Windows azure nodes in server explorer

To change them, use the Azure portal. The following table describes the available properties of endpoints, but they are read-only. To add or edit the endpoints for a virtual machine, use the Azure portal. Skip to main content. This browser is no longer supported. Download Microsoft Edge More info. Contents Exit focus mode. Please rate your experience Yes No. Any additional feedback? Environment For a virtual machine, the value of this property is always Production.

You can choose one or more files to upload, and you can upload files of any type. The Azure Activity Log window shows the progress of the upload. For more information about how to work with blob data, see How to use Azure Blob storage in. Viewing these logs in Server Explorer is an easy way to identify problems with your application, especially if it's been deployed to Azure. The file is downloaded to a temporary location and opened on the local computer.

Upload the blob again after you make changes. Storage services queues are hosted in an Azure storage account. You can use them to allow your cloud service roles to communicate with each other and with other services by a message-passing mechanism. You can access the queue programmatically through a cloud service and over a web service for external clients. You can also access the queue directly by using Server Explorer in Visual Studio.

When you develop a cloud service that uses queues, you might want to use Visual Studio to create queues and work with them interactively while you develop and test your code. In Server Explorer, you can view the queues in a storage account, create and delete queues, open a queue to view its messages, and add messages to a queue. When you open a queue for viewing, you can view the individual messages, and you can perform the following actions on the queue by using the buttons in the upper-left corner:.

For more information about storage services queues, see Get started with Azure Queue storage using. For information about the web service for storage services queues, see Queue Service Concepts. For information about how to send messages to a storage services queue by using Visual Studio, see Sending Messages to a Storage Services Queue.

Storage services queues are distinct from Azure Service Bus queues. For more information about Service Bus queues, see Service Bus queues, topics, and subscriptions. Azure Table storage stores large amounts of structured data.

The service is a NoSQL datastore that accepts authenticated calls from inside and outside the Azure cloud. Azure tables are ideal for storing structured, non-relational data. In Cloud Explorer , open the Azure node, and then open the Storage node. Open the storage account node that you are interested in, and then open the Tables node to see a list of tables for the storage account.

The table is organized by entities shown in rows and properties shown in columns. For example, the next illustration shows entities listed in Table Designer. In Table Designer , open the shortcut menu for an entity a single row or a property a single cell , and then select Edit.

Keep in mind the following restrictions on viewing and editing table data:. Enter the values carefully. You can't change them after you close the dialog box unless you delete the entity and add it again. The Query Builder dialog box appears. The following illustration shows a query that's being built in the query builder. You can also filter entity data that appears in Table Designer if you enter a WCF Data Services filter string directly in the filter text box. These nodes can run native Windows container applications, such as those built on the.

NET Framework. There are differences in how the Linux and Windows OS provides container support. Some common Linux Kubernetes and pod-related features are not currently available for Windows node pools. Container images built by using other Windows Server versions are not supported. For more information, see Windows container version compatibility. Windows Server node pool support includes some limitations that are part of the upstream Windows Server in Kubernetes project.

These limitations are not specific to AKS. For more information on the upstream support for Windows Server in Kubernetes, see the Supported functionality and limitations section of the Intro to Windows support in Kubernetes document, from the Kubernetes project. Historically, Kubernetes is Linux-focused.

Many examples used in the upstream Kubernetes. When you create deployments that use Windows Server containers, the following considerations at the OS level apply:. Azure Disks and Azure Files are the supported volume types. You won't be exposed to the operating system of the nodes hosting the master components. All AKS clusters are created with a default first node pool, which is Linux-based. This node pool contains system services that are needed for the cluster to function.

We recommend that you run at least two nodes in the first node pool to ensure the reliability of your cluster and the ability to do cluster operations. The first Linux-based node pool can't be deleted unless the AKS cluster itself is deleted.

To get the latest patches for Windows nodes, you can either upgrade the node pool or upgrade the node image. Windows Updates are not enabled on nodes in AKS. AKS releases new node pool images as soon as patches are available, and it's the user's responsibility to upgrade node pools to stay current on patches and hotfixes.

This is also true for the Kubernetes version being used. AKS release notes indicate when new versions are available. If you're only interested in updating the node image, see AKS node image upgrades.