Book Image

Mastering The Faster Web with PHP, MySQL, and JavaScript

By : Andrew Caya
Book Image

Mastering The Faster Web with PHP, MySQL, and JavaScript

By: Andrew Caya

Overview of this book

This book will get you started with the latest benchmarking, profiling and monitoring tools for PHP, MySQL and JavaScript using Docker-based technologies. From optimizing PHP 7 code to learning asynchronous programming, from implementing Modern SQL solutions to discovering Functional JavaScript techniques, this book covers all the latest developments in Faster Web technologies. You will not only learn to determine the best optimization strategies, but also how to implement them. Along the way, you will learn how to profile your PHP scripts with Blackfire.io, monitor your Web applications, measure database performance, optimize SQL queries, explore Functional JavaScript, boost Web server performance in general and optimize applications when there is nothing left to optimize by going beyond performance. After reading this book, you will know how to boost the performance of any Web application and make it part of what has come to be known as the Faster Web.
Table of Contents (19 chapters)
Title Page
Copyright and Credits
Dedication
Packt Upsell
Foreword
Contributors
Preface
Free Chapter
1
Faster Web – Getting Started
6
Querying a Modern SQL Database Efficiently
Index

ESI and Varnish Cache


Another Faster Web technology is that of the Edge Side Includes (ESI) markup language and HTTP cache servers.

Edge Side Includes (ESI)

Originally formalized as a specification to be approved by the World Wide Web Consortium (W3C) back in 2001, ESI was thought to be a way of stepping up to the challenge of web infrastructure scaling by applying edge computing to it. Edge computing is a method of optimizing cloud computing by doing data processing near the source of the data instead of centralizing all data processing in the datacenter. In the case of ESI, the idea was to decentralize web page content to the logical extremes of the network in order to avoid having all content requests being sent to the web server every time.

The specification called for new HTML tags that would allow HTTP cache servers to determine if certain parts of a page needed to be fetched from the original web server or if cached versions of those parts could be sent back to the client without having...