Parking System

Parking System is based on the concept of recording the vehicle’s details. This whole system is in the C programming language. Also, the admin can perform all the tasks like adding, viewing, modifying, and deleting vehicle parking records. This is a simple management system build project in C programming for adding vehicles to the parking area. Also, you can see the count of vehicles in the parking area.

About the System

The Parking System was developed in a simple console application, This application is based on file handling in ‘C’, where I have used file-related functions like fopen, fread, fwrite, ..etc. Also, Here User can add Vehicle details (Vehicle Number) in the program and it’s not time-consuming. This System makes it easy to store records of each(Arrival and departure of vehicles). This whole Parking System Project is developed using ‘C’ Programming Language and different variables, strings, and file-handling functions have been used for the development of it. Parking System in C Programming is free to download with source code.  

Key Features of the Parking System

1. Arrival of a vehicle

   The arrival of a vehicle in a parking system is the initial step in the process of parking a vehicle in a designated parking space. Users can input information about vehicles entering the parking lot. They specify the type of vehicle (car or tricycle) and the vehicle number.

2. Total no. of vehicles parked

   Accurate tracking of the total number of vehicles parked at any given time is crucial for both convenience and security. This system keeps track of the total number of vehicles parked in the lot, including both cars and tricycles.

3. Departure of vehicle

   The departure of a vehicle from a parking system is the process by which a vehicle that has been parked in a parking space within a parking facility exits the facility.  Users can initiate the departure of a vehicle by specifying its type and number. So, the system calculates the parking duration and may generate a fine if certain conditions are met.

4. Check History

   Parking history tracking is a valuable feature for both parking operators and vehicle owners. Users have the option to check the history of vehicle arrivals, departures, and fines.

5. Exit

   The provided Parking System code implements the “exit” feature as part of the main menu. When a user selects option ‘0’ from the main menu. This allows the user to exit the program and close the Parking System.

Output:

Project Installation

To begin with, the Parking System, follow these installation steps:

Step-1: Download the project files as a ZIP archive.

Step-2: Extract the ZIP file to a location of your choice on your computer.

Step-3: Open the extracted folder to access the project files.

Step-4: Inside the folder, locate the .c file. This is the main source code file for the project.

Step-5: Open the .c file using a suitable Integrated Development Environment (IDE) that supports C programming, such as Visual Studio Code or any other C-compatible IDE.

Step-6: Once the file is open in your IDE, you can compile and run the project by clicking the “Build” and “Run” buttons.

Please note that while you can explore and use the code as a valuable learning resource, it’s essential to understand and implement it in a way that aligns with your specific project requirements. Avoid direct copying and pasting of the code for your project, as the real value lies in the knowledge gained through the process of building it yourself.

Conclusion

In this blog post, we explored the concept of parking systems and how they can benefit both parking lot operators and vehicle owners. We also discussed the implementation details of parking systems using the C programming language. By using C, parking lot operators can automate tasks and enhance client experiences.

Parking systems have significantly improved the parking experience for both drivers and parking lot operators. They offer a range of features that enhance efficiency and convenience, from simplifying the arrival and departure of vehicles to providing access to parking history. As cities continue to grow, the implementation of advanced parking solutions becomes essential to address the increasing demand for parking spaces and streamline urban mobility.

For a deeper dive, consider exploring languages like Python or Java with extensive frameworks for parking systems. Additionally, consider researching database management systems to store and retrieve member data efficiently.

So, we hope you found this blog post informative and engaging.

Download the project today, and take a step toward a more efficient Parking System.
Happy coding!!