31.01

#pragma once
#include <iostream>
#include <string>
using namespace std;
class RandomGenerator
{
public:
	void SetProability(int p)
	{
		probility = p;
	}


	bool GetEvent()
	{
		int check = rand() % 60;
		if (check <= probility)
		{
			return true;
		}
		return false;
	}


private:
	int probility = 0;

};

class Car
{
	string description;
	int arrivedTime;

public:

	Car(string _description, int time)
	{
		description = _description;
		arrivedTime = time;
	}

	Car(string _description)
	{
		description = _description;
		arrivedTime = 0;
	}

	string getDescription()
	{
		return description;
	}
	int getarrivedTime()
	{
		return arrivedTime;
	}
	void ShoeCar()
	{
		cout << description << endl;
	}
};






class CarMaker
{
	string CarState[4]{ "novii","crash","pumped","sported" };
	string CarMarck[5]{ " Djiguli "," BMW "," Mersedes "," JEEP "," Volvo " };
	string CarColr[4]{ " Green"," Red"," Pink"," Blac" };
public:
	Car MakeCar()
	{
		string description = CarState[rand() % 4] + CarMarck[rand() % 5] + CarColr[rand() % 4];

		Car b(description);
		return b;

	}



};


class Quene
{
	struct Node
	{
		Car car;
		Node* next;

		Node(const Car& _car) : car(_car), next(nullptr) {}
	};

	Node* pHead;
	Node* pTtail;
public:


	Quene()
	{
		pHead = nullptr;
		pTtail = nullptr;

	}
	void enque(Car _car)
	{
		if (pHead == nullptr)
		{
			pHead = new Quene::Node(_car);
			pTtail = pHead;
		}
		else
		{
			pTtail->next = new Node(_car);
			pTtail = pTtail->next;
		}
	}
	void deque()
	{
		pHead = pHead->next;
		delete pHead;

	}
};