How to run Teams commands with Adaxes?

Question

I asked this question last year, but have just dealt with running the commands manually since as I was unable to work out a solution. https://www.adaxes.com/questions/10506/how-to-connect-to-ms-teams-using-adaxes

It seems this is a common question as it was asked by someone else a short time later - https://www.adaxes.com/questions/10722/is-there-a-way-to-connect-to-ms-teams-via-adaxes-powershell

Has anyone found a proper way to connect to Teams powershell and run basic commands?

I have found this script provided two days ago - https://www.adaxes.com/questions/11982/is-there-a-way-to-add-users-to-ms-teams-groups-from-adaxes and tried to modify it, but no luck so far - I get an error that the user does not have a teams account when manually running the script, and when running the scheduled task nothing happens.

Initially I got an error (didn't realise you had to specify the account to run the task as, even though it's the same as the service account that runs adaxes, seems a bit backwards!) and now the task runs, but does not seem to work. There is no logs as to what the script achieves.

Here is the script as I have made it. I have set it up as a scheduled task, and want it to run after a new user has been created - I can flesh it out later on and make it only run on users with some attribute set somewhere, but for now I just want it to run at all (and work!) For now I have set it to run over a test OU, and both users in it are definitely synced up to Office 365.

# Get saved credentials
$username = $Context.RunAs.UserName
$password = $Context.RunAs.Password | ConvertTo-SecureString -AsPlainText -Force
$credential = New-Object System.Management.Automation.PsCredential($username, $password)

try
{
    # Get the object ID in Microsoft 365
    $objectId = ([Guid]$Context.TargetObject.Get("adm-O365ObjectId")).ToString()
}
catch
{
    return # The user doesn't have a Microsoft 365 account
}

try
{
    # Get the user in Microsoft Teams
    Connect-MicrosoftTeams -Credential $credential
    $user = Get-CsOnlineUser -Filter "Identity -eq '$objectId'"

    if ($NULL -eq $user)
    {
        $Context.LogMessage("The user does not have a Microsoft Teams account", "Information")
        return # User does not exist in Microsoft Teams
    }

   Set-CsUser -Identity $user -EnterpriseVoiceEnabled $true -HostedVoiceMail $true
   Grant-CsOnlineVoiceRoutingPolicy -Identity $user -PolicyName “Worldwide”
   Grant-CsCallingLineIdentity -Identity $user -PolicyName "No DDI Auckland"
}
finally
{
    # Close the connection and release resources
    Disconnect-MicrosoftTeams
}

ExpandCopy code

I'm running Adaxes 2021.1, Version 3.14.18804.0, and I believe I've got Teams powershell 2.3.1 installed

I attempted to follow Adaxes's other suggestion here to swap our service account to an Application Account - https://www.adaxes.com/script-repository/connect-to-microsoft-teams-s615.htm

However they do not specify what permissions to grant here:

"Click Add a permission. Click Microsoft Graph. Click Application permissions. Select the permissions required to accomplish tasks in your script. Click Add permissions "

So I have reverted to the service account setup, as I am desktop support not Azure Magician and do not know what API's teams falls under.

Answer 1

Hello,

Has anyone found a proper way to connect to Teams powershell and run basic commands?

Currently, it is possible to connect to Microsoft Teams using only the credentials of a user account. The credentials can be specified in the Run As section of the Run a program or PowerShell script action using the This account option.

I'm running Adaxes 2021.1, Version 3.14.18804.0, and I believe I've got Teams powershell 2.3.1 installed

You need to update the Microsoft Teams PowerShell module to version 4.0.0 or later. There are known issues in version 2.3.1 of the module.

I attempted to follow Adaxes's other suggestion here to swap our service account to an Application Account

You can register Adaxes as an application in Azure and use the application account to manage your Microsoft 365 tenant in Adaxes. However, according to our tests, the Connect-MicrosoftTeams cmdlet does not work when an application account access token is specified, it looks like there is a bug in the cmdlet. The cmdlet works only when the credentials of a user account are specified.

Here is the script as I have made it.

The Get-CsOnlineUser, Grant-CsOnlineVoiceRoutingPolicy, and Grant-CsCallingLineIdentity cmdlets do not accept a user object in the Identity parameter. To identify a user, the Identity property can be used. In this case, the command should look like this:

Set-CsUser -Identity $user.Identity -EnterpriseVoiceEnabled $true -HostedVoiceMail $true

Copy code

Additionally, please, note that the following command will not find a user if no Microsoft 365 license is assigned to the user:

Get-CsOnlineUser -Filter "Identity -eq '$objectId'"

Copy code

We updated the script you provided and tested it, it should work just fine. Please, find it below.

# Get saved credentials
$username = $Context.RunAs.UserName
$password = $Context.RunAs.Password | ConvertTo-SecureString -AsPlainText -Force
$credential = New-Object System.Management.Automation.PsCredential($username, $password)

try
{
    # Get the object ID in Microsoft 365
    $objectId = ([Guid]$Context.TargetObject.Get("adm-O365ObjectId")).ToString()
}
catch
{
    return # The user doesn't have a Microsoft 365 account
}

try
{
    # Get the user in Microsoft Teams
    Connect-MicrosoftTeams -Credential $credential
    $user = Get-CsOnlineUser -Filter "Identity -eq '$objectId'"

    if ($NULL -eq $user)
    {
        $Context.LogMessage("The user does not have a Microsoft Teams account", "Information")
        return # User does not exist in Microsoft Teams
    }

   Set-CsUser -Identity $user.Identity -EnterpriseVoiceEnabled $true -HostedVoiceMail $true
   Grant-CsOnlineVoiceRoutingPolicy -Identity $user.Identity -PolicyName "Worldwide"
   Grant-CsCallingLineIdentity -Identity $user.Identity -PolicyName "No DDI Auckland"
}
finally
{
    # Close the connection and release resources
    Disconnect-MicrosoftTeams
}

ExpandCopy code

Comments

Brilliant answer, thankyou.

I tried the code myself but was getting errors:

Get-CsOnlineUser : Expected literal (number, boolean, or null). Was '<'.
At line:1 char:1
+ Get-CsOnlineUser -identity $user
+ ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
    + CategoryInfo          : NotSpecified: (:) [Get-CsOnlineUser], ParserExcepti
    + FullyQualifiedErrorId : Microsoft.Teams.ConfigApi.Cmdlets.GetCsOnlineUser

Copy code

and I realised that in your solution you provided the answer, but didn't include it in the end script

So the full solution would be to get the user, and then when running the commandto pass the $user.identity instead of just $user:

# Get saved credentials
$username = $Context.RunAs.UserName
$password = $Context.RunAs.Password | ConvertTo-SecureString -AsPlainText -Force
$credential = New-Object System.Management.Automation.PsCredential($username, $password)

try
{
    # Get the object ID in Microsoft 365
    $objectId = ([Guid]$Context.TargetObject.Get("adm-O365ObjectId")).ToString()
}
catch
{
    return # The user doesn't have a Microsoft 365 account
}

try
{
    # Get the user in Microsoft Teams
    Connect-MicrosoftTeams -Credential $credential
    $user = Get-CsOnlineUser -Filter "Identity -eq '$objectId'"

    if ($NULL -eq $user)
    {
        $Context.LogMessage("The user does not have a Microsoft Teams account", "Information")
        return # User does not exist in Microsoft Teams
    }

   Set-CsUser -Identity **$user.Identity** -EnterpriseVoiceEnabled $true -HostedVoiceMail $true
   Grant-CsOnlineVoiceRoutingPolicy -Identity **$user.Identity** -PolicyName “Worldwide”
   Grant-CsCallingLineIdentity -Identity **$user.Identity** -PolicyName "No DDI Auckland"
}
finally
{
    # Close the connection and release resources
    Disconnect-MicrosoftTeams
}

ExpandCopy code

Now to just add this to a sheduled task so it runs after a new user is created, and I'm a happy chappy - thankyou!