case study on online movie ticket booking

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CASE STUDY ON " ONLINE MOVIE TICKET BOOKING SYSTEM "

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Temitayo Balogun

As businesses are getting better, and many lifestyle changes. The movie community has not changed preferences. Many people still queue to pay for placement to watch movie in cinema houses. For those who hated queueing, they would buy a VCD or DVD to watch at home. The introduction of e-services has shown that e-commerce website can promote a trendy way for people to perform booking/reservation. As far as the subject matter is concerned, online booking systems can be developed for bus stations, airports, hotels, cinemas and other centers that engage in reservation. However, in this research, we developed an online booking system for cinema house called FLOW entertainments. We used Hypertext MarkUp Language, Cascading Style Sheet and JavaScript for the front end and MySQL database as the back end; and PHP as the scripting language. The designed system was implemented using the XAMPP package. XAMPP comes with the Apache as the server, NetBeans and Dreamweaver CSS were used at the custo...

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Vannessa Tamayo

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India is a country which has the world’s largest railway network. The common problems faced by the passengers is that they have to stand in longs Queues for booking the tickets for suburban railway. Though the technology is advancing still the problem exist we can consider an example of Dadar station it’s one of the busiest station where these long queues can be seen Frequently. To overcome this Queues, different methodologies are used like ATVM (Automatic Ticket Vending Machines) machines are introduced which is linked with smart card and now at present its also linked with UTS Application. This smartcard used can be purchased and recharged at ticket counter. The UTS application build is with android platform since android has major hold of the market, considering the present scenario. The ticket can be booked using the application(Softcopy). Later on, CO-ATVM machines were introduces which is an extension of ATVM machine which involves payment through Notes/Coins. There is also ot...

International Journal for Research in Applied Science & Engineering Technology (IJRASET)

IJRASET Publication

The current railway or bus ticket booking system is human dependent and tedious with regards to the ticket booking process. The core objective of our project is to develop the web-application which will serve as a medium for students/employees/anyone to book the tickets to travel through trains or bus. The principle motive force of this web-application is to ease the process of ticket booking by avoiding the hectic and boisterous process to stand in a queue and book the ticket for the short distance for travelling in the trains. Several applications are available in the market which gives information about the travelling destinations and their fares. However, none of these applications incorporate the ticket booking process coordinated for both train and bus. Our application contrasts from such a lot of existing applications as it would book the ticket as well as save the ticket in the cloud database for both train and bus. Ticket can be bought with the help of smart phone, laptop using the web-application where your railway tickets can be carried in your phone. The ticketing information of the user is securely stored in the cloud database. Additionally, the ticket checker is given the checker application which is utilized for the approval of the ticket appeared by the user. This framework gives the ticket checker web-application to look for the user's ticket with the ticket number or other appropriate information in the cloud database for checking purposes. Consider that the user's display is being damaged and not able to show the ticket due to other reasons like battery failure we have another safeguard alternative to check the ticket by searching in the ticket database with the ticket number or user's other relevant information for validation purpose.

Mohamed Nourdine

I I A R D-I n t e r n a t i o n a l I n s t i t u t e o f A c a d e m i c R e s e a r c h a n d D e v e l o p m e n t ABSTRACT Online Bus Ticket Reservation System is a Web based application that works within a centralized network. This project presents a review on the software program "Online Bus Ticket Reservation System" as should be used in a bus transportation system, a facility which is used to reserve seats, cancellation of reservation and different types of route enquiries used on securing quick reservations. OBTRS is built for managing and computerizing the traditional database, ticket booking and tracking bus and travel made. It maintains all customer details, bus details, reservation details. In order to achieve the design, Imo Transport Company (ITC) was chosen as a case study because of its strategic importance to Imo State. Structured Systems Analysis and Design Methodology (SSADM) was adopted. In addition, PHP Hypertext Preprocessor (PHP) language was used for the front-end of the software while the back end was designed using MySQL. The software achieved is capable of improving the customer hand and relationship management in ITC operations. It is recommended that despite the present functionality of the designed software, an additional functionality such as the use of E-mail to send tickets and notifications to the customer and an online payment using credit cards/debit cards should be implemented into the system. Furthermore, other operations carried by ITC such as the courier services should also be integrated in order to enhance the system.

Journal of Computer Science and Technology Studies

Salsabila Safira Azalea

In this day and age, technology development is very rapid, especially the development of the internet which greatly facilitates human work in various fields such as the military, offices, factories, medical, and entertainment. Entertainment is something that is very much needed for some people because of the density of activities, for many recreational places have started to use all their activities through the web, one of which is in terms of promotions and ticket purchases. Here the author makes a system where ticket purchases can be made via the web. Starting from designing the existing displays by coding with the programming language that has been determined, for client-side namely HTML, CSS (Bootstrap), and JavaScript as well as server-side using PHP and MySQL. After that, it is implemented using a computer. This writing aims to build a ticket purchase information system and tourism promotion that is simple and easy to use.

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Movie Ticket Booking App (UX/UI Case Study)

Creative Fields

Product Design

Interaction Design

• movie ticket app
• movie ticket booking
• ticketing app
• user experience

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design-a-movie-ticket-booking-system.md

Latest commit, file metadata and controls, design a movie ticket booking system, let's design movie ticket booking system.

We'll cover the following:

System Requirements

Use case diagram, class diagram, activity diagrams, concurrency.

An online movie ticket booking system facilitates the purchasing of movie tickets to its customers. E-ticketing systems allow customers to browse through movies currently playing and book seats, anywhere and anytime.

Our ticket booking service should meet the following requirements:

• It should be able to list the cities where affiliate cinemas are located.
• Each cinema can have multiple halls and each hall can run one movie show at a time.
• Each Movie will have multiple shows.
• Customers should be able to search movies by their title, language, genre, release date, and city name.
• Once the customer selects a movie, the service should display the cinemas running that movie and its available shows.
• The customer should be able to select a show at a particular cinema and book their tickets.
• The service should show the customer the seating arrangement of the cinema hall. The customer should be able to select multiple seats according to their preference.
• The customer should be able to distinguish between available seats and booked ones.
• The system should send notifications whenever there is a new movie, as well as when a booking is made or canceled.
• Customers of our system should be able to pay with credit cards or cash.
• The system should ensure that no two customers can reserve the same seat.
• Customers should be able to add a discount coupon to their payment.

We have five main Actors in our system:

• Admin: Responsible for adding new movies and their shows, canceling any movie or show, blocking/unblocking customers, etc.
• FrontDeskOfficer: Can book/cancel tickets.
• Customer: Can view movie schedules, book, and cancel tickets.
• Guest: All guests can search movies but to book seats they have to become a registered member.
• System: Mainly responsible for sending notifications for new movies, bookings, cancellations, etc.

Here are the top use cases of the Movie Ticket Booking System:

• Search movies: To search movies by title, genre, language, release date, and city name.
• Create/Modify/View booking: To book a movie show ticket, cancel it or view details about the show.
• Make payment for booking: To pay for the booking.
• Add a coupon to the payment: To add a discount coupon to the payment.
• Assign Seat: Customers will be shown a seat map to let them select seats for their booking.
• Refund payment: Upon cancellation, customers will be refunded the payment amount as long as the cancellation occurs within the allowed time frame.

Here is the use case diagram of Movie Ticket Booking System:

Here are the main classes of the Movie Ticket Booking System:

• Account: Admin will be able to add/remove movies and shows, as well as block/unblock accounts. Customers can search for movies and make bookings for shows. FrontDeskOffice can book tickets for movie shows.
• Guest: Guests can search and view movies descriptions. To make a booking for a show they have to become a registered member.
• Cinema: The main part of the organization for which this software has been designed. It has attributes like ‘name’ to distinguish it from other cinemas.
• CinemaHall: Each cinema will have multiple halls containing multiple seats.
• City: Each city can have multiple cinemas.
• Movie: The main entity of the system. Movies have attributes like title, description, language, genre, release date, city name, etc.
• Show: Each movie can have many shows; each show will be played in a cinema hall.
• CinemaHallSeat: Each cinema hall will have many seats.
• ShowSeat: Each ShowSeat will correspond to a movie Show and a CinemaHallSeat. Customers will make a booking against a ShowSeat.
• Booking: A booking is against a movie show and has attributes like a unique booking number, number of seats, and status.
• Payment: Responsible for collecting payments from customers.
• Notification: Will take care of sending notifications to customers.

Make a booking: Any customer can perform this activity. Here are the steps to book a ticket for a show:

Cancel a booking: Customer can cancel their bookings. Here are the steps to cancel a booking:

Here are the high-level definitions for the classes described above.

Enums, data types, and constants: Here are the required enums, data types, and constants:

Account, Customer, Admin, FrontDeskOfficer, and Guest: These classes represent the different people that interact with our system:

Show and Movie: A movie will have many shows:

Booking, ShowSeat, and Payment: Customers will reserve seats with a booking and make a payment:

City, Cinema, CinemaHall and CinemaHallSeat: Each city can have many cinemas and each cinema can have many cinema halls:

Search interface and Catalog: Catalog will implement Search to facilitate searching of products.

How to handle concurrency; such that no two users are able to book the same seat?

We can use transactions in SQL databases to avoid any clashes. For example, if we are using SQL server we can utilize Transaction Isolation Levels to lock the rows before we update them. Note: within a transaction, if we read rows we get a write-lock on them so that they can’t be updated by anyone else. Here is the sample code:

‘Serializable’ is the highest isolation level and guarantees safety from Dirty , Nonrepeatable , and Phantoms reads.

Once the above database transaction is successful, we can safely assume that the reservation has been marked successfully and no two customers will be able to reserve the same seat.

Read JDBC Transaction Isolation Levels for details.

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Case Study:Movie Ticket Booking System

• October 18, 2023

In today’s digital age, movie ticket booking systems have become an essential part of the entertainment industry. The Movie Ticket Booking System presented here is a simplified text-based application created using Python. It allows users to view available seats, purchase movie tickets, and access booking statistics. This case study showcases a straightforward implementation of a movie ticket booking system.

Objectives:

• To provide an easy-to-use interface for booking movie tickets.
• To display available seats and their status (booked or available).
• To calculate and display booking statistics.
• To create a simple and functional movie ticket booking system in Python.

Implementation:

The Movie Ticket Booking System includes the following components:

• MovieTicketBookingSystem Class: This class initializes the system with the specified number of rows and seats per row, manages the seating arrangement, and calculates income.
• Display Seating: The system displays the current seating arrangement, indicating available seats with ‘S’ and booked seats with ‘E’.
• Buy Ticket: Users can select a seat by specifying the row and seat number. The system checks seat availability, calculates the ticket price, and allows users to book or cancel a seat.
• Statistics: Users can access booking statistics, including the number of purchased tickets, the percentage of booked seats, and the current and total income.
• Main Function: The main function takes user inputs to perform actions like displaying seats, buying tickets, accessing statistics, or exiting the system.

Case Study Steps:

• Launch the Movie Ticket Booking System.
• Input the number of rows and seats per row, configuring the theater.
• Select options from the menu to view available seats, purchase tickets, or check booking statistics.
• To view available seats, select option ‘1’. The system displays the current seating arrangement.
• To buy a ticket, select option ‘2’. Specify the row and seat number, and the system will calculate the ticket price. Confirm the purchase or cancel.
• To view booking statistics, select option ‘3’. The system displays the number of purchased tickets, the percentage of booked seats, and the current and total income.
• To exit the system, select option ‘0’.

Conclusion:

The Movie Ticket Booking System presented in this case study demonstrates the fundamental concepts of creating a movie ticket booking application using Python. Although this is a basic text-based implementation, it highlights the essential components of a real-world movie ticket booking system, such as seat availability, pricing, and booking statistics. Further development could include a graphical user interface (GUI) and database integration for a more user-friendly and robust system.

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We need to design an online Movie ticket booking system where a user can search for a movie in a given city and book it. This article will explain to you the architecture and implementation of the booking system.

Table of Content

Requirements of a movie ticket booking system

How do we implement the seat booking process, how to handle those cases where more than one person tries to access the same seat simultaneously.

• User Registration and Authentication: Users should be able to register with the system.
• Movie Listings: Display a list of movies currently playing in theaters.
• Seat Selection and Reservation: Interactive seat map allowing users to select seats. Real-time updates on seat availability.
• Booking Process: Seamless booking flow with step-by-step guidance.
• Payment Processing: Integration with multiple payment gateway. Secure handling of payment information.
• Cancellation and Refund: Allow users to cancel bookings within a certain time frame.
• Performance: Fast response times for browsing movies and booking tickets. Scalability to handle a large number of users concurrently, especially during peak hours.
• Reliability: High availability of the system

Let us see how we can implement the seat booking process. The Main Classes to be used for the users are: 

This is the pseudo implementation of the above logic. The above code has classes and attributes only. As you can see enums are self-explanatory. 

Below is the explanation of the classes used in the above code:

• We have a Movie class which keeps all the details of the movies.
• We have users class in which users details are kept. 
• Theater class in which name of the theater, it’s address and list of movies currently running are kept. 
• Booking class lets you book the seat in a particular theater. It keeps a reference in Movie, Payment class.
• We have Address class which the details of the user(city, pin code, State) are kept.  

Lets take SeatBook and Transactions class which will be called from the main class. Here from the above code, We expand a bit the payment process which is not shown in the above code. In SeatBook class we will have reference to Transaction class also.

Now to ensure when two persons are trying to access the same seat almost at the same time then we would use Synchronized method of Thread class and will call a thread belong to each log in user. Let us see how it works:

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Use Case Diagram for Online Movie Ticket Booking System

The Online Movie Ticket Booking System Use Case Diagram is one of the methods used to show the processes involved in online movie ticket booking system . It depicts the system’s supposed structure and behavior.

Additionally, the diagram consists of processes (use cases) and users or “actors”. It uses defined symbols to describe the overall flow of the system.

For more information and learning opportunities, see our Recommended and Related Articles.

• Use Case Diagram for Online Ticket Reservation System
• DFD Diagram for Online Movie Ticket Booking System
• ER Diagram for Online Movie Ticket Booking System
• Movie Ticketing System Database Design

Project Overview

What is a use case diagram.

The use case diagram shows the supposed behavior of the movie ticket booking. It includes the project functions using use cases, actors, and their connections.

Moreover, the diagram assists you to define and organize project needs. This also provides a clear picture of the user and system relationships. Therefore, this diagram depicts the complex functions of a system including how the user reacts to it.

Importance of UML Use Case Diagram

Helping the developers and businesses with system management is one of the importance of the UML use case diagram . It includes the procedures from the viewpoint of users.

Furthermore, the diagram serves as the system analysis to identify, clarify, and organize the project needs. This diagram works best with other UML Diagrams for Online Movie Ticket Booking System. Other UML diagrams include activity, class, sequence, deployment, and component diagrams.

Online Movie Ticket Booking System Use Case Diagram

The use case diagram example for online movie ticket booking system has two main illustrations. These illustrations describe the system’s general and specific processes using include and extend.

Online Movie Ticket Booking System General Use Case Diagram

The general use case diagram shows the main functions of the system. It is based on the transactions done during online movie ticketing management.

The general use case is the most common application of a use case diagram. The use case diagrams depict the system’s main components as well as the flow of information between them.

Use Case Diagram for Online Movie Ticket Booking System using Include and Extend

The use case diagram using include and extend  is used to elaborate the proceeding diagrams. The terms include and extend in the use case diagram are known as indicators.

The label include indicates that the sub-processes of the main processes must be included to complete the task. Extend, on the other hand, declares that the sub-processes can only be performed when needed.

Manage Customers’ Information and Status Use Case Diagram

This illustration shows the process when the admin monitors the customers’ information and status. In this process, they were able to know the basic info of their customer as well as their reservation information.

Manage Movie Ticket Information Use Case Diagram

The processes shown include the list of reservations offered by the establishment. It monitors the individuals who have access to the reservations offered and promos. The admin can also update the reservations depending on the available accommodation and schedules.

Manage Ticket Booking Transaction Use Case Diagram

The illustrations show how the admin handles every transaction or reservation made by the customers. This helps the management avoid conflicts among schedules and reservations. It includes validating customers’ reservations, updating the information, and recording it.

You can add more to this illustration and it is up to you how will you create your diagram. But make sure to have precise information and consider the included use cases.

Use Case Diagram for Online Movie Ticket Booking System Pdf

How to draw a use case diagram.

Time needed:  5 minutes

Here’s the complete guide on how to draw a use case diagram for online movie ticket booking system.

For beginners, you need to familiarize first with use case symbols to be used.

The next step is to determine the system’s processes. They will be the use cases of your project. You may ask the users about the typical activities done in ticket booking management.

The gathered information from the users needs to be evaluated to know the general use cases. From the general use cases, you will see the sub-cases that are included. But, only include the useful processes related to the online movie ticket booking system.

To plot the diagram you will need the users, use cases, container (scope), and their indicators (association). You will base the flow of use cases on the evaluated information from the users. Your first move is to place the users involved. Next, put the container in the plotted diagram to separate the objects (users and system) scope. Then place the use cases of the online movie ticket booking. Finally, you need to map out the association of the use cases to show the interactions between the user/s and the system.

The UML use case diagram represents the methodology used in system development . It helps developers know the possible inputs that the project should process and perform.

Furthermore, you will discover the needed processes and connect them to the other UML Diagrams. The diagram is also applicable in modeling the software’s use cases (processes). It captures the system’s flow from one process to the next.

If you have concerns about the Online Movie Ticket Booking System Use Case Diagram , just leave us your comments below.

1 thought on “Use Case Diagram for Online Movie Ticket Booking System”

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NEW GLOUCESTER 9 a.m. Monday. Parade leaves from Memorial Elementary School (86 Intervale Road) and heads down Intervale Road to Route 100/202 to Veterans Park for a memorial service. The parade will reconvene and go down Peacock Hill Road, then take a left on Gilmore Road. Advertisement

OLD ORCHARD BEACH 1 p.m. Monday. Parade starts at the corner of Ballpark Way and E. Emerson Cumming Boulevard and proceeds down Saco Avenue, Old Orchard Beach Street to First Street and ends at Veteran’s Memorial Park.

PORTLAND 2 p.m. Monday. The procession starts at Longfellow School (432 Stevens Ave.) and ends at Evergreen Cemetery for a commemoration ceremony.

SANFORD 10 a.m. Monday. The parade starts at the Sanford Armory (88 William Oscar Emery Drive), proceeds up Gowen Park Drive and ends at Central Park.

SCARBOROUGH 10 a.m. Monday. Parade starts at Scarborough High School, turns onto Route 114 and then Route 1, past town offices to the Maine Veterans Home and concludes with a ceremony there.

SOUTH PORTLAND 10:30 a.m. Monday. Parade starts at Southern Maine Community College parking lot, proceeds down Broadway to the Veterans Monument for a short Memorial Day recognition service.

WELLS 9 a.m. Monday. Parade starts at Wells High School (200 Sanford Road) and proceeds to Ocean View Cemetery for a ceremony and musical performances. Advertisement

WESTBROOK 10 a.m. Monday. Parade proceeds down Main Street and will be followed by a ceremony in Riverbank Park.

WINDHAM 9 a.m. Monday. Parade starts at Windham Town Hall and proceeds onto Route 202 toward Windham High School. At 10 a.m., there will be a ceremony in front of Windham’s Veterans Memorial Flagpole at Windham High School.

YARMOUTH 10 a.m. Monday. Parade leaves from Yarmouth High School (286 West Elm St.) and proceeds to the Memorial Green at Town Hall for a ceremony.

YORK 10 a.m. Monday. Parade starts near St. Christopher’s Church (4 Barrell Lane) and proceeds down York Street to York Town Hall.

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