Book Image

Blockchain Quick Reference

By : Mariko Amekodommo, Brenn Hill, Samanyu Chopra, Paul Valencourt
Book Image

Blockchain Quick Reference

By: Mariko Amekodommo, Brenn Hill, Samanyu Chopra, Paul Valencourt

Overview of this book

Blockchain Quick Reference takes you through the electrifying world of blockchain technology and is designed for those who want to polish their existing knowledge regarding the various pillars of the blockchain ecosystem. This book is your go-to guide, teaching you how to apply principles and ideas for making your life and business better. You will cover the architecture, Initial Coin Offerings (ICOs), tokens, smart contracts, and terminologies of the blockchain technology, before studying how they work. All you need is a curious mind to get started with blockchain technology. Once you have grasped the basics, you will explore components of Ethereum, such as ether tokens, transactions, and smart contracts, in order to build simple Dapps. You will then move on to learning why Solidity is used specifically for Ethereum-based projects, followed by exploring different types of blockchain with easy-to-follow examples. All this will help you tackle challenges and problems. By the end of this book, you will not only have solved current and future problems relating to blockchain technology but will also be able to build efficient decentralized applications.
Table of Contents (24 chapters)

Basics of Solidity

Solidity is not the only language to work on Ethereum smart contracts; prior to solidity, there were other languages that were not as successful. Here is a brief list of languages currently (as of August 2018) compatible with Ethereum:

  • Mutan: Inspired from Golang and deprecated in March 2015.
  • LLL: Short for lisp-like language. While it is still supported, it is rarely used.
  • Serpent: While this language is similar to Python, it is no longer recommended for use.
  • Solidity: The fourth language introduced by the Ethereum foundation, and so far the most successful language for developing smart contracts. It is the most documented, stable, and has a large community support.
  • Vyper: Newly introduced, much simpler and easier than Solidity, although it does not have much community support yet. It is influenced by Python.

Solidity is also known as a contract-oriented...