Book Image

A Developer's Guide to .NET in Azure

By : Anuraj Parameswaran, Tamir Al Balkhi
Book Image

A Developer's Guide to .NET in Azure

By: Anuraj Parameswaran, Tamir Al Balkhi

Overview of this book

A Developer’s Guide to .NET in Azure helps you embark on a transformative journey through Microsoft Azure that is tailored to .NET developers. This book is a curated compendium that’ll enable you to master the creation of resilient, scalable, and highly available applications. The book is divided into four parts, with Part 1 demystifying Azure for you and emphasizing the portal's utility and seamless integration. The chapters in this section help you configure your workspace for optimal Azure synergy. You’ll then move on to Part 2, where you’ll explore serverless computing, microservices, containerization, Dapr, and Azure Kubernetes Service for scalability, and build pragmatic, cost-effective applications using Azure Functions and Container apps. Part 3 delves into data and storage, showing you how to utilize Azure Blob Storage for unstructured data, Azure SQL Database for structured data, and Azure Cosmos DB for document-oriented data. The final part teaches you about messaging and security, utilizing Azure App Configuration, Event Hubs, Service Bus, Key Vault, and Azure AD B2C for robust, secure applications. By the end of this book, you’ll have mastered Azure's responsive infrastructure for exceptional applications.
Table of Contents (20 chapters)
1
Part 1: An Introduction to Your Environment
3
Part 2: Serverless and Microservices
8
Part 3: Data and Storage
12
Part 4: Messaging Mechanisms and Security

Optimizing Service Bus performance

When it comes to messaging solutions, performance is a crucial factor that directly impacts the responsiveness and scalability of your applications. With its robust and feature-rich messaging capabilities, Azure Service Bus offers various optimization techniques that empower developers to achieve high throughput and low latency. This section will explore three essential aspects of optimizing Service Bus performance:

  • Partitioning: As mentioned earlier, enabling partitioning on your queues and topics can help improve scalability and performance
  • Batching: Service Bus allows you to send or receive multiple messages in a single operation, reducing the number of network calls and improving performance
  • Prefetching: This feature allows you to fetch messages in advance, reducing the latency in message retrieval and improving throughput

As we explore various techniques to optimize Azure Service Bus performance, it’s essential to...