Riepilogo
Lo script disponibile in questo articolo illustra come gestire le modifiche apportate alle connessioni canale protetto Netlogon associate a CVE-2020-1472. Viene fornito così com'è.
Lo script elabora i file di EVTX esportati da Visualizzatore eventi e crea un foglio di calcolo di Microsoft Excel contenente tabelle pivot per i vari problemi e i dispositivi nell'ambiente che hanno generato gli eventi. Lo script richiede PowerShell e Microsoft Excel 2013 o versione successiva (64bit consigliato per set di dati più grandi).
uso
Sarà necessario esportare i EVTX file dai domain controller (DCS) che si stanno monitorando per i problemi descritti in KB4557222. A questo scopo, aprire Visualizzatore eventi selezionando Start, digitare Visualizzatore eventi e selezionarlo. Una volta aperto il Visualizzatore eventi, espandere i log di Windows, fare clic con il pulsante destro del mouse o premere a lungo sul sistema e selezionare Salva tutti gli eventi come.
Lo script può elaborare più EVTX file alla volta, se si vuole. Il completamento dello script può richiedere molto tempo in set di dati di grandi dimensioni. È anche consigliabile avere i EVTX file locali sullo stesso dispositivo che eseguono lo script per velocizzare l'elaborazione dei file.
Sarà necessario eseguire lo script in un prompt dei comandi di PowerShell. Non deve essere eseguito come amministratore. Lo script viene eseguito con le istruzioni che consentono di rispondere se necessario, a meno che non si imposti $mcScriptPrompts$false . Se i EVTX file si trovano nella stessa cartella dello script, non è necessario specificare un percorso per i file.
Personalizzare lo script
|
Variabile |
Descrizione |
| $mcScriptPrompts |
Valori $true,$false Descrizione Il valore predefinito è $true e richiederà l'input/interazione dall'utente. Può essere impostato su $false se i EVTX file si trovano nella stessa cartella dello script e tutte le altre impostazioni verranno eseguite come predefinite. |
| $mcMaxExport |
Valore predefinito: 50000 Descrizione Con le impostazioni predefinite, lo script smetterà di elaborare ogni EVTX file dopo aver esportato 50000 eventi ai CSV file. Se si riceve un errore relativo alla memoria di Microsoft Excel, è necessario abbassare il numero o modificare i dati in fase di processo, ad esempio la modifica della $mcStartTime . |
| $mcMaxImport |
Valore predefinito: 50000 Descrizione Con le impostazioni predefinite, lo script smetterà di elaborarli dopo che il file CSV corrente verrà elaborato quando raggiunge il numero massimo di eventi 50000. Questo significa che, quando si raggiunge il numero massimo di eventi, completerà il CSV file corrente avviato, ma non inizierà a elaborare un nuovo CSV file. |
| $mcStartTime |
Valore predefinito: '2020/05/26 11:06' Descrizione Questa variabile consente di impostare un'ora di inizio e lo script elabora solo gli eventi dopo la data e l'ora. Se i dispositivi sono già stati risolti in un determinato punto, in questo modo è possibile assegnare solo gli eventi che non sono ancora stati risolti. |
| $mcMaxThreads |
Valore predefinito: 4 Descrizione Questa variabile consente di aumentare o ridurre il numero di thread usati durante l'importazione degli eventi dai EVXT file ai CSV file. |
Script
Di seguito è riportato lo script di PowerShell che può essere usato dopo aver personalizzato il proprio ambiente. Sarà necessario copiare e incollare questo script in un file nel CVE-2020-1472EventReader.ps1 dispositivo in uso per elaborare gli eventi.
# ---------------------------------
# CVE-2020-1472 Event Reader v1.0 8/4/2020
# This script will:
# 1. Scan system evtx in input file folder for event 5827, 5828,5829,5830 and 5831, exact data fields, export to 582#-*.CSV.
# 2. Calls Excel to import resulting 582#-*.CSV, create pivot tables for common secure RPC analysis scenarios. Delete 582#-*.CSV afterward.
# Feel free to modify to fit your need.
# ---------------------------------
# Script requires Excel 2013 or later.
# 64 bits Excel will allow creation of larger data import to XLS.
# ---------------------------------
# To use the script:
# 1. Save system log as system.evtx to file.
# 2. Follow on screen prompt to enter Path containing *.evtx and final xlsx.
#
# More info https://support.microsoft.com/kb/4557222
#---------------------------------------
#Script Globals/ Tuning variables.
#---------------------------------------
# - $mcScriptPrompts > when set to $false, script will process all evtx in the script file folder without prompting. Good for dropping evtx, right-click script to "Run with powershell"
# - $mcMaxExport > max events to export per EVTX, set to low number for quick sample/spot checks.
# - $mcMaxImport > max events to import into excel, script will finish current file and stop importing next file(s). Set to lower number if Excel is returning memory error during import.
# - $mcStartTime > Earliest event to export, in the form of 'yyyy/MM/dd HH:mm', where HH 13 is 1pm, example: '2017/05/26 13:01'. Use this to filter progress.
# - $mcMaxThreads > max number of evtx files to export at the same time. 4 default, set to 8 and experiment if you have fast SSD HDD.
#
# Script variables block, modify to fit your need ---------------------------------------------------------------------
$mcScriptPrompts = $True #Script default, $false for non-interactive input & output.
$mcMaxExport = 50000 #50000 Max events to export per each EVTX, modify this if we are getting Excel memory error (or we just need first few evt for samples)
$mcMaxImport = 50000 #50000 max events to import into excel, ##NOTE##: Once maxed out, script will finish current import file and stop future import(s).
$mcStartTime = '2020/05/26 11:06' #Earliest 582* event to export, in the form of 'yyyy/MM/dd HH:mm', where HH 13 is 1pm, example: '2020/05/26 11:06' will list events starting 05/26 11:06, use this to filter new events.
$mcMaxThreads = 4 #Max concurrent Evt to CSV export threads (jobs)
# Internal values init, do not modify -------------------------------------------------------------------------------------
$mcCSVImport = $true
$mcEvtPath = $null
$mcStartTime=[datetime]::ParseExact($mcStartTime,'yyyy/MM/dd HH:mm',$null) #Convert string to timestamp
$mcProgressBarDelay = 0 #Delay in seconds after each ProgressBar update
#----Functions--------------------------
Function mcSetPivotField($mcPivotFieldSetting) { #Set pivot field attributes per MSDN https://msdn.microsoft.com/en-us/library/office/ff820762.aspx
if ($mcPivotFieldSetting[1] -ne $null) { $mcPivotFieldSetting[0].Orientation = $mcPivotFieldSetting[1]} # 1 Orientation { $xlRowField | $xlDataField |$xlColumnField }, in XlPivotFieldOrientation
if ($mcPivotFieldSetting[2] -ne $null) { $mcPivotFieldSetting[0].NumberFormat = $mcPivotFieldSetting[2]} # 2 NumberFormat { $mcNumberF | $mcPercentF }
if ($mcPivotFieldSetting[3] -ne $null) { $mcPivotFieldSetting[0].Function = $mcPivotFieldSetting[3]} # 3 Function { $xlAverage | $xlSum | $xlCount }, in XlConsolidationFunction
if ($mcPivotFieldSetting[4] -ne $null) { $mcPivotFieldSetting[0].Calculation = $mcPivotFieldSetting[4]} # 4 Calculation { $xlPercentOfTotal | $xlPercentRunningTotal }, in XlPivotFieldCalculation
if ($mcPivotFieldSetting[5] -ne $null) { $mcPivotFieldSetting[0].BaseField = $mcPivotFieldSetting[5]} # 5 BaseField <String>
if ($mcPivotFieldSetting[6] -ne $null) { $mcPivotFieldSetting[0].Name = $mcPivotFieldSetting[6]} # 6 Name <String>
if ($mcPivotFieldSetting[7] -ne $null) { $mcPivotFieldSetting[0].Position = $mcPivotFieldSetting[7]} # 7 Position
}
Function mcSetPivotTableFormat($mcPivotTable) { # Set pivotTable cosmetics and sheet name
$mcPT=$mcPivotTable[0].PivotTables($mcPivotTable[1])
$mcPT.HasAutoFormat = $False #2.turn of AutoColumnWidth
for ($i=2; $i -lt 9; $i++) { #3. SetColumnWidth for Sheet($mcPivotTable[0]),PivotTable($mcPivotTable[1]),Column($mcPivotTable[2-8])
if ($mcPivotTable[$i] -ne $null) { $mcPivotTable[0].columns.item(($i-1)).columnWidth = $mcPivotTable[$i]}
}
$mcPivotTable[0].Application.ActiveWindow.SplitRow = 3
$mcPivotTable[0].Application.ActiveWindow.SplitColumn = 2
$mcPivotTable[0].Application.ActiveWindow.FreezePanes = $true #1.Freeze R1C1
$mcPivotTable[0].Cells.Item(1,1)="Filter"
$mcPivotTable[0].Cells.Item(3,1)=$mcPivotTable[9] #4 set TXT at R3C1 with PivotTableName$mcPivotTable[9]
$mcPivotTable[0].Name=$mcPivotTable[10] #5 Set Sheet Name to $mcPivotTable[10]
$mcRC = ($mcPivotTable[0].UsedRange.Cells).Rows.Count-1
if ($mcPivotTable[11] -ne $null) { # $mcPivotTable[11] Set ColorScale
$mColorScaleRange='$'+$mcPivotTable[11]+'$4:$'+$mcPivotTable[11]+'$'+$mcRC
[Void]$mcPivotTable[0].Range($mColorScaleRange).FormatConditions.AddColorScale(3) #$mcPivotTable[11]=ColorScale
$mcPivotTable[0].Range($mColorScaleRange).FormatConditions.item(1).ColorScaleCriteria.item(1).type = 1 #xlConditionValueLowestValue
$mcPivotTable[0].Range($mColorScaleRange).FormatConditions.item(1).ColorScaleCriteria.item(1).FormatColor.Color = 8109667
$mcPivotTable[0].Range($mColorScaleRange).FormatConditions.item(1).ColorScaleCriteria.item(2).FormatColor.Color = 8711167
$mcPivotTable[0].Range($mColorScaleRange).FormatConditions.item(1).ColorScaleCriteria.item(3).type = 2 #xlConditionValueHighestValue
$mcPivotTable[0].Range($mColorScaleRange).FormatConditions.item(1).ColorScaleCriteria.item(3).FormatColor.Color = 7039480
}
if ($mcPivotTable[12] -ne $null) { # $mcPivotTable[12] Set DataBar
$mcDataBarRange='$'+$mcPivotTable[12]+'$4:$'+$mcPivotTable[12]+'$'+$mcRC
[void]$mcPivotTable[0].Range($mcDataBarRange).FormatConditions.AddDatabar() #$mcPivotTable[12]:Set DataBar
}
}
Function mcSortPivotFields($mcPF) { #Sort on $mcPF and collapse later pivot fields
for ($i=2; $i -lt 5; $i++) { #collapse later pivot fields
if ($mcPF[$i] -ne $null) {
$mcPF[$i].showDetail = $false
}
}
[void]($mcPF[0].Cells.Item(4, 2)).sort(($mcPF[0].Cells.Item(4, 2)), 2)
[void]($mcPF[0].Cells.Item(4, 1)).sort(($mcPF[0].Cells.Item(4, 1)), 1)
}
Function mcSetPivotTableHeaderColor($mcSheet) { #Set PiviotTable Header Color for easier reading
for ($i=1; $i -lt 5; $i++) { #Set header(s) color
if ($mcSheet[$i] -ne $null) { $mcSheet[0].Range(($mcSheet[$i]+"3")).interior.Colorindex = 37 }
}
}
#----Main---------
#---- script info-------
$mcScriptPath = Split-Path ((Get-Variable MyInvocation -Scope 0).Value).MyCommand.Path
if ($mcScriptPrompts) { #Interactive mcScriptPrompts
$mcEvtPath = Read-Host "Enter local, mapped or UNC path to saved system evtx or previously generated 582-*.csv. Be sure to remove trailing blank. For Example (c:\EventData)`n Or press [Enter] if script is in the same file folder as evtx or csv.`n"
if ($mcEvtPath -eq '') { #If there is no Path entered, we will use the same file folder as script path.
$mcEvtPath= $mcScriptPath
Write-Output "No path entered, default to " $mcEvtPath
}
} else {
$mcEvtPath= $mcScriptPath #Non-interactive script uses script path for Event path
}
#---- Export evtx to CSV---------------------------------------------------
Write-Output 'Convert evtx to csv.'
$mcFiles = Get-ChildItem -Path $mcEvtPath | Where {$_.name -clike '*.evtx'}
ForEach ($mcFile in $mcFiles) { #Loop through *.evtx
$mcFile | Add-Member -MemberType NoteProperty -Name MaxEvents -force -Value $mcMaxExport
$mcFile | Add-Member -MemberType NoteProperty -Name StartTime -force -Value $mcStartTime
#Job [ #Job start code 1
Start-Job -ArgumentList (,$mcFile) -ScriptBlock { #Start-Job for reading each files
param ($mcFile)
#Job ]
Write-Output "Reading $mcFile"
$mc582s = Get-WinEvent -FilterHashtable @{Path=$mcfile.FullName; LogName="System"; Level=3,4; StartTime=$mcFile.StartTime; id=5827,5828,5829,5830,5831} -MaxEvents $mcFile.MaxEvents -ErrorAction SilentlyContinue
If ($mc582s -ne $null) {
$mcOutFile = $mcFile.DirectoryName+'\582-'+$mcFile.Name+'.csv'
Write-Output " Event 5826-28 found, generating $mcOutFile"
$mc582sOut = @() #Array for exporting CSV items
ForEach ($mc582 in $mc582s) {
$mcObject = New-Object System.Object
$mcObject | Add-Member -MemberType NoteProperty -Name EventSource -force -value $mc582.MachineName
$mcObject | Add-Member -MemberType NoteProperty -Name EventTime -force -value $mc582.TimeCreated
$mcObject | Add-Member -MemberType NoteProperty -Name EventID -force -value $mc582.ID
switch ($mc582.ID) {
5827 { #Denided Unsecure RPC machine client
$mcObject | Add-Member -MemberType NoteProperty -Name NRPCType -force -value '2 - Denied Unsecure NRPC Evt:5827,5828'
$mcObject | Add-Member -MemberType NoteProperty -Name Name -force -value $mc582.Properties[0].value
$mcObject | Add-Member -MemberType NoteProperty -Name DomainName -force -value $mc582.Properties[1].value
$mcObject | Add-Member -MemberType NoteProperty -Name AccountType -force -value $mc582.Properties[2].value
$mcObject | Add-Member -MemberType NoteProperty -Name MachineOS -force -value $mc582.Properties[3].value
$mcObject | Add-Member -MemberType NoteProperty -Name MachineOsBuild -force -value $mc582.Properties[4].value
$mcObject | Add-Member -MemberType NoteProperty -Name MachineOsServicePack -force -value $mc582.Properties[5].value
}
5829 { #Temp Allowed Unsecure RPC machine client
$mcObject | Add-Member -MemberType NoteProperty -Name NRPCType -force -value '1 - TempAllowed Unsecure NRPC Evt:5829'
$mcObject | Add-Member -MemberType NoteProperty -Name Name -force -value $mc582.Properties[0].value
$mcObject | Add-Member -MemberType NoteProperty -Name DomainName -force -value $mc582.Properties[1].value
$mcObject | Add-Member -MemberType NoteProperty -Name AccountType -force -value $mc582.Properties[2].value
$mcObject | Add-Member -MemberType NoteProperty -Name MachineOS -force -value $mc582.Properties[3].value
$mcObject | Add-Member -MemberType NoteProperty -Name MachineOsBuild -force -value $mc582.Properties[4].value
$mcObject | Add-Member -MemberType NoteProperty -Name MachineOsServicePack -force -value $mc582.Properties[5].value
}
5830 { #Allowed Unsecure RPC machine client
$mcObject | Add-Member -MemberType NoteProperty -Name NRPCType -force -value '3 - Allowed Unsecure NRPC Evt:5830,5831'
$mcObject | Add-Member -MemberType NoteProperty -Name Name -force -value $mc582.Properties[0].value
$mcObject | Add-Member -MemberType NoteProperty -Name DomainName -force -value $mc582.Properties[1].value
$mcObject | Add-Member -MemberType NoteProperty -Name AccountType -force -value $mc582.Properties[2].value
$mcObject | Add-Member -MemberType NoteProperty -Name MachineOS -force -value $mc582.Properties[3].value
$mcObject | Add-Member -MemberType NoteProperty -Name MachineOsBuild -force -value $mc582.Properties[4].value
$mcObject | Add-Member -MemberType NoteProperty -Name MachineOsServicePack -force -value $mc582.Properties[5].value
}
5828 { #Temp Allowed Unsecure RPC trust
$mcObject | Add-Member -MemberType NoteProperty -Name NRPCType -force -value '2 - Denied Unsecure NRPC Evt:5827,5828'
$mcObject | Add-Member -MemberType NoteProperty -Name Name -force -value $mc582.Properties[1].value
$mcObject | Add-Member -MemberType NoteProperty -Name DomainName -force -value $mc582.Properties[2].value
$mcObject | Add-Member -MemberType NoteProperty -Name AccountType -force -value $mc582.Properties[0].value
$mcObject | Add-Member -MemberType NoteProperty -Name MachineOS -force -value 'Domain Trust'
$mcObject | Add-Member -MemberType NoteProperty -Name MachineOsBuild -force -value 'N/A'
$mcObject | Add-Member -MemberType NoteProperty -Name MachineOsServicePack -force -value 'N/A'
}
5831 { #Allowed Unsecure RPC trust
$mcObject | Add-Member -MemberType NoteProperty -Name NRPCType -force -value '3 - Allowed Unsecure NRPC Evt:5830,5831'
$mcObject | Add-Member -MemberType NoteProperty -Name Name -force -value $mc582.Properties[1].value
$mcObject | Add-Member -MemberType NoteProperty -Name DomainName -force -value $mc582.Properties[2].value
$mcObject | Add-Member -MemberType NoteProperty -Name AccountType -force -value $mc582.Properties[0].value
$mcObject | Add-Member -MemberType NoteProperty -Name MachineOS -force -value 'Domain Trust'
$mcObject | Add-Member -MemberType NoteProperty -Name MachineOsBuild -force -value 'N/A'
$mcObject | Add-Member -MemberType NoteProperty -Name MachineOsServicePack -force -value 'N/A'
}
}
$mcObject.Name = $mcObject.Name.Trim()
$mcObject.DomainName = $mcObject.DomainName.Trim()
$mcObject.AccountType = $mcObject.AccountType.Trim()
$mcObject.MachineOS = $mcObject.MachineOS.Trim()
$mcObject.MachineOsBuild = $mcObject.MachineOsBuild.Trim()
$mcObject.MachineOsServicePack = $mcObject.MachineOsServicePack.Trim()
$mc582sOut += $mcObject
}
$mc582sout | ConvertTo-Csv -NoTypeInformation | Out-File $mcOutFile
}
#Job [ # Maxthread code 2/3
} | Out-Null #Job output
Write-Output " Processing: $mcFile"
While((Get-Job -State 'Running').Count -ge $mcMaxThreads) { Start-Sleep -Milliseconds 10 } # Pause, only run $mcMaxThreads number of jobs.
#Job ]
}
#Job [ # Job clean out code 3/3
While((Get-Job -State 'Running').Count -gt 0) {
Write-Progress -Activity "Exporting evtx" -PercentComplete ((($mcfiles.Count-(Get-Job -State 'Running').Count)/$mcfiles.Count)*100)
Start-Sleep -Milliseconds 10
} # wait for last job to complete
#Get-Job | Receive-Job
Get-Job -State Completed | Remove-Job
#Job ]
#---- Import csv to excel-----------------------------------------------------
if ($mcCSVImport -eq $true) { #Debug only, perforem CSV to Excel import
$mcFiles = Get-ChildItem -Path $mcEvtPath | Where {$_.name -clike '582-*.csv'}
If ($mcFiles -ne $null) { #Create a new Excel workbook if there are CSV in directory.
cd $mcEvtPath #for Import-Csv to read all files.
$mcObject = Import-Csv $mcfiles -Delimiter ','
cd $mcScriptPath #Back to script path
#Write-Output 'Import csv to excel.'
$mcExcel = New-Object -ComObject excel.application
$mcWorkbooks = $mcExcel.Workbooks.Add()
$Sheet1 = $mcWorkbooks.worksheets.Item(1)
$mcCurrentRow = $mcFileProcessed = 1
ForEach ($mcFile in $mcFiles) { #Define Excel TXT connector and import/append
Write-Progress -Activity "Importing $mcFile" -PercentComplete (($mcFileProcessed/$mcfiles.Count)*100)
Sleep $mcProgressBarDelay
$mcFileProcessed=$mcFileProcessed+1
if ($mcCurrentRow -le $mcMaxImport){ #Import only up to $mcMaxImport number of records.
$mcConnector = $Sheet1.QueryTables.add(("TEXT;" + $mcEvtPath+'\'+$mcFile),$Sheet1.Range(('a'+($mcCurrentRow))))
$Sheet1.QueryTables.item($mcConnector.name).TextFileCommaDelimiter = $True
$Sheet1.QueryTables.item($mcConnector.name).TextFileParseType = 1
[void]$Sheet1.QueryTables.item($mcConnector.name).Refresh()
if ($mcCurrentRow -ne 1) { [void]($Sheet1.Cells.Item($mcCurrentRow,1).entireRow).delete()} # Delete header on 2nd and later CSV.
$mcCurrentRow = $Sheet1.UsedRange.EntireRow.Count+1
} else {
Write-Output " *** Max [ $mcMaxImport ] import events reached, skipping: $mcfile"
}
}
#---- Customize XLS, Excel Globals--------------------------------------------------------
#Write-Output 'Customizing XLS.' #https://msdn.microsoft.com/en-us/library/bb241425(v=office.12).aspx, https://msdn.microsoft.com/en-us/library/office/ff838592.aspx
$xlRowField = 1 #XlPivotFieldOrientation
$xlPageField = 3 #XlPivotFieldOrientation
$xlDataField = 4 #XlPivotFieldOrientation
$xlColumnField = 2 #XlPivotFieldOrientation
$xlAverage = -4106 #XlConsolidationFunction
$xlSum = -4157 #XlConsolidationFunction
$xlCount = -4112 #XlConsolidationFunction
$xlPercentOfTotal = 8 #XlPivotFieldCalculation
$xlPercentRunningTotal = 13 #XlPivotFieldCalculation
$mcNumberF = "###,###,###,###,###"
$mcPercentF = "#0.00%"
$mcDateF = "yyyy/m/d h:mm"
$mcDateGroupFlags=($false, $false, $true, $true, $true, $false, $false) # Months, Days, Hours, https://msdn.microsoft.com/en-us/library/office/ff839808.aspx
#-------#Sheet1 - RawData---------------------------------------------------------------
$Sheet1.Range("A1").Autofilter() | Out-Null
$Sheet1.Application.ActiveWindow.SplitRow = 1
$Sheet1.Application.ActiveWindow.FreezePanes = $true
#Write-Output 'Tab 0.5826, 5827, 5828 events imported'
Write-Progress -Activity "Created 0.Raw RPC events Tab" -PercentComplete 30
Sleep $mcProgressBarDelay
#-------#Sheet2 - PivotTable1---------------------------------------------------------------
$Sheet2 = $mcWorkbooks.Worksheets.add()
$PivotTable1 = $mcWorkbooks.PivotCaches().Create(1,"Sheet1!R1C1:R$($Sheet1.UsedRange.Rows.count)C$($Sheet1.UsedRange.Columns.count)",5) # xlDatabase=1 xlPivotTableVersion15=5 Excel2013
$PivotTable1.CreatePivotTable("Sheet2!R1C1") | Out-Null
$mcPF00 = $Sheet2.PivotTables("PivotTable1").PivotFields("EventSource")
mcSetPivotField($mcPF00, $xlPageField, $null, $null, $null, $null, $null)
$mcPF0 = $Sheet2.PivotTables("PivotTable1").PivotFields("NRPCType")
mcSetPivotField($mcPF0, $xlRowField, $null, $null, $null, $null, $null)
$mcPF1 = $Sheet2.PivotTables("PivotTable1").PivotFields("MachineOS")
mcSetPivotField($mcPF1, $xlRowField, $null, $null, $null, $null, $null)
$mcPF2 = $Sheet2.PivotTables("PivotTable1").PivotFields("DomainName")
mcSetPivotField($mcPF2, $xlRowField, $null, $null, $null, $null, $null)
$mcPF3 = $Sheet2.PivotTables("PivotTable1").PivotFields("Name")
mcSetPivotField($mcPF3, $xlRowField, $null, $null, $null, $null, $null)
$mcPF = $Sheet2.PivotTables("PivotTable1").PivotFields("EventTime")
mcSetPivotField($mcPF, $xlDataField, $mcNumberF, $null, $null, $null, "Event Count",1)
mcSetPivotTableFormat($Sheet2, "PivotTable1", 60, 15, $null, $null, $null, $null, $null,"NRPC Type", "1.OS,Domain,Client", $null, $null)
mcSortPivotFields($sheet2,$mcPF,$mcPF0)
mcSetPivotTableHeaderColor($Sheet2, "A")
$Sheet2.Cells.Item(1,1).Formula='Source DC'
#Write-Output ' Tab 1.NRPCType-OS,Domain,Client Done'
Write-Progress -Activity "Created Tab 1.NRPCType-OS,Domain,Client pivot table" -PercentComplete 60
Sleep $mcProgressBarDelay
#-------#Sheet3 - PivotTable2---------------------------------------------------------------
$Sheet3 = $mcWorkbooks.Worksheets.add()
$PivotTable2 = $mcWorkbooks.PivotCaches().Create(1,"Sheet1!R1C1:R$($Sheet1.UsedRange.Rows.count)C$($Sheet1.UsedRange.Columns.count)",5) # xlDatabase=1 xlPivotTableVersion15=5 Excel2013
$PivotTable2.CreatePivotTable("Sheet3!R1C1") | Out-Null
$mcPF00 = $Sheet3.PivotTables("PivotTable2").PivotFields("EventSource")
mcSetPivotField($mcPF00, $xlPageField, $null, $null, $null, $null, $null)
$mcPF0 = $Sheet3.PivotTables("PivotTable2").PivotFields("NRPCType")
mcSetPivotField($mcPF0, $xlRowField, $null, $null, $null, $null, $null)
$mcPF1 = $Sheet3.PivotTables("PivotTable2").PivotFields("DomainName")
mcSetPivotField($mcPF1, $xlRowField, $null, $null, $null, $null, $null)
$mcPF2 = $Sheet3.PivotTables("PivotTable2").PivotFields("Name")
mcSetPivotField($mcPF2, $xlRowField, $null, $null, $null, $null, $null)
$mcPF = $Sheet3.PivotTables("PivotTable2").PivotFields("EventTime")
mcSetPivotField($mcPF, $xlDataField, $mcNumberF, $null, $null, $null, "Event Count",1)
mcSetPivotTableFormat($Sheet3, "PivotTable2", 60, 15, $null, $null, $null, $null, $null,"NRPC Type", "2.Domain,Client", $null, $null)
mcSortPivotFields($Sheet3,$mcPF,$mcPF0)
mcSetPivotTableHeaderColor($Sheet3, "A")
$Sheet3.Cells.Item(1,1).Formula='Source DC'
#Write-Output ' Tab 2.NRPCType-Domain,Client Done'
Write-Progress -Activity "Created Tab 2.NRPCType-Domain,Client pivot table" -PercentComplete 90
Sleep $mcProgressBarDelay
#-------#$Sheet4 - $PivotTable3---------------------------------------------------------------
$Sheet4 = $mcWorkbooks.Worksheets.add()
$PivotTable3 = $mcWorkbooks.PivotCaches().Create(1,"Sheet1!R1C1:R$($Sheet1.UsedRange.Rows.count)C$($Sheet1.UsedRange.Columns.count)",5) # xlDatabase=1 xlPivotTableVersion15=5 Excel2013
$PivotTable3.CreatePivotTable("Sheet4!R1C1") | Out-Null
$Sheet4.name = "3.CustomPivot"
#Set Sort sheet names in reverse
$Sheet1.Name = "0.Raw RPC events"
$Sheet2.Tab.ColorIndex = $Sheet3.Tab.ColorIndex =35
$mcWorkSheetNames = New-Object System.Collections.ArrayList
foreach ($mcWorkSheet in $mcWorkbooks.Worksheets) { $mcWorkSheetNames.add($mcWorkSheet.Name) | Out-null }
$mctmp = $mcWorkSheetNames.Sort() | Out-Null
For ($i=0; $i -lt $mcWorkSheetNames.Count-1; $i++){ #Sort name.
$mcTmp = $mcWorkSheetNames[$i]
$mcBefore = $mcWorkbooks.Worksheets.Item($mcTmp)
$mcAfter = $mcWorkbooks.Worksheets.Item($i+1)
$mcBefore.Move($mcAfter)
}
$Sheet1.Activate()
Write-Progress -Activity "Creating Excel sheets" -PercentComplete 100
Sleep $mcProgressBarDelay
if ($mcScriptPrompts) { #SaveAsFile
$mcFileName = Read-Host "Enter a FileName to save extracted event 582 xlsx.`n"
if ($mcFileName) {
Write-Output "Saving file to $mcEvtPath\$mcFileName.xlsx"
$mcWorkbooks.SaveAs($mcEvtPath+'\'+$mcFileName)
}
$mcCleanup = Read-Host "Delete 582-*.CSV? ([Enter]/[Y] to delete, [N] to keep csv)`n"
if ($mcCleanup -ne 'N') {
Get-ChildItem -Path $mcEvtPath | Where {$_.name -clike '582-*.csv'} | foreach ($_) {
Remove-Item $mcEvtPath'\'$_
Write-Output " $_ deleted."
}
}
}
$mcExcel.visible = $true
} else { #end of mcFiles
Write-Output " No 582-*.csv found in specified $mcEvtPath."
}
}
Write-Output 'Script completed.'
