Viewing docs for Strata Cloud Manager v1.2.1
published on Friday, Oct 16, 2026 by Pulumi
published on Friday, Oct 16, 2026 by Pulumi
Strata Cloud ManagerViewing docs for Strata Cloud Manager v1.2.1
published on Friday, Oct 16, 2026 by Pulumi
published on Friday, Oct 16, 2026 by Pulumi
EthernetInterface resource
Example Usage
import * as pulumi from "@pulumi/pulumi";
import * as scm from "@pulumi/scm";
//
// Creates various resources used for subsequent examples
//
const scmAeIntf = new scm.AggregateInterface("scm_ae_intf", {
name: "$scm_ae_intf",
comment: "Managed by Pulumi",
folder: "ngfw-shared",
layer2: {},
});
//
// Creates a layer 2 ethernet interface without vlan configuration
//
const scmL2Intf = new scm.EthernetInterface("scm_l2_intf", {
name: "$scm_l2_intf",
comment: "Managed by Pulumi",
folder: "ngfw-shared",
linkSpeed: "auto",
linkDuplex: "full",
linkState: "auto",
layer2: {},
});
//
// Creates a tap ethernet interface without vlan configuration
//
const scmTapIntf = new scm.EthernetInterface("scm_tap_intf", {
name: "$scm_tap_intf",
comment: "Managed by Pulumi",
folder: "ngfw-shared",
linkSpeed: "auto",
linkDuplex: "full",
linkState: "auto",
tap: {},
});
//
// Creates a layer3 ethernet interface without ip configuration
//
const scmL3Intf = new scm.EthernetInterface("scm_l3_intf", {
name: "$scm_l3_intf",
comment: "Managed by Pulumi",
folder: "ngfw-shared",
linkSpeed: "auto",
linkDuplex: "full",
linkState: "auto",
layer3: {},
});
//
// Creates a layer3 ethernet interface with static ip address
//
const scmL3IntfStatic = new scm.EthernetInterface("scm_l3_intf_static", {
name: "$scm_l3_intf_static",
comment: "Managed by Pulumi",
folder: "ngfw-shared",
layer3: {
ips: [{
name: "198.18.1.1/24",
}],
},
});
//
// Creates a layer3 ethernet interface with dhcp-assigned ip address
//
const scmL3IntfDhcp = new scm.EthernetInterface("scm_l3_intf_dhcp", {
name: "$scm_l3_intf_dhcp",
comment: "Managed by Pulumi",
folder: "ngfw-shared",
layer3: {
dhcpClient: {
enable: true,
createDefaultRoute: true,
defaultRouteMetric: 10,
},
},
});
//
// Creates a layer3 ethernet interface with pppoe
//
const scmL3IntfPppoe = new scm.EthernetInterface("scm_l3_intf_pppoe", {
name: "$scm_l3_intf_pppoe",
comment: "Managed by Pulumi",
folder: "ngfw-shared",
layer3: {
pppoe: {
authentication: "auto",
enable: true,
username: "testname",
password: "testpass",
createDefaultRoute: true,
defaultRouteMetric: 10,
},
},
});
//
// Creates a layer3 ethernet interface with multiple static ip addresses
//
const scmL3IntfComplex = new scm.EthernetInterface("scm_l3_intf_complex", {
name: "$scm_l3_intf_complex",
comment: "Managed by Pulumi",
folder: "ngfw-shared",
linkSpeed: "auto",
linkDuplex: "full",
linkState: "auto",
layer3: {
ips: [
{
name: "198.18.1.1/24",
},
{
name: "198.18.1.2/32",
},
],
mtu: 1500,
adjustTcpMss: {
enable: true,
ipv4MssAdjustment: 40,
ipv6MssAdjustment: 60,
},
},
});
//
// Creates an ethernet interface assigned to an AggregateEthernet Interface
//
const scmAeMember1 = new scm.EthernetInterface("scm_ae_member_1", {
name: "$scm_ae_member_1",
comment: "Managed by Pulumi",
folder: "ngfw-shared",
aggregateGroup: "$scm_ae_intf",
linkSpeed: "auto",
linkDuplex: "full",
linkState: "auto",
}, {
dependsOn: [scmAeIntf],
});
//
// Creates an ethernet interface assigned to an AggregateEthernet Interface
//
const scmAeMember2 = new scm.EthernetInterface("scm_ae_member_2", {
name: "$scm_ae_member_2",
comment: "Managed by Pulumi",
folder: "ngfw-shared",
aggregateGroup: "$scm_ae_intf",
linkSpeed: "auto",
linkDuplex: "full",
linkState: "auto",
}, {
dependsOn: [scmAeIntf],
});
import pulumi
import pulumi_scm as scm
#
# Creates various resources used for subsequent examples
#
scm_ae_intf = scm.AggregateInterface("scm_ae_intf",
name="$scm_ae_intf",
comment="Managed by Pulumi",
folder="ngfw-shared",
layer2={})
#
# Creates a layer 2 ethernet interface without vlan configuration
#
scm_l2_intf = scm.EthernetInterface("scm_l2_intf",
name="$scm_l2_intf",
comment="Managed by Pulumi",
folder="ngfw-shared",
link_speed="auto",
link_duplex="full",
link_state="auto",
layer2={})
#
# Creates a tap ethernet interface without vlan configuration
#
scm_tap_intf = scm.EthernetInterface("scm_tap_intf",
name="$scm_tap_intf",
comment="Managed by Pulumi",
folder="ngfw-shared",
link_speed="auto",
link_duplex="full",
link_state="auto",
tap={})
#
# Creates a layer3 ethernet interface without ip configuration
#
scm_l3_intf = scm.EthernetInterface("scm_l3_intf",
name="$scm_l3_intf",
comment="Managed by Pulumi",
folder="ngfw-shared",
link_speed="auto",
link_duplex="full",
link_state="auto",
layer3={})
#
# Creates a layer3 ethernet interface with static ip address
#
scm_l3_intf_static = scm.EthernetInterface("scm_l3_intf_static",
name="$scm_l3_intf_static",
comment="Managed by Pulumi",
folder="ngfw-shared",
layer3={
"ips": [{
"name": "198.18.1.1/24",
}],
})
#
# Creates a layer3 ethernet interface with dhcp-assigned ip address
#
scm_l3_intf_dhcp = scm.EthernetInterface("scm_l3_intf_dhcp",
name="$scm_l3_intf_dhcp",
comment="Managed by Pulumi",
folder="ngfw-shared",
layer3={
"dhcp_client": {
"enable": True,
"create_default_route": True,
"default_route_metric": 10,
},
})
#
# Creates a layer3 ethernet interface with pppoe
#
scm_l3_intf_pppoe = scm.EthernetInterface("scm_l3_intf_pppoe",
name="$scm_l3_intf_pppoe",
comment="Managed by Pulumi",
folder="ngfw-shared",
layer3={
"pppoe": {
"authentication": "auto",
"enable": True,
"username": "testname",
"password": "testpass",
"create_default_route": True,
"default_route_metric": 10,
},
})
#
# Creates a layer3 ethernet interface with multiple static ip addresses
#
scm_l3_intf_complex = scm.EthernetInterface("scm_l3_intf_complex",
name="$scm_l3_intf_complex",
comment="Managed by Pulumi",
folder="ngfw-shared",
link_speed="auto",
link_duplex="full",
link_state="auto",
layer3={
"ips": [
{
"name": "198.18.1.1/24",
},
{
"name": "198.18.1.2/32",
},
],
"mtu": 1500,
"adjust_tcp_mss": {
"enable": True,
"ipv4_mss_adjustment": 40,
"ipv6_mss_adjustment": 60,
},
})
#
# Creates an ethernet interface assigned to an AggregateEthernet Interface
#
scm_ae_member1 = scm.EthernetInterface("scm_ae_member_1",
name="$scm_ae_member_1",
comment="Managed by Pulumi",
folder="ngfw-shared",
aggregate_group="$scm_ae_intf",
link_speed="auto",
link_duplex="full",
link_state="auto",
opts = pulumi.ResourceOptions(depends_on=[scm_ae_intf]))
#
# Creates an ethernet interface assigned to an AggregateEthernet Interface
#
scm_ae_member2 = scm.EthernetInterface("scm_ae_member_2",
name="$scm_ae_member_2",
comment="Managed by Pulumi",
folder="ngfw-shared",
aggregate_group="$scm_ae_intf",
link_speed="auto",
link_duplex="full",
link_state="auto",
opts = pulumi.ResourceOptions(depends_on=[scm_ae_intf]))
package main
import (
"github.com/pulumi/pulumi-scm/sdk/go/scm"
"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
)
func main() {
pulumi.Run(func(ctx *pulumi.Context) error {
// Creates various resources used for subsequent examples
scmAeIntf, err := scm.NewAggregateInterface(ctx, "scm_ae_intf", &scm.AggregateInterfaceArgs{
Name: pulumi.String("$scm_ae_intf"),
Comment: pulumi.String("Managed by Pulumi"),
Folder: pulumi.String("ngfw-shared"),
Layer2: &scm.AggregateInterfaceLayer2Args{},
})
if err != nil {
return err
}
// Creates a layer 2 ethernet interface without vlan configuration
_, err = scm.NewEthernetInterface(ctx, "scm_l2_intf", &scm.EthernetInterfaceArgs{
Name: pulumi.String("$scm_l2_intf"),
Comment: pulumi.String("Managed by Pulumi"),
Folder: pulumi.String("ngfw-shared"),
LinkSpeed: pulumi.String("auto"),
LinkDuplex: pulumi.String("full"),
LinkState: pulumi.String("auto"),
Layer2: &scm.EthernetInterfaceLayer2Args{},
})
if err != nil {
return err
}
// Creates a tap ethernet interface without vlan configuration
_, err = scm.NewEthernetInterface(ctx, "scm_tap_intf", &scm.EthernetInterfaceArgs{
Name: pulumi.String("$scm_tap_intf"),
Comment: pulumi.String("Managed by Pulumi"),
Folder: pulumi.String("ngfw-shared"),
LinkSpeed: pulumi.String("auto"),
LinkDuplex: pulumi.String("full"),
LinkState: pulumi.String("auto"),
Tap: &scm.EthernetInterfaceTapArgs{},
})
if err != nil {
return err
}
// Creates a layer3 ethernet interface without ip configuration
_, err = scm.NewEthernetInterface(ctx, "scm_l3_intf", &scm.EthernetInterfaceArgs{
Name: pulumi.String("$scm_l3_intf"),
Comment: pulumi.String("Managed by Pulumi"),
Folder: pulumi.String("ngfw-shared"),
LinkSpeed: pulumi.String("auto"),
LinkDuplex: pulumi.String("full"),
LinkState: pulumi.String("auto"),
Layer3: &scm.EthernetInterfaceLayer3Args{},
})
if err != nil {
return err
}
// Creates a layer3 ethernet interface with static ip address
_, err = scm.NewEthernetInterface(ctx, "scm_l3_intf_static", &scm.EthernetInterfaceArgs{
Name: pulumi.String("$scm_l3_intf_static"),
Comment: pulumi.String("Managed by Pulumi"),
Folder: pulumi.String("ngfw-shared"),
Layer3: &scm.EthernetInterfaceLayer3Args{
Ips: scm.EthernetInterfaceLayer3IpArray{
&scm.EthernetInterfaceLayer3IpArgs{
Name: pulumi.String("198.18.1.1/24"),
},
},
},
})
if err != nil {
return err
}
// Creates a layer3 ethernet interface with dhcp-assigned ip address
_, err = scm.NewEthernetInterface(ctx, "scm_l3_intf_dhcp", &scm.EthernetInterfaceArgs{
Name: pulumi.String("$scm_l3_intf_dhcp"),
Comment: pulumi.String("Managed by Pulumi"),
Folder: pulumi.String("ngfw-shared"),
Layer3: &scm.EthernetInterfaceLayer3Args{
DhcpClient: &scm.EthernetInterfaceLayer3DhcpClientArgs{
Enable: pulumi.Bool(true),
CreateDefaultRoute: pulumi.Bool(true),
DefaultRouteMetric: pulumi.Int(10),
},
},
})
if err != nil {
return err
}
// Creates a layer3 ethernet interface with pppoe
_, err = scm.NewEthernetInterface(ctx, "scm_l3_intf_pppoe", &scm.EthernetInterfaceArgs{
Name: pulumi.String("$scm_l3_intf_pppoe"),
Comment: pulumi.String("Managed by Pulumi"),
Folder: pulumi.String("ngfw-shared"),
Layer3: &scm.EthernetInterfaceLayer3Args{
Pppoe: &scm.EthernetInterfaceLayer3PppoeArgs{
Authentication: pulumi.String("auto"),
Enable: pulumi.Bool(true),
Username: pulumi.String("testname"),
Password: pulumi.String("testpass"),
CreateDefaultRoute: true,
DefaultRouteMetric: pulumi.Int(10),
},
},
})
if err != nil {
return err
}
// Creates a layer3 ethernet interface with multiple static ip addresses
_, err = scm.NewEthernetInterface(ctx, "scm_l3_intf_complex", &scm.EthernetInterfaceArgs{
Name: pulumi.String("$scm_l3_intf_complex"),
Comment: pulumi.String("Managed by Pulumi"),
Folder: pulumi.String("ngfw-shared"),
LinkSpeed: pulumi.String("auto"),
LinkDuplex: pulumi.String("full"),
LinkState: pulumi.String("auto"),
Layer3: &scm.EthernetInterfaceLayer3Args{
Ips: scm.EthernetInterfaceLayer3IpArray{
&scm.EthernetInterfaceLayer3IpArgs{
Name: pulumi.String("198.18.1.1/24"),
},
&scm.EthernetInterfaceLayer3IpArgs{
Name: pulumi.String("198.18.1.2/32"),
},
},
Mtu: pulumi.Int(1500),
AdjustTcpMss: &scm.EthernetInterfaceLayer3AdjustTcpMssArgs{
Enable: pulumi.Bool(true),
Ipv4MssAdjustment: pulumi.Int(40),
Ipv6MssAdjustment: pulumi.Int(60),
},
},
})
if err != nil {
return err
}
// Creates an ethernet interface assigned to an AggregateEthernet Interface
_, err = scm.NewEthernetInterface(ctx, "scm_ae_member_1", &scm.EthernetInterfaceArgs{
Name: pulumi.String("$scm_ae_member_1"),
Comment: pulumi.String("Managed by Pulumi"),
Folder: pulumi.String("ngfw-shared"),
AggregateGroup: pulumi.String("$scm_ae_intf"),
LinkSpeed: pulumi.String("auto"),
LinkDuplex: pulumi.String("full"),
LinkState: pulumi.String("auto"),
}, pulumi.DependsOn([]pulumi.Resource{
scmAeIntf,
}))
if err != nil {
return err
}
// Creates an ethernet interface assigned to an AggregateEthernet Interface
_, err = scm.NewEthernetInterface(ctx, "scm_ae_member_2", &scm.EthernetInterfaceArgs{
Name: pulumi.String("$scm_ae_member_2"),
Comment: pulumi.String("Managed by Pulumi"),
Folder: pulumi.String("ngfw-shared"),
AggregateGroup: pulumi.String("$scm_ae_intf"),
LinkSpeed: pulumi.String("auto"),
LinkDuplex: pulumi.String("full"),
LinkState: pulumi.String("auto"),
}, pulumi.DependsOn([]pulumi.Resource{
scmAeIntf,
}))
if err != nil {
return err
}
return nil
})
}
using System.Collections.Generic;
using System.Linq;
using Pulumi;
using Scm = Pulumi.Scm;
return await Deployment.RunAsync(() =>
{
//
// Creates various resources used for subsequent examples
//
var scmAeIntf = new Scm.AggregateInterface("scm_ae_intf", new()
{
Name = "$scm_ae_intf",
Comment = "Managed by Pulumi",
Folder = "ngfw-shared",
Layer2 = new() { },
});
//
// Creates a layer 2 ethernet interface without vlan configuration
//
var scmL2Intf = new Scm.EthernetInterface("scm_l2_intf", new()
{
Name = "$scm_l2_intf",
Comment = "Managed by Pulumi",
Folder = "ngfw-shared",
LinkSpeed = "auto",
LinkDuplex = "full",
LinkState = "auto",
Layer2 = new() { },
});
//
// Creates a tap ethernet interface without vlan configuration
//
var scmTapIntf = new Scm.EthernetInterface("scm_tap_intf", new()
{
Name = "$scm_tap_intf",
Comment = "Managed by Pulumi",
Folder = "ngfw-shared",
LinkSpeed = "auto",
LinkDuplex = "full",
LinkState = "auto",
Tap = new() { },
});
//
// Creates a layer3 ethernet interface without ip configuration
//
var scmL3Intf = new Scm.EthernetInterface("scm_l3_intf", new()
{
Name = "$scm_l3_intf",
Comment = "Managed by Pulumi",
Folder = "ngfw-shared",
LinkSpeed = "auto",
LinkDuplex = "full",
LinkState = "auto",
Layer3 = new() { },
});
//
// Creates a layer3 ethernet interface with static ip address
//
var scmL3IntfStatic = new Scm.EthernetInterface("scm_l3_intf_static", new()
{
Name = "$scm_l3_intf_static",
Comment = "Managed by Pulumi",
Folder = "ngfw-shared",
Layer3 = new Scm.Inputs.EthernetInterfaceLayer3Args
{
Ips = new[]
{
new Scm.Inputs.EthernetInterfaceLayer3IpArgs
{
Name = "198.18.1.1/24",
},
},
},
});
//
// Creates a layer3 ethernet interface with dhcp-assigned ip address
//
var scmL3IntfDhcp = new Scm.EthernetInterface("scm_l3_intf_dhcp", new()
{
Name = "$scm_l3_intf_dhcp",
Comment = "Managed by Pulumi",
Folder = "ngfw-shared",
Layer3 = new Scm.Inputs.EthernetInterfaceLayer3Args
{
DhcpClient = new Scm.Inputs.EthernetInterfaceLayer3DhcpClientArgs
{
Enable = true,
CreateDefaultRoute = true,
DefaultRouteMetric = 10,
},
},
});
//
// Creates a layer3 ethernet interface with pppoe
//
var scmL3IntfPppoe = new Scm.EthernetInterface("scm_l3_intf_pppoe", new()
{
Name = "$scm_l3_intf_pppoe",
Comment = "Managed by Pulumi",
Folder = "ngfw-shared",
Layer3 = new Scm.Inputs.EthernetInterfaceLayer3Args
{
Pppoe = new Scm.Inputs.EthernetInterfaceLayer3PppoeArgs
{
Authentication = "auto",
Enable = true,
Username = "testname",
Password = "testpass",
CreateDefaultRoute = true,
DefaultRouteMetric = 10,
},
},
});
//
// Creates a layer3 ethernet interface with multiple static ip addresses
//
var scmL3IntfComplex = new Scm.EthernetInterface("scm_l3_intf_complex", new()
{
Name = "$scm_l3_intf_complex",
Comment = "Managed by Pulumi",
Folder = "ngfw-shared",
LinkSpeed = "auto",
LinkDuplex = "full",
LinkState = "auto",
Layer3 = new Scm.Inputs.EthernetInterfaceLayer3Args
{
Ips = new[]
{
new Scm.Inputs.EthernetInterfaceLayer3IpArgs
{
Name = "198.18.1.1/24",
},
new Scm.Inputs.EthernetInterfaceLayer3IpArgs
{
Name = "198.18.1.2/32",
},
},
Mtu = 1500,
AdjustTcpMss = new Scm.Inputs.EthernetInterfaceLayer3AdjustTcpMssArgs
{
Enable = true,
Ipv4MssAdjustment = 40,
Ipv6MssAdjustment = 60,
},
},
});
//
// Creates an ethernet interface assigned to an AggregateEthernet Interface
//
var scmAeMember1 = new Scm.EthernetInterface("scm_ae_member_1", new()
{
Name = "$scm_ae_member_1",
Comment = "Managed by Pulumi",
Folder = "ngfw-shared",
AggregateGroup = "$scm_ae_intf",
LinkSpeed = "auto",
LinkDuplex = "full",
LinkState = "auto",
}, new CustomResourceOptions
{
DependsOn =
{
scmAeIntf,
},
});
//
// Creates an ethernet interface assigned to an AggregateEthernet Interface
//
var scmAeMember2 = new Scm.EthernetInterface("scm_ae_member_2", new()
{
Name = "$scm_ae_member_2",
Comment = "Managed by Pulumi",
Folder = "ngfw-shared",
AggregateGroup = "$scm_ae_intf",
LinkSpeed = "auto",
LinkDuplex = "full",
LinkState = "auto",
}, new CustomResourceOptions
{
DependsOn =
{
scmAeIntf,
},
});
});
package generated_program;
import com.pulumi.Context;
import com.pulumi.Pulumi;
import com.pulumi.core.Output;
import com.pulumi.scm.AggregateInterface;
import com.pulumi.scm.AggregateInterfaceArgs;
import com.pulumi.scm.inputs.AggregateInterfaceLayer2Args;
import com.pulumi.scm.EthernetInterface;
import com.pulumi.scm.EthernetInterfaceArgs;
import com.pulumi.scm.inputs.EthernetInterfaceLayer2Args;
import com.pulumi.scm.inputs.EthernetInterfaceTapArgs;
import com.pulumi.scm.inputs.EthernetInterfaceLayer3Args;
import com.pulumi.scm.inputs.EthernetInterfaceLayer3IpArgs;
import com.pulumi.scm.inputs.EthernetInterfaceLayer3DhcpClientArgs;
import com.pulumi.scm.inputs.EthernetInterfaceLayer3PppoeArgs;
import com.pulumi.scm.inputs.EthernetInterfaceLayer3AdjustTcpMssArgs;
import com.pulumi.resources.CustomResourceOptions;
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) {
//
// Creates various resources used for subsequent examples
//
var scmAeIntf = new AggregateInterface("scmAeIntf", AggregateInterfaceArgs.builder()
.name("$scm_ae_intf")
.comment("Managed by Pulumi")
.folder("ngfw-shared")
.layer2(AggregateInterfaceLayer2Args.builder()
.build())
.build());
//
// Creates a layer 2 ethernet interface without vlan configuration
//
var scmL2Intf = new EthernetInterface("scmL2Intf", EthernetInterfaceArgs.builder()
.name("$scm_l2_intf")
.comment("Managed by Pulumi")
.folder("ngfw-shared")
.linkSpeed("auto")
.linkDuplex("full")
.linkState("auto")
.layer2(EthernetInterfaceLayer2Args.builder()
.build())
.build());
//
// Creates a tap ethernet interface without vlan configuration
//
var scmTapIntf = new EthernetInterface("scmTapIntf", EthernetInterfaceArgs.builder()
.name("$scm_tap_intf")
.comment("Managed by Pulumi")
.folder("ngfw-shared")
.linkSpeed("auto")
.linkDuplex("full")
.linkState("auto")
.tap(EthernetInterfaceTapArgs.builder()
.build())
.build());
//
// Creates a layer3 ethernet interface without ip configuration
//
var scmL3Intf = new EthernetInterface("scmL3Intf", EthernetInterfaceArgs.builder()
.name("$scm_l3_intf")
.comment("Managed by Pulumi")
.folder("ngfw-shared")
.linkSpeed("auto")
.linkDuplex("full")
.linkState("auto")
.layer3(EthernetInterfaceLayer3Args.builder()
.build())
.build());
//
// Creates a layer3 ethernet interface with static ip address
//
var scmL3IntfStatic = new EthernetInterface("scmL3IntfStatic", EthernetInterfaceArgs.builder()
.name("$scm_l3_intf_static")
.comment("Managed by Pulumi")
.folder("ngfw-shared")
.layer3(EthernetInterfaceLayer3Args.builder()
.ips(EthernetInterfaceLayer3IpArgs.builder()
.name("198.18.1.1/24")
.build())
.build())
.build());
//
// Creates a layer3 ethernet interface with dhcp-assigned ip address
//
var scmL3IntfDhcp = new EthernetInterface("scmL3IntfDhcp", EthernetInterfaceArgs.builder()
.name("$scm_l3_intf_dhcp")
.comment("Managed by Pulumi")
.folder("ngfw-shared")
.layer3(EthernetInterfaceLayer3Args.builder()
.dhcpClient(EthernetInterfaceLayer3DhcpClientArgs.builder()
.enable(true)
.createDefaultRoute(true)
.defaultRouteMetric(10)
.build())
.build())
.build());
//
// Creates a layer3 ethernet interface with pppoe
//
var scmL3IntfPppoe = new EthernetInterface("scmL3IntfPppoe", EthernetInterfaceArgs.builder()
.name("$scm_l3_intf_pppoe")
.comment("Managed by Pulumi")
.folder("ngfw-shared")
.layer3(EthernetInterfaceLayer3Args.builder()
.pppoe(EthernetInterfaceLayer3PppoeArgs.builder()
.authentication("auto")
.enable(true)
.username("testname")
.password("testpass")
.createDefaultRoute(true)
.defaultRouteMetric(10)
.build())
.build())
.build());
//
// Creates a layer3 ethernet interface with multiple static ip addresses
//
var scmL3IntfComplex = new EthernetInterface("scmL3IntfComplex", EthernetInterfaceArgs.builder()
.name("$scm_l3_intf_complex")
.comment("Managed by Pulumi")
.folder("ngfw-shared")
.linkSpeed("auto")
.linkDuplex("full")
.linkState("auto")
.layer3(EthernetInterfaceLayer3Args.builder()
.ips(
EthernetInterfaceLayer3IpArgs.builder()
.name("198.18.1.1/24")
.build(),
EthernetInterfaceLayer3IpArgs.builder()
.name("198.18.1.2/32")
.build())
.mtu(1500)
.adjustTcpMss(EthernetInterfaceLayer3AdjustTcpMssArgs.builder()
.enable(true)
.ipv4MssAdjustment(40)
.ipv6MssAdjustment(60)
.build())
.build())
.build());
//
// Creates an ethernet interface assigned to an AggregateEthernet Interface
//
var scmAeMember1 = new EthernetInterface("scmAeMember1", EthernetInterfaceArgs.builder()
.name("$scm_ae_member_1")
.comment("Managed by Pulumi")
.folder("ngfw-shared")
.aggregateGroup("$scm_ae_intf")
.linkSpeed("auto")
.linkDuplex("full")
.linkState("auto")
.build(), CustomResourceOptions.builder()
.dependsOn(scmAeIntf)
.build());
//
// Creates an ethernet interface assigned to an AggregateEthernet Interface
//
var scmAeMember2 = new EthernetInterface("scmAeMember2", EthernetInterfaceArgs.builder()
.name("$scm_ae_member_2")
.comment("Managed by Pulumi")
.folder("ngfw-shared")
.aggregateGroup("$scm_ae_intf")
.linkSpeed("auto")
.linkDuplex("full")
.linkState("auto")
.build(), CustomResourceOptions.builder()
.dependsOn(scmAeIntf)
.build());
}
}
resources:
#
# Creates various resources used for subsequent examples
#
scmAeIntf:
type: scm:AggregateInterface
name: scm_ae_intf
properties:
name: $scm_ae_intf
comment: Managed by Pulumi
folder: ngfw-shared
layer2: {}
#
# Creates a layer 2 ethernet interface without vlan configuration
#
scmL2Intf:
type: scm:EthernetInterface
name: scm_l2_intf
properties:
name: $scm_l2_intf
comment: Managed by Pulumi
folder: ngfw-shared
linkSpeed: auto
linkDuplex: full
linkState: auto
layer2: {}
#
# Creates a tap ethernet interface without vlan configuration
#
scmTapIntf:
type: scm:EthernetInterface
name: scm_tap_intf
properties:
name: $scm_tap_intf
comment: Managed by Pulumi
folder: ngfw-shared
linkSpeed: auto
linkDuplex: full
linkState: auto
tap: {}
#
# Creates a layer3 ethernet interface without ip configuration
#
scmL3Intf:
type: scm:EthernetInterface
name: scm_l3_intf
properties:
name: $scm_l3_intf
comment: Managed by Pulumi
folder: ngfw-shared
linkSpeed: auto
linkDuplex: full
linkState: auto
layer3: {}
#
# Creates a layer3 ethernet interface with static ip address
#
scmL3IntfStatic:
type: scm:EthernetInterface
name: scm_l3_intf_static
properties:
name: $scm_l3_intf_static
comment: Managed by Pulumi
folder: ngfw-shared
layer3:
ips:
- name: 198.18.1.1/24
#
# Creates a layer3 ethernet interface with dhcp-assigned ip address
#
scmL3IntfDhcp:
type: scm:EthernetInterface
name: scm_l3_intf_dhcp
properties:
name: $scm_l3_intf_dhcp
comment: Managed by Pulumi
folder: ngfw-shared
layer3:
dhcpClient:
enable: true
createDefaultRoute: true
defaultRouteMetric: 10
#
# Creates a layer3 ethernet interface with pppoe
#
scmL3IntfPppoe:
type: scm:EthernetInterface
name: scm_l3_intf_pppoe
properties:
name: $scm_l3_intf_pppoe
comment: Managed by Pulumi
folder: ngfw-shared
layer3:
pppoe:
authentication: auto
enable: true
username: testname
password: testpass
createDefaultRoute: true
defaultRouteMetric: 10
#
# Creates a layer3 ethernet interface with multiple static ip addresses
#
scmL3IntfComplex:
type: scm:EthernetInterface
name: scm_l3_intf_complex
properties:
name: $scm_l3_intf_complex
comment: Managed by Pulumi
folder: ngfw-shared
linkSpeed: auto
linkDuplex: full
linkState: auto
layer3:
ips:
- name: 198.18.1.1/24
- name: 198.18.1.2/32
mtu: 1500
adjustTcpMss:
enable: true
ipv4MssAdjustment: 40
ipv6MssAdjustment: 60
#
# Creates an ethernet interface assigned to an AggregateEthernet Interface
#
scmAeMember1:
type: scm:EthernetInterface
name: scm_ae_member_1
properties:
name: $scm_ae_member_1
comment: Managed by Pulumi
folder: ngfw-shared
aggregateGroup: $scm_ae_intf
linkSpeed: auto
linkDuplex: full
linkState: auto
options:
dependsOn:
- ${scmAeIntf}
#
# Creates an ethernet interface assigned to an AggregateEthernet Interface
#
scmAeMember2:
type: scm:EthernetInterface
name: scm_ae_member_2
properties:
name: $scm_ae_member_2
comment: Managed by Pulumi
folder: ngfw-shared
aggregateGroup: $scm_ae_intf
linkSpeed: auto
linkDuplex: full
linkState: auto
options:
dependsOn:
- ${scmAeIntf}
terraform {
required_providers {
scm = {
source = "pulumi/scm"
}
}
}
#
# Creates various resources used for subsequent examples
#
resource "scm_aggregate_interface" "scm_ae_intf" {
lifecycle {
create_before_destroy = true
}
name = "$scm_ae_intf"
comment = "Managed by Pulumi"
folder = "ngfw-shared"
layer2 = {}
}
#
# Creates a layer 2 ethernet interface without vlan configuration
#
resource "scm_ethernet_interface" "scm_l2_intf" {
lifecycle {
create_before_destroy = true
}
name = "$scm_l2_intf"
comment = "Managed by Pulumi"
folder = "ngfw-shared"
link_speed = "auto"
link_duplex = "full"
link_state = "auto"
layer2 = {}
}
#
# Creates a tap ethernet interface without vlan configuration
#
resource "scm_ethernet_interface" "scm_tap_intf" {
lifecycle {
create_before_destroy = true
}
name = "$scm_tap_intf"
comment = "Managed by Pulumi"
folder = "ngfw-shared"
link_speed = "auto"
link_duplex = "full"
link_state = "auto"
tap = {}
}
#
# Creates a layer3 ethernet interface without ip configuration
#
resource "scm_ethernet_interface" "scm_l3_intf" {
lifecycle {
create_before_destroy = true
}
name = "$scm_l3_intf"
comment = "Managed by Pulumi"
folder = "ngfw-shared"
link_speed = "auto"
link_duplex = "full"
link_state = "auto"
layer3 = {}
}
#
# Creates a layer3 ethernet interface with static ip address
#
resource "scm_ethernet_interface" "scm_l3_intf_static" {
lifecycle {
create_before_destroy = true
}
name = "$scm_l3_intf_static"
comment = "Managed by Pulumi"
folder = "ngfw-shared"
layer3 = {
ips = [{
name = "198.18.1.1/24"
}]
}
}
#
# Creates a layer3 ethernet interface with dhcp-assigned ip address
#
resource "scm_ethernet_interface" "scm_l3_intf_dhcp" {
lifecycle {
create_before_destroy = true
}
name = "$scm_l3_intf_dhcp"
comment = "Managed by Pulumi"
folder = "ngfw-shared"
layer3 = {
dhcp_client = {
enable = true
create_default_route = true
default_route_metric = 10
}
}
}
#
# Creates a layer3 ethernet interface with pppoe
#
resource "scm_ethernet_interface" "scm_l3_intf_pppoe" {
lifecycle {
create_before_destroy = true
}
name = "$scm_l3_intf_pppoe"
comment = "Managed by Pulumi"
folder = "ngfw-shared"
layer3 = {
pppoe = {
authentication = "auto"
enable = true
username = "testname"
password = "testpass"
create_default_route = true
default_route_metric = 10
}
}
}
#
# Creates a layer3 ethernet interface with multiple static ip addresses
#
resource "scm_ethernet_interface" "scm_l3_intf_complex" {
lifecycle {
create_before_destroy = true
}
name = "$scm_l3_intf_complex"
comment = "Managed by Pulumi"
folder = "ngfw-shared"
link_speed = "auto"
link_duplex = "full"
link_state = "auto"
layer3 = {
ips = [{
name = "198.18.1.1/24"
}, {
name = "198.18.1.2/32"
}]
mtu = 1500
adjust_tcp_mss = {
enable = true
ipv4_mss_adjustment = 40
ipv6_mss_adjustment = 60
}
}
}
#
# Creates an ethernet interface assigned to an AggregateEthernet Interface
#
resource "scm_ethernet_interface" "scm_ae_member_1" {
depends_on = [scm_aggregate_interface.scm_ae_intf]
lifecycle {
create_before_destroy = true
}
name = "$scm_ae_member_1"
comment = "Managed by Pulumi"
folder = "ngfw-shared"
aggregate_group = "$scm_ae_intf"
link_speed = "auto"
link_duplex = "full"
link_state = "auto"
}
#
# Creates an ethernet interface assigned to an AggregateEthernet Interface
#
resource "scm_ethernet_interface" "scm_ae_member_2" {
depends_on = [scm_aggregate_interface.scm_ae_intf]
lifecycle {
create_before_destroy = true
}
name = "$scm_ae_member_2"
comment = "Managed by Pulumi"
folder = "ngfw-shared"
aggregate_group = "$scm_ae_intf"
link_speed = "auto"
link_duplex = "full"
link_state = "auto"
}
Create EthernetInterface Resource
Resources are created with functions called constructors. To learn more about declaring and configuring resources, see Resources.
Constructor syntax
new EthernetInterface(name: string, args?: EthernetInterfaceArgs, opts?: CustomResourceOptions);@overload
def EthernetInterface(resource_name: str,
args: Optional[EthernetInterfaceArgs] = None,
opts: Optional[ResourceOptions] = None)
@overload
def EthernetInterface(resource_name: str,
opts: Optional[ResourceOptions] = None,
aggregate_group: Optional[str] = None,
comment: Optional[str] = None,
default_value: Optional[str] = None,
device: Optional[str] = None,
folder: Optional[str] = None,
layer2: Optional[EthernetInterfaceLayer2Args] = None,
layer3: Optional[EthernetInterfaceLayer3Args] = None,
link_duplex: Optional[str] = None,
link_speed: Optional[str] = None,
link_state: Optional[str] = None,
name: Optional[str] = None,
poe: Optional[EthernetInterfacePoeArgs] = None,
snippet: Optional[str] = None,
tap: Optional[EthernetInterfaceTapArgs] = None)func NewEthernetInterface(ctx *Context, name string, args *EthernetInterfaceArgs, opts ...ResourceOption) (*EthernetInterface, error)public EthernetInterface(string name, EthernetInterfaceArgs? args = null, CustomResourceOptions? opts = null)
public EthernetInterface(String name, EthernetInterfaceArgs args)
public EthernetInterface(String name, EthernetInterfaceArgs args, CustomResourceOptions options)
type: scm:EthernetInterface
properties: # The arguments to resource properties.
options: # Bag of options to control resource's behavior.
resource "scm_ethernet_interface" "name" {
# resource properties
}Parameters
- name string
- The unique name of the resource.
- args EthernetInterfaceArgs
- 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 EthernetInterfaceArgs
- 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 EthernetInterfaceArgs
- The arguments to resource properties.
- opts ResourceOption
- Bag of options to control resource's behavior.
- name string
- The unique name of the resource.
- args EthernetInterfaceArgs
- The arguments to resource properties.
- opts CustomResourceOptions
- Bag of options to control resource's behavior.
- name String
- The unique name of the resource.
- args EthernetInterfaceArgs
- 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 ethernetInterfaceResource = new Scm.EthernetInterface("ethernetInterfaceResource", new()
{
AggregateGroup = "string",
Comment = "string",
DefaultValue = "string",
Device = "string",
Folder = "string",
Layer2 = new Scm.Inputs.EthernetInterfaceLayer2Args
{
Lldp = new Scm.Inputs.EthernetInterfaceLayer2LldpArgs
{
Enable = false,
HighAvailability = new Scm.Inputs.EthernetInterfaceLayer2LldpHighAvailabilityArgs
{
PassivePreNegotiation = false,
},
Profile = "string",
},
NetflowProfile = "string",
VlanTag = "string",
},
Layer3 = new Scm.Inputs.EthernetInterfaceLayer3Args
{
AdjustTcpMss = new Scm.Inputs.EthernetInterfaceLayer3AdjustTcpMssArgs
{
Enable = false,
Ipv4MssAdjustment = 0,
Ipv6MssAdjustment = 0,
},
Arps = new[]
{
new Scm.Inputs.EthernetInterfaceLayer3ArpArgs
{
HwAddress = "string",
Name = "string",
},
},
DdnsConfig = new Scm.Inputs.EthernetInterfaceLayer3DdnsConfigArgs
{
DdnsCertProfile = "string",
DdnsHostname = "string",
DdnsVendor = "string",
DdnsVendorConfig = "string",
DdnsEnabled = false,
DdnsIp = "string",
DdnsUpdateInterval = 0,
},
DhcpClient = new Scm.Inputs.EthernetInterfaceLayer3DhcpClientArgs
{
CreateDefaultRoute = false,
DefaultRouteMetric = 0,
Enable = false,
SendHostname = new Scm.Inputs.EthernetInterfaceLayer3DhcpClientSendHostnameArgs
{
Enable = false,
Hostname = "string",
},
},
InterfaceManagementProfile = "string",
Ips = new[]
{
new Scm.Inputs.EthernetInterfaceLayer3IpArgs
{
Name = "string",
},
},
Lldp = new Scm.Inputs.EthernetInterfaceLayer3LldpArgs
{
Enable = false,
HighAvailability = new Scm.Inputs.EthernetInterfaceLayer3LldpHighAvailabilityArgs
{
PassivePreNegotiation = false,
},
Profile = "string",
},
Mtu = 0,
NetflowProfile = "string",
Pppoe = new Scm.Inputs.EthernetInterfaceLayer3PppoeArgs
{
Password = "string",
Username = "string",
AccessConcentrator = "string",
Authentication = "string",
DefaultRouteMetric = 0,
Enable = false,
Passive = new Scm.Inputs.EthernetInterfaceLayer3PppoePassiveArgs
{
Enable = false,
},
Service = "string",
StaticAddress = new Scm.Inputs.EthernetInterfaceLayer3PppoeStaticAddressArgs
{
Ip = "string",
},
},
},
LinkDuplex = "string",
LinkSpeed = "string",
LinkState = "string",
Name = "string",
Poe = new Scm.Inputs.EthernetInterfacePoeArgs
{
PoeEnabled = false,
PoeRsvdPwr = 0,
},
Snippet = "string",
Tap = new Scm.Inputs.EthernetInterfaceTapArgs
{
NetflowProfile = "string",
},
});
example, err := scm.NewEthernetInterface(ctx, "ethernetInterfaceResource", &scm.EthernetInterfaceArgs{
AggregateGroup: pulumi.String("string"),
Comment: pulumi.String("string"),
DefaultValue: pulumi.String("string"),
Device: pulumi.String("string"),
Folder: pulumi.String("string"),
Layer2: &scm.EthernetInterfaceLayer2Args{
Lldp: &scm.EthernetInterfaceLayer2LldpArgs{
Enable: pulumi.Bool(false),
HighAvailability: &scm.EthernetInterfaceLayer2LldpHighAvailabilityArgs{
PassivePreNegotiation: pulumi.Bool(false),
},
Profile: pulumi.String("string"),
},
NetflowProfile: pulumi.String("string"),
VlanTag: pulumi.String("string"),
},
Layer3: &scm.EthernetInterfaceLayer3Args{
AdjustTcpMss: &scm.EthernetInterfaceLayer3AdjustTcpMssArgs{
Enable: pulumi.Bool(false),
Ipv4MssAdjustment: pulumi.Int(0),
Ipv6MssAdjustment: pulumi.Int(0),
},
Arps: scm.EthernetInterfaceLayer3ArpArray{
&scm.EthernetInterfaceLayer3ArpArgs{
HwAddress: pulumi.String("string"),
Name: pulumi.String("string"),
},
},
DdnsConfig: &scm.EthernetInterfaceLayer3DdnsConfigArgs{
DdnsCertProfile: pulumi.String("string"),
DdnsHostname: pulumi.String("string"),
DdnsVendor: pulumi.String("string"),
DdnsVendorConfig: pulumi.String("string"),
DdnsEnabled: pulumi.Bool(false),
DdnsIp: pulumi.String("string"),
DdnsUpdateInterval: pulumi.Int(0),
},
DhcpClient: &scm.EthernetInterfaceLayer3DhcpClientArgs{
CreateDefaultRoute: pulumi.Bool(false),
DefaultRouteMetric: pulumi.Int(0),
Enable: pulumi.Bool(false),
SendHostname: &scm.EthernetInterfaceLayer3DhcpClientSendHostnameArgs{
Enable: pulumi.Bool(false),
Hostname: pulumi.String("string"),
},
},
InterfaceManagementProfile: pulumi.String("string"),
Ips: scm.EthernetInterfaceLayer3IpArray{
&scm.EthernetInterfaceLayer3IpArgs{
Name: pulumi.String("string"),
},
},
Lldp: &scm.EthernetInterfaceLayer3LldpArgs{
Enable: pulumi.Bool(false),
HighAvailability: &scm.EthernetInterfaceLayer3LldpHighAvailabilityArgs{
PassivePreNegotiation: pulumi.Bool(false),
},
Profile: pulumi.String("string"),
},
Mtu: pulumi.Int(0),
NetflowProfile: pulumi.String("string"),
Pppoe: &scm.EthernetInterfaceLayer3PppoeArgs{
Password: pulumi.String("string"),
Username: pulumi.String("string"),
AccessConcentrator: pulumi.String("string"),
Authentication: pulumi.String("string"),
DefaultRouteMetric: pulumi.Int(0),
Enable: pulumi.Bool(false),
Passive: &scm.EthernetInterfaceLayer3PppoePassiveArgs{
Enable: pulumi.Bool(false),
},
Service: pulumi.String("string"),
StaticAddress: &scm.EthernetInterfaceLayer3PppoeStaticAddressArgs{
Ip: pulumi.String("string"),
},
},
},
LinkDuplex: pulumi.String("string"),
LinkSpeed: pulumi.String("string"),
LinkState: pulumi.String("string"),
Name: pulumi.String("string"),
Poe: &scm.EthernetInterfacePoeArgs{
PoeEnabled: pulumi.Bool(false),
PoeRsvdPwr: pulumi.Int(0),
},
Snippet: pulumi.String("string"),
Tap: &scm.EthernetInterfaceTapArgs{
NetflowProfile: pulumi.String("string"),
},
})
resource "scm_ethernet_interface" "ethernetInterfaceResource" {
lifecycle {
create_before_destroy = true
}
aggregate_group = "string"
comment = "string"
default_value = "string"
device = "string"
folder = "string"
layer2 = {
lldp = {
enable = false
high_availability = {
passive_pre_negotiation = false
}
profile = "string"
}
netflow_profile = "string"
vlan_tag = "string"
}
layer3 = {
adjust_tcp_mss = {
enable = false
ipv4_mss_adjustment = 0
ipv6_mss_adjustment = 0
}
arps = [{
hw_address = "string"
name = "string"
}]
ddns_config = {
ddns_cert_profile = "string"
ddns_hostname = "string"
ddns_vendor = "string"
ddns_vendor_config = "string"
ddns_enabled = false
ddns_ip = "string"
ddns_update_interval = 0
}
dhcp_client = {
create_default_route = false
default_route_metric = 0
enable = false
send_hostname = {
enable = false
hostname = "string"
}
}
interface_management_profile = "string"
ips = [{
name = "string"
}]
lldp = {
enable = false
high_availability = {
passive_pre_negotiation = false
}
profile = "string"
}
mtu = 0
netflow_profile = "string"
pppoe = {
password = "string"
username = "string"
access_concentrator = "string"
authentication = "string"
default_route_metric = 0
enable = false
passive = {
enable = false
}
service = "string"
static_address = {
ip = "string"
}
}
}
link_duplex = "string"
link_speed = "string"
link_state = "string"
name = "string"
poe = {
poe_enabled = false
poe_rsvd_pwr = 0
}
snippet = "string"
tap = {
netflow_profile = "string"
}
}
var ethernetInterfaceResource = new EthernetInterface("ethernetInterfaceResource", EthernetInterfaceArgs.builder()
.aggregateGroup("string")
.comment("string")
.defaultValue("string")
.device("string")
.folder("string")
.layer2(EthernetInterfaceLayer2Args.builder()
.lldp(EthernetInterfaceLayer2LldpArgs.builder()
.enable(false)
.highAvailability(EthernetInterfaceLayer2LldpHighAvailabilityArgs.builder()
.passivePreNegotiation(false)
.build())
.profile("string")
.build())
.netflowProfile("string")
.vlanTag("string")
.build())
.layer3(EthernetInterfaceLayer3Args.builder()
.adjustTcpMss(EthernetInterfaceLayer3AdjustTcpMssArgs.builder()
.enable(false)
.ipv4MssAdjustment(0)
.ipv6MssAdjustment(0)
.build())
.arps(EthernetInterfaceLayer3ArpArgs.builder()
.hwAddress("string")
.name("string")
.build())
.ddnsConfig(EthernetInterfaceLayer3DdnsConfigArgs.builder()
.ddnsCertProfile("string")
.ddnsHostname("string")
.ddnsVendor("string")
.ddnsVendorConfig("string")
.ddnsEnabled(false)
.ddnsIp("string")
.ddnsUpdateInterval(0)
.build())
.dhcpClient(EthernetInterfaceLayer3DhcpClientArgs.builder()
.createDefaultRoute(false)
.defaultRouteMetric(0)
.enable(false)
.sendHostname(EthernetInterfaceLayer3DhcpClientSendHostnameArgs.builder()
.enable(false)
.hostname("string")
.build())
.build())
.interfaceManagementProfile("string")
.ips(EthernetInterfaceLayer3IpArgs.builder()
.name("string")
.build())
.lldp(EthernetInterfaceLayer3LldpArgs.builder()
.enable(false)
.highAvailability(EthernetInterfaceLayer3LldpHighAvailabilityArgs.builder()
.passivePreNegotiation(false)
.build())
.profile("string")
.build())
.mtu(0)
.netflowProfile("string")
.pppoe(EthernetInterfaceLayer3PppoeArgs.builder()
.password("string")
.username("string")
.accessConcentrator("string")
.authentication("string")
.defaultRouteMetric(0)
.enable(false)
.passive(EthernetInterfaceLayer3PppoePassiveArgs.builder()
.enable(false)
.build())
.service("string")
.staticAddress(EthernetInterfaceLayer3PppoeStaticAddressArgs.builder()
.ip("string")
.build())
.build())
.build())
.linkDuplex("string")
.linkSpeed("string")
.linkState("string")
.name("string")
.poe(EthernetInterfacePoeArgs.builder()
.poeEnabled(false)
.poeRsvdPwr(0)
.build())
.snippet("string")
.tap(EthernetInterfaceTapArgs.builder()
.netflowProfile("string")
.build())
.build());
ethernet_interface_resource = scm.EthernetInterface("ethernetInterfaceResource",
aggregate_group="string",
comment="string",
default_value="string",
device="string",
folder="string",
layer2={
"lldp": {
"enable": False,
"high_availability": {
"passive_pre_negotiation": False,
},
"profile": "string",
},
"netflow_profile": "string",
"vlan_tag": "string",
},
layer3={
"adjust_tcp_mss": {
"enable": False,
"ipv4_mss_adjustment": 0,
"ipv6_mss_adjustment": 0,
},
"arps": [{
"hw_address": "string",
"name": "string",
}],
"ddns_config": {
"ddns_cert_profile": "string",
"ddns_hostname": "string",
"ddns_vendor": "string",
"ddns_vendor_config": "string",
"ddns_enabled": False,
"ddns_ip": "string",
"ddns_update_interval": 0,
},
"dhcp_client": {
"create_default_route": False,
"default_route_metric": 0,
"enable": False,
"send_hostname": {
"enable": False,
"hostname": "string",
},
},
"interface_management_profile": "string",
"ips": [{
"name": "string",
}],
"lldp": {
"enable": False,
"high_availability": {
"passive_pre_negotiation": False,
},
"profile": "string",
},
"mtu": 0,
"netflow_profile": "string",
"pppoe": {
"password": "string",
"username": "string",
"access_concentrator": "string",
"authentication": "string",
"default_route_metric": 0,
"enable": False,
"passive": {
"enable": False,
},
"service": "string",
"static_address": {
"ip": "string",
},
},
},
link_duplex="string",
link_speed="string",
link_state="string",
name="string",
poe={
"poe_enabled": False,
"poe_rsvd_pwr": 0,
},
snippet="string",
tap={
"netflow_profile": "string",
})
const ethernetInterfaceResource = new scm.EthernetInterface("ethernetInterfaceResource", {
aggregateGroup: "string",
comment: "string",
defaultValue: "string",
device: "string",
folder: "string",
layer2: {
lldp: {
enable: false,
highAvailability: {
passivePreNegotiation: false,
},
profile: "string",
},
netflowProfile: "string",
vlanTag: "string",
},
layer3: {
adjustTcpMss: {
enable: false,
ipv4MssAdjustment: 0,
ipv6MssAdjustment: 0,
},
arps: [{
hwAddress: "string",
name: "string",
}],
ddnsConfig: {
ddnsCertProfile: "string",
ddnsHostname: "string",
ddnsVendor: "string",
ddnsVendorConfig: "string",
ddnsEnabled: false,
ddnsIp: "string",
ddnsUpdateInterval: 0,
},
dhcpClient: {
createDefaultRoute: false,
defaultRouteMetric: 0,
enable: false,
sendHostname: {
enable: false,
hostname: "string",
},
},
interfaceManagementProfile: "string",
ips: [{
name: "string",
}],
lldp: {
enable: false,
highAvailability: {
passivePreNegotiation: false,
},
profile: "string",
},
mtu: 0,
netflowProfile: "string",
pppoe: {
password: "string",
username: "string",
accessConcentrator: "string",
authentication: "string",
defaultRouteMetric: 0,
enable: false,
passive: {
enable: false,
},
service: "string",
staticAddress: {
ip: "string",
},
},
},
linkDuplex: "string",
linkSpeed: "string",
linkState: "string",
name: "string",
poe: {
poeEnabled: false,
poeRsvdPwr: 0,
},
snippet: "string",
tap: {
netflowProfile: "string",
},
});
type: scm:EthernetInterface
properties:
aggregateGroup: string
comment: string
defaultValue: string
device: string
folder: string
layer2:
lldp:
enable: false
highAvailability:
passivePreNegotiation: false
profile: string
netflowProfile: string
vlanTag: string
layer3:
adjustTcpMss:
enable: false
ipv4MssAdjustment: 0
ipv6MssAdjustment: 0
arps:
- hwAddress: string
name: string
ddnsConfig:
ddnsCertProfile: string
ddnsEnabled: false
ddnsHostname: string
ddnsIp: string
ddnsUpdateInterval: 0
ddnsVendor: string
ddnsVendorConfig: string
dhcpClient:
createDefaultRoute: false
defaultRouteMetric: 0
enable: false
sendHostname:
enable: false
hostname: string
interfaceManagementProfile: string
ips:
- name: string
lldp:
enable: false
highAvailability:
passivePreNegotiation: false
profile: string
mtu: 0
netflowProfile: string
pppoe:
accessConcentrator: string
authentication: string
defaultRouteMetric: 0
enable: false
passive:
enable: false
password: string
service: string
staticAddress:
ip: string
username: string
linkDuplex: string
linkSpeed: string
linkState: string
name: string
poe:
poeEnabled: false
poeRsvdPwr: 0
snippet: string
tap:
netflowProfile: string
EthernetInterface 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 EthernetInterface resource accepts the following input properties:
- Aggregate
Group string - Aggregate group
- Comment string
- Interface description
- Default
Value string - Default interface assignment
- Device string
- The device in which the resource is defined
- Folder string
- The folder in which the resource is defined
- Layer2
Ethernet
Interface Layer2 - Layer2
- Layer3
Ethernet
Interface Layer3 - Ethernet Interface Layer 3 configuration
- Link
Duplex string - Link duplex. Possible values are
auto,halfandfull. - Link
Speed string - Link speed. Possible values are
auto,10,100,1000,10000,40000and100000. - Link
State string - Link state. Possible values are
auto,upanddown. - Name string
- Interface name
- Poe
Ethernet
Interface Poe - Poe
- Snippet string
- The snippet in which the resource is defined
- Tap
Ethernet
Interface Tap - Tap
- Aggregate
Group string - Aggregate group
- Comment string
- Interface description
- Default
Value string - Default interface assignment
- Device string
- The device in which the resource is defined
- Folder string
- The folder in which the resource is defined
- Layer2
Ethernet
Interface Layer2Args - Layer2
- Layer3
Ethernet
Interface Layer3Args - Ethernet Interface Layer 3 configuration
- Link
Duplex string - Link duplex. Possible values are
auto,halfandfull. - Link
Speed string - Link speed. Possible values are
auto,10,100,1000,10000,40000and100000. - Link
State string - Link state. Possible values are
auto,upanddown. - Name string
- Interface name
- Poe
Ethernet
Interface Poe Args - Poe
- Snippet string
- The snippet in which the resource is defined
- Tap
Ethernet
Interface Tap Args - Tap
- aggregate_
group string - Aggregate group
- comment string
- Interface description
- default_
value string - Default interface assignment
- device string
- The device in which the resource is defined
- folder string
- The folder in which the resource is defined
- layer2 object
- Layer2
- layer3 object
- Ethernet Interface Layer 3 configuration
- link_
duplex string - Link duplex. Possible values are
auto,halfandfull. - link_
speed string - Link speed. Possible values are
auto,10,100,1000,10000,40000and100000. - link_
state string - Link state. Possible values are
auto,upanddown. - name string
- Interface name
- poe object
- Poe
- snippet string
- The snippet in which the resource is defined
- tap object
- Tap
- aggregate
Group String - Aggregate group
- comment String
- Interface description
- default
Value String - Default interface assignment
- device String
- The device in which the resource is defined
- folder String
- The folder in which the resource is defined
- layer2
Ethernet
Interface Layer2 - Layer2
- layer3
Ethernet
Interface Layer3 - Ethernet Interface Layer 3 configuration
- link
Duplex String - Link duplex. Possible values are
auto,halfandfull. - link
Speed String - Link speed. Possible values are
auto,10,100,1000,10000,40000and100000. - link
State String - Link state. Possible values are
auto,upanddown. - name String
- Interface name
- poe
Ethernet
Interface Poe - Poe
- snippet String
- The snippet in which the resource is defined
- tap
Ethernet
Interface Tap - Tap
- aggregate
Group string - Aggregate group
- comment string
- Interface description
- default
Value string - Default interface assignment
- device string
- The device in which the resource is defined
- folder string
- The folder in which the resource is defined
- layer2
Ethernet
Interface Layer2 - Layer2
- layer3
Ethernet
Interface Layer3 - Ethernet Interface Layer 3 configuration
- link
Duplex string - Link duplex. Possible values are
auto,halfandfull. - link
Speed string - Link speed. Possible values are
auto,10,100,1000,10000,40000and100000. - link
State string - Link state. Possible values are
auto,upanddown. - name string
- Interface name
- poe
Ethernet
Interface Poe - Poe
- snippet string
- The snippet in which the resource is defined
- tap
Ethernet
Interface Tap - Tap
- aggregate_
group str - Aggregate group
- comment str
- Interface description
- default_
value str - Default interface assignment
- device str
- The device in which the resource is defined
- folder str
- The folder in which the resource is defined
- layer2
Ethernet
Interface Layer2Args - Layer2
- layer3
Ethernet
Interface Layer3Args - Ethernet Interface Layer 3 configuration
- link_
duplex str - Link duplex. Possible values are
auto,halfandfull. - link_
speed str - Link speed. Possible values are
auto,10,100,1000,10000,40000and100000. - link_
state str - Link state. Possible values are
auto,upanddown. - name str
- Interface name
- poe
Ethernet
Interface Poe Args - Poe
- snippet str
- The snippet in which the resource is defined
- tap
Ethernet
Interface Tap Args - Tap
- aggregate
Group String - Aggregate group
- comment String
- Interface description
- default
Value String - Default interface assignment
- device String
- The device in which the resource is defined
- folder String
- The folder in which the resource is defined
- layer2 Property Map
- Layer2
- layer3 Property Map
- Ethernet Interface Layer 3 configuration
- link
Duplex String - Link duplex. Possible values are
auto,halfandfull. - link
Speed String - Link speed. Possible values are
auto,10,100,1000,10000,40000and100000. - link
State String - Link state. Possible values are
auto,upanddown. - name String
- Interface name
- poe Property Map
- Poe
- snippet String
- The snippet in which the resource is defined
- tap Property Map
- Tap
Outputs
All input properties are implicitly available as output properties. Additionally, the EthernetInterface resource produces the following output properties:
- Encrypted
Values Dictionary<string, string> - Map of sensitive values returned from the API.
- Id string
- The provider-assigned unique ID for this managed resource.
- Tfid string
- The Terraform ID.
- Encrypted
Values map[string]string - Map of sensitive values returned from the API.
- Id string
- The provider-assigned unique ID for this managed resource.
- Tfid string
- The Terraform ID.
- encrypted_
values map(string) - Map of sensitive values returned from the API.
- id string
- The provider-assigned unique ID for this managed resource.
- tfid string
- The Terraform ID.
- encrypted
Values Map<String,String> - Map of sensitive values returned from the API.
- id String
- The provider-assigned unique ID for this managed resource.
- tfid String
- The Terraform ID.
- encrypted
Values {[key: string]: string} - Map of sensitive values returned from the API.
- id string
- The provider-assigned unique ID for this managed resource.
- tfid string
- The Terraform ID.
- encrypted_
values Mapping[str, str] - Map of sensitive values returned from the API.
- id str
- The provider-assigned unique ID for this managed resource.
- tfid str
- The Terraform ID.
- encrypted
Values Map<String> - Map of sensitive values returned from the API.
- id String
- The provider-assigned unique ID for this managed resource.
- tfid String
- The Terraform ID.
Look up Existing EthernetInterface Resource
Get an existing EthernetInterface 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?: EthernetInterfaceState, opts?: CustomResourceOptions): EthernetInterface@staticmethod
def get(resource_name: str,
id: str,
opts: Optional[ResourceOptions] = None,
aggregate_group: Optional[str] = None,
comment: Optional[str] = None,
default_value: Optional[str] = None,
device: Optional[str] = None,
encrypted_values: Optional[Mapping[str, str]] = None,
folder: Optional[str] = None,
layer2: Optional[EthernetInterfaceLayer2Args] = None,
layer3: Optional[EthernetInterfaceLayer3Args] = None,
link_duplex: Optional[str] = None,
link_speed: Optional[str] = None,
link_state: Optional[str] = None,
name: Optional[str] = None,
poe: Optional[EthernetInterfacePoeArgs] = None,
snippet: Optional[str] = None,
tap: Optional[EthernetInterfaceTapArgs] = None,
tfid: Optional[str] = None) -> EthernetInterfacefunc GetEthernetInterface(ctx *Context, name string, id IDInput, state *EthernetInterfaceState, opts ...ResourceOption) (*EthernetInterface, error)public static EthernetInterface Get(string name, Input<string> id, EthernetInterfaceState? state, CustomResourceOptions? opts = null)public static EthernetInterface get(String name, Output<String> id, EthernetInterfaceState state, CustomResourceOptions options)resources: _: type: scm:EthernetInterface get: id: ${id}import {
to = scm_ethernet_interface.example
id = "${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.
- Aggregate
Group string - Aggregate group
- Comment string
- Interface description
- Default
Value string - Default interface assignment
- Device string
- The device in which the resource is defined
- Encrypted
Values Dictionary<string, string> - Map of sensitive values returned from the API.
- Folder string
- The folder in which the resource is defined
- Layer2
Ethernet
Interface Layer2 - Layer2
- Layer3
Ethernet
Interface Layer3 - Ethernet Interface Layer 3 configuration
- Link
Duplex string - Link duplex. Possible values are
auto,halfandfull. - Link
Speed string - Link speed. Possible values are
auto,10,100,1000,10000,40000and100000. - Link
State string - Link state. Possible values are
auto,upanddown. - Name string
- Interface name
- Poe
Ethernet
Interface Poe - Poe
- Snippet string
- The snippet in which the resource is defined
- Tap
Ethernet
Interface Tap - Tap
- Tfid string
- The Terraform ID.
- Aggregate
Group string - Aggregate group
- Comment string
- Interface description
- Default
Value string - Default interface assignment
- Device string
- The device in which the resource is defined
- Encrypted
Values map[string]string - Map of sensitive values returned from the API.
- Folder string
- The folder in which the resource is defined
- Layer2
Ethernet
Interface Layer2Args - Layer2
- Layer3
Ethernet
Interface Layer3Args - Ethernet Interface Layer 3 configuration
- Link
Duplex string - Link duplex. Possible values are
auto,halfandfull. - Link
Speed string - Link speed. Possible values are
auto,10,100,1000,10000,40000and100000. - Link
State string - Link state. Possible values are
auto,upanddown. - Name string
- Interface name
- Poe
Ethernet
Interface Poe Args - Poe
- Snippet string
- The snippet in which the resource is defined
- Tap
Ethernet
Interface Tap Args - Tap
- Tfid string
- The Terraform ID.
- aggregate_
group string - Aggregate group
- comment string
- Interface description
- default_
value string - Default interface assignment
- device string
- The device in which the resource is defined
- encrypted_
values map(string) - Map of sensitive values returned from the API.
- folder string
- The folder in which the resource is defined
- layer2 object
- Layer2
- layer3 object
- Ethernet Interface Layer 3 configuration
- link_
duplex string - Link duplex. Possible values are
auto,halfandfull. - link_
speed string - Link speed. Possible values are
auto,10,100,1000,10000,40000and100000. - link_
state string - Link state. Possible values are
auto,upanddown. - name string
- Interface name
- poe object
- Poe
- snippet string
- The snippet in which the resource is defined
- tap object
- Tap
- tfid string
- The Terraform ID.
- aggregate
Group String - Aggregate group
- comment String
- Interface description
- default
Value String - Default interface assignment
- device String
- The device in which the resource is defined
- encrypted
Values Map<String,String> - Map of sensitive values returned from the API.
- folder String
- The folder in which the resource is defined
- layer2
Ethernet
Interface Layer2 - Layer2
- layer3
Ethernet
Interface Layer3 - Ethernet Interface Layer 3 configuration
- link
Duplex String - Link duplex. Possible values are
auto,halfandfull. - link
Speed String - Link speed. Possible values are
auto,10,100,1000,10000,40000and100000. - link
State String - Link state. Possible values are
auto,upanddown. - name String
- Interface name
- poe
Ethernet
Interface Poe - Poe
- snippet String
- The snippet in which the resource is defined
- tap
Ethernet
Interface Tap - Tap
- tfid String
- The Terraform ID.
- aggregate
Group string - Aggregate group
- comment string
- Interface description
- default
Value string - Default interface assignment
- device string
- The device in which the resource is defined
- encrypted
Values {[key: string]: string} - Map of sensitive values returned from the API.
- folder string
- The folder in which the resource is defined
- layer2
Ethernet
Interface Layer2 - Layer2
- layer3
Ethernet
Interface Layer3 - Ethernet Interface Layer 3 configuration
- link
Duplex string - Link duplex. Possible values are
auto,halfandfull. - link
Speed string - Link speed. Possible values are
auto,10,100,1000,10000,40000and100000. - link
State string - Link state. Possible values are
auto,upanddown. - name string
- Interface name
- poe
Ethernet
Interface Poe - Poe
- snippet string
- The snippet in which the resource is defined
- tap
Ethernet
Interface Tap - Tap
- tfid string
- The Terraform ID.
- aggregate_
group str - Aggregate group
- comment str
- Interface description
- default_
value str - Default interface assignment
- device str
- The device in which the resource is defined
- encrypted_
values Mapping[str, str] - Map of sensitive values returned from the API.
- folder str
- The folder in which the resource is defined
- layer2
Ethernet
Interface Layer2Args - Layer2
- layer3
Ethernet
Interface Layer3Args - Ethernet Interface Layer 3 configuration
- link_
duplex str - Link duplex. Possible values are
auto,halfandfull. - link_
speed str - Link speed. Possible values are
auto,10,100,1000,10000,40000and100000. - link_
state str - Link state. Possible values are
auto,upanddown. - name str
- Interface name
- poe
Ethernet
Interface Poe Args - Poe
- snippet str
- The snippet in which the resource is defined
- tap
Ethernet
Interface Tap Args - Tap
- tfid str
- The Terraform ID.
- aggregate
Group String - Aggregate group
- comment String
- Interface description
- default
Value String - Default interface assignment
- device String
- The device in which the resource is defined
- encrypted
Values Map<String> - Map of sensitive values returned from the API.
- folder String
- The folder in which the resource is defined
- layer2 Property Map
- Layer2
- layer3 Property Map
- Ethernet Interface Layer 3 configuration
- link
Duplex String - Link duplex. Possible values are
auto,halfandfull. - link
Speed String - Link speed. Possible values are
auto,10,100,1000,10000,40000and100000. - link
State String - Link state. Possible values are
auto,upanddown. - name String
- Interface name
- poe Property Map
- Poe
- snippet String
- The snippet in which the resource is defined
- tap Property Map
- Tap
- tfid String
- The Terraform ID.
Supporting Types
EthernetInterfaceLayer2, EthernetInterfaceLayer2Args
- Lldp
Ethernet
Interface Layer2Lldp - LLDP settings for the interface
- Netflow
Profile string - Name of Netflow Profile to assign to Interface
- Vlan
Tag string - Assign interface to VLAN tag
- Lldp
Ethernet
Interface Layer2Lldp - LLDP settings for the interface
- Netflow
Profile string - Name of Netflow Profile to assign to Interface
- Vlan
Tag string - Assign interface to VLAN tag
- lldp object
- LLDP settings for the interface
- netflow_
profile string - Name of Netflow Profile to assign to Interface
- vlan_
tag string - Assign interface to VLAN tag
- lldp
Ethernet
Interface Layer2Lldp - LLDP settings for the interface
- netflow
Profile String - Name of Netflow Profile to assign to Interface
- vlan
Tag String - Assign interface to VLAN tag
- lldp
Ethernet
Interface Layer2Lldp - LLDP settings for the interface
- netflow
Profile string - Name of Netflow Profile to assign to Interface
- vlan
Tag string - Assign interface to VLAN tag
- lldp
Ethernet
Interface Layer2Lldp - LLDP settings for the interface
- netflow_
profile str - Name of Netflow Profile to assign to Interface
- vlan_
tag str - Assign interface to VLAN tag
- lldp Property Map
- LLDP settings for the interface
- netflow
Profile String - Name of Netflow Profile to assign to Interface
- vlan
Tag String - Assign interface to VLAN tag
EthernetInterfaceLayer2Lldp, EthernetInterfaceLayer2LldpArgs
- Enable bool
- Enable LLDP on Interface
- High
Availability EthernetInterface Layer2Lldp High Availability - LLDP high availability settings
- Profile string
- Name of the LLDP profile to assign to the interface
- Enable bool
- Enable LLDP on Interface
- High
Availability EthernetInterface Layer2Lldp High Availability - LLDP high availability settings
- Profile string
- Name of the LLDP profile to assign to the interface
- enable bool
- Enable LLDP on Interface
- high_
availability object - LLDP high availability settings
- profile string
- Name of the LLDP profile to assign to the interface
- enable Boolean
- Enable LLDP on Interface
- high
Availability EthernetInterface Layer2Lldp High Availability - LLDP high availability settings
- profile String
- Name of the LLDP profile to assign to the interface
- enable boolean
- Enable LLDP on Interface
- high
Availability EthernetInterface Layer2Lldp High Availability - LLDP high availability settings
- profile string
- Name of the LLDP profile to assign to the interface
- enable bool
- Enable LLDP on Interface
- high_
availability EthernetInterface Layer2Lldp High Availability - LLDP high availability settings
- profile str
- Name of the LLDP profile to assign to the interface
- enable Boolean
- Enable LLDP on Interface
- high
Availability Property Map - LLDP high availability settings
- profile String
- Name of the LLDP profile to assign to the interface
EthernetInterfaceLayer2LldpHighAvailability, EthernetInterfaceLayer2LldpHighAvailabilityArgs
- Passive
Pre boolNegotiation - Passive pre negotiation
- Passive
Pre boolNegotiation - Passive pre negotiation
- passive_
pre_ boolnegotiation - Passive pre negotiation
- passive
Pre BooleanNegotiation - Passive pre negotiation
- passive
Pre booleanNegotiation - Passive pre negotiation
- passive_
pre_ boolnegotiation - Passive pre negotiation
- passive
Pre BooleanNegotiation - Passive pre negotiation
EthernetInterfaceLayer3, EthernetInterfaceLayer3Args
- Adjust
Tcp EthernetMss Interface Layer3Adjust Tcp Mss - TCP MSS adjustment settings for the interface
- Arps
List<Ethernet
Interface Layer3Arp> - Ethernet Interfaces ARP configuration
- Ddns
Config EthernetInterface Layer3Ddns Config - Dynamic DNS configuration specific to the Ethernet Interfaces.
- Dhcp
Client EthernetInterface Layer3Dhcp Client - Ethernet Interfaces DHCP Client Object
- Interface
Management stringProfile - Interface management profile
- Ips
List<Ethernet
Interface Layer3Ip> - Ethernet Interface IP addresses
- Lldp
Ethernet
Interface Layer3Lldp - LLDP settings for the interface
- Mtu int
- MTU
- Netflow
Profile string - Name of Netflow Profile to assign to Interface
- Pppoe
Ethernet
Interface Layer3Pppoe - PPPoE configuration for the interface
- Adjust
Tcp EthernetMss Interface Layer3Adjust Tcp Mss - TCP MSS adjustment settings for the interface
- Arps
[]Ethernet
Interface Layer3Arp - Ethernet Interfaces ARP configuration
- Ddns
Config EthernetInterface Layer3Ddns Config - Dynamic DNS configuration specific to the Ethernet Interfaces.
- Dhcp
Client EthernetInterface Layer3Dhcp Client - Ethernet Interfaces DHCP Client Object
- Interface
Management stringProfile - Interface management profile
- Ips
[]Ethernet
Interface Layer3Ip - Ethernet Interface IP addresses
- Lldp
Ethernet
Interface Layer3Lldp - LLDP settings for the interface
- Mtu int
- MTU
- Netflow
Profile string - Name of Netflow Profile to assign to Interface
- Pppoe
Ethernet
Interface Layer3Pppoe - PPPoE configuration for the interface
- adjust_
tcp_ objectmss - TCP MSS adjustment settings for the interface
- arps list(object)
- Ethernet Interfaces ARP configuration
- ddns_
config object - Dynamic DNS configuration specific to the Ethernet Interfaces.
- dhcp_
client object - Ethernet Interfaces DHCP Client Object
- interface_
management_ stringprofile - Interface management profile
- ips list(object)
- Ethernet Interface IP addresses
- lldp object
- LLDP settings for the interface
- mtu number
- MTU
- netflow_
profile string - Name of Netflow Profile to assign to Interface
- pppoe object
- PPPoE configuration for the interface
- adjust
Tcp EthernetMss Interface Layer3Adjust Tcp Mss - TCP MSS adjustment settings for the interface
- arps
List<Ethernet
Interface Layer3Arp> - Ethernet Interfaces ARP configuration
- ddns
Config EthernetInterface Layer3Ddns Config - Dynamic DNS configuration specific to the Ethernet Interfaces.
- dhcp
Client EthernetInterface Layer3Dhcp Client - Ethernet Interfaces DHCP Client Object
- interface
Management StringProfile - Interface management profile
- ips
List<Ethernet
Interface Layer3Ip> - Ethernet Interface IP addresses
- lldp
Ethernet
Interface Layer3Lldp - LLDP settings for the interface
- mtu Integer
- MTU
- netflow
Profile String - Name of Netflow Profile to assign to Interface
- pppoe
Ethernet
Interface Layer3Pppoe - PPPoE configuration for the interface
- adjust
Tcp EthernetMss Interface Layer3Adjust Tcp Mss - TCP MSS adjustment settings for the interface
- arps
Ethernet
Interface Layer3Arp[] - Ethernet Interfaces ARP configuration
- ddns
Config EthernetInterface Layer3Ddns Config - Dynamic DNS configuration specific to the Ethernet Interfaces.
- dhcp
Client EthernetInterface Layer3Dhcp Client - Ethernet Interfaces DHCP Client Object
- interface
Management stringProfile - Interface management profile
- ips
Ethernet
Interface Layer3Ip[] - Ethernet Interface IP addresses
- lldp
Ethernet
Interface Layer3Lldp - LLDP settings for the interface
- mtu number
- MTU
- netflow
Profile string - Name of Netflow Profile to assign to Interface
- pppoe
Ethernet
Interface Layer3Pppoe - PPPoE configuration for the interface
- adjust_
tcp_ Ethernetmss Interface Layer3Adjust Tcp Mss - TCP MSS adjustment settings for the interface
- arps
Sequence[Ethernet
Interface Layer3Arp] - Ethernet Interfaces ARP configuration
- ddns_
config EthernetInterface Layer3Ddns Config - Dynamic DNS configuration specific to the Ethernet Interfaces.
- dhcp_
client EthernetInterface Layer3Dhcp Client - Ethernet Interfaces DHCP Client Object
- interface_
management_ strprofile - Interface management profile
- ips
Sequence[Ethernet
Interface Layer3Ip] - Ethernet Interface IP addresses
- lldp
Ethernet
Interface Layer3Lldp - LLDP settings for the interface
- mtu int
- MTU
- netflow_
profile str - Name of Netflow Profile to assign to Interface
- pppoe
Ethernet
Interface Layer3Pppoe - PPPoE configuration for the interface
- adjust
Tcp Property MapMss - TCP MSS adjustment settings for the interface
- arps List<Property Map>
- Ethernet Interfaces ARP configuration
- ddns
Config Property Map - Dynamic DNS configuration specific to the Ethernet Interfaces.
- dhcp
Client Property Map - Ethernet Interfaces DHCP Client Object
- interface
Management StringProfile - Interface management profile
- ips List<Property Map>
- Ethernet Interface IP addresses
- lldp Property Map
- LLDP settings for the interface
- mtu Number
- MTU
- netflow
Profile String - Name of Netflow Profile to assign to Interface
- pppoe Property Map
- PPPoE configuration for the interface
EthernetInterfaceLayer3AdjustTcpMss, EthernetInterfaceLayer3AdjustTcpMssArgs
- Enable bool
- Enable TCP MSS adjustment on the interface
- Ipv4Mss
Adjustment int - IPv4 MSS adjustment size in bytes
- Ipv6Mss
Adjustment int - IPv6 MSS adjustment size in bytes
- Enable bool
- Enable TCP MSS adjustment on the interface
- Ipv4Mss
Adjustment int - IPv4 MSS adjustment size in bytes
- Ipv6Mss
Adjustment int - IPv6 MSS adjustment size in bytes
- enable bool
- Enable TCP MSS adjustment on the interface
- ipv4_
mss_ numberadjustment - IPv4 MSS adjustment size in bytes
- ipv6_
mss_ numberadjustment - IPv6 MSS adjustment size in bytes
- enable Boolean
- Enable TCP MSS adjustment on the interface
- ipv4Mss
Adjustment Integer - IPv4 MSS adjustment size in bytes
- ipv6Mss
Adjustment Integer - IPv6 MSS adjustment size in bytes
- enable boolean
- Enable TCP MSS adjustment on the interface
- ipv4Mss
Adjustment number - IPv4 MSS adjustment size in bytes
- ipv6Mss
Adjustment number - IPv6 MSS adjustment size in bytes
- enable bool
- Enable TCP MSS adjustment on the interface
- ipv4_
mss_ intadjustment - IPv4 MSS adjustment size in bytes
- ipv6_
mss_ intadjustment - IPv6 MSS adjustment size in bytes
- enable Boolean
- Enable TCP MSS adjustment on the interface
- ipv4Mss
Adjustment Number - IPv4 MSS adjustment size in bytes
- ipv6Mss
Adjustment Number - IPv6 MSS adjustment size in bytes
EthernetInterfaceLayer3Arp, EthernetInterfaceLayer3ArpArgs
- hw_
address string - MAC address
- name string
- IP address
- hw_
address str - MAC address
- name str
- IP address
EthernetInterfaceLayer3DdnsConfig, EthernetInterfaceLayer3DdnsConfigArgs
- Ddns
Cert stringProfile - Certificate profile
- Ddns
Hostname string - Ddns hostname
- Ddns
Vendor string - DDNS vendor
- Ddns
Vendor stringConfig - DDNS vendor
- Ddns
Enabled bool - Enable DDNS?
- Ddns
Ip string - IP to register (static only)
- Ddns
Update intInterval - Update interval (days)
- Ddns
Cert stringProfile - Certificate profile
- Ddns
Hostname string - Ddns hostname
- Ddns
Vendor string - DDNS vendor
- Ddns
Vendor stringConfig - DDNS vendor
- Ddns
Enabled bool - Enable DDNS?
- Ddns
Ip string - IP to register (static only)
- Ddns
Update intInterval - Update interval (days)
- ddns_
cert_ stringprofile - Certificate profile
- ddns_
hostname string - Ddns hostname
- ddns_
vendor string - DDNS vendor
- ddns_
vendor_ stringconfig - DDNS vendor
- ddns_
enabled bool - Enable DDNS?
- ddns_
ip string - IP to register (static only)
- ddns_
update_ numberinterval - Update interval (days)
- ddns
Cert StringProfile - Certificate profile
- ddns
Hostname String - Ddns hostname
- ddns
Vendor String - DDNS vendor
- ddns
Vendor StringConfig - DDNS vendor
- ddns
Enabled Boolean - Enable DDNS?
- ddns
Ip String - IP to register (static only)
- ddns
Update IntegerInterval - Update interval (days)
- ddns
Cert stringProfile - Certificate profile
- ddns
Hostname string - Ddns hostname
- ddns
Vendor string - DDNS vendor
- ddns
Vendor stringConfig - DDNS vendor
- ddns
Enabled boolean - Enable DDNS?
- ddns
Ip string - IP to register (static only)
- ddns
Update numberInterval - Update interval (days)
- ddns_
cert_ strprofile - Certificate profile
- ddns_
hostname str - Ddns hostname
- ddns_
vendor str - DDNS vendor
- ddns_
vendor_ strconfig - DDNS vendor
- ddns_
enabled bool - Enable DDNS?
- ddns_
ip str - IP to register (static only)
- ddns_
update_ intinterval - Update interval (days)
- ddns
Cert StringProfile - Certificate profile
- ddns
Hostname String - Ddns hostname
- ddns
Vendor String - DDNS vendor
- ddns
Vendor StringConfig - DDNS vendor
- ddns
Enabled Boolean - Enable DDNS?
- ddns
Ip String - IP to register (static only)
- ddns
Update NumberInterval - Update interval (days)
EthernetInterfaceLayer3DhcpClient, EthernetInterfaceLayer3DhcpClientArgs
- Create
Default boolRoute - Automatically create default route pointing to default gateway provided by server
- Default
Route intMetric - Metric of the default route created
- Enable bool
- Enable DHCP?
- Send
Hostname EthernetInterface Layer3Dhcp Client Send Hostname - Ethernet Interfaces DHCP ClientSend hostname
- Create
Default boolRoute - Automatically create default route pointing to default gateway provided by server
- Default
Route intMetric - Metric of the default route created
- Enable bool
- Enable DHCP?
- Send
Hostname EthernetInterface Layer3Dhcp Client Send Hostname - Ethernet Interfaces DHCP ClientSend hostname
- create_
default_ boolroute - Automatically create default route pointing to default gateway provided by server
- default_
route_ numbermetric - Metric of the default route created
- enable bool
- Enable DHCP?
- send_
hostname object - Ethernet Interfaces DHCP ClientSend hostname
- create
Default BooleanRoute - Automatically create default route pointing to default gateway provided by server
- default
Route IntegerMetric - Metric of the default route created
- enable Boolean
- Enable DHCP?
- send
Hostname EthernetInterface Layer3Dhcp Client Send Hostname - Ethernet Interfaces DHCP ClientSend hostname
- create
Default booleanRoute - Automatically create default route pointing to default gateway provided by server
- default
Route numberMetric - Metric of the default route created
- enable boolean
- Enable DHCP?
- send
Hostname EthernetInterface Layer3Dhcp Client Send Hostname - Ethernet Interfaces DHCP ClientSend hostname
- create_
default_ boolroute - Automatically create default route pointing to default gateway provided by server
- default_
route_ intmetric - Metric of the default route created
- enable bool
- Enable DHCP?
- send_
hostname EthernetInterface Layer3Dhcp Client Send Hostname - Ethernet Interfaces DHCP ClientSend hostname
- create
Default BooleanRoute - Automatically create default route pointing to default gateway provided by server
- default
Route NumberMetric - Metric of the default route created
- enable Boolean
- Enable DHCP?
- send
Hostname Property Map - Ethernet Interfaces DHCP ClientSend hostname
EthernetInterfaceLayer3DhcpClientSendHostname, EthernetInterfaceLayer3DhcpClientSendHostnameArgs
EthernetInterfaceLayer3Ip, EthernetInterfaceLayer3IpArgs
- Name string
- Ethernet Interface IP addresses name
- Name string
- Ethernet Interface IP addresses name
- name string
- Ethernet Interface IP addresses name
- name String
- Ethernet Interface IP addresses name
- name string
- Ethernet Interface IP addresses name
- name str
- Ethernet Interface IP addresses name
- name String
- Ethernet Interface IP addresses name
EthernetInterfaceLayer3Lldp, EthernetInterfaceLayer3LldpArgs
- Enable bool
- Enable LLDP on Interface
- High
Availability EthernetInterface Layer3Lldp High Availability - LLDP high availability settings
- Profile string
- Name of the LLDP profile to assign to the interface
- Enable bool
- Enable LLDP on Interface
- High
Availability EthernetInterface Layer3Lldp High Availability - LLDP high availability settings
- Profile string
- Name of the LLDP profile to assign to the interface
- enable bool
- Enable LLDP on Interface
- high_
availability object - LLDP high availability settings
- profile string
- Name of the LLDP profile to assign to the interface
- enable Boolean
- Enable LLDP on Interface
- high
Availability EthernetInterface Layer3Lldp High Availability - LLDP high availability settings
- profile String
- Name of the LLDP profile to assign to the interface
- enable boolean
- Enable LLDP on Interface
- high
Availability EthernetInterface Layer3Lldp High Availability - LLDP high availability settings
- profile string
- Name of the LLDP profile to assign to the interface
- enable bool
- Enable LLDP on Interface
- high_
availability EthernetInterface Layer3Lldp High Availability - LLDP high availability settings
- profile str
- Name of the LLDP profile to assign to the interface
- enable Boolean
- Enable LLDP on Interface
- high
Availability Property Map - LLDP high availability settings
- profile String
- Name of the LLDP profile to assign to the interface
EthernetInterfaceLayer3LldpHighAvailability, EthernetInterfaceLayer3LldpHighAvailabilityArgs
- Passive
Pre boolNegotiation - Passive pre negotiation
- Passive
Pre boolNegotiation - Passive pre negotiation
- passive_
pre_ boolnegotiation - Passive pre negotiation
- passive
Pre BooleanNegotiation - Passive pre negotiation
- passive
Pre booleanNegotiation - Passive pre negotiation
- passive_
pre_ boolnegotiation - Passive pre negotiation
- passive
Pre BooleanNegotiation - Passive pre negotiation
EthernetInterfaceLayer3Pppoe, EthernetInterfaceLayer3PppoeArgs
- Password string
- Password
- Username string
- Username
- Access
Concentrator string - Access concentrator
- Authentication string
- Authentication protocol. Possible values are
CHAP,PAPandauto. - Default
Route intMetric - Metric of the default route created
- Enable bool
- Enable PPPoE on the interface
- Passive
Ethernet
Interface Layer3Pppoe Passive - Passive
- Service string
- Service
- Static
Address EthernetInterface Layer3Pppoe Static Address - Static address
- Password string
- Password
- Username string
- Username
- Access
Concentrator string - Access concentrator
- Authentication string
- Authentication protocol. Possible values are
CHAP,PAPandauto. - Default
Route intMetric - Metric of the default route created
- Enable bool
- Enable PPPoE on the interface
- Passive
Ethernet
Interface Layer3Pppoe Passive - Passive
- Service string
- Service
- Static
Address EthernetInterface Layer3Pppoe Static Address - Static address
- password string
- Password
- username string
- Username
- access_
concentrator string - Access concentrator
- authentication string
- Authentication protocol. Possible values are
CHAP,PAPandauto. - default_
route_ numbermetric - Metric of the default route created
- enable bool
- Enable PPPoE on the interface
- passive object
- Passive
- service string
- Service
- static_
address object - Static address
- password String
- Password
- username String
- Username
- access
Concentrator String - Access concentrator
- authentication String
- Authentication protocol. Possible values are
CHAP,PAPandauto. - default
Route IntegerMetric - Metric of the default route created
- enable Boolean
- Enable PPPoE on the interface
- passive
Ethernet
Interface Layer3Pppoe Passive - Passive
- service String
- Service
- static
Address EthernetInterface Layer3Pppoe Static Address - Static address
- password string
- Password
- username string
- Username
- access
Concentrator string - Access concentrator
- authentication string
- Authentication protocol. Possible values are
CHAP,PAPandauto. - default
Route numberMetric - Metric of the default route created
- enable boolean
- Enable PPPoE on the interface
- passive
Ethernet
Interface Layer3Pppoe Passive - Passive
- service string
- Service
- static
Address EthernetInterface Layer3Pppoe Static Address - Static address
- password str
- Password
- username str
- Username
- access_
concentrator str - Access concentrator
- authentication str
- Authentication protocol. Possible values are
CHAP,PAPandauto. - default_
route_ intmetric - Metric of the default route created
- enable bool
- Enable PPPoE on the interface
- passive
Ethernet
Interface Layer3Pppoe Passive - Passive
- service str
- Service
- static_
address EthernetInterface Layer3Pppoe Static Address - Static address
- password String
- Password
- username String
- Username
- access
Concentrator String - Access concentrator
- authentication String
- Authentication protocol. Possible values are
CHAP,PAPandauto. - default
Route NumberMetric - Metric of the default route created
- enable Boolean
- Enable PPPoE on the interface
- passive Property Map
- Passive
- service String
- Service
- static
Address Property Map - Static address
EthernetInterfaceLayer3PppoePassive, EthernetInterfaceLayer3PppoePassiveArgs
- Enable bool
- Passive Mode enabled
- Enable bool
- Passive Mode enabled
- enable bool
- Passive Mode enabled
- enable Boolean
- Passive Mode enabled
- enable boolean
- Passive Mode enabled
- enable bool
- Passive Mode enabled
- enable Boolean
- Passive Mode enabled
EthernetInterfaceLayer3PppoeStaticAddress, EthernetInterfaceLayer3PppoeStaticAddressArgs
- Ip string
- Static IP address
- Ip string
- Static IP address
- ip string
- Static IP address
- ip String
- Static IP address
- ip string
- Static IP address
- ip str
- Static IP address
- ip String
- Static IP address
EthernetInterfacePoe, EthernetInterfacePoeArgs
- Poe
Enabled bool - Enabled PoE?
- Poe
Rsvd intPwr - PoE reserved power
- Poe
Enabled bool - Enabled PoE?
- Poe
Rsvd intPwr - PoE reserved power
- poe_
enabled bool - Enabled PoE?
- poe_
rsvd_ numberpwr - PoE reserved power
- poe
Enabled Boolean - Enabled PoE?
- poe
Rsvd IntegerPwr - PoE reserved power
- poe
Enabled boolean - Enabled PoE?
- poe
Rsvd numberPwr - PoE reserved power
- poe_
enabled bool - Enabled PoE?
- poe_
rsvd_ intpwr - PoE reserved power
- poe
Enabled Boolean - Enabled PoE?
- poe
Rsvd NumberPwr - PoE reserved power
EthernetInterfaceTap, EthernetInterfaceTapArgs
- Netflow
Profile string - Name of Netflow Profile to assign to Interface
- Netflow
Profile string - Name of Netflow Profile to assign to Interface
- netflow_
profile string - Name of Netflow Profile to assign to Interface
- netflow
Profile String - Name of Netflow Profile to assign to Interface
- netflow
Profile string - Name of Netflow Profile to assign to Interface
- netflow_
profile str - Name of Netflow Profile to assign to Interface
- netflow
Profile String - Name of Netflow Profile to assign to Interface
Import
The following command can be used to import a resource not managed by Terraform:
$ pulumi import scm:index/ethernetInterface:EthernetInterface example folder:::id
or
$ pulumi import scm:index/ethernetInterface:EthernetInterface example :snippet::id
or
$ pulumi import scm:index/ethernetInterface:EthernetInterface example ::device:id
Note: Please provide just one of folder, snippet, or device for the import command.
To learn more about importing existing cloud resources, see Importing resources.
Package Details
- Repository
- scm pulumi/pulumi-scm
- License
- Apache-2.0
- Notes
- This Pulumi package is based on the
scmTerraform Provider.
Strata Cloud ManagerViewing docs for Strata Cloud Manager v1.2.1
published on Friday, Oct 16, 2026 by Pulumi
published on Friday, Oct 16, 2026 by Pulumi