#include <iostream>
#include <string>
#include <stdlib.h>

using namespace std;

char* charphone(long);
char itoa(long);

class Vehicle
{
private:
	char make[40];
	char model[40];
	char lp[7];
	char color[10];
	int  doors;
	int  makeyear;
	int  hp;
	int  cylinders;
	int  enginvol;
public:
	/*Constructors*/
	Vehicle();
	Vehicle(char[],char[],char[],char[],int,int,int,int,int);
	
	/*Get methods*/
	char* getMake();
	char* getModel();
	char* getLp();
	char* getColor();
	int   getDoors();
	int   getMakeyear();
	int   getHp();
	int   getCylinders();
	int getEnginvol();

	/*Set methods tou programmatisti*/
	void  setVehicle(char[],char[],char[],char[],int,int,int,int,int);
	void  setMake(char[]);
	void  setModel(char[]);
	void  setLp(char[]);
	void  setColor(char[]);
	void  setDoors(int);
	void  setMakeyear(int);
	void  setHp(int);
	void  setCylinders(int);
	void  setEnginvol(int);

	/*Input methods tou xristi*/
	void  inputVehicle();
	void  inputMake();
	void  inputModel();
	void  inputLp();
	void  inputColor();
	void  inputDoors();
	void  inputMakeyear();
	void  inputHp();
	void  inputCylinders();
	void  inputEnginvol();

	/*Other methods*/
	void  printVehicle();
	bool  checkLp();
	bool  checkChar(char);
};

class Employee{
private:
	char name[30];
	char address[40];
	long phone;
	char afm[10];
	Vehicle myCar;

public:
	Employee();
	Employee(char *, char *, long, char *, Vehicle);

	void setEmployee();
	void setEmployee(char *, char *, long, char *, Vehicle);
	void setName(char *);
	void setAddress(char *);
	void setPhone(long);
	void setAfm(char *);
	void setMyCar(Vehicle);

	void inputEmployee();
	void inputName();
	void inputAddress();
	void inputPhone();
	void inputAfm();

	char* getName();
	char* getAddress();
	long getPhone();
	char* getAfm();
	Vehicle getmyCar();

	void printEmployee();
};

Employee::Employee(){
	strcpy(name,"");
	strcpy(address,"");
	phone = 0;
	strcpy(afm,"");
	myCar = Vehicle();
}


Employee::Employee(char* a, char* b, long c, char* d, Vehicle Car){
	strcpy(name, a);
	strcpy(address, b);
	phone = c;
	strcpy(afm, d);
	myCar = Car;
}

void Employee::setEmployee(char* a, char* b, long c, char* d, Vehicle Car){
	strcpy(name, a);
	strcpy(address, b);
	phone = c;
	strcpy(afm, d);
	myCar = Car;
}

void Employee::setEmployee(){
	strcpy(name,"");
	strcpy(address,"");
	phone = 0;
	strcpy(afm,"");
	myCar.inputVehicle();
}

void Employee::setName(char* a){
	strcpy(name, a);
}

void Employee::setAddress(char* a){
	strcpy(address, a);
}

void Employee::setPhone(long a){
	phone = a;
}
void Employee::setAfm(char* a){
	strcpy(afm, a);
}
void Employee::setMyCar(Vehicle){
	myCar.inputVehicle();
}

void Employee::inputName(){
	cout << "Dwse to onoma : ";
	cin >> name;
}

void Employee::inputAddress(){
	cout << "Dwse th diefthunsh : ";
	cin >> address;
}

void Employee::inputPhone(){
	cout << "Dwse to thlefono : ";
	cin >> phone;
}
void Employee::inputAfm(){
	cout << "Dwse to AFM : ";
	cin >> afm;
}

void Employee::inputEmployee(){
	cout << "Dwse to onoma : ";
	cin >> name;
	cout << "Dwse th diefthunsh : ";
	cin >> address;
	cout << "Dwse to thlefono : ";
	cin >> phone;
	cout << "Dwse to AFM : ";
	cin >> afm;
	myCar = Vehicle();
}

char* Employee::getName(){
	return name;
}

char* Employee::getAddress(){
	return address;
}

long Employee::getPhone(){
	return phone;
}

char* Employee::getAfm(){
	return afm;
}

Vehicle Employee::getmyCar(){
	return myCar;
}

void Employee::printEmployee(){
	cout << "Name:\t" << name << endl << "Address:\t" << address << endl;
	cout << "Telephone:\t" << charphone(phone) << endl << "AFM:\t" << afm << endl;
	myCar.printVehicle();
}


Vehicle::Vehicle()
{
	strcpy(make,"");
	strcpy(model,"");
	strcpy(lp,"");
	strcpy(color,"");
	doors = 0;
	makeyear = 0;
	hp = 0;
	cylinders = 0;
	enginvol = 0;
}

Vehicle::Vehicle(char* a,char* b,char* c,char* d,int e,int f,int g,int h,int i)
{
	strcpy(make,a);
	strcpy(model,b);
	strcpy(lp,c);
	strcpy(color,d);
	doors = e;
	makeyear = f;
	hp = g;
	cylinders = h;
	enginvol = i;
}

char* Vehicle::getMake()
{
	return make;
}

char* Vehicle::getModel()
{
	return model;
}
char* Vehicle::getLp()
{
	return lp;
}
char* Vehicle::getColor()
{
	return color;
}
int Vehicle::getDoors()
{
	return doors;
}
int Vehicle::getMakeyear()
{
	return makeyear;
}
int Vehicle::getHp()
{
	return hp;
}
int Vehicle::getCylinders()
{
	return cylinders;
}
int Vehicle::getEnginvol()
{
	return enginvol;
}	

/*Set methods tou programmatisti*/
void Vehicle::setVehicle(char* a,char* b,char* c,char* d,int e,int f,int g,int h,int i)
{
	strcpy(make,a);
	strcpy(model,b);
	strcpy(lp,c);
	strcpy(color,d);
	doors = e;
	makeyear = f;
	hp = g;
	cylinders =  h;
	enginvol = i;
}
void Vehicle::setMake(char* a)
{
	strcpy(make,a);
}
void Vehicle::setModel(char* a)
{
	strcpy(model,a);
}
void Vehicle::setLp(char* a)
{
	strcpy(lp,a);
}
void Vehicle::setColor(char* a)
{
	strcpy(color,a);
}
void Vehicle::setDoors(int a)
{
	doors = a;
}
void Vehicle::setMakeyear(int a)
{
	makeyear = a;
}
void Vehicle::setHp(int a)
{
	hp = a;
}
void Vehicle::setCylinders(int a) 
{
	cylinders = a;
}
void Vehicle::setEnginvol(int a)
{
	enginvol = a;
}

/*Input methods tou xristi*/
void Vehicle::inputVehicle()
{	
	inputMake();
	inputModel();
	inputLp();
	inputColor();
	inputDoors();
	inputMakeyear();
	inputHp();
	inputCylinders();
	inputEnginvol();
}
void Vehicle::inputMake()
{
	cout<<endl<<"Dose tin xora kataskeuis tou autokinitou"<<endl;
	cin>>make;
}
void Vehicle::inputModel()
{
	cout<<endl<<"Dose to modelo tou autokinitou"<<endl;
	cin>>model;
}
void Vehicle::inputLp()
{
	cout<<endl<<"Dose tis pinakides tou autokinitou"<<endl;
	cin>>lp;
	while(!checkLp())
	{
		cout<<"Lathos morfi. Dose ksana ton arithmo pinakidas"<<endl;
		cin>>lp;
	}	
}
void Vehicle::inputColor()
{
	cout<<endl<<"Dose to xroma tou autokinitou"<<endl;
	cin>>color;
}
void Vehicle::inputDoors()
{
	cout<<endl<<"Dose poses portes exei"<<endl;
	cin>>doors;
	while(doors<2 || doors>7)
	{
		cout<<"Ektos orion. Dose ksana ton arithmo"<<endl;
		cin>>doors;
	}
}
void Vehicle::inputMakeyear()
{
	cout<<endl<<"Dose to etos kataskeuis tou autokinitou"<<endl;
	cin>>makeyear;
	while(makeyear<1980 || makeyear>2008)
	{
		cout<<"Ektos orion. Dose ksana tin xronia"<<endl;
		cin>>makeyear;
	}
}
void Vehicle::inputHp()
{
	cout<<endl<<"Dose tous ipous tou autokinitou"<<endl;
	cin>>hp;
	while(hp<60 || hp>1000)
	{
		cout<<"Ektos orion. Dose ksana tous ipous"<<endl;
		cin>>hp;
	}
}
void Vehicle::inputCylinders() 
{
	cout<<endl<<"Dose ta cylindrous tou autokinitou"<<endl;
	cin>>cylinders;
	while(cylinders<4 || cylinders>16)
	{
		cout<<"Ektos orion. Dose ksana ta kibika"<<endl;
		cin>>cylinders;
	}
}
void Vehicle::inputEnginvol()
{
	cout<<endl<<"Dose ton kibismo mixanis tou autokinitou"<<endl;
	cin>>enginvol;
	while(enginvol<60 ||  enginvol>6000)
	{
		cout<<"Ektos orion. Dose ksana ton volume mixanis"<<endl;
		cin>>enginvol;
	}
}

/*Other*/
bool Vehicle::checkLp()
{
	int i;

	for(i=0; i<3; i++)
	{
		lp[i] -= (lp[i]>90) ?  32 : 0;
		if(!checkChar(lp[i])) return false;
	}
	
	if(lp[3]<'1' || lp[3]>'9') return false;
	
	for(i=4; i<7; i++)
	{
		if(lp[i]<'0' || lp[i]>'9') return false;
	}

	return true;
}

bool Vehicle::checkChar(char c)
{
	switch(c)
	{
	case 'E':
	case 'T':
	case 'Y':
	case 'I':
	case 'O':
	case 'P':
	case 'A':
	case 'H':
	case 'K':
	case 'Z':
	case 'X':
	case 'B':
	case 'N':
	case 'M':
		return true;
	}
	return false;
}
void  Vehicle::printVehicle()
{
	cout<<"Marka: " << make << endl
		<< "Modelo: " << model << endl
		<< "Pinakides: " << lp << endl
	   	<< "Xroma: " << color << endl
		<< "Portes: " << doors << endl
		<< "Xronia kataskeuis: " << makeyear << endl
		<< "Ipoi: " << hp << endl
		<< "Kilindroi: " << cylinders << endl
		<< "Kibismos: " << enginvol << endl;
}


int main()
{
	Vehicle pel1;
	Employee afa1, afa2;
	afa1.printEmployee();
	afa2.inputEmployee();
	afa2.printEmployee();
	pel1.setVehicle("Daihatsu","Sirion CX","NZP2473","Silver",4,2004,102,4,1300);
	pel1.printVehicle();

	return 0;
}

/*
i =	0   1	2   3	4   5	6   7	8   9	10  11	12  13	14  15  16
b[i] =	+   3	0   -	1   2	3   4	-   5	6   7	-   8	9   0	\0

b = "+30-6970-123-456"*/

char* charphone(long a){
	long c=0;
	char b[16];
	int i;

	if (a==0) a=1;

	b[16] = '\0';

	for (i=15;i>12;i--){
		c = a%10;
		a /=10;
		b[i] = itoa(c);
	}
	b[12] = '-';

	for (i=11;i>8;i--){
		c = a%10;
		a /=10;
		b[i] = itoa(c);
	}

	b[8] = '-';

	for (i=7;i>3;i--){
		c = a%10;
		a /=10;
		b[i] = itoa(c);
	}

	b[3] = '-';

	b[2] = '0';
	b[1] = '3';
	b[0] = '+';

	return b;
}

char itoa(long a) {
	switch (a) {
	case 1: return '1';
	case 2: return '2';
	case 3: return '3';
	case 4: return '4';
	case 5: return '5';
	case 6: return '6';
	case 7: return '7';
	case 8: return '8';
	case 9: return '9';
	case 0: return '0';
	}
}