10));
// all of these calls should be cached.
assertEqualsNotSame(searchRequest2, cachingStore.getSearchRequest(searchRequest2.getId()));
assertEqualsNotSame(searchRequest2, cachingStore.getSearchRequest(searchRequest2.getId()));
assertEqualsNotSame(searchRequest2, cachingStore.getSearchRequest(searchRequest2.getId()));
mockController.verify();
}
/** This should be a simple pass through. */
@Test
public void testAll() {
final MockCloseableIterable<SearchRequest> expectedValue =
new MockCloseableIterable<SearchRequest>(Collections.<SearchRequest>emptyList());
deletegateStore.getAll();
mockController.setReturnValue(expectedValue);
deletegateStore.getAll();
mockController.setReturnValue(expectedValue);
mockController.replay();
assertSame(expectedValue, cachingStore.getAll());
assertSame(expectedValue, cachingStore.getAll());
mockController.verify();
}
/** Check that exception is propgated and the results is not stored. */
@Test
public void testGetAllOwnedSearchRequestError() {
deletegateStore.getAllOwnedSearchRequests(adminUser);
mockController.setThrowable(new RuntimeException("testGetAllOwnedSearchRequestError"));
deletegateStore.getAllOwnedSearchRequests(adminUser);
mockController.setReturnValue(null);
mockController.replay();
try {
cachingStore.getAllOwnedSearchRequests(adminUser);
fail("Expecting an error.");
} catch (RuntimeException expected) {
}
// these calls will now be cached.
assertNull(cachingStore.getAllOwnedSearchRequests(adminUser));
mockController.verify();
}
/**
* Make sure that the adjust favourite count works when wrapped store throws runtime exception.
*/
@Test
public void testAdjustFavouriteFailWithRuntimeException() {
deletegateStore.getSearchRequest(searchRequest3.getId());
mockController.setReturnValue(searchRequest3);
deletegateStore.adjustFavouriteCount(searchRequest3.getId(), Integer.MAX_VALUE);
mockController.setThrowable(
new RuntimeException("testAdjustFavouriteFailWithRuntimeException"));
deletegateStore.getSearchRequest(searchRequest3.getId());
mockController.setReturnValue(searchRequest3);
mockController.replay();
// prime the cache for the test.
deletegateStore.getSearchRequest(searchRequest3.getId());
// adjust should fail.
try {
cachingStore.adjustFavouriteCount(searchRequest3.getId(), Integer.MAX_VALUE);
fail("Exception should have been thrown.");
} catch (Exception expected) {
}
// this call should not be cached.
assertEqualsNotSame(searchRequest3, cachingStore.getSearchRequest(searchRequest3.getId()));
mockController.verify();
}
/** Check what happens when the delegate store fails with null return. */
@Test
public void testUpdateFailsWithException() {
deletegateStore.getSearchRequest(searchRequest1.getId());
mockController.setReturnValue(searchRequest1);
deletegateStore.update(searchRequest1);
mockController.setThrowable(new RuntimeException("testUpdateFailsWithException"));
deletegateStore.getSearchRequest(searchRequest1.getId());
mockController.setReturnValue(null);
mockController.replay();
// put a value in the cache for the test.
cachingStore.getSearchRequest(searchRequest1.getId());
try {
cachingStore.update(searchRequest1);
fail("This exception should be thrown.");
} catch (RuntimeException expected) {
}
// this call should not be cached.
assertNull(cachingStore.getSearchRequest(searchRequest1.getId()));
mockController.verify();
}
/** Check what happens when the portal page is not created by the store.. */
@Test
public void testCreateNullReturn() {
deletegateStore.create(searchRequest1);
mockController.setReturnValue(null);
deletegateStore.getSearchRequest(searchRequest1.getId());
mockController.setReturnValue(searchRequest1);
mockController.replay();
// add the search request. Should not be in he cache because of failure.
assertNull(cachingStore.create(searchRequest1));
// this call goes to the cache.
assertEqualsNotSame(searchRequest1, cachingStore.getSearchRequest(searchRequest1.getId()));
// these should be cached.
assertEqualsNotSame(searchRequest1, cachingStore.getSearchRequest(searchRequest1.getId()));
assertEqualsNotSame(searchRequest1, cachingStore.getSearchRequest(searchRequest1.getId()));
mockController.verify();
}
/** This should be a simple pass through. */
@Test
public void testGet() {
final MockCloseableIterable expectedValue = new MockCloseableIterable(Collections.EMPTY_LIST);
MockRetrievalDescriptor expectedRetrievalDescriptor = new MockRetrievalDescriptor();
deletegateStore.get(expectedRetrievalDescriptor);
mockController.setReturnValue(expectedValue);
deletegateStore.get(expectedRetrievalDescriptor);
mockController.setReturnValue(expectedValue);
deletegateStore.get(expectedRetrievalDescriptor);
mockController.setReturnValue(expectedValue);
mockController.replay();
assertSame(expectedValue, cachingStore.get(expectedRetrievalDescriptor));
assertSame(expectedValue, cachingStore.get(expectedRetrievalDescriptor));
assertSame(expectedValue, cachingStore.get(expectedRetrievalDescriptor));
mockController.verify();
}
/** Make sure that the adjust favourite count works when wrapped store returns null. */
@Test
public void testAdjustFavouriteFailWithNull() {
deletegateStore.getSearchRequest(searchRequest3.getId());
mockController.setReturnValue(searchRequest3);
deletegateStore.adjustFavouriteCount(searchRequest3.getId(), Integer.MAX_VALUE);
mockController.setReturnValue(null);
deletegateStore.getSearchRequest(searchRequest3.getId());
mockController.setReturnValue(searchRequest3);
mockController.replay();
// prime the cache for the test.
deletegateStore.getSearchRequest(searchRequest3.getId());
// adjust should fail.
assertNull(cachingStore.adjustFavouriteCount(searchRequest3.getId(), Integer.MAX_VALUE));
// this call should not be cached.
assertEqualsNotSame(searchRequest3, cachingStore.getSearchRequest(searchRequest3.getId()));
mockController.verify();
}
/** Check what happens when the delegate store fails with null return. */
@Test
public void testUpdateFailsWithNull() {
deletegateStore.getSearchRequest(searchRequest1.getId());
mockController.setReturnValue(searchRequest1);
deletegateStore.update(searchRequest1);
mockController.setReturnValue(null);
deletegateStore.getSearchRequest(searchRequest1.getId());
mockController.setReturnValue(null);
mockController.replay();
// put a value in the cache for the test.
cachingStore.getSearchRequest(searchRequest1.getId());
// this call should fail.
assertNull(cachingStore.update(searchRequest1));
// this call should not be cached.
assertNull(cachingStore.getSearchRequest(searchRequest1.getId()));
mockController.verify();
}
/** Test the we can't get a particular request when it does exist. We don't */
@Test
public void testGetSearchRequestDoesNotExist() {
deletegateStore.getSearchRequest(searchRequest1.getId());
mockController.setReturnValue(null);
deletegateStore.getSearchRequest(searchRequest2.getId());
mockController.setReturnValue(searchRequest2);
deletegateStore.getSearchRequest(searchRequest4.getId());
mockController.setReturnValue(searchRequest4);
deletegateStore.getSearchRequest(searchRequest1.getId());
mockController.setReturnValue(null);
mockController.replay();
// this should call through because it is not in the cache.
assertNull(null, cachingStore.getSearchRequest(searchRequest1.getId()));
// this should call through because it is not in the cache.
assertEqualsNotSame(searchRequest2, cachingStore.getSearchRequest(searchRequest2.getId()));
// these calls should be cached.
assertEqualsNotSame(searchRequest2, cachingStore.getSearchRequest(searchRequest2.getId()));
assertEqualsNotSame(searchRequest2, cachingStore.getSearchRequest(searchRequest2.getId()));
assertEqualsNotSame(searchRequest2, cachingStore.getSearchRequest(searchRequest2.getId()));
assertEqualsNotSame(searchRequest2, cachingStore.getSearchRequest(searchRequest2.getId()));
// this call should be direct through.
assertEqualsNotSame(searchRequest4, cachingStore.getSearchRequest(searchRequest4.getId()));
// these should be cached.
assertEqualsNotSame(searchRequest4, cachingStore.getSearchRequest(searchRequest4.getId()));
assertEqualsNotSame(searchRequest4, cachingStore.getSearchRequest(searchRequest4.getId()));
assertEqualsNotSame(searchRequest4, cachingStore.getSearchRequest(searchRequest4.getId()));
assertEqualsNotSame(searchRequest2, cachingStore.getSearchRequest(searchRequest2.getId()));
// this will not be cached.
assertNull(cachingStore.getSearchRequest(searchRequest1.getId()));
mockController.verify();
}
/** Check what happens when try to save a search whose user has changed. */
@Test
public void testUpdateChangedUserName() {
SearchRequest expectedRequest = new SearchRequest(searchRequest1);
expectedRequest.setOwnerUserName(fredUser.getName());
deletegateStore.getAllOwnedSearchRequests(adminUser);
mockController.setReturnValue(EasyList.build(searchRequest1, searchRequest2, searchRequest3));
deletegateStore.getAllOwnedSearchRequests(fredUser);
mockController.setReturnValue(EasyList.build(searchRequest4));
deletegateStore.update(expectedRequest);
mockController.setReturnValue(expectedRequest);
mockController.replay();
// put a value in the cache for the test.
cachingStore.getAllOwnedSearchRequests(adminUser);
cachingStore.getAllOwnedSearchRequests(fredUser);
// this call should work.
assertEqualsNotSame(expectedRequest, cachingStore.update(expectedRequest));
// all of these calls should be cache.
assertEqualsNotSame(searchRequest2, cachingStore.getSearchRequest(searchRequest2.getId()));
assertEqualsNotSame(searchRequest3, cachingStore.getSearchRequest(searchRequest3.getId()));
assertEqualsNotSame(searchRequest4, cachingStore.getSearchRequest(searchRequest4.getId()));
assertEqualsNotSame(expectedRequest, cachingStore.getSearchRequest(expectedRequest.getId()));
assertEqualsNotSame(
EasyList.build(searchRequest2, searchRequest3),
cachingStore.getAllOwnedSearchRequests(adminUser));
assertEqualsNotSame(
EasyList.build(expectedRequest, searchRequest4),
cachingStore.getAllOwnedSearchRequests(fredUser));
mockController.verify();
}
