TABLE OF CONTENTS

PROJECT SYNOPSIS
1) INTRODUCTION 5

2) PURPOSE 6

3) PROPOSED PLAN OF WORK 7

4) METHODOLOGY 8

5) HARDWARE & SYSTEM REQUIREMENT 9

6) SYSTEM DESIGN 10

7) TECHNOLOGY USED 11

8) MODULE USED 12

9) IMPLEMENTATION WORK DETAILS 25

10) FUTURE SCOPE AND FURTHER ENHANCEMENT 27

11) REFERENCES 28

PROJECT REPORT
1) ABSTRACT 30
2) SYSTEM ANALYSIS 31

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 2.1 IDENTIFICATION OF NEED
2.2 PREMINARY INVESTIGATION
2.3 FEASIBITY STUDY
2.4 PROJECT PLANNING
2.5 PROJECT SCHEDULING
2.6 SOFTWARE REQUIREMENT SPECIFICATION(SRS)
2.7 SOFTWARE ENGINEERING PARADIGM USED
2.8 DIAGRAMS

3) SYSTEM DESIGN 60
3.1 PROGRAM STRUCTURE
3.2 DATABASE DESIGN
3.3 MODULARIZATION DETAILS
3.4 DATA FLOW DIAGRAM
3.5 E-R DIAGRAM
3.6 CLASS DIAGRAM
3.7 SEQUENCE DIAGRAM
3.8 USER INTERFACE DESIGN

4) IMPLEMENTATION 81
4.1 CODING
4.2 CODE EFFICIENCY
4.3 PARAMETER PASSING / CALLING
4.4 VALIDATION CHECKS

5) TESTING 134
5.1 TESTING TECHNIQUES & STRATEGIES
5.2 CODE IMPROVEMENT

6) SYSTEM SECURITY 143

I.1 SYSTEM SECURITY
I.2 ACCESS CONTROL
7) COST ESTIMATION 145
8) SCREENSHOTS 146
9) CONCLUSION & FUTURE SCOPE 153
9.1 FUTURE SCOPE OF PROJECT
9.2 LIMITATIONS
10) RFERENCES 156

INTRODUCTION

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The project aims to design an Airline Reservation System application which enables the
customers to search and book flight . Airline Reservations Systems contain fare tariffs,
passenger reservations and ticket records.
An airline reservation system is a computerized platform used by airlines to manage various
aspects of their operations.

1.1 OVERVIEW OF THE PROJECT

The Airline Reservation System project is an implementation of a general Airline

Ticketing website like Orbitz, which helps the customers to search the availability of flights,
book and cancel the flight tickets. This project also covers adding, deleting or modifying
the customer details and flights. In general, this website would be designed to perform like
any other airline ticketing website available online.

PURPOSE OF THE PROJECT

The purpose of this project is to implement or to design a database for an airline reservation
system to check the flight details, book and cancel flight tickets. It makes the process of
booking and cancelling flight tickets simple and easy for the passengers.
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a. The system is essential for managing ticket bookings and reservations efficiently.
b. The popularity of air travel has led to the need for a reliable and efficient reservation system.

c. The system enables passengers to book tickets online or through a travel agent.
d. Passengers can view Airlines schedules, choose seats, and make payments securely through the
system.

e. The reservation system helps airlines manage their inventory, pricing, and revenue streams
effectively.
f. The system has become an essential tool for the airline industry and has revolutionized the way
people travel by air.

g. Airlines rely on the reservation system to ensure their operations run smoothly and efficiently.
h. The reservation system ticket booking is a crucial component of the airline reservation system.

i. The system enables passengers to make reservations for their Airliness conveniently and efficiently.

j. Whenever any requisition comes to the Counter to issue a ticket the firstly the Ticket Capacity
checked whether the required quantity of the ticket is present or not. If the required tickets are
present, then issue a ticket and update the reservation information and an entry is done to the Ticket
Issue Register.
k. The day-to-day entries are made manually into the book that has gotten all the relevant entries.

l. Check the Ticket Quantity regularly whether any ticket is not in, if so then Ticket Issue process is
cancelled. In the same way Ticket cancellation is followed. If Fare is increased or decreased, then
changes into Fare Book. If New Airlines is introduced then entry on relevant book, that process
applies to Airlines-Schedule, Airbus, and Branch.
m. At the end of the year or when an intermediate report is needed then prepare the report is required.

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 PROPOSED PLAN OF WORK

Creating a flight reservation system in JavaScript involves several steps. Here's a proposed plan
of work to guide you through the development process:

1. Project Setup:
 Set up your development environment. Choose a code editor, version control system (e.g.,
Git), and project structure.
 Initialize a new JavaScript project using npm or yarn.

2. Define Requirements:
 Gather requirements for the flight reservation system. Determine what features it should
have, such as:
 User authentication and registration
 Searching for flights
 Booking flights
 Managing reservation
 Payment processing
 Admin panel for managing flights, users, and reservations

3. Design Database Schema:

 Design the database schema to store information about users, flights, reservations, and
other relevant entities.
 Choose a database system (e.g., MongoDB, PostgreSQL) and set up the database.

4. Backend Development:
 Implement the backend logic using Node.js or another server-side JavaScript framework
(e.g., Express.js).
 Create RESTful APIs to handle user authentication, flight search, booking, reservation
management, and any other required functionalities.
 Implement server-side validation and error handling.

5. Frontend Development:
 Develop the frontend of the application using HTML, CSS, and JavaScript frameworks such
as React.js or Vue.js.
 Design user interfaces for registration, login, flight search, booking, reservation
management, and payment processing.
 Implement client-side validation and error handling.

6. Integration:
 Integrate the frontend with the backend by consuming the RESTful APIs.
 Implement authentication mechanisms to secure API endpoints.

7. Testing:
 Write unit tests and integration tests to ensure the reliability of the application.
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 Perform manual testing to validate the functionality from end users' perspectives.

8. Deployment:
 Deploy the application to a hosting platform such as Heroku, AWS, or DigitalOcean.
 Configure the deployment environment, including setting up databases, environment
variables, and security measures.

9. Monitoring and Maintenance:

 Set up monitoring tools to track application performance and detect errors.
 Establish a maintenance plan for regular updates, bug fixes, and feature enhancements.

10. Documentation:
 Document the project architecture, API endpoints, database schema, and any other relevant
information for future reference.

11. User Training and Support:

 Provide user documentation and training materials to help users navigate the system
effectively.
 Set up a support system to address user inquiries and troubleshoot issues.

12. Feedback and Iteration:

 Gather feedback from users and stakeholders to identify areas for improvement.
 Iterate on the application based on feedback and continue to enhance its functionality and
user experience.

By following this plan of work, you can systematically develop a flight reservation system in
JavaScript while ensuring its quality, reliability, and usability.

METHODOLOGY
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Designing a methodology for developing a flight reservation system involves structuring the project into
manageable phases and defining the approach for each phase. Here's a proposed methodology for
developing a flight reservation system:

1. Project Initiation:
 Define the project scope, objectives, and stakeholders.
 Conduct a feasibility study to assess the technical, operational, and financial viability of the
project.
 Create a project plan outlining timelines, milestones, and resource requirements.

2. Requirement Analysis:
 Gather requirements through interviews, surveys, and workshops with stakeholders.
 Document functional requirements (features and functionalities) and non-functional requirements
(performance, security, usability).
 Prioritize requirements based on their importance and feasibility.

3. System Design:
 Design the system architecture, including the frontend, backend, and database components.
 Create wireframes or mockups to visualize the user interface and user experience.
 Define the data model and database schema.
 Identify third-party APIs or services for features like payment processing or flight search.

4. Development:
 Implement the system components based on the design specifications.
 Develop the frontend using HTML, CSS, and JavaScript frameworks.
 Build the backend using server-side JavaScript frameworks like Node.js and Express.js.
 Integrate third-party APIs for functionalities like flight search and payment processing.
 Implement user authentication and authorization mechanisms.
 Conduct iterative development sprints, delivering incremental features and updates.

5. Testing:
 Perform unit testing to validate the functionality of individual components.
 Conduct integration testing to ensure that different parts of the system work together seamlessly.
 Perform system testing to validate the system as a whole, including end-to-end scenarios.
 Execute performance testing to assess the system's scalability and responsiveness.
 Conduct security testing to identify and mitigate potential vulnerabilities.
 Gather feedback from users and stakeholders through beta testing.

6. Deployment:
 Prepare the system for deployment to a production environment.
 Configure servers, databases, and other infrastructure components.
 Perform a final round of testing in the production environment.
 Deploy the system following best practices for deployment and release management.

7. Operation and Maintenance:

 Monitor the system's performance and availability.
 Implement mechanisms for logging, error tracking, and performance monitoring.
 Provide user support and address issues reported by users.
 Perform regular maintenance tasks such as applying software updates and security patches.
 Continuously improve the system based on user feedback and changing requirements.

8. Documentation:
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 Document the system architecture, design decisions, and implementation details.
 Create user manuals, technical documentation, and training materials for users and developers.
 Maintain documentation up-to-date throughout the project lifecycle.

9. Project Closure:
 Conduct a post-implementation review to assess the project's success against its objectives.
 Gather lessons learned and identify areas for improvement.
 Archive project documentation and deliverables.
 Celebrate project success and acknowledge the contributions of team members.

By following this methodology, you can systematically develop and deploy a flight reservation system
while ensuring its quality, reliability, and alignment with stakeholder requirements.

Requirement Specification

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HARDWARE REQUIREMENT-

An Intel based central processing unit capable of running any sort of windows
operating system such as Pentium based workstation.

Client Side:

RAM 512 MB

Hard disk 10 GB

Processor 1.0 GHZ

Server Side:

RAM 1 GB

Hard disk 20 GB

Processor 2.0 GHZ

Software Requirement:
Client Side:

Web Browser Google Chrome or any compatible browser

Operating System Windows or any equivalent OS

Server Side:

Web Server APACHE

Server Side Language PHP5.6 or above version

Database Server MySQL,php

Web Browser Google Chrome or any compatible browser

Operating System Windows or any equivalent OS

SYSTEM DESIGN

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3.1 Requirements
Designing an airline reservation system involves various components, including the user interface,
application logic, and data storage. Here is a brief overview of the system design of an airline
reservation system:

User Interface: The user interface includes the website or application that customers use to search for
Airliness, view availability, and make bookings. The user interface should be intuitive and user-friendly,
with clear navigation and easy-to-use search and booking forms. The design should be responsive,
meaning it should adapt to different screen sizes and devices.

Application Logic: The application logic of an airline reservation system includes the code that runs
behind the scenes to process bookings, manage inventory, and communicate with other systems. This
code is usually written in a programming language like Python and runs on a server.

Data Storage: The data storage component of an airline reservation system involves a database, such
as MySQL or PostgreSQL, where all the information about Airliness, inventory, and bookings is stored.
The database is accessed by the application logic to retrieve and update information in real-time.

Search and Booking Engine: The search and booking engine is a critical component of an airline
reservation system. It uses complex algorithms to search for Airliness based on a range of criteria,
including dates, destinations, and passenger numbers. Once a suitable Airlines is found, the booking
engine handles the booking process, which includes seat selection, ayment processing, and confirmation.

Payment Gateway Integration: An airline reservation system needs to integrate with a payment
gateway to process payments securely. This involves sending payment information to the gateway,
receiving a response, and updating the booking status accordingly.

Reporting and Analytics: The reporting and analytics component of an airline reservation system
includes generating reports on key metrics, such as revenue, booking volume, and customer
demographics. This information is used to inform business decisions and improve the user experience.

In summary, designing an airline reservation system involves creating an intuitive user interface, writing
application logic to process bookings and manage inventory, storing data in a database, integrating with
payment gateways, and generating reports and analytics. By bringing all these components together, an
airline reservation system can provide a seamless and efficient booking experience for customers.

3.2 E-R Diagram:

An ER model is an abstract way to describe a database. Describing a database usually starts with a
relational database, which stores data in tables.

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 Fig 3.1 E-R Diagram

3.3 Usecase Diagrams:

A use case diagram is a visual representation of the various interactions that users have with a system.
In the context of an airline reservation system, the use case diagram would outline the different actions
that users can take on the system and the corresponding system responses.

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 Fig 3.2 Use case Diagram

3.4 Class Diagrams:

A class diagram is a type of UML diagram that illustrates the structure of a system by showing the
classes, their attributes, methods, and relationships.

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 Fig 3.3 Class Diagram

3.5 UML Diagrams:

Fig 3.5 Uml Diagram

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 Software Requirement Analysis

2.1 Software Configuration:-

The minimum Software required by the system is follows.

1. Visual Basic 10.0 as Editor

2. HTML,CSS,JAVASCRIPT and
3. Python Django framework

Features of Visual Basic 10.0 : -

Visual Basic provides complete set of tools to simplify rapid application Development.

a. It provides a vital link to graphical environment and allows you to develop applications
based on standard windows features: Dialog boxes, Command buttons, Pull down
menus, Scroll Bars, Selection lists etc. It also allows creating robust applications that
fully make use of the graphical user interface.

b. Internet techniques such as Dynamic HTML, Active server pages (ASP) and Active X
documents offer browser-based alternatives for displaying and updating data.

c. Extensions to Visual Basic class modules assist in writing middle-tier DLLs for
Microsoft transaction server 2.0.
d. A multitude of wizards and other graphical tools aid developers new to Visual Basic.

e. Visual Basic is an event driven programming language.

f. Data Environment Designer (DED).
g. Drag and drop form generation.
h. Data view window.

i. ADO Data Control (ADODC).

j. ADO-compliant data-bound controls.

k. Hierarchical record sets and Flex Grid Control.

l. Data report design.
m. Format objects.
n. Data repeater control.

o. Visual data tools (VDTS).

p. SQL editor.
q. Component creation.
r. Language.
s. Packaging and Deployment wizard.
t. Data object wizard..

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2.2 REQUIREMENT ANALYSIS

As we have decided to develop a new system now it is time to determine the new requirements for the
new system. As the user is the most important part of any system it is required to find the users
requirements to develop a user-friendly system rather than having to develop a developer friendly
system.

The outputs required by the user that must be included into the proposed system are as follows:
a. The work for the user must be personalized.

b. Passport and valid visa are required for ticket booking.

c. Tickets are print as in required order.

d. The user must be provided easy if he wants to switch from one application to other at a time.

e. Payment processing: The system should support secure payment processing using various
payment methods, including credit/debit cards, e-wallets, and bank transfers.

f. Seat selection: The system should allow passengers to select their preferred seats during the
booking process.

g. Ticket generation: The system should generate electronic tickets for passengers upon successful
booking.

h. Performance: The system should be able to handle high volumes of traffic and transactions
without affecting performance.

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 TECHNOLOGIES USED

7.1 Html5:
HTML plays a crucial role in the projects of airline reservation ticket booking systems as it is the
standard markup language used to create web pages. Some of the key roles that HTML plays in such
projects are:

1. Creating the User Interface: HTML is used to create the structure and layout of the web pages
that make up the user interface of the airline reservation system. It is used to define the different
elements on the page, such as headings, paragraphs, lists, tables, forms, and more.

2. Displaying Content: HTML is used to display content to the user. This includes displaying
Airlines search results, Airlines details, booking forms, payment information, and more.

3. Enhancing User Experience: HTML is used to add interactive elements to the user interface,
such as dropdown menus, buttons, calendars, and more. These elements help enhance the user
experience and make it easier for users to navigate and use the airline reservation system.

4. Ensuring Accessibility: HTML is used to ensure that the airline reservation system is accessible
to all users, including those with disabilities. This includes using semantic HTML to create a
clear and understandable structure, providing alternative text for images and videos, and more.

5. Search Engine Optimization: HTML is used to optimize the airline reservation system for search
engines. This includes using descriptive and relevant headings, adding meta tags, and more,
which helps improve the visibility and ranking of the website on search engines.

Overall, HTML plays a vital role in the development of airline reservation ticket booking
systems by providing the foundation for the user interface and ensuring a seamless and intuitive
experience for users.

7.2 CSS3:
1. CSS plays a crucial role in the user interface design of an airline reservation system. It allows
designers to style and format the webpage layout, typography, colors, and other visual elements to
create an appealing and user-friendly interface for the users.

2. Colors: CSS can be used to define the color palette of the interface, including the background color,
text color, button color, and other visual elements. This helps to create a consistent and visually
appealing interface.

3. Responsive Design: CSS can be used to create a responsive design that adapts to different screen
sizes and devices, such as desktops, tablets, and smartphones. This includes using media queries to
define different styles for different devices.

4. Animations and Transitions: CSS can be used to add animations and transitions to the interface to
improve the user experience. This includes using keyframe animations to create custom animations
and using transition properties to create smooth transitions between different states of the interface.
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Overall, CSS is an essential tool for creating a visually appealing and user-friendly interface for an
airline reservation system. It enables designers to create a cohesive and consistent look and feel for the
interface while ensuring that the content is easy to read and navigate.

7.3 JavaScript:
JavaScript plays a crucial role in the projects of airlines reservation tickets booking system. Here are
some of the ways JavaScript can be used in the project:

1. User Interface: JavaScript can be used to enhance the user interface of the website. It can add
interactivity to the website such as dropdown menus, sliders, and pop-ups. JavaScript can also be
used to create animations and visual effects that make the website more engaging and visually
appealing.

2. Form Validation: JavaScript can be used to validate the user's input on forms. This can help
prevent errors and ensure that users enter the correct information. JavaScript can also be used to
give feedback to the user in real-time when an error is detected, making the user experience more
seamless.

3. Airlines Search and Filtering: JavaScript can be used to implement the search and filtering
functionality of the website. It can allow users to search for Airlines based on their preferences
such as destination, dates, and price range. JavaScript can also be used to sort and filter the
search results, making it easier for users to find the right Airlines.

4. Seat Selection: JavaScript can be used to create the seat selection interface. It can allow users to
select their seats based on availability and their preferences. JavaScript can also be used to show
the layout of the plane and highlight which seats are available.

5. Payment Processing: JavaScript can be used to implement the payment processing functionality
of the website. It can handle the communication between the website and the payment gateway
to ensure that users can securely make their payments.

6. Real-time Updates: JavaScript can be used to implement real-time updates on the website. This
can include updating the availability of seats, Airlines status, and other information in real-time.
It can also be used to implement live chat functionality, allowing users to get instant support.

Overall, JavaScript is a critical component of airlines reservation tickets booking system

projects, enabling developers to create dynamic and interactive user experiences that are
essential to the success of the project.

7.4 Python-Django:
Python Django can play a crucial role in the projects of airline reservation ticket booking systems. Here
are some ways in which Python Django can be used:

Building the Backend System: Python Django is a powerful web framework that can be used to build the
backend system that powers the airline reservation system. This includes building the database models,

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creating APIs for the frontend to interact with the backend, implementing search and booking
algorithms, and managing user authentication and authorization.

Integrating with Payment Gateways: Payment gateways are an essential component of airline reservation
systems, and Python Django can be used to integrate with various payment gateways such as PayPal,
Stripe, and Braintree. This includes building the necessary APIs and implementing the necessary
security protocols to ensure that user data is secure.

Managing User Authentication and Authorization: Python Django can be used to manage user
authentication and authorization, which is critical for any airline reservation system. This includes
implementing secure login mechanisms, managing user profiles, and implementing user roles and
permissions.

Building the User Interface: While HTML, CSS, and JavaScript are typically used to create the user
interface, Python Django can be used to generate dynamic content, such as search results and booking
confirmations. This includes building templates and views that can be used to display data from the
backend.

Implementing Security and Privacy Features: Python Django can be used to implement security and
privacy features such as encryption of sensitive user data, ensuring compliance with data protection
regulations, and implementing security protocols for user authentication and authorization.

Managing System Maintenance and Upgrades: Python Django can be used to manage system
maintenance and upgrades, including updating the database schema, deploying new code updates, and
ensuring the system is scalable and can handle increasing user traffic.

Overall, Python Django can be a valuable tool in building robust, secure, and scalable airline reservation
systems that provide a seamless user experience.

7.5 MySQL:

MySQL plays a crucial role in the backend development of an airline reservation system. Here are some
of the ways in which MySQL is used in such a project:

1. Data Storage: MySQL is used to store all the data related to Airlines schedules, availability, and
pricing. It is also used to store customer information, such as their contact details, travel
preferences, and booking history.

2. Querying and Retrieving Data: MySQL is used to perform queries on the data stored in the
database and retrieve the relevant information. This is used to populate search results, Airlines
availability, and pricing information on the website or application.

3. Booking Management: MySQL is used to manage the booking process, from seat selection to
payment processing. This involves updating the database in real-time as bookings are made and
ensuring that bookings do not exceed the available capacity of the Airlines.

4. Reporting and Analytics: MySQL is used to generate reports and analytics on the performance of
the airline reservation system. This includes tracking metrics such as booking volume, revenue,
and customer demographics.

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 5. Integration with Other Systems: MySQL is used to integrate with other systems such as payment
gateways, CRM systems, and airport information systems. This involves updating the database in
real-time with the relevant information and ensuring that data is transferred securely between the
systems.

Overall, MySQL is a critical component of an airline reservation system and is essential for the smooth
and efficient operation of the system. It allows for the storage, retrieval, and management of large
amounts of data, and enables real-time updates and integration with other systems.

FEASIBILITY STUDY
Feasibility study is most important, and it concerns great to the passenger, for which new system is to be
developed. It includes the study of success and level of satisfaction that the passenger and the user will
get from the system.
Feasibility means possibilities (to some extent), i.e., this study explores the possibility of
implementation of new system as a substitute to old system removing all shortcomings and including all
new requirements.
An initial determine in a proposal that whether an alternative system is feasible or not. To determine
feasibility of candidate system in all respect I need to consider following feasibility factors:
 Technical feasibility
 Behavioural feasibility

4.1 TECHNICAL FEASIBILITY:-

It is determined by the hardware and supporting software.
Hardware requirement: stand-alone computer with enough main memory space & backup storage more
than 2 GB to support RDBMS and huge database.
Software requirement: SQLITE3.

4.2 BEHAVIOURAL FEASIBILITY: -

It includes training the user staff on the candidate system. The data entry design is like other forms being
used by the user staff.
Data entry forms are very user friendly and data entry job has been kept minimum. So, training of 3-4
will be sufficient. Even for generating reports the user must supply 2-3 parameters only.

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 LITERATURE SURVEY

5.1 About literature survey

Airline Reservation Systems: HTML and CSS can be used to create a webpage that explains the
different types of airline reservation systems. JavaScript can be used to add dropdowns, buttons, and
other UI elements to enhance the user experience. Python and Django can be used to build a backend
system that powers the airline reservation system.

Architecture of Airline Reservation Systems: HTML and CSS can be used to create a webpage that
explains the architecture of airline reservation systems. JavaScript can be used to add diagrams and
animations to help users understand the system's components. MySQL can be used to store the data that
powers the system.

Features of Airline Reservation Systems: HTML and CSS can be used to create a user interface for the
airline reservation system that showcases its features. JavaScript can be used to add interactivity to the
UI elements, such as dropdowns, calendars, and forms. Python and Django can be used to build the
backend system that powers the features, such as Airlines search and booking, seat selection, baggage
allowance, and check-in.

User Interface and User Experience of Airline Reservation Systems: HTML and CSS can be used to
create a visually appealing and user-friendly interface for the airline reservation system. JavaScript can
be used to add interactivity and animations to make the interface more engaging. Python and Django can
be used to build the backend system that powers the interface.

Integration with Other Systems: Python and Django can be used to build the backend system that
integrates with other systems, such as payment gateways, CRM systems, and airport information
systems. HTML, CSS, and JavaScript can be used to create the user interface for the integrations.

Security and Privacy Considerations: Python and Django can be used to build a secure backend system
that ensures data protection, encryption, and authentication mechanisms. HTML, CSS, and JavaScript
can be used to create a user interface that communicates the security and privacy features to the users.

Challenges and Limitations of Airline Reservation Systems: HTML, CSS, and JavaScript can be used to
create a user interface that showcases the challenges and limitations of airline reservation systems, such
as system downtime and compatibility issues. Python and Django can be used to build the backend
system that addresses these challenges and limitations.

Innovations and Trends in Airline Reservation Systems: Python and Django can be used to build a
backend system that incorporates innovations and trends in airline reservation systems, such as AI, ML,

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and NLP. HTML, CSS, and JavaScript can be used to create a user interface that showcases these
features.

Future Directions of Airline Reservation Systems: Python and Django can be used to build a backend
system that incorporates the future directions of airline reservation systems, such as personalized and
context-aware services, blockchain technology for secure transactions, and new business models.
HTML, CSS, and JavaScript can be used to create a user interface that communicates these future
directions to the users.

5.2 FEATURES OF AIRLINES RESERVATION SYSTEM

a. Manual work must be reduced and Result to be received quickly.

b. To speed up the operation and Decrease manpower, high cost.

c. Increase security, speed, storing and accuracy.
d. The customers must face only one person at the booking counter for obtain the
reservation.

e. Managing and maintaining data becomes easier and cost effective due to very high
amount and reliability of storage space available in the proposed system.

f. It provides support for queries throughout all the branches at any given time at a very high
speed, saving a lot of time.

g. The system has been developed under Microsoft Visual Basic 10.0 , (HTML ,CSS,JS) as a
Front-End tool and Python Django as a Framework tool.

h. Multiple Payment Options: A modern airline reservation system offers multiple payment
options such as credit/debit card, online banking, and mobile payment.

i. Fare Comparison: The system allows passengers to compare the fares of different
Airliness to choose the best option for their travel needs.

j. Special Requests: Passengers can make special requests during the booking process such
as wheelchair assistance, special meals, or extra baggage.

k. Customer Support: A modern airline reservation system provides efficient customer

support through various channels such as email, phone, or chat, to address any queries or
issues related to ticket booking.

Scope of the Project

6.1 Internal Features

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The scope of an airline reservation system project is vast and includes various aspects of Airlines
reservation management. The primary goal of the project is to design and develop a software application
that enables customers to book and manage Airliness online. Below are some of the key areas that the
project will cover:

Airlines Search: The system will provide a user-friendly interface for customers to search for
Airliness by selecting the source and destination, date of travel, and the number of passengers.

Airlines Booking: Customers will be able to select their preferred Airliness and book them online.
The system will provide different payment options for customers to make payments securely.

Airlines Schedule: The system will display the Airlines schedules of different airlines to help
customers choose the most convenient and suitable option.

Reservation Management: The system will enable customers to manage their reservations by
making changes to their bookings, canceling Airliness, or rescheduling them.

Seat Selection: The system will allow customers to select their preferred seats while making their
reservations.

Customer Support: The system will provide a customer support feature to help customers with their
queries related to Airlines bookings, cancellations, refunds, etc.

Reporting and Analytics: The system will provide reports and analytics to help airlines analyse
their Airlines booking data and improve their services.

SCREENSHOTS
6.2 Screenshot

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Fig 6.1 Login Page

Fig 6.2 Sign-up Page

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Fig 6.3 Booking Dashboard

Fig 6.4 Future’s Plan

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Fig 6.5 Available Result Page

Fig 6.6 Enter Details Page

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Fig 6.7 Passenger Details Page

Fig 6.8 Proceed to Payment Page

26
Fig 6.9 Confirmations Page

Fig 6.10 Ticket Receipt Page

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 CHAPTER 7

CONCLUSION AND REFERENCES

7.1 CONCLUSION
The Airline reservation system has been a way of minimizing the clerical work, which is almost a
routine and consumes the most precious time.
The airline reservation system for ticket booking is a critical component for airlines, as it enables them
to manage their Airliness, bookings, and passenger data.

The system should have functional requirements such as Airlines search and booking, payment
processing, seat selection, ticket generation, and Airlines management.

Non-functional requirements such as security, performance, usability, scalability, and reliability are
equally important to ensure the system is highly available, scalable, and user-friendly while complying
with industry regulations.

User requirements should also be considered, including the support for multiple languages and
currencies, and the system should cater to different user groups, including passengers, travel agents, and
airline staff, with different levels of access and permissions.

Regulatory requirements are crucial, and the system should comply with relevant regulations such as
data protection, privacy, and airline industry regulations.

7.2 References

1. Html and CSS is used to design a website – Using W3 School

2. JavaScript is used as framework – By Simplilearn & Neso academy.

3. Python-Django is used to connect – C Burch Journals of computer science in

colleges ,2010 dl.acm.org

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4. MySQL & SQLite3 for database connection – MN Abdullah, EH Khadim -2016,
academia.edu
5.

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