Asp.net Mvc Hosting Azure – Azure Container Instances (ACI) is the fastest way to have a Container dev/test/staging environment where you can deploy container instances.
This walkthrough shows you the main scenarios when deploying Windows Containers to Azure Container Instances (ACI) and how you can deploy the eShopModernizing Application in ACI.
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Azure Container Instances make it easy to create and manage Docker containers in Azure, without having to provision virtual machines or use higher-level services. With ACI, you can directly install a Windows container in Azure and open it to the Internet with a fully qualified domain name (FQDN) in a few seconds (if you have a Windows Container image ready in a Docker registry such as Docker Hub or Azure Container Registry).
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There may be variations in deploying the eShopModernizing application in ACI, such as using only one or all applications (an MVC application, a WebForms application, or a WCF service). In the following scenario shown below, you can see an ASP.NET MVC app plus two SQL Server containers deployed as containers in Azure Container Instances (ACI).
Azure Cloud Shell is a free interactive shell that you can use to run the Azure CLI steps in this walkthrough. Have common Azure tools installed and configured for use with your Azure account.
The easiest way to start Azure Cloud Shell is by clicking the Cloud Shell button in the top menu of the Azure portal, as shown in the image below:
Alternatively, you can also use a local installation of Azure CLI instead of Azure Cloud Shell. If you choose to install and use the Azure CLI locally, make sure you are using the latest version of the Azure CLI, at least Azure CLI 2.0. Run
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Azure container instances, like all Azure resources, must be placed in a resource group, a logical collection where Azure resources are deployed and managed.
Note: In production environments we recommend migrating / using Azure SQL Database which provides high availability and many other PaaS features. However, for a Dev/Test environment, you can deploy a SQL Server container on ACI, as in this example.
In ACI, you can create a container by passing the name, Docker image, and Azure resource group to the az container creation command. You can optionally expose the container to the Internet by specifying a DNS name label. In the case of the SQL container, you want to make it so that we can access the database, including from the PC developer using SQL Server Management Studio.
Az container create –image microsoft/mssql-server-windows-developer –resource-group YoureShopModernizedACIResGroup –location westus –name your-mssql-windows-eshop-container-group –os-type Windows –cpu 3 – -memori 3.5 –dns-name-label your-eshop-sql –ip-address public –ports 1433 –environment-variables ACCEPT_EULA=Y SA_PASSWORD=YourSQLPassword –verbose
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After a few seconds, the command execution will respond with container information, as in the following execution:
It’s important to note that you won’t be able to use the SQL container immediately (that’s why the initial state in the JSON response says “ProvisioningState”: “Creating”) so you’ll have to wait a few minutes for the SQL. image to be pulled into ACI and the container is started. Then it is ready to use.
The SQL container is ready to use when you see the following in the response: “provisioningState”: “Succeeded”
It is also important to find out what the last public IP and fully qualified DNS name can be found as part of the JSON response:
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To view the container log, you can run the following command where you can see that SQL Server is starting correctly:
At this point, you should be able to see Windows SQL Server Containers in the Azure portal under Azure Resource Manager resources, like here:
Finally, you can connect to the SQL Server container in ACI using SQL Server Management Studio, as shown below:
IMPORTANT SECURITY NOTES FOR SQL CONTAINERS: Remember that in this example SQL Server container to be distributed in ACI, you publish the SQL Server port (1433) in the public IP with the common DNS name related. This is good for testing if you want to access the SQL Server container from SQL Server Management Studio on your local dev machine, but for a production-ready database you can use a secure and HA (High Availability) database system such as Azure. SQL database.
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This walkthrough describes the steps to deploy an ASP.NET MVC application container in ACI, but almost the same steps can be performed for an ASP.NET Web Forms application container or a WCF Services container.
As mentioned, you can create a container by providing a name, Docker image, and Azure resource group to the az container creation command. You can optionally expose the container to the Internet by specifying a DNS name label. In this case, since this is a web application, you usually want to do this.
Az container create –image eshop/modernizedmvc –resource-group YoureShopModernizedACIResGroup –location westus –name mvc-windows-eshop-container-group –os-type Windows –cpu 2 –memory 1.5 –dns-name -label your-eshop-mvc –ip-address public –ports 80 –environment-variables UseMockData=False ConnectionString=”Server=your-eshop-sql.westus.azurecontainer.io;Database=Microsoft.eShopOnContainers.Services. CatalogDb;User Id=sa;Password=YOUR_PASSWORD” UseCustomizationData=False UseAzureStorage=False –verbose
The MVC container is ready to use when you see the following in the response: “provisioningState”: “Succeeded”
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Now, if you go back to the Azure Resource group in the portal, you should see two containers running on ACI:
At this point, you should be able to open and see your MVC application in your browser, like here: URL:
When you first run the MVC app, the eShopModernizedMVC app detects that the database still doesn’t exist, but because the app uses the provided connection string as an environment variable and points to the SQL Server container, the app creates the first database. runtime using C# code in apps based on Entity Framework Migration. That’s why the first MVC application execution takes longer than the next. After the app has created a database in the SQL container, all data operations in the MVC app act as querying and data persistence against the database in the SQL Server container in ACI.
Deploying Windows containers with SQL Server or full .NET Framework/ASP.NET on Azure Container Instances (ACI) is not as fast as deploying to a standard Docker host (such as Windows Server 2016 with Windows containers) because docker images have to be downloaded every time and the image size SQL containers (15.1 GB) and ASP.NET container images (13.9 GB) are huge, but cheaper than maintaining your docker host (permanently on-line Windows Server ) 2016 with Windows Containers VM in Azure).
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As a main conclusion, using Azure Container Instances is a very compelling option for Dev/Test scenarios and for CI/CD pipelines.
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.NET 6 and ASP.NET Core offer several advantages over traditional .NET development. You should use .NET 6 for your server application if some or all of the following are critical to the application’s success:
Traditional .NET 4.x applications can and do support many of these requirements, but ASP.NET Core and .NET 6 have been optimized to offer better support for the above scenarios.
Many organizations choose to host their web applications in the cloud using services such as Microsoft Azure. You should consider hosting your application in the cloud if the following are important to your application or organization:
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Building web applications with ASP.NET Core, hosted on Azure, offers many competitive advantages over traditional options. ASP.NET Core is optimized for modern web application development and cloud hosting scenarios. This guide describes how to build an ASP.NET Core application to take advantage of this feature.
This guide has been revised to cover the .NET 6.0 release along with many additional updates related to the same “wave” of technology (It’s Azure and additional third-party technologies) that coincide with the .NET 6.0 release. Therefore, the book version has also been updated to version 6.0.
Web application using ASP.NET core and Azure. In this context, “monolithic” refers to the fact that the application is deployed as a single entity, not as a collection of interacting services and applications. In some contexts the term
Can be used as a pejorative, but in most of the situations, a single application is easier to build, deploy, and debug than an app made of various services, while meeting business requirements.
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This guide is a supplement to “.NET Microservices. Architecture for Containerized .NET Applications”, which
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