private void start() {
final ClassDoc[] classes = conf.parentConfiguration.root.classes();
for (final ClassDoc klass : classes) {
if (Utils.findAnnotatedClass(klass, jpaAnnotations) != null) {
handleJPAClass(klass);
}
}
for (final JPAClass klass : jpaClasses) {
klass.write(conf);
}
new PackageListWriter(conf, registry).write();
new SummaryWriter(conf, registry).write();
Utils.copyResources(conf);
}
private void handleJPAClass(final ClassDoc klass) {
ClassDoc superDoc = klass.superclass();
if (!registry.isJPAClass(klass.qualifiedTypeName())
&& !klass.isPrimitive()
&& !klass.qualifiedTypeName().startsWith("java.")
&& !klass.isEnum()) {
String fqName = klass.qualifiedTypeName();
JPAClass jpaClass = new JPAClass(klass, registry, this);
jpaClasses.add(jpaClass);
registry.addJPAClass(jpaClass);
// load all used types
List<JPAMember> members = jpaClass.getMembers();
for (JPAMember member : members) {
Type type = member.getJavaType();
ClassDoc doc = type.asClassDoc();
if (doc != null && Utils.findAnnotatedClass(doc, jpaAnnotations) != null) {
handleJPAClass(doc);
}
}
}
}
public static String classToRoot(JPAClass klass) {
return DirectoryManager.getRelativePath(klass.getPackageName());
}
public static String urlToClass(JPAClass from, JPAClass to) {
return classToRoot(from) + classToPath(to) + "/" + to.getShortClassName() + ".html";
}
public static String classToPath(JPAClass jpaClass) {
return DirectoryManager.getPath(jpaClass.getPackageName());
}