`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 |
| 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. |
| Value | ADVANCED IA | Description |
| NONE | NONE | |
| MD5_PASSWORD | MD5_PASSWORD |
| 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 |
| 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. |
| 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. |
| Value | ADVANCED IA | Description |
| OPTIMIZE_DELAY | OPTIMIZE_DELAY | |
| OPTIMIZE_THROUGHPUT | OPTIMIZE_THROUGHPUT |
| Value | ADVANCED IA | Description |
| IPV4 | IPV4 | |
| IPv6 | I_PV6 | |
| BOTH | BOTH |
| 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. |
| Value | ADVANCED IA | Description |
| ENABLED | ENABLED | |
| DISABLED | DISABLED |
| 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. |
| Name | Type | Description | ADVANCED IA |
| nextHopIpAddress | string | Next hop IP address. | |
| uniAccessLink | string | UNI Access Link unique identifier. |
| 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. |
| 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. |
| 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. |
| Name | Type | Description | ADVANCED IA |
| uniAccessLinkIdentifier | string[] | UNI Access Link Identifier. |
| 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. |
| Name | Type | Description | ADVANCED IA |
| ipvcEndPointIdentifier | string[] | IPVC End Point Identifier for an IPVC End Point located at the UNI. |
| Name | Type | Description | ADVANCED IA |
| ipvcEpIdCosName | string[] | IPVC End Point and CoS Identifier. Reference MEF 61.1 Table 28. |
| Name | Type | Description | ADVANCED IA |
| ipvcEpIdCosName | EndPointIdentifierAndCosName[] | IPVC End Point and CoS Identifier. Reference MEF 61.1 Table 28. | |
| uniAccessLinkIdentifier | string[] | UNI Access Link Identifier. |
| Name | Type | Description | ADVANCED IA |
| Name | Type | Description | ADVANCED IA |
| ipvcEndPointIdentifier | string[] | IPVC End Point Identifier | |
| uniAccessLinkIdentifier | string[] | UNI Access Link Identifier. |
| Name | Type | Description | ADVANCED IA |
| uniAccessLinkIdentifier | string[] | UNI Access Link Identifier. |
| 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. |
| Name | Type | Description | ADVANCED IA |
| ipvcEndPointIdentifier | string[] | IPVC End Point Identifier for an IPVC End Point located at the UNI. |
| Name | Type | Description | ADVANCED IA |
| ipvcEpIdCosName | string[] | IPVC End Point and CoS Identifier. Reference MEF 61.1 Table 28. |
| Name | Type | Description | ADVANCED IA |
| ipvcEpidCosName | EndPointIdentifierAndCosName[] | IPVC End Point and CoS Identifier. Reference MEF 61.1 Table 28. | |
| uniAccessLinkIdentifier | string[] | UNI Access Link Identifier. |
| Name | Type | Description | ADVANCED IA |
| Name | Type | Description | ADVANCED IA |
| ipvcEndPointIdentifier | string[] | IPVC End Point Identifier | |
| uniAccessLinkIdentifier | string[] | UNI Access Link Identifier. |
| Name | Type | Description | ADVANCED IA |
| listOfIpv4ReservedPrefixes | Ipv4Prefix[] | List of IPv4 prefixes. | |
| listOfIpv6ReservedPrefixes | Ipv6Prefix[] | List of IPv6 prefixes. |
| Name | Type | Description | ADVANCED IA |
| prefixLength | integer | IPv4 address prefix. Length 0-31. | |
| ipv4Address | string | IPv4 address. |
| Name | Type | Description | ADVANCED IA |
| prefixLength | integer | IPv6 address prefix. Length 0-127. | |
| ipv6Address | string | IPv6 address. |
| Value | ADVANCED IA | Description |
| BPS | BPS | |
| KBPS | KBPS | |
| MBPS | MBPS | |
| GBPS | GBPS | |
| TBPS | TBPS | |
| PBPS | PBPS | |
| EBPS | EBPS | |
| ZBPS | ZBPS | |
| YBPS | YBPS |
| 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. |
| 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) |
| Value | ADVANCED IA | Description |
| NORMAL | NORMAL | |
| STUB | STUB | |
| NSSA | NSSA |
| Value | ADVANCED IA | Description |
| NONE | NONE | |
| PASSWORD | PASSWORD | |
| MESSAGE_DIGEST | MESSAGE_DIGEST |
| 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. |
| 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. |
| Name | Type | Description | ADVANCED IA |
| field1 | string | Route Distinguisher field 1. | |
| field2 | string | Route Distinguisher field 2. |
| Name | Type | Description | ADVANCED IA |
| static | Static[] | Reference to Static routing | |
| bgp | Bgp[] | Reference to BGP routing | |
| ospf | Ospf[] | Reference to OSPF routing. |
| Name | Type | Description | ADVANCED IA |
| staticIpEntry | StaticIpEntry[] | Static IP address entry. |
| 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. |
| Value | ADVANCED IA | Description |
| SUBSCRIBER_MANAGEMENT | SUBSCRIBER_MANAGEMENT | |
| PROVIDER_MANAGEMENT | PROVIDER_MANAGEMENT |