use of org.cache2k.core.event.AsyncDispatcher in project cache2k by cache2k.
the class InternalCache2kBuilder method buildAsIs.
/**
* Build without applying external configuration. Needed for JCache.
*/
@SuppressWarnings({ "unchecked", "SuspiciousToArrayCall" })
public Cache<K, V> buildAsIs() {
if (config.getValueType() == null) {
config.setValueType(Object.class);
}
if (config.getKeyType() == null) {
config.setKeyType(Object.class);
}
if (config.getName() == null) {
config.setName(deriveNameFromStackTrace());
}
checkConfiguration();
Class<?> _implClass = HeapCache.TUNABLE.defaultImplementation;
InternalCache<K, V> _cache = constructImplementationAndFillParameters(_implClass);
InternalClock _timeReference = (InternalClock) _cache.createCustomization(config.getClock());
if (_timeReference == null) {
_timeReference = ClockDefaultImpl.INSTANCE;
}
HeapCache bc = (HeapCache) _cache;
bc.setCacheManager(manager);
if (config.hasCacheClosedListeners()) {
bc.setCacheClosedListeners(config.getCacheClosedListeners());
}
configureViaSettersDirect(bc);
bc.setClock(_timeReference);
boolean _wrap = false;
if (config.hasListeners()) {
_wrap = true;
}
if (config.hasAsyncListeners()) {
_wrap = true;
}
if (config.getWriter() != null) {
_wrap = true;
}
WiredCache<K, V> wc = null;
if (_wrap) {
wc = new WiredCache<K, V>();
wc.heapCache = bc;
_cache = wc;
}
String _name = manager.newCache(_cache, bc.getName());
bc.setName(_name);
if (_wrap) {
wc.loader = bc.loader;
if (config.getWriter() != null) {
wc.writer = (CacheWriter<K, V>) bc.createCustomization(config.getWriter());
}
List<CacheEntryCreatedListener<K, V>> _syncCreatedListeners = new ArrayList<CacheEntryCreatedListener<K, V>>();
List<CacheEntryUpdatedListener<K, V>> _syncUpdatedListeners = new ArrayList<CacheEntryUpdatedListener<K, V>>();
List<CacheEntryRemovedListener<K, V>> _syncRemovedListeners = new ArrayList<CacheEntryRemovedListener<K, V>>();
List<CacheEntryExpiredListener<K, V>> _syncExpiredListeners = new ArrayList<CacheEntryExpiredListener<K, V>>();
List<CacheEntryExpiredListener<K, V>> _expiredListeners = new ArrayList<CacheEntryExpiredListener<K, V>>();
if (config.hasListeners()) {
for (CustomizationSupplier<CacheEntryOperationListener<K, V>> f : config.getListeners()) {
CacheEntryOperationListener<K, V> el = (CacheEntryOperationListener<K, V>) bc.createCustomization(f);
if (el instanceof CacheEntryCreatedListener) {
_syncCreatedListeners.add((CacheEntryCreatedListener) el);
}
if (el instanceof CacheEntryUpdatedListener) {
_syncUpdatedListeners.add((CacheEntryUpdatedListener) el);
}
if (el instanceof CacheEntryRemovedListener) {
_syncRemovedListeners.add((CacheEntryRemovedListener) el);
}
if (el instanceof CacheEntryExpiredListener) {
_expiredListeners.add((CacheEntryExpiredListener) el);
}
}
}
if (config.hasAsyncListeners() || !_expiredListeners.isEmpty()) {
Executor _executor = DEFAULT_ASYNC_EXECUTOR;
if (config.getAsyncListenerExecutor() != null) {
_executor = _cache.createCustomization(config.getAsyncListenerExecutor());
}
AsyncDispatcher<K> _asyncDispatcher = new AsyncDispatcher<K>(wc, _executor);
List<CacheEntryCreatedListener<K, V>> cll = new ArrayList<CacheEntryCreatedListener<K, V>>();
List<CacheEntryUpdatedListener<K, V>> ull = new ArrayList<CacheEntryUpdatedListener<K, V>>();
List<CacheEntryRemovedListener<K, V>> rll = new ArrayList<CacheEntryRemovedListener<K, V>>();
List<CacheEntryExpiredListener<K, V>> ell = new ArrayList<CacheEntryExpiredListener<K, V>>();
for (CustomizationSupplier<CacheEntryOperationListener<K, V>> f : config.getAsyncListeners()) {
CacheEntryOperationListener<K, V> el = (CacheEntryOperationListener<K, V>) bc.createCustomization(f);
if (el instanceof CacheEntryCreatedListener) {
cll.add((CacheEntryCreatedListener) el);
}
if (el instanceof CacheEntryUpdatedListener) {
ull.add((CacheEntryUpdatedListener) el);
}
if (el instanceof CacheEntryRemovedListener) {
rll.add((CacheEntryRemovedListener) el);
}
if (el instanceof CacheEntryExpiredListener) {
ell.add((CacheEntryExpiredListener) el);
}
}
for (CacheEntryCreatedListener l : cll) {
_syncCreatedListeners.add(new AsyncCreatedListener<K, V>(_asyncDispatcher, l));
}
for (CacheEntryUpdatedListener l : ull) {
_syncUpdatedListeners.add(new AsyncUpdatedListener<K, V>(_asyncDispatcher, l));
}
for (CacheEntryRemovedListener l : rll) {
_syncRemovedListeners.add(new AsyncRemovedListener<K, V>(_asyncDispatcher, l));
}
for (CacheEntryExpiredListener l : ell) {
_syncExpiredListeners.add(new AsyncExpiredListener<K, V>(_asyncDispatcher, l));
}
for (CacheEntryExpiredListener l : _expiredListeners) {
_syncExpiredListeners.add(new AsyncExpiredListener<K, V>(_asyncDispatcher, l));
}
}
if (!_syncCreatedListeners.isEmpty()) {
wc.syncEntryCreatedListeners = _syncCreatedListeners.toArray(new CacheEntryCreatedListener[_syncCreatedListeners.size()]);
}
if (!_syncUpdatedListeners.isEmpty()) {
wc.syncEntryUpdatedListeners = _syncUpdatedListeners.toArray(new CacheEntryUpdatedListener[_syncUpdatedListeners.size()]);
}
if (!_syncRemovedListeners.isEmpty()) {
wc.syncEntryRemovedListeners = _syncRemovedListeners.toArray(new CacheEntryRemovedListener[_syncRemovedListeners.size()]);
}
if (!_syncExpiredListeners.isEmpty()) {
wc.syncEntryExpiredListeners = _syncExpiredListeners.toArray(new CacheEntryExpiredListener[_syncExpiredListeners.size()]);
}
bc.eviction = constructEviction(bc, wc, config);
TimingHandler rh = TimingHandler.of(_timeReference, config);
bc.setTiming(rh);
wc.init();
} else {
TimingHandler rh = TimingHandler.of(_timeReference, config);
bc.setTiming(rh);
bc.eviction = constructEviction(bc, HeapCacheListener.NO_OPERATION, config);
bc.init();
}
manager.sendCreatedEvent(_cache);
return _cache;
}
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