Java Code Examples for org.hibernate.tuple.GenerationTiming#NEVER

public GenerationStrategyPair(
		InMemoryValueGenerationStrategy inMemoryStrategy,
		InDatabaseValueGenerationStrategy inDatabaseStrategy) {
	// perform some normalization.  Also check that only one (if any) strategy is specified
	if ( inMemoryStrategy == null ) {
		inMemoryStrategy = NoInMemoryValueGenerationStrategy.INSTANCE;
	}
	if ( inDatabaseStrategy == null ) {
		inDatabaseStrategy = NoInDatabaseValueGenerationStrategy.INSTANCE;
	}

	if ( inMemoryStrategy.getGenerationTiming() != GenerationTiming.NEVER
			&& inDatabaseStrategy.getGenerationTiming() != GenerationTiming.NEVER ) {
		throw new ValueGenerationStrategyException(
				"in-memory and in-database value generation are mutually exclusive"
		);
	}

	this.inMemoryStrategy = inMemoryStrategy;
	this.inDatabaseStrategy = inDatabaseStrategy;
}
 

private static GenerationStrategyPair buildGenerationStrategyPair(
		final SessionFactoryImplementor sessionFactory,
		final Property mappingProperty) {
	final ValueGeneration valueGeneration = mappingProperty.getValueGenerationStrategy();
	if ( valueGeneration != null && valueGeneration.getGenerationTiming() != GenerationTiming.NEVER ) {
		// the property is generated in full. build the generation strategy pair.
		if ( valueGeneration.getValueGenerator() != null ) {
			// in-memory generation
			return new GenerationStrategyPair(
					FullInMemoryValueGenerationStrategy.create( valueGeneration )
			);
		}
		else {
			// in-db generation
			return new GenerationStrategyPair(
					create(
							sessionFactory,
							mappingProperty,
							valueGeneration
					)
			);
		}
	}
	else if ( mappingProperty.getValue() instanceof Component ) {
		final CompositeGenerationStrategyPairBuilder builder = new CompositeGenerationStrategyPairBuilder( mappingProperty );
		interpretPartialCompositeValueGeneration( sessionFactory, (Component) mappingProperty.getValue(), builder );
		return builder.buildPair();
	}

	return NO_GEN_PAIR;
}
 

private void add(InMemoryValueGenerationStrategy inMemoryStrategy) {
	if ( inMemoryStrategies == null ) {
		inMemoryStrategies = new ArrayList<>();
	}
	inMemoryStrategies.add( inMemoryStrategy );

	if ( inMemoryStrategy.getGenerationTiming() != GenerationTiming.NEVER ) {
		hadInMemoryGeneration = true;
	}
}
 

private void add(InDatabaseValueGenerationStrategy inDatabaseStrategy) {
	if ( inDatabaseStrategies == null ) {
		inDatabaseStrategies = new ArrayList<>();
	}
	inDatabaseStrategies.add( inDatabaseStrategy );

	if ( inDatabaseStrategy.getGenerationTiming() != GenerationTiming.NEVER ) {
		hadInDatabaseGeneration = true;
	}
}
 

public boolean isNaturalIdentifierInsertGenerated() {
	// the intention is for this call to replace the usage of the old ValueInclusion stuff (as exposed from
	// persister) in SelectGenerator to determine if it is safe to use the natural identifier to find the
	// insert-generated identifier.  That wont work if the natural-id is also insert-generated.
	//
	// Assumptions:
	//		* That code checks that there is a natural identifier before making this call, so we assume the same here
	// 		* That code assumes a non-composite natural-id, so we assume the same here
	final InDatabaseValueGenerationStrategy strategy = inDatabaseValueGenerationStrategies[ naturalIdPropertyNumbers[0] ];
	return strategy != null && strategy.getGenerationTiming() != GenerationTiming.NEVER;
}
 

@Override
public GenerationTiming getGenerationTiming() {
	return GenerationTiming.NEVER;
}
 

@Override
public GenerationTiming getGenerationTiming() {
	return GenerationTiming.NEVER;
}
 

@Override
public GenerationTiming getGenerationTiming() {
	return GenerationTiming.NEVER;
}
 

@Override
public GenerationTiming getGenerationTiming() {
	return GenerationTiming.NEVER;
}
 

public boolean isVersionGenerated() {
	final InDatabaseValueGenerationStrategy strategy = inDatabaseValueGenerationStrategies[ versionPropertyIndex ];
	return strategy != null && strategy.getGenerationTiming() != GenerationTiming.NEVER;
}
 

@Override
public GenerationTiming getGenerationTiming() {
	return GenerationTiming.NEVER;
}
 

@Override
public GenerationTiming getGenerationTiming() {
	return GenerationTiming.NEVER;
}
 

@Override
public GenerationTiming getGenerationTiming() {
	return GenerationTiming.NEVER;
}