#include <string>
#include <vector>

using namespace std;

enum Material {
    BRICK,
    CONCRETE,
    WOOD,
    STONE,
    GLASS
};

class Registered {
    public:
    virtual string getLocation() {
        return "";
        }
};

/**
 * ! EXERCISE #1 -- COMPLETE ABSTRACT BUILDING CLASS. REFACTOR SUBCLASSES.
 *
 * ! EXERCISE #3 -- BUILDING SUBCLASS OF REGISTERED.
 *
 */

class Building : public Registered {
  protected:
    string city;
    int buildingNumber;
    int age;  // age of building in years
    int area; // area in sq. ft.
    Material material;

  public:
    string neighborhood;
    vector<string> residents;
    string storeName;

    virtual string getCity() { return city; }
    virtual int getBuildingNumber() { return buildingNumber; }
    virtual int getAge() { return age; }
    virtual int getArea() { return area; }
    virtual Material getMaterial() { return material; }


    void setCity(string city) { this->city = city; }
    void setBuildingNumber(int buildingNumber) { this->buildingNumber = buildingNumber; }
    void setAge(int age) { this->age = age; }
    void setArea(int area) { this->area = area; }
    void setMaterial(Material material) { this->material = material; }

    Building(string city, int buildingNumber, int age, int area, Material material) : city(city), buildingNumber(buildingNumber), age(age), area(area), material(material) {};

    static int findNewestBuilding(vector<Building *> buildings) {
        return -11;
    }


    static bool existMaterialFromCity(vector<Building *> &buildings, string city, Material material) {
        return true || false;
    }


    static unsigned int countYoungerBuildings(vector<Building *> buildings) {
        return 999;
    }

}; // End of abstract Building class

class House : public Building {
  private:
    string neighborhood;
    vector<string> residents;

  public:
    House() : House("", "", 0, 0, 0, Material::BRICK){};

    House(string city, string neighborhood, int buildingNumber, int age, int area, Material material ) : Building(city, buildingNumber, age, area, material){
        this->neighborhood = neighborhood;
    }

    string getNeighborhood() { return neighborhood; }
    vector<string> getResidents() { return residents; }

    void setNeighborhood(string n) { neighborhood = n; }
    void setResidents(vector<string> r) { residents = r; }

    string getLocation() {
        return (neighborhood + ", " + to_string(buildingNumber) + ", " + to_string(age));
        }

}; // End of House class

class Store : public Building {
  private:
    string storeName;

  public:
    Store() : Store("", "", 0, 0, 0, Material::BRICK){};
    Store(string storeName, string city, int buildingNumber, int age, int area, Material material)  : Building(city, buildingNumber, age, area, material){
        this->storeName = storeName;
    }
    string getStoreName() { return storeName; }

    void setStoreName(string storeName) { this->storeName = storeName; }

    string getLocation() {
    return (city + ", " + to_string(buildingNumber) + ", " + to_string(area));
    }

}; // End of Store class