Public/New-AGMLibDb2Mount.ps1
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# Copyright 2022 Google Inc. All Rights Reserved. # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. Function New-AGMLibDb2Mount ([string]$appid,[string]$targethostid,[string]$mountapplianceid,[string]$imagename,[string]$imageid,[string]$targethostname,[string]$appname,[string]$recoverypoint,[string]$label,[string]$consistencygroupname,[string]$dbnamelist,[string]$targetnodenumber,[string]$targetinstance,[string]$mountmode,[string]$mapdiskstoallesxhosts,[string]$mountpointperimage,[string]$sltid,[string]$slpid,[switch][alias("g")]$guided,[switch][alias("m")]$monitor,[string]$overwritedatabase,[switch][alias("w")]$wait) { <# .SYNOPSIS Mounts a Db2 Image .EXAMPLE New-AGMLibDb2Mount You will be prompted through a guided menu .EXAMPLE New-AGMLibDb2Mount -appid 97825 -mountapplianceid 141751487742 -targethostid 759773 -dbnamelist "SAMPLE,SAMPLE1" -targetinstance "db2inst2" Mounts a new instance with one DB, renaming the DB from SAMPLE to SAMPLE1, using the latest image for that appid .EXAMPLE New-AGMLibDb2Mount -appid 97825 -mountapplianceid 141751487742 -label "label" -targethostid 92881 -dbnamelist "SAMPLE,SAMPLE1;DB2DB,DB2DB1" -targetinstance "db2inst2" -overwritedatabase "yes" -consistencygroupname "cg1" -recoverypoint "2022-05-12 00:01:48" -sltid 760948 -slpid 6297 Mounts a new instance with two DBs. The instance is reprotected with the specified SLT and SLP. .DESCRIPTION A function to mount Db2 Image * Image selection can be done three ways: 1) Run this command in guided mode to learn the available images and select one 2) Learn the imagename and specify that as part of the command with -imagename 3) Learn the Appid and Cluster ID for the appliance that will mount the image and then use -appid and -mountapplianceid This will use the latest snapshot, StreamSnap or OnVault image on that appliance Note default values don't need to specified. So for instance these are both unnecessary: -recoverdb true * label -label Label for mount, recommended * mount host options: -targethostname The target host specified by name. Ideally use the next option -targethostid The target host specified by id * mounted app names -dbnamelist semicolon separated list of comma separated source db and target db. So if we have two source DBs, prod1 and prod2 and we mount them as dev1 and dev2 then: prod1,dev1;prod2,dev2 -consistencygroupname If mounting more than one DB then you will need to specify a CG name. This is used on the Appliance side to group the new apps, the mounted host wont see this name * mounted instance -targetinstance XXXX The target DB2 instance. Select a target DB2 instance to manage the new database. Mounting back to the same host and same instance is not supported -targetnodenumber YYYY DB2 target node number to be used for app aware mount. It will use 0 by default if no value is specified (optional) -overwritedatabase no, stale or yes Specifies when, if ever, to overwrite a database on the target server that has the same name as the new database(s) being mounted. Default is no * Other options -mountpointperimage -recoverypoint The point in time to roll forward to, in ISO8601 format like 2020-09-02 19:00:02 * Reprotection: -sltid xxxx (short for Service Level Template ID) - if specified along with an slpid, will reprotect the mounted child app with the specified template and profile -slpid yyyy (short for Service Level Profile ID) - if specified along with an sltid, will reprotect the mounted child app with the specified template and profile * VMware specific options -mountmode use either nfs, vrdm or prdm -mapdiskstoallesxhosts Either true to do this or false to not do this. Default is false. * Monitoring options: -wait This will wait up to 2 minutes for the job to start, checking every 15 seconds to show you the job name -monitor Same as -wait but will also run Get-AGMLibFollowJobStatus to monitor the job to completion #> # its pointless procededing without a connection. if ( (!($AGMSESSIONID)) -or (!($AGMIP)) ) { Get-AGMErrorMessage -messagetoprint "Not logged in or session expired. Please login using Connect-AGM" return } $sessiontest = Get-AGMVersion if ($sessiontest.errormessage) { $sessiontest return } if (($appname) -and (!($appid)) ) { $appgrab = Get-AGMApplication -filtervalue appname=$appname if ($appgrab.id.count -ne 1) { Get-AGMErrorMessage -messagetoprint "Failed to resolve $appname to a single App ID. Use Get-AGMLibApplicationID and try again specifying -appid." return } else { $appid = $appgrab.id } } if ( ($appid) -and (!($appname)) ) { $appgrab = Get-AGMApplication -filtervalue id=$appid if(!($appgrab)) { Get-AGMErrorMessage -messagetoprint "Cannot find appid $appid" return } else { $appname = ($appgrab).appname } } # if recovery point specified without imagename or ID if ( ($recoverypoint) -and (!($imagename)) -and (!($imageid)) -and ($appid) ) { $imagecheck = Get-AGMImage -filtervalue "appid=$appid&consistencydate<$recoverypoint&endpit>$recoverypoint" -sort id:desc -limit 1 if (!($imagecheck)) { Get-AGMErrorMessage -messagetoprint "Failed to find an image for appid $appid with a recovery point suitable for required ENDPit $recoverypoint " return } } # learn about the image if supplied a name if ( ($imagename) -and (!($imageid)) ) { $imagecheck = Get-AGMImage -filtervalue backupname=$imagename if (!($imagecheck)) { Get-AGMErrorMessage -messagetoprint "Failed to find $imagename using: Get-AGMImage -filtervalue backupname=$imagename" return } else { $imagegrab = Get-AGMImage -id $imagecheck.id $imageid = $imagegrab.id $consistencydate = $imagegrab.consistencydate $endpit = $imagegrab.endpit $appname = $imagegrab.appname $appid = $imagegrab.application.id $restorableobjects = $imagegrab.restorableobjects $mountapplianceid = $imagegrab.cluster.clusterid } } # learn about the image if supplied an ID if ( ($imageid) -and (!($imagename)) ) { $imagegrab = Get-AGMImage -filtervalue id=$imageid if (!($imagegrab)) { Get-AGMErrorMessage -messagetoprint "Failed to find Image ID $imageid using: Get-AGMImage -filtervalue id=$imageid" return } else { $consistencydate = $imagegrab.consistencydate $endpit = $imagegrab.endpit $appname = $imagegrab.appname $appid = $imagegrab.application.id $restorableobjects = $imagegrab.restorableobjects $mountapplianceid = $imagegrab.cluster.clusterid } } # if the user gave us nothing to start work, then enter guided mode if (( (!($appname)) -and (!($imagename)) -and (!($appid)) ) -or ($guided)) { $guided = $true # first we need to work out which appliance we are mounting from $appliancegrab = Get-AGMAppliance | select-object name,clusterid | sort-object name if ($appliancegrab.count -eq 0) { Get-AGMErrorMessage -messagetoprint "Failed to find any appliances to list." return } if ($appliancegrab.name.count -eq 1) { $mountapplianceid = $appliancegrab.clusterid $mountappliancename = $appliancegrab.name } else { Clear-Host write-host "Appliance selection menu - which Appliance will run this mount" 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)] $mountappliancename = $appliancegrab.name[($appselection - 1)] } write-host "" write-host "Running guided mode" write-host "" write-host "Select application status for Db2Instance apps" Write-host "" Write-Host "1`: Managed local apps (default)" Write-Host "2`: Unmanaged or imported apps" Write-Host "3`: Imported/mirrored apps (from other Appliances). If you cannot see imported apps, you may need to first run: Import-AGMLibOnVault" Write-Host "" [int]$userselectionapps = Read-Host "Please select from this list (1-3)" if ($userselectionapps -eq "" -or $userselectionapps -eq 1) { $applist = Get-AGMApplication -filtervalue "managed=true&apptype=DB2Instance&sourcecluster=$mountapplianceid" | sort-object appname } if ($userselectionapps -eq 2) { $applist = Get-AGMApplication -filtervalue "managed=false&apptype=DB2Instance&sourcecluster=$mountapplianceid" | sort-object appname } if ($userselectionapps -eq 3) { $applist = Get-AGMApplication -filtervalue "apptype=DB2Instance&sourcecluster!$mountapplianceid&clusterid=$mountapplianceid" | sort-object appname } if ($applist.count -eq 0) { if ($userselectionapps -eq "" -or $userselectionapps -eq 1) { Get-AGMErrorMessage -messagetoprint "There are no managed Db2Instance apps to list" } if ($userselectionapps -eq 2) { Get-AGMErrorMessage -messagetoprint "There are no unmanaged Db2Instance apps to list" } if ($userselectionapps -eq 3) { Get-AGMErrorMessage -messagetoprint "There are no imported Db2Instance apps to list. You may need to run Import-AGMLibOnVault first" } return } $i = 1 foreach ($app in $applist) { $applistname = $app.appname $appliance = $app.cluster.name Write-Host -Object "$i`: $applistname ($appliance)" $i++ } While ($true) { Write-host "" $listmax = $applist.appname.count [int]$appselection = Read-Host "Please select an Application (1-$listmax)" if ($appselection -lt 1 -or $appselection -gt $listmax) { Write-Host -Object "Invalid selection. Please enter a number in range [1-$($listmax)]" } else { break } } if ($applist.appname.count -eq 1) { $appname = $applist.appname $appid = $applist.id } else { $appname = $applist.appname[($appselection - 1)] $appid = $applist.id[($appselection - 1)] } } if ( ($targethostname) -and (!($targethostid)) ) { $hostcheck = Get-AGMHost -filtervalue hostname=$targethostname if ($hostcheck.id.count -ne 1) { Get-AGMErrorMessage -messagetoprint "Failed to resolve $targethostname to a single host ID. Use Get-AGMLibHostID and try again specifying -targethostid" return } else { $hostgrab = Get-AGMHost -id $hostcheck.id $targethostid = $hostgrab.id $vmtype = $hostgrab.vmtype $transport = $hostgrab.transport $diskpref = $hostgrab.diskpref $vcenterid = $hostgrab.vcenterhost.id #if the VM doesn't have a transport, then the vCenter must have one if ( ($vmtype -eq "vmware") -and (!($transport)) ) { $vcgrab = Get-AGMHost -filtervalue id=$vcenterid $transport = $vcgrab.transport } } } if ( ($targethostid) -and (!($targethostname)) ) { $hostgrab = Get-AGMHost -filtervalue id=$targethostid if (!($hostgrab)) { Get-AGMErrorMessage -messagetoprint "Failed to resolve $targethostid to a single host ID. Use Get-AGMLibHostID and try again specifying -targethostid" return } $targethostid = $targethostid $targethostname=$hostgrab.hostname $vmtype = $hostgrab.vmtype $transport = $hostgrab.transport $diskpref = $hostgrab.diskpref $vcenterid = $hostgrab.vcenterhost.id if ( ($vmtype -eq "vmware") -and (!($transport)) ) { $vcgrab = Get-AGMHost -filtervalue id=$vcenterid $transport = $vcgrab.transport } } # this if for guided menu if ($guided) { if (!($label)) { Clear-Host [string]$label = Read-host "Label" } if (!($imagename)) { $imagelist1 = Get-AGMImage -filtervalue "appid=$appid&jobclass=snapshot&jobclass=StreamSnap&jobclass=OnVault&targetuds=$mountapplianceid" | select-object -Property backupname,consistencydate,endpit,id,jobclass,cluster | Sort-Object consistencydate,jobclass if ($imagelist1.id.count -eq 0) { Get-AGMErrorMessage -messagetoprint "Failed to fetch any Images for appid $appid" return } $imagelist = $imagelist1 | Sort-Object consistencydate if ($imagelist1.id.count -eq 1) { $imagegrab = Get-AGMImage -id $($imagelist).id $imagename = $imagegrab.backupname $consistencydate = $imagegrab.consistencydate $endpit = $imagegrab.endpit $appname = $imagegrab.appname $appid = $imagegrab.application.id $restorableobjects = $imagegrab.restorableobjects | where-object {$_.systemdb -eq $false} $jobclass = $imagegrab.jobclass $mountapplianceid = $imagegrab.cluster.clusterid $mountappliancename = $imagegrab.cluster.name write-host "Found one $jobclass image $imagename, consistency date $consistencydate on $mountappliancename" } else { Clear-Host Write-Host "Image list. Choose the best jobclass and consistency date on the best appliance" write-host "" $i = 1 foreach ($image in $imagelist) { $image | Add-Member -NotePropertyName select -NotePropertyValue $i $image | Add-Member -NotePropertyName appliancename -NotePropertyValue $image.cluster.name $i++ } #print the list $imagelist | select-object select,consistencydate,jobclass,appliancename,backupname,id | Format-table * # ask the user to choose While ($true) { Write-host "" $listmax = $imagelist.Length [int]$imageselection = Read-Host "Please select an image (1-$listmax)" if ($imageselection -lt 1 -or $imageselection -gt $imagelist.Length) { Write-Host -Object "Invalid selection. Please enter a number in range [1-$($imagelist.Length)]" } else { break } } $imageid = $imagelist[($imageselection - 1)].id $imagegrab = Get-AGMImage -id $imageid $imagename = $imagegrab.backupname $consistencydate = $imagegrab.consistencydate $endpit = $imagegrab.endpit $appname = $imagegrab.appname $appid = $imagegrab.application.id $restorableobjects = $imagegrab.restorableobjects | where-object {$_.systemdb -eq $false} $mountapplianceid = $imagegrab.cluster.clusterid $mountappliancename = $imagegrab.cluster.name } } # now we check the log date if ($endpit) { write-host "" $recoverypoint = Read-Host "Roll forward time (hitting enter means no roll-forward)`: $consistencydate to $endpit" if ($recoverypoint) { if ([datetime]$recoverypoint -lt $consistencydate) { Get-AGMErrorMessage -messagetoprint "Specified recovery point $recoverypoint is earlier than image consistency date $consistencydate. Specify an earlier image." return } elseif ([datetime]$recoverypoint -gt $endpit) { Get-AGMErrorMessage -messagetoprint "Specified recovery point $recoverypoint is later than available logs that go to $endpit" return } } else { $recoverypoint = $consistencydate } } if ( (!($targethostname)) -and (!($targethostid))) { $hostgrab = Get-AGMHost -filtervalue "ostype_special=LINUX&sourcecluster=$mountapplianceid" | sort-object name if ($hostgrab -eq "" ) { Get-AGMErrorMessage -messagetoprint "Cannot find any Linux hosts" return } Clear-Host Write-Host "Target host selection menu" $i = 1 $printarray = @() foreach ($listedhost in $hostgrab) { $printarray += [pscustomobject]@{ id = $i hostname = $listedhost.name hostid = $listedhost.id vmtype = $listedhost.vmtype } $i++ } #print the list $printarray | Format-table write-host "" While ($true) { $listmax = $hostgrab.name.count [int]$hostselection = Read-Host "Please select a host (1-$listmax)" if ($hostselection -lt 1 -or $hostselection -gt $listmax) { Write-Host -Object "Invalid selection. Please enter a number in range [1-$($listmax)]" } else { break } } if ($hostgrab.name.count -eq 1) { $targethostname = $hostgrab.name $targethostid = $hostgrab.id } else { $targethostname = $hostgrab.name[($hostselection - 1)] $targethostid = $hostgrab.id[($hostselection - 1)] } $hostgrab = Get-AGMHost -id $targethostid $targethostid = $hostgrab.id $vmtype = $hostgrab.vmtype $transport = $hostgrab.transport $diskpref = $hostgrab.diskpref $vcenterid = $hostgrab.vcenterhost.id #if the VM doesn't have a transport, then the vCenter must have one if ( ($vmtype -eq "vmware") -and (!($transport)) ) { $vcgrab = Get-AGMHost -filtervalue id=$vcenterid $transport = $vcgrab.transport } } # reprotection Clear-Host Write-Host "Reprotection" Write-Host "1`: Don't manage new application (default)" Write-Host "2`: Manage new application" Write-Host "" [int]$userselection = Read-Host "Please select from this list (1-2)" if ($userselection -eq "") { $userselection = 1 } if ($userselection -eq 2) { # slt selection Clear-Host Write-Host "SLT list" $objectgrab = Get-AGMSLT | sort-object name $i = 1 foreach ($object in $objectgrab) { Write-Host -Object "$i`: $($object.name) ($($object.id))" $i++ } While ($true) { Write-host "" $listmax = $objectgrab.Length [int]$objectselection = Read-Host "Please select from this list (1-$listmax)" if ($objectselection -lt 1 -or $objectselection -gt $listmax) { Write-Host -Object "Invalid selection. Please enter a number in range [1-$listmax]" } else { break } } $sltid = $objectgrab[($objectselection - 1)].id #slp selection Clear-Host Write-Host "SLP list" $objectgrab = Get-AGMSLP -filtervalue clusterid=$mountapplianceid | sort-object name $i = 1 foreach ($object in $objectgrab) { Write-Host -Object "$i`: $($object.name) ($($object.id))" $i++ } While ($true) { Write-host "" $listmax = $objectgrab.Length [int]$objectselection = Read-Host "Please select from this list (1-$listmax)" if ($objectselection -lt 1 -or $objectselection -gt $listmax) { Write-Host -Object "Invalid selection. Please enter a number in range [1-$listmax]" } else { break } } $slpid = $objectgrab[($objectselection - 1)].id } # now we look for restoreable objects if (!($restorableobjects)) { Write-Host -Object "The image did not have any restoreable objects" return } write-host "" foreach ($db in $restorableobjects.name) { $mountedname = [string]$mountedname = Read-Host "Target name for $db (press enter to skip)" if ($mountedname) { if ($dbnamelist) { $dbnamelist = $dbnamelist + ";$db,$mountedname" } else { $dbnamelist = "$db,$mountedname" } } } # if the dbnamelist has only one DB in it, we need to get a DB name, otherwise we need to enter CG processing. write-host "" if ($dbnamelist.Split(";").count -gt 1) { # consistency group is mandatory Clear-Host While ($true) { $consistencygroupname = Read-Host "Name of Consistency Group" if ($consistencygroupname -eq "") { Write-Host -Object "The CG Name cannot be blank" } else { break } } } write-host "" While ($true) { $targetinstance = read-host "Db2 Target Instance name" if ($targetinstance -eq "") { Write-Host -Object "The Db2 Target Instance name cannot be blank" } else { break } } $targetnodenumber = read-host "Db2 Target node Number (hit enter for default of 0)" #take over in-use port Write-host "" Write-Host "Overwrite existing database" Write-Host "1`: No (default)" Write-Host "2`: Only if stale" Write-Host "3`: Yes" Write-Host "" $overwritedatabase = "no" [int]$userselection = Read-Host "Please select from this list (1-3)" if ($userselection -eq 2) { $overwritedatabase = "stale" } if ($userselection -eq 3) { $overwritedatabase = "yes" } # if this is a VMTarget if ($vmtype -eq "vmware") { if (($diskpref -eq "BLOCK") -and ($transport -ne "GUESTVMISCSI")) { Clear-Host Write-Host "Mount mode" if ($transport -eq "NFS") { $defaultmode = 3 Write-Host "1`: vrdm" Write-Host "2`: prdm" Write-Host "3`: nfs(default)" } else { $defaultmode = 1 Write-Host "1`: vrdm(default)" Write-Host "2`: prdm" Write-Host "3`: nfs" } Write-Host "" [int]$userselection = Read-Host "Please select from this list (1-3)" if ($userselection -eq "") { $userselection = $defaultmode } if ($userselection -eq 1) { $mountmode = "vrdm" } if ($userselection -eq 2) { $mountmode = "prdm" } if ($userselection -eq 3) { $mountmode = "nfs" } # map to all ESX host Clear-Host Write-Host "Map to all ESX Hosts" Write-Host "1`: Do not map to all ESX Hosts(default)" Write-Host "2`: Map to all ESX Hosts" Write-Host "" [int]$userselection = Read-Host "Please select from this list (1-2)" if ($userselection -eq "") { $userselection = 1 } if ($userselection -eq 1) { $mapdiskstoallesxhosts = "false" } if ($userselection -eq 2) { $mapdiskstoallesxhosts = "true" } } } #volume info section $logicalnamelist = $restorableobjects.volumeinfo | select-object logicalname,capacity,uniqueid | sort-object logicalname | Get-Unique -asstring Clear-Host if ($logicalnamelist.count -eq 1) { Write-Host "This image has only one drive. You can change mount point used or allow the Connector to determine this" Write-Host "" $mountpointperimage = "" $mountpointperimage = Read-Host "Mount Location (optional)" } if ($logicalnamelist.count -gt 1) { Write-Host "This image has more than one drive. You can enter a Mount Location, or press enter to set mount points per drive. " Write-Host "" $mountpointperimage = "" $mountpointperimage = Read-Host "Mount Location (optional)" if ($mountpointperimage -eq "") { Clear-Host $mountpointspervol = "" $mountpointspervol1 = "" Write-Host "Set mount Locations per drive, or press enter to allow the Connector to determine this." foreach ($logicalname in $logicalnamelist) { $capacity = [math]::Round($logicalname.capacity / 1073741824,1) $diskname = $logicalname.logicalname $uniqueid = $logicalname.uniqueid $mountpointgrab = "" [string]$mountpointgrab = Read-Host "$diskname $capacity GiB" if ($mountpointgrab -ne "") { $mountpointspervol1 = $mountpointspervol1 + "," + "$uniqueid" + "=" + "$mountpointgrab" } if ($mountpointspervol1 -ne "") { $mountpointspervol = $mountpointspervol1.substring(1) } } } } # we are done Clear-Host Write-Host "Guided selection is complete. The values entered would result in the following command:" Write-Host "" Write-Host -nonewline "New-AGMLibDb2Mount -appid $appid -mountapplianceid $mountapplianceid -imagename $imagename -targethostid $targethostid -dbnamelist `"$dbnamelist`" -targetinstance `"$targetinstance`" -overwritedatabase `"$overwritedatabase`"" if ($targetnodenumber) { Write-Host -nonewline " -targetnodenumber `"$targetnodenumber`"" } if ($label) { Write-Host -nonewline " -label `"$label`"" } if ($consistencygroupname) { Write-Host -nonewline " -consistencygroupname `"$consistencygroupname`"" } if ($recoverypoint) { Write-Host -nonewline " -recoverypoint `"$recoverypoint`"" } if ($mountmode) { Write-Host -nonewline " -mountmode $mountmode -mapdiskstoallesxhosts $mapdiskstoallesxhosts" } if ($mountpointperimage) { Write-Host -nonewline " -mountpointperimage `"$mountpointperimage`"" } if ($mountpointspervol) { Write-Host -nonewline " -mountpointspervol `"$mountpointspervol`"" } if ($sltid) { Write-Host -nonewline " -sltid $sltid -slpid $slpid" } if ($dbuser) {Write-Host -nonewline " -dbuser `"$dbuser`""} if ($base64password) {Write-Host -nonewline " -base64password `"$base64password`""} Write-Host "" Write-Host "1`: Run the command now (default)" Write-Host "2`: Show the JSON used to run this command, but don't run it" Write-Host "3`: Exit without running the command" $userchoice = Read-Host "Please select from this list (1-3)" if ($userchoice -eq 2) { $jsonprint = "yes" } if ($userchoice -eq 3) { return } } if ($targethostid -eq "") { Get-AGMErrorMessage -messagetoprint "Cannot proceed without a targethostid or targethostname" return } if (($appid) -and ($mountapplianceid) -and (!($imageid))) { # if we are not running guided mode but we have an appid without imageid, then lets get the latest image on the mountappliance ID $imagegrab = Get-AGMImage -filtervalue "appid=$appid&targetuds=$mountapplianceid&jobclass=snapshot&jobclass=StreamSnap&jobclass=OnVault" -sort "consistencydate:desc,jobclasscode:asc" -limit 1 if ($imagegrab.count -eq 1) { $imageid = $imagegrab.id $imagename = $imagegrab.backupname $consistencydate = $imagegrab.consistencydate $endpit = $imagegrab.endpit } else { Get-AGMErrorMessage -messagetoprint "Failed to fetch a snapshot, StreamSnap or OnVault Image for appid $appid on appliance with clusterID $mountapplianceid" return } } if ( ($sltid) -and (!($slpid)) ) { Get-AGMErrorMessage -messagetoprint "An sltid $sltid was specified without an slpid with -slpid yyyy. Please specify both" return } if ( (!($sltid)) -and ($slpid) ) { Get-AGMErrorMessage -messagetoprint "An slpid $slpid was specified without an sltid using -sltid xxxx. Please specify both" return } # learn about the image if (!($imagename)) { Get-AGMErrorMessage -messagetoprint "No image was found to mount" return } if (($endpit) -and ($consistencydate) -and (!($recoverypoint))) { $recoverypoint = $consistencydate } # recovery point handling if ($recoverypoint) { $recoverytime = Convert-ToUnixDate $recoverypoint } if (!($label)) { $label = "" } if (!($dbnamelist)) { Get-AGMErrorMessage -messagetoprint "No dbnamelist was specified" return } if ($mountmode -eq "vrdm") { $physicalrdm = "0" $rdmmode = "independentvirtual" } if ($mountmode -eq "prdm") { $physicalrdm = "1" $rdmmode = "physical" } if ($mountmode -eq "nfs") { $physicalrdm = "2" $rdmmode = "nfs" } if ($mapdiskstoallesxhosts) { if (($mapdiskstoallesxhosts -ne "true") -and ($mapdiskstoallesxhosts -ne "false")) { Get-AGMErrorMessage -messagetoprint "The value of Map to all ESX hosts of $mapdiskstoallesxhosts is not valid. Must be true or false" return } $restoreoptions = @( @{ name = 'mapdiskstoallesxhosts' value = "$mapdiskstoallesxhosts" } ) } if ($mountpointperimage) { if ($restoreoptions) { $imagemountpoint = [ordered]@{ name = 'mountpointperimage' value = "$mountpointperimage" } $restoreoptions = $restoreoptions + $imagemountpoint } else { $restoreoptions = @( [ordered]@{ name = 'mountpointperimage' value = "$mountpointperimage" } ) } } if ($mountpointspervol) { $restoreobjectmappings = @( foreach ($mapping in $mountpointspervol.Split(",")) { $firstword = $mapping.Split("=") | Select-object -First 1 $secondword = $mapping.Split("=") | Select-object -skip 1 [pscustomobject]@{ restoreobject = $firstword mountpoint = $secondword} } ) } $provisioningoptions = @() if ($consistencygroupname) { $provisioningoptions = $provisioningoptions + [ordered]@{ name = 'ConsistencyGroupName' value = $consistencygroupname } } $provisioningoptions = $provisioningoptions +[ordered]@{ name = 'TARGET_INSTANCE' value = $targetinstance } if ($targetnodenumber) { $provisioningoptions = $provisioningoptions +[ordered]@{ name = 'TARGET_NODE_NUM' value = $targetnodenumber } } if ($overwritedatabase) { $provisioningoptions = $provisioningoptions +[ordered]@{ name = 'overwritedatabase' value = $overwritedatabase } } else { $provisioningoptions= $provisioningoptions +[ordered]@{ name = 'overwritedatabase' value = 'no' } } # {"name":"restorableobject","value":"testdb1","values":[{"name":"TARGET_DATABASE_NAME","value":"teddy"}]}, foreach ($dbsplit in $dbnamelist.Split(";")) { $sourcedb = $dbsplit.Split(",") | Select-object -First 1 $targetdb = $dbsplit.Split(",") | Select-object -skip 1 $targetvalue = [ordered]@{ name = 'TARGET_DATABASE_NAME' value = $targetdb.ToLower() } $provisioningoptions = $provisioningoptions + [ordered]@{ name = 'restorableobject' value = $sourcedb values = @( $targetvalue ) } } if ($sltid) { $provisioningoptions= $provisioningoptions +[ordered]@{ name = 'reprotect' value = "true" } $provisioningoptions= $provisioningoptions +[ordered]@{ name = 'slt' value = $sltid } $provisioningoptions= $provisioningoptions +[ordered]@{ name = 'slp' value = $slpid } } $selectedobjects = @() foreach ($dbsplit in $dbnamelist.Split(";")) { $sourcedb = $dbsplit.Split(",") | Select-object -First 1 $selectedobjects = $selectedobjects + [ordered]@{ restorableobject = $sourcedb } } $body = [ordered]@{} if ($rdmmode) { $body = $body + [ordered]@{ rdmmode = $rdmmode; }} if ($physicalrdm) { $body = $body + [ordered]@{ physicalrdm = $physicalrdm; }} if ($label) { $body = $body + [ordered]@{ label = $label; }} if ($recoverytime) { $body = $body + [ordered]@{ recoverytime = [string]$recoverytime }} $body = $body + [ordered]@{ image = $imagename; host = @{id=$targethostid}; hostclusterid = $mountapplianceid; appaware = "true"; provisioningoptions = $provisioningoptions; restoreobjectmappings = $restoreobjectmappings; selectedobjects = $selectedobjects } if ($restoreoptions) { $body = $body + @{ restoreoptions = $restoreoptions } } $json = $body | ConvertTo-Json -depth 10 if ($monitor) { $wait = $true } if ($jsonprint -eq "yes") { $compressedjson = $body | ConvertTo-Json -compress -depth 10 Write-host "This is the final command:" Write-host "" Write-host "Post-AGMAPIData -endpoint /backup/$imageid/mount -body `'$compressedjson`'" return } Post-AGMAPIData -endpoint /backup/$imageid/mount -body $json if ($wait) { Start-Sleep -s 15 $i=1 while ($i -lt 9) { Clear-Host write-host "Checking for a running job for appid $appid against targethostname $targethostname" $jobgrab = Get-AGMJob -filtervalue "appid=$appid&jobclasscode=5&isscheduled=False&targethost=$targethostname" -sort queuedate:desc -limit 1 if (!($jobgrab.jobname)) { write-host "Job not running yet, will wait 15 seconds and check again. Check $i of 8" Start-Sleep -s 15 $jobgrab = Get-AGMJob -filtervalue "appid=$appid&jobclasscode=5&isscheduled=False&targethost=$targethostname" -sort queuedate:desc -limit 1 if (!($jobgrab.jobname)) { $i++ } } else { $i=9 $jobgrab| select-object jobname,status,progress,queuedate,startdate,targethost } } if (($jobgrab.jobname) -and ($monitor)) { Get-AGMLibFollowJobStatus $jobgrab.jobname } } } |