Generalize USMT Dash and add a containerized demo mode
Remove all environment-specific data and make the dashboard adoptable anywhere, then add a demo that runs the real PowerShell services. - Strip cached device data, internal knowledge-base articles and screenshots, server/site names and the old project notes; replace the knowledge base with generic sample articles and diagrams - Move every environment value into Config/usmt-dash.psd1 - Route all infrastructure access in the worker and Get-Software.ps1 through a provider (Providers/SCCM.ps1), with a config-driven asset inventory view instead of a hard-coded custom class - Add Providers/Demo.ps1: a deterministic simulated fleet whose migrations progress in real time, and Demo/New-DemoData.ps1 to seed it - Server: -Demo makes the API read-only; add get-config and get-logs; serve static files only from web/, Documentation/ and an allowlist of Data/ files with a path-traversal guard; gzip large responses - Mirror both services' console output to Data/Logs via a Write-Host proxy, and add a terminal panel to the dashboard that streams it - Demo sandbox (web/demo/demo.js): visitor changes to tags, articles and images are kept in the visitor's browser and echoed in the terminals; nothing a visitor does reaches the server - Vendor marked, highlight.js and html2pdf.js instead of loading CDNs - Dockerfile and compose file for hosting the demo (Coolify-ready)
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Microsoft 365 Apps for enterprise *
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Microsoft Edge
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Microsoft Edge WebView2 Runtime
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Microsoft OneDrive
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Microsoft Teams*
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Microsoft Visual C++ *
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Microsoft Intune Management Extension
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Microsoft Policy Platform
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Microsoft .NET *
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Microsoft Windows Desktop Runtime *
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Configuration Manager Client
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Google Chrome
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Adobe Acrobat Reader*
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7-Zip *
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Endpoint Protection Agent
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Intel(R) Management Engine Components
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Realtek Audio Driver
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Windows Driver Package *
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HP Support Assistant
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Dell Command | Update
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Lenovo Vantage Service
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Cisco Secure Client*
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Adobe Acrobat Pro = Adobe Acrobat (64-bit), Adobe Acrobat DC*
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QuickBooks = QuickBooks Desktop*, QuickBooks Database Server Manager*, Intuit Data Protect*
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Salesforce = Salesforce for Outlook*, Salesforce Data Loader*
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Adobe Creative Cloud = Adobe Creative Cloud, Adobe Photoshop*, Adobe Illustrator*, Adobe InDesign*
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Microsoft SQL Server Management Studio = SQL Server Management Studio*, SSMS Post Install Tasks*
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Microsoft Power BI = Microsoft Power BI Desktop*, Power Pivot for Excel*
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Microsoft Visio = Microsoft Visio*
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Microsoft Project = Microsoft Project*
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Python = Python 3.*, Python Launcher*
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Wireshark = Wireshark*, Npcap*
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Zoom = Zoom Workplace*, Zoom*
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Slack = Slack*
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Tableau = Tableau 20*
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Notepad++ = Notepad++*
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Rule: PUB* = Kiosk Launcher*, Shared PC Cleanup Utility*
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Combo: Finance Reporting Bundle = QuickBooks Desktop* && Microsoft Power BI Desktop*
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# Seeds Data\ with a simulated fleet for demo mode: tracking tags (Tracked-Devices.json),
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# the app blacklist, and a pre-warmed software cache so the first worker cycle is quick.
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# Run before starting the services. -Force wipes any existing state first.
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param(
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[switch]$Force,
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[string]$ConfigPath
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)
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$root = Split-Path $PSScriptRoot -Parent
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. (Join-Path $root "Lib/Common.ps1")
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$config = Import-DashConfig -Path $ConfigPath -Demo
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$v = $false
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. (Join-Path $root "Providers/Demo.ps1")
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. (Join-Path $root "Lib/Common.ps1") # re-import so nothing in the provider shadows the helpers
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$dataDir = Join-Path $root "Data"
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if ($Force -and (Test-Path $dataDir)) {
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Get-ChildItem $dataDir -Recurse -File | Remove-Item -Force
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}
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if (-not (Test-Path $dataDir)) { New-Item -ItemType Directory -Path $dataDir | Out-Null }
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$trackedPath = Join-Path $dataDir "Tracked-Devices.json"
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if ((Test-Path $trackedPath) -and -not $Force) {
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Write-Host "Demo data already present (use -Force to reseed)." -ForegroundColor DarkGray
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return
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}
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$count = [int]$config.Demo.DeviceCount
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Write-Host "Seeding demo fleet ($count tracked devices)..." -ForegroundColor Cyan
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# --- 1. Generate source devices ---
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function New-FleetName([int]$i, [string]$prefix) { return "$prefix-$(New-DemoSerial "fleet$i")" }
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$skipPublic = [System.Collections.Generic.List[string]]::new()
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$skipLaptops = [System.Collections.Generic.List[string]]::new()
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$pool = [System.Collections.Generic.List[string]]::new()
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$i = 0
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while ($skipPublic.Count -lt 14) { $skipPublic.Add((New-FleetName ($i++) "PUBDT")) }
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while ($skipLaptops.Count -lt 16) { $skipLaptops.Add((New-FleetName ($i++) (Get-DemoPick "lt$i" 'p' @("PRVLT", "PRVLT", "PRVLT", "PUBLT")))) }
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while ($pool.Count -lt ($count - $skipPublic.Count - $skipLaptops.Count - 3)) {
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$r = Get-DemoRand "mix$i" 'prefix'
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$prefix = if ($r -lt 0.55) { "PRVDT" } elseif ($r -lt 0.80) { "PUBDT" } elseif ($r -lt 0.95) { "PRVLT" } else { "PUBLT" }
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$pool.Add((New-FleetName ($i++) $prefix))
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}
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# Manual "Source, Destination" pairs - hardware exceptions with no SCCM association
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$manual = @()
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for ($m = 0; $m -lt 3; $m++) {
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$src = New-FleetName ($i++) "PRVDT"
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$dst = New-FleetName ($i++) "PRVDT"
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$manual += "$src, $dst"
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}
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# --- 2. Date-batch tags (recent and upcoming working days) ---
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function Get-Workday([datetime]$from, [int]$offset) {
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$d = $from.Date; $step = [math]::Sign($offset); $left = [math]::Abs($offset)
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while ($left -gt 0) { $d = $d.AddDays($step); if ($d.DayOfWeek -ne 'Saturday' -and $d.DayOfWeek -ne 'Sunday') { $left-- } }
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return $d
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}
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$today = Get-Date
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$dateTags = @(-4, -3, -2, -1, 0, 1) | ForEach-Object { (Get-Workday $today $_).ToString("M/d") }
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$tags = [ordered]@{}
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foreach ($t in $dateTags) { $tags[$t] = [System.Collections.Generic.List[string]]::new() }
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for ($n = 0; $n -lt $pool.Count; $n++) { $tags[$dateTags[$n % $dateTags.Count]].Add($pool[$n]) }
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$tags["Manual Pairs"] = [System.Collections.Generic.List[string]]::new([string[]]$manual)
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# Department tags overlap the date batches, like a tech grouping their own work
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$byDept = @{}
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foreach ($d in $pool) {
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$dep = (Get-DemoProfile $d).Department.Name
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if (-not $byDept.ContainsKey($dep)) { $byDept[$dep] = [System.Collections.Generic.List[string]]::new() }
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$byDept[$dep].Add($d)
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}
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foreach ($pair in @(@("Accounting", "Accounting"), @("Sales Floor", "Sales"), @("Exec Suite", "Executive"))) {
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if ($byDept.ContainsKey($pair[1])) { $tags[$pair[0]] = [System.Collections.Generic.List[string]]::new([string[]]@($byDept[$pair[1]] | Select-Object -First 12)) }
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}
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$tags["Broken WMI"] = [System.Collections.Generic.List[string]]::new([string[]]@($pool | Where-Object { (Get-DemoRand $_ 'wmi') -lt 0.03 } | Select-Object -First 5))
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$tags["Public PCs"] = $skipPublic
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$tags["Laptops"] = $skipLaptops
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$skipTags = @("Public PCs", "Laptops")
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$tracked = [ordered]@{}
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foreach ($t in $tags.Keys) {
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$tracked[$t] = [ordered]@{ devices = @($tags[$t]); skipUSMT = ($skipTags -contains $t) }
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}
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($tracked | ConvertTo-Json -Depth 5) | Set-Content -Path $trackedPath -Encoding UTF8
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# --- 3. Blacklist / suite rules ---
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Copy-Item (Join-Path $PSScriptRoot "Blacklisted-Apps.txt") (Join-Path $dataDir "Blacklisted-Apps.txt") -Force
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$blacklist = @(Get-Content (Join-Path $dataDir "Blacklisted-Apps.txt") | Where-Object { $_.Trim() -ne "" } | ForEach-Object { $_.Trim() })
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# --- 4. Pre-warmed software cache (the worker would otherwise build it one device at a time) ---
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$allDevices = [System.Collections.Generic.List[string]]::new()
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foreach ($d in ($pool + $skipPublic + $skipLaptops)) {
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$allDevices.Add($d)
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$p = Get-DemoProfile $d
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if (-not $p.NoAssoc -and -not ($skipPublic -contains $d) -and -not ($skipLaptops -contains $d)) { $allDevices.Add((Get-DemoDestName $d)) }
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}
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foreach ($pair in $manual) { $allDevices.AddRange([string[]]@($pair -split '\s*,\s*')) }
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$stamp = (Get-Date).ToString("o")
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$cache = [ordered]@{}
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foreach ($d in $allDevices) {
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$rows = foreach ($row in (Get-InstalledSoftware -ComputerName $d)) {
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$isSpecialty = $true
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foreach ($bad in $blacklist) { if ($row.Name -like $bad) { $isSpecialty = $false; break } }
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[PSCustomObject]@{ Name = $row.Name; Version = $row.Version; Publisher = $row.Publisher; Source = $row.Source; InstallDate = $row.InstallDate; IsSpecialty = $isSpecialty }
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}
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$cache[$d] = [PSCustomObject]@{ Timestamp = $stamp; Data = @($rows) }
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}
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[System.IO.File]::WriteAllText((Join-Path $dataDir "Software-Cache.json"), ($cache | ConvertTo-Json -Depth 6 -Compress), [System.Text.Encoding]::UTF8)
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# --- 5. Empty state for the rest ---
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Set-Content -Path (Join-Path $dataDir "Completed.json") -Value "[]" -Encoding UTF8
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Set-Content -Path (Join-Path $dataDir "Data.json") -Value "[]" -Encoding UTF8
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Set-Content -Path (Join-Path $dataDir "Advanced-Cache.json") -Value "{}" -Encoding UTF8
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Set-Content -Path (Join-Path $dataDir "Worker-State.json") -Value '{"Status":"Preparing...","Current":0,"Total":0,"LastUpdated":"Never","NextCycle":"Calculating...","LastDuration":"N/A"}' -Encoding UTF8
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Set-Content -Path (Join-Path $dataDir "Whitelisted-IPs.txt") -Value "" -Encoding UTF8
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$unique = @($tracked.Values | ForEach-Object { $_.devices } | ForEach-Object { $_ }) | Select-Object -Unique
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Write-Host "Seeded $($tracked.Count) tags, $(@($unique).Count) roster entries, $($cache.Count) software inventories." -ForegroundColor Green
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