The objective of this homework is to give you experience usi

The objective of this homework is to give you experience using inheritance with C++. You will use the provided employee base class and implement two derived classes, salaried employee and hourly employee.

For this assignment, you will use the base class Employee, which is implemented with the files Employee.h and Employee.cpp. A test file, test.cpp, is also provided for your use, as you choose to use it.

Each employee object has a user id; a first and last name; a middle initial; and a department code (integer). Your implementation must now add two derived classes. The first one will be for a salaried employee, which will require a monthly salary variable. You will need member functions including a constructor, set and get salary functions, a salary calculation function, and a print function. For versatility, you might include a variable that specifies what fraction of time the person worked and use the fraction in the salary calculation. Hint: set the fraction default to one. For consistency, name your salaried employee class as SalariedEmployee

Your second class should represent an hourly worker. In this case you will need to store the hours worked and the hourly rate. You should also include provisions for overtime hours, which will be paid at 1.5 times the regular hourly rate. Hint: set the default overtime hours to 0. You will need similar functions as the salaried employee to set and get variables, as well as to calculate salary. Name your hourly employee class as HourlyEmployee.

Generate a test file that includes at least two of each type of worker to test the classes for proper operation. I recommend a full-time and half-time salaried worker and two hourly worker test cases, one of which earns overtime.

Execute your test program and copy the outputs to a text file to demonstrate proper execution.

/* employee.cpp*/

#include <iostream>
#include <iomanip>

#include <string>

#include \"Employee.h\"

using namespace std;

// constructor

Employee::Employee(long id, const string &last, const string &first, const string &initial,
int dept)
{
myIdNum = id;
myLastName = last;
myFirstName = first;
myMiddleInitial = initial;
myDeptCode = dept;
}

// Accessor function defintions

void Employee::setIdNum (const long id)
{
myIdNum = id;
}

long Employee:: getIdNum () const // get id number
{
return myIdNum;
}

void Employee:: setLastName (const string &last) // set last name
{
myLastName = last;
}

string Employee:: getLastName () const // return last name
{
return myLastName;
}

void Employee:: setFirstName (const string &first) // set first name
{
myFirstName = first;
}

string Employee:: getFirstName () const // return first name
{
return myFirstName;
}

void Employee:: setMiddleInitial (const string &last) // set middle initial
{
myMiddleInitial = last;
}

string Employee:: getMiddleInitial () const // return middle initial
{
return myMiddleInitial;
}

void Employee::setDeptCode (const int dc) // set department code
{
myDeptCode = dc;
}

int Employee:: getDeptCode () const // get department code
{
return myDeptCode;
}

void Employee:: printEmployee () // print Employee information
{
cout << endl;
cout << \"Employee ID Number: \" << getIdNum() << endl;
cout << \"Name: \" << getLastName() <<\", \" << getFirstName() << \" \" <<
getMiddleInitial() <<\".\" << endl;
cout << \"Dept Code: \" << getDeptCode () << endl;
}

/* employee.h */

#ifndef EMPLOYEE
#define EMPLOYEE

#include <string>

using namespace std;

class Employee
{
public:
Employee(long = 0, const string & =\"\" , const string & =\"\", const string & = \"\", int =0);   // constructor

void setIdNum (const long );           // set id number
long getIdNum () const;               // get id number
void setLastName (const string &);   // set last name
string getLastName () const;           // return last name
void setFirstName (const string &);   // set first name
string getFirstName () const;           // return first name
void setMiddleInitial (const string &);   // set middle initial
string getMiddleInitial () const;       // return set middle initial
void setDeptCode(const int);           // set department code
int getDeptCode () const;               // get department code
void printEmployee ();               // print Employee information

private:
long myIdNum;           //Employee id number
string myLastName;       //Employee last name
string myFirstName;       //Employee first name
string myMiddleInitial;   //Employee middle intial
int myDeptCode;           //Department code
};

#endif

/* File: test.cpp */
// File to test the basic employee class

#include<iostream>
#include <string>
#include \"Employee.h\"

using namespace std;

int main()
{
Employee
e1 (001, \"Jones\", \"Booker\", \"T\", 22),
e2 (002, \"Hendrix\", \"Jimi\", \"NMI \", 14),
e3 (003, \"Morrison\", \"Jim\", \"D\", 03);

e1.printEmployee();
e2.printEmployee();

}

/*
* SalariedEmployee.cpp
*
* Created on: 26-Feb-2017
*
*/

#include \"SalariedEmployee.h\"

SalariedEmployee::SalariedEmployee( double sal, long id, const string &last,
const string &first, const string &initial, int dept ) :
Employee(id, last, first, initial, dept)
{
// TODO Auto-generated constructor stub
this->salary = sal;

}

double SalariedEmployee::getSalary() const
{
return salary;
}

double SalariedEmployee::getFraction() const
{
return fraction;
}

void SalariedEmployee::setFraction( double fraction )
{
this->fraction = fraction;
}

void SalariedEmployee::setSalary( double salary )
{
this->salary = salary;
}
double SalariedEmployee::salary_calculation()
{
return salary * fraction;
}
void SalariedEmployee::print()
{
std::cout<< \"salary: \"<<salary_calculation();
this->printEmployee();
}
SalariedEmployee::~SalariedEmployee()
{
// TODO Auto-generated destructor stub
}

/*
* SalariedEmployee.h
*
* Created on: 26-Feb-2017
*
*/

#ifndef SALARIEDEMPLOYEE_H_
#define SALARIEDEMPLOYEE_H_

#include \"Emp.h\"

class SalariedEmployee: public Employee
{
double salary;
double fraction=1;
public:
SalariedEmployee(double sal,long id, const string &last, const string &first, const string &initial,
int dept);
virtual ~SalariedEmployee();
double getSalary() const;
void setSalary( double salary );
double salary_calculation();
double getFraction() const;
void setFraction( double fraction );
void print();
};

#endif /* SALARIEDEMPLOYEE_H_ */

/*
* HourlyEmployee.cpp
*
* Created on: 26-Feb-2017
*
*/

#include \"HourlyEmployee.h\"

HourlyEmployee::HourlyEmployee( double hours, double rate, double over_hours,
long id, const string &last, const string &first, const string &initial,
int dept ) :
Employee(id, last, first, initial, dept)
{
// TODO Auto-generated constructor stub

}

double HourlyEmployee::getHours() const
{
return hours;
}

void HourlyEmployee::setHours( double hours )
{
this->hours = hours;
}

double HourlyEmployee::getOverHours() const
{
return over_hours;
}

void HourlyEmployee::setOverHours( double overHours )
{
over_hours = overHours;
}

double HourlyEmployee::getRate() const
{
return rate;
}

void HourlyEmployee::setRate( double rate )
{
this->rate = rate;
}
double HourlyEmployee::salary_calculation()
{
return hours * rate + over_hours * 1.5 * rate;
}
void HourlyEmployee::print()
{
std::cout << \"salary : \" <<salary_calculation();
this->printEmployee();
}
HourlyEmployee::~HourlyEmployee()
{
// TODO Auto-generated destructor stub
}