Copiare e incollare questo script di esempio e modificarlo in base alle esigenze dell'ambiente:
<# . SINOSSI Aggrega i dati JSON di stato di avvio protetto da più dispositivi in report di riepilogo.
. DESCRIZIONE Legge i file JSON dello stato di avvio protetto raccolti e genera: - Dashboard HTML con grafici e filtro - Riepilogo per ConfidenceLevel - Analisi univoca del contenitore di dispositivi per la strategia di test Supporta: - File per computer: HOSTNAME_latest.json (scelta consigliata) - File JSON singolo Deduplica automaticamente in base a HostName, mantenendo l'ultima versione di CollectionTime. Per impostazione predefinita, include solo i dispositivi con "Richiesta azione" o "Alta" probabilità per concentrarsi sui contenitori su cui è possibile eseguire azioni. Usare -IncludeAllConfidenceLevels per eseguire l'override.
. PARAMETER InputPath Percorso dei file JSON: - Cartella: legge tutti i file *_latest.json (o *.json se nessun file _latest) - File: legge un singolo file JSON
. PARAMETER OutputPath Percorso per i report generati (impostazione predefinita: .\SecureBootReports)
. ESEMPIO # Aggrega da cartella di file per computer (scelta consigliata) .\Aggregate-SecureBootData.ps1 -InputPath "\\contoso\SecureBootLogs$" # Legge: \\contoso\SecureBootLogs$\*_latest.json
. ESEMPIO # Percorso di output personalizzato .\Aggregate-SecureBootData.ps1 -InputPath "\\contoso\SecureBootLogs$" -OutputPath "C:\Reports\SecureBoot"
. ESEMPIO # Includi solo Richiesta azione e Alta probabilità (comportamento predefinito) .\Aggregate-SecureBootData.ps1 -InputPath "\\contoso\SecureBootLogs$" # Esclusi: osservazione, pausa, non supportata
. ESEMPIO # Includi tutti i livelli di probabilità (ignora filtro) .\Aggregate-SecureBootData.ps1 -InputPath "\\contoso\SecureBootLogs$" -IncludeAllConfidenceLevels
. ESEMPIO # Filtro livello di probabilità personalizzato .\Aggregate-SecureBootData.ps1 -InputPath "\\contoso\SecureBootLogs$" -IncludeConfidenceLevels @("Action Req", "High", "Observation")
. ESEMPIO # SCALA ENTERPRISE: modalità incrementale : elabora solo i file modificati (esecuzione successiva veloce) .\Aggregate-SecureBootData.ps1 -InputPath "\\contoso\SecureBootLogs$" -IncrementalMode # Prima esecuzione: carico completo ~2 ore per dispositivi da 500.000 # Successive esecuzioni: Secondi se non cambia, minuti per delta
. ESEMPIO # Ignora HTML se non è cambiato nulla (più veloce per il monitoraggio) .\Aggregate-SecureBootData.ps1 -InputPath "\\contoso\SecureBootLogs$" -IncrementalMode -SkipReportIfUnchanged # Se nessun file è cambiato dall'ultima esecuzione: circa 5 secondi
. ESEMPIO # Modalità solo riepilogo: ignora tabelle di dispositivi di grandi dimensioni (da 1 a 2 minuti o più di 20 minuti) .\Aggregate-SecureBootData.ps1 -InputPath "\\contoso\SecureBootLogs$" -SummaryOnly # Genera file CSV, ma ignora il dashboard HTML con tabelle di dispositivi complete
. NOTE Eseguire l'associazione con Detect-SecureBootCertUpdateStatus.ps1 per la distribuzione aziendale.Vedere GPO-DEPLOYMENT-GUIDE.md per la guida completa alla distribuzione. Il comportamento predefinito esclude i dispositivi di osservazione, in pausa e non supportati per concentrarsi sui report solo sui bucket di dispositivi su cui è possibile eseguire azioni.#>
param( [Parametro(Obbligatorio = $true)] [stringa]$InputPath, [Parametro(Obbligatorio = $false)] [string]$OutputPath = ".\SecureBootReports", [Parametro(Obbligatorio = $false)] [string]$ScanHistoryPath = ".\SecureBootReports\ScanHistory.json", [Parametro(Obbligatorio = $false)] [string]$RolloutStatePath, # Path to RolloutState.json to identify In Progress devices [Parametro(Obbligatorio = $false)] [string]$RolloutSummaryPath, # Path to SecureBootRolloutSummary.json from Orchestrator (contains projection data) [Parametro(Obbligatorio = $false)] [string[]]$IncludeConfidenceLevels = @("Azione richiesta", "Confidenza elevata"), # Includi solo questi livelli di probabilità (impostazione predefinita: solo bucket utilizzabili) [Parametro(Obbligatorio = $false)] [opzione]$IncludeAllConfidenceLevels, # Ignora filtro per includere tutti i livelli di probabilità [Parametro(Obbligatorio = $false)] [opzione]$SkipHistoryTracking, [Parametro(Obbligatorio = $false)] [switch]$IncrementalMode, # Enable delta processing - load only changed files since last run [Parametro(Obbligatorio = $false)] [stringa]$CachePath, # Percorso della directory cache (impostazione predefinita: OutputPath\.cache) [Parametro(Obbligatorio = $false)] [int]$ParallelThreads = 8, # Numero di thread paralleli per il caricamento dei file (PS7+) [Parametro(Obbligatorio = $false)] [switch]$ForceFullRefresh, # Forza il ricaricamento completo anche in modalità incrementale [Parametro(Obbligatorio = $false)] [opzione]$SkipReportIfUnchanged, # Ignora la generazione HTML/CSV se non vengono modificati file (solo statistiche di output) [Parametro(Obbligatorio = $false)] [switch]$SummaryOnly, # Genera solo statistiche di riepilogo (non tabelle di dispositivi di grandi dimensioni) - molto più velocemente [Parametro(Obbligatorio = $false)] [switch]$StreamingMode # Modalità con un utilizzo efficiente della memoria: elabora i chunk, scrivi i file CSV in modo incrementale, mantieni solo i riepiloghi in memoria )
# Elevazione automatica a PowerShell 7 se disponibile (6 volte più veloce per set di dati di grandi dimensioni) if ($PSVersionTable.PSVersion.Major -lt 7) { $pwshPath = Get-Command pwsh -ErrorAction SilentlyContinue | Select-Object -ExpandProperty Source if ($pwshPath) { Write-Host "PowerShell $($PSVersionTable.PSVersion) rilevato - riavvio con PowerShell 7 per un'elaborazione più veloce..." -ForegroundColor yellow # Rebuild argument list from bound parameters $relaunchArgs = @('-NoProfile', '-ExecutionPolicy', 'Bypass', '-File', $MyInvocation.MyCommand.Path) foreach ($key in $PSBoundParameters.Keys) { $val = $PSBoundParameters[$key] if ($val -is [switch]) { se ($val. IsPresent) { $relaunchArgs += "-$key" } } elseif ($val -is [array]) { $relaunchArgs += "-$key" $relaunchArgs += ($val -join ',') } else { $relaunchArgs += "-$key" $relaunchArgs += "$val" } } & $pwshPath @relaunchArgs uscire $LASTEXITCODE } }
$ErrorActionPreference = "Continua" $timestamp = Get-Date -Format "yyyyMMdd-HHmmss" $scanTime = Get-Date -Format "yyyy-MM-dd HH:mm:ss" $DownloadUrl = "https://aka.ms/getsecureboot" $DownloadSubPage = "Esempi di distribuzione e monitoraggio"
# Nota: questo script non ha dipendenze da altri script. # Per il set di strumenti completo, scarica da: $DownloadUrl -> $DownloadSubPage
configurazione #region Write-Host "=" * 60 -ForegroundColor Ciano Write-Host "Aggregazione dati di avvio protetto" -ForegroundColor ciano Write-Host "=" * 60 -ForegroundColor Ciano
# Crea directory di output if (-not (Test-Path $OutputPath)) { New-Item -ItemType Directory -Path $OutputPath -Force | Out-Null }
# Carica dati: supporta i formati CSV (legacy) e JSON (nativo) Write-Host "'nLoad di dati da: $InputPath" -ForegroundColor yellow
# Helper function to normalize device object (handle field name differences) funzione Normalize-DeviceRecord { param($device) # Handle Hostname vs HostName (JSON usa Hostname, CSV usa HostName) se ($device. PSObject.Properties['Hostname'] -and -not $device. PSObject.Properties['HostName']) { $device | Add-Member -NotePropertyName 'HostName' -NotePropertyValue $device. Hostname -Force } # Handle Confidence vs ConfidenceLevel (JSON usa Confidence, CSV usa ConfidenceLevel) # ConfidenceLevel è il nome del campo ufficiale, a cui viene mappata l'attendibilità se ($device. PSObject.Properties['Confidence'] -and -not $device. PSObject.Properties['ConfidenceLevel']) { $device | Add-Member -NotePropertyName 'ConfidenceLevel' -NotePropertyValue $device. Confidence -Force } # Tenere traccia dello stato dell'aggiornamento tramite Event1808Count OR UEFICA2023Status="Updated" # In questo modo è possibile tenere traccia del numero di dispositivi in ogni bucket di confidenza aggiornato $event 1808 = 0 se ($device. PSObject.Properties['Event1808Count']) { $event 1808 = [int]$device. Event1808Count } $uefiCaUpdated = $false se ($device. PSObject.Properties['UEFICA2023Status'] -and $device. UEFICA2023Status -eq "Aggiornato") { $uefiCaUpdated = $true } if ($event 1808 -gt 0 -o $uefiCaUpdated) { # Contrassegnare come aggiornato per la logica di dashboard/implementazione, ma NON ignorare ConfidenceLevel $device | Add-Member -NotePropertyName 'IsUpdated' -NotePropertyValue $true -Force } else { $device | Add-Member -NotePropertyName 'IsUpdated' -NotePropertyValue $false -Force # Classificazione ConfidenceLevel: # - "Alta probabilità", "Sotto osservazione...", "Temporaneamente sospeso...", "Non supportato..." = usare così come è # - Tutto il resto (null, empty, "UpdateType:...", "Unknown", "N/D") = cade all'azione richiesta nei contatori # Non è necessaria alcuna normalizzazione: il ramo else del contatore di streaming lo gestisce } # Handle OEMManufacturerName vs WMI_Manufacturer (JSON usa OEM*, legacy usa WMI_*) se ($device. PSObject.Properties['OEMManufacturerName'] -and -not $device. PSObject.Properties['WMI_Manufacturer']) { $device | Add-Member -NotePropertyName 'WMI_Manufacturer' -NotePropertyValue $device. OEMManufacturerName -Force } # Handle OEMModelNumber vs WMI_Model se ($device. PSObject.Properties['OEMModelNumber'] -and -not $device. PSObject.Properties['WMI_Model']) { $device | Add-Member -NotePropertyName 'WMI_Model' -NotePropertyValue $device. OEMModelNumber -Force } # Handle FirmwareVersion vs BIOSDescription se ($device. PSObject.Properties['FirmwareVersion'] -and -not $device. PSObject.Properties['BIOSDescription']) { $device | Add-Member -NotePropertyName 'BIOSDescription' -NotePropertyValue $device. FirmwareVersion -Force } restituire $device }
#region Elaborazione incrementale/Gestione cache # Configura percorsi cache if (-$CachePath) { $CachePath = Join-Path $OutputPath ".cache" } $manifestPath = Join-Path $CachePath "FileManifest.json" $deviceCachePath = Join-Path $CachePath "DeviceCache.json"
# Funzioni di gestione della cache funzione Get-FileManifest { param([stringa]$Path) if (Test-Path $Path) { prova { $json = Get-Content $Path -Raw | ConvertFrom-Json # Convert PSObject to hashtable (compatibile CON PS5.1 - PS7 ha -AsHashtable) $ht = @{} $json. PSObject.Properties | ForEach-Object { $ht[$_. Name] = $_. Valore } restituire $ht } catch { restituire @{} } } restituire @{} }
funzione Save-FileManifest { param([tabella hash]$Manifest, [stringa]$Path) $dir = Split-Path $Path -Parent if (-not (Test-Path $dir)) { New-Item -ItemType Directory -Path $dir -Force | Out-Null } $Manifest | ConvertTo-Json -Depth 3 -Compress | Set-Content $Path -Force }
funzione Get-DeviceCache { param([stringa]$Path) if (Test-Path $Path) { prova { $cacheData = Get-Content $Path -Raw | ConvertFrom-Json Write-Host " Cache dei dispositivi caricata: dispositivi $($cacheData.Count)" -ForegroundColor DarkGray restituire $cacheData } catch { Write-Host "Cache danneggiata, ricrea" -ForegroundColor Yellow restituire @() } } restituire @() }
funzione Save-DeviceCache { param($Devices; [stringa]$Path) $dir = Split-Path $Path -Parent if (-not (Test-Path $dir)) { New-Item -ItemType Directory -Path $dir -Force | Out-Null } # Converti in matrice e salva $deviceArray = @($Devices) $deviceArray | ConvertTo-Json -Depth 10 -Compress | Set-Content $Path -Force Write-Host " Cache dei dispositivi salvati: dispositivi $($deviceArray.Count)" -ForegroundColor DarkGray }
funzione Get-ChangedFiles { param( [System.IO.FileInfo[]]$AllFiles, [tabella hash]$Manifest ) $changed = [System.Collections.ArrayList]::new() $unchanged = [System.Collections.ArrayList]::new() $newManifest = @{} # Crea una ricerca senza distinzione tra maiuscole e minuscole dal manifesto (normalizza in minuscolo) $manifestLookup = @{} foreach ($mk in $Manifest.Keys) { $manifestLookup[$mk. ToLowerInvariant()] = $Manifest[$mk] } foreach ($file in $AllFiles) { $key = $file. FullName.ToLowerInvariant() # Normalizzare il percorso in lettere minuscole $lwt = $file. LastWriteTimeUtc.ToString("o") $newManifest[$key] = @{ LastWriteTimeUtc = $lwt Dimensione = $file. Lunghezza } if ($manifestLookup.ContainsKey($key)) { $cached = $manifestLookup[$key] se ($cached. LastWriteTimeUtc -eq $lwt -and $cached. Dimensione -eq $file. Lunghezza) { [void]$unchanged. Add($file) Continuare } } [void]$changed. Aggiungi($file) } restituire @{ Modificato = $changed Unchanged = $unchanged NewManifest = $newManifest } }
# Caricamento parallelo ultra-veloce di file utilizzando l'elaborazione in batch funzione Load-FilesParallel { param( [System.IO.FileInfo[]]$Files, [int]$Threads = 8 )
$totalFiles = $Files. Conteggio # Usa batch di circa 1000 file ciascuno per un migliore controllo della memoria $batchSize = [matematica]::Min(1000, [matematica]::Soffitto($totalFiles / [matematica]::Max(1, $Threads))) $batches = [System.Collections.Generic.List[object]]::new()
for ($i = 0; $i -lt $totalFiles; $i += $batchSize) { $end = [matematica]::Min($i + $batchSize, $totalFiles) $batch = $Files[$i.. ($end-1)] $batches. Aggiungi($batch) } Write-Host " ($($batches. Count) batch di ~$batchSize file each)" -NoNewline -ForegroundColor DarkGray $flatResults = [System.Collections.Generic.List[object]]::new() # Verificare se è disponibile PowerShell 7+ parallel $canParallel = $PSVersionTable.PSVersion.Major -ge 7 if ($canParallel -and $Threads -gt 1) { # PS7+: Processi batch in parallelo $results = $batches | ForEach-Object -ThrottleLimit $Threads -Parallel { $batchFiles = $_ $batchResults = [System.Collections.Generic.List[object]]::new() foreach ($file in $batchFiles) { prova { $content = [System.IO.File]::ReadAllText($file. FullName) | ConvertFrom-Json $batchResults.Add($content) } cattura { } } $batchResults.ToArray() } foreach ($batch in $results) { if ($batch) { foreach ($item in $batch) { $flatResults.Add($item) } } } } else { # PS5.1 fallback: elaborazione sequenziale (ancora veloce per <file 10K) foreach ($file in $Files) { prova { $content = [System.IO.File]::ReadAllText($file. FullName) | ConvertFrom-Json $flatResults.Add($content) } cattura { } } } return $flatResults.ToArray() } #endregion
$allDevices = @() if (Test-Path $InputPath -PathType Leaf) { # File JSON singolo if ($InputPath -like "*.json") { $jsonContent = Get-Content -Path $InputPath -Raw | ConvertFrom-Json $allDevices = @($jsonContent) | ForEach-Object { Normalize-DeviceRecord $_ } Write-Host "Carica record $($allDevices.Count) da file" } else { Write-Error "È supportato solo il formato JSON. Il file deve avere un'estensione .json". uscita 1 } } elseif (Test-Path $InputPath -PathType Container) { # Folder - Solo JSON $jsonFiles = @(Get-ChildItem -Path $InputPath -Filter "*.json" -Recurse -ErrorAction SilentlyContinue | Where-Object { $_. Name -notmatch "ScanHistory|RolloutState|RolloutPlan" }) # Preferisco *_latest.json file se esistono (modalità per computer) $latestJson = $jsonFiles | Where-Object { $_. Nome -like "*_latest.json" } if ($latestJson.Count -gt 0) { $jsonFiles = $latestJson } $totalFiles = $jsonFiles.Count if ($totalFiles -eq 0) { Write-Error "Nessun file JSON trovato in: $InputPath" uscita 1 } Write-Host "Trovati $totalFiles file JSON" -ForegroundColor gray # Helper funzione per abbinare i livelli di probabilità (gestisce sia i moduli brevi che completi) # Definito in anticipo in modo che sia StreamingMode che i percorsi normali possano usarlo funzione Test-ConfidenceLevel { param([string]$Value, [string]$Match) if ([string]::IsNullOrEmpty($Value)) { restituisce $false } switch ($Match) { "HighConfidence" { return $Value -eq "Alta probabilità" } "UnderObservation" { return $Value -like "Under Observation*" } "ActionRequired" { return ($Value -like "*Action Required*" -or $Value -eq "Action Required") } "Temporaneamente sospeso" { restituisce $Value -like "Temporaneamente sospeso*" } "NotSupported" { return ($Value -like "Not Supported*" -or $Value -eq "Non supportato") } default { return $false } } } #region MODALITÀ STREAMING - Elaborazione efficiente della memoria per set di dati di grandi dimensioni # Usa sempre StreamingMode per un'elaborazione efficiente della memoria e un dashboard di nuovo tipo if (-$StreamingMode) { Write-Host "Auto-enabling StreamingMode (new-style dashboard)" -ForegroundColor Yellow $StreamingMode = $true if (-$IncrementalMode) { $IncrementalMode = $true } } # Quando -StreamingMode è abilitato, elabora i file in blocchi mantenendo solo i contatori in memoria.# I dati a livello di dispositivo sono scritti in file JSON per ogni chunk per il caricamento su richiesta nel dashboard.# Utilizzo della memoria: circa 1,5 GB indipendentemente dalle dimensioni del set di dati (contro 10-20 GB senza streaming).if ($StreamingMode) { Write-Host "MODALITÀ STREAMING abilitata - elaborazione efficiente della memoria" -ForegroundColor green $streamSw = [System.Diagnostics.Stopwatch]::StartNew() # CONTROLLO INCREMENTALe: se nessun file è cambiato dall'ultima esecuzione, ignora completamente l'elaborazione if ($IncrementalMode -and -not $ForceFullRefresh) { $stManifestDir = Join-Path $OutputPath ".cache" $stManifestPath = Join-Path $stManifestDir "StreamingManifest.json" if (Test-Path $stManifestPath) { Write-Host "Checking for changes since last streaming run..." -ForegroundColor Cyan $stOldManifest = $stManifestPath Get-FileManifest -Path if ($stOldManifest.Count -gt 0) { $stChanged = $false # Controllo rapido: lo stesso numero di file? if ($stOldManifest.Count -eq $totalFiles) { # Controlla i 100 file PIÙ RECENTI (ordinati per LastWriteTime decrescente) # Se un file è stato modificato, avrà il timestamp più recente e verrà visualizzato per primo $sampleSize = [matematica]::Min(100, $totalFiles) $sampleFiles = $jsonFiles | Sort-Object LastWriteTimeUtc -Descending | Select-Object - Primo $sampleSize foreach ($sf in $sampleFiles) { $sfKey = $sf. FullName.ToLowerInvariant() if (-not $stOldManifest.ContainsKey($sfKey)) { $stChanged = $true Pausa } # Compare timestamps - cache può essere DateTime o stringa dopo roundtrip JSON $cachedLWT = $stOldManifest[$sfKey]. LastWriteTimeUtc $fileDT = $sf. LastWriteTimeUtc prova { # Se memorizzato nella cache è già DateTime (ConvertFrom-Json auto-converts), utilizzare direttamente if ($cachedLWT -is [DateTime]) { $cachedDT = $cachedLWT.ToUniversalTime() } else { $cachedDT = [DateTimeOffset]::P arse("$cachedLWT"). UtcDateTime } if ([math]::Abs(($cachedDT - $fileDT). TotalSeconds) -gt 1) { $stChanged = $true Pausa } } catch { $stChanged = $true Pausa } } } else { $stChanged = $true } if (-$stChanged) { # Controlla se esistono file di output $stSummaryExists = Get-ChildItem (Percorso join $OutputPath "SecureBoot_Summary_*.csv") -EA SilentlyContinue | Select-Object -Primo 1 $stDashExists = Get-ChildItem (percorso join $OutputPath "SecureBoot_Dashboard_*.html") -EA SilentlyContinue | Select-Object -Primo 1 if ($stSummaryExists -and $stDashExists) { Write-Host " Nessuna modifica rilevata ($totalFiles file invariati) - elaborazione ignorata" -ForegroundColor green Write-Host " Ultimo dashboard: $($stDashExists.FullName)" -ForegroundColor white $cachedStats = Get-Content $stSummaryExists.FullName | ConvertFrom-Csv Write-Host " Dispositivi: $($cachedStats.TotalDevices) | Aggiornato: $($cachedStats.Updated) | Errori: $($cachedStats.WithErrors)" -ForegroundColor Gray Write-Host " Completato in $([math]::Round($streamSw.Elapsed.TotalSeconds, 1))s (nessuna elaborazione necessaria)" -ForegroundColor Green $cachedStats reso } } else { # DELTA PATCH: Individuare esattamente quali file sono stati modificati Write-Host " Modifiche rilevate - identificazione dei file modificati..." -ForegroundColor yellow $changedFiles = [System.Collections.ArrayList]::new() $newFiles = [System.Collections.ArrayList]::new() foreach ($jf in $jsonFiles) { $jfKey = $jf. FullName.ToLowerInvariant() if (-not $stOldManifest.ContainsKey($jfKey)) { [void]$newFiles.Add($jf) } else { $cachedLWT = $stOldManifest[$jfKey]. LastWriteTimeUtc $fileDT = $jf. LastWriteTimeUtc prova { $cachedDT = if ($cachedLWT -is [DateTime]) { $cachedLWT.ToUniversalTime() } else { [DateTimeOffset]::P arse("$cachedLWT"). UtcDateTime } if ([math]::Abs(($cachedDT - $fileDT). TotalSeconds) -gt 1) { [void]$changedFiles.Add($jf) } } catch { [void]$changedFiles.Add($jf) } } } $totalChanged = $changedFiles.Count + $newFiles.Count $changePct = [math]::Round(($totalChanged / $totalFiles) * 100, 1) Write-Host " Modificato: $($changedFiles.Count) | Nuovo: $($newFiles.Count) | Totale: $totalChanged ($changePct%)" -ForegroundColor yellow if ($totalChanged -gt 0 -and $changePct -lt 10) { # DELTA PATCH MODE: <10% modificato, patch dati esistenti Write-Host " Delta patch mode ($changePct% < 10%) - patching $totalChanged files..." -ForegroundColor green $dataDir = Join-Path $OutputPath "dati" # Caricamento dei record del dispositivo modificati/nuovi $deltaDevices = @{} $allDeltaFiles = @($changedFiles) + @($newFiles) foreach ($df in $allDeltaFiles) { prova { $devData = Get-Content $df. FullName -Raw | ConvertFrom-Json $dev = Normalize-DeviceRecord $devData se ($dev. HostName) { $deltaDevices[$dev. HostName] = $dev } } cattura { } } Write-Host " Caricato $($deltaDevices.Count) modificato record dispositivo" -ForegroundColor Gray # Per ogni categoria JSON: rimuovere le voci precedenti per i nomi host modificati, aggiungere nuove voci $categoryFiles = @("errori", "known_issues", "missing_kek", "not_updated", "task_disabled", "temp_failures", "perm_failures", "updated_devices", "action_required", "secureboot_off", "rollout_inprogress") $changedHostnames = [System.Collections.Generic.HashSet[string]]:new([System.StringComparer]::OrdinalIgnoreCase) foreach ($hn in $deltaDevices.Keys) { [void]$changedHostnames.Add($hn) } foreach ($cat in $categoryFiles) { $catPath = Join-Path $dataDir "$cat.json" if (Test-Path $catPath) { prova { $catData = Get-Content $catPath -Raw | ConvertFrom-Json # Rimuovere le voci precedenti per i nomi host modificati $catData = @($catData | Where-Object { -not $changedHostnames.Contains($_. HostName) }) # Classifica di nuovo ogni dispositivo modificato in categorie # (verrà aggiunto di seguito dopo la classificazione) $catData | ConvertTo-Json -Depth 5 | Set-Content $catPath - Codifica UTF8 } cattura { } } } # Classifica ogni dispositivo modificato e aggiungi i file di categoria corretti foreach ($dev in $deltaDevices.Values) { $slim = [ordered]@{ HostName = $dev. Hostname WMI_Manufacturer = if ($dev. PSObject.Properties['WMI_Manufacturer']) { $dev. WMI_Manufacturer } else { "" } WMI_Model = if ($dev. PSObject.Properties['WMI_Model']) { $dev. WMI_Model } else { "" } BucketId = if ($dev. PSObject.Properties['BucketId']) { $dev. BucketId } else { "" } ConfidenceLevel = if ($dev. PSObject.Properties['ConfidenceLevel']) { $dev. ConfidenceLevel } else { "" } IsUpdated = $dev. IsUpdated UEFICA2023Error = if ($dev. PSObject.Properties['UEFICA2023Error']) { $dev. UEFICA2023Error } else { $null } SecureBootTaskStatus = if ($dev. PSObject.Properties['SecureBootTaskStatus']) { $dev. SecureBootTaskStatus } else { "" } KnownIssueId = if ($dev. PSObject.Properties['KnownIssueId']) { $dev. KnownIssueId } else { $null } SkipReasonKnownIssue = if ($dev. PSObject.Properties['SkipReasonKnownIssue']) { $dev. SkipReasonKnownIssue } else { $null } } $isUpd = $dev. IsUpdated -eq $true $conf = if ($dev. PSObject.Properties['ConfidenceLevel']) { $dev. ConfidenceLevel } else { "" } $hasErr = (-not [string]::IsNullOrEmpty($dev. UEFICA2023Error) e $dev. UEFICA2023Error -ne "0" -and $dev. UEFICA2023Error -ne "") $tskDis = ($dev. SecureBootTaskEnabled -eq $false -o $dev. SecureBootTaskStatus -eq 'Disabled' -or $dev. SecureBootTaskStatus -eq 'NotFound') $tskNF = ($dev. SecureBootTaskStatus -eq 'NotFound') $sbOn = ($dev. SecureBootEnabled -ne $false -and "$($dev. SecureBootEnabled)" -ne "False") $e 1801 = se ($dev. PSObject.Properties['Event1801Count']) { [int]$dev. Event1801Count } else { 0 } $e 1808 = se ($dev. PSObject.Properties['Event1808Count']) { [int]$dev. Event1808Count } else { 0 } $e 1803 = if ($dev. PSObject.Properties['Event1803Count']) { [int]$dev. Event1803Count } else { 0 } $mKEK = ($e 1803 -gt 0 -o $dev. MissingKEK -eq $true) $hKI = (-not [string]::IsNullOrEmpty($dev. SkipReasonKnownIssue)) -or (-not [string]::IsNullOrEmpty($dev. KnownIssueId))) $rStat = if ($dev. PSObject.Properties['RolloutStatus']) { $dev. RolloutStatus } else { "" } # Aggiungi ai file di categoria corrispondenti $targets = @() if ($isUpd) { $targets += "updated_devices" } if ($hasErr) { $targets += "errors" } if ($hKI) { $targets += "known_issues" } if ($mKEK) { $targets += "missing_kek" } if (-$isUpd -and $sbOn) { $targets += "not_updated" } if ($tskDis) { $targets += "task_disabled" } if (-not $isUpd -and ($tskDis -or (Test-ConfidenceLevel $conf 'TemporarilyPaused'))) { $targets += "temp_failures" } if (-not $isUpd -and ((Test-ConfidenceLevel $conf 'NotSupported') -or ($tskNF -and $hasErr))) { $targets += "perm_failures" } if (-not $isUpd -and (Test-ConfidenceLevel $conf 'ActionRequired')) { $targets += "action_required" } if (-$sbOn) { $targets += "secureboot_off" } if ($e 1801 -gt 0 -and $e 1808 -eq 0 -and -not $hasErr -and $rStat -eq "In Progress") { $targets += "rollout_inprogress" } foreach ($tgt in $targets) { $tgtPath = Join-Path $dataDir "$tgt.json" if (Test-Path $tgtPath) { $existing = Get-Content $tgtPath -Raw | ConvertFrom-Json $existing = @($existing) + @([PSCustomObject]$slim) $existing | ConvertTo-Json -Profondità 5 | Set-Content $tgtPath - Codifica UTF8 } } } # Rigenera i FILE CSV da JSON patchati Write-Host " Rigenerazione dei FILE CSV dai dati patchati..." -ForegroundColor Gray $newTimestamp = Get-Date -Format "yyyyMMdd-HHmmss" foreach ($cat in $categoryFiles) { $catJsonPath = Join-Path $dataDir "$cat.json" $catCsvPath = Join-Path $OutputPath "newTimestamp.csv SecureBoot_${cat}_$" if (Test-Path $catJsonPath) { prova { $catJsonData = Get-Content $catJsonPath -Raw | ConvertFrom-Json if ($catJsonData.Count -gt 0) { $catJsonData | Export-Csv -Path $catCsvPath -NoTypeInformation -Encoding UTF8 } } cattura { } } } # Ricontatte le statistiche dai file JSON patchati Write-Host " Riepilogo ricalcolo dai dati patch..." -ForegroundColor Gray $patchedStats = [ordered]@{ ReportGeneratedAt = (Get-Date). ToString("yyyy-MM-dd HH:mm:ss") } $pTotal = 0; $pUpdated = 0; $pErrors = 0; $pKI = 0; $pKEK = 0 $pTaskDis = 0; $pTempFail = 0; $pPermFail = 0; $pActionReq = 0; $pSBOff = 0; $pRIP = 0 foreach ($cat in $categoryFiles) { $catPath = Join-Path $dataDir "$cat.json" $cnt = 0 if (Test-Path $catPath) { try { $cnt = (Get-Content $catPath -RAW | ConvertFrom-Json). Conteggio } catch { } } switch ($cat) { "updated_devices" { $pUpdated = $cnt } "errori" { $pErrors = $cnt } "known_issues" { $pKI = $cnt } "missing_kek" { $pKEK = $cnt } "not_updated" { } # calcolato "task_disabled" { $pTaskDis = $cnt } "temp_failures" { $pTempFail = $cnt } "perm_failures" { $pPermFail = $cnt } "action_required" { $pActionReq = $cnt } "secureboot_off" { $pSBOff = $cnt } "rollout_inprogress" { $pRIP = $cnt } } } $pNotUpdated = (Get-Content (Join-Path $dataDir "not_updated.json") -RAW | ConvertFrom-Json). Conteggio $pTotal = $pUpdated + $pNotUpdated + $pSBOff Write-Host " Patch Delta completa: $totalChanged dispositivi aggiornati" -ForegroundColor green Write-Host " Totale: $pTotal | Aggiornamento: $pUpdated | NotUpdated: $pNotUpdated | Errori: $pErrors" -Primo pianoColore bianco # Aggiorna manifesto $stManifestDir = Join-Path $OutputPath ".cache" $stNewManifest = @{} foreach ($jf in $jsonFiles) { $stNewManifest[$jf. FullName.ToLowerInvariant()] = @{ LastWriteTimeUtc = $jf. LastWriteTimeUtc.ToString("o"); Dimensione = $jf. Lunghezza } } Save-FileManifest -Manifest $stNewManifest -Path $stManifestPath Write-Host " Completato in $([math]::Round($streamSw.Elapsed.TotalSeconds, 1))s (patch delta - $totalChanged dispositivi)" -ForegroundColor green # Fall through to full streaming reprocess to regenerate HTML dashboard # I file di dati sono già patchati, quindi questo assicura che il dashboard rimanga aggiornato Write-Host " Dashboard rigenerante dai dati patch..." -ForegroundColor Yellow } else { Write-Host " $changePct% file modificati (>= 10%) - rielaborazione completa in streaming richiesta" -ForegroundColor Yellow } } } } } # Create data subdirectory for on-demand device JSON files $dataDir = Join-Path $OutputPath "dati" if (-not (Test-Path $dataDir)) { New-Item -ItemType Directory -Path $dataDir -Force | Out-Null } # Deduplicazione tramite HashSet (O(1) per ricerca, circa 50 MB per 600.000 nomi host) $seenHostnames = [System.Collections.Generic.HashSet[string]]:new([System.StringComparer]::OrdinalIgnoreCase) # Contatori di riepilogo leggeri (sostituisce $allDevices + $uniqueDevices in memoria) $c = @{ Totale = 0; SBEnabled = 0; SBOff = 0 Aggiornato = 0; HighConf = 0; UnderObs = 0; ActionReq = 0; TempPaused = 0; NotSupported = 0; NoConfData = 0 TaskDisabled = 0; TaskNotFound = 0; TaskDisabledNotUpdated = 0 WithErrors = 0; In Progress = 0; NotYetInitiated = 0; RolloutIn Rollout = 0 WithKnownIssues = 0; WithMissingKEK = 0; TempFailures = 0; PermFailures = 0; NeedsReboot = 0 UpdatePending = 0 } # Bucket tracking for AtRisk/SafeList (lightweight sets) $stFailedBuckets = [System.Collections.Generic.HashSet[string]]::new() $stSuccessBuckets = [System.Collections.Generic.HashSet[string]]::new() $stAllBuckets = @{} $stMfrCounts = @{} $stErrorCodeCounts = @{}; $stErrorCodeSamples = @{} $stKnownIssueCounts = @{} # File di dati del dispositivo in modalità batch: accumula per blocco, scarica a chunk boundaries $stDeviceFiles = @("errori", "known_issues", "missing_kek", "not_updated", "task_disabled", "temp_failures", "perm_failures", "updated_devices", "action_required", "secureboot_off", "rollout_inprogress", "under_observation", "needs_reboot", "update_pending") $stDeviceFilePaths = @{}; $stDeviceFileCounts = @{} foreach ($dfName in $stDeviceFiles) { $dfPath = Join-Path $dataDir "$dfName.json" [System.IO.File]::WriteAllText($dfPath, "['n", [System.Text.Encoding]::UTF8) $stDeviceFilePaths[$dfName] = $dfPath; $stDeviceFileCounts[$dfName] = 0 } # Slim device record for JSON output (solo campi essenziali, ~200 byte vs ~2KB completi) funzione Get-SlimDevice { param($Dev) reso [ordinato]@{ HostName = $Dev.HostName WMI_Manufacturer = if ($Dev.PSObject.Properties['WMI_Manufacturer']) { $Dev.WMI_Manufacturer } else { "" } WMI_Model = if ($Dev.PSObject.Properties['WMI_Model']) { $Dev.WMI_Model } else { "" } BucketId = if ($Dev.PSObject.Properties['BucketId']) { $Dev.BucketId } else { "" } ConfidenceLevel = if ($Dev.PSObject.Properties['ConfidenceLevel']) { $Dev.ConfidenceLevel } else { "" } IsUpdated = $Dev.IsUpdated UEFICA2023Error = if ($Dev.PSObject.Properties['UEFICA2023Error']) { $Dev.UEFICA2023Error } else { $null } SecureBootTaskStatus = if ($Dev.PSObject.Properties['SecureBootTaskStatus']) { $Dev.SecureBootTaskStatus } else { "" } KnownIssueId = if ($Dev.PSObject.Properties['KnownIssueId']) { $Dev.KnownIssueId } else { $null } SkipReasonKnownIssue = if ($Dev.PSObject.Properties['SkipReasonKnownIssue']) { $Dev.SkipReasonKnownIssue } else { $null } UEFICA2023Status = if ($Dev.PSObject.Properties['UEFICA2023Status']) { $Dev.UEFICA2023Status } else { $null } AvailableUpdatesPolicy = if ($Dev.PSObject.Properties['AvailableUpdatesPolicy']) { $Dev.AvailableUpdatesPolicy } else { $null } WinCSKeyApplied = if ($Dev.PSObject.Properties['WinCSKeyApplied']) { $Dev.WinCSKeyApplied } else { $null } } } # Scarica batch su file JSON (modalità di accodamento) funzione Flush-DeviceBatch { param([string]$StreamName, [System.Collections.Generic.List[object]]$Batch) if ($Batch.Count -eq 0) { return } $fPath = $stDeviceFilePaths[$StreamName] $fSb = [System.Text.StringBuilder]::new() foreach ($fDev in $Batch) { if ($stDeviceFileCounts[$StreamName] -gt 0) { [void]$fSb.Append(",'n") } [void]$fSb.Append(($fDev | ConvertTo-Json -Compress)) $stDeviceFileCounts[$StreamName]++ } [System.IO.File]::AppendAllText($fPath, $fSb.ToString(), [System.Text.Encoding]::UTF8) } # CICLO DI STREAMING PRINCIPALE $stChunkSize = if ($totalFiles -le 10000) { $totalFiles } else { 10000 } $stTotalChunks = [matematica]::Soffitto($totalFiles / $stChunkSize) $stPeakMemMB = 0 if ($stTotalChunks -gt 1) { Write-Host "Elaborazione di file $totalFiles in $stTotalChunks blocchi di $stChunkSize (streaming, thread $ParallelThreads):" -ForegroundColor Ciano } else { Write-Host "Elaborazione di file $totalFiles (streaming, $ParallelThreads thread):" -ForegroundColor Ciano } for ($ci = 0; $ci -lt $stTotalChunks; $ci++) { $cStart = $ci * $stChunkSize $cEnd = [matematica]::Min($cStart + $stChunkSize, $totalFiles) - 1 $cFiles = $jsonFiles[$cStart.. $cEnd] if ($stTotalChunks -gt 1) { Write-Host " Chunk $($ci + 1)/$stTotalChunks ($($cFiles.Count) file): " -NoNewline -ForegroundColor Gray } else { Write-Host " Caricamento di file $($cFiles.Count): " -NoNewline -ForegroundColor Gray } $cSw = [System.Diagnostics.Stopwatch]::StartNew() $rawDevices = $ParallelThreads Load-FilesParallel -Files $cFiles -Thread # Elenchi batch per ogni blocco $cBatches = @{} foreach ($df in $stDeviceFiles) { $cBatches[$df] = [System.Collections.Generic.List[object]]::new() } $cNew = 0; $cDupe = 0 foreach ($raw in $rawDevices) { if (-not $raw) { continue } $device = Normalize-DeviceRecord $raw $hostname = $device. Hostname if (-not $hostname) { continue } if ($seenHostnames.Contains($hostname)) { $cDupe++; continua } [void]$seenHostnames.Add($hostname) $cNew++; $c.Totale++ $sbOn = ($device. SecureBootEnabled -ne $false -and "$($device. SecureBootEnabled)" -ne "False") if ($sbOn) { $c.SBEnabled++ } else { $c.SBOff++; $cBatches["secureboot_off"]. Add((Get-SlimDevice $device)) } $isUpd = $device. IsUpdated -eq $true $conf = if ($device. PSObject.Properties['ConfidenceLevel'] -and $device. ConfidenceLevel) { "$($device. ConfidenceLevel)" } else { "" } $hasErr = (-not [string]::IsNullOrEmpty($device. UEFICA2023Error) e "$($device. UEFICA2023Error)" -ne "0" -and "$($device. UEFICA2023Error)" -ne "") $tskDis = ($device. SecureBootTaskEnabled -eq $false -or "$($device. SecureBootTaskStatus)" -eq 'Disabled' -or "$($device. SecureBootTaskStatus)" -eq 'NotFound') $tskNF = ("$($device. SecureBootTaskStatus)" -eq 'NotFound') $bid = if ($device. PSObject.Properties['BucketId'] -and $device. BucketId) { "$($device. BucketId)" } else { "" } $e 1808 = if ($device. PSObject.Properties['Event1808Count']) { [int]$device. Event1808Count } else { 0 } $e 1801 = if ($device. PSObject.Properties['Event1801Count']) { [int]$device. Event1801Count } else { 0 } $e 1803 = se ($device. PSObject.Properties['Event1803Count']) { [int]$device. Event1803Count } else { 0 } $mKEK = ($e 1803 -gt 0 -o $device. MissingKEK -eq $true -or "$($device. MissingKEK)" -eq "True") $hKI = (-not [string]::IsNullOrEmpty($device. SkipReasonKnownIssue)) -or (-not [string]::IsNullOrEmpty($device. KnownIssueId))) $rStat = if ($device. PSObject.Properties['RolloutStatus']) { $device. RolloutStatus } else { "" } $mfr = if ($device. PSObject.Properties['WMI_Manufacturer'] -and -not [string]::IsNullOrEmpty($device. WMI_Manufacturer)) { $device. WMI_Manufacturer } else { "Sconosciuto" } $bid = if (-not [string]::IsNullOrEmpty($bid)) { $bid } else { "" } # Flag aggiornamento pre-calcolo in sospeso (criterio/WinCS applicato, stato non ancora aggiornato, ATTIVATO SB, attività non disabilitata) $uefiStatus = if ($device. PSObject.Properties['UEFICA2023Status']) { "$($device. UEFICA2023Status)" } else { "" } $hasPolicy = ($device. PSObject.Properties['AvailableUpdatesPolicy'] -and $null -ne $device. AvailableUpdatesPolicy -and "$($device. AvailableUpdatesPolicy)" -ne '') $hasWinCS = ($device. PSObject.Properties['WinCSKeyApplied'] -and $device. WinCSKeyApplied -eq $true) $statusPending = ([string]::IsNullOrEmpty($uefiStatus) -or $uefiStatus -eq 'NotStarted' -or $uefiStatus -eq 'In Progress') $isUpdatePending = (($hasPolicy -o $hasWinCS) -and $statusPending -and -not $isUpd -and $sbOn -and -not $tskDis) if ($isUpd) { $c.Aggiornato++; [void]$stSuccessBuckets.Add($bid); $cBatches["updated_devices"]. Add((Get-SlimDevice $device)) # Tenere traccia dei dispositivi aggiornati che richiedono il riavvio (UEFICA2023Status=Updated but Event1808=0) if ($e 1808 -eq 0) { $c.NeedsReboot++; $cBatches["needs_reboot"]. Add((Get-SlimDevice $device)) } } elseif (-non $sbOn) { # SecureBoot OFF: fuori ambito, non classificare per confidenza } else { if ($isUpdatePending) { } # Counted separately in Update Pending — mutually exclusive for pie chart elseif (Test-ConfidenceLevel $conf "HighConfidence") { $c.HighConf++ } elseif (Test-ConfidenceLevel $conf "UnderObservation") { $c.UnderObs++ } elseif (Test-ConfidenceLevel $conf "TemporarilyPaused") { $c.TempPaused++ } elseif (Test-ConfidenceLevel $conf "NotSupported") { $c.NotSupported++ } else { $c.ActionReq++ } if ([string]::IsNullOrEmpty($conf)) { $c.NoConfData++ } } if ($tskDis) { $c.TaskDisabled+++; $cBatches["task_disabled"]. Add((Get-SlimDevice $device)) } if ($tskNF) { $c.TaskNotFound++ } if (-not $isUpd -and $tskDis) { $c.TaskDisabledNotUpdated++ } if ($hasErr) { $c.WithErrors++; [void]$stFailedBuckets.Add($bid); $cBatches["errors"]. Add((Get-SlimDevice $device)) $ec = $device. UEFICA2023Errore if (-not $stErrorCodeCounts.ContainsKey($ec)) { $stErrorCodeCounts[$ec] = 0; $stErrorCodeSamples[$ec] = @() } $stErrorCodeCounts[$ec]++ if ($stErrorCodeSamples[$ec]. Conteggio -lt 5) { $stErrorCodeSamples[$ec] += $hostname } } if ($hKI) { $c.WithKnownIssues++; $cBatches["known_issues"]. Add((Get-SlimDevice $device)) $ki = if (-not [string]::IsNullOrEmpty($device. SkipReasonKnownIssue)) { $device. SkipReasonKnownIssue } else { $device. KnownIssueId } if (-not $stKnownIssueCounts.ContainsKey($ki)) { $stKnownIssueCounts[$ki] = 0 }; $stKnownIssueCounts[$ki]++ } if ($mKEK) { $c.WithMissingKEK++; $cBatches["missing_kek"]. Add((Get-SlimDevice $device)) } if (-not $isUpd -and ($tskDis -or (Test-ConfidenceLevel $conf 'TemporarilyPaused'))) { $c.TempFailures+++; $cBatches["temp_failures"]. Add((Get-SlimDevice $device)) } if (-not $isUpd -and ((Test-ConfidenceLevel $conf 'NotSupported') -or ($tskNF -and $hasErr))) { $c.PermFailures+++; $cBatches["perm_failures"]. Add((Get-SlimDevice $device)) } if ($e 1801 -gt 0 -and $e 1808 -eq 0 -and -not $hasErr -and $rStat -eq "InRst") { $c.RolloutIn Alt++; $cBatches["rollout_inprogress"]. Add((Get-SlimDevice $device)) } if ($e 1801 -gt 0 -and $e 1808 -eq 0 -and -not $hasErr -and $rStat -ne "In Progress") { $c.NotYetInitiated++ } if ($rStat -eq "In Crit" -and $e 1808 -eq 0) { $c.In Crit++ } # Aggiornamento in sospeso: criteri o WinCS applicati, stato in sospeso, ATTIVATO SB, attività non disabilitata if ($isUpdatePending) { $c.UpdatePending++; $cBatches["update_pending"]. Add((Get-SlimDevice $device)) } if (-$isUpd -and $sbOn) { $cBatches["not_updated"]. Add((Get-SlimDevice $device)) } # In Dispositivi di osservazione (separati dall'azione richiesta) if (-not $isUpd -and (Test-ConfidenceLevel $conf 'UnderObservation')) { $cBatches["under_observation"]. Add((Get-SlimDevice $device)) } # Azione richiesta: non aggiornato, SB ATTIVATO, non corrispondente ad altre categorie di confidenza, non aggiornamento in sospeso if (-not $isUpd -and $sbOn -and -not $isUpdatePending -and -not (Test-ConfidenceLevel $conf 'HighConfidence') -and -not (Test-ConfidenceLevel $conf 'UnderObservation') -and -not (Test-ConfidenceLevel $conf 'TemporarilyPaused') -and -not (Test-ConfidenceLevel $conf 'NotSupported')) { $cBatches["action_required"]. Add((Get-SlimDevice $device)) } if (-not $stMfrCounts.ContainsKey($mfr)) { $stMfrCounts[$mfr] = @{ Total=0; Updated=0; UpdatePending=0; HighConf=0; UnderObs=0; ActionReq=0; TempPaused=0; NotSupported=0; SBOff=0; WithErrors=0 } } $stMfrCounts[$mfr]. Totale++ if ($isUpd) { $stMfrCounts[$mfr]. Aggiornato++ } elseif (-not $sbOn) { $stMfrCounts[$mfr]. SBOff++ } elseif ($isUpdatePending) { $stMfrCounts[$mfr]. UpdatePending++ } elseif (Test-ConfidenceLevel $conf "HighConfidence") { $stMfrCounts[$mfr]. HighConf++ } elseif (Test-ConfidenceLevel $conf "UnderObservation") { $stMfrCounts[$mfr]. UnderObs++ } elseif (Test-ConfidenceLevel $conf "TemporarilyPaused") { $stMfrCounts[$mfr]. TempPaused++ } elseif (Test-ConfidenceLevel $conf "NotSupported") { $stMfrCounts[$mfr]. NotSupported++ } else { $stMfrCounts[$mfr]. ActionReq++ } if ($hasErr) { $stMfrCounts[$mfr]. WithErrors++ } # Tieni traccia di tutti i dispositivi per contenitore (incluso BucketId vuoto) $bucketKey = if ($bid -and $bid -ne "") { $bid } else { "(empty)" } if (-not $stAllBuckets.ContainsKey($bucketKey)) { $stAllBuckets[$bucketKey] = @{ Count=0; Updated=0; Manufacturer=$mfr; Model=""; BIOS="" } se ($device. PSObject.Properties['WMI_Model']) { $stAllBuckets[$bucketKey]. Modello = $device. WMI_Model } se ($device. PSObject.Properties['BIOSDescription']) { $stAllBuckets[$bucketKey]. BIOS = $device. BIOSDescription } } $stAllBuckets[$bucketKey]. Conta++ if ($isUpd) { $stAllBuckets[$bucketKey]. Aggiornato++ } } # Scarica batch su disco foreach ($df in $stDeviceFiles) { Flush-DeviceBatch -StreamName $df -Batch $cBatches[$df] } $rawDevices = $null; $cBatches = $null; [System.GC]::Collect() $cSw.Stop() $cTime = [Math]::Round($cSw.Elapsed.TotalSeconds, 1) $cRem = $stTotalChunks - $ci - 1 $cEta = if ($cRem -gt 0) { " | ETA: ~$([Math]::Round($cRem * $cSw.Elapsed.TotalSeconds / 60, 1)) min" } else { "" } $cMem = [math]::Round([System.GC]::GetTotalMemory($false) / 1MB, 0) if ($cMem -gt $stPeakMemMB) { $stPeakMemMB = $cMem } Write-Host " +$cNew nuovi, $cDupe duplicati, ${cTime}s | Mem: ${cMem}MB$cEta" -ForegroundColor Green } # Finalizzare matrici JSON foreach ($dfName in $stDeviceFiles) { [System.IO.File]::AppendAllText($stDeviceFilePaths[$dfName], "'n]", [System.Text.Encoding]::UTF8) Write-Host " $dfName.json: $($stDeviceFileCounts[$dfName]) devices" -ForegroundColor DarkGray } # Compute derived stats $stAtRisk = 0; $stSafeList = 0 foreach ($bid in $stAllBuckets.Keys) { $b = $stAllBuckets[$bid]; $nu = $b.Count - $b.Updated if ($stFailedBuckets.Contains($bid)) { $stAtRisk += $nu } elseif ($stSuccessBuckets.Contains($bid)) { $stSafeList += $nu } } $stAtRisk = [matematica]::Max(0, $stAtRisk - $c.ConErrori) # NotUptodate = count from not_updated batch (devices with SB ON and not updated) $stNotUptodate = $stDeviceFileCounts["not_updated"] $stats = [ordered]@{ ReportGeneratedAt = (Get-Date). ToString("yyyy-MM-dd HH:mm:ss") TotalDevices = $c.Total; SecureBootEnabled = $c.SBEnabled; SecureBootOFF = $c.SBOff Updated = $c.Updated; HighConfidence = $c.HighConf; UnderObservation = $c.UnderObs ActionRequired = $c.ActionReq; TemporarilyPaused = $c.TempPaused; NotSupported = $c.NotSupported NoConfidenceData = $c.NoConfData; TaskDisabled = $c.TaskDisabled; TaskNotFound = $c.TaskNotFound TaskDisabledNotUpdated = $c.TaskDisabledNotUpdated CertificatesUpdated = $c.Updated; NotUptodate = $stNotUptodate; FullyUpdated = $c.Updated UpdatesPending = $stNotUptodate; UpdatesComplete = $c.Updated WithErrors = $c.WithErrors; In Progress = $c.In Progress; NotYetInitiated = $c.NotYetInitiated RolloutInNnett = $c.RolloutIn Rollout; WithKnownIssues = $c.WithKnownIssues WithMissingKEK = $c.WithMissingKEK; TemporaryFailures = $c.TempFailures; PermanentFailures = $c.PermFailures NeedsReboot = $c.NeedsReboot; UpdatePending = $c.UpdatePending AtRiskDevices = $stAtRisk; SafeListDevices = $stSafeList PercentWithErrors = if ($c.Total -gt 0) { [math]::Round(($c.WithErrors/$c.Total)*100,2) } else { 0 } PercentAtRisk = if ($c.Total -gt 0) { [math]::Round(($stAtRisk/$c.Total)*100,2) } else { 0 } PercentSafeList = if ($c.Total -gt 0) { [math]::Round(($stSafeList/$c.Total)*100,2) } else { 0 } PercentHighConfidence = if ($c.Total -gt 0) { [math]::Round(($c.HighConf/$c.Total)*100,1) } else { 0 } PercentCertUpdated = if ($c.Total -gt 0) { [math]::Round(($c.Updated/$c.Total)*100,1) } else { 0 } PercentActionRequired = if ($c.Total -gt 0) { [math]::Round(($c.ActionReq/$c.Total)*100,1) } else { 0 } PercentNotUptodate = if ($c.Total -gt 0) { [math]::Round($stNotUptodate/$c.Total*100,1) } else { 0 } PercentFullyUpdated = if ($c.Total -gt 0) { [math]::Round(($c.Updated/$c.Total)*100,1) } else { 0 } UniqueBuckets = $stAllBuckets.Count; PeakMemoryMB = $stPeakMemMB; ProcessingMode = "Streaming" } # Scrittura CSV [PSCustomObject]$stats | Export-Csv -Path (Join-Path $OutputPath "SecureBoot_Summary_$timestamp.csv") -NoTypeInformation -Encoding UTF8 $stMfrCounts.GetEnumerator() | Sort-Object { $_. Value.Total } -Decrescente | ForEach-Object { [PSCustomObject]@{ Manufacturer=$_. Chiave; Count=$_. Value.Total; Updated=$_. Value.Updated; HighConfidence=$_. Value.HighConf; ActionRequired=$_. Value.ActionReq } } | Export-Csv -Path (Join-Path $OutputPath "SecureBoot_ByManufacturer_$timestamp.csv") -NoTypeInformation -Encoding UTF8 $stErrorCodeCounts.GetEnumerator() | valore Sort-Object -Decrescente | ForEach-Object { [PSCustomObject]@{ ErrorCode=$_. Chiave; Count=$_. Valore; SampleDevices=($stErrorCodeSamples[$_. Chiave] -join ", ") } } | Export-Csv -Path (Join-Path $OutputPath "SecureBoot_ErrorCodes_$timestamp.csv") -NoTypeInformation -Encoding UTF8 $stAllBuckets.GetEnumerator() | Sort-Object { $_. Value.Count } -Descending | ForEach-Object { [PSCustomObject]@{ BucketId=$_. Chiave; Count=$_. Value.Count; Updated=$_. Value.Updated; NotUpdated=$_. Valore.Conteggio-$_. Value.Updated; Manufacturer=$_. Value.Manufacturer } } | Export-Csv -Path (Join-Path $OutputPath "SecureBoot_UniqueBuckets_$timestamp.csv") -NoTypeInformation -Encoding UTF8 # Genera CSV compatibili con orchestrazione (nomi file previsti per Start-SecureBootRolloutOrchestrator.ps1) $notUpdatedJsonPath = Join-Path $dataDir "not_updated.json" if (Test-Path $notUpdatedJsonPath) { prova { $nuData = Get-Content $notUpdatedJsonPath -Raw | ConvertFrom-Json if ($nuData.Count -gt 0) { # Csv notUptodate - cerca *NotUptodate*.csv $nuData | Export-Csv -Path (Join-Path $OutputPath "SecureBoot_NotUptodate_$timestamp.csv") -NoTypeInformation -Encoding UTF8 Write-Host " CSV dell'agente di orchestrazione: SecureBoot_NotUptodate_$timestamp.csv (dispositivi $($nuData.Count)" -ForegroundColor Gray } } cattura { } } # Scrittura di dati JSON per il dashboard $stats | ConvertTo-Json -Profondità 3 | Set-Content (Join-Path $dataDir "summary.json") - Codifica UTF8 # TRACCIAMENTO STORICO: salvare il punto dati per il grafico di tendenza # Usare una posizione cache stabile in modo che i dati di tendenza persistono nelle cartelle di aggregazione con timestamp. # Se OutputPath ha l'aspetto di "...\Aggregation_yyyyMMdd_HHmmss", la cache viene inserita nella cartella padre.# In caso contrario, la cache viene memorizzata all'interno di OutputPath stesso.$parentDir = Split-Path $OutputPath -Parent $leafName = Split-Path $OutputPath -Leaf if ($leafName -match '^Aggregation_\d{8}' -or $leafName -eq 'Aggregation_Current') { # Cartella con timestamp creata dall'agente di orchestrazione: usare l'elemento padre per la cache stabile $historyPath = Join-Path $parentDir ".cache\trend_history.json" } else { $historyPath = Join-Path $OutputPath ".cache\trend_history.json" } $historyDir = Split-Path $historyPath -Parent if (-not (Test-Path $historyDir)) { New-Item -ItemType Directory -Path $historyDir -Force | Out-Null } $historyData = @() if (test-path $historyPath) { prova { $historyData = @(Get-Content $historyPath -RAW | ConvertFrom-Json) } catch { $historyData = @() } } # Controlla anche all'interno di OutputPath\.cache\ (percorso legacy delle versioni precedenti) # Unisci gli eventuali punti dati non già presenti nella cronologia principale if ($leafName -eq 'Aggregation_Current' -o $leafName -match '^Aggregation_\d{8}') { $innerHistoryPath = Join-Path $OutputPath ".cache\trend_history.json" if ((Test-Path $innerHistoryPath) -and $innerHistoryPath -ne $historyPath) { prova { $innerData = @(Get-Content $innerHistoryPath -RAW | ConvertFrom-Json) $existingDates = @($historyData | ForEach-Object { $_. Data }) foreach ($entry in $innerData) { se ($entry. Data e $entry. Date -notin $existingDates) { $historyData += $entry } } if ($innerData.Count -gt 0) { Write-Host " Dati $($innerData.Count) uniti dalla cache interna" -ForegroundColor DarkGray } } cattura { } } }
# BOOTSTRAP: Se la cronologia delle tendenze è vuota/sparse, ricostruire dai dati storici if ($historyData.Count -lt 2 -and ($leafName -match '^Aggregation_\d{8}' -or $leafName -eq 'Aggregation_Current')) { Write-Host " Bootstrapping trend history from historical data..." -ForegroundColor Yellow $dailyData = @{} # Source 1: Summary CSVs inside current folder (Aggregation_Current keeps all Summary CSVs) $localSummaries = Get-ChildItem $OutputPath -Filter "SecureBoot_Summary_*.csv" -EA SilentlyContinue | nome Sort-Object foreach ($summCsv in $localSummaries) { prova { $summ = Import-Csv $summCsv.FullName | Select-Object -Primo 1 se ($summ. TotalDevices -and [int]$summ. TotalDevices -gt 0 -e $summ. ReportGeneratedAt) { $dateStr = ([datetime]$summ. ReportGeneratedAt). ToString("aaaa-MM-gg") $updated = if ($summ. Aggiornato) { [int]$summ. Aggiornato } else { 0 } $notUpd = if ($summ. NotUptodate) { [int]$summ. NotUptodate } else { [int]$summ. TotalDevices - $updated } $dailyData[$dateStr] = [PSCustomObject]@{ Date = $dateStr; Total = [int]$summ. TotalDevices; Updated = $updated; NotUpdated = $notUpd NeedsReboot = 0; Errori = 0; ActionRequired = if ($summ. ActionRequired) { [int]$summ. ActionRequired } else { 0 } } } } cattura { } } # Origine 2: vecchie cartelle Aggregation_* con timestamp (legacy, se esistono ancora) $aggFolders = Get-ChildItem $parentDir -Directory -Filter "Aggregation_*" -EA SilentlyContinue | Where-Object { $_. Name -match '^Aggregation_\d{8}' } | nome Sort-Object foreach ($folder in $aggFolders) { $summCsv = Get-ChildItem $folder. FullName -Filter "SecureBoot_Summary_*.csv" -EA SilentlyContinue | Select-Object -Primo 1 if ($summCsv) { prova { $summ = Import-Csv $summCsv.FullName | Select-Object -First 1 se ($summ. TotalDevices -and [int]$summ. TotalDevices -gt 0) { $dateStr = $folder. Name -replace '^Aggregation_(\d{4})(\d{2})(\d{2})_.*', '$1-$2-$3' $updated = if ($summ. Aggiornato) { [int]$summ. Aggiornato } else { 0 } $notUpd = if ($summ. NotUptodate) { [int]$summ. NotUptodate } else { [int]$summ. TotalDevices - $updated } $dailyData[$dateStr] = [PSCustomObject]@{ Date = $dateStr; Total = [int]$summ. TotalDevices; Updated = $updated; NotUpdated = $notUpd NeedsReboot = 0; Errori = 0; ActionRequired = if ($summ. ActionRequired) { [int]$summ. ActionRequired } else { 0 } } } } cattura { } } } # Fonte 3: RolloutState.json WaveHistory (ha timestamp per onda del giorno 1) # Fornisce punti dati di base anche quando non esistono cartelle di aggregazione precedenti $rolloutStatePaths = @( (Join-Path $parentDir "RolloutState\RolloutState.json"), (Join-Path $OutputPath "RolloutState\RolloutState.json") ) foreach ($rsPath in $rolloutStatePaths) { if (Test-Path $rsPath) { prova { $rsData = Get-Content $rsPath -Raw | ConvertFrom-Json if ($rsData.WaveHistory) { # Utilizzare le date di inizio onda come punti dati di tendenza # Calcola i dispositivi cumulativi mirati a ogni onda $cumulativeTargeted = 0 foreach ($wave in $rsData.WaveHistory) { se ($wave. StartedAt -and $wave. DeviceCount) { $waveDate = ([datetime]$wave. StartedAt). ToString("aaaa-MM-gg") $cumulativeTargeted += [int]$wave. DeviceCount if (-not $dailyData.ContainsKey($waveDate)) { # Approssimativo: all'ora di inizio delle onde, sono stati aggiornati solo i dispositivi delle onde precedenti $dailyData[$waveDate] = [PSCustomObject]@{ Date = $waveDate; Totale = $c.Totale; Updated = [math]::Max(0, $cumulativeTargeted - [int]$wave. DeviceCount) NotUpdated = $c.Total - [math]::Max(0, $cumulativeTargeted - [int]$wave. DeviceCount) NeedsReboot = 0; Errori = 0; ActionRequired = 0 } } } } } } cattura { } break # Use first found } }
if ($dailyData.Count -gt 0) { $historyData = @($dailyData.GetEnumerator() | chiave di Sort-Object | ForEach-Object { $_. Valore }) Write-Host " Bootstrapped $($historyData.Count) data points from historical summaries" -ForegroundColor Green } }
# Aggiungere il punto dati corrente (deduplicazione per giorno- mantieni l'ultimo al giorno) $todayKey = (Get-Date). ToString("aaaa-MM-gg") $existingToday = $historyData | Where-Object { "$($_. Date)" -like "$todayKey*" } if ($existingToday) { # Sostituisci la voce corrente $historyData = @($historyData | Where-Object { "$($_. Date)" -notlike "$todayKey*" }) } $historyData += [PSCustomObject]@{ Date = $todayKey Totale = $c.Totale Updated = $c.Updated NotUpdated = $stNotUptodate NeedsReboot = $c.NeedsReboot Errors = $c.WithErrors ActionRequired = $c.ActionReq } # Rimuovi punti dati non validi (0 in totale) e mantieni gli ultimi 90 $historyData = @($historyData | Where-Object { [int]$_. Totale -gt 0 }) # Nessun limite — i dati di tendenza sono circa 100 byte/entrata, un anno completo = ~36 KB $historyData | ConvertTo-Json -Profondità 3 | Set-Content $historyPath -Codifica UTF8 Write-Host " Cronologia tendenza: $($historyData.Count) punti dati" -ForegroundColor DarkGray # Creare dati del grafico di tendenza per HTML $trendLabels = ($historyData | ForEach-Object { "'$($_. Date)'" }) -join "," $trendUpdated = ($historyData | ForEach-Object { $_. Aggiornato }) -join "," $trendNotUpdated = ($historyData | ForEach-Object { $_. NotUpdated }) -join "," $trendTotal = ($historyData | ForEach-Object { $_. Total }) -join "," # Proiezione: estendere la linea di tendenza utilizzando il raddoppiamento esponenziale (2,4,8,16...) # Deriva la dimensione dell'onda e il periodo di osservazione dai dati della cronologia delle tendenze effettive.# - Dimensione onda = il più grande aumento di un singolo periodo registrato nella storia (l'onda più recente distribuita) # - Giorni di osservazione = giorni medi di calendario tra i punti dati di tendenza (frequenza di esecuzione) # Quindi raddoppia le dimensioni dell'onda ogni periodo, abbinando la strategia di crescita 2x dell'orchestratore.$projLabels = ""; $projUpdated = ""; $projNotUpdated = ""; $hasProjection = $false if ($historyData.Count -ge 2) { $lastUpdated = $c.Aggiornato $remaining = $stNotUptodate # Solo dispositivi SB-ON non aggiornati (escluso SecureBoot OFF) $projDates = @(); $projValues = @(); $projNotUpdValues = @() $projDate = Get-Date
# Derivare le dimensioni delle onde e il periodo di osservazione dalla cronologia delle tendenze $increments = @() $dayGaps = @() for ($hi = 1; $hi -lt $historyData.Count; $hi++) { $inc = $historyData[$hi]. Aggiornato - $historyData[$hi-1]. Aggiornato if ($inc -gt 0) { $increments += $inc } prova { $d 1 = [datetime]::P arse($historyData[$hi-1]. Data) $d 2 = [datetime]::P arse($historyData[$hi]. Data) $gap = ($d 2 - $d 1). TotalDays if ($gap -gt 0) { $dayGaps += $gap } } cattura {} } # Dimensione onda = incremento positivo più recente (onda corrente), fallback alla media, minimo 2 $waveSize = if ($increments. Count -gt 0) { [matematica]::Max(2, $increments[-1]) } altro { 2 } # Periodo di osservazione = distanza media tra i punti dati (giorni del calendario per onda), minimo 1 $waveDays = if ($dayGaps.Count -gt 0) { [math]::Max(1, [math]::Round(($dayGaps | Measure-Object -Average). Media, 0)) } altro { 1 }
Write-Host " Proiezione: waveSize=$waveSize (dall'ultimo incremento), waveDays=$waveDays (avg gap from history)" -ForegroundColor DarkGray
$dayCounter = 0 # Proietta fino a quando tutti i dispositivi non vengono aggiornati o fino a 365 giorni al massimo for ($pi = 1; $pi -le 365; $pi++) { $projDate = $projDate.AddDays(1) $dayCounter++ # A ogni confine del periodo di osservazione, distribuisci un'onda poi raddoppia if ($dayCounter -ge $waveDays) { $devicesThisWave = [matematica]::Min($waveSize, $remaining) $devicesThisWave $lastUpdated += $devicesThisWave $remaining -= if ($lastUpdated -gt ($c.Aggiornato + $stNotUptodate)) { $lastUpdated = $c.Aggiornato + $stNotUptodate; $remaining = 0 } # Dimensioni della doppia onda per il periodo successivo (strategia 2x dell'orchestrazione) $waveSize = $waveSize * 2 $dayCounter = 0 } $projDates += "'$($projDate.ToString("yyyy-MM-dd"))'" $projValues += $lastUpdated $projNotUpdValues += [matematica]::Max(0, $remaining) if ($remaining -le 0) { break } } $projLabels = $projDates -join "," $projUpdated = $projValues -join "," $projNotUpdated = $projNotUpdValues -join "," $hasProjection = $projDates.Count -gt 0 } elseif ($historyData.Count -eq 1) { Write-Host " Proiezione: è necessario almeno 2 punti dati di tendenza per derivare l'intervallo tra le onde" -ForegroundColor DarkGray } # Creare stringhe di dati del grafico combinate per la stringa qui $allChartLabels = if ($hasProjection) { "$trendLabels,$projLabels" } else { $trendLabels } $projDataJS = if ($hasProjection) { $projUpdated } else { "" } $projNotUpdJS = if ($hasProjection) { $projNotUpdated } else { "" } $histCount = ($historyData | Misura-Oggetto). Conteggio $stMfrCounts.GetEnumerator() | Sort-Object { $_. Value.Total } -Decrescente | ForEach-Object { @{ name=$_. Chiave; total=$_. Value.Total; updated=$_. Value.Updated; highConf=$_. Value.HighConf; actionReq=$_. Value.ActionReq } } | ConvertTo-Json -Profondità 3 | Set-Content (Join-Path $dataDir "manufacturers.json") - Codifica UTF8 # Converti i file di dati JSON in CSV per i download di Excel leggibili dall'uomo Write-Host "Conversione dei dati del dispositivo in CSV per il download di Excel..." -ForegroundColor Gray foreach ($dfName in $stDeviceFiles) { $jsonFile = Join-Path $dataDir "$dfName.json" $csvFile = Join-Path $OutputPath "timestamp.csv SecureBoot_${dfName}_$" if (Test-Path $jsonFile) { prova { $jsonData = Get-Content $jsonFile -Raw | ConvertFrom-Json if ($jsonData.Count -gt 0) { # Include colonne aggiuntive per update_pending CSV $selectProps = if ($dfName -eq "update_pending") { @('HostName', 'WMI_Manufacturer', 'WMI_Model', 'BucketId', 'ConfidenceLevel', 'IsUpdated', 'UEFICA2023Status', 'UEFICA2023Error', 'AvailableUpdatesPolicy', 'WinCSKeyApplied', 'SecureBootTaskStatus') } else { @('HostName', 'WMI_Manufacturer', 'WMI_Model', 'BucketId', 'ConfidenceLevel', 'IsUpdated', 'UEFICA2023Error', 'SecureBootTaskStatus', 'KnownIssueId', 'SkipReasonKnownIssue') } $jsonData | Select-Object $selectProps | Export-Csv -Path $csvFile -NoTypeInformation -Encoding UTF8 Write-Host " $dfName -> $($jsonData.Count) righe -> CSV" -ForegroundColor DarkGray } } cattura { Write-Host " $dfName - ignorato" -ForegroundColor DarkYellow } } } # Genera dashboard HTML autonomo $htmlPath = Join-Path $OutputPath "timestamp.html SecureBoot_Dashboard_$" Write-Host "Generazione di dashboard HTML autonomo..." -ForegroundColor Yellow # PROIEZIONE VELOCITÀ: calcola dalla cronologia di scansione o dal riepilogo precedente $stDeadline = [datetime]"2026-06-24" # KEK certexpiry $stDaysToDeadline = [matematica]::Max(0, ($stDeadline - (Ottieni-Data)). Giorni) $stDevicesPerDay = 0 $stProjectedDate = $null $stVelocitySource = "N/D" $stWorkingDays = 0 $stCalendarDays = 0 # Prova prima la cronologia delle tendenze (leggera, già mantenuta dall'aggregatore e sostituisce ScanHistory.json) if ($historyData.Count -ge 2) { $validHistory = @($historyData | Where-Object { [int]$_. Totale -gt 0 -e [int]$_. Aggiornato -ge 0 }) if ($validHistory.Count -ge 2) { $prev = $validHistory[-2]; $curr = $validHistory[-1] $prevDate = [datetime]::P arse($prev. Date.Substring(0, [Math]::Min(10, $prev. Date.Length))) $currDate = [datetime]::P arse($curr. Date.Substring(0, [Math]::Min(10, $curr. Date.Length))) $daysDiff = ($currDate - $prevDate). TotalDays if ($daysDiff -gt 0) { $updDiff = [int]$curr. Aggiornato - [int]$prev. Aggiornato if ($updDiff -gt 0) { $stDevicesPerDay = [math]::Round($updDiff / $daysDiff, 0) $stVelocitySource = "TrendHistory" } } } } # Prova il riepilogo dell'implementazione dell'agente di orchestrazione (con velocità pre-calcolata) if ($stVelocitySource -eq "N/D" -and $RolloutSummaryPath -and (Test-Path $RolloutSummaryPath)) { prova { $rolloutSummary = Get-Content $RolloutSummaryPath -Raw | ConvertFrom-Json if ($rolloutSummary.DevicesPerDay -and [double]$rolloutSummary.DevicesPerDay -gt 0) { $stDevicesPerDay = [math]::Round([double]$rolloutSummary.DevicesPerDay, 1) $stVelocitySource = "Orchestratore" if ($rolloutSummary.ProjectedCompletionDate) { $stProjectedDate = $rolloutSummary.ProjectedCompletionDate } if ($rolloutSummary.WorkingDaysRemaining) { $stWorkingDays = [int]$rolloutSummary.WorkingDaysRemaining } if ($rolloutSummary.CalendarDaysRemaining) { $stCalendarDays = [int]$rolloutSummary.CalendarDaysRemaining } } } cattura { } } # Fallback: prova il csv di riepilogo precedente (cerca nella cartella corrente E nelle cartelle di aggregazione padre/pari) if ($stVelocitySource -eq "N/D") { $searchPaths = @( (Join-Path $OutputPath "SecureBoot_Summary_*.csv") ) # Cerca anche cartelle di aggregazione di pari livello (l'agente di orchestrazione crea una nuova cartella a ogni esecuzione) $parentPath = Split-Path $OutputPath -Parent if ($parentPath) { $searchPaths += (Percorso join $parentPath "Aggregation_*\SecureBoot_Summary_*.csv") $searchPaths += (percorso di join $parentPath "SecureBoot_Summary_*.csv") } $prevSummary = $searchPaths | ForEach-Object { Get-ChildItem $_ -EA SilentlyContinue } | Sort-Object LastWriteTime -Descending | Select-Object -First 1 if ($prevSummary) { prova { $prevStats = Get-Content $prevSummary.FullName | ConvertFrom-Csv $prevDate = [datetime]$prevStats.ReportGeneratedAt $daysSinceLast = ((Get-Date) - $prevDate). TotalDays if ($daysSinceLast -gt 0,01) { $prevUpdated = [int]$prevStats.Updated $updDelta = $c.Aggiornato - $prevUpdated if ($updDelta -gt 0) { $stDevicesPerDay = [math]::Round($updDelta / $daysSinceLast, 0) $stVelocitySource = "PreviousReport" } } } cattura { } } } # Fallback: calcola la velocità dalla durata completa della cronologia delle tendenze (primo vs ultimo punto dati) if ($stVelocitySource -eq "N/D" -and $historyData.Count -ge 2) { $validHistory = @($historyData | Where-Object { [int]$_. Totale -gt 0 -e [int]$_. Aggiornato -ge 0 }) if ($validHistory.Count -ge 2) { $first = $validHistory[0] $last = $validHistory[-1] $firstDate = [datetime]::P arse($first. Date.Substring(0, [Math]::Min(10, $first. Date.Length))) $lastDate = [datetime]::P arse($last. Date.Substring(0, [Math]::Min(10, $last. Date.Length))) $daysDiff = ($lastDate - $firstDate). TotalDays if ($daysDiff -gt 0) { $updDiff = [int]$last. Aggiornato - [int]$first. Aggiornato if ($updDiff -gt 0) { $stDevicesPerDay = [math]::Round($updDiff / $daysDiff, 1) $stVelocitySource = "TrendHistory" } } } } # Calcolare la proiezione utilizzando il raddoppiamento esponenziale (coerente con il grafico di tendenza) # Riutilizzare i dati di proiezione già calcolati per il grafico, se disponibili if ($hasProjection -and $projDates.Count -gt 0) { # Usa l'ultima data prevista (quando tutti i dispositivi vengono aggiornati) $lastProjDateStr = $projDates[-1] -replace "'", "" $stProjectedDate = ([datetime]::P arse($lastProjDateStr)). ToString("MMM dd, yyyy") $stCalendarDays = ([datetime]::P arse($lastProjDateStr) - (Get-Date)). Giorni $stWorkingDays = 0 $d = Get-Date for ($i = 0; $i -lt $stCalendarDays; $i++) { $d = $d.AddDays(1) if ($d.DayOfWeek -ne 'Saturday' -and $d.DayOfWeek -ne 'Sunday') { $stWorkingDays++ } } } elseif ($stDevicesPerDay -gt 0 -e $stNotUptodate -gt 0) { # Fallback: proiezione lineare se non sono disponibili dati esponenziali $daysNeeded = [matematica]::Soffitto($stNotUptodate / $stDevicesPerDay) $stProjectedDate = (Get-Date). AddDays($daysNeeded). ToString("MMM dd, yyyy") $stWorkingDays = 0; $stCalendarDays = $daysNeeded $d = Get-Date for ($i = 0; $i -lt $daysNeeded; $i++) { $d = $d.AddDays(1) if ($d.DayOfWeek -ne 'Saturday' -and $d.DayOfWeek -ne 'Sunday') { $stWorkingDays++ } } } # Velocità di compilazione HTML $velocityHtml = if ($stDevicesPerDay -gt 0) { "<div><forte>🚀 Devices/Day:</strong> $($stDevicesPerDay.ToString('N0')) (source: $stVelocitySource)</div>" + "<div><forte>📅 Completamento previsto:</strong> $stProjectedDate" + $(if ($stProjectedDate -and [datetime]::P arse($stProjectedDate) -gt $stDeadline) { " <span style='color:#dc3545; font-weight:bold'>⚠ PAST DEADLINE</span>" } else { " <span style='color:#28a745'>✓ Before deadline</span>" }) + "</div>" + "<div><forte>🕐 Giorni lavorativi:</strong> $stWorkingDays | <giorni di>Calendar forti:</strong> $stCalendarDays</div>" + "<div style='font-size:.8em; colore:#888'>Scadenza: 24 giugno 2026 (scadenza certificato KEK) | Giorni rimanenti: $stDaysToDeadline</div>" } else { "<div style='padding:8px; sfondo:#fff3cd; border-radius:4px; bordo-sinistra:3px #ffc107'>" + "<forte>📅 Completamento previsto:</strong> dati insufficienti per il calcolo della velocità. " + "Esegui l'aggregazione almeno due volte con modifiche dei dati per stabilire una tariffa.<br/>" + "<forte>Scadenza:</strong> 24 giugno 2026 (scadenza certificato KEK) | <giorni di>rimanenti:</strong> $stDaysToDeadline</div>" } # Conto alla rovescia per la scadenza del certificato $certToday = Get-Date $certKekExpiry = [datetime]"2026-06-24" $certUefiExpiry = [datetime]"2026-06-27" $certPcaExpiry = [datetime]"2026-10-19" $daysToKek = [matematica]::Max(0; ($certKekExpiry - $certToday). Giorni) $daysToUefi = [matematica]::Max(0, ($certUefiExpiry - $certToday). Giorni) $daysToPca = [matematica]::Max(0, ($certPcaExpiry - $certToday). Giorni) $certUrgency = if ($daysToKek -lt 30) { '#dc3545' } elseif ($daysToKek -lt 90) { '#fd7e14' } else { '#28a745' } # Helper: leggi i record da JSON, riepilogo del bucket di compilazione + prime N righe dispositivo $maxInlineRows = 200 funzione Build-InlineTable { param([string]$JsonPath, [int]$MaxRows = 200, [string]$CsvFileName = "") $bucketSummary = "" $deviceRows = "" $totalCount = 0 if (Test-Path $JsonPath) { prova { $data = Get-Content $JsonPath -Raw | ConvertFrom-Json $totalCount = $data. Conteggio # BUCKET SUMMARY: Group by BucketId, show counts per bucket with Updated from global bucket stats if ($totalCount -gt 0) { $buckets = $data | Group-Object BucketId | Sort-Object -Decrescente $bucketSummary = "><2 h3 style='font-size:.95em; colore:#333; margin:10px 0 5px'><3 By Hardware Bucket ($($buckets. Count) bucket)><4 /h3>" $bucketSummary += "><6 div style='max-height:300px; overflow-y:auto; margin-bottom:15px'><table><thead><tr><th><5 BucketID><6 /th><th style='text-align:right'>Total</th><th style='text-align:right; color:#28a745'>Aggiornato</th><th style='text-align:right; colore:#dc3545 >non aggiornato</th><><1 produttore><2 /th></tr></thead><>" foreach ($b in $buckets) { $bid = if ($b.Name) { $b.Name } else { "(empty)" } $mfr = ($b.Gruppo | Select-Object -Primo 1). WMI_Manufacturer # Ottieni numero aggiornato dalle statistiche dei bucket globali (tutti i dispositivi in questo bucket nell'intero set di dati) $lookupKey = $bid $globalBucket = if ($stAllBuckets.ContainsKey($lookupKey)) { $stAllBuckets[$lookupKey] } else { $null } $bUpdatedGlobal = if ($globalBucket) { $globalBucket.Updated } else { 0 } $bTotalGlobal = if ($globalBucket) { $globalBucket.Count } else { $b.Count } $bNotUpdatedGlobal = $bTotalGlobal - $bUpdatedGlobal $bucketSummary += "<tr><td style='font-size:.8em'>$bid><4 /td><td style='text-align:right; font-weight:bold'>$bTotalGlobal><8 /td><td style='text-align:right; colore:#28a745; font-weight:bold'>$bUpdatedGlobal><2 /td><td style='text-align:right; colore:#dc3545; font-weight:bold'>$bNotUpdatedGlobal><6 /td><td><9 $mfr</td></tr>'n" } $bucketSummary += "</tbody></table></div>" } # DEVICE DETAIL: Prime N righe come elenco piatto $slice = $data | Select-Object -First $MaxRows foreach ($d in $slice) { $conf = $d.ConfidenceLevel $confBadge = if ($conf -match "High") { '<span class="badge badge-success">High Conf><2 /span>' } elseif ($conf -match "Not Sup") { '<span class="badge badge-danger">Non supportato><6 /span>' } elseif ($conf -match "Under") { '<span class="badge-info">In Obs><0 /span>' } elseif ($conf -match "Sospeso") { '<span class="badge-warning">Sospeso><4 /span>' } else { '<span class="badge badge-warning">Action Req><8 /span>' } $statusBadge = if ($d.IsUpdated) { '><00 span class="badge badge-success"><01 Aggiornato</span>' } elseif ($d.UEFICA2023Error) { '><04 span class="badge badge-danger"><05 Errore</span>' } else { '><08 span class="badge badge-warning"><09 In sospeso><0 /span>' } $deviceRows += "><12 tr><td><5 $($d.HostName)><16 /td><td><9 $($d.WMI_Manufacturer)><20 /td><td><3 $($d.WMI_Model)><24 /td><td><7 $confBadge><8 /td><td><1 $statusBadge><2 /t><d><5 $(if($d.UEFICA2023Error){$d.UEFICA2023Error}else{'-'})><36 /td><td style='font-size:.75em'><39 $($d.BucketId)><40 /td></tr><3 'n" } } cattura { } } if ($totalCount -eq 0) { restituire "><44 div style='padding:20px; colore:#888; font-style:corsivo'><45 Nessun dispositivo in questa categoria.><46 /div>" } $showing = [matematica]::Min($MaxRows, $totalCount) $header = "><48 div style='margin:5px 0; font-size:.85em; color:#666'><49 Total: $($totalCount.ToString("N0")) devices" if ($CsvFileName) { $header += " | ><50 a href='$CsvFileName' style='color:#1a237e; font-weight:bold'>📄 Scarica file CSV completi per Excel><3 /a>" } $header += "><55 /div>" $deviceHeader = "><57 h3 style='font-size:.95em; colore:#333; margin:10px 0 5px'><58 Device Details (showing first $showing)><59 /h3>" $deviceTable = "><61 div style='max-height:500px; overflow-y:auto'><tabella><thead><tr><th><0 HostName><1 /th><th><4 Manufacturer><5 /th><th><8 Model><9 /th><th><2 Confidence><3 /th><th><6 Status><7 /th><th><0 Error><1 /th><th><4 BucketId><5 /th></tr></thead><tbody><2 $deviceRows><3 /tbody></table></div>" return "$header$bucketSummary$deviceHeader$deviceTable" } # Crea tabelle inline dai file JSON già presenti sul disco, collegandoli a FILE CSV $tblErrors = Build-InlineTable -JsonPath (Join-Path $dataDir "errors.json") -MaxRows $maxInlineRows -CsvFileName "SecureBoot_errors_$timestamp.csv" $tblKI = Build-InlineTable -JsonPath (Join-Path $dataDir "known_issues.json") -MaxRows $maxInlineRows -CsvFileName "SecureBoot_known_issues_$timestamp.csv" $tblKEK = Build-InlineTable -JsonPath (Join-Path $dataDir "missing_kek.json") -MaxRows $maxInlineRows -CsvFileName "SecureBoot_missing_kek_$timestamp.csv" $tblNotUpd = Build-InlineTable -JsonPath (Join-Path $dataDir "not_updated.json") -MaxRows $maxInlineRows -CsvFileName "SecureBoot_not_updated_$timestamp.csv" $tblTaskDis = Build-InlineTable -JsonPath (Join-Path $dataDir "task_disabled.json") -MaxRows $maxInlineRows -CsvFileName "SecureBoot_task_disabled_$timestamp.csv" $tblTemp = Build-InlineTable -JsonPath (Join-Path $dataDir "temp_failures.json") -MaxRows $maxInlineRows -CsvFileName "SecureBoot_temp_failures_$timestamp.csv" $tblPerm = Build-InlineTable -JsonPath (Join-Path $dataDir "perm_failures.json") -MaxRows $maxInlineRows -CsvFileName "SecureBoot_perm_failures_$timestamp.csv" $tblUpdated = Build-InlineTable -JsonPath (Join-Path $dataDir "updated_devices.json") -MaxRows $maxInlineRows -CsvFileName "SecureBoot_updated_devices_$timestamp.csv" $tblActionReq = Build-InlineTable -JsonPath (Join-Path $dataDir "action_required.json") -MaxRows $maxInlineRows -CsvFileName "SecureBoot_action_required_$timestamp.csv" $tblUnderObs = Build-InlineTable -JsonPath (Join-Path $dataDir "under_observation.json") -MaxRows $maxInlineRows -CsvFileName "SecureBoot_under_observation_$timestamp.csv" $tblNeedsReboot = Build-InlineTable -JsonPath (Join-Path $dataDir "needs_reboot.json") -MaxRows $maxInlineRows -CsvFileName "SecureBoot_needs_reboot_$timestamp.csv" $tblSBOff = Build-InlineTable -JsonPath (Join-Path $dataDir "secureboot_off.json") -MaxRows $maxInlineRows -CsvFileName "SecureBoot_secureboot_off_$timestamp.csv" $tblRolloutIP = Build-InlineTable -JsonPath (Join-Path $dataDir "rollout_inprogress.json") -MaxRows $maxInlineRows -CsvFileName "SecureBoot_rollout_inprogress_$timestamp.csv" # Custom table for Update Pending — includes UEFICA2023Status and UEFICA2023Error columns $tblUpdatePending = "" $upJsonPath = Join-Path $dataDir "update_pending.json" if (Test-Path $upJsonPath) { prova { $upData = Get-Content $upJsonPath -Raw | ConvertFrom-Json $upCount = $upData.Count if ($upCount -gt 0) { $upHeader = "<div style='margin:5px 0; font-size:.85em; color:#666'>Totale: dispositivi $($upCount.ToString("N0")) | <a href='SecureBoot_update_pending_$timestamp.csv' style='color:#1a237e; font-weight:bold'>📄 Scaricare file CSV completi per Excel><4 /a></div>" $upRows = "" $upSlice = $upData | Select-Object -First $maxInlineRows foreach ($d in $upSlice) { $uefiSt = if ($d.UEFICA2023Status) { $d.UEFICA2023Status } else { '<span style="color:#999">null><0 /span>' } $uefiErr = if ($d.UEFICA2023Error) { "<span style='color:#dc3545'>$($d.UEFICA2023Error)</span>" } else { '-' } $policyVal = if ($d.AvailableUpdatesPolicy) { $d.AvailableUpdatesPolicy } else { '-' } $wincsVal = if ($d.WinCSKeyApplied) { '<span class="badge badge-success">Sì><8 /span>' } else { '-' } $upRows += "<tr><td><3 $($d.HostName)</td><td><7 $($d.WMI_Manufacturer)</td><td><1 $($d.WMI_Model)</td><t><5 $uefiSt><6 /td><td><9 $uefiErr><50 /td><td><53 $policyVal><54 /td><td><57 $wincsVal><58 /td><td style='font-size:.75em'>$($d.BucketId)</td></tr><65 'n" } $upShowing = [matematica]::Min($maxInlineRows, $upCount) $upDevHeader = "<h3 style='font-size:.95em; colore:#333; margin:10px 0 5px'>Device Details (showing first $upShowing)</h3>" $upTable = "<div style='max-height:500px; overflow-y:auto'><tabella><thead><tr><th><9 HostName><0 /th><th><3 Manufacturer><4 /th th><><7 Model><8 /th><><1 UEFICA2023Status><2 /th><><5 UEFICA2023Error><6 /th><th><9 Policy</th><>tasto WinCS</th><>BucketId</th></tr></thead><tbody><5 $upRows><6 /tbody></table></div>" $tblUpdatePending = "$upHeader$upDevHeader$upTable" } else { $tblUpdatePending = "<div style='padding:20px; colore:#888; font-style:corsivo'>Nessun dispositivo in questa categoria.</div>" } } catch { $tblUpdatePending = "<div style='padding:20px; colore:#888; font-style:corsivo'>Nessun dispositivo in questa categoria.</div>" } } else { $tblUpdatePending = "<div style='padding:20px; colore:#888; font-style:corsivo'>Nessun dispositivo in questa categoria.</div>" } # Conto alla rovescia per la scadenza del certificato $certToday = Get-Date $certKekExpiry = [datetime]"2026-06-24" $certUefiExpiry = [datetime]"2026-06-27" $certPcaExpiry = [datetime]"2026-10-19" $daysToKek = [matematica]::Max(0; ($certKekExpiry - $certToday). Giorni) $daysToUefi = [matematica]::Max(0, ($certUefiExpiry - $certToday). Giorni) $daysToPca = [matematica]::Max(0, ($certPcaExpiry - $certToday). Giorni) $certUrgency = if ($daysToKek -lt 30) { '#dc3545' } elseif ($daysToKek -lt 90) { '#fd7e14' } else { '#28a745' } # Build manufacturer chart data inline (Top 10 per numero di dispositivi) $mfrSorted = $stMfrCounts.GetEnumerator() | Sort-Object { $_. Value.Total } -Decrescente | Select-Object -First 10 $mfrChartTitle = if ($stMfrCounts.Count -le 10) { "By Manufacturer" } else { "Top 10 Manufacturers" } $mfrLabels = ($mfrSorted | ForEach-Object { "'$($_. Key)'" }) -join "," $mfrUpdated = ($mfrSorted | ForEach-Object { $_. Value.Updated }) -join "," $mfrUpdatePending = ($mfrSorted | ForEach-Object { $_. Value.UpdatePending }) -join "," $mfrHighConf = ($mfrSorted | ForEach-Object { $_. Value.HighConf }) -join "," $mfrUnderObs = ($mfrSorted | ForEach-Object { $_. Value.UnderObs }) -join "," $mfrActionReq = ($mfrSorted | ForEach-Object { $_. Value.ActionReq }) -join "," $mfrTempPaused = ($mfrSorted | ForEach-Object { $_. Value.TempPaused }) -join "," $mfrNotSupported = ($mfrSorted | ForEach-Object { $_. Value.NotSupported }) -join "," $mfrSBOff = ($mfrSorted | ForEach-Object { $_. Value.SBOff }) -join "," $mfrWithErrors = ($mfrSorted | ForEach-Object { $_. Value.WithErrors }) -join "," Tabella del produttore della build # $mfrTableRows = "" $stMfrCounts.GetEnumerator() | Sort-Object { $_. Value.Total } -Decrescente | ForEach-Object { $mfrTableRows += "<tr><td><7 $($_. chiave)</td><td>$($_. Value.Total.ToString("N0"))</td><td>$($_. Value.Updated.ToString("N0"))</td><td>$($_. Value.HighConf.ToString("N0"))><0 /td><td>$($_. Value.ActionReq.ToString("N0"))><4 /td></tr>'n" } $htmlContent = @" <!> HTML DOCTYPE <html lang="en"> ><3 testa < <meta charset="UTF-8"> <meta name="viewport" content="width=device-width, initial-scale=1.0"> <titolo><9 dashboard di stato del certificato di avvio protetto><0 /title><1 <script src="https://cdn.jsdelivr.net/npm/chart.js"></script><5 ><7 di stile < *{box-sizing:border-box; margine:0; spaziatura interna:0} body{font-family:'Segoe UI',Tahoma,sans-serif; sfondo:#f0f2f5; colore:#333} .header{background:linear-gradient(135deg,#1a237e,#0d47a1); colore:#fff; spaziatura interna:20px 30px} .header h1{font-size:1.6em; margin-bottom:5px} .header .meta{font-size:.85em; opacità:.9} .container{max-width:1400px; margine:0 auto; spaziatura interna:20px} .cards{display:grid; grid-template-columns:repeat(auto-fill,minmax(170px,1fr)); gap:12px; margine:20px 0} .card{background:#fff; border-radius:10px; riempimento:15px; box-shadow:0 2px 8px rgba(0,0,0,08); bordo-sinistra:4px solid #ccc;transition:transform .2s} .card:hover{transform:translateY(-2px); ombreggiatura:0 4px 15px rgba(0,0,0,12)} .card .value{font-size:1.8em; font-weight:700} .card .label{font-size:.8em; colore:#666; margin-top:4px} .card .pct{font-size:.75em; colore:#888} .section{background:#fff; border-radius:10px; riempimento:20px; margine:15px 0; ombreggiatura:0 2px 8px rgba(0,0,0,08)} .section h2{font-size:1.2em; colore:#1a237e; margin-bottom:10px; cursor:pointer; user-select:none} .section h2:hover{text-decoration:underline} .section-body{display:none} .section-body.open{display:block} .charts{display:grid; grid-template-columns:1fr 1fr; gap:20px; margine:20px 0} chart-box{background:#fff; border-radius:10px; riempimento:20px; ombreggiatura:0 2px 8px rgba(0,0,0,08)} tabella{width:100%; border-collapse:collapse; dimensione carattere:.85em} th{background:#e8eaf6; riempimento:8px 10px; testo-allinea:sinistra; posizione:appiccicoso; superiore:0; z-index:1} td{padding:6px 10px; bordo-inferiore:1px #eee} tr:hover{background:#f5f5f5} .badge{display:inline-block; spaziatura:2px 8px;border-radius:10px; dimensione carattere:.75em; font-weight:700} .badge-success{background:#d4edda; color:#155724} .badge-danger{background:#f8d7da; colore:#721c24} .badge-warning{background:#fff3cd; color:#856404} .badge-info{background:#d1ecf1; colore:#0c5460} .top-link{float:right; dimensione carattere:.8em; colore:#1a237e; text-decoration:none} .footer{text-align:center; riempimento:20px; colore:#999; dimensione carattere:.8em} a{color:#1a237e} </style><9 >/head < >corpo < <div class="header"> <h1>dashboard di stato del certificato di avvio protetto</h1> <div class="meta">Generated: $($stats. ReportGeneratedAt) | Totale dispositivi: $($c.Total.ToString("N0")) | Contenitori univoci: $($stAllBuckets.Count)</div><3 ><5 /div < <div class="container">
<!-- schede KPI- selezionabili, collegate a sezioni --> <div class="cards"> <a class="card" href="#s-nu" onclick="openSection('d-nu')" style="border-left-color:#dc3545; text-decoration:none; position:relative"><div style="position:absolute; top:8px; destra:8px; sfondo:#dc3545; colore:#fff; riempimento:1px 6px; border-radius:8px; dimensione carattere:.65em; font-weight:700">PRIMARY</div><div class="value" style="color:#dc3545">$($stNotUptodate.ToString("N0"))</div><div class="label">NOT UPDATED><6 /div><div class="pct">$($stats. PercentNotUptodate)% - NEEDS ACTION><0 /div></a><3 <a class="card" href="#s-upd" onclick="openSection('d-upd')" style="border-left-color:#28a745; text-decoration:none; position:relative"><div style="position:absolute; top:8px; destra:8px; sfondo:#28a745; colore:#fff; riempimento:1px 6px; border-radius:8px; dimensione carattere:.65em; font-weight:700">PRIMARY><8 /div><div class="value" style="color:#28a745">$($c.Updated.ToString("N0"))</div><div class="label">Aggiornato><6 /div><div class="pct">$($stats. PercentCertUpdated)%</div></a><3 <a class="card" href="#s-sboff" onclick="openSection('d-sboff')" style="border-left-color:#6c757d; text-decoration:none; position:relative"><div style="position:absolute; top:8px; destra:8px; sfondo:#6c757d; colore:#fff; riempimento:1px 6px; border-radius:8px; dimensione carattere:.65em; font-weight:700">PRIMARY><8 /div><div class="value"><1 $($c.SBOff.ToString("N0"))><2 /div><div class="label"><5 SecureBoot OFF</div><div class="pct"><9 $(if($c.Total -gt 0){[math]::Round(($c.SBOff/$c.Total)*100,1)}else{0})% - Out of Scope><0 /div></a><3 <a class="card" href="#s-nrb" onclick="openSection('d-nrb')" style="border-left-color:#ffc107; text-decoration:none"><div class="value" style="color:#ffc107">$($c.NeedsReboot.ToString("N0"))</div><div class="label">Needs Reboot><2 /div><div class="pct">$(if($c.Total -gt 0){[math]::Round(($c.NeedsReboot/$c.Total)*100,1)}else{0})% - in attesa di riavvio><6 /div></a><9 <a class="card" href="#s-upd-pend" onclick="openSection('d-upd-pend')" style="border-left-color:#6f42c1; text-decoration:none"><div class="value" style="color:#6f42c1">$($c.UpdatePending.ToString("N0"))</div><div class="label">Update Pending</div><div class="pct">$(if($c.Total -gt 0){[math]::Round(($c.UpdatePending/$c.Total)*100,1)}else{0})% - Policy/WinCS applicato, in attesa di aggiornamento><2 /div></a><5 <a class="card" href="#s-rip" onclick="openSection('d-rip')" style="border-left-color:#17a2b8; text-decoration:none"><div class="value">$($c.RolloutInSensi)</div><div class="label">Rollout In corso><4 /div><div class="pct ">$(if($c.Total -gt 0){[math]::Round(($c.RolloutIn Applaus/$c.Total)*100,1)}else{0})%</div></a><11 <a class="card" href="#s-nu" onclick="openSection('d-nu')" style="border-left-color:#28a745; text-decoration:none"><div class="value" style="color:#28a745">$($c.HighConf.ToString("N0"))</div><div class="label">High Confidence><20 /div><div class="pct">$($stats. PercentHighConfidence)% - Sicuro per l'implementazione><24 /div></a><27 <a class="card" href="#s-uo" onclick="openSection('d-uo')" style="border-left-color:#17a2b8; text-decoration:none"><div class="value" style="color:#ffc107"><1 $($c.UnderObs.ToString("N0"))><2 /div><div class="label"><5 Under Observation><36 /div><div class="pct"><9 $(if($c.Total -gt 0){[math]::Round(($c.UnderObs/$c.Total)*100,1)}else{0})%</div></a><3 <a class="card" href="#s-ar" onclick="openSection('d-ar')" style="border-left-color:#fd7e14; text-decoration:none"><div class="value" style="color:#fd7e14">$($c.ActionReq.ToString("N0"))</div><div class="label">Action Required><2 /div><div class="pct">$($stats. PercentActionRequired)% - deve testare><6 /div></a><9 <a class="card" href="#s-err" onclick="openSection('d-err')" style="border-left-color:#dc3545; text-decoration:none"><div class="value" style="color:#dc3545">$($stAtRisk.ToString("N0"))</div><div class="label">At Risk><68 /div><div class="pct">$($stats. PercentAtRisk)% - Simile all'errore><2 /div></a><5 <a class="card" href="#s-td" onclick="openSection('d-td')" style="border-left-color:#dc3545; text-decoration:none"><div class="value" style="color:#dc3545">$($c.TaskDisabled.ToString("N0"))</div><div class="label">Task Disabled><4 /div><div class="pct">$(if($c.Total -gt 0){[math]::Round(($c.TaskDisabled/$c.Total)*100,1)}else{0})% - Blocked><8 /div></a><91 <a class="card" href="#s-tf" onclick="openSection('d-tf')" style="border-left-color:#fd7e14; text-decoration:none"><div class="value" style="color:#fd7e14">$($c.TempPaused.ToString("N0"))</div><div class="label">Temp. Sospeso</div><div class="pct">$(if($c.Total -gt 0){[math]::Round(($c.TempPaused/$c.Total)*100,1)}else{0})%</div></a> <a class="card" href="#s-ki" onclick="openSection('d-ki')" style="border-left-color:#dc3545; text-decoration:none"><div class="value" style="color:#dc3545">$($c.WithKnownIssues.ToString("N0"))</div><div class="label">Known Issues><6 /div><div class="pct">$(if($c.Total -gt 0){[math]::Round(($c.WithKnownIssues/$c.Total)*100,1)}else{0})%</div></a><3 <a class="card" href="#s-kek" onclick="openSection('d-kek')" style="border-left-color:#fd7e14; text-decoration:none"><div class="value" style="color:#fd7e14">$($c.WithMissingKEK.ToString("N0"))</div><div class="label">KEK mancante</div><div class="pct">$(if($c.Total -gt 0){[math]::Round(($c.WithMissingKEK/$c.Total)*100,1)}else{0})%</div></a> <a class="card" href="#s-err" onclick="openSection('d-err')" style="border-left-color:#dc3545; text-decoration:none"><div class="value" style="color:#dc3545">$($c.WithErrors.ToString("N0"))</div><div class="label">With Errors</div><div class="pct"><1 $($stats. PercentWithErrors)% - Errori UEFI</div></a> ><6 a class="card" href="#s-tf" onclick="openSection('d-tf')" style="border-left-color:#dc3545; text-decoration:none"><div class="value" style="color:#dc3545"><9 $($c.TempFailures.ToString("N0"))</div><div class="label">Temp. Errori</div><div class="pct">$(if($c.Total -gt 0){[math]::Round(($c.TempFailures/$c.Total)*100,1)}else{0})%</div></a> <a class="card" href="#s-pf" onclick="openSection('d-pf')" style="border-left-color:#721c24; text-decoration:none"><div class="value" style="color:#721c24">$($c.PermFailures.ToString("N0"))</div><div class="label">Not Supported><6 /div><div class="pct">$(if($c.Total -gt 0){[math]::Round(($c.PermFailures/$c.Total)*100,1)}else{0})%</div></a><3 </di> v
velocità di distribuzione<!-- & scadenza del certificato --> <div id="s-velocity" style="display:grid; grid-template-columns:1fr 1fr; gap:20px; margin:15px 0"> <div class="section" style="margin:0"> <h2>📅>velocità di distribuzione< /h2 <div class="section-body open"> <div style="font-size:2.5em; font-weight:700; color:#28a745">$($c.Updated.ToString("N0"))</div> <div style="color:#666">dispositivi aggiornati su $($c.Total.ToString("N0"))</div> <div style="margin:10px 0; sfondo:#e8eaf6; altezza:20px; border-radius:10px; overflow:hidden"><div style="background:#28a745; altezza:100%; width:$($stats. PercentCertUpdated)%; border-radius:10px"></div></div> <div style="font-size:.8em; color:#888">$($stats. PercentCertUpdated)% completamento</div> <div style="margin-top:10px; riempimento:10px; sfondo:#f8f9fa; border-radius:8px; font-size:.85em"> <div><dispositivi>rimanenti:</strong> $($stNotUptodate.ToString("N0")) richiedono l'intervento</div> <div><blocco>forte:</strong> dispositivi $($c.WithErrors + $c.PermFailures + $c.TaskDisabledNotUpdated) (errori + permanente + attività disabilitata)</div> <div><dispositivi con>sicuro da distribuire:</strong> dispositivi con estensione $($stSafeList.ToString("N0")) </div> $velocityHtml >/div < >/div < >/div < <div class="section" style="margin:0; bordo-sinistra:4px #dc3545 a tinta unita"> <h2 style="color:#dc3545">⚠ Certificate Expiry Countdown</h2> <div class="section-body open"> <div style="display:flex; gap:15px; margin-top:10px"> <div style="text-align:center; riempimento:15px; border-radius:8px; min-width:120px; sfondo:sfumatura lineare(135 gradi;#fff5f5;#ffe0e0); border:2px solid #dc3545; flex:1"> <div style="font-size:.65em; colore:#721c24; text-transform:uppercase; font-weight:bold">⚠ FIRST TO EXPIRE</div> ><4 div style="font-size:.85em; font-weight:bold; colore:#dc3545; margin:3px 0"><5 KEK CA 2011</div> ><8 div id="daysKek" style="font-size:2.5em; font-weight:700; colore:#dc3545; altezza linea:1"><9 $daysToKek</div> ><2 div style="font-size:.8em; colore:#721c24"><3 giorni (24 giugno 2026)><4 /div> >/div ><6 ><8 div style="text-align:center; riempimento:15px; border-radius:8px; min-width:120px; sfondo:sfumatura lineare(135 gradi,#fffef5,#fff3cd); border:2px solid #ffc107; flex:1"><9 <div style="font-size:.65em; color:#856404; text-transform:uppercase; font-weight:bold">UEFI CA 2011</div> <div id="daysUefi" style="font-size:2.2em; font-weight:700; color:#856404; altezza linea:1; margin:5px 0">$daysToUefi</div> <div style="font-size:.8em; color:#856404">giorni (27 giugno 2026)</div> >/div < <div style="text-align:center; riempimento:15px; border-radius:8px; min-width:120px; sfondo:sfumatura lineare(135 gradi,#f0f8ff,#d4edff); border:2px solid #0078d4; flex:1"> <div style="font-size:.65em; colore:#0078d4; text-transform:uppercase; font-weight:bold">PCA Windows</div> <div id="daysPca" style="font-size:2.2em; font-weight:700; colore:#0078d4; altezza linea:1; margin:5px 0">$daysToPca><2 /div><3 <div style="font-size:.8em; colore:#0078d4">giorni (19 ottobre 2026)</div><7 ><9 /div < ><1 /div < <div style="margin-top:15px; riempimento:10px; sfondo:#f8d7da; border-radius:8px; font-size:.85em; bordo-sinistra:#dc3545 a tinta unita 4px"> <strong>⚠ CRITICAL:</strong> Tutti i dispositivi devono essere aggiornati prima della scadenza del certificato. I dispositivi non aggiornati entro la scadenza non possono applicare futuri aggiornamenti della sicurezza per Boot Manager e avvio protetto dopo la scadenza.>/div < >/div < >/div < > /div <
grafici<!-- -> <div class="charts"> <div class="chart-box"><h3>Stato distribuzione</h3><canvas id="deployChart" height="200"></canvas></div><5 <div class="chart-box"><h3><9 $mfrChartTitle</h3><canvas id="mfrChart" height="200"></canvas></div> > /div <
$(if ($historyData.Count -ge 1) { "<!-- Grafico di tendenza cronologico - > <div class='section'> <h2 onclick='"toggle('d-trend')'">📈 Update Progress Over Time <a class='top-link' href='#'>↑ Top</a></h2> <div id='d-trend' class='section-body open'> <canvas id='trendChart' height='120'></canvas> <div style='font-size:.75em; colore:#888; margin-top:5px'>Linee continue = dati effettivi$(if ($historyData.Count -ge 2) { " | Linea tratteggiata = proiezione (raddoppiamento esponenziale: 2→4→8→16... dispositivi per onda)" } else { " | Eseguire di nuovo l'aggregazione domani per visualizzare le linee di tendenza e la proiezione" })</div> >/div < > /div <" })
Download di file CSV<!-- - > <div class="section"> <h2 onclick="toggle('dl-csv')">📥 Scaricare dati completi (CSV per Excel) <a class="top-link" href="#">Top</a></h2><2 <div id="dl-csv" class="section-body open" style="display:flex; flex-wrap:wrap; gap:5px"> <a href="SecureBoot_not_updated_$timestamp.csv" style="display:inline-block; sfondo:#dc3545; colore:#fff; riempimento:6px 14px; border-radius:5px; text-decoration:none; font-size:.8em">Not Updated ($($stNotUptodate.ToString("N0")))</a><8 <a href="SecureBoot_errors_$timestamp.csv" style="display:inline-block; sfondo:#dc3545; colore:#fff; riempimento:6px 14px; border-radius:5px; text-decoration:none; font-size:.8em">Errors ($($c.WithErrors.ToString("N0")))</a> <a href="SecureBoot_action_required_$timestamp.csv" style="display:inline-block; sfondo:#fd7e14; colore:#fff; riempimento:6px 14px; border-radius:5px; text-decoration:none; font-size:.8em">Action Required ($($c.ActionReq.ToString("N0")))</a> <a href="SecureBoot_known_issues_$timestamp.csv" style="display:inline-block; sfondo:#dc3545; colore:#fff; riempimento:6px 14px; border-radius:5px; text-decoration:none; font-size:.8em">problemi noti ($($c.WithKnownIssues.ToString("N0")))</a> <a href="SecureBoot_task_disabled_$timestamp.csv" style="display:inline-block; sfondo:#dc3545; colore:#fff; riempimento:6px 14px; border-radius:5px; text-decoration:none; font-size:.8em">Task Disabled ($($c.TaskDisabled.ToString("N0")))</a> <a href="SecureBoot_updated_devices_$timestamp.csv" style="display:inline-block; sfondo:#28a745; colore:#fff; riempimento:6px 14px; border-radius:5px; text-decoration:none; font-size:.8em">Updated ($($c.Updated.ToString("N0")))</a> <a href="SecureBoot_Summary_$timestamp.csv" style="display:inline-block; sfondo:#6c757d; colore:#fff; riempimento:6px 14px; border-radius:5px; text-decoration:none; font-size:.8em">Summary</a> <div style="width:100%; dimensione carattere:.75em; colore:#888; margin-top:5px">file CSV aperti in Excel. Disponibile in server.</div> >/div < > /div <
<!-- suddivisione del produttore -- > <div class="section"> <h2 onclick="toggle('mfr')">By Manufacturer <a class="top-link" href="#">Top</a></h2><1 <div id="mfr" class="section-body open"> <tabella><><><><1 produttore><2><><5 totale><6/><><9 aggiornate><6><0><><3 alta confidenza><4><><7 azione necessaria><8 /th></tr></thead><3 <><5 $mfrTableRows><6 /tbody></table><9 ><1 /div < > /div <
<!-- sezioni del dispositivo (primo download 200 in linea + CSV) --> <div class="section" id="s-err"> <h2 onclick="toggle('d-err')">🔴 Dispositivi con errori ($($c.WithErrors.ToString("N0"))) <a class="top-link" href="#">↑ Top</a></h2> <div id="d-err" class="section-body">$tblErrors</div> >/div < <div class="section" id="s-ki"> <h2 onclick="toggle('d-ki')" style="color:#dc3545">🔴 Problemi noti ($($c.WithKnownIssues.ToString("N0"))) <un class="top-link" href="#">↑ Top</a></h2> <div id="d-ki" class="section-body">$tblKI</div> >/div < <div class="section" id="s-kek"> <h2 onclick="toggle('d-kek')">🟠 KEK mancante - Evento 1803 ($($c.WithMissingKEK.ToString("N0"))) <un class="top-link" href="#">↑ Top</a></h2> >↑ 0 div id="d-kek" class="section-body">↑ 1 $tblKEK</div> >/div >↑ 4 >↑ 6 div class="section" id="s-ar">↑ 7 >↑ 8 h2 onclick="toggle('d-ar')" style="color:#fd7e14">🟠 Azione richiesta ($($c.ActionReq.ToString("N0"))) <a class="top-link" href="#">↑ Top><4 /a></h2><7 <div id="d-ar" class="section-body">$tblActionReq</div> >/div < <div class="section" id="s-uo"> <h2 onclick="toggle('d-uo')" style="color:#17a2b8">🔵 In Osservazione ($($c.UnderObs.ToString("N0"))) <a class="top-link" href="#">↑ Top</a></h2> <div id="d-uo" class="section-body">$tblUnderObs</div> >/div < <div class="section" id="s-nu"> <h2 onclick="toggle('d-nu')" style="color:#dc3545">🔴 Non aggiornato ($($stNotUptodate.ToString("N0"))) <class="top-link" href="#">↑ Top</a></h2> <div id="d-nu" class="section-body">$tblNotUpd</div> >/div < >↑ 0 div class="section" id="s-td">↑ 1 >↑ 2 h2 onclick="toggle('d-td')" style="color:#dc3545">🔴 Attività disabilitata ($($c.TaskDisabled.ToString("N0"))) >↑ 5 a class="top-link" href="#">↑ Top</a></h2><1 <div id="d-td" class="section-body">$tblTaskDis><4 /div><5 ><7 /div < <div class="section" id="s-tf"> <h2 onclick="toggle('d-tf')" style="color:#dc3545">🔴 Errori temporanei ($($c.TempFailures.ToString("N0"))) <class="top-link" href="#">↑ Top</a></h2> <div id="d-tf" class="section-body">$tblTemp</div> >/div < <div class="section" id="s-pf"> <h2 onclick="toggle('d-pf')" style="color:#721c24">🔴 Errori permanenti/Non supportati ($($c.PermFailures.ToString("N0"))) <a class="top-link" href="#">↑ Top</a></h2> <div id="d-pf" class="section-body">$tblPerm</div> >/div < <div class="section" id="s-upd-pend"> <h2 onclick="toggle('d-upd-pend')" style="color:#6f42c1">⏳ Update Pending ($($c.UpdatePending.ToString("N0"))) - Criteri/WinCS applicati, In attesa di Aggiornamento <a class="top-link" href="#">↑ Top</a></h2> <div id="d-upd-pend" class="section-body"><p style="color:#666; margin-bottom:10px">Dispositivi in cui è applicata la chiave AvailableUpdatesPolicy o WinCS, ma UEFICA2023Status è ancora NotStarted,Ino o Null.</p>$tblUpdatePending</div> >/div < <div class="section" id="s-rip"> <h2 onclick="toggle('d-rip')" style="color:#17a2b8">🔵 Implementazione in corso ($($c.RolloutIn Progress.ToString("N0"))) <a class="top-link" href="#">↑ Top</a></h2> <div id="d-rip" class="section-body">$tblRolloutIP</div> >/div < <div class="section" id="s-sboff"> <h2 onclick="toggle('d-sboff')" style="color:#6c757d">⚫ SecureBoot OFF ($($c.SBOff.ToString("N0"))) - Out of Scope <a class="top-link" href="#">↑ Top</a></h2> <div id="d-sboff" class="section-body">$tblSBOff</div> >/div < <div class="section" id="s-upd"> <h2 onclick="toggle('d-upd')" style="color:#28a745">🟢 Dispositivi aggiornati ($($c.Updated.ToString("N0"))) <a class="top-link" href="#">↑ Top</a></h2> <div id="d-upd" class="section-body">$tblUpdated</div> >/div < <div class="section" id="s-nrb"> <h2 onclick="toggle('d-nrb')" style="color:#ffc107">🔄 Aggiornato: è necessario riavviare ($($c.NeedsReboot.ToString("N0"))) <a class="top-link" href="#">↑ Top</a></h2> <div id="d-nrb" class="section-body">$tblNeedsReboot</div> > /div <
<div class="footer">Secure Boot Certificate Rollout Dashboard | $($stats) generato. ReportGeneratedAt) | StreamingMode | Memoria di picco: ${stPeakMemMB} MB</div> </div><!-- /container -->
>script< function toggle(id){var e=document.getElementById(id); e.classList.toggle('open')} funzione openSection(id){var e=document.getElementById(id); if(e&&!e.classList.contains('open')){e.classList.add('open')}} new Chart(document.getElementById('deployChart'),{type:'doughnut',data:{labels:['Updated','Update Pending','High Confidence','Under Observation','Action Required','Temp. In pausa','Non supportato','SecureBoot OFF','With Errors'],datasets:[{data:[$($c.Updated),$($c.UpdatePending),$($c.HighConf),$($c.UnderObs),$($c.ActionReq),$($c.TempPaused),$($c.NotSupported),$($c.SBOff),$($c.NotSupported)$($c.SBOff),$($c.WithErrors)],backgroundColor:['#28a745','#6f42c1','#20c997','#17a2b8','#fd7e14','#6c757d','#721c24 #6c757d','#17a2b8'','#adb5bd','#dc3545']}]},options:{responsive:true,plugins:{legend:{position:'right',labels:{font:{size:11}}}}}}); new Chart(document.getElementById('mfrChart'),{type:'bar',data:{labels:[$mfrLabels],datasets:[{label:'Updated',data:[$mfrUpdated],backgroundColor:'#28a745'},{label:'Update Pending',data:[$mfrUpdatePending],backgroundColor:'#6f42c1 '},{label:'High Confidence',data:[$mfrHighConf],backgroundColor:'#20c997'},{label:'Under Observation',data:[$mfrUnderObs],backgroundColor:'#17a2b8'},{label:'Action Required',data:[$mfrActionReq],backgroundColor:'#fd7e14'},{ label:'Temp. Sospeso',dati:[$mfrTempPaused],backgroundColor:'#6c757d'},{label:'Non supportato',dati:[$mfrNotSupported],backgroundColor:'#721c24'},{label:'SecureBoot OFF',data:[$mfrSBOff],backgroundColor:'#adb5bd'}},{label:'With Errors',data:[$mfrWithErrors],backgroundColor:'#dc3545'}]},options:{responsive:true,scales:{x:{stacked:true},y:{stacked:true}},plugins:{legend:{position:'top'}}}}); Grafico di tendenza cronologico if (document.getElementById('trendChart')) { var allLabels = [$allChartLabels]; var actualUpdated = [$trendUpdated]; var actualNotUpdated = [$trendNotUpdated]; var actualTotal = [$trendTotal]; var projData = [$projDataJS]; var projNotUpdData = [$projNotUpdJS]; var histLen = actualUpdated.length; var projLen = projData.length; var paddedUpdated = actualUpdated.concat(Array(projLen).fill(null)); var paddedNotUpdated = actualNotUpdated.concat(Array(projLen).fill(null)); var paddedTotal = actualTotal.concat(Array(projLen).fill(Null)); var projLine = Array(histLen).fill(null); var projNotUpdLine = Array(histLen).fill(null); if (projLen > 0) { projLine[histLen-1] = actualUpdated[histLen-1]; projLine = projLine.concat(projData); projNotUpdLine[histLen-1] = actualNotUpdated[histLen-1]; projNotUpdLine = projNotUpdLine.concat(projNotUpdData); } set di dati var = [ {label:'Updated',data:paddedUpdated,borderColor:'#28a745',backgroundColor:'rgba(40,167,69,0.1)',fill:true,tension:0.3,borderWidth:2}, {label:'Non aggiornato',data:paddedNotUpdated,borderColor:'#dc3545',backgroundColor:'rgba(220,53,69,0.1)',fill:true,tension:0.3,borderWidth:2}, {label:'Total',data:paddedTotal,borderColor:'#6c757d',borderDash:[5,5],fill:false,tension:0,pointRadius:0,borderWidth:1} ]; if (projLen > 0) { datasets.push({label:'Projected Updated (2x doubling)',data:projLine,borderColor:'#28a745',borderDash:[8,4],borderWidth:3,fill:false,tension:0.3,pointRadius:3,pointStyle:'triangle'}); datasets.push({label:'Projected Not Updated',data:projNotUpdLine,borderColor:'#dc3545',borderDash:[8,4],borderWidth:3,fill:false,tension:0.3,pointRadius:3,pointStyle:'triangle'}); } new Chart(document.getElementById('trendChart'),{type:'line',data:{labels:allLabels,datasets:datasets},options:{responsive:true,scales:{y:{beginAtZero:true,title:{display:true,text:'Devices'}},x:{title:{display:true,text:'Date'}}},plugins:{legend:{position:'top'},title:{display:true,text:'Secure Boot Update Progress Over Time'}}}}); } Conto alla rovescia dinamico (function(){var t=new Date(),k=new Date('2026-06-24'),u=new Date('2026-06-27'),p=new Date('2026-10-19'); var dk=document.getElementById('daysKek'),du=document.getElementById('daysUefi'),dp=document.getElementById('daysPca'); if(dk)dk.textContent=Math.max(0,Math.ceil((k-t)/864e5)); if(du)du.textContent=Math.max(0,Math.ceil((u-t)/864e5)); if(dp)dp.textContent=Math.max(0,Math.ceil((p-t)/864e5)})(); </script> >/body < >/html < "@ [System.IO.File]::WriteAllText($htmlPath, $htmlContent, [System.Text.UTF8Encoding]::new($false)) # Conserva sempre una copia stabile "Ultima" in modo che gli amministratori non debbano tenere traccia dei timestamp $latestPath = Join-Path $OutputPath "SecureBoot_Dashboard_Latest.html" Copy-Item $htmlPath $latestPath -Force $stTotal = $streamSw.Elapsed.TotalSeconds # Salvare il manifesto del file per la modalità incrementale (rilevamento rapido senza modifiche alla successiva esecuzione) if ($IncrementalMode -or $StreamingMode) { $stManifestDir = Join-Path $OutputPath ".cache" if (-not (Test-Path $stManifestDir)) { New-Item -ItemType Directory -Path $stManifestDir -Force | Out-Null } $stManifestPath = Join-Path $stManifestDir "StreamingManifest.json" $stNewManifest = @{} Write-Host "Salvataggio del manifesto file per la modalità incrementale..." -ForegroundColor Gray foreach ($jf in $jsonFiles) { $stNewManifest[$jf. FullName.ToLowerInvariant()] = @{ LastWriteTimeUtc = $jf. LastWriteTimeUtc.ToString("o") Dimensione = $jf. Lunghezza } } Save-FileManifest -Manifest $stNewManifest -Path $stManifestPath Write-Host " Manifest salvato per file $($stNewManifest.Count)" -ForegroundColor DarkGray } # PULIZIA CONSERVAZIONE # Cartella riutilizzabile orchestrazione (Aggregation_Current): mantieni solo l'ultima esecuzione (1) # Amministrazione le esecuzioni manuali / altre cartelle: mantieni le ultime 7 esecuzioni # I CSV di riepilogo non vengono MAI eliminati: sono minuscoli (~1 KB) e sono l'origine di backup per la cronologia delle tendenze $outputLeaf = Split-Path $OutputPath -Leaf $retentionCount = if ($outputLeaf -eq 'Aggregation_Current') { 1 } else { 7 } # Prefissi file sicuri da pulire (snapshot effimeri per ogni esecuzione) $cleanupPrefixes = @( "SecureBoot_Dashboard_", 'SecureBoot_action_required_', "SecureBoot_ByManufacturer_", "SecureBoot_ErrorCodes_", 'SecureBoot_errors_', 'SecureBoot_known_issues_', "SecureBoot_missing_kek_", 'SecureBoot_needs_reboot_', "SecureBoot_not_updated_", 'SecureBoot_secureboot_off_', "SecureBoot_task_disabled_", 'SecureBoot_temp_failures_', 'SecureBoot_perm_failures_', 'SecureBoot_under_observation_', 'SecureBoot_UniqueBuckets_', 'SecureBoot_update_pending_', 'SecureBoot_updated_devices_', "SecureBoot_rollout_inprogress_", 'SecureBoot_NotUptodate_', 'SecureBoot_Kusto_' ) # Trova tutti i timestamp univoci solo da file pulibili $cleanableFiles = Get-ChildItem $OutputPath -File -EA SilentlyContinue | Where-Object { $f = $_. Nome; ($cleanupPrefixes | Where-Object { $f.StartsWith($_) }). Count -gt 0 } $allTimestamps = @($cleanableFiles | ForEach-Object { if ($_. Name -match '(\d{8}-\d{6})') { $Matches[1] } } | Sort-Object -Univoco -Decrescente) if ($allTimestamps.Count -gt $retentionCount) { $oldTimestamps = $allTimestamps | Select-Object -Salta $retentionCount $removedFiles = 0; $freedBytes = 0 foreach ($oldTs in $oldTimestamps) { foreach ($prefix in $cleanupPrefixes) { $oldFiles = Get-ChildItem $OutputPath -File -Filter "${prefix}${oldTs}*" -EA SilentlyContinue foreach ($f in $oldFiles) { $freedBytes += $f.Length Remove-Item $f.FullName -Force -EA SilentlyContinue $removedFiles++ } } } $freedMB = [math]::Round($freedBytes / 1MB, 1) Write-Host "Pulizia conservazione: rimosso $removedFiles file da $($oldTimestamps.Count) vecchie esecuzioni, liberato ${freedMB} MB (mantenendo l'ultimo $retentionCount + tutti i FILE CSVs di riepilogo/NotUptodate)" -ForegroundColor DarkGray } Write-Host "'n$("=" * 60)" -ForegroundColor Ciano Write-Host "AGGREGAZIONE STREAMING COMPLETATA" -ForegroundColor green Write-Host ("=" * 60) -ForegroundColor Ciano Write-Host " Total Devices: $($c.Total.ToString("N0"))" -ForegroundColor White Write-Host " NOT UPDATED: $($stNotUptodate.ToString("N0")) ($($stats. PercentNotUptodate)%)" -ForegroundColor $(if ($stNotUptodate -gt 0) { "Yellow" } else { "Green" }) Write-Host " Updated: $($c.Updated.ToString("N0")) ($($stats. PercentCertUpdated)%)" -ForegroundColor green Write-Host " With Errors: $($c.WithErrors.ToString("N0"))" -ForegroundColor $(if ($c.WithErrors -gt 0) { "Red" } else { "Green" }) Write-Host " Peak Memory: ${stPeakMemMB} MB" -ForegroundColor Cyan Write-Host " Ora: $([matematica]::Round($stTotal/60,1)) min" -Primo pianoColore bianco Write-Host " Dashboard: $htmlPath" -ForegroundColor white restituire [PSCustomObject]$stats } #ENDREGION MODALITÀ STREAMING } else { Write-Error "Percorso di input non trovato: $InputPath" uscita 1 }