/** Node visitor */
public void visit(SafraTree tree, SafraTreeNode node)
{
bool all_final = true;
//for (BitSetIterator it=BitSetIterator(node->getLabeling());it!=BitSetIterator::end(node->getLabeling());++it)
//BitSet label_this = node.getLabeling();
//for (int it = 0; it < label_this.Count; it++)
for (int it = BitSetIterator.start(node.getLabeling()); it != BitSetIterator.end(node.getLabeling()); it = BitSetIterator.increment(node.getLabeling(), it))
{
//// if (!_nba_states_with_all_succ_final.get(*it)) {
if (!_nba_states_with_all_succ_final.get(it))
{
all_final = false;
break;
}
}
if (all_final)
{
// remove all children of node & set final flag
STVisitor_remove_subtree stv_remove = new STVisitor_remove_subtree(_tree_template);
tree.walkChildrenPostOrder(stv_remove, node);
node.setFinalFlag();
_success = true;
}
}
/** Node visitor */
public void visit(SafraTree tree, SafraTreeNode node)
{
if (node.getChildCount() == 0)
{
return;
}
BitSet labeling_union = new BitSet();
//for (SafraTreeNode::child_iterator it=node->children_begin();it!=node->children_end();++it)
SafraTreeNode it = node.children_begin();
while (it != node.children_end())
{
labeling_union.Union(it.getLabeling());
it = it.increment();
}
if (labeling_union == node.getLabeling())
{
// The union of the labelings of the children is exactly the
// same as the labeling of the parent ->
// remove children
STVisitor_remove_subtree stv_remove = new STVisitor_remove_subtree(_tree_template);
tree.walkChildrenPostOrder(stv_remove, node);
node.setFinalFlag(true);///////////should be "+ i", means in Li
}
}
/** Node visitor */
public void visit(SafraTree tree, SafraTreeNode node)
{
if (node.getChildCount() == 0) { return; }
BitSet labeling_union = new BitSet();
//for (SafraTreeNode::child_iterator it=node->children_begin();it!=node->children_end();++it)
SafraTreeNode it = node.children_begin();
while (it != node.children_end())
{
labeling_union.Union(it.getLabeling());
it = it.increment();
}
if (labeling_union == node.getLabeling())
{
// The union of the labelings of the children is exactly the
// same as the labeling of the parent ->
// remove children
STVisitor_remove_subtree stv_remove = new STVisitor_remove_subtree(_tree_template);
tree.walkChildrenPostOrder(stv_remove, node);
node.setFinalFlag(true);///////////should be "+ i", means in Li
}
}
/** Node visitor */
public void visit(SafraTree tree, SafraTreeNode node)
{
node.setFinalFlag(false);
}
/** Node visitor */
public void visit(SafraTree tree, SafraTreeNode node)
{
bool all_final = true;
//for (BitSetIterator it=BitSetIterator(node->getLabeling());it!=BitSetIterator::end(node->getLabeling());++it)
//BitSet label_this = node.getLabeling();
//for (int it = 0; it < label_this.Count; it++)
for (int it = BitSetIterator.start(node.getLabeling()); it != BitSetIterator.end(node.getLabeling()); it = BitSetIterator.increment(node.getLabeling(), it))
{
//// if (!_nba_states_with_all_succ_final.get(*it)) {
if (!_nba_states_with_all_succ_final.get(it))
{
all_final = false;
break;
}
}
if (all_final)
{
// remove all children of node & set final flag
STVisitor_remove_subtree stv_remove = new STVisitor_remove_subtree(_tree_template);
tree.walkChildrenPostOrder(stv_remove, node);
node.setFinalFlag();
_success = true;
}
}
/** Node visitor */
public void visit(SafraTree tree, SafraTreeNode node)
{
node.setFinalFlag(false);
}