Package org.apache.bval.jsr303

Examples of org.apache.bval.jsr303.Validator

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        MethodValidator mv = getValidator().unwrap(MethodValidator.class);
       
        Method personOp1 = service.getClass().getMethod("personOp1", new Class[]{Person.class});
       
        // Validate with invalid person
        Person p = new ExampleMethodService.Person();
        Set<?> results = mv.validateParameters(service.getClass(), personOp1, new Object[]{p});
        assertEquals("Expected 1 violation", 1, results.size());
       
        // validate with valid person
        p.name = "valid name";
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        // Validate with null person
        Set<?> results = mv.validateParameters(service.getClass(), personOp2, new Object[]{null});
        assertEquals("Expected 1 violation", 1, results.size());
       
        // Validate with invalid person
        Person p = new ExampleMethodService.Person();
        results = mv.validateParameters(service.getClass(), personOp2, new Object[]{p});
        assertEquals("Expected 1 violation", 1, results.size());
       
        // validate with valid person
        p.name = "valid name";
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     */
    public Object invoke(MethodInvocation invocation) throws Throwable {
        Validate validate = invocation.getMethod().getAnnotation(Validate.class);

        Validator validator = this.validatorProvider.get();
        MethodValidator methodValidator = validator.unwrap(MethodValidator.class);

        Set<ConstraintViolation<?>> constraintViolations = new HashSet<ConstraintViolation<?>>();
        Class<?> clazz = invocation.getMethod().getDeclaringClass();
        Method method = invocation.getMethod();
        Object[] arguments = invocation.getArguments();
        Class<?>[] groups = validate.groups();

        constraintViolations.addAll(methodValidator.validateParameters(clazz,
                method,
                arguments,
                groups));

        if (!constraintViolations.isEmpty()) {
            throw getException(new ConstraintViolationException("Validation error when calling method '"
                        + method
                        + "' with arguments "
                        + Arrays.deepToString(arguments), constraintViolations),
                    validate.rethrowExceptionsAs());
        }

        Object returnedValue = invocation.proceed();

        if (validate.validateReturnedValue()) {
            constraintViolations.addAll(methodValidator.validateReturnedValue(clazz, method, returnedValue, groups));
            if (!constraintViolations.isEmpty()) {
                throw getException(new ConstraintViolationException("Method '"
                        + method
                        + "' returned a not valid value "
                        + returnedValue, constraintViolations), validate.rethrowExceptionsAs());
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* @author Roman Stumm
*/
public class DefaultGroupSequenceTest extends TestCase {
    public void testAssertDefaultGroupSequenceIsExpandableWithDefaultAtEndOfSequence() {
        // create a dummy sequence
        Group a = new Group(GroupA.class);
        Group b = new Group(GroupB.class);
        Group c = new Group(GroupC.class);
        Group defaultGroup = new Group(Default.class);
        List<Group> sequence = new ArrayList<Group>();
        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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    }


    public void testAssertDefaulGroupSequenceIsExpandableWithDefaultAtBeginningOfSequence() {
        // create a dummy sequence
        Group a = new Group(GroupA.class);
        Group b = new Group(GroupB.class);
        Group c = new Group(GroupC.class);
        Group defaultGroup = new Group(Default.class);
        List<Group> sequence = new ArrayList<Group>();
        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) {
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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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Related Classes of org.apache.bval.jsr303.Validator

  • com.ctc.wstx.util.PrefixedName
  • com.sun.tools.javac.code.Type
  • junit.framework.TestSuite
  • org.apache.bval.guice.ValidateMethodInterceptor
  • org.apache.bval.guice.ValidatorFactoryProvider
  • org.apache.bval.jsr303.ClassValidator
  • org.apache.bval.jsr303.ComposedConstraintsTest
  • org.apache.bval.jsr303.ConstraintFinderImpl
  • org.apache.bval.jsr303.ConstraintValidation
  • org.apache.bval.jsr303.ConstraintValidatorContextImpl$ConstraintViolationBuilderImpl
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