private void initClassConstraints(
Class<?> clazz, AnnotationIgnores annotationIgnores, BeanMetaDataCache beanMetaDataCache) {
if (annotationIgnores.isIgnoreAnnotations(clazz)) {
return;
}
// HV-262
BeanMetaDataImpl<?> cachedMetaData = beanMetaDataCache.getBeanMetaData(clazz);
List<ConstraintDescriptorImpl<?>> classMetaData;
if (cachedMetaData != null && cachedMetaData.getMetaConstraintsAsMap().get(clazz) != null) {
classMetaData = new ArrayList<ConstraintDescriptorImpl<?>>();
for (MetaConstraint<?> metaConstraint : cachedMetaData.getMetaConstraintsAsMap().get(clazz)) {
ConstraintDescriptorImpl<?> descriptor = metaConstraint.getDescriptor();
if (descriptor.getElementType() == ElementType.TYPE) {
classMetaData.add(descriptor);
}
}
} else {
classMetaData = findClassLevelConstraints(clazz);
}
for (ConstraintDescriptorImpl<?> constraintDescription : classMetaData) {
BeanMetaConstraint<?> metaConstraint =
createBeanMetaConstraint(clazz, null, constraintDescription);
addMetaConstraint(clazz, metaConstraint);
}
}
private void initFieldConstraints(
Class<?> clazz, AnnotationIgnores annotationIgnores, BeanMetaDataCache beanMetaDataCache) {
final Field[] fields = ReflectionHelper.getDeclaredFields(clazz);
for (Field field : fields) {
addToPropertyNameList(field);
// HV-172
if (Modifier.isStatic(field.getModifiers())) {
continue;
}
if (annotationIgnores.isIgnoreAnnotations(field)) {
continue;
}
// HV-262
BeanMetaDataImpl<?> cachedMetaData = beanMetaDataCache.getBeanMetaData(clazz);
boolean metaDataCached = cachedMetaData != null;
List<ConstraintDescriptorImpl<?>> fieldMetaData;
if (metaDataCached && cachedMetaData.getMetaConstraintsAsMap().get(clazz) != null) {
fieldMetaData = new ArrayList<ConstraintDescriptorImpl<?>>();
for (BeanMetaConstraint<?> metaConstraint :
cachedMetaData.getMetaConstraintsAsMap().get(clazz)) {
ConstraintDescriptorImpl<?> descriptor = metaConstraint.getDescriptor();
if (descriptor.getElementType() == ElementType.FIELD
&& metaConstraint
.getLocation()
.getPropertyName()
.equals(ReflectionHelper.getPropertyName(field))) {
fieldMetaData.add(descriptor);
}
}
} else {
fieldMetaData = findConstraints(field, ElementType.FIELD);
}
for (ConstraintDescriptorImpl<?> constraintDescription : fieldMetaData) {
ReflectionHelper.setAccessibility(field);
BeanMetaConstraint<?> metaConstraint =
createBeanMetaConstraint(clazz, field, constraintDescription);
addMetaConstraint(clazz, metaConstraint);
}
// HV-433 Make sure the field is marked as cascaded in case it was configured via
// xml/programmatic API or
// it hosts the @Valid annotation
boolean isCascadedField =
metaDataCached && cachedMetaData.getCascadedMembers().contains(field);
if (isCascadedField || field.isAnnotationPresent(Valid.class)) {
addCascadedMember(field);
}
}
}
private void addMethodMetaConstraint(Class<?> clazz, MethodMetaData methodMetaData) {
addToBuilder(methodMetaData);
if (ReflectionHelper.isGetterMethod(methodMetaData.getMethod())) {
addToPropertyNameList(methodMetaData.getMethod());
ReflectionHelper.setAccessibility(methodMetaData.getMethod());
for (MethodMetaConstraint<?> metaConstraint : methodMetaData) {
addMetaConstraint(
clazz, getAsBeanMetaConstraint(metaConstraint, methodMetaData.getMethod()));
}
if (methodMetaData.isCascading()) {
addCascadedMember(methodMetaData.getMethod());
}
}
}
/**
* Constructor used when creating a bean meta data instance via the xml or programmatic API. In
* this case additional metadata (the already configured constraints, cascaded members, etc) are
* passed as well.
*
* @param beanClass The bean type for which to create the meta data
* @param constraintHelper constraint helper
* @param defaultGroupSequence programmatic/xml configured default group sequence (overrides
* annotations)
* @param defaultGroupSequenceProvider programmatic configured default group sequence provider
* class (overrides annotations)
* @param constraints programmatic/xml configured constraints
* @param methodMetaDatas programmatic configured method constraints
* @param cascadedMembers programmatic/xml configured cascaded members
* @param annotationIgnores in xml configured ignores for annotations
* @param beanMetaDataCache the cache of already configured meta data instances
*/
public BeanMetaDataImpl(
Class<T> beanClass,
ConstraintHelper constraintHelper,
List<Class<?>> defaultGroupSequence,
Class<? extends DefaultGroupSequenceProvider<?>> defaultGroupSequenceProvider,
Map<Class<?>, List<BeanMetaConstraint<?>>> constraints,
Set<AggregatedMethodMetaData> methodMetaDatas,
Set<Member> cascadedMembers,
AnnotationIgnores annotationIgnores,
BeanMetaDataCache beanMetaDataCache) {
this.beanClass = beanClass;
this.constraintHelper = constraintHelper;
this.defaultGroupSequenceProvider = null;
for (Member member : cascadedMembers) {
addCascadedMember(member);
}
classHierarchyWithoutInterfaces = ReflectionHelper.computeClassHierarchy(beanClass, false);
// start the annotation discovery phase (look for annotations in the whole class hierarchy)
createMetaData(annotationIgnores, beanMetaDataCache);
// set the default explicitly specified default group sequence after the discovery process is
// complete
if (!defaultGroupSequence.isEmpty()) {
setDefaultGroupSequence(defaultGroupSequence);
}
// set the default explicitly specified default group sequence provider after the discovery
// process is complete
if (defaultGroupSequenceProvider != null) {
this.defaultGroupSequenceProvider =
newGroupSequenceProviderInstance(defaultGroupSequenceProvider);
}
// validates that programmatic/xml definition of default group sequence or default group
// sequence provider
// doesn't introduce illegal default group sequence definition.
if (hasDefaultGroupSequenceProvider() && this.defaultGroupSequence.size() > 1) {
throw new GroupDefinitionException(
"Default group sequence and default group sequence provider cannot be defined at the same time");
}
// add the explicitly configured constraints
for (Map.Entry<Class<?>, List<BeanMetaConstraint<?>>> entry : constraints.entrySet()) {
Class<?> clazz = entry.getKey();
// will hold the method constraints (getter and non-getter) of the given class keyed by method
Map<Method, List<MethodMetaConstraint<?>>> constraintsByMethod = newHashMap();
for (BeanMetaConstraint<?> constraint : entry.getValue()) {
if (constraint.getDescriptor().getElementType() == ElementType.METHOD) {
List<MethodMetaConstraint<?>> constraintsForMethod =
constraintsByMethod.get(constraint.getLocation().getMember());
if (constraintsForMethod == null) {
constraintsForMethod = newArrayList();
constraintsByMethod.put(
(Method) constraint.getLocation().getMember(), constraintsForMethod);
}
constraintsForMethod.add(getAsMethodMetaConstraint(constraint));
}
// register non-method constraints
else {
addMetaConstraint(clazz, constraint);
}
}
// register the constraints for each method in methodMetaConstraints. Constraints at getters
// will also registered in metaConstraints
for (Entry<Method, List<MethodMetaConstraint<?>>> methodAndConstraints :
constraintsByMethod.entrySet()) {
MethodMetaData methodMetaData =
new MethodMetaData(
methodAndConstraints.getKey(),
methodAndConstraints.getValue(),
cascadedMembers.contains(methodAndConstraints.getKey()));
addMethodMetaConstraint(clazz, methodMetaData);
}
}
allMetaConstraints = buildAllConstraintSets();
directMetaConstraints = buildDirectConstraintSets();
// add the explicitly configured method constraints, here we need to merge the programmatic and
// discovered
// metadata built with the "automatic" discovering.
if (!methodMetaDatas.isEmpty()) {
for (AggregatedMethodMetaData aggregatedMethodMetaData : methodMetaDatas) {
for (MethodMetaData methodMetaData : aggregatedMethodMetaData.getAllMethodMetaData()) {
Method method = methodMetaData.getMethod();
addMethodMetaConstraint(method.getDeclaringClass(), methodMetaData);
}
}
}
this.methodMetaData = Collections.unmodifiableMap(buildMethodMetaData());
// reset class members we don't need any longer
this.methodMetaDataBuilders = null;
this.constraintHelper = null;
}