Complete DApp : Solidity and React : Blockchain development.

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Bibliographic Details
Edition:[First edition].
Imprint:[Place of publication not identified] : Packt Publishing, [2023]
Description:1 online resource (1 video file (15 hr., 46 min.)) : sound, color.
Language:English
Subject:
Format: E-Resource Video Streaming Video
URL for this record:http://pi.lib.uchicago.edu/1001/cat/bib/13712874
Hidden Bibliographic Details
Varying Form of Title:Solidity and React : Blockchain development
Other authors / contributors:North, Clarian, presenter.
Packt Publishing, publisher.
ISBN:9781835463635
1835463630
Sound characteristics:digital
Digital file characteristics:video file
Notes:Clarian North, presenter.
Online resource; title from title details screen (O'Reilly, viewed November 1, 2023).
Summary:DApp (decentralized application) operates on a blockchain network. DApps are decentralized and rely on a distributed network of computers rather than a central server. They use smart contracts for automation and tokens for transactions and are open-source, promoting transparency. This course is designed to equip us with the essential skills and knowledge needed to become proficient in building decentralized applications (DApps) on the blockchain. Starting with an introduction to blockchain technology and decentralization, the course progresses through hands-on tutorials covering Solidity, the Ethereum blockchain, smart contracts, and front-end development using React. Students will learn to create, compile, and deploy smart contracts, build DApp user interfaces, and interact with the Ethereum blockchain. The course delves into advanced topics such as token creation, NFT marketplaces, and DeFi concepts. With practical exercises and projects like building a voting system, practical experience in DApp development, and optional sections on UI animation and React and state, learners will gain opportunities for further skill enhancement. By the end of this course, we will have a robust understanding of DApp development and the ability to build and deploy their DApp. The course imparts essential technical skills and emphasizes real-world project structuring, understanding DApp development, and preparing us for freelancing opportunities and blockchain careers. What You Will Learn Understand and code in Solidity for smart contract development Build user interfaces with React and Bootstrap Learn to interact with blockchain networks Develop real DApps such as yield farming systems and ERC20 tokens Master Mocha and Truffle for contract testing Set up a local blockchain environment for DApp development/testing Audience This course is designed for a diverse audience of individuals passionate about blockchain technology and DApp development. Beginners seeking to embark on their coding journey and aspiring developers looking to learn DApp as freelancers or within the blockchain industry. Entrepreneurs with innovative ideas can equip themselves with the skills needed to create functioning blockchain projects. Tech enthusiasts and existing developers can discover a wealth of knowledge for those intrigued by blockchain and DApp. Prerequisites include having a computer, the Internet, and a strong interest in DApp. About The Author Clarian North: Clarian North is a recognized industry-certified instructor, CEO of Orbital LLC, and a senior project engineer with over 90K enrolments worldwide. His students have gone on to work for some of the biggest production companies such as Universal, Google, Amazon, Warner, and the BBC. He has contributed to viral streams, grown a unique digital imprint in over 80 countries, and been featured in Rolling Stone, Billboard, Guardian, Bloomberg, and Vice. He has worked for majors, indies, and international publishing houses, including Grammy-nominated and award-winning productions, mixing for Emirates Airline Inflight Radio, and producing for Kompakt Records. He is dedicated to giving accessible and comprehensive tech courses, teaching complex subject matter with clear and example-based explanations, and guiding students through complex techniques with just a computer and free software.

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