Book Image

MySQL 8 Administrator???s Guide

By : Chintan Mehta, Ankit K Bhavsar, Hetal Oza, Subhash Shah
Book Image

MySQL 8 Administrator???s Guide

By: Chintan Mehta, Ankit K Bhavsar, Hetal Oza, Subhash Shah

Overview of this book

MySQL is one of the most popular and widely used relational databases in the world today. The recently released version 8.0 brings along some major advancements in the way your MySQL solution can be administered. This handbook will be your companion to understand the newly introduced features in MySQL and show you how you can leverage them to design a high-performance MySQL solution for your organization. This book starts with a brief introduction to the new features in MySQL 8, and then quickly jumping onto the crucial administration topics that you will find useful in your day-to-day work. Topics such as migrating to MySQL 8, MySQL benchmarking, achieving high performance by implementing the indexing techniques, and optimizing your queries are covered in this book. You will also learn how to perform replication, scale your MySQL solution and implement effective security techniques. There is also a special section on the common and not so common troubleshooting techniques for effective MySQL administration is also covered in this book. By the end of this highly practical book, you will have all the knowledge you need to tackle any problem you might encounter while administering your MySQL solution.
Table of Contents (17 chapters)

Several types of storage engines

In this section, we will take a closer look at the widely used storage engines that are supported by MySQL 8. But before checking on them, let us see how the storage engine architecture has made it pluggable and provided flexibility to enable using multiple storage engines in the same schema or server.

The following is the list of storage engines supported in MySQL 8:

  • InnoDB: The default storage engine for MySQL 8. It is an ACID compliant (transaction-safe) storage engine that has commit, roll back, and crash-recovery for protecting the user data and referential-integrity constraints to maintain data integrity, and much more.
  • MyISAM: The storage engine with tables having a small footprint. It has table-level locking and so is mostly used in read-only or read-mostly data workloads, such as in data warehousing and web configurations.
  • Memory: The...