@Test
public void testRemoveAll() {
Assert.assertEquals(_VALUE_1, _memoryPortalCache.get(_KEY_1));
Assert.assertNull(_memoryPortalCache.get(_KEY_2));
// Remove all 1
_memoryPortalCache.removeAll();
Assert.assertNull(_memoryPortalCache.get(_KEY_1));
Assert.assertNull(_memoryPortalCache.get(_KEY_2));
_defaultCacheListener.assertActionsCount(1);
_defaultCacheListener.assertRemoveAll();
_defaultCacheListener.reset();
_defaultCacheReplicator.assertActionsCount(1);
_defaultCacheReplicator.assertRemoveAll();
_defaultCacheReplicator.reset();
// Remove all 2
_memoryPortalCache.put(_KEY_1, _VALUE_1);
_memoryPortalCache.put(_KEY_2, _VALUE_2);
PortalCacheHelperUtil.removeAllWithoutReplicator(_memoryPortalCache);
Assert.assertNull(_memoryPortalCache.get(_KEY_1));
Assert.assertNull(_memoryPortalCache.get(_KEY_2));
_defaultCacheListener.assertActionsCount(3);
_defaultCacheListener.assertPut(_KEY_1, _VALUE_1);
_defaultCacheListener.assertPut(_KEY_2, _VALUE_2);
_defaultCacheListener.assertRemoveAll();
_defaultCacheListener.reset();
_defaultCacheReplicator.assertActionsCount(2);
_defaultCacheReplicator.assertPut(_KEY_1, _VALUE_1);
_defaultCacheReplicator.assertPut(_KEY_2, _VALUE_2);
_defaultCacheReplicator.reset();
}
@Override
public void putResult(
boolean entityCacheEnabled,
Class<?> clazz,
Serializable primaryKey,
Serializable result,
boolean quiet) {
if (!PropsValues.VALUE_OBJECT_ENTITY_CACHE_ENABLED
|| !entityCacheEnabled
|| !CacheRegistryUtil.isActive()
|| (result == null)) {
return;
}
result = ((BaseModel<?>) result).toCacheModel();
if (_LOCAL_CACHE_AVAILABLE) {
Map<Serializable, Serializable> localCache = _localCache.get();
Serializable localCacheKey = _encodeLocalCacheKey(clazz, primaryKey);
localCache.put(localCacheKey, result);
}
PortalCache<Serializable, Serializable> portalCache = _getPortalCache(clazz, true);
Serializable cacheKey = _encodeCacheKey(primaryKey);
if (quiet) {
PortalCacheHelperUtil.putWithoutReplicator(portalCache, cacheKey, result);
} else {
portalCache.put(cacheKey, result);
}
}
@Override
public Serializable loadResult(
boolean entityCacheEnabled,
Class<?> clazz,
Serializable primaryKey,
SessionFactory sessionFactory) {
if (!PropsValues.VALUE_OBJECT_ENTITY_CACHE_ENABLED
|| !entityCacheEnabled
|| !CacheRegistryUtil.isActive()) {
Session session = null;
try {
session = sessionFactory.openSession();
return (Serializable) session.load(clazz, primaryKey);
} finally {
sessionFactory.closeSession(session);
}
}
Serializable result = null;
Map<Serializable, Serializable> localCache = null;
Serializable localCacheKey = null;
if (_LOCAL_CACHE_AVAILABLE) {
localCache = _localCache.get();
localCacheKey = _encodeLocalCacheKey(clazz, primaryKey);
result = localCache.get(localCacheKey);
}
Serializable loadResult = null;
if (result == null) {
PortalCache<Serializable, Serializable> portalCache = _getPortalCache(clazz, true);
Serializable cacheKey = _encodeCacheKey(primaryKey);
result = portalCache.get(cacheKey);
if (result == null) {
if (_log.isDebugEnabled()) {
_log.debug("Load " + clazz + " " + primaryKey + " from session");
}
Session session = null;
try {
session = sessionFactory.openSession();
loadResult = (Serializable) session.load(clazz, primaryKey);
} finally {
if (loadResult == null) {
result = StringPool.BLANK;
} else {
result = ((BaseModel<?>) loadResult).toCacheModel();
}
PortalCacheHelperUtil.putWithoutReplicator(portalCache, cacheKey, result);
sessionFactory.closeSession(session);
}
}
if (_LOCAL_CACHE_AVAILABLE) {
localCache.put(localCacheKey, result);
}
}
if (loadResult != null) {
return loadResult;
}
return _toEntityModel(result);
}
@Test
public void testRemove() {
Assert.assertEquals(_VALUE_1, _memoryPortalCache.get(_KEY_1));
Assert.assertNull(_memoryPortalCache.get(_KEY_2));
// Remove 1
_memoryPortalCache.remove(_KEY_1);
Assert.assertNull(_memoryPortalCache.get(_KEY_1));
Assert.assertNull(_memoryPortalCache.get(_KEY_2));
_defaultCacheListener.assertActionsCount(1);
_defaultCacheListener.assertRemoved(_KEY_1, _VALUE_1);
_defaultCacheListener.reset();
_defaultCacheReplicator.assertActionsCount(1);
_defaultCacheReplicator.assertRemoved(_KEY_1, _VALUE_1);
_defaultCacheReplicator.reset();
// Remove 2
_memoryPortalCache.put(_KEY_1, _VALUE_1);
PortalCacheHelperUtil.removeWithoutReplicator(_memoryPortalCache, _KEY_1);
Assert.assertNull(_memoryPortalCache.get(_KEY_1));
Assert.assertNull(_memoryPortalCache.get(_KEY_2));
_defaultCacheListener.assertActionsCount(2);
_defaultCacheListener.assertPut(_KEY_1, _VALUE_1);
_defaultCacheListener.assertRemoved(_KEY_1, _VALUE_1);
_defaultCacheListener.reset();
_defaultCacheReplicator.assertActionsCount(1);
_defaultCacheReplicator.assertPut(_KEY_1, _VALUE_1);
_defaultCacheReplicator.reset();
// Remove 3
_memoryPortalCache.remove(_KEY_2);
Assert.assertNull(_memoryPortalCache.get(_KEY_1));
Assert.assertNull(_memoryPortalCache.get(_KEY_2));
_defaultCacheListener.assertActionsCount(0);
_defaultCacheReplicator.assertActionsCount(0);
// Remove 4
_memoryPortalCache.put(_KEY_1, _VALUE_1);
Assert.assertTrue(_memoryPortalCache.remove(_KEY_1, _VALUE_1));
Assert.assertNull(_memoryPortalCache.get(_KEY_1));
Assert.assertNull(_memoryPortalCache.get(_KEY_2));
_defaultCacheListener.assertActionsCount(2);
_defaultCacheListener.assertPut(_KEY_1, _VALUE_1);
_defaultCacheListener.assertRemoved(_KEY_1, _VALUE_1);
_defaultCacheListener.reset();
_defaultCacheReplicator.assertActionsCount(2);
_defaultCacheReplicator.assertPut(_KEY_1, _VALUE_1);
_defaultCacheReplicator.assertRemoved(_KEY_1, _VALUE_1);
_defaultCacheReplicator.reset();
// Remove 5
_memoryPortalCache.put(_KEY_1, _VALUE_1);
Assert.assertFalse(_memoryPortalCache.remove(_KEY_1, _VALUE_2));
Assert.assertEquals(_VALUE_1, _memoryPortalCache.get(_KEY_1));
Assert.assertNull(_memoryPortalCache.get(_KEY_2));
_defaultCacheListener.assertActionsCount(1);
_defaultCacheListener.assertPut(_KEY_1, _VALUE_1);
_defaultCacheListener.reset();
_defaultCacheReplicator.assertActionsCount(1);
_defaultCacheReplicator.assertPut(_KEY_1, _VALUE_1);
_defaultCacheReplicator.reset();
// Remove 6
try {
_memoryPortalCache.remove(null);
Assert.fail();
} catch (NullPointerException npe) {
Assert.assertEquals("Key is null", npe.getMessage());
}
Assert.assertEquals(_VALUE_1, _memoryPortalCache.get(_KEY_1));
Assert.assertNull(_memoryPortalCache.get(_KEY_2));
_defaultCacheListener.assertActionsCount(0);
_defaultCacheReplicator.assertActionsCount(0);
// Remove 7
try {
_memoryPortalCache.remove(null, _VALUE_1);
Assert.fail();
} catch (NullPointerException npe) {
Assert.assertEquals("Key is null", npe.getMessage());
}
Assert.assertEquals(_VALUE_1, _memoryPortalCache.get(_KEY_1));
Assert.assertNull(_memoryPortalCache.get(_KEY_2));
_defaultCacheListener.assertActionsCount(0);
_defaultCacheReplicator.assertActionsCount(0);
// Remove 8
try {
_memoryPortalCache.remove(_KEY_1, null);
Assert.fail();
} catch (NullPointerException npe) {
Assert.assertEquals("Value is null", npe.getMessage());
}
Assert.assertEquals(_VALUE_1, _memoryPortalCache.get(_KEY_1));
Assert.assertNull(_memoryPortalCache.get(_KEY_2));
_defaultCacheListener.assertActionsCount(0);
_defaultCacheReplicator.assertActionsCount(0);
}
@Test
public void testPut() {
Assert.assertEquals(_VALUE_1, _memoryPortalCache.get(_KEY_1));
Assert.assertNull(_memoryPortalCache.get(_KEY_2));
// Put 1
_memoryPortalCache.put(_KEY_2, _VALUE_2);
Assert.assertEquals(_VALUE_1, _memoryPortalCache.get(_KEY_1));
Assert.assertEquals(_VALUE_2, _memoryPortalCache.get(_KEY_2));
_defaultCacheListener.assertActionsCount(1);
_defaultCacheListener.assertPut(_KEY_2, _VALUE_2);
_defaultCacheListener.reset();
_defaultCacheReplicator.assertActionsCount(1);
_defaultCacheReplicator.assertPut(_KEY_2, _VALUE_2);
_defaultCacheReplicator.reset();
// Put 2
_memoryPortalCache.put(_KEY_2, _VALUE_1, 10);
Assert.assertEquals(_VALUE_1, _memoryPortalCache.get(_KEY_1));
Assert.assertEquals(_VALUE_1, _memoryPortalCache.get(_KEY_2));
_defaultCacheListener.assertActionsCount(1);
_defaultCacheListener.assertUpdated(_KEY_2, _VALUE_1, 10);
_defaultCacheListener.reset();
_defaultCacheReplicator.assertActionsCount(1);
_defaultCacheReplicator.assertUpdated(_KEY_2, _VALUE_1, 10);
_defaultCacheReplicator.reset();
// Put 3
try {
_memoryPortalCache.put(null, null);
Assert.fail();
} catch (NullPointerException npe) {
Assert.assertEquals("Key is null", npe.getMessage());
}
Assert.assertEquals(_VALUE_1, _memoryPortalCache.get(_KEY_1));
Assert.assertEquals(_VALUE_1, _memoryPortalCache.get(_KEY_2));
_defaultCacheListener.assertActionsCount(0);
_defaultCacheReplicator.assertActionsCount(0);
// Put 4
try {
_memoryPortalCache.put(_KEY_1, null);
Assert.fail();
} catch (NullPointerException npe) {
Assert.assertEquals("Value is null", npe.getMessage());
}
Assert.assertEquals(_VALUE_1, _memoryPortalCache.get(_KEY_1));
Assert.assertEquals(_VALUE_1, _memoryPortalCache.get(_KEY_2));
_defaultCacheListener.assertActionsCount(0);
_defaultCacheReplicator.assertActionsCount(0);
// Put 5
try {
_memoryPortalCache.put(_KEY_1, _VALUE_1, -1);
Assert.fail();
} catch (IllegalArgumentException iae) {
Assert.assertEquals("Time to live is negative", iae.getMessage());
}
Assert.assertEquals(_VALUE_1, _memoryPortalCache.get(_KEY_1));
Assert.assertEquals(_VALUE_1, _memoryPortalCache.get(_KEY_2));
_defaultCacheListener.assertActionsCount(0);
_defaultCacheReplicator.assertActionsCount(0);
// Put 6
PortalCacheHelperUtil.putWithoutReplicator(_memoryPortalCache, _KEY_2, _VALUE_2);
Assert.assertEquals(_VALUE_1, _memoryPortalCache.get(_KEY_1));
Assert.assertEquals(_VALUE_2, _memoryPortalCache.get(_KEY_2));
_defaultCacheListener.assertActionsCount(1);
_defaultCacheListener.assertUpdated(_KEY_2, _VALUE_2);
_defaultCacheListener.reset();
_defaultCacheReplicator.assertActionsCount(0);
// Put 7
PortalCacheHelperUtil.putWithoutReplicator(_memoryPortalCache, _KEY_2, _VALUE_1, 10);
Assert.assertEquals(_VALUE_1, _memoryPortalCache.get(_KEY_1));
Assert.assertEquals(_VALUE_1, _memoryPortalCache.get(_KEY_2));
_defaultCacheListener.assertActionsCount(1);
_defaultCacheListener.assertUpdated(_KEY_2, _VALUE_1, 10);
_defaultCacheListener.reset();
_defaultCacheReplicator.assertActionsCount(0);
}
