Package org.apache.bval.jsr303.util

Examples of org.apache.bval.jsr303.util.PathImplTest

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            } else if (groupClass.getName().equals(Default.class.getName())) {
                throw new GroupDefinitionException(
                      "'Default.class' must not appear in @GroupSequence! Use '" +
                            beanClass.getSimpleName() + ".class' instead.");
            } else {
                groupSeq.add(new Group(groupClass));
            }
        }
        if (!containsDefault) {
            throw new GroupDefinitionException(
                  "Redefined default group sequence must contain " + beanClass.getName());
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            if ( defaultGroups.size() > 1 ) {
               
                int numViolations = result.violationsSize();
               
                // Validate the bean for each group in the sequence
                Group currentGroup = context.getCurrentGroup();
                for (Group each : defaultGroups) {
                    context.setCurrentGroup(each);
                    super.validateBean(context);
                    // Spec 3.4.3 - Stop validation if errors already found
                    if ( result.violationsSize() > numViolations ) {
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            throw unrecoverableValidationError(ex, object);
        }
    }

    private void validatePropertyInGroup(GroupValidationContext context) {
        Group currentGroup = context.getCurrentGroup();
        List<Group> defaultGroups = expandDefaultGroup(context);
        if (defaultGroups != null) {
            for (Group each : defaultGroups) {
                context.setCurrentGroup(each);
                validateProperty(context);
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    public void testGroupDuplicates() {
        Set<Class<?>> groups = new HashSet<Class<?>>();
        groups.add(First.class);
        groups.add(Second.class);
        groups.add(Last.class);
        Groups chain = groupsComputer.computeGroups(groups);
        assertEquals(3, chain.groups.size());

        groups.clear();
        groups.add(First.class);
        groups.add(First.class);
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    public void testSequenceResolution() {
        Set<Class<?>> groups = new HashSet<Class<?>>();
        groups.add(Address.Complete.class);
        Groups chain = groupsComputer.computeGroups(groups);
        Iterator<List<Group>> sequences = chain.getSequences().iterator();
        List<Group> sequence = sequences.next();

        assertEquals(Default.class, sequence.get(0).getGroup());
        assertEquals(Address.HighLevelCoherence.class, sequence.get(1).getGroup());
    }
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        sequence.add(a);
        sequence.add(b);
        sequence.add(c);
        sequence.add(defaultGroup);

        Groups chain = new Groups();
        chain.insertSequence(sequence);

        // create test default sequence
        List<Group> defaultSequence = new ArrayList<Group>();
        defaultSequence.add(Group.DEFAULT);
        defaultSequence.add(new Group(GroupA.class));
        try {
            chain.assertDefaultGroupSequenceIsExpandable(defaultSequence);
            fail();
        } catch (GroupDefinitionException e) {
            // success
        }

        defaultSequence.clear();
        defaultSequence.add(new Group(GroupA.class));
        defaultSequence.add(new Group(Default.class));
        try {
            chain.assertDefaultGroupSequenceIsExpandable(defaultSequence);
            fail();
        } catch (GroupDefinitionException e) {
            // success
        }

        defaultSequence.clear();
        defaultSequence.add(Group.DEFAULT);
        defaultSequence.add(new Group(GroupC.class));
        try {
            chain.assertDefaultGroupSequenceIsExpandable(defaultSequence);
            fail();
        } catch (GroupDefinitionException e) {
            // success
        }

        defaultSequence.clear();
        defaultSequence.add(new Group(GroupC.class));
        defaultSequence.add(Group.DEFAULT);
        chain.assertDefaultGroupSequenceIsExpandable(defaultSequence);
    }
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        sequence.add(defaultGroup);
        sequence.add(a);
        sequence.add(b);
        sequence.add(c);

        Groups chain = new Groups();
        chain.insertSequence(sequence);

        // create test default sequence
        List<Group> defaultSequence = new ArrayList<Group>();
        defaultSequence.add(Group.DEFAULT);
        defaultSequence.add(new Group(GroupA.class));
        chain.assertDefaultGroupSequenceIsExpandable(defaultSequence);


        defaultSequence.clear();
        defaultSequence.add(new Group(GroupA.class));
        defaultSequence.add(Group.DEFAULT);
        try {
            chain.assertDefaultGroupSequenceIsExpandable(defaultSequence);
            fail();
        } catch (GroupDefinitionException e) {
            // success
        }

        defaultSequence.clear();
        defaultSequence.add(Group.DEFAULT);
        defaultSequence.add(new Group(GroupC.class));
        try {
            chain.assertDefaultGroupSequenceIsExpandable(defaultSequence);
            fail();
        } catch (GroupDefinitionException e) {
            // success
        }

        defaultSequence.clear();
        defaultSequence.add(new Group(GroupC.class));
        defaultSequence.add(Group.DEFAULT);
        try {
            chain.assertDefaultGroupSequenceIsExpandable(defaultSequence);
            fail();
        } catch (GroupDefinitionException e) {
            // success
        }
    }
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     * {@inheritDoc}
     */
    public ElementDescriptor.ConstraintFinder unorderedAndMatchingGroups(Class<?>... groups) {
        Set<ConstraintValidation<?>> matchingDescriptors =
            new HashSet<ConstraintValidation<?>>(constraintDescriptors.size());
        Groups groupChain = new GroupsComputer().computeGroups(groups);
        for (Group group : groupChain.getGroups()) {
            if (group.isDefault()) {
                // If group is default, check if it gets redefined
                List<Group> expandedDefaultGroup = metaBean.getFeature(Jsr303Features.Bean.GROUP_SEQUENCE);
                for (Group defaultGroupMember : expandedDefaultGroup) {
                    for (ConstraintValidation<?> descriptor : constraintDescriptors) {
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            final GroupValidationContext<T> context =
                createContext(objectMetaBean, object, objectClass, groups);
            final ConstraintValidationListener<T> result =
                context.getListener();
            final Groups sequence = context.getGroups();

            // 1. process groups
            for (Group current : sequence.getGroups()) {
                context.setCurrentGroup(current);
                validateBeanNet(context);
            }

            // 2. process sequences
            for (List<Group> eachSeq : sequence.getSequences()) {
                for (Group current : eachSeq) {
                    context.setCurrentGroup(current);
                    validateBeanNet(context);
                    // if one of the group process in the sequence leads to one
                    // or more validation failure,
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                context.setFixedValue(nestedProp.getValue());
            }
            if (context.getMetaProperty() == null)
                throw new IllegalArgumentException("Unknown property "
                    + object.getClass().getName() + "." + propertyName);
            Groups sequence = context.getGroups();

            // 1. process groups
            for (Group current : sequence.getGroups()) {
                context.setCurrentGroup(current);
                validatePropertyInGroup(context);
            }

            // 2. process sequences
            for (List<Group> eachSeq : sequence.getSequences()) {
                for (Group current : eachSeq) {
                    context.setCurrentGroup(current);
                    validatePropertyInGroup(context);
                    /**
                     * if one of the group process in the sequence leads to one
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