name = new JavaType(newName.getFullyQualifiedTypeName(),
newName.getEnclosingType(), newName.getArray(),
newName.getDataType(), newName.getArgName(),
newName.getParameters());
final ClassOrInterfaceTypeDetailsBuilder cidBuilder = new ClassOrInterfaceTypeDetailsBuilder(
declaredByMetadataId);
physicalTypeCategory = PhysicalTypeCategory.CLASS;
if (typeDeclaration instanceof ClassOrInterfaceDeclaration) {
clazz = (ClassOrInterfaceDeclaration) typeDeclaration;
if (clazz.isInterface()) {
physicalTypeCategory = PhysicalTypeCategory.INTERFACE;
}
}
else if (typeDeclaration instanceof EnumDeclaration) {
enumClazz = (EnumDeclaration) typeDeclaration;
physicalTypeCategory = PhysicalTypeCategory.ENUMERATION;
}
Validate.notNull(physicalTypeCategory, "%s (%s for %s)",
UNSUPPORTED_MESSAGE_PREFIX, typeDeclaration.getClass()
.getSimpleName(), name);
cidBuilder.setName(name);
cidBuilder.setPhysicalTypeCategory(physicalTypeCategory);
imports = compilationUnit.getImports();
if (imports == null) {
imports = new ArrayList<ImportDeclaration>();
compilationUnit.setImports(imports);
}
// Verify the package declaration appears to be correct
if(compilationUnitPackage.equals(name.getPackage()) != true) {
String warningStr = "[Warning] Compilation unit package '" + compilationUnitPackage + "' unexpected for type '" + name.getPackage() + "', it may be a nested class.";
LOGGER.log(Level.WARNING, warningStr);
}
for (final ImportDeclaration importDeclaration : imports) {
if (importDeclaration.getName() instanceof QualifiedNameExpr) {
final String qualifier = ((QualifiedNameExpr) importDeclaration
.getName()).getQualifier().toString();
final String simpleName = importDeclaration.getName().getName();
final String fullName = qualifier + "." + simpleName;
// We want to calculate these...
final JavaType type = new JavaType(fullName);
final JavaPackage typePackage = importDeclaration.isAsterisk() ? new JavaPackage(
fullName) : type.getPackage();
// Process any comments for the import
final CommentStructure commentStructure = new CommentStructure();
JavaParserCommentMetadataBuilder.updateCommentsToRoo(
commentStructure, importDeclaration);
final ImportMetadataBuilder newImport = new ImportMetadataBuilder(
declaredByMetadataId, 0, typePackage, type,
importDeclaration.isStatic(),
importDeclaration.isAsterisk());
newImport.setCommentStructure(commentStructure);
cidBuilder.add(newImport.build());
}
}
// Convert Java Parser modifier into JDK modifier
cidBuilder.setModifier(JavaParserUtils.getJdkModifier(typeDeclaration
.getModifiers()));
// Type parameters
final Set<JavaSymbolName> typeParameterNames = new HashSet<JavaSymbolName>();
for (final JavaType param : name.getParameters()) {
final JavaSymbolName arg = param.getArgName();
// Fortunately type names can only appear at the top-level
if (arg != null && !JavaType.WILDCARD_NEITHER.equals(arg)
&& !JavaType.WILDCARD_EXTENDS.equals(arg)
&& !JavaType.WILDCARD_SUPER.equals(arg)) {
typeParameterNames.add(arg);
}
}
List<ClassOrInterfaceType> implementsList;
List<AnnotationExpr> annotationsList = null;
List<BodyDeclaration> members = null;
if (clazz != null) {
final List<ClassOrInterfaceType> extendsList = clazz.getExtends();
if (extendsList != null) {
for (final ClassOrInterfaceType candidate : extendsList) {
final JavaType javaType = JavaParserUtils.getJavaTypeNow(
compilationUnitServices, candidate,
typeParameterNames);
cidBuilder.addExtendsTypes(javaType);
}
}
final List<JavaType> extendsTypes = cidBuilder.getExtendsTypes();
// Obtain the superclass, if this is a class and one is available
if (physicalTypeCategory == PhysicalTypeCategory.CLASS
&& extendsTypes.size() == 1) {
final JavaType superclass = extendsTypes.get(0);
final String superclassId = typeLocationService
.getPhysicalTypeIdentifier(superclass);
PhysicalTypeMetadata superPtm = null;
if (superclassId != null) {
superPtm = (PhysicalTypeMetadata) metadataService
.get(superclassId);
}
if (superPtm != null
&& superPtm.getMemberHoldingTypeDetails() != null) {
cidBuilder.setSuperclass(superPtm
.getMemberHoldingTypeDetails());
}
}
implementsList = clazz.getImplements();
if (implementsList != null) {
for (final ClassOrInterfaceType candidate : implementsList) {
final JavaType javaType = JavaParserUtils.getJavaTypeNow(
compilationUnitServices, candidate,
typeParameterNames);
cidBuilder.addImplementsType(javaType);
}
}
annotationsList = typeDeclaration.getAnnotations();
members = clazz.getMembers();
}
if (enumClazz != null) {
final List<EnumConstantDeclaration> constants = enumClazz
.getEntries();
if (constants != null) {
for (final EnumConstantDeclaration enumConstants : constants) {
cidBuilder.addEnumConstant(new JavaSymbolName(enumConstants
.getName()));
}
}
implementsList = enumClazz.getImplements();
annotationsList = enumClazz.getAnnotations();
members = enumClazz.getMembers();
}
if (annotationsList != null) {
for (final AnnotationExpr candidate : annotationsList) {
final AnnotationMetadata md = JavaParserAnnotationMetadataBuilder
.getInstance(candidate, compilationUnitServices)
.build();
final CommentStructure commentStructure = new CommentStructure();
JavaParserCommentMetadataBuilder.updateCommentsToRoo(
commentStructure, candidate);
md.setCommentStructure(commentStructure);
cidBuilder.addAnnotation(md);
}
}
if (members != null) {
// Now we've finished declaring the type, we should introspect for
// any inner types that can thus be referred to in other body
// members
// We defer this until now because it's illegal to refer to an inner
// type in the signature of the enclosing type
for (final BodyDeclaration bodyDeclaration : members) {
if (bodyDeclaration instanceof TypeDeclaration) {
// Found a type
innerTypes.add((TypeDeclaration) bodyDeclaration);
}
}
for (final BodyDeclaration member : members) {
if (member instanceof FieldDeclaration) {
final FieldDeclaration castMember = (FieldDeclaration) member;
for (final VariableDeclarator var : castMember
.getVariables()) {
final FieldMetadata field = JavaParserFieldMetadataBuilder
.getInstance(declaredByMetadataId, castMember,
var, compilationUnitServices,
typeParameterNames).build();
final CommentStructure commentStructure = new CommentStructure();
JavaParserCommentMetadataBuilder.updateCommentsToRoo(
commentStructure, member);
field.setCommentStructure(commentStructure);
cidBuilder.addField(field);
}
}
if (member instanceof MethodDeclaration) {
final MethodDeclaration castMember = (MethodDeclaration) member;
final MethodMetadata method = JavaParserMethodMetadataBuilder
.getInstance(declaredByMetadataId, castMember,
compilationUnitServices, typeParameterNames)
.build();
final CommentStructure commentStructure = new CommentStructure();
JavaParserCommentMetadataBuilder.updateCommentsToRoo(
commentStructure, member);
method.setCommentStructure(commentStructure);
cidBuilder.addMethod(method);
}
if (member instanceof ConstructorDeclaration) {
final ConstructorDeclaration castMember = (ConstructorDeclaration) member;
final ConstructorMetadata constructor = JavaParserConstructorMetadataBuilder
.getInstance(declaredByMetadataId, castMember,
compilationUnitServices, typeParameterNames)
.build();
final CommentStructure commentStructure = new CommentStructure();
JavaParserCommentMetadataBuilder.updateCommentsToRoo(
commentStructure, member);
constructor.setCommentStructure(commentStructure);
cidBuilder.addConstructor(constructor);
}
if (member instanceof TypeDeclaration) {
final TypeDeclaration castMember = (TypeDeclaration) member;
final JavaType innerType = new JavaType(
castMember.getName(), name);
final String innerTypeMetadataId = PhysicalTypeIdentifier
.createIdentifier(innerType, PhysicalTypeIdentifier
.getPath(declaredByMetadataId));
final ClassOrInterfaceTypeDetails cid = new JavaParserClassOrInterfaceTypeDetailsBuilder(
compilationUnit, compilationUnitServices,
castMember, innerTypeMetadataId, innerType,
metadataService, typeLocationService).build();
cidBuilder.addInnerType(cid);
}
}
}
return cidBuilder.build();
}