{

int _size;

int *_data;

MyMovableClass(size_t size) // constructor

{

_size = size;

_data = new int[_size];

std::cout << "CREATING instance of MyMovableClass at " << this << " allocated with size = " << _size*sizeof(int) << " bytes" << std::endl;

}

MyMovableClass(const MyMovableClass &source) // 2 : copy constructor

{

_size = source._size;

_data = new int[_size];

*_data = *source._data;

std::cout << "COPYING content of instance " << &source << " to instance " << this << std::endl;

}

MyMovableClass &operator=(const MyMovableClass &source) // 3 : copy assignment operator

{

std::cout << "ASSIGNING content of instance " << &source << " to instance " << this << std::endl;

if (this == &source)

return *this;

delete[] _data;

_data = new int[source._size];

*_data = *source._data;

_size = source._size;

return *this;

}

~MyMovableClass() // 1 : destructor

{

std::cout << "DELETING instance of MyMovableClass at " << this << std::endl;

delete[] _data;

}

{

MyMovableClass obj1(10); // regular constructor

MyMovableClass obj2(obj1); // copy constructor

obj2 = obj1; // copy assignment operator

// call to copy constructor, (alternate syntax)

MyMovableClass obj3 = obj1;

// Here, we are instantiating obj3 in the same statement; hence the copy assignment operator would not be called.

//MyMovableClass obj4 = createObject(10);

// createObject(10) returns a temporary copy of the object as an rvalue, which is passed to the copy constructor.

//You can try executing the statement below as well

//MyMovableClass obj4(createObject(10));

MyMovableClass obj4 = createObject(10);

return 0;

}