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#include "structure/bbst/persistent-lazy-red-black-tree.hpp"
template <typename Monoid, typename OperatorMonoid, typename F, typename G,
typename H, size_t FULL = 1000>
struct PersistentLazyRedBlackTree
: LazyRedBlackTree<Monoid, OperatorMonoid, F, G, H> {
using RBT = LazyRedBlackTree<Monoid, OperatorMonoid, F, G, H>;
using RBT::LazyRedBlackTree;
using Node = typename RBT::Node;
private:
Node *clone(Node *t) override { return &(*RBT::pool.alloc() = *t); }
public:
Node *rebuild(Node *r) {
auto ret = RBT::dump(r);
RBT::pool.clear();
return RBT::build(ret);
}
bool almost_full() const { return this->pool.ptr < FULL; }
};
#line 1 "structure/bbst/persistent-lazy-red-black-tree.hpp"
template <typename Monoid, typename OperatorMonoid, typename F, typename G,
typename H, size_t FULL = 1000>
struct PersistentLazyRedBlackTree
: LazyRedBlackTree<Monoid, OperatorMonoid, F, G, H> {
using RBT = LazyRedBlackTree<Monoid, OperatorMonoid, F, G, H>;
using RBT::LazyRedBlackTree;
using Node = typename RBT::Node;
private:
Node *clone(Node *t) override { return &(*RBT::pool.alloc() = *t); }
public:
Node *rebuild(Node *r) {
auto ret = RBT::dump(r);
RBT::pool.clear();
return RBT::build(ret);
}
bool almost_full() const { return this->pool.ptr < FULL; }
};