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

This document is the SNMP MIB module for the Alcatel-Lucent SROS implementation of RIPv2. Copyright 2003-2011 Alcatel-Lucent. All rights reserved. Reproduction of this document is authorized on the condition that the foregoing copyright notice is included. This SNMP MIB module (Specification) embodies Alcatel-Lucent's proprietary intellectual property. Alcatel-Lucent retains all title and ownership in the Specification, including any revisions. Alcatel-Lucent grants all interested parties a non-exclusive license to use and distribute an unmodified copy of this Specification in connection with management of Alcatel-Lucent products, and without fee, provided this copyright notice and license appear on all copies. This Specification is supplied `as is', and Alcatel-Lucent makes no warranty, either express or implied, as to the use, operation, condition, or performance of the Specification. There is one RIP instance per virtual router. Each RIP instance can have a number of interface groups. The value of most RIP configuration objects can be defaulted at three levels: at the per-interface level, at the interface group level, and at the RIP instance level. The per-interface object values are determined by the following: - if the interface object is set, by that value. - else if its corresponding group object is set, by that value - else by the corresponding rip instance object value.

The compliance statement for management of RIP features on Alcatel-Lucent SROS series systems.

The group of objects supporting general management of RIP features on Alcatel-Lucent SROS series systems.

The group of objects supporting management of RIP instances on Alcatel-Lucent SROS series systems.

The group of objects supporting management of RIP Groups on Alcatel-Lucent SROS series systems.

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

The group of objects supporting RIP Routes on Alcatel-Lucent SROS series systems.

The group of objects supporting RIP Peers on Alcatel-Lucent SROS series systems.

The group of notifications supporting the RIP feature on Alcatel-Lucent SROS series systems.

The group of objects supporting new functionality on version 6.1 Alcatel-Lucent SROS series systems.

The group of objects supporting new functionality on version 7.0 Alcatel-Lucent SROS series systems.

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

The group of objects supporting RIP Routes on version 9.0R4 Alcatel-Lucent SROS series systems.

vRtrRipGlobalLearnedRoutes is the number of routes learned by RIP.

vRtrRipGlobalTimedoutRoutes is the number of invalid RIP routes.

vRtrRipGlobalCurrentMemory is the amount of memory used by this RIP router instance.

vRtrRipGlobalMaximumMemory is the amount of memory allocated for this RIP router instance.

vRtrRipInstanceTable contains configuration information for the RIP instance on a virtual router.

vRtrRipInstanceEntry is an entry (conceptual row) in the vRtrRipInstanceTable. Each entry represents the configuration for a RIP instance. Entries in this table cannot be created and deleted via SNMP SET operations. An entry in this table is created by the agent when vRtrRipStatus in the vRtrConfTable is set to 'create(1)'. The entry is destroyed when vRtrRipStatus is set to 'delete(2)'.

vRtrRipInstanceAuthType defines the type of authentication to be used for the RIP instance.

vRtrRipInstanceAuthKey is the authentication key that should be used for the RIP instance when vRtrRipInstanceAuthType has a value other than noAuthentication(1). Modifying the value of vRtrRipInstanceAuthType does not modify the vRtrRipInstanceAuthKey value. If a string shorter than 16 octets is supplied, it will be left-justified and padded to 16 octets, on the right, with nulls (0x00). Reading this object always results in an OCTET STRING of length zero; authentication may not be bypassed by reading the MIB object.

vRtrRipInstanceCheckZero specifies whether RIP updates are checked for for zero values in fields defined as Must-Be-Zero by the RIPv1 and v2 specifications.

vRtrRipInstanceMessageSize is the maximum number of routes that can be sent out per RIP update message.

vRtrRipInstanceMetricIn is the value added to the metric of routes received from a RIP neighbor.

vRtrRipInstanceMetricOut is the value added to the metric of routes exported into RIP and advertised to RIP neighbors.

vRtrRipInstancePreference is the route preference to be assigned to RIP routes. This value may be overridden via route policies.

vRtrRipInstanceReceive indicates which version of RIP updates are to be accepted.

vRtrRipInstanceSend indicates the version to be used for sending RIP updates.

vRtrRipInstanceSplitHorizon indicates whether split horizon scheme is to be used when sending updates to RIP neighbors.

vRtrRipInstanceTimerFlush is the number of seconds after a route has been declared invalid that it is flushed from the route database.

vRtrRipInstanceTimerTimeout is the number of seconds after a route has been discovered or last updated that it is declared invalid in the route database.

vRtrRipInstanceTimerUpdate determines how often updates are sent.

vRtrRipInstanceImportPolicy1 is import policy number 1 for the instance level.

vRtrRipInstanceImportPolicy2 is import policy number 2 for the instance level.

vRtrRipInstanceImportPolicy3 is import policy number 3 for the instance level.

vRtrRipInstanceImportPolicy4 is import policy number 4 for the instance level.

vRtrRipInstanceImportPolicy5 is import policy number 5 for the instance level.

vRtrRipInstanceExportPolicy1 is export policy number 1 for the instance level.

vRtrRipInstanceExportPolicy2 is export policy number 2 for the instance level.

vRtrRipInstanceExportPolicy3 is export policy number 3 for the instance level.

vRtrRipInstanceExportPolicy4 is export policy number 4 for the instance level.

vRtrRipInstanceExportPolicy5 is export policy number 5 for the instance level.

vRtrRipInstanceDescription specifies a textual description for the RIP instance.

The value of vRtrRipInstanceAdminStatus indicates the desired administrative state for this RIP group or instance. If the RIP instance entry object is set to outOfService, then all RIP groups and interfaces are shutdown operationally. If set to inService, the entity and all groups and interfaces below it are re-enabled operationally unless they have been administratively shutdown at the group or interface level.

The value of vRtrRipInstanceOperStatus indicates the current operational status of this RIP instance

The value of vRtrRipInstancePropagateMetric specifies whether the metric used by RIP or OSPF protocol should be propagated to the Provider Edge (PE) routers as well, in addition to the Customer Equipment (CE) routers. vRtrRipInstancePropagateMetric only applies to VPRN RIP instance and not the base router RIP instance.

The value of vRtrRipInstanceExportLimit specifies the maximum number of routes or prefixes that can be exported into RIP from the route table. A value of 0 indicates that the export limit for routes or prefixes has been disabled.

The value of vRtrRipInstanceExpLmtLogPercent specifies the percentage of the export-limit, at which a warning log message and SNMP notification would be sent. This would only be a warning and additional routes will be learned up to 100% of vRtrRipInstanceExportLimit. A value of 0 indicates that vRtrRipInstanceExpLmtLogPercent is disabled and no log message or SNMP notification would be sent.

The value of vRtrRipInstanceTotalExpRoutes indicates the total number of routes exported into RIP from the route table manager when an export policy is configured. Value of vRtrRipInstanceTotalExpRoutes would be 0 when no export policy is configured.

vRtrRipGroupTable contains configuration information for each group of interfaces running RIP.

vRtrRipGroupEntry is an entry (conceptual row) in the vRtrRipGroupTable. Each entry represents the RIP configuration of a group of interfaces on the router. Entries in this table can be created and deleted via SNMP SET operations to vRtrRipGroupRowStatus.

vRtrRipGroupName uniquely identifies a RIP group for the router instance.

vRtrRipGroupAuthType defines the type of authentication to be used for all the interfaces in this group.

vRtrRipGroupAuthKey is the authentication key that should be used for the interfaces in this group when vRtrRipInstanceAuthType has a value other than noAuthentication(1). Modifying the value of vRtrRipGroupAuthType does not modify the vRtrRipGroupAuthKey value. If a string shorter than 16 octets is supplied, it will be left-justified and padded to 16 octets, on the right, with nulls (0x00). Reading this object always results in an OCTET STRING of length zero; authentication may not be bypassed by reading the MIB object.

vRtrRipGroupCheckZero specifies whether RIP updates received on interfaces in this group are checked for zero values in fields defined as Must-Be-Zero by the RIPv1 and v2 specifications.

vRtrRipGroupMessageSize is the maximum number of routes that can be sent out per RIP update message.

vRtrRipGroupMetricIn is the value added to the metric of routes received on a RIP interface which is a part of this group.

vRtrRipGroupMetricOut is the value added to the metric of routes exported into RIP and advertised out on RIP interfaces in this group.

vRtrRipGroupPreference is the route preference to be assigned to RIP routes received on interfaces that are a part of this group. This value may be overridden via route policies.

vRtrRipGroupReceive indicates which version of RIP updates are to be accepted for the group of interfaces.

vRtrRipGroupSend indicates the version to be used for sending RIP updates on interfaces within the group.

vRtrRipGroupSplitHorizon indicates whether split horizon scheme is to be used when sending updates on interfaces which are a part of the group.

vRtrRipGroupTimerFlush is the number of seconds after a route has been declared invalid that it is flushed from the route database.

vRtrRipGroupTimerTimeout is the number of seconds after a route has been discovered or last updated that it is declared invalid in the route database.

vRtrRipGroupTimerUpdate determines how often updates are sent.

vRtrRipGroupImportPolicy1 is import policy number 1 for the group level.

vRtrRipGroupImportPolicy2 is import policy number 2 for the group level.

vRtrRipGroupImportPolicy3 is import policy number 3 for the group level.

vRtrRipGroupImportPolicy4 is import policy number 4 for the group level.

vRtrRipGroupImportPolicy5 is import policy number 5 for the group level.

vRtrRipGroupExportPolicy1 is export policy number 1 for the group level.

vRtrRipGroupExportPolicy2 is export policy number 2 for the group level.

vRtrRipGroupExportPolicy3 is export policy number 3 for the group level.

vRtrRipGroupExportPolicy4 is export policy number 4 for the group level.

vRtrRipGroupExportPolicy5 is export policy number 5 for the group level.

vRtrRipGroupDescription specifies a textual description for the group.

vRtrRipGroupInheritance controls, for the objects listed below, whether to use the administratively set value for that object or objects, or to use the corresponding value or values from the vRtrRipInstanceTable entry that represents the RIP instance for this router. This object is a bit-mask, and the bits correspond to the following objects: vRtrRipGroupAuthType 0x00000001 vRtrRipGroupAuthKey 0x00000002 vRtrRipGroupSend 0x00000004 vRtrRipGroupReceive 0x00000008 vRtrRipGroupCheckZero 0x00000010 vRtrRipGroupMessageSize 0x00000020 vRtrRipGroupMetricIn 0x00000040 vRtrRipGroupMetricOut 0x00000080 vRtrRipGroupPreference 0x00000100 vRtrRipGroupSplitHorizon 0x00000200 vRtrRipGroupTimerFlush 0x00000400 vRtrRipGroupTimerTimeout vRtrRipGroupTimerUpdate vRtrRipGroupImportPolicy1 0x00000800 vRtrRipGroupImportPolicy2 vRtrRipGroupImportPolicy3 vRtrRipGroupImportPolicy4 vRtrRipGroupImportPolicy5 vRtrRipGroupExportPolicy1 0x00001000 vRtrRipGroupExportPolicy2 vRtrRipGroupExportPolicy3 vRtrRipGroupExportPolicy4 vRtrRipGroupExportPolicy5 When the bit for an object is set to one, then the object's value is whatever the DEFVAL or most recently SET value is. The corresponding mask bit will be changed to one when SNMP SET is performed on any of the inherited objects ( vRtrRipGroupSend, vRtrRipGroupAuthType, etc ). When the bit for an object is set to zero, then the object's value is inherited from the vRtrRipInstanceEntry that represents the RIP instance for this router. Non mask bits will always have value of zero, and any attempt to change the value will be silently discarded. The bit, timer (10), applies this rule to all of the following objects: vRtrRipGroupTimerFlush vRtrRipGroupTimerTimeout vRtrRipGroupTimerUpdate The bit, importPolicy (11), applies this rule to all of the following objects: vRtrRipGroupImportPolicy1, vRtrRipGroupImportPolicy2, vRtrRipGroupImportPolicy3, vRtrRipGroupImportPolicy4, vRtrRipGroupImportPolicy5 The bit, exportPolicy (12), applies this rule to all of the following objects: vRtrRipGroupExportPolicy1, vRtrRipGroupExportPolicy2, vRtrRipGroupExportPolicy3, vRtrRipGroupExportPolicy4, vRtrRipGroupExportPolicy5

The value of vRtrRipGroupAdminStatus indicates the desired administrative state for this RIP group or instance. If a RIP group entry object is set to outOfService, then all interfaces in the group are shutdown operationally. If set to inService, all interfaces within the group are re-enabled operationally unless they have been administratively shutdown at the interface level.

The value of vRtrRipGroupOperStatus indicates the current operational status of this RIP group.

vRtrRipGroupRowStatus controls the creation and deletion of rows in this table. To create a row in the vRtrRipGroupTable, set vRtrRipGroupRowStatus to createAndGo(4). All objects will take on default values and the agent will change vRtrRipGroupRowStatus to active(1). To delete a row in the vRtrRipGroupTable, set vRtrRipGroupRowStatus to delete(6). However the row can only be deleted the group has been shutdown (i.e. value of vRtrRipGroupAdminStatus is outOfService).

vRtrRipIfTable contains configuration information for each interface running RIP.

vRtrRipIfEntry is an entry (conceptual row) in the vRtrRipIfTable. Each row entry represents an interface on the router that participates in the RIP protocol. Entries in this table can be created and deleted via SNMP SET operations to vRtrRipIfRowStatus.

vRtrRipIfGroupName is an index into the vRtrRipGroupTable. It identifies the RIP group to which this interface belongs. This object must be set to an existing group name before the row status can be changed to 'active'.

vRtrRipIfAuthType defines the type of authentication to be used for this interface.

vRtrRipIfAuthKey is the authentication key that should be used for this interface when vRtrRipInstanceAuthType has a value other than noAuthentication(1). Modifying the value of vRtrRipIfAuthType does not modify the vRtrRipIfAuthKey value. If a string shorter than 16 octets is supplied, it will be left-justified and padded to 16 octets, on the right, with nulls (0x00). Reading this object always results in an OCTET STRING of length zero; authentication may not be bypassed by reading the MIB object.

vRtrRipIfCheckZero specifies whether RIP updates received on this interface are checked for zero values in fields defined as Must-Be-Zero by the RIPv1 and v2 specifications.

vRtrRipIfMessageSize is the maximum number of routes that can be sent out per RIP update message.

vRtrRipIfMetricIn is the value added to the metric of routes received on this RIP interface.

vRtrRipIfMetricOut is the value added to the metric of routes exported into RIP and advertised out on this RIP interface.

vRtrRipIfPreference is the route preference to be assigned to routes received on this interface. This value may be overridden via route policies.

vRtrRipIfReceive indicates which version of RIP updates are to be accepted on the interface.

vRtrRipIfSend indicates the version to be used for sending RIP updates on the interface.

vRtrRipIfSplitHorizon indicates whether split horizon scheme is is to be used when sending updates on the interface.

vRtrRipIfTimerFlush specifies the number of seconds after a route has been declared invalid that it is flushed from the route database.

vRtrRipIfTimerTimeout specifies the number of seconds after a route has been discovered or last updated that it is declared invalid in the route database.

vRtrRipIfTimerUpdate specifies how often updates are sent.

vRtrRipIfImportPolicy1 is import policy number 1 for the interface.

vRtrRipIfImportPolicy2 is import policy number 2 for the interface.

vRtrRipIfImportPolicy3 is import policy number 3 for the interface.

vRtrRipIfImportPolicy4 is import policy number 4 for the interface.

vRtrRipIfImportPolicy5 is import policy number 5 for the interface.

vRtrRipIfExportPolicy1 is export policy number 1 for the interface.

vRtrRipIfExportPolicy2 is export policy number 2 for the interface.

vRtrRipIfExportPolicy3 is export policy number 3 for the interface.

vRtrRipIfExportPolicy4 is export policy number 4 for the interface.

vRtrRipIfExportPolicy5 is export policy number 5 for the interface.

vRtrRipIfDescription specifies a textual description for the interface.

vRtrRipIfInheritance controls, for the objects listed below, whether to use the administratively set value for that object or objects or to use the corresponding value or values from the vRtrRipGroupTable entry that represents the RIP group to which this interface belongs. This object is a bit-mask, and the bits correspond to the following objects: vRtrRipIfAuthType 0x00000001 vRtrRipIfAuthKey 0x00000002 vRtrRipIfSend 0x00000004 vRtrRipIfReceive 0x00000008 vRtrRipIfCheckZero 0x00000010 vRtrRipIfMessageSize 0x00000020 vRtrRipIfMetricIn 0x00000040 vRtrRipIfMetricOut 0x00000080 vRtrRipIfPreference 0x00000100 vRtrRipIfSplitHorizon 0x00000200 vRtrRipIfTimerFlush 0x00000400 vRtrRipIfTimerTimeout vRtrRipIfTimerUpdate vRtrRipIfImportPolicy1 0x00000800 vRtrRipIfImportPolicy2 vRtrRipIfImportPolicy3 vRtrRipIfImportPolicy4 vRtrRipIfImportPolicy5 vRtrRipIfExportPolicy1 0x00001000 vRtrRipIfExportPolicy2 vRtrRipIfExportPolicy3 vRtrRipIfExportPolicy4 vRtrRipIfExportPolicy5 When the bit for an object is set to one, then the object's value is whatever the DEFVAL or most recently SET value is. The corresponding mask bit will be changed to one when SNMP SET is performed on any of the inherited objects ( vRtrRipIfSend, vRtrRipIfAuthType, etc ). When the bit for an object is set to zero, then the object's value is inherited from the corresponding object in vRtrRipGroupTable whose index is the value of vRtrRipIfGroupName. Non mask bits will always have value of zero, and any attempt to change the value will be silently discarded. The bit, 'timer(10)', applies this rule to all of the following objects: vRtrRipIfTimerFlush vRtrRipIfTimerTimeout vRtrRipIfTimerUpdate The bit, 'importPolicy(11)', applies this rule to all of the following objects: vRtrRipIfImportPolicy1, vRtrRipIfImportPolicy2, vRtrRipIfImportPolicy3, vRtrRipIfImportPolicy4, vRtrRipIfImportPolicy5 The bit, 'exportPolicy(12)', applies this rule to all of the following objects: vRtrRipIfExportPolicy1, vRtrRipIfExportPolicy2, vRtrRipIfExportPolicy3, vRtrRipIfExportPolicy4, vRtrRipIfExportPolicy5

The value of vRtrRipIfAdminStatus indicates the desired administrative state for this RIP interface.

The value of vRtrRipIfOperStatus indicates the current operational status of this RIP interface.

vRtrRipIfRowStatus controls the creation and deletion of rows in this table. To create a row in the vRtrRipIfTable, set vRtrRipIfRowStatus to createAndGo(4). vRtrRipIfGroupName for the interface must be set to the name of an existant group in the vRtrRipGroupTable before the row status can be set to active(1). To delete a row in the vRtrRipIfTable, set vRtrRipIfRowStatus to delete(6). However the row can only be deleted the group has been shutdown (i.e. value of vRtrRipIfAdminStatus is outOfService).

The vRtrRipRouteTable has an entry for each route in the RIP database.

vRtrRipRouteEntry is an entry (conceptual row) in the vRtrRipRouteTable. Each entry represents information for a RIP route received from a peer.

vRtrRipRouteDest is the destination IP Address of the RIP route.

vRtrRipRouteMask contains the subnet mask which is applied to the vRtrRipRouteDest to yield the non-host portion of the destination address. If this field is zero, then no subnet mask has been included for this entry.

vRtrRipRouteIfIndex specifies the index of the interface on which this route was received.

vRtrRipRoutePeerAddr specifies the IP address of the peer from whom this route was received.

vRtrRipRouteNextHop specifies the IP address in the Next Hop field of the RIPv2 update received for this route. The Next Hop field is the immediate next hop IP address to which packets to the destination specified by this route entry should be forwarded. Specifying a value of 0.0.0.0 in this field indicates that routing should be via the originator of the RIP advertisement. An address specified as a next hop must, per force, be directly reachable on the logical subnet over which the advertisement is made.

vRtrRipRouteMetric gives the distance to the destination as advertised by the peer that sent this route.

vRtrRipRouteTag gives the value in the Route Tag field of the update received for this route,

The value of vRtrRipRouteStatus indicates whether or not the route entry is active in the system. vRtrRipRouteStatus will be active(1) if the route entry has been added to the Route Table Manager(RTM). Enumeration: 'active': 1, 'inactive': 2.

The value of vRtrRipRouteTimerRemaining is the number of seconds till the timeout timer expires.

The value of vRtrRipRouteFC indicates the forwarding class associated with the rip route. This object takes one of the following eight values - 'be', 'l2', 'af', 'l1', 'h2', 'ef', 'h1', 'nc' - when the forwarding class is valid. If the forwarding class is not valid the object is a null string.

The value of vRtrRipRouteFCPriority indicates the priority that is assigned to the rip routes.

vRtrRipIfStatTable is a read-only table which keeps statistical information about the interfaces monitoring RIP.

vRtrRipIfStatEntry is an entry (conceptual row) in the vRtrRipIfStatTable. Each entry represents statistical information for a RIP interface.

vRtrRipIfStatAllSentUpdates is the number of all RIP updates actually sent on this interface. This explicitly does include full updates sent containing new information.

vRtrRipIfStatAllTriggeredUpdates is the number of triggered RIP updates actually sent on this interface. This explicitly does include full updates sent containing new information.

vRtrRipIfStatAllRcvBadPackets is the number of RIP updates received on this interface that were discarded as invalid.

vRtrRipIfStatV1RcvUpdates is the number of RIPv1 response packets received by the RIP process.

vRtrRipIfStatV1RcvRequests is the number of RIPv1 request packets received by the RIP process.

vRtrRipIfStatV1BadUpdates is the number of RIPv1 response packets received by the RIP process which were subsequently discarded for any reason.

vRtrRipIfStatV1BadRequests is the number of RIPv1 request packets received by the RIP process that were subsequently discarded for any reason.

vRtrRipIfStatV1BadRoutes is the number of routes, in valid RIPv1 packets, which were ignored for any reason (e.g. unknown address family, or invalid metric).

vRtrRipIfStatV2RcvUpdates is the number of RIPv2 response packets received by the RIP process.

vRtrRipIfStatV2RcvRequests is the number of RIPv2 request packets received by the RIP process.

vRtrRipIfStatV2BadUpdates is the number of RIPv2 response packets received by the RIP process which were subsequently discarded for any reason.

vRtrRipIfStatV2BadRequests is the number of RIPv2 request packets received by the RIP process that were subsequently discarded for any reason.

vRtrRipIfStatV2BadRoutes is the number of routes, in valid RIPv2 packets, which were ignored for any reason (e.g. unknown address family, or invalid metric).

vRtrRipIfStatAuthErrors is the number of RIPv2 packets received by the RIP process which were subsequently discarded because of an error authenticating the packet.

vRtrRipIfStatAllSentUpdates5Min is the number of all RIP updates actually sent on this interface in the last 5 minutes. This explicitly does include full updates sent containing new information.

vRtrRipIfStatAllTriggeredUpdates5Min is the number of triggered updates actually sent on this interface in the last 5 minutes. This explicitly does NOT include full updates sent containing new information.

vRtrRipIfStatAllRcvBadPackets5Min is the number of RIP response packets discarded (for any reason e.g. a version 0 packet, or an unknown command type) in the last 5 minutes by the RIP process.

vRtrRipIfStatV1RcvUpdates5Min is the number of RIPv1 response packets received by the RIP process in the last 5 minutes.

vRtrRipIfStatV1RcvRequests5Min is the number of RIPv1 request packets received by the RIP process in the last 5 minutes.

vRtrRipIfStatV1BadUpdates5Min is the number of RIPv1 response packets received by the RIP process in the last 5 minutes which were subsequently discarded for any reason.

vRtrRipIfStatV1BadRequests5Min is the number of RIPv1 request packets received by the RIP process in the last 5 minutes that were subsequently discarded for any reason.

vRtrRipIfStatV1BadRoutes5Min is the number of routes, in valid RIPv1 packets, which were ignored for any reason (e.g. unknown address family, or invalid metric) in the last 5 minutes.

vRtrRipIfStatV2RcvUpdates5Min is the number of RIPv2 response packets received by the RIP process in the last 5 minutes.

vRtrRipIfStatV2RcvRequests5Min is the number of RIPv2 request packets received by the RIP process in the last 5 minutes.

vRtrRipIfStatV2BadUpdates5Min is the number of RIPv2 response packets received by the RIP process which were subsequently discarded for any reason in the last 5 minutes.

vRtrRipIfStatV2BadRequests5Min is the number of RIPv2 request packets received by the RIP process that were subsequently discarded for any reason in the last 5 minutes.

vRtrRipIfStatV2BadRoutes5Min is the number of routes, in valid RIPv2 packets, which were ignored for any reason (e.g. unknown address family, or invalid metric) in the last 5 minutes.

vRtrRipIfStatAuthErrors5Min is the number of RIPv2 packets received by the RIP process which were subsequently discarded because of an error authenticating the packet in the last 5 minutes.

vRtrRipIfStatAllSentUpdates1Min is the number of all RIP updates actually sent on this interface in the last 1 minute. This explicitly does include full updates sent containing new information.

vRtrRipIfStatAllTriggeredUpdates1Min is the number of triggered updates actually sent on this interface in the last 1 minute. This explicitly does NOT include full updates sent containing new information.

vRtrRipIfStatAllRcvBadPackets1Min is the number of RIP response packets discarded (for any reason e.g. a version 0 packet, or an unknown command type) in the last 1 minute by the RIP process.

vRtrRipIfStatV1RcvUpdates1Min is the number of RIPv1 response packets received by the RIP process in the last 1 minute.

vRtrRipIfStatV1RcvRequests1Min is the number of RIPv1 request packets received by the RIP process in the last 1 minute.

vRtrRipIfStatV1BadUpdates1Min is the number of RIPv1 response packets received by the RIP process in the last 1 minute which were subsequently discarded for any reason.

vRtrRipIfStatV1BadRequests1Min is the number of RIPv1 request packets received by the RIP process in the last 1 minute that were subsequently discarded for any reason.

vRtrRipIfStatV1BadRoutes1Min is the number of routes, in valid RIPv1 packets, which were ignored for any reason (e.g. unknown address family, or invalid metric) in the last 1 minute.

vRtrRipIfStatV2RcvUpdates1Min is the number of RIPv2 response packets received by the RIP process in the last 1 minute.

vRtrRipIfStatV2RcvRequests1Min is the number of RIPv2 request packets received by the RIP process in the last 1 minute.

vRtrRipIfStatV2BadUpdates1Min is the number of RIPv2 response packets received by the RIP process which were subsequently discarded for any reason in the last 1 minute.

vRtrRipIfStatV2BadRequests1Min is the number of RIPv2 request packets received by the RIP process that were subsequently discarded for any reason in the last 1 minute.

vRtrRipIfStatV2BadRoutes1Min is the number of routes, in valid RIPv2 packets, which were ignored for any reason (e.g. unknown address family, or invalid metric) in the last 1 minute.

vRtrRipIfStatAuthErrors1Min is the number of RIPv2 packets received by the RIP process which were subsequently discarded because of an error authenticating the packet in the last 1 minute.

vRtrRipPeerTable is a read-only table which keeps information about RIP peers.

vRtrRipPeerEntry is an entry (conceptual row) in the vRtrRipPeerTable. Each entry represents information for a RIP peer.

vRtrRipPeerIfIndex specifies the index of the interface on which this peer was discovered.

vRtrRipPeerAddress specifies the IP Address that the peer is using as its source address.

vRtrRipPeerLastUpdate specifies the value of sysUpTime when the most recent RIP update was received from this peer.

vRtrRipPeerVersion specifies the RIP version in the header of the last packet received from this peer.

vRtrRipPeerRcvBadPackets is the number of RIP updates received from this peer that were discarded as invalid.

vRtrRipPeerRcvBadRoutes is the number of routes received from this peer that were discarded as invalid.

vRtrRipAdvertisedRouteTable is a read-only table which gives the routes that are advertised by RIP to its neighbors.

vRtrRipAdvertisedRouteEntry is an entry (conceptual row) in the vRtrRipAdvertisedRouteTable. Each entry represents information about a route that is advertised by RIP on a particular interface.

vRtrRipAdvertisedRouteDest is the destination IP address of the advertised route.

vRtrRipAdvertisedRouteMask contains the subnet mask which is applied to the to the vRtrRipAdvertisedRouteDest to yield the non-host portion of the destination address. If this field is zero, then no subnet mask has been included for this entry.

vRtrRipAdvertisedRouteIfIndex specifies the index of the interface on which the route is advertised.

vRtrRipAdvertisedRouteIfAddr specifies the IP address of the subnet to which the route is advertised.

vRtrRipAdvertisedRouteNextHop gives the IP address which is advertised in the Next Hop field of the RIPv2 updates.

vRtrRipAdvertisedRouteMetric gives the metric with which the route is advertised.

vRtrRipAdvertisedRouteTag gives the value which is advertised in the Route Tag field for the route.

The value of vRtrRipAdvertisedRouteTimerRemaining gives the number of seconds till the flush timer expires. The flush timer is active for only those routes which are no longer valid. Such routes will be advertised with a metric of 16 till the flush timer expires after which they will be removed from the database. vRtrRipAdvertisedRouteTimerRemaining will have a value of -1 for valid routes for which the flush timer is not active.

A vRtrRipAuthTypeMismatch trap is generated when the authentication type field in a received RIPv2 packet conflicts with the authentication type configured for this router.

A vRtrRipAuthFailure trap is generated when the authentication key in a received RIPv2 packet conflicts with the authentication key configured for this router.

A vRtrRipInstanceShuttingDown trap is generated when the RIP instance shuts down on its own accord when the protocol runs out of resources such as memory. The instance will attempt to restart within 30 seconds of shutting down.

When a RIP protocol instance runs out of resources, the instance will shut down and then attempt to restart within 30 seconds. A vRtrRipInstanceRestarted trap is generated when the RIP instance has restarted.

A vRtrRipInstanceExpLmtReached notification is generated when the configured value of exported routes, vRtrRipInstanceExportLimit is reached. Additional routes would not be exported into RIP from the route table.

A vRtrRipInstanceExpLmtWarning notification is generated when the number of exported routes is equal to the configured percent, vRtrRipInstanceExpLmtLogPercent of the export limit, vRtrRipInstanceExportLimit. Additional routes will continue to be exported into RIP from the route table till the export limit is reached.

A vRtrRipInstanceRtsExpLmtDropped notification is generated when the number of exported routes drops below the export limit, vRtrRipInstanceExportLimit.