std::cout << "==== Me voy al nodo " << (*ultima)->getChild () << std::endl;
k = AddKeyR (k, (*ultima)->getChild (), left_child, right_child);
}
+ if (k) {
+ data = new BTreeData (k->Clone (), right_child);
+ }
}
uint new_node_num;
uchar *new_node = NewBlock (new_node_num);
ReadNodoHeader (new_node, &new_node_header);
+ new_node_header.level = node_header.level;
node_keys = ReadKeys (node, node_header);
new_node_keys = ReadKeys (new_node, new_node_header);
/* Agrego la clave en la lista que ya tengo de manera ordenada */
std::list<BTreeData *>::iterator it = node_keys.begin ();
+ std::list<BTreeData *>::iterator previt = node_keys.begin ();
+ if (node_header.level != 0) {
+ /* La primera es ChildData */
+ it++;
+ previt = it;
+ }
+
while (it != node_keys.end ()) {
BTreeData *datait;
datait = (*it);
if ((*data) < (*datait))
/* Me pase, lo agrego aca! */
break;
+ previt = it;
it++;
}
if (it != node_keys.end ())
used += d->Size ();
it++;
}
- kout = (*it++)->getClave (); // Esta se retorna al "padre" para que se la agregue
+ kout = (*it)->getClave (); // Esta se retorna al "padre" para que se la agregue
+ if (node_header.level != 0) {
+ new_node_keys.push_back ( new BTreeChildData ((*it)->getChild ()));
+ }
+ it++;
+
+ std::string s = *kout;
+ std::cout << "SPLIT Retorna : " << s << std::endl;
while (it != node_keys.end ()) {
BTreeData *d = (*it);
new_node_keys.push_back (d);