Microsoft Azure基础设施自动化实战：PowerShell深度指南

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"《自动化微软Azure基础设施服务》是一本由Michael Washam编著的专业指南，Foreword部分由Mark Russinovich撰写，该书深入剖析了如何利用Microsoft Azure的PowerShell cmdlets来实现云端基础设施的自动化管理。作为Microsoft Azure首席技术官Mark Russinovich的推荐作品，这本书是关于Azure PowerShell cmdlets的权威概述和深度参考，旨在帮助读者掌握如何高效地在Azure平台上部署服务和执行复杂的管理任务。书中详细介绍了如何使用PowerShell的强大功能与Azure Infrastructure Services紧密结合，使用户能够轻松创建和配置虚拟机。作者Michael Washam以其丰富的Microsoft云技术经验，带领读者步入实践操作，通过实例展示如何利用这些技术构建既复杂又可扩展的解决方案。本书不仅提供了宝贵的技巧和策略，还涵盖了如何动态地在Azure环境中部署服务，以及如何进行自动化部署流程，从而大大提高云部署的效率和一致性。《自动化Microsoft Azure Infrastructure Services》适合那些希望在Azure环境中提升工作效率、降低成本并实现规模化的IT专业人员。无论是初次接触Azure PowerShell的新手，还是希望深入了解其潜力的资深开发者，都能从中获益匪浅。通过阅读这本书，读者将建立起对Azure PowerShell cmdlets的强大驾驭能力，从而在云计算时代中占据竞争优势。定价方面，美国版本为US$29.99，加拿大版本为CAN$31.99，对于寻求云计算技术提升的读者来说，这是一份投资价值极高的资源。"

Comparing Deployment Methods

Deploying an Application in a Traditional Data Center

1. Order server and networking hardware.

2. Wait for hardware to ship.

3. Install and configure networking hardware.

4. Install and configure server hardware (apply firmware updates as needed).

5. Install a base operating system on the server hardware.

Patch the base operating system.

Install software applications and roles.

8. Deploy applications.

9. Repeat steps 3 through 8 (and likely steps 1 and 2, depending on how accurate the

initial planning was) for staging, development, and testing environments.

Deploying an Application in the Cloud (Without Automation)

Launch the management portal.

2. Create and configure each virtual machine.

Patch the base operating system.

4. Install software applications and roles.

5. Deploy applications.

Repeat steps 2 through 5 for staging, development, and testing environments.

Deploying an Application in the Cloud (with Automation)

Identify repeatable processes.

2. Create automation configuration and scripts for step 1.

3. Deploy scripts for application.

4. Repeat step 3 for staging, development, and testing environments.

Comparing the methods, you can see that with the cloud, your return on investment

with automation is measured in agility. If your organization can benefit from an agile

approach to infrastructure deployment and management, where you can quickly spin

2 | Chapter 1: Introduction

up and tear down computing envionments, then you are probably reading the right

book.

History

The Microsoft Azure PowerShell cmdlets started as two distinct projects. The first was

an official product created by one of the engineering teams to create a set of scaffolding

cmdlets that allowed Windows users to create Node.js applications that could run as a

Microsoft Azure cloud service. The second set of cmdlets were created over the years

by various technical evangelists (including myself) in the Microsoft Developer and

Platform Evangelism (DPE) team.

The cmdlets built by the evangelism team at first covered only the basics of creating and

deploying cloud services and were built specifically for two purposes:

• Automate the creation and deployment of demos for evangelism efforts

•

Serve as source code samples to demonstrate the Microsoft Azure Service Man‐

agement API

When I joined the Microsoft Azure evangelism team, one of the projects I took over

was the PowerShell cmdlets. Working with a few solid developers, we started slowly

adding new functionality as time and budget permitted. I came from a background of

troubleshooting and debugging, so one of the very first areas we improved was the

diagnostics cmdlets for cloud services (sadly, these did not see the light in the official

release). After diagnostics, we added support for SQL Database (known as SQL Azure

at the time), then Traffic Manager, and finally the last major work in evangelism was

the cmdlets for Microsoft Azure Infrastructure Services.

With the eminent launch of Microsoft Azure Infrastructure Services, the engineering

team became very interested in the cmdlets and worked very closely with us on iden‐

tifying the capabilities and answering questions that came up during development.

When the initial cmdlets were complete, the integration work with the engineering team

that owned the Node.js cmdlets merged what was a code sample and a set of cmdlets

built for developers into what would be the first release of the Microsoft Azure Power‐

Shell cmdlets.

A year after the intial launch of the cmdlets, I joined the Microsoft Azure runtime team

as a senior program manager and worked with some amazing developers and testers to

add much more functionality to the original cmdlets that I helped initially build. In

addition to this core team that handled virtual machines, cloud services, and the core

Service Management API, Microsoft now has several teams for various services. These

teams are focused on making a great automation experience for Microsoft Azure via

PowerShell as well as command-line tools that run natively on Mac and Linux. The

History | 3

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