The Laptop Inventory Management System is a robust software solution designed to efficiently manage the stock of laptops in a store. Utilizing a singly linked list data structure, the system offers functionalities to insert new laptops, update quantities, display stock, and filter laptops based on user preferences such as brand, RAM, and processor. This project showcases advanced C++ programming skills and a deep understanding of data structures. Features: Insertion of Laptops: Allows for the addition of new laptops to the inventory. Merges quantities and updates prices for existing laptop models. Quantity Update: Facilitates the update of laptop quantities in the inventory. Ensures accurate stock management by validating available quantities. Display Stock: Provides a comprehensive display of all laptops in the inventory. Formats the output for easy readability, showing brand, RAM, processor, quantity, and price. Low Stock Alerts: Identifies and displays laptops with low stock levels (below 6 units). Helps in proactive inventory management to avoid stockouts. Preference-Based Filtering: Allows users to filter laptops based on specific preferences such as brand, RAM, and processor. Supports single and multiple preference combinations to refine search results. Technologies Used: C++ Object-Oriented Programming Data Structures (Singly Linked List) Standard Template Library (STL) Project Insights: This project demonstrates the application of object-oriented programming principles in C++ to solve real-world inventory management problems. The use of a singly linked list data structure ensures efficient memory usage and flexible data handling. By integrating functionalities for insertion, updating, and filtering, the system provides a comprehensive solution for managing laptop inventory in a store. #C++ #Data Structures #Singly_Linked_List #Inventory_Management #Object-Oriented #Programming