TIMETRA-BGP-MIB: View SNMP OID List / Download MIB

This document is the SNMP MIB module for Alcatel-Lucent's implementation of BGP. Copyright 2003-2012 Alcatel-Lucent. All rights reserved. Reproduction of this document is authorized on the condition that the foregoing copyright notice is included. This SNMP MIB module (Specification) embodies Alcatel-Lucent's proprietary intellectual property. Alcatel-Lucent retains all title and ownership in the Specification, including any revisions. Alcatel-Lucent grants all interested parties a non-exclusive license to use and distribute an unmodified copy of this Specification in connection with management of Alcatel-Lucent products, and without fee, provided this copyright notice and license appear on all copies. This Specification is supplied 'as is', and Alcatel-Lucent makes no warranty, either express or implied, as to the use, operation, condition, or performance of the Specification. There is one BGP instance per virtual router. Each BGP instance can have a number of peer groups. The MIB objects here are organized in to four groups: - global objects (nothing there for now) - per-instance objects - per-peer-group objects - per-peer objects The value of most BGP configuration objects can be defaulted at three levels: at the per-peer level, at the peer group level, and at the BGP instance level. The per-peer object values are set: - first by the peer object value, if set; - second, if not set then by the peer-group object value, if that is set; - third, if not set, by the instance object value.

The compliance statement for revision 4.0 of TIMETRA-BGP-MIB for management of extended BGP features on Alcatel-Lucent SROS series systems.

The compliance statement for revision 5.0 of TIMETRA-BGP-MIB for management of extended BGP features on Alcatel-Lucent SROS series systems.

The compliance statement for revision 6.0 of TIMETRA-BGP-MIB for management of extended BGP features on Alcatel-Lucent SROS series systems.

The compliance statement for revision 7.0 of TIMETRA-BGP-MIB for management of extended BGP features on Alcatel-Lucent SROS series systems.

The compliance statement for revision 8.0 of TIMETRA-BGP-MIB for management of extended BGP features on Alcatel-Lucent SROS series systems.

The compliance statement for revision 9.0 of TIMETRA-BGP-MIB for management of extended BGP features on Alcatel-Lucent SROS series systems.

The compliance statement for revision 10.0 of TIMETRA-BGP-MIB for management of extended BGP features on Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended BGP confederations on Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended BGP4 path attributes on Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended BGP peers on Alcatel-Lucent SROS series systems.

The group of objects supporting management of each extended BGP instance on Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended BGP peers on Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended BGP peer parameters on Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended BGP Peer Group parameters on Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended BGP Peer Groups on Alcatel-Lucent SROS series systems.

The group of notifications supporting management of extended BGP on Alcatel-Lucent SROS series systems.

The group of notifications supporting management of extended BGP on Alcatel-Lucent SROS series systems.

The group of objects supporting management of each extended BGP instance parameters on Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended BGP peers on Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended BGP peers on Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended BGP peer parameters on Alcatel-Lucent SROS series systems.

The group of objects supporting management of each extended BGP instance parameters on Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended BGP Peer Group parameters on Alcatel-Lucent SROS series systems.

the group of notifications supporting management of extended BGP on Alcatel-Lucent SROS series systems.

The group of objects supporting management of each extended BGP instance parameters on Alcatel-Lucent SROS series systems release 6.0

The group of objects supporting management of extended BGP Peer Group parameters on Alcatel-Lucent SROS series systems release 6.0.

The group of objects supporting management of extended BGP peer parameters on Alcatel-Lucent SROS series systems release 6.0.

The group of objects supporting management of extended BGP peers on Alcatel-Lucent SROS series systems.

The group of objects supporting management of BGP peering policies on Alcatel-Lucent SROS series systems.

The group of objects supporting 4-byte Autonomous System Number on Alcatel-Lucent SROS series systems release 7.0.

The group of objects supporting management of each extended BGP instance on Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended BGP Peer Groups on Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended BGP peers on Alcatel-Lucent SROS series systems.

The group of objects in TIMETRA-BGP-MIB which are obsoleted in Alcatel-Lucent SROS 7.0 series systems.

The group of notify objects supporting management of extended BGP on Alcatel-Lucent SROS series systems release 7.0.

The group of notifications supporting management of extended BGP on Alcatel-Lucent SROS series systems release 7.0.

The group of objects supporting management of each extended BGP instance on Alcatel-Lucent SROS series systems release 8.0

The group of objects in TIMETRA-BGP-MIB which are obsoleted in Alcatel-Lucent SROS 8.0 series systems.

The group of objects supporting management of extended BGP peers on Alcatel-Lucent 8.0 SROS series systems.

The group of objects supporting management of extended BGP on Alcatel-Lucent SROS series systems release 8.0.

The group of objects supporting BGP ADD-PATH on Alcatel-Lucent SROS series systems release 9.0R4.

The group of objects supporting management of extended BGP peers on Alcatel-Lucent 9.0 SROS series systems.

The group of objects supporting management of extended BGP on Alcatel-Lucent SROS series systems release 9.0.

The group of objects supporting BGP Flow Spec on Alcatel-Lucent SROS series systems release 9.0.

The group of objects supporting disabling capability negotiation on BGP Group and peer level on Alcatel-Lucent SROS series systems release 9.0.

The group of notify objects supporting management of extended BGP on Alcatel-Lucent SROS series systems release 9.0.

The group of notifications supporting management of extended BGP on Alcatel-Lucent SROS series systems release 9.0.

The group of objects supporting management of extended BGP on Alcatel-Lucent SROS series systems release 10.0.

The group of objects supporting Route Target Constraint on Alcatel-Lucent SROS series systems release 10.0.

The group of objects supporting management of each extended BGP instance on Alcatel-Lucent SROS series systems since release 10.0.

The group of objects supporting management of extended BGP Peer Groups on Alcatel-Lucent SROS series systems since release 10.0.

The group of objects supporting management of extended BGP peers on Alcatel-Lucent SROS series systems since release 10.0.

The group of objects supporting management of BGP peering policies on Alcatel-Lucent SROS series systems since release 10.0.

The group of objects supporting management of BGP peering policies on Alcatel-Lucent SROS series systems since release 10.0.

The group of objects in TIMETRA-BGP-MIB which are obsoleted in Alcatel-Lucent SROS 10.0 series systems.

The value of tBgpInstanceTableLastChanged specifies the last timestamp when an entry in the tBgpPeerGroupTable was last changed.

tBgpInstanceTable consists of information about each running instance of BGP.

An entry (conceptual row) in the tBgpInstanceTable. each entry represents an instance of BGP running on the virtual router.

The value of tBgpInstanceIndex specifies the index for the tBgpInstanceTable.

The value of tBgpInstanceRowStatus specifies the row status for this BGP instance for the virtual router. It is used to create and delete row entries in this table. In order for an attempt to 'destroy' this row entry to succeed, the value of tBgpInstanceShutdown must be 'true' and the value of vRtrBgpStatus must be 'delete'. In order for an attempt to 'create' this row entry, the value of vRtrBgpStatus must be 'create'.

The value of tBgpInstanceShutdown specifies whether or not this BGP instance is disabled or shutdown. When the value of this object is 'false', the BGP instance is enabled.

The value of tBgpInstanceDescription specifies the textual description of this BGP instance.

The value of tBgpInstanceAlwaysCompareMED specifies if the Multi-Exit Discriminator (MED) path attribute is used in the BGP route selection process. When the value of tBgpInstanceAlwaysCompareMED is 'zero' or 'infinity', the MED attribute is always used in the route selection process regardless of the peer AS that advertised the route. A value of 'off' specifies that only the MEDs of routes that have the same peer ASs are compared. A value of 'zero' specifies that a value of zero is used in the MED comparison, this in effect makes these routes the most desirable. A value of 'infinity' specifies that a value of infinity (2^32-1) is used in the MED comparison, this in effect makes these routes the least desirable. The value of 'on' specifies that the Multi-Exit Discriminator (MED) path attributes of the two routes are compared if both the routes have MEDs whether or not they are from the same neighbor-AS. The original BGP RFC was unclear what to do if a route had no MED attribute. This was clarified in the Internet-Draft, sec 9.1.2.1 (Breaking Ties) specifies that if a route has no MED metric it is assigned the highest possible value (2^32-1 since it is a 32-bit number) which is the least preferable. Enumeration: 'infinity': 3, 'zero': 2, 'off': 1, 'on': 4.

This object was obsoleted in release 8.0. It is replaced with the object tBgpInstanceAsPathIgnoreFamily.

The value of tBgpInstanceBgpId specifies the BGP instance id. This object is required to be set before the instance can be activated.

The value of tBgpInstanceConnectRetry specifies the value (in seconds) for the BGP Connect Retry timer.

The value of tBgpInstanceHoldTime specifies the value (in seconds) for BGP Hold Time.

The value of tBgpInstanceKeepAlive specifies the value (in seconds) for BGP Keepalive timer. A keepalive message is sent every time this timer expires.

The value of tBgpInstanceMinASOrigination specifies the minimal interval (in seconds) at which a given path attribute can be advertised to a peer.

The value of tBgpInstanceDampening specifies if route dampening is applied to learned routes.

The value of tBgpInstanceLocalAS specifies the autonomous system number to be advertised for peers under this instance. This object was obsoleted in release 7.0. It is replaced with the 4-byte AS number defined by tBgpInstanceLocalAS4Byte.

The value of tBgpInstanceLocalPreference specifies the default value for the Local Preference attribute. This value is used if the BGP route arrives from a BGP peer without the Local Preference attribute set. It is overridden by any value set via a route policy.

The value of tBgpInstanceLoopDetect determines how the peer session should deal with loop detection in the AS Path.

The value of tBgpInstanceMinRouteAdvertisement specifies the minimum interval at which a given path attribute is advertised to a peer.

The value of tBgpInstanceMultipath specifies if BGP multipath is enabled or disabled for this instance. A value of '1' would disable BGP multipath. Any other value would specify the number of hops for BGP Multipath.

The value of tBgpInstanceNoAggregatorID specifies if different routers in the same AS create aggregate routes containing different AS paths. A value of 'true' would enable setting the router ID to 0 in the aggregator path attribute when BGP is aggregating routes. A value of 'false' would disable setting the router ID to 0 in the aggregator path attribute when BGP is aggregating routes.

The value of tBgpInstancePreference specifies the route preference for routes learned via the peer.

The value of tBgpInstanceRemovePrivateAS specifies if private AS numbers should be stripped from the AS Path before advertising them to BGP peers.

The value tBgpInstanceLastChanged indicates when an entry in tBgpInstanceTable was last changed.

The value of tBgpInstanceMultihop specifies the TTL used in IP packet header for BGP advertisements. Default TTL values for EBGP peer is 1, and MAX_TTL for IBGP peers. Default value if not set is no_type - the peer has to infer its value based on local-as, and peer-as in that case.

The value of tBgpInstanceMEDSource specifies the source of the Multi Exit Discriminator (MED) value for this peer.

The value of tBgpInstanceMEDValue specifies the value of MED when tBgpInstanceMEDSource is 'metricVal'. If the value of tBgpInstanceMEDSource is not 'metricVal', this object is ignored.

The value of tBgpInstanceConfederationAS specifies the confederation AS for this BGP instance. A value of '0' means no confederation AS. This object was obsoleted in release 7.0. It is replaced with the 4-byte AS number defined by tBgpInstanceConfederationAS4Byte.

The value of tBgpInstanceImportPolicy1 specifies import policy number 1 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpInstancePlcyImportPolicy1.

The value of tBgpInstanceImportPolicy2 specifies import policy number 2 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpInstancePlcyImportPolicy2.

The value of tBgpInstanceImportPolicy3 specifies import policy number 3 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpInstancePlcyImportPolicy3.

The value of tBgpInstanceImportPolicy4 specifies import policy number 4 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpInstancePlcyImportPolicy4.

The value of tBgpInstanceImportPolicy5 specifies import policy number 5 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpInstancePlcyImportPolicy5.

The value of tBgpInstanceExportPolicy1 specifies export policy number 1 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpInstancePlcyExportPolicy1.

The value of tBgpInstanceExportPolicy2 specifies export policy number 2 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpInstancePlcyExportPolicy2.

The value of tBgpInstanceExportPolicy3 specifies export policy number 3 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpInstancePlcyExportPolicy3.

The value of tBgpInstanceExportPolicy4 specifies export policy number 4 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpInstancePlcyExportPolicy4.

The value of tBgpInstanceExportPolicy5 specifies export policy number 5 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpInstancePlcyExportPolicy5.

The value of tBgpInstanceOperStatus indicates the operational status of the BGP instance for the virtual router. A value of 'inService(2)' means the bgp instance is fully functional. A value of 'outOfService(3)' means the bgp instance is down. A value of 'transition(4)' means the bgp instance is performing a transition from state inService(2) to outOfService(3) or vice-versa. A value of 'disabled(5)' means the BGP instance needs to be restarted by the user.

The value of tBgpInstanceLocalASPrivate specifies if the local autonomous system number is hidden in paths learned from peering.

The value of tBgpInstanceMd5Auth specifies if the authentication using MD5 message based digest protocol is enabled.

The value of tBgpInstanceMd5AuthKey specifies the authentication key to be used between BGP peers neighbors before establishing sessions. Authentication is done using the MD-5 message based digest protocol. Authentication can be configured globally and applied to all BGP peers or per group or per peer. The most specific value is used. The authentication key can be any combination of letters or numbers. Note that the string may contain embedded nulls.

This value of tBgpInstanceClusterId specifies the cluster ID for a route reflector server. A value of 0.0.0.0 indicates that no cluster ID has been assigned to the BGP instance.

The value of tBgpInstanceDisableClientReflect specifies if reflection of routes by the route reflector to all client peers within its cluster is enabled or disabled. A value of 'false' means reflection of routes to all client peers is enabled.

The value of tBgpInstanceIBgpMultipath specifies if load sharing is enabled among multiple IBGP paths. A value of 'false' disables IBGP Multipath.

The value of tBgpInstanceFamily specifies the types of routing information to be distributed by this instance of BGP. BGP was initially designed for the distribution of IPv4 routing information. Multi-protocol extensions and the use of a VPN-IPv4, VPN-IPv6, MVPN-IPv4 and L2-VPN addresses have been added to extend its ability to carry overlapping routing information. A 'vpnIpv4 (2)' address is a 12-byte value consisting of the 8-byte route distinguisher, RD, and the 4-byte ipv4 IP address prefix. The RD must be unique within the scope of the VPRN. This allows the IP address prefixes within different VRFs to overlap. 'ipv6 (3)', 'mcastIpv4 (4)', 'l2vpn (6)' and 'mcastVpnIpv4 (12)' are multi-protocol extensions to BGP. A 'vpnIpv6 (5)' address is a 24-byte value consisting of the 8-byte RD, and 16 bytes for the IPv6 address. When both IPv4 and IPv6 VPRN services are enabled, the PE router uses the same RD for both address families. A 'l2vpn (6)' address is a 12-byte Virtual Switch Instance identifier (VSI-ID) value consisting of the 8-byte route distinguisher(RD) followed by a 4-byte value. A 'mvpnIpv4 (7)' address is variable size value consisting of the 1-byte route type, 1-byte length and variable size route type specific. Route type defines encoding for the route type specific field. Length indicates the length in octets of the route type specific field. A 'mdtSafi (8)' address is a 16-byte value consisting of 12-byte route distinguisher(RD) followed by a 4-byte group address. A 'mspw (9)' address is a dynamic multi-segment psuedowire address. A 'flowIpv4 (10)' address is a variable size value consisting of 1 or 2-byte NLRI(Network Layer Reachability Information) length followed by a variable length NLRI value. A 'routeTarget (11)' address is a variable size value consisting of zero length or 12 byte (ipv4) or 24 byte (ipv6) NLRI (Network Layer Rechability Information) length followed by a variable length NLRI value.

The value of tBgpInstanceGracefulRestart specifies whether or not graceful restart capabilities are enabled on this instance of BGP. When the value is set to 'false' graceful restart is disabled and any previous configuration of other graceful restart parameters is removed.

The value of tBgpInstanceGRPathSelectDefer specifies the time limit in seconds for restarting BGP instance to defer path selection logic.

The value of tBgpInstanceGRRestartTime specifies the maximum amount of time in seconds that a graceful restart should take.

The value of tBgpInstanceGRStaleRoute specifies the maximum amount of time in seconds that stale routes should be maintained after a graceful restart is initiated. This value should be at least as large as the value of tBgpInstanceGRRestartTime.

The value of tBgpInstanceGRAdminState specifies the desired administrative state of the graceful restart capabilities for this instance of the BGP protocol. When the value is 'outOfService' the graceful restart capabilities are disabled but the graceful restart configuration parameters are retained.

The value of tBgpInstanceGROperState indicates the operational status of the graceful restart capabilities for this instance of the BGP protocol.

The value of tBgpInstanceVpnApplyImport specifies if the base instance BGP import route policies are applied to VPN-IPv4 routes. When the value is 'false' the application of the base instance BGP import route policies to VPN-IPv4 routes is disabled.

The value of tBgpInstanceVpnApplyExport specifies if the base instance BGP export route policies are applied to VPN-IPv4 routes. When the value is 'false' the application of the base instance BGP export route policies to VPN-IPv4 routes is disabled.

The bits of tBgpInstanceIgpShortcut identify the Layer-2 tunneling mechanisms used for IGP shortcuts. If a bit is set, the corresponding tunneling mechanism will be used to resolve paths to BGP next-hops. The tunneling mechanisms represented by each bit are: te(0) - RSVP Traffic Engineering ldp(1) - LDP /32 Route Forwarding Equivalence Class (FEC) ip(2) - IP (IP-in-IP or GRE) mpls(3)- MPLS Evaluation of tunnel preference is based on the following order, in descending priority: 1. Traffic Engineered Shortcut (RSVP-TE) 2. LDP /32 Route FEC Shortcut 3. IP Shortcut (IP-in-IP or GRE) 4. Actual IGP Next-Hop. The 'mpls' option instructs BGP to first attempt to resolve the BGP next-hop to an RSVP LSP. If no RSVP LSP exists or the existing ones are down, BGP automatically searches for the LDP LSP with a FEC prefix corresponding to the same /32 prefix in the tunnel table and resolves the BGP next-hop to it. Bits: 'ldp': 1, 'ip': 2, 'te': 0, 'mpls': 3.

The value of tBgpInstanceDisallowIgp specifies if IGP next-hop to the BGP next-hop is used as the next-hop of the last resort. A value of 'true', disallows the IGP next-hop to the BGP next-hop from being used as the next-hop of the last resort. This is used to prevent routing loops. A value of 'false' reverts the IGP shortcut next-hop evaluation process to the default of allowing IGP next-hops as the next-hop of the last resort.

The value of tBgpInstanceOrf specifies if outbound route filtering capability is enabled or disabled for the BGP instance.

The value of tBgpInstanceExtCommsOrf specifies if outbound route filtering capability is based on extended communities for the BGP instance.

The value of tBgpInstanceExtCommsSendOrf specifies if outbound route filter advertisement to the neighbors in this BGP instance.

The value of tBgpInstanceExtCommsRecvOrf specifies if outbound route filter for this BGP instance is accepted from the neighbors is enabled.

The value of tBgpInstanceAllowInterAsVpn specifies whether VPNs can exchange routes across autonomous system boundaries, providing model B connectivity. When the value is 'true', ASBRs can advertise VPRN routes to their peers in other autonomous systems, and when it is 'false', they cannot.

The value of tBgpInstancePurgeTimer specifies the maximum time, in minutes, before stale routes are purged.

The value of tBgpInstanceLocalAS4Byte specifies the autonomous system number to be advertised to this peer.

The value of tBgpInstanceConfederationAS4Byte indicates the confederation AS for this BGP instance. A value of zero indicates that no confederation AS has been assigned.

The value of tBgpInstanceDisable4ByteASN specifies whether or not 4-byte ASN capability will be advertised by this peer. When the value of tBgpInstanceDisable4ByteASN is set to false, 4-byte ASN support will be negotiated with the associated remote peers. When the value of tBgpInstanceDisable4ByteASN is set to true, 4-byte ASN capability will not be advertised by this peer.

The value of tBgpInstanceMultipathEiBgpState specifies whether eiBGP load balancing is enabled or not. When the value of this object is set to 'enabled', eiBGP load balancing is enabled which allows the routes to be sent through multiple paths using iBGP or eBGP paths.

The value of tBgpInstanceHoldTimeIsStrict specifies whether or not tBgpInstanceHoldTime has to be strictly enforced. When the value of tBgpInstanceHoldTimeIsStrict is true, BGP will not negotiate a hold time lower than the configured value for tBgpInstanceHoldTime. This object is obsoleted in release 10.0. Desired functionality of strict enforcement of hold time can be achieved by configuring the value of tBgpInstanceMinHoldTime.

The value of tBgpInstanceAsPathIgnoreFamily specifies address families for which the AS path is used to determine the best BGP route. If this option is present, the AS paths of incoming routes are not used in the route selection process for the given families. A 'vpnIpv4 (2)' address is a 12-byte value consisting of the 8-byte route distinguisher, RD, and the 4-byte ipv4 IP address prefix. The RD must be unique within the scope of the VPRN. This allows the IP address prefixes within different VRFs to overlap. 'ipv6 (3)', 'mcastIpv4 (4)', and 'l2vpn (6)' are multi-protocol extensions to BGP. A 'vpnIpv6 (5)' address is a 24-byte value consisting of the 8-byte RD, and 16 bytes for the IPv6 address. When both IPv4 and IPv6 VPRN services are enabled, the PE router uses the same RD for both address families. A 'mvpnIpv4 (7)' address is variable size value consisting of the 1-byte route type, 1-byte length and variable size route type specific. Route type defines encoding for the route type specific field. Length indicates the length in octets of the route type specific field.

The value of tBgpInstanceRemovePrivateASLmtd specifies whether BGP will remove the private AS numbers. When the value of tBgpInstanceRemovePrivateASLmtd is true, BGP will remove private AS numbers from the AS Path.

The value of tBgpInstancePMTUDiscovery specifies whether path MTU discovery is enabled for this BGP instance. When the value is set to 'true', path MTU discovery is enabled for this BGP instance. When the value is set to 'false', path MTU discovery is disabled.

The value of tBgpInstanceDisableRtTblInstall specifies whether to disable the installation of all (labeled and unlabeled) IPv4 and IPv6 BGP routes into RTM (Routing Table Manager) and the FIB (Forwarding Information Base) on the base router instance.

The value of tBgpInstanceNHResUseBgpRoutes specifies whether to use BGP routes to resolve BGP nexthop for IPv4 and IPv6 families on this router instance.

Information about the route targets to be accepted and advertised from or to route reflector clients. If there are entries in this table for a specific tBgpInstanceIndex then only routes with one or more of the route targets, tBgpInstanceRouteTarget, are accepted or advertised to route reflector clients. These route target entries are applied to all route reflector clients connected to the BGP instance specified by tBgpInstanceIndex. If there are no entries in this table for a specific tBgpInstanceIndex all routes are reflected irrespective of the route targets associated with a route.

An entry (conceptual row) in the tBgpInstRteTargetTable. Each entry represents a route target to be accepted and advertised from or to route reflector clients.

Index for the tBgpInstRteTargetTable. The value of tBgpInstanceRouteTarget specifies the extended community name to be accepted by a Route Reflector Server or advertised by the router when reflecting any routes. I.e, it does not apply to routes that are not reflected by the router.

Row status of this BGP Instance route target entry. A row cannot be created in this table if the tBgpInstanceIndex entry does not exist in the tBgpInstanceTable.

The Alcatel-Lucent SROS series BGP-4 Received Path Attribute Table contains information about paths to destination networks received from all BGP4 peers and is an extension of the bgp4PathAttrTable in the BGP4-MIB.

Information about a path to a network.

The value of tBgp4PathAttrRD specifies the Route Distinguisher associated with this BGP-4 path.

The value of tBgp4PathAttrOriginID indicates the Originator ID associated with this BGP-4 path that is used in route reflectors to specify the origin of the reflection.

The value of tBgp4PathAttrClusterList indicates the list of routers in the cluster associated with this BGP-4 path. The first octet indicates the number of router IDs in the list. The list is a sequence of 4-octet router IDs.

The value of tBgp4PathAttrCommunity indicates the list of route policy communities associated with this BGP-4 path. The first octet indicates the number of communities in the list. The list is a sequence of 4-octet communities.

The value of tBgp4PathAttrExtCommunity indicates the list of extended communities to be accepted by a Route Reflector Server associated with this BGP-4 path. The first octet indicates the number of extended communities in the list. The list is a sequence of extended communities. The extended community is an 8-octet value similar to a route distinguisher.

The value of tbgp4PathAttrASPathSegment specifies the sequence of Autonomous System (AS) path segments. Each AS path segment is represented by a triple . The type is a 1-octet field which has two possible values: 1 AS_SET: unordered set of ASs a route in the UPDATE message has traversed 2 AS_SEQUENCE: ordered set of ASs a route in the UPDATE message has traversed. The length is a 1-octet field containing the number of ASs in the value field. The value field contains one or more 4-byte AS numbers. Each AS is represented in the octet string as four octets.

The value of tbgp4PathAttrAggregatorAS specifies the AS number of the last BGP4 speaker that performed route aggregation. A value of zero (0) indicates the absence of this attribute.

Information about the route targets to be advertised to the peers if it is Outbound route filtering capable.

An entry in the tBgpSendOrfRouteTargetTable. Each entry represents a route target to be advertised to the peer.

Index for the tBgpSendOrfRouteTargetTable. The value of tBgpSendOrfRouteTarget specifies the extended community name to be advertised to the peer.

RowStatus for the Send Orf Route target entry.

Information about the attributes configured for the BGP instance.

An entry in the tBgpInstanceParamsTable. Each entry maintains the attributes configured for BGP instance.

The value of tBgpInstanceDisableFEFailover specifies whether the router should drop an external BGP session immediately when the local interface goes down, or whether the BGP session should be kept up until the holdtime expires. Setting the value to 'true' causes the external BGP session to go down immediately when the local interface goes down.

The value of tBgpInstanceDisableComms enables or disables sending of community attribute to the peer for non-external communities.

The value of tBgpInstanceDisableComms enables or disables sending of community attribute to the peers for external communities.

The value of tBgpInstanceDefaultOriginate enables or disables the sending of default routes to the peer, making it independent of the route policies.

The value of tBgpInstanceAdvertiseInactiveRts enables or disables advertising of inactive BGP routes to other BGP peers.

The value of tBgpInstancePeerTracking specifies whether tracking of BGP peers is enabled. A value of 'false' indicates that bgp peer tracking is disabled.

The value of tBgpInstanceAuthKeyChain specifies the keychain which will be used to sign and/or authenticate the BGP protocol stream. The keychain name is defined by tmnxKeyChainName and is the index for TIMETRA-SECURITY-MIB::tmnxKeyChainTable

The value of tBgpInstanceRapidWithdrawal specifies whether the delay (minimum route advertisement) on sending BGP withdrawals has to be disabled. Normal route withdrawals may be delayed up to the minimum route advertisement to allow for efficient packing of BGP updates. When the value of tBgpInstanceRapidWithdrawal is 'true' the delay on sending BGP withdrawals is disabled. By default, the delay exists, which is the normal behavior for rapid withdrawal processing.

The value of tBgpInstanceBfdEnabled specifies whether Bi-directional Forwarding Detection is enabled on this router. When the value is 'true', BFD sessions can be established and BFD can be used as a signalling mechanism.

The value of tBgpInstanceRapidUpdate specifies the address families for which the BGP rapid udpates will be sent to improve join/prune latency. A 'vpnIpv4 (2)' address is a 12-byte value consisting of the 8-byte route distinguisher, RD, and the 4-byte ipv4 IP address prefix. The RD must be unique within the scope of the VPRN. This allows the IP address prefixes within different VRFs to overlap. 'ipv6 (3)', 'mcastIpv4 (4)', and 'l2vpn (6)' are multi-protocol extensions to BGP. A 'vpnIpv6 (5)' address is a 24-byte value consisting of the 8-byte RD, and 16 bytes for the IPv6 address. When both IPv4 and IPv6 VPRN services are enabled, the PE router uses the same RD for both address families. A 'l2vpn (6)' address is a 12-byte Virtual Switch Instance identifier (VSI-ID) value consisting of the 8-byte route distinguisher(RD) followed by a 4-byte value. A 'mvpnIpv4 (7)' address is variable size value consisting of the 1-byte route type, 1-byte length and variable size route type specific. Route type defines encoding for the route type specific field. Length indicates the length in octets of the route type specific field. A 'mdtSafi (8)' address is a 16-byte value consisting of 12-byte route distinguisher(RD) followed by a 4-byte group address.

The value of tBgpInstanceEnableAddPath specifies whether the BGP ADD-PATH send capability is enabled on this BGP instance. ADD-PATH allows a BGP router to advertise multiple distinct paths for the same prefix/NLRI(Network Layer Reachability Information). This capability provides a number of potential benifits like reduced routing churn, faster convergence, better loadsharing etc. When the value of tBgpInstanceEnableAddPath is set to 'true', the BGP ADD-PATH send limit objects tBgpInstanceIpv4AddPathLimit, tBgpInstanceVpnIpv4AddPathLimit, tBgpInstanceIpv6AddPathLimit and tBgpInstanceVpnIpv6AddPathLimit represent their assigned values. The default value of tBgpInstanceEnableAddPath is 'false', which means the ADD-PATH capability is disabled on this BGP instance and the values of the BGP ADD-PATH send limit objects are not valid.

The value of tBgpInstanceRecvAddPath specifies the address families which are enabled to receive BGP ADD-PATH. ADD-PATH allows a BGP router to receive multiple distinct paths for the same prefix/NLRI (Network Layer Reachability Information).

The value of tBgpInstanceIpv4AddPathLimit specifies the maximum number of paths per IPv4 prefix that can be advertised to ADD-PATH peers. An 'inconsistentValue' error is returned if an attempt is made to set this object to a value greater than tBgpInstanceMultipath.

The value of tBgpInstanceVpnIpv4AddPathLimit specifies the maximum number of paths per VPN IPv4 prefix that can be advertised to ADD-PATH peers. An 'inconsistentValue' error is returned if an attempt is made to set this object to a value greater than tBgpInstanceMultipath.

The value of tBgpInstanceIpv6AddPathLimit specifies the maximum number of paths per IPv6 prefix that can be advertised to ADD-PATH peers. An 'inconsistentValue' error is returned if an attempt is made to set this object to a value greater than tBgpInstanceMultipath.

The value of tBgpInstanceVpnIpv4AddPathLimit specifies the maximum number of paths per VPN IPv6 prefix that can be advertised to ADD-PATH peers. An 'inconsistentValue' error is returned if an attempt is made to set this object to a value greater than tBgpInstanceMultipath.

The bits of tBgpInstanceTransportTunnel specify whether VPNs can exchange routes across autonomous system boundaries, providing model B connectivity. The 'no' form of the command disallows ASBRs to advertise VPRN routes to their peers in other autonomous systems. If a bit is set, the corresponding mechanism will be used to exchange routes. The mechanisms represented by each bit are: ldp(0) - This allows LDP based LSPS to be used as transport from the ASBR to local PE routers rsvp-te(1) - This allows RSVP-TE based LSPS to be used as transport from the ASBR tolocal PE routers mpls(2) - This allows both LDP and RSVP-TE to be used to resolve the BGP nexthop for VPRN routes in an associated VPRN instance. Bits: 'rsvp-te': 1, 'ldp': 0, 'mpls': 2.

The value of tBgpInstanceFlowspecValidate specifies whether validation of received flow specification routes is enabled on this router. When the value of tBgpInstanceFlowspecValidate is 'true', the flow routes received from other peers are validated. The default value of tBgpInstanceFlowspecValidate is 'false', which means validation of received flow routes is disabled and all flow specification routes are considered valid.

The value of tBgpInstanceAdvertiseExternal specifies the address families which are enabled on this router instance to advertise the best external route to the destination even when its best overall route is an internal route. An 'inconsistentValue' error is returned if an attempt is made to set this object to a non-default value when the value of object tBgpInstanceDisableClientReflect is set to 'false'.

The value of tBgpInstanceBackupPath specifies the address families for which the computation and use of a backup path is enabled on this router instance.

The value of tBgpInstanceIgnoreNextHopMetric specifies whether next-hop metric should be ignored when computing best routes to a destination for the base router BGP instance.

The value of tBgpInstanceMpBgpKeep specifies whether to maintain descriptive information for all Multiprotocol BGP (MP-BGP) routes on this BGP router instance regardless of the existing VPRN route policies currently configured.

The value of tBgpInstanceIgnoreRouterId specifies whether to ignore the BGP identifier (router-ID) comparison when comparing two paths learned from different External BGP (EBGP) neighbors as long as both paths are not from a confed-BGP peer.

The value of tBgpInstanceAlwaysCompMEDStrict specifies whether to compare Multi-Exit Discriminator (MED) path attribute between routes learned from the same or different neighboring autonomous system (neighbor-AS) in the route selection process based on the value specified by tBgpInstanceAlwaysCompareMED. When the value of tBgpInstanceAlwaysCompareMED is 'zero' and the value of tBgpInstanceAlwaysCompMEDStrict is set to 'true', the MED attribute of two routes is compared if they come from the same neighbor-AS and the routes are compared as though the route with the missing MED has a MED of zero (the best possible route). When the value of tBgpInstanceAlwaysCompareMED is 'infinity' and the value of tBgpInstanceAlwaysCompMEDStrict is set to 'true', the MED attribute of two routes is compared if they come from the same neighbor-AS and the routes are compared as though the route with the missing MED has a MED of infinity (the worst possible value). An 'inconsistentValue' error is returned if an attempt is made to set this object to a non-default value when the value of object tBgpInstanceAlwaysCompareMED is not set to 'zero' or 'infinity'.

The value of tBgpInstanceMinHoldTime specifies the minimum hold time that should be strictly enforced on tBgpInstanceHoldTime. When the value of tBgpInstanceMinHoldTime is configured, BGP will not negotiate a hold time lower than the configured value. An 'inconsistentValue' error is returned if an attempt is made to set this object to a value greater than tBgpInstanceHoldTime.

The value of tBgpInstRemovePrivateSkipPeerAs specifies whether or not to remove the private autonomous system number (ASN) from AS-Path, if the AS-Path contains the ASN of the external BGP (eBGP) neighbor on this BGP instance. When the value of tBgpInstRemovePrivateSkipPeerAs is true, BGP will not remove the private ASN from the AS-Path if it is the same autonomous system number as the remote eBGP peer.

tBgpInstancePlcyTable consists of information about each running instance of BGP.

An entry (conceptual row) in the tBgpInstancePlcyTable. Each entry represents an instance of BGP running on the virtual router.

The value of tBgpInstancePlcyImportPolicy1 specifies the first import policy.

The value of tBgpInstancePlcyImportPolicy2 specifies the second import policy.

The value of tBgpInstancePlcyImportPolicy3 specifies the third import policy.

The value of tBgpInstancePlcyImportPolicy4 specifies the fourth import policy.

The value of tBgpInstancePlcyImportPolicy5 specifies the fifth import policy.

The value of tBgpInstancePlcyImportPolicy6 specifies the sixth import policy.

The value of tBgpInstancePlcyImportPolicy7 specifies the seventh import policy.

The value of tBgpInstancePlcyImportPolicy8 specifies the eighth import policy.

The value of tBgpInstancePlcyImportPolicy9 specifies the ninth import policy.

The value of tBgpInstancePlcyImportPolicy10 specifies the tenth import policy.

The value of tBgpInstancePlcyImportPolicy11 specifies the eleventh import policy.

The value of tBgpInstancePlcyImportPolicy12 specifies the twelfth import policy.

The value of tBgpInstancePlcyImportPolicy13 specifies the thirteenth import policy.

The value of tBgpInstancePlcyImportPolicy14 specifies the fourteenth import policy.

The value of tBgpInstancePlcyImportPolicy15 specifies the fifteenth import policy.

The value of tBgpInstancePlcyExportPolicy1 specifies the first export policy.

The value of tBgpInstancePlcyExportPolicy2 specifies the second export policy.

The value of tBgpInstancePlcyExportPolicy3 specifies the third export policy.

The value of tBgpInstancePlcyExportPolicy4 specifies the fourth export policy.

The value of tBgpInstancePlcyExportPolicy5 specifies the fifth export policy.

The value of tBgpInstancePlcyExportPolicy6 specifies the sixth export policy.

The value of tBgpInstancePlcyExportPolicy7 specifies the seventh export policy.

The value of tBgpInstancePlcyExportPolicy8 specifies the eighth export policy.

The value of tBgpInstancePlcyExportPolicy9 specifies the ninth export policy.

The value of tBgpInstancePlcyExportPolicy10 specifies the tenth export policy.

The value of tBgpInstancePlcyExportPolicy11 specifies the eleventh export policy.

The value of tBgpInstancePlcyExportPolicy12 specifies the twelfth export policy.

The value of tBgpInstancePlcyExportPolicy13 specifies the thirteenth export policy.

The value of tBgpInstancePlcyExportPolicy14 specifies the fourteenth export policy.

The value of tBgpInstancePlcyExportPolicy15 specifies the fifteenth export policy.

The value of tBgpPeerGroupTableLastChanged specifies the last timestamp when an entry in the tBgpPeerGroupTable was last changed.

The value of tBgpPeerGroupTableSpinlock specifies voluntary serialization control for tBgpPeerGroupTable. It is mainly used to coordinate changes to tBgpPeerGroupInheritance.

The tBgpPeerGroupTable is the list of configured BGP Peer Groups. The table entries are indexed by the Peer Group Name.

An entry (conceptual row) in the tBgpPeerGroupTable. An entry can be created using the row status object, tBgpPeerGroupRowStatus. When created, all objects are initialized to their default values. Before the Peer entry can be used, tBgpPeerGroupRowStatus must be set to 'active(1)'. The Peer entry can be removed by setting tBgpPeerRowStatus to 'destroy(6)'.

The value of tBgpPeerGroupName specifies the name of the Peer Group for the entry.

The value of tBgpPeerGroupRowStatus specifies the row status for this BGP instance for the virtual router. It is used to create and delete row entries in this table. In order for an attempt to 'destroy' this row entry to succeed, the value of tBgpPeerGroupShutdown must be 'true'.

The value of tBgpPeerGroupShutdown controls whether or not to advertise peers in this group or not. A value of 'false(2)' means no shutdown, so advertise peers under this group. A value of 'true(1)' means this entry is shutdown, so do not advertise peers in this group.

The value of tBgpPeerGroupDescription specifies a user provided description string for this Peer Group. It can consist of any printable, seven-bit ASCII characters up to 80 characters in length.

The value of tBgpPeerGroupConnectRetry specifies the value (in seconds) of the BGP Connect Retry timer.

The value of tBgpPeerGroupHoldTime specifies the value (in seconds) of the BGP Hold Time.

The value of tBgpPeerGroupKeepAlive specifies the value of the BGP Keepalive timer. A keepalive message is sent every time this timer expires.

The value of tBgpPeerGroupMinASOrigination specifies the minimal interval (in seconds) at which a given path attribute can be advertised to a peer.

The value of tBgpPeerGroupDampening specifies if route dampening is applied to learned routes.

The value of tBgpPeerGroupLocalAddress specifies the local IP address to be used by peers in this group if not configured for the peer as advertisement source address. If set to 0.0.0.0, then use a (non-0.0.0.0) Peer Group Local Address, or a (non-0.0.0.0) global Local Address. If both are zero then find the local address by querying the closest interface to the peer address from the routing table.

The value of tBgpPeerGroupLocalAS specifies the autonomous system number to be advertised for peers under this group. This object was obsoleted in release 7.0. It is replaced with the 4-byte AS number defined by tBgpPeerGroupLocalAS4Byte.

The value of tBgpPeerGroupLocalPreference specifies the default value for the Local Preference attribute. This value is used if the BGP route arrives from a BGP peer without the Local Preference attribute set. It is overridden by any value set via a route policy.

The value of tBgpPeerGroupLoopDetect determines how the peer session should deal with loop detection in the AS Path.

The value of tBgpPeerGroupMinRouteAdvertisement specifies the minimum interval at which a given path attribute is advertised to a peer.

The value of tBgpPeerGroupMaxPrefix specifies the maximum number of routes that can be learned from this peer. A value of zero specifies there is no limit to the number of routes learned. The tBgpMaxNgPrefixThreshReached notification is sent when the number of routes exceeds a percentage of this limit as specified by tBgpPeerGroupMaxPrefixThreshold. When the number of routes exceeds this limit, then BGP peering will be disabled and the tBgpMaxNgPrefix100 notification will be sent.

The value of tBgpPeerGroupMEDSource specifies the source of the Multi Exit Discriminator (MED) value for peers in this group.

The value of tBgpPeerGroupMEDValue specifies the value of MED when tBgpPeerGroupMEDSource is 'metricVal'. If the value of tBgpPeerGroupMEDSource is not 'metricVal', this object is ignored.

The value of tBgpPeerGroupMultihop specifies the TTL used in IP packet header for BGP advertisements. Default TTL values for EBGP peer is 1, and MAX_TTL for IBGP peers. Default value if not set is no_type - the peer has to infer its value based on local-as, and peer-as in that case.

The value of tBgpPeerGroupNextHopSelf specifies if routes advertised to EBGP peers in this group have NEXTHOP path attribute set to this router's physical interface. When false, third party routes are advertised.

The value of tBgpPeerGroupNoAggregatorID specifies if different routers in the same AS create aggregate routes containing different AS paths. A value of 'true' would enable setting the router ID to 0 in the aggregator path attribute when BGP is aggregating routes. A value of 'false' would disable setting the router ID to 0 in the aggregator path attribute when BGP is aggregating routes.

The value of tBgpPeerGroupPassive specifies if the peers in this group will not attempt to connect to the far end peer or just wait for the far end peer to connect.

The value of tBgpPeerGroupPeerAS specifies the Autonomous System number for the remote peer. This object was obsoleted in release 7.0. It is replaced with the 4-byte AS number defined by tBgpPeerGroupPeerAS4Byte.

The value of tBgpPeerGroupPeerType specifies the type of peer - noType(1), internal(2) and external(3). Default value if not set is noType - the peer has to infer its value based on local-as, and peer-as in that case.

The value of tBgpPeerGroupPreference specifies the route preference for routes learned via the peer.

The value of tBgpPeerGroupRemovePrivateAS specifies if private AS numbers should be stripped from the AS Path before advertising them to BGP peers.

The value tBgpPeerGroupLastChanged indicates when an entry in tBgpPeerGroupTable was last changed.

The value of tBgpPeerGroupInheritance specifies if the group entry in this row, should inherit the operational value of an object, or use the administratively set value. this object is a bit-mask, with the following positions: tBgpPeerGroupShutdown 0x04 tBgpPeerGroupConnectRetry 0x10 tBgpPeerGroupHoldTime 0x20 tBgpPeerGroupKeepAlive 0x40 tBgpPeerGroupMinASOrigination 0x80 tBgpPeerGroupDampening 0x100 tBgpPeerGroupLocalAS4Byte 0x400 tBgpPeerGroupLocalPreference 0x800 tBgpPeerGroupLoopDetect 0x1000 tBgpPeerGroupMinRouteAdvertisement 0x2000 tBgpPeerGroupMEDSource 0x8000 tBgpPeerGroupMEDValue 0x10000 tBgpPeerGroupMultihop 0x20000 tBgpPeerGroupNoAggregatorID 0x100000 tBgpPeerGroupPreference 0x1000000 tBgpPeerGroupRemovePrivateAS 0x2000000 tBgpPeerGroupImportPolicy1 0x8000000 tBgpPeerGroupExportPolicy1 0x100000000 tBgpPeerGroupLocalASPrivate 0x2000000000 tBgpPeerGroupMd5Auth 0x4000000000 tBgpPeerGroupMd5AuthKey 0x8000000000 tBgpPeerGroupClusterId 0x10000000000 tBgpPeerGroupDisableClientReflect 0x20000000000 tBgpPeerGroupGracefulRestart 0x40000000000 tBgpPeerGroupGRRestartTime 0x80000000000 tBgpPeerGroupGRStaleRoute 0x100000000000 tBgpPeerGroupGRAdminState 0x200000000000 tBgpPeerGroupFamily 0x400000000000 tBgpPeerGroupVpnApplyImport 0x800000000000 tBgpPeerGroupVpnApplyExport 0x1000000000000 tBgpPeerGroupOrf 0x4000000000000 tBgpPeerGroupExtCommsOrf 0x8000000000000 tBgpPeerGroupExtCommsSendOrf 0x10000000000000 tBgpPeerGroupExtCommsRecvOrf 0x20000000000000 tBgpPeerGroupDisable4ByteASN 0x80000000000000 tBgpPeerGroupHoldTimeIsStrict 0x100000000000000 tBgpPeerGroupRemovePrivateASLmtd 0x200000000000000 tBgpPeerGroupPMTUDiscovery 0x400000000000000 These named bits correspond to the names of objects in this table, but all import and export policy objects are represented by the same tBgpPeerGroupImportPolicy1/tBgpPeerGroupExportPolicy1 bit. When the bit for an object is set to one, then the object's administrative and operational value are whatever the DEFVAL or most recently SET value is. When the bit for an object is set to zero, then the object's administrative and operational value are inherited from the corresponding object in tBgpInstanceTable.

The value of tBgpPeerGroupImportPolicy1 specifies import policy number 1 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpPeerGroupPlcyImportPolicy1.

The value of tBgpPeerGroupImportPolicy2 specifies import policy number 2 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpPeerGroupPlcyImportPolicy2.

The value of tBgpPeerGroupImportPolicy3 specifies import policy number 3 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpPeerGroupPlcyImportPolicy3.

The value of tBgpPeerGroupImportPolicy4 specifies import policy number 4 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpPeerGroupPlcyImportPolicy4.

The value of tBgpPeerGroupImportPolicy5 specifies import policy number 5 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpPeerGroupPlcyImportPolicy5.

The value of tBgpPeerGroupExportPolicy1 specifies export policy number 1 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpPeerGroupPlcyExportPolicy1.

The value of tBgpPeerGroupExportPolicy2 specifies export policy number 2 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpPeerGroupPlcyExportPolicy2.

The value of tBgpPeerGroupExportPolicy3 specifies export policy number 3 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpPeerGroupPlcyExportPolicy3.

The value of tBgpPeerGroupExportPolicy4 specifies export policy number 4 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpPeerGroupPlcyExportPolicy4.

The value of tBgpPeerGroupExportPolicy5 specifies export policy number 5 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpPeerGroupPlcyExportPolicy5.

The value of tBgpPeerGroupOperStatus indicates the operational status of this BGP Group for the virtual router. A value of 'inService(2)' means the bgp group is fully functional. A value of 'outOfService(3)' means the bgp group is down. A value of 'transition(4)' means the bgp group is performing a transition from state inService(2) to outOfService(3) or vice-versa. A value of 'disabled(5)' means the BGP group needs to be restarted by the user.

The value of tBgpPeerGroupLocalASPrivate specifies if the local autonomous system number is hidden in paths learned from peering.

The value of tBgpPeerGroupMd5Auth specifies if the authentication using MD5 message based digest protocol is enabled.

The value of tBgpPeerGroupMd5AuthKey specifies the authentication key to be used between BGP peers neighbors before establishing sessions. Authentication is done using the MD-5 message based digest protocol. Authentication can be configured globally and applied to all BGP peers or per group or per peer. The most specific value is used. The authentication key can be any combination of letters or numbers. Note that the string may contain embedded nulls.

This value of tBgpPeerGroupClusterId specifies the cluster ID for a route reflector server. A value of 0.0.0.0 indicates that no cluster ID has been assigned to the BGP group.

The value of tBgpPeerGroupDisableClientReflect specifies if reflection of routes by the route reflector to all client peers within its cluster is enabled or disabled. A value of 'false' means reflection of routes to all client peers is enabled.

The value of tBgpPeerGroupGracefulRestart specifies whether or not graceful restart capabilities are enabled on this instance of BGP. When the value is set to 'false' graceful restart is disabled and any previous configuration of other graceful restart parameters is removed.

The value of tBgpPeerGroupGRRestartTime specifies the maximum amount of time in seconds that a graceful restart should take.

The value of tBgpPeerGroupGRStaleRoute specifies the maximum amount of time in seconds that stale routes should be maintained after a graceful restart is initiated. This value should be at least as large as the value of tBgpPeerGroupGRRestartTime.

The value of tBgpPeerGroupGRAdminState specifies the desired administrative state of the graceful restart capabilities for this peer group of the BGP protocol. When the value is 'outOfService' the graceful restart capabilities are disabled but the graceful restart configuration parameters are retained.

The value of tBgpPeerGroupGROperState indicates the operational status of the graceful restart capabilities for this peer group of the BGP protocol.

The value of tBgpPeerGroupFamily specifies the types of routing information to be distributed by this peer group of BGP. BGP was initially designed for the distribution of IPv4 routing information. Multi-protocol extensions and the use of a VPN-IPv4, VPN-IPv6, MVPN-IPv4 and L2-VPN addresses have been added to extend its ability to carry overlapping routing information. A 'vpnIpv4 (2)' address is a 12-byte value consisting of the 8-byte route distinguisher, RD, and the 4-byte ipv4 IP address prefix. The RD must be unique within the scope of the VPRN. This allows the IP address prefixes within different VRFs to overlap. 'ipv6 (3)', 'mcastIpv4 (4)', 'l2vpn (6)' and 'mcastVpnIpv4 (12)' are multi-protocol extensions to BGP. A 'vpnIpv6 (5)' address is a 24-byte value consisting of the 8-byte RD, and 16 bytes for the IPv6 address. When both IPv4 and IPv6 VPRN services are enabled, the PE router uses the same RD for both address families. A 'l2vpn (6)' address is a 12-byte Virtual Switch Instance identifier (VSI-ID) value consisting of the 8-byte route distinguisher(RD) followed by a 4-byte value. A 'mvpnIpv4 (7)' address is variable size value consisting of the 1-byte route type, 1-byte length and variable size route type specific. Route type defines encoding for the route type specific field. Length indicates the length in octets of the route type specific field.

The value of tBgpPeerGroupVpnApplyImport specifies if the BGP import route policies are applied to VPN-IPv4 routes of this group. When the value is 'false' the application of the base instance BGP import route policies to VPN-IPv4 routes of this group is disabled.

The value of tBgpPeerGroupVpnApplyExport specifies if the BGP export route policies are applied to VPN-IPv4 routes of this group. When the value is 'false' the application of the BGP export route policies to VPN-IPv4 routes of this group is disabled.

The value of tBgpPeerGroupASOverride specifies if the service provider BGP will override the customer AS number in the ASPATH with its own AS number. A value of 'true' means the service provider BGP will override the customer AS number in the ASPATH with its own AS number. Without this feature there could be scenarios where multiple CE locations belonging to the same AS will not be able to communicate due to a potential loop detection.

The value of tBgpPeerGroupOrf specifies if outbound route filtering capability is enabled or disabled for the BGP group.

The value of tBgpPeerGroupExtCommsOrf specifies if outbound route filtering capability is based on extended communities for the BGP group.

The value of tBgpPeerGroupExtCommsSendOrf specifies if outbound route filter advertisement to the neighbors in this BGP group.

The value of tBgpPeerGroupExtCommsRecvOrf specifies if outbound route filter for this BGP group is accepted from the neighbors is enabled.

The value of tBgpPeerGroupDynamicPeerGroup specifies wheter or not this peer group is dedicated to containing dynamicly created peers. A value for this object can only be set during row creation. When set to TRUE it will not be possible to configure bgp peers in this group.

The value of tBgpPeerGroupLocalAS4Byte specifies the autonomous system number to be advertised to this peer.

The value of tBgpPeerGroupPeerAS4Byte specifies the autonomous system number for the remote peer.

The value of tBgpPeerGroupDisable4ByteASN specifies whether or not 4-byte ASN capability will be advertised by this peer. When the value of tBgpPeerGroupDisable4ByteASN is set to false, 4-byte ASN support will be negotiated with the associated remote peers. When the value of tBgpPeerGroupDisable4ByteASN is set to true, 4-byte ASN capability will not be advertised by this peer.

The value of tBgpPeerGroupHoldTimeIsStrict specifies whether or not tBgpPeerGroupHoldTime has to be strictly enforced. When the value of tBgpPeerGroupHoldTimeIsStrict is true, this BGP peer group will not negotiate a hold time lower than the configured value for tBgpPeerGroupHoldTime. This object is obsoleted in release 10.0. Desired functionality of strict enforcement of hold time can be achieved by configuring the value of tBgpPGMinHoldTime.

The value of tBgpPeerGroupRemovePrivateASLmtd specifies whether BGP will remove the private AS numbers for this group. When the value of tBgpPeerGroupRemovePrivateASLmtd is true, BGP will remove private AS numbers from the AS Path for this group. When the value of tBgpPeerGroupRemovePrivateAS is changed, the value of tBgpPeerGroupRemovePrivateASLmtd is reset to its default value. An 'inconsistentValue' error is returned if an attempt is made to set this object to its default value. This object can be reset by resetting appropriate inheritance bit of tBgpPeerGroupInheritance.

The value of tBgpPeerGroupPMTUDiscovery specifies whether path MTU discovery is enabled for this group. When the value is set to 'true', path MTU discovery is enabled for this group. When the value is set to 'false', path MTU discovery is disabled for this group.

The value of tBgpPeerGroupMaxPrefixLogOnly specifies whether BGP peering will be disabled when tBgpPeerGroupMaxPrefix is exceeded. When the value is set to 'true', BGP peering will be enabled. When the value is set to 'false', BGP peering will be disabled.

The value of tBgpPeerGroupMaxPrefixThreshold specifies a percentage of tBgpPeerGroupMaxPrefix.

The value of tBgpPeerGroupDisableCapNego specifies whether capability negotiation is disabled for this group.

Information about the route targets to be advertised to the peers if ORF is enabled for this peer group.

An entry in the tBgpPGSendOrfRouteTargetTable. Each entry represents a route target to be advertised to the peers in this group.

Index for the tBgpPGSendOrfRouteTargetTable. The value of tBgpPGSendOrfRouteTarget specifies the extended community name to be advertised to the peer.

RowStatus for the Send Orf Route target entry.

Information about the attributes configured for the BGP instance.

An entry in the tBgpPeerGroupParamsTable. Each entry maintains the attributes configured for BGP instance.

The value of tBgpPGParamsInheritance specifies if the peer entry in this row, should inherit the operational value of an object, or use the administratively set value. this object is a bit-mask, with the following positions: tBgpPGDisableFEFailover 0x0000000000000002 tBgpPGDisableComms 0x0000000000000004 tBgpPGDisableExtComms 0x0000000000000008 tBgpPGDefaultOriginate 0x0000000000000010 tBgpPGAdvertiseInactiveRts 0x0000000000000020 tBgpPGPeerTracking 0x0000000000000400 tBgpPGAuthKeyChain 0x0000000000000800 tBgpPGBfdEnabled 0x0000000000001000 tBgpPGEnableAddPath 0x0000000000002000 tBgpPGRecvAddPath 0x0000000000004000 tBgpPGIpv4AddPathLimit 0x0000000000008000 tBgpPGVpnIpv4AddPathLimit 0x0000000000010000 tBgpPGIpv6AddPathLimit 0x0000000000020000 tBgpPGVpnIpv6AddPathLimit 0x0000000000040000 tBgpPGFlowspecValidate 0x0000000000080000 tBgpPGRemovePrivateSkipPeerAs 0x0000000001000000 When the bit for an object is set to one, then the object's administrative and operational value are whatever the DEFVAL or most recently SET value is. When the bit for an object is set to zero, then the object's administrative and operational value are inherited from the corresponding object in tBgpInstanceTable. By default all of these attributes should be inherited from the tBgpInstanceParamsTable.

The value of tBgpPGDisableFEFailover controls whether the router should drop an external BGP session immediately when the local interface goes down, or whether the BGP session should be kept up until the holdtime expires. Setting the value to 'true' causes the external BGP session to go down immediately when the local interface goes down.

The value of tBgpPGDisableComms enables or disables sending of community attribute to the peer for non-external communities.

The value of tBgpPGDisableExtComms enables or disables sending of community attribute to the peers for external communities.

The value of tBgpPGDefaultOriginate enables or disables the sending of default routes to the peer, making it independent of the route policies.

The value of tBgpPGAdvertiseInactiveRts enables or disables advertising of inactive BGP routes to other BGP peers.

The value of tBgpPGMinTTLValue specifies the minimum TTL value for an incoming BGP packet. If tBgpPGMinTTLValue is set to zero (0), the TTL Security feature is disabled.

The value of tBgpPGTTLLogId specifies the filter log to use for packets that fail TTL security check. The value zero indicates that logging is disabled.

The value of tBgpPGLocalAddressType specifies the address type of the peer group local address. tBgpPGLocalAddressType can be either unknown, ipv4 or ipv6.

The value of tBgpPGLocalAddress specifies the address of the peer group local address. If the tBgpPGLocalAddressType is set to ipv4, then the local address is an ipv4 address, if the tBgpPGLocalAddressType is set to ipv6, the local address of the peer group is an ipv6 address. If local address is not set, tBgpPGLocalAddressType is set to unknown and tBgpPGLocalAddress returns a null string.

The value of tBgpPGPeerTracking specifies whether tracking of BGP peers on this peer group is enabled. The default value of 'false' indicates that peer tracking on this group is disabled.

The value of tBgpPGAuthKeyChain specifies the keychain which will be used to sign and/or authenticate the BGP protocol stream. The keychain name is defined by tmnxKeyChainName and is the index for TIMETRA-SECURITY-MIB::tmnxKeyChainTable

The value of tBgpPGBfdEnabled specifies whether Bi-directional Forwarding Detection is enabled on this peer group. When the value is 'true', BFD sessions can be established and BFD can be used as a signalling mechanism.

The value of tBgpPGEnableAddPath specifies whether the BGP ADD-PATH send capability is enabled on this BGP group. ADD-PATH allows a BGP router to advertise multiple distinct paths for the same prefix/NLRI(Network Layer Reachability Information). This capability provides a number of potential benifits like reduced routing churn, faster convergence, better loadsharing etc. When the value of tBgpPGEnableAddPath is set to 'true', the BGP ADD-PATH send limit objects tBgpPGIpv4AddPathLimit, tBgpPGVpnIpv4AddPathLimit, tBgpPGIpv6AddPathLimit and tBgpPGVpnIpv6AddPathLimit represent their current assigned values. The default value of tBgpPGEnableAddPath is 'false', which means the values of the BGP ADD-PATH send limit objects are inherited from from BGP instance level.

The value of tBgpPGRecvAddPath specifies the address families which are enabled to receive BGP ADD-PATH on this peer group. ADD-PATH allows a BGP router to receive multiple distinct paths for the same prefix/NLRI (Network Layer Reachability Information).

The value of tBgpInstanceIpv4AddPathLimit specifies the maximum number of paths per IPv4 prefix that can be advertised to ADD-PATH peers on this peer group. An 'inconsistentValue' error is returned if an attempt is made to set this object to a value greater than tBgpInstanceMultipath.

The value of tBgpInstanceVpnIpv4AddPathLimit specifies the maximum number of paths per VPN IPv4 prefix that can be advertised to ADD-PATH peers on this peer group. An 'inconsistentValue' error is returned if an attempt is made to set this object to a value greater than tBgpInstanceMultipath.

The value of tBgpInstanceIpv6AddPathLimit specifies the maximum number of paths per IPv6 prefix that can be advertised to ADD-PATH peers on this peer group. An 'inconsistentValue' error is returned if an attempt is made to set this object to a value greater than tBgpInstanceMultipath.

The value of tBgpInstanceVpnIpv6AddPathLimit specifies the maximum number of paths per VPN IPv6 prefix that can be advertised to ADD-PATH peers on this peer group. An 'inconsistentValue' error is returned if an attempt is made to set this object to a value greater than tBgpInstanceMultipath.

The value of tBgpPGFlowspecValidate specifies whether validation of received flow specification routes is enabled for this peer group. When the value of tBgpPGFlowspecValidate is 'true', the flow routes received from other peers are validated. The default value of tBgpPGFlowspecValidate is 'false', which means validation of received flow routes is disabled and all flow specification routes are considered valid.

The value of tBgpPGUpdatedErrorHandling specifies whether the error handling mechanism for optional transitive path attributes is enabled for this peer group.

The value of tBgpPGDefaultRouteTarget specifies whether to send the default Route Target Constraint (RTC) route to peers in this BGP peer group. The default RTC route is a special type of RTC route that has zero prefix length.

The value of tBgpPGAigp specifies whether Accumulated IGP (AIGP) path attribute support is enabled on this bgp group. The default value of tBgpPGAigp is 'false', which means the AIGP attribute is removed from the advertised routes and is ignored if present in the received routes.

The value of tBgpPGMinHoldTime specifies the minimum hold time that should be strictly enforced on tBgpPeerGroupHoldTime. When the value of tBgpPGMinHoldTime is configured, BGP will not negotiate a hold time lower than the configured value. When the value of tBgpPeerGroupHoldTime is changed, the value of tBgpPGMinHoldTime is reset to its default value. The value of tBgpPGMinHoldTime is inherited from the corresponding object value in the tBgpInstanceTable, when the inheritance bit for tBgpPeerGroupHoldTime is set to zero. An 'inconsistentValue' error is returned if an attempt is made to set this object to a non-default value when the value of tBgpPeerGroupHoldTime is inherited from instance level. An 'inconsistentValue' error is returned if an attempt is made to set this object to a value greater than tBgpPeerGroupHoldTime.

The value of tBgpInstRemovePrivateSkipPeerAs specifies whether or not to remove the private autonomous system number (ASN) from AS-Path, if the AS-Path contains the ASN of the external BGP (eBGP) neighbor on this BGP peer group. When the value of tBgpInstRemovePrivateSkipPeerAs is true, BGP will not remove the private ASN from the AS-Path if it is the same autonomous system number as the remote eBGP peer.

The tBgpPeerGroupPlcyTable is the list of configured policies in BGP Peer Groups.

An entry (conceptual row) in the tBgpPeerGroupPlcyTable.

The value of tBgpPeerGroupPlcyImportPolicy1 specifies the first import policy.

The value of tBgpPeerGroupPlcyImportPolicy2 specifies the second import policy.

The value of tBgpPeerGroupPlcyImportPolicy3 specifies the third import policy.

The value of tBgpPeerGroupPlcyImportPolicy4 specifies the fourth import policy.

The value of tBgpPeerGroupPlcyImportPolicy5 specifies the fifth import policy.

The value of tBgpPeerGroupPlcyImportPolicy6 specifies the sixth import policy.

The value of tBgpPeerGroupPlcyImportPolicy7 specifies the seventh import policy.

The value of tBgpPeerGroupPlcyImportPolicy8 specifies the eighth import policy.

The value of tBgpPeerGroupPlcyImportPolicy9 specifies the ninth import policy.

The value of tBgpPeerGroupPlcyImportPolicy10 specifies the tenth import policy.

The value of tBgpPeerGroupPlcyImportPolicy11 specifies the eleventh import policy.

The value of tBgpPeerGroupPlcyImportPolicy12 specifies the twelfth import policy.

The value of tBgpPeerGroupPlcyImportPolicy13 specifies the thirteenth import policy.

The value of tBgpPeerGroupPlcyImportPolicy14 specifies the fourteenth import policy.

The value of tBgpPeerGroupPlcyImportPolicy15 specifies the fifteenth import policy.

The value of tBgpPeerGroupPlcyExportPolicy1 specifies the first export policy.

The value of tBgpPeerGroupPlcyExportPolicy2 specifies the second export policy.

The value of tBgpPeerGroupPlcyExportPolicy3 specifies the third export policy.

The value of tBgpPeerGroupPlcyExportPolicy4 specifies the fourth export policy.

The value of tBgpPeerGroupPlcyExportPolicy5 specifies the fifth export policy.

The value of tBgpPeerGroupPlcyExportPolicy6 specifies the sixth export policy.

The value of tBgpPeerGroupPlcyExportPolicy7 specifies the seventh export policy.

The value of tBgpPeerGroupPlcyExportPolicy8 specifies the eighth export policy.

The value of tBgpPeerGroupPlcyExportPolicy9 specifies the ninth export policy.

The value of tBgpPeerGroupPlcyExportPolicy10 specifies the tenth export policy.

The value of tBgpPeerGroupPlcyExportPolicy11 specifies the eleventh export policy.

The value of tBgpPeerGroupPlcyExportPolicy12 specifies the twelfth export policy.

The value of tBgpPeerGroupPlcyExportPolicy13 specifies the thirteenth export policy.

The value of tBgpPeerGroupPlcyExportPolicy14 specifies the fourteenth export policy.

The value of tBgpPeerGroupPlcyExportPolicy15 specifies the fifteenth export policy.

The value of tBgpPeerGroupTableLastChanged specifies the last timestamp when an entry in the tBgpPeerGroupTable was last changed.

The value of tBgpPeerGroupTableSpinlock specifies voluntary serialization control for tBgpPeerGroupTable. It is mainly used to coordinate changes to tBgpPeerInheritance.

The tBgpPeerTable is the list of configured BGP Peers. The table entries are indexed by the peer's IP address. For administrative convenience the Peer Group name should be set but is not used for sorting in the agent.

An entry (conceptual row) in the tBgpPeerTable. An entry can be created using the row status object, tBgpPeerRowStatus. When created, all objects are initialized to their default values. Before the Peer entry can be used, tBgpPeerRowStatus must be set to 'active(1)'. The Peer entry can be removed by setting tBgpPeerRowStatus to 'destroy(6)'. The Peer entry will be advertised to BGP peers when tBgpPeerShutdown is false.

Index for tBgpPeerTable, tBgpPeerAddress indicates the IP address of the Peer.

The value of tBgpPeerPeerGroup specifies the name of the Peer group for the Peer. This object can only be set when the tBgpPeerRowStatus is not active(1). Setting this object causes the Peer attributes to be set to the inherited values from the Peer Group and from the global BGP defaults. This will destroy any previously configured values. So, when creating a row, set this object first, or second after tBgpPeerAddress. Then set any peer attribute objects.

The value of tBgpPeerRowStatus specifies the row status for this BGP Peer for the virtual router. It is used to create and delete row entries in this table. In order for an attempt to 'destroy' this row entry to succeed, the value of tBgpPeerShutdown must be 'true'.

The value of tBgpPeerShutdown specifies if we advertise this peer or not. A value of false(2) means no shutdown, so advertise; true(1) means this entry is shutdown, so do not advertise.

The value of tBgpPeerDescription specifies a user provided description string for this peer entry. It can consist of any printable, seven-bit ASCII characters up to 80 characters in length.

The value of tBgpPeerConnectRetry specifies the value (in seconds) of the BGP Connect Retry timer.

The value of tBgpPeerHoldTime specifies the value (in seconds) of the BGP Hold Time.

The value of tBgpPeerKeepAlive specifies the value of the BGP Keepalive timer. A keepalive message is sent every time this timer expires.

The value of tBgpPeerMinASOrigination specifies the minimal interval (in seconds) at which a given path attribute can be advertised to a peer.

The value of tBgpPeerDampening specifies if route dampening is applied to learned routes.

The value of tBgpPeerLocalAddress specifies the local IP address to be used by this peer. If set to 0.0.0.0, then use a (non-0.0.0.0) Peer Group Local Address, or a (non-0.0.0.0) global Local Address. If both are zero then find the local address by querying the closest interface to the peer address from the routing table.

The value of tBgpPeerLocalAS specifies the autonomous system number to be advertised for this peer. If the value of tBgpPeerLocalAS, the value of tBgpPeerGroupLocalAS or tBgpInstanceLocalAS will be used in that order.

The value of tBgpPeerLocalPreference specifies the default value for the Local Preference attribute. This value is used if the BGP route arrives from a BGP peer without the Local Preference attribute set. It is overridden by any value set via a route policy.

The value of tBgpPeerLoopDetect determines how the peer session should deal with loop detection in the AS Path.

The value of tBgpPeerMinRouteAdvertisement specifies the minimum interval at which a given path attribute is advertised to a peer.

configures the maximum number of routes that can be learned from this peer. zero means 'no limit'. if the number of routes exceeds 90% of this limit, then the tBgpMaxPrefix90 notification is sent. if the number of routes exceeds this limit, then BGP peering will be dropped. Also, the tBgpMaxPrefix100 notification will be sent.

The value of tBgpPeerMEDSource specifies the source of the Multi Exit Discriminator (MED) value for peers in this group.

The value of tBgpPeerMEDValue specifies the value of MED when tBgpPeerMEDSource is 'metricVal'. If the value of tBgpPeerMEDSource is not 'metricVal', this object is ignored.

The value of tBgpPeerMultihop specifies the TTL used in IP packet header for BGP advertisements. Default TTL values for EBGP peer is 1, and MAX_TTL for IBGP peers. Default value if not set is no_type - the peer has to infer its value based on local-as, and peer-as in that case.

The value of tBgpPeerNextHopSelf specifies if routes advertised to EBGP peers in this group have NEXTHOP path attribute set to this router's physical interface. When false, third party routes are advertised.

The value of tBgpPeerNoAggregatorID specifies if different routers in the same AS create aggregate routes containing different AS paths. A value of 'true' would enable setting the router ID to 0 in the aggregator path attribute when BGP is aggregating routes. A value of 'false' would disable setting the router ID to 0 in the aggregator path attribute when BGP is aggregating routes.

The value of tBgpPeerPassive specifies if the peer will not attempt to connect to the far end peer or just wait for the far end peer to connect.

The value of tBgpPeerPeerAS specifies the Autonomous System number for the remote peer.

The value of tBgpPeerPeerType specifies the type of peer - noType(1), internal(2) and external(3). Default value if not set is noType - the peer has to infer its value based on local-as, and peer-as in that case.

The value of tBgpPeerPreference specifies the route preference for routes learned via the peer.

The value of tBgpPeerRemovePrivateAS specifies if private AS numbers should be stripped from the AS Path before advertising them to BGP peers.

The value tBgpPeerLastChanged indicates when an entry in tBgpPeerTable was last changed.

The value of tBgpPeerInheritance specifies if the peer entry in this row, should inherit the operational value of an object, or use the administratively set value. This object is a bit-mask, with the following positions: tBgpPeerShutdown 0x04 tBgpPeerConnectRetry 0x10 tBgpPeerHoldTime 0x20 tBgpPeerKeepAlive 0x40 tBgpPeerMinASOrigination 0x80 tBgpPeerDampening 0x100 tBgpPeerLocalAddress 0x200 tBgpPeerLocalAS 0x400 tBgpPeerLocalPreference 0x800 tBgpPeerLoopDetect 0x1000 tBgpPeerMinRouteAdvertisement 0x2000 tBgpPeerMaxPrefix 0x4000 tBgpPeerMEDSource 0x8000 tBgpPeerMEDValue 0x10000 tBgpPeerMultihop 0x20000 tBgpPeerNextHopSelf 0x80000 tBgpPeerNoAggregatorID 0x100000 tBgpPeerPassive 0x200000 tBgpPeerPeerAS 0x400000 tBgpPeerPeerType 0x800000 tBgpPeerPreference 0x1000000 tBgpPeerRemovePrivateAS 0x2000000 tBgpPeerImportPolicy1 0x8000000 tBgpPeerImportPolicy2 0x10000000 tBgpPeerImportPolicy3 0x20000000 tBgpPeerImportPolicy4 0x40000000 tBgpPeerImportPolicy5 0x80000000 tBgpPeerExportPolicy1 0x100000000 tBgpPeerExportPolicy2 0x200000000 tBgpPeerExportPolicy3 0x400000000 tBgpPeerExportPolicy4 0x800000000 tBgpPeerExportPolicy5 0x1000000000 tBgpPeerLocalASPrivate 0x2000000000 tBgpPeerMd5Auth 0x4000000000 tBgpPeerMd5AuthKey 0x8000000000 tBgpPeerClusterId 0x10000000000 tBgpPeerDisableClientReflect 0x20000000000 tBgpPeerGracefulRestart 0x40000000000 tBgpPeerGRRestartTime 0x80000000000 tBgpPeerGRStaleRoute 0x100000000000 tBgpPeerGRAdminState 0x200000000000 tBgpPeerFamily 0x400000000000 tBgpPeerVpnApplyImport 0x800000000000 tBgpPeerVpnApplyExport 0x1000000000000 tBgpPeerASOverride 0x2000000000000 tBgpPeerOrf 0x4000000000000 tBgpPeerExtCommsOrf 0x8000000000000 tBgpPeerExtCommsSendOrf 0x10000000000000 tBgpPeerExtCommsRecvOrf 0x20000000000000 When the bit for an object is set to one, then the object's administrative and operational value are whatever the DEFVAL or most recently SET value is. When the bit for an object is set to zero, then the object's administrative and operational value are inherited from the corresponding object in tBgpPeerGroupTable, or from the corresponding object in tBgpInstanceTable.

The value of tBgpPeerImportPolicy1 specifies import policy number 1 for peer level.

The value of tBgpPeerImportPolicy2 specifies import policy number 2 for peer level.

The value of tBgpPeerImportPolicy3 specifies import policy number 3 for peer level.

The value of tBgpPeerImportPolicy4 specifies import policy number 4 for peer level.

The value of tBgpPeerImportPolicy5 specifies import policy number 5 for peer level.

The value of tBgpPeerExportPolicy1 specifies export policy number 1 for peer level.

The value of tBgpPeerExportPolicy2 specifies export policy number 2 for peer level.

The value of tBgpPeerExportPolicy3 specifies export policy number 3 for peer level.

The value of tBgpPeerExportPolicy4 specifies export policy number 4 for peer level.

The value of tBgpPeerExportPolicy5 specifies export policy number 5 for peer level.

The value of tBgpPeerOperStatus indicates the operational status of this BGP Peer. A value of 'inService(2)' means the bgp peer is fully functional. A value of 'outOfService(3)' means the bgp peer is down. A value of 'transition(4)' means the bgp peer is performing a transition from state inService(2) to outOfService(3) or vice-versa. A value of 'disabled(5)' means the BGP peer needs to be restarted by the user.

The value of tBgpPeerLocalASPrivate specifies if the local autonomous system number is hidden in paths learned from peering.

The value of tBgpPeerMd5Auth specifies if the authentication using MD5 message based digest protocol is enabled.

The value of tBgpPeerMd5AuthKey specifies the authentication key to be used between BGP peers neighbors before establishing sessions. Authentication is done using the MD-5 message based digest protocol. Authentication can be configured globally and applied to all BGP peers or per group or per peer. The most specific value is used. The authentication key can be any combination of letters or numbers. Note that the string may contain embedded nulls.

This value of tBgpPeerClusterId specifies the cluster ID for a route reflector server. A value of 0.0.0.0 indicates that no cluster ID has been assigned to the BGP peer.

The value of tBgpPeerDisableClientReflect specifies if reflection of routes by the route reflector to all client peers within its cluster is enabled or disabled. A value of 'false' means reflection of routes to all client peers is enabled.

The value of tBgpPeerGracefulRestart specifies whether or not graceful restart capabilities are enabled on this instance of BGP. When the value is set to 'false' graceful restart is disabled and any previous configuration of other graceful restart parameters is removed.

The value of tBgpPeerGRRestartTime specifies the maximum amount of time in seconds that a graceful restart should take.

The value of tBgpPeerGRStaleRoute specifies the maximum amount of time in seconds that stale routes should be maintained after a graceful restart is initiated. This value should be at least as large a the value of tBgpPeerGRRestartTime.

The value of tBgpPeerGRAdminState specifies the desired administrative state of the graceful restart capabilities for this peer of the BGP protocol. When the value is 'outOfService' the graceful restart capabilities are disabled but the graceful restart configuration parameters are retained.

The value of tBgpPeerGROperState indicates the operational status of the graceful restart capabilities for this peer of the BGP protocol.

The value of tBgpPeerFamily specifies the types of routing information to be distributed by the local side of this Peer of the BGP protocol. BGP was initially designed for the distribution of IPv4 routing information. Multi-protocol extensions and the use of a VPN-IPv4 address have been added to extend its ability to carry overlapping routing information. A 'vpnIpv4' address is a 12-byte value consisting of the 8-byte route distinguisher, RD, and the 4-byte ipv4 IP address prefix. The RD must be unique within the scope of the VPRN. This allows the IP address prefixes within different VRFs to overlap. This object has been obsoleted in release 6.0.

The value of tBgpPeerVpnRemoteFamily indicates the types of routing information to be distributed by the remote end of this Peer of the BGP protocol. BGP was initially designed for the distribution of IPv4 routing information. Multi-protocol extensions and the use of a VPN-IPv4 address have been added to extend its ability to carry overlapping routing information. A 'vpnIpv4' address is a 12-byte value consisting of the 8-byte route distinguisher, RD, and the 4-byte ipv4 IP address prefix. The RD must be unique within the scope of the VPRN. This allows the IP address prefixes within different VRFs to overlap. This object has been obsoleted.

The value of tBgpPeerVpnApplyImport specifies if the BGP import route policies are applied to VPN-IPv4 routes of this group. When the value is 'false' the application of the base instance BGP import route policies to VPN-IPv4 routes of this group is disabled.

The value of tBgpPeerVpnApplyExport specifies if the BGP export route policies are applied to VPN-IPv4 routes of this group. When the value is 'false' the application of the BGP export route policies to VPN-IPv4 routes of this group is disabled.

The value of tBgpPeerVpnLocalCaps indicates the capabilities supported on the local end of the BGP Peer.

The value of tBgpPeerVpnRemoteCaps indicates the capabilities advertised by the remote end of the BGP Peer.

The value of tBgpPeerConnState indicates the BGP peer connection state. This object is the shadow object of bgpPeerState as existing in the BGP4-MIB. Enumeration: 'established': 6, 'openconfirm': 5, 'opensent': 4, 'idle': 1, 'connect': 2, 'active': 3.

The value of tBgpPeerASOverride specifies if the service provider BGP will override the customer AS number in the ASPATH with its own AS number. A value of 'true' means the service provider BGP will override the customer AS number in the ASPATH with its own AS number. Without this feature there could be scenarios where multiple CE locations belonging to the same AS will not be able to communicate due to a potential loop detection.

The value of tBgpPeerOrf specifies if outbound route filtering capability is enabled or disabled for the BGP peer.

The value of tBgpPeerExtCommsOrf specifies if outbound route filtering capability is based on extended communities for the BGP peer.

The value of tBgpPeerExtCommsSendOrf specifies if outbound route filter advertisement to the neighbors in this BGP peer.

The value of tBgpPeerExtCommsRecvOrf specifies if outbound route filter for this BGP peer is accepted from the neighbors is enabled.

The tBgpPeerOperTable is the list of configured BGP Peers and their operational status information.

An entry (conceptual row) in the tBgpPeerOperTable. Entries in tBgpPeerOperTable are created when entries are created in tBgpPeerTable.

The value of tBgpPeerOperMsgOctetsRcvd indicates the number of octets received from this peer.

The value of tBgpPeerOperMsgOctetsSent indicates the number of octets transmitted to this peer.

The value of tBgpPeerOperInputQueueMessages indicates the number of unprocessed messages in the queue, from this peer.

The value of tBgpPeerOperOutputQueueMessages indicates the number of untransmitted messages in the queue, to this peer.

The value of tBgpPeerOperReceivedPrefixes indicates the number of prefixes received from this peer.

The value of tBgpPeerOperSentPrefixes indicates the number of prefixes transmitted to this peer.

The value of tBgpPeerOperActivePrefixes indicates the number of active prefixes from this peer.

The value of tBgpPeerOperReceivedPaths indicates the number of paths received from this peer.

The value of tBgpPeerOperPathsSuppressedByDamping indicates the number of paths from this peer, which have been suppressed by damping.

The value of tBgpPeerOperFlaps indicates the number of flaps of updates from this peer.

The value of tBgpPeerOperLastState indicates the last BGP state of this peer.

The value of tBgpPeerOperLastEvent indicates the last BGP event of this peer.

The value of tBgpPeerOperVpnReceivedPrefixes indicates the number of received VPN prefixes.

The value of tBgpPeerOperVpnSentPrefixes indicates the number of transmitted VPN prefixes.

The value of tBgpPeerOperVpnActivePrefixes indicates the number of active VPN prefixes from this BGP peer.

The value of tBgpPeerOperGRSupport indicates whether the BGP peer supports graceful restart. If tBgpPeerOperGRSupport has a value of 'true' the peer supports graceful restart.

The value of tBgpPeerOperGRFamilyRestart indicates the capability type of NLRI that peer supports restart for.

The value of tBgpPeerOperGRFamilyFwding indicates the capability type of NLRI that peer saved forwarding for.

The value of tBgpPeerOperGRFamilyNegotiated indicates the capability type of NLRI that restart is negotiated for by the peer.

The value of tBgpPeerOperGRRecvEOR indicates the capability type of NLRI of received end-of-rib markers from the peer.

The value of tBgpPeerOperGRSendEOR indicates the capability type of NLRI of all the sent end-of-rib markers by the peer.

The value of tBgpPeerOperGRStaleRoutesTime indicates the maximum amount of time in seconds that stale routes are maintained by the peer after a graceful restart is initiated.

The value of tBgpPeerOperGRRequestRestartTime indicates the maximum amount of time in seconds that a graceful restart takes for the peer.

The value of tBgpPeerOperGRStatus indicates the graceful restart status of the BGP peer.' The values of tBgpPeerOperGRStatus means: notHelping (1), -- Peer is not currently being helped restarting (2), -- Received restart request from the peer restart-complete (3), -- The peer has completed the most recent restart helping (4) -- Peer is helping us in restarting. Enumeration: 'helping': 4, 'restart-complete': 3, 'notHelping': 1, 'restarting': 2.

The value of tBgpPeerOperNumRestarts indicates the number of times the peer has attempted restart.

The value of tBgpPeerOperLastRestartTime indicates the last time the peer attempted restart.

The value of tBgpPeerOperV6ReceivedPrefixes indicates the number of IPv6 prefixes received from this peer.

The value of tBgpPeerOperV6SentPrefixes indicates the number of IPv6 prefixes transmitted to this peer.

The value of tBgpPeerOperV6ActivePrefixes indicates the number of active IPv6 prefixes from this peer.

The value of tBgpPeerOperV6ReceivedPaths indicates the number of IPv6 paths received from this peer.

The value of tBgpPeerOperV6SuppPathsDamping indicates the number of IPv6 paths from this peer, which have been suppressed by damping.

The value of tBgpPeerOperVpnReceivedPaths indicates the number of VPN paths received from this peer.

The table contains information about the route targets to be advertised to the peers if it is Outbound route filtering capable.

An entry in the tBgpPeerSendOrfRouteTargetTable. Each entry represents a route target to be advertised to the peer.

Index for the tBgpPeerSendOrfRouteTargetTable. The value of tBgpPeerSendOrfRouteTarget specifies the extended community name to be advertised to the peer.

RowStatus for the Send Orf Route target entry.

The table contains information about the attributes configured for the BGP instance.

An entry in the tBgpPeerParamsTable. Each entry maintains the attributes configured for BGP instance.

The value of tBgpPeerParamsInheritance specifies if the peer entry in this row, should inherit the operational value of an object, or use the administratively set value. This object is a bit-mask, with the following positions: tBgpPeerDisableFEFailover 0x0000000000000002 tBgpPeerDisableComms 0x0000000000000004 tBgpPeerDisableExtComms 0x0000000000000008 tBgpPeerDefaultOriginate 0x0000000000000010 tBgpPeerAdvertiseInactiveRts 0x0000000000000020 tBgpPeerMinTTLValue 0x0000000000000040 tBgpPeerTTLLogId 0x0000000000000080 When the bit for an object is set to one, then the object's administrative and operational value are whatever the DEFVAL or most recently SET value is. When the bit for an object is set to zero, then the object's administrative and operational value are inherited from the corresponding object in tBgpPeerGroupTable, or from the corresponding object in tBgpInstanceTable. By default all of these attributes should be inherited from the tBgpPeerGroupTable.

The value of tBgpPeerDisableFEFailover controls whether the router should drop an external BGP session immediately when the local interface goes down, or whether the BGP session should be kept up until the holdtime expires. Setting the value to 'true' causes the external BGP session to go down immediately when the local interface goes down.

The value of tBgpPeerDisableComms enables or disables sending of community attribute to the peer for non-external communities.

The value of tBgpPeerDisableComms enables or disables sending of community attribute to the peers for external communities.

The value of tBgpPeerDefaultOriginate enables or disables the sending of default routes to the peer, making it independent of the route policies.

The value of tBgpPeerAdvertiseInactiveRts enables or disables advertising of inactive BGP routes to other BGP peers.

The value of tBgpPeerMinTTLValue specifies the minimum TTL value for an incoming BGP packet. If tBgpPeerMinTTLValue is set to zero (0), the TTL Security feature is disabled.

The value of tBgpPeerTTLLogId specifies the filter log to use for packets that fail TTL security check. The value zero indicates that logging is disabled.

The tBgpPeerNgTable is the list of configured BGP IPV4 and IPV6 Peers. The table entries are indexed by BGP instance, peer address type and the peer's IP address. For administrative convenience the Peer Group name should be set but is not used for sorting in the agent.

Defines an entry (conceptual row) in the tBgpPeerNgTable. An entry can be created using the row status object, tBgpPeerNgRowStatus. When created, all objects are initialized to their default values. Before the Peer entry can be used, tBgpPeerNgRowStatus must be set to 'active(1)'. the Peer entry can be removed by setting tBgpPeerNgRowStatus to 'destroy(6)'. The Peer entry will be advertised to BGP peers when tBgpPeerNgShutdown is false.

tBgpPeerNgInstanceIndex is the bgp instance index for tBgpPeerNgTable.

Index for tBgpPeerNgTable. The tBgpPeerNgAddressType indicates the IP address type of the Peer.

Index for tBgpPeerNgTable. tBgpPeerNgAddress indicates the IPv(4/6) address of the Peer. If tBgpPeerNgAddressType is 'ipv4', then tBgpPeerNgAddress object expects an ipv4 address. If tBgpPeerNgAddressType is 'ipv6', then tBgpPeerNgAddress object should be a 16-octet value ipv6 address.

The value of tBgpPeerNgPeerGroup specifies the name of the Peer group for the Peer. This object can only be set when the tBgpPeerNgRowStatus is not active(1). Setting this object causes the Peer attributes to be set to the inherited values from the Peer Group and from the global BGP defaults. This will destroy any previously configured values. So, when creating a row, set this object first, or second after tBgpPeerNgAddress. Then, set any peer attribute objects.

The value of tBgpPeerNgRowStatus specifies the row status for this BGP instance for the virtual router. It is used to create and delete row entries in this table. In order for an attempt to 'destroy' this row entry to succeed, the value of tBgpPeerNgShutdown must be 'true'.

The value of tBgpPeerNgShutdown specifies if we advertise this peer or not. A value of false(2) means no shutdown, so advertise; true(1) means this entry is shutdown, so do not advertise.

The value of tBgpPeerNgDescription specifies a user provided description string for this Peer Group. It can consist of any printable, seven-bit ASCII characters up to 80 characters in length.

The value of tBgpPeerNgConnectRetry specifies the value (in seconds) of the BGP Connect Retry timer.

The value of tBgpPeerNgHoldTime specifies the value (in seconds) of the BGP Hold Time.

The value of tBgpPeerNgKeepAlive specifies the value of the BGP Keepalive timer. A keepalive message is sent every time this timer expires.

The value of tBgpPeerNgMinASOrigination specifies the minimal interval (in seconds) at which a given path attribute can be advertised to a peer.

The value of tBgpPeerNgDampening specifies if route dampening is applied to learned routes.

The value of tBgpPeerNgLocalAddress specifies the local IP address the peer-group or Peer is to use as advertisement source address. If the tBgpPeerNgLocalAddressType is set to ipv4, then the local address is an ipv4 address, if the tBgpPeerNgLocalAddressType is set to ipv6, the local address of the peer is an ipv6 address. If tBgpPeerNgLocalAddress is set to 0.0.0.0, then use a (non-0.0.0.0) Peer Group Local Address, or a (non-0.0.0.0) global Local Address, If both are zero then find the local address by querying the closest interface to the peer address from the routing table. If local address is not set, tBgpPeerNgLocalAddressType is set to unknown and tBgpPeerNgLocalAddress returns a null string.

The value of tBgpPeerNgLocalAddressType specifies the local IP address type the peer-group or Peer is to use as advertisement source address. tBgpPeerNgLocalAddressType can be either unknown, ipv4 or ipv6.

The value of tBgpPeerNgLocalAS specifies the autonomous system number to be advertised for this peer. If the value of tBgpPeerNgLocalAS, the value of tBgpPeerGroupLocalAS or tBgpInstanceLocalAS will be used in that order. This object was obsoleted in release 7.0. It is replaced with the 4-byte AS number defined by tBgpPeerNgLocalAS4Byte.

The value of tBgpPeerNgLocalPreference specifies the default value for the Local Preference attribute. This value is used if the BGP route arrives from a BGP peer without the Local Preference attribute set. It is overridden by any value set via a route policy.

The value of tBgpPeerNgLoopDetect determines how the peer session should deal with loop detection in the AS Path.

The value of tBgpPeerNgMinRouteAdvertisement specifies the minimum interval at which a given path attribute is advertised to a peer.

The value of tBgpPeerNgMaxPrefix specifies the maximum number of routes that can be learned from this peer. A value of zero specifies that there is no limit to the number of routes learned. The tBgpMaxNgPrefixThreshReached notification is sent when the number of routes exceeds a percentage of this limit as specified by tBgpPeerNgMaxPrefixThreshold. If the number of routes exceeds this limit, then BGP peering will be disabled and the tBgpMaxNgPrefix100 notification will be sent.

The value of tBgpPeerNgMEDSource specifies the source of the Multi Exit Discriminator (MED) value for peers in this group.

The value of tBgpPeerNgMEDValue specifies the value of MED when tBgpPeerNgMEDSource is 'metricVal'. If the value of tBgpPeerNgMEDSource is not 'metricVal', this object is ignored.

The value of tBgpPeerNgMultihop specifies the TTL used in IP packet header for BGP advertisements. Default TTL values for EBGP peer is 1, and MAX_TTL for IBGP peers. Default value if not set is no_type - the peer has to infer its value based on local-as, and peer-as in that case.

The value of tBgpPeerNgNextHopSelf specifies if routes advertised to EBGP peers in this group have NEXTHOP path attribute set to this router's physical interface. When false, third party routes are advertised.

The value of tBgpPeerNgNoAggregatorID specifies if different routers in the same AS create aggregate routes containing different AS paths. A value of 'true' would enable setting the router ID to 0 in the aggregator path attribute when BGP is aggregating routes. A value of 'false' would disable setting the router ID to 0 in the aggregator path attribute when BGP is aggregating routes.

The value of tBgpPeerNgPassive specifies if the peer will not attempt to connect to the far end peer or just wait for the far end peer to connect.

The value of tBgpPeerNgPeerAS specifies the Autonomous System number for the remote peer. This object was obsoleted in release 7.0. It is replaced with the 4-byte AS number defined by tBgpPeerNgPeerAS4Byte.

The value of tBgpPeerNgPeerType specifies the type of peer - noType(1), internal(2) and external(3). Default value if not set is noType - the peer has to infer its value based on local-as, and peer-as in that case.

The value of tBgpPeerNgPreference specifies the route preference for routes learned via the peer.

The value of tBgpPeerNgRemovePrivateAS specifies if private AS numbers should be stripped from the AS Path before advertising them to BGP peers.

The value tBgpPeerNgLastChanged indicates when an entry in tBgpPeerNgTable was last changed.

The value of tBgpPeerNgInheritance specifies if the peer entry in this row, should inherit the operational value of an object, or use the administratively set value. This object is a bit-mask, with the following positions: tBgpPeerNgShutdown 0x04 tBgpPeerNgConnectRetry 0x10 tBgpPeerNgHoldTime 0x20 tBgpPeerNgKeepAlive 0x40 tBgpPeerNgMinASOrigination 0x80 tBgpPeerNgDampening 0x100 tBgpPeerNgLocalAddress 0x200 tBgpPeerNgLocalAS4Byte 0x400 tBgpPeerNgLocalPreference 0x800 tBgpPeerNgLoopDetect 0x1000 tBgpPeerNgMinRouteAdvertisement 0x2000 tBgpPeerNgMaxPrefix 0x4000 tBgpPeerNgMEDSource 0x8000 tBgpPeerNgMEDValue 0x10000 tBgpPeerNgMultihop 0x20000 tBgpPeerNgNextHopSelf 0x80000 tBgpPeerNgNoAggregatorID 0x100000 tBgpPeerNgPassive 0x200000 tBgpPeerNgPeerAS4Byte 0x400000 tBgpPeerNgPeerType 0x800000 tBgpPeerNgPreference 0x1000000 tBgpPeerNgRemovePrivateAS 0x2000000 tBgpPeerNgImportPolicy1 0x8000000 tBgpPeerNgExportPolicy1 0x100000000 tBgpPeerNgLocalASPrivate 0x2000000000 tBgpPeerNgMd5Auth 0x4000000000 tBgpPeerNgMd5AuthKey 0x8000000000 tBgpPeerNgClusterId 0x10000000000 tBgpPeerNgDisableClientReflect 0x20000000000 tBgpPeerNgGracefulRestart 0x40000000000 tBgpPeerNgGRRestartTime 0x80000000000 tBgpPeerNgGRStaleRoute 0x100000000000 tBgpPeerNgGRAdminState 0x200000000000 tBgpPeerNgFamily 0x400000000000 tBgpPeerNgVpnApplyImport 0x800000000000 tBgpPeerNgVpnApplyExport 0x1000000000000 tBgpPeerNgASOverride 0x2000000000000 tBgpPeerNgOrf 0x4000000000000 tBgpPeerNgExtCommsOrf 0x8000000000000 tBgpPeerNgExtCommsSendOrf 0x10000000000000 tBgpPeerNgExtCommsRecvOrf 0x20000000000000 tBgpPeerNgLocalAddressType 0x40000000000000 tBgpPeerNgDisable4ByteASN 0x200000000000000 tBgpPeerNgHoldTimeIsStrict 0x400000000000000 tBgpPeerNgL2vpnCiscoInterop 0x800000000000000 tBgpPeerNgRemovePrivateASLmtd 0x01000000000000000 tBgpPeerNgMaxPrefixLogOnly 0x02000000000000000 tBgpPeerNgMaxPrefixThreshold 0x04000000000000000 tBgpPeerNgDisableCapNegotiation 0x08000000000000000 These named bits correspond to the names of objects in this table, but all import and export policy objects are represented by the same tBgpPeerNgImportPolicy1/tBgpPeerNgExportPolicy1 bit. When the bit for an object is set to one, then the object's administrative and operational value are whatever the DEFVAL or most recently SET value is. When the bit for an object is set to zero, then the object's administrative and operational value are inherited from the corresponding object in tBgpPeerGroupTable, or from the corresponding object in tBgpInstanceTable.

The value of tBgpPeerNgImportPolicy1 specifies import policy number 1 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpPeerPlcyImportPolicy1.

The value of tBgpPeerNgImportPolicy2 specifies import policy number 2 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpPeerPlcyImportPolicy2.

The value of tBgpPeerNgImportPolicy3 specifies import policy number 3 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpPeerPlcyImportPolicy3.

The value of tBgpPeerNgImportPolicy4 specifies import policy number 4 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpPeerPlcyImportPolicy4.

The value of tBgpPeerNgImportPolicy5 specifies import policy number 5 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpPeerPlcyImportPolicy5.

The value of tBgpPeerNgExportPolicy1 specifies export policy number 1 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpPeerPlcyExportPolicy1.

The value of tBgpPeerNgExportPolicy2 specifies export policy number 2 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpPeerPlcyExportPolicy2.

The value of tBgpPeerNgExportPolicy3 specifies export policy number 3 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpPeerPlcyExportPolicy3.

The value of tBgpPeerNgExportPolicy4 specifies export policy number 4 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpPeerPlcyExportPolicy4.

The value of tBgpPeerNgExportPolicy5 specifies export policy number 5 for peer level. This object was obsoleted in release 10.0. It is replaced by object tBgpPeerPlcyExportPolicy5.

The value of tBgpPeerNgOperStatus indicates the operational status of this BGP Peer. A value of 'inService(2)' means the bgp peer is fully functional. A value of 'outOfService(3)' means the bgp peer is down. A value of 'transition(4)' means the bgp peer is performing a transition from state inService(2) to outOfService(3) or vice-versa. A value of 'disabled(5)' means the BGP peer needs to be restarted by the user.

The value of tBgpPeerNgLocalASPrivate specifies if the local autonomous system number is hidden in paths learned from peering.

The value of tBgpPeerNgMd5Auth specifies if the authentication using MD5 message based digest protocol is enabled.

The value of tBgpPeerNgMd5AuthKey specifies the authentication key to be used between BGP peers neighbors before establishing sessions. Authentication is done using the MD-5 message based digest protocol. Authentication can be configured globally and applied to all BGP peers or per group or per peer. The most specific value is used. The authentication key can be any combination of letters or numbers. Note that the string may contain embedded nulls.

This value of tBgpPeerNgClusterId specifies the cluster ID for a route reflector server. A value of 0.0.0.0 indicates that no cluster ID has been assigned to the BGP peer.

The value of tBgpPeerNgDisableClientReflect specifies if reflection of routes by the route reflector to all client peers within its cluster is enabled or disabled. A value of 'false' means reflection of routes to all client peers is enabled.

The value of tBgpPeerNgGracefulRestart specifies whether or not graceful restart capabilities are enabled on this instance of BGP. When the value is set to 'false' graceful restart is disabled and any previous configuration of other graceful restart parameters is removed.

The value of tBgpPeerNgGRRestartTime specifies the maximum amount of time in seconds that a graceful restart should take.

The value of tBgpPeerNgGRStaleRoute specifies the maximum amount of time in seconds that stale routes should be maintained after a graceful restart is initiated. This value should be at least as large a the value of tBgpPeerNgGRRestartTime.

The value of tBgpPeerNgGRAdminState specifies the desired administrative state of the graceful restart capabilities for this peer of the BGP protocol. When the value is 'outOfService' the graceful restart capabilities are disabled but the graceful restart configuration parameters are retained.

The value of tBgpPeerNgGROperState indicates the operational status of the graceful restart capabilities for this peer of the BGP protocol.

The value of tBgpPeerNgFamily specifies the types of routing information to be distributed by the local side of this Peer of the BGP protocol. BGP was initially designed for the distribution of IPv4 routing information. Multi-protocol extensions and the use of a VPN-IPv4, VPN-IPv6, MVPN-IPv4 and L2-VPN address have been added to extend its ability to carry overlapping routing information. A 'vpnIpv4 (2)' address is a 12-byte value consisting of the 8-byte route distinguisher, RD, and the 4-byte ipv4 IP address prefix. The RD must be unique within the scope of the VPRN. This allows the IP address prefixes within different VRFs to overlap. 'ipv6 (3)', 'mcastIpv4 (4)', 'l2vpn (6)' and 'mcastVpnIpv4 (12)' are multi-protocol extensions to BGP. A 'vpnIpv6 (5)' address is a 24-byte value consisting of the 8-byte RD, and 16 bytes for the IPv6 address. When both IPv4 and IPv6 VPRN services are enabled, the PE router uses the same RD for both address families. A 'l2vpn (6)' address is a 12-byte Virtual Switch Instance identifier (VSI-ID) value consisting of the 8-byte route distinguisher(RD) followed by a 4-byte value. A 'mvpnIpv4 (7)' address is variable size value consisting of the 1-byte route type, 1-byte length and variable size route type specific. Route type defines encoding for the route type specific field. Length indicates the length in octets of the route type specific field.

The value of tBgpPeerNgVpnRemoteFamily indicates the types of routing information to be distributed by the remote end of this Peer of the BGP protocol. BGP was initially designed for the distribution of IPv4 routing information. Multi-protocol extensions and the use of a VPN-IPv4,VPN-IPv6, MVPN-IPv4 and L2-VPN address have been added to extend its ability to carry overlapping routing information. A 'vpnIpv4 (2)' address is a 12-byte value consisting of the 8-byte route distinguisher, RD, and the 4-byte ipv4 IP address prefix. The RD must be unique within the scope of the VPRN. This allows the IP address prefixes within different VRFs to overlap. 'ipv6 (3)', 'mcastIpv4 (4)', and 'l2vpn (6)' are multi-protocol extensions to BGP. A 'vpnIpv6 (5)' address is a 24-byte value consisting of the 8-byte RD, and 16 bytes for the IPv6 address. When both IPv4 and IPv6 VPRN services are enabled, the PE router uses the same RD for both address families. A 'l2vpn (6)' address is a 12-byte Virtual Switch Instance identifier (VSI-ID) value consisting of the 8-byte route distinguisher(RD) followed by a 4-byte value. A 'mvpnIpv4 (7)' address is variable size value consisting of the 1-byte route type, 1-byte length and variable size route type specific. Route type defines encoding for the route type specific field. Length indicates the length in octets of the route type specific field.

The value of tBgpPeerNgVpnApplyImport specifies if the BGP import route policies are applied to VPN-IPv4 routes of this group. When the value is 'false' the application of the base instance BGP import route policies to VPN-IPv4 routes of this group is disabled.

The value of tBgpPeerNgVpnApplyExport specifies if the BGP export route policies are applied to VPN-IPv4 routes of this group. When the value is 'false' the application of the BGP export route policies to VPN-IPv4 routes of this group is disabled.

The value of tBgpPeerNgVpnLocalCaps indicates the capabilities supported on the local end of the BGP Peer.

The value of tBgpPeerNgVpnRemoteCaps indicates the capabilities advertised by the remote end of the BGP Peer.

The value of tBgpPeerNgConnState indicates the BGP peer connection state. This object is the shadow object of bgpPeerState as existing in the BGP4-MIB. Enumeration: 'established': 6, 'openconfirm': 5, 'opensent': 4, 'idle': 1, 'connect': 2, 'active': 3.

The value of tBgpPeerNgASOverride specifies if the service provider BGP will override the customer AS number in the ASPATH with its own AS number. A value of 'true' means the service provider BGP will override the customer AS number in the ASPATH with its own AS number. Without this feature there could be scenarios where multiple CE locations belonging to the same AS will not be able to communicate due to a potential loop detection.

The value of tBgpPeerNgOrf specifies if outbound route filtering capability is enabled or disabled for the BGP peer.

The value of tBgpPeerNgExtCommsOrf specifies if outbound route filtering capability is based on extended communities for the BGP peer.

The value of tBgpPeerNgExtCommsSendOrf specifies if outbound route filter advertisement to the neighbors in this BGP peer.

The value of tBgpPeerNgExtCommsRecvOrf specifies if outbound route filter for this BGP peer is accepted from the neighbors is enabled.

The value of tBgpPeerNgLocalAS4Byte specifies the autonomous system number to be advertised to this peer.

The value of tBgpPeerNgPeerAS4Byte specifies the autonomous system number for the remote peer.

The value of tBgpPeerNgDisable4ByteASN specifies whether or not 4-byte ASN capability will be advertised by this peer. When the value of tBgpPeerNgDisable4ByteASN is set to false, 4-byte ASN support will be negotiated with the associated remote peers. When the value of tBgpPeerNgDisable4ByteASN is set to true, 4-byte ASN capability will not be advertised by this peer.

The value of tBgpPeerNgHoldTimeIsStrict specifies whether or not tBgpPeerNgHoldTime has to be strictly enforced. When the value of tBgpPeerNgHoldTimeIsStrict is true, BGP on this peer will not negotiate a hold time lower than the configured value for tBgpPeerNgHoldTime. This object is obsoleted in release 10.0. Desired functionality of strict enforcement of hold time can be achieved by configuring the value of tBgpPeerNgMinHoldTime.

The value of tBgpPeerNgL2vpnCiscoInterop specifies whether BGP will provide translation between non-compliant NLRI formats of Cisco. BGP Peer sessions must be manually configured towards the non-compliant Cisco PEs. When the value of tBgpPeerNgL2vpnCiscoInterop is 'true', Cisco non-compliant NLRI format will be used; one byte length field instead of two bytes for BGP NLRI. When the value of tBgpPeerNgL2vpnCiscoInterop is 'false', Cisco non-compliant NLRI format will not be used or supported.

The value of tBgpPeerNgRemovePrivateASLmtd specifies whether BGP will remove the private AS numbers for this peer. When the value of tBgpPeerNgRemovePrivateASLmtd is true, BGP will remove private AS numbers from the AS Path for this peer. When the value of tBgpPeerNgRemovePrivateAS is changed, the value of tBgpPeerNgRemovePrivateASLmtd is reset to its default value. An 'inconsistentValue' error is returned if an attempt is made to set this object to its default value. This object can be reset by resetting appropriate inheritance bit of tBgpPeerNgInheritance.

The value of tBgpPeerNgMaxPrefixLogOnly specifies whether BGP peering will be disabled when tBgpPeerGroupMaxPrefix is exceeded. When the value is set to 'true', BGP peering will be enabled. When the value is set to 'false', BGP peering will be disabled.

The value of tBgpPeerNgMaxPrefixThreshold specifies a percentage of tBgpPeerNgMaxPrefix.

The value of tBgpPeerNgDisableCapNegotiation specifies whether capability negotiation is disabled for this peer.

The tBgpPeerNgOperTable is the list of configured BGP Peers and their operational status information.

Defines an entry (conceptual row) in the tBgpPeerNgOperTable. Entries in tBgpPeerNgOperTable are created when entries are created in tBgpPeerNgTable.

The value of tBgpPeerNgOperMsgOctetsRcvd indicates the number of octets received from this peer.

The value of tBgpPeerNgOperMsgOctetsSent indicates the number of octets transmitted to this peer.

The value of tBgpPeerNgOperInputQueueMsgs indicates the number of unprocessed messages in the queue, from this peer.

The value of tBgpPeerNgOperOutputQueueMsgs indicates the number of untransmitted messages in the queue, to this peer.

The value of tBgpPeerNgOperReceivedPrefixes indicates the number of prefixes received from this peer.

The value of tBgpPeerNgOperSentPrefixes indicates the number of prefixes transmitted to this peer.

The value of tBgpPeerNgOperActivePrefixes indicates the number of active prefixes from this peer.

The value of tBgpPeerNgOperReceivedPaths indicates the number of paths received from this peer.

The value of tBgpPeerNgOperPathsSupByDamping indicates the number of paths from this peer, which have been suppressed by damping.

The value of tBgpPeerNgOperFlaps indicates the number of flaps of updates from this peer.

The value of tBgpPeerNgOperLastState indicates the last BGP state of this peer.

The value of tBgpPeerNgOperLastEvent indicates the last BGP event of this peer.

The value of tBgpPeerNgOperVpnRecvPrefixes indicates the number of received VPN prefixes.

The value of tBgpPeerNgOperVpnSentPrefixes indicates the number of transmitted VPN prefixes.

The value of tBgpPeerNgOperVpnActivePrefixes indicates the number of active VPN prefixes from this BGP peer.

The value of tBgpPeerNgOperGRSupport indicates whether the BGP peer supports graceful restart. If tBgpPeerNgOperGRSupport has a value of 'true' the peer supports graceful restart.

The value of tBgpPeerNgOperGRFamilyRestart indicates the capability type of NLRI that peer supports restart for.

The value of tBgpPeerNgOperGRFamilyFwding indicates the capability type of NLRI that peer saved forwarding for.

The value of tBgpPeerNgOperGRFamilyNegotiated indicates the capability type of NLRI that restart is negotiated for by the peer.

The value of tBgpPeerNgOperGRRecvEOR indicates the capability type of NLRI of received end-of-rib markers from the peer.

The value of tBgpPeerNgOperGRSendEOR indicates the capability type of NLRI of all the sent end-of-rib markers by the peer.

The value of tBgpPeerNgOperGRStaleRoutesTime indicates the maximum amount of time in seconds that stale routes are maintained by the peer after a graceful restart is initiated.

The value of tBgpPeerNgOperGRReqRestartTime indicates the maximum amount of time in seconds that a graceful restart takes for the peer.

The value of tBgpPeerNgOperGRStatus indicates the graceful restart status of the BGP peer.' The values of tBgpPeerNgOperGRStatus means: notHelping (1), -- Peer is not currently being helped restarting (2), -- Received restart request from the peer restart-complete (3), -- The peer has completed the most recent restart helping (4) -- Peer is helping us in restarting. Enumeration: 'helping': 4, 'restart-complete': 3, 'notHelping': 1, 'restarting': 2.

The value of tBgpPeerNgOperNumRestarts indicates the number of times the peer has attempted restart.

The value of tBgpPeerNgOperLastRestartTime indicates the last time the peer attempted restart.

The value of tBgpPeerNgOperV6ReceivedPrefixes indicates the number of IPv6 prefixes received from this peer.

The value of tBgpPeerNgOperV6SentPrefixes indicates the number of IPv6 prefixes transmitted to this peer.

The value of tBgpPeerNgOperV6ActivePrefixes indicates the number of active IPv6 prefixes from this peer.

The value of tBgpPeerNgOperV6ReceivedPaths indicates the number of IPv6 paths received from this peer.

The value of tBgpPeerNgOperV6SuppPathsDamping indicates the number of IPv6 paths from this peer, which have been suppressed by damping.

The value of tBgpPeerNgOperVpnReceivedPaths indicates the number of VPN paths received from this peer.

The value of tBgpPeerNgOperV4SuppPfxDamp indicates the number of IPv6 prefixes from this peer, which have been suppressed by damping.

The value of tBgpPeerNgOperVpnSuppPfxDamp indicates the number of VPN IPv4 prefixes from this peer, which have been suppressed by damping.

The value of tBgpPeerNgOperV6SuppPfxDamp indicates the number of IPv6 prefixes from this peer, which have been suppressed by damping.

The value of tBgpPeerNgOperMCastV4SuppPfxDamp indicates the number of IPv4 multicast prefixes from this peer, which have been suppressed by damping.

The value of tBgpPeerNgOperMCastV4RecvPfxs indicates the number of IPv4 multicast prefixes received from this peer.

The value of tBgpPeerNgOperMCastV4SentPfxs indicates the number of IPv4 multicast prefixes transmitted to this peer.

The value of tBgpPeerNgOperMCastV4ActivePfxs indicates the number of active IPv4 multicast prefixes from this peer.

The value of tBgpPeerNgOperVpnIpv6RecvPfxs indicates the number of VPN IPv6 prefixes received from this peer.

The value of tBgpPeerNgOperVpnIpv6SentPfxs indicates the number of VPN IPv6 prefixes transmitted to this peer.

The value of tBgpPeerNgOperVpnIpv6ActivePfxs indicates the number of active VPN IPv6 prefixes from this peer.

The value of tBgpPeerNgOperVpnIpv6SuppPfxDamp indicates the number of VPN IPv6 prefixes from this peer, which have been suppressed by damping.

The value of tBgpPeerNgOperMvpnV4SuppPfxDamp indicates the number of MVPN IPv4 prefixes from this peer, which have been suppressed by damping.

The value of tBgpPeerNgOperMvpnV4RecvPfxs indicates the number of MVPN IPv4 prefixes received from this peer.

The value of tBgpPeerNgOperMvpnV4SentPfxs indicates the number of MVPN IPv4 prefixes transmitted to this peer.

The value of tBgpPeerNgOperMvpnV4ActivePfxs indicates the number of active MVPN IPv4 prefixes from this peer.

The value of tBgpPeerNgOperl2VpnSuppPfxDamp indicates the number of L2VPN prefixes from this peer, which have been supressed by damping.

The value of tBgpPeerNgOperl2VpnRecvPfxs indicates the number L2VPN prefixes received from this peer.

The value of tBgpPeerNgOperl2VpnSentPfxs indicates the number of L2VPN prefixes transmitted to this peer.

The value of tBgpPeerNgOperl2VpnActivePfxs indicates the number of active L2VPN prefixes from this peer.

The value of tBgpPeerNgOperMdtSafiSuppPfxDamp indicates the number of MDT-SAFI prefixes from this peer, which have been suppressed by damping.

The value of tBgpPeerNgOperMdtSafiRecvPfxs indicates the number of MDT-SAFI prefixes received from this peer.

The value of tBgpPeerNgOperMdtSafiSentPfxs indicates the number of MDT-SAFI prefixes transmitted to this peer.

The value of tBgpPeerNgOperMdtSafiActivePfxs indicates the number of active MDT-SAFI prefixes from this peer.

The value of tBgpPeerNgOperMsPwSuppPfxDamp indicates the number of MS-PW prefixes from this peer, which have been suppressed by damping.

The value of tBgpPeerNgOperMsPwRecvPfxs indicates the number of MS-PW prefixes received from this peer.

The value of tBgpPeerNgOperMsPwSentPfxs indicates the number of MS-PW prefixes transmitted to this peer.

The value of tBgpPeerNgOperMsPwActivePfxs indicates the number of active MS-PW prefixes from this peer.

The value of tBgpPeerNgOperFlowIpv4SupPfxDamp indicates the number of flow-ipv4 prefixes from this peer, which have been suppressed by damping.

The value of tBgpPeerNgOperFlowIpv4RecvPfxs indicates the number of flow-ipv4 prefixes received from this peer.

The value of tBgpPeerNgOperFlowIpv4SentPfxs indicates the number of flow-ipv4 prefixes transmitted to this peer.

The value of tBgpPeerNgOperFlowIpv4ActivePfxs indicates the number of active flow-ipv4 prefixes from this peer.

The value of tBgpPeerNgAddPathSendRemoteCaps indicates the address families for which the add-path send capability is supported on the remote end of the BGP Peer.

The value of tBgpPeerNgAddPathRecvRemoteCaps indicates the address families for which the add-path receive capability is supported on the remote end of the BGP Peer.

The value of tBgpPeerNgOperBackupPrefixes indicates the number of IPv4 routes selected as backup from this peer.

The value of tBgpPeerNgOperV6BackupPrefixes indicates the number of IPv6 routes selected as backup from this peer.

The value of tBgpPeerNgOperRtTgtRecvPfxs indicates the number of route target prefixes from this peer, which have been suppressed by damping.

The value of tBgpPeerNgOperRtTgtRecvPfxs indicates the number of route target prefixes received from this peer.

The value of tBgpPeerNgOperRtTgtSentPfxs indicates the number of route target prefixes transmitted to this peer.

The value of tBgpPeerNgOperRtTgtActivePfxs indicates the number of active route target prefixes from this peer.

The value of tBgpPeerNgOperVpnV4BackupPfxs indicates the number of VPN IPv4 routes selected as backup from this peer.

The value of tBgpPeerNgOperVpnV6BackupPfxs indicates the number of VPN IPv6 routes selected as backup from this peer.

The value of tBgpPeerNgOperMcastVpnV4RecvPfxs indicates the number of multicast vpn ipv4 prefixes received from this peer.

The value of tBgpPeerNgOperMcastVpnV4SentPfxs indicates the number of multicast vpn ipv4 prefixes transmitted to this peer.

The value of tBgpPeerNgOperMcastVpnV4ActPfxs indicates the number of active multicast vpn ipv4 prefixes from this peer.

The tBgpPeerNgSendOrfRouteTargetTable provides information about the route targets to be advertised to the peers if it is Outbound route filtering capable.

Defines an entry in the tBgpPeerNgSendOrfRouteTargetTable. Each entry represents a route target to be advertised to the peer.

Index for the tBgpPeerNgSendOrfRouteTargetTable. The value of tBgpPeerNgSendOrfRouteTarget specifies the extended community name to be advertised to the peer.

The value of tBgpPeerNgSendOrfRTRowStatus controls creation and deletion of row entries in the tBgpPeerNgSendOrfRouteTargetTable.

tBgpPeerNgParamsTable provides information about the attributes configured for the BGP instance.

An entry in the tBgpPeerNgParamsTable. Each entry maintains the attributes configured for BGP instance.

The value of tBgpPeerNgParamsInheritance specifies if the peer entry in this row, should inherit the operational value of an object, or use the administratively set value. This object is a bit-mask, with the following positions: tBgpPeerNgDisableFEFailover 0x0000000000000002 tBgpPeerNgDisableComms 0x0000000000000004 tBgpPeerNgDisableExtComms 0x0000000000000008 tBgpPeerNgDefaultOriginate 0x0000000000000010 tBgpPeerNgAdvertiseInactiveRts 0x0000000000000020 tBgpPeerNgMinTTLValue 0x0000000000000040 tBgpPeerNgTracking 0x0000000000000080 tBgpPeerNgAdvLabelAddrFamily 0x0000000000000200 tBgpPeerNgAuthKeyChain 0x0000000000000400 tBgpPeerNgBfdEnabled 0x0000000000000800 tBgpPeerNgPMTUDiscovery 0x0000000000002000 tBgpPeerNgAdvertiseLdpPrefix 0x0000000000004000 tBgpPeerNgEnableAddPath 0x0000000000010000 tBgpPeerNgRecvAddPath 0x0000000000020000 tBgpPeerNgIpv4AddPathLimit 0x0000000000040000 tBgpPeerNgVpnIpv4AddPathLimit 0x0000000000080000 tBgpPeerNgIpv6AddPathLimit 0x0000000000100000 tBgpPeerNgVpnIpv6AddPathLimit 0x0000000000200000 tBgpPeerNgFlowspecValidate 0x0000000000400000 tBgpPeerNgUpdatedErrorHandling 0x0000000000800000 tBgpPeerNgDefaultRouteTarget 0x0000000001000000 tBgpPeerNgAigp 0x0000000002000000 tBgpPeerNgRemPrivateSkipPeerAs 0x0000000010000000 When the bit for an object is set to one, then the object's administrative and operational value are whatever the DEFVAL or most recently SET value is. When the bit for an object is set to zero, then the object's administrative and operational value are inherited from the corresponding object in tBgpPeerGroupTable, or from the corresponding object in tBgpInstanceTable. By default all of these attributes should be inherited from the tBgpPeerGroupTable.

The value of tBgpPeerNgDisableFEFailover specifies whether the router should drop an external BGP session immediately when the local interface goes down, or whether the BGP session should be kept up until the holdtime expires. A value of 'true' causes the external BGP session to go down immediately when the local interface goes down.

The value of tBgpPeerNgDisableComms enables or disables sending of community attribute to the peer for non-external communities.

The value of tBgpPeerNgDisableExtComms enables or disables sending of community attribute to the peers for external communities.

The value of tBgpPeerNgDefaultOriginate enables or disables the sending of default routes to the peer, making it independent of the route policies.

The value of tBgpPeerNgAdvertiseInactiveRts enables or disables advertising of inactive BGP routes to other BGP peers.

The value of tBgpPeerMinTTLValue specifies the minimum TTL value for an incoming BGP packet. If tBgpPeerMinTTLValue is set to zero (0), the TTL Security feature is disabled.

The value of tBgpPeerNgTracking specifies whether tracking of this BGP peer is enabled. A valuye of 'false' indicates that peer tracking is disabled.

The value of tBgpPeerNgAdvLabelAddrFamily specifies the advertisement label address family to support 6PE feature. The value of ipv6 can be set only for an IPv6 peer. The value of ipv4 can be set only for an IPv4 peer. If set to 'ipv6', explicit null will be used as the label. The default value 'none' disables the 6PE feature.

The value of tBgpPeerNgAuthKeyChain specifies the keychain which will be used to sign and/or authenticate the BGP protocol stream. The keychain name is defined by tmnxKeyChainName and is the index for TIMETRA-SECURITY-MIB::tmnxKeyChainTable

The value of tBgpPeerNgLastError indicates the last error code and subcode seen by this peer on this connection. If no error has occurred, two zero octets are returned. Otherwise, the first octet of this two-byte OCTET STRING contains the error code, and the second octet contains the subcode.

The value of tBgpPeerNgBfdEnabled specifies whether Bi-directional Forwarding Detection is enabled on this BGP peer. When the value is 'true', BFD sessions can be established and BFD can be used as a signalling mechanism.

The value of tBgpPeerNgPMTUDiscovery specifies whether path MTU discovery is enabled on this BGP peer. When the value is set to 'true', path MTU discovery is enabled on this BGP peer. When the value is set to 'false', path MTU discovery is disabled on this BGP peer.

The value of tBgpPeerNgAdvertiseLdpPrefix specifies whether all the activated LDP FEC prefixes will be sent to remote BGP peer to suppport stitching of an LDP FEC to a BGP labeled route. When the value is set to 'true', activated LDP FEC prefixes will be sent to remote BGP peer. When the value is set to 'false', activated LDP FEC prefixes will not be sent to remote BGP peer. An 'inconsistentValue' error is returned if this object is set to non-default value when tBgpPeerNgAdvLabelAddrFamily is set to 'none'.

The value of tBgpPeerNgEnableAddPath specifies whether the BGP ADD-PATH send capability is enabled on this BGP peer. ADD-PATH allows a BGP router to advertise multiple distinct paths for the same prefix/NLRI(Network Layer Reachability Information). This capability provides a number of potential benifits like reduced routing churn, faster convergence, better loadsharing etc. When the value of tBgpPeerNgEnableAddPath is set to 'true', the BGP ADD-PATH send limit objects tBgpPeerNgIpv4AddPathLimit, tBgpPeerNgVpnIpv4AddPathLimit, tBgpPeerNgIpv6AddPathLimit and tBgpPeerNgVpnIpv6AddPathLimit represent their current assigned values. The default value of tBgpPeerNgEnableAddPath is 'false', which means the values of the BGP ADD-PATH send limit objects are inherited from group level.

The value of tBgpPeerNgRecvAddPath specifies the address families which are enabled to receive BGP ADD-PATH on this BGP peer. ADD-PATH allows a BGP router to receive multiple distinct paths for the same prefix/NLRI (Network Layer Reachability Information).

The value of tBgpPeerNgIpv4AddPathLimit specifies the maximum number of paths per IPv4 prefix that can be advertised to ADD-PATH peers on this BGP peer. An 'inconsistentValue' error is returned if an attempt is made to set this object to a value greater than tBgpInstanceMultipath.

The value of tBgpPeerNgVpnIpv4AddPathLimit specifies the maximum number of paths per VPN IPv4 prefix that can be advertised to ADD-PATH peers on this BGP peer. An 'inconsistentValue' error is returned if an attempt is made to set this object to a value greater than tBgpInstanceMultipath.

The value of tBgpPeerNgIpv6AddPathLimit specifies the maximum number of paths per IPv6 prefix that can be advertised to ADD-PATH peers on this BGP peer. An 'inconsistentValue' error is returned if an attempt is made to set this object to a value greater than tBgpInstanceMultipath.

The value of tBgpPeerNgVpnIpv6AddPathLimit specifies the maximum number of paths per VPN IPv6 prefix that can be advertised to ADD-PATH peers on this BGP peer. An 'inconsistentValue' error is returned if an attempt is made to set this object to a value greater than tBgpInstanceMultipath.

The value of tBgpPeerNgFlowspecValidate specifies whether validation of received flow specification routes is enabled on this BGP peer. When the default value of tBgpPeerNgFlowspecValidate is 'true', the flow routes received from other peers are validated. The default value of tBgpPeerNgFlowspecValidate is 'false', which means validation of received flow routes is disabled and all flow specification routes are considered valid.

The value of tBgpPeerNgUpdatedErrorHandling specifies whether the error handling mechanism for optional transitive path attributes is enabled on this BGP peer. When the value of tBgpPeerNgUpdatedErrorHandling is 'true', the error handling mechanism for optional transitive path attributes is enabled and the BGP peer is capable of enabling the neighbor-complete flag in the BGP Path Attribute.

The value of tBgpPeerNgDefaultRouteTarget specifies whether to send the default Route Target Constraint (RTC) route to this BGP peer. The default RTC route is a special type of RTC route that has zero prefix length.

The value of tBgpPeerNgAigp specifies whether Accumulated IGP (AIGP) path attribute support is enabled on this bgp peer. The default value of tBgpPeerNgAigp is 'false', which means the AIGP attribute is removed from the advertised routes and is ignored if present in the received routes.

The value of tBgpPeerNgMinHoldTime specifies the minimum hold time that should be strictly enforced on tBgpPeerNgHoldTime. When the value of tBgpPeerNgMinHoldTime is configured, BGP will not negotiate a hold time lower than the configured value. When the value of tBgpPeerNgHoldTime is changed, the value of tBgpPeerNgMinHoldTime is reset to its default value. The value of tBgpPeerNgMinHoldTime is inherited from the corresponding object value in the tBgpPeerGroupParamsTable, when the inheritance bit for tBgpPeerNgHoldTime is set to zero. An 'inconsistentValue' error is returned if an attempt is made to set this object to a non-default value when the value of tBgpPeerNgHoldTime is inherited from group. An 'inconsistentValue' error is returned if an attempt is made to set this object to a value greater than tBgpPeerNgHoldTime.

The value of tBgpPeerNgSplitHorizon specifies whether or not to advertise the best route back to the same BGP peer from which the best route was received. When the value of tBgpPeerNgSplitHorizon is 'true', the best route will not be advertised back to this BGP peer, if the best route was received from this peer.

The value of tBgpInstRemovePrivateSkipPeerAs specifies whether or not to remove the private autonomous system number (ASN) from AS-Path, if the AS-Path contains the ASN of the external BGP (eBGP) neighbor on this BGP peer. When the value of tBgpInstRemovePrivateSkipPeerAs is true, BGP will not remove the private ASN from the AS-Path if it is the same autonomous system number as the remote eBGP peer.

The tBgpPeerPlcyTable is the list of configured policies in BGP Peers.

An entry (conceptual row) in the tBgpPeerPlcyTable.

The value of tBgpPeerPlcyImportPolicy1 specifies the first import policy.

The value of tBgpPeerPlcyImportPolicy2 specifies the second import policy.

The value of tBgpPeerPlcyImportPolicy3 specifies the third import policy.

The value of tBgpPeerPlcyImportPolicy4 specifies the fourth import policy.

The value of tBgpPeerPlcyImportPolicy5 specifies the fifth import policy.

The value of tBgpPeerPlcyImportPolicy6 specifies the sixth import policy.

The value of tBgpPeerPlcyImportPolicy7 specifies the seventh import policy.

The value of tBgpPeerPlcyImportPolicy8 specifies the eighth import policy.

The value of tBgpPeerPlcyImportPolicy9 specifies the ninth import policy.

The value of tBgpPeerPlcyImportPolicy10 specifies the tenth import policy.

The value of tBgpPeerPlcyImportPolicy11 specifies the eleventh import policy.

The value of tBgpPeerPlcyImportPolicy12 specifies the twelfth import policy.

The value of tBgpPeerPlcyImportPolicy13 specifies the thirteenth import policy.

The value of tBgpPeerPlcyImportPolicy14 specifies the fourteenth import policy.

The value of tBgpPeerPlcyImportPolicy15 specifies the fifteenth import policy.

The value of tBgpPeerPlcyExportPolicy1 specifies the first export policy.

The value of tBgpPeerPlcyExportPolicy2 specifies the second export policy.

The value of tBgpPeerPlcyExportPolicy3 specifies the third export policy.

The value of tBgpPeerPlcyExportPolicy4 specifies the fourth export policy.

The value of tBgpPeerPlcyExportPolicy5 specifies the fifth export policy.

The value of tBgpPeerPlcyExportPolicy6 specifies the sixth export policy.

The value of tBgpPeerPlcyExportPolicy7 specifies the seventh export policy.

The value of tBgpPeerPlcyExportPolicy8 specifies the eighth export policy.

The value of tBgpPeerPlcyExportPolicy9 specifies the ninth export policy.

The value of tBgpPeerPlcyExportPolicy10 specifies the tenth export policy.

The value of tBgpPeerPlcyExportPolicy11 specifies the eleventh export policy.

The value of tBgpPeerPlcyExportPolicy12 specifies the twelfth export policy.

The value of tBgpPeerPlcyExportPolicy13 specifies the thirteenth export policy.

The value of tBgpPeerPlcyExportPolicy14 specifies the fourteenth export policy.

The value of tBgpPeerPlcyExportPolicy15 specifies the fifteenth export policy.

The value of tBgpConfederationTableLastChanged specifies the last timestamp when an entry in the tBgpPeerGroupTable was last changed.

tBgpConfederationTable consists of information about each confederation member for every running instance of BGP. This table was obsoleted in release 7.0. It is replaced with the tBgpConfederation4ByteTable to suuport 4-byte AS number.

An entry (conceptual row) in the tBgpConfederationTable. each entry represents a confederation member for the instance of BGP running on the virtual router.

The value of tBgpConfederationAS is the secondary index of tBgpConfederationTable, each confederation entry is differentiated by autonomous system number.

The value of tBgpConfederationMemberAS is the tertiary index for tBgpConfederationTable, each confederation member entry is differentiated by autonomous system number.

The value of tBgpConfederationRowStatus specifies the row status object of the BGP confederation entry for the virtual router. Use row status to create and destroy entries.

The value of tBgpConfederation4BytTblLstChngd specifies the time of the last change to any row of tBgpConfederation4ByteTable.

The tBgpConfederation4ByteTable has an entry for each confederation member. This table holds information about each confederation member for every running instance of BGP.

An entry (conceptual row) in the tBgpConfederation4ByteTable. Each row entry represents a confederation member for the instance of BGP running on the virtual router.

The value of tBgpConfederation4ByteAS specifies the secondary index for tBgpConfederation4ByteTable. Each confederation entry is differentiated by autonomous system number.

The value of tBgpConfederation4ByteMemberAS specifies the tertiary index for tBgpConfederation4ByteTable. Each confederation member entry is differentiated by autonomous system number.

The value of tBgpConfederation4ByteRowStatus specifies the row status of the BGP confederation entry for the virtual router. Row status is used for creation and deletion of tBgpConfederation4ByteTable entries.

The value of tBgpPeeringPolicyTableLastChngd indicates the sysUpTime when any type of change was last made to the tBgpPeeringPolicyTable.

The tBgpPeeringPolicyTable table contains BGP peering policy definitions.

An entry (conceptual row) in the tBgpPeeringPolicyTable. Each entry contains all data for a given BGP peering policy. Entries are created/modified/deleted by SNMP GET/SETs.

Index for the tBgpPeeringPolicyTable. The value of tBgpPeeringPolicyName specifies the name of the bgp peering policy defined by this row.

The value of the object tBgpPrngPlcyRowStatus specifies the RowStatus for the Bgp Peering Policy Entry.

The value of the object tBgpPrngPlcyLastChngd indicates the value of the sysUpTime when this entry was last modified.

The value of tBgpPrngPlcyDescription specifies a user provided description string for this BGP peering policy. It can consist of any printable, seven-bit ASCII characters up to 80 characters in length.

tBgpPrngPlcyInheritance is a bit-mask, with the following positions: tBgpPrngPlcyAdvertiseInactiveRts 0x00000008 tBgpPrngPlcyNoAggregatorID 0x00000010 tBgpPrngPlcyASOverride 0x00000020 tBgpPrngPlcyAuthKeyChain 0x00000040 tBgpPrngPlcyMd5Auth 0x00000080 tBgpPrngPlcyMd5AuthKey 0x00000100 tBgpPrngPlcyClusterId 0x00000200 tBgpPrngPlcyConnectRetry 0x00000400 tBgpPrngPlcyDampening 0x00000800 tBgpPrngPlcyDisableClientReflect 0x00001000 tBgpPrngPlcyDisableComms 0x00002000 tBgpPrngPlcyDisableExtComms 0x00004000 tBgpPrngPlcyDisableFEFailover 0x00008000 tBgpPrngPlcyImportPolicy1 0x00010000 tBgpPrngPlcyImportPolicy2 0x00020000 tBgpPrngPlcyImportPolicy3 0x00040000 tBgpPrngPlcyImportPolicy4 0x00080000 tBgpPrngPlcyImportPolicy5 0x00100000 tBgpPrngPlcyExportPolicy1 0x00200000 tBgpPrngPlcyExportPolicy2 0x00400000 tBgpPrngPlcyExportPolicy3 0x00800000 tBgpPrngPlcyExportPolicy4 0x01000000 tBgpPrngPlcyExportPolicy5 0x02000000 tBgpPrngPlcyHoldTime 0x04000000 tBgpPrngPlcyKeepAlive 0x08000000 tBgpPrngPlcyLocalAddressType 0x10000000 tBgpPrngPlcyLocalAddress 0x20000000 tBgpPrngPlcyLocalAS 0x40000000 tBgpPrngPlcyLocalASPrivate 0x80000000 tBgpPrngPlcyLocalPreference 0x0000000100000000 tBgpPrngPlcyLoopDetect 0x0000000200000000 tBgpPrngPlcyMEDSource 0x0000000400000000 tBgpPrngPlcyMEDValue 0x0000000800000000 tBgpPrngPlcyMinASOrigination 0x0000001000000000 tBgpPrngPlcyMinRteAdvertisement 0x0000002000000000 tBgpPrngPlcyMultihop 0x0000004000000000 tBgpPrngPlcyNextHopSelf 0x0000008000000000 tBgpPrngPlcyPassive 0x0000010000000000 tBgpPrngPlcyPeerAS 0x0000020000000000 tBgpPrngPlcyPreference 0x0000040000000000 tBgpPrngPlcyMaxPrefix 0x0000080000000000 tBgpPrngPlcyRemovePrivateAS 0x0000100000000000 tBgpPrngPlcyMinTTLValue 0x0000200000000000 tBgpPrngPlcyPeerType 0x0000400000000000 tBgpPrngPlcyDisable4ByteASN 0x0000800000000000 tBgpPrngPlcyRemovePrivateASLmtd 0x0001000000000000 tBgpPrngPlcyMaxPrefixLogOnly 0x0002000000000000 tBgpPrngPlcyMaxPrefixThreshold 0x0004000000000000 When the bit for an object is set to one, then the object's administrative and operational value are whatever the DEFVAL or most recently SET value is. When the bit for an object is set to zero, then the bgp peer created with this policy administrative and operational value are inherited from the corresponding object in tBgpPeerGroupTable, or from the corresponding object in tBgpInstanceTable.

The value of the object tBgpPrngPlcyAdvertiseInactiveRts specifies whether or not the advertising of inactive BGP routes to other BGP peers is allowed.

The value of the object tBgpPrngPlcyNoAggregatorID specifies whether or not the router ID in the BGP aggregator path attribute is set to zero. When set to 'true' the router ID in the BGP aggregator path attribute is set to zero. Doing this prevents different routers within an AS from creating aggregate routes that contain different AS paths. The default is to set the Aggregator ID to the router's BGP ID.

The value of the object tBgpPrngPlcyASOverride specifies whether or not the customer AS number in the ASPATH attrubute is overriden with the own AS number. When the value of tBgpPrngPlcyASOverride is 'true', the service provider BGP will override the customer AS number in the ASPATH with its own AS number. Without this feature there could be scenarios where multiple CE locations belonging to the same AS will not be able to communicate due to a potential loop detection.

The value of tBgpPrngPlcyAuthKeyChain specifies the keychain which will be used to sign and/or authenticate the BGP protocol stream. The keychain name is defined by tmnxKeyChainName and is the index for TIMETRA-SECURITY-MIB::tmnxKeyChainTable

The value of the object tBgpPrngPlcyMd5Auth specifies whether or not authentication using MD5 message based digest protocol is enabled.

The value of the object tBgpPrngPlcyMd5AuthKey specifies the authentication key to be used between BGP peers neighbors when establishing sessions. Authentication is done using the MD-5 message based digest protocol. Authentication can be configured globally and applied to all BGP peers or per group or per peer. The most specific value is used. The authentication key can be any combination of letters or numbers. Note that the string may contain embedded nulls.

The value of the object tBgpPrngPlcyClusterId specifies the cluster ID for a route reflector server. A value of 0.0.0.0 indicates that no cluster ID has been assigned to the BGP instance.

The value of the object tBgpPrngPlcyConnectRetry specifies the value (in seconds) of the BGP Connect Retry timer.

The value of the object tBgpPrngPlcyDampening specifies whether or not route dampening should be applied to learned routes.

The value of the object tBgpPrngPlcyDisableClientReflect specifies whether or not route reflection is active for this peer. Setting this value to 'true', disables reflection of routes by the route reflector to all client peers within its cluster. When set to 'false', reflection of routes to all client peers is enabled.

The value of the object tBgpPrngPlcyDisableComms specifies whether or not the community attribute is to be sent to the peer for non-external communities. Setting the value of tBgpPGDisableComms to 'true' disables sending of community attribute to the peer for non-external communities.

The value of the object tBgpPrngPlcyDisableExtComms specifies whether or not the community attribute is to be sent to the peer for external communities. Setting the value of tBgpPGDisableComms to 'true' disables sending of community attribute to the peers for external communities.

The value of the object tBgpPrngPlcyDisableFEFailover specifies whether or not the router should drop an external BGP session immediately when the local interface goes down, or whether the BGP session should be kept up until the holdtime expires. Setting the value to 'true' causes the external BGP session to go down immediately when the local interface goes down.

The value of the object tBgpPrngPlcyImportPolicy1 specifies the import policy number 1 for this peer. An empty string indicates that no import policy is applied. This object was obsoleted in release 10.0. It is replaced by object tBgpPeeringPlcyImportPolicy1.

The value of the object tBgpPrngPlcyImportPolicy2 specifies the import policy number 2 for this peer. An empty string indicates that no import policy is applied. This object was obsoleted in release 10.0. It is replaced by object tBgpPeeringPlcyImportPolicy2.

The value of the object tBgpPrngPlcyImportPolicy3 specifies the import policy number 3 for this peer. An empty string indicates that no import policy is applied. This object was obsoleted in release 10.0. It is replaced by object tBgpPeeringPlcyImportPolicy3.

The value of the object tBgpPrngPlcyImportPolicy4 specifies the import policy number 4 for this peer. An empty string indicates that no import policy is applied. This object was obsoleted in release 10.0. It is replaced by object tBgpPeeringPlcyImportPolicy4.

The value of the object tBgpPrngPlcyImportPolicy5 specifies the import policy number 5 for this peer. An empty string indicates that no import policy is applied. This object was obsoleted in release 10.0. It is replaced by object tBgpPeeringPlcyImportPolicy5.

The value of the object tBgpPrngPlcyExportPolicy1 specifies the export policy number 1 for this peer. An empty string indicates that no export policy is applied. This object was obsoleted in release 10.0. It is replaced by object tBgpPeeringPlcyExportPolicy1.

The value of the object tBgpPrngPlcyExportPolicy2 specifies the export policy number 2 for this peer. An empty string indicates that no export policy is applied. This object was obsoleted in release 10.0. It is replaced by object tBgpPeeringPlcyExportPolicy2.

The value of the object tBgpPrngPlcyExportPolicy3 specifies the export policy number 3 for this peer. An empty string indicates that no export policy is applied. This object was obsoleted in release 10.0. It is replaced by object tBgpPeeringPlcyExportPolicy3.

The value of the object tBgpPrngPlcyExportPolicy4 specifies the export policy number 4 for this peer. An empty string indicates that no export policy is applied. This object was obsoleted in release 10.0. It is replaced by object tBgpPeeringPlcyExportPolicy4.

The value of the object tBgpPrngPlcyExportPolicy5 specifies the export policy number 5 for this peer. An empty string indicates that no export policy is applied. This object was obsoleted in release 10.0. It is replaced by object tBgpPeeringPlcyExportPolicy5.

The value of the object tBgpPrngPlcyHoldTime specifies the value (in seconds) of the BGP Hold Time Parameter.

The value of the object tBgpPrngPlcyKeepAlive specifies the value of the BGP Keepalive timer. A keepalive message is sent every time this timer expires.

The value of tBgpPrngPlcyLocalAddressType specifies the address type of the peer group local address.

The value of tBgpPrngPlcyLocalAddress specifies the address of the peer group local address. The type of address contained in tBgpPrngPlcyLocalAddress is determined by tBgpPrngPlcyLocalAddressType. If local address is not set, tBgpPrngPlcyLocalAddressType is set to unknown and tBgpPrngPlcyLocalAddress returns a null string.

The value of the object tBgpPrngPlcyLocalAS specifies the autonomous system number to be advertised to this peer.

If tBgpPrngPlcyLocalASPrivate is true, specifies that the local autonomous system number is hidden in paths learned from peering.

The value of the object tBgpPrngPlcyLocalPreference specifies the default value for the Local Preference attribute. This value is used if the BGP route arrives from a BGP peer without the Local Pref attribute set. It is overridden by any value set via a route policy.

The value of the object tBgpPrngPlcyLoopDetect specifies how the peer session should deal with loop detection in the AS Path.

The value of tBgpPrngPlcyMEDSource specifies the Multi Exit Discriminator value source for this peer.

The value of the object tBgpPrngPlcyMEDValue specifies,when tBgpPeerMEDSource is metricVal, the Multi Exit Discriminator value for this peer. Otherwise the value of this object is ignored.

The value of the object tBgpPrngPlcyMinASOrigination specifies the minimal interval (in seconds) at which a given path attribute can be advertised to a peer.

The value of the object tBgpPrngPlcyMinRteAdvertisement specifies the minimum interval at which a given path attribute can be advertised to a peer.

The value of the object tBgpPrngPlcyMultihop specifies the TTL used in IP packet header for BGP advertisements. Default TTL values for EBGP peer is 1, and MAX_TTL for IBGP peers. Default value if not set is no_type - the peer has to infer its value based on local-as, and peer-as in that case.

The value of the object tBgpPrngPlcyNextHopSelf specifies whether or not routes advertised to EBGP peers have NEXTHOP path attribute set to this router's physical interface. When false, third party routes are advertised.

The value of the object tBgpPrngPlcyPassive specifies whether or not this router will attempt to connect to the peer, or will wait for the peer to connect. If set to true, this router will NOT attempt to connect to the peer, but will wait passively for the peer to connect.

The value of the object tBgpPrngPlcyPeerAS specifies the Autonomous System number for the remote peer.

The value of the object tBgpPrngPlcyPreference specifies the route preference for routes learned via the peer.

The value of tBgpPrngPlcyMaxPrefix specifies the maximum number of routes that can be learned from this peer. A value of zero specifies that there is not limit to the number of routes learned. The tBgpMaxNgPrefixThreshReached notification is sent when the number of routes exceeds a percentage of this limit as specified by tBgpPrngPlcyMaxPrefixThreshold. If the number of routes exceeds this limit, then BGP peering will be disabled and the tBgpMaxNgPrefix100 notification will be sent.

The value of the object tBgpPrngPlcyRemovePrivateAS specifies whether or not private AS numbers should be stripped from the AS Path before advertising them to BGP peers.

The value of tBgpPrngPlcyMinTTLValue specifies the minimum TTL value for an incoming BGP packet. If tBgpPrngPlcyMinTTLValue is set to zero (0), the TTL Security feature is disabled.

The value of the object tBgpPrngPlcyPeerType specifies the type of peer - noType(1), internal(2) and external(3). Default value if not set is noType - the peer has to infer its value based on local-as, and peer-as in that case.

The value of tBgpPrngPlcyDisable4ByteASN specifies whether or not 4-byte ASN capability will be advertised by this peer. When the value of tBgpPrngPlcyDisable4ByteASN is set to false, 4-byte ASN support will be negotiated with the associated remote peers. When the value of tBgpPrngPlcyDisable4ByteASN is set to true, 4-byte ASN capability will not be advertised by this peer.

The value of tBgpPrngPlcyRemovePrivateASLmtd specifies whether this BGP peer will remove the private AS numbers. When the value of tBgpPeerNgRemovePrivateASLmtd is true, this BGP peer will remove private AS numbers from the AS Path.

The value of tBgpPrngPlcyMaxPrefixLogOnly specifies whether BGP peering will be disabled when tBgpPrngPlcyMaxPrefix is exceeded. When the value is set to 'true', BGP peering will be enabled. When the value is set to 'false', BGP peering will be disabled.

The value of tBgpPrngPlcyMaxPrefixThreshold specifies a percentage of tBgpPrngPlcyMaxPrefix

The tBgpPeeringPlcyTable contains BGP peering policies.

An entry (conceptual row) in the tBgpPeeringPlcyTable.

The value of tBgpPeeringPlcyImportPolicy1 specifies the first import policy.

The value of tBgpPeeringPlcyImportPolicy2 specifies the second import policy.

The value of tBgpPeeringPlcyImportPolicy3 specifies the third import policy.

The value of tBgpPeeringPlcyImportPolicy4 specifies the fourth import policy.

The value of tBgpPeeringPlcyImportPolicy5 specifies the fifth import policy.

The value of tBgpPeeringPlcyImportPolicy6 specifies the sixth import policy.

The value of tBgpPeeringPlcyImportPolicy7 specifies the seventh import policy.

The value of tBgpPeeringPlcyImportPolicy8 specifies the eighth import policy.

The value of tBgpPeeringPlcyImportPolicy9 specifies the ninth import policy.

The value of tBgpPeeringPlcyImportPolicy10 specifies the tenth import policy.

The value of tBgpPeeringPlcyImportPolicy11 specifies the eleventh import policy.

The value of tBgpPeeringPlcyImportPolicy12 specifies the twelfth import policy.

The value of tBgpPeeringPlcyImportPolicy13 specifies the thirteenth import policy.

The value of tBgpPeeringPlcyImportPolicy14 specifies the fourteenth import policy.

The value of tBgpPeeringPlcyImportPolicy15 specifies the fifteenth import policy.

The value of tBgpPeeringPlcyExportPolicy1 specifies the first export policy.

The value of tBgpPeeringPlcyExportPolicy2 specifies the second export policy.

The value of tBgpPeeringPlcyExportPolicy3 specifies the third export policy.

The value of tBgpPeeringPlcyExportPolicy4 specifies the fourth export policy.

The value of tBgpPeeringPlcyExportPolicy5 specifies the fifth export policy.

The value of tBgpPeeringPlcyExportPolicy6 specifies the sixth export policy.

The value of tBgpPeeringPlcyExportPolicy7 specifies the seventh export policy.

The value of tBgpPeeringPlcyExportPolicy8 specifies the eighth export policy.

The value of tBgpPeeringPlcyExportPolicy9 specifies the ninth export policy.

The value of tBgpPeeringPlcyExportPolicy10 specifies the tenth export policy.

The value of tBgpPeeringPlcyExportPolicy11 specifies the eleventh export policy.

The value of tBgpPeeringPlcyExportPolicy12 specifies the twelfth export policy.

The value of tBgpPeeringPlcyExportPolicy13 specifies the thirteenth export policy.

The value of tBgpPeeringPlcyExportPolicy14 specifies the fourteenth export policy.

The value of tBgpPeeringPlcyExportPolicy15 specifies the fifteenth export policy.

The value of tBgpPeerNgAddrType indicates the type of address for the BGP peer represented by tBgpPeerNgAddr.

The value of tBgpPeerNgAddr indicates the address for the BGP peer.

The value of tBgpFlowspecExtCommunityAction indicates the extended community action received as part of flow route from a remote BGP peer.

The value of tBgpPeerFlowRouteDestAddrType indicates the type of address for the BGP peer represented by tBgpPeerFlowRouteDestAddr.

The value of tBgpPeerFlowRouteDestAddr indicates the address of the destination BGP peer received as part of a flow route.

The value of tBgpFlowRouteInvalidReason indicates the reason why the received flow route is invalid.

The value of tBgpFlowRouteNLRI contains at most the first 30 octets of the NLRI (Network Layer Reachability Information) received in a flow route.

The value of tBgpFlowspecExtCommActionValue indicates the extended community action value received as part of flow route from a remote BGP peer.

The value of tBgp4OptTransPathAttrType indicates the optional-transitive path attribute type received from a remote BGP peer.

The value of tBgp4OptTransPathAttrLength indicates the length of optional-transitive path attribute length received from a remote BGP peer.

The value of tBgp4OptTransPathAttribute indicates the optional-transitive path attribute value received from a remote BGP peer.

The value of tBgp4OTWithdrawnRouteLength indicates the length of the route withdrawn as a result of optional-transitive path attribute error.

The value of tBgp4OTWithdrawnRoutePrefix indicates the prefix of the route withdrawn as a result of optional-transitive path attribute error.

The value of tBgpRouteInvalidReason indicates the reason why the received route is invalid.

The value of tBgpRouteNLRI contains at most the first 255 octets of the NLRI (Network Layer Reachability Information) received in a route.