fuchsia.router.config

RouterAdmin provides APIs for administering the router.

AddDnsEntry

Request

Name	Type
`entry`	`DnsForwarderEntry`

Response

Name	Type
`entry_id`	`Id?`
`error`	`Error?`

CreateLan

Request

Name	Type
`name`	`string`
`vlan`	`uint16`
`ports`	`vector<uint32>`

Response

Name	Type
`id`	`Id?`
`error`	`Error?`

CreateWan

Request

Name	Type
`name`	`string`
`vlan`	`uint16`
`ports`	`vector<uint32>`

Response

Name	Type
`id`	`Id?`
`error`	`Error?`

CreateWlanNetwork

Request

Name	Type
`network`	`WlanNetwork`

Response

Name	Type
`iface`	`Id?`
`error`	`Error?`

DeleteDhcpReservation

Request

Name	Type
`reservation_id`	`Id`

Response

Name	Type
`error`	`Error?`

DeleteDmzHost

Request

Name	Type
`rule_id`	`Id`

Response

Name	Type
`error`	`Error?`

DeleteDnsEntry

Request

Name	Type
`entry_id`	`Id`

Response

Name	Type
`error`	`Error?`

DeleteFilter

Request

Name	Type
`rule_id`	`Id`

Response

Name	Type
`error`	`Error?`

DeleteIpv6PinHole

Request

Name	Type
`rule_id`	`Id`

Response

Name	Type
`error`	`Error?`

DeletePortForward

Request

Name	Type
`rule_id`	`Id`

Response

Name	Type
`error`	`Error?`

DeletePortTrigger

Request

Name	Type
`rule_id`	`Id`

Response

Name	Type
`error`	`Error?`

DeleteRoute

Request

Name	Type
`route_id`	`Id`

Response

Name	Type
`error`	`Error?`

DeleteWlanNetwork

Request

Name	Type
`network_id`	`Id`

Response

Name	Type
`error`	`Error?`

RemoveLan

Request

Name	Type
`lan_id`	`Id`

Response

Name	Type
`error`	`Error?`

RemoveWan

Request

Name	Type
`wan_id`	`Id`

Response

Name	Type
`error`	`Error?`

SetDhcpAddressPool

Request

Name	Type
`lan_id`	`Id`
`pool`	`AddressPool`

Response

Name	Type
`error`	`Error?`

SetDhcpReservation

Request

Name	Type
`lan_id`	`Id`
`reservation`	`DhcpReservation`

Response

Name	Type
`reservation_id`	`Id?`
`error`	`Error?`

SetDhcpServerOptions

Request

Name	Type
`lan_id`	`Id`
`options`	`DhcpServerOptions`

Response

Name	Type
`error`	`Error?`

SetDmzHost

Request

Name	Type
`rule`	`DmzHost`

Response

Name	Type
`rule_id`	`Id?`
`error`	`Error?`

SetDnsForwarder

Request

Name	Type
`config`	`DnsForwarderConfig`

Response

Name	Type
`error`	`Error?`

SetDnsResolver

Request

Name	Type
`config`	`DnsResolverConfig`

Response

Name	Type
`id`	`Id?`
`error`	`Error?`

SetFilter

Request

Name	Type
`rule`	`FilterRule`

Response

Name	Type
`rule_id`	`Id?`
`error`	`Error?`

SetIpv6PinHole

Request

Name	Type
`rule`	`Ipv6PinHoleRule`

Response

Name	Type
`rule_id`	`Id?`
`error`	`Error?`

SetLanProperties

Request

Name	Type
`lan_id`	`Id`
`properties`	`LanProperties`

Response

Name	Type
`error`	`Error?`

SetPortForward

Request

Name	Type
`rule`	`PortForwardingRule`

Response

Name	Type
`rule_id`	`Id?`
`error`	`Error?`

SetPortTrigger

Request

Name	Type
`rule`	`PortTriggerRule`

Response

Name	Type
`rule_id`	`Id?`
`error`	`Error?`

SetRoute

Request

Name	Type
`route`	`Route`

Response

Name	Type
`id`	`Id?`
`error`	`Error?`

SetSecurityFeatures

Request

Name	Type
`features`	`SecurityFeatures`

Response

Name	Type
`error`	`Error?`

SetSystemConfig

Request

Name	Type
`config`	`SystemConfig`

Response

Name	Type
`id`	`Id?`
`error`	`Error?`

SetWanProperties

Request

Name	Type
`wan_id`	`Id`
`properties`	`WanProperties`

Response

Name	Type
`error`	`Error?`

UpdateRouteMetric

Request

Name	Type
`route_id`	`Id`
`metric`	`uint32`

Response

Name	Type
`error`	`Error?`

RouterState

RouterState provide APIs for querying the router state.

GetDevice

Request

Name	Type

Response

Name	Type
`device`	`Device`

GetDhcpConfig

Request

Name	Type
`lan_id`	`Id`

Response

Name	Type
`dhcp_config`	`DhcpServerConfig?`
`error`	`Error?`

GetDmzHost

Request

Name	Type
`rule_id`	`Id`

Response

Name	Type
`rule`	`DmzHost?`
`error`	`Error?`

GetDnsForwarder

Request

Name	Type

Response

Name	Type
`dns_forwarder`	`DnsForwarder`

GetDnsResolver

Request

Name	Type

Response

Name	Type
`dns_resolver`	`DnsResolverConfig`

GetFilter

Request

Name	Type
`rule_id`	`Id`

Response

Name	Type
`rule`	`FilterRule?`
`error`	`Error?`

GetFilters

Request

Name	Type

Response

Name	Type
`port_filter_rules`	`vector<FilterRule>`

GetIpv6PinHole

Request

Name	Type
`rule_id`	`Id`

Response

Name	Type
`rule`	`Ipv6PinHoleRule?`
`error`	`Error?`

GetIpv6PinHoles

Request

Name	Type

Response

Name	Type
`pinhole_rules`	`vector<Ipv6PinHoleRule>`

GetLan

Request

Name	Type
`lan_id`	`Id`

Response

Name	Type
`lan_lif`	`Lif`
`error`	`Error?`

GetLanPorts

Request

Name	Type
`lan_id`	`Id`

Response

Name	Type
`port_ids`	`vector<uint32>`
`error`	`Error?`

GetLanProperties

Request

Name	Type
`lan_id`	`Id`

Response

Name	Type
`properties`	`LanProperties`
`error`	`Error?`

GetLans

Request

Name	Type

Response

Name	Type
`lans`	`vector<Lif>`

GetPort

Request

Name	Type
`port_id`	`uint32`

Response

Name	Type
`port`	`Port?`
`error`	`Error?`

GetPortForward

Request

Name	Type
`rule_id`	`Id`

Response

Name	Type
`rule`	`PortForwardingRule?`
`error`	`Error?`

GetPortForwards

Request

Name	Type

Response

Name	Type
`port_forward_rules`	`vector<PortForwardingRule>`

GetPortTrigger

Request

Name	Type
`rule_id`	`Id`

Response

Name	Type
`rule`	`PortTriggerRule?`
`error`	`Error?`

GetPortTriggers

Request

Name	Type

Response

Name	Type
`port_trigger_rules`	`vector<PortTriggerRule>`

GetPorts

Request

Name	Type

Response

Name	Type
`ports`	`vector<Port>`

GetRadios

Request

Name	Type

Response

Name	Type
`radios`	`vector<Radio>`

GetRoute

Request

Name	Type
`route_id`	`Id`

Response

Name	Type
`route`	`Route?`
`error`	`Error?`

GetRoutes

Request

Name	Type

Response

Name	Type
`routes`	`vector<Route>`

GetSecurityFeatures

Request

Name	Type

Response

Name	Type
`features`	`SecurityFeatures`

GetSystemConfig

Request

Name	Type

Response

Name	Type
`config`	`SystemConfig`

GetWan

Request

Name	Type
`wan_id`	`Id`

Response

Name	Type
`wan_lif`	`Lif`
`error`	`Error?`

GetWanPorts

Request

Name	Type
`wan_id`	`Id`

Response

Name	Type
`port_ids`	`vector<uint32>`
`error`	`Error?`

GetWanProperties

Request

Name	Type
`wan_id`	`Id`

Response

Name	Type
`properties`	`WanProperties`
`error`	`Error?`

GetWans

Request

Name	Type

Response

Name	Type
`wans`	`vector<Lif>`

GetWlanNetworks

Request

Name	Type

Response

Name	Type
`networks`	`vector<WlanNetwork>`

OnChange

Response

Name	Type
`events`	`vector<Event>`

RouterSystem

RouterSystem provides APIs for managing features that are considered crytical for the system. For example, setting filter rules that come into effect on startup.

DeleteAcl

Request

Name	Type
`acl_id`	`Id`

Response

Name	Type
`error`	`Error?`

GetAcl

Request

Name	Type
`acl_id`	`Id`

Response

Name	Type
`acl`	`SystemAcl`
`error`	`Error?`

GetAcls

Request

Name	Type

Response

Name	Type
`error`	`Error?`

SetAcl

Request

Name	Type
`rule`	`SystemAcl`

Response

Name	Type
`acl_id`	`Id?`
`error`	`Error?`

STRUCTS

AddressPool

Defined in fuchsia.router.config/lan.fidl

Range of addresses in the interface subnet available for DHCP assignment.

Name	Type	Default
`element`	`Id`	No default
`from`	`fuchsia.net/Ipv4Address`	No default
`to`	`fuchsia.net/Ipv4Address`	No default

Channel

Name	Type	Description	Default
`ch`	`vector<ChannelNumber>[2]`	[0] is primary channel, [1] (if provided) is secondary for HT/VHT.	No default
`width`	`ChannelWidth`		No default

DhcpReservation

Defined in fuchsia.router.config/lan.fidl

DhcpReservation hold a mac to address DHCP association.

Name	Type	Default
`element`	`Id`	No default
`name`	`string`	No default
`address`	`fuchsia.net/Ipv4Address`	No default
`mac`	`fuchsia.net/MacAddress`	No default

DhcpServerConfig

Defined in fuchsia.router.config/lan.fidl

Name	Type	Default
`options`	`DhcpServerOptions`	No default
`pool`	`AddressPool`	No default
`reservations`	`vector<DhcpReservation>`	No default

DmzHost

DmzHost is a LAN host that receives all incoming tcp/udp packets that do not match any other rule.

Name	Type	Default
`element`	`Id`	No default
`enabled`	`bool`	No default
`wan_addr`	`fuchsia.net/Ipv4Address`	No default
`lan_addr`	`fuchsia.net/Ipv4Address`	No default

DnsForwarder

Defined in fuchsia.router.config/dns.fidl

DNSForwarder the device DNS Forwarder configuration.

Name	Type	Description	Default
`config`	`DnsForwarderConfig`	Forwarder configuration.	No default
`resolver`	`vector<DnsForwarderEntry>`	Local Names.	No default
`interfaces`	`vector<Id>`	Interfaces where the DNS forwarder is enabled.	No default

DnsForwarderConfig

Defined in fuchsia.router.config/dns.fidl

DNSForwarderConfig is the device DNS Forwarder configuration.

Name	Type	Description	Default
`element`	`Id`		No default
`search`	`DnsSearch`	Upstream DNS server.	No default

DnsForwarderEntry

Defined in fuchsia.router.config/dns.fidl

DNSForwarder entry is a name - address mapping.

Name	Type	Default
`element`	`Id`	No default
`address`	`fuchsia.net/Ipv4Address`	No default
`names`	`vector<string>`	No default

DnsResolverConfig

Defined in fuchsia.router.config/dns.fidl

DnsResolverConfig is the device DNS Resolver configuration.

Name	Type	Description	Default
`element`	`Id`		No default
`search`	`DnsSearch`	DNS search configuration.	No default
`policy`	`DnsPolicy`	DNS configuration merge policy.	No default

DnsSearch

Defined in fuchsia.router.config/dns.fidl

DnsSearch is the device DNS search configuration.

Name	Type	Description	Default
`servers`	`vector<fuchsia.net/IpAddress>`	List of DNS servers to consult.	No default
`domain_name`	`string?`	Domain to add to non fully qualified domain names.	No default

Error

Name	Type	Description	Default
`code`	`ErrorCode`		No default
`description`	`string?`		No default

FilterRule

Filter rule is applied on the LAN side; it allows blocking traffic from LAN to WAN. Normally, all traffic from LAN to WAN is allowed. By applying filter rules, it is possible to selectively block traffic from LAN devices to services on the WAN side.

Name	Type	Default
`element`	`Id`	No default
`action`	`FilterAction`	No default
`selector`	`FlowSelector`	No default

Id

Defined in fuchsia.router.config/common.fidl

Represents a unique identifier for each element at specific version. eg. LIF, rules, reservations, clients, etc.

Name	Type	Description	Default
`uuid`	`uint8[16]`	Time-independent unique identifier of the element.	No default
`version`	`uint64`	Represents a specific config at a point in time in the global config database. Incremented monotonically at each change. For any new change requested by the client, this must match the latest value in the database, otherwise the change will be rejected.	No default

Ipv6PinHoleRule

IPv6 firewall pinholes create a hole in the IPv6 firewall. It will allow traffic from source_address, destined to the indicated ports to pass from WAN to LAN.

Name	Type	Default
`element`	`Id`	No default
`nickname`	`string`	No default
`enabled`	`bool`	No default
`source_address`	`fuchsia.net/Ipv6Address`	No default
`ports`	`vector<PortRange>`	No default
`protocol`	`Protocol`	No default

Port

Name	Type	Default
`element`	`Id`	No default
`id`	`uint32`	No default
`path`	`string`	No default

PortForwardingRule

Port Forwarding allows remote (WAN) devices to connect to a service hosted on a LAN device. It forwards all WAN packets (or only those from the optional source_address), destined to any of the incoming ports, to the target address and port. Target address must be on one of the LANs.

Name	Type	Default
`element`	`Id`	No default
`name`	`string?`	No default
`enabled`	`bool`	No default
`source_address`	`CidrAddress`	No default
`destination_ports`	`vector<PortRange>`	No default
`target_address`	`fuchsia.net/IpAddress`	No default
`target_port`	`port_number`	No default
`protocol`	`Protocol`	No default

PortRange

Name	Type	Description	Default
`from`	`port_number`		No default
`to`	`port_number`		No default

PortTriggerRule

Port Triggering provides similar functionality to Port Forwarding. The difference is that it is the target device that enables the port forwarding functionality. The target device is not known in advance, and port forwarding is disabled. The first local device to send traffic to the trigger port becomes the target device, and enables port forwarding. WAN traffic comming to any of the incoming ports will be forwarded to the trigger port on the target device.

Name	Type	Default
`element`	`Id`	No default
`name`	`string?`	No default
`enabled`	`bool`	No default
`incoming_ports`	`vector<PortRange>`	No default
`protocol`	`Protocol`	No default
`trigger_port`	`port_number`	No default

Radio

Name	Type	Default
`element`	`Id`	No default
`phy`	`uint32`	No default
`channel`	`Channel`	No default

Regulatory

Name	Type	Description	Default
`element`	`Id`		No default
`county_code`	`string`		No default

Route

Defined in fuchsia.router.config/route.fidl

Route hold a routeing table entry.

Name	Type	Default
`element`	`Id`	No default
`name`	`string`	No default
`subnet`	`fuchsia.net/Subnet`	No default
`metric`	`uint32`	No default
`gateway`	`fuchsia.net/IpAddress?`	No default
`if_id`	`Id?`	No default

WlanNetwork

Name	Type	Default
`element`	`Id`	No default
`name`	`string`	No default
`psk`	`string`	No default
`radio_phys`	`vector<Id>`	No default
`enable_band_steering`	`bool`	No default

ENUMS

AclAction

Type: uint32

Name	Value	Description
`PERMIT`	`1`	Allows traffic to pass.
`DENY`	`2`	Blocks traffic, dropping the packets.
`REDIRECT`	`3`	Redirects packets to the destination port.

AclType

Type: uint32

Name	Value	Description
`INGRESS`	`1`	Ingress ACL is applied on the ingress port, before packet enters the forwarding path.
`EGRESS`	`2`	Egress ACL is applied on the egress port, after packet has passed the forwarding path.

ChannelWidth

Type: uint32

Name	Value	Description
`AUTO`	`0`
`WIDTH_20_MHZ`	`1`
`WIDTH_40_MHZ`	`2`
`WIDTH_80_MHZ`	`3`
`WIDTH_160_MHZ`	`4`

DnsPolicy

Type: uint32

Defined in fuchsia.router.config/dns.fidl

DnsPolicy is the DNS merge policy to use.

Name	Value	Description
`NOT_SET`	`0`
`STATIC`	`1`	Can not be replaced by dynamically learned DNS configuration, will overwrite existing configuration.
`REPLACEABLE`	`2`	Can be replaced by dynamically learned DNS configuration, will not overwrite existing configuration.
`MERGE`	`3`	Will merge with existing configuration.

ErrorCode

Type: uint32

Name	Value	Description
`INTERNAL`	`1`
`NOT_FOUND`	`2`
`NOT_SUPPORTED`	`3`
`INVALID_ARGS`	`4`
`ALREADY_EXISTS`	`5`

FilterAction

Type: uint32

Name	Value	Description
`DROP`	`0`
`ALLOW`	`1`

LifType

Type: uint32

Name	Value	Description
`INVALID`	`0`
`WAN`	`1`	WAN interfaces, by default, will not be allowed to start a DHCP server. The default is interface up, DHCP client enabled. IPv6 SLAAC.
`LAN`	`2`	LAN interface by default is up with the ports are up and bridged together, until an IP is statically configured. A DHCP server can be started or not.
`LAG`	`3`	LAG interface is a Link aggregation interface.

Protocol

Type: uint32

Name	Value	Description
`BOTH`	`0`
`TCP`	`1`
`UDP`	`2`

WanAddressMethod

Type: uint32

Defined in fuchsia.router.config/wan.fidl

Name	Value	Description
`AUTOMATIC`	`1`
`MANUAL`	`2`

WanConnection

Type: uint32

Defined in fuchsia.router.config/wan.fidl

Name	Value	Description
`DIRECT`	`1`
`PPPoE`	`2`
`PPTP`	`3`
`L2TP`	`4`

WanIpV6ConnectionMode

Type: uint32

Defined in fuchsia.router.config/wan.fidl

Name	Value	Description
`STATIC`	`1`
`PASSTHROUGH`	`2`
`DELEGATION`	`3`

TABLES

CidrAddress

Defined in fuchsia.router.config/wan.fidl

Ordinal	Name	Type	Description
1	`address`	`fuchsia.net/IpAddress`
2	`prefix_length`	`uint8`

Credentials

Defined in fuchsia.router.config/wan.fidl

Ordinal	Name	Type	Description
1	`user`	`string`
2	`password`	`string`

Device

Device is comprised of a device topology and the device features. The device topology defines the WAN and LAN interfaces provisioned, indicating which physical ports are part of an interface, as well as the parameters of the interface. The device features define the device configuration, and the security and routing features configured.

Ordinal	Name	Type
1	`version`	`uint64`
2	`topology`	`Topology`
3	`config`	`DeviceConfig`

DeviceConfig

Ordinal	Name	Type
1	`system`	`SystemConfig`
2	`dns_resolver`	`DnsResolverConfig`
3	`dns_forwarder`	`DnsForwarder`
4	`routing_features`	`RoutingFeatures`
5	`routes`	`vector<Route>`
6	`security_features`	`SecurityFeatures`
7	`dmz_host`	`DmzHost`
8	`port_trigger_rulesr`	`vector<PortTriggerRule>`
9	`port_forwarding_rules`	`vector<PortForwardingRule>`
10	`filtering_rules`	`vector<FilterRule>`
11	`pin_hole_rules`	`vector<Ipv6PinHoleRule>`

DhcpServerOptions

Defined in fuchsia.router.config/lan.fidl

Ordinal	Name	Type
1	`element`	`Id`
2	`lease_time_sec`	`uint32`
3	`default_gateway`	`fuchsia.net/Ipv4Address`
4	`dns_server`	`DnsSearch`
5	`enable`	`bool`

FlowSelector

FlowSelector is the set of packet selectors defining a traffic flow. a not specified selector represents a match all.

Ordinal	Name	Type
1	`src_address`	`CidrAddress`
2	`src_ports`	`vector<PortRange>`
3	`dst_address`	`CidrAddress`
4	`dst_ports`	`vector<PortRange>`
5	`protocol`	`Protocol`

L2tp

Defined in fuchsia.router.config/wan.fidl

Ordinal	Name	Type	Description
1	`credentials`	`Credentials`
2	`server`	`fuchsia.net/IpAddress`

LanProperties

Defined in fuchsia.router.config/lan.fidl

LanProperties holds the configuration associated with a LAN interface.

Ordinal	Name	Type
1	`address_v4`	`CidrAddress`
2	`enable_dhcp_server`	`bool`
3	`dhcp_config`	`DhcpServerConfig`
4	`address_v6`	`CidrAddress`
5	`enable_dns_forwarder`	`bool`
6	`enable`	`bool`

Lif

A logical interface (LIF) is an abstraction that represents an L3 interface (hence, you can assign an IP address to it, for example). The relationship between logical interfaces and ports are as follows:

A LIF can be associated with either a single physical port, multiple ports (bridge (SVI) or Link aggregation), or with no port at all (GRE interface, e.g.).
A single port can be associated with multiple LIFs (802.1q tagged port).
A LIF can change associations from one port to another (in the case of a port failure, e.g.)

Ordinal	Name	Type
1	`element`	`Id`
2	`type`	`LifType`
3	`name`	`string`
4	`port_ids`	`vector<uint32>`
5	`vlan`	`uint16`
6	`properties`	`LifProperties`

Pppoe

Defined in fuchsia.router.config/wan.fidl

Ordinal	Name	Type	Description
1	`credentials`	`Credentials`

Pptp

Defined in fuchsia.router.config/wan.fidl

Ordinal	Name	Type	Description
1	`credentials`	`Credentials`
2	`server`	`fuchsia.net/IpAddress`

RoutingFeatures

Defined in fuchsia.router.config/route.fidl

Ordinal	Name	Type	Description
1	`rip`	`bool`
2	`ospf`	`bool`

SecurityFeatures

Security features define the features enabled or disabled on the router. For example, NAT, firewall, passthough for common protocols that need it.

Ordinal	Name	Type
1	`PPTP_PASSTHRU`	`bool`
2	`L2TP_PASSTHRU`	`bool`
3	`IPSEC_PASSTHRU`	`bool`
4	`RTSP_PASSTHRU`	`bool`
5	`H323_PASSTHRU`	`bool`
6	`SIP_PASSTHRU`	`bool`
7	`ALLOW_MULTICAST`	`bool`
8	`NAT`	`bool`
9	`FIREWALL`	`bool`
10	`V6_FIREWALL`	`bool`
11	`UPNP`	`bool`
12	`DROP_ICMP_ECHO`	`bool`

SystemAcl

SystemAcl describes an ACL installed at startup.

Ordinal	Name	Type
1	`element`	`Id`
2	`selector`	`FlowSelector`
3	`ingress_port`	`port_number`
4	`egress_port`	`port_number`
5	`acl_type`	`AclType`
6	`acl_action`	`AclAction`

SystemConfig

Ordinal	Name	Type
1	`element`	`Id`
2	`timezone`	`string`
3	`daylight_savings_time_enabled`	`bool`
4	`leds_enabled`	`bool`
5	`hostname`	`string`

Topology

Topology allows indicating which ports are part of a LAN interface and which ports are part of a WAN interface. All ports part of a given LAN or WAN are bridged among themselves and an Switch Virtual Interface (SVI) is created for cpu to get packets (our current bridge). Typical consumer routers have two LIFs, a WAN and a LAN. These are L3 LIFs, with one port associated to the WAN side and 1 or more ports (including the WIFI one) associated to the LAN. The LAN ports are bridged together.

Ordinal	Name	Type	Description
1	`element`	`Id`
2	`lifs`	`vector<Lif>`

WanProperties

Defined in fuchsia.router.config/wan.fidl

WanProperties holds the configuration associated to a WAN interface. It holds the type of upstream connection and authentication credentials for that connection, the mechanism to use to obtain an IP address and control of the interface state.

Ordinal	Name	Type
1	`connection_type`	`WanConnection`
2	`connection_parameters`	`ConnectionParameters`
3	`address_method`	`WanAddressMethod`
4	`address_v4`	`CidrAddress`
5	`gateway_v4`	`fuchsia.net/IpAddress`
6	`connection_v6_mode`	`WanIpV6ConnectionMode`
7	`address_v6`	`CidrAddress`
8	`gateway_v6`	`fuchsia.net/IpAddress`
9	`hostname`	`string`
10	`clone_mac`	`fuchsia.net/MacAddress`
11	`mtu`	`uint32`
12	`enable`	`bool`
13	`metric`	`uint32`

UNIONS

ChannelNumber

Name	Type	Description
`number`	`uint32`
`auto_band`	`Band`

ConnectionParameters

Defined in fuchsia.router.config/wan.fidl

Name	Type	Description
`pppoe`	`Pppoe`
`pptp`	`Pptp`
`l2tp`	`L2tp`

Event

Defined in fuchsia.router.config/event.fidl

Event defines the events the Router Manager will generate based on configuration state changes. The event contains only the object that has changed; for example, if a new forwarding rule is added the event only contains that route, not the full routing table.

Name	Type	Description
`deleted_element`	`Id`
`lif`	`Lif`
`port`	`Port`
`route`	`Route`
`security_features`	`SecurityFeatures`
`forwarding_rule`	`PortForwardingRule`
`trigger_rule`	`PortTriggerRule`
`filter_rule`	`FilterRule`
`ipv6_pin_hole`	`Ipv6PinHoleRule`
`dhz_host`	`DmzHost`
`dhcp_options`	`DhcpServerOptions`
`dhcp_reservation`	`DhcpReservation`
`dns_resolver`	`DnsResolverConfig`
`dns_forwarder`	`DnsForwarder`
`system_config`	`SystemConfig`

LifProperties