Scalability Patterns: Best Practices for Designing High Volume Websites: Design Your Website to Handle a Million Hits a Day

ISBN-13: 9781484210741 / Angielski / Miękka / 2018 / 158 str.

Chander Dhall

Opis

Learn the pros and cons of website design scalability patterns. You'll know how to select the appropriate pattern for your website.Top web sites such as Google and Facebook handle up to one billion visits per day, and a million daily hits or more is commonplace. With the proliferation of all sorts of devices from mobile phones, phablets, tablets, and PCs and the ever-increasing number of Internet users, scalability of websites is an increasingly important challenge. Businesses can't afford to be down during peak load times. However, scalability, even though highly coveted, may not be easy to achieve.
In this book Microsoft MVP Chander Dhall demonstrates current website design scalability patterns and takes a very pragmatic approach to explaining their pros and cons to show you how to select the appropriate pattern for your site. He then tests the patterns by deliberately forcing them to fail to expose potential flaws and design the optimal pattern to match your scale requirements. The author explains the use of polyglot programming and how to match the right patterns to your business needs. He also details several No-SQL patterns and explains the fundamentals of both No-SQL and RDBMS databases to achieve the best results. What You'll Learn

• Architect and develop applications so that they are easy to scale (with Examples in .NET)
• Employ horizontal and vertical scaling, vertical portioning, and other techniques to enhance performance
• Effectively balance scalability, performance, responsiveness, and availability while minimizing downtime

Who This Book Is ForWebsite designers, developers, and software architects with some familiarity with .NET

Spis treści

1. Introduction

2. Scaling – An Art and a Science

3. Scaling – Advanced Concepts

4. Concepts We Tend to Ignore

5. Relational vs NoSql Architectures

6. Polyglot Persistence.

O autorze

Chander Dhall is a Microsoft MVP, Tech Ed Speaker, ASP.NET Insider, Web API Advisor, Dev Chair - DevConnections professional software architect/lead developer, trainer, INETA speaker, open source contributor, community leader and organizer with years of experience in enterprise software development. 

Blurb

In this book, the CEO of Cazton, Inc. and internationally-acclaimed speaker, Chander Dhall, demonstrates current website design scalability patterns and takes a pragmatic approach to explaining their pros and cons to show you how to select the appropriate pattern for your site. He then tests the patterns by deliberately forcing them to fail and exposing potential flaws before discussing how to design the optimal pattern to match your scale requirements. The author explains the use of polyglot programming and how to match the right patterns to your business needs. He also details several No-SQL patterns and explains the fundamentals of different paradigms of No-SQL by showing complementary strategies of using them along with relational databases to achieve the best results. He also teaches how to make the scalability pattern work with a real-world microservices pattern. 

With the proliferation of countless electronic devices and the ever growing number of Internet users, the scalability of websites has become an increasingly important challenge. Scalability, even though highly coveted, may not be so easy to achieve. Think that you can't attain responsiveness along with scalability? Chander Dhall will demonstrate that, in fact, they go hand in hand.

What You'll Learn

• Architect and develop applications so that they are easy to scale. 
  
• Learn different scaling and partitioning options and the combinations. 
  
• Learn techniques to speed up responsiveness. 
  
• Deep dive into caching, column-family databases, document databases, search engines and RDBMS. 
  
• Learn scalability and responsiveness concepts that are usually ignored.
  
• Effectively balance scalability, performance, responsiveness, and availability while minimizing downtime.