Print Foo Differently for Lvalues and Rvalues

Most of the class template Foo<T> is written for you: it stores a value and keeps a static printCount per specialization that starts at 10 and can only be changed through addToPrintCount. Write two operator<< overloads as free function templates, both returning std::ostream&:

- operator<<(std::ostream& os, Foo<T>& foo): adds 1 to the counter, then prints Lvalue Foo: , the value, count= and the updated counter - operator<<(std::ostream& os, Foo<T>&& foo): adds 2 to the counter, then prints Rvalue Foo: , the value, count= and the updated counter

Each line ends with a newline and each overload returns os. Because printCount is static, Foo<int> and Foo<std::string> count separately. The tests stream into an std::ostringstream and print everything at the end under a Captured: heading, so write to the os parameter, never to std::cout directly. They stream a named Foo<int> holding 5, a temporary Foo<int>(7), then std::move of the named int object, then a named Foo<std::string> holding hi and std::move of it, five lines in that order.

Do NOT write a main function.