1#include <memory>
2
3// In heap's expanse, where bytes and bits run free
4// We allocate and clear, a dance of memory
5
6class MemoryManager {
7public:
8    // With 'new' we claim a space for data's glee
9    // And 'delete' we call, to set it free
10    template <typename T>
11    T* allocate() {
12        return new T();
13    }
14
15    template <typename T>
16    void deallocate(T* ptr) {
17        delete ptr;
18    }
19
20    // A shared_ptr's reign, a team of ownership, three
21    // When last ref falls, the object's soul is free
22    template <typename T>
23    std::shared_ptr<T> makeShared() {
24        return std::make_shared<T>();
25    }
26
27    // The unique_ptr stands, alone in its debris
28    // Moving on, it leaves old mem to fly free
29    template <typename T>
30    std::unique_ptr<T> makeUnique() {
31        return std::make_unique<T>();
32    }
33};
34
35// In cycles deep, where smart pointers agree
36// To break the chains, and set each other free
37MemoryManager manager;