Implement Azure Storage Blobs and Azure Files
Implement Storage Tables
Implement Azure Storage Queues
Implement SQL Databases
This course teaches you how to work with Azure Storage and its associated services.
By the end of this course, you'll have gained a firm understanding of the key components that comprise the Azure Storage platform. Ideally, you will achieve the following learning objectives:
- How to comprehend the various components of Azure storage services.
- How to implement and configure Azure storage services.
- How to manage access and monitor your implementation.
This course is intended for individuals who wish to pursue the Azure 70-532 certification.
You should have work experience with Azure and general cloud computing knowledge.
This Course Includes
- 1 hour and 17 minutes of high-definition video.
- Expert-led instruction and exploration of important concepts surrounding Azure storage services.
What You Will Learn
- An introduction to Azure storage services.
- How to implement Azure storage blobs and Azure files.
- How to implement storage tables.
- How to implement storage queues.
- How to manage access and monitor storage.
- How to implement SQL databases.
Hello and welcome back. In this session, we're going to discuss queues. This section will cover the use of queues within Azure. We'll cover core queue concepts, including how queues fit within the storage account, as well as how queues are organized and the messages they contain.
Queues offer a resilient message service. These messages can be accessed using HTTP and HTTPS. This allows you to develop decoupled applications that communicate with each other using the service. You can also develop components that run in different environments, such as Cloud, Desktop, On-Premises servers and devices, and you can connect these together with Azure queues.
The main use of queues are scheduling a backlog of work to be processed asynchronously, passing messages between web and worker roles, supporting flexible scaling of different components, and building workflows. This course explains how to add and process messages, retrieve a batch of messages, and scale queues.
This diagram illustrates how queues fit within the storage hierarchy. We first create a storage account within which we can create multiple queues. Each queue will have a collection of messages. In this case, we have created a storage account for movies. We have then created a queue to hold messages of instructions for an application to make updates to the tables holding directors and actors data.
Queue storage gives you a way to create messages to pass instructions between applications, which therefore support asynchronous work flows. This allows you to design a set of decoupled applications, including allowing you to design an overall solution using elements hosted in Azure and On-Premise. The queues are accessed using a similar URL to blobs, files, and tables. In this case, we have a high level address to access queues within a storage account, moviesstorageacount.queue.core.windows.net, followed by a string for the queue name which is directors.
In this demo, we'll illustrate how to create a queue directly using Visual Studio. So let's go to Visual Studio now and get started. I'm here in Visual Studio and I've got the Cloud explorer loaded up, and if we click on the queues, it's as simple as saying create queue, and then we can create a queue here and, again, we'll use the word directors. Click enter, and then at the bottom you can click open queue editor, and here we can add a message, so click on the button at the top that says add message, and here all we're going to do is type a single message and it's going to instruct it to delete the director, click okay. Now there's a message in the queue. It's as simple as that.
Stay tuned, because in the upcoming video we're going to learn more about Azure SQL database.
About the Author
Isaac has been using Microsoft Azure for several years now, working across the various aspects of the service for a variety of customers and systems. He’s a Microsoft MVP and a Microsoft Azure Insider, as well as a proponent of functional programming, in particular F#. As a software developer by trade, he’s a big fan of platform services that allow developers to focus on delivering business value.