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FLIGHT BOOKING SYSTEM

Overview

A fully designed server for a Flight Booking System for Ceasar Airlines based on the API Architecture using Python, Django and Django Rest Framework (DRF). This system allows user to sign in to access flight available on the system. Flight are available only when the seats are not booked to the maximum. The flight details and booking receipts are sent to the users after payment is done successfully.

Tech Stack

  • Backend: Python, Django.
  • Webservices: Django Rest Framework for Application Programming Interface.
  • Database: PostgreSQL.
  • Security Features: SQL Injection, Cross-Site Scripting (XSS).
  • Deployment: Docker, Github, Heroku.

Roles

The following roles are implemented:

  • Airline
  • Airline Manager
  • Customer

Workflow (Functionalities)

This is for just one airline that wants to sell seats to their customers via the internet. Following are the steps of workflow:

  1. All roles are authenticated and authorized using JWT.
  2. Airline Admin will set the prices of the seats. There should be three types of seats:
    • First Class
    • Business Class
    • Economy
  3. The Airline Admin can create and update flights.
  4. The Airline Admin can create and update the features of each type of seat.
  5. The Airline Admin can set the total number of seats for each flight.
  6. The Airline Manager can see a list of seats which the Admin has added or edited when he/she logs in.
  7. The Airline Manager then needs to approve the new price or updates.
  8. The Airline Admin and Manager can see the payment history, flight history and sales.
  9. When the price and update are approved by the manager only then should it be available for the customer to buy.
  10. The Customer should be able to view, search, filter and buy seats based on availability.
  11. When a customer buys a ticket the system can calculate how many seats are left. If all seats are bought the application does not let the customers buy more seats.
  12. The Customer should be able to select the following when buying a seat:
    • Origin and detination cities
    • Dates of travel
    • Number of people travelling
  13. When the customer selects the seat and confirms the booking, the flight Itinerary is shown to the customer
  14. When the customer approves the itinerary the customer is taken to a payment page where the total price should be calculated and shown.
  15. When the customer presses the pay button, process the transaction and mark the seat sold.
  16. Once the seat is sold, an email is sent to the customer with the flight itinerary.
  17. Display a detailed list of all booked flights for the customer.
  18. More flights are recommended to the user based on their recent bookings.

Development Setup

To start and run the local development server, Clone the repository, run the virtual environment and install all requirements.

  1. Initialize and activate a virtualenv:
  git clone https://github.com/Emmanuel-Okyere/flight_booking_system.git
  $ cd YOUR_PROJECT_DIRECTORY_PATH/
  $ virtualenv --no-site-packages env
  $ source env/bin/activate --linux
  for windows run
  venv/Scripts/activate
  1. Install the dependencies:
$ pip install -r requirements.txt
  1. Run the development server:
 python manage.py makemigrations
 python manage.py migrate
 python manage.py runserver
  1. Navigate to Home page http://127.0.0.1:8000/

Contributing

Pull requests are welcome. For major changes, please open an issue first to discuss what you would like to change.

Project status

This project is still under development.