[clang-tidy] Check request: use std::addressof in generic code for objects of user-defined types

[denzor200]

Because operator& may be overloaded, generic libraries use std::addressof to obtain addresses of objects of user-defined types.

template<typename T>
void process_0(T& a, int& b, int& c) {
    process_a(&a);                     // INCORRECT
    process_b(&b);                     // OK
    process_c(std::addressof(c));      // OK but redundant
}

template<typename T>
void process_1(T& a, int& b, int& c) {
    process_a(std::addressof(a));       // OK
    process_b(&b);                      // OK
    process_c(std::addressof(c));       // OK but redundant
}


void process_notemplate(int& a, int& b, int& c) {
    process_a(&a);                      // OK
    process_b(&b);                      // OK
    process_c(std::addressof(c));       // OK but redundant
}

template<typename T>
void process_pointers(T* a, std::unique_ptr<T>& b, T* c) {
    process_pointer_to_pointer(&a);                // OK
    process_pointer_to_unique_pointer(&b);         // OK
    process_pointer_to_pointer(std::addressof(c)); // OK but redundant
}