Get-NixMount.ps1
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function Get-NixMount { <# .Synopsis Gets mounts .Description Gets existing filesystem mounts .Example Get-NixMount .Link Mount-Nix #> [OutputType('PowerNix.Mount')] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("Test-ForSlowScript", "", Justification="Written for User Clarity")] param( # The path to the mount info filestream. By default, this will be /proc/mounts. [Parameter(ValueFromPipelineByPropertyName,ParameterSetName='MountInfoFile')] [string] $MountInfoPath = '/proc/mounts', # The text describing a mount [Parameter(Mandatory,ParameterSetName='MountInfoText',ValueFromPipelineByPropertyName)] [string[]] $MountInfoText ) process { if ($PSCmdlet.ParameterSetName -eq 'MountInfoFile') { # If we're getting mounts from a file if (-not (Test-Path $MountInfoPath)) { # check that it exists Write-Error "'$moduleInfoPath' not found" -ErrorId File.Missing # (error out if it doesn't). return } $MountInfoText = Get-Content $MountInfoPath # Get the mount info, line by line. } $MountInfoText | # Walk over each line & { process { $source, $target, $fileSystem, $mountInfo, $null, $null = $_ -split ' ' # split them up with multiple assignment. [PSCustomObject][Ordered]@{ # Decorate the output with the typename 'PowerNix.Mount' (this enables format/types files) PSTypeName = 'PowerNix.Mount' Device = $source MountPoint = $target FileSystemType = $fileSystem Options = @( # Turn the options string into strings or objects. $kvs = [ordered]@{} # Options can either be a key=value or a just a value. foreach ($mnt in $mountInfo -split ',') { # Each option is separated by a comma. if ($mnt.Contains('=')) { # If it's key-value $k, $v = $mnt -split '=' # keep it with the other key-value pairs $kvs[$k]=$v } else { $mnt # If it's a string, output it now. } } if ($kvs.Count) { # If we had any key value pairs # Output that collection. # This will make .options: # "stringOption1", "stringoption2", @{key1='value1';key2='value2'} # etc $kvs } ) } } } } } |