public final Ref<V> visionallyRead(K key, QueuedOperationType nullOrOperationType) {
XMap<K, V> delayOrphanMap = this.delayOrphanMap;
if (delayOrphanMap != null && delayOrphanMap.containsKey(key)) {
return new Ref<V>(null);
}
if (!this.isVisionallyReadable(nullOrOperationType)) {
return null;
}
return this.onVisionallyRead(key, nullOrOperationType);
}
public final boolean performQueuedOrphans() {
if (this.isLoaded()) {
XMap<K, V> map = this.delayOrphanMap;
if (map != null) {
this.delayOrphanMap = null;
this.getBase().keySet().removeAll(map.keySet());
return true;
}
}
return false;
}
@Override
protected XKeySetView<K> createBaseView(XMap<K, V> baseMap, ViewInfo viewInfo) {
if (viewInfo instanceof MapViewInfos.KeySet) {
return baseMap.keySet();
}
throw new IllegalArgumentException(LAZY_COMMON_RESOURCE.get().illegalViewInfo());
}
@SuppressWarnings("unchecked")
@Override
protected org.babyfish.collection.XMap.XEntry<K, V> createBaseView(
XMap<K, V> baseMap, ViewInfo viewInfo) {
if (viewInfo instanceof MapViewInfos.RealByKey) {
K key = (K) ((MapViewInfos.RealByKey) viewInfo).getKey();
return baseMap.real(key);
}
throw new IllegalArgumentException(LAZY_COMMON_RESOURCE.get().illegalViewInfo());
}
final void visinallyRemove(K key, V value) {
XMap<K, V> delayOrphanMap = this.delayOrphanMap;
if (delayOrphanMap == null) {
UnifiedComparator<? super K> keyUnifiedComparator = this.keyUnifiedComparator();
if (keyUnifiedComparator.comparator() != null) {
delayOrphanMap =
new TreeMap<K, V>(
ReplacementRule.NEW_REFERENCE_WIN,
keyUnifiedComparator.comparator(),
this.valueUnifiedComparator());
} else {
delayOrphanMap =
new LinkedHashMap<K, V>(
ReplacementRule.NEW_REFERENCE_WIN,
keyUnifiedComparator.equalityComparator(),
this.valueUnifiedComparator(),
false,
OrderAdjustMode.TAIL,
OrderAdjustMode.TAIL);
}
this.delayOrphanMap = delayOrphanMap;
}
delayOrphanMap.put(key, value);
}