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Update use-system-center-configuration-manager-to-manage-devices-with-semm.md
This commit is contained in:
MaratMussabekov
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@ -103,39 +103,45 @@ The sample scripts include examples of how to set Surface UEFI settings and how
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### Specify certificate and package names
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The first region of the script that you need to modify is the portion that specifies and loads the SEMM certificate, and also indicates the names for the SEMM configuration package and SEMM reset package. The certificate and package names are specified on lines 56 through 67 in the ConfigureSEMM.ps1 script:
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The first region of the script that you need to modify is the portion that specifies and loads the SEMM certificate, and also indicates SurfaceUEFIManager version, the names for the SEMM configuration package and SEMM reset package. The certificate name and SurfaceUEFIManager version are specified on lines 56 through 73 in the ConfigureSEMM.ps1 script:
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```
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56 $WorkingDirPath = split-path -parent $MyInvocation.MyCommand.Definition
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57 $packageRoot = "$WorkingDirPath\Config"
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58
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59 if (-not (Test-Path $packageRoot)) { New-Item -ItemType Directory -Force -Path $packageRoot }
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60 Copy-Item "$WorkingDirPath\FabrikamOwnerSigner.pfx" $packageRoot
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61
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62 $privateOwnerKey = Join-Path -Path $packageRoot -ChildPath "FabrikamOwnerSigner.pfx"
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63 $ownerPackageName = Join-Path -Path $packageRoot -ChildPath "FabrikamSignerProvisioningPackage.pkg"
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64 $resetPackageName = Join-Path -Path $packageRoot -ChildPath "FabrikamUniversalResetPackage.pkg"
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65
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66 # If your PFX file requires a password then it can be set here, otherwise use a blank string.
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67 $password = "1234"
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58 $certName = "FabrikamSEMMSample.pfx"
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59 $DllVersion = "2.26.136.0"
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60
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61 $certNameOnly = [System.IO.Path]::GetFileNameWithoutExtension($certName)
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62 $ProvisioningPackage = $certNameOnly + "ProvisioningPackage.pkg"
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63 $ResetPackage = $certNameOnly + "ResetPackage.pkg"
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64
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65 if (-not (Test-Path $packageRoot)) { New-Item -ItemType Directory -Force -Path $packageRoot }
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66 Copy-Item "$WorkingDirPath\$certName" $packageRoot
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67
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68 $privateOwnerKey = Join-Path -Path $packageRoot -ChildPath $certName
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69 $ownerPackageName = Join-Path -Path $packageRoot -ChildPath $ProvisioningPackage
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70 $resetPackageName = Join-Path -Path $packageRoot -ChildPath $ResetPackage
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71
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72 # If your PFX file requires a password then it can be set here, otherwise use a blank string.
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73 $password = "1234"
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```
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Replace the **FabrikamOwnerSigner.pfx** value for the **$privateOwnerKey** variable with the name of your SEMM Certificate file on both lines 60 and 62. The script will create a working directory (named Config) in the folder where your scripts are located, and will then copy the certificate file to this working directory.
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Replace the **FabrikamSEMMSample.pfx** value for the **$certName** variable with the name of your SEMM Certificate file on line 58. The script will create a working directory (named Config) in the folder where your scripts are located, and will then copy the certificate file to this working directory.
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Replace the **FabrikamSignerProvisioningPackage.pkg** and **FabrikamUniversalResetPackage.pkg** values on lines 63 and 64 to define the **$ownerPackageName** and **$resetPackageName** variables with your desired names for the SEMM configuration and reset packages. These packages will also be created in the Config directory and hold the configuration for Surface UEFI settings and permissions generated by the script.
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Owner pakage and reset pakage will also be created in the Config directory and hold the configuration for Surface UEFI settings and permissions generated by the script.
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On line 67, replace the value of the **$password** variable, from 1234, to the password for your certificate file. If a password is not required, delete the **1234** text.
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On line 73, replace the value of the **$password** variable, from 1234, to the password for your certificate file. If a password is not required, delete the **1234** text.
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>[!Note]
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>The last two characters of the certificate thumbprint are required to enroll a device in SEMM. This script will display these digits to the user, which allows the user or technician to record these digits before the system reboots to enroll the device in SEMM. The script uses the following code, found on lines 144-149, to accomplish this:
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>The last two characters of the certificate thumbprint are required to enroll a device in SEMM. This script will display these digits to the user, which allows the user or technician to record these digits before the system reboots to enroll the device in SEMM. The script uses the following code, found on lines 150-155, to accomplish this:
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```
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144 # Device owners will need the last two characters of the thumbprint to accept SEMM ownership.
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145 # For convenience we get the thumbprint here and present to the user.
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146 $pw = ConvertTo-SecureString $password -AsPlainText -Force
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147 $certPrint = New-Object System.Security.Cryptography.X509Certificates.X509Certificate2
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148 $certPrint.Import($privateOwnerKey, $pw, [System.Security.Cryptography.X509Certificates.X509KeyStorageFlags]::DefaultKeySet)
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149 Write-Host "Thumbprint =" $certPrint.Thumbprint
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150 # Device owners will need the last two characters of the thumbprint to accept SEMM ownership.
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151 # For convenience we get the thumbprint here and present to the user.
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152 $pw = ConvertTo-SecureString $password -AsPlainText -Force
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153 $certPrint = New-Object System.Security.Cryptography.X509Certificates.X509Certificate2
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154 $certPrint.Import($privateOwnerKey, $pw, [System.Security.Cryptography.X509Certificates.X509KeyStorageFlags]::DefaultKeySet)
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155 Write-Host "Thumbprint =" $certPrint.Thumbprint
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```
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Administrators with access to the certificate file (.pfx) can read the thumbprint at any time by opening the .pfx file in CertMgr. To view the thumbprint with CertMgr, follow this process:
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@ -153,46 +159,47 @@ Administrators with access to the certificate file (.pfx) can read the thumbprin
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### Configure permissions
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The first region of the script where you will specify the configuration for Surface UEFI is the **Configure Permissions** region. This region begins at line 202 in the sample script with the comment **# Configure Permissions** and continues to line 238. The following code fragment first sets permissions to all Surface UEFI settings so that they may be modified by SEMM only, then adds explicit permissions to allow the local user to modify the Surface UEFI password, TPM, and front and rear cameras:
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The first region of the script where you will specify the configuration for Surface UEFI is the **Configure Permissions** region. This region begins at line 210 in the sample script with the comment **# Configure Permissions** and continues to line 247. The following code fragment first sets permissions to all Surface UEFI settings so that they may be modified by SEMM only, then adds explicit permissions to allow the local user to modify the Surface UEFI password, TPM, and front and rear cameras:
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```
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202 # Configure Permissions
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203 foreach ($uefiV2 IN $surfaceDevices.Values) {
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204 # Here we define which "identities" will be allowed to modify which settings
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205 # PermissionSignerOwner = The primary SEMM enterprise owner identity
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206 # PermissionLocal = The user when booting to the UEFI pre-boot GUI
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207 # PermissionSignerUser, PermissionSignerUser1, PermissionSignerUser2 =
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208 # Additional user identities created so that the signer owner
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209 # can delegate permission control for some settings.
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210 $ownerOnly = [Microsoft.Surface.IUefiSetting]::PermissionSignerOwner
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211 $ownerAndLocalUser = ([Microsoft.Surface.IUefiSetting]::PermissionSignerOwner -bor [Microsoft.Surface.IUefiSetting]::PermissionLocal)
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212
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213 # Make all permissions owner only by default
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214 foreach ($setting IN $uefiV2.Settings.Values) {
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215 $setting.ConfiguredPermissionFlags = $ownerOnly
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216 }
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217 # Allow the local user to change their own password
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218 $uefiV2.SettingsById[501].ConfiguredPermissionFlags = $ownerAndLocalUser
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219
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220 # Allow the local user to change the state of the TPM
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221 $uefiV2.Settings["Trusted Platform Module (TPM)"].ConfiguredPermissionFlags = $ownerAndLocalUser
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222
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223 # Allow the local user to change the state of the Front and Rear cameras
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224 $uefiV2.SettingsById[302].ConfiguredPermissionFlags = $ownerAndLocalUser
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225 $uefiV2.SettingsById[304].ConfiguredPermissionFlags = $ownerAndLocalUser
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226
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227
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228 # Create a unique package name based on family and LSV.
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229 # We will choose a name that can be parsed by later scripts.
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230 $packageName = $uefiV2.SurfaceUefiFamily + "^Permissions^" + $lsv + ".pkg"
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231 $fullPackageName = Join-Path -Path $packageRoot -ChildPath $packageName
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232
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233 # Build and sign the Permission package then save it to a file.
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234 $permissionPackageStream = $uefiV2.BuildAndSignPermissionPackage($privateOwnerKey, $password, "", $null, $lsv)
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235 $permissionPackage = New-Object System.IO.Filestream($fullPackageName, [System.IO.FileMode]::CreateNew, [System.IO.FileAccess]::Write)
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236 $permissionPackageStream.CopyTo($permissionPackage)
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237 $permissionPackage.Close()
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238 }
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210 # Configure Permissions
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211 foreach ($uefiV2 IN $surfaceDevices.Values) {
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212 if ($uefiV2.SurfaceUefiFamily -eq $Device.Model) {
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213 Write-Host "Configuring permissions"
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214 Write-Host $Device.Model
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215 Write-Host "======================="
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216
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217 # Here we define which "identities" will be allowed to modify which settings
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218 # PermissionSignerOwner = The primary SEMM enterprise owner identity
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219 # PermissionLocal = The user when booting to the UEFI pre-boot GUI
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220 # PermissionSignerUser, PermissionSignerUser1, PermissionSignerUser2 =
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221 # Additional user identities created so that the signer owner
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222 # can delegate permission control for some settings.
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223 $ownerOnly = [Microsoft.Surface.IUefiSetting]::PermissionSignerOwner
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224 $ownerAndLocalUser = ([Microsoft.Surface.IUefiSetting]::PermissionSignerOwner -bor [Microsoft.Surface.IUefiSetting]::PermissionLocal)
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225
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226 # Make all permissions owner only by default
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227 foreach ($setting IN $uefiV2.Settings.Values) {
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228 $setting.ConfiguredPermissionFlags = $ownerOnly
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229 }
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230
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231 # Allow the local user to change their own password
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232 $uefiV2.SettingsById[501].ConfiguredPermissionFlags = $ownerAndLocalUser
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233
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234 Write-Host ""
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235
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236 # Create a unique package name based on family and LSV.
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237 # We will choose a name that can be parsed by later scripts.
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238 $packageName = $uefiV2.SurfaceUefiFamily + "^Permissions^" + $lsv + ".pkg"
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239 $fullPackageName = Join-Path -Path $packageRoot -ChildPath $packageName
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240
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241 # Build and sign the Permission package then save it to a file.
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242 $permissionPackageStream = $uefiV2.BuildAndSignPermissionPackage($privateOwnerKey, $password, "", $null, $lsv)
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243 $permissionPackage = New-Object System.IO.Filestream($fullPackageName, [System.IO.FileMode]::CreateNew, [System.IO.FileAccess]::Write)
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244 $permissionPackageStream.CopyTo($permissionPackage)
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245 $permissionPackage.Close()
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246 }
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247 }
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```
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Each **$uefiV2** variable identifies a Surface UEFI setting by setting name or ID, and then configures the permissions to one of the following values:
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@ -204,69 +211,169 @@ You can find information about the available settings names and IDs for Surface
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### Configure settings
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The second region of the script where you will specify the configuration for Surface UEFI is the **Configure Settings** region of the ConfigureSEMM.ps1 script, which configures whether each setting is enabled or disabled. The sample script includes instructions to set all settings to their default values. The script then provides explicit instructions to disable IPv6 for PXE Boot and to leave the Surface UEFI Administrator password unchanged. You can find this region beginning with the **# Configure Settings** comment at line 282 through line 312 in the sample script. The region appears as follows:
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The second region of the script where you will specify the configuration for Surface UEFI is the **Configure Settings** region of the ConfigureSEMM.ps1 script, which configures whether each setting is enabled or disabled. The sample script includes instructions to set all settings to their default values. The script then provides explicit instructions to disable IPv6 for PXE Boot and to leave the Surface UEFI Administrator password unchanged. You can find this region beginning with the **# Configure Settings** comment at line 291 through line 335 in the sample script. The region appears as follows:
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```
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282 # Configure Settings
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283 foreach ($uefiV2 IN $surfaceDevices.Values) {
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284 # In this demo, we will start by setting every setting to the default factory setting.
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285 # You may want to start by doing this in your scripts
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286 # so that every setting gets set to a known state.
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287 foreach ($setting IN $uefiV2.Settings.Values) {
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288 $setting.ConfiguredValue = $setting.DefaultValue
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289 }
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290
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291 # If you want to set something to a different value from the default,
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292 # here are examples of how to accomplish this.
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293 $uefiV2.Settings["IPv6 for PXE Boot"].ConfiguredValue = "Disabled"
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294
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295 # If you want to leave the setting unmodified, set it to $null
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296 # PowerShell has issues setting things to $null so ClearConfiguredValue()
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297 # is supplied to do this explicitly.
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298 # Here is an example of leaving the UEFI administrator password as-is,
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299 # even after we initially set it to factory default above.
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300 $uefiV2.SettingsById[501].ClearConfiguredValue()
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301
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302 # Create a unique package name based on family and LSV.
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303 # We will choose a name that can be parsed by later scripts.
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304 $packageName = $uefiV2.SurfaceUefiFamily + "^Settings^" + $lsv + ".pkg"
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305 $fullPackageName = Join-Path -Path $packageRoot -ChildPath $packageName
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306
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307 # Build and sign the Settings package then save it to a file.
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308 $settingsPackageStream = $uefiV2.BuildAndSignSecuredSettingsPackage($privateOwnerKey, $password, "", $null, $lsv)
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309 $settingsPackage = New-Object System.IO.Filestream($fullPackageName, [System.IO.FileMode]::CreateNew, [System.IO.FileAccess]::Write)
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310 $settingsPackageStream.CopyTo($settingsPackage)
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311 $settingsPackage.Close()
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312 }
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291 # Configure Settings
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292 foreach ($uefiV2 IN $surfaceDevices.Values) {
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293 if ($uefiV2.SurfaceUefiFamily -eq $Device.Model) {
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294 Write-Host "Configuring settings"
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295 Write-Host $Device.Model
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296 Write-Host "===================="
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297
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298 # In this demo, we will start by setting every setting to the default factory setting.
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299 # You may want to start by doing this in your scripts
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300 # so that every setting gets set to a known state.
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301 foreach ($setting IN $uefiV2.Settings.Values) {
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302 $setting.ConfiguredValue = $setting.DefaultValue
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303 }
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304
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305 $EnabledValue = "Enabled"
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306 $DisabledValue = "Disabled"
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307
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308 # If you want to set something to a different value from the default,
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309 # here are examples of how to accomplish this.
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310 # This disables IPv6 PXE boot by name:
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311 $uefiV2.Settings["IPv6 for PXE Boot"].ConfiguredValue = $DisabledValue
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312
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313 # This disables IPv6 PXE Boot by ID:
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314 $uefiV2.SettingsById[400].ConfiguredValue = $DisabledValue
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315
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316 Write-Host ""
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317
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318 # If you want to leave the setting unmodified, set it to $null
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319 # PowerShell has issues setting things to $null so ClearConfiguredValue()
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320 # is supplied to do this explicitly.
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321 # Here is an example of leaving the UEFI administrator password as-is,
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322 # even after we initially set it to factory default above.
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323 $uefiV2.SettingsById[501].ClearConfiguredValue()
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324
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325 # Create a unique package name based on family and LSV.
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326 # We will choose a name that can be parsed by later scripts.
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327 $packageName = $uefiV2.SurfaceUefiFamily + "^Settings^" + $lsv + ".pkg"
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328 $fullPackageName = Join-Path -Path $packageRoot -ChildPath $packageName
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329
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330 # Build and sign the Settings package then save it to a file.
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331 $settingsPackageStream = $uefiV2.BuildAndSignSecuredSettingsPackage($privateOwnerKey, $password, "", $null, $lsv)
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332 $settingsPackage = New-Object System.IO.Filestream($fullPackageName, [System.IO.FileMode]::CreateNew, [System.IO.FileAccess]::Write)
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333 $settingsPackageStream.CopyTo($settingsPackage)
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334 $settingsPackage.Close()
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335 }
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```
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Like the permissions set in the **Configure Permissions** section of the script, the configuration of each Surface UEFI setting is performed by defining the **$uefiV2** variable. For each line defining the **$uefiV2** variable, a Surface UEFI setting is identified by setting name or ID and the configured value is set to **Enabled** or **Disabled**.
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If you do not want to alter the configuration of a Surface UEFI setting, for example to ensure that the Surface UEFI administrator password is not cleared by the action of resetting all Surface UEFI settings to their default, you can use **ClearConfiguredValue()** to enforce that this setting will not be altered. In the sample script, this is used on line 300 to prevent the clearing of the Surface UEFI Administrator password, identified in the sample script by its setting ID, **501**.
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If you do not want to alter the configuration of a Surface UEFI setting, for example to ensure that the Surface UEFI administrator password is not cleared by the action of resetting all Surface UEFI settings to their default, you can use **ClearConfiguredValue()** to enforce that this setting will not be altered. In the sample script, this is used on line 323 to prevent the clearing of the Surface UEFI Administrator password, identified in the sample script by its setting ID, **501**.
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You can find information about the available settings names and IDs for Surface UEFI in the [Settings Names and IDs](#settings-names-and-ids) section later in this article.
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### Settings registry key
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To identify enrolled systems for Configuration Manager, the ConfigureSEMM.ps1 script writes a registry key that can be used to identify enrolled systems as having been installed with the SEMM configuration script. This key can be found at the following location:
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To identify enrolled systems for Configuration Manager, the ConfigureSEMM.ps1 script writes a registry keys that can be used to identify enrolled systems as having been installed with the SEMM configuration script. These keys can be found at the following location:
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`HKLM\SOFTWARE\Microsoft\Surface\SEMM\Enabled_Version1000`
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`HKLM\SOFTWARE\Microsoft\Surface\SEMM`
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The following code fragment, found on lines 352-363, is used to write this registry key:
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The following code fragment, found on lines 380-477, is used to write these registry keys:
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```
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352 $SurfaceRegKey = "HKLM:\SOFTWARE\Microsoft\Surface\SEMM"
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353 New-RegKey $SurfaceRegKey
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354 $SurfaceRegValue = Get-ItemProperty $SurfaceRegKey Enabled_Version1000 -ErrorAction SilentlyContinue
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355
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356 If ($SurfaceRegValue -eq $null)
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357 {
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358 New-ItemProperty -Path $SurfaceRegKey -Name Enabled_Version1000 -PropertyType String -Value 1 | Out-Null
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359 }
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360 Else
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361 {
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362 Set-ItemProperty -Path $SurfaceRegKey -Name Enabled_Version1000 -Value 1
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363 }
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380 # For SCCM or other management solutions that wish to know what version is applied, tattoo the LSV and current DateTime (in UTC) to the registry:
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381 $UTCDate = (Get-Date).ToUniversalTime().ToString()
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382 $certIssuer = $certPrint.Issuer
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383 $certSubject = $certPrint.Subject
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384
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385 $SurfaceRegKey = "HKLM:\SOFTWARE\Microsoft\Surface\SEMM"
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386 New-RegKey $SurfaceRegKey
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387 $LSVRegValue = Get-ItemProperty $SurfaceRegKey LSV -ErrorAction SilentlyContinue
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388 $DateTimeRegValue = Get-ItemProperty $SurfaceRegKey LastConfiguredUTC -ErrorAction SilentlyContinue
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389 $OwnershipSessionIdRegValue = Get-ItemProperty $SurfaceRegKey OwnershipSessionId -ErrorAction SilentlyContinue
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390 $PermissionSessionIdRegValue = Get-ItemProperty $SurfaceRegKey PermissionSessionId -ErrorAction SilentlyContinue
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391 $SettingsSessionIdRegValue = Get-ItemProperty $SurfaceRegKey SettingsSessionId -ErrorAction SilentlyContinue
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392 $IsResetRegValue = Get-ItemProperty $SurfaceRegKey IsReset -ErrorAction SilentlyContinue
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393 $certUsedRegValue = Get-ItemProperty $SurfaceRegKey CertName -ErrorAction SilentlyContinue
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394 $certIssuerRegValue = Get-ItemProperty $SurfaceRegKey CertIssuer -ErrorAction SilentlyContinue
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395 $certSubjectRegValue = Get-ItemProperty $SurfaceRegKey CertSubject -ErrorAction SilentlyContinue
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396
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397
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398 If ($LSVRegValue -eq $null)
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399 {
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400 New-ItemProperty -Path $SurfaceRegKey -Name LSV -PropertyType DWORD -Value $lsv | Out-Null
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401 }
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402 Else
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403 {
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404 Set-ItemProperty -Path $SurfaceRegKey -Name LSV -Value $lsv
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405 }
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406
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407 If ($DateTimeRegValue -eq $null)
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408 {
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409 New-ItemProperty -Path $SurfaceRegKey -Name LastConfiguredUTC -PropertyType String -Value $UTCDate | Out-Null
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410 }
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411 Else
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412 {
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413 Set-ItemProperty -Path $SurfaceRegKey -Name LastConfiguredUTC -Value $UTCDate
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414 }
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415
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416 If ($OwnershipSessionIdRegValue -eq $null)
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417 {
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418 New-ItemProperty -Path $SurfaceRegKey -Name OwnershipSessionId -PropertyType String -Value $ownerSessionIdValue | Out-Null
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419 }
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420 Else
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421 {
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422 Set-ItemProperty -Path $SurfaceRegKey -Name OwnershipSessionId -Value $ownerSessionIdValue
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423 }
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424
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425 If ($PermissionSessionIdRegValue -eq $null)
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426 {
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427 New-ItemProperty -Path $SurfaceRegKey -Name PermissionSessionId -PropertyType String -Value $permissionSessionIdValue | Out-Null
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428 }
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429 Else
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430 {
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431 Set-ItemProperty -Path $SurfaceRegKey -Name PermissionSessionId -Value $permissionSessionIdValue
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432 }
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433
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434 If ($SettingsSessionIdRegValue -eq $null)
|
||||
435 {
|
||||
436 New-ItemProperty -Path $SurfaceRegKey -Name SettingsSessionId -PropertyType String -Value $settingsSessionIdValue | Out-Null
|
||||
437 }
|
||||
438 Else
|
||||
439 {
|
||||
440 Set-ItemProperty -Path $SurfaceRegKey -Name SettingsSessionId -Value $settingsSessionIdValue
|
||||
441 }
|
||||
442
|
||||
443 If ($IsResetRegValue -eq $null)
|
||||
444 {
|
||||
445 New-ItemProperty -Path $SurfaceRegKey -Name IsReset -PropertyType DWORD -Value 0 | Out-Null
|
||||
446 }
|
||||
447 Else
|
||||
448 {
|
||||
449 Set-ItemProperty -Path $SurfaceRegKey -Name IsReset -Value 0
|
||||
450 }
|
||||
451
|
||||
452 If ($certUsedRegValue -eq $null)
|
||||
453 {
|
||||
454 New-ItemProperty -Path $SurfaceRegKey -Name CertName -PropertyType String -Value $certName | Out-Null
|
||||
455 }
|
||||
456 Else
|
||||
457 {
|
||||
458 Set-ItemProperty -Path $SurfaceRegKey -Name CertName -Value $certName
|
||||
459 }
|
||||
460
|
||||
461 If ($certIssuerRegValue -eq $null)
|
||||
462 {
|
||||
463 New-ItemProperty -Path $SurfaceRegKey -Name CertIssuer -PropertyType String -Value $certIssuer | Out-Null
|
||||
464 }
|
||||
465 Else
|
||||
466 {
|
||||
467 Set-ItemProperty -Path $SurfaceRegKey -Name CertIssuer -Value $certIssuer
|
||||
468 }
|
||||
469
|
||||
470 If ($certSubjectRegValue -eq $null)
|
||||
471 {
|
||||
472 New-ItemProperty -Path $SurfaceRegKey -Name CertSubject -PropertyType String -Value $certSubject | Out-Null
|
||||
473 }
|
||||
474 Else
|
||||
475 {
|
||||
476 Set-ItemProperty -Path $SurfaceRegKey -Name CertSubject -Value $certSubject
|
||||
477 }
|
||||
```
|
||||
|
||||
### Settings names and IDs
|
||||
|
||||
Reference in New Issue
Block a user