The assignment is to put comments for the program in c++ and explain what the program does.

#include
	using namespace std;
	class CircularArrayQue {
	private:
	int *Container;
	int Front;
	int Rear;
	int QueSize; // items in the queue
	int CurrentSize;
	void init(int size = 0) {
	Front = Rear = CurrentSize = 0;
	QueSize = size;
	}
	bool Full() {
	return CurrentSize == QueSize;
	}
	public:
	CircularArrayQue() {
	Container = new int[10];
	init(10);
	}
	CircularArrayQue(int size) {
	Container = new int[size];
	init(size);
	}
	void Push(int item) {
	if (!Full()) {
	Container[Rear] = item;
	Rear = (Rear + 1) % QueSize;
	CurrentSize++;
	} else {
	cout << "FULL!!!!" << endl;
	}
	}
	int Pop() {
	int temp = Container[Front];
	Front = (Front + 1) % QueSize;
	CurrentSize--;
	return temp;
	}
	friend ostream &operator<<(ostream &os, const CircularArrayQue &other);
	};
	ostream &operator<<(ostream &os, const CircularArrayQue &other) {
	for (int i = other.Front; i < other.CurrentSize; i = (i + 1) % other.QueSize) {
	os << other.Container[i] << " ";
	}
	os << endl;
	return os;
	}
	/**
	* Main Driver
	*
	* For this program, the main driver was used to test the CircularArrayQue class
	*
	*/
	int main() {
	CircularArrayQue C1(5);
	// C1.Push(34);
	// C1.Push(38);
	// C1.Push(44);
	// C1.Push(22);
	// C1.Push(99);
	// C1.Push(100);
	C1.Push(1);
	C1.Push(2);
	C1.Push(3);
	// C1.Push(6);
	// C1.Push(7);
	cout << C1 << endl;
	// C1.Push(1);
	// C1.Push(2);
	// C1.Push(3);
	cout << C1 << endl;
	}