Java PropertyValueException类代码示例

import org.hibernate.PropertyValueException; //导入依赖的package包/类
/**
 * Throws {@link org.hibernate.PropertyValueException} if there are any unresolved
 * entity insert actions that depend on non-nullable associations with
 * a transient entity. This method should be called on completion of
 * an operation (after all cascades are completed) that saves an entity.
 *
 * @throws org.hibernate.PropertyValueException if there are any unresolved entity
 * insert actions; {@link org.hibernate.PropertyValueException#getEntityName()}
 * and {@link org.hibernate.PropertyValueException#getPropertyName()} will
 * return the entity name and property value for the first unresolved
 * entity insert action.
 */
public void checkNoUnresolvedActionsAfterOperation() throws PropertyValueException {
	if ( isEmpty() ) {
		LOG.trace( "No entity insert actions have non-nullable, transient entity dependencies." );
	}
	else {
		final AbstractEntityInsertAction firstDependentAction =
				dependenciesByAction.keySet().iterator().next();

		logCannotResolveNonNullableTransientDependencies( firstDependentAction.getSession() );

		final NonNullableTransientDependencies nonNullableTransientDependencies =
				dependenciesByAction.get( firstDependentAction );
		final Object firstTransientDependency =
				nonNullableTransientDependencies.getNonNullableTransientEntities().iterator().next();
		final String firstPropertyPath =
				nonNullableTransientDependencies.getNonNullableTransientPropertyPaths( firstTransientDependency ).iterator().next();

		throw new TransientPropertyValueException(
				"Not-null property references a transient value - transient instance must be saved before current operation",
				firstDependentAction.getSession().guessEntityName( firstTransientDependency ),
				firstDependentAction.getEntityName(),
				firstPropertyPath
		);
	}
}
 

import org.hibernate.PropertyValueException; //导入依赖的package包/类
private void importBatch(List<Long> entityIds) throws PropertyValueException {
	preload(entityIds, getMigrationInformation());
	
	try {
		MapSqlParameterSource entityIdsParameterSource = new MapSqlParameterSource();
		entityIdsParameterSource.addValue(getMigrationInformation().getParameterIds(), entityIds);
		AutowireCapableBeanFactory autowire = applicationContext.getAutowireCapableBeanFactory();
		
		AbstractResultRowMapper<? extends Map<Owning, Owned>> rowMapper = getMigrationInformation().newRowMapper(entityIds.size(), DEFAULT_VALUES_PER_KEY);
		
		autowire.autowireBean(rowMapper);
		autowire.initializeBean(rowMapper, rowMapper.getClass().getSimpleName());
		prepareRowMapper(rowMapper, entityIds);
		getNamedParameterJdbcTemplate().query(getMigrationInformation().getSqlRequest(), entityIdsParameterSource, rowMapper);
		
		for (Map.Entry<Owning, Owned> entry : rowMapper.getResults().entrySet()) {
			Owning entity = entry.getKey();
			getMigrationInformation().addToAssociation(entity, entry.getValue());
			if (getEntityService() != null) {
				getEntityService().update(entity);
			} else {
				entityManagerUtils.getEntityManager().persist(entity);
			}
		}
		
	} catch (RuntimeException | ServiceException | SecurityServiceException e) {
		getLogger().error("Error during the persistence of {} items. {} cancelled creations.",
				getMigrationInformation().getAssociationName(), entityIds.size(), e);
		ProcessorMonitorContext.get().getDoneItems().addAndGet(-1 * entityIds.size());
	}
}
 

import org.hibernate.PropertyValueException; //导入依赖的package包/类
@Transactional
public void saveOrUpdate(T object) {
	try {
		getSession().saveOrUpdate(object);
	} catch (ConstraintViolationException | PropertyValueException
			| IdentifierGenerationException exception) {
		throw new IllegalArgumentException(exception);
	}
}
 

import org.hibernate.PropertyValueException; //导入依赖的package包/类
@SuppressWarnings("unchecked")
protected T get(Serializable id) {
	try {
		return (T) getSession().get(getModelClass(), id);
	} catch (ConstraintViolationException | PropertyValueException exception) {
		throw new IllegalArgumentException(exception);
	}
}
 

import org.hibernate.PropertyValueException; //导入依赖的package包/类
/**
 * Check nullability of the class persister properties
 *
 * @param values entity properties
 * @param persister class persister
 * @param isUpdate whether it is intended to be updated or saved
 *
 * @throws PropertyValueException Break the nullability of one property
 * @throws HibernateException error while getting Component values
 */
public void checkNullability(
		final Object[] values,
		final EntityPersister persister,
		final boolean isUpdate) throws HibernateException {
	/*
	 * Typically when Bean Validation is on, we don't want to validate null values
	 * at the Hibernate Core level. Hence the checkNullability setting.
	 */
	if ( checkNullability ) {
		/*
		  * Algorithm
		  * Check for any level one nullability breaks
		  * Look at non null components to
		  *   recursively check next level of nullability breaks
		  * Look at Collections contraining component to
		  *   recursively check next level of nullability breaks
		  *
		  *
		  * In the previous implementation, not-null stuffs where checked
		  * filtering by level one only updateable
		  * or insertable columns. So setting a sub component as update="false"
		  * has no effect on not-null check if the main component had good checkeability
		  * In this implementation, we keep this feature.
		  * However, I never see any documentation mentioning that, but it's for
		  * sure a limitation.
		  */

		final boolean[] nullability = persister.getPropertyNullability();
		final boolean[] checkability = isUpdate ?
			persister.getPropertyUpdateability() :
			persister.getPropertyInsertability();
		final Type[] propertyTypes = persister.getPropertyTypes();

		for ( int i = 0; i < values.length; i++ ) {

			if ( checkability[i] && values[i]!= LazyPropertyInitializer.UNFETCHED_PROPERTY ) {
				final Object value = values[i];
				if ( !nullability[i] && value == null ) {

					//check basic level one nullablilty
					throw new PropertyValueException(
							"not-null property references a null or transient value",
							persister.getEntityName(),
							persister.getPropertyNames()[i]
						);

				}
				else if ( value != null ) {
					//values is not null and is checkable, we'll look deeper
					final String breakProperties = checkSubElementsNullability( propertyTypes[i], value );
					if ( breakProperties != null ) {
						throw new PropertyValueException(
							"not-null property references a null or transient value",
							persister.getEntityName(),
							buildPropertyPath( persister.getPropertyNames()[i], breakProperties )
						);
					}

				}
			}

		}
	}
}
 

import org.hibernate.PropertyValueException; //导入依赖的package包/类
/**
 * Check nullability of the class persister properties
 *
 * @param values entity properties
 * @param persister class persister
 * @param isUpdate wether it is intended to be updated or saved
 * @throws org.hibernate.PropertyValueException Break the nullability of one property
 * @throws HibernateException error while getting Component values
 */
public void checkNullability(
		final Object[] values,
		final EntityPersister persister,
		final boolean isUpdate) 
throws PropertyValueException, HibernateException {

	/*
	  * Algorithm
	  * Check for any level one nullability breaks
	  * Look at non null components to
	  *   recursively check next level of nullability breaks
	  * Look at Collections contraining component to
	  *   recursively check next level of nullability breaks
	  *
	  *
	  * In the previous implementation, not-null stuffs where checked
	  * filtering by level one only updateable
	  * or insertable columns. So setting a sub component as update="false"
	  * has no effect on not-null check if the main component had good checkeability
	  * In this implementation, we keep this feature.
	  * However, I never see any documentation mentioning that, but it's for
	  * sure a limitation.
	  */

	final boolean[] nullability = persister.getPropertyNullability();
	final boolean[] checkability = isUpdate ?
		persister.getPropertyUpdateability() :
		persister.getPropertyInsertability();
	final Type[] propertyTypes = persister.getPropertyTypes();

	for ( int i = 0; i < values.length; i++ ) {
		
		if ( checkability[i] && values[i]!=LazyPropertyInitializer.UNFETCHED_PROPERTY ) {
			final Object value = values[i];
			if ( !nullability[i] && value == null ) {
				
				//check basic level one nullablilty
				throw new PropertyValueException(
						"not-null property references a null or transient value",
						persister.getEntityName(),
						persister.getPropertyNames()[i]
					);
				
			}
			else if ( value != null ) {
				
				//values is not null and is checkable, we'll look deeper
				String breakProperties = checkSubElementsNullability( propertyTypes[i], value );
				if ( breakProperties != null ) {
					throw new PropertyValueException(
						"not-null property references a null or transient value",
						persister.getEntityName(),
						buildPropertyPath( persister.getPropertyNames()[i], breakProperties )
					);
				}
				
			}
		}
		
	}
}
 

import org.hibernate.PropertyValueException; //导入依赖的package包/类
private void importBatch(List<Long> entityIds) throws PropertyValueException {
	List<T> entitiesList = Lists.newArrayList();
	Map<Long, T> entitiesMap = Maps.newHashMapWithExpectedSize(entityIds.size());
	
	preload(entityIds, getMigrationInformation());
	
	try {
		MapSqlParameterSource entityIdsParameterSource = new MapSqlParameterSource();
		entityIdsParameterSource.addValue(getMigrationInformation().getParameterIds(), entityIds);
		AutowireCapableBeanFactory autowire = applicationContext.getAutowireCapableBeanFactory();
		
		RowMapper<?> rowMapper;
		Class<? extends AbstractResultRowMapper<?>> rowMapperClass = getMigrationInformation().getRowMapperClass();
		
		if (AbstractMapResultRowMapper.class.isAssignableFrom(rowMapperClass)) {
			rowMapper = rowMapperClass.getConstructor(Map.class).newInstance(entitiesMap);
		} else if (AbstractListResultRowMapper.class.isAssignableFrom(rowMapperClass)) {
			rowMapper = rowMapperClass.getConstructor(List.class).newInstance(entitiesList);
		} else {
			throw new IllegalStateException(String.format("Type de rowmapper non reconnu %1$s", rowMapperClass.getSimpleName()));
		}
		
		autowire.autowireBean(rowMapper);
		autowire.initializeBean(rowMapper, rowMapper.getClass().getSimpleName());
		prepareRowMapper(rowMapper, entityIds);
		getNamedParameterJdbcTemplate().query(getMigrationInformation().getSqlRequest(), entityIdsParameterSource, rowMapper);
		
		Collection<T> entities;
		if (AbstractMapResultRowMapper.class.isAssignableFrom(rowMapperClass)) {
			entities = entitiesMap.values();
		} else if (AbstractListResultRowMapper.class.isAssignableFrom(rowMapperClass)) {
			entities = entitiesList;
		} else {
			throw new IllegalStateException(String.format("Type de rowmapper non reconnu %1$s", rowMapperClass.getSimpleName()));
		}
		
		for (T entity : entities) {
			if (getEntityService() != null) {
				getEntityService().create(entity);
			} else {
				entityManagerUtils.getEntityManager().persist(entity);
			}
		}
		
	} catch (RuntimeException | InstantiationException | IllegalAccessException
			| InvocationTargetException | NoSuchMethodException
			| ServiceException | SecurityServiceException e) {
		getLogger().error("Erreur lors de la persistence d'un paquet de {}. {} créations annulées.",
				getMigrationInformation().getEntityClass().getSimpleName(), entityIds.size(), e);
		ProcessorMonitorContext.get().getDoneItems().addAndGet(-1 * entityIds.size());
	}
}
 

import org.hibernate.PropertyValueException; //导入依赖的package包/类
public static void rethrowJdbcAsDatastoreAndConstraintAsItself( final HibernateException he, final Log log, final String message,
		final int logErrorMask ) throws DatastoreException, MAConstraintViolationException
{
	final String internalMess = concMess( message, he );
	if (he instanceof JDBCConnectionException || he instanceof GenericJDBCException
			|| he instanceof SQLGrammarException)
	{
		if ((logErrorMask & JDBC_IS_ERROR) != 0)
		{
			log.error( internalMess, he );
		}
		throw new DatastoreException( internalMess, he );
	}
	else if (he instanceof ConstraintViolationException)
	{
		if ((logErrorMask & CONSTRAINT_IS_ERROR) != 0)
		{
			log.error( internalMess, he );
		}
		throw new MAConstraintViolationException( internalMess, he );
	}
	else if (he instanceof LockAcquisitionException)
	{
		log.error( internalMess, he );
		throw new DatastoreException( internalMess, he );
	}
	else if (he instanceof QuerySyntaxException)
	{
		log.error( internalMess, he );
		throw new DatastoreException( internalMess, he );
	}
	else if (he instanceof IdentifierGenerationException)
	{
		log.error( internalMess, he );
		throw new DatastoreException( internalMess, he );
	}
	else if (he instanceof PropertyValueException)
	{
		log.error( internalMess, he );
		throw new DatastoreException( internalMess, he );
	}
	else
	{
		log.error( internalMess, he );
		throw new DatastoreException( internalMess, he );
	}
}
 

import org.hibernate.PropertyValueException; //导入依赖的package包/类
@Test
public void testPolicy() {
    final Identity ident = getOrCreateIdentity("anIdentity");
    final Identity ident2 = baseSecurityManager.createAndPersistIdentity("gugus2", null, AUTHENTICATION_PROVIDER_OLAT, "uuu2", Encoder.encrypt("ppp"));

    final SecurityGroup secg = baseSecurityManager.createAndPersistSecurityGroup();
    final SecurityGroup secg2 = baseSecurityManager.createAndPersistSecurityGroup();

    baseSecurityManager.addIdentityToSecurityGroup(ident, secg);
    // resourceable type
    final OLATResourceable or1 = OresHelper.createOLATResourceableInstance("Forum", new Long("111"));
    // simulate some user gui clicks
    DBFactory.getInstance().closeSession();

    // resourceable (type and key)
    final OLATResourceable or2 = OresHelper.createOLATResourceableInstance("Forum", new Long("123"));

    baseSecurityManager.createAndPersistPolicy(secg2, Constants.PERMISSION_ACCESS, or1);
    Policy policy = baseSecurityManager.createAndPersistPolicy(secg, "read", or2); // instance
                                                                                   // resource
    assertNotNull(policy);
    assertNotNull(policy.getSecurityGroup());
    assertNotNull(policy.getSecurityGroup().getKey());
    assertTrue(policy.getSecurityGroup().getKey().equals(secg.getKey()));

    policy = baseSecurityManager.createAndPersistPolicy(secg, "read", or1); // type resource
    assertNotNull(policy);

    // assert we have instance access if we own the type policy
    assertTrue(baseSecurityManager.isIdentityPermittedOnResourceable(ident, "read", or2));

    assertTrue(baseSecurityManager.isIdentityPermittedOnResourceable(ident, "read", or1));
    assertFalse(baseSecurityManager.isIdentityPermittedOnResourceable(ident, "write", or1));
    assertFalse(baseSecurityManager.isIdentityPermittedOnResourceable(ident2, "read", or1));
    assertTrue(baseSecurityManager.isIdentityPermittedOnResourceable(ident, "read", or2));
    assertFalse(baseSecurityManager.isIdentityPermittedOnResourceable(ident, "blub", or2));

    DBFactory.getInstance().closeSession();

    // test on deleting a securitygroup that is still referenced by a policy
    // (referential integrity)
    boolean r = true;
    try {
        baseSecurityManager.deleteSecurityGroup(secg);
        DBFactory.getInstance().closeSession();
    } catch (final Exception e) {
        if (((DBRuntimeException) e).getCause() instanceof PropertyValueException) {
            r = true;
        }
    }
    DBFactory.getInstance().closeSession();
    assertTrue(r);
}
 

import org.hibernate.PropertyValueException; //导入依赖的package包/类
@Test
public void testPolicy() {
    final Identity ident = getOrCreateIdentity("anIdentity");
    final Identity ident2 = baseSecurityManager.createAndPersistIdentity("gugus2", null, AUTHENTICATION_PROVIDER_OLAT, "uuu2", Encoder.bCryptEncode("ppp"));

    final SecurityGroup secg = baseSecurityManager.createAndPersistSecurityGroup();
    final SecurityGroup secg2 = baseSecurityManager.createAndPersistSecurityGroup();

    baseSecurityManager.addIdentityToSecurityGroup(ident, secg);
    // resourceable type
    final OLATResourceable or1 = OresHelper.createOLATResourceableInstance("Forum", new Long("111"));
    // simulate some user gui clicks
    DBFactory.getInstance().closeSession();

    // resourceable (type and key)
    final OLATResourceable or2 = OresHelper.createOLATResourceableInstance("Forum", new Long("123"));

    baseSecurityManager.createAndPersistPolicy(secg2, Constants.PERMISSION_ACCESS, or1);
    Policy policy = baseSecurityManager.createAndPersistPolicy(secg, "read", or2); // instance
                                                                                   // resource
    assertNotNull(policy);
    assertNotNull(policy.getSecurityGroup());
    assertNotNull(policy.getSecurityGroup().getKey());
    assertTrue(policy.getSecurityGroup().getKey().equals(secg.getKey()));

    policy = baseSecurityManager.createAndPersistPolicy(secg, "read", or1); // type resource
    assertNotNull(policy);

    // assert we have instance access if we own the type policy
    assertTrue(baseSecurityManager.isIdentityPermittedOnResourceable(ident, "read", or2));

    assertTrue(baseSecurityManager.isIdentityPermittedOnResourceable(ident, "read", or1));
    assertFalse(baseSecurityManager.isIdentityPermittedOnResourceable(ident, "write", or1));
    assertFalse(baseSecurityManager.isIdentityPermittedOnResourceable(ident2, "read", or1));
    assertTrue(baseSecurityManager.isIdentityPermittedOnResourceable(ident, "read", or2));
    assertFalse(baseSecurityManager.isIdentityPermittedOnResourceable(ident, "blub", or2));

    DBFactory.getInstance().closeSession();

    // test on deleting a securitygroup that is still referenced by a policy
    // (referential integrity)
    boolean r = true;
    try {
        baseSecurityManager.deleteSecurityGroup(secg);
        DBFactory.getInstance().closeSession();
    } catch (final Exception e) {
        if (((DBRuntimeException) e).getCause() instanceof PropertyValueException) {
            r = true;
        }
    }
    DBFactory.getInstance().closeSession();
    assertTrue(r);
}
 

import org.hibernate.PropertyValueException; //导入依赖的package包/类
/**
 * Persist the changes to the entities in the SaveWorkState that is passed in.
 * This implements the abstract method in SaveProcessor.
 * After the completion of this method the saveWorkState.toSaveResult method may be called the will
 * return a SaveResult instance.
 * This method both persists the entities and creates the collection of KeyMappings, 
 * which map the temporary keys to their real generated keys.
 * Note that this method sets session.FlushMode = FlushMode.MANUAL, so manual flushes are required.
 * @param saveWorkState
 */
@Override
protected void saveChangesCore(SaveWorkState saveWorkState) {
    _session = _sessionFactory.openSession();
    _session.setFlushMode(FlushMode.MANUAL);
    Transaction tx = _session.getTransaction();
    boolean hasExistingTransaction = tx.isActive();
    if (!hasExistingTransaction)  tx.begin();
    try {
        // Relate entities in the saveMap to other entities, so Hibernate can save the FK values.
        _fixer = new RelationshipFixer(saveWorkState, _session);
        _fixer.fixupRelationships();
        // At this point all entities are hooked up but are not yet in the session.
        setSaveState(SaveState.AfterFixup);
        // Allow subclass to process entities before we save them
        saveWorkState.beforeSaveEntities();
        List<EntityInfo> saveOrder = _fixer.sortDependencies();
        processSaves(saveOrder);

        // At this point all entities are hooked up and in the session, and
        // all tempIds have been replaced with real ids.

        // Final chance to process entities before we save them - all entities 
        // have been added to the session.
        setSaveState(SaveState.BeforeCommit);
        saveWorkState.beforeCommit(_session);

        _session.flush();
        refreshFromSession(saveWorkState);
        if (!hasExistingTransaction) tx.commit();
        // so that serialization of saveResult doesn't have issues.
        _fixer.removeRelationships();
    } catch (EntityErrorsException eee) {
        if (tx.isActive()) tx.rollback();
        throw eee;
    } catch (PropertyValueException pve) {
        // Hibernate can throw this
        if (tx.isActive()) tx.rollback();
        EntityError entityError = new EntityError("PropertyValueException", 
                pve.getEntityName(), null,
                pve.getPropertyName(), pve.getMessage());
        throw new EntityErrorsException(entityError);
    } catch (Exception ex) {
        if (tx.isActive()) tx.rollback();
        String msg = "Save exception: ";
        if (ex instanceof JDBCException) {
            msg += "SQLException: " + ((JDBCException) ex).getSQLException().getMessage();
        } else {
            msg += ex.getMessage(); // most hibernate exceptions appear here
        }
        if (_possibleErrors.size() > 0) {
            msg += ". Possible errors: " + _possibleErrors.toString() + " ";
        }
        throw new RuntimeException(msg, ex);
    } finally {
        //          if (!hasExistingTransaction) tx.Dispose();
        _session.close();
    }

}
 

import org.hibernate.PropertyValueException; //导入依赖的package包/类
/**
 * Throws {@link org.hibernate.PropertyValueException} if there are any unresolved entity insert actions that depend
 * on non-nullable associations with a transient entity. This method should be called on completion of an operation
 * (after all cascades are completed) that saves an entity.
 * 
 * @throws org.hibernate.PropertyValueException if there are any unresolved entity insert actions;
 * {@link org.hibernate.PropertyValueException#getEntityName()} and
 * {@link org.hibernate.PropertyValueException#getPropertyName()} will return the entity name and property value for
 * the first unresolved entity insert action.
 */
public void checkNoUnresolvedActionsAfterOperation() throws PropertyValueException {
	unresolvedInsertions.checkNoUnresolvedActionsAfterOperation();
}