answer the following question by writing a python code:

5- Create the “Testing” file that does the following:

a) Use the constructor to create an object of Hourly_Based_Employee class.

b) Use the constructor to create an object of Salary_Based_Employee class.

c) Use the constructor to create object of Manager_Employee class.

d) Call computeSalary and print methods using objects created in a, b, and c

use this code to do so

class Employee:

# constructor

def__init__(self, name, date_of_birth, starting_date, ssn, phone_number):

self.name = name

self.date_of_birth = date_of_birth

self.starting_date = starting_date

self.ssn = ssn

self.phone_number = phone_number

# getters

defget_name(self):

returnself.name

defget_date_of_birth(self):

returnself.date_of_birth

defget_starting_date(self):

returnself.starting_date

defget_ssn(self):

returnself.ssn

defget_phone_number(self):

returnself.phone_number

# setters

defset_name(self, name):

self.name = name

defset_date_of_birth(self, date_of_birth):

self.date_of_birth = date_of_birth

defset_starting_date(self, starting_date):

self.starting_date = starting_date

defset_ssn(self, ssn):

self.ssn = ssn

defset_phone_number(self, phone_number):

self.phone_number = phone_number

# print method

defprint(self):

print("Name: " + self.name)

print("Date of birth: " + self.date_of_birth)

print("Starting date: " + self.starting_date)

print("SSN: " + self.ssn)

print("Phone number: " + self.phone_number)

class Hourly_Based_Employee(Employee):

# constructor

def__init__(self, name, date_of_birth, starting_date, ssn, phone_number, per_hour, hours):

super().__init__(name, date_of_birth, starting_date, ssn, phone_number)

self.per_hour = per_hour

self.hours = hours

# getters

defget_per_hour(self):

returnself.per_hour

defget_hours(self):

returnself.hours

# setters

defset_per_hour(self, per_hour):

self.per_hour = per_hour

defset_hours(self, hours):

self.hours = hours

# compute_salary method

defcompute_salary(self):

returnself.per_hour * self.hours

# print method

defprint(self):

super().print()

print("Per hour: " + str(self.per_hour))

print("Hours: " + str(self.hours))

emp.print()

print("Salary: ", emp.compute_salary())

# call the main function

if __name__ == "__main__":

main()

class Salary_Based_Employee(Employee):

#Rest data members are dervied from the super class.

phone_number = 0

salary=0

#Constructor

def__init__(self, name, date_of_birth, starting_date, ssn, phone_number,salary):

super().__init__(name, date_of_birth, starting_date, ssn)

self.phone_number = phone_number

self.salary = salary

#Getter methods

defgetPhoneNumber(self):

returnself.phone_number

defgetSalary(self):

returnself.salary

#Setter methods

defsetPhoneNumber(self, phone_number):

self.phone_number = phone_number

defsetSalary(self, salary):

self.salary = salary

defcomputeSalary(self):

return salary

defprint(self):

super.print()

print("Phone Number: ", self.phone_number)

print("Salary: ", self.salary)

class Manager_Employee(Salary_Based_Employee):

#Rest data members are dervied from the super class.

bonus=0

#Constructor

def__init__(self, name, date_of_birth, starting_date, ssn, phone_number,salary,bonus):

super().__init__(name, date_of_birth, starting_date, ssn,phone_number,salary)

self.bonus = bonus

#Getter methods

defgetBonus(self):

returnself.bonus

#Setter methods

defsetBonus(self,bonus):

self.bonus = bonus

defcomputeSalary(self):

return (salary+bonus)

defprint(self):

super.print()

print("Bonus: ", self.bonus)

Question

answer the following question by writing a python code:

5- Create the “Testing” file that does the following:

a) Use the constructor to create an object of Hourly_Based_Employee class.

b) Use the constructor to create an object of Salary_Based_Employee class.

c) Use the constructor to create object of Manager_Employee class.

d) Call computeSalary and print methods using objects created in a, b, and c

use this code to do so

class Employee:

# constructor

def__init__(self, name, date_of_birth, starting_date, ssn, phone_number):

self.name = name

self.date_of_birth = date_of_birth

self.starting_date = starting_date

self.ssn = ssn

self.phone_number = phone_number

# getters

defget_name(self):

returnself.name

defget_date_of_birth(self):

returnself.date_of_birth

defget_starting_date(self):

returnself.starting_date

defget_ssn(self):

returnself.ssn

defget_phone_number(self):

returnself.phone_number

# setters

defset_name(self, name):

self.name = name

defset_date_of_birth(self, date_of_birth):

self.date_of_birth = date_of_birth

defset_starting_date(self, starting_date):

self.starting_date = starting_date

defset_ssn(self, ssn):

self.ssn = ssn

defset_phone_number(self, phone_number):

self.phone_number = phone_number

# print method

defprint(self):

print("Name: " + self.name)

print("Date of birth: " + self.date_of_birth)

print("Starting date: " + self.starting_date)

print("SSN: " + self.ssn)

print("Phone number: " + self.phone_number)

class Hourly_Based_Employee(Employee):

# constructor

def__init__(self, name, date_of_birth, starting_date, ssn, phone_number, per_hour, hours):

super().__init__(name, date_of_birth, starting_date, ssn, phone_number)

self.per_hour = per_hour

self.hours = hours

# getters

defget_per_hour(self):

returnself.per_hour

defget_hours(self):

returnself.hours

# setters

defset_per_hour(self, per_hour):

self.per_hour = per_hour

defset_hours(self, hours):

self.hours = hours

# compute_salary method

defcompute_salary(self):

returnself.per_hour * self.hours

# print method

defprint(self):

super().print()

print("Per hour: " + str(self.per_hour))

print("Hours: " + str(self.hours))

emp.print()

print("Salary: ", emp.compute_salary())

# call the main function

if __name__ == "__main__":

main()

class Salary_Based_Employee(Employee):

#Rest data members are dervied from the super class.

phone_number = 0

salary=0

#Constructor

def__init__(self, name, date_of_birth, starting_date, ssn, phone_number,salary):

super().__init__(name, date_of_birth, starting_date, ssn)

self.phone_number = phone_number

self.salary = salary

#Getter methods

defgetPhoneNumber(self):

returnself.phone_number

defgetSalary(self):

returnself.salary

#Setter methods

defsetPhoneNumber(self, phone_number):

self.phone_number = phone_number

defsetSalary(self, salary):

self.salary = salary

defcomputeSalary(self):

return salary

defprint(self):

super.print()

print("Phone Number: ", self.phone_number)

print("Salary: ", self.salary)

class Manager_Employee(Salary_Based_Employee):

#Rest data members are dervied from the super class.

bonus=0

#Constructor

def__init__(self, name, date_of_birth, starting_date, ssn, phone_number,salary,bonus):

super().__init__(name, date_of_birth, starting_date, ssn,phone_number,salary)

self.bonus = bonus

#Getter methods

defgetBonus(self):

returnself.bonus

#Setter methods

defsetBonus(self,bonus):

self.bonus = bonus

defcomputeSalary(self):

return (salary+bonus)

defprint(self):

super.print()

print("Bonus: ", self.bonus)

Accepted Answer

Algorithm:

Start
Copy and paste the given code
Then in the main method, create objects of…