Source:
public void onFilterResult(Object userContext, Object eventType, Object instance, Object[] projection, Comparable[] sortProjection) { EventWrapper eventWrapper = (EventWrapper) userContext; Object storedKey = eventWrapper.getKey(); CacheEntryEvent<K, V> event = (CacheEntryEvent<K, V>) eventWrapper.getEvent(); boolean primaryOwner = clusteringDependentLogic.getCacheTopology().getDistribution(storedKey).isPrimary(); if (event.isPre() && isClustered || isPrimaryOnly && !primaryOwner) { return; } DelegatingCacheEntryListenerInvocation<K, V>[] invocations; switch (event.getType()) { case CACHE_ENTRY_ACTIVATED: invocations = activated_invocations; break; case CACHE_ENTRY_CREATED: invocations = created_invocations; break; case CACHE_ENTRY_INVALIDATED: invocations = invalidated_invocations; break; case CACHE_ENTRY_LOADED: invocations = loaded_invocations; break; case CACHE_ENTRY_MODIFIED: invocations = modified_invocations; break; case CACHE_ENTRY_PASSIVATED: invocations = passivated_invocations; break; case CACHE_ENTRY_REMOVED: invocations = removed_invocations; break; case CACHE_ENTRY_VISITED: invocations = visited_invocations; break; case CACHE_ENTRY_EVICTED: invocations = evicted_invocations; break; case CACHE_ENTRY_EXPIRED: invocations = expired_invocations; break; default: return; } boolean conversionDone = false; for (DelegatingCacheEntryListenerInvocation<K, V> invocation : invocations) { if (invocation.getObservation().shouldInvoke(event.isPre())) { if (!conversionDone) { if (filterAndConvert && event instanceof EventImpl) { EventImpl<K, V> eventImpl = (EventImpl<K, V>) event; EventImpl<K, V> clone = eventImpl.clone(); clone.setValue((V) makeFilterResult(userContext, eventType, event.getKey(), projection == null ? instance : null, projection, sortProjection)); event = clone; } conversionDone = true; } invocation.invokeNoChecks(new EventWrapper<>(event.getKey(), event), false, filterAndConvert); } } }

Target:
public void onFilterResult(Object userContext, Object eventType, Object instance, Object[] projection, Comparable[] sortProjection) { EventWrapper eventWrapper = (EventWrapper) userContext; CacheEntryEvent<K, V> event = (CacheEntryEvent<K, V>) eventWrapper.getEvent(); if (event.isPre() && isClustered || isPrimaryOnly && !clusteringDependentLogic.getCacheTopology().getDistribution(eventWrapper.getKey()).isPrimary()) { return; } DelegatingCacheEntryListenerInvocation<K, V>[] invocations; switch (event.getType()) { case CACHE_ENTRY_ACTIVATED: invocations = activated_invocations; break; case CACHE_ENTRY_CREATED: invocations = created_invocations; break; case CACHE_ENTRY_INVALIDATED: invocations = invalidated_invocations; break; case CACHE_ENTRY_LOADED: invocations = loaded_invocations; break; case CACHE_ENTRY_MODIFIED: invocations = modified_invocations; break; case CACHE_ENTRY_PASSIVATED: invocations = passivated_invocations; break; case CACHE_ENTRY_REMOVED: invocations = removed_invocations; break; case CACHE_ENTRY_VISITED: invocations = visited_invocations; break; case CACHE_ENTRY_EVICTED: invocations = evicted_invocations; break; case CACHE_ENTRY_EXPIRED: invocations = expired_invocations; break; default: return; } boolean conversionDone = false; for (DelegatingCacheEntryListenerInvocation<K, V> invocation : invocations) { if (invocation.getObservation().shouldInvoke(event.isPre())) { if (!conversionDone) { if (filterAndConvert && event instanceof EventImpl) { EventImpl<K, V> eventImpl = (EventImpl<K, V>) event; EventImpl<K, V> clone = eventImpl.clone(); clone.setValue((V) makeFilterResult(userContext, eventType, event.getKey(), projection == null ? instance : null, projection, sortProjection)); event = clone; } conversionDone = true; } invocation.invokeNoChecks(new EventWrapper<>(event.getKey(), event), false, filterAndConvert); } } }