$//$clockType$.$h$,$ the specification file for the class clockType

#ifndef H$\_$ClockType

#define H$\_$ClockType

class clockType

$\{$

public:

void setTime$($int hours, int minutes, int seconds$)$;

void getTime$($int& hours, int& minutes, int& seconds$)$ const;

void printTime$()$ const;

void incrementSeconds$()$;

void incrementMinutes$()$;

void incrementHours$()$;

bool equalTime$($const clockType& otherClock$)$ const;

clockType$($int hours, int minutes, int seconds$)$;

d clockType$()$;

private:

int hr; $//$variable to store the hours

int min; $//$variable to store the minutes

int sec; $//$variable to store the seconds

$\}$;

#endif

$//$Implementation File for the class clockType

#include

#include "clockType.h$"$

using namespace std;

void clockType::setTime$($int hours, int minutes, int seconds$)$

$\{$

if $(0<=$ hours && hours $<24)$

hr $=$ hours;

else

hr $=0$;

if $(0<=$ minutes && minutes $<60)$

min $=$ minutes;

else

min $=0$;

if $(0<=$ seconds && seconds $<60)$

sec $=$ seconds;

else

sec $=0$;

$\}$

void clockType::getTime$($int& hours, int& minutes,

int& seconds$)$ const

$\{$

hours $=$ hr;

minutes $=$ min;

seconds $=$ sec;

$\}$

void clockType::incrementHours$()$

$\{$

hr$++$;

if $($hr $>23)$

hr $=0$;

$\}$

void clockType::incrementMinutes$()$

$\{$

min$++$;

if $($min $>59)$

$\{$

min $=0$;

incrementHours$()$;

$\}$

$\}$

void clockType::incrementSeconds$()$

$\{$

sec$++$;

if $($sec $>59)$

$\{$

sec $=0$;

incrementMinutes$()$;

$\}$

$\}$

void clockType::printTime$()$ const

$\{$

if $($hr $<10)$

cout $<<"0"$;

cout $<<$ hr $<<"$:$"$;

if $($min $<10)$

cout $<<"0"$;

cout $<<$ min $<<"$:$"$;

if $($sec $<10)$

cout $<<"0"$;

cout $<<$ sec;

$\}$

bool clockType::equalTime$($const clockType & otherClock$)$ const

$\{$

return $($hr $==$ otherClock.hr

&& min $==$ otherClock.min

&& sec $==$ otherClock.sec$)$;

$\}$

clockType::clockType$($int hours, int minutes, int seconds$)$

$\{$

if $(0<=$ hours && hours $<24)$

hr $=$ hours;

else

hr $=0$;

if $(0<=$ minutes && minutes $<60)$

min $=$ minutes;

else

min $=0$;

if $(0<=$ seconds && seconds $<60)$

sec $=$ seconds;

else

sec $=0$;

$\}$

clockType::clockType$()//$default constructor

$\{$

hr $=0$;

min $=0$;

sec $=0$;

$\}$In Chapter $1,$ the class clockType was designed to implement the time of day in a program. Certain

applications, in addition to hours, minutes, and seconds, might require you to store the time zone. By

using the files provided $($clockType$.$h and clockTypeImp.cpp$),$ derive the class extClockType from the

class clockType by adding a member variable to store the time zone. Override a member function

printTime and add constructors to make the derived class functional. Finally, test your program by

setting the time to $5$: $10$: $15($CST$)$ and output it on the console.

Submit a header file consisting of the derived class declaration, a cpp file which include member function

definitions of the derived class, and another cpp file which includes the main function. Copy and paste the

screenshot of the output here