Book Image

Architecting Microsoft Azure Solutions - Exam Guide 70-535

By : Sjoukje Zaal
Book Image

Architecting Microsoft Azure Solutions - Exam Guide 70-535

By: Sjoukje Zaal

Overview of this book

Architecting Microsoft Azure Solutions: Exam Guide 70-535 will get Azure architects and developers up-to-date with the latest updates on Azure from an architecture and design perspective. The book includes all the topics that are still relevant from the previous 70-534 exam, and is updated with latest topics covered, including Artificial Intelligence, IoT, and architecture styles. This exam guide is divided into six parts, where the first part will give you a good understanding of how to design a compute infrastructure. It also dives into designing networking and data implementations. You will learn about designing solutions for Platform Service and operations. Next, you will be able to secure your resources and data, as well as design a mechanism for governance and policies. You will also understand the objective of designing solutions for Platform Services, by covering Artificial Intelligence, IoT, media services, and messaging solution concepts. Finally, you will cover the designing for operations objective. This objective covers application and platform monitoring, as well as designing alerting strategies and operations automation strategies. By the end of the book, you’ll have met all of the exam objectives, and will have all the information you need to ace the 70-535 exam. You will also have become an expert in designing solutions on Microsoft Azure.
Table of Contents (20 chapters)
Appendix A – Assessments
Appendix B – Mock Test Questions
Appendix C – Mock Test Answers

Web Apps for Containers

Web Apps for Containers is part of the Azure App Service on Linux. It lets you easily deploy and scale your own Docker-formatted images on Azure. Docker is based on open standards, which means it can run on all major Linux distributions and Windows Server 2016.

Docker containers are lightweight sandboxes on top of your OS. When your application is deployed inside a Docker container, the app cannot see or access all other applications or processes that are running on the same OS. You can compare this to creating different VMs to host different types of workloads or applications, but without the overhead of the virtualization itself. Docker containers also share the same OS and infrastructure, whereas VMs need to have their own OS installed inside their own infrastructure.

With containers, you share the underlying resources of the Docker host and you build...