Book Image

Building ERP Solutions with Microsoft Dynamics NAV

By : Stefano Demiliani
Book Image

Building ERP Solutions with Microsoft Dynamics NAV

By: Stefano Demiliani

Overview of this book

Implementing Microsoft Dynamics NAV in the real world often requires you to integrate the ERP with external applications or solve complex architectural tasks in order to have a final successful project. This book will show you how to extend a Microsoft Dynamics NAV installation to the enterprise world in a practical way. The book starts with an introduction to Microsoft Dynamics NAV architecture and then moves on to advanced topics related to implementing real-world solutions based on NAV and external applications. You will learn how an enterprise distributed architecture with NAV at the core can be implemented. Through a series of real-world cases on every topic and every industry (sales, retail, manufacturing, distribution, healthcare, and so on), you’ll see step by step how to efficiently solve a technical problem. These common problems encountered in a NAV implementation will be solved using the entire technology stack that Microsoft offers. By the end of the book, you will have the knowledge to efficiently solve certain scenarios, you will know which is the best solution architecture to propose to a customer and how to implement it.
Table of Contents (17 chapters)
Building ERP Solutions with Microsoft Dynamics NAV
Credits
About the Author
About the Reviewer
www.PacktPub.com
Customer Feedback
Preface

An overview of the Azure Service Bus 


Azure Service Bus is a multitenant cloud service for connecting distributed applications by providing different types of communication mechanism. Applications can run on-cloud or they can run on-premise.

When using Azure Service Bus, you create a namespace and then you define the communication rules within that namespace by using different communication mechanisms as follows:

  • Queues: This is a one-directional communication between apps. The queue stores messages received from applications until another application receives them.

  • Topics: This is a one-directional communication based on subscriptions.

  • Relays: This is a bi-directional communication. Here the message is not stored but is directly passed to the destination application.

Queues

When using queues, an application (sender) sends a message to a Service Bus queue and a receiver application reads the message from that queue at a later time (FIFO).

Each message sent to the queue is composed of a set of properties...