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

This document is the SNMP MIB module to manage and provision RSVP extensions for the Alcatel-Lucent SROS device. Copyright 2000-2012 Alcatel-Lucent. All rights reserved. Reproduction of this document is authorized on the condition that the foregoing copyright notice is included. This SNMP MIB module (Specification) embodies Alcatel-Lucent's proprietary intellectual property. Alcatel-Lucent retains all title and ownership in the Specification, including any revisions. Alcatel-Lucent grants all interested parties a non-exclusive license to use and distribute an unmodified copy of this Specification in connection with management of Alcatel-Lucent products, and without fee, provided this copyright notice and license appear on all copies. This Specification is supplied 'as is', and Alcatel-Lucent makes no warranty, either express or implied, as to the use, operation, condition, or performance of the Specification.

The compliance statement for management of extended RSVP capabilities on Alcatel-Lucent SROS series systems release 3.0.

The compliance statement for management of extended RSVP capabilities on Alcatel-Lucent SROS series systems release 5.0.

The compliance statement for management of extended RSVP capabilities on Alcatel-Lucent SROS series systems release 6.0.

The compliance statement for management of extended RSVP capabilities on Alcatel-Lucent SROS series systems release 6.1.

The compliance statement for management of extended RSVP capabilities on Alcatel-Lucent SROS series systems release 6.1.

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

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

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

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

The group of objects supporting management of extended RSVP sessions on Alcatel-Lucent SROS series systems.

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

The group of notifications supporting the extended RSVP capabilities on Alcatel-Lucent SROS series systems.

The group of objects supporting management of extended RSVP interfaces on Alcatel-Lucent SROS series systems release 3.0.

The group of objects supporting management of extended RSVP obsoleted in Alcatel-Lucent SROS series release 3.0.

The group of objects supporting management of extended RSVP interfaces on a Alcatel-Lucent SROS series systems release 5.0.

The group of objects supporting management of extended RSVP sessions on Alcatel-Lucent SROS series systems release 5.0.

The group of objects supporting management of extended RSVP general capabilities on Alcatel-Lucent SROS series systems release 6.0.

The group of objects supporting management of extended RSVP interfaces on Alcatel-Lucent SROS series systems release 6.0.

The group of objects supporting management of RSVP neighbors on Alcatel-Lucent SROS series systems release 6.0.

The group of objects supporting management of RSVP sessions on Alcatel-Lucent SROS series systems release 6.0.

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

The group of objects supporting management of extended RSVP interface capabilities on Alcatel-Lucent SROS series systems release 7.0.

The group of objects supporting management of 'DiffServ' TE feature related to RSVP capabilities on Alcatel-Lucent SROS series systems release 7.0.

The group of objects supporting management of extended RSVP general capabilities on Alcatel-Lucent SROS series systems release 7.0.

The group of objects supporting management of RSVP sessions on Alcatel-Lucent SROS series systems release 7.0.

The group of objects supporting management of RSVP TE Threshold on Alcatel-Lucent SROS series systems release 8.0.

The group of objects supporting management of RSVP TE Threshold per interface on Alcatel-Lucent SROS series systems release 8.0.

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

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

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

The group of notifications supporting the extended RSVP capabilities on for release 9.0 Alcatel-Lucent SROS series systems.

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

The vRtrRsvpGeneralTable contains objects for general control and management of an RSVP protocol instance within a virtual router.

Each row entry represents an instance of the MPLS 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 vRtrRsvpStatus in the vRtrConfTable is set to 'create'. The entry is destroyed when vRtrRsvpStatus is set to 'delete'

The sysUpTime when this row was last modified.

When vRtrRsvpGeneralAdminState is set to 'inService', the agent attempts to enable the RSVP protocol instance on this router. When vRtrRsvpGeneralAdminState is set to 'outOfService', the agent attempts to disable the RSVP protocol instance on this router.

vRtrRsvpGeneralOperState indicates the current operating state of this RSVP protocol instance on this router.

The value of vRtrRsvpGeneralKeepMultiplier is used by RSVP to declare either a reservation down or the neighbor as down. When vRtrRsvpIfKeepMultiplier is set to the value of zero (0), the value of vRtrRsvpGeneralKeepMultiplier is applied to RSVP running on that specific interface.

The value of vRtrRsvpGeneralRefreshTime controls the interval between the seccessive Path and Resv refresh messages. RSVP declares the session down after it misses ((keep-multiplier + 0.5) * 1.5 * refresh-time)) consecutive refresh messages. When the value of vRtrRsvpIfRefreshTime is set to zero (0), the value of vRtrRsvpGeneralRefreshTime is applied to that specific RSVP interface.

Setting the value of vRtrRsvpGeneralMsgPacing to 'true', enables RSVP message pacing wherein a specified number of RSVP messages are sent within a specified interval. Setting the value of vRtrRsvpGeneralMsgPacing to 'false', disables RSVP message pacing.

When RSVP message pacing is enabled (i.e. when vRtrRsvpGeneralMsgPacing is set to 'true'), the value of vRtrRsvpGeneralMsgPacingMaxBurst specifies the maximum number of RSVP messages that are sent during a configured interval under normal operating conditions. This variable is not valid if RSVP message pacing is disabled (i.e. when vRtrRsvpGeneralMsgPacing is set to 'false')

When RSVP message pacing is enabled (i.e. when vRtrRsvpGeneralMsgPacing is set to 'true'), the value of vRtrRsvpGeneralMsgPacingPeriod specifies the interval (in milliseconds) during which a configured number of RSVP messages are sent. This variable is not valid if RSVP message pacing is disabled (i.e. when vRtrRsvpGeneralMsgPacing is set to 'false')

The value of vRtrRsvpGeneralRefreshBypass specifies whether the refresh reduction capabilities over all bypass tunnels originating on the PLR node is enabled. Since a bypass tunnel may merge with the primary LSP path in a node downstream of the next-hop, there is no direct interface between the PLR and the MP node and it is possible that the latter will not accept summary refresh messages received over the bypass. When the value of vRtrRsvpGeneralRefreshBypass is 'false', the summary refresh messages on the node for all primary LSPs over the bypass tunnels they are associated with, is disabled.

The value of vRtrRsvpGenRapidRetransmitTime specifies the value of the rapid retransmission interval. This is used in the retransmission mechanism based on an exponential backoff timer in order to handle unacknowledged message objects. vRtrRsvpGenRapidRetransmitTime must be smaller than the regular refresh interval vRtrRsvpGeneralRefreshTime.

The value of vRtrRsvpGenRapidRetryLimit specifies the rapid retry limit. This is used in the retransmission mechanism based on an exponential backoff timer in order to handle unacknowledged message objects. The node stops retransmission of unacknowledged RSVP messages whenever the updated backoff interval exceeds the value of vRtrRsvpGeneralRefreshTime or the number of retransmissions reaches the value of the vRtrRsvpGenRapidRetryLimit, whichever comes first.

The value of vRtrRsvpGenGracefulShutdown specifies whether graceful shutdown of the RSVP node is enabled. When this object has a value of 'true', graceful shutdown is enabled. When its value is 'false', graceful shutdown is disabled.

The value of vRtrRsvpGenPreemptionTimer specifies the time a node holds on to a reservation for which it has triggered the soft preemption procedure. The preempting node starts a preemption timer for each preempted LSP path. While this timer is on, the node continues to refresh the Path and Resv for the preempted LSP path. When the timer expires, the node tears down the LSP path if the head-end node has not already done so. A value of 0 means that the node does not hold on to the reservation at all.

The value of vRtrRsvpGenTEThresholdUpdate specifies if threshold based IGP Traffic Engineering (TE) is enabled or disabled.

The value of vRtrRsvpGenTEUpdateOnCacFail specifies if IGP TE update on Connection Admission Control (CAC) failure during LSP setup is enabled or disabled.

The value of vRtrRsvpGenTEUpdateTimer specifies the time interval to wait before a forced update of bandwidth to sync the bandwidth can be triggered. The update only happens when a bandwidth change occurs that does not cross any of the existing thresholds.

The value of vRtrRsvpGenImplicitNull specifies whether or not to signal implicit null values for all label switched paths associated with this RSVP when this node is an egress Label Edge Router (LER). When the value is 'true' implicit null values are signaled.

The value of vRtrRsvpGenNodeIdInRro specifies whether or not the node-id is included in Record Route Object (RRO). Enumeration: 'exclude': 2, 'include': 1.

The value of vRtrRsvpGenP2PMrgPntAbrtTimer specifies the time in seconds, MPLS will wait to clean up all the point-to-point (P2P) LSP paths which have the Incoming Label Mapping (ILM) on the failed interface and which have not already received a Path refresh over the bypass LSP. When the value of vRtrRsvpGenP2PMrgPntAbrtTimer is set to higher than zero, it will come into effect when a node activates Merge-Point procedure on one or more P2P LSP path. As soon an ingress interface goes operationally down, the Merge-Point Node starts the abort timer. Setting the value of vRtrRsvpGenP2PMrgPntAbrtTimer to 0 disables merge point abort timer.

The value of vRtrRsvpGenP2MPMrgPntAbrtTimer specifies the time in seconds, MPLS will wait to clean up all the point-to-multi-point (P2MP) source to leaf (S2L) LSP paths which have the Incoming Label Mapping (ILM) on the failed interface and which have not already received a Path refresh over the bypass LSP. When the value of vRtrRsvpGenP2MPMrgPntAbrtTimer is set to higher than zero, it will come into effect when a node activates Merge-Point procedure on one or more P2MP S2L LSP path. As soon an ingress interface goes operationally down, the Merge-Point Node starts the abort timer. Setting the value of vRtrRsvpGenP2MPMrgPntAbrtTimer to 0 disables merge point abort timer.

The value of vRtrRsvpGeneralGrHlprMaxRcvryTm specifies the maximum time in seconds, a graceful helper will wait for session recovery. This value is compared with the neighbor's advertised recovery time and the minimum of the two is used. This value is used to cap the recovery time advertised by the neighbor.

The value of vRtrRsvpGeneralGrHlprMaxRstrtTm specifies the maximum time in seconds a graceful helper will waits for session restart after it has determined that the neighbor is down. This value is compared with the neighbor's advertised restart time and the minimum of the two is used. This is used to cap the restart time advertised by the neighbor.

The vRtrRsvpGeneralStatTable contains statistics for an RSVP protocol instance within a virtual router.

Each row entry represents a collection of statistics for an instance of the RSVP protocol running within a virtual router. Entries cannot be created and deleted via SNMP SET operations.

The value of vRtrRsvpGeneralPsbTimeouts gives the total number of PSB timeouts.

The value of vRtrRsvpGeneralRsbTimeouts gives the total number of RSB timeouts.

The value of vRtrRsvpGeneralGrhPsbTimeouts indicates the total number of PSB timeouts that occurred due to the session not being recovered during recovery phase of the graceful restart procedure.

The value of vRtrRsvpGeneralGrhRsbTimeouts indicates the total number of RSB timeouts that occurred due to the session not being recovered during recovery phase of the graceful restart procedure.

The vRtrRsvpIfTable provides an extension of the rsvpIfTable in the RSVP-MIB.

Each row entry in the vRtrRsvpIfTable represents additional columns for attributes specific to the Alcatel-Lucent 7x50 SR RSVP implementation.

The vRtrRsvpIfLastEnabledTime variable contains the sysUpTime value when rsvpIfEnabled was last set to enabled (1) to run the RSVP protocol on this interface.

The vRtrRsvpIfVRtrIfIndex contains the value of vRtrIfIndex for the entry in the vRtrIfTable associated with this RSVP interface.

Aggregate messages are used to pack multiple RSVP messages into a single packet to reduce the network overhead. When vRtrRsvpIfAggregate is set to 'true', RSVP negotiates with each neighbor and gets consensus before sending aggregate messages.

The value of vRtrRsvpIfAuthenticationKey specifies the authentication key to be used on this RSVP interface. It is used along with vRtrRsvpIfAuthentication which specifies whether authentication using MD5 message based digest protocol is enabled. The authentication key can be any combination of letters or numbers. Note that the string may contain embedded nulls. An SNMP get request on this object should return an OCTET STRING of length 0. vRtrRsvpIfAuthentication and vRtrRsvpIfAuthenticationKey, which indicate whether or not authentication is enabled, must be set together in the same SNMP request PDU or else the set request fails with an inconsistentValue error. By default, authentication is disabled and vRtrRsvpIfAuthenticationKey is set to the empty string, ''H.

The value of vRtrRsvpIfHelloInterval specifies the length of time, in seconds, between the Hello packets that the router sends on the interface. This value must be the same for all routers attached to a common network. When vRtrRsvpIfHelloInterval is set to a value of zero (0), the sending of hello messages is disabled.

The value of vRtrRsvpIfSubscription specifies the percentage of the link bandwidth that RSVP can use for reservation. When the value of vRtrRsvpIfSubscription is set to zero (0), no new sessions are permitted on this interface. Over subscription, > 100% is also allowed on the interface.

The value of vRtrRsvpIfKeepMultiplier is used by RSVP to declare either a reservation down or the neighbor as down. When vRtrRsvpIfKeepMultiplier is set to the value of zero (0), the value of vRtrRsvpGeneralKeepMultiplier is applied to RSVP running on this interface.

The value of vRtrRsvpIfRefreshTime controls the interval between the seccessive Path and Resv refresh messages. RSVP declares the session down after it misses ((keep-multiplier + 0.5) * 1.5 * refresh-time)) consecutive refresh messages. When the value of vRtrRsvpIfRefreshTime is set to zero (0), the value of vRtrRsvpGeneralRefreshTime is applied to that specific RSVP interface.

vRtrRsvpIfOperState indicates the current operating state of the RSVP protocol on this interface. When the TIMETRA-VRTR-MIB::vRtrIfPortID object of this interface is set to a loopback port identifier, the operational state is not relevant and an SNMP GET request on this object will return 'unknown'.

The total number of active RSVP sessions on this interface. This count includes sessions that have requested bandwidth as well as sessions that have not requested any bandwidth.

The total number of active RSVP sessions that have reserved bandwidth.

The total number of RSVP sessions on this interface. This count includes sessions that are active as well as sessions that have been signalled but a response has not yet been received.

The value of vRtrRsvpIfBandwidth indicates the interface bandwidth in mega-bits per second (Mbps) for the RSVP protocol on this interface. This is typically the port Speed.

The value of vRtrRsvpIfReservedBandwidth specifies the amount of bandwidth in mega-bits per second (Mbps) to reserved by the RSVP sessions on this interface. A value of zero (0) indicates that no bandwidth is reserved.

The value of vRtrRsvpIfAuthentication specifies whether authentication is enabled. When the value is 'true', authentication using MD5 message based digest protocol is enabled and vRtrRsvpIfAuthenticationKey specifies the authentication key to be used. When the value of vRtrRsvpIfAuthentication is 'false', authentication using MD5 message based digest protocol is disabled and vRtrRsvpIfAuthenticationKey is an empty string. vRtrRsvpIfAuthentication and vRtrRsvpIfAuthenticationKey, which indicates whether or not authentication is enabled, must be set together in the same SNMP request PDU when vRtrRsvpIfAuthentication is 'true' or else the set request fails with an inconsistentValue error.

The value of vRtrRsvpIfAuthChallenge specifies if RSVP integrity challenge/response handshake is to be performed with RSVP neighbors. By default, integrity handshake with neighbors is disabled and the value is set to 'false'.

The value of vRtrRsvpIfAuthKeyId indicates a number that must be unique for a given sender. A locally unique key identifier is generated using some combination of the address of the sending interface and the key number.

The value of vRtrRsvpIfAuthRxSeqNum indicates a monotonically increasing, unique sequence number for the receiver.

The value of vRtrRsvpIfAuthTxSeqNum indicates a monotonically increasing, unique sequence number for the sender.

The value of vRtrRsvpIfAuthWindowSize indicates the receiver's tolerance to out-of-order message delivery. At the receiver, packets reordered within vRtrRsvpIfAuthWindowSize would only be accepted.

The value of vRtrRsvpIfRefreshReduction specifies whether the use of the RSVP overhead refresh reduction capabilities on this RSVP interface is enabled. When the value of vRtrRsvpIfRefreshReduction is 'true' refresh reduction capabilities are enabled.

The value of vRtrRsvpIfReliableDelivery specifies whether reliable delivery of RSVP messages over the RSVP interface is enabled. When the value of vRtrRsvpIfReliableDelivery is 'true' reliable delivery of RSVP messages over RSVP interface is enabled. vRtrRsvpIfReliableDelivery is not valid if vRtrRsvpIfRefreshReduction is disabled, i.e. when vRtrRsvpIfRefreshReduction is set to 'false'.

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

The value of vRtrRsvpIfGracefulShutdown specifies whether graceful shutdown of the RSVP interface is enabled. When this object has a value of 'true', graceful shutdown is enabled on the interface. When its value is 'false', graceful shutdown is disabled on the interface.

The value of vRtrRsvpIfDSTECt0BwPercent specifies the percentage of link bandwidth for class type (CT) 0. A bandwidth percentage is specified for each Class Type and the sum of all the bandwidth percentages must not exceed 100%. Bandwidth percentages for all 8 class types must be set together in the same SNMP request PDU or else the set request fails with an inconsistentValue error.

The value of vRtrRsvpIfDSTECt1BwPercent specifies the percentage link bandwidth for CT 1.

The value of vRtrRsvpIfDSTECt2BwPercent specifies the percentage link bandwidth for CT 2.

The value of vRtrRsvpIfDSTECt3BwPercent specifies the percentage link bandwidth for CT 3.

The value of vRtrRsvpIfDSTECt4BwPercent specifies the percentage link bandwidth for CT 4.

The value of vRtrRsvpIfDSTECt5BwPercent specifies the percentage link bandwidth for CT 5.

The value of vRtrRsvpIfDSTECt6BwPercent specifies the percentage link bandwidth for CT 6.

The value of vRtrRsvpIfDSTECt7BwPercent specifies the percentage link bandwidth for CT 7.

A bit within vRtrRsvpIfInheritance specifies whether to inherit the operational values of the corresponding inherited objects from vRtrRsvpGeneralTable or use the administratively set values. Non mask bits will always have value of zero, and any attempt to change the value will be silently discarded. This object is a bit-mask, with the following positions: vRtrRsvpIfDSTECt0BwPercent 0x40000 When the bit has value of one, then all bandwidths for CTs (vRtrRsvpIfDSTECt0BwPercent,..vRtrRsvpIfDSTECt7BwPercent) administrative and operational values are either the DEFVAL values or the most recently SET values. The mask bit for object vRtrRsvpIfDSTECt0BwPercent will be set to one when set is performed on the objects vRtrRsvpIfDSTECt0BwPercent,..vRtrRsvpIfDSTECt7BwPercent. Any attempt to set the mask bit to one will be silently discarded. When the bit is set to zero, then all bandwidths for CTs administrative and operational value are inherited from the corresponding bandwidths for CTs in vRtrRsvpDSTETable. vRtrRsvpDSTETable is augment of vRtrRsvpGeneralTable. vRtrRsvpIfTEThresholdLevelUp1 0x80000 When the bit has value of one, then all Up threshold values (vRtrRsvpIfTEThresholdLevelUp1,..vRtrRsvpIfTEThresholdLevelUp16) are either the DEFVAL values or the most recently SET values. The mask bit for object vRtrRsvpIfTEThresholdLevelUp1 will be set to one when set is performed on the objects vRtrRsvpIfTEThresholdLevelUp1,..vRtrRsvpIfTEThresholdLevelUp16. Any attempt to set the mask bit to one will be silently discarded. When the bit is set to zero, then all the Up threshold values are inherited from the corresponding Up thresholds in vRtrRsvpGenTEThresholdTable. vRtrRsvpGenTEThresholdTable is augment of vRtrRsvpGeneralTable. vRtrRsvpIfTEThresholdLevelDn1 0x100000 When the bit has value of one, then all Down threshold values (vRtrRsvpIfTEThresholdLevelDn1,..vRtrRsvpIfTEThresholdLevelDn16) are either the DEFVAL values or the most recently SET values. The mask bit for object vRtrRsvpIfTEThresholdLevelDn1 will be set to one when set is performed on the objects vRtrRsvpIfTEThresholdLevelDn1,..vRtrRsvpIfTEThresholdLevelDn16. Any attempt to set the mask bit to one will be silently discarded. When the bit is set to zero, then all the Down threshold values are inherited from the corresponding Down thresholds in vRtrRsvpGenTEThresholdTable. vRtrRsvpGenTEThresholdTable is augment of vRtrRsvpGeneralTable. vRtrRsvpIfImplicitNull 0x200000 When the bit has value of one, then value of vRtrRsvpIfImplicitNull is either the DEFVAL or the most recently SET value. The mask bit for object vRtrRsvpIfImplicitNull will be set to one when set is performed on the object vRtrRsvpIfImplicitNull. Any attempt to set the mask bit to one will be silently discarded. When the bit is set to zero, then value of vRtrRsvpIfImplicitNull is inherited from the corresponding implicit null object in vRtrRsvpGeneralTable.

The value of vRtrRsvpIfDSTEBC0Bw indicates Bandwidth Constraint (BC) for Class Type 0 (CT0).

The value of vRtrRsvpIfDSTEBC1Bw indicates the bandwidth constraint for CT 1.

The value of vRtrRsvpIfDSTEBC2Bw indicates the bandwidth constraint for CT 2.

The value of vRtrRsvpIfDSTEBC3Bw indicates the bandwidth constraint for CT 3.

The value of vRtrRsvpIfDSTEBC4Bw indicates the bandwidth constraint for CT 4.

The value of vRtrRsvpIfDSTEBC5Bw indicates the bandwidth constraint for CT 5.

The value of vRtrRsvpIfDSTEBC6Bw indicates the bandwidth constraint for CT 6.

The value of vRtrRsvpIfDSTEBC7Bw indicates the bandwidth constraint for CT 7.

The value of vRtrRsvpIfImplicitNull specifies whether or not to signal implicit null values for all label switched paths associated with this RSVP interface when this node is an egress Label Edge Router (LER). When the value is 'true' implicit null values are signaled.

The value of vRtrRsvpIfIgpUpdatePending indicates if the TE update which is to be sent to IGP on any bandwidth change is pending for the interface. When the value of vRtrRsvpIfIgpUpdatePending is 'true' IGP TE update is pending for a bandwidth change on the interface.

The value of vRtrRsvpIfIgpNextUpdate indicates the time remaining in seconds before the next TE update would be sent to IGP for the interface. The value of vRtrRsvpIfIgpNextUpdate is applicable only when the value of vRtrRsvpIfIgpUpdatePending is 'true'.

The value of vRtrRsvpIfGraceHelper specifies whether graceful restart helper mode is enabled or disabled. When the graceful restart helper mode when enabled, the system will advertise Restart capability object which will allow neighboring router to request for a grace period during which the system will continue to use previously established RSVP session. This is typically used when a neighboring router's control plane restarts but its forwarding plane is expected to continue to forward traffic. The system will advertise Restart capability object with value of the restart, and the recovery times always set to 0.

The value of vRtrRsvpIfMaxResvBandwidth specifies the amount of bandwidth in mega-bits per second (Mbps) available to be reserved for the RSVP protocol on this interface. This is typically the (port Speed * subscription Percentage).

The vRtrRsvpIfStatTable contains objects for reporting statistics associated with an interface running RSVP.

Each row entry represents an interface running the RSVP protocol 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 the RSVP protocol is configured on a virtual router interface. The entry is destroyed when RSVP is removed from the interface.

The total number of RSVP PATH messages that have been transmitted from this RSVP interface.

The total number of RSVP PATH ERROR messages that have been transmitted from this RSVP interface.

The total number of RSVP PATH TEAR messages that have been transmitted from this RSVP interface.

The total number of RSVP RESV messages that have been transmitted from this RSVP interface.

The total number of RSVP RESV ERROR messages that have been transmitted from this RSVP interface.

The total number of RSVP RESV TEAR messages that have been transmitted from this RSVP interface.

The total number of RSVP RESV CONFIRM messages that have been transmitted from this RSVP interface.

The total number of RSVP bundled packets that have been transmitted on this RSVP interface.

The total number of RSVP ACK messages that have been transmitted on this RSVP interface when refresh reduction is enabled.

The total number of RSVP HELLO REQ packets that have been transmitted on this RSVP interface.

The total number of summary refresh, SREFRESH, messages that have been transmitted on this RSVP interface when refresh reduction is enabled.

The total number of error free RSVP packets that have been transmitted on this RSVP interface.

The total number of RSVP packets with errors that have been transmitted on this RSVP interface.

The total number of RSVP packets, including error packets, that have been transmitted on this RSVP interface.

The total number of RSVP PATH messages that have been received on this RSVP interface.

The total number of RSVP PATH ERROR messages that have been transmitted on this RSVP interface.

The total number of RSVP PATH TEAR messages that have been received on this RSVP interface.

The total number of RSVP RESV messages that have been received on this RSVP interface.

The total number of RSVP RESV ERROR messages that have been received on this RSVP interface.

The total number of RSVP RESV TEAR messages that have been received on this RSVP interface.

The total number of RSVP RESV CONFIRM messages that have been received on this RSVP interface.

The total number of RSVP bundled packets received on this RSVP interface. Bundled packets are sent when refresh reduction is enabled.

The total number of RSVP ACK messages received when refresh reduction is enabled on this RSVP interface.

The total number of RSVP HELLO REQ messages received on this RSVP interface.

The total number of RSVP summary refresh, SREFRESH, messages received on this RSVP interface.

The total number of error free RSVP packets received on this RSVP interface.

The total number of RSVP packets with errors received on this RSVP interface.

The total number of RSVP packets, including errors, received on this RSVP interface.

The total number of hello messages that timed out on this RSVP interface.

The total number of RSVP packets with MD5 errors sent by this RSVP interface.

The total number of RSVP packets with MD5 errors received on this RSVP interface.

The vRtrRsvpSessionTable contains objects for reporting sessions associated with the RSVP protocol running in a virtual router.

Each row entry represents a session of the RSVP protocol 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 the RSVP protocol establishes a session. The entry is destroyed when the RSVP session is removed.

The unique value that identifies this RSVP session for the RSVP protocol for this virtual router in the system. it is a unique value among entries with the same value of vRtrID.

The current operational state of this RSVP session.

The administrative name assigned to this RSVP session by the agent.

The value of vRtrRsvpSessionSetupPriority is the setup priority used for this RSVP session when there is not enough bandwidth available to setup this session. If the setup priority is greater than the hold priority for another established session, then this session can preempt the existing session. A value of zero (0) is the highest priority and a value of seven (7) is the lowest priority.

The value of vRtrRsvpSessionHoldPriority is the hold priority to be used for this RSVP session when there is insufficient bandwidth available to setup another session. The other session's setup priority is compared against this session's hold priority. If its setup priority is higher than this session's hold priority, this session may be preempted by the other session. A value of zero (0) is the highest priority and a value of seven (7) is the lowest priority.

vRtrRsvpSessionFlags is a bit-mask that indicates the current setting of the attribute flags for this RSVP session. Session attributes include local protection, label recording, reservation styles, bandwidth protection desired and node protection desired. If a bit is set, has a value of one (1), the attribute is enabled or true for this RSVP session. Bit positions: -- localProtection - 0x01 -- labelRecording - 0x02 -- styleSE - 0x04 -- bwProtection - 0x08 -- nodeProtection - 0x10

The value of vRtrRsvpSessionEndpointAddress is the IP address of the egress node for the tunnel supporting this session.

The value of vRtrRsvpSessionLspId is a unique ID assigned by the agent to this RSVP session. It is derived from the vRtrMplsLspIndex of the MPLS LSP associated with this RSVP session.

vRtrRsvpSessionSenderAddress is the IP address of the sender node for the tunnel supporting this session. It is derived from the source address of the associated MPLS LSP definition.

The value of vRtrRsvpSessionType indicates this node's position in the path of this RSVP session. Enumeration: 'originating': 2, 'detourTerminating': 7, 'manualBypass': 9, 'unknown': 1, 'transit': 3, 'detour': 5, 'detourTransit': 6, 'bypassTunnel': 8, 'terminating': 4, 's2lBypassTunnel': 13, 'p2mpS2lSubLspTransit': 11, 'p2mpS2lSubLspTerminate': 12, 'p2mpS2lSubLspOrig': 10.

When vRtrRsvpSessionLocalProtectAvailable has a value of 'true', the link downstream from this node is protected via a local repair mechanism

When vRtrRsvpSessionLocalProtectInUse has a value of 'true', a local protection mechanism is in use to maintain the tunnel supporting this RSVP session.

The value of vRtrRsvpSessionStyle indicates the reservation style used for this RSVP session. The value 'styleSE' represents shared explicit style. The value 'styleFF' represents fixed filter style. Enumeration: 'styleSE': 2, 'unknown': 1, 'styleFF': 3.

vRtrRsvpSessionTunnelId is the mplsTunnelIndex for the associated row entry in the mplsTunnelTable supporting this RSVP session.

vRtrRsvpSessionExtTunnelId is the IP address of the ingress node of the tunnel supporting this RSVP session.

vRtrRsvpSessionNextHopIpAddress is the IP address of the next-hop for this RSVP session.

vRtrRsvpSessionDetourIndex is the vRtrRsvpSessionIndex of the RSVP session that serves as a detour for this RSVP session. vRtrRsvpSessionDetourIndex is 0 if there is no detour for this RSVP session.

vRtrRsvpSessionDetourPLRId is the IP address that identifies the beginning point of detour which is a PLR. Any local address on the PLR can be used.

vRtrRsvpSessionDetourAvoidNodeId is the router ID of the immediate downstream node that the PLR is trying to avoid.

vRtrRsvpSessionPreviousHop is the IP address of the node that forwarded the RSVP PATH message.

The value of vRtrRsvpSessionFailCode specifies the reason for RSVP session failure. A value of 0 indicates that no failure has occurred.

The value of vRtrRsvpSessionFailNodeAddr specifies the IP address of the node at which the RSVP session failed. When no failure has occurred, this value is 0.

The value of vRtrRsvpSessionXCIndex specifies the index into the mplsXCTable which identifies the cross-connect entry associated with this RSVP session.

vRtrRsvpSessionBypassIndex is the vRtrRsvpSessionIndex of the RSVP session that serves as a bypass tunnel (facility backup) for this RSVP session. vRtrRsvpSessionBypassIndex is 0 if there is no bypass tunnel for this RSVP session.

vRtrRsvpSessionBypassAvoid is the router ID of the immediate downstream node or the IP address of the link that the PLR is trying to avoid.

The value of vRtrRsvpSessionBypassActive is 'true', if a protected LSP is actively using the bypass tunnel represented by this RSVP session.

If the LSP associated with this RSVP session is protected by a bypass tunnel (vRtrRsvpSessionBypassIndex for the session is a non-zero value), then vRtrRsvpSessionBypassDnstrmLabel is the ingress label that the Merge Point advertises for the LSP.

The value of vRtrRsvpSessionSubGrpId indicates the identifier for sub group.

The value of vRtrRsvpSessionSubGrpOrgIdType indicates the type of vRtrRsvpSessionSubGrpOrgIdAddr.

The value of vRtrRsvpSessionSubGrpOrgIdAddr indicates the IP address of the sub group originator.

The value of vRtrMplsS2lSubLspDstAddrType indicates the type of vRtrRsvpSessionLeafAddr.

The value of vRtrRsvpSessionLeafAddr indicates the IP address of the leaf address.

The value of vRtrRsvpSessionP2mpId indicates a unique identifier known as point to multipoint (P2MP) identifier (ID).

The value of vRtrRsvpSessionClassType indicates the class type for this RSVP session.

The value of vRtrRsvpSessionFrrProperties indicates criteria or constraints that were used at the time of computation of the FRR bypass tunnel or detour session associated with any primary LSP path on the system. This is applicable only for sessions being protected by FRR bypass tunnels or detours. Currently vRtrRsvpSessionFrrProperties has bits defined for SRLG properties only as follows: srlgNotStrict - If set, implies that SRLG is Not Strict srlgDisjoint - If set, implies that SRLG is Disjoint Bits: 'srlgDisjoint': 1, 'srlgNotStrict': 0.

The vRtrRsvpSessionStatTable contains statistics for an RSVP session.

Each row entry represents a collection of statistics for an RSVP session. Entries cannot be created and deleted via SNMP SET operations.

The total number of RSVP PATH messages transmitted for this RSVP session.

The total number of RSVP PATH messages received for this RSVP session.

The total number of RSVP RESV messages transmitted for this RSVP session.

The total number of RSVP RESV messages received for this RSVP session.

vRtrRsvpSessionDetourTimeUp is the total time in 10-millisecond units that the detour LSP has been operational.

vRtrRsvpSessionDetourAge is the age (i.e., time from creation till now) of this detour LSP in 10-millisecond periods.

vRtrRsvpSessionBypassTimeUp is the total time in 10-millisecond units that the bypass tunnel has been operational.

vRtrRsvpSessionBypassAge is the age (i.e., time from creation till now) of this bypass tunnel in 10-millisecond periods.

vRtrRsvpSessionBypassLspCount specifies the number of LSPs that are protected by this bypass tunnel.

The value of vRtrRsvpSessionTxSrefreshPaths indicates the number of times PATH refresh for the session was sent as a part of a Srefresh message.

The value of vRtrRsvpSessionRxSrefreshPaths indicates the number of times PATH was refreshed using message ID from full PATH refresh or Srefresh message for this RSVP session.

The value of vRtrRsvpSessionTxSrefreshResvs indicates the number of times RESV refresh for the session was sent as a part of a Srefresh message.

The value of vRtrRsvpSessionRxSrefreshResvs indicates the number of times RESV was refreshed using message ID from full RESV refresh or Srefresh message for this RSVP session.

Used by vRtrRsvpIfNbrStateDown notification, vRtrRsvpIfNbrDownReasonCode specifies the reason for a RSVP interface neighbor becoming inactive. Enumeration: 'linkDown': 1, 'instanceMismatch': 3, 'helloTimedOut': 2, 'bfdDown': 4.

Used by vRtrRsvpPEFailOverPriToStdBy notification. vRtrRsvpPEFailOverReasonCode specifies the reason for Provider Edge (PE) switch over. Enumeration: 'tunnelDown': 1, 'ufdSessionDown': 2.

The vRtrRsvpSessionTypeTable is a read-only table that contains objects for reporting sessions associated with the RSVP protocol running in a virtual router. This table is created at the same time entries in vRtrRsvpSessionTable are created. This table serves the purpose of grouping together all the sessions of a particular type.

Each row entry represents a session for the RSVP protocol 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 the RSVP protocol establishes a session. The entry is destroyed when the RSVP session is removed.

The value of vRtrRsvpSessionTypeName indicates vRtrRsvpSessionName, the administrative name assigned to this RSVP session by the agent.

The vRtrRsvpProtectedSessionTable is a read-only table that contains objects for reporting sessions associated with the RSVP protocol running in a virtual router which are protected by bypass tunnel.

Each row entry represents a session that is protected by a bypass tunnel associated with the RSVP protocol running in 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 an RSVP session is associated with a bypass tunnel that can protect it. The entry is destroyed when the association is removed, which happens when either the session itself goes down or the bypass tunnel that is protecting it goes down.

vRtrRsvpProtectedSessionPLRIndex is a unique number that identifies an instance of protection provided by the bypass tunnel.

vRtrRsvpProtectedSessionSessIndex is the vRtrRsvpSessionIndex for the session protected by this bypass tunnel

The value of vRtrRsvpProtectedSessionName indicates vRtrRsvpSessionName, the administrative name assigned to this RSVP session by the agent.

The vRtrRsvpNbrTable is a read-only table that contains objects describing the neighbors associated with the RSVP protocol running in a virtual router.

Each row entry represents a single RSVP neighbor associated with the RSVP protocol running in 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 an RSVP neighbor comes up. The entry is destroyed when the neighbor goes down.

The value of vRtrRsvpNbrAddressType indicates the type of vRtrRsvpNbrAddress.

The value of vRtrRsvpNbrAddress indicates the address of the RSVP neighbor.

The value of vRtrRsvpNbrOperState indicates the current operational state of the RSVP neighbor.

The value of vRtrRsvpNbrLastOperChange indicates the time interval which has elapsed since the RSVP neighbor's operational state last changed.

The value of vRtrRsvpNbrFlags indicates the set of properties for this RSVP neighbor. The bits are defined as follows : localRefreshReduction - If set, implies that refresh reduction is configured locally for this neighbor. localReliableDelivery - If set, implies that reliable delivery is configured locally for this neighbor. remoteRefreshReduction - If set, implies that the refresh reduction is supported on the remote end. remoteMessageId - If set, implies that message ID object is supported on the remote end. Bits: 'remoteRefreshReduction': 2, 'localRefreshReduction': 0, 'localReliableDelivery': 1, 'remoteMessageId': 3.

The value of vRtrRsvpNbrSrcInstance indicates the source instance for this neighbor.

The value of vRtrRsvpNbrDstInstance indicates the destination instance for this neighbor.

The value of vRtrRsvpNbrHelloRefreshTimeRem indicates the time remaining in the hello refresh timer. When the hello refresh timer expires, a Hello message is sent to the neighbor.

The value of vRtrRsvpNbrHelloTimeoutTimeRem indicates the time remaining in the hello timeout timer. If a Hello message is not received from the neighbor before this timer expires, the neighbor is considered operationally down.

The value of vRtrRsvpNbrHelloTimeoutCnt indicates number of times the hello timeout timer expired for the neighbor.

The value of vRtrRsvpNbrInstanceMismatchCnt indicates number of times the source and destination instances received in a Hello message did not match the destination and source instance for this neighbor.

The value of vRtrRsvpNbrSrefreshTimeRem indicates the time remaining in the Srefresh timer. An Srefresh message is sent when this timer expires.

The value of vRtrRsvpNbrEpochNum indicates the epoch number received from the neighbor.

The value of vRtrRsvpNbrMaxMsgId indicates the highest message ID received from neighbor.

The value of vRtrRsvpNbrOutofOrderMsgs indicates the number of out of order messages recieved from the neighbor.

The value of vRtrRsvpNbrRetransmittedMsgs indicates the number of times messages have been retransmitted to the neighbor because the neighbor did not acknowledge that it received the message.

The value of vRtrRsvpNbrGrState indicates the current state of the neighbor after loss of communication. none - phase info not available. restartInProg - indicates restart phase is in progress recoveryInProg - indicates recovery phase is in progress cleanup - indicates cleanup in progress. Enumeration: 'restartInProg': 1, 'none': 0, 'cleanup': 3, 'recoveryInProg': 2.

The value of vRtrRsvpNbrGrHelperInvkCnt indicates the number of times that GR helper procedure has been invoked.

The value of vRtrRsvpNbrGrHelperTimeRem indicates the amount of time remaining, in seconds, for the restart phase or recovery phase to timeout. If the timer expires, the RSVP session not recovered will be torn down. The value of vRtrRsvpNbrGrHelperTimeRem will only be valid when vRtrRsvpIfGraceHelper is set to 'true'.

The value of vRtrRsvpNbrGrRestartCap indicates whether or not the neighbor supports graceful restart. The value of vRtrRsvpNbrGrRestartCap will only be valid when vRtrRsvpIfGraceHelper is set to 'true'.

The value of vRtrRsvpNbrGrRecoveryTime indicates the restart timer advertised by the neighbor. The value of vRtrRsvpNbrGrRestartTime will only be valid when vRtrRsvpIfGraceHelper is set to 'true' and when vRtrRsvpNbrGrRestartCap has value of 'true'.

The value of vRtrRsvpNbrGrRecoveryTime indicates the recovery timer advertised by the neighbor. The value of vRtrRsvpNbrGrRecoveryTime will only be valid when vRtrRsvpIfGraceHelper is set to 'true' and when vRtrRsvpNbrGrRestartCap has value of 'true'.

The vRtrRsvpIfDSTETable is a read-only table that contains objects related to Differentiated Services Traffic Engineering (DSTE) feature associated with the RSVP protocol running on a virtual router interface. Row entries in this table are created by the agent when the interface is created. This table always contain eight rows; each row corresponds to a TE class.

Each row entry represents a vRtrRsvpIfDSTEEntry of the RSVP protocol running on a virtual router interface. Entries in this table cannot be created and deleted via SNMP SET operations.

The value of vRtrRsvpIfDSTETEClass indicates the unique value that identifies the traffic engineering (TE) class for this row entry.

The value of vRtrRsvpIfDSTEReservedBw indicates the amount of bandwidth in kilo-bits per second (Kbps) that is currently reserved by the RSVP sessions on this interface. A value of zero (0) indicates that no bandwidth is reserved.

The value of vRtrRsvpIfDSTEUnreservedBw indicates the unreserved bandwidth for each TE class.

The vRtrRsvpDSTETeClassTable is a table that contains objects related to traffic engineering (TE) classes for Differentiated Services Traffic Engineering (DSTE) feature associated with the RSVP protocol running in a virtual router.

Each row entry represents a TE Class entry within a virtual router. Entries in this table cannot be created and deleted via SNMP operations, they can be read and modified through SNMP GET and SET operations. Row entries are created by the agent when the RSVP protocol is created. There are always 8 entries in this table, one for each TE class.

The value of vRtrRsvpDSTETeClass indicates the unique value that identifies the TE class.

The value of vRtrRsvpDSTETeClassClassType indicates the class type (CT) associated with the TE class. Both vRtrRsvpDSTETeClassClassType and vRtrRsvpDSTETeClassPriority need to be set in the same PDU for a row to be created. A value of -1 indicates that the CT for this TE class is invalid and hence the TE class is considered as not configured.

The value of vRtrRsvpDSTETeClassPriority indicates the priority associated with the TE class. Both vRtrRsvpDSTETeClassClassType and vRtrRsvpDSTETeClassPriority need to be set in the same PDU for a row to be created. A value of -1 indicates that the priority for this TE class is invalid and hence the TE class is considered as not configured.

The vRtrRsvpDSTETable contains objects related to Differentiated Services Traffic Engineering (DSTE) feature associated with the RSVP protocol running in a virtual router.

Each row entry represents a vRtrRsvpDSTEEntry of the RSVP protocol within a virtual router. Entries in this table cannot be created and deleted via SNMP SET operations. An entry in this table is created when a row is created in vRtrRsvpGeneralTable.

The value of vRtrRsvpDSTEAdmCtlModel specifies the admission control model. basic (0) - 'DiffServ' TE is disabled, mam (1) - 'DiffServ' TE is enabled with Maximum Allocation Model, rdm (2) - 'DiffServ' TE is enabled with Russian Dolls Model. Enumeration: 'rdm': 2, 'mam': 1, 'basic': 0.

The value of vRtrRsvpDSTECt0BwPercent specifies the percentage of the bandwidth assigned to CT 0. By default this value is inherited by all the interfaces unless it is explicitly configured for an interface. When the value of vRtrRsvpDSTEAdmCtlModel is changed, vRtrRsvpDSTECt0BwPercent resets the default value specific to that admission control model. The default value is 100 for the 'basic' model and is 0 for 'mam' and 'rdm' models.

The value of vRtrRsvpDSTECt1BwPercent specifies the percentage link bandwidth for CT 1. Whenever the admission control model specified by vRtrRsvpDSTEAdmCtlModel changes, vRtrRsvpDSTECt1BwPercent is reset to default values for that specific admisson control model. vRtrRsvpDSTECt1BwPercent resets to 0 for all values of vRtrRsvpDSTEAdmCtlModel.

The value of vRtrRsvpDSTECt2BwPercent specifies the percentage link bandwidth for CT 2. Whenever the admission control model specified by vRtrRsvpDSTEAdmCtlModel changes, vRtrRsvpDSTECt2BwPercent is reset to 0.

The value of vRtrRsvpDSTECt3BwPercent specifies the percentage link bandwidth for CT 3. Whenever the admission control model specified by vRtrRsvpDSTEAdmCtlModel changes, vRtrRsvpDSTECt3BwPercent is reset to 0.

The value of vRtrRsvpDSTECt4BwPercent specifies the percentage link bandwidth for CT 4. Whenever the admission control model specified by vRtrRsvpDSTEAdmCtlModel changes, vRtrRsvpDSTECt4BwPercent is reset to 0.

The value of vRtrRsvpDSTECt5BwPercent specifies the percentage link bandwidth for CT 5. Whenever the admission control model specified by vRtrRsvpDSTEAdmCtlModel changes, vRtrRsvpDSTECt5BwPercent is reset to 0.

The value of vRtrRsvpDSTECt6BwPercent specifies the percentage link bandwidth for CT 6. Whenever the admission control model specified by vRtrRsvpDSTEAdmCtlModel changes, vRtrRsvpDSTECt6BwPercent is reset to 0.

The value of vRtrRsvpDSTECt7BwPercent specifies the percentage link bandwidth for CT 7. Whenever the admission control model specified by vRtrRsvpDSTEAdmCtlModel changes, vRtrRsvpDSTECt7BwPercent is reset to 0.

The vRtrRsvpDSTEFCMappingTable has an entry for each Forwarding Class (FC) to Class Type (CT) mapping related to DSTE configured on this system.

Each row entry represents a particular FC name to CT mapping. Entries are created/deleted by the user.

The value of vRtrRsvpDSTEFCMappingName specifies the forwarding class for which this mapping is defined.

The value of vRtrRsvpDSTEFCMappingRowStatus is used for the creation and deletion of forwarding class to class type mappings.

The value of vRtrRsvpDSTEFCMappingClassType specifies the class type. This object MUST be specified at row creation time.

The vRtrRsvpGenTEThresholdTable contains objects related to up and down threshold levels each expressed as a percentage of available bandwidth.

Each row entry represents a vRtrRsvpGenTEThresholdEntry of the RSVP protocol within a virtual router. An entry in this table is created when a row is created in the vRtrRsvpGeneralTable.

The value of vRtrRsvpGenTEThresholdLevelUp1 specifies up TE threshold level 1.

The value of vRtrRsvpGenTEThresholdLevelUp2 specifies up TE threshold level 2.

The value of vRtrRsvpGenTEThresholdLevelUp3 specifies up TE threshold level 3.

The value of vRtrRsvpGenTEThresholdLevelUp4 specifies up TE threshold level 4.

The value of vRtrRsvpGenTEThresholdLevelUp5 specifies up TE threshold level 5.

The value of vRtrRsvpGenTEThresholdLevelUp6 specifies up TE threshold level 6.

The value of vRtrRsvpGenTEThresholdLevelUp7 specifies up TE threshold level 7.

The value of vRtrRsvpGenTEThresholdLevelUp8 specifies up TE threshold level 8.

The value of vRtrRsvpGenTEThresholdLevelUp9 specifies up TE threshold level 9.

The value of vRtrRsvpGenTEThresholdLevelUp10 specifies up TE threshold level 10.

The value of vRtrRsvpGenTEThresholdLevelUp11 specifies up TE threshold level 11.

The value of vRtrRsvpGenTEThresholdLevelUp12 specifies up TE threshold level 12.

The value of vRtrRsvpGenTEThresholdLevelUp13 specifies up TE threshold level 13.

The value of vRtrRsvpGenTEThresholdLevelUp14 specifies up TE threshold level 14.

The value of vRtrRsvpGenTEThresholdLevelUp14 specifies up TE threshold level 15.

The value of vRtrRsvpGenTEThresholdLevelUp16 specifies up TE threshold level 16.

The value of vRtrRsvpGenTEThresholdLevelDn1 specifies down TE threshold level 1.

The value of vRtrRsvpGenTEThresholdLevelDn2 specifies down TE threshold level 2.

The value of vRtrRsvpGenTEThresholdLevelDn3 specifies down TE threshold level 3.

The value of vRtrRsvpGenTEThresholdLevelDn4 specifies down TE threshold level 4.

The value of vRtrRsvpGenTEThresholdLevelDn5 specifies down TE threshold level 5.

The value of vRtrRsvpGenTEThresholdLevelDn7 specifies down TE threshold level 6.

The value of vRtrRsvpGenTEThresholdLevelDn7 specifies down TE threshold level 7.

The value of vRtrRsvpGenTEThresholdLevelDn8 specifies down TE threshold level 8.

The value of vRtrRsvpGenTEThresholdLevelDn9 specifies down TE threshold level 9.

The value of vRtrRsvpGenTEThresholdLevelDn10 specifies down TE threshold level 10.

The value of vRtrRsvpGenTEThresholdLevelDn11 specifies down TE threshold level 11.

The value of vRtrRsvpGenTEThresholdLevelDn12 specifies down TE threshold level 12.

The value of vRtrRsvpGenTEThresholdLevelDn13 specifies down TE threshold level 13.

The value of vRtrRsvpGenTEThresholdLevelDn14 specifies down TE threshold level 14.

The value of vRtrRsvpGenTEThresholdLevelDn15 specifies down TE threshold level 15.

The value of vRtrRsvpGenTEThresholdLevelDn16 specifies down TE threshold level 16.

The vRtrRsvpIfTEThresholdTable contains objects related to up and down threshold levels per interface each expressed as a percentage of available bandwidth.

Each row entry represents a vRtrRsvpIfTEThresholdEntry of the RSVP protocol within a virtual router. An entry in this table is created when a row is created in the rsvpIfEntry.

The value of vRtrRsvpIfTEThresholdLevelUp1 specifies up TE threshold level 1 for the interface.

The value of vRtrRsvpIfTEThresholdLevelUp2 specifies up TE threshold level 2 for the interface.

The value of vRtrRsvpIfTEThresholdLevelUp3 specifies up TE threshold level 3 for the interface.

The value of vRtrRsvpIfTEThresholdLevelUp4 specifies up TE threshold level 4 for the interface.

The value of vRtrRsvpIfTEThresholdLevelUp5 specifies up TE threshold level 5 for the interface.

The value of vRtrRsvpIfTEThresholdLevelUp6 specifies up TE threshold level 6 for the interface.

The value of vRtrRsvpIfTEThresholdLevelUp7 specifies up TE threshold level 7 for the interface.

The value of vRtrRsvpIfTEThresholdLevelUp8 specifies up TE threshold level 8 for the interface.

The value of vRtrRsvpIfTEThresholdLevelUp9 specifies up TE threshold level 9 for the interface.

The value of vRtrRsvpIfTEThresholdLevelUp10 specifies up TE threshold level 10 for the interface.

The value of vRtrRsvpIfTEThresholdLevelUp11 specifies up TE threshold level 11 for the interface.

The value of vRtrRsvpIfTEThresholdLevelUp12 specifies up TE threshold level 12 bandwidth for the interface.

The value of vRtrRsvpIfTEThresholdLevelUp13 specifies up TE threshold level 13 for the interface.

The value of vRtrRsvpIfTEThresholdLevelUp14 specifies up TE threshold level 14 for the interface.

The value of vRtrRsvpIfTEThresholdLevelUp14 specifies up TE threshold level 15 for the interface.

The value of vRtrRsvpIfTEThresholdLevelUp16 specifies up TE threshold level 16 for the interface.

The value of vRtrRsvpIfTEThresholdLevelDn1 specifies down TE threshold level 1 for the interface.

The value of vRtrRsvpIfTEThresholdLevelDn2 specifies down TE threshold level 2 for the interface.

The value of vRtrRsvpIfTEThresholdLevelDn3 specifies down TE threshold level 3 for the interface.

The value of vRtrRsvpIfTEThresholdLevelDn4 specifies down TE threshold level 4 for the interface.

The value of vRtrRsvpIfTEThresholdLevelDn5 specifies down TE threshold level 5 for the interface.

The value of vRtrRsvpIfTEThresholdLevelDn7 specifies down TE threshold level 6 for the interface.

The value of vRtrRsvpIfTEThresholdLevelDn7 specifies down TE threshold level 7 for the interface.

The value of vRtrRsvpIfTEThresholdLevelDn8 specifies down TE threshold level 8 for the interface.

The value of vRtrRsvpIfTEThresholdLevelDn9 specifies down TE threshold level 9 for the interface.

The value of vRtrRsvpIfTEThresholdLevelDn10 specifies down TE threshold level 10 for the interface.

The value of vRtrRsvpIfTEThresholdLevelDn11 specifies down TE threshold level 11 for the interface.

The value of vRtrRsvpIfTEThresholdLevelDn12 specifies down TE threshold level 12 for the interface.

The value of vRtrRsvpIfTEThresholdLevelDn13 specifies down TE threshold level 13 for the interface.

The value of vRtrRsvpIfTEThresholdLevelDn14 specifies down TE threshold level 14 for the interface.

The value of vRtrRsvpIfTEThresholdLevelDn15 specifies down TE threshold level 15 for the interface.

The value of vRtrRsvpIfTEThresholdLevelDn16 specifies down TE threshold level 16 for the interface.

This Notification is generated when the RSVP module changes state

This Notification is generated when a RSVP interface changes state

The vRtrRsvpIfNbrStateUp notification is generated when a RSVP interface neighbor changes to active state

The vRtrRsvpIfNbrStateDown notification is generated when a RSVP interface neighbor changes to inactive state

[CAUSE] The vRtrRsvpPEFailOverPriToStdBy notification is raised when primary Provider Edge (PE) has switched over to standby PE. The IP address of the primary PE can be extracted from the vRtrPimNgMvpnUMHPEAddrType and vRtrPimNgMvpnUMHPEAddr indexes of the varbinds in this notification. [EFFECT] The tunnel traffic may be affected. [RECOVERY] None required.

[CAUSE] The vRtrRsvpPEFailOverPriToStdBy notification is raised when standby Provider Edge (PE) has switched over to primary PE. The IP address of the primary PE can be extracted from the vRtrPimNgMvpnUMHPEAddrType and vRtrPimNgMvpnUMHPEAddr indexes of the varbinds in this notification. [EFFECT] The tunnel traffic may be affected. [RECOVERY] None required.