Proxmox Virtual Environment (Proxmox VE) v7.4.0, Aug 17 25

Proxmox Virtual Environment (Proxmox VE) v7.4.0 published on Sunday, Aug 17, 2025 by Daniel Muehlbachler-Pietrzykowski

proxmoxve.SDNZone.getEvpn

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Proxmox Virtual Environment (Proxmox VE) v7.4.0 published on Sunday, Aug 17, 2025 by Daniel Muehlbachler-Pietrzykowski

Example Usage

import * as pulumi from "@pulumi/pulumi";
import * as proxmoxve from "@muhlba91/pulumi-proxmoxve";

const example = proxmoxve.SDNZone.getEvpn({
    id: "evpn1",
});
export const dataProxmoxVirtualEnvironmentSdnZoneEvpn = {
    id: example.then(example => example.id),
    nodes: example.then(example => example.nodes),
    controller: example.then(example => example.controller),
    vrf_vxlan: example.then(example => example.vrfVxlan),
    advertise_subnets: example.then(example => example.advertiseSubnets),
    disable_arp_nd_suppression: example.then(example => example.disableArpNdSuppression),
    exit_nodes: example.then(example => example.exitNodes),
    exit_nodes_local_routing: example.then(example => example.exitNodesLocalRouting),
    primary_exit_node: example.then(example => example.primaryExitNode),
    rt_import: example.then(example => example.rtImport),
    mtu: example.then(example => example.mtu),
    dns: example.then(example => example.dns),
    dns_zone: example.then(example => example.dnsZone),
    ipam: example.then(example => example.ipam),
    reverse_dns: example.then(example => example.reverseDns),
};

import pulumi
import pulumi_proxmoxve as proxmoxve

example = proxmoxve.SDNZone.get_evpn(id="evpn1")
pulumi.export("dataProxmoxVirtualEnvironmentSdnZoneEvpn", {
    "id": example.id,
    "nodes": example.nodes,
    "controller": example.controller,
    "vrf_vxlan": example.vrf_vxlan,
    "advertise_subnets": example.advertise_subnets,
    "disable_arp_nd_suppression": example.disable_arp_nd_suppression,
    "exit_nodes": example.exit_nodes,
    "exit_nodes_local_routing": example.exit_nodes_local_routing,
    "primary_exit_node": example.primary_exit_node,
    "rt_import": example.rt_import,
    "mtu": example.mtu,
    "dns": example.dns,
    "dns_zone": example.dns_zone,
    "ipam": example.ipam,
    "reverse_dns": example.reverse_dns,
})

package main

import (
	"github.com/muhlba91/pulumi-proxmoxve/sdk/v7/go/proxmoxve/sdnzone"
	"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
)

func main() {
	pulumi.Run(func(ctx *pulumi.Context) error {
		example, err := sdnzone.GetEvpn(ctx, &sdnzone.GetEvpnArgs{
			Id: "evpn1",
		}, nil)
		if err != nil {
			return err
		}
		ctx.Export("dataProxmoxVirtualEnvironmentSdnZoneEvpn", pulumi.Map{
			"id":                         example.Id,
			"nodes":                      example.Nodes,
			"controller":                 example.Controller,
			"vrf_vxlan":                  example.VrfVxlan,
			"advertise_subnets":          example.AdvertiseSubnets,
			"disable_arp_nd_suppression": example.DisableArpNdSuppression,
			"exit_nodes":                 example.ExitNodes,
			"exit_nodes_local_routing":   example.ExitNodesLocalRouting,
			"primary_exit_node":          example.PrimaryExitNode,
			"rt_import":                  example.RtImport,
			"mtu":                        example.Mtu,
			"dns":                        example.Dns,
			"dns_zone":                   example.DnsZone,
			"ipam":                       example.Ipam,
			"reverse_dns":                example.ReverseDns,
		})
		return nil
	})
}

using System.Collections.Generic;
using System.Linq;
using Pulumi;
using ProxmoxVE = Pulumi.ProxmoxVE;

return await Deployment.RunAsync(() => 
{
    var example = ProxmoxVE.SDNZone.GetEvpn.Invoke(new()
    {
        Id = "evpn1",
    });

    return new Dictionary<string, object?>
    {
        ["dataProxmoxVirtualEnvironmentSdnZoneEvpn"] = 
        {
            { "id", example.Apply(getEvpnResult => getEvpnResult.Id) },
            { "nodes", example.Apply(getEvpnResult => getEvpnResult.Nodes) },
            { "controller", example.Apply(getEvpnResult => getEvpnResult.Controller) },
            { "vrf_vxlan", example.Apply(getEvpnResult => getEvpnResult.VrfVxlan) },
            { "advertise_subnets", example.Apply(getEvpnResult => getEvpnResult.AdvertiseSubnets) },
            { "disable_arp_nd_suppression", example.Apply(getEvpnResult => getEvpnResult.DisableArpNdSuppression) },
            { "exit_nodes", example.Apply(getEvpnResult => getEvpnResult.ExitNodes) },
            { "exit_nodes_local_routing", example.Apply(getEvpnResult => getEvpnResult.ExitNodesLocalRouting) },
            { "primary_exit_node", example.Apply(getEvpnResult => getEvpnResult.PrimaryExitNode) },
            { "rt_import", example.Apply(getEvpnResult => getEvpnResult.RtImport) },
            { "mtu", example.Apply(getEvpnResult => getEvpnResult.Mtu) },
            { "dns", example.Apply(getEvpnResult => getEvpnResult.Dns) },
            { "dns_zone", example.Apply(getEvpnResult => getEvpnResult.DnsZone) },
            { "ipam", example.Apply(getEvpnResult => getEvpnResult.Ipam) },
            { "reverse_dns", example.Apply(getEvpnResult => getEvpnResult.ReverseDns) },
        },
    };
});

package generated_program;

import com.pulumi.Context;
import com.pulumi.Pulumi;
import com.pulumi.core.Output;
import com.pulumi.proxmoxve.SDNZone.SDNZoneFunctions;
import com.pulumi.proxmoxve.SDNZone.inputs.GetEvpnArgs;
import java.util.List;
import java.util.ArrayList;
import java.util.Map;
import java.io.File;
import java.nio.file.Files;
import java.nio.file.Paths;

public class App {
    public static void main(String[] args) {
        Pulumi.run(App::stack);
    }

    public static void stack(Context ctx) {
        final var example = SDNZoneFunctions.getEvpn(GetEvpnArgs.builder()
            .id("evpn1")
            .build());

        ctx.export("dataProxmoxVirtualEnvironmentSdnZoneEvpn", Map.ofEntries(
            Map.entry("id", example.id()),
            Map.entry("nodes", example.nodes()),
            Map.entry("controller", example.controller()),
            Map.entry("vrf_vxlan", example.vrfVxlan()),
            Map.entry("advertise_subnets", example.advertiseSubnets()),
            Map.entry("disable_arp_nd_suppression", example.disableArpNdSuppression()),
            Map.entry("exit_nodes", example.exitNodes()),
            Map.entry("exit_nodes_local_routing", example.exitNodesLocalRouting()),
            Map.entry("primary_exit_node", example.primaryExitNode()),
            Map.entry("rt_import", example.rtImport()),
            Map.entry("mtu", example.mtu()),
            Map.entry("dns", example.dns()),
            Map.entry("dns_zone", example.dnsZone()),
            Map.entry("ipam", example.ipam()),
            Map.entry("reverse_dns", example.reverseDns())
        ));
    }
}

variables:
  example:
    fn::invoke:
      function: proxmoxve:SDNZone:getEvpn
      arguments:
        id: evpn1
outputs:
  dataProxmoxVirtualEnvironmentSdnZoneEvpn:
    id: ${example.id}
    nodes: ${example.nodes}
    controller: ${example.controller}
    vrf_vxlan: ${example.vrfVxlan}
    advertise_subnets: ${example.advertiseSubnets}
    disable_arp_nd_suppression: ${example.disableArpNdSuppression}
    exit_nodes: ${example.exitNodes}
    exit_nodes_local_routing: ${example.exitNodesLocalRouting}
    primary_exit_node: ${example.primaryExitNode}
    rt_import: ${example.rtImport}
    mtu: ${example.mtu}
    dns: ${example.dns}
    dns_zone: ${example.dnsZone}
    ipam: ${example.ipam}
    reverse_dns: ${example.reverseDns}

Using getEvpn

Two invocation forms are available. The direct form accepts plain arguments and either blocks until the result value is available, or returns a Promise-wrapped result. The output form accepts Input-wrapped arguments and returns an Output-wrapped result.

function getEvpn(args: GetEvpnArgs, opts?: InvokeOptions): Promise<GetEvpnResult>
function getEvpnOutput(args: GetEvpnOutputArgs, opts?: InvokeOptions): Output<GetEvpnResult>

def get_evpn(id: Optional[str] = None,
             opts: Optional[InvokeOptions] = None) -> GetEvpnResult
def get_evpn_output(id: Optional[pulumi.Input[str]] = None,
             opts: Optional[InvokeOptions] = None) -> Output[GetEvpnResult]

func LookupEvpn(ctx *Context, args *LookupEvpnArgs, opts ...InvokeOption) (*LookupEvpnResult, error)
func LookupEvpnOutput(ctx *Context, args *LookupEvpnOutputArgs, opts ...InvokeOption) LookupEvpnResultOutput

> Note: This function is named LookupEvpn in the Go SDK.

public static class GetEvpn 
{
    public static Task<GetEvpnResult> InvokeAsync(GetEvpnArgs args, InvokeOptions? opts = null)
    public static Output<GetEvpnResult> Invoke(GetEvpnInvokeArgs args, InvokeOptions? opts = null)
}

public static CompletableFuture<GetEvpnResult> getEvpn(GetEvpnArgs args, InvokeOptions options)
public static Output<GetEvpnResult> getEvpn(GetEvpnArgs args, InvokeOptions options)

fn::invoke:
  function: proxmoxve:SDNZone/getEvpn:getEvpn
  arguments:
    # arguments dictionary

The following arguments are supported:

Id string: The unique identifier of the SDN zone.

Id string: The unique identifier of the SDN zone.

id String: The unique identifier of the SDN zone.

id string: The unique identifier of the SDN zone.

id str: The unique identifier of the SDN zone.

id String: The unique identifier of the SDN zone.

getEvpn Result

The following output properties are available:

AdvertiseSubnets bool: Enable subnet advertisement for EVPN.
Controller string: EVPN controller address.
DisableArpNdSuppression bool: Disable ARP/ND suppression for EVPN.
Dns string: DNS API server address.
DnsZone string: DNS domain name. Used to register hostnames, such as <hostname>.<domain>. The DNS zone must already exist on the DNS server.
ExitNodes List<string>: List of exit nodes for EVPN.
ExitNodesLocalRouting bool: Enable local routing for EVPN exit nodes.
Id string: The unique identifier of the SDN zone.
Ipam string: IP Address Management system.
Mtu int: MTU value for the zone.
Nodes List<string>: The Proxmox nodes which the zone and associated VNets are deployed on
PrimaryExitNode string: Primary exit node for EVPN.
ReverseDns string: Reverse DNS API server address.
RtImport string: Route target import for EVPN. Must be in the format '\n\n:\n\n' (e.g., '65000:65000').
VrfVxlan int: VRF VXLAN-ID used for dedicated routing interconnect between VNets. It must be different than the VXLAN-ID of the VNets.

AdvertiseSubnets bool: Enable subnet advertisement for EVPN.
Controller string: EVPN controller address.
DisableArpNdSuppression bool: Disable ARP/ND suppression for EVPN.
Dns string: DNS API server address.
DnsZone string: DNS domain name. Used to register hostnames, such as <hostname>.<domain>. The DNS zone must already exist on the DNS server.
ExitNodes []string: List of exit nodes for EVPN.
ExitNodesLocalRouting bool: Enable local routing for EVPN exit nodes.
Id string: The unique identifier of the SDN zone.
Ipam string: IP Address Management system.
Mtu int: MTU value for the zone.
Nodes []string: The Proxmox nodes which the zone and associated VNets are deployed on
PrimaryExitNode string: Primary exit node for EVPN.
ReverseDns string: Reverse DNS API server address.
RtImport string: Route target import for EVPN. Must be in the format '\n\n:\n\n' (e.g., '65000:65000').
VrfVxlan int: VRF VXLAN-ID used for dedicated routing interconnect between VNets. It must be different than the VXLAN-ID of the VNets.

advertiseSubnets Boolean: Enable subnet advertisement for EVPN.
controller String: EVPN controller address.
disableArpNdSuppression Boolean: Disable ARP/ND suppression for EVPN.
dns String: DNS API server address.
dnsZone String: DNS domain name. Used to register hostnames, such as <hostname>.<domain>. The DNS zone must already exist on the DNS server.
exitNodes List<String>: List of exit nodes for EVPN.
exitNodesLocalRouting Boolean: Enable local routing for EVPN exit nodes.
id String: The unique identifier of the SDN zone.
ipam String: IP Address Management system.
mtu Integer: MTU value for the zone.
nodes List<String>: The Proxmox nodes which the zone and associated VNets are deployed on
primaryExitNode String: Primary exit node for EVPN.
reverseDns String: Reverse DNS API server address.
rtImport String: Route target import for EVPN. Must be in the format '\n\n:\n\n' (e.g., '65000:65000').
vrfVxlan Integer: VRF VXLAN-ID used for dedicated routing interconnect between VNets. It must be different than the VXLAN-ID of the VNets.

advertiseSubnets boolean: Enable subnet advertisement for EVPN.
controller string: EVPN controller address.
disableArpNdSuppression boolean: Disable ARP/ND suppression for EVPN.
dns string: DNS API server address.
dnsZone string: DNS domain name. Used to register hostnames, such as <hostname>.<domain>. The DNS zone must already exist on the DNS server.
exitNodes string[]: List of exit nodes for EVPN.
exitNodesLocalRouting boolean: Enable local routing for EVPN exit nodes.
id string: The unique identifier of the SDN zone.
ipam string: IP Address Management system.
mtu number: MTU value for the zone.
nodes string[]: The Proxmox nodes which the zone and associated VNets are deployed on
primaryExitNode string: Primary exit node for EVPN.
reverseDns string: Reverse DNS API server address.
rtImport string: Route target import for EVPN. Must be in the format '\n\n:\n\n' (e.g., '65000:65000').
vrfVxlan number: VRF VXLAN-ID used for dedicated routing interconnect between VNets. It must be different than the VXLAN-ID of the VNets.

advertise_subnets bool: Enable subnet advertisement for EVPN.
controller str: EVPN controller address.
disable_arp_nd_suppression bool: Disable ARP/ND suppression for EVPN.
dns str: DNS API server address.
dns_zone str: DNS domain name. Used to register hostnames, such as <hostname>.<domain>. The DNS zone must already exist on the DNS server.
exit_nodes Sequence[str]: List of exit nodes for EVPN.
exit_nodes_local_routing bool: Enable local routing for EVPN exit nodes.
id str: The unique identifier of the SDN zone.
ipam str: IP Address Management system.
mtu int: MTU value for the zone.
nodes Sequence[str]: The Proxmox nodes which the zone and associated VNets are deployed on
primary_exit_node str: Primary exit node for EVPN.
reverse_dns str: Reverse DNS API server address.
rt_import str: Route target import for EVPN. Must be in the format '\n\n:\n\n' (e.g., '65000:65000').
vrf_vxlan int: VRF VXLAN-ID used for dedicated routing interconnect between VNets. It must be different than the VXLAN-ID of the VNets.

advertiseSubnets Boolean: Enable subnet advertisement for EVPN.
controller String: EVPN controller address.
disableArpNdSuppression Boolean: Disable ARP/ND suppression for EVPN.
dns String: DNS API server address.
dnsZone String: DNS domain name. Used to register hostnames, such as <hostname>.<domain>. The DNS zone must already exist on the DNS server.
exitNodes List<String>: List of exit nodes for EVPN.
exitNodesLocalRouting Boolean: Enable local routing for EVPN exit nodes.
id String: The unique identifier of the SDN zone.
ipam String: IP Address Management system.
mtu Number: MTU value for the zone.
nodes List<String>: The Proxmox nodes which the zone and associated VNets are deployed on
primaryExitNode String: Primary exit node for EVPN.
reverseDns String: Reverse DNS API server address.
rtImport String: Route target import for EVPN. Must be in the format '\n\n:\n\n' (e.g., '65000:65000').
vrfVxlan Number: VRF VXLAN-ID used for dedicated routing interconnect between VNets. It must be different than the VXLAN-ID of the VNets.

Package Details

Repository: proxmoxve muhlba91/pulumi-proxmoxve
License: Apache-2.0
Notes: This Pulumi package is based on the proxmox Terraform Provider.

Proxmox Virtual Environment (Proxmox VE) v7.4.0 published on Sunday, Aug 17, 2025 by Daniel Muehlbachler-Pietrzykowski

muhlba91/pulumi-proxmoxve

proxmoxve.SDNZone.getEvpn

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Example Usage

Using getEvpn

getEvpn Result

Package Details

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