Consider that a school “ABC” hired you as a programmer to maintain the record of its Students and Teachers. You need to develop a system in C++ to enter the data and show it as and when required. Keeping in the view above scenario, you are required to write a C++ program that can display the information of any specific Teacher or the Student. It will contain following three classes: 1. Person 2. Teacher 3. Student 4. where a Person should be the base class and Teacher and Student should be its derived classes. You are required to use the concept of Polymorphism to generate the sample output. Consider following class table for above scenario. Class Data Members Member Functions Person • Name • Age • Gender • Address • Phone • Default Constructor • Setter and getter functions for all the data member. • A function to save information of a person • A function to display information of a person Teacher • Qualification • Salary • Default Constructor • Setter and getter functions for all the data members • A function to save information of a Teacher • A function to display information of a Teacher. Student • Previous Education • Obtained marks • Total Marks • Default Constructor • Setter and getter functions for all the data members • A function to save information of a Student. • A function to display information of a Student. Solution Guidelines: Create three classes: Person as a base class and Teacher and Student as derived classes. You have to create the default constructor for each class. You have to create the setter and getter functions for each attribute of Person class. You have to create Save_Information function for each class as mentioned in the table. You have to create Display_Information function for each class as mentioned in the table. You have to use concept of Polymorphism to generate the sample output. Sample Output:
Read the following blog article on the AWS Well-Architected Framework. The AWS Well-Architected provides a consistent approach for customers and partners
Read the following blog article on the AWS Well-Architected Framework. The AWS Well-Architected provides a consistent approach for customers and partners to evaluate architectures, and implement designs that can scale over time. As stated in the blog article, there are five pillars: operational excellence security reliability performance efficiency cost optimization