Package org.hibernate.engine.query.spi

Examples of org.hibernate.engine.query.spi.NamedParameterDescriptor

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    final Map<String, ParamLocationRecognizer.NamedParameterDescription> map = recognizer.getNamedParameterDescriptionMap();
    for ( final String name : map.keySet() ) {
      final ParamLocationRecognizer.NamedParameterDescription description = map.get( name );
      namedParamDescriptorMap.put(
          name,
          new NamedParameterDescriptor(
              name,
              null,
              description.buildPositionsArray(),
              description.isJpaStyle()
          )
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    final ParameterMetadata parameterMetadata = org.hibernate.internal.AbstractQueryImpl.class.cast( query ).getParameterMetadata();

    // extract named params
    for ( String name : (Set<String>) parameterMetadata.getNamedParameterNames() ) {
      final NamedParameterDescriptor descriptor = parameterMetadata.getNamedParameterDescriptor( name );
      Class javaType = namedParameterTypeRedefinition.get( name );
      if ( javaType != null && mightNeedRedefinition( javaType ) ) {
        descriptor.resetExpectedType(
            sfi().getTypeResolver().heuristicType( javaType.getName() )
        );
      }
      else if ( descriptor.getExpectedType() != null ) {
        javaType = descriptor.getExpectedType().getReturnedClass();
      }
      registerParameter( new ParameterRegistrationImpl( query, name, javaType ) );
      if ( descriptor.isJpaStyle() ) {
        if ( jpaPositionalIndices == null ) {
          jpaPositionalIndices = new HashSet<Integer>();
        }
        jpaPositionalIndices.add( Integer.valueOf( name ) );
      }
    }

    // extract positional parameters
    for ( int i = 0, max = parameterMetadata.getOrdinalParameterCount(); i < max; i++ ) {
      final OrdinalParameterDescriptor descriptor = parameterMetadata.getOrdinalParameterDescriptor( i + 1 );
      Class javaType = descriptor.getExpectedType() == null ? null : descriptor.getExpectedType().getReturnedClass();
      registerParameter( new ParameterRegistrationImpl( query, i+1, javaType ) );
      Integer position = descriptor.getOrdinalPosition();
            if ( jpaPositionalIndices != null && jpaPositionalIndices.contains(position) ) {
        LOG.parameterPositionOccurredAsBothJpaAndHibernatePositionalParameter(position);
      }
    }
  }
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    HashSet<Parameter<?>> parameters = new HashSet<Parameter<?>>();
    AbstractQueryImpl queryImpl = AbstractQueryImpl.class.cast( query );

    // extract named params
    for ( String name : (Set<String>) queryImpl.getParameterMetadata().getNamedParameterNames() ) {
      final NamedParameterDescriptor descriptor =
          queryImpl.getParameterMetadata().getNamedParameterDescriptor( name );
      Class javaType = namedParameterTypeRedefinition.get( name );
      if ( javaType != null && mightNeedRedefinition( javaType ) ) {
        descriptor.resetExpectedType(
            sfi().getTypeResolver().heuristicType( javaType.getName() )
        );
      }
      else if ( descriptor.getExpectedType() != null ) {
        javaType = descriptor.getExpectedType().getReturnedClass();
      }
      final ParameterImpl parameter = new ParameterImpl( name, javaType );
      parameters.add( parameter );
      if ( descriptor.isJpaStyle() ) {
        if ( jpaPositionalIndices == null ) {
          jpaPositionalIndices = new HashSet<Integer>();
        }
        jpaPositionalIndices.add( Integer.valueOf( name ) );
      }
    }

    // extract positional parameters
    for ( int i = 0, max = queryImpl.getParameterMetadata().getOrdinalParameterCount(); i < max; i++ ) {
      final OrdinalParameterDescriptor descriptor =
          queryImpl.getParameterMetadata().getOrdinalParameterDescriptor( i+1 );
      ParameterImpl parameter = new ParameterImpl(
          i + 1,
          descriptor.getExpectedType() == null
              ? null
              : descriptor.getExpectedType().getReturnedClass()
      );
      parameters.add( parameter );
      Integer position = descriptor.getOrdinalPosition();
            if (jpaPositionalIndices != null && jpaPositionalIndices.contains(position)) LOG.parameterPositionOccurredAsBothJpaAndHibernatePositionalParameter(position);
    }

    this.parameters = java.util.Collections.unmodifiableSet( parameters );
  }
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    HashSet<Parameter<?>> parameters = new HashSet<Parameter<?>>();
    AbstractQueryImpl queryImpl = AbstractQueryImpl.class.cast( query );

    // extract named params
    for ( String name : (Set<String>) queryImpl.getParameterMetadata().getNamedParameterNames() ) {
      final NamedParameterDescriptor descriptor =
          queryImpl.getParameterMetadata().getNamedParameterDescriptor( name );
      Class javaType = namedParameterTypeRedefinition.get( name );
      if ( javaType != null && mightNeedRedefinition( javaType ) ) {
        descriptor.resetExpectedType(
            sfi().getTypeResolver().heuristicType( javaType.getName() )
        );
      }
      else if ( descriptor.getExpectedType() != null ) {
        javaType = descriptor.getExpectedType().getReturnedClass();
      }
      final ParameterImpl parameter = new ParameterImpl( name, javaType );
      parameters.add( parameter );
      if ( descriptor.isJpaStyle() ) {
        if ( jpaPositionalIndices == null ) {
          jpaPositionalIndices = new HashSet<Integer>();
        }
        jpaPositionalIndices.add( Integer.valueOf( name ) );
      }
    }

    // extract positional parameters
    for ( int i = 0, max = queryImpl.getParameterMetadata().getOrdinalParameterCount(); i < max; i++ ) {
      final OrdinalParameterDescriptor descriptor =
          queryImpl.getParameterMetadata().getOrdinalParameterDescriptor( i+1 );
      ParameterImpl parameter = new ParameterImpl(
          i + 1,
          descriptor.getExpectedType() == null
              ? null
              : descriptor.getExpectedType().getReturnedClass()
      );
      parameters.add( parameter );
      Integer position = descriptor.getOrdinalPosition();
            if (jpaPositionalIndices != null && jpaPositionalIndices.contains(position)) LOG.parameterPositionOccurredAsBothJpaAndHibernatePositionalParameter(position);
    }

    this.parameters = java.util.Collections.unmodifiableSet( parameters );
  }
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    final ParameterMetadata parameterMetadata = org.hibernate.internal.AbstractQueryImpl.class.cast( query ).getParameterMetadata();

    // extract named params
    for ( String name : (Set<String>) parameterMetadata.getNamedParameterNames() ) {
      final NamedParameterDescriptor descriptor = parameterMetadata.getNamedParameterDescriptor( name );
      Class javaType = namedParameterTypeRedefinition.get( name );
      if ( javaType != null && mightNeedRedefinition( javaType, descriptor.getExpectedType() ) ) {
        descriptor.resetExpectedType(
            sfi().getTypeResolver().heuristicType( javaType.getName() )
        );
      }
      else if ( descriptor.getExpectedType() != null ) {
        javaType = descriptor.getExpectedType().getReturnedClass();
      }

      if ( descriptor.isJpaStyle() ) {
        hadJpaPositionalParameters = true;
        final Integer position = Integer.valueOf( name );
        registerParameter( new JpaPositionalParameterRegistrationImpl( this, query, position, javaType ) );
      }
      else {
        registerParameter( new ParameterRegistrationImpl( this, query, name, javaType ) );
      }
    }

    if ( hadJpaPositionalParameters ) {
      if ( parameterMetadata.getOrdinalParameterCount() > 0 ) {
        throw new IllegalArgumentException(
            "Cannot mix JPA positional parameters and native Hibernate positional/ordinal parameters"
        );
      }
    }

    // extract Hibernate native positional parameters
    for ( int i = 0, max = parameterMetadata.getOrdinalParameterCount(); i < max; i++ ) {
      final OrdinalParameterDescriptor descriptor = parameterMetadata.getOrdinalParameterDescriptor( i + 1 );
      Class javaType = descriptor.getExpectedType() == null ? null : descriptor.getExpectedType().getReturnedClass();
      registerParameter( new ParameterRegistrationImpl( this, query, i+1, javaType ) );
    }
  }
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    final ParameterMetadata parameterMetadata = org.hibernate.internal.AbstractQueryImpl.class.cast( query ).getParameterMetadata();

    // extract named params
    for ( String name : (Set<String>) parameterMetadata.getNamedParameterNames() ) {
      final NamedParameterDescriptor descriptor = parameterMetadata.getNamedParameterDescriptor( name );
      Class javaType = namedParameterTypeRedefinition.get( name );
      if ( javaType != null && mightNeedRedefinition( javaType, descriptor.getExpectedType() ) ) {
        descriptor.resetExpectedType(
            sfi().getTypeResolver().heuristicType( javaType.getName() )
        );
      }
      else if ( descriptor.getExpectedType() != null ) {
        javaType = descriptor.getExpectedType().getReturnedClass();
      }

      if ( descriptor.isJpaStyle() ) {
        hadJpaPositionalParameters = true;
        final Integer position = Integer.valueOf( name );
        registerParameter( new JpaPositionalParameterRegistrationImpl( this, query, position, javaType ) );
      }
      else {
        registerParameter( new ParameterRegistrationImpl( this, query, name, javaType ) );
      }
    }

    if ( hadJpaPositionalParameters ) {
      if ( parameterMetadata.getOrdinalParameterCount() > 0 ) {
        throw new IllegalArgumentException(
            "Cannot mix JPA positional parameters and native Hibernate positional/ordinal parameters"
        );
      }
    }

    // extract Hibernate native positional parameters
    for ( int i = 0, max = parameterMetadata.getOrdinalParameterCount(); i < max; i++ ) {
      final OrdinalParameterDescriptor descriptor = parameterMetadata.getOrdinalParameterDescriptor( i + 1 );
      Class javaType = descriptor.getExpectedType() == null ? null : descriptor.getExpectedType().getReturnedClass();
      registerParameter( new ParameterRegistrationImpl( this, query, i+1, javaType ) );
    }
  }
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    HashSet<Parameter<?>> parameters = new HashSet<Parameter<?>>();
    AbstractQueryImpl queryImpl = AbstractQueryImpl.class.cast( query );

    // extract named params
    for ( String name : (Set<String>) queryImpl.getParameterMetadata().getNamedParameterNames() ) {
      final NamedParameterDescriptor descriptor =
          queryImpl.getParameterMetadata().getNamedParameterDescriptor( name );
      Class javaType = namedParameterTypeRedefinition.get( name );
      if ( javaType != null && mightNeedRedefinition( javaType, descriptor.getExpectedType() ) ) {
        descriptor.resetExpectedType(
            sfi().getTypeResolver().heuristicType( javaType.getName() )
        );
      }
      else if ( descriptor.getExpectedType() != null ) {
        javaType = descriptor.getExpectedType().getReturnedClass();
      }
      final ParameterImpl parameter = new ParameterImpl( name, javaType );
      parameters.add( parameter );
      if ( descriptor.isJpaStyle() ) {
        if ( jpaPositionalIndices == null ) {
          jpaPositionalIndices = new HashSet<Integer>();
        }
        jpaPositionalIndices.add( Integer.valueOf( name ) );
      }
    }

    // extract positional parameters
    for ( int i = 0, max = queryImpl.getParameterMetadata().getOrdinalParameterCount(); i < max; i++ ) {
      final OrdinalParameterDescriptor descriptor =
          queryImpl.getParameterMetadata().getOrdinalParameterDescriptor( i+1 );
      ParameterImpl parameter = new ParameterImpl(
          i + 1,
          descriptor.getExpectedType() == null
              ? null
              : descriptor.getExpectedType().getReturnedClass()
      );
      parameters.add( parameter );
      Integer position = descriptor.getOrdinalPosition();
            if (jpaPositionalIndices != null && jpaPositionalIndices.contains(position)) LOG.parameterPositionOccurredAsBothJpaAndHibernatePositionalParameter(position);
    }

    this.parameters = java.util.Collections.unmodifiableSet( parameters );
  }
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    for ( final String name : map.keySet() ) {
      final ParamLocationRecognizer.NamedParameterDescription description = map.get( name );
      namedParamDescriptorMap.put(
          name,
          new NamedParameterDescriptor(
              name,
              null,
              description.buildPositionsArray(),
              description.isJpaStyle()
          )
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    HashSet<Parameter<?>> parameters = new HashSet<Parameter<?>>();
    AbstractQueryImpl queryImpl = AbstractQueryImpl.class.cast( query );

    // extract named params
    for ( String name : (Set<String>) queryImpl.getParameterMetadata().getNamedParameterNames() ) {
      final NamedParameterDescriptor descriptor =
          queryImpl.getParameterMetadata().getNamedParameterDescriptor( name );
      Class javaType = namedParameterTypeRedefinition.get( name );
      if ( javaType != null && mightNeedRedefinition( javaType ) ) {
        descriptor.resetExpectedType(
            sfi().getTypeResolver().heuristicType( javaType.getName() )
        );
      }
      else if ( descriptor.getExpectedType() != null ) {
        javaType = descriptor.getExpectedType().getReturnedClass();
      }
      final ParameterImpl parameter = new ParameterImpl( name, javaType );
      parameters.add( parameter );
      if ( descriptor.isJpaStyle() ) {
        if ( jpaPositionalIndices == null ) {
          jpaPositionalIndices = new HashSet<Integer>();
        }
        jpaPositionalIndices.add( Integer.valueOf( name ) );
      }
    }

    // extract positional parameters
    for ( int i = 0, max = queryImpl.getParameterMetadata().getOrdinalParameterCount(); i < max; i++ ) {
      final OrdinalParameterDescriptor descriptor =
          queryImpl.getParameterMetadata().getOrdinalParameterDescriptor( i+1 );
      ParameterImpl parameter = new ParameterImpl(
          i + 1,
          descriptor.getExpectedType() == null
              ? null
              : descriptor.getExpectedType().getReturnedClass()
      );
      parameters.add( parameter );
      Integer position = descriptor.getOrdinalPosition();
            if (jpaPositionalIndices != null && jpaPositionalIndices.contains(position)) LOG.parameterPositionOccurredAsBothJpaAndHibernatePositionalParameter(position);
    }

    this.parameters = java.util.Collections.unmodifiableSet( parameters );
  }
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    final ParameterMetadata parameterMetadata = org.hibernate.internal.AbstractQueryImpl.class.cast( query ).getParameterMetadata();

    // extract named params
    for ( String name : (Set<String>) parameterMetadata.getNamedParameterNames() ) {
      final NamedParameterDescriptor descriptor = parameterMetadata.getNamedParameterDescriptor( name );
      Class javaType = namedParameterTypeRedefinition.get( name );
      if ( javaType != null && mightNeedRedefinition( javaType, descriptor.getExpectedType() ) ) {
        descriptor.resetExpectedType(
            sfi().getTypeResolver().heuristicType( javaType.getName() )
        );
      }
      else if ( descriptor.getExpectedType() != null ) {
        javaType = descriptor.getExpectedType().getReturnedClass();
      }
      registerParameter( new ParameterRegistrationImpl( this, query, name, javaType ) );
      if ( descriptor.isJpaStyle() ) {
        if ( jpaPositionalIndices == null ) {
          jpaPositionalIndices = new HashSet<Integer>();
        }
        jpaPositionalIndices.add( Integer.valueOf( name ) );
      }
    }

    // extract positional parameters
    for ( int i = 0, max = parameterMetadata.getOrdinalParameterCount(); i < max; i++ ) {
      final OrdinalParameterDescriptor descriptor = parameterMetadata.getOrdinalParameterDescriptor( i + 1 );
      Class javaType = descriptor.getExpectedType() == null ? null : descriptor.getExpectedType().getReturnedClass();
      registerParameter( new ParameterRegistrationImpl( this, query, i+1, javaType ) );
      Integer position = descriptor.getOrdinalPosition();
            if ( jpaPositionalIndices != null && jpaPositionalIndices.contains(position) ) {
        LOG.parameterPositionOccurredAsBothJpaAndHibernatePositionalParameter(position);
      }
    }
  }
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Related Classes of org.hibernate.engine.query.spi.NamedParameterDescriptor

  • org.hibernate.ejb.QueryImpl
  • org.hibernate.engine.query.internal.NativeQueryInterpreterStandardImpl
  • org.hibernate.jpa.internal.QueryImpl
  • org.hibernate.ogm.dialect.query.spi.RecognizerBasedParameterMetadataBuilder
  • org.hibernate.ogm.dialect.queryable.spi.RecognizerBasedParameterMetadataBuilder
  • org.hibernate.ogm.query.RecognizerBasedParameterMetadataBuilder
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