9d75d03b2d
Everything after OOBE needs the employee to log in, which happens off the PXE network, so the floor waited forever at step 3 of 5. Now 3 steps: WinPE, Windows setup installing apps, ready at OOBE (succeeded). - both unattends: specialize Order 49 posts step 3 as succeeded (Path 182 chars; lint clean). Only that line changed. - Send-ImagingStage.ps1: StageTotal 3; steps above the total (the old first-logon steps 4 and 5 still in the unattends) are logged and not posted, so they cannot reopen a finished build - winpe-status-push.ps1: total 3 for gea-standard / gea-engineer - floor tile step 3: "Ready at OOBE" Tested in the win11 VM against the test server: steps 2 and 3 post, step 3 shows succeeded, step 4 is skipped. Not deployed: the unattends go out only through scripts/deploy-unattend.sh.
106 lines
3.9 KiB
PowerShell
106 lines
3.9 KiB
PowerShell
# winpe-status-push.ps1 - Posts "WinPE: PESetup / WIM apply" status to the
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# PXE webapp /imaging/status endpoint so the imaging dashboard reflects
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# this bay BEFORE Run-ShopfloorSetup.ps1 takes over post-PPKG.
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#
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# Runs in WinPE's stripped PowerShell - cannot rely on Get-NetAdapter,
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# Get-CimInstance, or the NetTCPIP module (none are present in stock
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# WinPE). Uses wmic for both serial and MAC.
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#
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# Best-effort: never blocks imaging. All steps log to
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# X:\Windows\Temp\winpe-status-push.log; failures are swallowed.
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param(
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[string]$PxeServer = '172.16.9.1',
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[int]$Port = 9009,
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[int]$TimeoutSec = 5,
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[string]$PCType = $env:PCTYPE,
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[string]$CurrentStage = 'WinPE: PESetup / WIM apply',
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[int]$StageIndex = 1,
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# check-bios.cmd (run before the imaging menu) writes this when it staged
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# a firmware update; the flash itself happens at the reboot after WinPE.
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[string]$BiosFlag = 'X:\bios-fired.flag'
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)
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$logFile = 'X:\Windows\Temp\winpe-status-push.log'
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function Log {
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param([string]$msg)
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try { "$(Get-Date -Format s) $msg" | Out-File -FilePath $logFile -Append -Encoding utf8 } catch { }
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}
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Log "=== winpe-status-push start ==="
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Log "server=${PxeServer}:${Port} pctype=$PCType"
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# Serial via wmic. Always available in WinPE 10+.
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$serial = ''
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try {
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$line = (& wmic bios get serialnumber /value 2>$null | Where-Object { $_ -match '=' } | Select-Object -First 1)
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if ($line) { $serial = ($line -split '=', 2)[1].Trim() }
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} catch { Log "serial wmic exception: $_" }
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if (-not $serial) {
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# wmic is a removable feature on newer Windows; CIM where it exists.
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try { $serial = ((Get-CimInstance -ClassName Win32_BIOS -ErrorAction Stop).SerialNumber -as [string]).Trim() } catch { }
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}
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Log "serial=$serial"
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# MAC via wmic NIC enumeration. NetEnabled filter restricts to up adapters.
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$mac = ''
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try {
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$macLines = & wmic nic where 'NetEnabled=TRUE' get MacAddress /value 2>$null |
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Where-Object { $_ -match 'MacAddress=' }
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if ($macLines) {
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$first = ($macLines | Select-Object -First 1)
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$mac = (($first -split '=', 2)[1]).Trim() -replace '-', ':'
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}
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} catch { Log "mac wmic exception: $_" }
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Log "mac=$mac"
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if (-not $serial) {
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Log "no serial captured - aborting POST"
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exit 0
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}
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# gea-standard / gea-engineer set no PCTYPE: read the image from the share
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# startnet mapped as Z: (\\server\winpeapps\<image>). Those builds report
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# 3 steps (WinPE, then Send-ImagingStage.ps1 from their unattend, done
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# at OOBE); the shopfloor build reports 8.
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$total = 8
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if (-not $PCType) {
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try {
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$z = (& net use Z: 2>$null | Out-String)
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if ($z -match 'winpeapps\\(gea-standard|gea-engineer)\b') { $PCType = $Matches[1]; $total = 3 }
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} catch { Log "net use Z: exception: $_" }
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Log "image from Z: = '$PCType'"
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}
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if ($PCType -in @('gea-standard', 'gea-engineer')) { $total = 3 }
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# Say so from the first push: the BIOS update was staged before the menu, but
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# startnet's own "BIOS firmware update" push only comes at the end of WinPE.
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if ($CurrentStage -eq 'WinPE: PESetup / WIM apply' -and (Test-Path $BiosFlag)) {
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$CurrentStage = 'WinPE: PESetup / WIM apply (BIOS update staged, flashes on the next reboot)'
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Log "bios flag present: $((Get-Content $BiosFlag -ErrorAction SilentlyContinue) -join ' ')"
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}
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# Compose JSON. ConvertTo-Json works in WinPE.
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$payload = @{
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serial = $serial
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pctype = $PCType
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current_stage = $CurrentStage
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stage_index = $StageIndex
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stage_total = $total
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status = 'in_progress'
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}
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if ($mac) { $payload.mac = $mac }
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$body = $payload | ConvertTo-Json -Compress
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$uri = "http://${PxeServer}:${Port}/imaging/status"
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Log "POST $uri body=$body"
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try {
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$resp = Invoke-WebRequest -Uri $uri -Method POST -Body $body `
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-ContentType 'application/json' -UseBasicParsing -TimeoutSec $TimeoutSec -ErrorAction Stop
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Log "OK http=$($resp.StatusCode)"
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} catch {
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Log "ERR $($_.Exception.Message)"
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}
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exit 0
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