public void fillSerializationStatesFromDeserializedData() {
for (NFTypeSerializer<?> serializer : getTopLevelSerializers()) {
FastBlobTypeDeserializationState<?> state = getTypeDeserializationState(serializer.getName());
state.fillSerializationState(this);
}
}
@Override
@SuppressWarnings("unchecked")
public void doSerialize(SortedMap<K, V> map, NFSerializationRecord rec) {
serializationFramework
.getFrameworkSerializer()
.serializeSortedMap(rec, "map", keySerializer.getName(), valueSerializer.getName(), map);
}
/*
* Copy serialization states whose serializer's name doesn't match the ones provided in the ignore collection
*/
public void copyTo(
FastBlobStateEngine otherStateEngine, Collection<String> topLevelSerializersToIgnore) {
fillDeserializationStatesFromSerializedData();
SimultaneousExecutor executor = new SimultaneousExecutor(4.0d);
List<String> topLevelSerializersToCopy = new ArrayList<String>();
for (NFTypeSerializer<?> serializer : getTopLevelSerializers()) {
String serializerName = serializer.getName();
if (!topLevelSerializersToIgnore.contains(serializerName)) {
topLevelSerializersToCopy.add(serializer.getName());
}
}
CountDownLatch latch =
new CountDownLatch(executor.getMaximumPoolSize() * topLevelSerializersToCopy.size());
for (String serializerizerName : topLevelSerializersToCopy) {
executor.submit(
getFillSerializationStateRunnable(otherStateEngine, serializerizerName, executor, latch));
}
try {
latch.await();
} catch (InterruptedException ie) {
ie.printStackTrace();
}
executor.shutdown();
}
private <T> void createSerializationState(NFTypeSerializer<T> serializer) {
FastBlobTypeSerializationState<T> serializationState =
new FastBlobTypeSerializationState<T>(
serializer, numberOfConfigurations, shouldUseObjectIdentityOrdinalCaching);
serializationTypeStates.put(serializer.getName(), serializationState);
orderedSerializationStates.add(serializationState);
deserializationTypeStates.put(
serializer.getName(), new FastBlobTypeDeserializationState<T>(serializer));
}
/**
* Not intended for external consumption.
*
* <p>This method is only intended to be used during heap-friendly double snapshot refresh.
*/
public void populateByteArrayOrdinalMap(ByteArrayOrdinalMap ordinalMap) {
FastBlobSerializationRecord rec =
new FastBlobSerializationRecord(serializer.getFastBlobSchema());
ByteDataBuffer scratch = new ByteDataBuffer();
for (int i = 0; i < objects.size(); i++) {
T obj = objects.get(i);
if (obj != null) {
serializer.serialize(obj, rec);
rec.writeDataTo(scratch);
ordinalMap.put(scratch, i);
scratch.reset();
rec.reset();
}
}
previousObjects = objects;
objects = new ArrayList<T>(previousObjects.size());
}
@Override
public void setSerializationFramework(final SerializationFramework framework) {
this.serializationFramework = framework;
keySerializer.setSerializationFramework(framework);
valueSerializer.setSerializationFramework(framework);
}
public void add(int ordinal, FastBlobDeserializationRecord rec) {
T obj = serializer.deserialize(rec);
ensureCapacity(ordinal + 1);
objects.set(ordinal, obj);
}
public FastBlobSchema getSchema() {
return serializer.getFastBlobSchema();
}