23,99 €
Azure provides cloud-based solutions to support your business demands. Building and running solutions on Azure will help your business maximize the return on investment and minimize the total cost of ownership.
Hands-On Cloud Solutions with Azure focuses on addressing the architectural decisions that usually arise when you design or migrate a solution to Microsoft Azure. You will start by designing the building blocks of infrastructure solution on Azure, such as Azure compute, storage, and networking, followed by exploring the database options it offers. You will get to grips with designing scalable web and mobile solutions and understand where to host your Active Directory and Identity Solution. Moving on, you’ll learn how to extend DevOps to Azure.
You will also beneft from some exciting services that enable extremely smooth operations and streamlined DevOps between on-premises and cloud. The book will help you to design a secure environment for your solution, on both the Cloud and hybrid. Toward the end, you’ll see how to manage and monitor cloud and hybrid solutions.
By the end of this book, you will be armed with all the tools and knowledge you need to properly plan and design your solutions on Azure, whether it’s for a brand new project or migration project.
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Seitenzahl: 178
Veröffentlichungsjahr: 2018
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First published: October 2018
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Greg Leonardo has been working in the IT industry since his time in the military. He is a father, veteran, developer, teacher, speaker, Azure MVP, and an early adopter. He has have worked in many facets of IT throughout his career. He is president of #TampaCC, a community meetup, that runs #TampaCC, Azure User Group, Azure Medics, and various technology events throughout Tampa.
Gajanan Chandgadkar has more than 12 years' experience in the IT sector. He has spent over 6 years in the USA helping large enterprises architect, migrate, and deploy applications in AWS and Azure. He's been running production workloads on AWS for over 6 years, and on Azure for the past year. He is a certified solutions architect professional and a certified DevOps professional with over seven certifications in trending technologies. Gajanan is also a technology enthusiast who has extended his interest and experiences to include different topics, such as application development, container technology, and continuous delivery.
He is currently working with Happiest Minds Technologies as a DevOps architect, having worked with Wipro Technologies Corporation in the past.
Rohit Prakash is an Azure solutions engineer, with an unabashed fondness for Windows and Microsoft Azure in both disciplines. He specializes in Azure IaaS/PaaS design and implementation. In the past, he has made several contributions to Microsoft Community by contributing to TechNet articles, with a focus on Azure. He has been a member of the Microsoft BizSpark program since his college days and he has also been offered an MSDN subscription by Microsoft. He loves writing blogs as a way of sharing his thoughts.
He works with Fujitsu Consulting India and lives in Noida, India, where his personal time is split evenly between family and friends. He enjoys visiting peaceful and devotional locations.
If you're interested in becoming an author for Packt, please visit authors.packtpub.com and apply today. We have worked with thousands of developers and tech professionals, just like you, to help them share their insight with the global tech community. You can make a general application, apply for a specific hot topic that we are recruiting an author for, or submit your own idea.
Title Page
Copyright and Credits
Hands-On Cloud Solutions with Azure
Packt Upsell
Why subscribe?
Packt.com
Contributors
About the author
About the reviewers
Packt is searching for authors like you
Preface
Who this book is for
What this book covers
To get the most out of this book
Download the example code files
Download the color images
Conventions used
Get in touch
Reviews
Getting Started with Azure
Technical requirements
What is cloud computing?
What problems does it solve?
What is Azure?
Before you start, have a plan
How do I start using Azure?
I have set up my Tenant – what's next?
Let's walk through a marketplace example
Extending Directory Services to Azure
Terminology to remember with Azure
Summary
Questions
Further reading
Moving Existing Apps to Azure
Technical requirements
How I approach the discussion
Rehost
Refactor
Re-architect
Rewrite
Creating resources in the Azure Portal
Migrating to Azure
Let's talk SaaS migrations
Office 365
Let's talk IaaS
PowerShell and ARM Template
Deploy-AzureResourceGroup.ps1
azuredeploy.parameters.json
azuredeploy.json
Let's talk PaaS
Deploy-Azure-WebsiteAndDatabase.parameters.json
Deploy-Azure-WebsiteAndDatabase.template.json
Summary
Questions
Further reading
Building Solutions in Azure
Technical requirements
Let me Azure you of something!
Azure blueprints
Key Vault
VNet
Mobile
IoT
AI and Machine Learning
Understanding responsibility
Infrastructure as a Service
Platform as a Service
Software as a Service
Azure Active Directory
Plan for success
Let’s talk architecture styles
Common application patterns
How to make technology choices
Designing applications in Azure
Some of my thoughts on selecting resources in Azure
App Services
Database services
Storage accounts
CosmosDB
Microservices/containers
Real-world examples
Summary
Questions
Further reading
Understanding the Infrastructure behind Solutions Built in Azure
Technical requirements
Setting up your development environment
Managing cost
How I approach guidance
Understanding Infrastructure as Code
Developing locally
Infrastructure as Code
How I develop locally
Summary
Questions
Further reading
Developing Solutions the Right Way in Azure
Technical requirements
The developer journey
Let's talk about security
Honorable mention – security center
Application authentication
Let's talk Dependency Injection
Let's talk logging
Let's talk about data storage
Understanding service lifetimes
Adding Intelligence to your solutions
Using Application Insights
Leveraging on-premises resources
Summary
Questions
Further reading
Deploying Solutions to Azure
Technical requirements
Deploying solutions in Azure
What is DevOps?
Azure Boards
Azure Artifacts
Azure Pipelines
Azure Test Plans
How I use Azure DevOps
What are deployment slots?
How Azure helps with DevOps
Summary
Questions
Further reading
Putting It All Together
Technical requirements
Our journey
Dashboards
Azure Advisors
High Availability Advisor
Security Advisor/Security Center
Performance Advisor
Cost Advisor
Monitoring
Core capabilities
Shared capabilities
Infrastructure capabilities
Application capabilities
Advanced topics
What is Azure Front Door?
What is Azure confidential computing?
Quick tips on Azure estimating and cost control
Summary
Questions
Further reading
Best Practices to Make Your Life Easier in Azure
Tenant and subscriptions
Virtual machines (VMs)
Virtual networks
Azure App Services
Data stores
Azure Key Store
Azure Mobile
Summary
Questions
Further reading
Assessments
Chapter 1 – Getting Started with Azure
Chapter 2 – Moving Existing Apps to Azure
Chapter 3 – Building Solutions in Azure
Chapter 4 – Understanding the Infrastructure behind Solutions Built in Azure
Chapter 5 – Developing Solutions the Right Way in Azure
Chapter 6 – Deploying Solutions to Azure
Chapter 7 – Putting It All Together
Chapter 8 – Best Practices to Make Your Life Easier in Azure
Other Books You May Enjoy
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This book will focus on addressing the architectural decisions that usually arise when you are designing or migrating a solution to Microsoft Azure. It will start by designing the building blocks of infrastructure solution on Azure, such as Azure compute, storage, and networking, and will then explore the database options available in Microsoft Azure. You will get to grips with designing scalable web and mobile solutions and understand where to host your Active Directory/Identity solution. Moving on, you will find out how to extend your DevOps to Azure. You will benefit from some exciting services that enable extremely smooth operations and streamlined DevOps between on-premises and the cloud. The book will help you design a secure environment for your solution, whether on the cloud or hybrid. Toward the end, it will show you how to manage and monitor cloud and hybrid solutions. This book will arm you with all the tools and knowledge you need to properly plan and design your solution on Azure, whether it's a brand new project or a migration project.
If you're an IT consultant, developer, or solutions architect looking to design effective solutions for your organization, this book is for you. Some knowledge of cloud computing will assist with understanding the key concepts covered in this book.
Chapter 1, Getting Started with Azure, covers the things that are important when getting started with Azure.
Chapter 2, Moving Existing Apps to Azure, includes lifting, shifting, or migrating the apps and understanding how to get the existing apps to Azure.
Chapter 3, Building Solutions in Azure, covers the things you need to know about building and developing solutions in Azure.
Chapter 4, Understanding the Infrastructure behind Solutions Built in Azure, explains how to leverage ARM templates and infrastructure-as-code, and helps with adopting standards to provide guidance on resource usage in Azure.
Chapter 5, Developing Solutions the Right Way in Azure, explains how to develop solutions in Azure, things you have to trust, guidance on selecting the type of resources to develop, and explains how to leverage application insights in your application development to help with application monitoring and support.
Chapter 6, Deploying Solutions to Azure, covers the things you need to know about deploying solutions in Azure.
Chapter 7, Putting it All Together, includes monitoring and supporting applications and troubleshooting issues.
Chapter 8, Best Practices to Make Your Life Easier in Azure, includes some best practices and tips on making your life easier in Azure and covers development practices in connection with dashboards and monitoring.
Some basic knowledge of cloud computing would come in handy. A knowledge of other Azure services would be a bonus.
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In this chapter, we will learn how to set up our virtual organization called the tenant, understand how to access it, and what elements make up our Azure experience. We will learn the differences and boundaries between a tenant, subscription, and resource groups. Then, we will cover how to leverage the marketplace to provide quick solutions through the portal and understand common terminology.
In this chapter, we will be covering the following topics:
Getting started with Azure
How I started using Azure
Understanding the role of the marketplace in Azure
Common Azure terminology used when using the portal
There are no technical requirements for this chapter, but these are important links you should review:
Azure portal:
https://portal.azure.com/
Azure Resource Limits:
https://docs.microsoft.com/en-us/azure/azure-subscription-service-limits
Azure Pricing Calculator:
https://azure.microsoft.com/en-us/pricing/calculator/
Azure Connect:
https://docs.microsoft.com/en-us/azure/active-directory/connect/active-directory-aadconnect
Azure Active Directory Pricing:
https://azure.microsoft.com/en-us/pricing/details/active-directory/
Azure Marketplace Labs:
https://azuremarketplace.microsoft.com/en-us/marketplace/?source=datamarket
Private Cloud:
https://azure.microsoft.com/en-us/overview/what-is-a-private-cloud/
It is the delivery of computer services over the internet to assist with resource flexibility, scale, and innovation. These services include servers/VMs, physical storage, data repositories, networking resources, analytics, software, and more. These services are offered at a much smaller pay-for-use model than physical data centers and organizations generally migrate to the compute service model for the following reasons:
Global
allows an organization to scale elastically and allow regional entry points, providing a more consistent experience for their user base
Speed
allows the faster provision of resources and helps release pressure on capacity planning because it removed the need to order and wait for resources
Cost
is simplified into a pay-as-you-go model, removing the capital expense over the physical resources
Security
is provided through an extensive set of policies and controls that strengthen your overall security posture
Productivity
is increased by removing a significant number of tasks, such as hardware setup, patching, and other operational management chores
Performance
is achieved through worldwide distribution of services and is regularly updated to the latest generation of computing hardware
Cloud computing comes in private, public, and hybrid types, with each offering its own benefits:
Public clouds
are generally owned by third parties such as Amazon, Microsoft, and Google, who control all the supporting infrastructure, hardware, and software
Private clouds
are owned by a business and maintained on a private network
Hybrid clouds
are combinations of public and private, as well as on-premise resources
But at the end of the day, what problems do clouds solve? Let’s understand this in the following section.
The biggest benefit of the cloud is it allows organizations to expand without a large capital cost, and also allows new/small businesses to shrink their startup or capital into a pay-as-you-go model. The cloud allows for innovation to happen without the traditional fears of infrastructure purchases, giving the ability to bring up and tear down in a rapid and cost effective way with little concern for the infrastructure needed.
Think of it as an unlimited playground where the only true limit is your imagination. You can now build, migrate, or rebuild your applications, so you truly only have to worry about the application and not about everything around it. So, the problem it solves is allowing your organization to scale faster, while controlling cost and offline responsibilities to help streamline IT operations.
The cloud targets not only development but operational resources, allowing you to focus on the things that truly matter to an organization. It fosters increased communication between all facets of the organization, from requirement gathering to automated deployment and testing. Let’s take a look at Microsoft’s cloud solution, Azure.
Azure is Microsoft’s cloud offering, which comes in private, on-premise (Azure Stack), government, and public versions (refer to this link for further details https://azure.microsoft.com/en-us/overview/what-is-a-private-cloud/). It was announced on October 2008, released on February 2010, and is the next evolution of virtualization. The magic of Azure is built on top of a technology called Service Fabric and Fabric controllers; it works as a distributed application system that handles the allocation of servers or services, monitors the health of these, and heals them as needed. Each Fabric Controller orchestrates all the resources needed within the Azure platform. All the network resources and servers have been abstracted out of your view and there is no longer a need to support and maintain these resources. This will create what is referred to as a closed ecosystem, and Azure offers its services in this closed ecosystem for mass consumption. This closed ecosystem allows its consumers to not have to worry about the underlying technology and, in most cases, the operating system needs to support that technology. This has helped in abstracting away the need to support the many facets of technology in today's organizations.
As I grew up in the development world, I had to learn firsthand how frameworks moved the line of responsibility. In the development of applications, this leads to some uncomfortable moments as I had to learn to adjust to these new lines. This learning process allowed me to focus more on the application I was developing and less on how each piece needed to be integrated with the underlying system. New frameworks such as the Entity Framework for database integration or the Windows Identity Framework
