新增封鎖的按鍵組合
支援的版本
✅IoT 企業版 LTSC
✅ IoT 企業✅
版 LTSC
✅ 企業
✅教育版
下列範例 Windows PowerShell 腳本會使用鍵盤篩選的 Windows Management Instrumentation (WMI) 提供者來建立三個函式來設定鍵盤篩選,讓鍵盤篩選器封鎖按鍵組合。 它示範數種使用每個函式的方式。
第一個函式 Enable-Predefine-Key
會封鎖鍵盤篩選器預先定義的按鍵組合。
第二個函式 Enable-Custom-Key
會使用英文按鍵名稱來封鎖自定義按鍵組合。
第三個 Enable-Scancode
函式 會使用鍵盤掃描程式代碼來封鎖自定義按鍵組合。
Enable-rules.ps1
#
# Copyright (C) Microsoft. All rights reserved.
#
<#
.Synopsis
This script shows how to use the built in WMI providers to enable and add
keyboard filter rules through Windows PowerShell on the local computer.
.Parameter ComputerName
Optional parameter to specify a remote machine that this script should
manage. If not specified, the script will execute all WMI operations
locally.
#>
param (
[String] $ComputerName
)
$CommonParams = @{"namespace"="root\standardcimv2\embedded"}
$CommonParams += $PSBoundParameters
function Enable-Predefined-Key($Id) {
<#
.Synopsis
Toggle on a Predefined Key keyboard filter Rule
.Description
Use Get-WMIObject to enumerate all WEKF_PredefinedKey instances,
filter against key value "Id", and set that instance's "Enabled"
property to 1/true.
.Example
Enable-Predefined-Key "Ctrl+Alt+Del"
Enable CAD filtering
#>
$predefined = Get-WMIObject -class WEKF_PredefinedKey @CommonParams |
where {
$_.Id -eq "$Id"
};
if ($predefined) {
$predefined.Enabled = 1;
$predefined.Put() | Out-Null;
Write-Host Enabled $Id
} else {
Write-Error "$Id is not a valid predefined key"
}
}
function Enable-Custom-Key($Id) {
<#
.Synopsis
Toggle on a Custom Key keyboard filter Rule
.Description
Use Get-WMIObject to enumerate all WEKF_CustomKey instances,
filter against key value "Id", and set that instance's "Enabled"
property to 1/true.
In the case that the Custom instance does not exist, add a new
instance of WEKF_CustomKey using Set-WMIInstance.
.Example
Enable-Custom-Key "Ctrl+V"
Enable filtering of the Ctrl + V sequence.
#>
$custom = Get-WMIObject -class WEKF_CustomKey @CommonParams |
where {
$_.Id -eq "$Id"
};
if ($custom) {
# Rule exists. Just enable it.
$custom.Enabled = 1;
$custom.Put() | Out-Null;
"Enabled Custom Filter $Id.";
} else {
Set-WMIInstance `
-class WEKF_CustomKey `
-argument @{Id="$Id"} `
@CommonParams | Out-Null
"Added Custom Filter $Id.";
}
}
function Enable-Scancode($Modifiers, [int]$Code) {
<#
.Synopsis
Toggle on a Scancode keyboard filter Rule
.Description
Use Get-WMIObject to enumerate all WEKF_Scancode instances,
filter against key values of "Modifiers" and "Scancode", and set
that instance's "Enabled" property to 1/true.
In the case that the Scancode instance does not exist, add a new
instance of WEKF_Scancode using Set-WMIInstance.
.Example
Enable-Scancode "Ctrl" 37
Enable filtering of the Ctrl + keyboard scancode 37 (base-10)
sequence.
#>
$scancode =
Get-WMIObject -class WEKF_Scancode @CommonParams |
where {
($_.Modifiers -eq $Modifiers) -and ($_.Scancode -eq $Code)
}
if($scancode) {
$scancode.Enabled = 1
$scancode.Put() | Out-Null
"Enabled Custom Scancode {0}+{1:X4}" -f $Modifiers, $Code
} else {
Set-WMIInstance `
-class WEKF_Scancode `
-argument @{Modifiers="$Modifiers"; Scancode=$Code} `
@CommonParams | Out-Null
"Added Custom Scancode {0}+{1:X4}" -f $Modifiers, $Code
}
}
# Some example uses of the functions defined above.
Enable-Predefined-Key "Ctrl+Alt+Del"
Enable-Predefined-Key "Ctrl+Esc"
Enable-Custom-Key "Ctrl+V"
Enable-Custom-Key "Numpad0"
Enable-Custom-Key "Shift+Numpad1"
Enable-Custom-Key "%"
Enable-Scancode "Ctrl" 37