protected void verifyComponents(ComponentLibrary library) throws CdkException {
// Verify types and classes. Do it first to be sure what all all values are set before second
// stage.
for (ComponentModel component : library.getComponents()) {
try {
verifyComponentType(component);
} catch (RuntimeException e) {
throw new CdkException("Caught error when verifying component " + component, e);
}
}
// Verify component attributes
HashSet<ComponentModel> verified = Sets.newHashSet();
for (ComponentModel component : library.getComponents()) {
try {
verifyComponentType(component);
verifyComponentAttributes(library, component, verified);
// generate component family if missing
if (null == component.getFamily()) {
component.setFamily(namingConventions.inferUIComponentFamily(component.getId()));
}
// add facelet tag if missing
if (component.getTags().isEmpty()) {
TagModel tag = new TagModel();
component.getTags().add(tag);
tag.setName(namingConventions.inferTagName(component.getId()));
tag.setGenerate(false);
tag.setType(TagType.Facelets);
}
} catch (RuntimeException e) {
throw new CdkException("Caught error when verifying component " + component, e);
}
}
}
protected void verifyTag(TagModel tag, FacesId id, ClassName handler) {
if (Strings.isEmpty(tag.getName())) {
String defaultTagName = namingConventions.inferTagName(id);
tag.setName(defaultTagName);
}
if (null == tag.getType()) {
tag.setType(TagType.Facelets);
}
if (tag.isGenerate()) {
if (null == tag.getBaseClass()) {
// TODO - choose default handler class by tag type.
tag.setBaseClass(handler);
}
if (null == tag.getTargetClass()) {
namingConventions.inferTagHandlerClass(
id, tag.getType().toString()); // TODO - get markup somethere.
}
}
// TODO - copy component description to tag, if it has no description.
}
