Examples with ManagedBeanRegistry org.hibernate.resource.beans.spi.ManagedBeanRegistry used on opensource projects

Example 1 with ManagedBeanRegistry

use of org.hibernate.resource.beans.spi.ManagedBeanRegistry in project hibernate-orm by hibernate.

the class NonRegistryManagedBeanConsumingIntegrator method integrate.

@Override
@SuppressWarnings("unchecked")
public void integrate(Metadata metadata, SessionFactoryImplementor sessionFactory, SessionFactoryServiceRegistry serviceRegistry) {
    ManagedBeanRegistry registry = sessionFactory.getServiceRegistry().getService(ManagedBeanRegistry.class);
    BeanContainer beanContainer = registry.getBeanContainer();
    assertThat(beanContainer, CoreMatchers.notNullValue());
    applicationScopedBean1 = (ContainedBeanImplementor) beanContainer.getBean(TheApplicationScopedBean.class, this, fallbackBeanInstanceProducer);
    applicationScopedBean2 = (ContainedBeanImplementor) beanContainer.getBean(TheApplicationScopedBean.class, this, fallbackBeanInstanceProducer);
    dependentBean1 = (ContainedBeanImplementor) beanContainer.getBean(TheDependentBean.class, this, fallbackBeanInstanceProducer);
    dependentBean2 = (ContainedBeanImplementor) beanContainer.getBean(TheDependentBean.class, this, fallbackBeanInstanceProducer);
    reflectionInstantiatedBean1 = (ContainedBeanImplementor) beanContainer.getBean(TheReflectionInstantiatedBean.class, this, fallbackBeanInstanceProducer);
    reflectionInstantiatedBean2 = (ContainedBeanImplementor) beanContainer.getBean(TheReflectionInstantiatedBean.class, this, fallbackBeanInstanceProducer);
    namedApplicationScopedBean1 = (ContainedBeanImplementor) beanContainer.getBean(TheMainNamedApplicationScopedBeanImpl.NAME, TheNamedApplicationScopedBean.class, this, fallbackBeanInstanceProducer);
    namedApplicationScopedBean2 = (ContainedBeanImplementor) beanContainer.getBean(TheMainNamedApplicationScopedBeanImpl.NAME, TheNamedApplicationScopedBean.class, this, fallbackBeanInstanceProducer);
    namedDependentBean1 = (ContainedBeanImplementor) beanContainer.getBean(TheMainNamedDependentBeanImpl.NAME, TheNamedDependentBean.class, this, fallbackBeanInstanceProducer);
    namedDependentBean2 = (ContainedBeanImplementor) beanContainer.getBean(TheMainNamedDependentBeanImpl.NAME, TheNamedDependentBean.class, this, fallbackBeanInstanceProducer);
    namedReflectionInstantiatedBean1 = (ContainedBeanImplementor) beanContainer.getBean(TheReflectionInstantiatedBean.class.getName(), TheReflectionInstantiatedBean.class, this, fallbackBeanInstanceProducer);
    namedReflectionInstantiatedBean2 = (ContainedBeanImplementor) beanContainer.getBean(TheReflectionInstantiatedBean.class.getName(), TheReflectionInstantiatedBean.class, this, fallbackBeanInstanceProducer);
}

Example 2 with ManagedBeanRegistry

use of org.hibernate.resource.beans.spi.ManagedBeanRegistry in project hibernate-orm by hibernate.

the class SimpleValue method buildAttributeConverterTypeAdapter.

/**
 * Build a Hibernate Type that incorporates the JPA AttributeConverter.  AttributeConverter works totally in
 * memory, meaning it converts between one Java representation (the entity attribute representation) and another
 * (the value bound into JDBC statements or extracted from results).  However, the Hibernate Type system operates
 * at the lower level of actually dealing directly with those JDBC objects.  So even though we have an
 * AttributeConverter, we still need to "fill out" the rest of the BasicType data and bridge calls
 * to bind/extract through the converter.
 * <p/>
 * Essentially the idea here is that an intermediate Java type needs to be used.  Let's use an example as a means
 * to illustrate...  Consider an {@code AttributeConverter<Integer,String>}.  This tells Hibernate that the domain
 * model defines this attribute as an Integer value (the 'entityAttributeJavaType'), but that we need to treat the
 * value as a String (the 'databaseColumnJavaType') when dealing with JDBC (aka, the database type is a
 * VARCHAR/CHAR):<ul>
 *     <li>
 *         When binding values to PreparedStatements we need to convert the Integer value from the entity
 *         into a String and pass that String to setString.  The conversion is handled by calling
 *         {@link AttributeConverter#convertToDatabaseColumn(Object)}
 *     </li>
 *     <li>
 *         When extracting values from ResultSets (or CallableStatement parameters) we need to handle the
 *         value via getString, and convert that returned String to an Integer.  That conversion is handled
 *         by calling {@link AttributeConverter#convertToEntityAttribute(Object)}
 *     </li>
 * </ul>
 *
 * @return The built AttributeConverter -> Type adapter
 *
 * @todo : ultimately I want to see attributeConverterJavaType and attributeConverterJdbcTypeCode specify-able separately
 * then we can "play them against each other" in terms of determining proper typing
 *
 * @todo : see if we already have previously built a custom on-the-fly BasicType for this AttributeConverter; see note below about caching
 */
@SuppressWarnings("unchecked")
private Type buildAttributeConverterTypeAdapter() {
    // todo : validate the number of columns present here?
    final JpaAttributeConverter jpaAttributeConverter = attributeConverterDescriptor.createJpaAttributeConverter(new JpaAttributeConverterCreationContext() {

        @Override
        public ManagedBeanRegistry getManagedBeanRegistry() {
            return getMetadata().getMetadataBuildingOptions().getServiceRegistry().getService(ManagedBeanRegistry.class);
        }

        @Override
        public org.hibernate.type.descriptor.java.spi.JavaTypeDescriptorRegistry getJavaTypeDescriptorRegistry() {
            return metadata.getTypeConfiguration().getJavaTypeDescriptorRegistry();
        }
    });
    final BasicJavaDescriptor entityAttributeJavaTypeDescriptor = jpaAttributeConverter.getDomainJavaTypeDescriptor();
    // build the SqlTypeDescriptor adapter ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
    // Going back to the illustration, this should be a SqlTypeDescriptor that handles the Integer <-> String
    // conversions.  This is the more complicated piece.  First we need to determine the JDBC type code
    // corresponding to the AttributeConverter's declared "databaseColumnJavaType" (how we read that value out
    // of ResultSets).  See JdbcTypeJavaClassMappings for details.  Again, given example, this should return
    // VARCHAR/CHAR
    final SqlTypeDescriptor recommendedSqlType = jpaAttributeConverter.getRelationalJavaTypeDescriptor().getJdbcRecommendedSqlType(// todo (6.0) : handle the other JdbcRecommendedSqlTypeMappingContext methods
    metadata::getTypeConfiguration);
    int jdbcTypeCode = recommendedSqlType.getSqlType();
    if (isLob()) {
        if (LobTypeMappings.INSTANCE.hasCorrespondingLobCode(jdbcTypeCode)) {
            jdbcTypeCode = LobTypeMappings.INSTANCE.getCorrespondingLobCode(jdbcTypeCode);
        } else {
            if (Serializable.class.isAssignableFrom(entityAttributeJavaTypeDescriptor.getJavaType())) {
                jdbcTypeCode = Types.BLOB;
            } else {
                throw new IllegalArgumentException(String.format(Locale.ROOT, "JDBC type-code [%s (%s)] not known to have a corresponding LOB equivalent, and Java type is not Serializable (to use BLOB)", jdbcTypeCode, JdbcTypeNameMapper.getTypeName(jdbcTypeCode)));
            }
        }
    }
    if (isNationalized()) {
        jdbcTypeCode = NationalizedTypeMappings.INSTANCE.getCorrespondingNationalizedCode(jdbcTypeCode);
    }
    // find the standard SqlTypeDescriptor for that JDBC type code (allow itr to be remapped if needed!)
    final SqlTypeDescriptor sqlTypeDescriptor = getMetadata().getMetadataBuildingOptions().getServiceRegistry().getService(JdbcServices.class).getJdbcEnvironment().getDialect().remapSqlTypeDescriptor(metadata.getTypeConfiguration().getSqlTypeDescriptorRegistry().getDescriptor(jdbcTypeCode));
    // and finally construct the adapter, which injects the AttributeConverter calls into the binding/extraction
    // process...
    final SqlTypeDescriptor sqlTypeDescriptorAdapter = new AttributeConverterSqlTypeDescriptorAdapter(jpaAttributeConverter, sqlTypeDescriptor, jpaAttributeConverter.getRelationalJavaTypeDescriptor());
    // todo : cache the AttributeConverterTypeAdapter in case that AttributeConverter is applied multiple times.
    final String name = AttributeConverterTypeAdapter.NAME_PREFIX + jpaAttributeConverter.getConverterJavaTypeDescriptor().getJavaType().getName();
    final String description = String.format("BasicType adapter for AttributeConverter<%s,%s>", jpaAttributeConverter.getDomainJavaTypeDescriptor().getJavaType().getSimpleName(), jpaAttributeConverter.getRelationalJavaTypeDescriptor().getJavaType().getSimpleName());
    return new AttributeConverterTypeAdapter(name, description, jpaAttributeConverter, sqlTypeDescriptorAdapter, jpaAttributeConverter.getDomainJavaTypeDescriptor().getJavaType(), jpaAttributeConverter.getRelationalJavaTypeDescriptor().getJavaType(), entityAttributeJavaTypeDescriptor);
}