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Mastering Blockchain Programming with Solidity

Mastering Blockchain Programming with Solidity

By : Chittoda
2.9 (8)
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Mastering Blockchain Programming with Solidity

Mastering Blockchain Programming with Solidity

2.9 (8)
By: Chittoda

Overview of this book

Solidity is among the most popular and contract-oriented programming languages used for writing decentralized applications (DApps) on Ethereum blockchain. If you’re looking to perfect your skills in writing professional-grade smart contracts using Solidity, this book can help. You will get started with a detailed introduction to blockchain, smart contracts, and Ethereum, while also gaining useful insights into the Solidity programming language. A dedicated section will then take you through the different Ethereum Request for Comments (ERC) standards, including ERC-20, ERC-223, and ERC-721, and demonstrate how you can choose among these standards while writing smart contracts. As you approach later chapters, you will cover the different smart contracts available for use in libraries such as OpenZeppelin. You’ll also learn to use different open source tools to test, review and improve the quality of your code and make it production-ready. Toward the end of this book, you’ll get to grips with techniques such as adding security to smart contracts, and gain insights into various security considerations. By the end of this book, you will have the skills you need to write secure, production-ready smart contracts in Solidity from scratch for decentralized applications on Ethereum blockchain.
Table of Contents (21 chapters)
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Free Chapter
1
Section 1: Getting Started with Blockchain, Ethereum, and Solidity
5
Section 2: Deep Dive into Development Tools
9
Section 3: Mastering ERC Standards and Libraries
16
Section 4: Design Patterns and Best Practices

ERC721 Non-Fungible Token Standard

We looked into the ERC20 token standard in Chapter 7, ERC20 Token Standard. ERC20 is a fungible token standard; however, ERC721 is a Non-Fungible Token (NFT) standard. This standard is used in many cases where you want to transfer a whole item that cannot be broken into multiple parts, for example, a house deed or collectible cards. These items are non-fungible as these represent a whole entity and cannot be sub-divided into multiple pieces. For example, a collectible card in itself is a whole entity and has some economic value.

In this chapter, we will have a look into the ERC721 standard functions and its implementation in detail. We will also look into optional ERC721 metadata and enumeration-related interfaces and implementation.

We will cover the following topics in this chapter:

  • Overview of the ERC721 non-fungible token...

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