Functions/Get-RSC/Get-RSCSLADomainsLogSettings.ps1
|
################################################ # Creating the Get-RSCSLADomainsLogSettings function ################################################ Function Get-RSCSLADomainsLogSettings { <# .SYNOPSIS A Rubrik Security Cloud (RSC) Reporting Module Function for obtaining database log backup settings of an SLA domain ID. .DESCRIPTION Makes the required GraphQL API calls to RSC via Invoke-RestMethod to get the data as described, then creates a usable array of the returned information, removing the need for the PowerShell user to understand GraphQL in order to interact with RSC. .LINK GraphQL schema reference: https://rubrikinc.github.io/rubrik-api-documentation/schema/reference .PARAMETER SLADomainID A valid SLADomainID for the SLADomain on which you want to get log settings. Use Get-RSCSLADomains to obtain. .OUTPUTS Returns an array of all the available information on the GraphQL endpoint in a uniform and usable format. .EXAMPLE Connect-RSCReporting -SLADomainID = "00000-000000-00000-000002" This example returns the database log config for the SLADomainID specified. .NOTES Author: Joshua Stenhouse Date: 05/11/2023 #> ################################################ # Paramater Config ################################################ Param ( [Parameter(Mandatory=$true)] [String]$SLADomainID ) ################################################ # 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 ################################################ # Running Main Function ################################################ $RSCGraphQL = @{"operationName" = "LogBackupPropertiesSlaQuery"; "variables" = @{ "id" = "$SLADomainID" }; "query" = "query LogBackupPropertiesSlaQuery(`$id: UUID!) { slaDomain(id: `$id) { id name objectSpecificConfigs { mssqlConfig { frequency { duration unit __typename } logRetention { duration duration unit __typename } __typename } oracleConfig { frequency { duration unit __typename } logRetention { duration duration unit __typename } __typename } __typename } __typename } }" } ################################################ # API Call To RSC GraphQL URI ################################################ # Querying API Try { $RSCResponse = Invoke-RestMethod -Method POST -Uri $RSCGraphqlURL -Headers $RSCSessionHeader -Body $($RSCGraphQL | ConvertTo-JSON -Depth 10) $RSCSLADomain = $RSCResponse.data.slaDomain } Catch { $ErrorMessage = $_.ErrorDetails; "ERROR: $ErrorMessage" } # Creating array $Array = [System.Collections.ArrayList]@() # Processing Response ForEach ($SLADomain in $RSCSLADomain) { # Setting variables $SLAObjectConfigs = $SLADomain.objectSpecificConfigs # MSSQL config $MSSQLConfig = $SLAObjectConfigs.mssqlConfig IF($MSSQLConfig -ne $null){$MSSQLConfigured = $TRUE}ELSE{$MSSQLConfigured = $FALSE} $MSSQLLogFrequency = $MSSQLConfig.frequency $MSSQLLogFrequencyDuration = $MSSQLLogFrequency.duration $MSSQLLogFrequencyUnit = $MSSQLLogFrequency.unit $MSSQLLogRetention = $MSSQLConfig.logRetention $MSSQLLogRetentionDuration = $MSSQLLogRetention.duration $MSSQLLogRetentionUnit = $MSSQLLogRetention.unit # Converting log retention to days if minutes equal or greater than 1 day IF(($MSSQLLogRetentionUnit -eq "MINUTES") -and ($MSSQLLogRetentionDuration -ge 1440)) { $MSSQLLogRetentionDuration = $MSSQLLogRetentionDuration / 1440; $MSSQLLogRetentionDuration = [Math]::Round($MSSQLLogRetentionDuration,0) $MSSQLLogRetentionUnit = "DAYS" } # Oracle config $OracleConfig = $SLAObjectConfigs.oracleConfig IF($OracleConfig -ne $null){$OracleConfigured = $TRUE}ELSE{$OracleConfigured = $FALSE} $OracleLogFrequency = $OracleConfig.frequency $OracleLogFrequencyDuration = $OracleLogFrequency.duration $OracleLogFrequencyUnit = $OracleLogFrequency.unit $OracleLogRetention = $OracleConfig.logRetention $OracleLogRetentionDuration = $OracleLogRetention.duration $OracleLogRetentionUnit = $OracleLogRetention.unit # Converting log retention to days if minutes equal or greater than 1 day IF(($OracleLogRetentionUnit -eq "MINUTES") -and ($OracleLogRetentionDuration -ge 1440)) { $OracleLogRetentionDuration = $OracleLogRetentionDuration / 1440; $OracleLogRetentionDuration = [Math]::Round($OracleLogRetentionDuration,0) $OracleLogRetentionUnit = "DAYS" } # Adding $Object = New-Object PSObject $Object | Add-Member -MemberType NoteProperty -Name "RSCInstance" -Value $RSCInstance $Object | Add-Member -MemberType NoteProperty -Name "SLADomainID" -Value $SLADomainID # MSSQL specific SLA configurations $Object | Add-Member -MemberType NoteProperty -Name "MSSQLConfigured" -Value $MSSQLConfigured $Object | Add-Member -MemberType NoteProperty -Name "MSSQLLogFrequency" -Value $MSSQLLogFrequencyDuration $Object | Add-Member -MemberType NoteProperty -Name "MSSQLLogFrequencyUnit" -Value $MSSQLLogFrequencyUnit $Object | Add-Member -MemberType NoteProperty -Name "MSSQLLogRetention" -Value $MSSQLLogRetentionDuration $Object | Add-Member -MemberType NoteProperty -Name "MSSQLLogRetentionUnit" -Value $MSSQLLogRetentionUnit # Oracle specific SLA configurations $Object | Add-Member -MemberType NoteProperty -Name "OracleConfigured" -Value $OracleConfigured $Object | Add-Member -MemberType NoteProperty -Name "OracleLogFrequency" -Value $OracleLogFrequencyDuration $Object | Add-Member -MemberType NoteProperty -Name "OracleLogFrequencyUnit" -Value $OracleLogFrequencyUnit $Object | Add-Member -MemberType NoteProperty -Name "OracleLogRetention" -Value $OracleLogRetentionDuration $Object | Add-Member -MemberType NoteProperty -Name "OracleLogRetentionUnit" -Value $OracleLogRetentionUnit $Array.Add($Object) | Out-Null } # Returning Result Return $Array } |