Examples of javax.validation.constraintvalidation.SupportedValidationTarget

Package javax.validation.constraintvalidation

Examples of javax.validation.constraintvalidation.SupportedValidationTarget

javax.validation.constraintvalidation.SupportedValidationTarget


    return matchingValidatorClasses;
  }


  private boolean supportsValidationTarget(Class<? extends ConstraintValidator<?, ?>> validatorClass, ValidationTarget target) {
    SupportedValidationTarget supportedTargetAnnotation = validatorClass.getAnnotation(
        SupportedValidationTarget.class
    );


    //by default constraints target the annotated element
    if ( supportedTargetAnnotation == null ) {
      return target == ValidationTarget.ANNOTATED_ELEMENT;
    }


    return Arrays.asList( supportedTargetAnnotation.value() ).contains( target );
  }

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    return matchingValidatorClasses;
  }


  private boolean supportsValidationTarget(Class<? extends ConstraintValidator<?, ?>> validatorClass, ValidationTarget target) {
    SupportedValidationTarget supportedTargetAnnotation = validatorClass.getAnnotation(
        SupportedValidationTarget.class
    );


    //by default constraints target the annotated element
    if ( supportedTargetAnnotation == null ) {
      return target == ValidationTarget.ANNOTATED_ELEMENT;
    }


    return Arrays.asList( supportedTargetAnnotation.value() ).contains( target );
  }

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    return genericValidatorClasses;
  }


  private boolean supportsValidationTarget(Class<?> validatorClass, ValidationTarget target) {
    SupportedValidationTarget supportedTargetAnnotation = validatorClass.getAnnotation(
        SupportedValidationTarget.class
    );


    //by default constraints target the annotated element
    if ( supportedTargetAnnotation == null ) {
      return target == ValidationTarget.ANNOTATED_ELEMENT;
    }
    ValidationTarget[] targets = supportedTargetAnnotation.value();
    for ( ValidationTarget configuredTarget : targets ) {
      if ( configuredTarget.equals( target ) ) {
        return true;
      }
    }

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    return matchingValidatorClasses;
  }


  private boolean supportsValidationTarget(Class<? extends ConstraintValidator<?, ?>> validatorClass, ValidationTarget target) {
    SupportedValidationTarget supportedTargetAnnotation = validatorClass.getAnnotation(
        SupportedValidationTarget.class
    );


    //by default constraints target the annotated element
    if ( supportedTargetAnnotation == null ) {
      return target == ValidationTarget.ANNOTATED_ELEMENT;
    }


    return Arrays.asList( supportedTargetAnnotation.value() ).contains( target );
  }

View Full Code Here


    return matchingValidatorClasses;
  }


  private boolean supportsValidationTarget(Class<? extends ConstraintValidator<?, ?>> validatorClass, ValidationTarget target) {
    SupportedValidationTarget supportedTargetAnnotation = validatorClass.getAnnotation(
        SupportedValidationTarget.class
    );


    //by default constraints target the annotated element
    if ( supportedTargetAnnotation == null ) {
      return target == ValidationTarget.ANNOTATED_ELEMENT;
    }


    return Arrays.asList( supportedTargetAnnotation.value() ).contains( target );
  }

View Full Code Here


    return matchingValidatorClasses;
  }


  private boolean supportsValidationTarget(Class<? extends ConstraintValidator<?, ?>> validatorClass, ValidationTarget target) {
    SupportedValidationTarget supportedTargetAnnotation = validatorClass.getAnnotation(
        SupportedValidationTarget.class
    );


    //by default constraints target the annotated element
    if ( supportedTargetAnnotation == null ) {
      return target == ValidationTarget.ANNOTATED_ELEMENT;
    }


    return Arrays.asList( supportedTargetAnnotation.value() ).contains( target );
  }

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        final boolean isReturn = ReturnAccess.class.isInstance(access);
        final boolean isParam = ParametersAccess.class.isInstance(access);
        if (rawConstraintClasses != null && (isReturn || isParam)) {
            final Collection<Class<? extends ConstraintValidator<A, ?>>> selected = new ArrayList<Class<? extends ConstraintValidator<A, ?>>>();
            for (final Class<? extends ConstraintValidator<A, ?>> constraint : rawConstraintClasses) {
                final SupportedValidationTarget target = constraint.getAnnotation(SupportedValidationTarget.class);
                if (target == null && isReturn) {
                    selected.add(constraint);
                } else if (target != null) {
                    for (final ValidationTarget validationTarget : target.value()) {
                        if (isReturn && ValidationTarget.ANNOTATED_ELEMENT.equals(validationTarget)) {
                            selected.add(constraint);
                        } else if (isParam && ValidationTarget.PARAMETERS.equals(validationTarget)) {
                            selected.add(constraint);
                        }

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                if (!Class.class.isInstance(v)) {
                    continue; // TODO: handle this case
                }


                final Class<?> clazz = Class.class.cast(v);
                final SupportedValidationTarget target = clazz.getAnnotation(SupportedValidationTarget.class);
                if (target != null) {
                    final Collection<ValidationTarget> targets = Arrays.asList(target.value());
                    final boolean isParameter = ParameterAccess.class.isInstance(access) || ParametersAccess.class.isInstance(access);
                    if ((isParameter && !targets.contains(ValidationTarget.PARAMETERS))
                        || (!isParameter && !targets.contains(ValidationTarget.ANNOTATED_ELEMENT))) {
                        it.remove();
                    }

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    private Pair computeValidationTarget(final Class<?>[] validators) {
        int param = 0;
        int annotatedElt = 0;


        for (final Class<?> validator : validators) {
            final SupportedValidationTarget supportedAnnotationTypes = validator.getAnnotation(SupportedValidationTarget.class);
            if (supportedAnnotationTypes != null) {
                final List<ValidationTarget> values = Arrays.asList(supportedAnnotationTypes.value());
                if (values.contains(ValidationTarget.PARAMETERS)) {
                    param++;
                }
                if (values.contains(ValidationTarget.ANNOTATED_ELEMENT)) {
                    annotatedElt++;

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    return matchingValidatorClasses;
  }


  private boolean supportsValidationTarget(Class<? extends ConstraintValidator<?, ?>> validatorClass, ValidationTarget target) {
    SupportedValidationTarget supportedTargetAnnotation = validatorClass.getAnnotation(
        SupportedValidationTarget.class
    );


    //by default constraints target the annotated element
    if ( supportedTargetAnnotation == null ) {
      return target == ValidationTarget.ANNOTATED_ELEMENT;
    }


    return Arrays.asList( supportedTargetAnnotation.value() ).contains( target );
  }

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Related Classes of javax.validation.constraintvalidation.SupportedValidationTarget

org.apache.bval.jsr.AnnotationConstraintBuilder

org.apache.bval.jsr.AnnotationProcessor

org.apache.bval.jsr.ConstraintValidation

org.hibernate.validator.internal.metadata.core.ConstraintHelper

org.hibernate.validator.internal.metadata.descriptor.ConstraintDescriptorImpl

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