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panos 2.0.0 published on Tuesday, Apr 15, 2025 by paloaltonetworks
panos.EthernetInterface
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panos 2.0.0 published on Tuesday, Apr 15, 2025 by paloaltonetworks
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: EthernetInterfaceArgs,
opts: Optional[ResourceOptions] = None)
@overload
def EthernetInterface(resource_name: str,
opts: Optional[ResourceOptions] = None,
location: Optional[EthernetInterfaceLocationArgs] = None,
link_speed: Optional[str] = None,
log_card: Optional[EthernetInterfaceLogCardArgs] = None,
ha: Optional[EthernetInterfaceHaArgs] = None,
lacp: Optional[EthernetInterfaceLacpArgs] = None,
layer2: Optional[EthernetInterfaceLayer2Args] = None,
layer3: Optional[EthernetInterfaceLayer3Args] = None,
decrypt_mirror: Optional[EthernetInterfaceDecryptMirrorArgs] = None,
link_state: Optional[str] = None,
link_duplex: Optional[str] = None,
comment: Optional[str] = None,
aggregate_group: Optional[str] = None,
name: Optional[str] = None,
poe: Optional[EthernetInterfacePoeArgs] = None,
tap: Optional[EthernetInterfaceTapArgs] = None,
virtual_wire: Optional[EthernetInterfaceVirtualWireArgs] = None)func NewEthernetInterface(ctx *Context, name string, args EthernetInterfaceArgs, opts ...ResourceOption) (*EthernetInterface, error)public EthernetInterface(string name, EthernetInterfaceArgs args, CustomResourceOptions? opts = null)
public EthernetInterface(String name, EthernetInterfaceArgs args)
public EthernetInterface(String name, EthernetInterfaceArgs args, CustomResourceOptions options)
type: panos:EthernetInterface
properties: # The arguments to resource properties.
options: # Bag of options to control resource's behavior.
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 Panos.EthernetInterface("ethernetInterfaceResource", new()
{
Location = new Panos.Inputs.EthernetInterfaceLocationArgs
{
Ngfw = new Panos.Inputs.EthernetInterfaceLocationNgfwArgs
{
NgfwDevice = "string",
},
Shared = null,
Template = new Panos.Inputs.EthernetInterfaceLocationTemplateArgs
{
Vsys = "string",
Name = "string",
NgfwDevice = "string",
PanoramaDevice = "string",
},
TemplateStack = new Panos.Inputs.EthernetInterfaceLocationTemplateStackArgs
{
Name = "string",
NgfwDevice = "string",
PanoramaDevice = "string",
},
},
LinkSpeed = "string",
LogCard = new Panos.Inputs.EthernetInterfaceLogCardArgs
{
DefaultGateway = "string",
IpAddress = "string",
Ipv6Address = "string",
Ipv6DefaultGateway = "string",
Netmask = "string",
},
Ha = null,
Lacp = new Panos.Inputs.EthernetInterfaceLacpArgs
{
PortPriority = 0,
},
Layer2 = new Panos.Inputs.EthernetInterfaceLayer2Args
{
Lldp = new Panos.Inputs.EthernetInterfaceLayer2LldpArgs
{
Enable = false,
HighAvailability = new Panos.Inputs.EthernetInterfaceLayer2LldpHighAvailabilityArgs
{
PassivePreNegotiation = false,
},
Profile = "string",
},
NetflowProfile = "string",
},
Layer3 = new Panos.Inputs.EthernetInterfaceLayer3Args
{
AdjustTcpMss = new Panos.Inputs.EthernetInterfaceLayer3AdjustTcpMssArgs
{
Enable = false,
Ipv4MssAdjustment = 0,
Ipv6MssAdjustment = 0,
},
Arps = new[]
{
new Panos.Inputs.EthernetInterfaceLayer3ArpArgs
{
Name = "string",
HwAddress = "string",
},
},
Bonjour = new Panos.Inputs.EthernetInterfaceLayer3BonjourArgs
{
Enable = false,
GroupId = 0,
TtlCheck = false,
},
ClusterInterconnect = false,
DdnsConfig = new Panos.Inputs.EthernetInterfaceLayer3DdnsConfigArgs
{
DdnsCertProfile = "string",
DdnsEnabled = false,
DdnsHostname = "string",
DdnsIps = new[]
{
"string",
},
DdnsIpv6s = new[]
{
"string",
},
DdnsUpdateInterval = 0,
DdnsVendor = "string",
DdnsVendorConfigs = new[]
{
new Panos.Inputs.EthernetInterfaceLayer3DdnsConfigDdnsVendorConfigArgs
{
Name = "string",
Value = "string",
},
},
},
DecryptForward = false,
DfIgnore = false,
DhcpClient = new Panos.Inputs.EthernetInterfaceLayer3DhcpClientArgs
{
CreateDefaultRoute = false,
DefaultRouteMetric = 0,
Enable = false,
SendHostname = new Panos.Inputs.EthernetInterfaceLayer3DhcpClientSendHostnameArgs
{
Enable = false,
Hostname = "string",
},
},
InterfaceManagementProfile = "string",
Ips = new[]
{
new Panos.Inputs.EthernetInterfaceLayer3IpArgs
{
Name = "string",
SdwanGateway = "string",
},
},
Ipv6 = new Panos.Inputs.EthernetInterfaceLayer3Ipv6Args
{
Addresses = new[]
{
new Panos.Inputs.EthernetInterfaceLayer3Ipv6AddressArgs
{
Name = "string",
Advertise = new Panos.Inputs.EthernetInterfaceLayer3Ipv6AddressAdvertiseArgs
{
AutoConfigFlag = false,
Enable = false,
OnlinkFlag = false,
PreferredLifetime = "string",
ValidLifetime = "string",
},
Anycast = null,
EnableOnInterface = false,
Prefix = null,
},
},
DhcpClient = new Panos.Inputs.EthernetInterfaceLayer3Ipv6DhcpClientArgs
{
AcceptRaRoute = false,
DefaultRouteMetric = 0,
Enable = false,
NeighborDiscovery = new Panos.Inputs.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryArgs
{
DadAttempts = 0,
DnsServer = new Panos.Inputs.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServerArgs
{
Enable = false,
Source = new Panos.Inputs.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServerSourceArgs
{
Dhcpv6 = null,
Manual = new Panos.Inputs.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServerSourceManualArgs
{
Servers = new[]
{
new Panos.Inputs.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServerSourceManualServerArgs
{
Name = "string",
Lifetime = 0,
},
},
},
},
},
DnsSuffix = new Panos.Inputs.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffixArgs
{
Enable = false,
Source = new Panos.Inputs.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffixSourceArgs
{
Dhcpv6 = null,
Manual = new Panos.Inputs.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffixSourceManualArgs
{
Suffixes = new[]
{
new Panos.Inputs.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffixSourceManualSuffixArgs
{
Name = "string",
Lifetime = 0,
},
},
},
},
},
EnableDad = false,
EnableNdpMonitor = false,
Neighbors = new[]
{
new Panos.Inputs.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryNeighborArgs
{
Name = "string",
HwAddress = "string",
},
},
NsInterval = 0,
ReachableTime = 0,
},
Preference = "string",
PrefixDelegation = new Panos.Inputs.EthernetInterfaceLayer3Ipv6DhcpClientPrefixDelegationArgs
{
Enable = new Panos.Inputs.EthernetInterfaceLayer3Ipv6DhcpClientPrefixDelegationEnableArgs
{
No = null,
Yes = new Panos.Inputs.EthernetInterfaceLayer3Ipv6DhcpClientPrefixDelegationEnableYesArgs
{
PfxPoolName = "string",
PrefixLen = 0,
PrefixLenHint = false,
},
},
},
V6Options = new Panos.Inputs.EthernetInterfaceLayer3Ipv6DhcpClientV6OptionsArgs
{
DuidType = "string",
Enable = new Panos.Inputs.EthernetInterfaceLayer3Ipv6DhcpClientV6OptionsEnableArgs
{
No = null,
Yes = new Panos.Inputs.EthernetInterfaceLayer3Ipv6DhcpClientV6OptionsEnableYesArgs
{
NonTempAddr = false,
TempAddr = false,
},
},
RapidCommit = false,
SupportSrvrReconfig = false,
},
},
Enabled = false,
Inherited = new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedArgs
{
AssignAddrs = new[]
{
new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedAssignAddrArgs
{
Name = "string",
Type = new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeArgs
{
Gua = new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeGuaArgs
{
Advertise = new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeGuaAdvertiseArgs
{
AutoConfigFlag = false,
Enable = false,
OnlinkFlag = false,
},
EnableOnInterface = false,
PoolType = new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeGuaPoolTypeArgs
{
Dynamic = null,
DynamicId = new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeGuaPoolTypeDynamicIdArgs
{
Identifier = 0,
},
},
PrefixPool = "string",
},
Ula = new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeUlaArgs
{
Addresses = "string",
Advertise = new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeUlaAdvertiseArgs
{
AutoConfigFlag = false,
Enable = false,
OnlinkFlag = false,
PreferredLifetime = "string",
ValidLifetime = "string",
},
Anycast = false,
EnableOnInterface = false,
Prefix = false,
},
},
},
},
Enable = false,
NeighborDiscovery = new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryArgs
{
DadAttempts = 0,
DnsServer = new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerArgs
{
Enable = false,
Source = new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerSourceArgs
{
Dhcpv6 = new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerSourceDhcpv6Args
{
PrefixPool = "string",
},
Manual = new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerSourceManualArgs
{
Servers = new[]
{
new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerSourceManualServerArgs
{
Name = "string",
Lifetime = 0,
},
},
},
},
},
DnsSuffix = new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixArgs
{
Enable = false,
Source = new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixSourceArgs
{
Dhcpv6 = new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixSourceDhcpv6Args
{
PrefixPool = "string",
},
Manual = new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixSourceManualArgs
{
Suffixes = new[]
{
new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixSourceManualSuffixArgs
{
Name = "string",
Lifetime = 0,
},
},
},
},
},
EnableDad = false,
EnableNdpMonitor = false,
Neighbors = new[]
{
new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryNeighborArgs
{
Name = "string",
HwAddress = "string",
},
},
NsInterval = 0,
ReachableTime = 0,
RouterAdvertisement = new Panos.Inputs.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryRouterAdvertisementArgs
{
Enable = false,
EnableConsistencyCheck = false,
HopLimit = "string",
Lifetime = 0,
LinkMtu = "string",
ManagedFlag = false,
MaxInterval = 0,
MinInterval = 0,
OtherFlag = false,
ReachableTime = "string",
RetransmissionTimer = "string",
RouterPreference = "string",
},
},
},
InterfaceId = "string",
NeighborDiscovery = new Panos.Inputs.EthernetInterfaceLayer3Ipv6NeighborDiscoveryArgs
{
DadAttempts = 0,
EnableDad = false,
EnableNdpMonitor = false,
Neighbors = new[]
{
new Panos.Inputs.EthernetInterfaceLayer3Ipv6NeighborDiscoveryNeighborArgs
{
Name = "string",
HwAddress = "string",
},
},
NsInterval = 0,
ReachableTime = 0,
RouterAdvertisement = new Panos.Inputs.EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisementArgs
{
DnsSupport = new Panos.Inputs.EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisementDnsSupportArgs
{
Enable = false,
Servers = new[]
{
new Panos.Inputs.EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisementDnsSupportServerArgs
{
Name = "string",
Lifetime = 0,
},
},
Suffixes = new[]
{
new Panos.Inputs.EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisementDnsSupportSuffixArgs
{
Name = "string",
Lifetime = 0,
},
},
},
Enable = false,
EnableConsistencyCheck = false,
HopLimit = "string",
Lifetime = 0,
LinkMtu = "string",
ManagedFlag = false,
MaxInterval = 0,
MinInterval = 0,
OtherFlag = false,
ReachableTime = "string",
RetransmissionTimer = "string",
RouterPreference = "string",
},
},
},
Lldp = new Panos.Inputs.EthernetInterfaceLayer3LldpArgs
{
Enable = false,
HighAvailability = new Panos.Inputs.EthernetInterfaceLayer3LldpHighAvailabilityArgs
{
PassivePreNegotiation = false,
},
Profile = "string",
},
Mtu = 0,
NdpProxy = new Panos.Inputs.EthernetInterfaceLayer3NdpProxyArgs
{
Addresses = new[]
{
new Panos.Inputs.EthernetInterfaceLayer3NdpProxyAddressArgs
{
Name = "string",
Negate = false,
},
},
Enabled = false,
},
NetflowProfile = "string",
Pppoe = new Panos.Inputs.EthernetInterfaceLayer3PppoeArgs
{
AccessConcentrator = "string",
Authentication = "string",
CreateDefaultRoute = false,
DefaultRouteMetric = 0,
Enable = false,
Passive = new Panos.Inputs.EthernetInterfaceLayer3PppoePassiveArgs
{
Enable = false,
},
Password = "string",
Service = "string",
StaticAddress = new Panos.Inputs.EthernetInterfaceLayer3PppoeStaticAddressArgs
{
Ips = "string",
},
Username = "string",
},
SdwanLinkSettings = new Panos.Inputs.EthernetInterfaceLayer3SdwanLinkSettingsArgs
{
Enable = false,
SdwanInterfaceProfile = "string",
UpstreamNat = new Panos.Inputs.EthernetInterfaceLayer3SdwanLinkSettingsUpstreamNatArgs
{
Ddns = null,
Enable = false,
StaticIp = new Panos.Inputs.EthernetInterfaceLayer3SdwanLinkSettingsUpstreamNatStaticIpArgs
{
Fqdn = "string",
IpAddress = "string",
},
},
},
TrafficInterconnect = false,
UntaggedSubInterface = false,
},
DecryptMirror = null,
LinkState = "string",
LinkDuplex = "string",
Comment = "string",
AggregateGroup = "string",
Name = "string",
Poe = new Panos.Inputs.EthernetInterfacePoeArgs
{
Enabled = false,
PoeReservedPower = 0,
},
Tap = new Panos.Inputs.EthernetInterfaceTapArgs
{
NetflowProfile = "string",
},
VirtualWire = new Panos.Inputs.EthernetInterfaceVirtualWireArgs
{
Lacp = new Panos.Inputs.EthernetInterfaceVirtualWireLacpArgs
{
HighAvailability = new Panos.Inputs.EthernetInterfaceVirtualWireLacpHighAvailabilityArgs
{
PassivePreNegotiation = false,
},
},
Lldp = new Panos.Inputs.EthernetInterfaceVirtualWireLldpArgs
{
Enable = false,
HighAvailability = new Panos.Inputs.EthernetInterfaceVirtualWireLldpHighAvailabilityArgs
{
PassivePreNegotiation = false,
},
Profile = "string",
},
NetflowProfile = "string",
},
});
example, err := panos.NewEthernetInterface(ctx, "ethernetInterfaceResource", &panos.EthernetInterfaceArgs{
Location: &panos.EthernetInterfaceLocationArgs{
Ngfw: &panos.EthernetInterfaceLocationNgfwArgs{
NgfwDevice: pulumi.String("string"),
},
Shared: &panos.EthernetInterfaceLocationSharedArgs{},
Template: &panos.EthernetInterfaceLocationTemplateArgs{
Vsys: pulumi.String("string"),
Name: pulumi.String("string"),
NgfwDevice: pulumi.String("string"),
PanoramaDevice: pulumi.String("string"),
},
TemplateStack: &panos.EthernetInterfaceLocationTemplateStackArgs{
Name: pulumi.String("string"),
NgfwDevice: pulumi.String("string"),
PanoramaDevice: pulumi.String("string"),
},
},
LinkSpeed: pulumi.String("string"),
LogCard: &panos.EthernetInterfaceLogCardArgs{
DefaultGateway: pulumi.String("string"),
IpAddress: pulumi.String("string"),
Ipv6Address: pulumi.String("string"),
Ipv6DefaultGateway: pulumi.String("string"),
Netmask: pulumi.String("string"),
},
Ha: &panos.EthernetInterfaceHaArgs{},
Lacp: &panos.EthernetInterfaceLacpArgs{
PortPriority: pulumi.Float64(0),
},
Layer2: &panos.EthernetInterfaceLayer2Args{
Lldp: &panos.EthernetInterfaceLayer2LldpArgs{
Enable: pulumi.Bool(false),
HighAvailability: &panos.EthernetInterfaceLayer2LldpHighAvailabilityArgs{
PassivePreNegotiation: pulumi.Bool(false),
},
Profile: pulumi.String("string"),
},
NetflowProfile: pulumi.String("string"),
},
Layer3: &panos.EthernetInterfaceLayer3Args{
AdjustTcpMss: &panos.EthernetInterfaceLayer3AdjustTcpMssArgs{
Enable: pulumi.Bool(false),
Ipv4MssAdjustment: pulumi.Float64(0),
Ipv6MssAdjustment: pulumi.Float64(0),
},
Arps: panos.EthernetInterfaceLayer3ArpArray{
&panos.EthernetInterfaceLayer3ArpArgs{
Name: pulumi.String("string"),
HwAddress: pulumi.String("string"),
},
},
Bonjour: &panos.EthernetInterfaceLayer3BonjourArgs{
Enable: pulumi.Bool(false),
GroupId: pulumi.Float64(0),
TtlCheck: pulumi.Bool(false),
},
ClusterInterconnect: pulumi.Bool(false),
DdnsConfig: &panos.EthernetInterfaceLayer3DdnsConfigArgs{
DdnsCertProfile: pulumi.String("string"),
DdnsEnabled: pulumi.Bool(false),
DdnsHostname: pulumi.String("string"),
DdnsIps: pulumi.StringArray{
pulumi.String("string"),
},
DdnsIpv6s: pulumi.StringArray{
pulumi.String("string"),
},
DdnsUpdateInterval: pulumi.Float64(0),
DdnsVendor: pulumi.String("string"),
DdnsVendorConfigs: panos.EthernetInterfaceLayer3DdnsConfigDdnsVendorConfigArray{
&panos.EthernetInterfaceLayer3DdnsConfigDdnsVendorConfigArgs{
Name: pulumi.String("string"),
Value: pulumi.String("string"),
},
},
},
DecryptForward: pulumi.Bool(false),
DfIgnore: pulumi.Bool(false),
DhcpClient: &panos.EthernetInterfaceLayer3DhcpClientArgs{
CreateDefaultRoute: pulumi.Bool(false),
DefaultRouteMetric: pulumi.Float64(0),
Enable: pulumi.Bool(false),
SendHostname: &panos.EthernetInterfaceLayer3DhcpClientSendHostnameArgs{
Enable: pulumi.Bool(false),
Hostname: pulumi.String("string"),
},
},
InterfaceManagementProfile: pulumi.String("string"),
Ips: panos.EthernetInterfaceLayer3IpArray{
&panos.EthernetInterfaceLayer3IpArgs{
Name: pulumi.String("string"),
SdwanGateway: pulumi.String("string"),
},
},
Ipv6: &panos.EthernetInterfaceLayer3Ipv6Args{
Addresses: panos.EthernetInterfaceLayer3Ipv6AddressArray{
&panos.EthernetInterfaceLayer3Ipv6AddressArgs{
Name: pulumi.String("string"),
Advertise: &panos.EthernetInterfaceLayer3Ipv6AddressAdvertiseArgs{
AutoConfigFlag: pulumi.Bool(false),
Enable: pulumi.Bool(false),
OnlinkFlag: pulumi.Bool(false),
PreferredLifetime: pulumi.String("string"),
ValidLifetime: pulumi.String("string"),
},
Anycast: &panos.EthernetInterfaceLayer3Ipv6AddressAnycastArgs{},
EnableOnInterface: pulumi.Bool(false),
Prefix: &panos.EthernetInterfaceLayer3Ipv6AddressPrefixArgs{},
},
},
DhcpClient: &panos.EthernetInterfaceLayer3Ipv6DhcpClientArgs{
AcceptRaRoute: pulumi.Bool(false),
DefaultRouteMetric: pulumi.Float64(0),
Enable: pulumi.Bool(false),
NeighborDiscovery: &panos.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryArgs{
DadAttempts: pulumi.Float64(0),
DnsServer: &panos.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServerArgs{
Enable: pulumi.Bool(false),
Source: &panos.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServerSourceArgs{
Dhcpv6: &panos.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServerSourceDhcpv6Args{},
Manual: &panos.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServerSourceManualArgs{
Servers: panos.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServerSourceManualServerArray{
&panos.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServerSourceManualServerArgs{
Name: pulumi.String("string"),
Lifetime: pulumi.Float64(0),
},
},
},
},
},
DnsSuffix: &panos.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffixArgs{
Enable: pulumi.Bool(false),
Source: &panos.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffixSourceArgs{
Dhcpv6: &panos.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffixSourceDhcpv6Args{},
Manual: &panos.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffixSourceManualArgs{
Suffixes: panos.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffixSourceManualSuffixArray{
&panos.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffixSourceManualSuffixArgs{
Name: pulumi.String("string"),
Lifetime: pulumi.Float64(0),
},
},
},
},
},
EnableDad: pulumi.Bool(false),
EnableNdpMonitor: pulumi.Bool(false),
Neighbors: panos.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryNeighborArray{
&panos.EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryNeighborArgs{
Name: pulumi.String("string"),
HwAddress: pulumi.String("string"),
},
},
NsInterval: pulumi.Float64(0),
ReachableTime: pulumi.Float64(0),
},
Preference: pulumi.String("string"),
PrefixDelegation: &panos.EthernetInterfaceLayer3Ipv6DhcpClientPrefixDelegationArgs{
Enable: &panos.EthernetInterfaceLayer3Ipv6DhcpClientPrefixDelegationEnableArgs{
No: &panos.EthernetInterfaceLayer3Ipv6DhcpClientPrefixDelegationEnableNoArgs{},
Yes: &panos.EthernetInterfaceLayer3Ipv6DhcpClientPrefixDelegationEnableYesArgs{
PfxPoolName: pulumi.String("string"),
PrefixLen: pulumi.Float64(0),
PrefixLenHint: pulumi.Bool(false),
},
},
},
V6Options: &panos.EthernetInterfaceLayer3Ipv6DhcpClientV6OptionsArgs{
DuidType: pulumi.String("string"),
Enable: &panos.EthernetInterfaceLayer3Ipv6DhcpClientV6OptionsEnableArgs{
No: &panos.EthernetInterfaceLayer3Ipv6DhcpClientV6OptionsEnableNoArgs{},
Yes: &panos.EthernetInterfaceLayer3Ipv6DhcpClientV6OptionsEnableYesArgs{
NonTempAddr: pulumi.Bool(false),
TempAddr: pulumi.Bool(false),
},
},
RapidCommit: pulumi.Bool(false),
SupportSrvrReconfig: pulumi.Bool(false),
},
},
Enabled: pulumi.Bool(false),
Inherited: &panos.EthernetInterfaceLayer3Ipv6InheritedArgs{
AssignAddrs: panos.EthernetInterfaceLayer3Ipv6InheritedAssignAddrArray{
&panos.EthernetInterfaceLayer3Ipv6InheritedAssignAddrArgs{
Name: pulumi.String("string"),
Type: &panos.EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeArgs{
Gua: &panos.EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeGuaArgs{
Advertise: &panos.EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeGuaAdvertiseArgs{
AutoConfigFlag: pulumi.Bool(false),
Enable: pulumi.Bool(false),
OnlinkFlag: pulumi.Bool(false),
},
EnableOnInterface: pulumi.Bool(false),
PoolType: &panos.EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeGuaPoolTypeArgs{
Dynamic: &panos.EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeGuaPoolTypeDynamicArgs{},
DynamicId: &panos.EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeGuaPoolTypeDynamicIdArgs{
Identifier: pulumi.Float64(0),
},
},
PrefixPool: pulumi.String("string"),
},
Ula: &panos.EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeUlaArgs{
Addresses: pulumi.String("string"),
Advertise: &panos.EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeUlaAdvertiseArgs{
AutoConfigFlag: pulumi.Bool(false),
Enable: pulumi.Bool(false),
OnlinkFlag: pulumi.Bool(false),
PreferredLifetime: pulumi.String("string"),
ValidLifetime: pulumi.String("string"),
},
Anycast: pulumi.Bool(false),
EnableOnInterface: pulumi.Bool(false),
Prefix: pulumi.Bool(false),
},
},
},
},
Enable: pulumi.Bool(false),
NeighborDiscovery: &panos.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryArgs{
DadAttempts: pulumi.Float64(0),
DnsServer: &panos.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerArgs{
Enable: pulumi.Bool(false),
Source: &panos.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerSourceArgs{
Dhcpv6: &panos.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerSourceDhcpv6Args{
PrefixPool: pulumi.String("string"),
},
Manual: &panos.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerSourceManualArgs{
Servers: panos.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerSourceManualServerArray{
&panos.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerSourceManualServerArgs{
Name: pulumi.String("string"),
Lifetime: pulumi.Float64(0),
},
},
},
},
},
DnsSuffix: &panos.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixArgs{
Enable: pulumi.Bool(false),
Source: &panos.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixSourceArgs{
Dhcpv6: &panos.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixSourceDhcpv6Args{
PrefixPool: pulumi.String("string"),
},
Manual: &panos.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixSourceManualArgs{
Suffixes: panos.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixSourceManualSuffixArray{
&panos.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixSourceManualSuffixArgs{
Name: pulumi.String("string"),
Lifetime: pulumi.Float64(0),
},
},
},
},
},
EnableDad: pulumi.Bool(false),
EnableNdpMonitor: pulumi.Bool(false),
Neighbors: panos.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryNeighborArray{
&panos.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryNeighborArgs{
Name: pulumi.String("string"),
HwAddress: pulumi.String("string"),
},
},
NsInterval: pulumi.Float64(0),
ReachableTime: pulumi.Float64(0),
RouterAdvertisement: &panos.EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryRouterAdvertisementArgs{
Enable: pulumi.Bool(false),
EnableConsistencyCheck: pulumi.Bool(false),
HopLimit: pulumi.String("string"),
Lifetime: pulumi.Float64(0),
LinkMtu: pulumi.String("string"),
ManagedFlag: pulumi.Bool(false),
MaxInterval: pulumi.Float64(0),
MinInterval: pulumi.Float64(0),
OtherFlag: pulumi.Bool(false),
ReachableTime: pulumi.String("string"),
RetransmissionTimer: pulumi.String("string"),
RouterPreference: pulumi.String("string"),
},
},
},
InterfaceId: pulumi.String("string"),
NeighborDiscovery: &panos.EthernetInterfaceLayer3Ipv6NeighborDiscoveryArgs{
DadAttempts: pulumi.Float64(0),
EnableDad: pulumi.Bool(false),
EnableNdpMonitor: pulumi.Bool(false),
Neighbors: panos.EthernetInterfaceLayer3Ipv6NeighborDiscoveryNeighborArray{
&panos.EthernetInterfaceLayer3Ipv6NeighborDiscoveryNeighborArgs{
Name: pulumi.String("string"),
HwAddress: pulumi.String("string"),
},
},
NsInterval: pulumi.Float64(0),
ReachableTime: pulumi.Float64(0),
RouterAdvertisement: &panos.EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisementArgs{
DnsSupport: &panos.EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisementDnsSupportArgs{
Enable: pulumi.Bool(false),
Servers: panos.EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisementDnsSupportServerArray{
&panos.EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisementDnsSupportServerArgs{
Name: pulumi.String("string"),
Lifetime: pulumi.Float64(0),
},
},
Suffixes: panos.EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisementDnsSupportSuffixArray{
&panos.EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisementDnsSupportSuffixArgs{
Name: pulumi.String("string"),
Lifetime: pulumi.Float64(0),
},
},
},
Enable: pulumi.Bool(false),
EnableConsistencyCheck: pulumi.Bool(false),
HopLimit: pulumi.String("string"),
Lifetime: pulumi.Float64(0),
LinkMtu: pulumi.String("string"),
ManagedFlag: pulumi.Bool(false),
MaxInterval: pulumi.Float64(0),
MinInterval: pulumi.Float64(0),
OtherFlag: pulumi.Bool(false),
ReachableTime: pulumi.String("string"),
RetransmissionTimer: pulumi.String("string"),
RouterPreference: pulumi.String("string"),
},
},
},
Lldp: &panos.EthernetInterfaceLayer3LldpArgs{
Enable: pulumi.Bool(false),
HighAvailability: &panos.EthernetInterfaceLayer3LldpHighAvailabilityArgs{
PassivePreNegotiation: pulumi.Bool(false),
},
Profile: pulumi.String("string"),
},
Mtu: pulumi.Float64(0),
NdpProxy: &panos.EthernetInterfaceLayer3NdpProxyArgs{
Addresses: panos.EthernetInterfaceLayer3NdpProxyAddressArray{
&panos.EthernetInterfaceLayer3NdpProxyAddressArgs{
Name: pulumi.String("string"),
Negate: pulumi.Bool(false),
},
},
Enabled: pulumi.Bool(false),
},
NetflowProfile: pulumi.String("string"),
Pppoe: &panos.EthernetInterfaceLayer3PppoeArgs{
AccessConcentrator: pulumi.String("string"),
Authentication: pulumi.String("string"),
CreateDefaultRoute: pulumi.Bool(false),
DefaultRouteMetric: pulumi.Float64(0),
Enable: pulumi.Bool(false),
Passive: &panos.EthernetInterfaceLayer3PppoePassiveArgs{
Enable: pulumi.Bool(false),
},
Password: pulumi.String("string"),
Service: pulumi.String("string"),
StaticAddress: &panos.EthernetInterfaceLayer3PppoeStaticAddressArgs{
Ips: pulumi.String("string"),
},
Username: pulumi.String("string"),
},
SdwanLinkSettings: &panos.EthernetInterfaceLayer3SdwanLinkSettingsArgs{
Enable: pulumi.Bool(false),
SdwanInterfaceProfile: pulumi.String("string"),
UpstreamNat: &panos.EthernetInterfaceLayer3SdwanLinkSettingsUpstreamNatArgs{
Ddns: &panos.EthernetInterfaceLayer3SdwanLinkSettingsUpstreamNatDdnsArgs{},
Enable: pulumi.Bool(false),
StaticIp: &panos.EthernetInterfaceLayer3SdwanLinkSettingsUpstreamNatStaticIpArgs{
Fqdn: pulumi.String("string"),
IpAddress: pulumi.String("string"),
},
},
},
TrafficInterconnect: pulumi.Bool(false),
UntaggedSubInterface: pulumi.Bool(false),
},
DecryptMirror: &panos.EthernetInterfaceDecryptMirrorArgs{},
LinkState: pulumi.String("string"),
LinkDuplex: pulumi.String("string"),
Comment: pulumi.String("string"),
AggregateGroup: pulumi.String("string"),
Name: pulumi.String("string"),
Poe: &panos.EthernetInterfacePoeArgs{
Enabled: pulumi.Bool(false),
PoeReservedPower: pulumi.Float64(0),
},
Tap: &panos.EthernetInterfaceTapArgs{
NetflowProfile: pulumi.String("string"),
},
VirtualWire: &panos.EthernetInterfaceVirtualWireArgs{
Lacp: &panos.EthernetInterfaceVirtualWireLacpArgs{
HighAvailability: &panos.EthernetInterfaceVirtualWireLacpHighAvailabilityArgs{
PassivePreNegotiation: pulumi.Bool(false),
},
},
Lldp: &panos.EthernetInterfaceVirtualWireLldpArgs{
Enable: pulumi.Bool(false),
HighAvailability: &panos.EthernetInterfaceVirtualWireLldpHighAvailabilityArgs{
PassivePreNegotiation: pulumi.Bool(false),
},
Profile: pulumi.String("string"),
},
NetflowProfile: pulumi.String("string"),
},
})
var ethernetInterfaceResource = new EthernetInterface("ethernetInterfaceResource", EthernetInterfaceArgs.builder()
.location(EthernetInterfaceLocationArgs.builder()
.ngfw(EthernetInterfaceLocationNgfwArgs.builder()
.ngfwDevice("string")
.build())
.shared()
.template(EthernetInterfaceLocationTemplateArgs.builder()
.vsys("string")
.name("string")
.ngfwDevice("string")
.panoramaDevice("string")
.build())
.templateStack(EthernetInterfaceLocationTemplateStackArgs.builder()
.name("string")
.ngfwDevice("string")
.panoramaDevice("string")
.build())
.build())
.linkSpeed("string")
.logCard(EthernetInterfaceLogCardArgs.builder()
.defaultGateway("string")
.ipAddress("string")
.ipv6Address("string")
.ipv6DefaultGateway("string")
.netmask("string")
.build())
.ha()
.lacp(EthernetInterfaceLacpArgs.builder()
.portPriority(0)
.build())
.layer2(EthernetInterfaceLayer2Args.builder()
.lldp(EthernetInterfaceLayer2LldpArgs.builder()
.enable(false)
.highAvailability(EthernetInterfaceLayer2LldpHighAvailabilityArgs.builder()
.passivePreNegotiation(false)
.build())
.profile("string")
.build())
.netflowProfile("string")
.build())
.layer3(EthernetInterfaceLayer3Args.builder()
.adjustTcpMss(EthernetInterfaceLayer3AdjustTcpMssArgs.builder()
.enable(false)
.ipv4MssAdjustment(0)
.ipv6MssAdjustment(0)
.build())
.arps(EthernetInterfaceLayer3ArpArgs.builder()
.name("string")
.hwAddress("string")
.build())
.bonjour(EthernetInterfaceLayer3BonjourArgs.builder()
.enable(false)
.groupId(0)
.ttlCheck(false)
.build())
.clusterInterconnect(false)
.ddnsConfig(EthernetInterfaceLayer3DdnsConfigArgs.builder()
.ddnsCertProfile("string")
.ddnsEnabled(false)
.ddnsHostname("string")
.ddnsIps("string")
.ddnsIpv6s("string")
.ddnsUpdateInterval(0)
.ddnsVendor("string")
.ddnsVendorConfigs(EthernetInterfaceLayer3DdnsConfigDdnsVendorConfigArgs.builder()
.name("string")
.value("string")
.build())
.build())
.decryptForward(false)
.dfIgnore(false)
.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")
.sdwanGateway("string")
.build())
.ipv6(EthernetInterfaceLayer3Ipv6Args.builder()
.addresses(EthernetInterfaceLayer3Ipv6AddressArgs.builder()
.name("string")
.advertise(EthernetInterfaceLayer3Ipv6AddressAdvertiseArgs.builder()
.autoConfigFlag(false)
.enable(false)
.onlinkFlag(false)
.preferredLifetime("string")
.validLifetime("string")
.build())
.anycast()
.enableOnInterface(false)
.prefix()
.build())
.dhcpClient(EthernetInterfaceLayer3Ipv6DhcpClientArgs.builder()
.acceptRaRoute(false)
.defaultRouteMetric(0)
.enable(false)
.neighborDiscovery(EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryArgs.builder()
.dadAttempts(0)
.dnsServer(EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServerArgs.builder()
.enable(false)
.source(EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServerSourceArgs.builder()
.dhcpv6()
.manual(EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServerSourceManualArgs.builder()
.servers(EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServerSourceManualServerArgs.builder()
.name("string")
.lifetime(0)
.build())
.build())
.build())
.build())
.dnsSuffix(EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffixArgs.builder()
.enable(false)
.source(EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffixSourceArgs.builder()
.dhcpv6()
.manual(EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffixSourceManualArgs.builder()
.suffixes(EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffixSourceManualSuffixArgs.builder()
.name("string")
.lifetime(0)
.build())
.build())
.build())
.build())
.enableDad(false)
.enableNdpMonitor(false)
.neighbors(EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryNeighborArgs.builder()
.name("string")
.hwAddress("string")
.build())
.nsInterval(0)
.reachableTime(0)
.build())
.preference("string")
.prefixDelegation(EthernetInterfaceLayer3Ipv6DhcpClientPrefixDelegationArgs.builder()
.enable(EthernetInterfaceLayer3Ipv6DhcpClientPrefixDelegationEnableArgs.builder()
.no()
.yes(EthernetInterfaceLayer3Ipv6DhcpClientPrefixDelegationEnableYesArgs.builder()
.pfxPoolName("string")
.prefixLen(0)
.prefixLenHint(false)
.build())
.build())
.build())
.v6Options(EthernetInterfaceLayer3Ipv6DhcpClientV6OptionsArgs.builder()
.duidType("string")
.enable(EthernetInterfaceLayer3Ipv6DhcpClientV6OptionsEnableArgs.builder()
.no()
.yes(EthernetInterfaceLayer3Ipv6DhcpClientV6OptionsEnableYesArgs.builder()
.nonTempAddr(false)
.tempAddr(false)
.build())
.build())
.rapidCommit(false)
.supportSrvrReconfig(false)
.build())
.build())
.enabled(false)
.inherited(EthernetInterfaceLayer3Ipv6InheritedArgs.builder()
.assignAddrs(EthernetInterfaceLayer3Ipv6InheritedAssignAddrArgs.builder()
.name("string")
.type(EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeArgs.builder()
.gua(EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeGuaArgs.builder()
.advertise(EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeGuaAdvertiseArgs.builder()
.autoConfigFlag(false)
.enable(false)
.onlinkFlag(false)
.build())
.enableOnInterface(false)
.poolType(EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeGuaPoolTypeArgs.builder()
.dynamic()
.dynamicId(EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeGuaPoolTypeDynamicIdArgs.builder()
.identifier(0)
.build())
.build())
.prefixPool("string")
.build())
.ula(EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeUlaArgs.builder()
.addresses("string")
.advertise(EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeUlaAdvertiseArgs.builder()
.autoConfigFlag(false)
.enable(false)
.onlinkFlag(false)
.preferredLifetime("string")
.validLifetime("string")
.build())
.anycast(false)
.enableOnInterface(false)
.prefix(false)
.build())
.build())
.build())
.enable(false)
.neighborDiscovery(EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryArgs.builder()
.dadAttempts(0)
.dnsServer(EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerArgs.builder()
.enable(false)
.source(EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerSourceArgs.builder()
.dhcpv6(EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerSourceDhcpv6Args.builder()
.prefixPool("string")
.build())
.manual(EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerSourceManualArgs.builder()
.servers(EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerSourceManualServerArgs.builder()
.name("string")
.lifetime(0)
.build())
.build())
.build())
.build())
.dnsSuffix(EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixArgs.builder()
.enable(false)
.source(EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixSourceArgs.builder()
.dhcpv6(EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixSourceDhcpv6Args.builder()
.prefixPool("string")
.build())
.manual(EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixSourceManualArgs.builder()
.suffixes(EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixSourceManualSuffixArgs.builder()
.name("string")
.lifetime(0)
.build())
.build())
.build())
.build())
.enableDad(false)
.enableNdpMonitor(false)
.neighbors(EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryNeighborArgs.builder()
.name("string")
.hwAddress("string")
.build())
.nsInterval(0)
.reachableTime(0)
.routerAdvertisement(EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryRouterAdvertisementArgs.builder()
.enable(false)
.enableConsistencyCheck(false)
.hopLimit("string")
.lifetime(0)
.linkMtu("string")
.managedFlag(false)
.maxInterval(0)
.minInterval(0)
.otherFlag(false)
.reachableTime("string")
.retransmissionTimer("string")
.routerPreference("string")
.build())
.build())
.build())
.interfaceId("string")
.neighborDiscovery(EthernetInterfaceLayer3Ipv6NeighborDiscoveryArgs.builder()
.dadAttempts(0)
.enableDad(false)
.enableNdpMonitor(false)
.neighbors(EthernetInterfaceLayer3Ipv6NeighborDiscoveryNeighborArgs.builder()
.name("string")
.hwAddress("string")
.build())
.nsInterval(0)
.reachableTime(0)
.routerAdvertisement(EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisementArgs.builder()
.dnsSupport(EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisementDnsSupportArgs.builder()
.enable(false)
.servers(EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisementDnsSupportServerArgs.builder()
.name("string")
.lifetime(0)
.build())
.suffixes(EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisementDnsSupportSuffixArgs.builder()
.name("string")
.lifetime(0)
.build())
.build())
.enable(false)
.enableConsistencyCheck(false)
.hopLimit("string")
.lifetime(0)
.linkMtu("string")
.managedFlag(false)
.maxInterval(0)
.minInterval(0)
.otherFlag(false)
.reachableTime("string")
.retransmissionTimer("string")
.routerPreference("string")
.build())
.build())
.build())
.lldp(EthernetInterfaceLayer3LldpArgs.builder()
.enable(false)
.highAvailability(EthernetInterfaceLayer3LldpHighAvailabilityArgs.builder()
.passivePreNegotiation(false)
.build())
.profile("string")
.build())
.mtu(0)
.ndpProxy(EthernetInterfaceLayer3NdpProxyArgs.builder()
.addresses(EthernetInterfaceLayer3NdpProxyAddressArgs.builder()
.name("string")
.negate(false)
.build())
.enabled(false)
.build())
.netflowProfile("string")
.pppoe(EthernetInterfaceLayer3PppoeArgs.builder()
.accessConcentrator("string")
.authentication("string")
.createDefaultRoute(false)
.defaultRouteMetric(0)
.enable(false)
.passive(EthernetInterfaceLayer3PppoePassiveArgs.builder()
.enable(false)
.build())
.password("string")
.service("string")
.staticAddress(EthernetInterfaceLayer3PppoeStaticAddressArgs.builder()
.ips("string")
.build())
.username("string")
.build())
.sdwanLinkSettings(EthernetInterfaceLayer3SdwanLinkSettingsArgs.builder()
.enable(false)
.sdwanInterfaceProfile("string")
.upstreamNat(EthernetInterfaceLayer3SdwanLinkSettingsUpstreamNatArgs.builder()
.ddns()
.enable(false)
.staticIp(EthernetInterfaceLayer3SdwanLinkSettingsUpstreamNatStaticIpArgs.builder()
.fqdn("string")
.ipAddress("string")
.build())
.build())
.build())
.trafficInterconnect(false)
.untaggedSubInterface(false)
.build())
.decryptMirror()
.linkState("string")
.linkDuplex("string")
.comment("string")
.aggregateGroup("string")
.name("string")
.poe(EthernetInterfacePoeArgs.builder()
.enabled(false)
.poeReservedPower(0)
.build())
.tap(EthernetInterfaceTapArgs.builder()
.netflowProfile("string")
.build())
.virtualWire(EthernetInterfaceVirtualWireArgs.builder()
.lacp(EthernetInterfaceVirtualWireLacpArgs.builder()
.highAvailability(EthernetInterfaceVirtualWireLacpHighAvailabilityArgs.builder()
.passivePreNegotiation(false)
.build())
.build())
.lldp(EthernetInterfaceVirtualWireLldpArgs.builder()
.enable(false)
.highAvailability(EthernetInterfaceVirtualWireLldpHighAvailabilityArgs.builder()
.passivePreNegotiation(false)
.build())
.profile("string")
.build())
.netflowProfile("string")
.build())
.build());
ethernet_interface_resource = panos.EthernetInterface("ethernetInterfaceResource",
location={
"ngfw": {
"ngfw_device": "string",
},
"shared": {},
"template": {
"vsys": "string",
"name": "string",
"ngfw_device": "string",
"panorama_device": "string",
},
"template_stack": {
"name": "string",
"ngfw_device": "string",
"panorama_device": "string",
},
},
link_speed="string",
log_card={
"default_gateway": "string",
"ip_address": "string",
"ipv6_address": "string",
"ipv6_default_gateway": "string",
"netmask": "string",
},
ha={},
lacp={
"port_priority": 0,
},
layer2={
"lldp": {
"enable": False,
"high_availability": {
"passive_pre_negotiation": False,
},
"profile": "string",
},
"netflow_profile": "string",
},
layer3={
"adjust_tcp_mss": {
"enable": False,
"ipv4_mss_adjustment": 0,
"ipv6_mss_adjustment": 0,
},
"arps": [{
"name": "string",
"hw_address": "string",
}],
"bonjour": {
"enable": False,
"group_id": 0,
"ttl_check": False,
},
"cluster_interconnect": False,
"ddns_config": {
"ddns_cert_profile": "string",
"ddns_enabled": False,
"ddns_hostname": "string",
"ddns_ips": ["string"],
"ddns_ipv6s": ["string"],
"ddns_update_interval": 0,
"ddns_vendor": "string",
"ddns_vendor_configs": [{
"name": "string",
"value": "string",
}],
},
"decrypt_forward": False,
"df_ignore": False,
"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",
"sdwan_gateway": "string",
}],
"ipv6": {
"addresses": [{
"name": "string",
"advertise": {
"auto_config_flag": False,
"enable": False,
"onlink_flag": False,
"preferred_lifetime": "string",
"valid_lifetime": "string",
},
"anycast": {},
"enable_on_interface": False,
"prefix": {},
}],
"dhcp_client": {
"accept_ra_route": False,
"default_route_metric": 0,
"enable": False,
"neighbor_discovery": {
"dad_attempts": 0,
"dns_server": {
"enable": False,
"source": {
"dhcpv6": {},
"manual": {
"servers": [{
"name": "string",
"lifetime": 0,
}],
},
},
},
"dns_suffix": {
"enable": False,
"source": {
"dhcpv6": {},
"manual": {
"suffixes": [{
"name": "string",
"lifetime": 0,
}],
},
},
},
"enable_dad": False,
"enable_ndp_monitor": False,
"neighbors": [{
"name": "string",
"hw_address": "string",
}],
"ns_interval": 0,
"reachable_time": 0,
},
"preference": "string",
"prefix_delegation": {
"enable": {
"no": {},
"yes": {
"pfx_pool_name": "string",
"prefix_len": 0,
"prefix_len_hint": False,
},
},
},
"v6_options": {
"duid_type": "string",
"enable": {
"no": {},
"yes": {
"non_temp_addr": False,
"temp_addr": False,
},
},
"rapid_commit": False,
"support_srvr_reconfig": False,
},
},
"enabled": False,
"inherited": {
"assign_addrs": [{
"name": "string",
"type": {
"gua": {
"advertise": {
"auto_config_flag": False,
"enable": False,
"onlink_flag": False,
},
"enable_on_interface": False,
"pool_type": {
"dynamic": {},
"dynamic_id": {
"identifier": 0,
},
},
"prefix_pool": "string",
},
"ula": {
"addresses": "string",
"advertise": {
"auto_config_flag": False,
"enable": False,
"onlink_flag": False,
"preferred_lifetime": "string",
"valid_lifetime": "string",
},
"anycast": False,
"enable_on_interface": False,
"prefix": False,
},
},
}],
"enable": False,
"neighbor_discovery": {
"dad_attempts": 0,
"dns_server": {
"enable": False,
"source": {
"dhcpv6": {
"prefix_pool": "string",
},
"manual": {
"servers": [{
"name": "string",
"lifetime": 0,
}],
},
},
},
"dns_suffix": {
"enable": False,
"source": {
"dhcpv6": {
"prefix_pool": "string",
},
"manual": {
"suffixes": [{
"name": "string",
"lifetime": 0,
}],
},
},
},
"enable_dad": False,
"enable_ndp_monitor": False,
"neighbors": [{
"name": "string",
"hw_address": "string",
}],
"ns_interval": 0,
"reachable_time": 0,
"router_advertisement": {
"enable": False,
"enable_consistency_check": False,
"hop_limit": "string",
"lifetime": 0,
"link_mtu": "string",
"managed_flag": False,
"max_interval": 0,
"min_interval": 0,
"other_flag": False,
"reachable_time": "string",
"retransmission_timer": "string",
"router_preference": "string",
},
},
},
"interface_id": "string",
"neighbor_discovery": {
"dad_attempts": 0,
"enable_dad": False,
"enable_ndp_monitor": False,
"neighbors": [{
"name": "string",
"hw_address": "string",
}],
"ns_interval": 0,
"reachable_time": 0,
"router_advertisement": {
"dns_support": {
"enable": False,
"servers": [{
"name": "string",
"lifetime": 0,
}],
"suffixes": [{
"name": "string",
"lifetime": 0,
}],
},
"enable": False,
"enable_consistency_check": False,
"hop_limit": "string",
"lifetime": 0,
"link_mtu": "string",
"managed_flag": False,
"max_interval": 0,
"min_interval": 0,
"other_flag": False,
"reachable_time": "string",
"retransmission_timer": "string",
"router_preference": "string",
},
},
},
"lldp": {
"enable": False,
"high_availability": {
"passive_pre_negotiation": False,
},
"profile": "string",
},
"mtu": 0,
"ndp_proxy": {
"addresses": [{
"name": "string",
"negate": False,
}],
"enabled": False,
},
"netflow_profile": "string",
"pppoe": {
"access_concentrator": "string",
"authentication": "string",
"create_default_route": False,
"default_route_metric": 0,
"enable": False,
"passive": {
"enable": False,
},
"password": "string",
"service": "string",
"static_address": {
"ips": "string",
},
"username": "string",
},
"sdwan_link_settings": {
"enable": False,
"sdwan_interface_profile": "string",
"upstream_nat": {
"ddns": {},
"enable": False,
"static_ip": {
"fqdn": "string",
"ip_address": "string",
},
},
},
"traffic_interconnect": False,
"untagged_sub_interface": False,
},
decrypt_mirror={},
link_state="string",
link_duplex="string",
comment="string",
aggregate_group="string",
name="string",
poe={
"enabled": False,
"poe_reserved_power": 0,
},
tap={
"netflow_profile": "string",
},
virtual_wire={
"lacp": {
"high_availability": {
"passive_pre_negotiation": False,
},
},
"lldp": {
"enable": False,
"high_availability": {
"passive_pre_negotiation": False,
},
"profile": "string",
},
"netflow_profile": "string",
})
const ethernetInterfaceResource = new panos.EthernetInterface("ethernetInterfaceResource", {
location: {
ngfw: {
ngfwDevice: "string",
},
shared: {},
template: {
vsys: "string",
name: "string",
ngfwDevice: "string",
panoramaDevice: "string",
},
templateStack: {
name: "string",
ngfwDevice: "string",
panoramaDevice: "string",
},
},
linkSpeed: "string",
logCard: {
defaultGateway: "string",
ipAddress: "string",
ipv6Address: "string",
ipv6DefaultGateway: "string",
netmask: "string",
},
ha: {},
lacp: {
portPriority: 0,
},
layer2: {
lldp: {
enable: false,
highAvailability: {
passivePreNegotiation: false,
},
profile: "string",
},
netflowProfile: "string",
},
layer3: {
adjustTcpMss: {
enable: false,
ipv4MssAdjustment: 0,
ipv6MssAdjustment: 0,
},
arps: [{
name: "string",
hwAddress: "string",
}],
bonjour: {
enable: false,
groupId: 0,
ttlCheck: false,
},
clusterInterconnect: false,
ddnsConfig: {
ddnsCertProfile: "string",
ddnsEnabled: false,
ddnsHostname: "string",
ddnsIps: ["string"],
ddnsIpv6s: ["string"],
ddnsUpdateInterval: 0,
ddnsVendor: "string",
ddnsVendorConfigs: [{
name: "string",
value: "string",
}],
},
decryptForward: false,
dfIgnore: false,
dhcpClient: {
createDefaultRoute: false,
defaultRouteMetric: 0,
enable: false,
sendHostname: {
enable: false,
hostname: "string",
},
},
interfaceManagementProfile: "string",
ips: [{
name: "string",
sdwanGateway: "string",
}],
ipv6: {
addresses: [{
name: "string",
advertise: {
autoConfigFlag: false,
enable: false,
onlinkFlag: false,
preferredLifetime: "string",
validLifetime: "string",
},
anycast: {},
enableOnInterface: false,
prefix: {},
}],
dhcpClient: {
acceptRaRoute: false,
defaultRouteMetric: 0,
enable: false,
neighborDiscovery: {
dadAttempts: 0,
dnsServer: {
enable: false,
source: {
dhcpv6: {},
manual: {
servers: [{
name: "string",
lifetime: 0,
}],
},
},
},
dnsSuffix: {
enable: false,
source: {
dhcpv6: {},
manual: {
suffixes: [{
name: "string",
lifetime: 0,
}],
},
},
},
enableDad: false,
enableNdpMonitor: false,
neighbors: [{
name: "string",
hwAddress: "string",
}],
nsInterval: 0,
reachableTime: 0,
},
preference: "string",
prefixDelegation: {
enable: {
no: {},
yes: {
pfxPoolName: "string",
prefixLen: 0,
prefixLenHint: false,
},
},
},
v6Options: {
duidType: "string",
enable: {
no: {},
yes: {
nonTempAddr: false,
tempAddr: false,
},
},
rapidCommit: false,
supportSrvrReconfig: false,
},
},
enabled: false,
inherited: {
assignAddrs: [{
name: "string",
type: {
gua: {
advertise: {
autoConfigFlag: false,
enable: false,
onlinkFlag: false,
},
enableOnInterface: false,
poolType: {
dynamic: {},
dynamicId: {
identifier: 0,
},
},
prefixPool: "string",
},
ula: {
addresses: "string",
advertise: {
autoConfigFlag: false,
enable: false,
onlinkFlag: false,
preferredLifetime: "string",
validLifetime: "string",
},
anycast: false,
enableOnInterface: false,
prefix: false,
},
},
}],
enable: false,
neighborDiscovery: {
dadAttempts: 0,
dnsServer: {
enable: false,
source: {
dhcpv6: {
prefixPool: "string",
},
manual: {
servers: [{
name: "string",
lifetime: 0,
}],
},
},
},
dnsSuffix: {
enable: false,
source: {
dhcpv6: {
prefixPool: "string",
},
manual: {
suffixes: [{
name: "string",
lifetime: 0,
}],
},
},
},
enableDad: false,
enableNdpMonitor: false,
neighbors: [{
name: "string",
hwAddress: "string",
}],
nsInterval: 0,
reachableTime: 0,
routerAdvertisement: {
enable: false,
enableConsistencyCheck: false,
hopLimit: "string",
lifetime: 0,
linkMtu: "string",
managedFlag: false,
maxInterval: 0,
minInterval: 0,
otherFlag: false,
reachableTime: "string",
retransmissionTimer: "string",
routerPreference: "string",
},
},
},
interfaceId: "string",
neighborDiscovery: {
dadAttempts: 0,
enableDad: false,
enableNdpMonitor: false,
neighbors: [{
name: "string",
hwAddress: "string",
}],
nsInterval: 0,
reachableTime: 0,
routerAdvertisement: {
dnsSupport: {
enable: false,
servers: [{
name: "string",
lifetime: 0,
}],
suffixes: [{
name: "string",
lifetime: 0,
}],
},
enable: false,
enableConsistencyCheck: false,
hopLimit: "string",
lifetime: 0,
linkMtu: "string",
managedFlag: false,
maxInterval: 0,
minInterval: 0,
otherFlag: false,
reachableTime: "string",
retransmissionTimer: "string",
routerPreference: "string",
},
},
},
lldp: {
enable: false,
highAvailability: {
passivePreNegotiation: false,
},
profile: "string",
},
mtu: 0,
ndpProxy: {
addresses: [{
name: "string",
negate: false,
}],
enabled: false,
},
netflowProfile: "string",
pppoe: {
accessConcentrator: "string",
authentication: "string",
createDefaultRoute: false,
defaultRouteMetric: 0,
enable: false,
passive: {
enable: false,
},
password: "string",
service: "string",
staticAddress: {
ips: "string",
},
username: "string",
},
sdwanLinkSettings: {
enable: false,
sdwanInterfaceProfile: "string",
upstreamNat: {
ddns: {},
enable: false,
staticIp: {
fqdn: "string",
ipAddress: "string",
},
},
},
trafficInterconnect: false,
untaggedSubInterface: false,
},
decryptMirror: {},
linkState: "string",
linkDuplex: "string",
comment: "string",
aggregateGroup: "string",
name: "string",
poe: {
enabled: false,
poeReservedPower: 0,
},
tap: {
netflowProfile: "string",
},
virtualWire: {
lacp: {
highAvailability: {
passivePreNegotiation: false,
},
},
lldp: {
enable: false,
highAvailability: {
passivePreNegotiation: false,
},
profile: "string",
},
netflowProfile: "string",
},
});
type: panos:EthernetInterface
properties:
aggregateGroup: string
comment: string
decryptMirror: {}
ha: {}
lacp:
portPriority: 0
layer2:
lldp:
enable: false
highAvailability:
passivePreNegotiation: false
profile: string
netflowProfile: string
layer3:
adjustTcpMss:
enable: false
ipv4MssAdjustment: 0
ipv6MssAdjustment: 0
arps:
- hwAddress: string
name: string
bonjour:
enable: false
groupId: 0
ttlCheck: false
clusterInterconnect: false
ddnsConfig:
ddnsCertProfile: string
ddnsEnabled: false
ddnsHostname: string
ddnsIps:
- string
ddnsIpv6s:
- string
ddnsUpdateInterval: 0
ddnsVendor: string
ddnsVendorConfigs:
- name: string
value: string
decryptForward: false
dfIgnore: false
dhcpClient:
createDefaultRoute: false
defaultRouteMetric: 0
enable: false
sendHostname:
enable: false
hostname: string
interfaceManagementProfile: string
ips:
- name: string
sdwanGateway: string
ipv6:
addresses:
- advertise:
autoConfigFlag: false
enable: false
onlinkFlag: false
preferredLifetime: string
validLifetime: string
anycast: {}
enableOnInterface: false
name: string
prefix: {}
dhcpClient:
acceptRaRoute: false
defaultRouteMetric: 0
enable: false
neighborDiscovery:
dadAttempts: 0
dnsServer:
enable: false
source:
dhcpv6: {}
manual:
servers:
- lifetime: 0
name: string
dnsSuffix:
enable: false
source:
dhcpv6: {}
manual:
suffixes:
- lifetime: 0
name: string
enableDad: false
enableNdpMonitor: false
neighbors:
- hwAddress: string
name: string
nsInterval: 0
reachableTime: 0
preference: string
prefixDelegation:
enable:
"no": {}
"yes":
pfxPoolName: string
prefixLen: 0
prefixLenHint: false
v6Options:
duidType: string
enable:
"no": {}
"yes":
nonTempAddr: false
tempAddr: false
rapidCommit: false
supportSrvrReconfig: false
enabled: false
inherited:
assignAddrs:
- name: string
type:
gua:
advertise:
autoConfigFlag: false
enable: false
onlinkFlag: false
enableOnInterface: false
poolType:
dynamic: {}
dynamicId:
identifier: 0
prefixPool: string
ula:
addresses: string
advertise:
autoConfigFlag: false
enable: false
onlinkFlag: false
preferredLifetime: string
validLifetime: string
anycast: false
enableOnInterface: false
prefix: false
enable: false
neighborDiscovery:
dadAttempts: 0
dnsServer:
enable: false
source:
dhcpv6:
prefixPool: string
manual:
servers:
- lifetime: 0
name: string
dnsSuffix:
enable: false
source:
dhcpv6:
prefixPool: string
manual:
suffixes:
- lifetime: 0
name: string
enableDad: false
enableNdpMonitor: false
neighbors:
- hwAddress: string
name: string
nsInterval: 0
reachableTime: 0
routerAdvertisement:
enable: false
enableConsistencyCheck: false
hopLimit: string
lifetime: 0
linkMtu: string
managedFlag: false
maxInterval: 0
minInterval: 0
otherFlag: false
reachableTime: string
retransmissionTimer: string
routerPreference: string
interfaceId: string
neighborDiscovery:
dadAttempts: 0
enableDad: false
enableNdpMonitor: false
neighbors:
- hwAddress: string
name: string
nsInterval: 0
reachableTime: 0
routerAdvertisement:
dnsSupport:
enable: false
servers:
- lifetime: 0
name: string
suffixes:
- lifetime: 0
name: string
enable: false
enableConsistencyCheck: false
hopLimit: string
lifetime: 0
linkMtu: string
managedFlag: false
maxInterval: 0
minInterval: 0
otherFlag: false
reachableTime: string
retransmissionTimer: string
routerPreference: string
lldp:
enable: false
highAvailability:
passivePreNegotiation: false
profile: string
mtu: 0
ndpProxy:
addresses:
- name: string
negate: false
enabled: false
netflowProfile: string
pppoe:
accessConcentrator: string
authentication: string
createDefaultRoute: false
defaultRouteMetric: 0
enable: false
passive:
enable: false
password: string
service: string
staticAddress:
ips: string
username: string
sdwanLinkSettings:
enable: false
sdwanInterfaceProfile: string
upstreamNat:
ddns: {}
enable: false
staticIp:
fqdn: string
ipAddress: string
trafficInterconnect: false
untaggedSubInterface: false
linkDuplex: string
linkSpeed: string
linkState: string
location:
ngfw:
ngfwDevice: string
shared: {}
template:
name: string
ngfwDevice: string
panoramaDevice: string
vsys: string
templateStack:
name: string
ngfwDevice: string
panoramaDevice: string
logCard:
defaultGateway: string
ipAddress: string
ipv6Address: string
ipv6DefaultGateway: string
netmask: string
name: string
poe:
enabled: false
poeReservedPower: 0
tap:
netflowProfile: string
virtualWire:
lacp:
highAvailability:
passivePreNegotiation: false
lldp:
enable: false
highAvailability:
passivePreNegotiation: false
profile: string
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:
- Location
Ethernet
Interface Location - The location of this object.
- Aggregate
Group string - Aggregate interface group
- Comment string
- Decrypt
Mirror EthernetInterface Decrypt Mirror - Ha
Ethernet
Interface Ha - Lacp
Ethernet
Interface Lacp - Layer2
Ethernet
Interface Layer2 - Layer3
Ethernet
Interface Layer3 - Link
Duplex string - Interface link duplex
- Link
Speed string - Interface link speed
- Link
State string - Interface link state
- Log
Card EthernetInterface Log Card - Name string
- Poe
Ethernet
Interface Poe - Tap
Ethernet
Interface Tap - Virtual
Wire EthernetInterface Virtual Wire
- Location
Ethernet
Interface Location Args - The location of this object.
- Aggregate
Group string - Aggregate interface group
- Comment string
- Decrypt
Mirror EthernetInterface Decrypt Mirror Args - Ha
Ethernet
Interface Ha Args - Lacp
Ethernet
Interface Lacp Args - Layer2
Ethernet
Interface Layer2Args - Layer3
Ethernet
Interface Layer3Args - Link
Duplex string - Interface link duplex
- Link
Speed string - Interface link speed
- Link
State string - Interface link state
- Log
Card EthernetInterface Log Card Args - Name string
- Poe
Ethernet
Interface Poe Args - Tap
Ethernet
Interface Tap Args - Virtual
Wire EthernetInterface Virtual Wire Args
- location
Ethernet
Interface Location - The location of this object.
- aggregate
Group String - Aggregate interface group
- comment String
- decrypt
Mirror EthernetInterface Decrypt Mirror - ha
Ethernet
Interface Ha - lacp
Ethernet
Interface Lacp - layer2
Ethernet
Interface Layer2 - layer3
Ethernet
Interface Layer3 - link
Duplex String - Interface link duplex
- link
Speed String - Interface link speed
- link
State String - Interface link state
- log
Card EthernetInterface Log Card - name String
- poe
Ethernet
Interface Poe - tap
Ethernet
Interface Tap - virtual
Wire EthernetInterface Virtual Wire
- location
Ethernet
Interface Location - The location of this object.
- aggregate
Group string - Aggregate interface group
- comment string
- decrypt
Mirror EthernetInterface Decrypt Mirror - ha
Ethernet
Interface Ha - lacp
Ethernet
Interface Lacp - layer2
Ethernet
Interface Layer2 - layer3
Ethernet
Interface Layer3 - link
Duplex string - Interface link duplex
- link
Speed string - Interface link speed
- link
State string - Interface link state
- log
Card EthernetInterface Log Card - name string
- poe
Ethernet
Interface Poe - tap
Ethernet
Interface Tap - virtual
Wire EthernetInterface Virtual Wire
- location
Ethernet
Interface Location Args - The location of this object.
- aggregate_
group str - Aggregate interface group
- comment str
- decrypt_
mirror EthernetInterface Decrypt Mirror Args - ha
Ethernet
Interface Ha Args - lacp
Ethernet
Interface Lacp Args - layer2
Ethernet
Interface Layer2Args - layer3
Ethernet
Interface Layer3Args - link_
duplex str - Interface link duplex
- link_
speed str - Interface link speed
- link_
state str - Interface link state
- log_
card EthernetInterface Log Card Args - name str
- poe
Ethernet
Interface Poe Args - tap
Ethernet
Interface Tap Args - virtual_
wire EthernetInterface Virtual Wire Args
- location Property Map
- The location of this object.
- aggregate
Group String - Aggregate interface group
- comment String
- decrypt
Mirror Property Map - ha Property Map
- lacp Property Map
- layer2 Property Map
- layer3 Property Map
- link
Duplex String - Interface link duplex
- link
Speed String - Interface link speed
- link
State String - Interface link state
- log
Card Property Map - name String
- poe Property Map
- tap Property Map
- virtual
Wire Property Map
Outputs
All input properties are implicitly available as output properties. Additionally, the EthernetInterface resource produces the following output properties:
- Id string
- The provider-assigned unique ID for this managed resource.
- Id string
- The provider-assigned unique ID for this managed resource.
- id String
- The provider-assigned unique ID for this managed resource.
- id string
- The provider-assigned unique ID for this managed resource.
- id str
- The provider-assigned unique ID for this managed resource.
- id String
- The provider-assigned unique ID for this managed resource.
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,
decrypt_mirror: Optional[EthernetInterfaceDecryptMirrorArgs] = None,
ha: Optional[EthernetInterfaceHaArgs] = None,
lacp: Optional[EthernetInterfaceLacpArgs] = None,
layer2: Optional[EthernetInterfaceLayer2Args] = None,
layer3: Optional[EthernetInterfaceLayer3Args] = None,
link_duplex: Optional[str] = None,
link_speed: Optional[str] = None,
link_state: Optional[str] = None,
location: Optional[EthernetInterfaceLocationArgs] = None,
log_card: Optional[EthernetInterfaceLogCardArgs] = None,
name: Optional[str] = None,
poe: Optional[EthernetInterfacePoeArgs] = None,
tap: Optional[EthernetInterfaceTapArgs] = None,
virtual_wire: Optional[EthernetInterfaceVirtualWireArgs] = 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: panos:EthernetInterface get: 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 interface group
- Comment string
- Decrypt
Mirror EthernetInterface Decrypt Mirror - Ha
Ethernet
Interface Ha - Lacp
Ethernet
Interface Lacp - Layer2
Ethernet
Interface Layer2 - Layer3
Ethernet
Interface Layer3 - Link
Duplex string - Interface link duplex
- Link
Speed string - Interface link speed
- Link
State string - Interface link state
- Location
Ethernet
Interface Location - The location of this object.
- Log
Card EthernetInterface Log Card - Name string
- Poe
Ethernet
Interface Poe - Tap
Ethernet
Interface Tap - Virtual
Wire EthernetInterface Virtual Wire
- Aggregate
Group string - Aggregate interface group
- Comment string
- Decrypt
Mirror EthernetInterface Decrypt Mirror Args - Ha
Ethernet
Interface Ha Args - Lacp
Ethernet
Interface Lacp Args - Layer2
Ethernet
Interface Layer2Args - Layer3
Ethernet
Interface Layer3Args - Link
Duplex string - Interface link duplex
- Link
Speed string - Interface link speed
- Link
State string - Interface link state
- Location
Ethernet
Interface Location Args - The location of this object.
- Log
Card EthernetInterface Log Card Args - Name string
- Poe
Ethernet
Interface Poe Args - Tap
Ethernet
Interface Tap Args - Virtual
Wire EthernetInterface Virtual Wire Args
- aggregate
Group String - Aggregate interface group
- comment String
- decrypt
Mirror EthernetInterface Decrypt Mirror - ha
Ethernet
Interface Ha - lacp
Ethernet
Interface Lacp - layer2
Ethernet
Interface Layer2 - layer3
Ethernet
Interface Layer3 - link
Duplex String - Interface link duplex
- link
Speed String - Interface link speed
- link
State String - Interface link state
- location
Ethernet
Interface Location - The location of this object.
- log
Card EthernetInterface Log Card - name String
- poe
Ethernet
Interface Poe - tap
Ethernet
Interface Tap - virtual
Wire EthernetInterface Virtual Wire
- aggregate
Group string - Aggregate interface group
- comment string
- decrypt
Mirror EthernetInterface Decrypt Mirror - ha
Ethernet
Interface Ha - lacp
Ethernet
Interface Lacp - layer2
Ethernet
Interface Layer2 - layer3
Ethernet
Interface Layer3 - link
Duplex string - Interface link duplex
- link
Speed string - Interface link speed
- link
State string - Interface link state
- location
Ethernet
Interface Location - The location of this object.
- log
Card EthernetInterface Log Card - name string
- poe
Ethernet
Interface Poe - tap
Ethernet
Interface Tap - virtual
Wire EthernetInterface Virtual Wire
- aggregate_
group str - Aggregate interface group
- comment str
- decrypt_
mirror EthernetInterface Decrypt Mirror Args - ha
Ethernet
Interface Ha Args - lacp
Ethernet
Interface Lacp Args - layer2
Ethernet
Interface Layer2Args - layer3
Ethernet
Interface Layer3Args - link_
duplex str - Interface link duplex
- link_
speed str - Interface link speed
- link_
state str - Interface link state
- location
Ethernet
Interface Location Args - The location of this object.
- log_
card EthernetInterface Log Card Args - name str
- poe
Ethernet
Interface Poe Args - tap
Ethernet
Interface Tap Args - virtual_
wire EthernetInterface Virtual Wire Args
- aggregate
Group String - Aggregate interface group
- comment String
- decrypt
Mirror Property Map - ha Property Map
- lacp Property Map
- layer2 Property Map
- layer3 Property Map
- link
Duplex String - Interface link duplex
- link
Speed String - Interface link speed
- link
State String - Interface link state
- location Property Map
- The location of this object.
- log
Card Property Map - name String
- poe Property Map
- tap Property Map
- virtual
Wire Property Map
Supporting Types
EthernetInterfaceLacp, EthernetInterfaceLacpArgs
- Port
Priority double - port priority in LACP
- Port
Priority float64 - port priority in LACP
- port
Priority Double - port priority in LACP
- port
Priority number - port priority in LACP
- port_
priority float - port priority in LACP
- port
Priority Number - port priority in LACP
EthernetInterfaceLayer2, EthernetInterfaceLayer2Args
- Lldp
Ethernet
Interface Layer2Lldp - Netflow
Profile string - Netflow Server Profile
- Lldp
Ethernet
Interface Layer2Lldp - Netflow
Profile string - Netflow Server Profile
- lldp
Ethernet
Interface Layer2Lldp - netflow
Profile String - Netflow Server Profile
- lldp
Ethernet
Interface Layer2Lldp - netflow
Profile string - Netflow Server Profile
- lldp
Ethernet
Interface Layer2Lldp - netflow_
profile str - Netflow Server Profile
- lldp Property Map
- netflow
Profile String - Netflow Server Profile
EthernetInterfaceLayer2Lldp, EthernetInterfaceLayer2LldpArgs
- Enable bool
- High
Availability EthernetInterface Layer2Lldp High Availability - Profile string
- LLDP profile
- Enable bool
- High
Availability EthernetInterface Layer2Lldp High Availability - Profile string
- LLDP profile
- enable Boolean
- high
Availability EthernetInterface Layer2Lldp High Availability - profile String
- LLDP profile
- enable boolean
- high
Availability EthernetInterface Layer2Lldp High Availability - profile string
- LLDP profile
- enable bool
- high_
availability EthernetInterface Layer2Lldp High Availability - profile str
- LLDP profile
- enable Boolean
- high
Availability Property Map - profile String
- LLDP profile
EthernetInterfaceLayer2LldpHighAvailability, EthernetInterfaceLayer2LldpHighAvailabilityArgs
- Passive
Pre boolNegotiation - Enable LLDP pre-negotiation in HA passive state
- Passive
Pre boolNegotiation - Enable LLDP pre-negotiation in HA passive state
- passive
Pre BooleanNegotiation - Enable LLDP pre-negotiation in HA passive state
- passive
Pre booleanNegotiation - Enable LLDP pre-negotiation in HA passive state
- passive_
pre_ boolnegotiation - Enable LLDP pre-negotiation in HA passive state
- passive
Pre BooleanNegotiation - Enable LLDP pre-negotiation in HA passive state
EthernetInterfaceLayer3, EthernetInterfaceLayer3Args
- Adjust
Tcp EthernetMss Interface Layer3Adjust Tcp Mss - Arps
List<Ethernet
Interface Layer3Arp> - ARP configuration
- Bonjour
Ethernet
Interface Layer3Bonjour - Cluster
Interconnect bool - Ddns
Config EthernetInterface Layer3Ddns Config - Decrypt
Forward bool - Df
Ignore bool - Dhcp
Client EthernetInterface Layer3Dhcp Client - Interface
Management stringProfile - Interface management profile
- Ips
List<Ethernet
Interface Layer3Ip> - Ipv6
Ethernet
Interface Layer3Ipv6 - Lldp
Ethernet
Interface Layer3Lldp - Mtu double
- Maximum Transfer Unit, up to 9216 in Jumbo-Frame mode, up to 1500 otherwise
- Ndp
Proxy EthernetInterface Layer3Ndp Proxy - Netflow
Profile string - Netflow Server Profile
- Pppoe
Ethernet
Interface Layer3Pppoe - Sdwan
Link EthernetSettings Interface Layer3Sdwan Link Settings - Traffic
Interconnect bool - Untagged
Sub boolInterface - Enable untagged sub-interface
- Adjust
Tcp EthernetMss Interface Layer3Adjust Tcp Mss - Arps
[]Ethernet
Interface Layer3Arp - ARP configuration
- Bonjour
Ethernet
Interface Layer3Bonjour - Cluster
Interconnect bool - Ddns
Config EthernetInterface Layer3Ddns Config - Decrypt
Forward bool - Df
Ignore bool - Dhcp
Client EthernetInterface Layer3Dhcp Client - Interface
Management stringProfile - Interface management profile
- Ips
[]Ethernet
Interface Layer3Ip - Ipv6
Ethernet
Interface Layer3Ipv6 - Lldp
Ethernet
Interface Layer3Lldp - Mtu float64
- Maximum Transfer Unit, up to 9216 in Jumbo-Frame mode, up to 1500 otherwise
- Ndp
Proxy EthernetInterface Layer3Ndp Proxy - Netflow
Profile string - Netflow Server Profile
- Pppoe
Ethernet
Interface Layer3Pppoe - Sdwan
Link EthernetSettings Interface Layer3Sdwan Link Settings - Traffic
Interconnect bool - Untagged
Sub boolInterface - Enable untagged sub-interface
- adjust
Tcp EthernetMss Interface Layer3Adjust Tcp Mss - arps
List<Ethernet
Interface Layer3Arp> - ARP configuration
- bonjour
Ethernet
Interface Layer3Bonjour - cluster
Interconnect Boolean - ddns
Config EthernetInterface Layer3Ddns Config - decrypt
Forward Boolean - df
Ignore Boolean - dhcp
Client EthernetInterface Layer3Dhcp Client - interface
Management StringProfile - Interface management profile
- ips
List<Ethernet
Interface Layer3Ip> - ipv6
Ethernet
Interface Layer3Ipv6 - lldp
Ethernet
Interface Layer3Lldp - mtu Double
- Maximum Transfer Unit, up to 9216 in Jumbo-Frame mode, up to 1500 otherwise
- ndp
Proxy EthernetInterface Layer3Ndp Proxy - netflow
Profile String - Netflow Server Profile
- pppoe
Ethernet
Interface Layer3Pppoe - sdwan
Link EthernetSettings Interface Layer3Sdwan Link Settings - traffic
Interconnect Boolean - untagged
Sub BooleanInterface - Enable untagged sub-interface
- adjust
Tcp EthernetMss Interface Layer3Adjust Tcp Mss - arps
Ethernet
Interface Layer3Arp[] - ARP configuration
- bonjour
Ethernet
Interface Layer3Bonjour - cluster
Interconnect boolean - ddns
Config EthernetInterface Layer3Ddns Config - decrypt
Forward boolean - df
Ignore boolean - dhcp
Client EthernetInterface Layer3Dhcp Client - interface
Management stringProfile - Interface management profile
- ips
Ethernet
Interface Layer3Ip[] - ipv6
Ethernet
Interface Layer3Ipv6 - lldp
Ethernet
Interface Layer3Lldp - mtu number
- Maximum Transfer Unit, up to 9216 in Jumbo-Frame mode, up to 1500 otherwise
- ndp
Proxy EthernetInterface Layer3Ndp Proxy - netflow
Profile string - Netflow Server Profile
- pppoe
Ethernet
Interface Layer3Pppoe - sdwan
Link EthernetSettings Interface Layer3Sdwan Link Settings - traffic
Interconnect boolean - untagged
Sub booleanInterface - Enable untagged sub-interface
- adjust_
tcp_ Ethernetmss Interface Layer3Adjust Tcp Mss - arps
Sequence[Ethernet
Interface Layer3Arp] - ARP configuration
- bonjour
Ethernet
Interface Layer3Bonjour - cluster_
interconnect bool - ddns_
config EthernetInterface Layer3Ddns Config - decrypt_
forward bool - df_
ignore bool - dhcp_
client EthernetInterface Layer3Dhcp Client - interface_
management_ strprofile - Interface management profile
- ips
Sequence[Ethernet
Interface Layer3Ip] - ipv6
Ethernet
Interface Layer3Ipv6 - lldp
Ethernet
Interface Layer3Lldp - mtu float
- Maximum Transfer Unit, up to 9216 in Jumbo-Frame mode, up to 1500 otherwise
- ndp_
proxy EthernetInterface Layer3Ndp Proxy - netflow_
profile str - Netflow Server Profile
- pppoe
Ethernet
Interface Layer3Pppoe - sdwan_
link_ Ethernetsettings Interface Layer3Sdwan Link Settings - traffic_
interconnect bool - untagged_
sub_ boolinterface - Enable untagged sub-interface
- adjust
Tcp Property MapMss - arps List<Property Map>
- ARP configuration
- bonjour Property Map
- cluster
Interconnect Boolean - ddns
Config Property Map - decrypt
Forward Boolean - df
Ignore Boolean - dhcp
Client Property Map - interface
Management StringProfile - Interface management profile
- ips List<Property Map>
- ipv6 Property Map
- lldp Property Map
- mtu Number
- Maximum Transfer Unit, up to 9216 in Jumbo-Frame mode, up to 1500 otherwise
- ndp
Proxy Property Map - netflow
Profile String - Netflow Server Profile
- pppoe Property Map
- sdwan
Link Property MapSettings - traffic
Interconnect Boolean - untagged
Sub BooleanInterface - Enable untagged sub-interface
EthernetInterfaceLayer3AdjustTcpMss, EthernetInterfaceLayer3AdjustTcpMssArgs
- Enable bool
- Set if TCP MSS value should be reduced based on mtu
- Ipv4Mss
Adjustment double - IPv4 MSS adjustment size (in bytes)
- Ipv6Mss
Adjustment double - IPv6 MSS adjustment size (in bytes)
- Enable bool
- Set if TCP MSS value should be reduced based on mtu
- Ipv4Mss
Adjustment float64 - IPv4 MSS adjustment size (in bytes)
- Ipv6Mss
Adjustment float64 - IPv6 MSS adjustment size (in bytes)
- enable Boolean
- Set if TCP MSS value should be reduced based on mtu
- ipv4Mss
Adjustment Double - IPv4 MSS adjustment size (in bytes)
- ipv6Mss
Adjustment Double - IPv6 MSS adjustment size (in bytes)
- enable boolean
- Set if TCP MSS value should be reduced based on mtu
- ipv4Mss
Adjustment number - IPv4 MSS adjustment size (in bytes)
- ipv6Mss
Adjustment number - IPv6 MSS adjustment size (in bytes)
- enable bool
- Set if TCP MSS value should be reduced based on mtu
- ipv4_
mss_ floatadjustment - IPv4 MSS adjustment size (in bytes)
- ipv6_
mss_ floatadjustment - IPv6 MSS adjustment size (in bytes)
- enable Boolean
- Set if TCP MSS value should be reduced based on mtu
- ipv4Mss
Adjustment Number - IPv4 MSS adjustment size (in bytes)
- ipv6Mss
Adjustment Number - IPv6 MSS adjustment size (in bytes)
EthernetInterfaceLayer3Arp, EthernetInterfaceLayer3ArpArgs
- name str
- hw_
address str - MAC address (format xx:xx:xx:xx:xx:xx)
EthernetInterfaceLayer3Bonjour, EthernetInterfaceLayer3BonjourArgs
EthernetInterfaceLayer3DdnsConfig, EthernetInterfaceLayer3DdnsConfigArgs
- Ddns
Cert stringProfile - Ddns
Enabled bool - Ddns
Hostname string - ddns hostname variable or real address
- Ddns
Ips List<string> - Ddns
Ipv6s List<string> - Ddns
Update doubleInterval - Ddns
Vendor string - Vendor and product type
- Ddns
Vendor List<EthernetConfigs Interface Layer3Ddns Config Ddns Vendor Config>
- Ddns
Cert stringProfile - Ddns
Enabled bool - Ddns
Hostname string - ddns hostname variable or real address
- Ddns
Ips []string - Ddns
Ipv6s []string - Ddns
Update float64Interval - Ddns
Vendor string - Vendor and product type
- Ddns
Vendor []EthernetConfigs Interface Layer3Ddns Config Ddns Vendor Config
- ddns
Cert StringProfile - ddns
Enabled Boolean - ddns
Hostname String - ddns hostname variable or real address
- ddns
Ips List<String> - ddns
Ipv6s List<String> - ddns
Update DoubleInterval - ddns
Vendor String - Vendor and product type
- ddns
Vendor List<EthernetConfigs Interface Layer3Ddns Config Ddns Vendor Config>
- ddns
Cert stringProfile - ddns
Enabled boolean - ddns
Hostname string - ddns hostname variable or real address
- ddns
Ips string[] - ddns
Ipv6s string[] - ddns
Update numberInterval - ddns
Vendor string - Vendor and product type
- ddns
Vendor EthernetConfigs Interface Layer3Ddns Config Ddns Vendor Config[]
- ddns_
cert_ strprofile - ddns_
enabled bool - ddns_
hostname str - ddns hostname variable or real address
- ddns_
ips Sequence[str] - ddns_
ipv6s Sequence[str] - ddns_
update_ floatinterval - ddns_
vendor str - Vendor and product type
- ddns_
vendor_ Sequence[Ethernetconfigs Interface Layer3Ddns Config Ddns Vendor Config]
- ddns
Cert StringProfile - ddns
Enabled Boolean - ddns
Hostname String - ddns hostname variable or real address
- ddns
Ips List<String> - ddns
Ipv6s List<String> - ddns
Update NumberInterval - ddns
Vendor String - Vendor and product type
- ddns
Vendor List<Property Map>Configs
EthernetInterfaceLayer3DdnsConfigDdnsVendorConfig, EthernetInterfaceLayer3DdnsConfigDdnsVendorConfigArgs
EthernetInterfaceLayer3DhcpClient, EthernetInterfaceLayer3DhcpClientArgs
- Create
Default boolRoute - Automatically create default route pointing to default gateway provided by server
- Default
Route doubleMetric - Metric of the default route created
- Enable bool
- Send
Hostname EthernetInterface Layer3Dhcp Client Send Hostname
- Create
Default boolRoute - Automatically create default route pointing to default gateway provided by server
- Default
Route float64Metric - Metric of the default route created
- Enable bool
- Send
Hostname EthernetInterface Layer3Dhcp Client Send Hostname
- create
Default BooleanRoute - Automatically create default route pointing to default gateway provided by server
- default
Route DoubleMetric - Metric of the default route created
- enable Boolean
- send
Hostname EthernetInterface Layer3Dhcp Client Send 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
- send
Hostname EthernetInterface Layer3Dhcp Client Send Hostname
- create_
default_ boolroute - Automatically create default route pointing to default gateway provided by server
- default_
route_ floatmetric - Metric of the default route created
- enable bool
- send_
hostname EthernetInterface Layer3Dhcp Client Send 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
- send
Hostname Property Map
EthernetInterfaceLayer3DhcpClientSendHostname, EthernetInterfaceLayer3DhcpClientSendHostnameArgs
EthernetInterfaceLayer3Ip, EthernetInterfaceLayer3IpArgs
- Name string
- Sdwan
Gateway string - Gateway IPv4 Address
- Name string
- Sdwan
Gateway string - Gateway IPv4 Address
- name String
- sdwan
Gateway String - Gateway IPv4 Address
- name string
- sdwan
Gateway string - Gateway IPv4 Address
- name str
- sdwan_
gateway str - Gateway IPv4 Address
- name String
- sdwan
Gateway String - Gateway IPv4 Address
EthernetInterfaceLayer3Ipv6, EthernetInterfaceLayer3Ipv6Args
- addresses List<Property Map>
- dhcp
Client Property Map - enabled Boolean
- Enable IPv6 on the interface
- inherited Property Map
- interface
Id String - neighbor
Discovery Property Map
EthernetInterfaceLayer3Ipv6Address, EthernetInterfaceLayer3Ipv6AddressArgs
- Name string
- Advertise
Ethernet
Interface Layer3Ipv6Address Advertise - Anycast
Ethernet
Interface Layer3Ipv6Address Anycast - Enable
On boolInterface - configure this address on interface
- Prefix
Ethernet
Interface Layer3Ipv6Address Prefix
- Name string
- Advertise
Ethernet
Interface Layer3Ipv6Address Advertise - Anycast
Ethernet
Interface Layer3Ipv6Address Anycast - Enable
On boolInterface - configure this address on interface
- Prefix
Ethernet
Interface Layer3Ipv6Address Prefix
- name String
- advertise
Ethernet
Interface Layer3Ipv6Address Advertise - anycast
Ethernet
Interface Layer3Ipv6Address Anycast - enable
On BooleanInterface - configure this address on interface
- prefix
Ethernet
Interface Layer3Ipv6Address Prefix
- name string
- advertise
Ethernet
Interface Layer3Ipv6Address Advertise - anycast
Ethernet
Interface Layer3Ipv6Address Anycast - enable
On booleanInterface - configure this address on interface
- prefix
Ethernet
Interface Layer3Ipv6Address Prefix
- name str
- advertise
Ethernet
Interface Layer3Ipv6Address Advertise - anycast
Ethernet
Interface Layer3Ipv6Address Anycast - enable_
on_ boolinterface - configure this address on interface
- prefix
Ethernet
Interface Layer3Ipv6Address Prefix
- name String
- advertise Property Map
- anycast Property Map
- enable
On BooleanInterface - configure this address on interface
- prefix Property Map
EthernetInterfaceLayer3Ipv6AddressAdvertise, EthernetInterfaceLayer3Ipv6AddressAdvertiseArgs
- Auto
Config boolFlag - Set the Auto Address Configuration Flag (A-bit) of the prefix in Router Advertisement messages
- Enable bool
- enable advertising this prefix in router advertisements
- Onlink
Flag bool - Set the On-Link Flag (L-bit) of the prefix in Router Advertisement messages
- Preferred
Lifetime string - Preferred Lifetime (in seconds) of the prefix advertised in Router Advertisement messages
- Valid
Lifetime string - Valid Lifetime (in seconds) of the prefix advertised in Router Advertisement messages
- Auto
Config boolFlag - Set the Auto Address Configuration Flag (A-bit) of the prefix in Router Advertisement messages
- Enable bool
- enable advertising this prefix in router advertisements
- Onlink
Flag bool - Set the On-Link Flag (L-bit) of the prefix in Router Advertisement messages
- Preferred
Lifetime string - Preferred Lifetime (in seconds) of the prefix advertised in Router Advertisement messages
- Valid
Lifetime string - Valid Lifetime (in seconds) of the prefix advertised in Router Advertisement messages
- auto
Config BooleanFlag - Set the Auto Address Configuration Flag (A-bit) of the prefix in Router Advertisement messages
- enable Boolean
- enable advertising this prefix in router advertisements
- onlink
Flag Boolean - Set the On-Link Flag (L-bit) of the prefix in Router Advertisement messages
- preferred
Lifetime String - Preferred Lifetime (in seconds) of the prefix advertised in Router Advertisement messages
- valid
Lifetime String - Valid Lifetime (in seconds) of the prefix advertised in Router Advertisement messages
- auto
Config booleanFlag - Set the Auto Address Configuration Flag (A-bit) of the prefix in Router Advertisement messages
- enable boolean
- enable advertising this prefix in router advertisements
- onlink
Flag boolean - Set the On-Link Flag (L-bit) of the prefix in Router Advertisement messages
- preferred
Lifetime string - Preferred Lifetime (in seconds) of the prefix advertised in Router Advertisement messages
- valid
Lifetime string - Valid Lifetime (in seconds) of the prefix advertised in Router Advertisement messages
- auto_
config_ boolflag - Set the Auto Address Configuration Flag (A-bit) of the prefix in Router Advertisement messages
- enable bool
- enable advertising this prefix in router advertisements
- onlink_
flag bool - Set the On-Link Flag (L-bit) of the prefix in Router Advertisement messages
- preferred_
lifetime str - Preferred Lifetime (in seconds) of the prefix advertised in Router Advertisement messages
- valid_
lifetime str - Valid Lifetime (in seconds) of the prefix advertised in Router Advertisement messages
- auto
Config BooleanFlag - Set the Auto Address Configuration Flag (A-bit) of the prefix in Router Advertisement messages
- enable Boolean
- enable advertising this prefix in router advertisements
- onlink
Flag Boolean - Set the On-Link Flag (L-bit) of the prefix in Router Advertisement messages
- preferred
Lifetime String - Preferred Lifetime (in seconds) of the prefix advertised in Router Advertisement messages
- valid
Lifetime String - Valid Lifetime (in seconds) of the prefix advertised in Router Advertisement messages
EthernetInterfaceLayer3Ipv6DhcpClient, EthernetInterfaceLayer3Ipv6DhcpClientArgs
- Accept
Ra boolRoute - Accept Router Advertised Default Route
- Default
Route doubleMetric - Metric of the default route created
- Enable bool
- Enable DHCPv6 Client
- Neighbor
Discovery EthernetInterface Layer3Ipv6Dhcp Client Neighbor Discovery - Preference string
- Select Low/Medium/High
- Prefix
Delegation EthernetInterface Layer3Ipv6Dhcp Client Prefix Delegation - V6Options
Ethernet
Interface Layer3Ipv6Dhcp Client V6Options
- Accept
Ra boolRoute - Accept Router Advertised Default Route
- Default
Route float64Metric - Metric of the default route created
- Enable bool
- Enable DHCPv6 Client
- Neighbor
Discovery EthernetInterface Layer3Ipv6Dhcp Client Neighbor Discovery - Preference string
- Select Low/Medium/High
- Prefix
Delegation EthernetInterface Layer3Ipv6Dhcp Client Prefix Delegation - V6Options
Ethernet
Interface Layer3Ipv6Dhcp Client V6Options
- accept
Ra BooleanRoute - Accept Router Advertised Default Route
- default
Route DoubleMetric - Metric of the default route created
- enable Boolean
- Enable DHCPv6 Client
- neighbor
Discovery EthernetInterface Layer3Ipv6Dhcp Client Neighbor Discovery - preference String
- Select Low/Medium/High
- prefix
Delegation EthernetInterface Layer3Ipv6Dhcp Client Prefix Delegation - v6Options
Ethernet
Interface Layer3Ipv6Dhcp Client V6Options
- accept
Ra booleanRoute - Accept Router Advertised Default Route
- default
Route numberMetric - Metric of the default route created
- enable boolean
- Enable DHCPv6 Client
- neighbor
Discovery EthernetInterface Layer3Ipv6Dhcp Client Neighbor Discovery - preference string
- Select Low/Medium/High
- prefix
Delegation EthernetInterface Layer3Ipv6Dhcp Client Prefix Delegation - v6Options
Ethernet
Interface Layer3Ipv6Dhcp Client V6Options
- accept_
ra_ boolroute - Accept Router Advertised Default Route
- default_
route_ floatmetric - Metric of the default route created
- enable bool
- Enable DHCPv6 Client
- neighbor_
discovery EthernetInterface Layer3Ipv6Dhcp Client Neighbor Discovery - preference str
- Select Low/Medium/High
- prefix_
delegation EthernetInterface Layer3Ipv6Dhcp Client Prefix Delegation - v6_
options EthernetInterface Layer3Ipv6Dhcp Client V6Options
- accept
Ra BooleanRoute - Accept Router Advertised Default Route
- default
Route NumberMetric - Metric of the default route created
- enable Boolean
- Enable DHCPv6 Client
- neighbor
Discovery Property Map - preference String
- Select Low/Medium/High
- prefix
Delegation Property Map - v6Options Property Map
EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscovery, EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryArgs
- Dad
Attempts double - Number of consecutive neighbor solicitation messages sent for duplicate address detection
- Dns
Server EthernetInterface Layer3Ipv6Dhcp Client Neighbor Discovery Dns Server - Dns
Suffix EthernetInterface Layer3Ipv6Dhcp Client Neighbor Discovery Dns Suffix - Enable
Dad bool - Enable Duplicate ADdress Detection (DAD)
- Enable
Ndp boolMonitor - Enable NDP Monitoring
- Neighbors
List<Ethernet
Interface Layer3Ipv6Dhcp Client Neighbor Discovery Neighbor> - Static entries in neighbor cache
- Ns
Interval double - Interval (in seconds) between consecutive neighbor solicitation messages
- Reachable
Time double - Time (in seconds) that the Reachable status for a neighbor can be maintained
- Dad
Attempts float64 - Number of consecutive neighbor solicitation messages sent for duplicate address detection
- Dns
Server EthernetInterface Layer3Ipv6Dhcp Client Neighbor Discovery Dns Server - Dns
Suffix EthernetInterface Layer3Ipv6Dhcp Client Neighbor Discovery Dns Suffix - Enable
Dad bool - Enable Duplicate ADdress Detection (DAD)
- Enable
Ndp boolMonitor - Enable NDP Monitoring
- Neighbors
[]Ethernet
Interface Layer3Ipv6Dhcp Client Neighbor Discovery Neighbor - Static entries in neighbor cache
- Ns
Interval float64 - Interval (in seconds) between consecutive neighbor solicitation messages
- Reachable
Time float64 - Time (in seconds) that the Reachable status for a neighbor can be maintained
- dad
Attempts Double - Number of consecutive neighbor solicitation messages sent for duplicate address detection
- dns
Server EthernetInterface Layer3Ipv6Dhcp Client Neighbor Discovery Dns Server - dns
Suffix EthernetInterface Layer3Ipv6Dhcp Client Neighbor Discovery Dns Suffix - enable
Dad Boolean - Enable Duplicate ADdress Detection (DAD)
- enable
Ndp BooleanMonitor - Enable NDP Monitoring
- neighbors
List<Ethernet
Interface Layer3Ipv6Dhcp Client Neighbor Discovery Neighbor> - Static entries in neighbor cache
- ns
Interval Double - Interval (in seconds) between consecutive neighbor solicitation messages
- reachable
Time Double - Time (in seconds) that the Reachable status for a neighbor can be maintained
- dad
Attempts number - Number of consecutive neighbor solicitation messages sent for duplicate address detection
- dns
Server EthernetInterface Layer3Ipv6Dhcp Client Neighbor Discovery Dns Server - dns
Suffix EthernetInterface Layer3Ipv6Dhcp Client Neighbor Discovery Dns Suffix - enable
Dad boolean - Enable Duplicate ADdress Detection (DAD)
- enable
Ndp booleanMonitor - Enable NDP Monitoring
- neighbors
Ethernet
Interface Layer3Ipv6Dhcp Client Neighbor Discovery Neighbor[] - Static entries in neighbor cache
- ns
Interval number - Interval (in seconds) between consecutive neighbor solicitation messages
- reachable
Time number - Time (in seconds) that the Reachable status for a neighbor can be maintained
- dad_
attempts float - Number of consecutive neighbor solicitation messages sent for duplicate address detection
- dns_
server EthernetInterface Layer3Ipv6Dhcp Client Neighbor Discovery Dns Server - dns_
suffix EthernetInterface Layer3Ipv6Dhcp Client Neighbor Discovery Dns Suffix - enable_
dad bool - Enable Duplicate ADdress Detection (DAD)
- enable_
ndp_ boolmonitor - Enable NDP Monitoring
- neighbors
Sequence[Ethernet
Interface Layer3Ipv6Dhcp Client Neighbor Discovery Neighbor] - Static entries in neighbor cache
- ns_
interval float - Interval (in seconds) between consecutive neighbor solicitation messages
- reachable_
time float - Time (in seconds) that the Reachable status for a neighbor can be maintained
- dad
Attempts Number - Number of consecutive neighbor solicitation messages sent for duplicate address detection
- dns
Server Property Map - dns
Suffix Property Map - enable
Dad Boolean - Enable Duplicate ADdress Detection (DAD)
- enable
Ndp BooleanMonitor - Enable NDP Monitoring
- neighbors List<Property Map>
- Static entries in neighbor cache
- ns
Interval Number - Interval (in seconds) between consecutive neighbor solicitation messages
- reachable
Time Number - Time (in seconds) that the Reachable status for a neighbor can be maintained
EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServer, EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServerArgs
- enable Boolean
- source Property Map
EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServerSource, EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServerSourceArgs
EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServerSourceManual, EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServerSourceManualArgs
EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServerSourceManualServer, EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsServerSourceManualServerArgs
EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffix, EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffixArgs
- enable Boolean
- source Property Map
EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffixSource, EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffixSourceArgs
EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffixSourceManual, EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffixSourceManualArgs
EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffixSourceManualSuffix, EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryDnsSuffixSourceManualSuffixArgs
EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryNeighbor, EthernetInterfaceLayer3Ipv6DhcpClientNeighborDiscoveryNeighborArgs
- name str
- hw_
address str - MAC address (format xx:xx:xx:xx:xx:xx)
EthernetInterfaceLayer3Ipv6DhcpClientPrefixDelegation, EthernetInterfaceLayer3Ipv6DhcpClientPrefixDelegationArgs
EthernetInterfaceLayer3Ipv6DhcpClientPrefixDelegationEnable, EthernetInterfaceLayer3Ipv6DhcpClientPrefixDelegationEnableArgs
EthernetInterfaceLayer3Ipv6DhcpClientPrefixDelegationEnableYes, EthernetInterfaceLayer3Ipv6DhcpClientPrefixDelegationEnableYesArgs
- Pfx
Pool stringName - Configure unique Prefix Pool Name
- Prefix
Len double - Hint DHCP Prefix Length (bits)
- Prefix
Len boolHint - Send prefix length hint to server
- Pfx
Pool stringName - Configure unique Prefix Pool Name
- Prefix
Len float64 - Hint DHCP Prefix Length (bits)
- Prefix
Len boolHint - Send prefix length hint to server
- pfx
Pool StringName - Configure unique Prefix Pool Name
- prefix
Len Double - Hint DHCP Prefix Length (bits)
- prefix
Len BooleanHint - Send prefix length hint to server
- pfx
Pool stringName - Configure unique Prefix Pool Name
- prefix
Len number - Hint DHCP Prefix Length (bits)
- prefix
Len booleanHint - Send prefix length hint to server
- pfx_
pool_ strname - Configure unique Prefix Pool Name
- prefix_
len float - Hint DHCP Prefix Length (bits)
- prefix_
len_ boolhint - Send prefix length hint to server
- pfx
Pool StringName - Configure unique Prefix Pool Name
- prefix
Len Number - Hint DHCP Prefix Length (bits)
- prefix
Len BooleanHint - Send prefix length hint to server
EthernetInterfaceLayer3Ipv6DhcpClientV6Options, EthernetInterfaceLayer3Ipv6DhcpClientV6OptionsArgs
- Duid
Type string - Select DUID-LLT/DUID-LL
- Enable
Ethernet
Interface Layer3Ipv6Dhcp Client V6Options Enable - Rapid
Commit bool - Enable Rapid Commit
- Support
Srvr boolReconfig - Enable DHCPv6 Server Re-Configuration Support
- Duid
Type string - Select DUID-LLT/DUID-LL
- Enable
Ethernet
Interface Layer3Ipv6Dhcp Client V6Options Enable - Rapid
Commit bool - Enable Rapid Commit
- Support
Srvr boolReconfig - Enable DHCPv6 Server Re-Configuration Support
- duid
Type String - Select DUID-LLT/DUID-LL
- enable
Ethernet
Interface Layer3Ipv6Dhcp Client V6Options Enable - rapid
Commit Boolean - Enable Rapid Commit
- support
Srvr BooleanReconfig - Enable DHCPv6 Server Re-Configuration Support
- duid
Type string - Select DUID-LLT/DUID-LL
- enable
Ethernet
Interface Layer3Ipv6Dhcp Client V6Options Enable - rapid
Commit boolean - Enable Rapid Commit
- support
Srvr booleanReconfig - Enable DHCPv6 Server Re-Configuration Support
- duid_
type str - Select DUID-LLT/DUID-LL
- enable
Ethernet
Interface Layer3Ipv6Dhcp Client V6Options Enable - rapid_
commit bool - Enable Rapid Commit
- support_
srvr_ boolreconfig - Enable DHCPv6 Server Re-Configuration Support
- duid
Type String - Select DUID-LLT/DUID-LL
- enable Property Map
- rapid
Commit Boolean - Enable Rapid Commit
- support
Srvr BooleanReconfig - Enable DHCPv6 Server Re-Configuration Support
EthernetInterfaceLayer3Ipv6DhcpClientV6OptionsEnable, EthernetInterfaceLayer3Ipv6DhcpClientV6OptionsEnableArgs
EthernetInterfaceLayer3Ipv6DhcpClientV6OptionsEnableYes, EthernetInterfaceLayer3Ipv6DhcpClientV6OptionsEnableYesArgs
- Non
Temp boolAddr - Request Non-Temporary Address Type
- Temp
Addr bool - Request Temporary Address Type
- Non
Temp boolAddr - Request Non-Temporary Address Type
- Temp
Addr bool - Request Temporary Address Type
- non
Temp BooleanAddr - Request Non-Temporary Address Type
- temp
Addr Boolean - Request Temporary Address Type
- non
Temp booleanAddr - Request Non-Temporary Address Type
- temp
Addr boolean - Request Temporary Address Type
- non_
temp_ booladdr - Request Non-Temporary Address Type
- temp_
addr bool - Request Temporary Address Type
- non
Temp BooleanAddr - Request Non-Temporary Address Type
- temp
Addr Boolean - Request Temporary Address Type
EthernetInterfaceLayer3Ipv6Inherited, EthernetInterfaceLayer3Ipv6InheritedArgs
- assign
Addrs List<EthernetInterface Layer3Ipv6Inherited Assign Addr> - enable Boolean
- Enable Inherited Interface
- neighbor
Discovery EthernetInterface Layer3Ipv6Inherited Neighbor Discovery
- assign
Addrs EthernetInterface Layer3Ipv6Inherited Assign Addr[] - enable boolean
- Enable Inherited Interface
- neighbor
Discovery EthernetInterface Layer3Ipv6Inherited Neighbor Discovery
- assign
Addrs List<Property Map> - enable Boolean
- Enable Inherited Interface
- neighbor
Discovery Property Map
EthernetInterfaceLayer3Ipv6InheritedAssignAddr, EthernetInterfaceLayer3Ipv6InheritedAssignAddrArgs
- name String
- type Property Map
EthernetInterfaceLayer3Ipv6InheritedAssignAddrType, EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeArgs
EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeGua, EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeGuaArgs
- Advertise
Ethernet
Interface Layer3Ipv6Inherited Assign Addr Type Gua Advertise - Enable
On boolInterface - Enable on Interface
- Pool
Type EthernetInterface Layer3Ipv6Inherited Assign Addr Type Gua Pool Type - Prefix
Pool string - Prefix-Pool Name
- Advertise
Ethernet
Interface Layer3Ipv6Inherited Assign Addr Type Gua Advertise - Enable
On boolInterface - Enable on Interface
- Pool
Type EthernetInterface Layer3Ipv6Inherited Assign Addr Type Gua Pool Type - Prefix
Pool string - Prefix-Pool Name
- advertise
Ethernet
Interface Layer3Ipv6Inherited Assign Addr Type Gua Advertise - enable
On BooleanInterface - Enable on Interface
- pool
Type EthernetInterface Layer3Ipv6Inherited Assign Addr Type Gua Pool Type - prefix
Pool String - Prefix-Pool Name
- advertise
Ethernet
Interface Layer3Ipv6Inherited Assign Addr Type Gua Advertise - enable
On booleanInterface - Enable on Interface
- pool
Type EthernetInterface Layer3Ipv6Inherited Assign Addr Type Gua Pool Type - prefix
Pool string - Prefix-Pool Name
- advertise
Ethernet
Interface Layer3Ipv6Inherited Assign Addr Type Gua Advertise - enable_
on_ boolinterface - Enable on Interface
- pool_
type EthernetInterface Layer3Ipv6Inherited Assign Addr Type Gua Pool Type - prefix_
pool str - Prefix-Pool Name
- advertise Property Map
- enable
On BooleanInterface - Enable on Interface
- pool
Type Property Map - prefix
Pool String - Prefix-Pool Name
EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeGuaAdvertise, EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeGuaAdvertiseArgs
- Auto
Config boolFlag - Set the Auto Address Configuration Flag (A-bit) of the prefix in Router Advertisement messages
- Enable bool
- Enable advertising this prefix in router advertisements
- Onlink
Flag bool - Set the On-Link Flag (L-bit) of the prefix in Router Advertisement messages
- Auto
Config boolFlag - Set the Auto Address Configuration Flag (A-bit) of the prefix in Router Advertisement messages
- Enable bool
- Enable advertising this prefix in router advertisements
- Onlink
Flag bool - Set the On-Link Flag (L-bit) of the prefix in Router Advertisement messages
- auto
Config BooleanFlag - Set the Auto Address Configuration Flag (A-bit) of the prefix in Router Advertisement messages
- enable Boolean
- Enable advertising this prefix in router advertisements
- onlink
Flag Boolean - Set the On-Link Flag (L-bit) of the prefix in Router Advertisement messages
- auto
Config booleanFlag - Set the Auto Address Configuration Flag (A-bit) of the prefix in Router Advertisement messages
- enable boolean
- Enable advertising this prefix in router advertisements
- onlink
Flag boolean - Set the On-Link Flag (L-bit) of the prefix in Router Advertisement messages
- auto_
config_ boolflag - Set the Auto Address Configuration Flag (A-bit) of the prefix in Router Advertisement messages
- enable bool
- Enable advertising this prefix in router advertisements
- onlink_
flag bool - Set the On-Link Flag (L-bit) of the prefix in Router Advertisement messages
- auto
Config BooleanFlag - Set the Auto Address Configuration Flag (A-bit) of the prefix in Router Advertisement messages
- enable Boolean
- Enable advertising this prefix in router advertisements
- onlink
Flag Boolean - Set the On-Link Flag (L-bit) of the prefix in Router Advertisement messages
EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeGuaPoolType, EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeGuaPoolTypeArgs
EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeGuaPoolTypeDynamicId, EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeGuaPoolTypeDynamicIdArgs
- Identifier double
- Range [0-4095] must be unqiue for this prefix-pool
- Identifier float64
- Range [0-4095] must be unqiue for this prefix-pool
- identifier Double
- Range [0-4095] must be unqiue for this prefix-pool
- identifier number
- Range [0-4095] must be unqiue for this prefix-pool
- identifier float
- Range [0-4095] must be unqiue for this prefix-pool
- identifier Number
- Range [0-4095] must be unqiue for this prefix-pool
EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeUla, EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeUlaArgs
- Addresses string
- Configure ULA (Unique Local Address)
- Advertise
Ethernet
Interface Layer3Ipv6Inherited Assign Addr Type Ula Advertise - Anycast bool
- Anycast Address
- Enable
On boolInterface - Configure this address on Interface
- Prefix bool
- Use this as prefix to form full address with interface id/EUI-64
- Addresses string
- Configure ULA (Unique Local Address)
- Advertise
Ethernet
Interface Layer3Ipv6Inherited Assign Addr Type Ula Advertise - Anycast bool
- Anycast Address
- Enable
On boolInterface - Configure this address on Interface
- Prefix bool
- Use this as prefix to form full address with interface id/EUI-64
- addresses String
- Configure ULA (Unique Local Address)
- advertise
Ethernet
Interface Layer3Ipv6Inherited Assign Addr Type Ula Advertise - anycast Boolean
- Anycast Address
- enable
On BooleanInterface - Configure this address on Interface
- prefix Boolean
- Use this as prefix to form full address with interface id/EUI-64
- addresses string
- Configure ULA (Unique Local Address)
- advertise
Ethernet
Interface Layer3Ipv6Inherited Assign Addr Type Ula Advertise - anycast boolean
- Anycast Address
- enable
On booleanInterface - Configure this address on Interface
- prefix boolean
- Use this as prefix to form full address with interface id/EUI-64
- addresses str
- Configure ULA (Unique Local Address)
- advertise
Ethernet
Interface Layer3Ipv6Inherited Assign Addr Type Ula Advertise - anycast bool
- Anycast Address
- enable_
on_ boolinterface - Configure this address on Interface
- prefix bool
- Use this as prefix to form full address with interface id/EUI-64
- addresses String
- Configure ULA (Unique Local Address)
- advertise Property Map
- anycast Boolean
- Anycast Address
- enable
On BooleanInterface - Configure this address on Interface
- prefix Boolean
- Use this as prefix to form full address with interface id/EUI-64
EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeUlaAdvertise, EthernetInterfaceLayer3Ipv6InheritedAssignAddrTypeUlaAdvertiseArgs
- Auto
Config boolFlag - Set the Auto Address Configuration Flag (A-bit) of the prefix in Router Advertisement messages
- Enable bool
- enable advertising this prefix in router advertisements
- Onlink
Flag bool - Set the On-Link Flag (L-bit) of the prefix in Router Advertisement messages
- Preferred
Lifetime string - Preferred Lifetime (in seconds) of the prefix advertised in Router advertisement messages
- Valid
Lifetime string - Valid Lifetime (in seconds) of the prefix advertised in Router Advertisement messages
- Auto
Config boolFlag - Set the Auto Address Configuration Flag (A-bit) of the prefix in Router Advertisement messages
- Enable bool
- enable advertising this prefix in router advertisements
- Onlink
Flag bool - Set the On-Link Flag (L-bit) of the prefix in Router Advertisement messages
- Preferred
Lifetime string - Preferred Lifetime (in seconds) of the prefix advertised in Router advertisement messages
- Valid
Lifetime string - Valid Lifetime (in seconds) of the prefix advertised in Router Advertisement messages
- auto
Config BooleanFlag - Set the Auto Address Configuration Flag (A-bit) of the prefix in Router Advertisement messages
- enable Boolean
- enable advertising this prefix in router advertisements
- onlink
Flag Boolean - Set the On-Link Flag (L-bit) of the prefix in Router Advertisement messages
- preferred
Lifetime String - Preferred Lifetime (in seconds) of the prefix advertised in Router advertisement messages
- valid
Lifetime String - Valid Lifetime (in seconds) of the prefix advertised in Router Advertisement messages
- auto
Config booleanFlag - Set the Auto Address Configuration Flag (A-bit) of the prefix in Router Advertisement messages
- enable boolean
- enable advertising this prefix in router advertisements
- onlink
Flag boolean - Set the On-Link Flag (L-bit) of the prefix in Router Advertisement messages
- preferred
Lifetime string - Preferred Lifetime (in seconds) of the prefix advertised in Router advertisement messages
- valid
Lifetime string - Valid Lifetime (in seconds) of the prefix advertised in Router Advertisement messages
- auto_
config_ boolflag - Set the Auto Address Configuration Flag (A-bit) of the prefix in Router Advertisement messages
- enable bool
- enable advertising this prefix in router advertisements
- onlink_
flag bool - Set the On-Link Flag (L-bit) of the prefix in Router Advertisement messages
- preferred_
lifetime str - Preferred Lifetime (in seconds) of the prefix advertised in Router advertisement messages
- valid_
lifetime str - Valid Lifetime (in seconds) of the prefix advertised in Router Advertisement messages
- auto
Config BooleanFlag - Set the Auto Address Configuration Flag (A-bit) of the prefix in Router Advertisement messages
- enable Boolean
- enable advertising this prefix in router advertisements
- onlink
Flag Boolean - Set the On-Link Flag (L-bit) of the prefix in Router Advertisement messages
- preferred
Lifetime String - Preferred Lifetime (in seconds) of the prefix advertised in Router advertisement messages
- valid
Lifetime String - Valid Lifetime (in seconds) of the prefix advertised in Router Advertisement messages
EthernetInterfaceLayer3Ipv6InheritedNeighborDiscovery, EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryArgs
- Dad
Attempts double - Number of consecutive neighbor solicitation messages sent for duplicate address detection
- Dns
Server EthernetInterface Layer3Ipv6Inherited Neighbor Discovery Dns Server - Dns
Suffix EthernetInterface Layer3Ipv6Inherited Neighbor Discovery Dns Suffix - Enable
Dad bool - Enable Duplicate ADdress Detection (DAD)
- Enable
Ndp boolMonitor - Enable NDP Monitoring
- Neighbors
List<Ethernet
Interface Layer3Ipv6Inherited Neighbor Discovery Neighbor> - Static entries in neighbor cache
- Ns
Interval double - Interval (in seconds) between consecutive neighbor solicitation messages
- Reachable
Time double - Time (in seconds) that the Reachable status for a neighbor can be maintained
- Router
Advertisement EthernetInterface Layer3Ipv6Inherited Neighbor Discovery Router Advertisement
- Dad
Attempts float64 - Number of consecutive neighbor solicitation messages sent for duplicate address detection
- Dns
Server EthernetInterface Layer3Ipv6Inherited Neighbor Discovery Dns Server - Dns
Suffix EthernetInterface Layer3Ipv6Inherited Neighbor Discovery Dns Suffix - Enable
Dad bool - Enable Duplicate ADdress Detection (DAD)
- Enable
Ndp boolMonitor - Enable NDP Monitoring
- Neighbors
[]Ethernet
Interface Layer3Ipv6Inherited Neighbor Discovery Neighbor - Static entries in neighbor cache
- Ns
Interval float64 - Interval (in seconds) between consecutive neighbor solicitation messages
- Reachable
Time float64 - Time (in seconds) that the Reachable status for a neighbor can be maintained
- Router
Advertisement EthernetInterface Layer3Ipv6Inherited Neighbor Discovery Router Advertisement
- dad
Attempts Double - Number of consecutive neighbor solicitation messages sent for duplicate address detection
- dns
Server EthernetInterface Layer3Ipv6Inherited Neighbor Discovery Dns Server - dns
Suffix EthernetInterface Layer3Ipv6Inherited Neighbor Discovery Dns Suffix - enable
Dad Boolean - Enable Duplicate ADdress Detection (DAD)
- enable
Ndp BooleanMonitor - Enable NDP Monitoring
- neighbors
List<Ethernet
Interface Layer3Ipv6Inherited Neighbor Discovery Neighbor> - Static entries in neighbor cache
- ns
Interval Double - Interval (in seconds) between consecutive neighbor solicitation messages
- reachable
Time Double - Time (in seconds) that the Reachable status for a neighbor can be maintained
- router
Advertisement EthernetInterface Layer3Ipv6Inherited Neighbor Discovery Router Advertisement
- dad
Attempts number - Number of consecutive neighbor solicitation messages sent for duplicate address detection
- dns
Server EthernetInterface Layer3Ipv6Inherited Neighbor Discovery Dns Server - dns
Suffix EthernetInterface Layer3Ipv6Inherited Neighbor Discovery Dns Suffix - enable
Dad boolean - Enable Duplicate ADdress Detection (DAD)
- enable
Ndp booleanMonitor - Enable NDP Monitoring
- neighbors
Ethernet
Interface Layer3Ipv6Inherited Neighbor Discovery Neighbor[] - Static entries in neighbor cache
- ns
Interval number - Interval (in seconds) between consecutive neighbor solicitation messages
- reachable
Time number - Time (in seconds) that the Reachable status for a neighbor can be maintained
- router
Advertisement EthernetInterface Layer3Ipv6Inherited Neighbor Discovery Router Advertisement
- dad_
attempts float - Number of consecutive neighbor solicitation messages sent for duplicate address detection
- dns_
server EthernetInterface Layer3Ipv6Inherited Neighbor Discovery Dns Server - dns_
suffix EthernetInterface Layer3Ipv6Inherited Neighbor Discovery Dns Suffix - enable_
dad bool - Enable Duplicate ADdress Detection (DAD)
- enable_
ndp_ boolmonitor - Enable NDP Monitoring
- neighbors
Sequence[Ethernet
Interface Layer3Ipv6Inherited Neighbor Discovery Neighbor] - Static entries in neighbor cache
- ns_
interval float - Interval (in seconds) between consecutive neighbor solicitation messages
- reachable_
time float - Time (in seconds) that the Reachable status for a neighbor can be maintained
- router_
advertisement EthernetInterface Layer3Ipv6Inherited Neighbor Discovery Router Advertisement
- dad
Attempts Number - Number of consecutive neighbor solicitation messages sent for duplicate address detection
- dns
Server Property Map - dns
Suffix Property Map - enable
Dad Boolean - Enable Duplicate ADdress Detection (DAD)
- enable
Ndp BooleanMonitor - Enable NDP Monitoring
- neighbors List<Property Map>
- Static entries in neighbor cache
- ns
Interval Number - Interval (in seconds) between consecutive neighbor solicitation messages
- reachable
Time Number - Time (in seconds) that the Reachable status for a neighbor can be maintained
- router
Advertisement Property Map
EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServer, EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerArgs
- enable Boolean
- source Property Map
EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerSource, EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerSourceArgs
EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerSourceDhcpv6, EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerSourceDhcpv6Args
- Prefix
Pool string - Prefix-Pool Name
- Prefix
Pool string - Prefix-Pool Name
- prefix
Pool String - Prefix-Pool Name
- prefix
Pool string - Prefix-Pool Name
- prefix_
pool str - Prefix-Pool Name
- prefix
Pool String - Prefix-Pool Name
EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerSourceManual, EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerSourceManualArgs
EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerSourceManualServer, EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsServerSourceManualServerArgs
EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffix, EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixArgs
- enable Boolean
- source Property Map
EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixSource, EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixSourceArgs
EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixSourceDhcpv6, EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixSourceDhcpv6Args
- Prefix
Pool string - Prefix-Pool Name
- Prefix
Pool string - Prefix-Pool Name
- prefix
Pool String - Prefix-Pool Name
- prefix
Pool string - Prefix-Pool Name
- prefix_
pool str - Prefix-Pool Name
- prefix
Pool String - Prefix-Pool Name
EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixSourceManual, EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixSourceManualArgs
EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixSourceManualSuffix, EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryDnsSuffixSourceManualSuffixArgs
EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryNeighbor, EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryNeighborArgs
- name str
- hw_
address str - MAC address (format xx:xx:xx:xx:xx:xx)
EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryRouterAdvertisement, EthernetInterfaceLayer3Ipv6InheritedNeighborDiscoveryRouterAdvertisementArgs
- Enable bool
- Enable
Consistency boolCheck - check consistency of RA messages from other routers.
- Hop
Limit string - Current Hop Limit advertised in Router Advertisement messages
- Lifetime double
- Router Lifetime (in seconds) advertised in Router Advertisement messages
- Link
Mtu string - value of MTU option in Router Advertisement messages, upto 9216 in Jumbo-Frame mode, up to 1500 otherwise
- Managed
Flag bool - Set the Managed Configuration Flag (M-bit) in Router Advertisement messages
- Max
Interval double - Maximum interval (seconds) between consecutive unsolicited Router Advertisement messages
- Min
Interval double - Minimum interval (seconds) between consecutive unsolicited Router Advertisement messages
- Other
Flag bool - Set the Other Stateful Configuration Flag (O-bit) in Router Advertisement messages
- Reachable
Time string - Reachable Time (in milliseconds) advertised in Router Advertisement messages
- Retransmission
Timer string - Retransmission Timer (in milliseconds) advertised in Router Advertisement messages
- Router
Preference string - Router Preference
- Enable bool
- Enable
Consistency boolCheck - check consistency of RA messages from other routers.
- Hop
Limit string - Current Hop Limit advertised in Router Advertisement messages
- Lifetime float64
- Router Lifetime (in seconds) advertised in Router Advertisement messages
- Link
Mtu string - value of MTU option in Router Advertisement messages, upto 9216 in Jumbo-Frame mode, up to 1500 otherwise
- Managed
Flag bool - Set the Managed Configuration Flag (M-bit) in Router Advertisement messages
- Max
Interval float64 - Maximum interval (seconds) between consecutive unsolicited Router Advertisement messages
- Min
Interval float64 - Minimum interval (seconds) between consecutive unsolicited Router Advertisement messages
- Other
Flag bool - Set the Other Stateful Configuration Flag (O-bit) in Router Advertisement messages
- Reachable
Time string - Reachable Time (in milliseconds) advertised in Router Advertisement messages
- Retransmission
Timer string - Retransmission Timer (in milliseconds) advertised in Router Advertisement messages
- Router
Preference string - Router Preference
- enable Boolean
- enable
Consistency BooleanCheck - check consistency of RA messages from other routers.
- hop
Limit String - Current Hop Limit advertised in Router Advertisement messages
- lifetime Double
- Router Lifetime (in seconds) advertised in Router Advertisement messages
- link
Mtu String - value of MTU option in Router Advertisement messages, upto 9216 in Jumbo-Frame mode, up to 1500 otherwise
- managed
Flag Boolean - Set the Managed Configuration Flag (M-bit) in Router Advertisement messages
- max
Interval Double - Maximum interval (seconds) between consecutive unsolicited Router Advertisement messages
- min
Interval Double - Minimum interval (seconds) between consecutive unsolicited Router Advertisement messages
- other
Flag Boolean - Set the Other Stateful Configuration Flag (O-bit) in Router Advertisement messages
- reachable
Time String - Reachable Time (in milliseconds) advertised in Router Advertisement messages
- retransmission
Timer String - Retransmission Timer (in milliseconds) advertised in Router Advertisement messages
- router
Preference String - Router Preference
- enable boolean
- enable
Consistency booleanCheck - check consistency of RA messages from other routers.
- hop
Limit string - Current Hop Limit advertised in Router Advertisement messages
- lifetime number
- Router Lifetime (in seconds) advertised in Router Advertisement messages
- link
Mtu string - value of MTU option in Router Advertisement messages, upto 9216 in Jumbo-Frame mode, up to 1500 otherwise
- managed
Flag boolean - Set the Managed Configuration Flag (M-bit) in Router Advertisement messages
- max
Interval number - Maximum interval (seconds) between consecutive unsolicited Router Advertisement messages
- min
Interval number - Minimum interval (seconds) between consecutive unsolicited Router Advertisement messages
- other
Flag boolean - Set the Other Stateful Configuration Flag (O-bit) in Router Advertisement messages
- reachable
Time string - Reachable Time (in milliseconds) advertised in Router Advertisement messages
- retransmission
Timer string - Retransmission Timer (in milliseconds) advertised in Router Advertisement messages
- router
Preference string - Router Preference
- enable bool
- enable_
consistency_ boolcheck - check consistency of RA messages from other routers.
- hop_
limit str - Current Hop Limit advertised in Router Advertisement messages
- lifetime float
- Router Lifetime (in seconds) advertised in Router Advertisement messages
- link_
mtu str - value of MTU option in Router Advertisement messages, upto 9216 in Jumbo-Frame mode, up to 1500 otherwise
- managed_
flag bool - Set the Managed Configuration Flag (M-bit) in Router Advertisement messages
- max_
interval float - Maximum interval (seconds) between consecutive unsolicited Router Advertisement messages
- min_
interval float - Minimum interval (seconds) between consecutive unsolicited Router Advertisement messages
- other_
flag bool - Set the Other Stateful Configuration Flag (O-bit) in Router Advertisement messages
- reachable_
time str - Reachable Time (in milliseconds) advertised in Router Advertisement messages
- retransmission_
timer str - Retransmission Timer (in milliseconds) advertised in Router Advertisement messages
- router_
preference str - Router Preference
- enable Boolean
- enable
Consistency BooleanCheck - check consistency of RA messages from other routers.
- hop
Limit String - Current Hop Limit advertised in Router Advertisement messages
- lifetime Number
- Router Lifetime (in seconds) advertised in Router Advertisement messages
- link
Mtu String - value of MTU option in Router Advertisement messages, upto 9216 in Jumbo-Frame mode, up to 1500 otherwise
- managed
Flag Boolean - Set the Managed Configuration Flag (M-bit) in Router Advertisement messages
- max
Interval Number - Maximum interval (seconds) between consecutive unsolicited Router Advertisement messages
- min
Interval Number - Minimum interval (seconds) between consecutive unsolicited Router Advertisement messages
- other
Flag Boolean - Set the Other Stateful Configuration Flag (O-bit) in Router Advertisement messages
- reachable
Time String - Reachable Time (in milliseconds) advertised in Router Advertisement messages
- retransmission
Timer String - Retransmission Timer (in milliseconds) advertised in Router Advertisement messages
- router
Preference String - Router Preference
EthernetInterfaceLayer3Ipv6NeighborDiscovery, EthernetInterfaceLayer3Ipv6NeighborDiscoveryArgs
- Dad
Attempts double - Number of consecutive neighbor solicitation messages sent for duplicate address detection
- Enable
Dad bool - Enable Duplicate ADdress Detection (DAD)
- Enable
Ndp boolMonitor - Enable NDP Monitoring
- Neighbors
List<Ethernet
Interface Layer3Ipv6Neighbor Discovery Neighbor> - Static entries in neighbor cache
- Ns
Interval double - Interval (in seconds) between consecutive neighbor solicitation messages
- Reachable
Time double - Time (in seconds) that the Reachable status for a neighbor can be maintained
- Router
Advertisement EthernetInterface Layer3Ipv6Neighbor Discovery Router Advertisement
- Dad
Attempts float64 - Number of consecutive neighbor solicitation messages sent for duplicate address detection
- Enable
Dad bool - Enable Duplicate ADdress Detection (DAD)
- Enable
Ndp boolMonitor - Enable NDP Monitoring
- Neighbors
[]Ethernet
Interface Layer3Ipv6Neighbor Discovery Neighbor - Static entries in neighbor cache
- Ns
Interval float64 - Interval (in seconds) between consecutive neighbor solicitation messages
- Reachable
Time float64 - Time (in seconds) that the Reachable status for a neighbor can be maintained
- Router
Advertisement EthernetInterface Layer3Ipv6Neighbor Discovery Router Advertisement
- dad
Attempts Double - Number of consecutive neighbor solicitation messages sent for duplicate address detection
- enable
Dad Boolean - Enable Duplicate ADdress Detection (DAD)
- enable
Ndp BooleanMonitor - Enable NDP Monitoring
- neighbors
List<Ethernet
Interface Layer3Ipv6Neighbor Discovery Neighbor> - Static entries in neighbor cache
- ns
Interval Double - Interval (in seconds) between consecutive neighbor solicitation messages
- reachable
Time Double - Time (in seconds) that the Reachable status for a neighbor can be maintained
- router
Advertisement EthernetInterface Layer3Ipv6Neighbor Discovery Router Advertisement
- dad
Attempts number - Number of consecutive neighbor solicitation messages sent for duplicate address detection
- enable
Dad boolean - Enable Duplicate ADdress Detection (DAD)
- enable
Ndp booleanMonitor - Enable NDP Monitoring
- neighbors
Ethernet
Interface Layer3Ipv6Neighbor Discovery Neighbor[] - Static entries in neighbor cache
- ns
Interval number - Interval (in seconds) between consecutive neighbor solicitation messages
- reachable
Time number - Time (in seconds) that the Reachable status for a neighbor can be maintained
- router
Advertisement EthernetInterface Layer3Ipv6Neighbor Discovery Router Advertisement
- dad_
attempts float - Number of consecutive neighbor solicitation messages sent for duplicate address detection
- enable_
dad bool - Enable Duplicate ADdress Detection (DAD)
- enable_
ndp_ boolmonitor - Enable NDP Monitoring
- neighbors
Sequence[Ethernet
Interface Layer3Ipv6Neighbor Discovery Neighbor] - Static entries in neighbor cache
- ns_
interval float - Interval (in seconds) between consecutive neighbor solicitation messages
- reachable_
time float - Time (in seconds) that the Reachable status for a neighbor can be maintained
- router_
advertisement EthernetInterface Layer3Ipv6Neighbor Discovery Router Advertisement
- dad
Attempts Number - Number of consecutive neighbor solicitation messages sent for duplicate address detection
- enable
Dad Boolean - Enable Duplicate ADdress Detection (DAD)
- enable
Ndp BooleanMonitor - Enable NDP Monitoring
- neighbors List<Property Map>
- Static entries in neighbor cache
- ns
Interval Number - Interval (in seconds) between consecutive neighbor solicitation messages
- reachable
Time Number - Time (in seconds) that the Reachable status for a neighbor can be maintained
- router
Advertisement Property Map
EthernetInterfaceLayer3Ipv6NeighborDiscoveryNeighbor, EthernetInterfaceLayer3Ipv6NeighborDiscoveryNeighborArgs
- name str
- hw_
address str - MAC address (format xx:xx:xx:xx:xx:xx)
EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisement, EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisementArgs
- Dns
Support EthernetInterface Layer3Ipv6Neighbor Discovery Router Advertisement Dns Support - Enable bool
- Enable
Consistency boolCheck - check consistency of RA messages from other routers.
- Hop
Limit string - Current Hop Limit advertised in Router Advertisement messages
- Lifetime double
- Router Lifetime (in seconds) advertised in Router Advertisement messages
- Link
Mtu string - value of MTU option in Router Advertisement messages, upto 9216 in Jumbo-Frame mode, up to 1500 otherwise
- Managed
Flag bool - Set the Managed Configuration Flag (M-bit) in Router Advertisement messages
- Max
Interval double - Maximum interval (seconds) between consecutive unsolicited Router Advertisement messages
- Min
Interval double - Minimum interval (seconds) between consecutive unsolicited Router Advertisement messages
- Other
Flag bool - Set the Other Stateful Configuration Flag (O-bit) in Router Advertisement messages
- Reachable
Time string - Reachable Time (in milliseconds) advertised in Router Advertisement messages
- Retransmission
Timer string - Retransmission Timer (in milliseconds) advertised in Router Advertisement messages
- Router
Preference string - Router Preference
- Dns
Support EthernetInterface Layer3Ipv6Neighbor Discovery Router Advertisement Dns Support - Enable bool
- Enable
Consistency boolCheck - check consistency of RA messages from other routers.
- Hop
Limit string - Current Hop Limit advertised in Router Advertisement messages
- Lifetime float64
- Router Lifetime (in seconds) advertised in Router Advertisement messages
- Link
Mtu string - value of MTU option in Router Advertisement messages, upto 9216 in Jumbo-Frame mode, up to 1500 otherwise
- Managed
Flag bool - Set the Managed Configuration Flag (M-bit) in Router Advertisement messages
- Max
Interval float64 - Maximum interval (seconds) between consecutive unsolicited Router Advertisement messages
- Min
Interval float64 - Minimum interval (seconds) between consecutive unsolicited Router Advertisement messages
- Other
Flag bool - Set the Other Stateful Configuration Flag (O-bit) in Router Advertisement messages
- Reachable
Time string - Reachable Time (in milliseconds) advertised in Router Advertisement messages
- Retransmission
Timer string - Retransmission Timer (in milliseconds) advertised in Router Advertisement messages
- Router
Preference string - Router Preference
- dns
Support EthernetInterface Layer3Ipv6Neighbor Discovery Router Advertisement Dns Support - enable Boolean
- enable
Consistency BooleanCheck - check consistency of RA messages from other routers.
- hop
Limit String - Current Hop Limit advertised in Router Advertisement messages
- lifetime Double
- Router Lifetime (in seconds) advertised in Router Advertisement messages
- link
Mtu String - value of MTU option in Router Advertisement messages, upto 9216 in Jumbo-Frame mode, up to 1500 otherwise
- managed
Flag Boolean - Set the Managed Configuration Flag (M-bit) in Router Advertisement messages
- max
Interval Double - Maximum interval (seconds) between consecutive unsolicited Router Advertisement messages
- min
Interval Double - Minimum interval (seconds) between consecutive unsolicited Router Advertisement messages
- other
Flag Boolean - Set the Other Stateful Configuration Flag (O-bit) in Router Advertisement messages
- reachable
Time String - Reachable Time (in milliseconds) advertised in Router Advertisement messages
- retransmission
Timer String - Retransmission Timer (in milliseconds) advertised in Router Advertisement messages
- router
Preference String - Router Preference
- dns
Support EthernetInterface Layer3Ipv6Neighbor Discovery Router Advertisement Dns Support - enable boolean
- enable
Consistency booleanCheck - check consistency of RA messages from other routers.
- hop
Limit string - Current Hop Limit advertised in Router Advertisement messages
- lifetime number
- Router Lifetime (in seconds) advertised in Router Advertisement messages
- link
Mtu string - value of MTU option in Router Advertisement messages, upto 9216 in Jumbo-Frame mode, up to 1500 otherwise
- managed
Flag boolean - Set the Managed Configuration Flag (M-bit) in Router Advertisement messages
- max
Interval number - Maximum interval (seconds) between consecutive unsolicited Router Advertisement messages
- min
Interval number - Minimum interval (seconds) between consecutive unsolicited Router Advertisement messages
- other
Flag boolean - Set the Other Stateful Configuration Flag (O-bit) in Router Advertisement messages
- reachable
Time string - Reachable Time (in milliseconds) advertised in Router Advertisement messages
- retransmission
Timer string - Retransmission Timer (in milliseconds) advertised in Router Advertisement messages
- router
Preference string - Router Preference
- dns_
support EthernetInterface Layer3Ipv6Neighbor Discovery Router Advertisement Dns Support - enable bool
- enable_
consistency_ boolcheck - check consistency of RA messages from other routers.
- hop_
limit str - Current Hop Limit advertised in Router Advertisement messages
- lifetime float
- Router Lifetime (in seconds) advertised in Router Advertisement messages
- link_
mtu str - value of MTU option in Router Advertisement messages, upto 9216 in Jumbo-Frame mode, up to 1500 otherwise
- managed_
flag bool - Set the Managed Configuration Flag (M-bit) in Router Advertisement messages
- max_
interval float - Maximum interval (seconds) between consecutive unsolicited Router Advertisement messages
- min_
interval float - Minimum interval (seconds) between consecutive unsolicited Router Advertisement messages
- other_
flag bool - Set the Other Stateful Configuration Flag (O-bit) in Router Advertisement messages
- reachable_
time str - Reachable Time (in milliseconds) advertised in Router Advertisement messages
- retransmission_
timer str - Retransmission Timer (in milliseconds) advertised in Router Advertisement messages
- router_
preference str - Router Preference
- dns
Support Property Map - enable Boolean
- enable
Consistency BooleanCheck - check consistency of RA messages from other routers.
- hop
Limit String - Current Hop Limit advertised in Router Advertisement messages
- lifetime Number
- Router Lifetime (in seconds) advertised in Router Advertisement messages
- link
Mtu String - value of MTU option in Router Advertisement messages, upto 9216 in Jumbo-Frame mode, up to 1500 otherwise
- managed
Flag Boolean - Set the Managed Configuration Flag (M-bit) in Router Advertisement messages
- max
Interval Number - Maximum interval (seconds) between consecutive unsolicited Router Advertisement messages
- min
Interval Number - Minimum interval (seconds) between consecutive unsolicited Router Advertisement messages
- other
Flag Boolean - Set the Other Stateful Configuration Flag (O-bit) in Router Advertisement messages
- reachable
Time String - Reachable Time (in milliseconds) advertised in Router Advertisement messages
- retransmission
Timer String - Retransmission Timer (in milliseconds) advertised in Router Advertisement messages
- router
Preference String - Router Preference
EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisementDnsSupport, EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisementDnsSupportArgs
EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisementDnsSupportServer, EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisementDnsSupportServerArgs
EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisementDnsSupportSuffix, EthernetInterfaceLayer3Ipv6NeighborDiscoveryRouterAdvertisementDnsSupportSuffixArgs
EthernetInterfaceLayer3Lldp, EthernetInterfaceLayer3LldpArgs
- Enable bool
- High
Availability EthernetInterface Layer3Lldp High Availability - Profile string
- LLDP profile
- Enable bool
- High
Availability EthernetInterface Layer3Lldp High Availability - Profile string
- LLDP profile
- enable Boolean
- high
Availability EthernetInterface Layer3Lldp High Availability - profile String
- LLDP profile
- enable boolean
- high
Availability EthernetInterface Layer3Lldp High Availability - profile string
- LLDP profile
- enable bool
- high_
availability EthernetInterface Layer3Lldp High Availability - profile str
- LLDP profile
- enable Boolean
- high
Availability Property Map - profile String
- LLDP profile
EthernetInterfaceLayer3LldpHighAvailability, EthernetInterfaceLayer3LldpHighAvailabilityArgs
- Passive
Pre boolNegotiation - Enable LLDP pre-negotiation in HA passive state
- Passive
Pre boolNegotiation - Enable LLDP pre-negotiation in HA passive state
- passive
Pre BooleanNegotiation - Enable LLDP pre-negotiation in HA passive state
- passive
Pre booleanNegotiation - Enable LLDP pre-negotiation in HA passive state
- passive_
pre_ boolnegotiation - Enable LLDP pre-negotiation in HA passive state
- passive
Pre BooleanNegotiation - Enable LLDP pre-negotiation in HA passive state
EthernetInterfaceLayer3NdpProxy, EthernetInterfaceLayer3NdpProxyArgs
- Addresses
List<Ethernet
Interface Layer3Ndp Proxy Address> - Enabled bool
- Enable proxy NDP on the interface
- Addresses
[]Ethernet
Interface Layer3Ndp Proxy Address - Enabled bool
- Enable proxy NDP on the interface
- addresses
List<Ethernet
Interface Layer3Ndp Proxy Address> - enabled Boolean
- Enable proxy NDP on the interface
- addresses
Ethernet
Interface Layer3Ndp Proxy Address[] - enabled boolean
- Enable proxy NDP on the interface
- addresses
Sequence[Ethernet
Interface Layer3Ndp Proxy Address] - enabled bool
- Enable proxy NDP on the interface
- addresses List<Property Map>
- enabled Boolean
- Enable proxy NDP on the interface
EthernetInterfaceLayer3NdpProxyAddress, EthernetInterfaceLayer3NdpProxyAddressArgs
EthernetInterfaceLayer3Pppoe, EthernetInterfaceLayer3PppoeArgs
- Access
Concentrator string - desired access concentrator
- Authentication string
- authentication protocol
- Create
Default boolRoute - automatically create default route pointing to peer
- Default
Route doubleMetric - metric of the default route created
- Enable bool
- Passive
Ethernet
Interface Layer3Pppoe Passive - Password string
- password for ppp autentication
- Service string
- desired service
- Static
Address EthernetInterface Layer3Pppoe Static Address - Username string
- username for ppp authentication
- Access
Concentrator string - desired access concentrator
- Authentication string
- authentication protocol
- Create
Default boolRoute - automatically create default route pointing to peer
- Default
Route float64Metric - metric of the default route created
- Enable bool
- Passive
Ethernet
Interface Layer3Pppoe Passive - Password string
- password for ppp autentication
- Service string
- desired service
- Static
Address EthernetInterface Layer3Pppoe Static Address - Username string
- username for ppp authentication
- access
Concentrator String - desired access concentrator
- authentication String
- authentication protocol
- create
Default BooleanRoute - automatically create default route pointing to peer
- default
Route DoubleMetric - metric of the default route created
- enable Boolean
- passive
Ethernet
Interface Layer3Pppoe Passive - password String
- password for ppp autentication
- service String
- desired service
- static
Address EthernetInterface Layer3Pppoe Static Address - username String
- username for ppp authentication
- access
Concentrator string - desired access concentrator
- authentication string
- authentication protocol
- create
Default booleanRoute - automatically create default route pointing to peer
- default
Route numberMetric - metric of the default route created
- enable boolean
- passive
Ethernet
Interface Layer3Pppoe Passive - password string
- password for ppp autentication
- service string
- desired service
- static
Address EthernetInterface Layer3Pppoe Static Address - username string
- username for ppp authentication
- access_
concentrator str - desired access concentrator
- authentication str
- authentication protocol
- create_
default_ boolroute - automatically create default route pointing to peer
- default_
route_ floatmetric - metric of the default route created
- enable bool
- passive
Ethernet
Interface Layer3Pppoe Passive - password str
- password for ppp autentication
- service str
- desired service
- static_
address EthernetInterface Layer3Pppoe Static Address - username str
- username for ppp authentication
- access
Concentrator String - desired access concentrator
- authentication String
- authentication protocol
- create
Default BooleanRoute - automatically create default route pointing to peer
- default
Route NumberMetric - metric of the default route created
- enable Boolean
- passive Property Map
- password String
- password for ppp autentication
- service String
- desired service
- static
Address Property Map - username String
- username for ppp authentication
EthernetInterfaceLayer3PppoePassive, EthernetInterfaceLayer3PppoePassiveArgs
- Enable bool
- Enable bool
- enable Boolean
- enable boolean
- enable bool
- enable Boolean
EthernetInterfaceLayer3PppoeStaticAddress, EthernetInterfaceLayer3PppoeStaticAddressArgs
- Ips string
- static ip address
- Ips string
- static ip address
- ips String
- static ip address
- ips string
- static ip address
- ips str
- static ip address
- ips String
- static ip address
EthernetInterfaceLayer3SdwanLinkSettings, EthernetInterfaceLayer3SdwanLinkSettingsArgs
- Enable bool
- Enable sdwan on this ethernet interface
- Sdwan
Interface stringProfile - Sdwan link characteristics
- Upstream
Nat EthernetInterface Layer3Sdwan Link Settings Upstream Nat
- Enable bool
- Enable sdwan on this ethernet interface
- Sdwan
Interface stringProfile - Sdwan link characteristics
- Upstream
Nat EthernetInterface Layer3Sdwan Link Settings Upstream Nat
- enable Boolean
- Enable sdwan on this ethernet interface
- sdwan
Interface StringProfile - Sdwan link characteristics
- upstream
Nat EthernetInterface Layer3Sdwan Link Settings Upstream Nat
- enable boolean
- Enable sdwan on this ethernet interface
- sdwan
Interface stringProfile - Sdwan link characteristics
- upstream
Nat EthernetInterface Layer3Sdwan Link Settings Upstream Nat
- enable bool
- Enable sdwan on this ethernet interface
- sdwan_
interface_ strprofile - Sdwan link characteristics
- upstream_
nat EthernetInterface Layer3Sdwan Link Settings Upstream Nat
- enable Boolean
- Enable sdwan on this ethernet interface
- sdwan
Interface StringProfile - Sdwan link characteristics
- upstream
Nat Property Map
EthernetInterfaceLayer3SdwanLinkSettingsUpstreamNat, EthernetInterfaceLayer3SdwanLinkSettingsUpstreamNatArgs
- Ddns
Ethernet
Interface Layer3Sdwan Link Settings Upstream Nat Ddns - Enable bool
- Enable upstream NAT IP config
- Static
Ip EthernetInterface Layer3Sdwan Link Settings Upstream Nat Static Ip
- Ddns
Ethernet
Interface Layer3Sdwan Link Settings Upstream Nat Ddns - Enable bool
- Enable upstream NAT IP config
- Static
Ip EthernetInterface Layer3Sdwan Link Settings Upstream Nat Static Ip
- ddns
Ethernet
Interface Layer3Sdwan Link Settings Upstream Nat Ddns - enable Boolean
- Enable upstream NAT IP config
- static
Ip EthernetInterface Layer3Sdwan Link Settings Upstream Nat Static Ip
- ddns
Ethernet
Interface Layer3Sdwan Link Settings Upstream Nat Ddns - enable boolean
- Enable upstream NAT IP config
- static
Ip EthernetInterface Layer3Sdwan Link Settings Upstream Nat Static Ip
- ddns
Ethernet
Interface Layer3Sdwan Link Settings Upstream Nat Ddns - enable bool
- Enable upstream NAT IP config
- static_
ip EthernetInterface Layer3Sdwan Link Settings Upstream Nat Static Ip
- ddns Property Map
- enable Boolean
- Enable upstream NAT IP config
- static
Ip Property Map
EthernetInterfaceLayer3SdwanLinkSettingsUpstreamNatStaticIp, EthernetInterfaceLayer3SdwanLinkSettingsUpstreamNatStaticIpArgs
- fqdn str
- Upstream NAT address FQDN name configuration
- ip_
address str - Upstream NAT IP address
EthernetInterfaceLocation, EthernetInterfaceLocationArgs
- Ngfw
Ethernet
Interface Location Ngfw - Located in a specific NGFW device
-
Ethernet
Interface Location Shared - Panorama shared object
- Template
Ethernet
Interface Location Template - Located in a specific template
- Template
Stack EthernetInterface Location Template Stack - Located in a specific template stack
- Ngfw
Ethernet
Interface Location Ngfw - Located in a specific NGFW device
-
Ethernet
Interface Location Shared - Panorama shared object
- Template
Ethernet
Interface Location Template - Located in a specific template
- Template
Stack EthernetInterface Location Template Stack - Located in a specific template stack
- ngfw
Ethernet
Interface Location Ngfw - Located in a specific NGFW device
-
Ethernet
Interface Location Shared - Panorama shared object
- template
Ethernet
Interface Location Template - Located in a specific template
- template
Stack EthernetInterface Location Template Stack - Located in a specific template stack
- ngfw
Ethernet
Interface Location Ngfw - Located in a specific NGFW device
-
Ethernet
Interface Location Shared - Panorama shared object
- template
Ethernet
Interface Location Template - Located in a specific template
- template
Stack EthernetInterface Location Template Stack - Located in a specific template stack
- ngfw
Ethernet
Interface Location Ngfw - Located in a specific NGFW device
-
Ethernet
Interface Location Shared - Panorama shared object
- template
Ethernet
Interface Location Template - Located in a specific template
- template_
stack EthernetInterface Location Template Stack - Located in a specific template stack
- ngfw Property Map
- Located in a specific NGFW device
- Property Map
- Panorama shared object
- template Property Map
- Located in a specific template
- template
Stack Property Map - Located in a specific template stack
EthernetInterfaceLocationNgfw, EthernetInterfaceLocationNgfwArgs
- Ngfw
Device string - The NGFW device
- Ngfw
Device string - The NGFW device
- ngfw
Device String - The NGFW device
- ngfw
Device string - The NGFW device
- ngfw_
device str - The NGFW device
- ngfw
Device String - The NGFW device
EthernetInterfaceLocationTemplate, EthernetInterfaceLocationTemplateArgs
- Vsys string
- Name string
- Specific Panorama template
- Ngfw
Device string - The NGFW device
- Panorama
Device string - Specific Panorama device
- Vsys string
- Name string
- Specific Panorama template
- Ngfw
Device string - The NGFW device
- Panorama
Device string - Specific Panorama device
- vsys String
- name String
- Specific Panorama template
- ngfw
Device String - The NGFW device
- panorama
Device String - Specific Panorama device
- vsys string
- name string
- Specific Panorama template
- ngfw
Device string - The NGFW device
- panorama
Device string - Specific Panorama device
- vsys str
- name str
- Specific Panorama template
- ngfw_
device str - The NGFW device
- panorama_
device str - Specific Panorama device
- vsys String
- name String
- Specific Panorama template
- ngfw
Device String - The NGFW device
- panorama
Device String - Specific Panorama device
EthernetInterfaceLocationTemplateStack, EthernetInterfaceLocationTemplateStackArgs
- Name string
- Specific Panorama template stack
- Ngfw
Device string - The NGFW device
- Panorama
Device string - Specific Panorama device
- Name string
- Specific Panorama template stack
- Ngfw
Device string - The NGFW device
- Panorama
Device string - Specific Panorama device
- name String
- Specific Panorama template stack
- ngfw
Device String - The NGFW device
- panorama
Device String - Specific Panorama device
- name string
- Specific Panorama template stack
- ngfw
Device string - The NGFW device
- panorama
Device string - Specific Panorama device
- name str
- Specific Panorama template stack
- ngfw_
device str - The NGFW device
- panorama_
device str - Specific Panorama device
- name String
- Specific Panorama template stack
- ngfw
Device String - The NGFW device
- panorama
Device String - Specific Panorama device
EthernetInterfaceLogCard, EthernetInterfaceLogCardArgs
- Default
Gateway string - log forwarding card default gateway
- Ip
Address string - IP address for the log card forwarding interface
- Ipv6Address string
- IPv6 address for the log card forwarding interface
- Ipv6Default
Gateway string - log forwarding IPv6 card default gateway
- Netmask string
- IP netmask for the log card forwarding interface
- Default
Gateway string - log forwarding card default gateway
- Ip
Address string - IP address for the log card forwarding interface
- Ipv6Address string
- IPv6 address for the log card forwarding interface
- Ipv6Default
Gateway string - log forwarding IPv6 card default gateway
- Netmask string
- IP netmask for the log card forwarding interface
- default
Gateway String - log forwarding card default gateway
- ip
Address String - IP address for the log card forwarding interface
- ipv6Address String
- IPv6 address for the log card forwarding interface
- ipv6Default
Gateway String - log forwarding IPv6 card default gateway
- netmask String
- IP netmask for the log card forwarding interface
- default
Gateway string - log forwarding card default gateway
- ip
Address string - IP address for the log card forwarding interface
- ipv6Address string
- IPv6 address for the log card forwarding interface
- ipv6Default
Gateway string - log forwarding IPv6 card default gateway
- netmask string
- IP netmask for the log card forwarding interface
- default_
gateway str - log forwarding card default gateway
- ip_
address str - IP address for the log card forwarding interface
- ipv6_
address str - IPv6 address for the log card forwarding interface
- ipv6_
default_ strgateway - log forwarding IPv6 card default gateway
- netmask str
- IP netmask for the log card forwarding interface
- default
Gateway String - log forwarding card default gateway
- ip
Address String - IP address for the log card forwarding interface
- ipv6Address String
- IPv6 address for the log card forwarding interface
- ipv6Default
Gateway String - log forwarding IPv6 card default gateway
- netmask String
- IP netmask for the log card forwarding interface
EthernetInterfacePoe, EthernetInterfacePoeArgs
- Enabled bool
- PoE Enable
- Poe
Reserved doublePower - Reserved Power
- Enabled bool
- PoE Enable
- Poe
Reserved float64Power - Reserved Power
- enabled Boolean
- PoE Enable
- poe
Reserved DoublePower - Reserved Power
- enabled boolean
- PoE Enable
- poe
Reserved numberPower - Reserved Power
- enabled bool
- PoE Enable
- poe_
reserved_ floatpower - Reserved Power
- enabled Boolean
- PoE Enable
- poe
Reserved NumberPower - Reserved Power
EthernetInterfaceTap, EthernetInterfaceTapArgs
- Netflow
Profile string - Netflow Server Profile
- Netflow
Profile string - Netflow Server Profile
- netflow
Profile String - Netflow Server Profile
- netflow
Profile string - Netflow Server Profile
- netflow_
profile str - Netflow Server Profile
- netflow
Profile String - Netflow Server Profile
EthernetInterfaceVirtualWire, EthernetInterfaceVirtualWireArgs
- Lacp
Ethernet
Interface Virtual Wire Lacp - Lldp
Ethernet
Interface Virtual Wire Lldp - Netflow
Profile string - Netflow Server Profile
- Lacp
Ethernet
Interface Virtual Wire Lacp - Lldp
Ethernet
Interface Virtual Wire Lldp - Netflow
Profile string - Netflow Server Profile
- lacp
Ethernet
Interface Virtual Wire Lacp - lldp
Ethernet
Interface Virtual Wire Lldp - netflow
Profile String - Netflow Server Profile
- lacp
Ethernet
Interface Virtual Wire Lacp - lldp
Ethernet
Interface Virtual Wire Lldp - netflow
Profile string - Netflow Server Profile
- lacp
Ethernet
Interface Virtual Wire Lacp - lldp
Ethernet
Interface Virtual Wire Lldp - netflow_
profile str - Netflow Server Profile
- lacp Property Map
- lldp Property Map
- netflow
Profile String - Netflow Server Profile
EthernetInterfaceVirtualWireLacp, EthernetInterfaceVirtualWireLacpArgs
EthernetInterfaceVirtualWireLacpHighAvailability, EthernetInterfaceVirtualWireLacpHighAvailabilityArgs
- Passive
Pre boolNegotiation - Allow LACP traffic to traverse this device in HA passive state
- Passive
Pre boolNegotiation - Allow LACP traffic to traverse this device in HA passive state
- passive
Pre BooleanNegotiation - Allow LACP traffic to traverse this device in HA passive state
- passive
Pre booleanNegotiation - Allow LACP traffic to traverse this device in HA passive state
- passive_
pre_ boolnegotiation - Allow LACP traffic to traverse this device in HA passive state
- passive
Pre BooleanNegotiation - Allow LACP traffic to traverse this device in HA passive state
EthernetInterfaceVirtualWireLldp, EthernetInterfaceVirtualWireLldpArgs
- Enable bool
- High
Availability EthernetInterface Virtual Wire Lldp High Availability - Profile string
- LLDP profile
- Enable bool
- High
Availability EthernetInterface Virtual Wire Lldp High Availability - Profile string
- LLDP profile
- enable Boolean
- high
Availability EthernetInterface Virtual Wire Lldp High Availability - profile String
- LLDP profile
- enable boolean
- high
Availability EthernetInterface Virtual Wire Lldp High Availability - profile string
- LLDP profile
- enable bool
- high_
availability EthernetInterface Virtual Wire Lldp High Availability - profile str
- LLDP profile
- enable Boolean
- high
Availability Property Map - profile String
- LLDP profile
EthernetInterfaceVirtualWireLldpHighAvailability, EthernetInterfaceVirtualWireLldpHighAvailabilityArgs
- Passive
Pre boolNegotiation - Enable LLDP pre-negotiation in HA passive state
- Passive
Pre boolNegotiation - Enable LLDP pre-negotiation in HA passive state
- passive
Pre BooleanNegotiation - Enable LLDP pre-negotiation in HA passive state
- passive
Pre booleanNegotiation - Enable LLDP pre-negotiation in HA passive state
- passive_
pre_ boolnegotiation - Enable LLDP pre-negotiation in HA passive state
- passive
Pre BooleanNegotiation - Enable LLDP pre-negotiation in HA passive state
Package Details
- Repository
- panos paloaltonetworks/terraform-provider-panos
- License
- Notes
- This Pulumi package is based on the
panosTerraform Provider.
panos 2.0.0 published on Tuesday, Apr 15, 2025 by paloaltonetworks