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Viewing docs for Juniper Mist v0.11.1
published on Friday, Jul 10, 2026 by Pulumi
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pulumi/pulumi-junipermist

junipermist.site.EvpnTopology

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Viewing docs for Juniper Mist v0.11.1
published on Friday, Jul 10, 2026 by Pulumi
Schema (JSON)
pulumi/pulumi-junipermist

    This resource manages the Site Evpn Topology.

    EVPN allows an alternative but more efficient LAN architecture utilizing VxLAN / MP-BGP to separate the control plane (MAC / IP Learning) from the forwarding plane.

    To create or manage your EVPN Topology with the Mist Provider, please refer to the How To - EVPN Topology Guide.

    Example Usage

    import * as pulumi from "@pulumi/pulumi";
import * as mist from "@pulumi/mist";

const evpnOne = new mist.index.SiteSiteEvpnTopology("evpn_one", {
    siteId: terraformTest.id,
    name: "evpn_one",
    evpnOptions: {
        routedAt: "core",
        overlay: {
            as: 65000,
        },
        coreAsBorder: true,
        autoLoopbackSubnet: "172.16.192.0/24",
        autoLoopbackSubnet6: "fd33:ab00:2::/64",
        perVlanVgaV4Mac: false,
        underlay: {
            asBase: 65001,
            useIpv6: false,
            subnet: "10.255.240.0/20",
        },
        autoRouterIdSubnet: "172.16.254.0/23",
    },
    switches: [
        {
            mac: "020004000001",
            role: "core",
        },
        {
            mac: "02000400002",
            role: "core",
        },
        {
            mac: "02000400003",
            role: "distribution",
        },
        {
            mac: "02000400004",
            role: "distribution",
        },
        {
            mac: "02000400005",
            role: "access",
        },
        {
            mac: "02000400006",
            role: "access",
        },
    ],
});

    import pulumi
import pulumi_mist as mist

evpn_one = mist.SiteSiteEvpnTopology("evpn_one",
    site_id=terraform_test.id,
    name=evpn_one,
    evpn_options={
        routedAt: core,
        overlay: {
            as: 65000,
        },
        coreAsBorder: True,
        autoLoopbackSubnet: 172.16.192.0/24,
        autoLoopbackSubnet6: fd33:ab00:2::/64,
        perVlanVgaV4Mac: False,
        underlay: {
            asBase: 65001,
            useIpv6: False,
            subnet: 10.255.240.0/20,
        },
        autoRouterIdSubnet: 172.16.254.0/23,
    },
    switches=[
        {
            mac: 020004000001,
            role: core,
        },
        {
            mac: 02000400002,
            role: core,
        },
        {
            mac: 02000400003,
            role: distribution,
        },
        {
            mac: 02000400004,
            role: distribution,
        },
        {
            mac: 02000400005,
            role: access,
        },
        {
            mac: 02000400006,
            role: access,
        },
    ])

    package main

import (
	"github.com/pulumi/pulumi-mist/sdk/go/mist"
	"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
)

func main() {
	pulumi.Run(func(ctx *pulumi.Context) error {
		_, err := mist.NewSiteSiteEvpnTopology(ctx, "evpn_one", &mist.SiteSiteEvpnTopologyArgs{
			SiteId: terraformTest.Id,
			Name:   "evpn_one",
			EvpnOptions: map[string]interface{}{
				"routedAt": "core",
				"overlay": map[string]interface{}{
					"as": 65000,
				},
				"coreAsBorder":        true,
				"autoLoopbackSubnet":  "172.16.192.0/24",
				"autoLoopbackSubnet6": "fd33:ab00:2::/64",
				"perVlanVgaV4Mac":     false,
				"underlay": map[string]interface{}{
					"asBase":  65001,
					"useIpv6": false,
					"subnet":  "10.255.240.0/20",
				},
				"autoRouterIdSubnet": "172.16.254.0/23",
			},
			Switches: []map[string]interface{}{
				map[string]interface{}{
					"mac":  "020004000001",
					"role": "core",
				},
				map[string]interface{}{
					"mac":  "02000400002",
					"role": "core",
				},
				map[string]interface{}{
					"mac":  "02000400003",
					"role": "distribution",
				},
				map[string]interface{}{
					"mac":  "02000400004",
					"role": "distribution",
				},
				map[string]interface{}{
					"mac":  "02000400005",
					"role": "access",
				},
				map[string]interface{}{
					"mac":  "02000400006",
					"role": "access",
				},
			},
		})
		if err != nil {
			return err
		}
		return nil
	})
}

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

return await Deployment.RunAsync(() => 
{
    var evpnOne = new Mist.SiteSiteEvpnTopology("evpn_one", new()
    {
        SiteId = terraformTest.Id,
        Name = "evpn_one",
        EvpnOptions = 
        {
            { "routedAt", "core" },
            { "overlay", 
            {
                { "as", 65000 },
            } },
            { "coreAsBorder", true },
            { "autoLoopbackSubnet", "172.16.192.0/24" },
            { "autoLoopbackSubnet6", "fd33:ab00:2::/64" },
            { "perVlanVgaV4Mac", false },
            { "underlay", 
            {
                { "asBase", 65001 },
                { "useIpv6", false },
                { "subnet", "10.255.240.0/20" },
            } },
            { "autoRouterIdSubnet", "172.16.254.0/23" },
        },
        Switches = new[]
        {
            
            {
                { "mac", "020004000001" },
                { "role", "core" },
            },
            
            {
                { "mac", "02000400002" },
                { "role", "core" },
            },
            
            {
                { "mac", "02000400003" },
                { "role", "distribution" },
            },
            
            {
                { "mac", "02000400004" },
                { "role", "distribution" },
            },
            
            {
                { "mac", "02000400005" },
                { "role", "access" },
            },
            
            {
                { "mac", "02000400006" },
                { "role", "access" },
            },
        },
    });

});

    package generated_program;

import com.pulumi.Context;
import com.pulumi.Pulumi;
import com.pulumi.core.Output;
import com.pulumi.mist.SiteSiteEvpnTopology;
import com.pulumi.mist.SiteSiteEvpnTopologyArgs;
import java.util.ArrayList;
import java.util.Arrays;
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) {
        var evpnOne = new SiteSiteEvpnTopology("evpnOne", SiteSiteEvpnTopologyArgs.builder()
            .siteId(terraformTest.id())
            .name("evpn_one")
            .evpnOptions(Map.ofEntries(
                Map.entry("routedAt", "core"),
                Map.entry("overlay", Map.of("as", 65000)),
                Map.entry("coreAsBorder", true),
                Map.entry("autoLoopbackSubnet", "172.16.192.0/24"),
                Map.entry("autoLoopbackSubnet6", "fd33:ab00:2::/64"),
                Map.entry("perVlanVgaV4Mac", false),
                Map.entry("underlay", Map.ofEntries(
                    Map.entry("asBase", 65001),
                    Map.entry("useIpv6", false),
                    Map.entry("subnet", "10.255.240.0/20")
                )),
                Map.entry("autoRouterIdSubnet", "172.16.254.0/23")
            ))
            .switches(Arrays.asList(            
                Map.ofEntries(
                    Map.entry("mac", "020004000001"),
                    Map.entry("role", "core")
                ),
                Map.ofEntries(
                    Map.entry("mac", "02000400002"),
                    Map.entry("role", "core")
                ),
                Map.ofEntries(
                    Map.entry("mac", "02000400003"),
                    Map.entry("role", "distribution")
                ),
                Map.ofEntries(
                    Map.entry("mac", "02000400004"),
                    Map.entry("role", "distribution")
                ),
                Map.ofEntries(
                    Map.entry("mac", "02000400005"),
                    Map.entry("role", "access")
                ),
                Map.ofEntries(
                    Map.entry("mac", "02000400006"),
                    Map.entry("role", "access")
                )))
            .build());

    }
}

    resources:
  evpnOne:
    type: mist:SiteSiteEvpnTopology
    name: evpn_one
    properties:
      siteId: ${terraformTest.id}
      name: evpn_one
      evpnOptions:
        routedAt: core
        overlay:
          as: 65000
        coreAsBorder: true
        autoLoopbackSubnet: 172.16.192.0/24
        autoLoopbackSubnet6: fd33:ab00:2::/64
        perVlanVgaV4Mac: false
        underlay:
          asBase: 65001
          useIpv6: false
          subnet: 10.255.240.0/20
        autoRouterIdSubnet: 172.16.254.0/23
      switches:
        - mac: '020004000001'
          role: core
        - mac: '02000400002'
          role: core
        - mac: '02000400003'
          role: distribution
        - mac: '02000400004'
          role: distribution
        - mac: '02000400005'
          role: access
        - mac: '02000400006'
          role: access

    resource "mist_sitesiteevpntopology" "evpn_one" {
  site_id = terraformTest.id
  name    = "evpn_one"
  evpn_options = {
    "routedAt" = "core"
    "overlay" = {
      "as" = 65000
    }
    "coreAsBorder"        = true
    "autoLoopbackSubnet"  = "172.16.192.0/24"
    "autoLoopbackSubnet6" = "fd33:ab00:2::/64"
    "perVlanVgaV4Mac"     = false
    "underlay" = {
      "asBase"  = 65001
      "useIpv6" = false
      "subnet"  = "10.255.240.0/20"
    }
    "autoRouterIdSubnet" = "172.16.254.0/23"
  }
  switches = [{
    "mac"  = "020004000001"
    "role" = "core"
    }, {
    "mac"  = "02000400002"
    "role" = "core"
    }, {
    "mac"  = "02000400003"
    "role" = "distribution"
    }, {
    "mac"  = "02000400004"
    "role" = "distribution"
    }, {
    "mac"  = "02000400005"
    "role" = "access"
    }, {
    "mac"  = "02000400006"
    "role" = "access"
  }]
}

    Create EvpnTopology Resource

    Resources are created with functions called constructors. To learn more about declaring and configuring resources, see Resources.

    Constructor syntax

    new EvpnTopology(name: string, args: EvpnTopologyArgs, opts?: CustomResourceOptions);
    @overload
def EvpnTopology(resource_name: str,
                 args: EvpnTopologyArgs,
                 opts: Optional[ResourceOptions] = None)

@overload
def EvpnTopology(resource_name: str,
                 opts: Optional[ResourceOptions] = None,
                 site_id: Optional[str] = None,
                 switches: Optional[Mapping[str, EvpnTopologySwitchesArgs]] = None,
                 evpn_options: Optional[EvpnTopologyEvpnOptionsArgs] = None,
                 name: Optional[str] = None,
                 pod_names: Optional[Mapping[str, str]] = None)
    func NewEvpnTopology(ctx *Context, name string, args EvpnTopologyArgs, opts ...ResourceOption) (*EvpnTopology, error)
    public EvpnTopology(string name, EvpnTopologyArgs args, CustomResourceOptions? opts = null)
    public EvpnTopology(String name, EvpnTopologyArgs args)
public EvpnTopology(String name, EvpnTopologyArgs args, CustomResourceOptions options)

    type: junipermist:site:EvpnTopology
properties: # The arguments to resource properties.
options: # Bag of options to control resource's behavior.


    resource "junipermist_site_evpntopology" "name" {
    # resource properties
}

    Parameters

    name string
    The unique name of the resource.
    args EvpnTopologyArgs
    The arguments to resource properties.
    opts CustomResourceOptions
    Bag of options to control resource's behavior.
    resource_name str
    The unique name of the resource.
    args EvpnTopologyArgs
    The arguments to resource properties.
    opts ResourceOptions
    Bag of options to control resource's behavior.
    ctx Context
    Context object for the current deployment.
    name string
    The unique name of the resource.
    args EvpnTopologyArgs
    The arguments to resource properties.
    opts ResourceOption
    Bag of options to control resource's behavior.
    name string
    The unique name of the resource.
    args EvpnTopologyArgs
    The arguments to resource properties.
    opts CustomResourceOptions
    Bag of options to control resource's behavior.
    name String
    The unique name of the resource.
    args EvpnTopologyArgs
    The arguments to resource properties.
    options CustomResourceOptions
    Bag of options to control resource's behavior.

    Constructor example

    The following reference example uses placeholder values for all input properties.

    var junipermistEvpnTopologyResource = new JuniperMist.Site.EvpnTopology("junipermistEvpnTopologyResource", new()
{
    SiteId = "string",
    Switches = 
    {
        { "string", new JuniperMist.Site.Inputs.EvpnTopologySwitchesArgs
        {
            Role = "string",
            Pods = new[]
            {
                0,
            },
            SiteId = "string",
            Esilaglinks = new[]
            {
                "string",
            },
            EvpnId = 0,
            Mac = "string",
            Model = "string",
            Downlinks = new[]
            {
                "string",
            },
            DownlinkIps = new[]
            {
                "string",
            },
            Pod = 0,
            RouterId = "string",
            DeviceprofileId = "string",
            SuggestedDownlinks = new[]
            {
                "string",
            },
            SuggestedEsilaglinks = new[]
            {
                "string",
            },
            SuggestedUplinks = new[]
            {
                "string",
            },
            Uplinks = new[]
            {
                "string",
            },
        } },
    },
    EvpnOptions = new JuniperMist.Site.Inputs.EvpnTopologyEvpnOptionsArgs
    {
        AutoLoopbackSubnet = "string",
        AutoLoopbackSubnet6 = "string",
        AutoRouterIdSubnet = "string",
        AutoRouterIdSubnet6 = "string",
        CoreAsBorder = false,
        EnableInbandMgmt = false,
        EnableInbandZtp = false,
        Overlay = new JuniperMist.Site.Inputs.EvpnTopologyEvpnOptionsOverlayArgs
        {
            As = 0,
        },
        PerVlanVgaV4Mac = false,
        PerVlanVgaV6Mac = false,
        RoutedAt = "string",
        Underlay = new JuniperMist.Site.Inputs.EvpnTopologyEvpnOptionsUnderlayArgs
        {
            AsBase = 0,
            RoutedIdPrefix = "string",
            Subnet = "string",
            UseIpv6 = false,
        },
        VsInstances = 
        {
            { "string", new JuniperMist.Site.Inputs.EvpnTopologyEvpnOptionsVsInstancesArgs
            {
                Networks = new[]
                {
                    "string",
                },
            } },
        },
    },
    Name = "string",
    PodNames = 
    {
        { "string", "string" },
    },
});

    example, err := site.NewEvpnTopology(ctx, "junipermistEvpnTopologyResource", &site.EvpnTopologyArgs{
	SiteId: pulumi.String("string"),
	Switches: site.EvpnTopologySwitchesMap{
		"string": &site.EvpnTopologySwitchesArgs{
			Role: pulumi.String("string"),
			Pods: pulumi.IntArray{
				pulumi.Int(0),
			},
			SiteId: pulumi.String("string"),
			Esilaglinks: pulumi.StringArray{
				pulumi.String("string"),
			},
			EvpnId: pulumi.Int(0),
			Mac:    pulumi.String("string"),
			Model:  pulumi.String("string"),
			Downlinks: pulumi.StringArray{
				pulumi.String("string"),
			},
			DownlinkIps: pulumi.StringArray{
				pulumi.String("string"),
			},
			Pod:             pulumi.Int(0),
			RouterId:        pulumi.String("string"),
			DeviceprofileId: pulumi.String("string"),
			SuggestedDownlinks: pulumi.StringArray{
				pulumi.String("string"),
			},
			SuggestedEsilaglinks: pulumi.StringArray{
				pulumi.String("string"),
			},
			SuggestedUplinks: pulumi.StringArray{
				pulumi.String("string"),
			},
			Uplinks: pulumi.StringArray{
				pulumi.String("string"),
			},
		},
	},
	EvpnOptions: &site.EvpnTopologyEvpnOptionsArgs{
		AutoLoopbackSubnet:  pulumi.String("string"),
		AutoLoopbackSubnet6: pulumi.String("string"),
		AutoRouterIdSubnet:  pulumi.String("string"),
		AutoRouterIdSubnet6: pulumi.String("string"),
		CoreAsBorder:        pulumi.Bool(false),
		EnableInbandMgmt:    pulumi.Bool(false),
		EnableInbandZtp:     pulumi.Bool(false),
		Overlay: &site.EvpnTopologyEvpnOptionsOverlayArgs{
			As: pulumi.Int(0),
		},
		PerVlanVgaV4Mac: pulumi.Bool(false),
		PerVlanVgaV6Mac: pulumi.Bool(false),
		RoutedAt:        pulumi.String("string"),
		Underlay: &site.EvpnTopologyEvpnOptionsUnderlayArgs{
			AsBase:         pulumi.Int(0),
			RoutedIdPrefix: pulumi.String("string"),
			Subnet:         pulumi.String("string"),
			UseIpv6:        pulumi.Bool(false),
		},
		VsInstances: site.EvpnTopologyEvpnOptionsVsInstancesMap{
			"string": &site.EvpnTopologyEvpnOptionsVsInstancesArgs{
				Networks: pulumi.StringArray{
					pulumi.String("string"),
				},
			},
		},
	},
	Name: pulumi.String("string"),
	PodNames: pulumi.StringMap{
		"string": pulumi.String("string"),
	},
})

    resource "junipermist_site_evpntopology" "junipermistEvpnTopologyResource" {
  site_id = "string"
  switches = {
    "string" = {
      role                  = "string"
      pods                  = [0]
      site_id               = "string"
      esilaglinks           = ["string"]
      evpn_id               = 0
      mac                   = "string"
      model                 = "string"
      downlinks             = ["string"]
      downlink_ips          = ["string"]
      pod                   = 0
      router_id             = "string"
      deviceprofile_id      = "string"
      suggested_downlinks   = ["string"]
      suggested_esilaglinks = ["string"]
      suggested_uplinks     = ["string"]
      uplinks               = ["string"]
    }
  }
  evpn_options = {
    auto_loopback_subnet   = "string"
    auto_loopback_subnet6  = "string"
    auto_router_id_subnet  = "string"
    auto_router_id_subnet6 = "string"
    core_as_border         = false
    enable_inband_mgmt     = false
    enable_inband_ztp      = false
    overlay = {
      as = 0
    }
    per_vlan_vga_v4_mac = false
    per_vlan_vga_v6_mac = false
    routed_at           = "string"
    underlay = {
      as_base          = 0
      routed_id_prefix = "string"
      subnet           = "string"
      use_ipv6         = false
    }
    vs_instances = {
      "string" = {
        networks = ["string"]
      }
    }
  }
  name = "string"
  pod_names = {
    "string" = "string"
  }
}

    var junipermistEvpnTopologyResource = new com.pulumi.junipermist.site.EvpnTopology("junipermistEvpnTopologyResource", com.pulumi.junipermist.site.EvpnTopologyArgs.builder()
    .siteId("string")
    .switches(Map.of("string", com.pulumi.junipermist.site.inputs.EvpnTopologySwitchesArgs.builder()
        .role("string")
        .pods(0)
        .siteId("string")
        .esilaglinks("string")
        .evpnId(0)
        .mac("string")
        .model("string")
        .downlinks("string")
        .downlinkIps("string")
        .pod(0)
        .routerId("string")
        .deviceprofileId("string")
        .suggestedDownlinks("string")
        .suggestedEsilaglinks("string")
        .suggestedUplinks("string")
        .uplinks("string")
        .build()))
    .evpnOptions(com.pulumi.junipermist.site.inputs.EvpnTopologyEvpnOptionsArgs.builder()
        .autoLoopbackSubnet("string")
        .autoLoopbackSubnet6("string")
        .autoRouterIdSubnet("string")
        .autoRouterIdSubnet6("string")
        .coreAsBorder(false)
        .enableInbandMgmt(false)
        .enableInbandZtp(false)
        .overlay(com.pulumi.junipermist.site.inputs.EvpnTopologyEvpnOptionsOverlayArgs.builder()
            .as(0)
            .build())
        .perVlanVgaV4Mac(false)
        .perVlanVgaV6Mac(false)
        .routedAt("string")
        .underlay(com.pulumi.junipermist.site.inputs.EvpnTopologyEvpnOptionsUnderlayArgs.builder()
            .asBase(0)
            .routedIdPrefix("string")
            .subnet("string")
            .useIpv6(false)
            .build())
        .vsInstances(Map.of("string", com.pulumi.junipermist.site.inputs.EvpnTopologyEvpnOptionsVsInstancesArgs.builder()
            .networks("string")
            .build()))
        .build())
    .name("string")
    .podNames(Map.of("string", "string"))
    .build());

    junipermist_evpn_topology_resource = junipermist.site.EvpnTopology("junipermistEvpnTopologyResource",
    site_id="string",
    switches={
        "string": {
            "role": "string",
            "pods": [0],
            "site_id": "string",
            "esilaglinks": ["string"],
            "evpn_id": 0,
            "mac": "string",
            "model": "string",
            "downlinks": ["string"],
            "downlink_ips": ["string"],
            "pod": 0,
            "router_id": "string",
            "deviceprofile_id": "string",
            "suggested_downlinks": ["string"],
            "suggested_esilaglinks": ["string"],
            "suggested_uplinks": ["string"],
            "uplinks": ["string"],
        },
    },
    evpn_options={
        "auto_loopback_subnet": "string",
        "auto_loopback_subnet6": "string",
        "auto_router_id_subnet": "string",
        "auto_router_id_subnet6": "string",
        "core_as_border": False,
        "enable_inband_mgmt": False,
        "enable_inband_ztp": False,
        "overlay": {
            "as_": 0,
        },
        "per_vlan_vga_v4_mac": False,
        "per_vlan_vga_v6_mac": False,
        "routed_at": "string",
        "underlay": {
            "as_base": 0,
            "routed_id_prefix": "string",
            "subnet": "string",
            "use_ipv6": False,
        },
        "vs_instances": {
            "string": {
                "networks": ["string"],
            },
        },
    },
    name="string",
    pod_names={
        "string": "string",
    })

    const junipermistEvpnTopologyResource = new junipermist.site.EvpnTopology("junipermistEvpnTopologyResource", {
    siteId: "string",
    switches: {
        string: {
            role: "string",
            pods: [0],
            siteId: "string",
            esilaglinks: ["string"],
            evpnId: 0,
            mac: "string",
            model: "string",
            downlinks: ["string"],
            downlinkIps: ["string"],
            pod: 0,
            routerId: "string",
            deviceprofileId: "string",
            suggestedDownlinks: ["string"],
            suggestedEsilaglinks: ["string"],
            suggestedUplinks: ["string"],
            uplinks: ["string"],
        },
    },
    evpnOptions: {
        autoLoopbackSubnet: "string",
        autoLoopbackSubnet6: "string",
        autoRouterIdSubnet: "string",
        autoRouterIdSubnet6: "string",
        coreAsBorder: false,
        enableInbandMgmt: false,
        enableInbandZtp: false,
        overlay: {
            as: 0,
        },
        perVlanVgaV4Mac: false,
        perVlanVgaV6Mac: false,
        routedAt: "string",
        underlay: {
            asBase: 0,
            routedIdPrefix: "string",
            subnet: "string",
            useIpv6: false,
        },
        vsInstances: {
            string: {
                networks: ["string"],
            },
        },
    },
    name: "string",
    podNames: {
        string: "string",
    },
});

    type: junipermist:site:EvpnTopology
properties:
    evpnOptions:
        autoLoopbackSubnet: string
        autoLoopbackSubnet6: string
        autoRouterIdSubnet: string
        autoRouterIdSubnet6: string
        coreAsBorder: false
        enableInbandMgmt: false
        enableInbandZtp: false
        overlay:
            as: 0
        perVlanVgaV4Mac: false
        perVlanVgaV6Mac: false
        routedAt: string
        underlay:
            asBase: 0
            routedIdPrefix: string
            subnet: string
            useIpv6: false
        vsInstances:
            string:
                networks:
                    - string
    name: string
    podNames:
        string: string
    siteId: string
    switches:
        string:
            deviceprofileId: string
            downlinkIps:
                - string
            downlinks:
                - string
            esilaglinks:
                - string
            evpnId: 0
            mac: string
            model: string
            pod: 0
            pods:
                - 0
            role: string
            routerId: string
            siteId: string
            suggestedDownlinks:
                - string
            suggestedEsilaglinks:
                - string
            suggestedUplinks:
                - string
            uplinks:
                - string

    EvpnTopology Resource Properties

    To learn more about resource properties and how to use them, see Inputs and Outputs in the Architecture and Concepts docs.

    Inputs

    In Python, inputs that are objects can be passed either as argument classes or as dictionary literals.

    The EvpnTopology resource accepts the following input properties:

    SiteId string
    Site associated with the EVPN topology
    Switches Dictionary<string, Pulumi.JuniperMist.Site.Inputs.EvpnTopologySwitchesArgs>
    Topology member switches, roles, and links
    EvpnOptions Pulumi.JuniperMist.Site.Inputs.EvpnTopologyEvpnOptions
    Generation options applied to the EVPN topology
    Name string
    Display name for the EVPN topology
    PodNames Dictionary<string, string>
    Property key is the pod number
    SiteId string
    Site associated with the EVPN topology
    Switches map[string]EvpnTopologySwitchesArgs
    Topology member switches, roles, and links
    EvpnOptions EvpnTopologyEvpnOptionsArgs
    Generation options applied to the EVPN topology
    Name string
    Display name for the EVPN topology
    PodNames map[string]string
    Property key is the pod number
    site_id string
    Site associated with the EVPN topology
    switches map(object)
    Topology member switches, roles, and links
    evpn_options object
    Generation options applied to the EVPN topology
    name string
    Display name for the EVPN topology
    pod_names map(string)
    Property key is the pod number
    siteId String
    Site associated with the EVPN topology
    switches Map<String,EvpnTopologySwitchesArgs>
    Topology member switches, roles, and links
    evpnOptions EvpnTopologyEvpnOptions
    Generation options applied to the EVPN topology
    name String
    Display name for the EVPN topology
    podNames Map<String,String>
    Property key is the pod number
    siteId string
    Site associated with the EVPN topology
    switches {[key: string]: EvpnTopologySwitchesArgs}
    Topology member switches, roles, and links
    evpnOptions EvpnTopologyEvpnOptions
    Generation options applied to the EVPN topology
    name string
    Display name for the EVPN topology
    podNames {[key: string]: string}
    Property key is the pod number
    site_id str
    Site associated with the EVPN topology
    switches Mapping[str, EvpnTopologySwitchesArgs]
    Topology member switches, roles, and links
    evpn_options EvpnTopologyEvpnOptionsArgs
    Generation options applied to the EVPN topology
    name str
    Display name for the EVPN topology
    pod_names Mapping[str, str]
    Property key is the pod number
    siteId String
    Site associated with the EVPN topology
    switches Map<Property Map>
    Topology member switches, roles, and links
    evpnOptions Property Map
    Generation options applied to the EVPN topology
    name String
    Display name for the EVPN topology
    podNames Map<String>
    Property key is the pod number

    Outputs

    All input properties are implicitly available as output properties. Additionally, the EvpnTopology resource produces the following output properties:

    Id string
    The provider-assigned unique ID for this managed resource.
    OrgId string
    Organization that owns the EVPN topology
    Id string
    The provider-assigned unique ID for this managed resource.
    OrgId string
    Organization that owns the EVPN topology
    id string
    The provider-assigned unique ID for this managed resource.
    org_id string
    Organization that owns the EVPN topology
    id String
    The provider-assigned unique ID for this managed resource.
    orgId String
    Organization that owns the EVPN topology
    id string
    The provider-assigned unique ID for this managed resource.
    orgId string
    Organization that owns the EVPN topology
    id str
    The provider-assigned unique ID for this managed resource.
    org_id str
    Organization that owns the EVPN topology
    id String
    The provider-assigned unique ID for this managed resource.
    orgId String
    Organization that owns the EVPN topology

    Look up Existing EvpnTopology Resource

    Get an existing EvpnTopology resource’s state with the given name, ID, and optional extra properties used to qualify the lookup.

    public static get(name: string, id: Input<ID>, state?: EvpnTopologyState, opts?: CustomResourceOptions): EvpnTopology
    @staticmethod
def get(resource_name: str,
        id: str,
        opts: Optional[ResourceOptions] = None,
        evpn_options: Optional[EvpnTopologyEvpnOptionsArgs] = None,
        name: Optional[str] = None,
        org_id: Optional[str] = None,
        pod_names: Optional[Mapping[str, str]] = None,
        site_id: Optional[str] = None,
        switches: Optional[Mapping[str, EvpnTopologySwitchesArgs]] = None) -> EvpnTopology
    func GetEvpnTopology(ctx *Context, name string, id IDInput, state *EvpnTopologyState, opts ...ResourceOption) (*EvpnTopology, error)
    public static EvpnTopology Get(string name, Input<string> id, EvpnTopologyState? state, CustomResourceOptions? opts = null)
    public static EvpnTopology get(String name, Output<String> id, EvpnTopologyState state, CustomResourceOptions options)
    resources:  _:    type: junipermist:site:EvpnTopology    get:      id: ${id}
    import {
  to = junipermist_site_evpntopology.example
  id = "${id}"
}
    name
    The unique name of the resulting resource.
    id
    The unique provider ID of the resource to lookup.
    state
    Any extra arguments used during the lookup.
    opts
    A bag of options that control this resource's behavior.
    resource_name
    The unique name of the resulting resource.
    id
    The unique provider ID of the resource to lookup.
    name
    The unique name of the resulting resource.
    id
    The unique provider ID of the resource to lookup.
    state
    Any extra arguments used during the lookup.
    opts
    A bag of options that control this resource's behavior.
    name
    The unique name of the resulting resource.
    id
    The unique provider ID of the resource to lookup.
    state
    Any extra arguments used during the lookup.
    opts
    A bag of options that control this resource's behavior.
    name
    The unique name of the resulting resource.
    id
    The unique provider ID of the resource to lookup.
    state
    Any extra arguments used during the lookup.
    opts
    A bag of options that control this resource's behavior.
    The following state arguments are supported:
    EvpnOptions Pulumi.JuniperMist.Site.Inputs.EvpnTopologyEvpnOptions
    Generation options applied to the EVPN topology
    Name string
    Display name for the EVPN topology
    OrgId string
    Organization that owns the EVPN topology
    PodNames Dictionary<string, string>
    Property key is the pod number
    SiteId string
    Site associated with the EVPN topology
    Switches Dictionary<string, Pulumi.JuniperMist.Site.Inputs.EvpnTopologySwitchesArgs>
    Topology member switches, roles, and links
    EvpnOptions EvpnTopologyEvpnOptionsArgs
    Generation options applied to the EVPN topology
    Name string
    Display name for the EVPN topology
    OrgId string
    Organization that owns the EVPN topology
    PodNames map[string]string
    Property key is the pod number
    SiteId string
    Site associated with the EVPN topology
    Switches map[string]EvpnTopologySwitchesArgs
    Topology member switches, roles, and links
    evpn_options object
    Generation options applied to the EVPN topology
    name string
    Display name for the EVPN topology
    org_id string
    Organization that owns the EVPN topology
    pod_names map(string)
    Property key is the pod number
    site_id string
    Site associated with the EVPN topology
    switches map(object)
    Topology member switches, roles, and links
    evpnOptions EvpnTopologyEvpnOptions
    Generation options applied to the EVPN topology
    name String
    Display name for the EVPN topology
    orgId String
    Organization that owns the EVPN topology
    podNames Map<String,String>
    Property key is the pod number
    siteId String
    Site associated with the EVPN topology
    switches Map<String,EvpnTopologySwitchesArgs>
    Topology member switches, roles, and links
    evpnOptions EvpnTopologyEvpnOptions
    Generation options applied to the EVPN topology
    name string
    Display name for the EVPN topology
    orgId string
    Organization that owns the EVPN topology
    podNames {[key: string]: string}
    Property key is the pod number
    siteId string
    Site associated with the EVPN topology
    switches {[key: string]: EvpnTopologySwitchesArgs}
    Topology member switches, roles, and links
    evpn_options EvpnTopologyEvpnOptionsArgs
    Generation options applied to the EVPN topology
    name str
    Display name for the EVPN topology
    org_id str
    Organization that owns the EVPN topology
    pod_names Mapping[str, str]
    Property key is the pod number
    site_id str
    Site associated with the EVPN topology
    switches Mapping[str, EvpnTopologySwitchesArgs]
    Topology member switches, roles, and links
    evpnOptions Property Map
    Generation options applied to the EVPN topology
    name String
    Display name for the EVPN topology
    orgId String
    Organization that owns the EVPN topology
    podNames Map<String>
    Property key is the pod number
    siteId String
    Site associated with the EVPN topology
    switches Map<Property Map>
    Topology member switches, roles, and links

    Supporting Types

    EvpnTopologyEvpnOptions, EvpnTopologyEvpnOptionsArgs

    AutoLoopbackSubnet string
    Optional, for dhcp_relay, unique loopback IPs are required for ERB or IPClos where we can set option-82 server_id-overrides
    AutoLoopbackSubnet6 string
    Optional, for dhcp_relay, unique loopback IPs are required for ERB or IPClos where we can set option-82 server_id-overrides
    AutoRouterIdSubnet string
    Optional, this generates routerId automatically, if specified, routerIdPrefix is ignored
    AutoRouterIdSubnet6 string
    Optional, this generates routerId automatically, if specified, routerIdPrefix is ignored
    CoreAsBorder bool
    Optional, for ERB or CLOS, you can either use esilag to upstream routers or to also be the virtual-gateway. When routedAt != core, whether to do virtual-gateway at core as well
    EnableInbandMgmt bool
    Whether to route management traffic inband; routes will be propagated to downstream switches
    EnableInbandZtp bool
    if the mangement traffic goes inbnd, during installation, only the border/core switches are connected to the Internet to allow initial configuration to be pushed down and leave the downstream access switches stay in the Factory Default state enabling inband-ztp allows upstream switches to use LLDP to assign IP and gives Internet to downstream switches in that state
    Overlay Pulumi.JuniperMist.Site.Inputs.EvpnTopologyEvpnOptionsOverlay
    EVPN overlay BGP settings for the topology
    PerVlanVgaV4Mac bool
    Only for by Core-Distribution architecture when evpn_options.routed_at==core. By default, JUNOS uses 00-00-5e-00-01-01 as the virtual-gateway-address's v4_mac. If enabled, 00-00-5e-00-0X-YY will be used (where XX=vlan_id/256, YY=vlan_id%256)
    PerVlanVgaV6Mac bool
    Only for by Core-Distribution architecture when evpn_options.routed_at==core. By default, JUNOS uses 00-00-5e-00-02-01 as the virtual-gateway-address's v6_mac. If enabled, 00-00-5e-00-1X-YY will be used (where XX=vlan_id/256, YY=vlan_id%256)
    RoutedAt string
    Topology tier where EVPN virtual gateway routing is placed
    Underlay Pulumi.JuniperMist.Site.Inputs.EvpnTopologyEvpnOptionsUnderlay
    EVPN underlay BGP and subnet settings for the topology
    VsInstances Dictionary<string, Pulumi.JuniperMist.Site.Inputs.EvpnTopologyEvpnOptionsVsInstances>
    Virtual-switch instance mappings used to segregate EVPN networks
    AutoLoopbackSubnet string
    Optional, for dhcp_relay, unique loopback IPs are required for ERB or IPClos where we can set option-82 server_id-overrides
    AutoLoopbackSubnet6 string
    Optional, for dhcp_relay, unique loopback IPs are required for ERB or IPClos where we can set option-82 server_id-overrides
    AutoRouterIdSubnet string
    Optional, this generates routerId automatically, if specified, routerIdPrefix is ignored
    AutoRouterIdSubnet6 string
    Optional, this generates routerId automatically, if specified, routerIdPrefix is ignored
    CoreAsBorder bool
    Optional, for ERB or CLOS, you can either use esilag to upstream routers or to also be the virtual-gateway. When routedAt != core, whether to do virtual-gateway at core as well
    EnableInbandMgmt bool
    Whether to route management traffic inband; routes will be propagated to downstream switches
    EnableInbandZtp bool
    if the mangement traffic goes inbnd, during installation, only the border/core switches are connected to the Internet to allow initial configuration to be pushed down and leave the downstream access switches stay in the Factory Default state enabling inband-ztp allows upstream switches to use LLDP to assign IP and gives Internet to downstream switches in that state
    Overlay EvpnTopologyEvpnOptionsOverlay
    EVPN overlay BGP settings for the topology
    PerVlanVgaV4Mac bool
    Only for by Core-Distribution architecture when evpn_options.routed_at==core. By default, JUNOS uses 00-00-5e-00-01-01 as the virtual-gateway-address's v4_mac. If enabled, 00-00-5e-00-0X-YY will be used (where XX=vlan_id/256, YY=vlan_id%256)
    PerVlanVgaV6Mac bool
    Only for by Core-Distribution architecture when evpn_options.routed_at==core. By default, JUNOS uses 00-00-5e-00-02-01 as the virtual-gateway-address's v6_mac. If enabled, 00-00-5e-00-1X-YY will be used (where XX=vlan_id/256, YY=vlan_id%256)
    RoutedAt string
    Topology tier where EVPN virtual gateway routing is placed
    Underlay EvpnTopologyEvpnOptionsUnderlay
    EVPN underlay BGP and subnet settings for the topology
    VsInstances map[string]EvpnTopologyEvpnOptionsVsInstances
    Virtual-switch instance mappings used to segregate EVPN networks
    auto_loopback_subnet string
    Optional, for dhcp_relay, unique loopback IPs are required for ERB or IPClos where we can set option-82 server_id-overrides
    auto_loopback_subnet6 string
    Optional, for dhcp_relay, unique loopback IPs are required for ERB or IPClos where we can set option-82 server_id-overrides
    auto_router_id_subnet string
    Optional, this generates routerId automatically, if specified, routerIdPrefix is ignored
    auto_router_id_subnet6 string
    Optional, this generates routerId automatically, if specified, routerIdPrefix is ignored
    core_as_border bool
    Optional, for ERB or CLOS, you can either use esilag to upstream routers or to also be the virtual-gateway. When routedAt != core, whether to do virtual-gateway at core as well
    enable_inband_mgmt bool
    Whether to route management traffic inband; routes will be propagated to downstream switches
    enable_inband_ztp bool
    if the mangement traffic goes inbnd, during installation, only the border/core switches are connected to the Internet to allow initial configuration to be pushed down and leave the downstream access switches stay in the Factory Default state enabling inband-ztp allows upstream switches to use LLDP to assign IP and gives Internet to downstream switches in that state
    overlay object
    EVPN overlay BGP settings for the topology
    per_vlan_vga_v4_mac bool
    Only for by Core-Distribution architecture when evpn_options.routed_at==core. By default, JUNOS uses 00-00-5e-00-01-01 as the virtual-gateway-address's v4_mac. If enabled, 00-00-5e-00-0X-YY will be used (where XX=vlan_id/256, YY=vlan_id%256)
    per_vlan_vga_v6_mac bool
    Only for by Core-Distribution architecture when evpn_options.routed_at==core. By default, JUNOS uses 00-00-5e-00-02-01 as the virtual-gateway-address's v6_mac. If enabled, 00-00-5e-00-1X-YY will be used (where XX=vlan_id/256, YY=vlan_id%256)
    routed_at string
    Topology tier where EVPN virtual gateway routing is placed
    underlay object
    EVPN underlay BGP and subnet settings for the topology
    vs_instances map(object)
    Virtual-switch instance mappings used to segregate EVPN networks
    autoLoopbackSubnet String
    Optional, for dhcp_relay, unique loopback IPs are required for ERB or IPClos where we can set option-82 server_id-overrides
    autoLoopbackSubnet6 String
    Optional, for dhcp_relay, unique loopback IPs are required for ERB or IPClos where we can set option-82 server_id-overrides
    autoRouterIdSubnet String
    Optional, this generates routerId automatically, if specified, routerIdPrefix is ignored
    autoRouterIdSubnet6 String
    Optional, this generates routerId automatically, if specified, routerIdPrefix is ignored
    coreAsBorder Boolean
    Optional, for ERB or CLOS, you can either use esilag to upstream routers or to also be the virtual-gateway. When routedAt != core, whether to do virtual-gateway at core as well
    enableInbandMgmt Boolean
    Whether to route management traffic inband; routes will be propagated to downstream switches
    enableInbandZtp Boolean
    if the mangement traffic goes inbnd, during installation, only the border/core switches are connected to the Internet to allow initial configuration to be pushed down and leave the downstream access switches stay in the Factory Default state enabling inband-ztp allows upstream switches to use LLDP to assign IP and gives Internet to downstream switches in that state
    overlay EvpnTopologyEvpnOptionsOverlay
    EVPN overlay BGP settings for the topology
    perVlanVgaV4Mac Boolean
    Only for by Core-Distribution architecture when evpn_options.routed_at==core. By default, JUNOS uses 00-00-5e-00-01-01 as the virtual-gateway-address's v4_mac. If enabled, 00-00-5e-00-0X-YY will be used (where XX=vlan_id/256, YY=vlan_id%256)
    perVlanVgaV6Mac Boolean
    Only for by Core-Distribution architecture when evpn_options.routed_at==core. By default, JUNOS uses 00-00-5e-00-02-01 as the virtual-gateway-address's v6_mac. If enabled, 00-00-5e-00-1X-YY will be used (where XX=vlan_id/256, YY=vlan_id%256)
    routedAt String
    Topology tier where EVPN virtual gateway routing is placed
    underlay EvpnTopologyEvpnOptionsUnderlay
    EVPN underlay BGP and subnet settings for the topology
    vsInstances Map<String,EvpnTopologyEvpnOptionsVsInstances>
    Virtual-switch instance mappings used to segregate EVPN networks
    autoLoopbackSubnet string
    Optional, for dhcp_relay, unique loopback IPs are required for ERB or IPClos where we can set option-82 server_id-overrides
    autoLoopbackSubnet6 string
    Optional, for dhcp_relay, unique loopback IPs are required for ERB or IPClos where we can set option-82 server_id-overrides
    autoRouterIdSubnet string
    Optional, this generates routerId automatically, if specified, routerIdPrefix is ignored
    autoRouterIdSubnet6 string
    Optional, this generates routerId automatically, if specified, routerIdPrefix is ignored
    coreAsBorder boolean
    Optional, for ERB or CLOS, you can either use esilag to upstream routers or to also be the virtual-gateway. When routedAt != core, whether to do virtual-gateway at core as well
    enableInbandMgmt boolean
    Whether to route management traffic inband; routes will be propagated to downstream switches
    enableInbandZtp boolean
    if the mangement traffic goes inbnd, during installation, only the border/core switches are connected to the Internet to allow initial configuration to be pushed down and leave the downstream access switches stay in the Factory Default state enabling inband-ztp allows upstream switches to use LLDP to assign IP and gives Internet to downstream switches in that state
    overlay EvpnTopologyEvpnOptionsOverlay
    EVPN overlay BGP settings for the topology
    perVlanVgaV4Mac boolean
    Only for by Core-Distribution architecture when evpn_options.routed_at==core. By default, JUNOS uses 00-00-5e-00-01-01 as the virtual-gateway-address's v4_mac. If enabled, 00-00-5e-00-0X-YY will be used (where XX=vlan_id/256, YY=vlan_id%256)
    perVlanVgaV6Mac boolean
    Only for by Core-Distribution architecture when evpn_options.routed_at==core. By default, JUNOS uses 00-00-5e-00-02-01 as the virtual-gateway-address's v6_mac. If enabled, 00-00-5e-00-1X-YY will be used (where XX=vlan_id/256, YY=vlan_id%256)
    routedAt string
    Topology tier where EVPN virtual gateway routing is placed
    underlay EvpnTopologyEvpnOptionsUnderlay
    EVPN underlay BGP and subnet settings for the topology
    vsInstances {[key: string]: EvpnTopologyEvpnOptionsVsInstances}
    Virtual-switch instance mappings used to segregate EVPN networks
    auto_loopback_subnet str
    Optional, for dhcp_relay, unique loopback IPs are required for ERB or IPClos where we can set option-82 server_id-overrides
    auto_loopback_subnet6 str
    Optional, for dhcp_relay, unique loopback IPs are required for ERB or IPClos where we can set option-82 server_id-overrides
    auto_router_id_subnet str
    Optional, this generates routerId automatically, if specified, routerIdPrefix is ignored
    auto_router_id_subnet6 str
    Optional, this generates routerId automatically, if specified, routerIdPrefix is ignored
    core_as_border bool
    Optional, for ERB or CLOS, you can either use esilag to upstream routers or to also be the virtual-gateway. When routedAt != core, whether to do virtual-gateway at core as well
    enable_inband_mgmt bool
    Whether to route management traffic inband; routes will be propagated to downstream switches
    enable_inband_ztp bool
    if the mangement traffic goes inbnd, during installation, only the border/core switches are connected to the Internet to allow initial configuration to be pushed down and leave the downstream access switches stay in the Factory Default state enabling inband-ztp allows upstream switches to use LLDP to assign IP and gives Internet to downstream switches in that state
    overlay EvpnTopologyEvpnOptionsOverlay
    EVPN overlay BGP settings for the topology
    per_vlan_vga_v4_mac bool
    Only for by Core-Distribution architecture when evpn_options.routed_at==core. By default, JUNOS uses 00-00-5e-00-01-01 as the virtual-gateway-address's v4_mac. If enabled, 00-00-5e-00-0X-YY will be used (where XX=vlan_id/256, YY=vlan_id%256)
    per_vlan_vga_v6_mac bool
    Only for by Core-Distribution architecture when evpn_options.routed_at==core. By default, JUNOS uses 00-00-5e-00-02-01 as the virtual-gateway-address's v6_mac. If enabled, 00-00-5e-00-1X-YY will be used (where XX=vlan_id/256, YY=vlan_id%256)
    routed_at str
    Topology tier where EVPN virtual gateway routing is placed
    underlay EvpnTopologyEvpnOptionsUnderlay
    EVPN underlay BGP and subnet settings for the topology
    vs_instances Mapping[str, EvpnTopologyEvpnOptionsVsInstances]
    Virtual-switch instance mappings used to segregate EVPN networks
    autoLoopbackSubnet String
    Optional, for dhcp_relay, unique loopback IPs are required for ERB or IPClos where we can set option-82 server_id-overrides
    autoLoopbackSubnet6 String
    Optional, for dhcp_relay, unique loopback IPs are required for ERB or IPClos where we can set option-82 server_id-overrides
    autoRouterIdSubnet String
    Optional, this generates routerId automatically, if specified, routerIdPrefix is ignored
    autoRouterIdSubnet6 String
    Optional, this generates routerId automatically, if specified, routerIdPrefix is ignored
    coreAsBorder Boolean
    Optional, for ERB or CLOS, you can either use esilag to upstream routers or to also be the virtual-gateway. When routedAt != core, whether to do virtual-gateway at core as well
    enableInbandMgmt Boolean
    Whether to route management traffic inband; routes will be propagated to downstream switches
    enableInbandZtp Boolean
    if the mangement traffic goes inbnd, during installation, only the border/core switches are connected to the Internet to allow initial configuration to be pushed down and leave the downstream access switches stay in the Factory Default state enabling inband-ztp allows upstream switches to use LLDP to assign IP and gives Internet to downstream switches in that state
    overlay Property Map
    EVPN overlay BGP settings for the topology
    perVlanVgaV4Mac Boolean
    Only for by Core-Distribution architecture when evpn_options.routed_at==core. By default, JUNOS uses 00-00-5e-00-01-01 as the virtual-gateway-address's v4_mac. If enabled, 00-00-5e-00-0X-YY will be used (where XX=vlan_id/256, YY=vlan_id%256)
    perVlanVgaV6Mac Boolean
    Only for by Core-Distribution architecture when evpn_options.routed_at==core. By default, JUNOS uses 00-00-5e-00-02-01 as the virtual-gateway-address's v6_mac. If enabled, 00-00-5e-00-1X-YY will be used (where XX=vlan_id/256, YY=vlan_id%256)
    routedAt String
    Topology tier where EVPN virtual gateway routing is placed
    underlay Property Map
    EVPN underlay BGP and subnet settings for the topology
    vsInstances Map<Property Map>
    Virtual-switch instance mappings used to segregate EVPN networks

    EvpnTopologyEvpnOptionsOverlay, EvpnTopologyEvpnOptionsOverlayArgs

    As int
    Overlay BGP Local AS Number
    As int
    Overlay BGP Local AS Number
    as number
    Overlay BGP Local AS Number
    as Integer
    Overlay BGP Local AS Number
    as number
    Overlay BGP Local AS Number
    as_ int
    Overlay BGP Local AS Number
    as Number
    Overlay BGP Local AS Number

    EvpnTopologyEvpnOptionsUnderlay, EvpnTopologyEvpnOptionsUnderlayArgs

    AsBase int
    Underlay BGP Base AS Number
    RoutedIdPrefix string
    Prefix length used for automatically derived underlay router identifiers
    Subnet string
    Underlay subnet, by default, 10.255.240.0/20, or fd31:5700::/64 for ipv6
    UseIpv6 bool
    If v6 is desired for underlay
    AsBase int
    Underlay BGP Base AS Number
    RoutedIdPrefix string
    Prefix length used for automatically derived underlay router identifiers
    Subnet string
    Underlay subnet, by default, 10.255.240.0/20, or fd31:5700::/64 for ipv6
    UseIpv6 bool
    If v6 is desired for underlay
    as_base number
    Underlay BGP Base AS Number
    routed_id_prefix string
    Prefix length used for automatically derived underlay router identifiers
    subnet string
    Underlay subnet, by default, 10.255.240.0/20, or fd31:5700::/64 for ipv6
    use_ipv6 bool
    If v6 is desired for underlay
    asBase Integer
    Underlay BGP Base AS Number
    routedIdPrefix String
    Prefix length used for automatically derived underlay router identifiers
    subnet String
    Underlay subnet, by default, 10.255.240.0/20, or fd31:5700::/64 for ipv6
    useIpv6 Boolean
    If v6 is desired for underlay
    asBase number
    Underlay BGP Base AS Number
    routedIdPrefix string
    Prefix length used for automatically derived underlay router identifiers
    subnet string
    Underlay subnet, by default, 10.255.240.0/20, or fd31:5700::/64 for ipv6
    useIpv6 boolean
    If v6 is desired for underlay
    as_base int
    Underlay BGP Base AS Number
    routed_id_prefix str
    Prefix length used for automatically derived underlay router identifiers
    subnet str
    Underlay subnet, by default, 10.255.240.0/20, or fd31:5700::/64 for ipv6
    use_ipv6 bool
    If v6 is desired for underlay
    asBase Number
    Underlay BGP Base AS Number
    routedIdPrefix String
    Prefix length used for automatically derived underlay router identifiers
    subnet String
    Underlay subnet, by default, 10.255.240.0/20, or fd31:5700::/64 for ipv6
    useIpv6 Boolean
    If v6 is desired for underlay

    EvpnTopologyEvpnOptionsVsInstances, EvpnTopologyEvpnOptionsVsInstancesArgs

    Networks List<string>
    List of network names included in this virtual-switch instance
    Networks []string
    List of network names included in this virtual-switch instance
    networks list(string)
    List of network names included in this virtual-switch instance
    networks List<String>
    List of network names included in this virtual-switch instance
    networks string[]
    List of network names included in this virtual-switch instance
    networks Sequence[str]
    List of network names included in this virtual-switch instance
    networks List<String>
    List of network names included in this virtual-switch instance

    EvpnTopologySwitches, EvpnTopologySwitchesArgs

    Role string
    EVPN topology role for this switch
    DeviceprofileId string
    Associated device profile identifier for the switch. Use the Assign Org Device Profile endpoint to assign a Device Profile to the switch.
    DownlinkIps List<string>
    IP addresses used by this switch for EVPN downlinks
    Downlinks List<string>
    Switch MAC addresses connected as downlinks from this topology member
    Esilaglinks List<string>
    Switch MAC addresses connected through ESI-LAG from this topology member
    EvpnId int
    Topology identifier number for this EVPN switch member
    Mac string
    Switch MAC address used to identify the topology member
    Model string
    Switch model for this topology member
    Pod int
    Optionally, for distribution / access / esilag-access, they can be placed into different pods. e.g.

    • for CLOS, to group dist / access switches into pods
    • for ERB/CRB, to group dist / esilag-access into pods
    Pods List<int>
    List of pod numbers this switch participates in
    RouterId string
    Routing identifier used by this switch for EVPN routing
    SiteId string
    Associated site for this EVPN topology switch
    SuggestedDownlinks List<string>
    Builder-suggested downlink switch MAC addresses
    SuggestedEsilaglinks List<string>
    Builder-suggested ESI-LAG switch MAC addresses
    SuggestedUplinks List<string>
    Builder-suggested uplink switch MAC addresses
    Uplinks List<string>
    Switch MAC addresses connected as uplinks from this topology member
    Role string
    EVPN topology role for this switch
    DeviceprofileId string
    Associated device profile identifier for the switch. Use the Assign Org Device Profile endpoint to assign a Device Profile to the switch.
    DownlinkIps []string
    IP addresses used by this switch for EVPN downlinks
    Downlinks []string
    Switch MAC addresses connected as downlinks from this topology member
    Esilaglinks []string
    Switch MAC addresses connected through ESI-LAG from this topology member
    EvpnId int
    Topology identifier number for this EVPN switch member
    Mac string
    Switch MAC address used to identify the topology member
    Model string
    Switch model for this topology member
    Pod int
    Optionally, for distribution / access / esilag-access, they can be placed into different pods. e.g.

    • for CLOS, to group dist / access switches into pods
    • for ERB/CRB, to group dist / esilag-access into pods
    Pods []int
    List of pod numbers this switch participates in
    RouterId string
    Routing identifier used by this switch for EVPN routing
    SiteId string
    Associated site for this EVPN topology switch
    SuggestedDownlinks []string
    Builder-suggested downlink switch MAC addresses
    SuggestedEsilaglinks []string
    Builder-suggested ESI-LAG switch MAC addresses
    SuggestedUplinks []string
    Builder-suggested uplink switch MAC addresses
    Uplinks []string
    Switch MAC addresses connected as uplinks from this topology member
    role string
    EVPN topology role for this switch
    deviceprofile_id string
    Associated device profile identifier for the switch. Use the Assign Org Device Profile endpoint to assign a Device Profile to the switch.
    downlink_ips list(string)
    IP addresses used by this switch for EVPN downlinks
    downlinks list(string)
    Switch MAC addresses connected as downlinks from this topology member
    esilaglinks list(string)
    Switch MAC addresses connected through ESI-LAG from this topology member
    evpn_id number
    Topology identifier number for this EVPN switch member
    mac string
    Switch MAC address used to identify the topology member
    model string
    Switch model for this topology member
    pod number
    Optionally, for distribution / access / esilag-access, they can be placed into different pods. e.g.

    • for CLOS, to group dist / access switches into pods
    • for ERB/CRB, to group dist / esilag-access into pods
    pods list(number)
    List of pod numbers this switch participates in
    router_id string
    Routing identifier used by this switch for EVPN routing
    site_id string
    Associated site for this EVPN topology switch
    suggested_downlinks list(string)
    Builder-suggested downlink switch MAC addresses
    suggested_esilaglinks list(string)
    Builder-suggested ESI-LAG switch MAC addresses
    suggested_uplinks list(string)
    Builder-suggested uplink switch MAC addresses
    uplinks list(string)
    Switch MAC addresses connected as uplinks from this topology member
    role String
    EVPN topology role for this switch
    deviceprofileId String
    Associated device profile identifier for the switch. Use the Assign Org Device Profile endpoint to assign a Device Profile to the switch.
    downlinkIps List<String>
    IP addresses used by this switch for EVPN downlinks
    downlinks List<String>
    Switch MAC addresses connected as downlinks from this topology member
    esilaglinks List<String>
    Switch MAC addresses connected through ESI-LAG from this topology member
    evpnId Integer
    Topology identifier number for this EVPN switch member
    mac String
    Switch MAC address used to identify the topology member
    model String
    Switch model for this topology member
    pod Integer
    Optionally, for distribution / access / esilag-access, they can be placed into different pods. e.g.

    • for CLOS, to group dist / access switches into pods
    • for ERB/CRB, to group dist / esilag-access into pods
    pods List<Integer>
    List of pod numbers this switch participates in
    routerId String
    Routing identifier used by this switch for EVPN routing
    siteId String
    Associated site for this EVPN topology switch
    suggestedDownlinks List<String>
    Builder-suggested downlink switch MAC addresses
    suggestedEsilaglinks List<String>
    Builder-suggested ESI-LAG switch MAC addresses
    suggestedUplinks List<String>
    Builder-suggested uplink switch MAC addresses
    uplinks List<String>
    Switch MAC addresses connected as uplinks from this topology member
    role string
    EVPN topology role for this switch
    deviceprofileId string
    Associated device profile identifier for the switch. Use the Assign Org Device Profile endpoint to assign a Device Profile to the switch.
    downlinkIps string[]
    IP addresses used by this switch for EVPN downlinks
    downlinks string[]
    Switch MAC addresses connected as downlinks from this topology member
    esilaglinks string[]
    Switch MAC addresses connected through ESI-LAG from this topology member
    evpnId number
    Topology identifier number for this EVPN switch member
    mac string
    Switch MAC address used to identify the topology member
    model string
    Switch model for this topology member
    pod number
    Optionally, for distribution / access / esilag-access, they can be placed into different pods. e.g.

    • for CLOS, to group dist / access switches into pods
    • for ERB/CRB, to group dist / esilag-access into pods
    pods number[]
    List of pod numbers this switch participates in
    routerId string
    Routing identifier used by this switch for EVPN routing
    siteId string
    Associated site for this EVPN topology switch
    suggestedDownlinks string[]
    Builder-suggested downlink switch MAC addresses
    suggestedEsilaglinks string[]
    Builder-suggested ESI-LAG switch MAC addresses
    suggestedUplinks string[]
    Builder-suggested uplink switch MAC addresses
    uplinks string[]
    Switch MAC addresses connected as uplinks from this topology member
    role str
    EVPN topology role for this switch
    deviceprofile_id str
    Associated device profile identifier for the switch. Use the Assign Org Device Profile endpoint to assign a Device Profile to the switch.
    downlink_ips Sequence[str]
    IP addresses used by this switch for EVPN downlinks
    downlinks Sequence[str]
    Switch MAC addresses connected as downlinks from this topology member
    esilaglinks Sequence[str]
    Switch MAC addresses connected through ESI-LAG from this topology member
    evpn_id int
    Topology identifier number for this EVPN switch member
    mac str
    Switch MAC address used to identify the topology member
    model str
    Switch model for this topology member
    pod int
    Optionally, for distribution / access / esilag-access, they can be placed into different pods. e.g.

    • for CLOS, to group dist / access switches into pods
    • for ERB/CRB, to group dist / esilag-access into pods
    pods Sequence[int]
    List of pod numbers this switch participates in
    router_id str
    Routing identifier used by this switch for EVPN routing
    site_id str
    Associated site for this EVPN topology switch
    suggested_downlinks Sequence[str]
    Builder-suggested downlink switch MAC addresses
    suggested_esilaglinks Sequence[str]
    Builder-suggested ESI-LAG switch MAC addresses
    suggested_uplinks Sequence[str]
    Builder-suggested uplink switch MAC addresses
    uplinks Sequence[str]
    Switch MAC addresses connected as uplinks from this topology member
    role String
    EVPN topology role for this switch
    deviceprofileId String
    Associated device profile identifier for the switch. Use the Assign Org Device Profile endpoint to assign a Device Profile to the switch.
    downlinkIps List<String>
    IP addresses used by this switch for EVPN downlinks
    downlinks List<String>
    Switch MAC addresses connected as downlinks from this topology member
    esilaglinks List<String>
    Switch MAC addresses connected through ESI-LAG from this topology member
    evpnId Number
    Topology identifier number for this EVPN switch member
    mac String
    Switch MAC address used to identify the topology member
    model String
    Switch model for this topology member
    pod Number
    Optionally, for distribution / access / esilag-access, they can be placed into different pods. e.g.

    • for CLOS, to group dist / access switches into pods
    • for ERB/CRB, to group dist / esilag-access into pods
    pods List<Number>
    List of pod numbers this switch participates in
    routerId String
    Routing identifier used by this switch for EVPN routing
    siteId String
    Associated site for this EVPN topology switch
    suggestedDownlinks List<String>
    Builder-suggested downlink switch MAC addresses
    suggestedEsilaglinks List<String>
    Builder-suggested ESI-LAG switch MAC addresses
    suggestedUplinks List<String>
    Builder-suggested uplink switch MAC addresses
    uplinks List<String>
    Switch MAC addresses connected as uplinks from this topology member

    Import

    Using pulumi import, import junipermist.site.EvpnTopology with: EVPN Topology can be imported by specifying the siteId and the evpnTopologyId

    $ pulumi import junipermist:site/evpnTopology:EvpnTopology evpn_one 17b46405-3a6d-4715-8bb4-6bb6d06f316a.d3c42998-9012-4859-9743-6b9bee475309

    To learn more about importing existing cloud resources, see Importing resources.

    Package Details

    Repository
    junipermist pulumi/pulumi-junipermist
    License
    Apache-2.0
    Notes
    This Pulumi package is based on the mist Terraform Provider.
    junipermist logo
    Viewing docs for Juniper Mist v0.11.1
    published on Friday, Jul 10, 2026 by Pulumi
    Schema (JSON)
    pulumi/pulumi-junipermist

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