Here, click on “+ Create a resource” in the left-hand panel and from the list provided choose “Storage.”. 2. A list of storage related items will now appear. From these options, click on the first choice, “Storage Account.”. 3. You’ll see that the storage account creation window has now opened up. az storage container create -n mystoragecontainer --fail-on-exist. ストレージ アカウントにストレージ コンテナーを作成し、BLOB のパブリック読み取りアクセスを許可します。 az storage container create -n mystoragecontainer --public-access blob 必須のパラメーター
Azure CLI. Open Cloudshell. az storage account blob-service-properties update --enable-change-feed false -n mystorageaccount -g myresourcegroup. Enable delete retention policy and set delete retention days to 100 for the storage account 'mystorageaccount' in resource group 'myresourcegroup'.
. Set Environment Variable AZURE_STORAGE_ACCOUNT and AZURE_STORAGE_SAS_TOKEN . Using account name and Azure AD credentials . Azure CLI commands for data operations against Blob storage support the --auth-mode parameter, which enables you to specify how to authorize a given operation. We can use CLI 2.0 command az group exists to test the resource group exist or not, like this: C:\Users\user>az group exists -n jasontest false. In this way, before we create it, we can test the name available or not. In new resource group, we can create new Vnet and other resources. A storage account and a container instance are needed for script execution and troubleshooting. You have the options to specify an existing storage account, otherwise the storage account along with the container instance are automatically created by the script service. The requirements for using an existing storage account:
To update the anonymous access level for one or more existing containers in the Azure portal, follow these steps: Navigate to your storage account overview in the Azure portal. Under Data storage on the menu blade, select Containers. Select the containers for which you want to set the anonymous access level. Use the Change access level button
In this example, let's check for valid time-ranges to restore within the last 30 days. First, we need to fetch the relevant backup instance ID. List all backup instances within a vault using the az dataprotection backup-instance list command, and then fetch the relevant instance using az dataprotection backup-instance show command. To do so, I need a SAS to access the storage and to generate one I would use the following command: az storage blob generate-sas -c containername --account-name storage-account-name -n blob-name. The problem here is, I also need to provide the blob name for the above command to work, but I would like my backup to be stored directly in the qXPqr.
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    • az storage container list example