Visual Studio includes tooling to help with the development and deployment of applications on Azure. This guide will help you make sure that you have Visual Studio properly configured for Azure development. Download Visual Studio 2019 If you already have Visual Studio 2019 installed, you. Visual Studio Code A powerful, lightweight code editor for cloud development; GitHub and Azure World’s leading developer platform, seamlessly integrated with Azure; Visual Studio Subscriptions Access Visual Studio, Azure credits, Azure DevOps, and many other resources for.
DEPRECATION NOTICE:This extension is no longer receiving updates.Learn more here.
This extension allows you to connect to Azure DevOps Services and Team Foundation Server and provides support for Team Foundation Version Control (TFVC).It allows you to monitor your builds and manage your pull requests and work items for your TFVC or Git source repositories. The extension uses your local repository informationto connect to either Azure DevOps Services or Team Foundation Server 2015 Update 2 (and later).
Azure Visual Studio Subscription
Here is the Walkthrough of the Azure Repos extension for Visual Studio Codevideo that shows many of the features of the extension.
Azure DevOps Services
If you are using the extension with Azure DevOps Services, ensure you have an Azure DevOps Services organization. If you donot have one, sign up for Azure DevOps Services.
Team Foundation Server
If you are planning on using the extension with Team Foundation Server, you must be running Team FoundationServer 2015 Update 2 or later. Earlier versions of Team Foundation Server are not supported.
Clone your Git repository
With Git, the extension uses the remote origin of your repository to determine how to connect to Azure DevOps Services (or your Team Foundation Server), in most cases you will need to have a Git repository already cloned locally. If you intend on cloning an existing repository, do so before proceeding. If you do not have a Git repository cloned locally but already have an Azure DevOps Services organization (or a Team Foundation Server instance), you may create a local repository (via
git init) and once you set the 'origin' remote for that local repository, the extension will detect the change to the remote and attempt to contact Azure DevOps Services (or Team Foundation Server).
Create your TFVC workspace
With TFVC, the extension uses information about the current workspace to determine how to connect to Azure DevOps Services (or your Team Foundation Server). Workspaces can be created using the Visual Studio IDE, Eclipse or with the JetBrains IDEs (e.g, Android Studio, IntelliJ).
Note: At this time, you will need to have a local TFVC workspace already available on your local machine. More information about the difference between the two types (and how to determine which one you're using) can be found here. The issue tracking support for Server workspaces is here.
First, you will need to install Visual Studio Code
1.12.0 or later.
To install the extension with the latest version of Visual Studio Code (version 1.13.1 is the latest as of this writing), bring up the Visual Studio Code Command Palette (
install and choose
Extensions: Install Extensions. In the
Search Extensions in Marketplace text box, type
team. Find the
Azure Repos extension published by Microsoft and click the
Install button. Restart Visual Studio Code.
Azure DevOps Services
If you are connecting to Azure DevOps Services, you will need a personal access token (PAT). With the release of v1.121.0 of the extension, you have a choice of whether you would like to create a token yourself manually and provide it when prompted, or use a new experience in which you are authenticated to Azure DevOps Services using your web browser. In the new experience, a personal access token is still created on your behalf but only after you are authenticated. The created token has All Scopes permissions but can be updated in your profile settings. Both tokens (manual or the new experience) are stored securely on your machine.
Manual Token Creation
Should you wish to create a personal access token yourself, go here to read how. You can also view our video on how to do the same.
- Git repositories require that you create your token with the Build (read), Code (read) and Work items (read) scopes to ensure full functionality. You can also use All Scopes, but the minimum required scopes are those listed above.
- TFVC repositories require tokens with All Scopes. Anything less will cause the extension to fail.
When using the new authentication experience, you will be prompted to copy a device code used to identify yourself to the authentication system. Once you accept the prompt to begin authentication, your default web browser will be opened to a login page. After supplying that device code and having it verified, you will then be prompted to authenticate with Azure DevOps Services normally (e.g., username and password, multi-factor authentication, etc.). Once you are authenticated to Azure DevOps Services, a personal access token will be created for you and the extension will be initialized normally. To see what this experience is like, view this video.
Team Foundation Server
If you are connecting to Team Foundation Server, you will only need your NTLM credentials (domain name, server name and password). It is assumed that you have the proper permissions on the TFS Server.
Details on how to connect to either Azure DevOps Services or Team Foundation Server are found in the next section.
Once you have a local TFVC workspace available, you must configure the TFVC support in Visual Studio Code. You can find that information (including demo videos) in our TFVC documentation.
Open a local Repository folder
Once you have installed the extension, open either the root folder or a sub-folder of the repository. Once an Azure DevOps Servicesor Team Foundation Server 2015 Update 2 (or later) repository is detected by the extension, you will need to provideyour credentials (if credentials weren't already found). If you are required to provide your credentials, there will be anindicator in the status bar whose message will indicate that you need to sign in.
The indicator looks like this:
To sign in, run the
team signin command or simply click on that indicator. If your repository is hosted on Azure Repos,you will be prompted to enter your personal access token. When you do, it will be stored securely on yourcomputer and used to connect. If your repository is on Team Foundation Server 2015 Update2 or later, you will be prompted to enter your username and password. After both are provided, they willbe stored securely on your computer and used to connect to your TFS server.
Once your credentials are verified, the status bar indicators will be active and the remaining commands willbe ready to use. The stored credentials will be used for each connection to the server until they are eitherremoved by the
team signout command or overwritten by a subsequent
team signin command.
Note: In order for the extension to be activated, a repository folder must be opened. The extensionwon't be activated if only a single file in the repository is opened.
Status Bar Indicators
– This status bar item is populated with the nameof the team project to which the repository belongs. Clicking on the item will open your browser to the team website.
– Git only This status bar item is a count of activepull requests that you either requested yourself or were added to explicitly as a reviewer. Clicking theitem will display that list of pull requests in the quick pick list. Choosing one will take you to thatpull request in your browser. This indicator will update its status every 5 minutes.
– This status bar item shows the status ofthe build for this particular repository and branch. Hovering over the item will provide additionalinformation about which build was referenced (if any). Clicking on the item will take you to that build’ssummary page in your browser. This indicator will update its status every 5 minutes.
– This status bar item showsthe number of items returned by your pinned work item query. If you have not configured a pinned query itdefaults to the work items assigned to you. Clicking the item will show you the work items the query returns.This indicator will update its status every 5 minutes.
– Clicking this status bar item allows you to quickly sendfeedback about the Azure Repos extension.
In addition to the status bar integrations, the extension also provides several commands for interacting withAzure DevOps Services and Team Foundation Server. In the Command Palette (
team and choose a command.
team associate work items– Prompts you to choose a work item that is assigned to you (or from the resultsof your custom query). Choosing a work item will add it to the current commit/check-in message.
team create bug– Opens your browser to the webpage used to create a new bug. If a single line of text ishighlighted in Visual Studio Code, it will be used as the title of the bug. The bug will be assigned to you.You can then choose to update the fields, save, cancel, etc.
team create pull request– Git only Opens your browser for a new pull request based on the current repository andbranch. Before creating the pull request, ensure that you save, commit and push any changes you have beforerunning the command. Doing so will ensure that all of your latest changes are part of the pull request.
team create task– Opens your browser to the webpage used to create a new task. If a single line of textis highlighted in Visual Studio Code, it will be used as the title of the task. The task will be assigned toyou. You can then choose to update the fields, save, cancel, etc.
team create work item– Prompts you to choose a work item type from the list available in your team project.Once you make a selection, your browser is opened to the webpage used to create the work item. If a single linef text is highlighted in Visual Studio Code, it will be used as the title of the task. The work item will beassigned to you. You can then choose to update the fields, save, cancel, etc.
team send feedback– Prompts you to either send a smile or a frown. After choosing, you can provide usfeedback of up to 1000 characters. Optionally, provide your email address so we can contact if you needed. Ifyou do not want to provide your email address, just leave it empty (we'll still get your feedback). Note:Feedback can be sent even if telemetry reporting is disabled.
team signin– Use this command to sign in to an Azure DevOps Services organization or Team Foundation Server 2015 Update 2(and later) server. When your credentials are provided, they will be stored securely on your computer. The savedcredentials will be used for that organization until they are removed by the
team signoutcommand or overwritten by asubsequent
team signincommand. See the 'Secure Credential Storage' topic below for more details.
team signout– Use this command to sign out from an Azure DevOps Services organization or Team Foundation Server 2015 Update 2(and later) server. Signing out will remove your credentials from your local computer. To sign back in, you willneed to run the
team signincommand again.
team view blame– Git only If a file in the repository is opened in the editor, it will open your browser to theblame page for that file in the current branch in the server repository.
team view build summary– Same behavior as clicking on the Build Status status bar item.
team view history– If a file in the repository is opened in the editor, it will open your browser to thehistory page for that file in the current branch in the server repository. Otherwise, the history of the currentbranch in the server repository will be opened. This command does support TFVC repositories.
team view pull requests– Git only Same behavior as clicking on the Pull Requests status bar item.
team view website– Same behavior as clicking on the team project status bar item.
team view work items– Prompts you to choose a work item that is assigned to you, sorted by ChangedDate descending.Choosing a work item will open it in your browser. This command will return a maximum of 200 results with an optionto 'Browse additional work items...'. Choosing that option will open your browser to show all of the results of your query.
team view work item queries– Prompts you to choose a query stored in your “My Queries” folder in your team project.Choosing a query will run it and display the results in the Quick Pick list. Choosing one of the results will open thatwork item in your browser. This command will return a maximum of 200 results with an option to 'Browse additionalwork items...'. Choosing that option will open your browser to show all of the results of your query.
Secure Credential Storage
When you run the
team signin command, the credentials that you provide will be stored securely on your computer. OnWindows, your credentials wil be stored by Windows Credential Manager. On macOS, your credentials will be stored in theKeychain. On Linux, your credentials will be stored in a file on your local file system in a subdirectory of yourhome folder. That file is created only with RW rights for the user running Visual Studio Code. It is not encryptedon disk.
How to disable telemetry reporting
The Azure Repos extension collects usage data and sends it to Microsoft to help improve our productsand services. Read our privacy statement to learn more.
If you don’t wish to send usage data to Microsoft, add the following entry to Settings (File > Preferences > Settings):
The polling interval for the pull request and build status bar indicators defaults to ten minutes. You can change thisvalue in the Visual Studio Code Settings by adding an entry like the one below. The minimum value is 10.
There may be times when you need to enable file logging to troubleshoot an issue. There are five levels of logging (
debug). Since logging is disabled by default, you can add an entry like the one shown belowto Visual Studio Code's Settings. Once you are finished logging, either remove the setting or set it to an empty string.
The log file will be placed at the root of your workspace and will be named
In order to facilitate more debugging, you may be provided with a 'private build' of the extension. The private build willlikely come in the form of a .ZIP file named similarly to the VSIX that gets deployed to the Marketplace (e.g.,
To install the private build, you must uninstall the previous version and then side load the new one. First, remove the.ZIP extension from the file and then follow these instructions to install the VSIX.
Pinned Work Item Queries
You can customize the pinned work item query by adding the following in the Visual Studio Code Settings. You need toprovide the following:
account: For Azure DevOps Services, set
dev.azure.com/organization.For Team Foundation Server, if your server URL is
Using Query Text
Using Query Path
You can also create a global pinned query which will be the default if you have not configured one byreplacing dev.azure.com/organization with global in the previous examples.
Using External (non-Microsoft) Source Repositories
Starting with version 1.113.0, you can now use the extension with repositories that are not hosted with either Azure DevOps Services or Team Foundation Server. You will be able to monitor your builds (for a specific build definition) and work items that are hosted with either Azure DevOps Services or Team Foundation Server by specifying your server information. To do this, set the following settings in VS Code. It is recommended that you set these in your Workspace Settings (and not User Settings). You will, of course, still need to authenticate (provide credentials).
Note: If you're using a Team Foundation Version Control repository, you should not use these settings. Have a look at the TFVC Quick Start.
Visual Studio Msdn
To determine your build definition id, open the build summary for the build you'd like to monitor and grab the value of the buildId= parameter in the url.
Azure Visual Studio Online
Support for this extension is provided on our GitHub Issue Tracker. Youcan submit a bug report, a feature requestor participate in discussions.
Contributing to the Extension
See the developer documentation for details on how to contribute to this extension.
Code of Conduct
This project has adopted the Microsoft Open Source Code of Conduct. For more information see the Code of Conduct FAQ or contact [email protected] with any additional questions or comments.
The Microsoft Visual Studio Product Family Privacy Statementdescribes the privacy statement of this software.
This extension is licensed under the MIT License. Please see the third-party noticesfile for additional copyright notices and license terms applicable to portions of the software.
Azure IoT Hub extension is now a part of Azure IoT Tools extension pack. We highly recommend installing Azure IoT Tools extension pack, which makes it easy to discover and interact with Azure IoT Hub that power your IoT Edge and device applications. This extension pack can help you:
- Develop and connect your Azure IoT Applications to Azure. With this extension, you can interact with an Azure IoT Hub, manage connected devices, and enable distributed tracing for your Azure IoT applications.
- Develop and debug Certifies Azure IoT Devices (including MXChip IoT DevKit, ESP32, Raspberry Pi) to Azure. This extension pack makes it easy to code, build, deploy and debug your IoT applications with popular IoT development boards.
- Develop and deploy artificial intelligence and your custom logic to Azure IoT Edge. This extension pack makes it easy to code, build, deploy, and debug your IoT Edge applications.
Interact with Azure IoT Hub, IoT Device Management, IoT Edge Management, IoT Hub Device Simulation, IoT Hub Code Generation and IoT Hub Device Provisioning Service.
The Wiki page includes a comprehensive getting started guide as well as detailed usage instructions of the following features:
- IoT Hub management
- Create IoT Hub
- Select IoT Hub
- Copy IoT Hub Connection String
- Generate SAS Token for IoT Hub
- Device management
- List devices
- Get device info
- Create IoT device
- Create Edge device
- Delete device
- Copy Device Connection String
- Generate SAS Token for Device
- Module management
- List Modules
- Get Module Info
- Create Module
- Edit Module Twin
- Invoke Module Direct Method
- Copy Module Connection String
- Delete Module
- Interact with Azure IoT Hub
- Generate Code for C#, F#, Go, Java, Node.js, PHP, Python, Ruby or REST API
- Send D2C message to IoT Hub
- Monitor Built-in Event Endpoint
- Send C2D message to device
- Receive C2D message from IoT Hub
- Invoke Device Direct Method
- Edit Device Twin
- Manage Azure IoT distributed tracing
- Interact with Azure IoT Edge (Install Azure IoT Edge for more IoT Edge support)
- List Modules
- Edit Module Twin
- Create deployment for Single Device
- Create Deployment at Scale
- Endpoints management
- List Built-in and Custom Endpoints
- Monitor Custom Event Hub Endpoint
- In Explorer of VS Code, click 'Azure IoT Hub' in the bottom left corner.
- Click 'Set IoT Hub Connection String' in context menu.
- An input box will pop up, then enter your IoT Hub Connection String (It is one-time configuration, and please make sure it is IoT Hub Connection String not Device Connection String. The format is
- The devices list will be shown.
Sign in to Azure
Instead of copying and pasting to set IoT Hub Connection String, you could sign in to Azure to select IoT Hub from your Azure Subscription.
- Click 'Select IoT Hub' in context menu.
- If you have not signed in to Azure, a pop-up will show to let you sign in to Azure.
- After you sign in, your Azure Subscription list will be shown, then select an Azure Subscription.
- Your IoT Hub list will be shown, then select an IoT Hub.
- The devices and endpoints list will be shown.
Device Provisioning Service Explorer
Azure Visual Studio 2019
- Open 'Azure' view on the Activity Bar, and expand 'IOT HUB DEVICE PROVISIONING SERVICE'.
If you're not signed in, click 'Sign in to Azure...' to sign in.
Expand one subscription to start exploring your device provisioning services.
|iotSendD2CMessage||Send D2C message to IoT Hub|
|iotMonitorD2CMessage||Monitor D2C message for IoT Hub|
|iotSendC2DMessage||Send C2D message to device|
|iotMonitorC2DMessage||Monitor C2D message from IoT Hub|
|iotCallDirectMethods||Send direct methods to device|
|iotReceiveDirectMethods||Receive direct methods from IoT Hub|
After code snippet is created, you need to install corresponding npm package (e.g. azure-iot-device-mqtt) to run the code snippet.If you want to 'Run Code' directly, you need to install Code Runner.
IoT Hub Consumer Group (default is
The time span (in minutes) of monitoring D2C message before current time (default is
Whether to show verbose info when monitoring messages (default is
Whether to stringify device-to-cloud messages (default is
Whether to show IoT Hub info when IoT Hub Connection String is not set (default is
Whether to enable auto refresh of tree view (default is
Azure Visual Studio License
Time interval in seconds for tree view auto refresh, auto refresh has to be enabled for it to work. (default is
Azure Visual Studio
Thanks to all the contributors!
This project collects usage data and sends it to Microsoft to help improve our products and services. Read our privacy statement to learn more.If you don’t wish to send usage data to Microsoft, you can set the
telemetry.enableTelemetry setting to
false. Learn more in our FAQ.