Mastering the Azure Blade Interface for Efficiency

The Azure blade interface is a powerful tool for managing your Azure resources, but it can be overwhelming for beginners. This interface is designed to provide a single pane of glass for all your Azure services.

To navigate the Azure blade interface efficiently, you should familiarize yourself with the different sections, such as the navigation menu and the resource group. The navigation menu allows you to quickly switch between different resource groups and services.

Customizing the Azure blade interface can also improve your productivity. For example, you can add or remove tiles to display the information that matters most to you. This can be done by clicking on the "Customize" button in the top right corner of the interface.

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The Azure Blade Tools are a game-changer for troubleshooting and resolving issues with your Azure SQL VM.

The Troubleshooting Tools tab offers four options to help you diagnose and fix problems: Performance Diagnostics, Troubleshoot network connectivity, Evaluate Best Practices for your SQL Server using SQL Assessments, and Repair or Redeploy IaaS extension.

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Performance Diagnostics is a must-use tool that provides a self-help diagnostics tool called PerfInsights, which can be run through the portal or as a standalone tool to collect diagnostic data and produce analytic reporting.

PerfInsights can be run in three ways: as a standalone tool, directly from the portal, or by installing the Azure Performance Diagnostics VM Extension.

The connection troubleshoot feature of Network Watcher helps reduce the time it takes to find and detect connectivity issues by checking a direct TCP connection from a virtual machine to a virtual machine, FQDN, URI, or IPv4 address.

Here are the four options available under the Troubleshooting Tools tab:

The SQL best practices assessment provides a mechanism to evaluate the configuration of your Azure SQL VM for best practices like indexes, deprecated features, trace flag usage, statistics, etc.

To enable SQL best practices assessment, your SQL Server on Azure VM needs to be registered with the SQL IaaS extension in full mode.

If the SQL IaaS Agent extension status is "Failed", you can repair it, which will also help install the latest SQL IaaS Agent extension if it's not already installed.

There's also a "Force repair" option that allows you to upgrade your SQL IaaS Agent extension even if it's already in "Succeeded" provisioning state.

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Azure Blade Settings are a crucial part of customizing your Azure experience.

You can access the Azure Blade Settings by clicking on the gear icon in the top right corner of the Azure portal.

From here, you can adjust various settings such as your preferred language and time zone.

Azure Blade Settings also allow you to customize the layout of the Azure portal, including the number of columns and the visibility of certain blades.

Customizing the layout can help you work more efficiently by prioritizing the blades and features that are most important to you.

The Azure Blade Settings are also where you can enable or disable features such as Azure Advisor and Azure Monitor.

Enabling these features can provide you with valuable insights and recommendations to help you optimize your Azure resources.

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Azure Blade Pickers are an essential part of the Azure interface, allowing users to easily select and manage various resources. They come in different flavors, each designed for specific tasks.

The Key Vault picker blades are particularly useful for selecting key vaults, secrets, and certificates. There are three types of Key Vault picker blades: Key Picker, Secret Picker, and Certificate Picker. Each has its own set of parameters that can be configured.

Here are some key parameters to note:

In addition to these parameters, the Key Picker blade has some specific settings, such as requiredKeyTypes, requiredKeySizes, and requiredCurveNames, which determine the types of keys that can be selected.

The ID Object Picker is a versatile and powerful tool that allows you to select users, groups, and applications from within Azure. It's a simple-looking blade, but don't let that fool you - it offers a wide range of parameters that can be set to customize its behavior.

One of the most important parameters is "queries", which determines what types of objects will be displayed in the picker. You can set this to a single query or combine multiple queries using bitwise OR. For example, to select users, groups, and service principals, you can set it to 7, which is the result of 1 + 2 + 4.

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The "disablers" parameter allows you to exclude certain types of objects from the results. You can combine multiple disablers using bitwise OR, and the available options include AllDevicesBatchFormer, AllContactsQuerier, and many others.

The "suggestedObjectsOptions" parameter is used to enable the Suggested Objects feature, which is best implemented by checking the implementation of the queries you want to use. To use the SuggestedObjectsQuerier, this parameter must be defined.

Here is a list of some of the available queries and their corresponding flags:

The Key Vault - Key Picker blade is a powerful tool for managing keys in Azure. It allows you to list Key Vaults from a default subscription ID.

To use the Key Vault - Key Picker blade, you need to specify the subscription ID, which is a required parameter. The subscription ID is a string that identifies the default subscription to list Key Vaults from.

One of the key features of the Key Vault - Key Picker blade is the ability to filter key vaults by type. You can display a filter for Key Vault or Managed HSM using the enableMHSM parameter.

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The Key Vault - Key Picker blade also allows you to specify the required key types, which can be RSA, RSA-HSM, EC, or EC-HSM. You can use the requiredKeyTypes parameter to specify the allowed key types.

Here's a breakdown of the allowed key types:

You can also specify the required key sizes, which can be 2048, 3072, or 4096. Use the requiredKeySizes parameter to specify the allowed key sizes.

The Key Vault - Key Picker blade also allows you to specify the required elliptic curve names, which can be P-256, P-384, P-521, or P-256K. Use the requiredCurveNames parameter to specify the allowed elliptic curve names.

Finally, you can specify the required key operations, which can be sign, verify, wrapKey, unwrapKey, encrypt, or decrypt. Use the requiredKeyOperations parameter to specify the allowed key operations.

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The Secret Picker is a crucial part of Azure Blade Pickers, and it's essential to understand its parameters.

The Key Vault - Secret Picker blade is available, but it's not as configurable as some users might want. Microsoft.KeyVault.KeyVaultCertificateSelector is an option, but it has limitations.

To use the Secret Picker, you'll need to specify the subscription ID, which is a required string parameter. This parameter determines the default subscription ID to list Key Vaults from.

The Secret Picker also allows you to display the subscriptions dropdown, which is a boolean parameter. If you want to show the dropdown, you can set showSubscriptionDropdown to true.

In addition to the subscription ID, you can also specify the location, which is a string parameter. This parameter determines the name of the region to list key vaults from.

The Secret Picker also has several other parameters, including showCreateNew, showVersionPicker, and defaultVaultId. These parameters control whether to show a hyperlink to create a new key vault, secret, or version, and whether to allow versions to be selected, respectively.

Here are the Secret Picker parameters in a table:

The new Azure blade is a game-changer for DBAs, with welcome additions to SQL Server configuration options.

The list of tunable settings could grow to make life easier for DBAs, and including guidance on current best practices for each tunable would be a huge help.

Exposing more SQL Server or Windows OS tunables as part of the provisioning process would make junior DBAs look like seasoned pros by guiding them through current SQL Server configuration best practices.

The new Storage configuration option is a compelling addition that eliminates the need to manually stripe together multiple disks in a Simple Storage Space to get the maximum IOPS.

A Storage configuration wizard could be included as a standard offering in the Disks blade of every Windows instance type, giving users a choice between the new "Wizard" experience and the "Classic" experience.

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