2. Create a people module to meet the following requirements:i. Create a file named people.py .a. Define a class named Person .a. Define a member function named _init_ to meet the following requirements:a. Take a self object as a positional parameter.b. Take a first name string as a positional parameter.c. Take a last name string as a positional parameter.d. Set a member variable firstname equal to the first name parameter.e. Set a member variable lastname equal to the last name parameter.b. Define a class named Faculty that inherits from Persona. Define a member function named __init_ to meet the following requirements:a. Take a self object as a positional parameter.b. Take a first name as a positional parameter.c. Take a last name as a positional parameter.d. Take a department as a positional parameter.e. Call the Person __init_ member function passing the first and last name.f. Set a member variable department equal to the department parameter.c. Define a class named Student that inherits from Persona. Define a member function named __init_ to meet the following requirements:a. Take a self object as a positional parameter.b. Take a first name string as a positional parameter.c. Take a last name string as a positional parameter.d. Call the Person _init____ member function passing the first and last name.b. Define a member function named set_class to meet the following requirements:a. Take a self object as a positional parameter.b. Take a class year string as a positional parameter.c. Set a member variable classyear equal to the class year parameter.c. Define a member function named set_major to meet the following requirements:a. Take a self object as a positional parameter.b. Take a major string as a positional parameter.c. Set a member variable major equal to the major parameter.d. Define a member function named set_advisor to meet the following requirements:a. Take a self object as a positional parameter.b. Take a Faculty object as a positional parameter.c. Set a member variable advisor equal to the faculty parameter.

PLS find the attcahed code CODE SNIPPET people.py # Person class class Person: def __init__(self,first_name,last_name): self.firstname = first_name self.lastname = last_name # Faculty class class Faculty(Person): def __init__(self,first_name,last_name,department): Person.__init__(self,first_name,last_name) self.department = department # Student class class Student(Person): def __init__(self,first_name,last_name): Person.__init__(self,first_name,last_name) def set_class(self,classyear): self.classyear = classyear def set_major(self,major): self.major = major def set_advisor(self,faculty): self.advisor = faculty main.py from people import Faculty,Student # display_menu function to display the menu on console def display_menu(): print() print("*** TUFFY TITAN STUDENT/FACULTY MAIN MENU") print("1. Add faculty") print("2. Print faculty") print("3. Add student") print("4. Print student") print("9. Exit the program") if __name__ == "__main__": # declare an empty lists to store data faculties = [] students = [] while True: display_menu() # get user's choice choice = int(input("Enter menu choice: ")) # add faculty if choice == 1: first_name = input("Enter first name: ") last_name = input("Enter last name: ") department = input("Enter department: ") F = Faculty(first_name,last_name,department) faculties.append(F) # print faculty elif choice == 2: print() print("="*25+" FACLUTY "+"="*25) print() print("{0:<7} {1:<20} {2:<30}".format("Record","Name","Department")) print("="*7+" "+"="*20+" "+"="*30) for index in range(len(faculties)): faculty = faculties[index] print("{0:<7} {1:<20} {2:<30}".format(index,faculty.firstname+" "+faculty.lastname,faculty.department)) # add student elif choice == 3: first_name = input("Enter first name: ") last_name = input("Enter last name: ") classyear = input("Enter class year: ") major = input("Enter major: ") faculty_advisor = int(input("Enter faculty advisor: ")) S = Student(first_name,last_name) S.set_class(classyear) S.set_major(major) S.set_advisor(faculties[faculty_advisor]) students.append(S) # print student elif choice == 4: print() print("="*40+" STUDENTS "+"="*40) print() print("{0:<20} {1:<15} {2:<30} {3:<20}".format("Name","Class","Major","Advisor")) print("="*20+" "+"="*15+" "+"="*30+" "+"="*20) for index in range(len(students)): student = students[index] print("{0:<20} {1:<15} {2:<30} {3:<20}".format(student.firstname+" "+student.lastname,student.classyear,student.major,student.advisor.firstname+" "+student.advisor.lastname)) elif choice == 9: break else: print("Invalid choice") Explanation: The given program implements the student and faculty management and has two files. The people.py file creates three classes Person, Faculty, and Student. The Person class contains two properties first name and last name. The Faculty class inherits the Person class and has another property called the department. The Student class inherits the Person class and has other properties like a class year, major and advisor faculty. It has three setter methods to set the extra properties. The main.py file imports the Faculty and Student class from the people module and does the following operations. Add Faculty, Print Faculty, Add Student, Print Student. It uses arrays to store the faculty and student object and does necessary tasks to implement the functions.

Answered: Create a people module to meet the…

Engineering

Computer Science

Create a people module to meet the following requirements:

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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