`enum` Addressing **Description:** Enumeration representing the Address type for the Control Protocols data type. - SP_OPERATOR_ADDRESSES: If the addressing information is SP/Operator Addresses, then Ingress IP Packets for the specified protocol that have a multicast or broadcast destination address, or a unicast destination address that is reachable within the SP's or Operator's network, are considered to be IP Control Protocol Packets, and Egress IP Packets for the specified protocol that have a source address that is reachable within the SP's or Operator's network are considered to be IP Control Protocol Packets. - ANY: If the addressing information is Any, then all IP Packets for the specified protocol that cross the UNI are considered to be IP Control Protocol Packets.
Value ADVANCED IA Description
SP_OPERATOR_ADDRESSES SP_OPERATOR_ADDRESSES
ANY ANY
Type Bgp **Description:** When an entry in the UNI Routing Protocol is for BGP, BGP as specified in RFC 4271 is used across the UNI to exchange information. Reference MEF 61.1 Section 12.7.3 BGP.
Name Type Description ADVANCED IA
subscriberAsNumber integer BGP Subscriber Autonomous System number.
peerAsNumber integer BGP Peer Autonomous System Number.
bgpExtendedCommunityList BgpExtendedCommunityListItem[] Mechanism for labeling information carried in BGP-4. Provide enhancement over existing BGP Community Attribute an extended range, the addition of type field.
connectionAddressFamily ConnectionAddressFamily Connection Address Family (IPv4 or IPv6).
damping Damping Route flap damping. When the Damping parameter is NONE, the attribute is not set. When not NONE a single set of parameters described in Section 4.3 of RFC 2430 MUST be agreed.
ipPrefixes Ipv4Ipv6Prefixes IPv4/IPv6 Prefixes that are advertised using BGP.
administrativeDistance integer BGP Administrative Distance.
asOverride EnabledDisabled Autonomous System Override.
holdTime integer Hold time in seconds. Indicates the agreed Hold Time used for BGP sessions. The possible values are 0 or an integer in the range 3-65535.
peeringAddresses PeeringAddress Peering Addresses.
authentication BgpAuthentication BGP Authentication (None or MD5 plus a password).
bgpCommunityList BgpCommunityListItem[] Used to control which routers are accepted, preferred, distributed, or advertised.
`enum` BgpAuthentication **Description:** BGP Authentication options as an enumeration. - NONE: No authentication for BGP. - MD5_PASSWORD: BGP Authentication is MD5 plus a password.
Value ADVANCED IA Description
NONE NONE
MD5_PASSWORD MD5_PASSWORD
`enum` BgpCommunity **Description:** Set of BGP Community enumerations. - NO_ADVERTISE: When a No-Advertise community is attached to a route, the BGP speaker won't advertise the route to any internal or external BGP peers. - NO_EXPORT: When a No-Export community is attached to a route, the router won't advertise the route to external peers--only to internal peers. - LOCAL_AS: To avoid any BGP routing loops, there is an important rule regarding the internal BGP neighbors: an IBGP neighbor cannot advertise a route to an IBGP neighbor if it received that route from another IBGP neighbor. - GRACEFUL_SHUTDOWN: The Graceful SHUTDOWN (65535:0) community is used to smoothly shut down paths a router might use when its peer router is about to be intentionally shut down. - EXTENDED: An Extended community is an 8-byte value that is divided into two main sections:An extended community has three fields: type, administrator, assigned number (type:administrator:assigned-number). Based on the value of the high-order byte in the Type field, the administrator field can be an AS or an IP address. - ROUTE_TARGET: The Route Target community is used in MPLS VPN environments to separate two customers routing tables. - ROUTE_ORIGIN: In an MPLS VPN environment, the route origin community is used to identify where routes originated from, so that readvertisement back to that site is avoided. - LARGE: A Large community is a 12-byte BGP community that was developed when the 4-byte AS began to be allocated. Since each of the standard or extended communi-ties use 2-byte values for the AS, a 4-byte AS would not fit into the standard 2-byte value.
Value ADVANCED IA Description
NO_ADVERTISE NO_ADVERTISE
NO_EXPORT NO_EXPORT
LOCAL_AS LOCAL_AS
GRACEFUL_SHUTDOWN GRACEFUL_SHUTDOWN
EXTENDED EXTENDED
ROUTE_TARGET ROUTE_TARGET
ROUTE_ORIGIN ROUTE_ORIGIN
LARGE LARGE
Type BgpCommunityListItem **Description:** Bgp Community List Item
Name Type Description ADVANCED IA
communityPrefixes Ipv4Ipv6Prefixes The prefixes that the BGP Community contains
communityName string The name of BGP Community.
communityValue BgpCommunity BGP Community value.
communityId integer Unique identifier for BGP Community.
Type BgpExtendedCommunityListItem **Description:** BGP Extended Community List Item
Name Type Description ADVANCED IA
routeTargetImport RouteDistinguisherFields BGP Community value.
routeDistinguisher RouteDistinguisherFields The prefixes that the BGP Community contains
routeTargetOrigin RouteDistinguisherFields BGP Community value.
routeTargetExport RouteDistinguisherFields BGP Community value.
`enum` BurstBehavior **Description:** Enumeration used to select the Bandwidth Profile Flow Burst Behavior attribute. Reference MEF 61.1 Section 17.3 Table 29 Bandwidth Profile Parameters for a Bandwidth Profile Flow. - OPTIMIZE_DELAY: Enumeration representing the Burst Behavior of optimization of delay. - OPTIMIZE_THROUGHPUT: Enumeration representing the Burst Behavior of optimization of throughput.
Value ADVANCED IA Description
OPTIMIZE_DELAY OPTIMIZE_DELAY
OPTIMIZE_THROUGHPUT OPTIMIZE_THROUGHPUT
`enum` ConnectionAddressFamily **Description:** Specifies whether the session is established over IPv4 or IPv6 or whether two separate session are established using IPv4 and IPv6.
Value ADVANCED IA Description
IPV4 IPV4
IPv6 I_PV6
BOTH BOTH
ERROR -> Unrecognized type: 'ControlProtocols'! ERROR -> Unrecognized type: 'ControlProtocols'! Type Damping **Description:** Damping parameters as defined in RFC 2439 BGP Route Flap Damping, Section 4.2
Name Type Description ADVANCED IA
decayHalfLifeWhileReachable integer This value is the time duration in seconds during which the accumulated stability figure of merit will be reduced by half if the route if considered reachable (whether suppressed or not).
reuseListMemoryReuseListMax integer This is the time (in seconds) value corresponding to the last reuse list. This may be the maximum value of T-hold for all parameter sets of may be configured.
maxHoldDownTime integer This value is the maximum time a route can be suppressed no matter how unstable it has been prior to this period of stability. In seconds.
reuseListTimeGranularity integer This is the time (in seconds) interval between evaluations of the reuse lists. Each reuse lists corresponds to an additional time increment.
timeGranularity integer This is the time granularity in seconds used to perform all decay computations.
decayHalfLifeWhileUnReachable integer This value is the time duration in seconds during which the accumulated stability figure of merit will be reduced by half if the route if considered unreachable. If not specified or set to zero, no decay will occur while a route remains unreachable.
decayMemoryLimit integer This is the maximum time (in seconds) that any memory of previous instability will be retained given that the route's state remains unchanged, whether reachable or unreachable. This parameter is generally used to determine array sizes.
reuseThreshold integer This value is expressed as a number of route withdrawals. It is the value below which a suppressed route will now be used again.
cutoffThreshold integer This value is expressed as a number of route withdrawals. It is the value above which a route advertisement will be suppressed.
numberOfReuseLists integer This is the number of reuse lists. It may be determined from reuse-list-max or set explicitly.
`enum` EnabledDisabled **Description:** Enumeration to indicate Enabled/Disabled state of an attribute
Value ADVANCED IA Description
ENABLED ENABLED
DISABLED DISABLED
Type EndPointIdentifierAndCosName **Description:** Data type representing IPVC End Point Identifier and CoS name use for Bandwidth Profiles.
Name Type Description ADVANCED IA
ipvcEndPointIdentifier string IPVC End Point Identifier for an IPVC End Point located at the UNI.
cosName string Class of Service Name.
Type ForwardingInformation **Description:** Forwarding information, consisting of either a nexthop IP address in the Subscriber Network (if the access medium is multipoint capable, e.g., Ethernet), or a specific UNI Access Link (if the access medium is strictly point-to-point, e.g., HDLC, PPP over DSL).
Name Type Description ADVANCED IA
nextHopIpAddress string Next hop IP address.
uniAccessLink string UNI Access Link unique identifier.
Type InformationRate **Description:** A value and a unit of measure that specifies an Information Rate.
Name Type Description ADVANCED IA
irValue number The value in the information rate. For example if the information rate is 70 kbps this element is 70.
irUnits IrUnits The unit of measure for the Information Rate. For example if the Information Rate is 70KBPS this element is KBPS. Note that the values are decimal values. 1 KBPS is 1000 bits per second and 1MBPS is 1,000,000 bits per second.
Type IpBwpEnvelope **Description:** A BWP Envelope is a list of Bandwidth Profile Flows, plus additional parameters for the BWP as a whole. A BWP Envelope is a set of one or more BWP Flows that are associated such that the amount of traffic for one flow can affect the amount that is permitted for another flow. Reference MEF 61.1 Section 17.3 Bandwidth Profile Envelopes.
Name Type Description ADVANCED IA
tE integer The Envelope IR Time in milliseconds. This is the time period over which average Information Rates are calculated and thus it limits the size of a burst. Reference MEF 61.1 Section 17.3 Bandwidth Profile Envelopes.
maxIrE InformationRate The Envelope Maximum Information Rate in bits per second. This is the limit on the total aggregate information rate of traffic across all BWP Flows in the Envelope. Reference MEF 61.1 Section 17.3 Bandwidth Profile Envelopes.
Type IpBwpFlow **Description:** A Bandwidth Profile Flow is a stream of IP Packets meeting certain criteria. The criteria than can be used depends on which BWP Envelope the BWP Flow is a part of. Reference MEF 61.1 Section 17.2 Bandwidth Profile Flows.
Name Type Description ADVANCED IA
maxIr InformationRate Identifier for Maximum Information Rate in bits per second. Limit on the average information rate of IP Packets for this BWP Flow. Reference MEF 61.1 Table 29 - Bandwidth Profile Parameters for a Bandwidth Profile Flow.
flowIdentifier integer Identifier for the BWP Flow within the BWP Envelope. Unique integer between 1 and n where n is the number of BWP Flows in the BWP Envelope. Reference MEF 61.1 Table 29 - Bandwidth Profile Parameters for a Bandwidth Profile Flow.
weight Identifier for Weight as an integer greater than or equal to 0. Relative weight for this BWP Flow compared to other BWP Flows in the BWP Envelope. Reference MEF 61.1 Table 29 - Bandwidth Profile Parameters for a Bandwidth Profile Flow.
burstBehavior BurstBehavior Identifier for Burst Behavior either Optimize-Delay or Optimize-Throughput. Whether the SP is requested to optimize the delay characteristic of this flow, or the throughput. Reference MEF 61.1 Table 29 - Bandwidth Profile Parameters for a Bandwidth Profile Flow.
cir InformationRate Identifier for Committed Information Rate in bits per second. Average information rate of IP Packets that is committed to this BWP Flow. Reference MEF 61.1 Table 29 - Bandwidth Profile Parameters for a Bandwidth Profile Flow.
Type IpUniEgressBwpAccessLink **Description:** All Ingress IP Data Packets at the UNI that are received over one of a give set of UNI Access Links. Reference MEF 61.1 Section 12.5 UNI Egress BWP Envelope. Inherits from: - IpBwpEnvelope Type IpUniEgressBwpEnvelope **Description:** A single Bandwidth Profile Envelope consisting of parameters and Bandwidth Profile Flow specifications. If specified, the BWP Envelope is used for an egress Bandwidth Profile. The BWP Flows can be defined per UNI, per IPVC EP, per UNI Access Link, per CosName, etc. Reference MEF 61.1 Section 12.5 UNI Egress Bandwidth Profile Envelope Service Attribute. Inherits from: - IpBwpEnvelope
Name Type Description ADVANCED IA
ipUniEgressBwpUni IpUniEgressBwpUni All Egress IP Data Packets at the UNI. Reference MEF 61.1 Section 12.5 UNI Egress BWP Envelope.
ipUniEgressBwpAccessLink IpUniEgressBwpAccessLink[] All Egress IP Data Packets at the UNI that are mapped to any of a given set of (IPVC, EP, CoS Name) pairs. Reference MEF 61.1 Section 12.5 UNI Egress BWP Envelope.
ipUniEgressBwpIpvcEpCos IpUniEgressBwpIpvcEpCos[] All Egress IP Data Packets at the UNI that are mapped to any of a given set of (IPVC, EP, CoS Name) pairs. Reference MEF 61.1 Section 12.5 UNI Egress BWP Envelope.
ipUniEgressBwpIpvcEpCosAccessLink IpUniEgressBwpIpvcEpCosAccessLink[] All Egress IP Data Packets at the UNI that are received over one of a given set of UNI Access Links, and that are mapped to the any of a given set of (IPVC EP, Cos Name) pairs. Reference MEF 61.1 Section 12.5 UNI Egress BWP Envelope.
ipUniEgressBwpIpvcEp IpUniEgressBwpIpvcEp[] All Egress IP Data Packets at the UNI that are mapped to any of a given set of IPVC EPs. Reference MEF 61.1 Section 12.5 UNI Egress BWP Envelope.
ipUniEgressBwpIpvcEpAccessLink IpUniEgressIpvcBwpIpvcEpAccessLink[] All Egress IP Data Packets at the UNI that are received over one of a give set of UNI Access Links. Reference MEF 61.1 Section 12.5 UNI Egress BWP Envelope.
Type IpUniEgressBwpIpvcEp **Description:** All Ingress IP Data Packets at the UNI that are mapped to any of a given set of IPVC EPs. Reference MEF 61.1 Section 12.5 UNI Egress BWP Envelope. Inherits from: - IpBwpFlow
Name Type Description ADVANCED IA
ipvcEndPointIdentifier string[] IPVC End Point Identifier for an IPVC End Point located at the UNI.
Type IpUniEgressBwpIpvcEpCos **Description:** All Ingress IP Data Packets at the UNI that are mapped to any of a given set of (IPVC, EP, CoS Name) pairs. Reference MEF 61.1 Section 12.5 UNI Egress BWP Envelope. Inherits from: - IpBwpEnvelope
Name Type Description ADVANCED IA
ipvcEpIdCosName string[] IPVC End Point and CoS Identifier. Reference MEF 61.1 Table 28.
Type IpUniEgressBwpIpvcEpCosAccessLink **Description:** All Ingress IP Data Packets at the UNI that are received over one of a given set of UNI Access Links,and that are mapped to the any of a given set of (IPVC EP, Cos Name) pairs. Reference MEF 61.1 Section 12.4 UNI Ingress BWP Envelope. Type IpUniEgressBwpUni **Description:** All Ingress IP Data Packets at the UNI. Reference MEF 61.1 Section 12.5 UNI Egress BWP Envelope. Inherits from: - IpBwpFlow
Name Type Description ADVANCED IA
Type IpUniEgressIpvcBwpIpvcEpAccessLink **Description:** All Ingress IP Data Packets at the UNI that are received over one of a give set of UNI Access Links. Reference MEF 61.1 Section 12.4 UNI Ingress BWP Envelope. Inherits from: - IpBwpEnvelope Type IpUniIngressBwpAccessLink **Description:** All Ingress IP Data Packets at the UNI that are received over one of a give set of UNI Access Links. Reference MEF 61.1 Section 12.4 UNI Ingress BWP Envelope. Inherits from: - IpBwpEnvelope Type IpUniIngressBwpEnvelope **Description:** A single Bandwidth Profile Envelope consisting of parameters and Bandwidth Profile Flow specifications. If specified, the BWP Envelope is used for an ingress Bandwidth Profile. The BWP Flows can be defined per UNI, per IPVC EP, per UNI Access Link, per CosName, etc. Reference MEF 61.1 Section 12.4 UNI Ingress Bandwidth Profile Envelope Service Attribute. Inherits from: - IpBwpEnvelope
Name Type Description ADVANCED IA
ipUniIngressBwpUni IpUniIngressBwpUni All Ingress IP Data Packets at the UNI. Reference MEF 61.1 Section 12.4 UNI Ingress BWP Envelope.
ipUniIngressBwpIpvcEpCosAccessLink IpUniIngressBwpIpvcEpCosAccessLink[] All Ingress IP Data Packets at the UNI that are received over one of a given set of UNI Access Links, and that are mapped to the any of a given set of (IPVC EP, Cos Name) pairs. Reference MEF 61.1 Section 12.4 UNI Ingress BWP Envelope.
ipUniIngressBwpIpvcEp IpUniIngressBwpIpvcEp[] All Ingress IP Data Packets at the UNI that are mapped to any of a given set of IPVC EPs. Reference MEF 61.1 Section 12.4 UNI Ingress BWP Envelope.
ipUniIngressBwpIpvcEpCos IpUniIngressBwpIpvcEpCos[] All Ingress IP Data Packets at the UNI that are mapped to any of a given set of (IPVC, EP, CoS Name) pairs. Reference MEF 61.1 Section 12.4 UNI Ingress BWP Envelope.
ipUniIngressBwpAccessLink IpUniIngressBwpAccessLink[] All Ingress IP Data Packets at the UNI that are mapped to any of a given set of (IPVC, EP, CoS Name) pairs. Reference MEF 61.1 Section 12.4 UNI Ingress BWP Envelope.
ipUniIngressBwpIpvcEpAccessLink IpUniIngressIpvcBwpIpvcEpAccessLink[] All Ingress IP Data Packets at the UNI that are received over one of a give set of UNI Access Links. Reference MEF 61.1 Section 12.4 UNI Ingress BWP Envelope.
Type IpUniIngressBwpIpvcEp **Description:** All Ingress IP Data Packets at the UNI that are mapped to any of a given set of IPVC EPs. Reference MEF 61.1 Section 12.4 UNI Ingress BWP Envelope. Inherits from: - IpBwpFlow
Name Type Description ADVANCED IA
ipvcEndPointIdentifier string[] IPVC End Point Identifier for an IPVC End Point located at the UNI.
Type IpUniIngressBwpIpvcEpCos **Description:** All Ingress IP Data Packets at the UNI that are mapped to any of a given set of (IPVC, EP, CoS Name) pairs. Reference MEF 61.1 Section 12.4 UNI Ingress BWP Envelope. Inherits from: - IpBwpEnvelope
Name Type Description ADVANCED IA
ipvcEpIdCosName string[] IPVC End Point and CoS Identifier. Reference MEF 61.1 Table 28.
Type IpUniIngressBwpIpvcEpCosAccessLink **Description:** All Ingress IP Data Packets at the UNI that are received over one of a given set of UNI Access Links,and that are mapped to the any of a given set of (IPVC EP, Cos Name) pairs. Reference MEF 61.1 Section 12.4 UNI Ingress BWP Envelope. Type IpUniIngressBwpUni **Description:** All Ingress IP Data Packets at the UNI. Reference MEF 61.1 Section 12.4 UNI Ingress BWP Envelope. Inherits from: - IpBwpFlow
Name Type Description ADVANCED IA
Type IpUniIngressIpvcBwpIpvcEpAccessLink **Description:** All Ingress IP Data Packets at the UNI that are received over one of a give set of UNI Access Links. Reference MEF 61.1 Section 12.4 UNI Ingress BWP Envelope. Inherits from: - IpBwpEnvelope Type Ipv4Ipv6Prefixes **Description:** IPv4 and IPv6 prefix lists. Includes subnet addresses and prefix length.
Name Type Description ADVANCED IA
listOfIpv4ReservedPrefixes Ipv4Prefix[] List of IPv4 prefixes.
listOfIpv6ReservedPrefixes Ipv6Prefix[] List of IPv6 prefixes.
Type Ipv4Prefix **Description:** Data type representing IPv4 address prefix and mask length between 0 and 31 bits.
Name Type Description ADVANCED IA
prefixLength integer IPv4 address prefix. Length 0-31.
ipv4Address string IPv4 address.
Type Ipv6Prefix **Description:** Data type representing IPv6 address prefix and mask length between 0 and 127 in bits.
Name Type Description ADVANCED IA
prefixLength integer IPv6 address prefix. Length 0-127.
ipv6Address string IPv6 address.
`enum` IrUnits **Description:** The unit of measure for the Information Rate. For example if the Information Rate is 70KBPS this element is KBPS. Note that the values are decimal values. 1 KBPS is 1000 bits per second and 1MBPS is 1,000,000 bits per second.
Value ADVANCED IA Description
BPS BPS
KBPS KBPS
MBPS MBPS
GBPS GBPS
TBPS TBPS
PBPS PBPS
EBPS EBPS
ZBPS ZBPS
YBPS YBPS
Type MEFProductConfiguration **Description:** MEFProductConfiguration is used as an extension point for MEF specific product/service payload. The `@type` attribute is used as a discriminator
Name Type Description ADVANCED IA
@type* string The name of the type, defined in the JSON schema specified above, for the product that is the subject of the POQ Request. The named type must be a subclass of MEFProductConfiguration.
Type Ospf **Description:** When an entry in the UNI Routing Protocols is for OSPF, OSPF as specified in RFC 2328 (for IPv4) and/or RFC 5340 (for IPv6) is used across each UNI Access Link to exchange routing information. Reference MEF 61.1 Section 12.7.2 OSPF.
Name Type Description ADVANCED IA
deadInterval integer Dead interval (0-429496295, in seconds)
areaId integer Area ID (0-429967295), normally expressed as an IPv4 address.
retransmissionInterval integer Retransmit interval (integer greater than 0, in seconds)
areaType OspfAreaType OSPF Area Type enumeration.
helloInterval integer Hello interval (0-65535, in seconds)
authenticationType OspfAuthenticationType OSPF Authentication Type.
ipPrefixes Ipv4Ipv6Prefixes IPv4/IPv6 Prefixes that are advertised using OSPF.
administrativeDistance integer Administrative distance (integer greater than 0)
`enum` OspfAreaType **Description:** OSPF Area Type enumeration.
Value ADVANCED IA Description
NORMAL NORMAL
STUB STUB
NSSA NSSA
`enum` OspfAuthenticationType **Description:** OSPF Authentication Type enumeration.
Value ADVANCED IA Description
NONE NONE
PASSWORD PASSWORD
MESSAGE_DIGEST MESSAGE_DIGEST
Type PeeringAddress **Description:** Peering Addresses. Connection Addresses, or Loopbacks plus a list of pairs of IP addresses. Reference MEF 61.1 Section 12.7.3 BGP.
Name Type Description ADVANCED IA
connectionAddress EnabledDisabled If the Peering Addresses parameter is Connection Addresses, a separate BGP peering session is established over each UNI Access Link, using the primary IPv4 addresses in the UNI Access Link IPv4 Connection Addressing Service Attribute (section 13.4) or the first IPv6 addresses in the UNI Access Link IPv6 Connection Addressing Service Attribute (section 13.5), as indicated by the Connection Address Family parameter.
serviceProviderLoopback string Service Provider IP Loopback address.
loopbacks EnabledDisabled If the Peering Addresses parameter is Loopbacks, a list of pairs of IP addresses is additionally specified, each pair containing the Subscriber's loopback address and the SP's or Operator's loopback address. A single BGP peering session is established for each pair of addresses.
subscriberLoopback string Subscriber IP Loopback address.
Type PeeringAddress **Description:** Peering Addresses. Connection Addresses, or Loopbacks plus a list of pairs of IP addresses. Reference MEF 61.1 Section 12.7.3 BGP.
Name Type Description ADVANCED IA
connectionAddress EnabledDisabled If the Peering Addresses parameter is Connection Addresses, a separate BGP peering session is established over each UNI Access Link, using the primary IPv4 addresses in the UNI Access Link IPv4 Connection Addressing Service Attribute (section 13.4) or the first IPv6 addresses in the UNI Access Link IPv6 Connection Addressing Service Attribute (section 13.5), as indicated by the Connection Address Family parameter.
serviceProviderLoopback string Service Provider IP Loopback address.
loopbacks EnabledDisabled If the Peering Addresses parameter is Loopbacks, a list of pairs of IP addresses is additionally specified, each pair containing the Subscriber's loopback address and the SP's or Operator's loopback address. A single BGP peering session is established for each pair of addresses.
subscriberLoopback string Subscriber IP Loopback address.
Type RouteDistinguisherFields **Description:** BGP Route Distinguisher with two fields.
Name Type Description ADVANCED IA
field1 string Route Distinguisher field 1.
field2 string Route Distinguisher field 2.
Type RoutingProtocols **Description:** Data type to support routing protocols and associated parameters that are used to exchange IP routes across the UNI. The value is a list of protocols (possibly empty), where each entry consists of the protocol name (one of Static, OSPF or BGP) the type of routes that will be exchanged (one of IPv4 or IPv6 or Both) and set of additional parameters as specified. Reference MEF 61.1 Section 12.7 UNI Routing Protocols Service Attributes.
Name Type Description ADVANCED IA
static Static[] Reference to Static routing
bgp Bgp[] Reference to BGP routing
ospf Ospf[] Reference to OSPF routing.
Type Static **Description:** When an entry in the UNI Routing Protocols list is for Static, the IP Prefixes used in the Subscriber Network that are reachable via this UNI are specified as additional parameters in the entry. These are known as Static IP Prefixes. Reference MEF 61.1 Section 12.7.1 Static.
Name Type Description ADVANCED IA
staticIpEntry StaticIpEntry[] Static IP address entry.
Type StaticIpEntry **Description:** StaticIpEntry data type including IPv4/IPv6 prefixes, forwarding information and administrative distance.
Name Type Description ADVANCED IA
staticPrefix Ipv4Ipv6Prefixes Static IP prefix either IPv4 or IPv6.
administrativeDistance integer Administrative distance, an integer > 0.
forwardingInformation ForwardingInformation Forwarding information with either Next Hop IP address or UNI Access Link identifier.
`enum` UniManagementType **Description:** Enumeration representing the UNI Management Type options. Reference MEF 61.1 Section 12.2 UNI Management Type Service Attribute.
Value ADVANCED IA Description
SUBSCRIBER_MANAGEMENT SUBSCRIBER_MANAGEMENT
PROVIDER_MANAGEMENT PROVIDER_MANAGEMENT
=== Unused types ===================================================== AdvancedIaUni ControlProtocol