Store-Billing-System

Abstract

Doubly linked lists were strategically chosen to meet specific project requirements. This report explores their advantages over singly linked lists, such as bidirectional traversal, efficient node removal, and improved data manipulation capabilities. A detailed examination illustrates how the implementation of doubly linked lists aligns with project objectives, contributing significantly to the store-billing system's effectiveness. In the language and tools section, we discuss the rationale behind selecting C++ as the primary language, highlighting its support for procedural and object-oriented programming. The report also touches on the tools and libraries used, ensuring a cohesive and effective implementation of the store-billing system, emphasizing the integration of doubly linked lists. The source code section provides glimpses into critical functions, classes, and algorithms, with a specific focus on the utilization of doubly linked lists. These code snippets and explanations offer a comprehensive understanding of how doubly linked lists are seamlessly integrated into the codebase, showcasing their pivotal role in managing and manipulating data within the store-billing system. Quantifying the impact of the store-billing system, the results section now emphasizes the specific contributions of doubly linked lists to the system's efficiency.