@Test
@SpecAssertion(section = "6.11", id = "e")
public void testGetMessageTemplate() {
ConstraintDescriptor<?> descriptor = getConstraintDescriptor(Person.class, "middleName");
String messageTemplate = descriptor.getMessageTemplate();
assertEquals(messageTemplate, "must at least be {min} characters long");
}
@Test
@SpecAssertion(section = "6.11", id = "l")
public void testGetValidationAppliesToReturnsNull() {
ConstraintDescriptor<?> descriptor = getConstraintDescriptor(Person.class, "firstName");
ConstraintTarget constraintTarget = descriptor.getValidationAppliesTo();
assertNull(constraintTarget);
}
@Test
@SpecAssertion(section = "6.11", id = "l")
public void testGetValidationAppliesTo() {
ConstraintDescriptor<?> descriptor = getConstraintDescriptor(Person.class, "age");
ConstraintTarget constraintTarget = descriptor.getValidationAppliesTo();
assertNotNull(constraintTarget);
assertEquals(constraintTarget, ConstraintTarget.RETURN_VALUE);
}
@Test
@SpecAssertion(section = "6.11", id = "g")
public void testDefaultGroupIsReturnedIfNoGroupSpecifiedInDeclaration() {
ConstraintDescriptor<?> descriptor = getConstraintDescriptor(Order.class, "orderNumber");
Set<Class<?>> groups = descriptor.getGroups();
assertTrue(groups.size() == 1);
assertEquals(groups.iterator().next(), Default.class, "Wrong group");
}
@Test
@SpecAssertion(section = "6.11", id = "f")
public void testGetGroupsOnInterface() {
ConstraintDescriptor<?> descriptor = getConstraintDescriptor(Person.class, "lastName");
Set<Class<?>> groups = descriptor.getGroups();
assertTrue(groups.size() == 1);
assertEquals(groups.iterator().next(), Default.class, "Wrong group");
}
@Test
@SpecAssertion(section = "6.11", id = "c")
public void testGetAttributesFromConstraintDescriptor() {
ConstraintDescriptor<?> descriptor = getConstraintDescriptor(Order.class, "orderNumber");
Map<String, Object> attributes = descriptor.getAttributes();
assertTrue(attributes.containsKey("message"));
assertTrue(attributes.containsKey("groups"));
}
@Test
@SpecAssertion(section = "6.11", id = "m")
public void testReportAsSingleViolation() {
ConstraintDescriptor<?> descriptor = getConstraintDescriptor(Order.class, "orderNumber");
assertFalse(descriptor.isReportAsSingleViolation());
descriptor = getConstraintDescriptor(Person.class, "firstName");
assertTrue(descriptor.isReportAsSingleViolation());
}
/**
* Process the given JSR-303 ConstraintViolations, adding corresponding errors to the provided
* Spring {@link Errors} object.
*
* @param violations the JSR-303 ConstraintViolation results
* @param errors the Spring errors object to register to
*/
protected void processConstraintViolations(
Set<ConstraintViolation<Object>> violations, Errors errors) {
for (ConstraintViolation<Object> violation : violations) {
String field = violation.getPropertyPath().toString();
FieldError fieldError = errors.getFieldError(field);
if (fieldError == null || !fieldError.isBindingFailure()) {
try {
ConstraintDescriptor<?> cd = violation.getConstraintDescriptor();
String errorCode = cd.getAnnotation().annotationType().getSimpleName();
Object[] errorArgs = getArgumentsForConstraint(errors.getObjectName(), field, cd);
if (errors instanceof BindingResult) {
// Can do custom FieldError registration with invalid value from ConstraintViolation,
// as necessary for Hibernate Validator compatibility (non-indexed set path in field)
BindingResult bindingResult = (BindingResult) errors;
String nestedField = bindingResult.getNestedPath() + field;
if ("".equals(nestedField)) {
String[] errorCodes = bindingResult.resolveMessageCodes(errorCode);
bindingResult.addError(
new ObjectError(
errors.getObjectName(), errorCodes, errorArgs, violation.getMessage()));
} else {
Object invalidValue = violation.getInvalidValue();
if (!"".equals(field)
&& (invalidValue == violation.getLeafBean()
|| (field.contains(".") && !field.contains("[]")))) {
// Possibly a bean constraint with property path: retrieve the actual property
// value.
// However, explicitly avoid this for "address[]" style paths that we can't handle.
invalidValue = bindingResult.getRawFieldValue(field);
}
String[] errorCodes = bindingResult.resolveMessageCodes(errorCode, field);
bindingResult.addError(
new FieldError(
errors.getObjectName(),
nestedField,
invalidValue,
false,
errorCodes,
errorArgs,
violation.getMessage()));
}
} else {
// got no BindingResult - can only do standard rejectValue call
// with automatic extraction of the current field value
errors.rejectValue(field, errorCode, errorArgs, violation.getMessage());
}
} catch (NotReadablePropertyException ex) {
throw new IllegalStateException(
"JSR-303 validated property '"
+ field
+ "' does not have a corresponding accessor for Spring data binding - "
+ "check your DataBinder's configuration (bean property versus direct field access)",
ex);
}
}
}
}
@Test
@SpecAssertion(section = "6.11", id = "f")
public void testGetGroupsWithImplicitGroup() {
ConstraintDescriptor<?> descriptor = getConstraintDescriptor(Man.class, "lastName");
Set<Class<?>> groups = descriptor.getGroups();
assertTrue(groups.size() == 2);
for (Class<?> group : groups) {
if (!(group.equals(Default.class) || group.equals(Person.class))) {
fail("Invalid group.");
}
}
}
@Test
@SpecAssertion(section = "6.11", id = "l")
public void testGetValidationAppliesToFromComposingConstraint() {
ConstraintDescriptor<?> descriptor = getConstraintDescriptor(Person.class, "age");
Set<ConstraintDescriptor<?>> composingDescriptors = descriptor.getComposingConstraints();
assertEquals(composingDescriptors.size(), 1, "Wrong number of composing constraints");
ConstraintTarget constraintTarget =
composingDescriptors.iterator().next().getValidationAppliesTo();
assertNotNull(constraintTarget);
assertEquals(constraintTarget, ConstraintTarget.RETURN_VALUE);
}
@Test
@SpecAssertion(section = "6.11", id = "i")
public void testPayload() {
ConstraintDescriptor<?> descriptor = getConstraintDescriptor(Person.class, "firstName");
Set<Class<? extends Payload>> payload = descriptor.getPayload();
assertTrue(payload.size() == 1);
assertEquals(payload.iterator().next(), Severity.Info.class, "Wrong payload");
descriptor = getConstraintDescriptor(Order.class, "orderNumber");
payload = descriptor.getPayload();
assertTrue(payload != null);
assertTrue(payload.size() == 0);
}
@Test
@SpecAssertions({
@SpecAssertion(section = "6.11", id = "j"),
@SpecAssertion(section = "6.11", id = "k")
})
public void testComposingConstraintsPayload() {
ConstraintDescriptor<?> descriptor = getConstraintDescriptor(Person.class, "firstName");
Set<ConstraintDescriptor<?>> composingDescriptors = descriptor.getComposingConstraints();
assertEquals(composingDescriptors.size(), 2, "Wrong number of composing constraints");
for (ConstraintDescriptor<?> desc : composingDescriptors) {
assertTrue(desc.getGroups().size() == 1);
assertEquals(desc.getPayload().iterator().next(), Severity.Info.class, "Wrong payload");
}
}
@Test
@SpecAssertions({
@SpecAssertion(section = "6.11", id = "a"),
@SpecAssertion(section = "6.11", id = "b"),
@SpecAssertion(section = "6.11", id = "d")
})
public void testAnnotationAndMapParametersReflectParameterOverriding() {
ConstraintDescriptor<?> descriptor = getConstraintDescriptor(Person.class, "firstName");
Set<ConstraintDescriptor<?>> composingDescriptors = descriptor.getComposingConstraints();
assertEquals(composingDescriptors.size(), 2, "Wrong number of composing constraints");
boolean hasSize = false;
for (ConstraintDescriptor<?> desc : composingDescriptors) {
if (desc.getAnnotation().annotationType().equals(Size.class)) {
hasSize = true;
Size sizeAnn = (Size) desc.getAnnotation();
assertEquals(sizeAnn.min(), 5, "The min parameter should reflect the overridden parameter");
assertEquals(
desc.getAttributes().get("min"),
5,
"The min parameter should reflect the overridden parameter");
} else if (desc.getAnnotation().annotationType().equals(NotNull.class)) {
} else {
fail("Unexpected annotation.");
}
}
assertTrue(hasSize, "Size composed annotation not found");
}
/*
* Helper method that checks for unitActive's annotation.
*/
private boolean checkForB2BUnitActiveAnnotation(
final Set<HybrisConstraintViolation> constraintViolations) {
for (final Iterator constraintIterator = constraintViolations.iterator();
constraintIterator.hasNext(); ) {
final HybrisConstraintViolation hybrisConstraintViolation =
(HybrisConstraintViolation) constraintIterator.next();
final ConstraintViolation constraintViolation =
hybrisConstraintViolation.getConstraintViolation();
final ConstraintDescriptor descriptor = constraintViolation.getConstraintDescriptor();
final Annotation annotation = descriptor.getAnnotation();
if (annotation.getClass().getName().equals("B2BUnitActive")) {
constraintViolations.remove(hybrisConstraintViolation);
return true;
}
}
return false;
}
public Map<String, Object> getMetadata(ConstraintDescriptor constraintDescriptor) {
Map<String, Object> metadata = new HashMap<String, Object>();
Map attrs = constraintDescriptor.getAttributes();
Object message = attrs.get("message");
metadata.put(HTML.VALIDATION_METADATA.MAX_VALUE, attrs.get("value"));
if (!message.equals(MESSAGE_ID)) {
metadata.put(MESSAGE_METADATA, message);
}
return metadata;
}
protected Object[] getArgumentsForConstraint(
String objectName, String field, ConstraintDescriptor<?> descriptor) {
List<Object> arguments = new LinkedList<>();
String[] codes = new String[] {objectName + Errors.NESTED_PATH_SEPARATOR + field, field};
arguments.add(new DefaultMessageSourceResolvable(codes, field));
// Using a TreeMap for alphabetical ordering of attribute names
Map<String, Object> attributesToExpose = new TreeMap<>();
for (Map.Entry<String, Object> entry : descriptor.getAttributes().entrySet()) {
String attributeName = entry.getKey();
Object attributeValue = entry.getValue();
if (!internalAnnotationAttributes.contains(attributeName)) {
attributesToExpose.put(attributeName, attributeValue);
}
}
arguments.addAll(attributesToExpose.values());
return arguments.toArray(new Object[arguments.size()]);
}
@Test
@SpecAssertion(section = "6.11", id = "n")
public void testEmptyComposingConstraints() {
ConstraintDescriptor<?> descriptor = getConstraintDescriptor(Order.class, "orderNumber");
assertTrue(descriptor.getComposingConstraints().isEmpty());
}
