/////////////////racecar.cpp///////////////
#include <iostream>
using std::cout;
using std::endl;

#include <cassert>
#include <cstring>
#include "racecar.h"

racecar::racecar( const char *n, const char *c, const char *s )
   /* write code to call base-class constructor */
   : car(n, c)
{
   /* write code to allocate memory for the sponsor, s, and
      copy it into private data member sponsor */
	sponsor = s;
}

racecar::~racecar()
{
   delete [] sponsor;
}

void racecar::setGearbox( int gears )
{
   gearbox = ( ( gears <= 10 && gears >= 0 ) ? gears : 6 );
}

void racecar::useParachute( bool p )
{
	parachuteDeployed = p;
}

void racecar::print() const
{
    /* call base class method print here */
	car::print();

    cout << car::name << " also has " << gearbox
         << " gears and is sponsored by " << sponsor << ". " << endl;

	if ( this->parachuteDeployed)
		cout << car::name << " has used its parachute." << endl;
    else
		cout << car::name << " has not used its parachute." << endl;
}

//////////////////racecar.h/////////////////////
#ifndef RACECAR_H
#define RACECAR_H

#include "car.h"

/* write class header for racecar, which inherits publicly
   from car */
class racecar : public car
{
public:
   racecar( const char *, const char *, const char * );
   ~racecar();
   void setGearbox( int );
   void useParachute( bool );
   void print() const;

private:
   int gearbox; // the number of gears in a car (i.e., 5-speed)
   char *sponsor;
   bool parachuteDeployed;
};

#endif

//////////////////////car.cpp///////////////////////

#include <iostream>
using std::cout;
using std::endl;

#include <cassert>
#include <cstring>
#include "car.h"

/* write the constructor for car, which takes the car’s name and
   color and assigns them to private data members name and color;
   initialize maxSpeed to 95 and engineValves to 4 */

car::car( const char *name, const char *color )
{
	name = name;
	color = color;
	maxSpeed = 95;
	engineValves = 4;
}

car::~car()
{
   delete [] name;
   delete [] color;
}

void car::setMaxSpeed( int s )
{
   maxSpeed = ( ( s >= 0 && s < 250 ) ? s : 95 );
}

void car::setEngineValves( int v )
{
   engineValves = ( ( v >= 0 && v < 50 ) ? v : 4 );
}

void car::print() const
{
   cout << "car: " << name << " is " << color << " and has a "
        << engineValves << "-valve engine. MAX SPEED = "
        << maxSpeed << " mph. " << endl;
}

//////////////////car.h/////////////////////////
#ifndef CAR_H
#define CAR_H

class car
{
public:
   car( const char *name, const char *color );
   ~car();
   void setMaxSpeed( int );
   void setEngineValves( int );
   void print() const;

protected:
   int maxSpeed;
   int engineValves;
   char *color;
   char *name;
};

#endif

////////////////////Main.cpp////////////////////////////////

#include <iostream>
using std::cout;
using std::endl;

#include "car.h"
#include "racecar.h"

int main()
{
   car chevy( "Chevrolette", "black" );
   cout << "chevy: \n";

   /* write code to print car object */
   chevy.print();

   racecar f1( "Ferrari", "red", "Deitel" );
   f1.setEngineValves( 40 );
   f1.setMaxSpeed( 220 );
   f1.setGearbox( 7 );
   f1.useParachute( true );

   cout << "\n\nf1: \n";
   f1.print();

   system("pause");
   return 0;
}