public static JavaType lookupTargetType(
final ClassOrInterfaceTypeDetails cid, final boolean proxy) {
JavaType stringBasedAnnotation = SERVICE_NAME;
JavaType classBasedAnnotation = SERVICE;
if (proxy) {
stringBasedAnnotation = PROXY_FOR_NAME;
classBasedAnnotation = PROXY_FOR;
}
AnnotationMetadata serviceNameAnnotation =
MemberFindingUtils.getAnnotationOfType(cid.getAnnotations(), stringBasedAnnotation);
if (serviceNameAnnotation != null) {
AnnotationAttributeValue<String> serviceNameAttributeValue =
serviceNameAnnotation.getAttribute("value");
if (serviceNameAttributeValue != null) {
return new JavaType(serviceNameAttributeValue.getValue());
}
}
serviceNameAnnotation =
MemberFindingUtils.getAnnotationOfType(cid.getAnnotations(), classBasedAnnotation);
if (serviceNameAnnotation != null) {
AnnotationAttributeValue<JavaType> serviceAttributeValue =
serviceNameAnnotation.getAttribute("value");
if (serviceAttributeValue != null) {
return serviceAttributeValue.getValue();
}
}
return null;
}
private String getDateTimeFormat() {
String format = "DateTimeFormat.getFormat(DateTimeFormat.PredefinedFormat.DATE_SHORT)";
if (annotations == null || annotations.isEmpty()) {
return format;
}
String style = "";
AnnotationMetadata annotation =
MemberFindingUtils.getAnnotationOfType(annotations, DATE_TIME_FORMAT);
if (annotation != null) {
AnnotationAttributeValue<?> attr = annotation.getAttribute(new JavaSymbolName("style"));
if (attr != null) {
style = (String) attr.getValue();
}
}
if (StringUtils.hasText(style)) {
if (style.equals("S")) {
format = "DateTimeFormat.getFormat(DateTimeFormat.PredefinedFormat.DATE_TIME_SHORT)";
} else if (style.equals("M")) {
format = "DateTimeFormat.getFormat(DateTimeFormat.PredefinedFormat.DATE_TIME_MEDIUM)";
} else if (style.equals("F")) {
format = "DateTimeFormat.getFormat(DateTimeFormat.PredefinedFormat.DATE_TIME_FULL)";
} else if (style.equals("S-")) {
format = "DateTimeFormat.getFormat(DateTimeFormat.PredefinedFormat.DATE_SHORT)";
} else if (style.equals("M-")) {
format = "DateTimeFormat.getFormat(DateTimeFormat.PredefinedFormat.DATE_MEDIUM)";
} else if (style.equals("F-")) {
format = "DateTimeFormat.getFormat(DateTimeFormat.PredefinedFormat.DATE_FULL)";
}
}
return format;
}
public boolean isEmbeddable() {
if (ptmd != null) {
List<AnnotationMetadata> annotations = ptmd.getAnnotations();
for (AnnotationMetadata annotation : annotations) {
if (annotation.getAnnotationType().equals(EMBEDDABLE)) {
return true;
}
}
}
return false;
}
private Set<ClassOrInterfaceTypeDetails> getManagedIdentifiers() {
final Set<ClassOrInterfaceTypeDetails> managedIdentifierTypes =
new LinkedHashSet<ClassOrInterfaceTypeDetails>();
final Set<ClassOrInterfaceTypeDetails> identifierTypes =
typeLocationService.findClassesOrInterfaceDetailsWithAnnotation(ROO_IDENTIFIER);
for (final ClassOrInterfaceTypeDetails managedIdentifierType : identifierTypes) {
final AnnotationMetadata identifierAnnotation =
managedIdentifierType.getTypeAnnotation(ROO_IDENTIFIER);
final AnnotationAttributeValue<?> attrValue = identifierAnnotation.getAttribute(DB_MANAGED);
if (attrValue != null && (Boolean) attrValue.getValue()) {
managedIdentifierTypes.add(managedIdentifierType);
}
}
return managedIdentifierTypes;
}
public static boolean getBooleanAnnotationValue(
final ClassOrInterfaceTypeDetails target,
final JavaType annotationType,
final String attributeName,
final boolean valueIfNull) {
AnnotationMetadata annotation =
MemberFindingUtils.getAnnotationOfType(target.getAnnotations(), annotationType);
if (annotation == null) {
return valueIfNull;
}
AnnotationAttributeValue<?> attributeValue = annotation.getAttribute(attributeName);
if (attributeValue != null && attributeValue instanceof BooleanAttributeValue) {
BooleanAttributeValue booleanAttributeValue = (BooleanAttributeValue) attributeValue;
return booleanAttributeValue.getValue();
}
return valueIfNull;
}
public void addField(final FieldMetadata field) {
Assert.notNull(field, "Field metadata not provided");
// Obtain the physical type and ITD mutable details
PhysicalTypeMetadata ptm =
(PhysicalTypeMetadata) metadataService.get(field.getDeclaredByMetadataId());
Assert.notNull(
ptm,
"Java source code unavailable for type "
+ PhysicalTypeIdentifier.getFriendlyName(field.getDeclaredByMetadataId()));
PhysicalTypeDetails ptd = ptm.getMemberHoldingTypeDetails();
Assert.notNull(
ptd,
"Java source code details unavailable for type "
+ PhysicalTypeIdentifier.getFriendlyName(field.getDeclaredByMetadataId()));
ClassOrInterfaceTypeDetailsBuilder cidBuilder =
new ClassOrInterfaceTypeDetailsBuilder((ClassOrInterfaceTypeDetails) ptd);
// Automatically add JSR 303 (Bean Validation API) support if there is
// no current JSR 303 support but a JSR 303 annotation is present
boolean jsr303Required = false;
for (AnnotationMetadata annotation : field.getAnnotations()) {
if (annotation
.getAnnotationType()
.getFullyQualifiedTypeName()
.startsWith("javax.validation")) {
jsr303Required = true;
break;
}
}
LogicalPath path = PhysicalTypeIdentifier.getPath(cidBuilder.getDeclaredByMetadataId());
if (jsr303Required) {
// It's more likely the version below represents a later version
// than any specified in the user's own dependency list
projectOperations.addDependency(
path.getModule(), "javax.validation", "validation-api", "1.0.0.GA");
}
cidBuilder.addField(field);
createOrUpdateTypeOnDisk(cidBuilder.build());
}
/**
* If the given type is a web MVC controller, returns the ID of the WebJsonMetadata for its form
* backing type, to ensure that any required layer components are injected. This is a workaround
* to AspectJ not handling multiple ITDs introducing the same field (in our case the layer
* component) into one Java class.
*
* @param governorTypeDetails the type to check (required)
*/
private String getWebJsonMidIfMvcController(
final ClassOrInterfaceTypeDetails governorTypeDetails) {
final AnnotationMetadata controllerAnnotation =
governorTypeDetails.getAnnotation(ROO_WEB_SCAFFOLD);
if (controllerAnnotation != null) {
final JavaType formBackingType =
(JavaType) controllerAnnotation.getAttribute("formBackingObject").getValue();
final String webJsonMetadataId = managedEntityTypes.get(formBackingType);
if (webJsonMetadataId != null) {
/*
* We've been notified of a change to an MVC controller for
* whose backing object we produce WebJsonMetadata; refresh that
* MD to ensure our ITD does or does not introduce any required
* layer components, as appropriate.
*/
metadataService.get(webJsonMetadataId);
}
}
return null;
}
/**
* Indicates whether the given entity has the standard annotations applied by Roo, and no others.
*
* @param entity the entity to check (required)
* @return <code>false</code> if any of the standard ones are missing or any extra ones have been
* added
*/
private boolean hasStandardEntityAnnotations(final ClassOrInterfaceTypeDetails entity) {
final List<? extends AnnotationMetadata> typeAnnotations = entity.getAnnotations();
// We expect four: RooDbManaged, RooJavaBean, RooToString, and either
// RooEntity or RooJpaEntity
if (typeAnnotations.size() != 4) {
return false;
}
// There are exactly four - check for any non-standard ones
for (final AnnotationMetadata annotation : typeAnnotations) {
final JavaType annotationType = annotation.getAnnotationType();
final boolean entityAnnotation =
ROO_JPA_ACTIVE_RECORD.equals(annotationType) || ROO_JPA_ENTITY.equals(annotationType);
if (!entityAnnotation
&& !ROO_DB_MANAGED.equals(annotationType)
&& !ROO_JAVA_BEAN.equals(annotationType)
&& !ROO_TO_STRING.equals(annotationType)) {
return false;
}
}
return true;
}
public String getFormatter() {
if (isCollectionOfProxy()) {
return getCollectionRenderer() + ".render";
} else if (isDate()) {
return getDateTimeFormat() + ".format";
} else if (type.equals(JavaType.INT_OBJECT)
|| type.equals(JavaType.FLOAT_OBJECT)
|| type.equals(JavaType.DOUBLE_OBJECT)
|| type.equals(BIG_INTEGER)
|| type.equals(BIG_DECIMAL)) {
String formatter = "String.valueOf";
if (annotations == null || annotations.isEmpty()) {
return formatter;
}
AnnotationMetadata annotation =
MemberFindingUtils.getAnnotationOfType(annotations, NUMBER_FORMAT);
if (annotation != null) {
AnnotationAttributeValue<?> attr = annotation.getAttribute(new JavaSymbolName("style"));
if (attr != null) {
String style = attr.getValue().toString();
if ("org.springframework.format.annotation.NumberFormat.Style.CURRENCY".equals(style)) {
formatter = "NumberFormat.getCurrencyFormat().format";
} else if ("org.springframework.format.annotation.NumberFormat.Style.PERCENT"
.equals(style)) {
formatter = "NumberFormat.getPercentFormat().format";
} else {
formatter = "NumberFormat.getDecimalFormat().format";
}
} else {
formatter = "NumberFormat.getDecimalFormat().format";
}
}
return formatter;
} else if (isProxy()) {
return getProxyRendererType() + ".instance().render";
} else {
return "String.valueOf";
}
}
public boolean isRequestingAnnotatedWith(
final AnnotationMetadata annotationMetadata, final String requestingMid) {
for (final MemberHoldingTypeDetails memberHoldingTypeDetails : details) {
if (MemberFindingUtils.getAnnotationOfType(
memberHoldingTypeDetails.getAnnotations(), annotationMetadata.getAnnotationType())
!= null) {
if (memberHoldingTypeDetails.getDeclaredByMetadataId().equals(requestingMid)) {
return true;
}
}
}
return false;
}
/**
* Returns the type of ID that DBRE should use for the given entity
*
* @param entity the entity for which to get the ID type (required)
* @return a non-<code>null</code> ID type
*/
private JavaType getIdentifierType(final JavaType entity) {
final PhysicalTypeMetadata governorPhysicalTypeMetadata = getPhysicalTypeMetadata(entity);
if (governorPhysicalTypeMetadata != null) {
final ClassOrInterfaceTypeDetails governorTypeDetails =
governorPhysicalTypeMetadata.getMemberHoldingTypeDetails();
final AnnotationMetadata jpaAnnotation = getJpaAnnotation(governorTypeDetails);
if (jpaAnnotation != null) {
final AnnotationAttributeValue<?> identifierTypeAttribute =
jpaAnnotation.getAttribute(new JavaSymbolName(IDENTIFIER_TYPE));
if (identifierTypeAttribute != null) {
// The identifierType attribute exists, so get its value
final JavaType identifierType = (JavaType) identifierTypeAttribute.getValue();
if (identifierType != null && !JdkJavaType.isPartOfJavaLang(identifierType)) {
return identifierType;
}
}
}
}
// The JPA annotation's "identifierType" attribute does not exist or is
// not a simple type, so return a default
return new JavaType(entity.getFullyQualifiedTypeName() + PRIMARY_KEY_SUFFIX);
}
public static List<String> getAnnotationValues(
final ClassOrInterfaceTypeDetails target,
final JavaType annotationType,
final String attributeName) {
List<String> values = new ArrayList<String>();
AnnotationMetadata annotation =
MemberFindingUtils.getAnnotationOfType(target.getAnnotations(), annotationType);
if (annotation == null) {
return values;
}
AnnotationAttributeValue<?> attributeValue = annotation.getAttribute(attributeName);
if (attributeValue != null && attributeValue instanceof ArrayAttributeValue) {
@SuppressWarnings("unchecked")
ArrayAttributeValue<StringAttributeValue> arrayAttributeValue =
(ArrayAttributeValue<StringAttributeValue>) attributeValue;
for (StringAttributeValue value : arrayAttributeValue.getValue()) {
values.add(value.getValue());
}
} else if (attributeValue != null && attributeValue instanceof StringAttributeValue) {
StringAttributeValue stringAttributeVale = (StringAttributeValue) attributeValue;
values.add(stringAttributeVale.getValue());
}
return values;
}
public boolean updateTypeAnnotation(
AnnotationMetadata annotation, Set<JavaSymbolName> attributesToDeleteIfPresent) {
boolean hasChanged = false;
// We are going to build a replacement AnnotationMetadata.
// This variable tracks the new attribute values the replacement will hold.
Map<JavaSymbolName, AnnotationAttributeValue<?>> replacementAttributeValues =
new LinkedHashMap<JavaSymbolName, AnnotationAttributeValue<?>>();
AnnotationMetadataBuilder existingBuilder =
MemberFindingUtils.getDeclaredTypeAnnotation(this, annotation.getAnnotationType());
if (existingBuilder == null) {
// Not already present, so just go and add it
for (JavaSymbolName incomingAttributeName : annotation.getAttributeNames()) {
// Do not copy incoming attributes which exist in the attributesToDeleteIfPresent Set
if (attributesToDeleteIfPresent == null
|| !attributesToDeleteIfPresent.contains(incomingAttributeName)) {
AnnotationAttributeValue<?> incomingValue =
annotation.getAttribute(incomingAttributeName);
replacementAttributeValues.put(incomingAttributeName, incomingValue);
}
}
AnnotationMetadataBuilder replacement =
new AnnotationMetadataBuilder(
annotation.getAnnotationType(),
new ArrayList<AnnotationAttributeValue<?>>(replacementAttributeValues.values()));
addAnnotation(replacement);
return true;
}
AnnotationMetadata existing = existingBuilder.build();
// Copy the existing attributes into the new attributes
for (JavaSymbolName existingAttributeName : existing.getAttributeNames()) {
if (attributesToDeleteIfPresent != null
&& attributesToDeleteIfPresent.contains(existingAttributeName)) {
hasChanged = true;
} else {
AnnotationAttributeValue<?> existingValue = existing.getAttribute(existingAttributeName);
replacementAttributeValues.put(existingAttributeName, existingValue);
}
}
// Now we ensure every incoming attribute replaces the existing
for (JavaSymbolName incomingAttributeName : annotation.getAttributeNames()) {
AnnotationAttributeValue<?> incomingValue = annotation.getAttribute(incomingAttributeName);
// Add this attribute to the end of the list if the attribute is not already present
if (replacementAttributeValues.keySet().contains(incomingAttributeName)) {
// There was already an attribute. Need to determine if this new attribute value is
// materially different
AnnotationAttributeValue<?> existingValue =
replacementAttributeValues.get(incomingAttributeName);
Assert.notNull(existingValue, "Existing value should have been provided by earlier loop");
if (!existingValue.equals(incomingValue)) {
replacementAttributeValues.put(incomingAttributeName, incomingValue);
hasChanged = true;
}
} else if (attributesToDeleteIfPresent == null
|| !attributesToDeleteIfPresent.contains(incomingAttributeName)) {
// This is a new attribute that does not already exist, so add it to the end of the
// replacement attributes
replacementAttributeValues.put(incomingAttributeName, incomingValue);
hasChanged = true;
}
}
// Were there any material changes?
if (!hasChanged) {
return false;
}
// Make a new AnnotationMetadata representing the replacement
AnnotationMetadataBuilder replacement =
new AnnotationMetadataBuilder(
annotation.getAnnotationType(),
new ArrayList<AnnotationAttributeValue<?>>(replacementAttributeValues.values()));
annotations.remove(existingBuilder);
addAnnotation(replacement);
return true;
}
public MetadataItem get(String metadataIdentificationString) {
ProjectMetadata projectMetadata = projectOperations.getProjectMetadata();
if (projectMetadata == null) {
return null;
}
ClassOrInterfaceTypeDetails proxy = getGovernor(metadataIdentificationString);
if (proxy == null) {
return null;
}
AnnotationMetadata proxyAnnotation =
GwtUtils.getFirstAnnotation(proxy, GwtUtils.PROXY_ANNOTATIONS);
if (proxyAnnotation == null) {
return null;
}
String locatorType = GwtUtils.getStringValue(proxyAnnotation.getAttribute("locator"));
if (!StringUtils.hasText(locatorType)) {
return null;
}
ClassOrInterfaceTypeDetails entity = gwtTypeService.lookupEntityFromProxy(proxy);
if (entity == null) {
return null;
}
MethodMetadata idAccessor = persistenceMemberLocator.getIdentifierAccessor(entity.getName());
MethodMetadata versionAccessor = persistenceMemberLocator.getVersionAccessor(entity.getName());
if (idAccessor == null || versionAccessor == null) {
return null;
}
final JavaType idType = GwtUtils.convertPrimitiveType(idAccessor.getReturnType(), true);
String locatorIdentifier = PhysicalTypeIdentifier.createIdentifier(new JavaType(locatorType));
ClassOrInterfaceTypeDetailsBuilder locatorBuilder =
new ClassOrInterfaceTypeDetailsBuilder(locatorIdentifier);
AnnotationMetadataBuilder annotationMetadataBuilder =
new AnnotationMetadataBuilder(RooJavaType.ROO_GWT_LOCATOR);
annotationMetadataBuilder.addStringAttribute(
"value", entity.getName().getFullyQualifiedTypeName());
locatorBuilder.addAnnotation(annotationMetadataBuilder);
annotationMetadataBuilder = new AnnotationMetadataBuilder(SpringJavaType.COMPONENT);
locatorBuilder.addAnnotation(annotationMetadataBuilder);
locatorBuilder.setName(new JavaType(locatorType));
locatorBuilder.setModifier(Modifier.PUBLIC);
locatorBuilder.setPhysicalTypeCategory(PhysicalTypeCategory.CLASS);
locatorBuilder.addExtendsTypes(
new JavaType(
GwtUtils.LOCATOR.getFullyQualifiedTypeName(),
0,
DataType.TYPE,
null,
Arrays.asList(entity.getName(), idType)));
locatorBuilder.addMethod(getCreateMethod(locatorIdentifier, entity.getName()));
locatorBuilder.addMethod(
getFindMethod(locatorBuilder, locatorIdentifier, entity.getName(), idType));
locatorBuilder.addMethod(getDomainTypeMethod(locatorIdentifier, entity.getName()));
locatorBuilder.addMethod(getIdMethod(locatorIdentifier, entity.getName(), idAccessor));
locatorBuilder.addMethod(getIdTypeMethod(locatorIdentifier, entity.getName(), idType));
locatorBuilder.addMethod(
getVersionMethod(locatorIdentifier, entity.getName(), versionAccessor));
typeManagementService.createOrUpdateTypeOnDisk(locatorBuilder.build());
return null;
}
public void notify(String upstreamDependency, String downstreamDependency) {
ProjectMetadata projectMetadata = projectOperations.getProjectMetadata();
if (projectMetadata == null) {
return;
}
if (MetadataIdentificationUtils.isIdentifyingClass(downstreamDependency)) {
Assert.isTrue(
MetadataIdentificationUtils.getMetadataClass(upstreamDependency)
.equals(
MetadataIdentificationUtils.getMetadataClass(
PhysicalTypeIdentifier.getMetadataIdentiferType())),
"Expected class-level notifications only for PhysicalTypeIdentifier (not '"
+ upstreamDependency
+ "')");
ClassOrInterfaceTypeDetails cid =
typeLocationService.getTypeForIdentifier(upstreamDependency);
boolean processed = false;
if (MemberFindingUtils.getAnnotationOfType(cid.getAnnotations(), RooJavaType.ROO_GWT_REQUEST)
!= null) {
ClassOrInterfaceTypeDetails proxy = gwtTypeService.lookupProxyFromRequest(cid);
if (proxy != null) {
JavaType typeName = PhysicalTypeIdentifier.getJavaType(proxy.getDeclaredByMetadataId());
Path typePath = PhysicalTypeIdentifier.getPath(proxy.getDeclaredByMetadataId());
downstreamDependency = GwtLocatorMetadata.createIdentifier(typeName, typePath);
processed = true;
}
}
if (!processed
&& MemberFindingUtils.getAnnotationOfType(cid.getAnnotations(), RooJavaType.ROO_GWT_PROXY)
== null) {
boolean found = false;
for (ClassOrInterfaceTypeDetails classOrInterfaceTypeDetails :
typeLocationService.findClassesOrInterfaceDetailsWithAnnotation(
RooJavaType.ROO_GWT_PROXY)) {
AnnotationMetadata annotationMetadata =
GwtUtils.getFirstAnnotation(
classOrInterfaceTypeDetails, GwtUtils.ROO_PROXY_REQUEST_ANNOTATIONS);
if (annotationMetadata != null) {
AnnotationAttributeValue<?> attributeValue = annotationMetadata.getAttribute("value");
if (attributeValue != null) {
String mirrorName = GwtUtils.getStringValue(attributeValue);
if (mirrorName != null
&& cid.getName().getFullyQualifiedTypeName().equals(attributeValue.getValue())) {
found = true;
JavaType typeName =
PhysicalTypeIdentifier.getJavaType(
classOrInterfaceTypeDetails.getDeclaredByMetadataId());
Path typePath =
PhysicalTypeIdentifier.getPath(
classOrInterfaceTypeDetails.getDeclaredByMetadataId());
downstreamDependency = GwtLocatorMetadata.createIdentifier(typeName, typePath);
break;
}
}
}
}
if (!found) {
return;
}
} else if (!processed) {
// A physical Java type has changed, and determine what the corresponding local metadata
// identification string would have been
JavaType typeName = PhysicalTypeIdentifier.getJavaType(upstreamDependency);
Path typePath = PhysicalTypeIdentifier.getPath(upstreamDependency);
downstreamDependency = GwtLocatorMetadata.createIdentifier(typeName, typePath);
}
// We only need to proceed if the downstream dependency relationship is not already registered
// (if it's already registered, the event will be delivered directly later on)
if (metadataDependencyRegistry
.getDownstream(upstreamDependency)
.contains(downstreamDependency)) {
return;
}
}
// We should now have an instance-specific "downstream dependency" that can be processed by this
// class
Assert.isTrue(
MetadataIdentificationUtils.getMetadataClass(downstreamDependency)
.equals(MetadataIdentificationUtils.getMetadataClass(getProvidesType())),
"Unexpected downstream notification for '"
+ downstreamDependency
+ "' to this provider (which uses '"
+ getProvidesType()
+ "'");
metadataService.get(downstreamDependency, true);
}
private Table updateOrDeleteManagedEntity(
final ClassOrInterfaceTypeDetails managedEntity, final Database database) {
// Update the attributes of the existing JPA-related annotation
final AnnotationMetadata jpaAnnotation = getJpaAnnotation(managedEntity);
Validate.validState(
jpaAnnotation != null,
"Neither @%s nor @%s found on existing DBRE-managed entity %s",
ROO_JPA_ACTIVE_RECORD.getSimpleTypeName(),
ROO_JPA_ENTITY.getSimpleTypeName(),
managedEntity.getName().getFullyQualifiedTypeName());
// Find table in database using 'table' and 'schema' attributes from the
// JPA annotation
final AnnotationAttributeValue<?> tableAttribute =
jpaAnnotation.getAttribute(new JavaSymbolName("table"));
final String errMsg =
"Unable to maintain database-managed entity "
+ managedEntity.getName().getFullyQualifiedTypeName()
+ " because its associated table could not be found";
Validate.notNull(tableAttribute, errMsg);
final String tableName = (String) tableAttribute.getValue();
Validate.notBlank(tableName, errMsg);
final AnnotationAttributeValue<?> schemaAttribute =
jpaAnnotation.getAttribute(new JavaSymbolName("schema"));
final String schemaName = schemaAttribute != null ? (String) schemaAttribute.getValue() : null;
final Table table = database.getTable(tableName, schemaName);
if (table == null) {
// Table is missing and probably has been dropped so delete managed
// type and its identifier if applicable
deleteManagedType(managedEntity, "no database table called '" + tableName + "'");
return null;
}
table.setIncludeNonPortableAttributes(database.isIncludeNonPortableAttributes());
table.setDisableVersionFields(database.isDisableVersionFields());
table.setDisableGeneratedIdentifiers(database.isDisableGeneratedIdentifiers());
// Update the @RooJpaEntity/@RooJpaActiveRecord attributes
final AnnotationMetadataBuilder jpaAnnotationBuilder =
new AnnotationMetadataBuilder(jpaAnnotation);
final Set<JavaSymbolName> attributesToDeleteIfPresent = new LinkedHashSet<JavaSymbolName>();
manageIdentifier(
managedEntity.getName(), jpaAnnotationBuilder, attributesToDeleteIfPresent, table);
// Manage versionField attribute
final AnnotationAttributeValue<?> versionFieldAttribute =
jpaAnnotation.getAttribute(new JavaSymbolName(VERSION_FIELD));
if (versionFieldAttribute == null) {
if (hasVersionField(table)) {
attributesToDeleteIfPresent.add(new JavaSymbolName(VERSION_FIELD));
} else {
jpaAnnotationBuilder.addStringAttribute(VERSION_FIELD, "");
}
} else {
final String versionFieldValue = (String) versionFieldAttribute.getValue();
if (hasVersionField(table)
&& (StringUtils.isBlank(versionFieldValue) || VERSION.equals(versionFieldValue))) {
attributesToDeleteIfPresent.add(new JavaSymbolName(VERSION_FIELD));
}
}
final AnnotationAttributeValue<?> sequenceNameFieldAttribute =
jpaAnnotation.getAttribute(new JavaSymbolName(SEQUENCE_NAME_FIELD));
if (sequenceNameFieldAttribute == null) {
if (!table.isDisableGeneratedIdentifiers()) {
attributesToDeleteIfPresent.add(new JavaSymbolName(SEQUENCE_NAME_FIELD));
} else {
jpaAnnotationBuilder.addStringAttribute(SEQUENCE_NAME_FIELD, "");
}
} else {
final String sequenceNameFieldValue = (String) sequenceNameFieldAttribute.getValue();
if (!table.isDisableGeneratedIdentifiers() && ("".equals(sequenceNameFieldValue))) {
attributesToDeleteIfPresent.add(new JavaSymbolName(SEQUENCE_NAME_FIELD));
}
}
// Update the annotation on disk
final ClassOrInterfaceTypeDetailsBuilder cidBuilder =
new ClassOrInterfaceTypeDetailsBuilder(managedEntity);
cidBuilder.updateTypeAnnotation(jpaAnnotationBuilder.build(), attributesToDeleteIfPresent);
typeManagementService.createOrUpdateTypeOnDisk(cidBuilder.build());
return table;
}
