Functions/Write/Write-RSCEventsReplication.ps1
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################################################ # Function - Write-RSCEventsReplication - Inserting all RSC Replication events into SQL ################################################ Function Write-RSCEventsReplication { <# .SYNOPSIS Collects the event type specified and writes them to an existing MS SQL databse of your choosing, if not specified the default table name RSCEventsReplication will created (so you don't need to know the required structure). .DESCRIPTION Requires the Sqlserver PowerShell module to be installed, connects and writes RSC evevents into the MS SQL server and DB specified as the user running the script (ensure you have sufficient SQL permissions), creates the required table structure if required. Ensure the DB already exists but the table does not on first run (so it can create it). It uses permanent tables in tempdb for scale (as each Invoke-SQLCmd is a unique connection), this can be disabled with the DontUseTempDB switch. .LINK GraphQL schema reference: https://rubrikinc.github.io/rubrik-api-documentation/schema/reference .PARAMETER SQLInstance The SQL server and instance name (if required) to connect to your MS SQL server. Ensure the user running the script has permission to connect, recommended to check using MS SQL Mgmt Studio first. .PARAMETER SQLDB The SQL database in which to create the required table to write the events. This must already exist, it will not create the database for you. .PARAMETER SQLTable Not required, it will create a table called RSCEventsReplication for you, but you can customize the name (not the structure). Has to not already exist on 1st run unless you already used the correct structure. .PARAMETER DontUseTempDB Switch to disable use of TempDB for scale. Use if you don't have permission to create/drop tables in TempDB. Events are written straight into the table then duplicate EventIDs are removed. .PARAMETER DaysToCapture The number of days to get events from, overrides all others, recommended to not go back too far without also specifying filters on LastActivityType, LastActivityStatus etc due to number of events. .PARAMETER HoursToCapture The number of hours to get events from, use instead of days if you want to be more granular. .PARAMETER MinutesToCapture The number of minutes to get events from, use instead of hours if you want to be even more granular. .PARAMETER FromDate Alternative to Days/Hours/Minutes, specicy a from date in the format 08/14/2023 23:00:00 to only collect events from AFTER this date. .PARAMETER ToDate Alternative to Days/Hours/Minutes, specicy a To date in the format 08/14/2023 23:00:00 to only collect events from BEFORE this date. Will always be UTCNow if null. .PARAMETER LastActivityStatus Set the required status of events, has to be from the schema link, you can also try not specifying this, then use EventStatus on the array to get a valid list of LastActivityStatus. .PARAMETER ObjectType Set the required object type of the events, has to be be a valid object type from the schema link, you can also try not specifying this, then use ObjectType on the array to get a valid list of ObjectType. .PARAMETER ObjectName Set the required object name of the events, has to be be a valid object name, you can also try not specifying this, then use Object on the array to get a valid list of ObjectName. .OUTPUTS None, all the events are written into the MS SQL DB specified. .EXAMPLE Write-RSCEventsReplication -SQLInstance "localhost" -SQLDB "YourDBName" This example collects all events from the default last 24 hours and writes them into a table named RSCEventsReplication that it will create on first run with the required structure in the database RSCReprting. .EXAMPLE Write-RSCEventsReplication -SQLInstance "localhost" -SQLDB "YourDBName" -DaysToCapture 30 This example collects all events from the default last 30 days and writes them into a table named RSCEventsReplication that it will create on first run with the required structure in the database RSCReprting. .EXAMPLE Write-RSCEventsReplication -SQLInstance "localhost" -SQLDB "YourDBName" -DaysToCapture 30 -SQLTable "YourTableName" This example collects all events from the default last 30 days and writes them into a table named MyTableName that it will create on first run with the required structure in the database RSCReprting. .EXAMPLE Write-RSCEventsReplication -SQLInstance "localhost" -SQLDB "YourDBName" -DaysToCapture 30 -SQLTable "YourTableName" -DontUseTempDB As above, but doesn't use regular tables in TempDB if you don't have permission to create/drop tables in TempDB. Events are written straight into the table then duplicate EventIDs are removed. .EXAMPLE Write-RSCEventsReplication -SQLInstance "localhost" -SQLDB "YourDBName" -DaysToCapture 30 -SQLTable "YourTableName" -LastActivityStatus "FAILED" This example collects all failed events from the default last 30 days and writes them into a table named MyTableName that it will create on first run with the required structure in the database RSCReprting. .NOTES Author: Joshua Stenhouse Date: 05/11/2023 #> ################################################ # Paramater Config ################################################ [CmdletBinding()] Param ( [Parameter(Mandatory=$true)]$SQLInstance, [Parameter(Mandatory=$true)]$SQLDB, [Parameter(Mandatory=$false)]$SQLTable, [Parameter(Mandatory=$false)]$DaysToCapture, [Parameter(Mandatory=$false)]$HoursToCapture, [Parameter(Mandatory=$false)]$MinutesToCapture, [Parameter(Mandatory=$false)]$LastActivityStatus, [Parameter(Mandatory=$false)]$ObjectType, [Parameter(Mandatory=$false)]$ObjectName, [Parameter(Mandatory=$false)]$FromDate, [Parameter(Mandatory=$false)]$ToDate, [switch]$ExcludeRunningJobs, [switch]$DontUseTempDB, [switch]$LogProgress ) ################################################ # 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 # Checking SQL module Test-RSCSQLModule ################################################ # Importing SQL Server Module ################################################ # Getting the name of the SQL Server module to use (either SqlServer or SQLPS) $PSModules = Get-Module -ListAvailable | Select-Object -ExpandProperty Name $SQLModuleName = $PSModules | Where-Object {(($_ -eq "SQLPS") -or ($_ -eq "SqlServer"))} | Select-Object -Last 1 # Checking to see if SQL Server module is loaded $SQLModuleCheck = Get-Module $SQLModuleName # If SQL module not found in current session importing IF($SQLModuleCheck -eq $null){Import-Module $SQLModuleName -ErrorAction SilentlyContinue} ########################## # SQL - Checking Table Exists ########################## # Manually setting SQL table name if not specified IF($SQLTable -eq $null){$SQLTable = "RSCEventsReplication"} # Creating query $SQLTableListQuery = "USE $SQLDB; SELECT TABLE_NAME FROM INFORMATION_SCHEMA.TABLES;" # Run SQL query Try { $SQLTableList = Invoke-SQLCmd -Query $SQLTableListQuery -ServerInstance $SQLInstance -QueryTimeout 300 } Catch { $Error[0] | Format-List -Force } # Selecting $SQLTableList = $SQLTableList | Select-Object -ExpandProperty TABLE_NAME # Checking IF($SQLTableList -match $SQLTable){$SQLTableExists = $TRUE}ELSE{$SQLTableExists = $FALSE} ########################## # SQL - Creating table if doesn't exist ########################## IF($SQLTableExists -eq $FALSE) { # Logging Write-Host "---------------------------------- SQLTableNotFound CreatingSQLTable: $SQLTable" Start-Sleep 3 # SQL query $SQLCreateTable = "USE $SQLDB; CREATE TABLE [dbo].[$SQLTable]( [RowID] [int] IDENTITY(1,1) NOT NULL, [RSCInstance] [varchar](max) NULL, [EventID] [varchar](max) NULL, [RubrikCluster] [varchar](max) NULL, [RubrikClusterID] [varchar](max) NULL, [Object] [varchar](max) NULL, [ObjectID] [varchar](max) NULL, [ObjectCDMID] [varchar](max) NULL, [ObjectType] [varchar](max) NULL, [Snapshot] [varchar](50) NULL, [Target] [varchar](50) NULL, [DateUTC] [datetime] NULL, [Type] [varchar](max) NULL, [Status] [varchar](50) NULL, [Result] [varchar](max) NULL, [JobStartUTC] [datetime] NULL, [JobEndUTC] [datetime] NULL, [Duration] [varchar](50) NULL, [DurationSeconds] [varchar](50) NULL, [Exported] [varchar](50) NULL, CONSTRAINT [PK_$SQLTable] PRIMARY KEY CLUSTERED ( [RowID] ASC )WITH (PAD_INDEX = OFF, STATISTICS_NORECOMPUTE = OFF, IGNORE_DUP_KEY = OFF, ALLOW_ROW_LOCKS = ON) ON [PRIMARY] ) ON [PRIMARY] TEXTIMAGE_ON [PRIMARY];" # Run SQL query Try { Invoke-SQLCmd -Query $SQLCreateTable -ServerInstance $SQLInstance -QueryTimeout 300 | Out-Null } Catch { $Error[0] | Format-List -Force } # End of SQL table creation below } # End of SQL table creation above ########################## # SQL - Creating temp table ########################## IF($DontUseTempDB) { # Nothing to create, bypassing } ELSE { $RandomID = 0..10000 | Get-Random # Create temp table name $TempTableName = $SQLTable + [string]$RandomID # Create the table from an existing structure $SQLCreateTable = "USE tempdb; SELECT * INTO $TempTableName FROM $SQLDB.dbo.$SQLTable WHERE 1 > 2;" # Run SQL query Try { Invoke-SQLCmd -Query $SQLCreateTable -ServerInstance $SQLInstance -QueryTimeout 300 | Out-Null } Catch { $Error[0] | Format-List -Force } # Logging Write-Host "---------------------------------- CreatingTableInTempDB: $TempTableName" Start-Sleep 2 } ################################################ # Getting times required ################################################ $ScriptStart = Get-Date $MachineDateTime = Get-Date $UTCDateTime = [System.DateTime]::UtcNow # If null, setting to 24 hours IF(($MinutesToCapture -eq $null) -and ($HoursToCapture -eq $null)) { $HoursToCapture = 24 } # Calculating time range if hours specified IF($HoursToCapture -ne $null) { $TimeRangeFromUTC = $UTCDateTime.AddHours(-$HoursToCapture) $TimeRange = $MachineDateTime.AddHours(-$HoursToCapture) } # Calculating time range if minutes specified IF($MinutesToCapture -ne $null) { $TimeRangeFromUTC = $UTCDateTime.AddMinutes(-$MinutesToCapture) $TimeRange = $MachineDateTime.AddMinutes(-$MinutesToCapture) # Overring hours if minutes specified $HoursToCapture = 60 / $MinutesToCapture $HoursToCapture = [Math]::Round($HoursToCapture,2) } # Overriding both if days to capture specified IF($DaysToCapture -ne $null) { $TimeRangeFromUTC = $UTCDateTime.AddDays(-$DaysToCapture) $TimeRange = $MachineDateTime.AddDays(-$DaysToCapture) } ###################### # Overriding if FromDate Used ###################### IF($FromDate -ne $null) { # Checking valid date object $ParamType = $FromDate.GetType().Name # If not valid date time, trying to convert IF($ParamType -ne "DateTime"){$FromDate = [datetime]$FromDate;$ParamType = $FromDate.GetType().Name} # If still not a valid datetime object, breaking IF($ParamType -ne "DateTime") { Write-Error "ERROR: FromDate specified is not a valid DateTime object. Use this format instead: 08/14/2023 23:00:00" Start-Sleep 2 Break } # Setting TimeRangeUTC to be FromDate specified $TimeRangeFromUTC = $FromDate } ###################### # Overriding if ToDate Used, setting to UTCDateTime if null ###################### IF($ToDate -ne $null) { # Checking valid date object $ParamType = $ToDate.GetType().Name # If not valid date time, trying to convert IF($ParamType -ne "DateTime"){$ToDate = [datetime]$ToDate;$ParamType = $ToDate.GetType().Name} # If still not a valid datetime object, breaking IF($ParamType -ne "DateTime") { Write-Error "ERROR: ToDate specified is not a valid DateTime object. Use this format instead: 08/14/2023 23:00:00" Start-Sleep 2 Break } # Setting TimeRangeUTC to be ToDate specified $TimeRangeToUTC = $ToDate } ELSE { $TimeRangeToUTC = $UTCDateTime } ###################### # Converting DateTime to Required Formats & Logging ###################### # Converting to UNIX time format $TimeRangeFromUNIX = $TimeRangeFromUTC.ToString("yyyy-MM-ddTHH:mm:ss.000Z") $TimeRangeToUNIX = $TimeRangeToUTC.ToString("yyyy-MM-ddTHH:mm:ss.000Z") # Logging Write-Host "---------------------------------- HoursToCapture: $HoursToCapture CollectingEventsFrom(UTC): $TimeRangeFromUTC CollectingEventsTo(UTC): $TimeRangeToUTC SQLDB: $SQLDB SQLTable: $SQLTable ---------------------------------- Querying RSC API..." Start-Sleep 1 ################################################ # Getting RSC Events ################################################ # Hard coding event type $lastActivityType = "REPLICATION" # Creating array for events $RSCEventsList = @() # Building GraphQL query $RSCGraphQL = @{"operationName" = "EventSeriesListQuery"; "variables" = @{ "filters" = @{ "lastUpdatedTimeGt" = "$TimeRangeFromUNIX" "lastUpdatedTimeLt" = "$TimeRangeToUNIX" } "first" = 1000 "sortOrder" = "DESC" }; "query" = "query EventSeriesListQuery(`$after: String, `$filters: ActivitySeriesFilter, `$first: Int, `$sortOrder: SortOrder) { activitySeriesConnection(after: `$after, first: `$first, filters: `$filters, sortOrder: `$sortOrder) { edges { node { ...EventSeriesFragment cluster { id name version } activityConnection(first: 1) { nodes { id message __typename activityInfo } __typename } __typename } __typename } pageInfo { endCursor hasNextPage hasPreviousPage __typename } __typename } } fragment EventSeriesFragment on ActivitySeries { id fid activitySeriesId lastUpdated lastActivityType lastActivityStatus objectId objectName location objectType severity progress isCancelable isPolarisEventSeries startTime __typename }" } ################################################ # Adding Variables to GraphQL Query ################################################ # Converting to JSON $RSCEventsJSON = $RSCGraphQL | ConvertTo-Json -Depth 32 # Converting back to PS object for editing of variables $RSCEventsJSONObject = $RSCEventsJSON | ConvertFrom-Json # Adding variables specified IF($lastActivityType -ne $null){$RSCEventsJSONObject.variables.filters | Add-Member -MemberType NoteProperty "lastActivityType" -Value $lastActivityType} IF($lastActivityStatus -ne $null){$RSCEventsJSONObject.variables.filters | Add-Member -MemberType NoteProperty "lastActivityStatus" -Value $lastActivityStatus} IF($objectType -ne $null){$RSCEventsJSONObject.variables.filters | Add-Member -MemberType NoteProperty "objectType" -Value $objectType} IF($objectName -ne $null){$RSCEventsJSONObject.variables.filters | Add-Member -MemberType NoteProperty "objectName" -Value $objectName} ################################################ # API Call To RSC GraphQL URI ################################################ # Querying API $RSCEventsResponse = Invoke-RestMethod -Method POST -Uri $RSCGraphqlURL -Body $($RSCEventsJSONObject | ConvertTo-JSON -Depth 32) -Headers $RSCSessionHeader $RSCEventsList += $RSCEventsResponse.data.activitySeriesConnection.edges.node # Getting all results from paginations While($RSCEventsResponse.data.activitySeriesConnection.pageInfo.hasNextPage) { # Setting after variable, querying API again, adding to array $RSCEventsJSONObject.variables | Add-Member -MemberType NoteProperty "after" -Value $RSCEventsResponse.data.activitySeriesConnection.pageInfo.endCursor -Force $RSCEventsResponse = Invoke-RestMethod -Method POST -Uri $RSCGraphqlURL -Body $($RSCEventsJSONObject | ConvertTo-JSON -Depth 20) -Headers $RSCSessionHeader $RSCEventsList += $RSCEventsResponse.data.activitySeriesConnection.edges.node } # Removing queued events $RSCEventsList = $RSCEventsList | Where-Object {$_.lastActivityStatus -ne "Queued"} # Removing running jobs if switch used IF($ExcludeRunningJobs) { $RSCEventsList = $RSCEventsList | Where-Object {$_.lastActivityStatus -ne "Running"} } # Counting $RSCEventsCount = $RSCEventsList | Measure-Object | Select-Object -ExpandProperty Count $RSCObjectsList = $RSCEventsList | Select-Object ObjectId -Unique # Logging Write-Host "---------------------------------- EventsReturnedByAPI: $RSCEventsCount ---------------------------------- Processing events..." ################################################ # Processing Events ################################################ $RSCEvents = [System.Collections.ArrayList]@() # For Each Getting info ForEach ($Event in $RSCEventsList) { # Setting variables $EventID = $Event.activitySeriesId $EventObjectID = $Event.fid $EventObjectCDMID = $Event.objectId $EventObject = $Event.objectName $EventObjectType = $Event.objectType $EventType = $Event.lastActivityType $EventLocation = $Event.location $EventSeverity = $Event.severity $EventStatus = $Event.lastActivityStatus $EventDateUNIX = $Event.lastUpdated $EventStartUNIX = $Event.startTime $EventEndUNIX = $EventDateUNIX # Getting cluster info $EventCluster = $Event.cluster # Only processing if not null, could be cloud native IF ($EventCluster -ne $null) { # Setting variables $EventClusterID = $EventCluster.id $EventClusterVersion = $EventCluster.version $EventClusterName = $EventCluster.name } # Overriding Polaris in cluster name IF($EventClusterName -eq "Polaris"){$EventClusterName = "RSC-Native"} # Getting message $EventInfo = $Event | Select-Object -ExpandProperty activityConnection -First 1 | Select-Object -ExpandProperty nodes $EventMessage = $EventInfo.message # Getting detail $EventDetail = $Event | Select-Object -ExpandProperty activityConnection -First 1 | Select-Object -ExpandProperty nodes | Select-Object -ExpandProperty activityInfo | ConvertFrom-JSON $EventCDMInfo = $EventDetail.CdmInfo IF ($EventCDMInfo -ne $null){$EventCDMInfo = $EventCDMInfo | ConvertFrom-JSON} # Getting params $EventParams = $EventCDMInfo.params $EventSnapshot = $EventParams.'${timestamp}' $EventTarget = $EventParams.'${locationName}' # Converting event times $EventDateUTC = Convert-RSCUNIXTime $EventDateUNIX IF($EventStartUNIX -ne $null){$EventStartUTC = Convert-RSCUNIXTime $EventStartUNIX}ELSE{$EventStartUTC = $null} IF($EventEndUNIX -ne $null){$EventEndUTC = Convert-RSCUNIXTime $EventEndUNIX}ELSE{$EventEndUTC = $null} # Calculating timespan if not null IF (($EventStartUTC -ne $null) -and ($EventEndUTC -ne $null)) { $EventRuntime = New-TimeSpan -Start $EventStartUTC -End $EventEndUTC $EventMinutes = $EventRuntime | Select-Object -ExpandProperty TotalMinutes $EventSeconds = $EventRuntime | Select-Object -ExpandProperty TotalSeconds $EventDuration = "{0:g}" -f $EventRuntime IF ($EventDuration -match "."){$EventDuration = $EventDuration.split('.')[0]} } ELSE { $EventMinutes = $null $EventSeconds = $null $EventDuration = $null } # Removing illegal SQL characters from object or message IF($EventSnapshot -ne $null){$EventSnapshot = $EventSnapshot.Replace("'","")} IF($EventObject -ne $null){$EventObject = $EventObject.Replace("'","")} IF($EventLocation -ne $null){$EventLocation = $EventLocation.Replace("'","")} IF($EventMessage -ne $null){$EventMessage = $EventMessage.Replace("'","")} IF($EventErrorMessage -ne $null){$EventErrorMessage = $EventErrorMessage.Replace("'","")} IF($EventErrorReason -ne $null){$EventErrorReason = $EventErrorReason.Replace("'","")} # Deciding if on-demand or not IF($EventMessage -match "on demand"){$IsOnDemand = $TRUE}ELSE{$IsOnDemand = $FALSE} # Resetting to default not, only changing to yes if term matches the 2 variations $IsLogBackup = $FALSE # Deciding if log backup or not IF($EventMessage -match "transaction log"){$IsLogBackup = $TRUE} # Deciding if log backup or not IF($EventMessage -match "log backup"){$IsLogBackup = $TRUE} ############################ # Adding To Array ############################ $Object = New-Object PSObject $Object | Add-Member -MemberType NoteProperty -Name "RSCInstance" -Value $RSCURL $Object | Add-Member -MemberType NoteProperty -Name "EventID" -Value $EventID $Object | Add-Member -MemberType NoteProperty -Name "RubrikCluster" -Value $EventClusterName $Object | Add-Member -MemberType NoteProperty -Name "RubrikClusterID" -Value $EventClusterID $Object | Add-Member -MemberType NoteProperty -Name "Version" -Value $EventClusterVersion # Object info $Object | Add-Member -MemberType NoteProperty -Name "Object" -Value $EventObject $Object | Add-Member -MemberType NoteProperty -Name "ObjectID" -Value $EventObjectID $Object | Add-Member -MemberType NoteProperty -Name "ObjectCDMID" -Value $EventObjectCDMID $Object | Add-Member -MemberType NoteProperty -Name "ObjectType" -Value $EventObjectType # Archive detail $Object | Add-Member -MemberType NoteProperty -Name "Snapshot" -Value $EventSnapshot $Object | Add-Member -MemberType NoteProperty -Name "Target" -Value $EventTarget # Summary of event $Object | Add-Member -MemberType NoteProperty -Name "DateUTC" -Value $EventDateUTC $Object | Add-Member -MemberType NoteProperty -Name "Type" -Value $EventType $Object | Add-Member -MemberType NoteProperty -Name "Status" -Value $EventStatus $Object | Add-Member -MemberType NoteProperty -Name "Result" -Value $EventMessage # Timing $Object | Add-Member -MemberType NoteProperty -Name "StarUTC" -Value $EventStartUTC $Object | Add-Member -MemberType NoteProperty -Name "EndUTC" -Value $EventEndUTC $Object | Add-Member -MemberType NoteProperty -Name "Duration" -Value $EventDuration $Object | Add-Member -MemberType NoteProperty -Name "DurationSeconds" -Value $EventSeconds # Adding to array (optional, not needed) $RSCEvents.Add($Object) | Out-Null ############################ # Adding To SQL Table directly if no tempDB ############################ IF($DontUseTempDB) { $SQLInsert = "USE $SQLDB INSERT INTO $SQLTable ( -- Event & cluster IDs RSCInstance, EventID, RubrikCluster, RubrikClusterID, -- Object IDs & type Object, ObjectID, ObjectCDMID, ObjectType, -- Job info Snapshot, Target, -- Job timzone, date and summary DateUTC, Type, Status, Result, -- Job timing JobStartUTC, JobEndUTC, Duration, DurationSeconds, Exported) VALUES( -- Event & cluster IDs '$RSCInstance', '$EventID', '$EventClusterName', '$EventClusterID', -- Object IDs & type '$EventObject', '$EventObjectID', '$EventObjectCDMID', '$EventObjectType', -- Job info '$EventSnapshot', '$EventTarget', -- Job timzone, date and summary '$EventDateUTC', '$EventType', '$EventStatus', '$EventMessage', -- Job timing '$EventStartUTC', '$EventEndUTC', '$EventDuration', '$EventSeconds','FALSE');" # Inserting Try { IF($InsertRow -eq $TRUE){Invoke-SQLCmd -Query $SQLInsert -ServerInstance $SQLInstance -QueryTimeout 300 | Out-Null} } Catch { $Error[0] | Format-List -Force } } ELSE { ############################ # Adding To SQL temp table ############################ $SQLInsert = "USE tempdb INSERT INTO $TempTableName ( -- Event & cluster IDs RSCInstance, EventID, RubrikCluster, RubrikClusterID, -- Object IDs & type Object, ObjectID, ObjectCDMID, ObjectType, -- Job info Snapshot, Target, -- Job timzone, date and summary DateUTC, Type, Status, Result, -- Job timing JobStartUTC, JobEndUTC, Duration, DurationSeconds, Exported) VALUES( -- Event & cluster IDs '$RSCInstance', '$EventID', '$EventClusterName', '$EventClusterID', -- Object IDs & type '$EventObject', '$EventObjectID', '$EventObjectCDMID', '$EventObjectType', -- Job info '$EventSnapshot', '$EventTarget', -- Job timzone, date and summary '$EventDateUTC', '$EventType', '$EventStatus', '$EventMessage', -- Job timing '$EventStartUTC', '$EventEndUTC', '$EventDuration', '$EventSeconds','FALSE');" # Inserting Try { Invoke-SQLCmd -Query $SQLInsert -ServerInstance $SQLInstance -QueryTimeout 300 | Out-Null } Catch { $Error[0] | Format-List -Force } # End of bypass for using tempdb below } # End of bypass for using tempdb above # # End of for each event below } # End of for each event above ################################## # Finishing SQL Work ################################## # Logging Write-Host "---------------------------------- Finished Processing RSC Events ----------------------------------" ############################ # Removing Duplicates if not using TempDB ############################ IF($DontUseTempDB) { # Logging Write-Host "RemovingDuplicatEventsFrom: $SQLTable ----------------------------------" # Creating SQL query $SQLQuery = "WITH cte AS (SELECT EventID, ROW_NUMBER() OVER (PARTITION BY EventID ORDER BY EventID) rownum FROM $SQLDB.dbo.$SQLTable ) DELETE FROM cte WHERE rownum>1;" # Run SQL query Try { Invoke-SQLCmd -Query $SQLQuery -ServerInstance $SQLInstance -QueryTimeout 300 | Out-Null } Catch { $Error[0] | Format-List -Force } } ELSE { ############################ # Merging if using TempDB ############################ Write-Host "MergingTableInTempDB: $TempTableName" Start-Sleep 3 # Creating SQL query $SQLMergeTable = "MERGE $SQLDB.dbo.$SQLTable Target USING tempdb.dbo.$TempTableName Source ON (Target.EventID = Source.EventID) WHEN MATCHED THEN UPDATE SET Target.DateUTC = Source.DateUTC, Target.Status = Source.Status, Target.Result = Source.Result, Target.JobStartUTC = Source.JobStartUTC, Target.JobEndUTC = Source.JobEndUTC, Target.Duration = Source.Duration, Target.DurationSeconds = Source.DurationSeconds, Target.Exported = Source.Exported WHEN NOT MATCHED BY TARGET THEN INSERT (RSCInstance, EventID, RubrikCluster, RubrikClusterID, Object, ObjectID, ObjectCDMID, ObjectType, Snapshot, Target, DateUTC, Type, Status, Result, JobStartUTC, JobEndUTC, Duration, DurationSeconds, Exported) VALUES (Source.RSCInstance, Source.EventID, Source.RubrikCluster, Source.RubrikClusterID, Source.Object, Source.ObjectID, Source.ObjectCDMID, Source.ObjectType, Source.Snapshot, Source.Target, Source.DateUTC, Source.Type, Source.Status, Source.Result, Source.JobStartUTC, Source.JobEndUTC, Source.Duration, Source.DurationSeconds, Source.Exported);" # Run SQL query Try { Invoke-SQLCmd -Query $SQLMergeTable -ServerInstance $SQLInstance -QueryTimeout 300 | Out-Null $SQLMergeSuccess = $TRUE } Catch { $SQLMergeSuccess = $FALSE $Error[0] | Format-List -Force } ################################## # SQL - Deleting Temp Table ################################## IF($SQLMergeSuccess -eq $TRUE) { # Creating SQL query $SQLDropTable = "USE tempdb; DROP TABLE $TempTableName;" # Run SQL query Try { Invoke-SQLCmd -Query $SQLDropTable -ServerInstance $SQLInstance -QueryTimeout 300 | Out-Null } Catch { $Error[0] | Format-List -Force } # Logging Write-Host "---------------------------------- DroppedTableInTempDB: $TempTableName ----------------------------------" } ELSE { # Logging Write-Host "---------------------------------- NotDroppedTableInTempDB: $TempTableName SQLMergeSuccess: $SQLMergeSuccess ----------------------------------" } Start-Sleep 2 # End of bypass for using tempDB below } # End of bypass for using tempDB above ########################## # Benching ########################## $RSCTotalEventsCount = $RSCEvents | Measure-Object | Select-Object -ExpandProperty Count $RSCTotalInsertedEventsCount = $RSCEvents | Where-Object {$_.InsertDisabled -eq $FALSE} | Measure-Object | Select-Object -ExpandProperty Count $ScriptEnd = Get-Date IF (($ScriptStart -ne $null) -and ($ScriptEnd -ne $null)) { $Timespan = New-TimeSpan -Start $ScriptStart -End $ScriptEnd $ScriptDurationSeconds = $Timespan.TotalSeconds $ScriptDurationSeconds = [Math]::Round($ScriptDurationSeconds) $ScriptDuration = "{0:}" -f $Timespan;$ScriptDuration = $ScriptDuration.Substring(0,8) } ELSE { $ScriptDuration = 0 } # Calculating seconds per event IF($RSCEventsCount -gt 0){$SecondsPerEvent = $ScriptDurationSeconds/$RSCTotalEventsCount;$SecondsPerEvent=[Math]::Round($SecondsPerEvent,2)}ELSE{$SecondsPerEvent=0} # Logging Write-Host "Script Execution Summary ---------------------------------- Start: $ScriptStart End: $ScriptEnd CollectedEventsFrom: $TimeRange TotalEvents: $RSCTotalEventsCount Runtime: $ScriptDuration SecondsPerEvent: $SecondsPerEvent" # Returning null Return $null # End of function } |