SkypeToolPack.psm1
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function Get-CsPoolService { <# .SYNOPSIS Check if all services are running on all servers in a pool. If any services are detected as not running, ask the user if they want to start the service. .DESCRIPTION Check if all services are running on all servers in a pool. If any services are detected as not running, ask the user if they want to start the service. .PARAMETER PoolFQDN Required, defines the pool to check. This will gather all the names of all the computers in a pool so we can check them one by one. .PARAMETER ReportPath Use this parameter to set the path where you want to save a dump of all the results. This can be a regular text file. .EXAMPLE Get-CsPoolService -PoolFQDN pool.domain.com .EXAMPLE Get-CsPoolService -PoolFQDN pool.domain.com -ReportPath C:\temp\report.txt #> param ( [Parameter(Position = 0, Mandatory, HelpMessage = "The fully qualified domain name of a Skype for Business pool.")] [string]$PoolFQDN, [Parameter(HelpMessage = "Path and filename where to store the result from the test. Result will be in plain text.")] [string]$ReportPath, [Parameter(HelpMessage = "If any services are stopped, automatically start services.")] [switch]$Automaticstart ) $servers = (Get-CsPool -identity $PoolFQDN).computers Write-Output "Running Get-CsWindowsService on all computers in the pool" foreach ($server in $servers) { Write-Output "Checking: $server" $result = Get-CsWindowsService -ComputerName $server Write-Output $result if ($ReportPath) { Out-File -InputObject $result -FilePath $ReportPath -Append } if ($result.status -contains "stopped" -and $Automaticstart) { Write-Warning "A service has been detected as 'Stopped'. Starting the service automatically now!" Start-CsWindowsService -ComputerName $server if ($ReportPath) { $serviceStartReport = "Stopped services started by user." Out-File -FilePath $ReportPath -InputObject $serviceStartReport -Append } } elseif ($result.status -contains "stopped") { Write-Warning "A service is not running. This might result in a bad user experience." Write-Output "Would you like to start the service?" do { $serviceStart = Read-Host "(Y)es or (N)o" if ($serviceStart.ToLower() -eq "y") { Start-CsWindowsService -ComputerName $server if ($ReportPath) { $serviceStartReport = "Stopped services started by user." Out-File -FilePath $ReportPath -InputObject $serviceStartReport -Append } break } } while ($serviceStart.ToLower() -notlike "n") } } } function Restart-CsPoolService { Param ( [Parameter( Position = 0, Mandatory, HelpMessage = "The fully qualified domain name of a Skype for Business pool.")] [string]$PoolFQDN, [Parameter(HelpMessage = "Define a service to restart.")] [string]$Service ) $servers = (Get-CsPool -Identity $PoolFQDN).computers foreach ($server in $servers) { if (!$Service) { Stop-CsWindowsService -ComputerName $server | Out-Null Start-CsWindowsService -ComputerName $server | Out-Null } else { Stop-CsWindowsService $Service -ComputerName $server | Out-Null Start-CsWindowsService $Service -ComputerName $server | Out-Null } } } function Get-CsResponseGroupService { <# .SYNOPSIS Check if the Response group service is running on all the servers in a pool. .DESCRIPTION Check if the Response group service is running on all the servers in a pool. .PARAMETER PoolFQDN Required, defines the pool to check. This will gather all the names of all the computers in a pool so we can check them one by one. .PARAMETER ReportPath Use this parameter to set the path where you want to save a dump of all the results. This can be a regular text file. .EXAMPLE Get-CsResponseGroupService -PoolFQDN pool.domain.com .EXAMPLE Get-CsResponseGroupService -PoolFQDN pool.domain.com -ReportPath C:\temp\report.txt #> param ( [Parameter(Position = 0, Mandatory, HelpMessage = "The fully qualified domain name of a Skype for Business pool.")] [string]$PoolFQDN, [Parameter( HelpMessage = "Path and filename where to store the result from the test. Result will be in plain text.")] [string]$ReportPath, [switch]$Automaticstart ) $servers = (Get-CsPool -identity $PoolFQDN).computers foreach ($server in $servers) { Write-Output $server $result = Get-CsWindowsService RTCRGS -ComputerName $server Write-Output $result if ($result.status -contains "stopped" -and $Automaticstart) { Write-Warning "RTCRGS was detected as stopped. Starting it..." Start-CsWindowsService RTCRGS -ComputerName $server if ($ReportPath) { $serviceStartReport = "Stopped services started by user." Out-File -FilePath $ReportPath -InputObject $serviceStartReport -Append } } elseif ($result.status -contains "stopped") { Write-Warning "RTCRGS is not running. This might result in a bad user experience." Write-Output "Would you like to start the service?" do { $serviceStart = Read-Host "(Y)es or (N)o" if ($serviceStart.ToLower() -eq "y") { Start-CsWindowsService -ComputerName $server if ($ReportPath) { $serviceStartReport = "Stopped services started by user." Out-File -FilePath $ReportPath -InputObject $serviceStartReport -Append } break } } while ($serviceStart.ToLower() -notlike "n") } if ($ReportPath) { Out-File -FilePath $ReportPath -InputObject $results -Append } } } function Get-CsProxyAddress { <# .SYNOPSIS Checks a user for matching SIP and primary SMTP address. .DESCRIPTION Checks a user for matching SIP and primary SMTP address. .PARAMETER SAMAccount Required, defines the user to check. This gather all the proxyaddresses that has been defined in Active Directory, then find the SIP and primary SMTP to match later. .EXAMPLE Get-CsProxyAddress SAMAccountName #> Param ( [Parameter( Position = 0, ParameterSetName="SingleUser", Mandatory, HelpMessage = "Users SAMAccountName.")] [string]$SAMAccount, [Parameter( ParameterSetName = "Everyone", HelpMessage = "Switch to check your entire Skype installation for discrepancy.")] [switch]$FullScan ) function proxyExtract { $global:sip = $null $global:smtp = $null foreach ($proxy in $user) { if ($proxy -like "sip:*") { $global:sip = $proxy.substring(4) } if ($proxy -clike "SMTP:*") { $global:smtp = $proxy.substring(5) } } } if ($FullScan) { $users = (Get-CsUser).SAMAccountName | Get-AdUser -properties ProxyAddresses foreach ($user in $users) { $SAMAccount = $user.SAMAccountName $user = $user | Select-Object -ExpandProperty ProxyAddresses proxyExtract if ($global:sip -notlike $global:smtp) { $userObject = [PSCustomObject]@{ UserPrincipalName = (Get-AdUser $SAMAccount).UserPrincipalName SIP = $global:sip SMTP = $global:smtp } Write-Output $userObject } } } else { $user = Get-AdUser $SAMAccount -properties ProxyAddresses | Select-Object -ExpandProperty ProxyAddresses proxyExtract Write-Output "SIP: $global:sip" Write-Output "SMTP: $global:smtp" if ($global:sip -match $global:smtp) { Write-Output "SIP & SMTP matches!" } else { Write-Error "SIP & SMTP does not match!" } } } Export-ModuleMember -Cmdlet Get-CsPoolService, Restart-CsPoolService, Get-CsResponseGroupService, Get-CsProxyAddress -Function Get-CsPoolService, Restart-CsPoolService, Get-CsResponseGroupService,Get-CsProxyAddress |