Type AdvancedIaUniAccessLink **Description:** The Advanced Internet Access UNI Access Link is a MEF 69.1 defined version of MEF 61.1 UNI Access Link. Reference MEF 69.1 Section 9.4 Internet Access UNI Access Link Requirements. Inherits from: - MEFProductConfiguration Type AdvancedIaUniIpv4ConnectionAddressing **Description:** UniIpv4ConnectionAddressing is a data type representing how IPv4 addresses are allocated to the devices on the UNI Access Link. Reference MEF 61 Section 13.4 UNI Access Link IPv4 Connection Addressing Service Attribute. [R22] At a UNI Access Link in a UNI with an IPVC EP for an Advanced Internet Access Service, UNI Access Link IPv4 Connection Addressing MUST be Static or None. Reference MEF 69.1 Section 9.4 Internet
Name Type Description ADVANCED IA
ipv4SecondarySubnetList Ipv4Subnet[] Secondary IPv4 Subnet List. Includes IPv4 Prefix and Service Provider IPv4 Addresses.
ipv4PrimarySubnet Ipv4Subnet Primary IPv4 Subnet. Includes IPv4 Prefix and Service Provider IPv4 Addresses.
Type AccessLinkBfd **Description:** The Access Link BFD Service Attribute indicates whether Bidirectional Forwarding Detection (BFD) is enabled on the UNI Access Link. Reference MEF 61.1[1] Section 13.8 UNI Access Link BFD Service Attribute and Section 16.5 ENNI Link BFD Attribute.
Name Type Description ADVANCED IA
activeEnd BfdActiveEnd BFD Active End. At least one end of BFD session has to have an active role, meaning that it sends out asynchronous control messages regardless of whether it has received any. Reference MEF 61.1 Section 13.8 UNI Access Link BFD Service Attribute.
transmissionInterval BfdTransmissionInterval BFD allows for asymmetrical operation, where packets can be sent a different interval in each direction, and a different detect multiplier can be used. For simplicity, this specification mandates symmetrical operation. Units are in milliseconds. Reference MEF 61.1 Section 13.8 UNI Access Link BFD Service Attribute and Section 16.5 ENNI Link BFD Attribute.
authenticationType BfdAuthenticationType BFD Authentication as describer in RFC 5880. Reference MEF 61.1 Section 13.8 UNI Access Link BFD Service Attribute and Section 16.5 ENNI Link BFD Attribute.
connectionAddressFamily ConnectionAddressFamily The Connection Address Family parameter specifies whether the session is established over IPv4 or IPv6 or whether two separate sessions are established using IPv4 and IPv6. Reference MEF 61.1 Section 13.8 UNI Access Link BFD Service Attribute and Section 16.5 ENNI Link BFD Attribute.
detectMultiplier integer BFD Detect multiple as an Integer. Reference MEF 61.1 Section 13.8 UNI Access Link BFD Service Attribute and Section 16.5 ENNI Link BFD Attribute.
`enum` BfdActiveEnd **Description:** At least one end of the BFD session must have an active role, meaning that it sends out asynchronous control messages regardless of whether it has received any. This enumeration represents the values that can be set for the BFD Active End. Reference MEF 61.1 Section 13.8 UNI Access Link BFD Service Attribute [R171] and [R172]. - SUBSCRIBER: Subscriber takes active BFD role. - SP: Service Provider takes active BFD role. - BOTH: Subscriber and Service Provider take active BFD role.
Value ADVANCED IA Description
SUBSCRIBER SUBSCRIBER
SP SP
BOTH BOTH
`enum` BfdAuthenticationType **Description:** RFC 7419 specifies a set of common intervals which are used to ensure interoperability. - NONE: No BFD authentication. - SIMPLE_PASSWORD: Simple Password Authentication is the most straightforward (and weakest) form of authentication. In this method of authentication one or more Passwords (with corresponding Key IDs) are configured in each system and one of these Password/ID pairs is carried in each BFD Control packet. The receiving system accepts the packet if the Password and Key ID matches one of the Password/ID pairs configured in that system. Reference IETF RFC5880 Section 6.7.2. - KEYED_MD5: The Keyed MD5 and Meticulous Key MD5 Authentication mechanisms are very similar to those used in other protocols. In these methods of authentication, one or more security keys (with corresponding key IDs) are configured in each system. Reference RFC5880 Section 6.7.3 Keyed MD5 and Meticulous Keyed MD5 Authentication. - METICULOUS_KEYED_MD5: The Keyed MD5 and Meticulous Key MD5 Authentication mechanisms are very similar to those used in other protocols. In these methods of authentication, one or more security keys (with corresponding key IDs) are configured in each system. Reference RFC5880 Section 6.7.3 Keyed MD5 and Meticulous Keyed MD5 Authentication. - KEYED_SHA1: The Keyed SHA1 and Meticulous Key SHA1 Authentication mechanisms are very similar to those used in other protocols. In these methods of authentication, one or more secret keys (with corresponding key IDs) are configured in each system. Reference RFC5880 Section 6.7.4 Keyed SHA1 and Meticulous Keyed SHA1 Authentication. - METICULOUS_KEYED_SHA1: The Keyed SHA1 and Meticulous Key SHA1 Authentication mechanisms are very similar to those used in other protocols. In these methods of authentication, one or more secret keys (with corresponding key IDs) are configured in each system. Reference RFC5880 Section 6.7.4 Keyed SHA1 and Meticulous Keyed SHA1 Authentication.
Value ADVANCED IA Description
NONE NONE
SIMPLE_PASSWORD SIMPLE_PASSWORD
KEYED_MD5 KEYED_MD5
METICULOUS_KEYED_MD5 METICULOUS_KEYED_MD5
KEYED_SHA1 KEYED_SHA1
METICULOUS_KEYED_SHA1 METICULOUS_KEYED_SHA1
`enum` BfdTransmissionInterval **Description:** UNI Access Link BFD authentication type. When Authentication is NOT NONE, RFC5880 Section 6.7 Authentication mechanisms are used.
Value ADVANCED IA Description
3_3_MILLISECONDS 3_3_MILLISECONDS
10_MILLISECONDS 10_MILLISECONDS
20_MILLISECONDS 20_MILLISECONDS
50_MILLISECONDS 50_MILLISECONDS
100_MILLISECONDS 100_MILLISECONDS
1_SECOND 1_SECOND
Type DhcpRelay **Description:** Dynamic Host Configuration Protocol (DHCP) Relay functionality is useful when the Subscriber uses DHCP (per RFC 2131 and RFC 8415) in the Subscriber Network but does not want to place a DHCP server (or possibly a pair of redundant DHCP servers) in each part of the network.
Name Type Description ADVANCED IA
dhcpServerList DhcpServer[] Non-empty list of IP addresses for DHCP Servers belonging to the Subscriber. Reference MEF 61.1 Section 13.6 UNI Access Link DHCP Relay Server Attribute.
ipvcEndPointIdentifier string IPVC identifier as described in MEF 61.1 Section 11.1.
Type DhcpServer **Description:** Data type representing a DHCP Server
Name Type Description ADVANCED IA
ipv6Address string DHCP Server IPv6 address.
ipv4Address string DHCP Server IPv4 address.
Type Ipv4Subnet **Description:** Ipv4Subnet is a data type representing an IPv4 subnet logical partition of an IP network. Included is list of Service Provider IPv4 addresses.
Name Type Description ADVANCED IA
serviceProviderIpv4Addresses string[] List of Service Provider IPv4 addresses.
ipv4Prefix Ipv4Prefix IPv4 address prefix (IPv4 address prefix and mask length between 0 and 31 in bits).
Type Ipv6Subnet **Description:** IPv6Subnet is a data type representing an IPv6 subnet logical partition of an IP network. Included is list of Service Provider IPv6 addresses.
Name Type Description ADVANCED IA
serviceProviderIpv6Addresses string[] List of IPv6 Service Provider addresses.
ipv6Prefix Ipv6Prefix IPv6 Prefix (IPv6 address prefix and mask length between 0 and 127 in bits).
Type Vrid **Description:** VRID (Virtual Router ID) as defined in RFC 5798 is a number between 1 and 255
Name Type Description ADVANCED IA
=== Unused types ===================================================== AdvancedIaUniIpv6ConnectionAddressing BurstBehavior ConnectionAddressFamily EnabledDisabled EndPointIdentifierAndCosName InformationRate IpBwpEnvelope IpBwpFlow IpUniEgressBwpAccessLink IpUniEgressBwpEnvelope IpUniEgressBwpIpvcEp IpUniEgressBwpIpvcEpCos IpUniEgressBwpIpvcEpCosAccessLink IpUniEgressBwpUni IpUniEgressIpvcBwpIpvcEpAccessLink IpUniIngressBwpAccessLink IpUniIngressBwpEnvelope IpUniIngressBwpIpvcEp IpUniIngressBwpIpvcEpCos IpUniIngressBwpIpvcEpCosAccessLink IpUniIngressBwpUni IpUniIngressIpvcBwpIpvcEpAccessLink Ipv4Prefix Ipv6Prefix IrUnits MEFProductConfiguration