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MuleSoft Platform Architect's Guide

MuleSoft Platform Architect's Guide

By : Jitendra Bafna, Jim Andrews
5 (8)
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MuleSoft Platform Architect's Guide

MuleSoft Platform Architect's Guide

5 (8)
By: Jitendra Bafna, Jim Andrews

Overview of this book

We’re living in the era of digital transformation, where organizations rely on APIs to enable innovation within the business and IT teams are asked to continue doing more with less. Written by Jim Andrews, a Mulesoft Evangelist, and Jitendra Bafna, a Senior Solution Architect with expertise in setting up Mulesoft, this book will help you deliver a robust, secure, and flexible enterprise API platform, supporting any required business outcome. You’ll start by exploring Anypoint Platform’s architecture and its capabilities for modern integration before learning how to align business outcomes with functional requirements and how non-functional requirements shape the architecture. You'll also find out how to leverage Catalyst and Accelerators for efficient development. You'll get to grips with hassle-free API deployment and hosting in CloudHub 1.0/2.0, Runtime Fabric Manager, and hybrid environments and familiarize yourself with advanced operating and monitoring techniques with API Manager and Anypoint Monitoring. The final chapters will equip you with best practices for tackling complex topics and preparing for the MuleSoft Certified Platform Architect exam. By the end of this book, you’ll understand Anypoint Platform’s capabilities and be able to architect solutions that deliver the desired business outcomes.
Table of Contents (21 chapters)
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Saga pattern

The Saga pattern is a failure management technique that assists in coordinating transactions across several microservices to preserve data consistency and aids in establishing consistency in distributed applications. Data consistency is managed and upheld across numerous microservices using this pattern. A single service completes each transaction, and it broadcasts changes in state to the other services participating in the Saga. Through a series of local transactions, the Saga architectural pattern offers transaction management. A Saga participant’s work is represented by a local transaction. A compensatory transaction can roll back every Saga activity. Furthermore, the Saga pattern ensures that the relevant compensation transactions are executed to roll back the previously finished work in case of any failure in between to ensure data consistency or that all activities are completed.

Note

In software, Saga is a design pattern used to manage distributed...

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