Garage Rule of Five Over an Array of Vehicle Pointers

Vehicle is written for you; leave it alone. Write the class Garage, which owns an ARRAY OF POINTERS to vehicles it created itself: Vehicle** m_vehicles points at an array from new Vehicle*[n], and each slot holds the address of a new Vehicle. It also has string m_owner and size_t m_count. Give it all five special members, each with its own loops written out in full. Write every loop inside the special member that needs it; do not add private helper functions.

Public interface used by the hidden driver:
``
Garage(const string& owner);                 // no vehicles yet
Garage(const Garage& other);                 // deep copy: new array AND a new Vehicle per slot
Garage& operator=(const Garage& other);      // guard self-assignment, delete every vehicle and the array, then deep copy
Garage(Garage&& other) noexcept;             // take the owner (std::move), the array and the count; leave other with an empty owner, nullptr and 0
Garage& operator=(Garage&& other) noexcept;  // guard self-move, delete every vehicle and the array, take over, empty other
~Garage();                                   // delete every vehicle, then the array
Garage& operator+=(const Vehicle& vehicle);  // append new Vehicle(vehicle): allocate one slot more, copy the pointers, release the old array
void print() const;                          // "Unowned garage" when the owner is empty; otherwise "Garage of OWNER (N)" then two spaces and the vehicle per line
`

The driver reads the owner, n and n lines of plate wheels, then one extra plate wheels. It copy-constructs a second garage and adds the extra vehicle to the copy only, prints both; move-constructs a third garage from the first and prints the first and the third; builds a garage for Pat holding the extra vehicle, copy-assigns the second garage into it and prints it; move-assigns the third into it and prints the third and it; then assigns it to itself and move-assigns it to itself through a reference and prints it.

For the input:
`
Lee
2
ABC123 4
MOTO77 2
VAN900 6
``

the exact output is what is shown in Expected Output.

Free the memory you allocate — this question checks for memory leaks.

Do NOT write a main function.