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PSairwatch.psm1
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<#
.SYNOPSIS
Module for interacting with AirWatch via various REST APIs
.DESCRIPTION
Module for interacting with AirWatch via various REST APIs
Use the following to include module in your script
$ScriptPath = Split-Path $MyInvocation.MyCommand.Path -Parent
Set-Location $ScriptPath
Import-Module .\PSairwatch.psm1
.INPUTS
AirWatchConfig.json
.OUTPUTS
None
.NOTES
Version: 2.14.0
Author: Joshua Clark @MrTechGadget
Source: https://github.com/MrTechGadget/aw-bulkdevices-script
Creation Date: 05/22/2018
Update Date: 10/14/2023
.EXAMPLE
$ScriptPath = Split-Path $MyInvocation.MyCommand.Path -Parent
Set-Location $ScriptPath
Import-Module .\PSairwatch.psm1
#>
Function Read-Config {
try {
if (Test-Path "AirWatchConfig.json") {
$Config = (Get-Content "AirWatchConfig.json") -join "`n" | ConvertFrom-Json
Write-Verbose "Config file loaded."
if ($Config.groupid -and $Config.awtenantcode -and $Config.host) {
Write-Verbose "Config file formatted correctly."
return $Config
} else {
Write-Verbose "ConfigFile not correct, please complete the sample config and name the file AirWatchConfig.json"
Write-Host "-----------------------------------------------------------------------------------------------" -ForegroundColor Black -BackgroundColor Red
Write-Host "ConfigFile not correct, please complete the sample config and name the file AirWatchConfig.json" -ForegroundColor Black -BackgroundColor Red
Write-Host "-----------------------------------------------------------------------------------------------" -ForegroundColor Black -BackgroundColor Red
$Config
Set-Config
}
} else {
Write-Verbose "No config file exists, please complete the sample config and name the file AirWatchConfig.json "
Write-Host "-----------------------------------------------------------------------------------------------" -ForegroundColor Black -BackgroundColor Red
Write-Host "No config file exists, please complete the sample config and name the file AirWatchConfig.json " -ForegroundColor Black -BackgroundColor Red
Write-Host "-----------------------------------------------------------------------------------------------" -ForegroundColor Black -BackgroundColor Red
Set-Config
}
}
catch {
Write-Verbose "No config file exists, please complete the sample config and name the file AirWatchConfig.json"
Write-Host "No config file exists, please complete the sample config and name the file AirWatchConfig.json"
Set-Config
}
}
Function Set-Config {
$apihost = Read-Host "Enter FQDN of API server, do not include protocol or path"
$awtenantcode = Read-Host "Enter API Key"
$groupid = Read-Host "Enter Group ID (numerical value)"
$configuration = @{
'groupid' = $groupid
'awtenantcode' = $awtenantcode
'host' = $apihost
}
ConvertTo-Json -InputObject $configuration | Set-Content -LiteralPath 'AirWatchConfig.json' -Force
do {
Start-Sleep -Seconds 1
} until (Test-Path "AirWatchConfig.json")
Start-Sleep -Seconds 3
Read-Config
}
Function Write-Log
{
Param (
[string]$logstring,
[string]$Logfile = "PSairwatch.log"
)
$logstring = ((Get-Date).ToString() + " - " + $logstring)
Add-content $logfile -value $logstring
}
<# This implementation uses Basic authentication. #>
Function Get-BasicUserForAuth {
$Credential = Get-Credential
$EncodedUsernamePassword = [System.Convert]::ToBase64String([System.Text.Encoding]::UTF8.GetBytes($('{0}:{1}' -f $Credential.UserName,$Credential.GetNetworkCredential().Password)))
Return "Basic " + $EncodedUsernamePassword
}
Function Read-File {
Param([string]$file, [string]$head)
if (Test-Path $file) {
Write-Verbose "$file exists, importing list."
$data = Import-Csv -Path $file
$s = @()
if ($data.$head) {
foreach ($device in $data) {
try {
$s += $device.$head
Write-Verbose -Message "$device.$head"
} catch {
Write-Error -Message "Failed to add $device to list."
}
}
} else {
Write-Error -Message "No such column, $head, in CSV file $file."
}
return $s
} else {
Write-Verbose "$file does not exist."
Write-Host "--------------------------------------------------------------------------------------" -ForegroundColor Black -BackgroundColor Red
Write-Host " No $file file exists, please place file in same directory as script. " -ForegroundColor Black -BackgroundColor Red
Write-Host "--------------------------------------------------------------------------------------" -ForegroundColor Black -BackgroundColor Red
}
}
Function Read-FileWithData {
Param([string]$file, [string]$head, [string]$extraColumn)
if (Test-Path $file) {
Write-Verbose "$file exists, importing list."
$data = Import-Csv -Path $file
if ($data.$head) {
return $data
} else {
Write-Error -Message "No such column, $head, in CSV file $file."
}
} else {
Write-Verbose "$file does not exist."
Write-Host "--------------------------------------------------------------------------------------" -ForegroundColor Black -BackgroundColor Red
Write-Host " No $file file exists, please place file in same directory as script. " -ForegroundColor Black -BackgroundColor Red
Write-Host "--------------------------------------------------------------------------------------" -ForegroundColor Black -BackgroundColor Red
}
}
Function Set-Header {
Param([string]$authorizationString, [string]$tenantCode, [string]$acceptType, [string]$contentType)
$authString = $authorizationString
$tcode = $tenantCode
$accept = $acceptType
$content = $contentType
Write-Verbose("---------- Headers ----------")
Write-Verbose("Authorization: " + $authString)
Write-Verbose("aw-tenant-code:" + $tcode)
Write-Verbose("Accept: " + $accept)
Write-Verbose("Content-Type: " + $content)
Write-Verbose("------------------------------")
Write-Verbose("")
$header = @{"Authorization" = $authString; "aw-tenant-code" = $tcode; "Accept" = $accept; "Content-Type" = $content}
Return $header
}
Function Get-Tags {
$headers = Set-Header $restUserName $tenantAPIKey $version1 "application/json"
$endpointURL = "https://${airwatchServer}/api/mdm/tags/search?organizationgroupid=${organizationGroupID}"
$webReturn = Invoke-RestMethod -Method Get -Uri $endpointURL -Headers $headers
$TagArray = New-Object System.Collections.Specialized.OrderedDictionary
foreach ($tag in $webReturn.Tags) {
$TagArray.Add($tag.TagName, $tag.Id.Value)
}
return $TagArray
}
Function Get-Profiles {
Param([string]$GroupID, [string]$platform)
$headers = Set-Header $restUserName $tenantAPIKey "application/json" "application/json"
$endpointURL = "https://${airwatchServer}/api/mdm/profiles/search?organizationgroupid=${GroupID}&platform=${platform}&pagesize=1000"
$webReturn = Invoke-RestMethod -Method Get -Uri $endpointURL -Headers $headers
$Array = New-Object System.Collections.Specialized.OrderedDictionary
foreach ($profile in $webReturn.Profiles) {
if ($profile.Platform -eq $platform) {
$Array.Add($profile.ProfileName, $profile.Id.Value)
}
}
return $Array
}
Function Get-OrgGroups {
$headers = Set-Header $restUserName $tenantAPIKey $version1 "application/json"
$endpointURL = "https://${airwatchServer}/api/system/groups/search?orderby=name"
$webReturn = Invoke-RestMethod -Method Get -Uri $endpointURL -Headers $headers
$OrgArray = New-Object System.Collections.Specialized.OrderedDictionary
foreach ($org in $webReturn.LocationGroups) {
$OrgArray.Add($org.Name, $org.Id.Value)
}
return $OrgArray
}
Function Get-OrgGroupUUID {
$headers = Set-Header $restUserName $tenantAPIKey $version2 "application/json"
$endpointURL = "https://${airwatchServer}/api/system/groups/search?orderby=name"
$webReturn = Invoke-RestMethod -Method Get -Uri $endpointURL -Headers $headers
$OrgArray = New-Object System.Collections.Specialized.OrderedDictionary
foreach ($org in $webReturn.OrganizationGroups) {
$OrgArray.Add($org.Name, $org.Uuid)
}
return $OrgArray
}
Function Select-Platform {
$platforms = @("Apple","Android","WindowsPc","AppleOsX","AppleTV","ChromeOS")
$selection = $null
$i=0
foreach($platform in $platforms){
Write-Host -ForegroundColor Cyan " $($i+1)." $platform
$i++
}
Write-Host # empty line
$ans = (Read-Host 'Please enter selection') -as [int]
$selection = $ans-1
return $platforms[$selection]
}
Function Select-Tag {
Param([object]$TagList)
$selection = $null
Do {
$mhead
Write-Host
$TagArr = @()
$i=0
foreach($tag in $TagList.keys) {
Write-Host -ForegroundColor Cyan " $($i+1)." $tag
$TagArr += $tag
$i++
}
Write-Host
$ans = (Read-Host 'Please enter selection') -as [int]
} While ((-not $ans) -or (0 -gt $ans) -or ($TagList.Count -lt $ans))
$selection = $ans - 1
$selectedTag = $TagArr[$selection]
$tempOrg = $TagList.$selectedTag
return [string]$tempOrg
}
Function Get-Device {
Param([string]$lastseen, [string]$lgid, [string]$pageSize = "500")
$headers = Set-Header $restUserName $tenantAPIKey $version1 "application/json"
$endpointURL = "https://${airwatchServer}/api/mdm/devices/search?lastseen=${lastseen}&lgid=${lgid}&orderby=lastseen&sortorder=DESC&pagesize=${pageSize}"
$webReturn = Invoke-RestMethod -Method Get -Uri $endpointURL -Headers $headers
Write-Host "Total of $($webReturn.Total) devices match search, returning the first $($webReturn.PageSize) results."
return $webReturn.Devices
}
<# This function builds the JSON to add the tag to all of the devices. #>
Function Set-AddTagJSON {
Param([Array]$items)
Write-Verbose("------------------------------")
Write-Verbose("Building JSON to Post")
$addTagJSON = @{
'BulkValues' = @{
'Value' = @(
$items | ForEach-Object -MemberName ToString | ForEach-Object -MemberName Trim
)
}
}
$addTagJSON = ConvertTo-Json -InputObject $addTagJSON -Compress
Write-Verbose($addTagJSON)
Write-Verbose("------------------------------")
Write-Verbose("")
Return $addTagJSON
}
Function Get-DeviceDetails {
Param([string]$addTagJSON)
try {
$headers = Set-Header $restUserName $tenantAPIKey $version1 "application/json"
$endpointURL = "https://${airwatchServer}/api/mdm/devices/id"
$webReturn = Invoke-RestMethod -Method Post -Uri $endpointURL -Headers $headers -Body $addTagJSON
return $webReturn.Devices
}
catch {
Write-Warning "Error retrieving device details. May not be any devices matching."
}
}
Function Get-DeviceIds {
Param([string]$body)
Write-Verbose("------------------------------")
Write-Verbose("List of Serial Numbers")
Write-Verbose $body
Write-Verbose("------------------------------")
$headers = Set-Header $restUserName $tenantAPIKey $version1 "application/json"
$endpointURL = "https://${airwatchServer}/api/mdm/devices?searchby=Serialnumber"
$webReturn = Invoke-RestMethod -Method Post -Uri $endpointURL -Headers $headers -Body $body
$deviceids = @()
foreach ($serial in $webReturn.Devices) {
$deviceids += $serial.Id.Value
}
Write-Verbose("------------------------------")
Write-Verbose("List of Device IDs")
Write-Verbose "$($deviceIds)"
Write-Verbose("------------------------------")
return $deviceids
}
Function Get-TaggedDevice {
Param([string]$SelectedTag)
$endpoint = "mdm/tags/${SelectedTag}/devices?"
$webReturn = Send-Get $endpoint
$s = @()
foreach ($device in $webReturn.Device) {
$s += $device.DeviceId
Write-Verbose $device.DeviceId
}
return $s
}
Function Send-Get {
Param(
[Parameter(Mandatory=$True,HelpMessage="Rest Endpoint for Get, after https://airwatchServer/api/")]
[string]$endpoint,
[Parameter(HelpMessage="Version of API")]
[string]$version = $version1
)
$headers = Set-Header $restUserName $tenantAPIKey $version "application/json"
try {
$endpointURL = "https://${airwatchServer}/api/${endpoint}"
$webReturn = Invoke-RestMethod -Method Get -Uri $endpointURL -Headers $headers
return $webReturn
}
catch {
Write-Warning "Error submitting Get. $($_.Exception.Message) "
return $webReturn
}
}
Function Send-Post {
Param(
[Parameter(Mandatory=$True,HelpMessage="Rest Endpoint for POST, after https://airwatchServer/api/")]
[string]$endpoint,
[Parameter(Mandatory=$True,HelpMessage="Body to be sent")]
[string]$body,
[Parameter(HelpMessage="Version of API")]
[string]$version = $version1
)
$headers = Set-Header $restUserName $tenantAPIKey $version "application/json"
try {
$endpointURL = "https://${airwatchServer}/api/${endpoint}"
$webReturn = Invoke-RestMethod -Method Post -Uri $endpointURL -Headers $headers -Body $body
return $webReturn
}
catch {
Write-Warning "Error submitting POST. $($_.Exception.Message) "
return $webReturn
}
}
Function Send-Put {
Param(
[Parameter(Mandatory=$True,HelpMessage="Rest Endpoint for PUT, after https://airwatchServer/api/")]
[string]$endpoint,
[Parameter(Mandatory=$True,HelpMessage="Body to be sent")]
[string]$body,
[Parameter(HelpMessage="Version of API")]
[string]$version = $version1
)
$headers = Set-Header $restUserName $tenantAPIKey $version "application/json"
try {
$endpointURL = "https://${airwatchServer}/api/${endpoint}"
$webReturn = Invoke-RestMethod -Method Put -Uri $endpointURL -Headers $headers -Body $body
return $webReturn
}
catch {
Write-Warning "Error submitting PUT. $($_.Exception.Message) "
return $webReturn
}
}
Function Send-Patch {
Param(
[Parameter(Mandatory=$True,HelpMessage="Rest Endpoint for Patch, after https://airwatchServer/api/")]
[string]$endpoint,
[Parameter(HelpMessage="Version of API")]
[string]$version = $version1
)
$headers = Set-Header $restUserName $tenantAPIKey $version "application/json"
try {
$endpointURL = "https://${airwatchServer}/api/${endpoint}"
$webReturn = Invoke-RestMethod -Method Patch -Uri $endpointURL -Headers $headers
return $webReturn
}
catch {
Write-Warning "Error submitting PUT. $($_.Exception.Message) "
return $webReturn
}
}
Function Send-Delete {
Param(
[Parameter(Mandatory=$True,HelpMessage="Rest Endpoint for Delete, after https://airwatchServer/api/")]
[string]$endpoint,
[Parameter(HelpMessage="Version of API")]
[string]$version = $version1
)
$headers = Set-Header $restUserName $tenantAPIKey $version "application/json"
try {
$endpointURL = "https://${airwatchServer}/api/${endpoint}"
$webReturn = Invoke-RestMethod -Method Delete -Uri $endpointURL -Headers $headers
return $webReturn
}
catch {
Write-Warning "Error submitting Delete. $($_.Exception.Message) "
return $webReturn
}
}
Function Set-DeviceIdList {
Param([object]$Devices)
$deviceCountSkipped = 0
$super = @()
$unsuper = @()
foreach ($device in $Devices) {
if ($device.EnrollmentStatus -eq "Enrolled") {
if ($device.IsSupervised -eq $True) {
$super += $device.Id.Value
Write-Verbose "$($device.Id.Value) is supervised"
} else {
$unsuper += $device.Id.Value
Write-Verbose "$($device.Id.Value) is unsupervised"
}
} else {
Write-Verbose "$($device.SerialNumber) is not enrolled, skipping"
$deviceCountSkipped++
}
}
Write-Host "Skipped $deviceCountSkipped devices that are not enrolled."
$s = $unsuper,$super
return $s
}
Function Set-UnenrolledDeviceIdList {
Param([object]$Devices)
$t = 0
$entwipe = @()
foreach ($device in $Devices) {
if ($device.EnrollmentStatus -eq "EnterpriseWipePending") {
$entwipe += $device.Id.Value
Write-Verbose "$($device.SerialNumber) is EnterpriseWipePending"
} elseif ($device.EnrollmentStatus -eq "Unenrolled") {
$entwipe += $device.Id.Value
Write-Verbose "$($device.SerialNumber) is Unenrolled"
} elseif ($device.EnrollmentStatus -eq "WipeInitiated") {
$entwipe += $device.Id.Value
Write-Verbose "$($device.SerialNumber) is WipeInitiated"
} elseif ($device.EnrollmentStatus -eq "DeviceWipePending") {
$entwipe += $device.Id.Value
Write-Verbose "$($device.SerialNumber) is DeviceWipePending"
} else {
Write-Verbose "$($device.SerialNumber) is not pending Enterprise Wipe, Device WipeInitiated, DeviceWipePending, or Unenrolled, skipping"
$t++
}
}
Write-Host "Skipped $t devices that are not pending wipe or unenrolled."
return $entwipe
}
Function Set-DeviceIdListSupervision {
Param([object]$Devices)
$deviceCountSkipped = 0
$super = @()
$unsuper = @()
foreach ($device in $Devices) {
if ($device.EnrollmentStatus -eq "Enrolled") {
if ($device.IsSupervised -eq $True) {
$super += $device.Id.Value
Write-Verbose "$($device.Id.Value) is supervised"
} else {
$unsuper += $device.Id.Value
Write-Verbose "$($device.Id.Value) is unsupervised"
}
} else {
Write-Verbose "$($device.SerialNumber) is not enrolled, skipping"
$deviceCountSkipped++
}
}
Write-Host "Skipped $deviceCountSkipped devices that are not enrolled."
$s = $unsuper,$super
return $s
}
Function Install-PublicApp {
Param([string]$addJSON,[string]$appId)
$appType = "public"
Install-App($addJSON, $appId, $appType)
}
Function Install-InternalApp {
Param([string]$addJSON,[string]$appId)
$appType = "internal"
Install-App($addJSON, $appId, $appType)
}
Function Install-PurchasedApp {
Param([string]$addJSON,[string]$appId)
$appType = "purchased"
Install-App($addJSON, $appId, $appType)
}
Function Install-App {
Param([string]$addJSON,[string]$appId,[string]$appType)
try {
$headers = Set-Header $restUserName $tenantAPIKey $version1 "application/json"
$endpointURL = "https://${airwatchServer}/api/mam/apps/${appType}/${appId}/install"
$webReturn = Invoke-RestMethod -Method Post -Uri $endpointURL -Headers $headers -Body $addJSON
return $webReturn
}
catch {
Write-Host "Error retrieving device details. May not be any devices with that device id."
}
}
# Enterprise Wipes List of devices by device id
Function Unregister-DevicesEnterpriseWipe {
Param([string]$body)
try {
$headers = Set-Header $restUserName $tenantAPIKey $version1 "application/json"
$endpointURL = "https://${airwatchServer}/api/mdm/devices/commands/bulk?command=enterprisewipe&searchby=deviceid"
$webReturn = Invoke-RestMethod -Method Post -Uri $endpointURL -Headers $headers -Body $body
return $webReturn
}
catch {
Write-Host "Error retrieving device details. May not be any devices with that device id."
}
}
# Enterprise Wipes List of devices by device id
Function Unregister-DeviceEnterpriseWipe {
Param([array]$devices)
$body = ""
$arr = @()
foreach ($deviceid in $devices) {
try {
$endpointURL = "https://${airwatchServer}/api/mdm/devices/${deviceid}/commands?command=EnterpriseWipe"
$webReturn = Invoke-RestMethod -Method Post -Uri $endpointURL -Headers $headers -Body $body
if ($webReturn) {
$arr += $webReturn
}
}
catch {
$e = [int]$Error[0].Exception.Response.StatusCode
Write-Host "Error wiping device $deviceid. Status code $e. May not be any devices with that device id."
return $e
}
}
return $arr
}
Function Unregister-DeviceFullWipe {
# Device Wipes List of devices by device id
Param([array]$devices)
$body = " "
$arr = @()
$headers = Set-Header $restUserName $tenantAPIKey $version1 "application/json"
foreach ($deviceid in $devices) {
Write-Progress -Activity "Deleting Devices..." -Status "Wiping $($devices.IndexOf($deviceid)+1) of $($devices.Count)" -CurrentOperation "$deviceid" -PercentComplete ((($devices.IndexOf($devices)+1)/($devices.Count))*100)
try {
$endpointURL = "https://${airwatchServer}/api/mdm/devices/${deviceid}/commands?command=DeviceWipe"
$webReturn = Invoke-RestMethod -Method Post -Uri $endpointURL -Headers $headers -Body $body
if ($webReturn) {
$arr += $webReturn
}
}
catch {
$e = [int]$Error[0].Exception.Response.StatusCode
Write-Error "Error wiping device $deviceid. Status code $e. May not be any devices with that device id."
}
}
return $arr
}
Function Remove-DeviceBulk {
Param([string]$addTagJSON)
try {
$headers = Set-Header $restUserName $tenantAPIKey $version1 "application/json"
$endpointURL = "https://${airwatchServer}/api/mdm/devices/bulk"
$webReturn = Invoke-RestMethod -Method Post -Uri $endpointURL -Headers $headers -Body $addTagJSON
return $webReturn
}
catch {
return [int]$Error[0].Exception.Response.StatusCode
}
}
Function Set-DaysPrior {
Param(
[Parameter(HelpMessage="Maximum number of days since devices were last seen, default is 200")]
[string]$maxLastSeen = "200"
)
do {
try {
$numOk = $true
[int]$days = Read-Host -Prompt "Input how many days since the devices were last seen. (Between 15 and ${maxLastSeen})"
} # end try
catch {$numOK = $false}
} # end do
until (($days -ge 15 -and $days -le [int]$maxLastSeen) -and $numOK)
return 0-$days
}
Function Set-LastSeenDate {
Param([int]$days)
$date = Get-Date
$lastseendate = $date.AddDays($days)
$ls = Get-Date -Date $lastseendate -Format "yyyy-MM-dd"
return $ls
}
Function Update-Devices {
Param([array]$devices, $ProfileSelected)
$body = ""
$endpointURL2 = "https://${airwatchServer}/api/mdm/profiles/${ProfileSelected}/install"
$headers = Set-Header $restUserName $tenantAPIKey $version1 "application/json"
foreach ($deviceid in $devices) {
$endpointURL = "https://${airwatchServer}/api/mdm/devices/profiles?searchBy=Serialnumber&id=${deviceid}"
try {
$webReturn = Invoke-RestMethod -Method Get -Uri $endpointURL -Headers $headers
if ($webReturn) {
$r = $webReturn.DeviceProfiles | Where-Object { $_.Id.Value -eq $ProfileSelected}
$devid = $webReturn.DeviceId.Id.Value
$body = ConvertTo-Json -InputObject @{'SerialNumber' = $deviceid} -Compress
if ($r.Status -in 0, 1) {
$webReturn2 = Invoke-RestMethod -Method Post -Uri $endpointURL2 -Headers $headers -Body $body
Write-Host "${devid} install queued ${webReturn2}"
} elseif ($r.Status -eq 3) {
Write-Host "$($devid) profile already installed."
} elseif ($r.Status -eq 6) {
$webReturn2 = Invoke-RestMethod -Method Post -Uri $endpointURL2 -Headers $headers -Body $body
Write-Host "${devid} Previous Error, install queued ${webReturn2}"
}
}
}
catch {
$e = [int]$Error[0].Exception.Response.StatusCode
Write-Host "Error with device ${deviceid}. Status code ${e}. May not be any devices with that serial."
}
}
}
Function Split-Array {
<#
.SYNOPSIS
Split an array
.NOTES
Version : July 2, 2017 - implemented suggestions from ShadowSHarmon for performance
.PARAMETER inArray
A one dimensional array you want to split
.EXAMPLE
Split-Array -inArray @(1,2,3,4,5,6,7,8,9,10) -parts 3
.EXAMPLE
Split-Array -inArray @(1,2,3,4,5,6,7,8,9,10) -size 3
#>
param($inArray,[int]$parts,[int]$size)
if ($parts) {
$PartSize = [Math]::Ceiling($inArray.count / $parts)
}
if ($size) {
$PartSize = $size
$parts = [Math]::Ceiling($inArray.count / $size)
}
$outArray = New-Object 'System.Collections.Generic.List[psobject]'
for ($i=1; $i -le $parts; $i++) {
$start = (($i-1)*$PartSize)
$end = (($i)*$PartSize) - 1
if ($end -ge $inArray.count) {$end = $inArray.count -1}
$outArray.Add(@($inArray[$start..$end]))
}
return ,$outArray
}
<# Set configurations #>
$Config = Read-Config
$restUserName = Get-BasicUserForAuth
$tenantAPIKey = $Config.awtenantcode
$organizationGroupID = $Config.groupid
$airwatchServer = $Config.host
$version1 = "application/json;version=1"
$version2 = "application/json;version=2"
Export-ModuleMember -Function * -Variable $version1,$version2