Book Image

Microservices with Azure

By : Rahul Rai, Namit Tanasseri
Book Image

Microservices with Azure

By: Rahul Rai, Namit Tanasseri

Overview of this book

Microsoft Azure is rapidly evolving and is widely used as a platform on which you can build Microservices that can be deployed on-premise and on-cloud heterogeneous environments through Microsoft Azure Service Fabric. This book will help you understand the concepts of Microservice application architecture and build highly maintainable and scalable enterprise-grade applications using the various services in Microsoft Azure Service Fabric. We will begin by understanding the intricacies of the Microservices architecture and its advantages over the monolithic architecture and Service Oriented Architecture (SOA) principles. We will present various scenarios where Microservices should be used and walk you through the architectures of Microservice-based applications. Next, you will take an in-depth look at Microsoft Azure Service Fabric, which is the best–in-class platform for building Microservices. You will explore how to develop and deploy sample applications on Microsoft Azure Service Fabric to gain a thorough understanding of it. Building Microservice-based application is complicated. Therefore, we will take you through several design patterns that solve the various challenges associated with realizing the Microservices architecture in enterprise applications. Each pattern will be clearly illustrated with examples that you can keep referring to when designing applications. Finally, you will be introduced to advanced topics such as Serverless computing and DevOps using Service Fabric, to help you undertake your next venture with confidence.
Table of Contents (23 chapters)
Title Page
Credits
About the Authors
About the Reviewers
www.PacktPub.com
Customer Feedback
Preface
Part 1 – Laying The Foundation
Part 2 – Microsoft Azure Service Fabric
Part 3 – Microservice Architecture Patterns
Part 4 – Supplementary Learning

High Density Deployment


Problem

While architecting an enterprise system, separation of concerns is a commonly used design principle used to maintainability of the system. This leads to isolation of workloads as separate work packages (computational units) which are then deployed on hosting surrogates like web sites, virtual machines, containers, and so on, Often, this principle of isolation extends to the physical hosting infrastructure which may cause work packages to be deployed on separate virtual machines. Although this approach simplified the logical architecture it also causes underutilization of hardware resources there by increasing the operational and hosting cost.

The following diagram illustrates poorly utilized resources for a set of services:

High Density Deployment (Problem)

Solution

Adopting high density deployment by enabling deployment of multiple Microservices on a single computation unit can be used to address this problem. Grouping the Microservice which can be co-deployed...