TIMETRA-PIM-NG-MIB: View SNMP OID List / Download MIB

This document is the SNMP MIB module to manage and provision the extensions to the PIM routing protocol for the Alcatel-Lucent SROS device. Copyright 2008-2014 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.

The compliance statement for management of extended PIM protocol on Alcatel-Lucent SROS series systems.

The compliance statement for management of extended PIM protocol on Alcatel-Lucent SROS series systems.

The compliance statement for management of extended PIM protocol on Alcatel-Lucent SROS series systems release 8.0.

The compliance statement for management of extended PIM protocol on Alcatel-Lucent SROS series systems release 9.0.

The compliance statement for management of extended PIM protocol on Alcatel-Lucent SROS series systems release 10.0.

The group of objects supporting management of extended PIM general capabilities on Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended PIM general capabilities on Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended PIM interfaces on Alcatel-Lucent SROS series systems.

The group of objects supporting PIM notifications on Alcatel-Lucent SROS series systems.

The group of notifications supporting PIM protocol on Alcatel-Lucent SROS series systems.

The group of objects supporting embedded RP feature for PIM protocol on Alcatel-Lucent SROS series systems.

The group of objects supporting PIM protocol MVPN feature on Alcatel-Lucent SROS series systems.

The group of objects supporting PIM protocol tunnel interfaces on Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended PIM general capabilities on Alcatel-Lucent SROS series systems.

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

The group of objects supporting management of extended PIM interface neighbors on Alcatel-Lucent SROS 6.0 series systems.

The group of objects supporting management of extended PIM interface statistics on Alcatel-Lucent SROS series systems.

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

The group of notifications supporting PIM protocol on 7.0 release of Alcatel-Lucent SROS series systems.

The group of objects added in the 7.0 release to support PIM notifications.

The group of objects supporting PIM protocol MVPN feature on Alcatel-Lucent SROS 8.0 series systems.

The group of objects supporting the management of extended PIM Instant Prune Echo capabilities on Alcatel-Lucent SROS systems.

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

The group of objects supporting management of extended PIM general capabilities on Alcatel-Lucent SROS 6.1 series systems.

The group of objects supporting management of extended PIM general capabilities on Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended PIM general capabilities on Alcatel-Lucent SROS series 9.0 systems.

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

The group of objects added in the 8.0 R5 release to support PIM notifications.

The group of objects supporting management of mLDP PMSI interfaces on Alcatel-Lucent SROS 10.0 series systems.

The group of objects added in the 9.0 release to support PIM notifications.

The group of objects obsoleted in release 9.0 of Alcatel-Lucent SROS series systems.

The group of objects supporting PIM protocol MVPN feature on Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended PIM interface statistics on Alcatel-Lucent SROS 9.0 series systems.

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

The group of objects supporting management of IPMSI interfaces on Alcatel-Lucent SROS 9.0 series systems.

The group of objects supporting PIM protocol MVPN feature on version 9.0R4 Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended PIM general capabilities on Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended PIM interface statistics on Alcatel-Lucent SROS 10.0 series systems.

The group of objects supporting PIM protocol MVPN feature on Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended PIM general capabilities on Alcatel-Lucent SROS series 10.0 systems

The value of vRtrPimNgGeneralTableLstChanged indicates the sysUpTime at the time of the last modification of an entry in the vRtrPimNgGeneralTable. If no changes were made to the table since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The vRtrPimNgGeneralTable contains objects for general control and management of the PIM protocol instance within a virtual router.

Each row entry represents an instance of the PIM protocol running within a virtual router. Entries in this table cannot be created and deleted via SNMP SET operations. An entry in this table is created by the agent when TIMETRA-VRTR-MIB::vRtrPimStatus is set to 'create'. The entry is destroyed when vRtrPimStatus is set to 'delete'

The value of vRtrPimNgGenRowLastChanged indicates the sysUpTime when this row was last modified.

The value of vRtrPimNgGenAdminState specifies the current administrative state of this PIM protocol instance on this virtual router. When vRtrPimNgGenAdminState is set to 'inService', the agent attempts to enable the PIM protocol instance on this virtual router. When vRtrPimNgGenAdminState is set to 'outOfService', the agent attempts to disable the PIM protocol instance on this router.

The value of vRtrPimNgGenOperState indicates the current operating state of this PIM protocol instance on this router.

The value of vRtrPimNgGenCreateInterfaces specifies the PIM interfaces with default parameters. Setting the value of this object to 'ies' creates all IES interfaces in PIM. When the value of vRtrPimNgGenCreateInterfaces is set to 'all', all IES and non IES interfaces are created in PIM. When the value of vRtrPimNgGenCreateInterfaces is set to 'none', all interfaces that are not manually created or modified are removed. Enumeration: 'non-ies': 2, 'ies': 1, 'all': 3, 'none': 4.

The value of vRtrPimNgGenMaxMdts indicates the maximum number of Multicast Distribution Trees (MDTs) that can be configured on the system.

The value of vRtrPimNgGenNonDrAttractTraffic specifies whether the router should ignore the designated router state and attract traffic even when it is not the designated router. If the value is 'true', the DR state is ignored, and if it's 'false', the DR value is honored.

The value of vRtrPimNgGenEcmpBalance specifies whether the multicast balancing of traffic over ECMP links is enabled or not. If the value of vRtrPimNgGenEcmpBalance is 'true', each and every multicast stream that needs to be forwarded over an ECMP link will be re-evaluated for the total multicast bandwidth utilization. Re-evaluation will happen on the ECMP interface in question. The value of vRtrPimNgGenEcmpBalance is mutually exclusive with the value of vRtrPimNgGenEcmpHashingEnabled in the same context. An 'inconsistentValue' error is returned when an attempt is made to set the value of vRtrPimNgGenEcmpBalance to 'true' when the value of vRtrPimNgGenEcmpHashingEnabled is set to 'true'.

The value of vRtrPimNgGenEcmpBalanceHoldTime specifies the hold time in minutes that applies after an interface has been added to the ECMP link.

The value of vRtrPimNgGenEcmpReBlncInProg indicates whether or not multicast ECMP re-balancing is currently in progress or not.

The value of vRtrPimNgGenEcmpLastReBlncTime indicates the time when the last re-balancing occurred if the value of vRtrPimNgGenEcmpReBlncInProg is 'false'.

The value of vRtrPimNgGenEcmpRebalanceType indicates the type of ECMP rebalance. Enumeration: 'operatorForced': 2, 'triggered': 1.

The value of vRtrPimNgGenEcmpOptThreshold indicates the optional threshold value for ECMP balancing. This object was obsoleted from release 6.0.

The value of vRtrPimNgGenEcmpNextBalanceTime specifies how much time is remaining until the next rebalance would occur.

The value of vRtrPimNgGenLagUsageOptimize specifies whether the router should optimize usage of the LAG such that traffic for a given multicast stream destined to an IP interface using the LAG is sent only to the forwarding complex that owns the LAG link on which it will actually be forwarded. If this optimization is turned off, the traffic will be sent to all the forwarding complexes that own at least one link in the LAG. Changing the value of this object causes the PIM protocol to be restarted.

The value of vRtrPimNgGenEcmpHashingEnabled specifies whether or not the multicast balancing of traffic over ECMP links is hash based. If vRtrPimNgGenEcmpHashingEnabled is 'true' then the multicast balancing of traffic over ECMP links is done based on Upstream Multicast Hop(UMH) algorithm. The value of vRtrPimNgGenEcmpHashingEnabled is mutually exclusive with the value of vRtrPimNgGenEcmpBalance in the same context. An 'inconsistentValue' error is returned when an attempt is made to set the value of vRtrPimNgGenEcmpHashingEnabled to 'true' when the value of vRtrPimNgGenEcmpBalance is set to 'true'.

The value of vRtrPimNgGenEnableMdtSpt specifies whether or not Shortest Path Tree(SPT) switchover is enabled for the default Multicast Data Tunnel(MDT). If set to 'true' then SPT switchover is enabled and if set to 'false' SPT switchover is disabled. Additionally, whenever we change the value of 'vRtrPimNgGenEnableMdtSpt', the PIM instance must reset all MDTs and re-initiate setup.

The value of vRtrPimNgAFGenTableLstChanged indicates the sysUpTime at the time of the last modification of an entry in the vRtrPimNgAFGenTable. If no changes were made to the table since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The vRtrPimNgAFGenTable contains objects for general control and management of the PIM protocol instance within a virtual router.

Each row entry represents an instance of the PIM protocol running within a virtual router. Entries in this table cannot be created and deleted via SNMP SET operations. An entry in this table is created by the agent when TIMETRA-VRTR-MIB::vRtrPimStatus is set to 'create'. The entry is destroyed when vRtrPimStatus is set to 'delete'

The value of vRtrPimNgAFGenAFType indicates the address family type supported by the PIM on this instance of router.

The value of vRtrPimNgAFGenAdminState specifies the current administrative state of this PIM protocol instance associated with this address family on this virtual router.

The value of vRtrPimNgAFGenOperState indicates the current operating state of this PIM protocol instance associated with this address family on this router.

The value of vRtrPimNgAFGenCBSRPriority specifies whether the router is eligible to be a bootstrap router. If the value of this object is set to zero, the router does not participate in the bootstrap election. The highest priority is 255.

The value of vRtrPimNgAFGenCBSRAddressType specifies the type of address of the Candidate Bootstrap Router(CBSR).

The value of vRtrPimNgAFGenCBSRAddress specifies the type of address of the Candidate Bootstrap Router(CBSR). To participate in the bootstrap election, the router sends bootstrap messages(BSM). These messages carry the BSR address of the router.

The value of vRtrPimNgAFGenCBSRAdminState is used to administratively enable or disable participating in the Bootstrap election. Even if the value of this object is set to 'inService', if the vRtrPimNgAFGenCBSRAddress is not set or vRtrPimNgAFGenCBSRPriority is zero, bootstrap messages will not be sent.

The value of vRtrPimNgAFGenCBSROperState indicates the operational status of the Bootstrap mechanism. If the value of vRtrPimNgAFGenCBSROperState is 'outOfService', it could be because the router interface corresponding to vRtrPimNgAFGenCBSRAddress is down or PIM is not enabled on that interface or vRtrPimNgAFGenCBSRPriority is zero.

The value of vRtrPimNgAFGenBSRAddressType indicates the type of address of the elected bootstrap router.

The value of vRtrPimNgAFGenBSRAddress indicates the address of the elected bootstrap router.

The value of vRtrPimNgAFGenBSRPriority indicates the priority of the elected bootstrap router. Higher value means higher priority.

The value of vRtrPimNgAFGenBSRExpiryTime indicates the minimum time remaining before the elected bootstrap router will be declared down if the value of vRtrPimNgAFGenBSRState is not 'electedBSR'. The value of vRtrPimNgAFGenBSRExpiryTime indicates the time remaining before the router sends the next Bootstrap Message(BSM) if the value of vRtrPimNgAFGenBSRState is 'electedBSR'.

The value of vRtrPimNgAFGenBSRState indicates the state of the router with respect to the bootstrap mechanism. 'candidateBSR', 'pendingBSR' and 'electedBSR' are the states of the router participating in the Bootstrap election. 'acceptAny' and 'acceptPreferred' are the states of the router not participating in the Bootstrap election. Enumeration: 'pendingBSR': 2, 'electedBSR': 3, 'none': 0, 'candidateBSR': 1, 'acceptPreferred': 5, 'acceptAny': 4.

The value of vRtrPimNgAFGenBSRUpTime indicates the time since the current E-BSR became the elected BSR.

The value of vRtrPimNgAFGenCRPAddressType specifies the type of address of the local RP address.

The value of vRtrPimNgAFGenCRPAddress specifies the local RP address. This address is sent in the C-RP Advertisements to the bootstrap router.

The value of vRtrPimNgAFGenCRPAdminState specifies whether to enable or disable sending C-RP Advertisements to the BSR administratively. Even if the value of the object is set to 'inService', if the vRtrPimNgAFGenCRPAddress is not set, C-RP messages will not be sent to the bootstrap router.

The value of vRtrPimNgAFGenCRPOperState indicates the operational status of the C-RP mechanism. If the router is sending C-RP-Adv messages, the value of this object will be 'inService'.

The value of vRtrPimNgAFGenCRPHoldtime specifies the hold time of the candidate RP. It is used by the bootstrap router to timeout the RP entries if it does not listen to another C-RP advertisement within the holdtime period.

The value of vRtrPimNgAFGenCRPPriority specifies the router's priority for becoming a rendezvous point (RP). This value is used to elect RP for a group range. A value of 0 is considered as the highest priority.

The value of vRtrPimNgAFGenMdtDefGrpAddrType specifies the type of default core group address of the Multicast Distribution Tree(MDT) for the VPRN instance.

The value of vRtrPimNgAFGenMdtDefGrpAddress specifies the default core group address of the Multicast Distribution Tree(MDT) for the VPRN instance. All the customer PIM control is sent in the service provider network using the default group address. Customer data traffic for which a Data MDT is not used is also sent on the default tunnel. The Multicast Tunnel(MT) interface for a VPRN is created when this object is set to a valid group address. The MT interface is deleted when the object is reset to its default value. The value of this object is not applicable when the value of vRtrPimNgAFGenMvpnGrpAddrMode is set to 'none'.

The value of vRtrPimNgAFGenMTIfIndex indicates the interface index of the Multicast Tunnel(MT) interface. MT interface is created when vRtrPimNgAFGenMdtDefGrpAddress is configured with the default core group address.

The value of vRtrPimNgAFGenCBSRHashMaskLen specifies the length of a mask that is to be ANDed with the group address before the hash function is called. All groups with the same hash map to the same RP. For example, if this value is 24, only the first 24 bits of the group addresses matter. This mechanism is used to map one group or multiple groups to a RP. Default values are 30 and 126 for ipv4 and ipv6 group addresses respectively.

The value of vRtrPimNgAFGenBSRHashMaskLen indicates the hash mask length of the elected BSR.

The value of vRtrPimNgAFGenBSRRpfIfIndex indicates the RPF interface towards the elected BSR. The value of this object will be zero if there is no elected BSR in the network.

The value of vRtrPimNgAFGenRpfLookupSequence specifies the sequence of route tables that PIM uses for finding a Reverse Path Forwarding(RPF) interface for a particular multicast route. 'mucastRouteTable' is the unicast route table to be used only by multicast protocols(PIM) which will contain routes submitted by multi-protocol BGP, ISIS and OSPF. 'ucastRouteTable' is the regular unicast route table which will contain routes submitted by all the unicast routing protocols. By default, only the 'ucastRouteTable' is looked up by PIM for calculating RPF interface towards the source or rendezvous point. However the operator can specify the following: a) Use unicast route table only b) Use multicast unicast route table only or c) Use both the route tables. In case of (c), PIM will always lookup first in the 'mucastRouteTable' and if there is a route, it will use it. If PIM does not find a route in the first lookup, it will try to find it in the 'ucastRouteTable'. Enumeration: 'both': 2, 'ucastRouteTable': 1, 'mucastRouteTable': 0.

The value of vRtrPimNgAFGenMdtDataPrefixType specifies the address type of vRtrPimNgAFGenMdtDataPrefix address.

The value of vRtrPimNgAFGenMdtDataPrefix specifies the address used to configure the pool of multicast addresses in the service provider instance that can be used to generate data only 'Multicast Distribution Tree'(MDT) tunnels. A Service Provider(SP) determines whether a particular VPN is multicast-enabled. If it is, it corresponds to a 'Multicast Domain'(MD). For each Multicast Domain, there is a default MDT through the backbone, connecting all of the PEs that belong to that MD. The configured prefix determines the maximum number of data MDT tunnels that can be generated for the VPRN. Once this pool is exhausted, additional (VPN-S,G) are bound to one of the in-use data MDTs i.e. there could be multiple (VPN-S,G) entries bound to the same data MDT when we exhaust this pool. The value of this object is not applicable when the value of vRtrPimNgAFGenMdtDataGrpAddrMode is set to 'none'.

The value of vRtrPimNgAFGenMdtDataPrefixMask specifies the IP address prefix used to configure the group address vRtrPimNgAFGenMdtDataPrefix.

The value of vRtrPimNgAFGenMdtDataDlayIntrvl specifies the interval before the Provider Edge(PE) router connected to the source switches traffic from default Multicast Distribution Tree(MDT) to the Data MDT group. The default value is 3 seconds.

The value of vRtrPimNgAFGenMdtDataJoinTlvPck specifies if packing of MDT Join TLVs is enabled. If multiple Join TLVs are available at the time they are transmitted, the TLVs are packed into a single UDP PDU instead of sending each one in a separate UDP PDU. In scaling scenarios, this packing makes more efficient use of packet buffers and helps in better convergence. The default value is 'true'.

The value of vRtrPimNgAFGenRowLastChanged indicates the sysUpTime when this row was last modified.

The value of vRtrPimNgAFGenERP specifies if multicast messages are checked for embedded RP information. When vRtrPimNgAFGenERP has a value of 'true', embedded RP is enabled and users can configure group ranges where embedded RP information will be used. When the value of vRtrPimNgAFGenERP is set to 'false', embedded RP is disabled, administratively shutdown and user configured group ranges (entries in vRtrPimNgERPGrpPrefixTable) will be deleted.

The value of vRtrPimNgAFGenERPAdminState specifies whether to administratively enable or disable checking messages for embedded RP information. Value of vRtrPimNgAFGenERPAdminState is set to 'outOfService' when the value of vRtrPimNgAFGenERP is set to 'false'.

The value of vRtrPimNgAFGenMvpnAutoDiscovery specifies if auto-discovery via BGP is enabled. When auto-discovery is enabled, PIM peering on the inclusive provider tunnel is disabled. This object is obsoleted and replaced with vRtrPimNgAFGenMvpnAD object in 9.0 Release.

The value of vRtrPimNgAFGenMvpnCMcastSignal specifies which protocol to use, BGP or PIM, for PE-to-PE signaling of CE multicast states. When vRtrPimNgAFGenMvpnCMcastSignal is set to 'pim' and neighbor discovery via BGP is disabled, PIM peering will be enabled on the inclusive tree. Enumeration: 'bgp': 0, 'pim': 1.

The value of vRtrPimNgAFGenMvpnGrpAddrMode specifies which PIM mode to use, ASM or SSM, for PIM based inclusive provider tunnels. Enumeration: 'ssm': 2, 'none': 0, 'asm': 1.

The value of vRtrPimNgAFGenMvpnSpmsiAutoDisc specifies if auto-discovery-disable via BGP is disabled. When the value of vRtrPimNgAFGenMvpnSpmsiAutoDisc is set to 'true', then C-trees to P-tunnels binding auto-discovery via BGP is disabled and it is signaled using PIM join TLVs.

The value of vRtrPimNgAFGenMvpnUMHSelection specifies the selection mechanism to use for selecting Upstream Multicast Hop(UMH). When the value of vRtrPimNgAFGenMvpnUMHSelection is set to 'highestip', the highest IP Address is selected as UMH. When the value is set to 'hashbased', UMH selection is based on the hash based procedures. When the value is set to 'tunnelstatus', UMH selection is based on the state of the tunnel as well as the available unicast routes through the tunnel. UMH selection is supported only with RSVP-TE PMSI. Its value cannot be modified without shutting down the MVPN instance. Enumeration: 'hashbased': 1, 'tunnelstatus': 2, 'highestip': 0.

The value of vRtrPimNgAFGenMvpnIntersiteShrd specifies whether to use inter-site shared C-trees or not. When the value of vRtrPimNgAFGenMvpnIntersiteShrd is set to 'enabled', the use of inter-site shared C-trees is enabled. When the value is set to 'disabled', the use of inter-site shared C-trees is disabled.

The value of vRtrPimNgAFGenSSMDefRangeDisabl specifies whether to disable the use of default range (232/8) for SSM so that it can be used by ASM to process (*,G). When the value of vRtrPimNgAFGenSSMDefRangeDisabl is set to 'true', the use of default range is disabled for SSM and it can be used by ASM. When the value is set to 'false', the SSM default range is enabled.

The value of vRtrPimNgAFGenMvpnAD specifies the auto-discovery mechanism to be used for discovering peers using BGP. When the value of vRtrPimNgAFGenMvpnAD is set to 'none(0)', auto-discovery via BGP is disabled. When the value is set to 'default(1)', auto-discovery via BGP is enabled using default IPMSI AD format. When the value is set to 'mdtSafi(2)', auto-discovery via BGP is enabled using MDT-SAFI format. A MDT-SAFI address is a 16-byte value consisting of 12-byte route distinguisher(RD) followed by a 4-byte group address. An 'inconsistentValue' error is returned if this object is set to non-default value, when the value of TIMETRA-VRTR-MIB::vRtrInterASMvpn is 'true'. Enumeration: 'default': 1, 'none': 0, 'mdtSafi': 2.

The value of vRtrPimNgAFGenMdtDataGrpAddrMode specifies which PIM mode to use, ASM or SSM, for PIM based selective provider tunnels. Enumeration: 'ssm': 2, 'none': 0, 'asm': 1.

The value of vRtrPimNgAFGenEnableAsmDataMdt specifies whether RP join on egress is enabled or not. When the value of vRtrPimNgAFGenEnableAsmDataMdt is set to 'true' RP join on egress is enabled. When its value is set to 'false' RP join on egress is disabled and source join is used. The value of this object is only applicable when vRtrMvpnIpmsiType is set to 'pim'.

The value of vRtrPimNgAfGenAutoRPDiscovery specifies whether auto RP is enabled in discovery mode for this PIM protocol instance.

The value of vRtrPimNgAfGenSSMAsrtCompMode specifies whether SSM assert is enabled in compatibility mode for this PIM protocol instance. When the value of the object is set to true, for SSM groups, PIM will consider the SPT bit to be implicitly set to compute the value of CouldAssert(S,G,I) as defined in RFC 4601. When the value of the object is set to false, for SSM groups, PIM will not assume the SPT bit to be set. The SPT bit will be set by Update_SPTbit(S,G,iif) macro defined in RFC 4601.

The value of vRtrPimNgStaticRPTableLstChnged indicates the sysUpTime at the time of the last modification of an entry in the vRtrPimNgStaticRPTable. If no changes were made to the table since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The table contains a list of statically configured Rendezvous Point (RP) addresses.

Each row entry in the vRtrPimNgStaticRPTable represents a statically configured Rendezvous Point(RP). An entry in this table can be created or destroyed by an SNMP SET request to vRtrPimNgStaticRPRowStatus.

The value of vRtrPimNgStaticRPRPAddressType indicates the type of Rendezvous Point (RP) address indicated by vRtrPimNgStaticRPRPAddress.

The value of vRtrPimNgStaticRPRPAddress indicates the Rendezvous Point (RP) address that should be used by the router for the range of multicast groups.

The value of vRtrPimNgStaticRPRowStatus is used to create or destroy entries in this table.

The value of vRtrPimNgStaticRPRowLastChanged indicates the sysUpTime when this row was last modified.

The value of vRtrPimNgStaticRPOverride specifies the override on the dynamic group-to-RP mappings learned by the router. When the value of this object is set to 'true', then static group-to-RP mappings take precedence over the dynamically learned mappings.

The value of vRtrPimNgStGrptoRPTableLstChngd indicates the sysUpTime at the time of the last modification of an entry in the vRtrPimNgStGrptoRPTable. If no changes were made to the table since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The table contains a list of statically configured Rendezvous Point (RP) addresses for a multicast group range. Entries can be created or destroyed. If this table does not contain any entries, then the multicast group to RP mapping is derived from the RP-Set messages received from the Bootstrap Router. If the vRtrPimNgStaticRPTable does not contain an entry with the specified vRtrID and vRtrPimNgStGrptoRPRPAddress, an entry is implicitly created in the vRtrPimNgStaticRPTable.

Each row entry in the vRtrPimNgStGrptoRPTable represents a group-to-RP mapping which is statically configured. An entry in this table can be created or destroyed by an SNMP SET request to vRtrPimNgStGrpToRPRowStatus.

The value of vRtrPimNgStGrptoRPRPAddrType indicates the type of Rendezvous Point (RP) address that should be used by the router for the range of multicast groups.

The value of vRtrPimNgStGrptoRPRPAddress indicates the Rendezvous Point (RP) address that should be used by the router for the range of multicast groups.

The value of vRtrPimNgStaticGroupAddrType indicates the type of address indicated by vRtrPimNgStaticGroupAddr.

The value of vRtrPimNgStaticGroupAddr combined with the value of vRtrPimNgStaticGroupMask indicates the range of multicast group addresses for which vRtrPimNgStGrptoRPRPAddress is the Rendezvous Point (RP).

The value of vRtrPimNgStaticGroupMask indicates the mask which is combined with vRtrPimNgStaticGroupAddr to get the range of multicast group addresses for which vRtrPimNgStGrptoRPRPAddress should be used by the router as the Rendezvous Point (RP).

The value of vRtrPimNgStGrpToRPRowStatus is used to create or destroy entries in this table.

The value of vRtrPimNgStGrpToRPRowLstChanged indicates the sysUpTime when this row was last modified.

The table listing the IP multicast sources corresponding to the IP multicast groups. This table represents the global PIM source, group database.

An entry in the vRtrPimNgGrpSrcTable. Each entry represents a source address from which receivers are interested or not interested in receiving multicast traffic.

The value of vRtrPimNgGrpSrcGrpAddrType indicates the type of IP multicast group address represented by vRtrPimNgGrpSrcGroupAddress.

The value of vRtrPimNgGrpSrcGroupAddress indicates the IP multicast group address for which this entry contains information. If the vRtrPimNgGrpSrcType is 'starStarRP', the value of this object will be zero and vRtrPimNgGrpSrcSourceAddress will contain the address of the RP.

The value of vRtrPimNgGrpSrcSrcAddrType indicates the type of IP multicast source address represented by vRtrPimNgGrpSrcSourceAddress.

The value of vRtrPimNgGrpSrcSourceAddress indicates the source address for which this entry contains information. If vRtrPimNgGrpSrcType is 'starG', the value of this object will be zero. If vRtrPimNgGrpSrcType is 'starstarRP', the value of this object will be address of the RP.

The value of vRtrPimNgGrpSrcType indicates the type of this entry. Enumeration: 'sg': 2, 'starG': 1, 'starStarRP': 0.

The value of vRtrPimNgGrpSrcRPAddrType indcates the type of address of the Rendezvous Point(RP).

The value of vRtrPimNgGrpSrcRPAddr indicates the address of the Rendezvous Point(RP).

The value of vRtrPimNgGrpSrcRpfNbrAddrType indicates the type of the address of the RPF neighbor.

The value of vRtrPimNgGrpSrcRpfNbrAddr indicates the address of the RPF neighbor.

The value of vRtrPimNgGrpSrcRpfIfIndex indicates the router's interface index on which the RPF neighbor exists.

The value of vRtrPimNgGrpSrcRptRpfNbrAdrType indicates the type of address of the RPF neighbor on the RPT.

The value of vRtrPimNgGrpSrcRptRpfNbrAddr indicates the address of the RPF neighbor on the RPT.

The value of vRtrPimNgGrpSrcMRIBNHopAddrType indicates the type of next hop address towards the RP.

The value of vRtrPimNgGrpSrcMRIBNextHopAddr indicates the next hop address towards the RP.

The value of vRtrPimNgGrpSrcMRIBSrcFlags indicates the MRIB information about the source. If the entry is of type 'starG' or 'starStarRP', it will contain information about the RP for this group. Bits: 'self': 0, 'remote': 2, 'direct': 1.

The value of vRtrPimNgGrpSrcFlags contains information about the state of the entry. This object is applicable only for (S,G) entries,i.e., when vRtrPimNgGrpSrcType is 'sg'. The (S,G) sptBit is used to distinguish whether to forward on (*,*,RP) or (*,G) or on (S,G) state. It is updated when the (S,G) data comes on the RPF interface towards the source. 'rptPruneDesired' is set according to the PruneDesired(S,G,rpt) algorithm. Bits: 'rptPruneDesired': 1, 'sptBit': 0.

The value of vRtrPimNgGrpSrcUpstreamJpState indicates the upstream Join-Prune state. This is a result of sending PIM Join-Prune messages towards the source or the RP. Enumeration: 'notJoined': 0, 'joined': 1.

The value of vRtrPimNgGrpSrcUpstreamJpTimer indicates the time remaining before the router sends another Join message to it's upstream neighbor.

The value of vRtrPimNgGrpSrcUstrmRptJpState indicates the upstream RPT Join-Prune state. (S,G,rpt) Joins and Prunes are (S,G) Joins or Prunes sent on the RP tree with the RPT bit set, either to modify the results of (*,G) Joins, or to override the behavior of other upstream LAN peers. Enumeration: 'pruned': 2, 'notJoinedStarG': 0, 'notPruned': 1.

The value of vRtrPimNgGrpSrcUstrmRptOvrdeTmr indicates the delay to triggered Join(S,G,rpt) messages to prevent implosions of triggered messages. If vRtrPimNgGrpSrcUstrmRptOvrdeTmr has a non-zero value, it means that the router was in 'notPruned' state and it saw a Prune(S,G,rpt) message being sent to RPF'(S,G,rpt). If the router sees a Join(S,G,rpt) override message being sent by some other router on the LAN while the timer is still non-zero, it simply cancels the override timer. If it does not see a Join(S,G,rpt) message, then on expiry of the override timer, it sends it's own Join(S,G,rpt) message to RPF'(S,G,rpt). A similar scenario exists when RPF'(S,G,rpt) changes to become equal to RPF'(*,G).

The value of vRtrPimNgGrpSrcRegisterState indicates the register state. The register state is kept at the source DR. When the host starts sending multicast packets and if there are no entries programmed for that group, the source DR sends a Register packet to the RP(G). Register state transition happen based on the register stop timer and the response received from the RP. Enumeration: 'joinPending': 2, 'nullJoin': 4, 'join': 1, 'prune': 3, 'noInfo': 0.

The value of vRtrPimNgGrpSrcRegisterStopTmr indicates the time remaining before the vRtrPimNgGrpSrcRegisterState might transition to a different state. This timer has a non-zero value when the value of vRtrPimNgGrpSrcRegisterState is not 'noInfo'.

The value of vRtrPimNgGrpSrcKeepaliveTimer is applicable only for (S,G) entries. The (S,G) Keepalive Timer is updated by data being forwarded using this (S,G) forwarding state. It is used to keep (S,G) state alive in the absence of explicit (S,G) Joins.

The value of vRtrPimNgGrpSrcNumImmediateOif indicates the number of interfaces in the immediate outgoing interface list. An outgoing list can be 'immediate' if it is built directly from the state of the relevant type as indicated by vRtrPimNgGrpSrcType.

The value of vRtrPimNgGrpSrcNumInheritedOif indicates the number of interfaces in the inherited outgoing interface list. An 'inherited' list inherits state from other types.

The value of vRtrPimNgGrpSrcNumInherRptOif indicates the number of interfaces in the inherited outgoing interface list for (S,G,Rpt).

The value of vRtrPimNgGrpSrcNumLclRxInclIf indicates the number of interfaces in the local membership include interface list. Local membership is the result of the local membership mechanism (IGMP) running on a interface. Include list contains interfaces which are interested in receiving multicast traffic for this source group entry.

The value of vRtrPimNgGrpSrcNumLclRxExclIf indicates the number of interfaces in the local membership exclude interface list. Local membership is the result of the local membership mechanism (IGMP) running on the interface. Exclude list contains interfaces which are not interested in receiving multicast traffic for this source group entry.

The value of vRtrPimNgGrpSrcNumJoinPruneIf indicates the number of interfaces on which the router received a Join or Prune message for this source group combination.

The value of vRtrPimNgGrpSrcNumLostAssertIf indicates the number of interfaces on which the router lost assert for this source group combination.

The value of vRtrPimNgGrpSrcUpTime indicates the time since this source group entry got created.

The value of vRtrPimNgGrpSrcNumSGRptPruneOif indicates the number of interfaces on which the router received (S,G,Rpt) prunes.

The value of vRtrPimNgGrpSrcRxRegFrmAnycstRP indicates whether a register message for this source group combination was received from the anycast RP and not from the designated router connected to the source. vRtrPimNgGrpSrcRxRegFrmAnycstRP is not applicable when the value of vRtrPimNgGrpSrcType is starStarRP or starG.

The value of vRtrPimNgGrpSrcRslvdByRtTblType indicates which unicast routing table was used to resolve this source group entry. The value of this object will be 'mucastRouteTable' if the source or rendezvous point (RP) is resolved by the multicast-unicast route table. The value of this object will be 'ucastRouteTable' if the source or rendezvous point (RP) is resolved by the unicast route table. The value will be 'none' if the source or RP is unresolved. Enumeration: 'none': 0, 'ucastRouteTable': 2, 'mucastRouteTable': 1.

The value of vRtrPimNgGrpSrcCurrFwdingRate indicates the current forwarding rate being used by a source group(S,G) entry or (*,G) entry, where * means any source entry, for the traffic in bits per second(bps). This forwarding rate is calculated before ingress QoS policing or shaping is applied.

The value of vRtrPimNgGrpSrcCurrFwdingOFRate indicates the number of times associated vRtrPimNgGrpSrcCurrFwdingRate counter has overflowed.

The value of vRtrPimNgGrpSrcCurrFwdingHCRate indicates the current forwarding rate being used by a source group(S,G) entry or (*,G) entry, where * means any source entry, for the traffic in bits per second(bps).

The value of vRtrPimNgGrpSrcGrpSptThreshold indicates the configured threshold in kilo-bits per second(kbps) for the group to which this (S,G) belongs. For a group G configured with a threshold, switchover to SPT for an (S,G) is attempted only if the (S,G)'s rate exceeds this configured threshold.

The value of vRtrPimNgGrpSrcGrpAdminBw indicates the administrative bandwidth in kilo-bits per second(kbps) for the group to which this (S,G) belongs.

The value of vRtrPimNgGrpSrcGrpEcmpOptThresh indicates the optional threshold value for ECMP balancing.

The value of vRtrPimNgGrpSrcSpmsiRpfIfIndex indicates in an MVPN scenario the router's SPMSI interface index, if any, on which the RPF neighbor exists.

The value of vRtrPimNgGrpSrcRpfSecNbrAddrTyp indicates the type of the address of the secondary RPF neighbor. The value of this object is applicable only when the value of the object vRtrPimNgAFGenMvpnUMHSelection is set to 'tunnelstatus' indicating that the MVPN is configured with source redundancy. When MVPN is configured with source redundancy, MVPN is capable of receiving traffic from two different PE's for the same source.

The value of vRtrPimNgGrpSrcRpfSecNbrAddr indicates the address of the secondary RPF neighbor. The value of this object is applicable only when the value of the object vRtrPimNgAFGenMvpnUMHSelection is set to 'tunnelstatus' indicating that the MVPN is configured with source redundancy.

The value of vRtrPimNgGrpSrcRpfSecIfIndex indicates the router's interface index on which the secondary RPF neighbor exists. The value of this object is applicable only when the value of the object vRtrPimNgAFGenMvpnUMHSelection is set to 'tunnelstatus' indicating that the MVPN is configured with source redundancy.

The value of vRtrPimNgGrpSrcAdvtAddrType indicates the type of the address of vRtrPimNgGrpSrcAdvtAddr.

The value of vRtrPimNgGrpSrcAdvtAddr indicates the router address that advertised the route to the source indicated by vRtrPimNgGrpSrcSourceAddress.

This table lists the PIM enabled interfaces for an entry in vRtrPimNgGrpSrcTable.

An entry in the vRtrPimNgGrpSrcIfTable. Each entry represents the state of the PIM enabled interface for every vRtrPimNgGrpSrcEntry.

The value of vRtrPimNgGrpSrcIfFlags indicates the different lists that this interface belongs to. Bits: 'sgRptPruneOifList': 7, 'joinPruneList': 5, 'localRxExclude': 4, 'localRxInclude': 3, 'inheritedRptOifList': 2, 'lostAssertList': 6, 'immediateOifList': 0, 'inheritedOifList': 1.

The value of vRtrPimNgGrpSrcSpmsiIfIndex indicates in an MVPN scenario the router's SPMSI interface index, if any, corresponding to the outgoing IPMSI interface.

The value of vRtrPimNgCRPGrpPrfxTblLstChnged indicates the sysUpTime at the time of the last modification of an entry in the vRtrPimNgCRPGrpPrefixTable. If no changes were made to the table since the last re-initialization of the local network management subsystem, then this object contains a zero value.

vRtrPimNgCRPGrpPrefixTable lists the group prefixes for which the router sends the Candidate RP Advertizement. This table was obsoleted in release 7.0. It is replaced with the vRtrPimNgCRPGrpPrefixInetTable to support ipv6 address.

An entry in the vRtrPimNgCRPGrpPrefixTable. Each entry represents the group prefix for which the router sends the Candidate RP Advertizement(CRP-Adv). CRP-Adv messages are sent to the Elected BSR router(E-BSR).

The value of vRtrPimNgCRPGrpPrfixGrpAddrType indicates the type of address represented by vRtrPimNgCRPGrpPrefixGrpAddr.

The value of vRtrPimNgCRPGrpPrefixGrpAddr combined with the value of vRtrPimNgCRPGrpPrefixGrpMask indicates the range of multicast group addresses for which the router advertizes to be the Candidate RP. The value of vRtrPimNgAFGenCRPAddress is sent as the RP address.

The value of vRtrPimNgCRPGrpPrefixGrpMask indicates the mask which is combined with the value of vRtrPimNgCRPGrpPrefixGrpAddr to get the range of multicast group addresses for which the router advertizes to be the Candidate RP. The value of vRtrPimNgAFGenCRPAddress is sent as the RP address.

The value of vRtrPimNgCRPGrpPrefixRowStatus is used to create or destroy entries in this table.

The value of vRtrPimNgCRPGrpPrfixRowLstChngd indicates the sysUpTime when this row was last modified.

vRtrPimNgCRPTable lists the C-RP's and the group prefixes sent in the C-RP advertisement. vRtrPimNgCRPTable will be empty on all routers except the elected BSR router. This table was obsoleted in release 7.0. It is replaced with the vRtrPimNgCRPInetTable to support ipv6 address.

An entry in the vRtrPimNgCRPTable. It is created when the Elected BSR receives a Candidate-RP Advertizement from the C-RP's.

The value of vRtrPimNgCRPAddressType indicates the type of address of the Candidate RP.

The value of vRtrPimNgCRPAddress indicates the Candidate RP address.

The value of vRtrPimNgCRPGrpAddrType indicates the type of the address represented by vRtrPimNgCRPGrpAddr.

The value of vRtrPimNgCRPGrpAddr combined with the value of vRtrPimNgCRPGrpMask indicates the range of multicast group addresses for which vRtrPimNgCRPAddress is the Candidate RP.

The value of vRtrPimNgCRPGrpMask indicates the mask which is combined with vRtrPimNgCRPGrpAddr to get the range of multicast group addresses for which vRtrPimNgCRPAddress is the Candidate RP.

The value of vRtrPimNgCRPHoldtime indicates the hold time of the candidate RP. It is used by the bootstrap router to timeout the RP entries if it does not listen to another C-RP advertisement within the holdtime period.

The value of vRtrPimNgCRPPriority indicates the Candidate RP's priority for becoming a rendezvous point (RP). This value is used to elect RP for a group range. A value of 0 is considered as the highest priority.

The value of vRtrPimNgCRPExpiryTime indicates the minimum time remaining before the Candidate-RP will be declared down. If the local router is not the BSR, this value is 0.

This table lists the RP Set sent by the Elected BSR in the Bootstrap Messages(BSM) or the RP Set sent by the Mapping Agent in case of Auto-RP. It also contains the static entries in vRtrPimNgStGrptoRPTable. The router uses this table to calculate the group-to-RP mappings. This table was obsoleted in release 7.0. It is replaced with the vRtrPimNgRPSetInetTable to support ipv6 address.

An entry in the vRtrPimNgRPSetTable. It is created by the elected BSR when it receives the Candidate-RP-Adv messages. Other routers create this entry on receiving Bootstrap Message(BSM) sent by the elected BSR router. It can also be created when a router receives a Mapping message from the Auto-RP Mapping Agent.

vRtrPimNgRPSetType is an index into this table. It indicates whether the entry was learned through the bootstrap mechanism or if it was statically configured using the vRtrPimNgStGrptoRPTable. Enumeration: 'static': 2, 'auto-rp': 3, 'dynamic': 1.

The value of vRtrPimNgRPSetGrpAddrType indicates the type of address represented by vRtrPimNgRPSetGrpAddr.

The value of vRtrPimNgRPSetGrpAddr, combined with the value of vRtrPimNgRPSetGrpMask, indicates the range of multicast group addresses for which vRtrPimNgRPSetCRPAddress is the Candidate RP.

vRtrPimNgRPSetGrpMask indicates the mask which is combined with vRtrPimNgRPSetGrpAddr to get the range of multicast group addresses for which vRtrPimNgRPSetCRPAddress is the candidate RP.

The value of vRtrPimNgRPSetCRPAddrType indicates the type of address of the Candidate RP address.

The value of vRtrPimNgRPSetCRPAddress indicates the Candidate RP address.

The value of vRtrPimNgRPSetHoldtime indicates the hold time of the candidate RP. It is used by the bootstrap router to timeout the RP entries if it does not listen to another C-RP advertisement within the holdtime period. The value of vRtrPimNgRPSetHoldtime will be zero for static entries.

The value of vRtrPimNgRPSetPriority indicates the Candidate RP's priority for becoming a rendezvous point (RP). This value is used to elect RP for a group range. A value of 0 is considered as the highest priority. For static entries, the priority is always 1.

The value of vRtrPimNgRPSetExpiryTime indicates the minimum time remaining before the RP Set group prefix will be declared down.

vRtrPimNgGenStatTable lists PIM statistics for a particular PIM instance.

An entry in the vRtrPimNgGenStatTable.

The value of vRtrPimNgGenStatTxCrpaPdus indicates the number of PIM Candidate-RP Advertisements (C-RP-Adv) transmitted by this router instance.

The value of vRtrPimNgGenStatTxCrpaPduErrs indicates the number of errors while transmitting PIM Candidate-RP Advertizements (C-RP-Adv).

The value of vRtrPimNgGenStatRxCrpaPdus indicates the number of PIM Candidate-RP Advertizements (C-RP-Adv) received by this instance.

The value of vRtrPimNgGenStatRxCrpaPduDrops indicates the number of PIM Candidate-RP Advertizements (C-RP-Adv) received by this instance, but were dropped.

The value of vRtrPimNgGenStatStarStarRPTypes indicates the number of entries in vRtrPimNgGrpSrcTable for which vRtrPimNgGrpSrcType is 'starStarRP'.

The value of vRtrPimNgGenStatStarGTypes indicates the number of entries in vRtrPimNgGrpSrcTable for which vRtrPimNgGrpSrcType is 'starG'.

The value of vRtrPimNgGenStatSGTypes indicates the number of entries in vRtrPimNgGrpSrcTable for which vRtrPimNgGrpSrcType is 'sg'.

The value of vRtrPimNgGenStatTxRegisters indicates the number of PIM Register messages transmitted by this instance.

The value of vRtrPimNgGenStatTxRegisterErrs indicates the number the times there was an error while transmitting PIM Register messages by this instance.

The value of vRtrPimNgGenStatTxNullRegisters indicates the number of PIM Null Register messages transmitted by this instance.

The value of vRtrPimNgGenStatTxRegTTLDrops indicates the number of multicast data packets which could not be encapsulated in Register messages because the Time To Live (TTL) was zero.

The value of vRtrPimNgGenStatForwardCrpaPdus indicates the number of Candidate-RP Advertizements(C-RP-Adv) that were forwarded by the router. C-RP-Adv's are forwarded when the received advertizement has a router alert set and the destination address is not the router's local address.

The value of vRtrPimNgGenStatFwdCrpaDrops indicates the number of times the Candidate-RP Advertizements(C-RP-Adv) could not be forwarded by the router.

The value of vRtrPimNgGenStatTxMdtJoinTlvs indicates the number of times MDT Join TLV were transmitted.

The value of vRtrPimNgGenStatRxMdtJoinTlvs indicates the number of times MDT Join TLV were received.

The value of vRtrPimNgGenStatTxMdtJnTlvErrs indicates indicates the number of times MDT Join TLV could not be transmitted.

The value of vRtrPimNgGenStatRxMdtJnTlvErrs indicates indicates number of times MDT Join TLVs were dropped due to errors in the received TLV.

The value of vRtrPimNgGenStatTxActiveMdts indicates the number of active MDTs on which the PE is forwarding packets. This object is applicable to VPRNs only.

The value of vRtrPimNgGenStatRxActiveMdts indicates number of active Mdts on which the PE is receiving packets. This object is applicable to VPRNs only.

The value of vRtrPimNgGenStatTxSpmsiLimitHits indicates the number of times the switch from ipmsi to spmsi is failed because of reaching the maximum spmsi limit configured in TIMETRA-VRTR-MIB::vRtrMvpnSpmsiMaxLimit.

The value of vRtrPimNgGenStatRxCtrlPduIfDrops indicates the number of control PDU drops on an interface which is operationally down or on an interface on which PIM is not enabled.

The value of vRtrPimNgGenStatP2mpPmsiReqFails indicates the number of times a P2MP PMSI tunnel request has failed.

The value of vRtrPimNgGenStatP2mpPmsiCrtFails indicates the number of times a P2MP PMSI tunnel creation has failed.

The value of vRtrPimNgGenStatTxMdts indicates the number of MDTs created by the PE for forwarding packets. This object is applicable to VPRNs only.

The value of vRtrPimNgGenStatRxMdts indicates the number of MDTs created by the PE for receiving packets. This object is applicable to VPRNs only.

vRtrPimNgGrpSrcStatTable contains statistics for the entries in the vRtrPimNgGrpSrcTable. These statistics are collected by the forwarding engine.

An entry in the vRtrPimNgGrpSrcStatTable.

The value of vRtrPimNgGrpSrcStatFrwdedPkts indicates the number of multicast packets that were forwarded to the interfaces in the outgoing interface list. vRtrPimNgGrpSrcIfTable lists all the interfaces in the outgoing interface list. This packet count is calculated before ingress QoS policing or shaping is applied.

The value of vRtrPimNgGrpSrcStatOFFrwdedPkts indicates the number of times the associated vRtrPimNgGrpSrcStatFrwdedPkts counter has overflowed.

The value of vRtrPimNgGrpSrcStatHCFrwdedPkts indicates the number of multicast packets that were forwarded to the interfaces in the outgoing interface list. vRtrPimNgGrpSrcIfTable lists all the interfaces in the outgoing interface list.

The value of vRtrPimNgGrpSrcStatDscrdPkts indicates the number of multicast packets that matched this source group entry but were discarded. For (S,G) entries, if the traffic is getting forwarded on the SPT, the packets arriving from the RPT will be discarded.

The value of vRtrPimNgGrpSrcStatOFDscrdPkts indicates the number of times the associated vRtrPimNgGrpSrcStatDscrdPkts counter has overflowed.

The value of vRtrPimNgGrpSrcStatHCDscrdPkts indicates the number of multicast packets that matched this source group entry but were discarded. For (S,G) entries, if the traffic is getting forwarded on the SPT, the packets arriving from the RPT will be discarded.

The value of vRtrPimNgGrpSrcStatRPFMsmtch indicates the number of multicast packets that matched this source group entry but they did not arrive on the the interface indicated by vRtrPimNgGrpSrcRpfIfIndex.

The value of vRtrPimNgGrpSrcStatOFRPFMsmtch indicates the number of times the associated vRtrPimNgGrpSrcStatRPFMsmtch counter has overflowed.

The value of vRtrPimNgGrpSrcStatHCRPFMsmtch indicates the number of multicast packets that matched this source group entry but they did not arrive on the the interface indicated by vRtrPimNgGrpSrcRpfIfIndex.

The value of vRtrPimNgGrpSrcStatFrdedOct indicates the number of multicast octets that were forwarded to the interfaces in the outgoing interface list. vRtrPimNgGrpSrcIfTable lists all the interfaces in the outgoing interface list.

The value of vRtrPimNgGrpSrcStatOFFrdedOct indicates the number of times the associated vRtrPimNgGrpSrcStatFrdedOct counter has overflowed.

The value of vRtrPimNgGrpSrcStatHCFrdedOct indicates the number of multicast octets that were forwarded to the interfaces in the outgoing interface list. vRtrPimNgGrpSrcIfTable lists all the interfaces in the outgoing interface list.

vRtrPimNgGenPolicyTable lists PIM policies for a particular PIM instance. PIM Join-Prune and Register policies provide a way to to control the creation of (*,G) or (S,G) state that gets created on a router. The bootstrap policies provide a way to control the flow of bootstrap messages to and from the router. PIM Policies are created using the TIMETRA-ROUTE-POLICY-MIB::tRPAdminPSFromCriteriaTable.

An entry in the vRtrPimNgGenPolicyTable. Each entry corresponds to an entry in the vRtrPimNgGeneralTable. Entries in this table are created implicitly whenever an entry is created in the vRtrPimNgGeneralTable.

vRtrPimNgImportJoinPrunePolicy1 is the the first policy to be used for determining how the PIM Join-Prune messages are filtered. Join-Prune messages can be filtered based on different criteria such as multicast group or source address contained in the message, interface on which the messages are received or the address of the neighbor who is sending the message. If multiple policy names are specified, the policies are evaluated in the order they are specified. The first policy that matches is applied. The import policy name list, vRtrPimNgImportJoinPrunePolicy1 through vRtrPimNgImportJoinPrunePolicy5, is handled by the SNMP agent as a single entity. When an SNMP SET request is received to modify one or more of the policy names, all the policy variables are first set to the empty string, ''H, and then the new names are set into the specified policy variables within a single SNMP SET PDU.

vRtrPimNgImportJoinPrunePolicy2 is the second policy to be used for determining how the PIM Join-Prune messages are filtered. Join-Prune messages can be filtered based on different criteria such as multicast group or source address contained in the message, interface on which the messages are received or the address of the neighbor who is sending the message. If multiple policy names are specified, the policies are evaluated in the order they are specified. The first policy that matches is applied. The import policy name list, vRtrPimNgImportJoinPrunePolicy1 through vRtrPimNgImportJoinPrunePolicy5, is handled by the SNMP agent as a single entity. When an SNMP SET request is received to modify one or more of the policy names, all the policy variables are first set to the empty string, ''H, and then the new names are set into the specified policy variables within a single SNMP SET PDU.

vRtrPimNgImportJoinPrunePolicy3 is the third policy to be used for determining how the PIM Join-Prune messages are filtered. Join-Prune messages can be filtered based on different criteria such as multicast group or source address contained in the message, interface on which the messages are received or the address of the neighbor who is sending the message. If multiple policy names are specified, the policies are evaluated in the order they are specified. The first policy that matches is applied. The import policy name list, vRtrPimNgImportJoinPrunePolicy1 through vRtrPimNgImportJoinPrunePolicy5, is handled by the SNMP agent as a single entity. When an SNMP SET request is received to modify one or more of the policy names, all the policy variables are first set to the empty string, ''H, and then the new names are set into the specified policy variables within a single SNMP SET PDU.

vRtrPimNgImportJoinPrunePolicy4 is the fourth policy to be used for determining how the PIM Join-Prune messages are filtered. Join-Prune messages can be filtered based on different criteria such as multicast group or source address contained in the message, interface on which the messages are received or the address of the neighbor who is sending the message. If multiple policy names are specified, the policies are evaluated in the order they are specified. The first policy that matches is applied. The import policy name list, vRtrPimNgImportJoinPrunePolicy1 through vRtrPimNgImportJoinPrunePolicy5, is handled by the SNMP agent as a single entity. When an SNMP SET request is received to modify one or more of the policy names, all the policy variables are first set to the empty string, ''H, and then the new names are set into the specified policy variables within a single SNMP SET PDU.

vRtrPimNgImportJoinPrunePolicy5 is the fifth policy to be used for determining how the PIM Join-Prune messages are filtered. Join-Prune messages can be filtered based on different criteria such as multicast group or source address contained in the message, interface on which the messages are received or the address of the neighbor who is sending the message. If multiple policy names are specified, the policies are evaluated in the order they are specified. The first policy that matches is applied. The import policy name list, vRtrPimNgImportJoinPrunePolicy1 through vRtrPimNgImportJoinPrunePolicy5, is handled by the SNMP agent as a single entity. When an SNMP SET request is received to modify one or more of the policy names, all the policy variables are first set to the empty string, ''H, and then the new names are set into the specified policy variables within a single SNMP SET PDU.

vRtrPimNgImportRegisterPolicy1 is the the first policy to be used for determining how the PIM Register messages are filtered. Register policies are only relevant on the Rendezvous Point(RP). Register messages can be filtered based on different criteria such as multicast group or source address contained in the inner multicast data packet or the interface on which the Register Messages are received. The import policy name list, vRtrPimNgImportRegisterPolicy1 through vRtrPimNgImportRegisterPolicy5, is handled by the SNMP agent as a single entity. When an SNMP SET request is received to modify one or more of the policy names, all the policy variables are first set to the empty string, ''H, and then the new names are set into the specified policy variables within a single SNMP SET PDU.

vRtrPimNgImportRegisterPolicy2 is the the second policy to be used for determining how the PIM Register messages are filtered. Register policies are only relevant on the Rendezvous Point(RP). Register messages can be filtered based on different criteria such as multicast group or source address contained in the inner multicast data packet or the interface on which the Register Messages are received. The import policy name list, vRtrPimNgImportRegisterPolicy1 through vRtrPimNgImportRegisterPolicy5, is handled by the SNMP agent as a single entity. When an SNMP SET request is received to modify one or more of the policy names, all the policy variables are first set to the empty string, ''H, and then the new names are set into the specified policy variables within a single SNMP SET PDU.

vRtrPimNgImportRegisterPolicy3 is the the third policy to be used for determining how the PIM Register messages are filtered. Register policies are only relevant on the Rendezvous Point(RP). Register messages can be filtered based on different criteria such as multicast group or source address contained in the inner multicast data packet or the interface on which the Register Messages are received. The import policy name list, vRtrPimNgImportRegisterPolicy1 through vRtrPimNgImportRegisterPolicy5, is handled by the SNMP agent as a single entity. When an SNMP SET request is received to modify one or more of the policy names, all the policy variables are first set to the empty string, ''H, and then the new names are set into the specified policy variables within a single SNMP SET PDU.

vRtrPimNgImportRegisterPolicy4 is the the fourth policy to be used for determining how the PIM Register messages are filtered. Register policies are only relevant on the Rendezvous Point(RP). Register messages can be filtered based on different criteria such as multicast group or source address contained in the inner multicast data packet or the interface on which the Register Messages are received. The import policy name list, vRtrPimNgImportRegisterPolicy1 through vRtrPimNgImportRegisterPolicy5, is handled by the SNMP agent as a single entity. When an SNMP SET request is received to modify one or more of the policy names, all the policy variables are first set to the empty string, ''H, and then the new names are set into the specified policy variables within a single SNMP SET PDU.

The value of vRtrPimNgImportRegisterPolicy5 is the the fifth policy to be used for determining how the PIM Register messages are filtered. Register policies are only relevant on the Rendezvous Point(RP). Register messages can be filtered based on different criteria such as multicast group or source address contained in the inner multicast data packet or the interface on which the Register Messages are received. The import policy name list, vRtrPimNgImportRegisterPolicy1 through vRtrPimNgImportRegisterPolicy5, is handled by the SNMP agent as a single entity. When an SNMP SET request is received to modify one or more of the policy names, all the policy variables are first set to the empty string, ''H, and then the new names are set into the specified policy variables within a single SNMP SET PDU.

vRtrPimNgImportBootstrapPolicy1 is the the first policy to be used for determining how the PIM Bootstrap messages are filtered. Bootstrap import policies are used to control the flow of Bootstrap Messages to the router. The import policy name list, vRtrPimNgImportBootstrapPolicy1 through vRtrPimNgImportBootstrapPolicy5, is handled by the SNMP agent as a single entity. When an SNMP SET request is received to modify one or more of the policy names, all the policy variables are first set to the empty string, ''H, and then the new names are set into the specified policy variables within a single SNMP SET PDU.

vRtrPimNgImportBootstrapPolicy2 is the the second policy to be used for determining how the PIM Bootstrap messages are filtered. Bootstrap import policies are used to control the flow of Bootstrap Messages to the router. The import policy name list, vRtrPimNgImportBootstrapPolicy1 through vRtrPimNgImportBootstrapPolicy5, is handled by the SNMP agent as a single entity. When an SNMP SET request is received to modify one or more of the policy names, all the policy variables are first set to the empty string, ''H, and then the new names are set into the specified policy variables within a single SNMP SET PDU.

vRtrPimNgImportBootstrapPolicy3 is the the third policy to be used for determining how the PIM Bootstrap messages are filtered. Bootstrap import policies are used to control the flow of Bootstrap Messages to the router. The import policy name list, vRtrPimNgImportBootstrapPolicy1 through vRtrPimNgImportBootstrapPolicy5, is handled by the SNMP agent as a single entity. When an SNMP SET request is received to modify one or more of the policy names, all the policy variables are first set to the empty string, ''H, and then the new names are set into the specified policy variables within a single SNMP SET PDU.

vRtrPimNgImportBootstrapPolicy4 is the the fourth policy to be used for determining how the PIM Bootstrap messages are filtered. Bootstrap import policies are used to control the flow of Bootstrap Messages to the router. The import policy name list, vRtrPimNgImportBootstrapPolicy1 through vRtrPimNgImportBootstrapPolicy5, is handled by the SNMP agent as a single entity. When an SNMP SET request is received to modify one or more of the policy names, all the policy variables are first set to the empty string, ''H, and then the new names are set into the specified policy variables within a single SNMP SET PDU.

The value of vRtrPimNgImportBootstrapPolicy5 is the the fifth policy to be used for determining how the PIM Bootstrap messages are filtered. Bootstrap import policies are used to control the flow of Bootstrap Messages to the router. The import policy name list, vRtrPimNgImportBootstrapPolicy1 through vRtrPimNgImportBootstrapPolicy5, is handled by the SNMP agent as a single entity. When an SNMP SET request is received to modify one or more of the policy names, all the policy variables are first set to the empty string, ''H, and then the new names are set into the specified policy variables within a single SNMP SET PDU.

vRtrPimNgExportBootstrapPolicy1 is the the first policy to be used for determining how the PIM Bootstrap messages are filtered. Bootstrap export policies are used to control the flow of Bootstrap Messages from the router. The export policy name list, vRtrPimNgExportBootstrapPolicy1 through vRtrPimNgExportBootstrapPolicy5, is handled by the SNMP agent as a single entity. When an SNMP SET request is received to modify one or more of the policy names, all the policy variables are first set to the empty string, ''H, and then the new names are set into the specified policy variables within a single SNMP SET PDU.

vRtrPimNgExportBootstrapPolicy2 is the the second policy to be used for determining how the PIM Bootstrap messages are filtered. Bootstrap export policies are used to control the flow of Bootstrap Messages from the router. The export policy name list, vRtrPimNgExportBootstrapPolicy1 through vRtrPimNgExportBootstrapPolicy5, is handled by the SNMP agent as a single entity. When an SNMP SET request is received to modify one or more of the policy names, all the policy variables are first set to the empty string, ''H, and then the new names are set into the specified policy variables within a single SNMP SET PDU.

vRtrPimNgExportBootstrapPolicy3 is the the third policy to be used for determining how the PIM Bootstrap messages are filtered. Bootstrap export policies are used to control the flow of Bootstrap Messages from the router. The export policy name list, vRtrPimNgExportBootstrapPolicy1 through vRtrPimNgExportBootstrapPolicy5, is handled by the SNMP agent as a single entity. When an SNMP SET request is received to modify one or more of the policy names, all the policy variables are first set to the empty string, ''H, and then the new names are set into the specified policy variables within a single SNMP SET PDU.

vRtrPimNgExportBootstrapPolicy4 is the the fourth policy to be used for determining how the PIM Bootstrap messages are filtered. Bootstrap export policies are used to control the flow of Bootstrap Messages from the router. The export policy name list, vRtrPimNgExportBootstrapPolicy1 through vRtrPimNgExportBootstrapPolicy5, is handled by the SNMP agent as a single entity. When an SNMP SET request is received to modify one or more of the policy names, all the policy variables are first set to the empty string, ''H, and then the new names are set into the specified policy variables within a single SNMP SET PDU.

The value of vRtrPimNgExportBootstrapPolicy5 is the the fifth policy to be used for determining how the PIM Bootstrap messages are filtered. Bootstrap export policies are used to control the flow of Bootstrap Messages from the router. The export policy name list, vRtrPimNgExportBootstrapPolicy1 through vRtrPimNgExportBootstrapPolicy5, is handled by the SNMP agent as a single entity. When an SNMP SET request is received to modify one or more of the policy names, all the policy variables are first set to the empty string, ''H, and then the new names are set into the specified policy variables within a single SNMP SET PDU.

The value of vRtrPimNgSSMGroupTableLstChngd indicates the sysUpTime at the time of the last modification of an entry in the vRtrPimNgSSMGroupTable. If no changes were made to the table since the last re-initialization of the local network management subsystem, then this object contains a zero value.

vRtrPimNgSSMGroupTable contains a range of group addresses which are reserved for Source Specific Multicast(SSM). The SSM standard designates IPv4 addresses in the 232/8 range and IPv6 addresses in FF3X:0000:/32 range for SSM destination addresses. This table is used to configure group addresses in addition to those defined in the SSM standard.

vRtrPimNgSSMGroupEntry defines a group range to be used for SSM.

The value of vRtrPimNgSSMGroupAddressType indicates the type of address specified by vRtrPimNgSSMGroupAddress.

The value of vRtrPimNgSSMGroupAddress combined with the value of vRtrPimNgSSMGroupMask indicates the range of multicast group addresses to be used for Source Specific Multicast(SSM).

The value of vRtrPimNgSSMGroupMask indicates the mask which is combined with vRtrPimNgSSMGroupAddress to get the range of multicast group addresses to be used for Source Specific Multicast(SSM).

The value of vRtrPimNgSSMGroupRowStatus is used to create or delete an entry.

The value of vRtrPimNgSSMGroupRowLastChanged indicates the sysUpTime when this row was last modified.

The value of vRtrPimNgAnycastRPTableLstChngd indicates the sysUpTime at the time of the last modification of an entry in the vRtrPimNgAnycastRPTable. If no changes were made to the table since the last re-initialization of the local network management subsystem, then this object contains a zero value.

vRtrPimNgAnycastRPTable contains a list of configured anycast Rendezvous Point (RP) addresses.

Each row entry in the vRtrPimNgAnycastRPTable represents a configured anycast Rendezvous Point(RP). An entry in this table can be created or destroyed by an SNMP SET request to vRtrPimNgAnycastRPRowStatus.

The value of vRtrPimNgAnycastRPAddressType indicates the address type of vRtrPimNgAnycastRPAddress address.

The value of vRtrPimNgAnycastRPAddress indicates the Rendezvous Point (RP) anycast address that should be used by the router for the range of multicast groups.

The value of vRtrPimNgAnycastRPPeerAddrType indicates the address type of vRtrPimNgAnycastRPPeerAddress address.

The value of vRtrPimNgAnycastRPPeerAddress indicates the Peer's Rendezvous Point (RP) anycast address that should be used by the router for the range of multicast groups.

The value of vRtrPimNgAnycastRPRowStatus is used to create or destroy entries in this table.

The value of vRtrPimNgAnycastRPRowLstChanged indicates the sysUpTime when this row was last modified.

The value of vRtrPimNgSptSwOvrThdTabLstChngd indicates the sysUpTime at the time of the last modification of an entry in the vRtrPimNgSptSwitchoverThdTable. If no changes were made to the table since the last re-initialization of the local network management subsystem, then this object contains a zero value.

vRtrPimNgSptSwitchoverThdTable configures shortest path tree(spt tree) switchover thresholds for group prefixes. PIM-SM routers with directly connected routers receive multicast traffic initially on a shared tree rooted at the Rendezvous Point (RP). Once the traffic arrives on the shared tree and the source of the traffic is known, a switchover to the spt tree rooted at the source is attempted. For a group that falls in the range of a prefix configured in the table, the corresponding threshold value determines when the router should switch over from the shared tree to the source specific tree. The switchover is attempted only if the traffic rate on the shared tree for the group exceeds the configured threshold. In the absence of any matching prefix in the table, the default behavior is to switchover when the first packet is seen. In the presence of multiple prefixes matching a given group, the most specific entry is used.

Each row entry in the vRtrPimNgSptSwitchoverThdEntry represents a group prefix and the corresponding shortest path tree (spt tree) switchover threshold it has to use. An entry in this table can be created or destroyed by an SNMP SET request to vRtrPimNgSptSwovrThdRowStatus. The SET request must specify the group prefix as well as the threshold, or else the entry will not be created.

The value of vRtrPimNgSptSwOvrThdTblGpAdType indicates the address type of vRtrPimNgSptSwOvrThdTblGrpAddr address.

The value of vRtrPimNgSptSwOvrThdTblGrpAddr indicates the group address for which the threshold can be configured.

The value of vRtrPimNgSptSwOvrThdTblGpAdMask indicates the mask for the group address vRtrPimNgSptSwOvrThdTblGrpAddr.

The value of vRtrPimNgSptSwovrThdRowStatus is used to create or destroy entries in this table. A row creation attempt will fail if vRtrPimNgSptSwitchoverThd is not explicitly set to a value.

The value of vRtrPimNgSptSwovrThdRowLstChngd indicates the sysUpTime when this row was last modified.

The value of vRtrPimNgSptSwitchoverThd indicates the configured threshold in kilo-bits per second(kbps) for a group prefix. A switchover is attempted only if the traffic rate on the shared tree for the group exceeds this configured threshold. The value of 4294967295 indicates that there will be no switchover from RPT to SPT and traffic will continue through RPT. This value means 'infinity'. When there is no row in this table, switchover from RPT to SPT is done on the first packet. A row creation attempt will fail if this object is not explicitly set to a value.

The value of vRtrPimNgDataMtThdTableLstChngd indicates the sysUpTime at the time of the last modification of an entry in the vRtrPimNgDataMtThdTable. If no changes were made to the table since the last re-initialization of the local network management subsystem, then this object contains a zero value.

vRtrPimNgDataMtThdTable configures Multicast Data Tunnel(Data MT) thresholds for group prefixes. Whenever the threshold of a C-(S,G)'s exceeds the configured threshold value specified by vRtrPimNgDataMtThd in this table, a MT interface is created in vRtrPimNgDataMtTable. If the data-threshold goes below the value specified by vRtrPimNgDataMtThd, the MT interface is automatically deleted.

Each row entry in the vRtrPimNgDataMtThdEntry represents a group prefix and the corresponding Data MT threshold it has to use. An entry in this table can be created or destroyed by an SNMP SET request to vRtrPimNgDataMtThdRowStatus. The SET request must specify the group prefix as well as the threshold, or else the entry will not be created.

The value of vRtrPimNgDataMtThdTblGrpAdrType indicates the address type of vRtrPimNgDataMtThdTblGrpAddr address.

The value of vRtrPimNgDataMtThdTblGrpAddr indicates the group address for which the threshold can be configured.

The value of vRtrPimNgDataMtThdTblGrpAdrMask indicates the mask for the group address vRtrPimNgSptSwOvrThdTblGrpAddr.

The value of vRtrPimNgDataMtThdRowStatus is used to create or destroy entries in this table. A row creation attempt will fail if vRtrPimNgDataMtThd is not explicitly set to a value.

The value of vRtrPimNgDataMtThdRowLstChngd indicates the sysUpTime when this row was last modified.

The value of vRtrPimNgDataMtThd indicates the configured threshold in kilo bits per second(bps) for a group prefix. A MT interface is created only if the traffic rate on the C-(S,G)'s for the group exceeds this configured threshold. A row creation attempt will fail if this object is not explicitly set to a value.

The value of vRtrPimNgIfMcacLevelTblLstChngd indicates the sysUpTime at the time of the last modification of an entry in the vRtrPimNgIfMcacLevelTable. If no changes were made to the table since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The vRtrPimNgIfMcacLevelTable has an entry for each multicast CAC policy constraint level configured on this system.

Each row entry represents a particular multicast CAC policy level constraints. Entries are created/deleted by the user.

The value of vRtrPimNgIfMcacLevelRowStatus is used for creation/deletion of level constraint in a CAC policy.

The value of vRtrPimNgIfMcacLvlRowLstChngd indicates the sysUpTime when this row was last modified.

The value of vRtrPimNgIfMcacLevelBW specifies the bandwidth in kilo-bits per second(kbps) for the level.

The value of vRtrPimNgIfMcacLagTableLstChngd indicates the sysUpTime at the time of the last modification of an entry in the vRtrPimNgIfMcacLagTable. If no changes were made to the table since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The vRtrPimNgIfMcacLagTable has an entry for each lag port configured for a multicast CAC policy bundle on this system.

Each row entry represents a particular multicast CAC lag port constraints. Entries are created/deleted by the user.

The value of vRtrPimNgIfMcacLagRowStatus is used for creation/deletion of lag constraint in a CAC policy.

The value of vRtrPimNgIfMcacLagRowLstChngd indicates the sysUpTime when this row was last modified.

The value of vRtrPimNgIfMcacLagLevel specifies the level id to use when the value of tmnxMcacLagPortsDown matches the actual number of ports down in a lag. Using the value of vRtrPimNgIfMcacLagLevel as an index, the operational interface unconstrained bandwidth will be set to vRtrPimNgIfMcacLevelBW. By default for all lag constraints the interface level will be set to 1 at row creation.

The value of vRtrPimNgERPGrpPrfxTblLstChnged indicates the sysUpTime at the time of the last modification of an entry in the vRtrPimNgERPGrpPrefixTable. If no changes were made to the table since the last re-initialization of the local network management subsystem, then this object contains a zero value.

vRtrPimNgERPGrpPrefixTable lists the group ranges for embedded RP address information. RP address information can only be embedded in the IPv6 multicast group addresses. Multicast groups in the default group range (FF70::/12 to FFF0::/12) are always checked for embedded RP address information.

An entry in the vRtrPimNgERPGrpPrefixTable. Each entry represents the group range for embedded RP address information.

The value of vRtrPimNgERPGrpPrfixGrpAddrType indicates the type of address represented by vRtrPimNgERPGrpPrefixGrpAddr.

The value of vRtrPimNgERPGrpPrefixGrpAddr combined with the value of vRtrPimNgERPGrpPrefixGrpMask indicates the range of multicast group addresses for which RP address information can be embedded.

The value of vRtrPimNgERPGrpPrefixGrpMask indicates the mask which is combined with the value of vRtrPimNgERPGrpPrefixGrpAddr to get the range of multicast group addresses for which RP address information can be embedded.

The value of vRtrPimNgERPGrpPrefixRowStatus is used to create or destroy entries in this table.

The table listing the interfaces on which PIM protocol operation is enabled.

Each row entry in the vRtrPimNgRsvpIfTable represents a tunnel interface on this router that participates in the PIM protocol. Entries can be created and deleted via SNMP SET operations.

The value of vRtrPimNgRsvpIfLspName indicates the name of the RSVP point to multipoint (P2MP) lsp name associated with this tunnel interface.

The value of vRtrPimNgRsvpIfSenderAddrType indicates the type for vRtrPimNgRsvpIfSenderAddr.

The value of vRtrPimNgRsvpIfSenderAddr indicates the sender address.

The value of vRtrPimNgRsvpIfRowStatus is used to create or delete an entry.

The value of vRtrPimNgRsvpIfOperState indicates the current operational state of PIM protocol on this interface.

The unique value of vRtrPimNgRsvpIfIndex identifies this tunnel interface for this virtual router in the Alcatel-Lucent SROS system. It is a unique value among entries with the same value of vRtrID.

The value of vRtrPimNgCRPGpPfxInetTblLstChngd indicates the sysUpTime at the time of the last modification of an entry in the vRtrPimNgCRPGrpPrefixInetTable. If no changes were made to the table since the last re-initialization of the local network management subsystem, then this object contains a zero value.

vRtrPimNgCRPGrpPrefixInetTable lists the group prefixes for which the router sends the Candidate RP Advertizement.

An entry in the vRtrPimNgCRPGrpPrefixInetTable. Each entry represents the group prefix for which the router sends the Candidate RP Advertizement(CRP-Adv). CRP-Adv messages are sent to the Elected BSR router(E-BSR).

The value of vRtrPimNgCRPGrpPfxInetGrpAdrType indicates the type of address represented by vRtrPimNgCRPGrpPrefixInetGrpAddr.The value 'unknown (0)' is not valid for this index object.

The value of vRtrPimNgCRPGrpPrefixInetGrpAddr combined with the value of vRtrPimNgCRPGrpPrefixInetGrpMask indicates the range of multicast group addresses for which the router advertizes to be the Candidate RP. The value of vRtrPimNgAFGenCRPAddress is sent as the RP address.

The value of vRtrPimNgCRPGrpPrefixInetGrpMask indicates the mask which is combined with the value of vRtrPimNgCRPGrpPrefixInetGrpAddr to get the range of multicast group addresses for which the router advertizes to be the Candidate RP. The value of vRtrPimNgAFGenCRPAddress is sent as the RP address.

The value of vRtrPimNgCRPGrpPrfxInetRowStatus specifies the row status of the group prefix entry for the Candidate RP Advertizement. Row status is used for creation and deletion of vRtrPimNgCRPGrpPrefixInetTable entries.

The value of vRtrPimNgCRPGrpPfxInetRowLstChgd indicates the sysUpTime when this row was last modified.

vRtrPimNgCRPInetTable lists the C-RP's and the group prefixes sent in the C-RP advertisement. vRtrPimNgCRPInetTable will be empty on all routers except the elected BSR router.

An entry in the vRtrPimNgCRPInetTable. It is created when the Elected BSR receives a Candidate-RP Advertizement from the C-RP's.

The value of vRtrPimNgCRPInetAddressType indicates the type of address of the Candidate RP.

The value of vRtrPimNgCRPInetAddress indicates the Candidate RP address.

The value of vRtrPimNgCRPInetGrpAddrType indicates the type of the address represented by vRtrPimNgCRPInetGrpAddr.

The value of vRtrPimNgCRPInetGrpAddr combined with the value of vRtrPimNgCRPInetGrpMask indicates the range of multicast group addresses for which vRtrPimNgCRPInetAddress is the Candidate RP.

The value of vRtrPimNgCRPInetGrpMask indicates the mask which is combined with vRtrPimNgCRPInetGrpAddr to get the range of multicast group addresses for which vRtrPimNgCRPInetAddress is the Candidate RP.

The value of vRtrPimNgCRPInetHoldtime indicates the hold time of the candidate RP. It is used by the bootstrap router to timeout the RP entries if it does not listen to another C-RP advertisement within the holdtime period.

The value of vRtrPimNgCRPInetPriority indicates the Candidate RP's priority for becoming a rendezvous point (RP). This value is used to elect RP for a group range. A value of 0 is considered as the highest priority.

The value of vRtrPimNgCRPInetExpiryTime indicates the minimum time remaining before the Candidate-RP will be declared down. If the local router is not the BSR, this value is 0.

This table lists the RP Set sent by the Elected BSR in the Bootstrap Messages(BSM) or the RP Set sent by the Mapping Agent in case of Auto-RP. It also contains the static entries in vRtrPimNgStGrptoRPTable. The router uses this table to calculate the group-to-RP mappings.

An entry in the vRtrPimNgRPSetInetTable. It is created by the elected BSR when it receives the Candidate-RP-Adv messages. Other routers create this entry on receiving Bootstrap Message(BSM) sent by the elected BSR router. It can also be created when a router receives a Mapping message from the Auto-RP Mapping Agent.

vRtrPimNgRPSetInetType is an index into this table. It indicates whether the entry was learned through the bootstrap mechanism, the Auto-RP mechanism or if it was statically configured using the vRtrPimNgStGrptoRPTable. Enumeration: 'static': 2, 'auto-rp': 3, 'dynamic': 1.

The value of vRtrPimNgRPSetInetGrpAddrType indicates the type of address represented by vRtrPimNgRPSetInetGrpAddr.

The value of vRtrPimNgRPSetInetGrpAddr, combined with the value of vRtrPimNgRPSetInetGrpMask, indicates the range of multicast group addresses for which vRtrPimNgRPSetInetCRPAddress is the Candidate RP.

The value of vRtrPimNgRPSetInetGrpMask indicates the mask which is combined with vRtrPimNgRPSetInetGrpAddr to get the range of multicast group addresses for which vRtrPimNgRPSetInetCRPAddress is the candidate RP.

The value of vRtrPimNgRPSetInetCRPAddrType indicates the type of address of the Candidate RP address.

The value of vRtrPimNgRPSetInetCRPAddress indicates the Candidate RP address.

The value of vRtrPimNgRPSetInetHoldtime indicates the hold time of the candidate RP. It is used by the bootstrap router to timeout the RP entries if it does not listen to another C-RP advertisement within the holdtime period. The value of vRtrPimNgRPSetInetHoldtime will be zero for static entries.

The value of vRtrPimNgRPSetInetPriority indicates the Candidate RP's priority for becoming a rendezvous point (RP). This value is used to elect RP for a group range. A value of 0 is considered as the highest priority. For static entries, the priority is always 1.

The value of vRtrPimNgRPSetInetExpiryTime indicates the minimum time remaining before the RP Set group prefix will be declared down.

This table lists the PIM enabled hosts for an entry in vRtrPimNgGrpSrcTable.

An entry in the vRtrPimNgGrpSrcHostTable. Each entry represents the state of the PIM enabled host for every vRtrPimNgGrpSrcEntry.

The value of vRtrPimNgGrpSrcHostAddrType indicates the type of IP multicast host address represented by vRtrPimNgGrpSrcHostAddress.

The value of vRtrPimNgGrpSrcHostAddress indicates the IP multicast host address for which this entry contains information. If the vRtrPimNgGrpSrcType is 'starStarRP', the value of this object will be zero and vRtrPimNgGrpSrcHostAddress will contain the address of the RP.

The value of vRtrPimNgGrpSrcHostFlags indicates the different lists that this host belongs to. Bits: 'sgRptPruneOifList': 7, 'joinPruneList': 5, 'localRxExclude': 4, 'localRxInclude': 3, 'inheritedRptOifList': 2, 'lostAssertList': 6, 'immediateOifList': 0, 'inheritedOifList': 1.

This table lists the PIM enabled group-interfaces for an entry in vRtrPimNgGrpSrcTable.

An entry in the vRtrPimNgGrpSrcGrpIfTable. Each entry represents the state of the PIM enabled group-interfaces for every vRtrPimNgGrpSrcEntry.

The value of vRtrPimNgGrpSrcGrpIfFwdSvcId specifies the forwarding service ID for a group-interface in a retailer context.

The unique value which identifies this group-interface of this virtual router in the Tmnx system. This field provides an identifier for virtual router interfaces similar to the ifIndex values used in the mib-2 interfaces table for physical interfaces. The vRtrPimNgGrpSrcGrpIfIndex values can be reused for different virtual routers, but are unique within those entries with the same vRtrID. The vRtrPimNgGrpSrcGrpIfIndex value for each virtual interface must remain constant at least from one re-initialization of the system management processor to the next.

The value of vRtrPimNgGrpSrcGrpIfFlags indicates the different lists that this group-interface belongs to. Bits: 'sgRptPruneOifList': 7, 'joinPruneList': 5, 'localRxExclude': 4, 'localRxInclude': 3, 'inheritedRptOifList': 2, 'lostAssertList': 6, 'immediateOifList': 0, 'inheritedOifList': 1.

The value of the object vRtrPimNgMvpnUMHPETblLastChg indicates the time of the last change to any row of vRtrPimNgMvpnUMHPETable.

This table represents the mapping between primary and standby peers to support MVPN source redundancy.

An entry in the vRtrPimNgMvpnUMHPETable. Each row represents the standby peer address configured for a primary peer in MVPN.

The value of vRtrPimNgMvpnUMHPEAddrType indicates the type of the address assigned to a primary PE indicated by vRtrPimNgMvpnUMHPEAddr.

The value of vRtrPimNgMvpnUMHPEAddr indicates the value of the address assigned to the primary PE to be used in UMH selection for MVPN source redundancy.

The value of vRtrPimNgMvpnUMHPERowStatus specifies the Row status of this table row. This object is used to create or delete rows in this table.

The value of vRtrPimNgMvpnUMHPELastChanged indicates the timestamp of the last change to this row in vRtrPimNgMvpnUMHPETable.

The value of vRtrPimNgMvpnUMHPEStandbyAdrTyp specifies the type of the address assigned to the standby PE indicated by vRtrPimNgMvpnUMHPEStandbyAddr. This object MUST be specified at row creation time.

The value of vRtrPimNgMvpnUMHPEStandbyAddr specifies the value of the address assigned to a standby PE to be used in UMH selection for MVPN source redundancy. This value cannot be modified without shutting down the MVPN instance. An address instance of 'vRtrPimNgMvpnUMHPEStandbyAddr' can be associated with only a single address instance of 'vRtrPimNgMvpnUMHPEAddr' or in other words the pairing must be unique. This object MUST be specified at row creation time.

The value of vRtrPimNgIfTableLastChanged indicates the sysUpTime at the time of the last modification of an entry in the vRtrPimNgIfTable. If no changes were made to the table since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The table listing the interfaces on which PIM protocol operation is enabled.

Each row entry in the vRtrPimNgIfTable represents an interface on this router that participates in the PIM protocol. An entry in this table can be created or destroyed by an SNMP SET request to vRtrPimNgIfRowStatus.

The value of vRtrPimNgIfRowStatus is used to create or delete an entry.

The value of vRtrPimNgIfLastChangeTime indicates the sysUpTime when this row was last modified.

The value of vRtrPimNgIfAdminState specifies the desired administrative state for PIM protocol on this interface.

The value of vRtrPimNgIfOperState indicates the current operational state of PIM protocol on this interface.

The value of vRtrPimNgIfHelloInterval specifies the frequency at which PIM Hello messages are transmitted on this interface.

If the value of vRtrPimNgIfTrackingSupport is set to 'true', the T bit in the LAN Prune Delay option of the Hello Message is set. This indicates the router's capability to disable Join message suppression.

The value of vRtrPimNgIfMulticastSenders specifies the way subnet matching is done for the data packets coming on this interface from the multicast senders. For all interfaces, the default value is 'auto'. It indicates that the subnet match will happen for packets coming in on this interface. If the subnet does not match, the packet will be dropped. If the interface is unnumbered or the host is on a different subnet than that of the interface, vRtrPimNgIfMulticastSenders should be set to 'always'. It means that packets will not go through the regular subnet check and not be dropped on a subnet match. If PIM Hello messages are received on an interface with vRtrPimNgIfMulticastSenders set to 'always', they are dropped and a vRtrPimNgHelloDropped notification is generated. For broadcast interfaces, if it is required that there be no multicast senders, vRtrPimNgIfMulticastSenders should be set to 'never'. Enumeration: 'auto': 0, 'never': 2, 'always': 1.

The value of vRtrPimNgIfAutoCreated indicates if this interface was auto created using vRtrPimNgGenCreateInterfaces object. If the value of this object is 'true', this interface was auto created. If the value of this object is 'false', this interface was either not created automatically or the default values of the auto created interface were changed.

The value of vRtrPimNgIfBSMCheckRouterAlert specifies whether to enable or disable checking of router alert option in the bootstrap messages received on this interface.

The value of vRtrPimNgIfHelloMultiplier specifies the multiplier for determining the holdtime for a PIM neighbor on this interface. The hello-multiplier in conjunction with the hello-interval will determine the holdtime for a PIM neighbor. The formula used to calculate the hello-holdtime based on the hello-multiplier is - (hello-interval * hello-multiplier) / 10 The hello-multiplier is specified in multiples of 0.1. This allows the PIMv2 default timeout of 3.5 seconds to be supported.

The value of vRtrPimNgIfImprovedAssert specifies whether to enable or disable improved assert processing on this interface. The PIM Assert process establishes a forwarder for a LAN and requires interaction between the control and forwarding planes. The Assert process is started when data is received on an outgoing interface. This could impact performance if data is continuously received on an outgoing interface. If this flag is set to 'true', the PIM assert process is done entirely on the control-plane with no interaction between the control and forwarding plane.

The value of vRtrPimNgIfStickyDR specifies whether to enable or disable sticky-dr operation on this interface. If sticky-dr is turned on, the priority in PIM hellos sent on this interface when elected as DR will be modified to the value configured in vRtrPimNgIfStickyDRPriority. This is done to avoid the delays in forwarding caused by DR recovery, when switching back to the old DR on a LAN when it comes back up. By enabling sticky-dr on this interface, it will continue to act as the DR for the LAN even after the old DR comes back up.

The value of vRtrPimNgIfStickyDRPriority specifies the DR priority to be sent in PIM Hello messages following the election of that interface as the DR, when sticky-dr operation is enabled. If sticky-dr is turned off, normal PIM behavior is followed and vRtrPimNgIfStickyDRPriority is not applicable.

The value of vRtrPimNgIfMaxGroups specifies the maximum number of groups for which PIM can have downstream state based on received PIM Joins on this interface. This does not include IGMP local receivers on the interface. When this configuration is changed dynamically to a value lower than the currently accepted number of groups, the groups that are already accepted are not deleted. Only new groups will not be allowed. When this object has a value of 0, there is no limit to the number of groups.

The value of vRtrPimNgIfEnableBfd specifies whether Bi-directional Forwarding Detection is enabled for Ipv4 on this PIM interface. When the value is 'true', this PIM interface can establish BFD sessions and use BFD as a signalling mechanism. When it is 'false', it cannot use BFD for Ipv4.

vRtrPimNgIfThreeWayHello specifies whether to enable or disable the three way hello. For all interfaces, the default value is 'disabled'. It specifies that the standard two way hello is supported. When the value is set to 'enabled' it specifies that the three way hello is supported. However this will not be compatible with releases 3.0R10, 3.0R11, 4.0R2 and 4.0R3. Enumeration: 'disabled': 0, 'enabled': 1.

The value of vRtrPimNgIfMcacPolicyName specifies the name of the multicast CAC policy. The multicast cac policy applies the interface cac algorithm if the channel(group) on this interface is part of the policy as specified in vRtrPimNgIfMcacPolicyName.

The value of vRtrPimNgIfMcacUnconstrainedBW specifies the bandwidth assigned for interface's multicast cac policy traffic in kilo-bits per second(kbps). If the default value of '-1' is set, there is no constraint on bandwidth allocated at the interface. If the value of vRtrPimNgIfMcacUnconstrainedBW is set to '0' and if a multicast cac policy is assigned on the interface, then no group (channel) from that policy is allowed on that interface.

The value of vRtrPimNgIfMcacConstAdminState specifies the administrative state of the multicast CAC policy's constraints.

The value of vRtrPimNgIfMcacPreRsvdMandBW specifies the bandwidth pre-reserved for all the mandatory channels on a given interface in kilo-bits per second(kbps). If the value of vRtrPimNgIfMcacUnconstrainedBW is '0', no mandatory channels are allowed. If the value of vRtrPimNgIfMcacUnconstrainedBW is '-1', then all mandatory and optional channels are allowed. If the value of vRtrPimNgIfMcacPreRsvdMandBW is equal to the value of vRtrPimNgIfMcacUnconstrainedBW, then all the unconstrained bandwidth on a given interface is allocated to mandatory channels configured through multicast cac policy on that interface and no optional groups (channels) are allowed. The value of vRtrPimNgIfMcacPreRsvdMandBW should always be less than or equal to that of vRtrPimNgIfMcacUnconstrainedBW. An attempt to set the value of vRtrPimNgIfMcacPreRsvdMandBW greater than that of vRtrPimNgIfMcacUnconstrainedBW will result in inconsistent value error.

The value of vRtrPimNgIfMcacinUseMandBw indicates the in-use bandwidth in kilo-bits per second(kbps) for the mandatory channels for this protocol interface instance.

The value of vRtrPimNgIfMcacinUseOpnlBw indicates the in-use bandwidth in kilo-bits per second(kbps) for the optional channels for this protocol interface instance.

The value of vRtrPimNgIfMcacAvailMandBw indicates the pre-reserved bandwidth in kilo-bits per second(kbps) for the mandatory channels for this interface instance.

The value of vRtrPimNgIfMcacAvailOpnlBw indicates the available bandwidth in kilo-bits per second(kbps) for this interface instance.

The value of vRtrPimNgIfMcacValuesInTransit indicates that the operational (available and in-use mandatory or optional) value for the following objects are in transition due to configuration change: vRtrPimNgIfMcacAvailMandBw vRtrPimNgIfMcacAvailOpnlBw vRtrPimNgIfMcacinUseMandBw vRtrPimNgIfMcacinUseOpnlBw When Multicast CAC Policy is applied on the interface for the join of the next channel, the operational values will be recalculated and applied to the above objects and the value for vRtrPimNgIfMcacValuesInTransit will be set to 'false'. If the value of vRtrPimNgIfMcacValuesInTransit is 'true' then the values are in transition.

The value of vRtrPimNgIfDRPriority specifies the value sent in PIM Hello messages and used by routers to elect the Designated Router(DR). The DR election priority is a 32-bit unsigned number and the numerically larger priority is always preferred.

The value of vRtrPimNgIfAssertPeriod specifies the period in seconds for periodic refreshes of PIM Assert messages on an interface.

The value of vRtrPimNgIfInstantPruneEcho specifies whether PIM will send an instant Prune Echo when the upstream router enters Prune-Pending state on this interface. A Prune Echo is simply a Prune message sent by the upstream router with its own address in the Upstream Neighbor Address field. Due to this, all downstream routers will see the Prune message and they can send a join override if interested in the group. This is not only useful on NMBA networks, but also can be used on a LAN enviornment to improve reliability.

The value of vRtrPimNgIfIpv6EnableBfd specifies whether Bi-directional Forwarding Detection is enabled for Ipv6 on this PIM interface. When the value is 'true', this PIM interface can establish BFD sessions and use BFD as a signaling mechanism. When it is 'false', it cannot use BFD for Ipv6.

The value of vRtrPimNgIfP2mpLdpTreeJoin specifies whether to join a P2MP LDP tree towards a multicast source. When the value is 'true', a multicast join received on an interface is processed to join a PIM multicast tree and also copied over to LDP to join the in-band signaled P2MP tree for the same multicast flow. LDP P2MP tree is setup either to RP (ASM group) or source (SSM group). The route to the RP or the source of the multicast node is looked up from the RTM. The next-hop address for the route to RP or source is set as the root of LDP P2MP tree. When it is 'false', the P2MP LDP tree is disjoined from the multicast source.

The value of vRtrPimNgIfExtranetType indicates whether the extranet interface is of type transmitter or reciever. Enumeration: 'none': 3, 'rx': 0, 'tx': 1.

The value of vRtrPimNgIfExtranetMvpnId indicates the id associated with the extranet interface. If the interface is not an extranet interface then the value of this object will be '0'.

The table listing the interfaces on which PIM protocol operation is enabled.

Each row entry in the vRtrPimNgAFIfTable represents an interface on this router that participates in the PIM protocol.

The value of vRtrPimNgAFIfAFType indicates the address family type supported by the PIM on this interface.

The value of vRtrPimNgAFIfAdminState specifies the desired administrative state associated with this address family for PIM protocol on this interface.

The value of vRtrPimNgAFIfOperState indicates the current operational state associated with this address family for PIM protocol on this interface.

The value of vRtrPimNgAFIfMdtDefGrpAddrType indicates the type of address represented by vRtrPimNgAFIfMdtDefGrpAddress.

The value of vRtrPimNgAFIfMdtDefGrpAddress indicates the default group address used for Multicast Distribution Tree (MDT). It is applicable only when this entry corresponds to a Multicast Tunnel(MT) interface for a particular VPRN.

The value of vRtrPimNgAFIfNextHelloTime indicates the time in which the next PIM Hello message will be transmitted on this interface.

The value of vRtrPimNgAFIfOperDRPriority indicates the priority of the current DR on a LAN. This value is different from the configured PIM DR priority and is the result of the PIM DR election process. The value of vRtrPimNgAFIfOperDRPriority will be 0 if the interface is operationally down and DR election has not taken place.

The value of vRtrPimNgAFIfCurrentGroups indicates the number of groups that currently have this interface as an outgoing interface.

The value of vRtrPimNgAFIfMaxGroupsTillNow indicates the highest value that vRtrPimNgAFIfCurrentGroups had till now.

The value of vRtrPimNgAFIfDRType indicates the type of the address of the designated Router on this PIM interface.

The value of vRtrPimNgAFIfDR indicates the Designated Router on this PIM interface.

The value of vRtrPimNgAFIfTrackSprtOperState indicates the operational status of PIM tracking support. The value of vRtrPimNgAFIfTrackSprtOperState is set to 'true' when all PIM routers on a LAN support join or prune tracking.

The table listing the router's PIM neighbors on an interface.

An entry in the vRtrPimNgIfNeighborTable. Entries in this table cannot be created or deleted using SNMP.

The value of vRtrPimNgIfNeighborAddressType indicates the type of IP address of the PIM neighbor.

The value of vRtrPimNgIfNeighborAddress indicates the IP address of the PIM neighbor for which this entry contains information.

The value of vRtrPimNgIfNeighborUpTime indicates the time since this PIM neighbor (last) became a neighbor of the local router.

The value of vRtrPimNgIfNeighborExpiryTime indicates the minimum time remaining before this PIM neighbor will be aged out. If the value of this object is zero, it means that this neighbor will never be aged out. This happens when the PIM neighbor sends a Hello message with Holdtime set to `0xffff'.

The value of vRtrPimNgIfNeighborGenId indicates a randomly generated 32-bit value that is regenerated each time PIM forwarding is started or restarted on the interface, including when the router itself restarts. When a Hello message with a new vRtrPimNgIfNeighborGenId is received from a neighbor, any old Hello information about that neighbor is discarded and superseded by the information from the new Hello message.

The value of vRtrPimNgIfNeighborDrPriority indicates neighbor's DR priority which is received in the hello message. If the Hello Message did not contain the DR priority field, the value of this object will be set to '1' and vRtrPimNgIfNeighborDrPriorPrsnt will be set to 'false'.

The value of vRtrPimNgIfNeighborDrPriorPrsnt indicates whether the DR priority field was present in the Hello message received from the PIM neighbor. If present, the value is set to 'true'.

The value of vRtrPimNgIfNeighborLanDelay indicates the lan delay field present in the Hello message received from the neighbor. If the neighbor did not send this field, a default value of 500 ms is used and the value of vRtrPimNgIfNeighborLanDlayPrsnt is set to 'false'.

The value of vRtrPimNgIfNeighborLanDlayPrsnt indicates whether the Hello message received from the neighbor contained the Lan Delay field. If present, the value is set to 'true'.

The value of vRtrPimNgIfNeighborTrckngSpprt indicates whether the T bit in the LAN Prune Delay option was present in the Hello message. This indicates the neighbor's capability to disable Join message suppression.

The value of vRtrPimNgIfNeighborHoldTime contains the value of the hold time present in the Hello message.

The value of vRtrPimNgIfNeighborOvrdeIntrvl contains the value of the override interval present in the Hello message.

The table listing the (*,*,RP), (*,G) and (S,G) and (S,G,rpt) entries for which this particular interface has state.

An entry in the vRtrPimNgIfGrpSrcTable. This is a read-only table.

The value of vRtrPimNgIfGrpSrcType indicates the type of this entry for this table. Enumeration: 'sg': 2, 'starG': 1, 'starStarRP': 0.

The value of vRtrPimNgIfGrpSrcGroupAddrType indicates the type of address of the multicast group address.

The value of vRtrPimNgIfGrpSrcGroupAddress indicates the multicast group address of the entry. It will be zero if the vRtrPimNgIfGrpSrcType is 'starStarRP'.

The value of vRtrPimNgIfGrpSrcSourceAddrType indicates the type of source address of the multicast sender.

The value of vRtrPimNgIfGrpSrcSourceAddress indicates the source address of the multicast sender. It will be zero if the vRtrPimNgIfGrpSrcType is 'starG' and it will be the address of the Rendezvous Point(RP) if the vRtrPimNgIfGrpSrcType is 'starStarRP'.

The value of vRtrPimNgIfGrpSrcRPAddrType indicates the type of address of the Rendezvous Point(RP).

The value of vRtrPimNgIfGrpSrcRPAddress indicates the address of the Rendezvous Point(RP).

The value of vRtrPimNgIfGrpSrcJPState indicates the Join Prune state for this entry on the interface. PIM Join or Prune messages are sent by the downstream routers towards the RPF' neighbor. Enumeration: 'pruned': 3, 'join': 1, 'prunePend': 2, 'noInfo': 0.

The value of vRtrPimNgIfGrpSrcPrunePendTimer indicates the time remaining before the router transitions the value of vRtrPimNgIfGrpSrcJPState to 'noInfo'. The timer is set when the PIM Prune message is received.

The value of vRtrPimNgIfGrpSrcJoinPruneTimer indicates the time remaining before the router transitions the value of vRtrPimNgIfGrpSrcJPState to 'noInfo'. The timer is started or restarted when a valid Join message is received. If the value of this object is zero and vRtrPimNgIfGrpSrcJPState is 'join' state, it means that the downstream router sent a holdtime of '0xffff'. In this case, vRtrPimNgIfGrpSrcJPState will not transition until an appropriate cancelling of Join or Prune message is received.

The value of vRtrPimNgIfGrpSrcJPRptState indicates the Join Prune Rpt state for this entry on the interface. PIM Join or Prune messages are sent by the downstream routers towards the RPF' neighbor. (S,G,rpt) state is a result of receiving (S,G, rpt) JP message from the downstream router on the RP tree. Enumeration: 'pruned': 3, 'join': 1, 'prunePend': 2, 'noInfo': 0.

The value of vRtrPimNgIfGrpSrcRptPrnePendTmr indicates the time remaining before the router transitions the value of vRtrPimNgIfGrpSrcJPRptState to 'noInfo'. The timer is set when the (S,G,rpt) PIM Prune message is received.

The value of vRtrPimNgIfGrpSrcRptJoinPrneTmr indicates the time remaining before the router transitions the value of vRtrPimNgIfGrpSrcJPRptState to 'noInfo'. The timer is started or restarted when a valid Join message is received. If the value of this object is zero and vRtrPimNgIfGrpSrcJPRptState is in 'join' state, it means that the downstream router sent a holdtime of '0xffff'. In this case, vRtrPimNgIfGrpSrcJPRptState will not transition until an appropriate cancelling of Join or Prune message is received from the downstream router.

The value of vRtrPimNgIfGrpSrcAssertState indicates the ASSERT state for this entry. Where multiple PIM routers peer over a shared LAN it is possible for more than one upstream router to have valid forwarding state for a packet, which can lead to packet duplication. PIM does not attempt to prevent this from occurring. Instead it detects when this has happened and elects a single forwarder amongst the upstream routers to prevent further duplication. This election is performed using PIM Assert messages. Assert messages are also received by downstream routers on the LAN, and these cause subsequent Join or Prune messages to be sent to the upstream router that won the Assert. Enumeration: 'wonAssert': 2, 'lostAssert': 1, 'noInfo': 0.

The value of vRtrPimNgIfGrpSrcAssertTimer indicates the time remaining before the router transitions the vRtrPimNgIfGrpSrcAssertState to 'noInfo' if the value of vRtrPimNgIfGrpSrcAssertState is 'lostAssert'. If the value of vRtrPimNgIfGrpSrcAssertState is 'wonAssert', the value of vRtrPimNgIfGrpSrcAssertTimer indicates the time remaining before it resends the ASSERT message.

The value of vRtrPimNgIfGrpSrcAssertMetric indicates the metric associated by the MRIB for the route towards the source or the RP.

The value of vRtrPimNgIfGrpSrcAsrtMetricPref indicates the preference associated by the MRIB for the route towards the source or the RP.

The value of vRtrPimNgIfGrpSrcAssertRPTBit is 'true' if the RPT bit is set and 'false' when the RPT bit is not set.

The value of vRtrPimNgIfGrpSrcAsrtWinnerMtrc indicates the ASSERT winner's metric associated by it's MRIB for the route towards the source or the RP.

The value of vRtrPimNgIfGrpSrcAsrtWnrMtrcPrf indicates the ASSERT winner's preference associated by it's MRIB for the route towards the source or the RP.

The value of vRtrPimNgIfGrpSrcAsrtWnrRPTBit is 'true' if the RPT bit is set and 'false' when the RPT bit is not set.

The value of vRtrPimNgIfGrpSrcAsrtWnrAddrTyp indicates type of address of the ASSERT winner's interface IP address.

The value of vRtrPimNgIfGrpSrcAsrtWinnerAddr indicates the ASSERT winner's interface IP address.

The value of vRtrPimNgIfGrpSrcUpTime indicates the time since this source group entry got created.

The value of vRtrPimNgIfGrpSrcDataMtIfIndex indicates the interface index of the Multicast Tunnel(MT) interface. If the value of vRtrPimNgIfGrpSrcDataMtIfIndex is zero, it indicates that there is no data MT associated with this group-source interface to forward multicast traffic into the service provider network. If the value of vRtrPimNgIfGrpSrcDataMtIfIndex is non-zero, it indicates the data MT tunnel that is used to forward multicast traffic into the service provider network.

The table listing the PIM statistics for a particular interface.

An entry in the vRtrPimNgIfStatsTable.

The value of vRtrPimNgIfTxPkts indicates the number of multicast data packets transmitted on this interface.

The value of vRtrPimNgIfTxHellos indicates the number of PIM Hello messages transmitted on this interface.

The value of vRtrPimNgIfTxAsserts indicates the number of PIM Assert messages transmitted on this interface.

The value of vRtrPimNgIfTxRegisterStops indicates the number of PIM Register Stop messages transmitted on this interface.

The value of vRtrPimNgIfTxRegisterStopErrs indicates the number of PIM errors while trasmitting PIM Register Stop messages on this interface.

The value of vRtrPimNgIfTxBsmPdus indicates the number of PIM Bootstrap Messages (BSM) transmitted on this interface.

The value of vRtrPimNgIfTxBsmErrs indicates the number of errors while transmitting PIM Bootstrap Messages (BSM) on this interface.

The value of vRtrPimNgIfRxPkts indicates the number of multicast data packets received on this interface.

The value of vRtrPimNgIfRxHellos indicates the number of PIM hello messages received on this interface.

The value of vRtrPimNgIfRxHellosDropped indicates the number of PIM Hello messages which were received on this interface but were dropped.

The value of vRtrPimNgIfRxNbrUnknown indicates the number of PIM messages (other than Hello messages) which were received on this interface and were rejected because the adjacency with the neighbor router was not already established.

The value of vRtrPimNgIfRxBadChecksumDiscard indicates the number of PIM messages received on this interface which were discarded because of bad checksum.

The value of vRtrPimNgIfRxBadVersionDiscard indicates the number of PIM messages with bad versions received on this interface.

The value of vRtrPimNgIfRxBadEncodings indicates the number of PIM messages with bad encodings received on this interface.

The value of vRtrPimNgIfRxAsserts indicates the number of PIM Assert messages received on this interface.

The value of vRtrPimNgIfRxAssertErrs indicates the number of errors while processing Assert messages received on this interface.

The value of vRtrPimNgIfRxRegisters indicates the number of PIM Register messages received on this interface.

The value of vRtrPimNgIfRxRegisterErrs indicates the number of errors while processing Register messages received on this interface.

The value of vRtrPimNgIfRxNullRegisters indicates the number of PIM Null Register messages received on this interface.

The value of vRtrPimNgIfRxRegisterStops indicates the number of PIM Register Stop messages received on this interface.

The value of vRtrPimNgIfRxRegisterStopErrs indicates the number of errors while processing Register Stop messages received on this interface.

The value of vRtrPimNgIfRxCRPAdvNoRtrAlert indicates the number of Candidate-RP Advertizements(C-RP-Adv) received on this interface which had no router alert option set.

The value of vRtrPimNgIfRxBsmPdus indicates the number of Bootstrap Messages received on this interface.

The value of vRtrPimNgIfRxBsmPduDrops indicates the number of Bootstrap Messages received on this interface but were dropped.

The value of vRtrPimNgIfStarStarRPTypes indicates the number of entries in vRtrPimNgIfGrpSrcTable for which vRtrPimNgIfGrpSrcType is 'starStarRP'.

The value of vRtrPimNgIfStarGTypes indicates the number of entries in vRtrPimNgIfGrpSrcTable for which vRtrPimNgIfGrpSrcType is 'starG'.

The value of vRtrPimNgIfSGTypes indicates the number of entries in vRtrPimNgIfGrpSrcTable for which vRtrPimNgIfGrpSrcType is 'sg'.

The value of vRtrPimNgIfJoinPolicyDrops indicates the number of times the join policy match resulted in dropping PIM Join-Prune Message or one of the source group contained in the message. PIM Join policies are configured using join policy objects in vRtrPimNgGenPolicyTable.

The value of vRtrPimNgIfRegisterPolicyDrops indicates the number of times the register policy match resulted in dropping PIM Register Message. PIM Register policies are configured using the register policy objects in vRtrPimNgGenPolicyTable.

The value of vRtrPimNgIfBtrImpPolicyDrops indicates the number of Bootstrap Messages received on this interface but were dropped because of Bootstrap import policy. PIM Bootstrap import policies are configured using bootstrap import policy objects in vRtrPimNgGenPolicyTable.

The value of vRtrPimNgIfBtrExpPolicyDrops indicates the number of Bootstrap Messages that were not transmitted on this interface because of Bootstrap export policy. PIM Bootstrap export policies are configured using bootstrap export policy objects in vRtrPimNgGenPolicyTable.

The value of vRtrPimNgIfTxJoinPrunes indicates the number of PIM Join Prune messages transmitted on this interface.

The value of vRtrPimNgIfRxJoinPrunes indicates the number of PIM Join Prune messages received on this interface.

The value of vRtrPimNgIfRxInvalidJoinPrunes indicates the number of invalid PIM Join Prune messages received on this interface. A Join Prune message is invalid when the RP address in the message is not the RP for the group specified in the message. If such a message arrives, a vRtrPimNgInvalidJoinPrune notification is sent.

The value of vRtrPimNgIfRxInvalidRegisters indicates the number of invalid PIM Register messages received on this interface. A Register message is invalid when the RP address in the message is not the RP for the group specified in the message. If such a message arrives, a vRtrPimNgInvalidRegister notification is sent.

The value of vRtrPimNgIfRxUnknownPdus indicates the number of packets received with an unsupported PIM type.

The value of vRtrPimNgIfRxJoinPruneErrs indicates the number of errors while processing Join-Prune messages received on this interface.

The value of vRtrPimNgIfRxBSMNoRouterAlertDrops indicates the number of BSM messages that were dropped because router alert option was not present.

The value of vRtrPimNgIfRxBSMWrongIfDrops indicates the number of BSM messages that were dropped either because they were not sent by the correct RPF neighbor or because they arrived on the wrong interface.

The value of the object vRtrPimNgIfMcacPolicyDrops indicates the number times a PIM Group is dropped because of applying a multicast CAC policy on this interface.

The value of the object vRtrPimNgIfTxIntraASAD indicates the number of Intra AS AD routes transmitted on this interface.

The value of the object vRtrPimNgIfRxIntraASAD indicates the number of Intra AS AD routes received on this interface.

The value of the object vRtrPimNgIfRxIntraASADErrs indicates the number of errors while processing Intra AS AD routes received on this interface.

The value of the object vRtrPimNgIfTxInterASAD indicates the number of Inter AS AD routes transmitted on this interface.

The value of the object vRtrPimNgIfRxInterASAD indicates the number of Inter AS AD routes received on this interface.

The value of the object vRtrPimNgIfRxInterASADErrs indicates the number of errors while processing Inter AS AD routes received on this interface.

The value of the object vRtrPimNgIfTxSpmsiAD indicates the number of S-PMSI AD routes transmitted on this interface.

The value of the object vRtrPimNgIfRxSpmsiAD indicates the number of S-PMSI AD routes received on this interface.

The value of the object vRtrPimNgIfRxSpmsiADErrs indicates the number of errors while processing S-PMSI AD routes received on this interface.

The value of the object vRtrPimNgIfTxLeafAD indicates the number of Leaf AD routes transmitted on this interface.

The value of the object vRtrPimNgIfRxLeafAD indicates the number of Leaf AD routes received on this interface.

The value of the object vRtrPimNgIfRxLeafADErrs indicates the number of errors while processing Leaf AD routes received on this interface.

The value of the object vRtrPimNgIfTxSrcActAD indicates the number of Source Active AD routes transmitted on this interface.

The value of the object vRtrPimNgIfRxSrcActAD indicates the number of Source Active AD routes received on this interface.

The value of the object vRtrPimNgIfTxSrcActADErrs indicates the number of errors while processing Source Active AD routes received on this interface.

The value of the object vRtrPimNgIfTxSharedTreeJoin indicates the number of Shared Tree Joins transmitted on this interface.

The value of the object vRtrPimNgIfRxSharedTreeJoin indicates the number of Shared Tree Joins received on this interface.

The value of the object vRtrPimNgIfRxSharedTreeJoinErrs indicates the number of errors while processing Shared Tree Joins received on this interface.

The value of the object vRtrPimNgIfTxSrcTreeJoin indicates the number of Source Tree Joins transmitted on this interface.

The value of the object vRtrPimNgIfRxSrcTreeJoin indicates the number of Source Tree Joins received on this interface.

The value of the object vRtrPimNgIfRxSrcTreeJoinErrs indicates the number of errors while processing Source Tree Joins received on this interface.

The value of the object vRtrPimNgIfTxBgpPkts indicates the number of BGP Packets transmitted on this interface.

The value of the object vRtrPimNgIfRxBgpPkts indicates the number of BGP Packets received on this interface.

The value of the object vRtrPimNgIfTxMdtSafi indicates the number of MDT-SAFI AD routes transmitted on this interface.

The value of the object vRtrPimNgIfRxMdtSafi indicates the number of MDT-SAFI AD routes received on this interface.

The value of the object vRtrPimNgIfRxMdtSafiErrs indicates the number of errors while processing MDT-SAFI AD routes received on this interface.

The value of the object vRtrPimNgIfRxAutoRpGenErrs indicates the number of errors while processing Auto-RP messages received on this interface.

The value of the object vRtrPimNgIfRxAutoRpAnnounce indicates the number Auto-RP announcements received on this interface.

The value of the object vRtrPimNgIfTxAutoRpAnnounce indicates the number of Auto-RP announcements transmitted on this interface.

The value of the object vRtrPimNgIfRxAutoRpAnnounceErrs indicates the number of errors while processing Auto-RP announcements received on this interface.

The value of the object vRtrPimNgIfTxAutoRpAnnounceErrs indicates the number of errors while transmitting Auto-RP announcements on this interface.

The value of the object vRtrPimNgIfRxAutoRpMapping indicates the number of Auto-RP mappings received on this interface.

The value of the object vRtrPimNgIfTxAutoRpMapping indicates the number of Auto-RP mappings transmitted on this interface.

The value of the object vRtrPimNgIfRxAutoRpMappingErrs indicates the number of errors while processing Auto-RP mappings received on this interface.

The value of the object vRtrPimNgIfTxAutoRpMappingErrs indicates the number of errors while transmitting Auto-RP mappings on this interface.

The table lists the Data Multicast Tunnel(MT) interfaces. An MT can be thought of as a connector between a set of PE routers forming a Multicast Domain. From the perspective of a VPN-specific PIM instance, an MT is a single multi-access interface. An MT interface is created whenever the threshold of a C-(S,G) exceeds the configured threshold value specified by vRtrPimNgDataMtThd. If the data-threshold goes below the value specified by vRtrPimNgDataMtThd, the MT interface is automatically deleted. vRtrPimNgDataMtThd is present in another table vRtrPimNgDataMtThdTable.

An entry in the vRtrPimNgDataMtTable. This is a read-only table.

The value of vRtrPimNgDataMtMdSourceAddrType indicates the address type of vRtrPimNgDataMtMdSourceAddress.

The value of vRtrPimNgDataMtMdSourceAddress indicates the source address for a Multicast Tunnel.

The value of vRtrPimNgDataMtMdGroupAddrType indicates the address type of vRtrPimNgDataMtMdGroupAddress.

The value of vRtrPimNgDataMtMdGroupAddress indicates the group address for a Multicast Tunnel.

The value of vRtrPimNgDataMtIfIndex indicates the interface index of the Multicast Data Tunnel(Data MT) interface. This value will be non-zero integer value specific to the router.

The value of vRtrPimNgDataMtUptime indicates the time since this data Multicast Tunnel(MT) entry got created.

The value of vRtrPimNgDataMtNumVpnSGs indicates the number of C-(S,G)'s mapped to this Multicast Tunnel(MT) interface.

The table lists the C-(S,G) mapped to the Data Multicast Tunnel(MT). An entry in vRtrPimNgDataMtCGrpSrcTable is created whenever a C-(S,G) is mapped to a MT interface. An entry will be deleted automatically when the mapping between C-(S,G) and Data MT is removed.

An entry in the vRtrPimNgDataMtCGrpSrcTable. This is a read-only table.

The value of vRtrPimNgDataMtCGrpSrcGrpAdType indicates the address type of vRtrPimNgDataMtCGrpSrcGroupAddr.

The value of vRtrPimNgDataMtCGrpSrcGroupAddr indicates the C-group address. It is the IP version neutral address of the multicast traffic destination address in the VPN.

The value of vRtrPimNgDataMtCGrpSrcSrcAdType indicates the address type of vRtrPimNgDataMtCGrpSrcSrcAddr.

The value of vRtrPimNgDataMtCGrpSrcSrcAddr indicates the C-source address. It is the IP version neutral address of the traffic source in the VPN.

The value of vRtrPimNgDataMtCGrpSrcState indicates the state of this Multicast Tunnel(MT) (S,G). If the data-mdt is bound to a (C-S,G) on the ingress PE and if the PE has sent out a MDT Join TLV, the state will be txJoinPending. The state will change to txJoined when the (C-S,G) traffic is switched over to the new data mdt. If the data-mdt is not bound to a (C-S,G) on the egress PE, the state will be rxNotJoined. The state will be rxJoined if the (C-S,G) has bound to the data-mdt. Enumeration: 'txJoinPending': 0, 'rxNotJoined': 2, 'rxJoined': 3, 'txJoined': 1.

The value of vRtrPimNgDataMtCGrpSrcJoinTimer indicates the time interval before the Provider Edge (PE) router connected to the source switches to the Data Multicast Distribution Tree (MDT) group. After providing sufficient time for all PE's to join the data MDT the transmitting PE switches the given multicast stream to the Data MDT. The PE router connected to the source then starts encapsulating traffic using the Data MDT group.

The value of vRtrPimNgDataMtCGrpSrcHolddownTimer indicates the time interval before which the PE router will switch back to the Default MDT tree after it started encapsulating packets using the Data MDT group. This is used to avoid oscillation when traffic is bursty.

The value of vRtrPimNgDataMtCGrpSrcExpiryTimer indicates the time interval after which the Provider Edge (PE) router connected to the receivers time out Multicast Distribution Tree Join Tag Length Value (TLV) received and leave the data MDT group. This value must be consistent among PE routers.

The value of vRtrPimNgDataMtCGrpSrcUptime indicates the time since this data Multicast Tunnel(MT) entry got created.

The value of vRtrPimNgDataMtCGrpSrcDataMtThreshold indicates the threshold in kilo-bits per second(kbps) for the group to which this C-(S,G) belongs. For a C-group G configured with a threshold, a C-(S,G) is mapped to a Data Multicast Tunnel (MT) only if the C-(S,G)'s rate exceeds this configured threshold.

The value of vRtrPimNgDataMtCGrpSrcIfIndex indicates the interface index of the Multicast Data Tunnel(Data MT) interface. This value will be non-zero integer value specific to the router.

The value of vRtrPimNgIfSecNbrTblLstChanged indicates the sysUpTime at the time of the last modification of an entry in the vRtrPimNgIfSecNbrTable. If no changes were made to the table since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The table lists the secondary addresses advertised by PIM neighbor.

Each row entry represents each secondary address advertised by each of the router's PIM neighbors. The Address List Option advertises all the secondary addresses associated with the source interface of the router originating the HELLO message. Entries in this table cannot be created or deleted using SNMP.

The value of vRtrPimNgIfSecNbrAddrType indicates the type of IP address of the PIM secondary neighbor.

The value of vRtrPimNgIfSecNbrAddress indicates the IP address of the PIM secondary neighbor.

The table lists the RSVP Provider-Network Multicast Service (PMSI) interfaces. A PMSI can be thought of as a connector between a set of PE routers forming a Multicast Domain. From the perspective of a VPN-specific PIM instance, a PMSI is a single multi-access interface. A PMSI interface is created whenever the threshold of a C-(S,G) exceeds the configured threshold value specified by vRtrPimNgDataMtThd. If the data-threshold goes below the value specified by vRtrPimNgDataMtThd, the PMSI interface is automatically deleted.

An entry in the vRtrPimNgRsvpPmsiTable. This is a read-only table.

The value of vRtrPimNgRsvpPmsiExtTunlAdrType indicates the address type of vRtrPimNgRsvpPmsiExtTunnelAddr.

The value of vRtrPimNgRsvpPmsiExtTunnelAddr indicates the extended Tunnel address for a PMSI.

The value of vRtrPimNgRsvpPmsiTunnelId indicates the Source RSVP Tunnel Identifier for a PMSI.

The value of vRtrPimNgRsvpPmsiP2MPId indicates the P2MP Identifier for a PMSI.

The value of vRtrPimNgRsvpPmsiIfIndex indicates the interface index of the RSVP PMSI. This value will be non-zero integer value specific to the router.

The value of vRtrPimNgRsvpPmsiUptime indicates the time since this RSVP PMSI entry got created.

The value of vRtrPimNgRsvpPmsiNumVpnSGs indicates the number of C-(S,G)'s mapped to this PMSI.

The value of vRtrPimNgRsvpPmsiIfType indicates whether this PMSI interface is of type transmitter or reciever. Enumeration: 'rx': 0, 'tx': 1.

The table lists the C-(S,G) mapped to the RSVP Provider-Network Multicast Service Interface (PMSI). An entry in vRtrPimNgRsvpPmsiCGrpSrcTable is created whenever a C-(S,G) is mapped to a PMSI interface. An entry will be deleted automatically when the mapping between C-(S,G) and RSVP PMSI is removed.

An entry in the vRtrPimNgRsvpPmsiCGrpSrcTable. This is a read-only table.

The value of vRtrPimRsvpPmsiCGrpSrcGrpAdType indicates the address type of vRtrPimRsvpPmsiCGrpSrcGrpAddr.

The value of vRtrPimRsvpPmsiCGrpSrcGrpAddr indicates the C-group address. It is the IP version neutral address of the multicast traffic destination address in the VPN.

The value of vRtrPimRsvpPmsiCGrpSrcSrcAdType indicates the address type of vRtrPimRsvpPmsiCGrpSrcSrcAddr.

The value of vRtrPimRsvpPmsiCGrpSrcSrcAddr indicates the C-source address. It is the IP version neutral address of the traffic source in the VPN.

The value of vRtrPimRsvpPmsiCGrpSrcState indicates the state of this PMSI (S,G). If the S-PMSI is bound to a (C-S,G) on the ingress PE and if the PE is allocating a RSVP PMSI, the state will be 'txJoinPending'. The state will change to 'txJoined' when the (C-S,G) traffic is switched over to the new S-PMSI. If the S-PMSI is not bound to a (C-S,G) on the egress PE, the state will be 'rxNotJoined'. The state will be 'rxJoined' if the (C-S,G) has bound to the S-PMSI. Enumeration: 'txJoinPending': 0, 'rxNotJoined': 2, 'rxJoined': 3, 'txJoined': 1.

The value of vRtrPimRsvpPmsiCGrpSrcJoinTimer indicates the time interval before the Provider Edge (PE) router connected to the source switches to the S-PMSI group. After providing sufficient time for all PE's to join the S-PMSI, the transmitting PE switches the given multicast stream to the S-PMSI. The PE router connected to the source then starts encapsulating traffic using the S-PMSI group.

The value of vRtrPimRsvpPmsiCGrpSrcHldDnTimer indicates the time interval before which the PE router will switch back to the Default S-PMSI after it started encapsulating packets using the S-PMSI group. This is used to avoid oscillation when traffic is bursty.

The value of vRtrPimRsvpPmsiCGrpSrcExpTimer indicates the time interval after which the Provider Edge (PE) router connected to the receivers to time out S-PMSI Join Tag Length Value (TLV) received and leave the S-PMSI group. This value must be consistent among PE routers.

The value of vRtrPimRsvpPmsiCGrpSrcUptime indicates the time since this entry got created.

The value of vRtrPimDataMtCGrpSrcDataThresh indicates the threshold in kilo-bits per second(kbps) for the group to which this C-(S,G) belongs. For a C-group G configured with a threshold, a C-(S,G) is mapped to a PMSI only if the C-(S,G)'s rate exceeds this configured threshold.

The value of vRtrPimRsvpPmsiCGrpSrcIfIndex indicates the interface index of the RSVP S-PMSI. This value will be non-zero integer value specific to the router.

This table lists the Ldp Provider-Network Multicast Service (PMSI) interfaces. A PMSI can be thought of as a connector between a set of PE routers forming a multicast domain. From the perspective of a VPN-specific PIM instance, a PMSI is a single multi-access interface. A PMSI interface is created whenever the threshold of a C-(S,G) exceeds the configured threshold value specified by vRtrPimNgDataMtThd. If the data-threshold goes below the value specified by vRtrPimNgDataMtThd, the PMSI interface is automatically deleted.

An entry in the vRtrPimNgLdpPmsiTable. This is a read-only table.

The value of vRtrPimNgLdpPmsiRootAddrType indicates the address type of vRtrPimNgLdpPmsiRootAddr.

The value of vRtrPimNgLdpPmsiRootAddr indicates the extended tunnel address for a PMSI.

The value of vRtrPimNgLdpPmsiLspId indicates the LSP Identifier for a PMSI.

The value of vRtrPimNgLdpPmsiIfIndex indicates the interface index of the Ldp PMSI. This value will be non-zero integer value specific to the router.

The value of vRtrPimNgLdpPmsiUptime indicates the time since the Ldp PMSI entry was created.

The value of vRtrPimNgLdpPmsiNumVpnSGs indicates the number of C-(S,G)'s mapped to this PMSI.

The value of vRtrPimNgLdpPmsiIfType indicates whether this PMSI interface is of type transmitter or reciever. Enumeration: 'rx': 0, 'tx': 1.

The table lists the C-(S,G) mapped to the Ldp Provider-Network Multicast Service Interface (PMSI). An entry in vRtrPimNgLdpPmsiCGrpSrcTable is created whenever a C-(S,G) is mapped to a PMSI interface. An entry will be deleted automatically when the mapping between C-(S,G) and Ldp PMSI is removed.

An entry in the vRtrPimNgLdpPmsiCGrpSrcTable. This is a read-only table.

The value of vRtrPimLdpPmsiCGrpSrcGrpAdType indicates the address type of vRtrPimLdpPmsiCGrpSrcGrpAddr.

The value of vRtrPimLdpPmsiCGrpSrcGrpAddr indicates the C-group address. It is the IP version neutral address of the multicast traffic destination address in the VPN.

The value of vRtrPimLdpPmsiCGrpSrcSrcAdType indicates the address type of vRtrPimLdpPmsiCGrpSrcSrcAddr.

The value of vRtrPimLdpPmsiCGrpSrcSrcAddr indicates the C-source address. It is the IP version neutral address of the traffic source in the VPN.

The value of vRtrPimLdpPmsiCGrpSrcState indicates the state of this PMSI (S,G). If the S-PMSI is bound to a (C-S,G) on the ingress PE and if the PE is allocating a Ldp PMSI, the state will be 'txJoinPending'. The state will change to 'txJoined' when the (C-S,G) traffic is switched over to the new S-PMSI. If the S-PMSI is not bound to a (C-S,G) on the egress PE, the state will be 'rxNotJoined'. The state will be 'rxJoined' if the (C-S,G) has bound to the S-PMSI. Enumeration: 'txJoinPending': 0, 'rxNotJoined': 2, 'rxJoined': 3, 'txJoined': 1.

The value of vRtrPimLdpPmsiCGrpSrcJoinTimer indicates the time interval before the Provider Edge (PE) router connected to the source switches to the S-PMSI group. After providing sufficient time for all PE's to join the S-PMSI, the transmitting PE switches the given multicast stream to the S-PMSI. The PE router connected to the source then starts encapsulating traffic using the S-PMSI group.

The value of vRtrPimLdpPmsiCGrpSrcHldDnTimer indicates the time interval before which the PE router will switch back to the Default S-PMSI after it started encapsulating packets using the S-PMSI group. This is used to avoid oscillation when traffic is bursty.

The value of vRtrPimLdpPmsiCGrpSrcExpTimer indicates the time interval after which the Provider Edge (PE) router connected to the receivers time out S-PMSI Join Tag Length Value (TLV) received and leave the S-PMSI group. This value must be consistent among PE routers.

The value of vRtrPimLdpPmsiCGrpSrcUptime indicates the time since the entry was created.

The value of vRtrPimLdpDataMtCGrpSrcDataThres indicates the threshold in kilo-bits per second(kbps) for the group to which this C-(S,G) belongs. For a C-group G configured with a threshold, a C-(S,G) is mapped to a PMSI only if the C-(S,G)'s rate exceeds this configured threshold.

The value of vRtrPimLdpPmsiCGrpSrcIfIndex indicates the interface index of the Ldp S-PMSI. This value will be non-zero integer value specific to the router.

The table lists the RSVP Inclusive Provider-Network Multicast Service (IPMSI) interfaces. A PMSI can be thought of as a connector between a set of PE routers forming a Multicast Domain. From the perspective of a VPN-specific PIM instance, a PMSI is a single multi-access interface. IPMSI's are used for transmitting the MVPN's multicast data from one PE to others.

An entry in the vRtrPimNgRsvpIPmsiTable. This is a read-only table.

The value of vRtrPimNgRsvpIPmsiExtTunlAdrType indicates the address type of vRtrPimNgRsvpIPmsiExtTunnelAddr.

The value of vRtrPimNgRsvpIPmsiExtTunnelAddr indicates the extended tunnel address for this IPMSI.

The value of vRtrPimNgRsvpIPmsiLspName indicates the the RSVP point to multipoint (P2MP) lsp name associated with this IPMSI. In case of terminating IPMSI's the value of vRtrPimNgRsvpIPmsiLspName indicates the name of the tunnel interface.

The value of vRtrPimNgRsvpIPmsiP2MPId indicates the P2MP Identifier associated with this IPMSI.

The value of vRtrPimNgRsvpIPmsiTunnelId indicates the tunnel identifier associated with this IPMSI.

This table lists the Ldp Inclusive Provider-Network Multicast Service (IPMSI) interfaces. A PMSI can be thought of as a connector between a set of PE routers forming a multicast domain. From the perspective of a VPN-specific PIM instance, a PMSI is a single multi-access interface. IPMSI's are used for transmitting the MVPN's multicast data from one PE to others.

An entry in the vRtrPimNgLdpIPmsiTable. This is a read-only table.

The value of vRtrPimNgLdpIPmsiRootAddrType indicates the address type of vRtrPimNgLdpIPmsiRootAddr.

The value of vRtrPimNgLdpIPmsiRootAddr indicates the root address for the IPMSI.

The value of vRtrPimNgLdpIPmsiLspId indicates the lsp identifier associated with the IPMSI.

The value of vRtrPimNgLdpIPmsiLspName indicates the lsp name associated with the IPMSI. In case of terminating IPMSI's the value of vRtrPimNgLdpIPmsiLspName indicates the name of the tunnel interface.

This table lists the global MVPN Extranet database. It consists of source MVPN, receiver MVPN and the route to the source.

An entry in the vRtrPimNgMvpnExtranetTable represents a pairing of source and receiver MVPN using a particular route. This is a read-only table.

The value of vRtrPimNgMvpnExtranetNHAddrType indicates the address type of vRtrPimNgMvpnExtranetNHAddr.

The value of vRtrPimNgMvpnExtranetNHAddr indicates the next hop address in order to reach the MVPN where the source is present.

The value of vRtrPimNgMvpnExtranetRD indicates the Route Distinguisher used to reach the MVPN where source is present.

The value of vRtrPimNgMvpnExtranetSrcMvpn indicates the souce MVPN id.

The value of vRtrPimNgMvpnExtranetRecvMvpn indicates the reciever MVPN id.

The value of vRtrPimNgMvpnExtranetRecvRefCnt indicates the number of recievers in the reciever MVPN which expect to recieve Extranet traffic from this vRtrPimNgMvpnExtranetSrcMvpn.

The value of vRtrPimNgNotifySourceIpType indicates the type of the address from which the PIM message originated.

The value of vRtrPimNgNotifySourceIp indicates the address from which the PIM message originated.

The value of vRtrPimNgNotifyGroupAddrType indicates the type of the group address in the PIM message.

The value of vRtrPimNgNotifyGroupAddr indicates the group address in the PIM message.

The value of vRtrPimNgNotifyRPAddrType indicates the type of the RP address on the router corresponding to the group address in the PIM message.

The value of vRtrPimNgNotifyRPAddr indicates the RP address on the router corresponding to the group address in the PIM message.

The value of vRtrPimNgNotifyWrongRPAddrType indicates the type of the RP address in the PIM message corresponding to the group address in the message.

The value of vRtrPimNgNotifyWrongRPAddr indicates the RP address in the PIM message corresponding to the group address in the message. Whenever there is an disagreement between the RP address on the router and the RP address in the PIM message, this object is used by the notifications to send the RP address in the PIM message.

The value of vRtrPimNgNotifyMsgType indicates the types of PIM message. This object is used by vRtrPimNgGrpInSSMRange notification to identify the type of PIM message. Enumeration: 'bootstrap': 4, 'igmpLocalMembership': 9, 'joinPrune': 3, 'register': 1, 'assert': 5, 'crpAdv': 8, 'graftAck': 7, 'graft': 6, 'hello': 0, 'registerStop': 2.

The value of vRtrPimNgWrongMdtDefGrpAddrType indicates the type of address represented by vRtrPimNgWrongMdtDefGrpAddr.

The value of vRtrPimNgWrongMdtDefGrpAddr indicates the default core group address of the Multicast Distribution Tree(MDT) in the PIM message. Whenever there is a disagreement between the default core group address on the router and the default core group address in the PIM message, this object is used by the notifications to send the default core group address in the the PIM message.

The value of vRtrPimNgWrongPmsiType indicates the type of tunnel received in the PIM message. This object is used by vRtrPimNgInvalidIPmsiTunnel notification to indicate the tunnel type received in the PIM message. Enumeration: 'ldp': 3, 'pimSsm': 0, 'pimSm': 1, 'rsvp': 2.

The value of vRtrPimNgWrongPmsiP2mpId indicates the P2MP Identifier for a PMSI received in the PIM message. This object is used by vRtrPimNgInvalidIPmsiTunnel notification to indicate the P2MP Identifier received in the PIM message.

The value of vRtrPimNgWrongPmsiTunnelId indicates the Source RSVP Tunnel Identifier for a PMSI received in the PIM message. This object is used by vRtrPimNgInvalidIPmsiTunnel notification to indicate the Tunnel Identifier received in the PIM message.

The value of vRtrPimNgWrongPmsiExtTunlAdrTyp indicates the address type of vRtrPimNgWrongPmsiExtTunlAddr.

The value of vRtrPimNgWrongPmsiExtTunlAddr indicates the Extended Tunnel address for a PMSI received in the PIM message. This object is used by vRtrPimNgInvalidIPmsiTunnel notification to indicate the Extended Tunnel address received in the PIM message.

The value of vRtrPimNgWrongVprnId indicates the VPRN of the PMSI received in the PIM message. This object is used by vRtrPimNgInvalidIPmsiTunnel notification to indicate the VPRN of the received PIM message.

The value of vRtrPimNgWrongPmsiLdpLspId indicates the LSP Identifier for a PMSI received in the PIM message. This object is used by vRtrPimNgInvalidIPmsiTunnel notification to indicate the P2MP Identifier received in the PIM message.

The value of vRtrPimNgWrongPmsiSenderAdrTyp indicates the address type of vRtrPimNgWrongPmsiSenderAddr.

The value of vRtrPimNgWrongPmsiSenderAddr indicates the extended tunnel address for a PMSI received in the PIM message. This object is used by vRtrPimNgInvalidIPmsiTunnel notification to indicate the sender address received in the PIM message.

A vRtrPimNgIfNeighborLoss notification is generated when the PIM adjacency with a neighbor is lost.

A vRtrPimNgIfNeighborUp notification is generated when the PIM adjacency with a new neighbor is established.

A vRtrPimNgInvalidJoinPrune notification is generated when an invalid Join Prune message is received. A Join Prune message is deemed invalid when there is an RP address disagreement between the router and the PIM Join Prune message.

A vRtrPimNgInvalidRegister notification is generated when an invalid PIM Register message is received. A Register message is deemed invalid when there is an RP address disagreement between the router and the PIM Register message.

A vRtrPimNgGrpInSSMRange notification is generated when the router receives a register message, a (*,G) assert message, a (*,G) Join Prune message or a IGMP local membership message for the group defined in the SSM address range.

A vRtrPimNgBSRStateChange notification is generated whenever there is a change in the BSR state on the router. vRtrPimNgAFGenBSRState will indicate the current BSR state.

A vRtrPimNgHelloDropped notification is generated whenever a hello is dropped because the vRtrPimNgIfMulticastSenders flag is set to 'always'.

A vRtrPimNgSGLimitExceeded notification is generated when a (S,G) record is failed to be programmed to an IOM because the supported (S,G) limit is exceeded. This limit is currently at 16000 (S,G) entries.

A vRtrPimNgReplicationLmtExceeded notification is generated when an IOM fails to program an OIF for an (S,G) record because the replication limit for that (S,G) on that IOM has been reached. The replication limit per (S,G) entry on an IOM is currently 127.

A vRtrPimNgMDTLimitExceeded notification is generated when the configuration exceeds the maximum number of Multicast Distribution Trees (MDTs) supported on the system.

The vRtrPimNgMaxGrpsLimitExceeded event is generated when an attempt is made to configure a group when vRtrPimNgAFIfCurrentGroups, the number of groups configured on the PIM interface, is equal to vRtrPimNgIfMaxGroups, the maximum number of groups supported on the system.

The vRtrPimNgDataMtReused event is generated when a data MDT is reused, i.e. a C (S,G) is mapped to a data MDT that is already in use by another C (S,G).

The vRtrPimNgMcacPlcyDropped event is generated when a PIM group is dropped on a given interface because of applying a multicast CAC policy given by vRtrPimNgIfMcacPolicyName.

[CAUSE1] The vRtrPimNgInvalidIPmsiTunnel event is generated when an invalid default core group address specified by vRtrPimNgWrongMdtDefGrpAddr of the Multicast Distribution Tree(MDT) is received in PIM message from vRtrPimNgNotifySourceIp, instead of the expected addresss specified by vRtrPimNgAFGenMdtDefGrpAddress. It is considered to be a misconfiguration and the message will be dropped. This trap is intended to help network operators recognize the misconfiguration and adjust their configurations accordingly. [CAUSE2] This event is also generated when the tunnel type specified by vRtrPimNgWrongPmsiType is received in PIM message from vRtrPimNgNotifySourceIp which is different from the configured tunnel type. [EFFECT] The PMSI received in the PIM message from vRtrPimNgNotifySourceIp is not processed by PIM. [RECOVERY]: Operator needs to look and adjust the configuration of vRtrPimNgNotifySourceIp in the VPRN specified by vRtrPimNgWrongVprnId. The objects vRtrPimNgWrongPmsiP2mpId, vRtrPimNgWrongPmsiTunnelId and vRtrPimNgWrongPmsiExtTunlAddr in the event vRtrPimNgInvalidIPmsiTunnel are valid only when vRtrPimNgWrongPmsiType is 'rsvp (2)'. The objects vRtrPimNgWrongMdtDefGrpAddrType and vRtrPimNgWrongMdtDefGrpAddr in the event vRtrPimNgInvalidIPmsiTunnel are valid only when vRtrPimNgWrongPmsiType is either 'pimSsm (0)' or 'pimSm (1)'. The objects vRtrPimNgWrongPmsiLdpLspId, vRtrPimNgWrongPmsiSenderAdrTyp and vRtrPimNgWrongPmsiSenderAddr in the event vRtrPimNgInvalidIPmsiTunnel are valid only when vRtrPimNgWrongPmsiType is 'ldp (3)'.