Package org.hibernate.validator.xml

Examples of org.hibernate.validator.xml.XmlMappingParser

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    );
  }

  private <T> void initBeanMetaData(Set<InputStream> mappingStreams) {

    XmlMappingParser mappingParser = new XmlMappingParser( constraintHelper );
    mappingParser.parse( mappingStreams );

    Set<Class<?>> processedClasses = mappingParser.getProcessedClasses();
    AnnotationIgnores annotationIgnores = mappingParser.getAnnotationIgnores();
    for ( Class<?> clazz : processedClasses ) {
      @SuppressWarnings("unchecked")
      Class<T> beanClass = ( Class<T> ) clazz;
      BeanMetaDataImpl<T> metaData = new BeanMetaDataImpl<T>(
          beanClass, constraintHelper, annotationIgnores, beanMetaDataCache
      );

      List<Class<?>> classes = new ArrayList<Class<?>>();
      ReflectionHelper.computeClassHierarchy( beanClass, classes );
      for ( Class<?> classInHierarchy : classes ) {
        if ( processedClasses.contains( classInHierarchy ) ) {
          addXmlConfiguredConstraintToMetaData( mappingParser, beanClass, classInHierarchy, metaData );
        }
      }

      if ( !mappingParser.getDefaultSequenceForClass( beanClass ).isEmpty() ) {
        metaData.setDefaultGroupSequence( mappingParser.getDefaultSequenceForClass( beanClass ) );
      }

      beanMetaDataCache.addBeanMetaData( beanClass, metaData );
    }
  }
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    }
  }

  private <T> void initXmlConfiguration(Set<InputStream> mappingStreams) {

    XmlMappingParser mappingParser = new XmlMappingParser( constraintHelper );
    mappingParser.parse( mappingStreams );

    Set<Class<?>> xmlConfiguredClasses = mappingParser.getXmlConfiguredClasses();
    AnnotationIgnores annotationIgnores = mappingParser.getAnnotationIgnores();
    for ( Class<?> clazz : xmlConfiguredClasses ) {
      @SuppressWarnings("unchecked")
      Class<T> beanClass = (Class<T>) clazz;

      List<Class<?>> classes = ReflectionHelper.computeClassHierarchy( beanClass, true );
      Map<Class<?>, List<BeanMetaConstraint<?>>> constraints = newHashMap();
      Set<Member> cascadedMembers = newHashSet();
      // we need to collect all constraints which apply for a single class. Due to constraint inheritance
      // some constraints might be configured in super classes or interfaces. The xml configuration does not
      // imply any order so we have to check whether any of the super classes or interfaces of a given bean has
      // as well been configured via xml
      for ( Class<?> classInHierarchy : classes ) {
        if ( xmlConfiguredClasses.contains( classInHierarchy ) ) {
          addXmlConfiguredConstraints( mappingParser, beanClass, classInHierarchy, constraints );
          addXmlCascadedMember( mappingParser, classInHierarchy, cascadedMembers );
        }
      }

      BeanMetaDataImpl<T> metaData = new BeanMetaDataImpl<T>(
          beanClass,
          constraintHelper,
          mappingParser.getDefaultSequenceForClass( beanClass ),
          null,
          constraints,
          Collections.<AggregatedMethodMetaData>emptySet(),
          cascadedMembers,
          annotationIgnores,
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    );
  }

  private <T> void initBeanMetaData(Set<InputStream> mappingStreams) {

    XmlMappingParser mappingParser = new XmlMappingParser( constraintHelper );
    mappingParser.parse( mappingStreams );

    Set<Class<?>> processedClasses = mappingParser.getProcessedClasses();
    AnnotationIgnores annotationIgnores = mappingParser.getAnnotationIgnores();
    for ( Class<?> clazz : processedClasses ) {
      @SuppressWarnings("unchecked")
      Class<T> beanClass = ( Class<T> ) clazz;
      BeanMetaDataImpl<T> metaData = new BeanMetaDataImpl<T>(
          beanClass, constraintHelper, annotationIgnores
      );

      List<Class<?>> classes = new ArrayList<Class<?>>();
      ReflectionHelper.computeClassHierarchy( beanClass, classes );
      for ( Class<?> classInHierarchy : classes ) {
        if ( processedClasses.contains( classInHierarchy ) ) {
          addXmlConfiguredConstraintToMetaData( mappingParser, beanClass, classInHierarchy, metaData );
        }
      }

      if ( !mappingParser.getDefaultSequenceForClass( beanClass ).isEmpty() ) {
        metaData.setDefaultGroupSequence( mappingParser.getDefaultSequenceForClass( beanClass ) );
      }

      beanMetaDataCache.addBeanMetaData( beanClass, metaData );
    }
  }
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    }
  }

  private <T> void initXmlConfiguration(Set<InputStream> mappingStreams) {

    XmlMappingParser mappingParser = new XmlMappingParser( constraintHelper );
    mappingParser.parse( mappingStreams );

    Set<Class<?>> xmlConfiguredClasses = mappingParser.getXmlConfiguredClasses();
    AnnotationIgnores annotationIgnores = mappingParser.getAnnotationIgnores();
    for ( Class<?> clazz : xmlConfiguredClasses ) {
      @SuppressWarnings("unchecked")
      Class<T> beanClass = ( Class<T> ) clazz;

      List<Class<?>> classes = ReflectionHelper.computeClassHierarchy( beanClass );
      Map<Class<?>, List<MetaConstraint<T, ?>>> constraints = createEmptyConstraintMap();
      List<Member> cascadedMembers = new ArrayList<Member>();
      // we need to collect all constraints which apply for a single class. Due to constraint inheritance
      // some constraints might be configured in super classes or interfaces. The xml configuration does not
      // imply any order so we have to check whether any of the super classes or interfaces of a given bean has
      // as well been configured via xml
      for ( Class<?> classInHierarchy : classes ) {
        if ( xmlConfiguredClasses.contains( classInHierarchy ) ) {
          addXmlConfiguredConstraints( mappingParser, beanClass, classInHierarchy, constraints );
          addXmlCascadedMember( mappingParser, classInHierarchy, cascadedMembers );
        }
      }

      BeanMetaDataImpl<T> metaData = new BeanMetaDataImpl<T>(
          beanClass,
          constraintHelper,
          mappingParser.getDefaultSequenceForClass( beanClass ),
          constraints,
          cascadedMembers,
          annotationIgnores,
          beanMetaDataCache
      );
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    );
  }

  private <T> void initBeanMetaData(Set<InputStream> mappingStreams) {

    XmlMappingParser mappingParser = new XmlMappingParser( constraintHelper );
    mappingParser.parse( mappingStreams );

    Set<Class<?>> processedClasses = mappingParser.getProcessedClasses();
    AnnotationIgnores annotationIgnores = mappingParser.getAnnotationIgnores();
    for ( Class<?> clazz : processedClasses ) {
      @SuppressWarnings("unchecked")
      Class<T> beanClass = ( Class<T> ) clazz;
      BeanMetaDataImpl<T> metaData = new BeanMetaDataImpl<T>(
          beanClass, constraintHelper, annotationIgnores
      );

      List<Class<?>> classes = new ArrayList<Class<?>>();
      ReflectionHelper.computeClassHierarchy( beanClass, classes );
      for ( Class<?> classInHierarchy : classes ) {
        if ( processedClasses.contains( classInHierarchy ) ) {
          addXmlConfiguredConstraintToMetaData( mappingParser, beanClass, classInHierarchy, metaData );
        }
      }

      if ( !mappingParser.getDefaultSequenceForClass( beanClass ).isEmpty() ) {
        metaData.setDefaultGroupSequence( mappingParser.getDefaultSequenceForClass( beanClass ) );
      }

      beanMetaDataCache.addBeanMetaData( beanClass, metaData );
    }
  }
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    }
  }

  private <T> void initXmlConfiguration(Set<InputStream> mappingStreams) {

    XmlMappingParser mappingParser = new XmlMappingParser( constraintHelper );
    mappingParser.parse( mappingStreams );

    Set<Class<?>> xmlConfiguredClasses = mappingParser.getXmlConfiguredClasses();
    AnnotationIgnores annotationIgnores = mappingParser.getAnnotationIgnores();
    for ( Class<?> clazz : xmlConfiguredClasses ) {
      @SuppressWarnings("unchecked")
      Class<T> beanClass = (Class<T>) clazz;

      List<Class<?>> classes = ReflectionHelper.computeClassHierarchy( beanClass );
      Map<Class<?>, List<BeanMetaConstraint<T, ?>>> constraints = newHashMap();
      Set<Member> cascadedMembers = new HashSet<Member>();
      // we need to collect all constraints which apply for a single class. Due to constraint inheritance
      // some constraints might be configured in super classes or interfaces. The xml configuration does not
      // imply any order so we have to check whether any of the super classes or interfaces of a given bean has
      // as well been configured via xml
      for ( Class<?> classInHierarchy : classes ) {
        if ( xmlConfiguredClasses.contains( classInHierarchy ) ) {
          addXmlConfiguredConstraints( mappingParser, beanClass, classInHierarchy, constraints );
          addXmlCascadedMember( mappingParser, classInHierarchy, cascadedMembers );
        }
      }

      BeanMetaDataImpl<T> metaData = new BeanMetaDataImpl<T>(
          beanClass,
          constraintHelper,
          mappingParser.getDefaultSequenceForClass( beanClass ),
          null,
          constraints,
          cascadedMembers,
          annotationIgnores,
          beanMetaDataCache
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    }
  }

  private <T> void initXmlConfiguration(Set<InputStream> mappingStreams) {

    XmlMappingParser mappingParser = new XmlMappingParser( constraintHelper );
    mappingParser.parse( mappingStreams );

    Set<Class<?>> xmlConfiguredClasses = mappingParser.getXmlConfiguredClasses();
    AnnotationIgnores annotationIgnores = mappingParser.getAnnotationIgnores();
    for ( Class<?> clazz : xmlConfiguredClasses ) {
      @SuppressWarnings("unchecked")
      Class<T> beanClass = ( Class<T> ) clazz;

      List<Class<?>> classes = ReflectionHelper.computeClassHierarchy( beanClass );
      Map<Class<?>, List<BeanMetaConstraint<T, ?>>> constraints = newHashMap();
      List<Member> cascadedMembers = new ArrayList<Member>();
      // we need to collect all constraints which apply for a single class. Due to constraint inheritance
      // some constraints might be configured in super classes or interfaces. The xml configuration does not
      // imply any order so we have to check whether any of the super classes or interfaces of a given bean has
      // as well been configured via xml
      for ( Class<?> classInHierarchy : classes ) {
        if ( xmlConfiguredClasses.contains( classInHierarchy ) ) {
          addXmlConfiguredConstraints( mappingParser, beanClass, classInHierarchy, constraints );
          addXmlCascadedMember( mappingParser, classInHierarchy, cascadedMembers );
        }
      }

      BeanMetaDataImpl<T> metaData = new BeanMetaDataImpl<T>(
          beanClass,
          constraintHelper,
          mappingParser.getDefaultSequenceForClass( beanClass ),
          constraints,
          cascadedMembers,
          annotationIgnores,
          beanMetaDataCache
      );
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Related Classes of org.hibernate.validator.xml.XmlMappingParser

  • org.hibernate.validator.engine.ValidatorFactoryImpl
  • org.hibernate.validator.metadata.AnnotationIgnores
  • org.hibernate.validator.util.ContainsField
  • org.hibernate.validator.util.ContainsMethod
  • org.hibernate.validator.util.GetClassLoader
  • org.hibernate.validator.util.GetDeclaredField
  • org.hibernate.validator.util.GetMethod
  • org.hibernate.validator.util.GetMethodFromPropertyName
  • org.hibernate.validator.util.LoadClass
  • javax.xml.bind.JAXBContext
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