Any other superseded update that is reported as 100% Installed/Not Applicable on the WSUS console. If superseded updates are 100% Installed/NA, then they will never be used (read: deployed) to any system ever again. Windows Server Update Services (WSUS) is highly important services in a Microsoft infrastructure. WSUS provides automated delivery of service packs, hot fixes and update rollups to desktops and servers and keep them up to date. When you configure WSUS in an enterprise you have to consider. GetUpdateState - kbnumber $ MS17010 - wsusserver wsus - port 8530 To simplify things a bit and enable reusing the same script in the future to produce reports for different KBs, I use a function that accepts the following parameters: • An array of strings for the KB numbers • A string for the WSUS server name • A string for the WSUS port number To be able to run this function successfully, you need the Windows Update Services MMC snap-in installed. Otherwise you can run it on the WSUS server. Please note that by default, this function connects to the WSUS server using unsecured HTTP. If you're using SSL, you have to change the $False to $True in the line that initializes the $wsus variable. I prepare the $report variable in advance, to be able to save the results into it later, and then I load the Microsoft.Update services assembly. Next, I initialize the following three variables: • $wsus: update services server object • $UpdateScope: WSUS update scope (list of updates on the WSUS server) • $CompSc: computer objects registered in WSUS Next, I set up $UpdateScope. UpdateApprovalActions to 'Install' because I'm interested only in those updates approved for installation. I then start a foreach loop against the $kbnumber string array I intend to pass to the function. This provides all update objects that have the particular KB number in the title. Inside the second loop, I'm using the update object's GetUpdateInstallationInfoPerComputerTarget method to get the status of the update for each computer object stored in $ComSc. To understand better how the GetUpdateInstallationInfoPerComputerTarget method works, take a look at the screenshot below. WSUS update installation info per computer target The update status object contains the ComputerTargetId property, which is a unique GUID associated with each computer object. The GUID is the key that allows me to establish relationships between the update status objects and computer names. In the third loop ( ForEach object) I pass this GUID to the getComputerTarget method of the update service object (that the $wsus variable represents). This reads several properties of the computer object, such as computer name, IP address, and update status information. Below you can see an example of the WSUS computer object. WSUS computer object information Next, I create a custom PowerShell object and store it in the $info variable. The properties of the $info object then contain the computer object properties and update the status properties I need for the report. The $report variable then stores an array of my $info objects. After the loops execute, I filter the $report variable to remove all records where UpdateInstallationStatus is set to Installed, Not Applicable, and Unknown. The remaining records are the computers that require the updates with the KB numbers you specify when you call the function. In the screenshot below you see a sample report. Hi Charlie, Looks like this is all being done using the Microsoft.UpdateServices.Administration API (.aspx) If you dig through the classes, there's options to include downstream computer targets (part of the ComputerTargetScope class). Construction schedule software for mac. You'd have to create a ComputerTargetScope object and set the IncludeDownstreamComputerTargets. I believe that to get this to work, the downstream replicas would have to be have Reporting Rollup set, but haven't tested without rollup as it's the default. $CompSc = New-Object Microsoft.UpdateServices.Administration.ComputerTargetScope $CompSc.IncludeDownstreamComputerTargets = $true Adding this 'filtering' to you the original script should include those downstream clients.Tom. Did you convert an old VHD to VHDX? No, I'm performing fresh installs each time, 2016 is pretty quick when it comes to the installation What happens if you select “Generation 2”? Any error messages? The above steps don't work if you build a GEN2 VM. Your VM will have UEFI firmware and a GPT boot disk. If you look at the partition table, you'll see 3 partitions. Even if you add a second disc and initialize it as GPT.
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