void updateClassType(AgeAbstractClassImprint classImprint, boolean abstr) {
classImprint.setAbstract(abstr);
for (ImprintTreeNode tn : nodeMap.get(classImprint)) {
tn.updateType();
}
getData().setRoot(getData().getRoot());
}
void updateClassName(AgeAbstractClassImprint classImprint, String newName) {
classImprint.setName(newName);
for (ImprintTreeNode tn : nodeMap.get(classImprint)) {
tn.setTitle(newName);
}
getData().setRoot(getData().getRoot());
}
private void addNodeToMap(ImprintTreeNode node) {
Collection<ImprintTreeNode> coll = nodeMap.get(node.getClassImprint());
if (coll == null) {
coll = new ArrayList<ImprintTreeNode>(5);
nodeMap.put(node.getClassImprint(), coll);
}
coll.add(node);
}
private void createTreeStructure(AgeAbstractClassImprint cls, ImprintTreeNode node) {
addNodeToMap(node);
if ((direction == Direction.PARENT2CHILD && cls.getChildren() == null)
|| (direction == Direction.CHILD2PARENT && cls.getParents() == null)) return;
TreeNode[] children =
new TreeNode
[direction == Direction.PARENT2CHILD
? cls.getChildren().size()
: cls.getParents().size()];
int i = 0;
for (AgeAbstractClassImprint subcls :
direction == Direction.PARENT2CHILD ? cls.getChildren() : cls.getParents()) {
ImprintTreeNode ctn = nodeCreator.create(subcls);
children[i++] = ctn;
createTreeStructure(subcls, ctn);
}
node.setChildren(children);
}
