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Clothing Store Delivery and Inventory System

This project implements a Clothing Store Delivery and Inventory Management System using C++. The system supports a variety of operations such as browsing inventory, managing sales, calculating delivery charges, and maintaining order information. It uses algorithms like Dijkstra's and Prim's to calculate delivery distances and optimize routing.

Features

1. Interactive Menu

  • Provides options to browse sections for men, women, and kids.
  • Allows viewing items in New Arrivals and Sales sections.
  • Includes guidance for new customers.

2. Delivery Management

  • Supports inter-city and intra-city deliveries.
  • Calculates delivery charges based on distances using Dijkstra's and Prim's algorithms.
  • Provides estimated delivery time based on distance.

3. Inventory and Sales

  • Displays detailed item catalogs for various categories:
    • Women: Unstitched, stitched, and accessories.
    • Men: Casual, formal, and traditional wear.
    • Kids: Clothing, shoes, and accessories.
  • Offers discounts (30% and 50%) on selected items.
  • Calculates total costs including GST.

4. Order Management

  • Maintains a linked list of orders for efficient tracking.
  • Clones orders with details such as delivery distance and charges.
  • Provides a final receipt with itemized costs.

Algorithms Used

1. Dijkstra's Algorithm

  • Calculates the shortest path for inter-city deliveries.
  • Ensures efficient delivery routing between major cities.

2. Prim's Algorithm

  • Optimizes intra-city delivery routes by calculating the Minimum Spanning Tree (MST).
  • Minimizes additional travel distances.

Code Structure

Key Classes

  1. order:

    • Manages individual orders including item details, cost, and delivery distance.

  2. receipt:

    • Handles receipt generation and total cost calculation, including GST.

  3. delivery:

    • Implements delivery management using Dijkstra's and Prim's algorithms.

  4. NewArrival, sale, and menu:

    • Manage inventory display, sales, and customer interactions.

  5. userchoice:

    • Centralizes user navigation, menu selections, and overall functionality.

How to Run the Program

1. Clone the Repository

git clone https://github.com/CashierLess-Clothing-Store.git

2. Navigate to the directory

cd CashierLess-Clothing-Store

3. Compile the Code

g++ -o ClothingStore main.cpp

4. Run the Program

./ClothingStore

Project Highlights

Scalable Codebase:

  • Modular design for easy addition of new features.
  • Separate classes for distinct functionalities.

Real-World Application:

  • Implements algorithms for delivery optimization.
  • Simulates inventory and sales systems used in retail businesses.

User-Friendly:

  • Interactive menus for easy navigation.
  • Clear guidance for new customers.

Future Enhancements

Database Integration:

  • Add a database backend for persistent order tracking.

GUI Implementation:

  • Create a graphical user interface to improve user experience.

International Deliveries:

  • Extend delivery management to include international locations.

Multi-Store Support:

  • Add functionality to manage multiple store branches.

Contribution Guidelines

Contributions are welcome! If you'd like to contribute:

  • Fork the repository.
  • Create a feature branch.
  • Submit a pull request.
  • Please ensure your code follows the project's coding standards.