Model/ClusterSdnZonesInnerPending.ps1
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# # Proxmox PowerShell VE # Generated module to access all Proxmox VE Api Endpoints. This module has been generated from the proxmox api description v. 9.0.8 # Version: 9.0.8 # Contact: mail@timo-wolf.de # Generated by OpenAPI Generator: https://openapi-generator.tech # <# .SYNOPSIS No summary available. .DESCRIPTION No description available. .PARAMETER AdvertiseSubnets Advertise IP prefixes (Type-5 routes) instead of MAC/IP pairs (Type-2 routes). EVPN zone only. .PARAMETER Bridge the bridge for which VLANs should be managed. VLAN & QinQ zone only. .PARAMETER BridgeDisableMacLearning Disable auto mac learning. VLAN zone only. .PARAMETER Controller ID of the controller for this zone. EVPN zone only. .PARAMETER Dhcp Name of DHCP server backend for this zone. .PARAMETER DisableArpNdSuppression Suppress IPv4 ARP && IPv6 Neighbour Discovery messages. EVPN zone only. .PARAMETER Dns ID of the DNS server for this zone. .PARAMETER Dnszone Domain name for this zone. .PARAMETER Exitnodes List of PVE Nodes that should act as exit node for this zone. EVPN zone only. .PARAMETER ExitnodesLocalRouting Create routes on the exit nodes, so they can connect to EVPN guests. EVPN zone only. .PARAMETER ExitnodesPrimary Force traffic through this exitnode first. EVPN zone only. .PARAMETER Ipam ID of the IPAM for this zone. .PARAMETER Mac MAC address of the anycast router for this zone. .PARAMETER Mtu MTU of the zone, will be used for the created VNet bridges. .PARAMETER Nodes Nodes where this zone should be created. .PARAMETER Peers Comma-separated list of peers, that are part of the VXLAN zone. Usually the IPs of the nodes. VXLAN zone only. .PARAMETER Reversedns ID of the reverse DNS server for this zone. .PARAMETER RtImport Route-Targets that should be imported into the VRF of this zone via BGP. EVPN zone only. .PARAMETER Tag Service-VLAN Tag (outer VLAN). QinQ zone only .PARAMETER VlanProtocol VLAN protocol for the creation of the QinQ zone. QinQ zone only. .PARAMETER VrfVxlan VNI for the zone VRF. EVPN zone only. .PARAMETER VxlanPort UDP port that should be used for the VXLAN tunnel (default 4789). VXLAN zone only. .OUTPUTS ClusterSdnZonesInnerPending<PSCustomObject> #> function Initialize-PVEClusterSdnZonesInnerPending { [CmdletBinding()] Param ( [Parameter(ValueFromPipelineByPropertyName = $true)] [System.Nullable[Boolean]] ${AdvertiseSubnets}, [Parameter(ValueFromPipelineByPropertyName = $true)] [String] ${Bridge}, [Parameter(ValueFromPipelineByPropertyName = $true)] [System.Nullable[Boolean]] ${BridgeDisableMacLearning}, [Parameter(ValueFromPipelineByPropertyName = $true)] [String] ${Controller}, [Parameter(ValueFromPipelineByPropertyName = $true)] [ValidateSet("dnsmasq")] [String] ${Dhcp}, [Parameter(ValueFromPipelineByPropertyName = $true)] [System.Nullable[Boolean]] ${DisableArpNdSuppression}, [Parameter(ValueFromPipelineByPropertyName = $true)] [String] ${Dns}, [Parameter(ValueFromPipelineByPropertyName = $true)] [String] ${Dnszone}, [Parameter(ValueFromPipelineByPropertyName = $true)] [String] ${Exitnodes}, [Parameter(ValueFromPipelineByPropertyName = $true)] [System.Nullable[Boolean]] ${ExitnodesLocalRouting}, [Parameter(ValueFromPipelineByPropertyName = $true)] [String] ${ExitnodesPrimary}, [Parameter(ValueFromPipelineByPropertyName = $true)] [String] ${Ipam}, [Parameter(ValueFromPipelineByPropertyName = $true)] [String] ${Mac}, [Parameter(ValueFromPipelineByPropertyName = $true)] [System.Nullable[Int32]] ${Mtu}, [Parameter(ValueFromPipelineByPropertyName = $true)] [String] ${Nodes}, [Parameter(ValueFromPipelineByPropertyName = $true)] [String] ${Peers}, [Parameter(ValueFromPipelineByPropertyName = $true)] [String] ${Reversedns}, [Parameter(ValueFromPipelineByPropertyName = $true)] [String] ${RtImport}, [Parameter(ValueFromPipelineByPropertyName = $true)] [System.Nullable[Int32]] ${Tag}, [Parameter(ValueFromPipelineByPropertyName = $true)] [ValidateSet("802.1q", "802.1ad")] [String] ${VlanProtocol} = "802.1q", [Parameter(ValueFromPipelineByPropertyName = $true)] [System.Nullable[Int32]] ${VrfVxlan}, [Parameter(ValueFromPipelineByPropertyName = $true)] [System.Nullable[Int32]] ${VxlanPort} = 4789 ) Process { 'Creating PSCustomObject: ProxmoxPVE => PVEClusterSdnZonesInnerPending' | Write-Debug $PSBoundParameters | Out-DebugParameter | Write-Debug if ($Tag -and $Tag -lt 0) { throw "invalid value for 'Tag', must be greater than or equal to 0." } if ($VrfVxlan -and $VrfVxlan -gt 16777215) { throw "invalid value for 'VrfVxlan', must be smaller than or equal to 16777215." } if ($VrfVxlan -and $VrfVxlan -lt 1) { throw "invalid value for 'VrfVxlan', must be greater than or equal to 1." } if ($VxlanPort -and $VxlanPort -gt 65536) { throw "invalid value for 'VxlanPort', must be smaller than or equal to 65536." } if ($VxlanPort -and $VxlanPort -lt 1) { throw "invalid value for 'VxlanPort', must be greater than or equal to 1." } $DisplayNameMapping =@{ "AdvertiseSubnets"="advertise-subnets"; "Bridge"="bridge"; "BridgeDisableMacLearning"="bridge-disable-mac-learning"; "Controller"="controller"; "Dhcp"="dhcp"; "DisableArpNdSuppression"="disable-arp-nd-suppression"; "Dns"="dns"; "Dnszone"="dnszone"; "Exitnodes"="exitnodes"; "ExitnodesLocalRouting"="exitnodes-local-routing"; "ExitnodesPrimary"="exitnodes-primary"; "Ipam"="ipam"; "Mac"="mac"; "Mtu"="mtu"; "Nodes"="nodes"; "Peers"="peers"; "Reversedns"="reversedns"; "RtImport"="rt-import"; "Tag"="tag"; "VlanProtocol"="vlan-protocol"; "VrfVxlan"="vrf-vxlan"; "VxlanPort"="vxlan-port" } $OBJ = @{} foreach($parameter in $PSBoundParameters.Keys){ #If Specifield map the Display name back $OBJ.($DisplayNameMapping.($parameter)) = $PSBoundParameters.$parameter } $PSO = [PSCustomObject]$OBJ return $PSO } } <# .SYNOPSIS Convert from JSON to ClusterSdnZonesInnerPending<PSCustomObject> .DESCRIPTION Convert from JSON to ClusterSdnZonesInnerPending<PSCustomObject> .PARAMETER Json Json object .OUTPUTS ClusterSdnZonesInnerPending<PSCustomObject> #> function ConvertFrom-PVEJsonToClusterSdnZonesInnerPending { Param( [AllowEmptyString()] [string]$Json ) Process { 'Converting JSON to PSCustomObject: ProxmoxPVE => PVEClusterSdnZonesInnerPending' | Write-Debug $PSBoundParameters | Out-DebugParameter | Write-Debug $JsonParameters = ConvertFrom-Json -InputObject $Json # check if Json contains properties not defined in PVEClusterSdnZonesInnerPending $AllProperties = ("advertise-subnets", "bridge", "bridge-disable-mac-learning", "controller", "dhcp", "disable-arp-nd-suppression", "dns", "dnszone", "exitnodes", "exitnodes-local-routing", "exitnodes-primary", "ipam", "mac", "mtu", "nodes", "peers", "reversedns", "rt-import", "tag", "vlan-protocol", "vrf-vxlan", "vxlan-port") foreach ($name in $JsonParameters.PsObject.Properties.Name) { if (!($AllProperties.Contains($name))) { throw "Error! JSON key '$name' not found in the properties: $($AllProperties)" } } if (!([bool]($JsonParameters.PSobject.Properties.name -match "advertise-subnets"))) { #optional property not found $AdvertiseSubnets = $null } else { $AdvertiseSubnets = $JsonParameters.PSobject.Properties["advertise-subnets"].value } if (!([bool]($JsonParameters.PSobject.Properties.name -match "bridge"))) { #optional property not found $Bridge = $null } else { $Bridge = $JsonParameters.PSobject.Properties["bridge"].value } if (!([bool]($JsonParameters.PSobject.Properties.name -match "bridge-disable-mac-learning"))) { #optional property not found $BridgeDisableMacLearning = $null } else { $BridgeDisableMacLearning = $JsonParameters.PSobject.Properties["bridge-disable-mac-learning"].value } if (!([bool]($JsonParameters.PSobject.Properties.name -match "controller"))) { #optional property not found $Controller = $null } else { $Controller = $JsonParameters.PSobject.Properties["controller"].value } if (!([bool]($JsonParameters.PSobject.Properties.name -match "dhcp"))) { #optional property not found $Dhcp = $null } else { $Dhcp = $JsonParameters.PSobject.Properties["dhcp"].value } if (!([bool]($JsonParameters.PSobject.Properties.name -match "disable-arp-nd-suppression"))) { #optional property not found $DisableArpNdSuppression = $null } else { $DisableArpNdSuppression = $JsonParameters.PSobject.Properties["disable-arp-nd-suppression"].value } if (!([bool]($JsonParameters.PSobject.Properties.name -match "dns"))) { #optional property not found $Dns = $null } else { $Dns = $JsonParameters.PSobject.Properties["dns"].value } if (!([bool]($JsonParameters.PSobject.Properties.name -match "dnszone"))) { #optional property not found $Dnszone = $null } else { $Dnszone = $JsonParameters.PSobject.Properties["dnszone"].value } if (!([bool]($JsonParameters.PSobject.Properties.name -match "exitnodes"))) { #optional property not found $Exitnodes = $null } else { $Exitnodes = $JsonParameters.PSobject.Properties["exitnodes"].value } if (!([bool]($JsonParameters.PSobject.Properties.name -match "exitnodes-local-routing"))) { #optional property not found $ExitnodesLocalRouting = $null } else { $ExitnodesLocalRouting = $JsonParameters.PSobject.Properties["exitnodes-local-routing"].value } if (!([bool]($JsonParameters.PSobject.Properties.name -match "exitnodes-primary"))) { #optional property not found $ExitnodesPrimary = $null } else { $ExitnodesPrimary = $JsonParameters.PSobject.Properties["exitnodes-primary"].value } if (!([bool]($JsonParameters.PSobject.Properties.name -match "ipam"))) { #optional property not found $Ipam = $null } else { $Ipam = $JsonParameters.PSobject.Properties["ipam"].value } if (!([bool]($JsonParameters.PSobject.Properties.name -match "mac"))) { #optional property not found $Mac = $null } else { $Mac = $JsonParameters.PSobject.Properties["mac"].value } if (!([bool]($JsonParameters.PSobject.Properties.name -match "mtu"))) { #optional property not found $Mtu = $null } else { $Mtu = $JsonParameters.PSobject.Properties["mtu"].value } if (!([bool]($JsonParameters.PSobject.Properties.name -match "nodes"))) { #optional property not found $Nodes = $null } else { $Nodes = $JsonParameters.PSobject.Properties["nodes"].value } if (!([bool]($JsonParameters.PSobject.Properties.name -match "peers"))) { #optional property not found $Peers = $null } else { $Peers = $JsonParameters.PSobject.Properties["peers"].value } if (!([bool]($JsonParameters.PSobject.Properties.name -match "reversedns"))) { #optional property not found $Reversedns = $null } else { $Reversedns = $JsonParameters.PSobject.Properties["reversedns"].value } if (!([bool]($JsonParameters.PSobject.Properties.name -match "rt-import"))) { #optional property not found $RtImport = $null } else { $RtImport = $JsonParameters.PSobject.Properties["rt-import"].value } if (!([bool]($JsonParameters.PSobject.Properties.name -match "tag"))) { #optional property not found $Tag = $null } else { $Tag = $JsonParameters.PSobject.Properties["tag"].value } if (!([bool]($JsonParameters.PSobject.Properties.name -match "vlan-protocol"))) { #optional property not found $VlanProtocol = $null } else { $VlanProtocol = $JsonParameters.PSobject.Properties["vlan-protocol"].value } if (!([bool]($JsonParameters.PSobject.Properties.name -match "vrf-vxlan"))) { #optional property not found $VrfVxlan = $null } else { $VrfVxlan = $JsonParameters.PSobject.Properties["vrf-vxlan"].value } if (!([bool]($JsonParameters.PSobject.Properties.name -match "vxlan-port"))) { #optional property not found $VxlanPort = $null } else { $VxlanPort = $JsonParameters.PSobject.Properties["vxlan-port"].value } $PSO = [PSCustomObject]@{ "advertise-subnets" = ${AdvertiseSubnets} "bridge" = ${Bridge} "bridge-disable-mac-learning" = ${BridgeDisableMacLearning} "controller" = ${Controller} "dhcp" = ${Dhcp} "disable-arp-nd-suppression" = ${DisableArpNdSuppression} "dns" = ${Dns} "dnszone" = ${Dnszone} "exitnodes" = ${Exitnodes} "exitnodes-local-routing" = ${ExitnodesLocalRouting} "exitnodes-primary" = ${ExitnodesPrimary} "ipam" = ${Ipam} "mac" = ${Mac} "mtu" = ${Mtu} "nodes" = ${Nodes} "peers" = ${Peers} "reversedns" = ${Reversedns} "rt-import" = ${RtImport} "tag" = ${Tag} "vlan-protocol" = ${VlanProtocol} "vrf-vxlan" = ${VrfVxlan} "vxlan-port" = ${VxlanPort} } return $PSO } } |