Flight Management System

This C++ project appears to be a simple Flight Management System implemented using linked lists and stacks. The system is designed to manage information about flights, allowing users to perform various operations such as adding, deleting, displaying, and editing flights

Flight Class:

Represents a flight with attributes such as flight ID, model, capacity, airline, destination, departure time, and ticket price.

Provides getters and setters for accessing and modifying private member variables.

Includes a method to display flight information and a method to check if two flights are equal.

Node Class:

A generic template class that serves as a node in linked lists and stacks.

Contains a data field of type A (generically representing Flight or any derived class) and a pointer to the next node.

FlightList Class:

Extends the Flight class.

Implements a linked list to manage flights.

Provides operations such as adding a flight, deleting a flight by ID, displaying all flights, and inserting a new flight after a specified ID.

FlightStack Class

Extends the Flight class.

Implements a stack to manage flights.

Includes operations like adding a flight to the stack, checking for duplicate flights, printing flights in LIFO order, checking if the stack is empty, peeking at the latest flight, editing flight information, and deleting a flight.

Main Function

The main function serves as the user interface for interacting with the Flight Management System.

It provides a menu-driven interface for users to choose between linked list operations, stack operations, or exiting the program.

Submenus allow users to perform specific operations within the chosen category, such as adding, deleting, displaying, and editing flights.

User Interface:

The program uses a console-based interface where users input choices and data interactively.

Error handling is implemented for certain scenarios, such as attempting to delete or edit a flight that does not exist.

Flow of Execution

The program runs in a loop, allowing users to perform multiple operations until they choose to exit.

The linked list and stack classes encapsulate the functionality related to flights, promoting code modularity and reusability.

Memory Management

Dynamic memory allocation is used for creating nodes and managing the linked list and stack.

Overall, this project provides a basic framework for managing flight information, demonstrating the use of linked lists and stacks in a practical application.

Overall, this project provides a basic framework for managing flight information, demonstrating the use of linked lists and stacks in a practical application.