Personal Information Class: Design a class called Employee that holds the following data about an employee: name ID number Department Job Title Class. Store your class in a separate file called employee.py. Your class will have an initializer method that will be passed the information entered by the user as arguments. Write appropriate accessor and mutator methods for each data attribute. Write a str method to print the contents of the class (see example of str__on p. 523). Main program: Your main program should create three instances of the class. Your program should get the information from the user and pass it as parameters to the initializer method. Using the method invoked by the print function, the program should display the personal str information for the three individuals. Output and Sample Dialog: Enter employee name: Mary Smith Enter employee ID: Enter department: Accounting Enter position: Accountant 123456 Enter employee name: Enter employee ID: Enter department: Engineering Enter position: Engineer Joe Morales 678910 Enter employee name: Marie Zinc Enter employee ID: Enter department: Customer Service Enter position: Customer Service Rep 45678 Employee 1 : Name: Mary Smith ID number: 123456
Personal Information Class: Design a class called Employee that holds the following data about an employee: name ID number Department Job Title Class. Store your class in a separate file called employee.py. Your class will have an initializer method that will be passed the information entered by the user as arguments. Write appropriate accessor and mutator methods for each data attribute. Write a str method to print the contents of the class (see example of str__on p. 523). Main program: Your main program should create three instances of the class. Your program should get the information from the user and pass it as parameters to the initializer method. Using the method invoked by the print function, the program should display the personal str information for the three individuals. Output and Sample Dialog: Enter employee name: Mary Smith Enter employee ID: Enter department: Accounting Enter position: Accountant 123456 Enter employee name: Enter employee ID: Enter department: Engineering Enter position: Engineer Joe Morales 678910 Enter employee name: Marie Zinc Enter employee ID: Enter department: Customer Service Enter position: Customer Service Rep 45678 Employee 1 : Name: Mary Smith ID number: 123456
Chapter10: Introduction To Inheritance
Section: Chapter Questions
Problem 1GZ
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OOPs
In today's technology-driven world, computer programming skills are in high demand. The object-oriented programming (OOP) approach is very much useful while designing and maintaining software programs. Object-oriented programming (OOP) is a basic programming paradigm that almost every developer has used at some stage in their career.
Constructor
The easiest way to think of a constructor in object-oriented programming (OOP) languages is:
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Create two programs in python for the following problem. Separate files.
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