Question

Create the Python code for a program adhering to the following specifications.

Write an Employee class that keeps data attributes for the following pieces of information:

- Employee Name (a string)

- Employee Number (a string)

Make sure to create all the accessor, mutator, and __str__ methods for the object.

Next, write a class named ProductionWorker that is a subclass of the Employee class. The

ProductionWorker class should keep data attributes for the following information:

- Shift number (an integer, such as 1 or 2)

- Hourly pay rate (a float)

Make sure to create all the accessor, mutator, and __str__ methods for the object.

Once you have completed the class definitions, write the main line code that prompts the user to enter

data for each of the object’s data attributes. Create an instance of the ProductionWorker class and store

the data in the object and then use each of the object’s accessor methods from outside the

class/subclass definition to retrieve all the data and display it to the screen.

Additional notes:

-You MUST use the provided program template.

-Your messages and prompts should look like those in the sample. Duplicating all blank lines and

spacing.

• You must create all accessor, mutator and __str__ methods
• The accessor methods will return ONLY the value of the data attribute

-You decide to use public or “private” data attributes

- You do not need to document your variable for this program.

SAMPLE RUN:

Enter the name: John Stewart

Enter the ID number: 002

Enter the shift number: 1

Enter the hourly pay rate: 23.50

Production worker information

-----------------------------

Name: John Stewart

ID number: 002

Shift: 1

Hourly Pay Rate: $23.50

Run complete. Press the Enter key to exit.

Answer 1

Source Code in Python:

class Employee:
#parametrized constructor
def __init__(self,name:str,number:str):
self.__name=name
self.__number=number
#setter methods
def setName(self,name:str):
self.__name=name
def setNumber(self,number:str):
self.__number=number
#getter methods
def getName(self):
return self.__name
def getNumber(self):
return self.__number
#method to return a str representation of the object
def __str__(self):
return "Name: "+self.__name+"\nID Number: "+self.__number
  
class ProductionWorker(Employee):
#parametrized constructor
def __init__(self,name:str,number:str,shift:int,pay:float):
Employee.__init__(self,name,number)
self.__shift=shift
self.__pay=pay
#setter methods
def setShift(self,shift):
self.__shift=shift
def setPay(self,pay):
self.__pay=pay
#getter methods
def getShift(self):
return self.__shift
def getPay(self):
return self.__pay
#method to return a str representation of the object
def __str__(self):
return Employee.__str__(self)+"\nShift: "+str(self.__shift)+"\nHourly Pay Rate: $"+str(self.__pay)

#testing the classes
name=input("Enter the name: ")
number=input("Enter the ID number: ")
shift=int(input("Enter the shift number: "))
pay=float(input("Enter the hourly pay rate: "))
e=ProductionWorker(name,number,shift,pay)
print()
print("Production Worker Information")
print("-----------------------------")
print(e)

Output: