Package org.hibernate.validator.internal.metadata.raw

Examples of org.hibernate.validator.internal.metadata.raw.ConstrainedParameter

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          groupConversionList = (ConvertGroup.List) parameterAnnotation;
        }
      }

      metaData.add(
          new ConstrainedParameter(
              ConfigurationSource.ANNOTATION,
              new ExecutableConstraintLocation( executable, i ),
              parameterName,
              constraintsOfOneParameter,
              getGroupConversions( groupConversion, groupConversionList ),
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      ConvertGroup groupConversion = null;
      ConvertGroup.List groupConversionList = null;

      if ( annotationProcessingOptions.areParameterConstraintsIgnoredFor( executable.getMember(), i ) ) {
        metaData.add(
            new ConstrainedParameter(
                ConfigurationSource.ANNOTATION,
                new ExecutableConstraintLocation( executable, i ),
                parameterName,
                parameterConstraints,
                getGroupConversions( groupConversion, groupConversionList ),
                false
            )
        );
        i++;
        continue;
      }

      for ( Annotation parameterAnnotation : parameterAnnotations ) {
        //1. collect constraints if this annotation is a constraint annotation
        List<ConstraintDescriptorImpl<?>> constraints = findConstraintAnnotations(
            executable.getMember(), parameterAnnotation, ElementType.PARAMETER
        );
        for ( ConstraintDescriptorImpl<?> constraintDescriptorImpl : constraints ) {
          parameterConstraints.add(
              createParameterMetaConstraint(
                  executable, i, constraintDescriptorImpl
              )
          );
        }

        //2. mark parameter as cascading if this annotation is the @Valid annotation
        if ( parameterAnnotation.annotationType().equals( Valid.class ) ) {
          parameterIsCascading = true;
        }
        //3. determine group conversions
        else if ( parameterAnnotation.annotationType().equals( ConvertGroup.class ) ) {
          groupConversion = (ConvertGroup) parameterAnnotation;
        }
        else if ( parameterAnnotation.annotationType().equals( ConvertGroup.List.class ) ) {
          groupConversionList = (ConvertGroup.List) parameterAnnotation;
        }
      }

      metaData.add(
          new ConstrainedParameter(
              ConfigurationSource.ANNOTATION,
              new ExecutableConstraintLocation( executable, i ),
              parameterName,
              parameterConstraints,
              getGroupConversions( groupConversion, groupConversionList ),
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      ConvertGroup.List groupConversionList = null;
      boolean requiresUnwrapping = false;

      if ( annotationProcessingOptions.areParameterConstraintsIgnoredFor( executable.getMember(), i ) ) {
        metaData.add(
            new ConstrainedParameter(
                ConfigurationSource.ANNOTATION,
                ConstraintLocation.forParameter( executable, i ),
                ReflectionHelper.typeOf( executable, i ),
                i,
                parameterName,
                parameterConstraints,
                getGroupConversions( groupConversion, groupConversionList ),
                false,
                false
            )
        );
        i++;
        continue;
      }

      for ( Annotation parameterAnnotation : parameterAnnotations ) {
        //1. mark parameter as cascading if this annotation is the @Valid annotation
        if ( parameterAnnotation.annotationType().equals( Valid.class ) ) {
          parameterIsCascading = true;
        }
        //2. determine group conversions
        else if ( parameterAnnotation.annotationType().equals( ConvertGroup.class ) ) {
          groupConversion = (ConvertGroup) parameterAnnotation;
        }
        else if ( parameterAnnotation.annotationType().equals( ConvertGroup.List.class ) ) {
          groupConversionList = (ConvertGroup.List) parameterAnnotation;
        }
        //3. unwrapping required?
        else if ( parameterAnnotation.annotationType().equals( UnwrapValidatedValue.class ) ) {
          requiresUnwrapping = true;
        }

        //4. collect constraints if this annotation is a constraint annotation
        List<ConstraintDescriptorImpl<?>> constraints = findConstraintAnnotations(
            executable.getMember(), parameterAnnotation, ElementType.PARAMETER
        );
        for ( ConstraintDescriptorImpl<?> constraintDescriptorImpl : constraints ) {
          parameterConstraints.add(
              createParameterMetaConstraint( executable, i, constraintDescriptorImpl )
          );
        }
      }

      metaData.add(
          new ConstrainedParameter(
              ConfigurationSource.ANNOTATION,
              ConstraintLocation.forParameter( executable, i ),
              ReflectionHelper.typeOf( executable, i ),
              i,
              parameterName,
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            i,
            parameterType.getIgnoreAnnotations()
        );
      }

      ConstrainedParameter constrainedParameter = new ConstrainedParameter(
          ConfigurationSource.XML,
          constraintLocation,
          ReflectionHelper.typeOf( executableElement, i ),
          i,
          parameterNames.get( i ),
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  public MethodConstraintMappingContext method(String name, Class<?>... parameterTypes) {
    return executableContext.getTypeContext().method( name, parameterTypes );
  }

  public ConstrainedParameter build(ConstraintHelper constraintHelper, ParameterNameProvider parameterNameProvider) {
    return new ConstrainedParameter(
        ConfigurationSource.API,
        new ExecutableConstraintLocation( executableContext.getExecutable(), parameterIndex ),
        executableContext.getExecutable().getParameterNames( parameterNameProvider ).get( parameterIndex ),
        getConstraints( constraintHelper ),
        groupConversions,
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      if ( parameter != null ) {
        constrainedParameters.add( parameter.build( constraintHelper, parameterNameProvider ) );
      }
      else {
        constrainedParameters.add(
            new ConstrainedParameter(
                ConfigurationSource.API,
                new ExecutableConstraintLocation( executable, i ),
                executable.getParameterNames( parameterNameProvider ).get( i )
            )
        );
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      ConvertGroup groupConversion = null;
      ConvertGroup.List groupConversionList = null;

      if ( annotationProcessingOptions.areParameterConstraintsIgnoredFor( executable.getMember(), i ) ) {
        metaData.add(
            new ConstrainedParameter(
                ConfigurationSource.ANNOTATION,
                new ExecutableConstraintLocation( executable, i ),
                parameterName,
                parameterConstraints,
                getGroupConversions( groupConversion, groupConversionList ),
                false
            )
        );
        i++;
        continue;
      }

      for ( Annotation parameterAnnotation : parameterAnnotations ) {
        //1. collect constraints if this annotation is a constraint annotation
        List<ConstraintDescriptorImpl<?>> constraints = findConstraintAnnotations(
            executable.getMember(), parameterAnnotation, ElementType.PARAMETER
        );
        for ( ConstraintDescriptorImpl<?> constraintDescriptorImpl : constraints ) {
          parameterConstraints.add(
              createParameterMetaConstraint(
                  executable, i, constraintDescriptorImpl
              )
          );
        }

        //2. mark parameter as cascading if this annotation is the @Valid annotation
        if ( parameterAnnotation.annotationType().equals( Valid.class ) ) {
          parameterIsCascading = true;
        }
        //3. determine group conversions
        else if ( parameterAnnotation.annotationType().equals( ConvertGroup.class ) ) {
          groupConversion = (ConvertGroup) parameterAnnotation;
        }
        else if ( parameterAnnotation.annotationType().equals( ConvertGroup.List.class ) ) {
          groupConversionList = (ConvertGroup.List) parameterAnnotation;
        }
      }

      metaData.add(
          new ConstrainedParameter(
              ConfigurationSource.ANNOTATION,
              new ExecutableConstraintLocation( executable, i ),
              parameterName,
              parameterConstraints,
              getGroupConversions( groupConversion, groupConversionList ),
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            i,
            parameterType.getIgnoreAnnotations()
        );
      }

      ConstrainedParameter constrainedParameter = new ConstrainedParameter(
          ConfigurationSource.XML,
          constraintLocation,
          parameterNames.get( i ),
          metaConstraints,
          groupConversions,
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      );
      List<ConstrainedParameter> parameterMetaDataList = newArrayList();

      for ( int i = 0; i < oneMethod.getParameterTypes().length; i++ ) {
        parameterMetaDataList.add(
            new ConstrainedParameter(
                ConfigurationSource.API,
                new MethodConstraintLocation( oneMethod, i ),
                DEFAULT_PARAMETER_NAME_PREFIX + i,
                asMetaConstraints( constraintsByParameter.get( i ) ),
                cascadesByParameter.containsKey( i )
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          parameterIsCascading = true;
        }
      }

      metaData.add(
          new ConstrainedParameter(
              ConfigurationSource.ANNOTATION,
              new MethodConstraintLocation( method, i ),
              parameterName,
              constraintsOfOneParameter,
              parameterIsCascading
View Full Code Here
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Related Classes of org.hibernate.validator.internal.metadata.raw.ConstrainedParameter

  • org.hibernate.validator.internal.cfg.context.ExecutableConstraintMappingContextImpl
  • org.hibernate.validator.internal.cfg.context.ParameterConstraintMappingContextImpl
  • org.hibernate.validator.internal.engine.valuehandling.UnwrapMode
  • org.hibernate.validator.internal.metadata.aggregated.ParameterMetaData$Builder
  • org.hibernate.validator.internal.metadata.provider.AnnotationMetaDataProvider
  • org.hibernate.validator.internal.metadata.provider.ProgrammaticMappingMetaDataProvider
  • org.hibernate.validator.internal.metadata.provider.ProgrammaticMetaDataProvider
  • org.hibernate.validator.internal.xml.ConstrainedParameterBuilder
  • org.hibernate.validator.test.internal.metadata.provider.TypeAnnotationAwareMetaDataProviderTest
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