Create the following header file in c++

////Main File//////////////

#include

#include #include #include using namespace std; using namespace teaching_project;

// Place stand-alone function in unnamed namespace. namespace { void TestPart1() { Points2 a, b; // Two empty Points2 are created. cout

void TestPart2() { Points2 a, b; cout

} // namespace

int main(int argc, char **argv) { TestPart1(); TestPart2(); return 0; } ////////end main file//////////////////////////

///////point2 class///////////////

ifndef CSCI335_HOMEWORK1_POINTS2_H_ #define CSCI335_HOMEWORK1_POINTS2_H_ #include  #include  #include  #include  #include  namespace teaching_project { // Place comments that provide a brief explanation of the class, // and its sample usage. template class Points2 { public: // Default "big five" -- you have to alter them for your assignment. // That means that you will remove the "= default" statement. // and you will provide an implementation. // Zero-parameter constructor. // Set size to 0. Points2() = default; // Copy-constructor. Points2(const Points2 &rhs) = default; // Copy-assignment. If you have already written // the copy-constructor and the move-constructor // you can just use: // { // Points2 copy = rhs; // std::swap(*this, copy); // return *this; // } Points2& operator=(const Points2 &rhs) = default; // Move-constructor. Points2(Points2 &&rhs) = default; // Move-assignment. // Just use std::swap() for all variables. Points2& operator=(Points2 &&rhs) = default; ~Points2() = default; // End of big-five. // One parameter constructor. Points2(const std::array

///////////end point2 class////////////////////

Implement the "The Big-Five". Add the output stream a, b; // Two empty Points are created. cout a point2{{7, 10}}; Points2 d{a point2}; // Sequence (7, 10) should be created. cout c{a}; // Calls copy constructor for c. cout el=move(c); // Move constructor for d. cout a, b; // Two empty Points are created. cout a point2{{7, 10}}; Points2 d{a point2}; // Sequence (7, 10) should be created. cout c{a}; // Calls copy constructor for c. cout el=move(c); // Move constructor for d. cout