Private/Get-ResourceProperty.ps1
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<# .SYNOPSIS Returns a HashTable with all properties of an object, including nested properties .DESCRIPTION This function goes through all properties and puts them on one level. .PARAMETER Object Mandatory - The object to list properties of .PARAMETER MaxLevels Specifies how many levels deep to list .PARAMETER PathName Specifies the path name to use as the root. If not specified, all properties will start with "." .PARAMETER Level Specifies which level the function is currently processing. Should not be used manually. .EXAMPLE Get-ResourceProperty -Object $Resource .NOTES This is a modification of a script by KevinD. http://stackoverflow.com/users/1298933/kevind Source: https://stackoverflow.com/questions/22388226/powershell-script-delete-first-character-in-output Modified by: Barbara Forbes Module: ARMHelper https://4bes.nl @Ba4bes #> function Get-ResourceProperty { [CmdletBinding()] param ( [Parameter(Position = 1, Mandatory = $true)] [psobject] $Object, [Parameter()] [int] $MaxLevels = 10, [Parameter()] [string] $PathName = "", [Parameter()] [int] $Level = 0 ) #Initialize an array to store properties $Props = @() if ($Level -eq 0) { $PropertiesReadable = @{ } } $RootProperties = $Object | Get-Member -MemberType NoteProperty # Make sure we're not exceeding the MaxLevels if ($Level -lt $MaxLevels) { # Properties of the following types don't need another loop $TypesToWrite = "System.Boolean", "System.String", "System.Int32", "System.Char" #Loop through the root properties foreach ($RootProperty in $RootProperties) { #Base name of property $Propname = $RootProperty.Name #Object to process $PropertyObject = $($Object.$Propname) if ($Null -eq $PropertyObject) { Continue } # Get the type, and only recurse into it if it is not one of our excluded types $Type = ($PropertyObject.GetType()).tostring() $Array = ($PropertyObject.GetType()).BaseType.tostring() # If it's an array, go through each object if ($Array -eq "System.Array") { foreach ($PropObject in $PropertyObject) { $Key = $PropObject.Name $Value = $PropObject.Value if ([string]::IsNullOrEmpty($key)) { continue } if ([string]::IsNullOrEmpty($Value)) { $Members = ($PropObject | get-member -Type NoteProperty | Where-Object { $_.Name -ne "Name" }).Name $Value = $PropObject.$Members } if ($PropertiesReadable.$Key) { $Path = $PathName.Replace(".properties", "") $Key = "$Path.$($PropObject.Name)" } $PropertiesReadable.add($Key, $Value) Continue } } #If $TypesToWrite containt the type, write results to hashtable Elseif (($TypesToWrite.Contains($Type) ) ) { $Props += "$PathName.$($RootProperty.Name)" $Key = $RootProperty.Name $Value = $PropertyObject # Add tags for readability if ($PathName -like "*Tags*") { $Key = "Tags: $($RootProperty.Name)" } if ($PropertiesReadable.$Key) { $Path = $PathName.Replace(".properties", "") $Key = "$Path.$($RootProperty.Name)" } $PropertiesReadable.add($Key, $Value) } # If $TypesToWrite does not contain the type, recurse. Elseif (-not($TypesToWrite.Contains($Type) ) ) { #Create a new path to the property $ChildPathName = "$PathName.$Propname" # Make sure it's not null, then recurse, incrementing $Level if ($Null -ne $PropertyObject) { $Props += Get-ResourceProperty -Object $PropertyObject -PathName $ChildPathName -Level ($Level + 1) -MaxLevels $MaxLevels } } } } $PropertiesReadable } |