#include<iostream>

class Person
{
private:
static int countPersons;
int idPerson;
int priorityPerson;
public:
Person(int priorityPerson=3) :idPerson{countPersons++} {
if (priorityPerson < 1 or priorityPerson>3) { this->priorityPerson = 3; }
else { this->priorityPerson = priorityPerson; }
}
static int getCountPersons() { return countPersons; }
    int getIdPerson(){return idPerson; }
    int getPriorityPerson(){return priorityPerson;}
    void minucСountPersons()
    {
        --countPersons;
    }
    void plusCountPersons()
    {
        ++countPersons;
    }
    void changePriority(int priority)
    {
        priorityPerson=priority;
    }
};
int Person::countPersons{ 0 };

class TableOut
{
private:
    Person* persons;
public:
    TableOut()=default;

    void addPerson(Person& object)
    {
        Person* temp=persons;
        temp[0].plusCountPersons();
        persons=new Person[temp[0].getCountPersons()];
        for (int index{0}; index<temp[0].getCountPersons()-1; ++index) {
            persons[index]=temp[index];
        }
        persons[temp[0].getCountPersons()-1]=object;
    }
    void showStat()
    {
        for (int index{0}; index<persons[0].getCountPersons(); ++index) {
            std::cout<<"Person ID "<<persons[index].getIdPerson()<<". Go out "<<index<<"\n";
        }
    }
};

class Printer
{
private:
Person* persons;
TableOut object;
int front{0};
int back;
public:
//Construct
    Printer(Person* persons) :persons{ persons }, front{ 0 }, back{persons[0].getCountPersons()-1} {sortPersons(); }

//Destruct
~Printer() { delete[] persons; front = 0, back = 0; }

//Methods
void sortPersons();
void getFront();
void putBack(int priorityPerson);
void putBack(const Person* object);
    void showStat()
    {
        object.showStat();
    }

//Operators
//NONE
};

int main()
{
    Person* persons=new Person[6]{1,3,1,2,3,3};
    Printer printer{persons};
    printer.getFront();
    printer.showStat();
    printer.putBack(2);
    printer.getFront();
    printer.showStat();
}

void Printer::sortPersons()
{
    for (int index{0}; persons[0].getCountPersons()-1; ++index) {
        int indexForCycleWhile=index+1;
        while(persons[indexForCycleWhile-1].getPriorityPerson()>persons[indexForCycleWhile].getPriorityPerson())
        {
                std::swap(persons[index],persons[index+1]);
        }
    }

}

void Printer::getFront()
{
    if(front!=back){
        Person* temp=persons;
        temp[0].minucСountPersons();
        persons=new Person[temp[0].getCountPersons()];
        for (int index{0}; index<temp[0].getCountPersons(); ++index) {
            persons[index]=temp[index+1];
        }
        object.addPerson(temp[0]);
    }
}

void Printer::putBack(int priorityPerson)
{
    Person* temp=persons;
    temp[0].plusCountPersons();
    persons=new Person[temp[0].getCountPersons()];
    for (int index{0}; index<temp[0].getCountPersons()-1; ++index)
    {
        persons[index]=temp[index];
    }
    persons[temp[0].getCountPersons()-1].changePriority(priorityPerson);
    sortPersons();
    ++back;
}

void Printer::putBack(const Person* object)
{
    Person* temp=persons;
    persons=new Person[temp[0].getCountPersons()+object[0].getCountPersons()];
    int index{0};
    for (; index<temp[0].getCountPersons(); ++index) {
        persons[index]=temp[index];
    }
    for (int indexNull{0}; index<temp[0].getCountPersons()+object[0].getCountPersons(); ++index,++indexNull) {
        persons[index]=object[indexNull];
        ++back;
    }
}