Hosting Core

Hosting Core – This content is an excerpt from the eBook, Architecting Modern Web Applications with ASP.NET Core and Azure, available in .NET Docs or as a free downloadable PDF that can be read offline.

“Business leaders everywhere bypass their IT departments to get applications from the cloud (aka SaaS) and pay as if they were paying for a magazine subscription. And when the service is no longer needed, they can cancel the subscription without the unused equipment in the corner.” – Daryl Plummer, Gartner analyst

Hosting Core

Hosting Core

Whatever your application needs and architecture, Microsoft Azure can support it. Your hosting needs can be as simple as a static website or a sophisticated application that includes dozens of services. For ASP.NET Core monolithic web applications and supporting services, there are several known configurations that are recommended. The recommendations in this article are grouped according to the type of resource to be hosted, whether it is an entire application, an individual process, or data.

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Of these, Application Services Web Applications is the recommended approach for most scenarios, including simple container-based applications. For microservice architecture, consider a container-based approach. If you need more control over which machines run your applications, consider Azure Virtual Machines.

Web Applications Application Services provides a fully managed platform optimized for hosting web applications. It’s a platform as a service (PaaS) offering that lets you focus on your business logic while Azure provides the infrastructure you need to run and scale your apps. Some of the main features of the Application Service Web Application:

Azure Application Services is the best choice for most web applications. Deployment and management are integrated into the platform, sites scale quickly to handle high traffic loads, and built-in load balancers and traffic managers ensure high availability. You can easily migrate your existing site to Azure App Service with our online migration tool. You can use open-source applications from the Web Application Gallery or create a new site with the framework and tools of your choice. The WebJobs feature makes it easy to add background job processing to your Application Services web application. If you have an existing ASP.NET application hosted on-premises using a local database, there is a clear path to migration. You can use the App Service Web App with Azure SQL Database (or secure access to an on-premises database server, if desired).

In most cases, moving from a locally hosted ASP.NET application to an Application Services Web Application is a simple process. Little or no customization is required for the application, and it can quickly take advantage of the many features offered by Azure App Services Web Applications.

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In addition to applications that are not optimized for the cloud, Azure App Service Web Apps is a great solution for many simple monolithic (non-distributed) applications, such as many ASP.NET Core applications. In this approach, the architecture is simple and easy to understand and manage:

Several resources in a single resource group are usually enough to manage the application. Applications that are typically deployed as a single unit, rather than applications that consist of many separate processes, are good candidates for this basic architectural approach. Despite its simple architecture, this approach still allows hosted applications to scale up (more resources per node) and out (more nodes hosted) to meet growing needs. Autoscaling allows apps to be configured to automatically adjust the number of nodes hosting the app based on demand and the average load across nodes.

In addition to directly supporting web application hosting, Application Services Web Applications for Containers can be used to run container applications on Windows and Linux. With this service, you can easily deploy and run containerized applications that grow with your business. The application has all the features of the Application Service Web Application listed above. In addition, Web Apps for Containers supports lean CI/CD with Docker Hub, Azure Container Registry, and GitHub. You can use Azure DevOps to define a build and deployment pipeline that publishes changes to the registry. These changes can then be tested in a staging environment and automatically deployed to production using deployment slots, enabling upgrades without downtime. Rolling back to previous versions is just as easy.

Hosting Core

There are several scenarios where Web Apps for Containers are best suited. If you have an existing application that you can store, be it a Windows or Linux container, you can easily host it with this toolset. Simply publish your container and then configure the Web App for Containers to pull the latest version of the image from the registry of your choice. This is a lift-and-move approach to migrating from a classic app hosting model to a cloud-optimized model.

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This approach also works well if your development team can move to a container-based development process. The “inner loop” of developing applications with containers includes building applications with containers. Code and container configuration changes are pushed to source control and automated builds are responsible for publishing new container images to registries such as Docker Hub or Azure Container Registry. These images are then used as a basis for further development and deployment to production, as shown in the diagram below:

Developing with containers offers many advantages, especially when containers are used in production. The same container configuration is used to host the app in every environment it is used in, from local development machines to build and test systems to production. This approach reduces the possibility of defects due to differences in machine configuration or software version. Developers can also use any device that is most productive, including operating systems, because containers can run on any operating system. In some cases, distributed applications with many containers can be too resource-intensive to run on a single development machine. In this scenario, it may make sense to upgrade to using Kubernetes and Azure Dev Spaces, as described in the next section.

, additional design patterns can be used to improve app behavior. Instead of working directly with individual services, an

Can simplify access and decouple the client from its backend. Having separate service back-ends for different front-ends also allows the service to evolve along with the consumer. Public services are accessed through separate

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Azure Kubernetes Services (AKS) manages hosted Kubernetes environments, making it quick and easy to deploy and manage containerized applications without container orchestration expertise. It also removes the burden of ongoing operations and maintenance by provisioning, upgrading and adding resources on demand, without taking your application offline.

AKS reduces the complexity and operational overhead of managing a Kubernetes cluster by offloading that responsibility to Azure. As a hosted Kubernetes service, Azure handles critical tasks such as health monitoring and maintenance for you. Also, you only pay for the agent nodes in your cluster, not the master. As a managed Kubernetes service, AKS offers:

Now that Azure handles the management of the nodes in your AKS cluster, you don’t have to do many tasks manually, such as cluster upgrades. Because Azure handles these critical maintenance tasks for you, AKS does not provide direct access (as with SSH) to the cluster.

Hosting Core

Teams using AKS can also benefit from Azure Dev Spaces. Azure Dev Spaces help teams focus on the development and rapid iteration of microservice applications by allowing teams to work directly with the entire architecture of microservices or applications running on AKS. Azure Dev Spaces also provide a way to update parts of your microservices architecture without affecting other AKS clusters or other developers.

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If you have existing applications that require significant customization to run on Application Services, you can choose Virtual Machines to simplify your migration to the cloud. However, properly configuring, securing, and maintaining VMs requires more time and IT expertise than Azure Application Services. When considering Azure Virtual Machines, be sure to consider the maintenance effort required to patch, update, and manage your VM environment. Azure Virtual Machine is Infrastructure as a Service (IaaS), while Application Services is PaaS. You should also consider whether using an application as a Windows-to-web application container is the right choice for your scenario.

Individual logical processes that can be separated from other applications can run independently in Azure Functions in a “serverless” manner. With Azure Functions, you can write only the code you need for a specific problem, without worrying about the application or infrastructure to run it. You can choose from a variety of programming languages, including C#, F#, Node.js, Python, and PHP, so you can choose the most productive language for your project. As with most cloud-based solutions, you only pay for the time you use and you can rely on Azure Functions to scale as needed.

Azure offers a variety of data storage options so that your application can use the right data provider for the data in question.

For transactional, relational data, Azure SQL Databases is

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