Best Turf Booking Project using Python Django

Turf Booking Project

A simple project on Turf Booking and Management System built with Python Django, designed to make the process of turf slot booking easy, secure, and efficient. This web-based platform allows users to book a turf for a specific time slot, verify their identity via OTP using Twilio, and manage their bookings in a user-friendly way.

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This project is perfect for students who want to understand Django CRUD operations, custom authentication with phone numbers, and OTP verification integration using Twilio API.

Project Overview

Introduction

The Turf Booking Project is a Django-based website that allows users to book and manage turf slots for sports activities such as football, cricket, or badminton. The system uses Twilio’s SMS service for sending OTPs during user registration to ensure secure authentication.

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Unlike simple registration systems, this project uses phone number-based login instead of email, making it modern and mobile-friendly. Once logged in, users can book slots, view their booking details, and give feedback or ratings for the turf experience.

This project not only helps students learn Django development concepts but also shows how real-world businesses can automate turf or sports ground bookings efficiently.

Available Features

Based on the source code, here are the features available in this project:

1. User Authentication (Phone-Based)

Users can register using their mobile number. The project doesn’t use the default Django username/email-based system. Instead, it authenticates users by their phone numbers, making it simple and intuitive for real-world users.

2. OTP Verification via Twilio

During registration, the system generates a 6-digit OTP using Python’s random module and sends it via Twilio API to the user’s phone for verification. This ensures secure signup and prevents fake users.

3. Secure Login and Logout

Once verified, users can log in using their phone number and password. Django’s built-in session management ensures secure login handling.

4. Turf Slot Booking

The user can book a turf for a specific start and end time, and the project automatically records the booking details in the database. It uses the Slot_booking model, which includes:

• Name
• Phone number
• Start time
• End time
• Total amount

5. Ratings and Feedback

After using the turf, users can submit feedback or ratings through a form. The Ratings model stores:

• User name
• Comment
• Rating value (integer)
• Date of creation

6. Admin Dashboard

The Django Admin Panel allows the admin to manage:

• Registered Users
• Turf Slot Bookings
• Ratings and Feedback

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Admins can monitor bookings, update details, and even delete invalid records directly through the admin interface.

Installation Guide (VS Code)

Follow this step-by-step installation guide to run the project in Visual Studio Code (VS Code):

Step 1: Install Python and Django

Make sure Python is installed on your system.
Check the version:

python --version

If Django is not installed, install it using pip:

pip install django

You’ll also need to install Twilio for OTP verification:

pip install twilio

Step 2: Extract and Open the Project

Unzip the downloaded Turf-Booking-Project folder.
Open it in VS Code using:

code Turf-Booking-Project

Step 3: Set Up a Virtual Environment

Creating a virtual environment helps manage dependencies:

python -m venv venv

Activate it:

• For Windows: venv\Scripts\activate
• For Mac/Linux: source venv/bin/activate

Step 4: Install Required Dependencies

Inside the project folder, run:

pip install -r requirements.txt

This installs all necessary libraries (like Django and Twilio).

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Step 5: Configure Twilio API

Open the file account/views.py and locate these variables:

account_sid = 'your_twilio_account_sid'
auth_token = 'your_twilio_auth_token'
twilio_number = 'your_twilio_phone_number'

Replace them with your actual Twilio credentials.
You can get these from your Twilio dashboard.

Step 6: Apply Database Migrations

To set up the database:

python manage.py makemigrations
python manage.py migrate

Step 7: Create a Superuser

To access the admin panel:

python manage.py createsuperuser

Enter the details when prompted (use your phone number as the username).

Step 8: Run the Server

Start the Django development server:

python manage.py runserver

Once the server starts, open the given URL (usually http://127.0.0.1:8000/) in your browser.

Step 9: Access the Admin Panel

Visit:

http://127.0.0.1:8000/admin

Log in using the credentials you created for the superuser.

Usage Guide

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The Turf Booking Project supports multiple user roles with specific functionalities:

1. User

• Sign Up / Login using phone number and OTP verification.
• Book a Slot by entering start and end times.
• View Booking Confirmation and total amount.
• Submit Ratings and Feedback after using the turf.

The user interface is simple and responsive, allowing anyone to use it easily without technical knowledge.

2. Admin

• Manage Turf Bookings: Add, update, or delete turf slot bookings.
• View Registered Users: Track user activity and booking frequency.
• Moderate Ratings: Ensure only valid and useful reviews are shown.

This makes the admin interface an essential part of maintaining the overall system integrity.

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From a Student’s Perspective

This project is an excellent learning experience for students pursuing web development or computer applications (like BCA or MCA).

Here’s why this project is highly useful for students:

• Real-World Relevance: Turf and ground booking systems are widely used in sports management, making this project practical.
• Twilio Integration: Students learn to use APIs for sending OTPs and integrating external services.
• Custom User Model: The project demonstrates how to extend Django’s default user model and use phone-based authentication.
• Hands-On CRUD Operations: It provides complete CRUD functionality—creating, reading, updating, and deleting bookings.
• Database Handling: SQLite is lightweight and ideal for beginners to understand data storage concepts.
• Professional UI: The templates (like index.html, Login.html, and dashboard.html) show how frontend and backend connect in Django.

Students can also extend this project by:

• Adding payment gateway integration.
• Implementing booking cancellation and refund logic.
• Creating email/SMS reminders for upcoming bookings.

By completing this project, students gain practical experience in full-stack web development using Django.

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