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Initialer Import der Synology Scripts

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2026-08-05 08:43:57 +02:00
commit 5e32a7c411
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VM_DEPLOYMENT/._vm_list.xlsx
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VM_DEPLOYMENT/._~$vm_list.xlsx
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VM_DEPLOYMENT/@eaDir/depl_systems.xlsx@SynoResource
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VM_DEPLOYMENT/ct_output.json
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[
{
"Disk Storage": "CEPH-SSD FRONT",
"Memory": 1024,
"Gateway(IPv6)": false,
"Gateway(IPv4)": "10.10.10.254",
"Template": "debian-13-standard_13.1-2_amd64.tar.zst",
"DNS Server": false,
"Password": "Password",
"Model": false,
"Nesting": true,
"Cores": 2,
"Unprivileged": true,
"Disks": [],
"Bridge": "CENTRAL",
"Firewall": false,
"IPv6 Mode": false,
"Swap": 512,
"Template Storage": "ISO ALL",
"Hostname": "pdc",
"DNS Domain": false,
"IPv6/CIDR": false,
"Node": "fhs0",
"VLAN Tag": false,
"IPv4 Mode": "Static",
"IPv4/CIDR": "10.10.10.1/24",
"CT ID": 356
},
{
"Disk Storage": "CEPH-SSD FRONT",
"Memory": 1024,
"Gateway(IPv6)": false,
"Gateway(IPv4)": "10.10.20.254",
"Template": "ubuntu-25.04-standard_25.04-1.1_amd64.tar.zst",
"DNS Server": false,
"Password": "Password",
"Model": false,
"Nesting": true,
"Cores": 2,
"Unprivileged": true,
"Disks": [],
"Bridge": "CERT",
"Firewall": false,
"IPv6 Mode": false,
"Swap": 512,
"Template Storage": "ISO ALL",
"Hostname": "sdc",
"DNS Domain": false,
"IPv6/CIDR": false,
"Node": "fhs1",
"VLAN Tag": false,
"IPv4 Mode": false,
"IPv4/CIDR": "10.10.20.1/24",
"CT ID": 357
}
]
VM_DEPLOYMENT/depl_systems.xlsx
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VM_DEPLOYMENT/umwandlung7_99%.ps1
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param(
[string]$InputFile,
[string]$OutputVM = "vm_output.json",
[string]$OutputCT = "ct_output.json"
)
# Pfad Resolution
$basePath = if ($PSScriptRoot) { $PSScriptRoot } else { Split-Path -Parent $MyInvocation.MyCommand.Path }
if (-not $InputFile) { $InputFile = Join-Path $basePath "vm_list.xlsx" }
$OutputVM = Join-Path $basePath $OutputVM
$OutputCT = Join-Path $basePath $OutputCT
Write-Host "Using Excel file: $InputFile"
# ImportExcel Modul prüfen
if (-not (Get-Module -ListAvailable -Name ImportExcel)) {
Write-Error "ImportExcel Modul nicht installiert. Bitte: Install-Module -Name ImportExcel"
exit
}
Import-Module ImportExcel
# Helper für Disk Strings
function Get-Disks($diskString) {
$result = @{}
if ([string]::IsNullOrWhiteSpace($diskString)) { return $result }
$sizes = $diskString -split ","
for ($i=0; $i -lt $sizes.Count; $i++) {
$size = $sizes[$i].Trim()
if ($size -match "^\d+$") { $result["scsi$i"] = [int]$size }
}
return $result
}
# Dynamische Sheets
$sheetInfo = Get-ExcelSheetInfo -Path $InputFile
if ($sheetInfo.Count -lt 2) { Write-Error "Workbook muss mindestens 2 Sheets enthalten."; exit }
# VM Sheet
$vmData = Import-Excel -Path $InputFile -WorksheetName $sheetInfo[0].Name
$vmList = @()
foreach ($row in $vmData) {
if (-not $row.Node) { continue }
$obj = @{}
foreach ($prop in $row.PSObject.Properties) {
$obj[$prop.Name] = $prop.Value
}
# optional: scsi Disks als eigene Keys
if ($row.'Disk Size') {
$disks = Get-Disks $row.'Disk Size'
foreach ($k in $disks.Keys) { $obj[$k] = $disks[$k] }
}
$vmList += $obj
}
# CT Sheet
$ctData = Import-Excel -Path $InputFile -WorksheetName $sheetInfo[1].Name
$ctList = @()
foreach ($row in $ctData) {
if (-not $row.Node) { continue }
$obj = @{}
foreach ($prop in $row.PSObject.Properties) {
$obj[$prop.Name] = $prop.Value
}
# optional: scsi Disks als eigene Keys
if ($row.'Disk Size') {
$disks = Get-Disks $row.'Disk Size'
foreach ($k in $disks.Keys) { $obj[$k] = $disks[$k] }
}
$ctList += $obj
}
# Export JSON
$vmList | ConvertTo-Json -Depth 5 | Out-File -Encoding UTF8 $OutputVM
$ctList | ConvertTo-Json -Depth 5 | Out-File -Encoding UTF8 $OutputCT
Write-Host "VM JSON: $OutputVM"
Write-Host "CT JSON: $OutputCT"
Write-Host "VM Count: $($vmList.Count)"
Write-Host "CT Count: $($ctList.Count)"
VM_DEPLOYMENT/umwandlung8_100%.ps1
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param(
[string]$InputFile,
[string]$OutputVM = "vm_output.json",
[string]$OutputCT = "ct_output.json"
)
# ================================
# Pfad Resolution
# ================================
$basePath = if ($PSScriptRoot) { $PSScriptRoot } else { Split-Path -Parent $MyInvocation.MyCommand.Path }
if (-not $InputFile) { $InputFile = Join-Path $basePath "vm_list.xlsx" }
$OutputVM = Join-Path $basePath $OutputVM
$OutputCT = Join-Path $basePath $OutputCT
Write-Host "Using Excel file: $InputFile"
# ================================
# ImportExcel Modul prüfen
# ================================
if (-not (Get-Module -ListAvailable -Name ImportExcel)) {
Write-Error "ImportExcel Modul nicht installiert. Bitte: Install-Module -Name ImportExcel"
exit
}
Import-Module ImportExcel
# ================================
# Helper: Disk Strings
# ================================
function Get-Disks($diskString) {
$result = @{}
if ([string]::IsNullOrWhiteSpace($diskString)) { return $result }
$sizes = $diskString -split ","
for ($i=0; $i -lt $sizes.Count; $i++) {
$size = $sizes[$i].Trim()
if ($size -match "^\d+$") { $result["scsi$i"] = [int]$size }
}
return $result
}
# ================================
# Helper: Convert X / "" zu Boolean
# ================================
function Convert-ToBool($value) {
if ($value -eq "X") { return $true }
elseif ([string]::IsNullOrWhiteSpace($value)) { return $false }
else { return $value } # andere Werte bleiben unverändert
}
# ================================
# Dynamische Sheets
# ================================
$sheetInfo = Get-ExcelSheetInfo -Path $InputFile
if ($sheetInfo.Count -lt 2) { Write-Error "Workbook muss mindestens 2 Sheets enthalten."; exit }
# ================================
# VM Sheet einlesen
# ================================
$vmData = Import-Excel -Path $InputFile -WorksheetName $sheetInfo[0].Name
$vmList = @()
foreach ($row in $vmData) {
if (-not $row.Node) { continue }
$obj = @{}
foreach ($prop in $row.PSObject.Properties) {
$obj[$prop.Name] = Convert-ToBool $prop.Value
}
# optional: scsi Disks
if ($row.'Disk Size') {
$disks = Get-Disks $row.'Disk Size'
foreach ($k in $disks.Keys) { $obj[$k] = $disks[$k] }
}
$vmList += $obj
}
# ================================
# CT Sheet einlesen
# ================================
$ctData = Import-Excel -Path $InputFile -WorksheetName $sheetInfo[1].Name
$ctList = @()
foreach ($row in $ctData) {
if (-not $row.Node) { continue }
$obj = @{}
foreach ($prop in $row.PSObject.Properties) {
$obj[$prop.Name] = Convert-ToBool $prop.Value
}
# optional: scsi Disks
if ($row.'Disk Size') {
$disks = Get-Disks $row.'Disk Size'
foreach ($k in $disks.Keys) { $obj[$k] = $disks[$k] }
}
$ctList += $obj
}
# ================================
# Export JSON
# ================================
$vmList | ConvertTo-Json -Depth 5 | Out-File -Encoding UTF8 $OutputVM
$ctList | ConvertTo-Json -Depth 5 | Out-File -Encoding UTF8 $OutputCT
Write-Host "VM JSON: $OutputVM"
Write-Host "CT JSON: $OutputCT"
Write-Host "VM Count: $($vmList.Count)"
Write-Host "CT Count: $($ctList.Count)"
VM_DEPLOYMENT/umwandlung9.ps1
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param(
[string]$InputFile,
[string]$OutputVM = "vm_output.json",
[string]$OutputCT = "ct_output.json"
)
# ================================
# Pfad Resolution
# ================================
$basePath = if ($PSScriptRoot) { $PSScriptRoot } else { Split-Path -Parent $MyInvocation.MyCommand.Path }
if (-not $InputFile) { $InputFile = Join-Path $basePath "vm_list.xlsx" }
$OutputVM = Join-Path $basePath $OutputVM
$OutputCT = Join-Path $basePath $OutputCT
Write-Host "Using Excel file: $InputFile"
# ================================
# ImportExcel Modul prüfen
# ================================
if (-not (Get-Module -ListAvailable -Name ImportExcel)) {
Write-Error "ImportExcel Modul nicht installiert. Bitte: Install-Module -Name ImportExcel"
exit
}
Import-Module ImportExcel
# ================================
# Helper: Value Converter
# ================================
function Convert-Value($value) {
if ($value -eq "X") { return $true }
if ([string]::IsNullOrWhiteSpace($value)) { return $false }
if ($value -is [double]) { return [int]$value }
if ($value -match "^\d+(\.0)?$") { return [int]$value }
return $value
}
# ================================
# Helper: Disk Mapping
# ================================
function Get-DisksMapping($deviceInput, $sizeInput) {
$devices = @()
if ([string]::IsNullOrWhiteSpace($deviceInput) -or [string]::IsNullOrWhiteSpace($sizeInput)) {
return @()
}
$deviceRaw = [string]$deviceInput
$sizeRaw = [string]$sizeInput
if ($deviceRaw -match "\." -and $sizeRaw -match "\.") {
$deviceList = $deviceRaw -split "\."
$sizeList = $sizeRaw -split "\."
}
elseif ($deviceRaw -match "," -or $sizeRaw -match ",") {
$deviceList = $deviceRaw -split ","
$sizeList = $sizeRaw -split ","
}
else {
if ($deviceRaw -match "^\d+$" -and $sizeRaw -match "^\d+$") {
return @(
[PSCustomObject]@{
Device = [int]$deviceRaw
Size = [int]$sizeRaw
}
)
}
return @()
}
for ($i = 0; $i -lt $deviceList.Count; $i++) {
$dev = $deviceList[$i].Trim()
$size = if ($i -lt $sizeList.Count) { $sizeList[$i].Trim() } else { 0 }
if ($dev -match "^\d+$") {
$devices += [PSCustomObject]@{
Device = [int]$dev
Size = [int]$size
}
}
}
return @($devices)
}
# ================================
# Sheets
# ================================
$sheetInfo = Get-ExcelSheetInfo -Path $InputFile
if ($sheetInfo.Count -lt 2) {
Write-Error "Workbook muss mindestens 2 Sheets enthalten."
exit
}
# ================================
# VM Sheet
# ================================
$vmData = Import-Excel -Path $InputFile -WorksheetName $sheetInfo[0].Name
$vmList = @()
foreach ($row in $vmData) {
if (-not $row.Node) { continue }
$obj = @{ }
foreach ($prop in $row.PSObject.Properties) {
$obj[$prop.Name] = Convert-Value $prop.Value
}
# Disks
$obj['Disks'] = @(Get-DisksMapping $row.'Device' $row.'Disk Size')
# Alte Felder entfernen
$obj.Remove('Device')
$obj.Remove('Disk Size')
$vmList += $obj
}
# ================================
# CT Sheet
# ================================
$ctData = Import-Excel -Path $InputFile -WorksheetName $sheetInfo[1].Name
$ctList = @()
foreach ($row in $ctData) {
if (-not $row.Node) { continue }
$obj = @{ }
foreach ($prop in $row.PSObject.Properties) {
$obj[$prop.Name] = Convert-Value $prop.Value
}
# Disks
$obj['Disks'] = @(Get-DisksMapping $row.'Device' $row.'Disk Size')
# Alte Felder entfernen
$obj.Remove('Device')
$obj.Remove('Disk Size')
$ctList += $obj
}
# ================================
# Export JSON
# ================================
$vmList | ConvertTo-Json -Depth 5 | Out-File -Encoding UTF8 $OutputVM
$ctList | ConvertTo-Json -Depth 5 | Out-File -Encoding UTF8 $OutputCT
Write-Host "VM JSON: $OutputVM"
Write-Host "CT JSON: $OutputCT"
Write-Host "VM Count: $($vmList.Count)"
Write-Host "CT Count: $($ctList.Count)"
VM_DEPLOYMENT/vm_list.xlsx
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VM_DEPLOYMENT/vm_output.json
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[
{
"Gateway": "9.99.20.254",
"Node": "fhs0",
"BIOS": "OVMF (UEFI)",
"Backup": false,
"TPM Version": "v2.0",
"Maschine": "q35",
"Ballooning": true,
"Bus": "SCSI",
"Bridge": "DMZ",
"KSM": true,
"NTP Server": "9.99.20.254",
"Disks": [
{
"Device": 0,
"Size": 20
},
{
"Device": 1,
"Size": 5
}
],
"Service": "Certificate",
"VLAN Tag": false,
"Hostname": "subca",
"VirtIO Storage": "CEPH-Share Front",
"Domain Name": "cert.heim.lan",
"USE ISO": true,
"Add TPM": true,
"Model": "VirtIO (paravirtualized)",
"OS Typ": "Microsoft",
"Cores": 2,
"Disk Storage": "CEPH_SSD FRONT",
"Memory": 1024,
"Enable VirtIO": true,
"Firewall": false,
"EFI STORAGE": "CEPH_SSD FRONT",
"VirtIO ISO": "virtio-win-0.1.285.iso",
"OS Version": "11/2022/2025",
"IPv4": "9.99.20.1",
"Netmask": "255.255.255.0",
"Name": "CA_HEIM",
"Add EFI DISK": true,
"ISO Storage": "ISO ALL",
"ISO File": "de-de_windows_server_2025_updated_dec_2025_x64_dvd_c54ab58b.iso",
"Sockets": 1,
"DNS Server": "9.99.20.254",
"Start at boot": false,
"Qemu Agent": true,
"VM ID": 250,
"TPM Storage": "CEPH_SSD FRONT"
},
{
"Gateway": "9.99.70.254",
"Node": "fhs1",
"BIOS": "Default (SeaBIOS)",
"Backup": false,
"TPM Version": false,
"Maschine": "i440fx",
"Ballooning": false,
"Bus": "SCSI",
"Bridge": "PROXY",
"KSM": false,
"NTP Server": "9.99.70.254",
"Disks": [
{
"Device": 0,
"Size": 20
}
],
"Service": "IDM",
"VLAN Tag": false,
"Hostname": "idm",
"VirtIO Storage": false,
"Domain Name": "proxy.heim.lan",
"USE ISO": true,
"Add TPM": false,
"Model": "VirtIO (paravirtualized)",
"OS Typ": "Linux",
"Cores": 2,
"Disk Storage": "CEPH_SSD FRONT",
"Memory": 1024,
"Enable VirtIO": false,
"Firewall": false,
"EFI STORAGE": false,
"VirtIO ISO": false,
"OS Version": "6.x - 2.6 Kernel",
"IPv4": "9.99.70.22",
"Netmask": "255.255.255.0",
"Name": "keycloak",
"Add EFI DISK": false,
"ISO Storage": "ISO ALL",
"ISO File": "debian-13.2.0-amd64-DVD-1.iso",
"Sockets": 1,
"DNS Server": "9.99.70.254",
"Start at boot": false,
"Qemu Agent": true,
"VM ID": 251,
"TPM Storage": false
}
]
VM_DEPLOYMENT/~$vm_list.xlsx
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