Valet Parking System

GITHUB LINK - https://github.com/DevS0ni/Valet-Parking-Application-Project

Description: The Valet Parking System is a C++ application designed to manage the operations of a valet parking service. The system allows for the parking and retrieval of vehicles, maintaining a record of parked vehicles, providing parking tickets, and handling various functionalities related to valet parking.

Tech Stack:

• Programming Language: C++
• File Handling: ifstream, ofstream (for reading and writing data files)
• Object-Oriented Programming (OOP): Utilizes classes and polymorphism for managing different types of vehicles (Car, Motorcycle) and Modular Approach.
• Dynamic Memory Management: Allocates and deallocates memory for vehicle objects during runtime.
• User Interaction: Utilizes console-based user interfaces for input and output.
• Data Storage: Saves and loads vehicle records to/from data files.

Key Components:

1. Parking Module:
   • Constants: Defines a constant for the maximum number of parking spots.
   • Attributes: Tracks the number of spots, number of parked vehicles, and an array of vehicle pointers representing parking spots.
   • Constructor: Initializes the parking module with the number of spots, checks for validity, and initializes parking spots array.
   • Private Methods: Implements various functionalities such as checking if the parking is empty, printing parking status, loading and saving data, listing parked vehicles, finding vehicles, parking a vehicle, and returning a vehicle.
   • Exit Parking Function: Closes the parking by towing remaining vehicles.
2. Vehicle Class:
   • Polymorphism: Utilizes polymorphism to handle different types of vehicles (Car, Motorcycle) through a common base class.
   • Attributes: Stores information such as license plate number, make, and model of the vehicle.
   • Dynamic Memory: Allocates and deallocates memory for vehicle objects dynamically.
   • Comma Separated Value Mode: Supports reading and writing vehicles in comma-separated value mode.
3. Date Module:
   • Date Handling: Manages date-related operations, supporting the tracking of vehicle entry and exit dates.

Testing:

• Functional Testing: Validates each functionality of the valet parking system, including parking, returning, listing, finding, and closing the parking.
• Edge Cases: Tests scenarios with the maximum number of parking spots, invalid inputs, and situations where the parking is full.
• Data Persistence: Verifies that data is correctly loaded and saved from/to data files.

Conclusion: The Valet Parking System is a robust C++ application that efficiently manages the operations of a valet parking service. By incorporating OOP principles, dynamic memory management, and user-friendly interfaces, the system provides a comprehensive solution for handling vehicles, ensuring a smooth and organized valet parking experience.