1. Employee and ProductionWorker Classes
Design a class named Employee . The class should keep the following information in
• Employee name
• Employee number
• Hire date
Write one or more constructors and the appropriate accessor and mutator functions
for the class.
Next, write a class named ProductionWorker that is derived from the Employee class.
The ProductionWorker class should have member variables to hold the following
information:
• Shift (an integer)
• Hourly pay rate (a double )
The workday is divided into two shifts: day and night. The shift variable will hold an
integer value representing the shift that the employee works. The day shift is shift 1, and
the night shift is shift 2. Write one or more constructors and the appropriate accessor
and mutator functions for the class. Demonstrate the classes by writing a program that
uses a ProductionWorker object.


Class for next question

// Specification file for the Time class
 #ifndef TIME_H
 #define TIME_H

 class Time
 {
 protected:
 int hour;
 int min;
 int sec;
 public:
 // Default constructor
 Time()
 { hour = 0; min = 0; sec = 0; }

 // Constructor
 Time(int h, int m, int s)
 { hour = h; min = m; sec = s; }

 // Accessor functions
 int getHour() const
 { return hour; }

 int getMin() const
 { return min; }

 int getSec() const
 { return sec; }
 };
 #endif


4. Time Format
In Program 15-20 , the file Time.h contains a Time class. Design a class called MilTime
that is derived from the Time class. The MilTime class should convert time in military
(24-hour) format to the standard time format used by the Time class. The class should
have the following member variables:
milHours : Contains the hour in 24-hour format. For example, 1:00 pm would be
stored as 1300 hours, and 4:30 pm would be stored as 1630 hours.
milSeconds : Contains the seconds in standard format.
The class should have the following member functions:
Constructor : The constructor should accept arguments for the hour and seconds, in
military format. The time should then be converted to standard time
and stored in the hours , min , and sec variables of the Time class.
setTime : Accepts arguments to be stored in the milHours and milSeconds
variables. The time should then be converted to standard time and
stored in the hours , min , and sec variables of the Time class.
getHour : Returns the hour in military format.
getStandHr : Returns the hour in standard format.
Demonstrate the class in a program that asks the user to enter the time in military format.
The program should then display the time in both military and standard format.
Input Validation: The MilTime class should not accept hours greater than 2359, or less
than 0. It should not accept seconds greater than 59 or less than 0.


5. Time Clock
Design a class named TimeClock . The class should be derived from the MilTime class
you designed in Programming Challenge 4. The class should allow the programmer to
pass two times to it: starting time and ending time. The class should have a member
function that returns the amount of time elapsed between the two times. For example,
if the starting time is 900 hours (9:00 am), and the ending time is 1300 hours (1:00
pm), the elapsed time is 4 hours.
Input Validation: The class should not accept hours greater than 2359 or less than 0.





1. Date Exceptions
Modify the Date class you wrote for Programming Challenge 1 of Chapter 13 . The
class should implement the following exception classes:
InvalidDay Throw when an invalid day (< 1 or > 31) is passed to the class.
InvalidMonth Throw when an invalid month (< 1 or > 12) is passed to the class.
Demonstrate the class in a driver program.


2. Time Format Exceptions
Modify the MilTime class you created for Programming Challenge 4 of Chapter 15 .
The class should implement the following exceptions:
BadHour Throw when an invalid hour (< 0 or > 2359) is passed to the class.
BadSeconds Throw when an invalid number of seconds (< 0 or > 59) is passed
to the class.
Demonstrate the class in a driver program.


3. Minimum/Maximum Templates
Write templates for the two functions minimum and maximum . The minimum function
should accept two arguments and return the value of the argument that is the lesser
of the two. The maximum function should accept two arguments and return the value
of the argument that is the greater of the two. Design a simple driver program that
demonstrates the templates with various data types.


4. Absolute Value Template
Write a function template that accepts an argument and returns its absolute value. The
absolute value of a number is its value with no sign. For example, the absolute value of
5 is 5, and the absolute value of 2 is 2. Test the template in a simple driver program.


5. Total Template
Write a template for a function called total . The function should keep a running
total of values entered by the user, then return the total. The argument sent into the
function should be the number of values the function is to read. Test the template in
a simple driver program that sends values of various types as arguments and displays
the results.