Public/New-AGMLibMultiMount.ps1
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Function New-AGMLibMultiMount ([string]$csvfile,[array]$imagelist,[array]$hostlist,[string]$hostid,[string]$mountpoint,[switch][alias("a")]$appnamesuffix, [switch][alias("h")]$hostnamesuffix,[switch][alias("c")]$condatesuffix,[switch][alias("i")]$imagesuffix,[string]$label,[int]$startindex) { <# .SYNOPSIS Mounts a number of FileSystems to a group of hosts .EXAMPLE New-AGMLibMultiMount -imagelist $imagelist -hostlist $hostlist -mountpoint /tmp/imagecheck This command likes to use the output of Get-AGMLibImageRange as $imagelist So we could create a list like this: $imagelist = Get-AGMLibImageRange -fuzzyappname demo-sql -olderlimit 3 We could get a list of hosts to mount to with a command like this: $hostlist = Get-AGMHost -filtervalue "hostname~scanhost*" | select id,hostname The logic to handle mount points is simple. The user must supply a starter mount point with a trailing slash. For linux hosts this would be: -mountpoint /tmp/testmount/ For Windows hosts this would be: -mountpoint C:\temp\ The suffix is optional but recommended. This basically adds an extra foldername to the mount point. There are four mechanisms to get unique mount names: 1) You can specify -h and the Host Name will be used as part of the mount point 2) You can specify -a and the App Name will be used as part of the mount point 3) You can specify -i and the Image Name will be used as part of the mount point 4) You can specify -c and the Consistency Date will be used as part of the mountpoint The point point will always end in a unique number to guarantee uniqueness. If you want to control the starting number of that number use -startindex By default it will use a label of "MultiFS Recovery" to make the mounts easier to find. you can changes this with -label xxxx to set your own unique label. .EXAMPLE New-AGMLibMultiMount -imagelist $imagelist -hostid $hostid -mountpoint "/tmp/testmount/" If you only have a single host you can specify it singly using -hostid All your mounts will go to that single Host #> if ( (!($AGMSESSIONID)) -or (!($AGMIP)) ) { Get-AGMErrorMessage -messagetoprint "Not logged in or session expired. Please login using Connect-AGM" return } else { $sessiontest = (Get-AGMSession).session_id if ($sessiontest -ne $AGMSESSIONID) { Get-AGMErrorMessage -messagetoprint "Not logged in or session expired. Please login using Connect-AGM" return } } # handle hostlist vs hostid if ($hostlist.id) { $hostlist = ($hostlist).id } if ( (!($hostlist)) -and ($hostid) ) { $hostlist = $hostid } # guided menu if ((!($mountpoint)) -and (!($imagelist)) -and (!($csvfile))) { Write-host "This function is used to start a large number of file system mounts in a single command. This is done by supplying:" Write-host "-- A list of images to mount, normally created with New-AGMLibImageRange and then placed into a CSV file" Write-Host "-- A host list or a host ID which will be our scanning hosts that we use to check our images" Write-host "-- A mount point with parameters" Write-host "" write-host "The end result will be that we will mount all the listed images on our scanning hosts so they can be checked" write-host "" Write-host "We first require an imagelist file in CSV format. This needs to be created with Get-AGMLibImageRange and exported to a CSV file." Write-host "If you have not created it, then choose Exit, run that command first and work with the output and then come back here when done" Write-host "" Write-Host "1`: I have the image list as a file" Write-Host "2`: I need to run Get-AGMLibImageRange to create the CSV file" Write-Host "3`: Exit" $userchoice1 = Read-Host "Please select from this list (1-3)" if ($userchoice1 -eq "" -or $userchoice1 -eq 3) { return } if ($userchoice1 -eq 1) { [string]$filename = Read-Host "Supply the file name in CSV format" if ( Test-Path $filename ) { $imagelist = Import-Csv -Path $filename if (!($imagelist.backupname)) { Get-AGMErrorMessage -messagetoprint "The file named $filename does not contain an backupname column and cannot be used. Was it created with Get-AGMLibImageRange?" return } } else { Get-AGMErrorMessage -messagetoprint "The file named $filename could not be found." return; } } if ($userchoice1 -eq 2) { Get-AGMLibImageRange6 return } # host ID list Clear-Host Write-Host "You now need to supply a list of host IDs to mount to. These hosts need to have the same OS (either Linux or Win32)" Write-Host "Make sure the hosts are on the same appliance name as the images" Write-host "" Write-Host "1`: Show me the hosts and I will select them " Write-Host "2`: Exit" $userchoice2 = Read-Host "Please select from this list (1-3)" if ($userchoice2 -eq "" -or $userchoice2 -eq 2) { return } $appliancegrab = Get-AGMAppliance | select-object name,clusterid | sort-object name if ($appliancegrab.count -eq 0) { Get-AGMErrorMessage -messagetoprint "Failed to find any appliances to work with" return } if ($appliancegrab.count -eq 1) { $mountapplianceid = $appliancegrab.clusterid } else { Clear-Host write-host "Appliance selection menu - which Appliance will run these mounts" Write-host "" $i = 1 foreach ($appliance in $appliancegrab) { Write-Host -Object "$i`: $($appliance.name)" $i++ } While ($true) { Write-host "" $listmax = $appliancegrab.name.count [int]$appselection = Read-Host "Please select an Appliance to mount from (1-$listmax)" if ($appselection -lt 1 -or $appselection -gt $listmax) { Write-Host -Object "Invalid selection. Please enter a number in range [1-$($listmax)]" } else { break } } $mountapplianceid = $appliancegrab.clusterid[($appselection - 1)] } if ($userchoice2 -eq 1) { Clear-Host Write-Host "Are the scanning hosts Linux or Windows?" Write-host "" Write-Host "1`: Linux" Write-Host "2`: Windows" Write-Host "3`: Exit" $userchoice3 = Read-Host "Please select from this list (1-3)" if ($userchoice3 -eq "" -or $userchoice3 -eq 3) { return } if ($userchoice3 -eq 1) { $ostype = "Linux" $hostgrab = Get-AGMHost -filtervalue "clusterid=$mountapplianceid&ostype=$ostype" -sort "name:asc" } if ($userchoice3 -eq 2) { $ostype = "Win32" $hostgrab = Get-AGMHost -filtervalue "clusterid=$mountapplianceid&ostype=$ostype" -sort "name:asc" } if ($hostgrab.id.count -eq 0) { Get-AGMErrorMessage -messagetoprint "No hosts were found with selected ostype $ostype" return } Clear-Host Write-Host "Target host selection menu" $hostgrab | Select-Object id,hostname,ostype,{$_.appliance.name} | Format-Table write-host "" [string]$hostselection = Read-Host "Please select all hosts using their ID, comma separated" $hostlist = @($hostselection) } # mount point Clear-Host While ($true) { if ($fieldsep.length -eq 0) { if ($ostype -eq "Linux") { [string]$mountpoint = Read-Host "You now need to supply a mount point such as /tmp/testmount/ making sure to add the trailing slash as shown" if ($mountpoint -match '/$') { $fieldsep = "/" } } if ($ostype -eq "Win32") { [string]$mountpoint = Read-Host "You now need to supply a mount point such as C:\Temp\ making sure to add the trailing slash as shown" if ($mountpoint -match '\\$') { $fieldsep = "\" } } } else { break } } # labels Clear-Host write-host "Labels are used to help find the images later, if you hit enter without typing anything, the label will default to: MultiFS Recovery" write-host "" $labelgrab = Read-host "Enter a Label if you want to use something different to `'MultiFS Recovery`'" if (!($labelgrab)) { $label = "MultiFS Recovery" } else { $label = $labelgrab } Clear-Host Write-host "Finally we need to choose which suffixes we will use in the mount points to both guarantee uniqueness and make the images easy to find" Write-host " There are four mechanisms to get unique mount names." Write-host " 1) You can specify -h and the Host Name will be used as part of the mount point" Write-host " 2) You can specify -a and the App Name will be used as part of the mount point" Write-host " 3) You can specify -i and the Image Name will be used as part of the mount point" Write-host " 4) You can specify -c and the Consistency Date will be used as part of the mountpoint" write-host $hostoptiongrab = Read-Host "Do you want to use the hostname as part of the mount point (y/Y)" if ($hostoptiongrab -eq "y" -or $hostoptiongrab -eq "Y ") { $hostnamesuffix = $true $suffixoptions = " -hostnamesuffix" } $appoptiongrab = Read-Host "Do you want to use the app name as part of the mount point (y/Y)" if ($appoptiongrab -eq "y" -or $appoptiongrab -eq "Y ") { $appnamesuffix = $true $suffixoptions = $suffixoptions +" -appnamesuffix" } $imageoptiongrab = Read-Host "Do you want to use imagename as part of the mount point (y/Y)" if ($imageoptiongrab -eq "y" -or $imageoptiongrab -eq "Y ") { $imagesuffix = $true $suffixoptions = $suffixoptions +" -imagesuffix" } $condateoptiongrab = Read-Host "Do you want to use consistency date as part of the mount point (y/Y)" if ($condateoptiongrab -eq "y" -or $condateoptiongrab -eq "Y ") { $condatesuffix = $true $suffixoptions = $suffixoptions +" -condatesuffix" } Clear-Host Write-Host "Guided selection is complete. The values entered resulted in the following command:" Write-Host "" Write-Host "New-AGMLibMultiMount -csvfile $filename -mountpoint `"$mountpoint`" -hostlist $hostselection -label `"$label`" $suffixoptions" Write-Host "" Write-Host "1`: Run the command now" Write-Host "2`: Exit without running the command" $appuserchoice = Read-Host "Please select from this list (1-2)" if ($appuserchoice -eq "") { $appuserchoice = 2} if ($appuserchoice -eq 2) { return } } if (!($mountpoint)) { Get-AGMErrorMessage -messagetoprint "Please supply a starter mountpoint such as /tmp/testmount/ or C:\Temp\" return } if ($mountpoint -match '\\$') { $fieldsep = "\" } if ($mountpoint -match '/$') { $fieldsep = "/" } if (!($fieldsep)) { Get-AGMErrorMessage -messagetoprint "Last character of $mountpoint needs to be forward slash for Linux such as /tmp/testmount/ or backslash for Windows such C:\Temp\" return } if ($csvfile) { if ( Test-Path $filename ) { $imagelist = Import-Csv -Path $filename if (!($imagelist.backupname)) { Get-AGMErrorMessage -messagetoprint "The file named $filename does not contain an backupname column and cannot be used. Was it created with Get-AGMLibImageRange?" return } } else { Get-AGMErrorMessage -messagetoprint "The file named $filename could not be found." return } } if (!($imagelist)) { Get-AGMErrorMessage -messagetoprint "Please supply an imagelist" return } if (!($hostlist)) { Get-AGMErrorMessage -messagetoprint "Please supply an array of Host IDs using -hostlist or a single Host ID using -hostid" return } if (!($startindex)) { $startindex = 1 } if (!($label)) { $label = "MultiFS Recovery" } $hostcount = $hostlist.count $hostroundrobin = 0 $lastappid = "" $lastcondate = "" # The user can specify the starting number or we will start at 1 if (!($startindex)) { $startindex = 1 } foreach ($image in $imagelist) { # start the moint point $imagemountpoint = $mountpoint if (($lastappid -eq $image.appid) -and ($lastcondate -eq $image.consistencydate)) { Write-Host "Not mounting AppName:" $image.appname "AppID:" $image.appid " Jobclass:" $image.jobclass " ImageName:" $image.backupname " ConsistencyDate:" $image.consistencydate "because the previous mount had the same appid and consistency date" } else { if ($hostnamesuffix) { # for linux mount points starting with / we need to trim the leading / to avoid // in the mount point if ($image.hostname.Substring(0,1) -match "[/]") { $image.hostname = $image.hostname.substring(1) } # we also remove spaces in app names and full colon, so they dont make strange mount points $imagemountpoint = $imagemountpoint + $image.hostname -replace '\s','' -replace ':','' $imagemountpoint = $imagemountpoint + $fieldsep } if ($appnamesuffix) { # for linux mount points starting with / we need to trim the leading / to avoid // in the mount point if ($image.appname.Substring(0,1) -match "[/]") { $image.appname = $image.appname.substring(1) } # we also remove spaces in app names and full colon, so they dont make strange mount points $imagemountpoint = $imagemountpoint + $image.appname -replace '\s','' -replace ':','' $imagemountpoint = $imagemountpoint + $fieldsep } if ($imagesuffix) { $imagemountpoint = $imagemountpoint + $image.backupname + $fieldsep } if ($condatesuffix) { # we need to make the date just numbers $imagemountpoint = $imagemountpoint + $image.consistencydate -replace '\s','' -replace '-','' -replace ':','' $imagemountpoint = $imagemountpoint + $fieldsep } # we always end on a number to guarantee uniqueness $imagemountpoint = $imagemountpoint + $startindex $startindex += 1 # we can now set the values needed for the mount $hostid = $hostlist[$hostroundrobin] $body = [ordered]@{ label = "$label"; image = $image.backupname; host = @{id=$hostid} migratevm = "false"; restoreoptions = @( @{ name = 'mountpointperimage' value = "$imagemountpoint" } ) } $json = $body | ConvertTo-Json -depth 4 Write-Host " Mounting AppName:" $image.appname " AppID:" $image.appid " Jobclass:" $image.jobclass " ImageName:" $image.backupname " ConsistencyDate:" $image.consistencydate "to Host ID" $hostid "with mount point" $imagemountpoint $imageid = $image.id Post-AGMAPIData -endpoint /backup/$imageid/mount -body $json $hostroundrobin += 1 if ($hostroundrobin -eq $hostcount ) { $hostroundrobin = 0 } $lastappid = $image.appid $lastcondate = $image.consistencydate } } } |