Functions/Get-RSCObject/Get-RSCObjectCompliance.ps1
|
################################################ # Creating the Get-RSCObjectCompliance function ################################################ Function Get-RSCObjectCompliance { <# .SYNOPSIS A Rubrik Security Cloud (RSC) Reporting Module Function for getting compliance of backups per object. .DESCRIPTION This function checks if the object has a backup within the days to report specified and returns an array with the result. .LINK GraphQL schema reference: https://rubrikinc.github.io/rubrik-api-documentation/schema/reference .PARAMETER ObjectID A valid ObjectID of the protected object within RSC. .PARAMETER DaysToReport Number of days to report back, it will take a default backup window of 10am to 10sm, unless you specify differently with the param below. .PARAMETER BackupWindowEndHour The end hour of your backup window for consideration of a succesful backup. I.E 11am = 11 .PARAMETER BackupWindowEndminutes The end minutes of your backup window for consideration of a succesful backup. I.E 11:30am = 30 + configuring the above. .OUTPUTS Returns an array of all the available information on the GraphQL endpoint in a uniform and usable format. .EXAMPLE Get-RSCObjectCompliance -ObjectID "dqwdqdoj-dqwdwd-wwwdwd-wdwd" -DaysToReport 5 This example checks if the object has a backup within the days to report specified. .NOTES Author: Joshua Stenhouse Date: 05/11/2023 #> ################################################ # Paramater Config ################################################ Param ([Parameter(Mandatory=$true)] [String]$ObjectID,$DaysToReport,$BackupWindowStartHour,$BackupWindowEndminutes) # Note: Backup window end hour & minutes controls when the compliance is calculated from. I.E 7 days back from 10am this morning to 10am yesterday. # This is because checking a backup on a daily basis doesn't work, you could have a backup at 7am on Friday. Does that mean you have a backup of Friday? # No, the only way to be sure you have a backup for Friday is to check if a backup exists between 10am Friday and 10am Saturday. # Example: $ObjectCompliance = Get-RSCObjectCompliance -ObjectID "$ObjectID" # Setting days to report to be 7 if null IF($DaysToReport -eq $null){$DaysToReport = 7} # Auto calculating $MaxSnapshots by maximum snapshots that would be allowed within window $MaxSnapshots = $DaysToReport * 24 # Setting backup window start hour to be 8pm if null IF($BackupWindowStartHour -eq $null){$BackupWindowStartHour = 20} # Setting backup window start minutes to b 0 if null IF($BackupWindowStartMinutes -eq $null){$BackupWindowStartMinutes = 0} ################################################ # Importing Module & Running Required Functions ################################################ # Importing the module is it needs other modules Import-Module RSCReporting # Checking connectivity, exiting function with error if not connected Test-RSCConnection ###################################################### # Creating Arrays & Getting Date ###################################################### # Array for storing & returning results $ObjectCompliance = [System.Collections.ArrayList]@() # Taking 1 day off as count starts at 0 $DaysToReportAdjusted = $DaysToReport - 1 # Creating range for days selected $Days = 0..$DaysToReportAdjusted # Creating array to store dates $DateRanges = @() # Getting date to determine compliance $Window = Get-Date -Hour $BackupWindowStartHour -Minute $BackupWindowStartMinutes -Second 00 # Adding lag days $Window = $Window.AddDays(-$DaysLag) # For each Day getting date range ForEach ($Day in $Days) { # Getting start date for range $StartDate = $Window.AddDays(-$Day) # Deciding if last day (used for SQL query) IF ($Day -eq $DaysToReport) { $IsLastDay = $TRUE } ELSE { $IsLastDay = $FALSE } # Getting end date for range $EndDate = $StartDate.AddDays(-1) # Creating string for HTML report $DateString = $StartDate.ToString("dd-MMM") # Getting day in short format $DateDay = $StartDate.ToString("ddd") # Getting long format $DateFullString = $StartDate.ToString("dd-MMM-yy") # Adding array $DateRange = New-Object PSObject $DateRange | Add-Member -MemberType NoteProperty -Name "Day" -Value $Day $DateRange | Add-Member -MemberType NoteProperty -Name "Date" -Value $DateFullString $DateRange | Add-Member -MemberType NoteProperty -Name "DateStart" -Value $StartDate $DateRange | Add-Member -MemberType NoteProperty -Name "DateEnd" -Value $EndDate $DateRange | Add-Member -MemberType NoteProperty -Name "DateHTML" -Value $DateString $DateRange | Add-Member -MemberType NoteProperty -Name "DayHTML" -Value $DateDay $DateRange | Add-Member -MemberType NoteProperty -Name "IsLastDay" -Value $IsLastDay $DateRanges += $DateRange } ################################################ # Running Main Function ################################################ # Getting MSSQL DBs $RSCMSSQLDBs = Get-RSCMSSQLDatabases $RSCMSSQLDBIDs = $RSCMSSQLDBs | Select-Object DBID # Checking if ID matches, if so, overriding IF($RSCMSSQLDBIDs -match $ObjectID) { # ObjectID is an mssql DB, need to use the DAG ID instead (stupid design decision by MSSQL team) $ObjectID = $RSCMSSQLDBs | Where-Object {$_.DBID -eq $ObjectID} | Select-Object -ExpandProperty DAGID } # Note: for "sortOrder" = use ASC for oldest snapshots first, DESC for newest snapshots first $RSCGraphQL = @{"operationName" = "SnapshotOfASnappableConnection"; "variables" = @{ "workloadId" = "$ObjectID" "sortOrder" = "DESC" "first" = $MaxSnapshots }; "query" = "query SnapshotOfASnappableConnection(`$workloadId: String!, `$first: Int, `$sortOrder: SortOrder) { snapshotOfASnappableConnection(workloadId: `$workloadId, first: `$first, sortOrder: `$sortOrder) { nodes { ... on CdmSnapshot { id date expirationDate __typename } ... on PolarisSnapshot { id date expirationDate __typename } } } }" } ################################################ # API Call To RSC GraphQL URI ################################################ # Querying API Try { $ObjectSnapshotsResponse = Invoke-RestMethod -Method POST -Uri $RSCGraphqlURL -Headers $RSCSessionHeader -Body $($RSCGraphQL | ConvertTo-JSON -Depth 10) $ObjectSnapshotsToProcess = $ObjectSnapshotsResponse.data.snapshotOfASnappableConnection.nodes } Catch { $ErrorMessage = $_.ErrorDetails; "ERROR: $ErrorMessage" } # Creating array $ObjectSnapshots = [System.Collections.ArrayList]@() # Processing snapshots ForEach ($ObjectSnapshot in $ObjectSnapshotsToProcess) { # Getting snapshot data $SnapshotDateUNIX = $ObjectSnapshot.date $SnapshotID = $ObjectSnapshot.id # Converting $SnapshotDate = Convert-RSCUNIXTime $SnapshotDateUNIX # Adding $Object = New-Object PSObject $Object | Add-Member -MemberType NoteProperty -Name "Date" -Value $SnapshotDate $Object | Add-Member -MemberType NoteProperty -Name "SnapshotID" -Value $SnapshotID $Object | Add-Member -MemberType NoteProperty -Name "ObjectID" -Value $ObjectID $Object | Add-Member -MemberType NoteProperty -Name "MaxSnapshots" -Value $MaxSnapshots $ObjectSnapshots.Add($Object) | Out-Null } ################################## # Calculating Backups For Each DateRange in DateRanges ################################## # Getting backup compliance for each day ForEach ($DateRange in $DateRanges) { # Setting variables $Day = $DateRange.Day $Date = $DateRange.Date $DayHTML = $DateRange.DayHTML $DateHTML = $DateRange.DateHTML $DateRangeStart = $DateRange.DateStart $DateRangeEnd = $DateRange.DateEnd # Selecting record $ObjectBackup = $ObjectSnapshots | Where-Object {(($_.Date -le $DateRangeStart) -and ($_.Date -ge $DateRangeEnd))} | Select-Object -First 1 $ObjectSnapshotID = $ObjectBackup.SnapshotID $ObjectSnapshotDate = $ObjectBackup.Date # Only calculating results if any backups exist, else setting to fails IF ($ObjectBackup -eq $null) { $ObjectBackupDay = $FALSE $ObjectBackupFoundDay = 0 $ObjectBackupNotFoundDay = 1 } ELSE { # Setting backup found $ObjectBackupFoundDay = 1 $ObjectBackupNotFoundDay = 0 $ObjectBackupDay = $TRUE # End of bypass for no backups exist } # End of bypass for no backups exist ################################## # Adding to ObjectComplianceDates array ################################## $Object = New-Object PSObject $Object | Add-Member -MemberType NoteProperty -Name "RSCInstance" -Value $RSCInstance $Object | Add-Member -MemberType NoteProperty -Name "ObjectID" -Value $ObjectID $Object | Add-Member -MemberType NoteProperty -Name "DayCounter" -Value $Day $Object | Add-Member -MemberType NoteProperty -Name "BackupDate" -Value $Date $Object | Add-Member -MemberType NoteProperty -Name "RangeStart" -Value $DateRangeStart $Object | Add-Member -MemberType NoteProperty -Name "Snapshot" -Value $ObjectSnapshotDate $Object | Add-Member -MemberType NoteProperty -Name "RangeEnd" -Value $DateRangeEnd $Object | Add-Member -MemberType NoteProperty -Name "BackupFound" -Value $ObjectBackupFoundDay $Object | Add-Member -MemberType NoteProperty -Name "BackupNotFound" -Value $ObjectBackupNotFoundDay $Object | Add-Member -MemberType NoteProperty -Name "DayLabel" -Value $DayHTML $Object | Add-Member -MemberType NoteProperty -Name "DateLabel" -Value $DateHTML $Object | Add-Member -MemberType NoteProperty -Name "SnapshotID" -Value $ObjectSnapshotID # Storing in array $ObjectCompliance.Add($Object) | Out-Null # End of for each date in dateranges below } # End of for each date in dateranges below # Returning Result Return $ObjectCompliance } |