windows-itpro-docs/windows/configuration/provisioning-packages/provisioning-multivariant.md

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Create a provisioning package with multivariant settings (Windows 10)	Create a provisioning package with multivariant settings to customize the provisioned settings for defined conditions.	w10	deploy	library	dansimp	article	medium	11/08/2017		dansimp	dansimp

Create a provisioning package with multivariant settings

Applies to

• Windows 10
• Windows 10 Mobile

In your organization, you might have different configuration requirements for devices that you manage. You can create separate provisioning packages for each group of devices in your organization that have different requirements. Or, you can create a multivariant provisioning package, a single provisioning package that can work for multiple conditions. For example, in a single provisioning package, you can define one set of customization settings that will apply to devices set up for French and a different set of customization settings for devices set up for Japanese.

To provision multivariant settings, you use Windows Configuration Designer to create a provisioning package that contains all of the customization settings that you want to apply to any of your devices. Next, you manually edit the .XML file for that project to define each set of devices (a Target). For each Target, you specify at least one Condition with a value, which identifies the devices to receive the configuration. Finally, for each Target, you provide the customization settings to be applied to those devices.

Let's begin by learning how to define a Target.

Define a target

In the XML file, you provide an Id, or friendly name, for each Target. Each Target is defined by at least one TargetState which contains at least one Condition. A Condition element defines the matching type between the condition and the specified value.

A Target can have more than one TargetState, and a TargetState can have more than one Condition.

The following table describes the logic for the target definition.

When all Condition elements are TRUE, TargetState is TRUE.
If any of the TargetState elements is TRUE, Target is TRUE, and the Id can be used for setting customizations.

Conditions

The following table shows the conditions supported in Windows 10 provisioning for a TargetState:

Condition Name	Condition priority	Windows 10 Mobile	Windows 10 for desktop editions	Value type	Value description
MNC	P0	Supported	Supported	Digit string	Use to target settings based on the Mobile Network Code (MNC) value.
MCC	P0	Supported	Supported	Digit string	Use to target settings based on the Mobile Country Code (MCC) value.
SPN	P0	Supported	Supported	String	Use to target settings based on the Service Provider Name (SPN) value.
PNN	P0	Supported	Supported	String	Use to target settings based on public land mobile network (PLMN) Network Name value.
GID1	P0	Supported	Supported	Digit string	Use to target settings based on the Group Identifier (level 1) value.
ICCID	P0	Supported	Supported	Digit string	Use to target settings based on the Integrated Circuit Card Identifier (ICCID) value.
Roaming	P0	Supported	N/A	Boolean	Use to specify roaming. Set the value to 1 (roaming) or 0 (non-roaming).
UICC	P0	Supported	N/A	Enumeration	Use to specify the Universal Integrated Circuit Card (UICC) state. Set the value to one of the following: - 0 - Empty - 1 - Ready - 2 - Locked
UICCSLOT	P0	Supported	N/A	Digit string	Use to specify the UICC slot. Set the value one of the following: - 0 - Slot 0 - 1 - Slot 1
ProcessorType	P1	Supported	Supported	String	Use to target settings based on the processor type.
ProcessorName	P1	Supported	Supported	String	Use to target settings based on the processor name.
AoAc ("Always On, Always Connected")	P1	Supported	Supported	Boolean	Set the value to 0 (false) or 1 (true). If this condition is TRUE, the system supports the S0 low power idle model.
PowerPlatformRole	P1	Supported	Supported	Enumeration	Indicates the preferred power management profile. Set the value based on the POWER_PLATFORM_ROLE enumeration.
Architecture	P1	Supported	Supported	String	Matches the PROCESSOR_ARCHITECTURE environment variable.
Server	P1	Supported	Supported	Boolean	Set the value to 0 (false) or 1 (true) to identify a server.
Region	P1	Supported	Supported	Enumeration	Use to target settings based on country/region, using the 2-digit alpha ISO code per ISO 3166-1 alpha-2.
Lang	P1	Supported	Supported	Enumeration	Use to target settings based on language code, using the 2-digit ISO 639 alpha-2 code.

The matching types supported in Windows 10 are:

Matching type	Syntax	Example
Straight match	Matching type is specified as-is	<Condition Name="ProcessorName" Value="Barton" />
Regular expression (Regex) match	Matching type is prefixed by "Pattern:"	<Condition Name="ProcessorName" Value="Pattern:.Celeron." />
Numeric range match	Matching type is prefixed by "!Range:"	<Condition Name="MNC" Value="!Range:400, 550" />

TargetState priorities

You can define more than one TargetState within a provisioning package to apply settings to devices that match device conditions. When the provisioning engine evalues each TargetState, more than one TargetState may fit current device conditions. To determine the order in which the settings are applied, the system assigns a priority to every TargetState.

A setting that matches a TargetState with a lower priority is applied before the setting that matches a TargetState with a higher priority. This means that a setting for the TargetState with the higher priority can overwrite a setting for the TargetState with the lower priority.

Settings that match more than one TargetState with equal priority are applied according to the order that each TargetState is defined in the provisioning package.

The TargetState priority is assigned based on the condition's priority (see the Conditions table for priorities). The priority evaluation rules are as followed:

1. A TargetState with P0 conditions is higher than a TargetState without P0 conditions.

2. A TargetState with both P0 and P1 conditions is higher than a TargetState with only P0 conditions.

3. A TargetState with a greater number of matched P0 conditions is higher than TargetState with fewer matched P0 conditions, regardless of the number of P1 conditions matched.

4. If the number of P0 conditions matched are equivalent, then the TargetState with the most matched P1 conditions has higher priority.

5. If both P0 and P1 conditions are equally matched, then the TargetState with the greatest total number of matched conditions has highest priority.

Create a provisioning package with multivariant settings

Follow these steps to create a provisioning package with multivariant capabilities.

1. Build a provisioning package and configure the customizations you want to apply during certain conditions. For more information, see Create a provisioning package.

2. After you've configured the settings, save the project.

3. Open the project folder and copy the customizations.xml file to any local location.

4. Use an XML or text editor to open the customizations.xml file.

   The customizations.xml file holds the package metadata (including the package owner and rank) and the settings that you configured when you created your provisioning package. The Customizations node of the file contains a Common section, which contains the customization settings.

   The following example shows the contents of a sample customizations.xml file.

   <?xml version="1.0" encoding="utf-8"?> 
   <WindowsCustomizatons> 
   <PackageConfig xmlns="urn:schemas-Microsoft-com:Windows-ICD-Package-Config.v1.0"> 
   <ID>{6aaa4dfa-00d7-4aaa-8adf-73c6a7e2501e}</ID> 
   <Name>My Provisioning Package</Name> 
   <Version>1.0</Version> 
   <OwnerType>OEM</OwnerType> 
   <Rank>50</Rank> 
   </PackageConfig> 
   <Settings xmlns="urn:schemas-microsoft-com:windows-provisioning"> 
   <Customizations> 
     <Common> 
       <Policies> 
         <AllowBrowser>0</AllowBrowser> 
         <AllowCamera>0</AllowCamera> 
         <AllowBluetooth>0</AllowBluetooth> 
       </Policies> 
       <HotSpot> 
         <Enabled>0</Enabled> 
       </HotSpot> 
     </Common> 
   </Customizations> 
   </Settings> 
   </WindowsCustomizatons> 
   

5. Edit the customizations.xml file to create a Targets section to describe the conditions that will handle your multivariant settings.

   The following example shows the customizations.xml, which has been modified to include several conditions including ProcessorName, ProcessorType, MCC, and MNC.

   <?xml version="1.0" encoding="utf-8"?> 
   <WindowsCustomizatons> 
   <PackageConfig xmlns="urn:schemas-Microsoft-com:Windows-ICD-Package-Config.v1.0"> 
   <ID>{6aaa4dfa-00d7-4aaa-8adf-73c6a7e2501e}</ID> 
   <Name>My Provisioning Package</Name> 
   <Version>1.0</Version> 
   <OwnerType>OEM</OwnerType> 
   <Rank>50</Rank> 
   </PackageConfig> 
   <Settings xmlns="urn:schemas-microsoft-com:windows-provisioning"> 
   <Customizations> 
     <Common> 
       <Policies> 
         <AllowBrowser>0</AllowBrowser> 
         <AllowCamera>0</AllowCamera> 
         <AllowBluetooth>0</AllowBluetooth> 
       </Policies> 
       <HotSpot> 
         <Enabled>0</Enabled> 
       </HotSpot> 
     </Common> 
     <Targets> 
       <Target Id="Unique target identifier for desktop"> 
         <TargetState> 
           <Condition Name="ProcessorName" Value="Pattern:.*Celeron.*" /> 
           <Condition Name="ProcessorType" Value="Pattern:.*(I|i)ntel.*" /> 
         </TargetState> 
         <TargetState> 
           <Condition Name="ProcessorName" Value="Barton" /> 
           <Condition Name="ProcessorType" Value="Athlon MP" /> 
         </TargetState> 
       </Target> 
       <Target Id="Mobile target"> 
         <TargetState> 
           <Condition Name="MCC" Value="Range:310, 320" /> 
           <Condition Name="MNC" Value="!Range:400, 550" /> 
         </TargetState> 
       </Target> 
     </Targets> 
   </Customizations> 
   </Settings> 
   </WindowsCustomizatons> 
   

6. In the customizations.xml file, create a Variant section for the settings you need to customize. To do this:

   a. Define a child TargetRefs element.

   b. Within the TargetRefs element, define a TargetRef element. You can define multiple TargetRef elements for each Id that you need to apply to customized settings.

   c. Move compliant settings from the Common section to the Variant section.

   If any of the TargetRef elements matches the Target, all settings in the Variant are applied.

   Note

   You can define multiple Variant sections. Settings that reside in the Common section are applied unconditionally on every triggering event.

   The following example shows the customizations.xml updated to include a Variant section and the moved settings that will be applied if the conditions for the variant are met.

   <?xml version="1.0" encoding="utf-8"?> 
   <WindowsCustomizatons> 
   <PackageConfig xmlns="urn:schemas-Microsoft-com:Windows-ICD-Package-Config.v1.0">
   <ID>{6aaa4dfa-00d7-4aaa-8adf-73c6a7e2501e}</ID> 
   <Name>My Provisioning Package</Name> 
   <Version>1.0</Version> 
   <OwnerType>OEM</OwnerType> 
   <Rank>50</Rank> 
   </PackageConfig> 
   <Settings xmlns="urn:schemas-microsoft-com:windows-provisioning"> 
   <Customizations> 
     <Common> 
     </Common> 
     <Targets> 
       <Target Id="Unique target identifier for desktop"> 
         <TargetState> 
           <Condition Name="ProcessorName" Value="Pattern:.*Celeron.*" /> 
           <Condition Name="ProcessorType" Value="Pattern:.*(I|i)ntel.*" /> 
         </TargetState> 
         <TargetState> 
           <Condition Name="ProcessorName" Value="Barton" /> 
           <Condition Name="ProcessorType" Value="Athlon MP" /> 
         </TargetState> 
       </Target> 
       <Target Id="Mobile target"> 
         <TargetState> 
           <Condition Name="MCC" Value="Range:310, 320" /> 
           <Condition Name="MNC" Value="!Range:400, 550" /> 
         </TargetState> 
       </Target>
     </Targets> 
     <Variant> 
       <TargetRefs> 
         <TargetRef Id="Unique target identifier for desktop" /> 
         <TargetRef Id="Mobile target" /> 
       </TargetRefs> 
       <Settings> 
         <Policies> 
           <AllowBrowser>1</AllowBrowser> 
           <AllowCamera>1</AllowCamera> 
           <AllowBluetooth>1</AllowBluetooth> 
         </Policies> 
         <HotSpot> 
           <Enabled>1</Enabled> 
         </HotSpot> 
       </Settings> 
     </Variant> 
   </Customizations> 
   </Settings> 
   </WindowsCustomizatons> 
   

7. Save the updated customizations.xml file and note the path to this updated file. You will need the path as one of the values for the next step.

8. Use the Windows Configuration Designer command-line interface to create a provisioning package using the updated customizations.xml.

   For example:

   icd.exe /Build-ProvisioningPackage /CustomizationXML:"C:\CustomProject\customizations.xml" /PackagePath:"C:\CustomProject\output.ppkg" /StoreFile:C:\Program Files (x86)\Windows Kits\10\Assessment and Deployment Kit\Imaging and Configuration Designer\x86\Microsoft-Common-Provisioning.dat"
   

In this example, the StoreFile corresponds to the location of the settings store that will be used to create the package for the required Windows edition.

Note

The provisioning package created during this step will contain the multivariant settings. You can use this package either as a standalone package that you can apply to a Windows device or use it as the base when starting another project.

Events that trigger provisioning

When you install the multivariant provisioning package on a Windows 10 device, the provisioning engine applies the matching condition settings at every event and triggers provisioning.

The following events trigger provisioning on Windows 10 devices:

Event	Windows 10 Mobile	Windows 10 for desktop editions
System boot	Supported	Supported
Operating system update	Supported	Planned
Package installation during device first run experience	Supported	Supported
Detection of SIM presence or update	Supported	Supported
Package installation at runtime	Supported	Supported
Roaming detected	Supported	Not supported

Related topics

• Provisioning packages for Windows 10
• How provisioning works in Windows 10
• Install Windows Configuration Designer
• Create a provisioning package
• Apply a provisioning package
• Settings changed when you uninstall a provisioning package
• Provision PCs with common settings for initial deployment (simple provisioning)
• Use a script to install a desktop app in provisioning packages
• PowerShell cmdlets for provisioning Windows 10 (reference)
• Windows Configuration Designer command-line interface (reference)