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Free Asp Net Core Web Hosting – This content is excerpted from the Ebook, Architect Modern Web Applications with ASP.NET Core and Azure, available as .NET Docs or as a free downloadable PDF that can be read offline.

“Business leaders everywhere don’t need to go through their IT department to get applications from the cloud. (also known as SaaS) and pay them like magazine subscriptions. and when they no longer want to use the service They can also cancel their subscription. There’s no equipment left in the corner.” – Daryl Plummer, Gartner analyst

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Whatever your application and architecture needs, Microsoft Azure can support it. Your hosting needs can be easily met. Just a static website or a complex application with multiple services for ASP.NET Core monolithic web applications and support services. There are several specific configurations that are recommended. The instructions in this article are grouped by the type of resource being deployed. Be it a complete application Every process or data

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Among them, App Service Web Apps is the recommended method for most situations. Consider the Container approach to microservices architectures, including simple container-based applications. If you want more control over the machines running your applications, consider Azure virtual machines.

App Service Web Apps 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 applications. Some of the key features of App Service Web Apps are:

Azure App Service is the best choice for most web applications. Application and management are integrated into the platform. Sites scale quickly to handle high traffic. And the built-in load balancer and traffic manager ensure high availability. You can easily migrate existing sites to Azure App Service using the online migration tool. You can use original source apps from the Web Apps Gallery or create new sites using your choice of frameworks and tools. The WebJobs feature makes it easy to add background job processing to a Web App Service. If you have a locally hosted ASP.NET application using a local database. There will be a real way to migrate, you can use the App Service web app with Azure SQL Database (or secure access to an on-premises database server if needed).

In most cases, migrating from a locally hosted ASP.NET application to an App Service web application is a simple process. There should be little or no changes to the application itself. You can also quickly start taking advantage of the many features offered by Azure App Service Web Apps.

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

A small number of resources in a single resource group is usually sufficient to manage the application. Applications that are typically deployed as a single unit. instead of being an application consisting of many separate processes. This is a good choice for a basic architectural approach. Despite its architectural simplicity, this approach allows scaling to a deployed application. (more resources per node) and scaling to meet growing demand (more host nodes). with auto-scaling Applications can be configured to automatically adjust the number of nodes hosting an application based on demand and the average load across nodes.

In addition to supporting the deployment of live web applications, App Service Web Apps for Containers can also be used to run containerized applications on Windows and Linux. You can easily deploy and run containerized applications that scale with your business. Apps have all the features of App Service web apps mentioned above. In addition, web applications for containers support simplified CI/CD with Docker Hub, Azure Container Registry, and GitHub. You can use Azure DevOps to define builds and deployments. a pipeline that publishes changes to the registry. These changes can be tested in a staging environment and automatically deployed to production using deployment slots. This allows for continuous updates. Going back to a previous version is easy.

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There are some situations where web applications are best suited for containers. If you have an application that can be in a container. Whether in Windows or Linux containers, you can easily deploy these applications using this toolkit. Just declare your container. Then configure Web Apps for the container to retrieve the latest version of the image from the registry of your choice. Here’s how to “Upgrade and Convert” to move from a classic app hosting model to a cloud-optimized model.

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This works best if your development team can transition to a container-based development process. “Inside” container application development is building applications with containers. Changes to code and container configuration are pushed to the source control. Automated builds are responsible for publishing new container images to a registry such as Docker Hub or Azure Container Registry. These images serve as the basis for further development. This also applies to production placement. As shown in the following diagram:

Container development has many advantages. Especially when using containers in production. Each running environment uses the same container configuration to deploy the application. From local development tools to build and test to production. This greatly reduces the likelihood of errors arising from differences in machine configurations or software versions. where they are most efficient Since containers can run on any operating system, including the most efficient operating system, in some cases distributed applications containing multiple containers require the resources to run on a single processing machine. in which case it may make sense to upgrade to Kubernetes and Azure Dev Spaces, discussed in the next section.

Additional design patterns can be used to improve application behavior. Instead of dealing directly with individual services a

It can facilitate access and isolate the client from the server. Having separate service servers for different front-ends allows you to develop services together with customers. Common services can be accessed separately

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Azure Kubernetes Service (AKS) manages your hosted Kubernetes environment. Enable containerized applications to be deployed and managed quickly and easily without any container management experience. It also reduces the burden of ongoing operations and maintenance by provisioning, upgrading and scaling resources as needed. without taking your app offline.

AKS eases the complexity and operational cost of managing a Kubernetes cluster by offloading most of the burden to Azure. As a hosted Kubernetes service, Azure handles critical tasks like health checks and maintenance for you, and only pays for the agent nodes inside. your cluster. As a managed Kubernetes service not for masters, AKS provides:

Since Azure handles the management of the nodes in the AKS cluster, there is no need to perform many manual tasks such as updating the cluster. to the cluster using SSH)

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Teams using AKS can also take advantage of Azure Dev Spaces. Azure Dev Spaces allow teams to focus on rapidly developing and iterating microservice applications. By allowing teams to work directly with an entire microservice architecture or application running on AKS, Azure Dev Spaces also provide a way to update parts. architecture microservice is yours without impacting the rest of the AKS cluster or other developers.

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If you already have applications that require significant changes to run on your application service, you can choose Virtual Machines to facilitate their migration to the cloud. Also, properly servicing VMs requires more time and IT expertise than Azure App Service. If you’re considering Azure virtual machines, make sure you factor in the ongoing maintenance effort required by the fleet. Draw, update and manage your VM environment. Azure Virtual Machines is Infrastructure as a Service (IaaS) and App Service is PaaS. You should also consider deploying your applications as Internet-facing Windows containers. Maybe a container app would be a better option for your situation?

Individual logic processes that can be isolated from the rest of the application can be independently deployed to Azure Functions in a “serverless” manner. Azure Functions lets you write the code you need for a given problem. without having to worry 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, allowing you to choose the one that works best for the job. As with most cloud-based solutions. You only pay for the time you use it. You can rely on Azure Functions to scale as needed.

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

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