PROJECT REPORT ON VIDEO PLAYER
(SUMMER TRAINING)
Department of Computer Applications
CHANDIGARH SCHOOL OF BUSINESS JHANJERI, MOHALI
In partial fulfilment of the requirements for the award of the Degree of Bachelor of Computer
Application.
SUBMITTED BY:
NAME: Shivanshu Singh
ROLL NO: 2133198
JUNE - 2021 – 2024
Affiliated to I.K Gujral Punjab Technical University, Jalandhar (Batch: 2021-2024)
CERTIFICATE
I Shivanshu Singh hereby declares that the report of the project entitled “VIDEO PLAYER”
has not presented as a part of any other academic work to get my degree or certificate except
Chandigarh School of Business Jhanjeri ,Mohali affiliated to I.K. Gujral Punjab Technical
University, Jalandhar, for the fulfillment of the requirements for the degree of Bachelor of
Computer Applications.
(SIGNATURE OF STUDENT)
NAME OF STUDENT:
Shivanshu Singh
ROLL NO: 2133198
ACKNOWLEDGEMENT
It is great pleasure to present this report on the project title “VIDEO PLAYER” college
faculty staff that were indispensable part of my training giving me unending guidance,
inspiration, encouragement and providing me excellent environment throughout my journey
at Chandigarh Group of colleges Jhanjeri.
I am extremely thankful and indebted to my guide Asst.Prof Sandeep Sir to give constant
inspiration and has helped me make this project successful to all those who have directly or
indirectly helped me in the completion of this project report. It is a pleasure to express my
gratitude for the assistance received from them.
Hence, I would like to take this opportunity to thank them wholeheartedly for helping me in
preparing this project. Finally, I am grateful to everyone who shared valuable information
that helped in the successful completion of this project.
Shivanshu Singh
(2133198) BCA
ABSTRACT
The Python Video Player Project is a sophisticated software application designed to meet the
evolving demands of digital video enthusiasts. With an intuitive and visually appealing user
interface, the video player ensures a seamless and enjoyable experience. Users can
effortlessly navigate their video, and control playback with essential features such as play,
pause, stop. A key highlight is the customizable theme functionality, allowing users to
personalize the player's appearance with pre-defined themes or their own creations. Beyond
aesthetics, the video player incorporates advanced features like cross-platform compatibility,
making it suitable for users across Windows, macOS, and Linux. By combining functionality,
ease of use, and customization options, the Python Video Player Project aims to offer a
feature-rich and modern solution for video playback in the digital age.
ABOUT CGC JHANJERI
At Chandigarh Group of Colleges, Jhanjeri, the goal to provide essential learning through
ongoing skill development has been in progress for more than 2 decades. Carrying this
legacy, CGC Jhanjeri is now NAAC A+ accreditation by the National Assessment and
Accreditation Council (NAAC) in the first cycle with a CGPA of 3.46/4.0.
We at CGC-J encourage students to learn from their experiences and view them as an
opportunity to work efficiently. We gave multiple opportunities to students to get out of the
classrooms to gain genuine business and industry insights, develop their awareness of
workplace culture, and also enhance critical workplace skills, such as positive leadership and
communication.
SR NO. TITLE Page.no
Abstract 4
1
About CGC Jhanjeri 7
2
Introduction 8
3
Objectives and goals 9
4
Significance and Relevance 10
5
Scope 11
6
Literature review 12
7
Programming language 13
8
Features 14-15
9
Software 16-17
10
Libraries 18-19
11
Hardware and Software requirements 20
12
Operating system 21-24
13
Screenshot of music player 25-28
14
Future Enhancement 29
15
16 References 30
INTRODUCTION
The Video Player Project in Python represents a compelling endeavor to create a dynamic
and user-centric application tailored for the contemporary Visual Content consumption. In a
world filled with diverse media preferences and an abundance of digital content, the project
seeks to address the need for an intuitive, feature- rich, and customizable video player.
Designed to operate seamlessly across various platforms, including Windows, macOS, and
Linux, this Python-based video player aims to provide users with a holistic and enjoyable
videography experience. With a user-friendly interface, the project facilitates effortless
navigation through video libraries, and robust playback controls. Furthermore, the
incorporation of metadata display, customizable themes, and advanced visual features like
equalization and effects sets this video player apart, offering a comprehensive solution for
individuals seeking a modern and personalized approach to video playback.
Objectives and Goals
The primary objective of the Python Video Player Project is to develop a versatile and user-
friendly application that caters to the diverse needs of multimedia enthusiasts in the digital
age. The project aims to create a cross-platform video player using Python, providing users
with an intuitive interface for seamless navigation, playback control, and organization of
their media. The objective is to enhance the overall user experience by incorporating
features such as metadata display, media management, and customizable themes.
Goals:
• User-Friendly Interface: Develop an interface that is easy to navigate, ensuring users can
effortlessly manage their music collection, create playlists, and control playback.
• Cross-Platform Compatibility: Ensure the music player is compatible with major
operating systems, including Windows, macOS, and Linux, to maximize accessibility for a
broad user base.
• Playback Control: Implement essential playback controls, including play, pause, stop, and
to provide users with a seamless and responsive playback experience.
• Multimedia Management: Enable users to create, edit, and manage playlists according to
their preferences, facilitating better organization of their video collection.
By achieving these goals, the Python Video Player Project aims to deliver a comprehensive
and enjoyable visual experience, catering to the preferences and expectations of a diverse
user base
LITERATURE REVIEW
The world of digital video players has seen cool progress, and Python, a friendly
programming language, has been used to make some awesome video player projects. This
literature review checks out how Python helps in making these players, looking at things like
making them look good and easy to use, making sure they work on different types of
computers, dealing with the sounds and songs, and letting people personalize how their
player looks and feels. We'll also check out how Python's community helps, sharing and
building these projects together. This review brings together lots of info to give a good
picture of how Python is used in making video players, making them not just play media but
doit in a way that's fun and easy for everyone.
The discussion extends to the pivotal role of user interface design, examining principles and
best practices, particularly within the context of Python applications. Additionally, the
review explores the challenges and solutions associated with cross-platform development,
ensuring accessibility across different operating systems.
PROGRAMING LANGUAGE PYTHON
Python stands out as a versatile and widely embraced programming language renowned for
its readability, simplicity, and adaptability. Originating in 1991 through the efforts of Guido
van Rossum, Python has evolved into a programming powerhouse, finding extensive
applications in diverse fields such as web development, data science, artificial intelligence,
and automation. One of Python's distinctive features is its emphasis on clear and concise
syntax, promoting code readability and easing the burden of maintenance. This language is
equipped with an expansive standard library and a robust ecosystem of third-party packages,
enriching the toolkit available to developers.
Python's interpreted nature facilitates rapid prototyping and testing, and its object-oriented
paradigm encourages the creation of modular and reusable code. Notably, Python's
community-driven development model and commitment to open-source principles have
fostered a collaborative ethos, propelling the language to the forefront of both introductory
programming education and sophisticated enterprise- level applications.
Furthermore, Python's cross-platform compatibility allows developers to seamlessly deploy
applications across different operating systems, fostering versatility and accessibility. Its
dynamic typing and high- level abstractions simplify complex tasks, enabling developers to
focus on solving problems rather than wrestling with syntax intricacies. Python's popularity
is underscored by its active and supportive community, readily offering resources, tutorials,
and assistance, making it an ideal language for both newcomers and seasoned programmers.
FEATURES OF PYTHON
Python is a powerful and versatile programming language known for its simplicity, readability, and
broad applicability. Some key features of Python include:
• Readable and Concise Syntax: Python's syntax is designed to be easilyreadable,
resembling plain English. This makes it an excellent choice for beginners and contributes to
code clarity, reducing the likelihood of errorsand enhancing maintainability.
• Versatility and Applications: Python finds applications in various domains, including web
development, data science, artificial intelligence, machine learning, automation, and
scientific computing. Its versatility makes it a go-tolanguage for diverse projects.
• Extensive Standard Library: Python comes with a rich standard library that includes
modules and packages for a wide range of functionalities. This
reduces the need for external libraries for many common tasks, streamlining development.
• Dynamic Typing and High-Level Abstractions: Python is dynamically typed, meaning
variable types are assigned at runtime. This flexibility simplifies coding and allows for faster
development. High-level abstractions, such as
automatic memory management, further enhance code simplicity.
• Interpreted Nature and Rapid Prototyping: Python is an interpreted language, allowing
developers to run code line by line without the need forcompilation. This facilitates rapid
prototyping and testing, speeding up thedevelopment cycle.
• Cross-Platform Compatibility: Python is compatible with major operating systems
(Windows, macOS, Linux), making it a cross-platform language. This ensures that Python
code can be executed on different platforms without modification.
• Open Source and Community-Driven Development: Python's open-source nature
encourages collaboration and continuous improvement. The Python Enhancement Proposals
(PEP) process allows community members to propose and discuss enhancements, ensuring a
democratic development model.
Compatibility and Transition: Python has undergone major version transitions,
notably from Python 2 to Python 3. While ensuring backward compatibility, the language
encourages the adoption of modern programming practices, reflecting a commitment to
staying current.These features collectively contribute to Python's popularity and make it an
excellent choice for a wide range of programming tasks and projects.
WHY I CHOOSE PYTHON
Choosing Python as a programming language is a prudent decision owing to its exceptional
readability, simplicity, and versatility. Python's clean and straightforward syntax makes it
easily readable, reducing the complexity of code and fostering collaboration among
developers. Its adaptability is underscored by its extensive standard library, covering a broad
spectrum of functionalities and minimizing the need forexternal dependencies. Python's
large and active community ensures a wealth of documentation, tutorials, and community
support, facilitating a smoother development process.
Additionally, Python's cross-platform compatibility allows code to seamlessly run across
different operating systems. Thelanguage's interpreted nature supports rapid prototyping and
development, enabling developers to see immediate results.
Embracing object-oriented programming principles, dynamic typing, and high-level
abstractions, Python promotes modular and reusable code. Its open-source nature and
community- driven development model encourage continuous improvement, making Python
an ideal choice for a diverse array of applications, from web development and data science to
machine learning and artificial intelligence.
SOFTWARE USED FOR DEVELOPMENT VS CODE
Visual Studio Code (VS Code) is a powerful and widely used source code editor developed
by Microsoft. Not to be confused with the more extensive Visual Studio IDE, VS Code is a
lightweight, open-source editor designed for simplicity, efficiency, and ease of use across
various programming languages. It has gained immense popularity within the developer
community for several reasons. Firstly, VS Code supports a vast array of programming
languages through its extensions, making it versatile and adaptable to different development
needs. directly within the editor environment, streamlining development workflows.
VS Code stands out for its robust IntelliSense feature, offering intelligent code completion
and suggestions based on context, function definitions, and imported modules. This
significantly enhances productivity by reducing coding errors and accelerating the
development process. Additionally, the editor supports debugging with breakpoints, variable
inspection, and integrated debugging tools for a range of languages.
Customizability is another key strength of VS Code. Users can tailor their coding experience
by installing themes, customizing keyboard shortcuts, and configuring settings to match
individual preferences. The vibrant and active VS Code extensions marketplace provides a
wealth of community-contributed tools and enhancements, expanding the editor's
functionality.The editor's commitment to a minimalistic yet powerful design extends to its
performance, making it fast and responsive even when handling large codebases.Regular
updates from Microsoft and an engaged community ensure continuous improvement, with
new features and enhancements released regularly.
In conclusion, Visual Studio Code has become a better choice among developers due to its
versatility, extensibility, and user-friendly features. Its efficient design, robust language
support, and active community make it a go-to tool for a wide range of developers across
different programming domains.
Development Libraries
• We have made our application with the help of Python Features: -
• Tkinter: Tkinter is the standard GUI library for Python. Python when combined with
Tkinter provides a fast and easy way to create GUI applications. Tkinter provides a
powerful object- oriented interface to the TkGUI toolkit.
• Creating a GUI application using Tkinter is an easy task. All you need to do is perform
the following steps −
• Import the Tkinter module.
• Create the GUI application main window.
• Add one or more of the above-mentioned widgets to theGUI application.
• Enter the main event loop to take action against each event triggered by the user.
• OS: The OS module in python provides functions for interacting with the operating
system. OS comes under Python’s standard utility modules. This module provides a
portable way of using operating system dependent functionality. The *os* and
*os.path* modules include many functions to interact with the filesystem.
• moviepy is a Python library for video editing and manipulation. It provides a simple
and intuitive interface for handling video files, including tasks such as cutting,
concatenating, filtering, and more. moviepy is built on top of other libraries such as
NumPy, imageio, and decorator.
GLIMPSE OF CODE ALL THE MODULES
GUI
ALL THE FUNCTIONS OF MUSIC PLAYER
FRAMES
BUTTONS ON MAIN SCREEN
FINALISING THE GUI
HARDWARE AND SOFTWARE REQUIREMENTS
⦁ HARDWARE REQUIREMENTS:
Computer:
A modern computer with sufficient processing power and memory isessential.
A multi-core processor (e.g., Intel Core i3 or equivalent) for efficient development.
8 GB of RAM or more to handle the demands of development toolsand browser testing.
Storage:
Adequate storage space for your development environment and project files. An SSD (Solid
State Drive) is recommended for fasterread/write speeds.
Display:
A high-resolution display for better visibility and improved productivity
⦁ SOFTWARE REQUIREMENTS:
Code Editor:
Choose a code editor for writing PYTHON code, Popular choicesinclude Visual Studio Code
Visual Studio Code, commonly referred to as VS Code, is a free and open-source code editor
developed by Microsoft. It has gained immense popularity among developers due to its
lightweight yet powerful features, extensive customization options, and support for a wide
range of programming languages. Here's an overview of key aspects of Visual Studio Code:
Cross-Platform Compatibility:
VS Code is available for Windows, macOS, and Linux, making it a versatile choice for
developers using different operating systems.
Lightweight and Fast:
VS Code is known for its speed and efficiency, providing a quick startup and smooth
performance even with large codebases.
Integrated Development Environment (IDE) Features:
While VS Code is a code editor, it provides features typically associated with integrated
development environments, such as IntelliSense (code completion), syntax highlighting, and
Git integration.
Extensions and Marketplace:
A robust extension system allows developers to enhance VS Code with a variety of
extensions for different programming languages, themes, and additional functionalities
The VS Code Marketplace offers a vast collection of extensions that can be easily installed
from within the editor.
IntelliSense and Auto-Completion:
IntelliSense provides context-aware code completion suggestions, making it easier for
developers to write code quickly and accurately.
Built-in Git Integration:
VS Code comes with built-in Git support, allowing developers to manage version control
directly from the editor.
It provides features like committing changes, viewing diffs, and handling branches.
Debugging Capabilities:
Debugging tools are integrated directly into the editor, supporting a variety of programming
languages.
Breakpoints, variable inspection, and step-through debugging are available for a smoother
debugging experience.
Extensive Language Support:
VS Code offers out-of-the-box support for numerous programminglanguages.
Language-specific features, such as syntax highlighting and IntelliSense, are available for
popular languages like JavaScript,Python, Java, and many more.
Integrated Terminal:
VS Code includes a built-in terminal, eliminating the need for developers to switch between
the editor and a separate terminalwindow.
Task Automation:
Task running and automation are simplified with the integrated Task Runner, supporting
various build systems and task configurations.
Customization:
VS Code is highly customizable, allowing users to personalize their coding environment with
themes, icon packs, and custom keyboard shortcuts.
Telemetry and Privacy:
VS Code collects anonymous usage data to improve its features and performance, but it
prioritizes user privacy and allows users to opt-out of data collection.
Community and Support:
An active community of developers contributes to the ongoingdevelopment of VS Code.
There are extensive documentation and community forums, providing support and resources
for users.
Visual Studio Code has become a go-to choice for developers working on various projects,
from web development to system administration scripts. Its versatility, combined with a
wealth of extensions and a supportive community, makes it a powerful tool for modern
software development workflows.
OPERATING SYSTEM
While web development can be done on various operating systems, familiarity with the
operating system's command line. Here I have used windows 10.
"Windows" refers to a family of operating systems developed by Microsoft Corporation. The
Windows operating system (OS) is one of the most widely used OS platforms globally,
providing a user-friendly interface and support for a broad range of applications. Here's a
brief overview:
Key Characteristics of Windows Operating System:
Graphical User Interface (GUI):
Windows is known for its graphical user interface, featuring a desktop environment with
icons, windows, and a taskbar. Users interact with the system using a mouse or keyboard.
Multitasking and Multithreading:
Windows supports multitasking, allowing users to run multiple applications simultaneously.
Multithreading capabilities enable efficient execution of multiple processes within a single
application.
File System:
The Windows operating system uses the NTFS (New Technology File System) as its default
file system. NTFS provides features like file- level security, encryption, and support for large
file sizes.
Device Support:
Windows is designed to support a vast array of hardware devices. Device drivers facilitate
communication between the operating systemand hardware components.
Microsoft Windows Updates:
Windows regularly receives updates, including security patches, bug fixes, and feature
enhancements. Users can configure automatic updates to keep their systems up to date.
Windows Explorer:
Windows Explorer is the file management tool that allows users to navigate through files and
folders. It provides a graphical representation of the file system Although I have used
windows 10 for development of the project but it can also run on windows 11 and few others
Installation Requirements
• Tkinter
• Pygame
• Os
• All the songs you want to listen must be on your device
Hardware Requirements
• P IV or above Processor
• 1 GB RAM
• 120 GB HDD
• LAN or WAN
Screenshot of Video player
7. Future Enhancements:
• Integration of cloud storage and streaming capabilities.
• Implementation of collaborative playlist features for social
engagement.
• Enhancement of audio processing functionalities for a more immersive listening experience.
• Continuous community involvement and feature
contributions.
References
Many websites are used to gather data for this project
Some of them are
• Codecademy: Codecademy HYPERLINK "https://www.codecademy.com/" offers
interactive coding lessons in various programming languages.
• freeCodeCamp: freeCodeCamp HYPERLINK "https://www.freecodecamp.org/" provides
free coding challenges and projectsto help you learn to code.
• Coursera: Coursera HYPERLINK "https://www.coursera.org/" offers online courses from
universities and organizationson a wide range of coding topics.
• edX: edX HYPERLINK "https://www.edx.org/" is an online learning platform that provides
courses from universities and institutions around the world.
• Udacity: Udacity HYPERLINK "https://www.udacity.com/" offers nanodegree programs and
courses in collaboration with industry leaders.
• Khan Academy: Khan Academy HYPERLINK "https://www.khanacademy.org/" has a
variety of programming courses, particularly aimed at beginners.
• GeeksforGeeks: GeeksforGeeks HYPERLINK "https://www.geeksforgeeks.org/" is a
platform with tutorials and codingchallenges for computer science concepts.
• LeetCode: LeetCode HYPERLINK "https://leetcode.com/" is a platform for practicing
coding problems related todata structures and algorithms.
• Mozilla Developer Network (MDN): MDN Web Docs HYPERLINK
"https://developer.mozilla.org/" is an excellent resource for web development.
• W3Schools: W3Schools HYPERLINK "https://www.w3schools.com/" offers tutorials and
references on web development technologies.
• Stack Overflow: Stack Overflow HYPERLINK "https://stackoverflow.com/" is a
community where programmers ask and answer questions on various coding topics.
• The Odin Project: The Odin Project HYPERLINK "https://www.theodinproject.com/" is a
full-stack curriculum for webdevelopment.
Conclusion:
The Python Video Player project successfully delivered a robust and user-friendly media
playback application, showcasing the capabilities of Python in creating versatile software.
The project's open-source nature encourages ongoing development and contributions from
the community, ensuring its evolution and adaptation to future user needs.
In the end I would like to thank everybody who supported me in this, my teachers, my
friends and help me make this project. This has inspired me and helped me understand the
importance of programming. This experience would help me in the future and achieve new
heights.
