Normalmente, os usuários que desejam descobrir se a atualização cumulativa mais recente está instalada em seu sistema Windows 10 usam esse método para verificar o histórico de atualizações do Windows 10 . Nesta postagem, mostraremos como obter informações de patch atuais para o Windows 10 usando um script do PowerShell.^{(how to get current patch information for Windows 10 using a PowerShell script.)}

^(PowerShell)Script do PowerShell para verificar o status do Windows Update^{(Windows Update)}

O script do PowerShell pode ser usado para relatar em qual versão do sistema operacional um computador ^(PowerShell)Windows 10 está atualmente, bem como qual atualização é a atualização mais recente disponível para o dispositivo. Ele também pode relatar todas as atualizações do Windows publicadas para a versão do Windows 10 em^{(Windows 10)} que uma estação de trabalho está atualmente.

Ao executar o script, as seguintes informações serão exibidas:

• Versão atual do SO
• Edição atual do SO
• Número da versão atual do SO
• A atualização instalada que corresponde a esse número de compilação, bem como o número da KB e um link para a página de informações
• A atualização mais recente disponível para a versão do SO

Para obter informações do patch atual do Windows 10 usando o script do ^{(Windows 10)}PowerShell , você precisa criar e executar o script do PowerShell^{(create and run the PowerShell script)} usando o código abaixo do Github .

[CmdletBinding()]
Param(
[switch]$ListAllAvailable,
[switch]$ExcludePreview,
[switch]$ExcludeOutofBand
)
$ProgressPreference = 'SilentlyContinue'
$URI = "https://aka.ms/WindowsUpdateHistory" # Windows 10 release history

Function Get-MyWindowsVersion {
[CmdletBinding()]
Param
(
$ComputerName = $env:COMPUTERNAME
)

$Table = New-Object System.Data.DataTable
$Table.Columns.AddRange(@("ComputerName","Windows Edition","Version","OS Build"))
$ProductName = (Get-ItemProperty 'HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion' -Name ProductName).ProductName
Try
{
$Version = (Get-ItemProperty 'HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion' -Name ReleaseID -ErrorAction Stop).ReleaseID
}
Catch
{
$Version = "N/A"
}
$CurrentBuild = (Get-ItemProperty 'HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion' -Name CurrentBuild).CurrentBuild
$UBR = (Get-ItemProperty 'HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion' -Name UBR).UBR
$OSVersion = $CurrentBuild + "." + $UBR
$TempTable = New-Object System.Data.DataTable
$TempTable.Columns.AddRange(@("ComputerName","Windows Edition","Version","OS Build"))
[void]$TempTable.Rows.Add($env:COMPUTERNAME,$ProductName,$Version,$OSVersion)

Return $TempTable
}

Function Convert-ParsedArray {
Param($Array)

$ArrayList = New-Object System.Collections.ArrayList
foreach ($item in $Array)
{ 
[void]$ArrayList.Add([PSCustomObject]@{
Update = $item.outerHTML.Split('>')[1].Replace('</a','').Replace('—',' - ')
KB = "KB" + $item.href.Split('/')[-1]
InfoURL = "https://support.microsoft.com" + $item.href
OSBuild = $item.outerHTML.Split('(OS ')[1].Split()[1] # Just for sorting
})
}
Return $ArrayList
}

If ($PSVersionTable.PSVersion.Major -ge 6)
{
$Response = Invoke-WebRequest -Uri $URI -ErrorAction Stop
}
else 
{
$Response = Invoke-WebRequest -Uri $URI -UseBasicParsing -ErrorAction Stop
}

If (!($Response.Links))
{ throw "Response was not parsed as HTML"}
$VersionDataRaw = $Response.Links | where {$_.outerHTML -match "supLeftNavLink" -and $_.outerHTML -match "KB"}
$CurrentWindowsVersion = Get-MyWindowsVersion -ErrorAction Stop

If ($ListAllAvailable)
{
If ($ExcludePreview -and $ExcludeOutofBand)
{
$AllAvailable = $VersionDataRaw | where {$_.outerHTML -match $CurrentWindowsVersion.'OS Build'.Split('.')[0] -and $_.outerHTML -notmatch "Preview" -and $_.outerHTML -notmatch "Out-of-band"}
}
ElseIf ($ExcludePreview)
{
$AllAvailable = $VersionDataRaw | where {$_.outerHTML -match $CurrentWindowsVersion.'OS Build'.Split('.')[0] -and $_.outerHTML -notmatch "Preview"}
}
ElseIf ($ExcludeOutofBand)
{
$AllAvailable = $VersionDataRaw | where {$_.outerHTML -match $CurrentWindowsVersion.'OS Build'.Split('.')[0] -and $_.outerHTML -notmatch "Out-of-band"}
}
Else
{
$AllAvailable = $VersionDataRaw | where {$_.outerHTML -match $CurrentWindowsVersion.'OS Build'.Split('.')[0]}
}
$UniqueList = (Convert-ParsedArray -Array $AllAvailable) | Sort OSBuild -Descending -Unique
$Table = New-Object System.Data.DataTable
[void]$Table.Columns.AddRange(@('Update','KB','InfoURL'))
foreach ($Update in $UniqueList)
{
[void]$Table.Rows.Add(
$Update.Update,
$Update.KB,
$Update.InfoURL
)
}
Return $Table
}

$CurrentPatch = $VersionDataRaw | where {$_.outerHTML -match $CurrentWindowsVersion.'OS Build'} | Select -First 1
If ($ExcludePreview -and $ExcludeOutofBand)
{
$LatestAvailablePatch = $VersionDataRaw | where {$_.outerHTML -match $CurrentWindowsVersion.'OS Build'.Split('.')[0] -and $_.outerHTML -notmatch "Out-of-band" -and $_.outerHTML -notmatch "Preview"} | Select -First 1
}
ElseIf ($ExcludePreview)
{
$LatestAvailablePatch = $VersionDataRaw | where {$_.outerHTML -match $CurrentWindowsVersion.'OS Build'.Split('.')[0] -and $_.outerHTML -notmatch "Preview"} | Select -First 1
}
ElseIf ($ExcludeOutofBand)
{
$LatestAvailablePatch = $VersionDataRaw | where {$_.outerHTML -match $CurrentWindowsVersion.'OS Build'.Split('.')[0] -and $_.outerHTML -notmatch "Out-of-band"} | Select -First 1
}
Else
{
$LatestAvailablePatch = $VersionDataRaw | where {$_.outerHTML -match $CurrentWindowsVersion.'OS Build'.Split('.')[0]} | Select -First 1
}


$Table = New-Object System.Data.DataTable
[void]$Table.Columns.AddRange(@('OSVersion','OSEdition','OSBuild','CurrentInstalledUpdate','CurrentInstalledUpdateKB','CurrentInstalledUpdateInfoURL','LatestAvailableUpdate','LastestAvailableUpdateKB','LastestAvailableUpdateInfoURL'))
[void]$Table.Rows.Add(
$CurrentWindowsVersion.Version,
$CurrentWindowsVersion.'Windows Edition',
$CurrentWindowsVersion.'OS Build',
$CurrentPatch.outerHTML.Split('>')[1].Replace('</a','').Replace('—',' - '),
"KB" + $CurrentPatch.href.Split('/')[-1],
"https://support.microsoft.com" + $CurrentPatch.href,
$LatestAvailablePatch.outerHTML.Split('>')[1].Replace('</a','').Replace('—',' - '),
"KB" + $LatestAvailablePatch.href.Split('/')[-1],
"https://support.microsoft.com" + $LatestAvailablePatch.href
)
Return $Table

Você pode excluir atualizações de visualização^(Preview) ou fora de banda^{(Out-of-band)} disponíveis que são mais recentes do que a que você instalou de serem relatadas como a atualização disponível mais recente, para que você possa se concentrar apenas nas atualizações cumulativas executando o comando abaixo:

Get-CurrentPatchInfo -ExcludePreview -ExcludeOutofBand

Você também pode listar todas as atualizações do Windows^(Windows) que a Microsoft publicou para a versão do seu sistema operacional com o seguinte comando:

Get-CurrentPatchInfo -ListAvailable

Se você quiser excluir as atualizações de visualização^(Preview) e fora de banda^{(Out-of-band)} da lista, mas listar todas as atualizações do Windows que a Microsoft publicou para sua versão do sistema operacional, execute o comando abaixo:

Get-CurrentPatchInfo -ListAvailable -ExcludePreview -ExcludeOutofBand

É isso!

Leia a seguir^{(Read next)} : O site do PowerShell Module Browser^{(PowerShell Module Browser site)} permite pesquisar cmdlets e pacotes.

PowerShell script to check Windows Update status

Usually, users who wish to find oυt whethеr the latest cumulative update is inѕtalled on their Windows 10 systemuse this method to сheck the Windows 10 Uрdаte History. In this post, we will show you how to get current patch information for Windows 10 using a PowerShell script.

PowerShell script to check Windows Update status

The PowerShell script can be used to report which OS build a Windows 10 computer is currently on as well as which update is the latest update available to the device. It can also report on all Windows updates published for the version of Windows 10 a workstation is currently on.

When you run the script, the following information will be displayed:

• Current OS version
• Current OS Edition
• Current OS Build number
• The installed update that corresponds to that build number, as well as the KB number and a link to the info page
• The latest available update for the OS version

To get Windows 10 current patch information using PowerShell script, you need to create and run the PowerShell script using the code below from Github.

[CmdletBinding()]
Param(
[switch]$ListAllAvailable,
[switch]$ExcludePreview,
[switch]$ExcludeOutofBand
)
$ProgressPreference = 'SilentlyContinue'
$URI = "https://aka.ms/WindowsUpdateHistory" # Windows 10 release history

Function Get-MyWindowsVersion {
[CmdletBinding()]
Param
(
$ComputerName = $env:COMPUTERNAME
)

$Table = New-Object System.Data.DataTable
$Table.Columns.AddRange(@("ComputerName","Windows Edition","Version","OS Build"))
$ProductName = (Get-ItemProperty 'HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion' -Name ProductName).ProductName
Try
{
$Version = (Get-ItemProperty 'HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion' -Name ReleaseID -ErrorAction Stop).ReleaseID
}
Catch
{
$Version = "N/A"
}
$CurrentBuild = (Get-ItemProperty 'HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion' -Name CurrentBuild).CurrentBuild
$UBR = (Get-ItemProperty 'HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion' -Name UBR).UBR
$OSVersion = $CurrentBuild + "." + $UBR
$TempTable = New-Object System.Data.DataTable
$TempTable.Columns.AddRange(@("ComputerName","Windows Edition","Version","OS Build"))
[void]$TempTable.Rows.Add($env:COMPUTERNAME,$ProductName,$Version,$OSVersion)

Return $TempTable
}

Function Convert-ParsedArray {
Param($Array)

$ArrayList = New-Object System.Collections.ArrayList
foreach ($item in $Array)
{ 
[void]$ArrayList.Add([PSCustomObject]@{
Update = $item.outerHTML.Split('>')[1].Replace('</a','').Replace('—',' - ')
KB = "KB" + $item.href.Split('/')[-1]
InfoURL = "https://support.microsoft.com" + $item.href
OSBuild = $item.outerHTML.Split('(OS ')[1].Split()[1] # Just for sorting
})
}
Return $ArrayList
}

If ($PSVersionTable.PSVersion.Major -ge 6)
{
$Response = Invoke-WebRequest -Uri $URI -ErrorAction Stop
}
else 
{
$Response = Invoke-WebRequest -Uri $URI -UseBasicParsing -ErrorAction Stop
}

If (!($Response.Links))
{ throw "Response was not parsed as HTML"}
$VersionDataRaw = $Response.Links | where {$_.outerHTML -match "supLeftNavLink" -and $_.outerHTML -match "KB"}
$CurrentWindowsVersion = Get-MyWindowsVersion -ErrorAction Stop

If ($ListAllAvailable)
{
If ($ExcludePreview -and $ExcludeOutofBand)
{
$AllAvailable = $VersionDataRaw | where {$_.outerHTML -match $CurrentWindowsVersion.'OS Build'.Split('.')[0] -and $_.outerHTML -notmatch "Preview" -and $_.outerHTML -notmatch "Out-of-band"}
}
ElseIf ($ExcludePreview)
{
$AllAvailable = $VersionDataRaw | where {$_.outerHTML -match $CurrentWindowsVersion.'OS Build'.Split('.')[0] -and $_.outerHTML -notmatch "Preview"}
}
ElseIf ($ExcludeOutofBand)
{
$AllAvailable = $VersionDataRaw | where {$_.outerHTML -match $CurrentWindowsVersion.'OS Build'.Split('.')[0] -and $_.outerHTML -notmatch "Out-of-band"}
}
Else
{
$AllAvailable = $VersionDataRaw | where {$_.outerHTML -match $CurrentWindowsVersion.'OS Build'.Split('.')[0]}
}
$UniqueList = (Convert-ParsedArray -Array $AllAvailable) | Sort OSBuild -Descending -Unique
$Table = New-Object System.Data.DataTable
[void]$Table.Columns.AddRange(@('Update','KB','InfoURL'))
foreach ($Update in $UniqueList)
{
[void]$Table.Rows.Add(
$Update.Update,
$Update.KB,
$Update.InfoURL
)
}
Return $Table
}

$CurrentPatch = $VersionDataRaw | where {$_.outerHTML -match $CurrentWindowsVersion.'OS Build'} | Select -First 1
If ($ExcludePreview -and $ExcludeOutofBand)
{
$LatestAvailablePatch = $VersionDataRaw | where {$_.outerHTML -match $CurrentWindowsVersion.'OS Build'.Split('.')[0] -and $_.outerHTML -notmatch "Out-of-band" -and $_.outerHTML -notmatch "Preview"} | Select -First 1
}
ElseIf ($ExcludePreview)
{
$LatestAvailablePatch = $VersionDataRaw | where {$_.outerHTML -match $CurrentWindowsVersion.'OS Build'.Split('.')[0] -and $_.outerHTML -notmatch "Preview"} | Select -First 1
}
ElseIf ($ExcludeOutofBand)
{
$LatestAvailablePatch = $VersionDataRaw | where {$_.outerHTML -match $CurrentWindowsVersion.'OS Build'.Split('.')[0] -and $_.outerHTML -notmatch "Out-of-band"} | Select -First 1
}
Else
{
$LatestAvailablePatch = $VersionDataRaw | where {$_.outerHTML -match $CurrentWindowsVersion.'OS Build'.Split('.')[0]} | Select -First 1
}


$Table = New-Object System.Data.DataTable
[void]$Table.Columns.AddRange(@('OSVersion','OSEdition','OSBuild','CurrentInstalledUpdate','CurrentInstalledUpdateKB','CurrentInstalledUpdateInfoURL','LatestAvailableUpdate','LastestAvailableUpdateKB','LastestAvailableUpdateInfoURL'))
[void]$Table.Rows.Add(
$CurrentWindowsVersion.Version,
$CurrentWindowsVersion.'Windows Edition',
$CurrentWindowsVersion.'OS Build',
$CurrentPatch.outerHTML.Split('>')[1].Replace('</a','').Replace('—',' - '),
"KB" + $CurrentPatch.href.Split('/')[-1],
"https://support.microsoft.com" + $CurrentPatch.href,
$LatestAvailablePatch.outerHTML.Split('>')[1].Replace('</a','').Replace('—',' - '),
"KB" + $LatestAvailablePatch.href.Split('/')[-1],
"https://support.microsoft.com" + $LatestAvailablePatch.href
)
Return $Table

You can exclude Preview or Out-of-band updates available that are more recent than the one you have installed from being reported as the latest available update, so you can just focus on the cumulative updates by running the command below:

Get-CurrentPatchInfo -ExcludePreview -ExcludeOutofBand

You can also list all Windows updates that Microsoft has published for your OS version with the following command:

Get-CurrentPatchInfo -ListAvailable

If you want to exclude Preview and Out-of-band updates from the list but list all Windows updates that Microsoft have published for your OS version, run the command below:

Get-CurrentPatchInfo -ListAvailable -ExcludePreview -ExcludeOutofBand

That’s it!

Read next: PowerShell Module Browser site lets you search for cmdlets & packages.

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