@Test
public void testResetOriginalValues() throws Exception {
CalendarResource newCalendarResource = addCalendarResource();
_persistence.clearCache();
CalendarResource existingCalendarResource =
_persistence.findByPrimaryKey(newCalendarResource.getPrimaryKey());
Assert.assertTrue(
Validator.equals(
existingCalendarResource.getUuid(),
ReflectionTestUtil.invoke(
existingCalendarResource, "getOriginalUuid", new Class<?>[0])));
Assert.assertEquals(
Long.valueOf(existingCalendarResource.getGroupId()),
ReflectionTestUtil.<Long>invoke(
existingCalendarResource, "getOriginalGroupId", new Class<?>[0]));
Assert.assertEquals(
Long.valueOf(existingCalendarResource.getClassNameId()),
ReflectionTestUtil.<Long>invoke(
existingCalendarResource, "getOriginalClassNameId", new Class<?>[0]));
Assert.assertEquals(
Long.valueOf(existingCalendarResource.getClassPK()),
ReflectionTestUtil.<Long>invoke(
existingCalendarResource, "getOriginalClassPK", new Class<?>[0]));
}
@Test
public void testResetOriginalValues() throws Exception {
JournalContentSearch newJournalContentSearch = addJournalContentSearch();
_persistence.clearCache();
JournalContentSearch existingJournalContentSearch =
_persistence.findByPrimaryKey(newJournalContentSearch.getPrimaryKey());
Assert.assertEquals(
existingJournalContentSearch.getGroupId(),
ReflectionTestUtil.invoke(
existingJournalContentSearch, "getOriginalGroupId", new Class<?>[0]));
Assert.assertEquals(
existingJournalContentSearch.getPrivateLayout(),
ReflectionTestUtil.invoke(
existingJournalContentSearch, "getOriginalPrivateLayout", new Class<?>[0]));
Assert.assertEquals(
existingJournalContentSearch.getLayoutId(),
ReflectionTestUtil.invoke(
existingJournalContentSearch, "getOriginalLayoutId", new Class<?>[0]));
Assert.assertTrue(
Validator.equals(
existingJournalContentSearch.getPortletId(),
ReflectionTestUtil.invoke(
existingJournalContentSearch, "getOriginalPortletId", new Class<?>[0])));
Assert.assertTrue(
Validator.equals(
existingJournalContentSearch.getArticleId(),
ReflectionTestUtil.invoke(
existingJournalContentSearch, "getOriginalArticleId", new Class<?>[0])));
}
@Test
public void testRenamedSystemKeys() throws Exception {
String[][] originalRenamedSystemKeys =
ReflectionTestUtil.getFieldValue(VerifyProperties.class, "_RENAMED_SYSTEM_KEYS");
String renamedSystemKey = getFirstSystemPropertyKey();
ReflectionTestUtil.setFieldValue(
VerifyProperties.class,
"_RENAMED_SYSTEM_KEYS",
new String[][] {new String[] {renamedSystemKey, renamedSystemKey}});
try (CaptureAppender captureAppender =
Log4JLoggerTestUtil.configureLog4JLogger(VerifyProperties.class.getName(), Level.ERROR)) {
doVerify();
List<LoggingEvent> loggingEvents = captureAppender.getLoggingEvents();
Assert.assertEquals(1, loggingEvents.size());
LoggingEvent loggingEvent = loggingEvents.get(0);
Assert.assertEquals(
"System property \""
+ renamedSystemKey
+ "\" was renamed to \""
+ renamedSystemKey
+ "\"",
loggingEvent.getMessage());
} finally {
ReflectionTestUtil.setFieldValue(
VerifyProperties.class, "_RENAMED_SYSTEM_KEYS", originalRenamedSystemKeys);
}
}
@Test
public void testObsoletePortalKeys() throws Exception {
String[] originalObsoletePortalKeys =
ReflectionTestUtil.getFieldValue(VerifyProperties.class, "_OBSOLETE_PORTAL_KEYS");
String obsoletePortalKey = getFirstPortalPropertyKey();
ReflectionTestUtil.setFieldValue(
VerifyProperties.class, "_OBSOLETE_PORTAL_KEYS", new String[] {obsoletePortalKey});
try (CaptureAppender captureAppender =
Log4JLoggerTestUtil.configureLog4JLogger(VerifyProperties.class.getName(), Level.ERROR)) {
doVerify();
List<LoggingEvent> loggingEvents = captureAppender.getLoggingEvents();
Assert.assertEquals(1, loggingEvents.size());
LoggingEvent loggingEvent = loggingEvents.get(0);
Assert.assertEquals(
"Portal property \"" + obsoletePortalKey + "\" is obsolete", loggingEvent.getMessage());
} finally {
ReflectionTestUtil.setFieldValue(
VerifyProperties.class, "_OBSOLETE_PORTAL_KEYS", originalObsoletePortalKeys);
}
}
@Test
public void testMigratedPortalKeys() throws Exception {
String[][] originalMigratedPortalKeys =
ReflectionTestUtil.getFieldValue(VerifyProperties.class, "_MIGRATED_PORTAL_KEYS");
String migratedPortalKey = getFirstPortalPropertyKey();
ReflectionTestUtil.setFieldValue(
VerifyProperties.class,
"_MIGRATED_PORTAL_KEYS",
new String[][] {new String[] {migratedPortalKey, migratedPortalKey}});
try (CaptureAppender captureAppender =
Log4JLoggerTestUtil.configureLog4JLogger(VerifyProperties.class.getName(), Level.ERROR)) {
doVerify();
List<LoggingEvent> loggingEvents = captureAppender.getLoggingEvents();
Assert.assertEquals(1, loggingEvents.size());
LoggingEvent loggingEvent = loggingEvents.get(0);
Assert.assertEquals(
"Portal property \""
+ migratedPortalKey
+ "\" was migrated to the system property \""
+ migratedPortalKey
+ "\"",
loggingEvent.getMessage());
} finally {
ReflectionTestUtil.setFieldValue(
VerifyProperties.class, "_MIGRATED_PORTAL_KEYS", originalMigratedPortalKeys);
}
}
@Before
public void setUp() throws SchedulerException {
Thread currentThread = Thread.currentThread();
ClassLoader currentClassLoader = currentThread.getContextClassLoader();
PortalClassLoaderUtil.setClassLoader(currentClassLoader);
setUpPortalUUIDUtil();
_quartzSchedulerEngine = new QuartzSchedulerEngine();
_quartzSchedulerEngine.setJsonFactory(setUpJSONFactory());
_quartzSchedulerEngine.setMessageBus(setUpMessageBus());
_quartzSchedulerEngine.setPortletLocalService(setUpPortletLocalService());
_quartzSchedulerEngine.setProps(setUpProps());
_quartzSchedulerEngine.setQuartzTriggerFactory(_quartzTriggerFactory);
ReflectionTestUtil.setFieldValue(
_quartzSchedulerEngine,
"_memoryScheduler",
new MockScheduler(StorageType.MEMORY, _MEMORY_TEST_GROUP_NAME));
ReflectionTestUtil.setFieldValue(
_quartzSchedulerEngine,
"_persistedScheduler",
new MockScheduler(StorageType.PERSISTED, _PERSISTED_TEST_GROUP_NAME));
_quartzSchedulerEngine.start();
}
@Test
public void testResetOriginalValues() throws Exception {
MBDiscussion newMBDiscussion = addMBDiscussion();
_persistence.clearCache();
MBDiscussion existingMBDiscussion =
_persistence.findByPrimaryKey(newMBDiscussion.getPrimaryKey());
Assert.assertTrue(
Validator.equals(
existingMBDiscussion.getUuid(),
ReflectionTestUtil.invoke(existingMBDiscussion, "getOriginalUuid", new Class<?>[0])));
Assert.assertEquals(
Long.valueOf(existingMBDiscussion.getGroupId()),
ReflectionTestUtil.<Long>invoke(
existingMBDiscussion, "getOriginalGroupId", new Class<?>[0]));
Assert.assertEquals(
Long.valueOf(existingMBDiscussion.getThreadId()),
ReflectionTestUtil.<Long>invoke(
existingMBDiscussion, "getOriginalThreadId", new Class<?>[0]));
Assert.assertEquals(
Long.valueOf(existingMBDiscussion.getClassNameId()),
ReflectionTestUtil.<Long>invoke(
existingMBDiscussion, "getOriginalClassNameId", new Class<?>[0]));
Assert.assertEquals(
Long.valueOf(existingMBDiscussion.getClassPK()),
ReflectionTestUtil.<Long>invoke(
existingMBDiscussion, "getOriginalClassPK", new Class<?>[0]));
}
@Test
public void testSoftKeyWeakValue() throws InterruptedException {
System.setProperty(FinalizeManager.class.getName() + ".thread.enabled", StringPool.FALSE);
String testKey1 = new String("testKey1");
String testKey2 = new String("testKey2");
Object testValue1 = new Object();
Object testValue2 = new Object();
ConcurrentMap<String, Object> concurrentReferenceMap =
new ConcurrentReferenceKeyHashMap<String, Object>(
new ConcurrentReferenceValueHashMap<Reference<String>, Object>(
FinalizeManager.WEAK_REFERENCE_FACTORY),
FinalizeManager.SOFT_REFERENCE_FACTORY);
Assert.assertNull(concurrentReferenceMap.put(testKey1, testValue1));
Assert.assertNull(concurrentReferenceMap.put(testKey2, testValue2));
Assert.assertEquals(2, concurrentReferenceMap.size());
Assert.assertTrue(concurrentReferenceMap.containsKey(testKey1));
Assert.assertTrue(concurrentReferenceMap.containsValue(testValue1));
Assert.assertSame(testValue1, concurrentReferenceMap.get(testKey1));
Assert.assertTrue(concurrentReferenceMap.containsKey(testKey2));
Assert.assertTrue(concurrentReferenceMap.containsValue(testValue2));
Assert.assertSame(testValue2, concurrentReferenceMap.get(testKey2));
testKey1 = null;
GCUtil.gc(true);
ReflectionTestUtil.invoke(FinalizeManager.class, "_pollingCleanup", new Class<?>[0]);
Assert.assertEquals(2, concurrentReferenceMap.size());
Assert.assertTrue(concurrentReferenceMap.containsValue(testValue1));
Assert.assertTrue(concurrentReferenceMap.containsKey(testKey2));
Assert.assertTrue(concurrentReferenceMap.containsValue(testValue2));
Assert.assertSame(testValue2, concurrentReferenceMap.get(testKey2));
GCUtil.fullGC(true);
ReflectionTestUtil.invoke(FinalizeManager.class, "_pollingCleanup", new Class<?>[0]);
Assert.assertEquals(1, concurrentReferenceMap.size());
Assert.assertTrue(concurrentReferenceMap.containsKey(testKey2));
Assert.assertTrue(concurrentReferenceMap.containsValue(testValue2));
Assert.assertSame(testValue2, concurrentReferenceMap.get(testKey2));
testValue2 = null;
GCUtil.gc(true);
ReflectionTestUtil.invoke(FinalizeManager.class, "_pollingCleanup", new Class<?>[0]);
Assert.assertTrue(concurrentReferenceMap.isEmpty());
}
@Test
public void testResetOriginalValues() throws Exception {
LayoutSet newLayoutSet = addLayoutSet();
_persistence.clearCache();
LayoutSet existingLayoutSet = _persistence.findByPrimaryKey(newLayoutSet.getPrimaryKey());
Assert.assertEquals(
existingLayoutSet.getGroupId(),
ReflectionTestUtil.invoke(existingLayoutSet, "getOriginalGroupId", new Class<?>[0]));
Assert.assertEquals(
existingLayoutSet.getPrivateLayout(),
ReflectionTestUtil.invoke(existingLayoutSet, "getOriginalPrivateLayout", new Class<?>[0]));
}
protected void closeSocketChannel(SocketChannel socketChannel, FileDescriptor fileDescriptor)
throws IOException {
ReflectionTestUtil.setFieldValue(socketChannel, "fd", fileDescriptor);
socketChannel.close();
}
private static MPI _getMPIImpl() {
MPI mpiImpl = ReflectionTestUtil.getFieldValue(MPIHelperUtil.class, "_mpiImpl");
Assert.assertNotNull(mpiImpl);
return mpiImpl;
}
@AdviseWith(adviceClasses = {PropsUtilAdvice.class})
@Test
public void testShutdownFailWithoutLog() throws NoSuchObjectException {
UnicastRemoteObject.unexportObject(_getMPIImpl(), true);
final IOException ioException = new IOException();
ReflectionTestUtil.setFieldValue(
MPIHelperUtil.class,
"_intraband",
new MockIntraband() {
@Override
public void close() throws IOException {
throw ioException;
}
});
try (CaptureHandler captureHandler =
JDKLoggerTestUtil.configureJDKLogger(MPIHelperUtil.class.getName(), Level.OFF)) {
MPIHelperUtil.shutdown();
List<LogRecord> logRecords = captureHandler.getLogRecords();
Assert.assertTrue(logRecords.isEmpty());
}
}
@Test
public void testInitJobState() throws Exception {
List<SchedulerResponse> schedulerResponses =
_quartzSchedulerEngine.getScheduledJobs(_PERSISTED_TEST_GROUP_NAME, StorageType.PERSISTED);
Assert.assertEquals(_DEFAULT_JOB_NUMBER, schedulerResponses.size());
MockScheduler mockScheduler =
ReflectionTestUtil.getFieldValue(_quartzSchedulerEngine, "_persistedScheduler");
mockScheduler.addJob(
_TEST_JOB_NAME_PREFIX + "persisted",
_PERSISTED_TEST_GROUP_NAME,
StorageType.PERSISTED,
null);
schedulerResponses =
_quartzSchedulerEngine.getScheduledJobs(_PERSISTED_TEST_GROUP_NAME, StorageType.PERSISTED);
Assert.assertEquals(_DEFAULT_JOB_NUMBER + 1, schedulerResponses.size());
_quartzSchedulerEngine.initJobState();
schedulerResponses =
_quartzSchedulerEngine.getScheduledJobs(_PERSISTED_TEST_GROUP_NAME, StorageType.PERSISTED);
Assert.assertEquals(_DEFAULT_JOB_NUMBER, schedulerResponses.size());
}
@Test
public void testUpdate3() throws SchedulerException {
MockScheduler mockScheduler =
ReflectionTestUtil.getFieldValue(_quartzSchedulerEngine, "_memoryScheduler");
String jobName = _TEST_JOB_NAME_PREFIX + "memory";
mockScheduler.addJob(jobName, _MEMORY_TEST_GROUP_NAME, StorageType.MEMORY, null);
SchedulerResponse schedulerResponse =
_quartzSchedulerEngine.getScheduledJob(
jobName, _MEMORY_TEST_GROUP_NAME, StorageType.MEMORY);
Assert.assertNull(schedulerResponse.getTrigger());
Trigger trigger =
_quartzTriggerFactory.createTrigger(
jobName, _MEMORY_TEST_GROUP_NAME, new Date(), null, _DEFAULT_INTERVAL, TimeUnit.SECOND);
_quartzSchedulerEngine.update(trigger, StorageType.MEMORY);
schedulerResponse =
_quartzSchedulerEngine.getScheduledJob(
_TEST_JOB_NAME_0, _MEMORY_TEST_GROUP_NAME, StorageType.MEMORY);
Assert.assertNotNull(schedulerResponse.getTrigger());
}
protected void testIsValidByMethodName(String methodName, String[] params, boolean valid) {
for (String param : params) {
Assert.assertEquals(
valid,
ReflectionTestUtil.invoke(
Validator.class, methodName, new Class<?>[] {String.class}, param));
}
}
@Test
public void testResetOriginalValues() throws Exception {
KaleoTaskInstanceToken newKaleoTaskInstanceToken = addKaleoTaskInstanceToken();
_persistence.clearCache();
KaleoTaskInstanceToken existingKaleoTaskInstanceToken =
_persistence.findByPrimaryKey(newKaleoTaskInstanceToken.getPrimaryKey());
Assert.assertEquals(
Long.valueOf(existingKaleoTaskInstanceToken.getKaleoInstanceId()),
ReflectionTestUtil.<Long>invoke(
existingKaleoTaskInstanceToken, "getOriginalKaleoInstanceId", new Class<?>[0]));
Assert.assertEquals(
Long.valueOf(existingKaleoTaskInstanceToken.getKaleoTaskId()),
ReflectionTestUtil.<Long>invoke(
existingKaleoTaskInstanceToken, "getOriginalKaleoTaskId", new Class<?>[0]));
}
@Test
public void testResetOriginalValues() throws Exception {
MeetupsRegistration newMeetupsRegistration = addMeetupsRegistration();
_persistence.clearCache();
MeetupsRegistration existingMeetupsRegistration =
_persistence.findByPrimaryKey(newMeetupsRegistration.getPrimaryKey());
Assert.assertEquals(
Long.valueOf(existingMeetupsRegistration.getUserId()),
ReflectionTestUtil.<Long>invoke(
existingMeetupsRegistration, "getOriginalUserId", new Class<?>[0]));
Assert.assertEquals(
Long.valueOf(existingMeetupsRegistration.getMeetupsEntryId()),
ReflectionTestUtil.<Long>invoke(
existingMeetupsRegistration, "getOriginalMeetupsEntryId", new Class<?>[0]));
}
@Test
public void testResetOriginalValues() throws Exception {
DDLRecordVersion newDDLRecordVersion = addDDLRecordVersion();
_persistence.clearCache();
DDLRecordVersion existingDDLRecordVersion =
_persistence.findByPrimaryKey(newDDLRecordVersion.getPrimaryKey());
Assert.assertEquals(
Long.valueOf(existingDDLRecordVersion.getRecordId()),
ReflectionTestUtil.<Long>invoke(
existingDDLRecordVersion, "getOriginalRecordId", new Class<?>[0]));
Assert.assertTrue(
Validator.equals(
existingDDLRecordVersion.getVersion(),
ReflectionTestUtil.invoke(
existingDDLRecordVersion, "getOriginalVersion", new Class<?>[0])));
}
@Test
public void testResetOriginalValues() throws Exception {
ServiceComponent newServiceComponent = addServiceComponent();
_persistence.clearCache();
ServiceComponent existingServiceComponent =
_persistence.findByPrimaryKey(newServiceComponent.getPrimaryKey());
Assert.assertTrue(
Validator.equals(
existingServiceComponent.getBuildNamespace(),
ReflectionTestUtil.invoke(
existingServiceComponent, "getOriginalBuildNamespace", new Class<?>[0])));
Assert.assertEquals(
Long.valueOf(existingServiceComponent.getBuildNumber()),
ReflectionTestUtil.<Long>invoke(
existingServiceComponent, "getOriginalBuildNumber", new Class<?>[0]));
}
@Before
public void setUp() throws Exception {
_assetCategoryPersistence = AssetCategoryUtil.getPersistence();
_sessionFactoryInvocationHandler =
new SessionFactoryInvocationHandler(
ReflectionTestUtil.getFieldValue(_assetCategoryPersistence, "_sessionFactory"));
ReflectionTestUtil.setFieldValue(
_assetCategoryPersistence,
"_sessionFactory",
ProxyUtil.newProxyInstance(
SessionFactory.class.getClassLoader(),
new Class<?>[] {SessionFactory.class},
_sessionFactoryInvocationHandler));
_assetCategoryPersistence.setRebuildTreeEnabled(false);
_nestedSetsTreeManager =
new PersistenceNestedSetsTreeManager<AssetCategory>(
(BasePersistenceImpl<?>) _assetCategoryPersistence,
"AssetCategory",
"AssetCategory",
AssetCategoryImpl.class,
"categoryId",
"groupId",
"leftCategoryId",
"rightCategoryId");
_group = GroupTestUtil.addGroup();
_assetVocabulary = AssetTestUtil.addVocabulary(_group.getGroupId());
_assetCategories = new AssetCategory[9];
for (int i = 0; i < 9; i++) {
_assetCategories[i] =
AssetTestUtil.addCategory(_group.getGroupId(), _assetVocabulary.getVocabularyId());
}
PropsValues.SPRING_HIBERNATE_SESSION_DELEGATED = false;
}
@Test
public void testAutoRemoveFileInputStream() throws Exception {
File tempFile = new File("tempFile");
Assert.assertTrue(tempFile.createNewFile());
AutoDeleteFileInputStream autoRemoveFileInputStream = new AutoDeleteFileInputStream(tempFile);
final AtomicInteger checkDeleteCount = new AtomicInteger();
SwappableSecurityManager swappableSecurityManager =
new SwappableSecurityManager() {
@Override
public void checkDelete(String file) {
if (file.contains("tempFile")) {
checkDeleteCount.getAndIncrement();
}
}
};
try (SwappableSecurityManager autoCloseSwappableSecurityManager = swappableSecurityManager) {
autoCloseSwappableSecurityManager.install();
autoRemoveFileInputStream.close();
}
Assert.assertFalse(tempFile.exists());
Assert.assertEquals(1, checkDeleteCount.get());
checkDeleteCount.set(0);
Assert.assertTrue(tempFile.createNewFile());
autoRemoveFileInputStream = new AutoDeleteFileInputStream(tempFile);
Assert.assertTrue(tempFile.delete());
try (SwappableSecurityManager autoCloseSwappableSecurityManager = swappableSecurityManager) {
autoCloseSwappableSecurityManager.install();
autoRemoveFileInputStream.close();
}
Assert.assertFalse(tempFile.exists());
Assert.assertEquals(2, checkDeleteCount.get());
Set<String> files =
ReflectionTestUtil.getFieldValue(Class.forName("java.io.DeleteOnExitHook"), "files");
Assert.assertTrue(files.contains(tempFile.getPath()));
}
@Test
public void testResetOriginalValues() throws Exception {
ShoppingOrder newShoppingOrder = addShoppingOrder();
_persistence.clearCache();
ShoppingOrder existingShoppingOrder =
_persistence.findByPrimaryKey(newShoppingOrder.getPrimaryKey());
Assert.assertTrue(
Objects.equals(
existingShoppingOrder.getNumber(),
ReflectionTestUtil.invoke(
existingShoppingOrder, "getOriginalNumber", new Class<?>[0])));
Assert.assertTrue(
Objects.equals(
existingShoppingOrder.getPpTxnId(),
ReflectionTestUtil.invoke(
existingShoppingOrder, "getOriginalPpTxnId", new Class<?>[0])));
}
@Test
public void testResetOriginalValues() throws Exception {
Status newStatus = addStatus();
_persistence.clearCache();
Status existingStatus = _persistence.findByPrimaryKey(newStatus.getPrimaryKey());
Assert.assertEquals(
Long.valueOf(existingStatus.getUserId()),
ReflectionTestUtil.<Long>invoke(existingStatus, "getOriginalUserId", new Class<?>[0]));
}
@Test
public void testResetOriginalValues() throws Exception {
RatingsEntry newRatingsEntry = addRatingsEntry();
_persistence.clearCache();
RatingsEntry existingRatingsEntry =
_persistence.findByPrimaryKey(newRatingsEntry.getPrimaryKey());
Assert.assertEquals(
Long.valueOf(existingRatingsEntry.getUserId()),
ReflectionTestUtil.<Long>invoke(
existingRatingsEntry, "getOriginalUserId", new Class<?>[0]));
Assert.assertEquals(
Long.valueOf(existingRatingsEntry.getClassNameId()),
ReflectionTestUtil.<Long>invoke(
existingRatingsEntry, "getOriginalClassNameId", new Class<?>[0]));
Assert.assertEquals(
Long.valueOf(existingRatingsEntry.getClassPK()),
ReflectionTestUtil.<Long>invoke(
existingRatingsEntry, "getOriginalClassPK", new Class<?>[0]));
}
@Test
public void testResetOriginalValues() throws Exception {
Country newCountry = addCountry();
_persistence.clearCache();
Country existingCountry = _persistence.findByPrimaryKey(newCountry.getPrimaryKey());
Assert.assertTrue(
Validator.equals(
existingCountry.getName(),
ReflectionTestUtil.invoke(existingCountry, "getOriginalName", new Class<?>[0])));
Assert.assertTrue(
Validator.equals(
existingCountry.getA2(),
ReflectionTestUtil.invoke(existingCountry, "getOriginalA2", new Class<?>[0])));
Assert.assertTrue(
Validator.equals(
existingCountry.getA3(),
ReflectionTestUtil.invoke(existingCountry, "getOriginalA3", new Class<?>[0])));
}
protected SocketImpl swapSocketImpl(Socket socket, SocketImpl socketImpl) {
SocketImpl oldSocketImpl = ReflectionTestUtil.getFieldValue(socket, "impl");
if (socketImpl == null) {
Socket unbindSocket = new Socket();
socketImpl = ReflectionTestUtil.getFieldValue(unbindSocket, "impl");
ReflectionTestUtil.setFieldValue(
socketImpl,
"cmdsock",
new Socket() {
@Override
public synchronized void close() throws IOException {
throw new IOException();
}
});
}
ReflectionTestUtil.setFieldValue(socket, "impl", socketImpl);
return oldSocketImpl;
}
@Test
public void testResetOriginalValues() throws Exception {
Team newTeam = addTeam();
_persistence.clearCache();
Team existingTeam = _persistence.findByPrimaryKey(newTeam.getPrimaryKey());
Assert.assertTrue(
Objects.equals(
existingTeam.getUuid(),
ReflectionTestUtil.invoke(existingTeam, "getOriginalUuid", new Class<?>[0])));
Assert.assertEquals(
Long.valueOf(existingTeam.getGroupId()),
ReflectionTestUtil.<Long>invoke(existingTeam, "getOriginalGroupId", new Class<?>[0]));
Assert.assertEquals(
Long.valueOf(existingTeam.getGroupId()),
ReflectionTestUtil.<Long>invoke(existingTeam, "getOriginalGroupId", new Class<?>[0]));
Assert.assertTrue(
Objects.equals(
existingTeam.getName(),
ReflectionTestUtil.invoke(existingTeam, "getOriginalName", new Class<?>[0])));
}
@Test
public void testResetOriginalValues() throws Exception {
MBMailingList newMBMailingList = addMBMailingList();
_persistence.clearCache();
MBMailingList existingMBMailingList =
_persistence.findByPrimaryKey(newMBMailingList.getPrimaryKey());
Assert.assertTrue(
Validator.equals(
existingMBMailingList.getUuid(),
ReflectionTestUtil.invoke(existingMBMailingList, "getOriginalUuid", new Class<?>[0])));
Assert.assertEquals(
existingMBMailingList.getGroupId(),
ReflectionTestUtil.invoke(existingMBMailingList, "getOriginalGroupId", new Class<?>[0]));
Assert.assertEquals(
existingMBMailingList.getGroupId(),
ReflectionTestUtil.invoke(existingMBMailingList, "getOriginalGroupId", new Class<?>[0]));
Assert.assertEquals(
existingMBMailingList.getCategoryId(),
ReflectionTestUtil.invoke(existingMBMailingList, "getOriginalCategoryId", new Class<?>[0]));
}
@AdviseWith(adviceClasses = {PropsUtilAdvice.class})
@Test
public void testShutdownFailWithLog() throws NoSuchObjectException {
UnicastRemoteObject.unexportObject(_getMPIImpl(), true);
final IOException ioException = new IOException();
ReflectionTestUtil.setFieldValue(
MPIHelperUtil.class,
"_intraband",
new MockIntraband() {
@Override
public void close() throws IOException {
throw ioException;
}
});
try (CaptureHandler captureHandler =
JDKLoggerTestUtil.configureJDKLogger(MPIHelperUtil.class.getName(), Level.WARNING)) {
MPIHelperUtil.shutdown();
List<LogRecord> logRecords = captureHandler.getLogRecords();
Assert.assertEquals(2, logRecords.size());
LogRecord logRecord = logRecords.get(0);
logRecord = logRecords.get(0);
Assert.assertEquals("Unable to unexport " + _getMPIImpl(), logRecord.getMessage());
Throwable throwable = logRecord.getThrown();
Assert.assertSame(NoSuchObjectException.class, throwable.getClass());
logRecord = logRecords.get(1);
Assert.assertEquals("Unable to close intraband", logRecord.getMessage());
Assert.assertSame(ioException, logRecord.getThrown());
}
}
@AdviseWith(adviceClasses = {PropsUtilAdvice.class})
@NewEnv(type = NewEnv.Type.CLASSLOADER)
@Test
public void testPrepareRequest() throws Exception {
PropsUtilAdvice.setProps(
PropsKeys.INTRABAND_MAILBOX_REAPER_THREAD_ENABLED, Boolean.FALSE.toString());
PropsUtilAdvice.setProps(
PropsKeys.INTRABAND_MAILBOX_STORAGE_LIFE, String.valueOf(Long.MAX_VALUE));
Serializer serializer = new Serializer();
serializer.writeString(_SERVLET_CONTEXT_NAME);
serializer.writeObject(new SPIAgentRequest(_mockHttpServletRequest));
long receipt =
ReflectionTestUtil.invoke(
MailboxUtil.class,
"depositMail",
new Class<?>[] {ByteBuffer.class},
serializer.toByteBuffer());
byte[] data = new byte[8];
BigEndianCodec.putLong(data, 0, receipt);
HttpClientSPIAgent httpClientSPIAgent =
new HttpClientSPIAgent(
_spiConfiguration, new MockRegistrationReference(new MockIntraband()));
MockHttpServletRequest mockHttpServletRequest = new MockHttpServletRequest();
mockHttpServletRequest.setContent(data);
HttpServletRequest httpServletRequest =
httpClientSPIAgent.prepareRequest(mockHttpServletRequest);
Assert.assertNotNull(httpServletRequest.getAttribute(WebKeys.SPI_AGENT_REQUEST));
}
