ctron-ip-router-mib Download

nwIpMibRevText

Indicates the current revision level of the IP MIB in textual format.

nwIpSysRouterId

The IP Address used to uniquely identify the host (device) running IP Routing Services. The value of nwIpSysRouterId is equal to the highest IP Address in the IP Address Table.

nwIpSysAdminStatus

Sets the administrative state of IP Routing Services system-wide. Enabled(3) causes IP Routing Services to become active on all router ports configured and enabled for IP Routing Services. Disabled(2) causes IP Routing Services to become inactive system-w ...

nwIpSysOperStatus

Indicates the operating condition of IP Routing Services, system-wide. The value of nwIpSysOperStatus indicates any problem with your IP Routing Services configuration. A value of 6 indicates that regardless of the value of nwIpSysAdminStatus,IP Routing S ...

nwIpSysAdminReset

Resets IP Routing Services, system-wide. Reset (2) forces a restart of IP Routing Services without a graceful shutdown on any active router ports, without affecting any other routing services.

nwIpSysOperationalTime

Indicates the elapsed time, in hundredths of a second, that nwIpSysOperStatus has been in its current administrative state.

nwIpSysVersion

Indicates the current revision level of the IP Routing Services firmware, in textual format.

nwIpFwdCtrAdminStatus

Sets the administrative state of the aggregate (system-wide) IP packet and byte counters. Enabled (3) causes these counters to become active. Disabled (2) causes these counters to become inactive.

nwIpFwdCtrReset

Resets the aggregate (system-wide) IP packet and byte counters. Reset (2) resets the IP aggregate counters to 0. nwIpFwdCtrOperationalTime is also reset to 0.

nwIpFwdCtrOperationalTime

Indicates the elapsed time, in hundredths of a second, that nwIpFwdCtrAdminStatus has been in the current state.

nwIpFwdCtrInPkts

Indicates the total number of IP packets that have been received, system-wide, during nwIpFwdCtrOperationalTime.

nwIpFwdCtrOutPkts

Indicates the total number of IP packets that have been transmitted, system-wide, during nwIpFwdCtrOperationalTime.

nwIpFwdCtrFwdPkts

Indicates the total number of IP packets that have been forwarded, system-wide, during nwIpFwdCtrOperationalTime.

nwIpFwdCtrFilteredPkts

Indicates the total number of IP packets that have been administratively filtered, system-wide, during nwIpFwdCtrOperationalTime.

nwIpFwdCtrDiscardPkts

Indicates the total number of IP packets that have been discarded, system-wide, during nwIpFwdCtrOperationalTime.

nwIpFwdCtrAddrErrPkts

Indicates the total number of IP packets that have been discarded, system-wide, during nwIpFwdCtrOperationalTime, because of addressing errors in the IP header.

nwIpFwdCtrLenErrPkts

Indicates the total number of IP packets that have been discarded, system-wide, during nwIpFwdCtrOperationalTime, because an invalid packet length is contained in the IP header.

nwIpFwdCtrHdrErrPkts

Indicates the total number of IP packets that have been discarded, system-wide, during nwIpFwdCtrOperationalTime, because of an invalid IP header.

nwIpFwdCtrInBytes

Indicates the total number of bytes in the IP packets that have been received, system-wide, during nwIpFwdCtrOperationalTime.

nwIpFwdCtrOutBytes

Indicates the total number of bytes in the IP packets that have been transmitted, system-wide, during nwIpFwdOperationalTime.

nwIpFwdCtrFwdBytes

Indicates the total number of bytes in the IP packets that have been forwarded, system-wide, during nwIpFwdCtrOperationalTime.

nwIpFwdCtrFilteredBytes

Indicates the total number of bytes in the IP packets that have been administratively filtered, system-wide, during nwIpFwdCtrOperationalTime.

nwIpFwdCtrDiscardBytes

Indicates the total number of bytes in the IP packets that have been discarded, system-wide, during nwIpFwdCtrOperationalTime.

nwIpFwdCtrHostInPkts

Indicates the total number of IP packets that have been successfully delivered to the local host, during nwIpFwdCtrOperationalTime.

nwIpFwdCtrHostOutPkts

Indicates the total number of IP packets that have been forwarded by the local host, during nwIpFwdCtrOperationalTime.

nwIpFwdCtrHostDiscardPkts

Indicates the total number of IP packets that have been discarded by the local host, during nwIpFwdCtrOperationalTime.

nwIpFwdCtrHostInBytes

Indicates the total number of IP packets that have been received by the local host, during nwIpFwdCtrOperationalTime.

nwIpFwdCtrHostOutBytes

Indicates the total number of IP packets that have been transmitted by the local host, during nwIpFwdCtrOperationalTime.

nwIpFwdCtrHostDiscardBytes

Indicates the total number of bytes in the IP packets that have been discarded by the local host, during nwIpFwdCtrOperationalTime, due to a lack of host resources.

nwIpFwdIfTable

This table contains an entry for each router port. This table is indexed by nwIpFwdIfIndex, which indicates the value of MIB 2 ifindex which identifies the router port for which each entry exists.

nwIpFwdIfEntry

Each entry specifies the IP Routing Services configuration for the router port for which the entry exists.

nwIpFwdIfIndex

Indicates the value of MIB 2 ifindex, which identifies the router port.

nwIpFwdIfAdminStatus

Sets the administrative state of IP Routing Services on the router port for which the entry exists. Enabled (3) causes IP Routing Services to become active. Disabled (2) causes it to become inactive.

nwIpFwdIfOperStatus

Indicates the current operating condition of IP Routing Services on the router port for which the entry exists. The value of nwIpFwdIfOperStatus indicates any problem with the configuration of IP routing Services on the router port. A value of 6 indicates ...

nwIpFwdIfOperationalTime

Indicates the elapsed time, in hundredths of a second, that nwIpFwdIfOperStatus has been in its current state.

nwIpFwdIfControl

This object does not apply to this protocol. It is a common object, inherited from the MIB framework used to provide a common management interface to all the Cabletron Routing Services protocol-specific MIBs. Setting this object has no effect.

nwIpFwdIfMtu

Specifies the Maximum Transmission Unit (MTU) for IP packets on the router port for which the entry exists. This includes the IP header and data, but does not include framing.

nwIpFwdIfForwarding

Controls forwarding of IP packets on the router port for which the entry exists. Enabled (3) causes IP packets to be forwarded. Disabled (2) prevents IP packets from being forwarded.

nwIpFwdIfFrameType

Specifies the framing type for IP packets forwarded on the router port for which the entry exists.

nwIpFwdIfAclIdentifier

Specifies the Access Control ID of the access control list in effect for the IP packets being routed on the router port for which the entry exists. A value of 0 indicates that no access control list is in effect.

nwIpFwdIfAclStatus

Controls the operation of any access control list configured for IP traffic for the IP packets being routed on the router port for which the entry exists. Enabled (3) applies the access control list, indicated by nwIpFwdIfAclIdentifier to all IP traffic b ...

nwIpFwdIfCacheControl

Controls IP Address caching on the router port for which the entry exists. IP Address caching speeds-up the switching process. When IP Addresses caching is enabled, IP Addresses used for address validation, filtering, and forwarding are stored in the cach ...

nwIpFwdIfCacheEntries

Indicates the number of entries in the IP Address cache on the router port for which the entry exists.

nwIpFwdIfCacheHits

Indicates the number of times entries in the IP Address Cache have been used to provide the IP Address required to validate, filter, or forward an IP packet on the router port.

nwIpFwdIfCacheMisses

Indicates the number of times the IP Address required to validate, filter, or forward an IP packet on the router port was not found in the IP Address cache.

nwIpAddressTable

This table contains an entry for each IP Address assigned to each router port.

nwIpAddrEntry

Each entry specifies the IP addressing information for the logical IP network for which the entry exists.

nwIpAddrIfIndex

Indicates the value of MIB 2 ifindex, which identifies the router port for which the entry exists.

nwIpAddrIfAddress

This is the IP Address assigned to the logical IP network for which the entry exist. As multiple IP Addresses may be assigned to a single router port, all addresses assigned to the port must be of the same subnet.

nwIpAddrIfControl

Set this object to add or delete this entry from the table.

nwIpAddrIfAddrType

Specifies whether the IP address, nwIpAddrIfAddress, is the primary, workgroup or secondary IP address for the IP router port for which the entry exists. A primary or workgroup address must be specified before a router port can be enabled.

nwIpAddrIfMask

Specifies the Subnet Mask for the logical IP network for which the entry exists.

nwIpAddrIfBcastAddr

Specifies the IP broadcast address type for the logical IP network for which the entry exists. A router port may be configured to send IP broadcasts using the all-ones-based format or the all-zeros-based format. nwIpAddrIfBcastAddr determines the value of ...

nwIpFwdIfCtrTable

This table contains an entry for each router port configured and enabled for IP Routing Services.

nwIpFwdIfCtrEntry

Each entry indicates the packet and byte count of IP packets on the router port for which the entry exists.

nwIpFwdIfCtrIfIndex

Indicates the value of MIB 2 ifindex, which identifies the router port for which the entry exists.

nwIpFwdIfCtrAdminStatus

Sets the administrative state of the per-port IP packet and byte counters on the router port for which the entry exists. Enabled (3) causes these counters to become active. Disabled (2) causes these counters to become inactive.

nwIpFwdIfCtrReset

Resets the per-port IP packet and byte counters on the router port for which the entry exists. Reset (2) resets the counters to 0. nwIpFwdIfCtrOperationalTime is also reset to 0.

nwIpFwdIfCtrOperationalTime

Indicates the elapsed time, in hundredths of a second, that the per-port IP packet and byte counters have been active on the router port for which the entry exists.

nwIpFwdIfCtrInPkts

Indicates the total number of IP packets that have been received, during nwIpFwdIfCtrOperationaltime, on the router port for which the entry exists.

nwIpFwdIfCtrOutPkts

Indicates the total number of IP packets that have been transmitted, during nwIpFwdIfCtrOperationalTime, on the router port for which the entry exists.

nwIpFwdIfCtrFwdPkts

Indicates the total number of IP packets that have been forwarded during nwIpFwdIfCtrOperationalTime, on the router port for which the entry exists.

nwIpFwdIfCtrFilteredPkts

Indicates the total number of IP packets that have been administratively filtered, during nwIpFwdIfCtrOperationalTime, on the IP router port for which this entry exists.

nwIpFwdIfCtrDiscardPkts

Indicates the total number of IP packets that have been discarded (dropped), during nwIpFwdIfCtrOperationalTime, on the router port for which the entry exists.

nwIpFwdIfCtrAddrErrPkts

Indicates the total number of IP packets that have been discarded, because of addressing errors in the IP header, during nwIpFwdIfCtrOperationalTime, on the router port for which the entry exists.

nwIpFwdIfCtrLenErrPkts

Indicates the total number of IP packets that have been discarded, because an invalid packet length was contained in the IP header, during nwIpFwdIfCtrOperationalTime, on the router port for which the entry exists.

nwIpFwdIfCtrHdrErrPkts

Indicates the total number of IP packets that have been discarded, because of an invalid IP header, during nwIpFwdIfCtrOperationalTime, on the router port for which the entry exists.

nwIpFwdIfCtrInBytes

Indicates the total number of bytes in the IP packets that have been received, during nwIpFwdIfCtrOperationalTime, on the router port for which the entry exists.

nwIpFwdIfCtrOutBytes

Indicates the total number of bytes in the IP packets that have been transmitted, during nwIpFwdIfCtrOperationalTime, on the router port for which the entry exists.

nwIpFwdIfCtrFwdBytes

Indicates the total number of bytes in the IP packets that have been forwarded, on the router port for which the entry exists, during nwIpFwdIfCtrOperationalTime.

nwIpFwdIfCtrFilteredBytes

Indicates the total number of bytes in the IP packets that have been administratively filtered, during nwIpFwdIfCtrOperationalTime, on the IP router port for which the entry exists.

nwIpFwdIfCtrDiscardBytes

Indicates the total number of bytes in the IP packets that have been discarded, during nwIpFwdIfCtrOperationalTime, on the router port for which the entry exists.

nwIpFwdIfCtrHostInPkts

Indicates the total number of IP packets that have been successfully delivered to the local host, that were received on the router port for which the entry exists, during nwIpFwdIfCtrOperationalTime.

nwIpFwdIfCtrHostOutPkts

Indicates the total number of IP packets that have been transmitted by the local host, during nwIpFwdIfCtrOperationalTime, on the router port for which the entry exists.

nwIpFwdIfCtrHostDiscardPkts

Indicates the total number of IP packets discarded by the local host due to a lack of host resources, that were received on the router port for which the entry exists, during nwIpFwdIfCtrOperationalTime.

nwIpFwdIfCtrHostInBytes

Indicates the total number of bytes in the IP packets that have been successfully delivered to the local host, that were received on the router port for which the entry exists, during nwIpFwdIfCtrOperationalTime.

nwIpFwdIfCtrHostOutBytes

Indicates the total number of bytes in the IP packets that have been transmitted by the local host, during nwIpFwdIfCtrOperationalTime, on the router port for which the entry exists.

nwIpFwdIfCtrHostDiscardBytes

Indicates the total number of bytes in the IP packets that have been discarded by the local host due to a lack of host resources, that were received on the router port for which the entry exists, during nwIpFwdIfCtrOperationalTime.

nwIpRipAdminStatus

Sets the administrative state of the RIP routing protocol system-wide. Enabled (3) causes RIP to become active on all router ports configured and enabled for IP Routing Services. Disabled (2) causes RIP to become inactive.

nwIpRipOperStatus

Indicates the current operating condition of the RIP routing protocol system-wide. The value of nwIpRipOperStatus indicates any problem with your RIP configuration. A value of 6 indicates that regardless of the value of nwIpRipAdminStatus, RIP is not oper ...

nwIpRipAdminReset

Resets the RIP routing protocol. Reset (2) forces a system-wide restart of the protocol system-wide without a graceful shutdown on any active router ports.

nwIpRipOperationalTime

Indicates the elapsed time, in hundredths of a second, that nwIpRipOperStatus, has been in its current state.

nwIpRipVersion

Indicates the current revision level of the RIP routing protocol firmware, in textual format.

nwIpRipStackSize

Specifies the stack size of the RIP routing protocol thread. In order for a change of this value to take effect, the protocol (nwIpRipAdminReset), IP Routing Services (nwIpSysAdminReset), or the device running Routing Services must be reset.

nwIpRipThreadPriority

Specifies the run-time execution priority of the RIP routing protocol thread. In order for a change of this value to take effect, RIP (nwIpRipAdminReset), IP Routing Services (nwIpAdminReset), or the device running Routing Services must be reset.

nwIpRipDatabaseThreshold

Specifies the run-time maximum number of RIP entries that can be held in the RIP route table.

nwIpRipAgeOut

Specifies the amount of time, in seconds, that an inactive route table entry will be allowed to remain in the RIP route table before it is aged-out.

nwIpRipHoldDown

Specifies the amount of time (in seconds) to wait before removing an entry from the route table, after receiving an update indicating that the destination has become unreachable. All routers exchanging RIP routing protocol information must have the same h ...

nwIpRipCtrAdminStatus

Sets the administrative state of the aggregate (system-wide) RIP routing protocol packet and byte counters. Enabled (3) causes these counters to become active. Disabled (2) causes these counters to become inactive.

nwIpRipCtrReset

Resets the aggregate (system-wide) RIP routing protocol packet and byte counters. Reset (2) resets the RIP aggregate counters to 0. nwIpRipCtrOperationalTime is also reset to 0.

nwIpRipCtrOperationalTime

Indicates the elapsed time, in hundredths of a second, that nwIpRipCtrAdminStatus has been in the current state.

nwIpRipCtrInPkts

Indicates the total number of RIP packets that have been received, system-wide, during nwIpRipCtrOperationalTime.

nwIpRipCtrOutPkts

Indicates the total number of RIP packets that have been transmitted, system-wide, during nwIpRipCtrOperationalTime.

nwIpRipCtrFilteredPkts

Indicates the total number of RIP packets that have been administratively filtered, system-wide, during nwIpRipCtrOperationalTime.

nwIpRipCtrDiscardPkts

Indicates the total number of RIP packets that have been discarded, system-wide, during nwIpRipCtrOperationalTime.

nwIpRipCtrInBytes

Indicates the total number of bytes in the RIP packets that have been received, system-wide, during nwIpRipCtrOperationalTime.

nwIpRipCtrOutBytes

Indicates the total number of bytes in the RIP packets that have been transmitted, system-wide, during nwIpRipCtrOperationalTime.

nwIpRipCtrFilteredBytes

Indicates the total number of bytes in the RIP packets that have been administratively filtered, system-wide, during nwIpRipCtrOperationalTime.

nwIpRipCtrDiscardBytes

Indicates the total number of bytes in the RIP packets that have been discarded, system-wide, during nwIpRipCtrOperationalTime.

nwIpRipIfTable

This table contains an entry for each router port. Each entry can contain different values, allowing the routing protocol configuration to vary from router port to router port. This table is indexed by nwIpRipIfIndex, which indicates the value of MIB 2 if ...

nwIpRipIfEntry

Each entry contains the RIP routing protocol configuration for the router port for which the entry exists.

nwIpRipIfIndex

Indicates the value of MIB 2 ifindex, which identifies the router port for which the entry exists.

nwIpRipIfAdminStatus

Sets the administrative state of the RIP routing protocol on the router port for which the entry exists. Enabled (3) causes RIP to become active on the router port. Disabled (2) causes RIP to become inactive on the router port.

nwIpRipIfOperStatus

Indicates the current operating condition of the RIP routing protocol on the router port for which the entry exists. The value of nwIpRipIfOperStatus indicates any problem with your RIP configuration on the router port. A value of 6 indicates that regardl ...

nwIpRipIfOperationalTime

Indicates the elapsed time, in hundredths of a second, nwIpRipIfOperStatus, has been in its current state.

nwIpRipIfVersion

Indicates the revision level of the RIP routing protocol firmware on the router port for which the entry exists, in textual format.

nwIpRipIfAdvertisement

Sets the interval, in seconds, at which RIP advertises the RIP route table on the router port for which the entry exists.

nwIpRipIfFloodDelay

Sets the length of time, in seconds, that the RIP routing protocol should wait after discovering that a directly connected route has gone down, before flooding updates (triggered updates) on the router port for which the entry exists. A value of 0 specifi ...

nwIpRipIfRequestDelay

Sets the length of time, in hundredths of a second, that the RIP routing protocol should wait after receiving a route request packet, before sending a response on the router port for which the entry exists. A value of 0 specifies that if a route request p ...

nwIpRipIfPriority

This object does not apply to this protocol. It is a common object, inherited from the MIB framework used to provide a common management interface to all the Cabletron Routing Services protocol-specific MIBs. Setting this object has no effect.

nwIpRipIfHelloTimer

This object does not apply to this protocol. It is a common object, inherited from the MIB framework used to provide a common management interfaced to all the Cabletron Routing Services protocol-specific MIBs. Setting this object has no effect.

nwIpRipIfSplitHorizon

Sets the operating condition of Split Horizon on the router port for which the entry exists. When Split Horizon is enabled, the RIP routing protocol keeps track of which router port route information is received on, and prevents information about a route ...

nwIpRipIfPoisonReverse

Sets the operating condition of Poison Reverse on the router port for which the entry exists. When Poison Reverse is enabled, the RIP routing protocol advertises any downed route as unreachable during the period of time that it must wait before removing t ...

nwIpRipIfSnooping

Controls the operation of RIP Snooping on the router port. When RIP Snooping is enabled the RIP routing protocol operates in passive mode so that it receives route information, builds and maintains a route table, but does not advertise the route table or ...

nwIpRipIfType

Indicates whether the directly connected network segment does or does not support broadcast media access. If broadcast media access is supported, RIP advertisements are sent out one broadcast packet per router port. If broadcast media is not supported, RI ...

nwIpRipIfXmitCost

This object does not apply to this protocol. It is a common object, inherited from the MIB framework used to provide a common management interface to all the Cabletron Routing Services protocol-specific MIBs. Setting this object has no effect.

nwIpRipIfAclIdentifier

Specifies the Access Control ID of the access control list in effect for RIP routing protocol packets on the router port for which the entry exists. A value of 0 indicates that there is no access control list in effect for RIP routing protocol packets on ...

nwIpRipIfAclStatus

Controls the operation of the access control list identified by nwIpRipIfAclIdentifier. Enabled (3) applies the access control list to all RIP routing protocol packet traffic on the router port for which the entry exists. Disabled (2) prevents the access ...

nwIpRipIfCtrTable

This table contains an entry for each router port.This table is indexed by nwIpRipIfCtrIfIndex which indicates the value of MIB 2 ifindex, which identifies the router port for which the entry exists.

nwIpRipIfCtrEntry

Each entry indicates the current packet and byte count of RIP routing protocol packets on the router port for which the entry exists.

nwIpRipIfCtrIfIndex

Indicates the value of MIB 2 ifindex, which identifies the router port for which the entry exists.

nwIpRipIfCtrAdminStatus

Sets the administrative state of the RIP packet and byte counters on the router port for which this entry exists. Enabled (3) causes these counters to become active. Disabled (2) causes these counters to become inactive.

nwIpRipIfCtrReset

Resets the per-port RIP packet and byte counters on the router port for which this entry exists. Reset (2) resets the counters to 0. nwIpRipIfCtrOperationalTime is also reset to 0.

nwIpRipIfCtrOperationalTime

Indicates the elapsed time, in hundredths of a second, that nwIpRipIfCtrAdminStatus has been in the current state.

nwIpRipIfCtrInPkts

Indicates the total number of RIP routing protocol packets that have been received, during nwIpRipIfCtrOperationalTime, on the router port for which the entry exists.

nwIpRipIfCtrOutPkts

Indicates the total number of RIP packets that have been transmitted, during nwIpRipIfCtrOperationalTime, on the router port for which the entry exists.

nwIpRipIfCtrFilteredPkts

Indicates the total number of RIP packets that have been administratively filtered during nwIpRipIfCtrOperationalTime, on the router port for which the entry exists.

nwIpRipIfCtrDiscardPkts

Indicates the total number of RIP routing protocol packets that have been discarded, during nwIpRipIfCtrOperationalTime. that were received through the router port for which the entry exists.

nwIpRipIfCtrInBytes

Indicates the total number of bytes in the RIP routing protocol packets that have been received, during nwIpRipIfCtrOperationalTime, on the router port for which this entry exists.

nwIpRipIfCtrOutBytes

Indicates the total number of bytes in the RIP routing protocol packets that have been transmitted, during nwIpRipIfCtrOperationalTime, on the router port for which the entry exists.

nwIpRipIfCtrFilteredBytes

Indicates the total number of bytes in the RIP routing protocol packets that have been administratively filtered, during nwIpRipIfCtrOperationalTime, on the router port for which the entry exists.

nwIpRipIfCtrDiscardBytes

Indicates the total number of bytes in the RIP routing protocol packets that have been discarded during nwIpRipIfCtrOperationalTime, that were received on the router port for which the entry exists.

nwIpRipRouteTable

This table contains the RIP route table. This table contains an entry for each route learned through the RIP routing protocol. Only the best routes from this table are added to the IP forwarding table to be used for packet switching.

nwIpRipRouteEntry

Each entry describes the RIP route to the destination network for which the entry exists.

nwIpRipRtNetId

This is the primary index into the RIP route table. This number indicates the IP Address of the destination for which the entry exists.

nwIpRipRtIfIndex

This is a secondary index into IP-RIP route table. This number corresponds to the value of MIB 2 ifindex, which identifies the router port for which the entry exists.

nwIpRipRtSrcNode

This is a secondary index into the RIP route table. This number indicates the IP Address of the source router from which this route was learned. A value of 0.0.0.0 indicates that the source is on the network segment directly connected to the router port, ...

nwIpRipRtMask

Indicates the Subnet Mask of the IP Address for which the entry exists.

nwIpRipRtHops

Indicates the number of hops required to reach the destination for which the entry exists.

nwIpRipRtAge

Indicates the amount of time, in seconds, since an update has been received for the route for which the entry exists.

nwIpRipRtType

Indicates whether the destination network is directly connected through the router port specified by nwIpRipRtIfIndex, or is indirectly connected through another router, specified by nwIpRipRtSrcNode.

nwIpRipRtFlags

Specifies properties of the RIP route. The bit mask is as follows: source-changed (1), best-source (2), local net (4), net-down (8), update-fib-only (16).

nwIpOspfAdminStatus

Sets the administrative state of the OSPF routing protocol. enabled(3) causes OSPF to become active on any IP configured router ports. disabled(2) causes OSPF to perform a graceful shutdown on any active IP configured router ports.

nwIpOspfOperStatus

Indicates the current operating condition of OSPF.

nwIpOspfAdminReset

Resets OSPF. reset(2) will force a restart of OSPF on any active IP router ports, configured for OSPF, without a graceful shutdown, without affecting any other routing services.

nwIpOspfOperationalTime

Indicates the amount of time (#of time ticks) that OSPF has been in its current operational state.

nwIpOspfVersion

Indicates the current Cabletron revision level of OSPF in textual format, not the OSPF version supported.

nwIpOspfStackSize

Specifies the stack size for the OSPF thread. In order for a change of this value to take effect, OSPF (nwIpOspfAdminStatus), IP (nwIpSysAdminStatus), or the device itself must be reset.

nwIpOspfThreadPriority

Specifies the run-time execution priority of the OSPF protocol thread. In order for a change of this value to take effect, OSPF or the IP routing services, or the device must be reset.

nwIpOspfCtrAdminStatus

Sets the operating condition of the aggregate (device-wide) OSPF packet and byte counters. enable (3) causes these counters to become active on any router ports running OSPF. disabled (2) cause these counters to become inactive on any router port running ...

nwIpOspfCtrReset

Resets the aggregate (device-wide) OSPF packet and byte counters. reset(2) resets the aggregate OSPF counters to 0 and nwIpOspfCtrOperationalTime to 0.

nwIpOspfCtrOperationalTime

Indicates the amount of time (# of time ticks) that the aggregate OSPF packet and byte counters have been active.

nwIpOspfCtrInPkts

Indicates the total number of OSPF packets that have been received, device-wide, during nwIpOspfCtrOperationalTime.

nwIpOspfCtrOutPkts

Indicates the total number of OSPF packets that have been transmitted, device-wide, during nwIpOspfCtr- Operational-Time.

nwIpOspfCtrFilteredPkts

Indicates the total number of OSPF packets that have been administratively filtered, device-wide, during nwIpOspfCtrOperationalTime.

nwIpOspfCtrDiscardPkts

Indicates the total number of OSPF packets that have been discarded, device-wide, during nwIpOspfCtrOperationalTime.

nwIpOspfCtrInBytes

Indicates the total number of bytes in the OSFP packets that have been received, device-wide, during nwIpOspfCtrOperationalTime.

nwIpOspfCtrOutBytes

Indicates the total number of bytes in the OSPF packets that have been transmitted, device-wide, during nwIpOspfCtrOperationalTime.

nwIpOspfCtrFilteredBytes

Indicates the total number of bytes in the OSPF packets that have been administratively filtered, device-wide, during nwIpOspfCtrOperationalTime.

nwIpOspfCtrDiscardBytes

Indicates the total number of bytes in the OSPF packets that have been discarded, during nwIpOspfCtrOperationalTime.

nwIpOspfIfTable

This table contains the OSPF configuration information for each IP router port

nwIpOspfIfEntry

Each entry specifies the OSPF configuration information for the IP router port for which the entry exists.

nwIpOspfIfIndex

This is the primary index into the OSPF interface table. This number corresponds to the index into the MIB-2 Interface Table which describes the router port for which the entry exists.

nwIpOspfIfAdminStatus

Sets the administrative state of OSPF on the IP router port for which the entry exists. enabled(3) causes OSPF to become active on the router port. disabled(2) causes OSPF to become inactive on the router port.

nwIpOspfIfOperStatus

Sets the administrative state of OSPF on the IP router port for which the entry exists. enabled(3) causes OSPF to become active on the router port. disabled(2) causes OSPF to become inactive on the router port.

nwIpOspfIfOperationalTime

Indicates the elapsed time, in hundredths of a second, that nwIpOspfIfAdminStatus has been in its current state.

nwIpOspfIfVersion

Indicates the OSPF protocol revision level supported on the router port.

nwIpOspfIfSnooping

Controls the operation of OSPF Snooping on the IP router port for which the entry exists.OSPF Snooping is operating OSPF in passive mode, so it receives route information, builds and maintains a route information table, but does not advertise. enable (3) ...

nwIpOspfIfType

Specifies whether the attached network segment does or does not support broadcast media access. bma (2) indicates that route advertisements can be sent as broadcasts. nbma (3) indicates that route advertisements must be addresses directly to each neighbor ...

nwIpOspfIfAclIdentifier

Specifies the Access Control List ID of the access control list applied to OSPF traffic on the IP router port for which the entry exists. A value of 0 indicates that no Access List applies.

nwIpOspfIfAclStatus

Controls the operation of the access list configured for OSPF traffic on the IP router port for which the entry exists. enabled(3) causes the access list to be applied. disabled(2) causes the access list not to be applied.

nwIpOspfIfCtrTable

This table contains the OSPF packet and byte counter for each configured OSPF router port.

nwIpOspfIfCtrEntry

Each entry specifies the OSPF packet and byte counter for for the router for which the entry exists.

nwIpOspfIfCtrIfIndex

This is the primary index into the OSPF interface counter table. This number corresponds to the index into the MIB-2 Interface Table which describes the router port for which the entry exists.

nwIpOspfIfCtrAdminStatus

Sets the administrative state of the OSPF packet and byte counters on the IP router port for which the entry exists. enabled(3) causes these counters to become active on the router port. disabled(2) turns these counters off.

nwIpOspfIfCtrReset

Resets the OSPF packet and byte counters on the router port for which the entry exists. reset (2) resets the interface-specific counters to 0 and nwIpOspfIfCtrOperationalTime to 0.

nwIpOspfIfCtrOperationalTime

Indicates the amount of time (# of time ticks) that the interface-specific OSPF packet and byte counters have been active on the router port for which the entry exists.

nwIpOspfIfCtrInPkts

Indicates the total number of OSPF packets that have been received, on the router port for which the entry exists, during nwIpOspfIfCtrOperationalTime.

nwIpOspfIfCtrOutPkts

Indicates the total number of OSPF packets that have been transmitted, on the router port for which the entry exists, during nwIpOspfIfCtrOperationalTime.

nwIpOspfIfCtrFilteredPkts

Indicates the total number of OSPF packets that have been administratively filtered, on the router port for which the entry exists, during nwIpOspfIfCtrOperationalTime.

nwIpOspfIfCtrDiscardPkts

Indicates the total number of OSPF packets that have been discarded, on the router port for which the entry exists, during nwIpOspfIfCtrOperationalTime.

nwIpOspfIfCtrInBytes

Indicates the total number of bytes in the OSPF packets that have been received, on the router port for which the entry exists, during nwIpOspfIfCtrOperationalTime.

nwIpOspfIfCtrOutBytes

Indicates the total number of bytes in the OSPF packets that have been transmitted, on the router port for which the entry exists, during nwIpOspfIfCtrOperationalTime.

nwIpOspfIfCtrFilteredBytes

Indicates the total number of bytes in the OSPF packets that have been administratively filtered, on the router port for which the entry exists, during nwIpOspfIfCtrOperationalTime

nwIpOspfIfCtrDiscardBytes

Indicates the total number of bytes in the OSPF packets that have been discarded, on the router port for which the entry exists, during nwIpOspfIfCtrOperationalTime.

nwIpRipRoutePriority

Specifies the route priority assigned to routes learned by the RIP routing protocol.

nwIpOSPFRoutePriority

Specifies the route priority assigned to routes learned by the OSPF routing protocol.

nwIpStaticRoutePriority

Specifies the route priority assigned to routes learned by statically configured routes..

nwIpOspfForward

The total number of valid Cabletron IP OSPF FIB entries to include static, dynamic, RIP and BGP4 type routes.

nwIpOspfLeakAllStaticRoutes

Add all static routes in the IP FIB to the Cabletron IP OSPF FIB for advertisement in OSPF routing protocol announcements.

nwIpOspfLeakAllRipRoutes

Add all RIP routes in the IP FIB to the Cabletron IP OSPF FIB for advertisement in OSPF routing protocol announcements.

nwIpOspfLeakAllBgp4Routes

Add all BGP4 routes in the IP FIB to the Cabletron IP OSPF FIB for advertisement in OSPF routing protocol announcements.

nwIpOspfStaticTable

A table of statically configured entries in the Cabletron IP OSPF FIB.

nwIpOspfStaticEntry

A list of information for each static entry in the Cabletron IP OSPF FIB.

nwIpOspfStaticDest

The network Address of a static route leaked from the IP FIB into the Cabletron IP OSPF FIB.

nwIpOspfStaticForwardMask

The network mask of a static route leaked from the IP FIB into the Cabletron IP OSPF FIB.

nwIpOspfStaticNextHop

The next hop address of a static route leaked from the IP FIB into the Cabletron IP OSPF FIB. A value of 0.0.0.0 indicates that packets for the external destination should be forwarded to the advertising router.

nwIpOspfStaticMetric

The Cabletron IP OSPF advertised cost of reaching the leaked static route.

nwIpOspfStaticMetricType

The Cabletron IP OSPF metric type to be advertised using OSPF: Autonomous System External type 1 (1) or Autonomous System External type 2 (2).

nwIpOspfStaticStatus

By setting this OID to inactive for a particular static route, the static route will be added to the IP OSPF FIB but not advertised. Setting this OID to active for a particular static route, the static route will be advertised by the OSPF router. By setti ...

nwIpHostsTimeToLive

Indicates the amount of time (number of minutes) that an entry can remain in the ARP cache.

nwIpHostsRetryCount

Indicates the maximum number of times IP Routing Services will retry each attempt to resolve a host address.

nwIpHostCtlTable

This table contains the control information for maintaining a cache of IP host addresses on each router port. Note that the of actual entries are maintained by the IP Address Translation Table (Net-to-Media) of MIB 2.

nwIpHostCtlEntry

Each entry contains the control information for maintaining the cache on each router port.

nwIpHostCtlIfIndex

Indicates the value of MIB 2 ifindex, which identifies the router port for which the entry exists.

nwIpHostCtlAdminStatus

This object does not apply to this protocol. It is a common object, inherited from the MIB framework used to provide a common management interface to all the Cabletron Routing Services protocol specific MIBS. Setting this object has no effect.

nwIpHostCtlOperStatus

Indicates the current operating condition of the IP Host Address cache on the router port for which the entry exists.

nwIpHostCtlOperationalTime

Indicates the elapsed time, in hundredths of a second, that nwIpHostCtlOperStatus has been in the current state.

nwIpHostCtlProtocol

Controls the operation of the ARP protocol on the router port for which the entry exists.

nwIpHostCtlSnooping

Controls ARP Snooping on the router port for which the entry exists. Given the ARP protocol is enabled, nwIpHostCtlProtocol=3, setting nwIpHostCtlIfSnooping to enabled (3) turns on ARP Snooping. When ARP Snooping is enabled the source IP and physical addr ...

nwIpHostCtlProxy

Controls the operations of Proxy ARP on the router port for which the entry exists. Given the ARP protocol is enabled, nwIpHostCtlProtocol=3, setting nwIpHostCtlProxy to enabled (3) turns on Proxy ARP. When Proxy ARP is enabled on a router port, and an AR ...

nwIpHostCtlCacheMax

Indicates the maximum number of entry slots the cache can consist of. nwIpHostCtlCacheMax cannot be set to less than 16. Setting this value does not allocate any memory for the cache.

nwIpHostCtlCacheSize

Indicates the current number of entry slots in the cache. The cache automatically resizes to accommodate all entries up to the maximum number of entries set by nwIpHostCtlCacheMax.

nwIpHostCtlNumStatics

Indicates the total number of static entries in the cache on the router port for which the entry exists. Static entries remain in the cache until they are administratively removed.

nwIpHostCtlNumDynamics

Indicates the number of dynamic entries in the cache on the router port for which the entry exists. Dynamic entries area added and aged out by the ARP protocol.

nwIpHostCtlCacheHits

Indicates the number of times an entry in the cache has been used to successfully provide the physical address required to forward an IP packet on the router port for which the entry exists.

nwIpHostCtlCacheMisses

Indicates the number of times the physical address required to forward an IP packet has not been found in the cache on the router port for which the entry exists.

nwIpHostMapTable

The Ip Address translation table used for mapping an IP address to physical address, framing, port and circuit identifier, if applicable.

nwIpHostMapEntry

Each entry contains one IpAddress to 'physical' address equivalence, including a circuit identifier if applicable. Also provided is the framing and port number required to converse with this host.

nwIpHostMapIfIndex

This is the primary (major) index into the HostMap table. This number corresponds to the index into the MIB-2 Interfaces Group which describes the IP router port for which the entry exists.

nwIpHostMapIpAddr

The IpAddress corresponding to the media-dependent 'physical' address and circuit identifier (if applic).

nwIpHostMapPhysAddr

The media-dependent 'physical' address. The value of this object is 0 for entries indicating native-wan(8) framing.

nwIpHostMapType

Setting this object to the value invalid(2) has the effect of invalidating the corresponding entry in the nwIpHostMapTable. That is, it effectively dissasociates the circuit identified with said entry from the mapping identified with said entry. It is an ...

nwIpHostMapCircuitID

The identifier for the virtual circuit present on the interface. On an interface configured for Frame Relay, this number is the DLCI for the IP Address at the end of the circuit. For non-WAN interfaces, the value of this object is zero.

nwIpHostMapFraming

Specifies the framing type required to converse with the host for which this entry exists.

nwIpHostMapPortNumber

The unique value for the logical port number. It's value ranges between 1 and a maximum value which is dependent on both the number of interfaces in the system and the number of circuits present on interfaces which are of WAN type.

nwIpAclValidEntries

Indicates the number of valid entries that exist in the access control list table.

nwIpAclTable

This table contains the access control list information for IP traffic. This table contains entries, each of which allows packet forwarding between source/destination pairs to be permitted or denied. The list is identified by the Access Control List ID. E ...

nwIpAclEntry

Each entry contains IP source/destination access information.

nwIpAclIdentifier

This is the primary (major) index into the IP access control list table. This value identifies the access control list by a unique identifier arbitrarily assigned by the user. All entries that have the same value for nwIpAclIdentifier belong to the same a ...

nwIpAclSequence

This is the secondary (minor) index into the IP access control list table. This number corresponds to a sequence number used to order multiple entries within the same access control list.

nwIpAclPermission

Specifies whether access is allowed or denied between the source and destination address pair. Note that source and destination are interchangeable when bi-directional control is selected. To remove an existing entry set nwIpAclPermission to invalid (2). ...

nwIpAclMatches

Indicates the number of matches on this entry that have resulted in the permit/deny access restriction being applied as part of the forwarding process.

nwIpAclDestAddress

Specifies the destination IP address used to compare for matches on the access control list.

nwIpAclDestMask

Specifies the mask to be applied to the destination address to determine the portion of the address used to compare for matches on the access control list. Only bits that are matching are used in the comparison. This allows for wild-carding and partial ma ...

nwIpAclSrcAddress

Specifies the source address used to compare for matches on the access control list.

nwIpAclSrcMask

Specifies the mask to be applied to the source address to determine the portion of the address to be used to compare for matches on the access control list. Only bits that are matching are used in the comparison. This allows for wild-carding and partial m ...

nwIpAclProtocol

Specifies the IP protocols checked to compare for matches on the access control list.

nwIpAclPortNumber

Specifies the port number used to compare for matches on the access control list. nwIpAclPortNumber only applies if nwIpAclProtocol is equal to 4 or 5, UDP or TCP nwIpAclPortNumber ranges from 0 to 65536. The value 0 is a wildcard which matches any port.

nwIpRedirectTable

This table contains an entry for each UDP port configured for UDP broadcast redirection.

nwIpRedirectEntry

Each entry contains the UDP port number of and IP Address to which UDP packets received as LAN broadcasts, should be redirected.

nwIpRedirectPort

This is the primary index into the UDP redirector table, identifying the UDP port number of the packets that will be redirected.

nwIpRedirectAddress

Sets the IP address to which the UDP broadcast packets matching the UDP redirect port value (nwIpRedirectPort) will be forwarded.

nwIpRedirectType

Set this object to enable or disable the redirector feature for the UDP port specified by nwIpRedirectAddress.

nwIpRedirectCount

Indicates how many UDP broadcast packets have been redirected, as specified by this entry.

nwIpEventAdminStatus

Sets the administrative state of IP event logging. enabled(3) causes the event log to become active. disabled(2) causes the event log to become inactive.

nwIpEventMaxEntries

Sets the administrative state of IP event logging. Enabled (3) causes the event log to become active. Disabled (2) causes the event log to become inactive.

nwIpEventTraceAll

Enabled (3) allows logging of all event types on all router ports for all protocols and components. Disabled (2) causes the filter table to specify which events to log.

nwIpEventFilterTable

This table contains an entry for each event filter configured for IP Routing Services events.

nwIpEventFilterEntry

Each entry describes an event filter which defines a particular type of event to be logged to the event log. The value of nwIpEventProtocol indicates the value used in either the nwRtgProtocolTable or the nwComponentTable in the Cabletron Routing Services ...

nwIpEventFltrProtocol

Indicates the value of the Cabletron Routing Services MIB nwRtgProtocolInstance or nwComponentRtgInstance which identifies the protocol involved in the event for which the event filter exists.

nwIpEventFltrIfNum

Specifies the router port involved in the event for which the event filter exists.

nwIpEventFltrControl

Set this value to 3 to add the entry to the event filter table. Set this value to 2 to remove the entry from the event filter table.

nwIpEventFltrType

This 6 bit mask specifies the types of events to be logged. By default all 6 bits are set to 1, indicating that all types of events are to be logged. Setting any bit to 0 removes an event type from this field and prevents that type of event from being log ...

nwIpEventFltrSeverity

Specifies the level of severity an event must meet in order to be logged. Controls the amount of event logging by ignoring events of a lower priority than specified by this filter value. `Highmed' ignores only events of the lowest severity. `Highlow' logs ...

nwIpEventFltrAction

Specifies how the events are to be logged. Logging to the `log' stores the events in the event log table (nwIpEventFltrAction). Logging to `trap' sends events out through the trap mechanism.

nwIpEventTable

This table contains an entry for each event that has been logged.

nwIpEventEntry

Each entry contains the information about an event that has been logged to the event table.

nwIpEventNumber

An ordinal value assigned to the event for which the log entry exists. nwIpEventNumber is assigned so that each event in the event log can be uniquely identified by the value of nwIpEventNumber.

nwIpEventTime

Indicates the time at which the event was logged to the event log.

nwIpEventType

Indicates the type of event that was logged.

nwIpEventSeverity

Indicates the severity that was assigned to the event.

nwIpEventProtocol

Indicates the value of the Cabletron Routing Services MIB nwRtgProtocolInstance or nwComponentInstance which indentifies the protocol or component that was involved in the event.

nwIpEventIfNum

Indicates the router port that was involved in the event.

nwIpEventTextString

Contains the actual text string that was logged.

nwIpWgDefTable

This table has an entry for each workgroup subnet definition. It is indexed by and arbitrary integer indentifier.

nwIpWgDefEntry

Each entry specifies the configuration and status of an individual work group.

nwIpWgDefIdentifier

An index into the definition table, unique to each entry, arbitrarily assigned by the user.

nwIpWgDefHostAddress

The IP address of the IP router host which applies to every interface included in the workgroup.

nwIpWgDefSubnetMask

The subnet mask for the IP address above, thereby defining the subnet which applies to every interface included in the workgroup.

nwIpWgDefSecurity

A security level which applies to this workgroup as a whole. Security applies in conjunction with the range table below, which locks hosts to interfaces and/or physical address. Packets are filtered out if security is violated. For a high (4) security wor ...

nwIpWgDefFastPath

Enabled (3) provides a fast path for packets through the router when both source and destination are within this workgroup - done mostly by skipping IP header validation.

nwIpWgDefRowStatus

This status instance does not support `createAndGo.' A row entry should be created by a set of `createAndWait' which brings the status to `notReady.' The missing row info may then be supplied by setting nwIpWgDefHostAddr and nwIpWgDefSubnetMask. If defaul ...

nwIpWgDefOperStatus

The operational status of this workgroup definition entry. It will be `disabled' if this entry's row status is not active. It will be `subnetConflict' if there is a conflict with an existing active entry in this workgroup definition table.

nwIpWgDefNumActiveIntf

The number of interfaces (ports) in this workgroup which have an operational status nwIpWgIfOperStatus of `OK' in the IP Work Group Interface table below.

nwIpWgDefNumTotalIntf

The number of interfaces (ports) in this workgroup which have an administrative status nwIpWgIfRowStatus of `active' in the IP Work Group Interface table below.

nwIpWgIfTable

This table contains an entry for each port in a workgroup. It is indexed by the workgroup identifier and the MIB-II interface indentifier.

nwIpWgIfEntry

Each entry specifies the association of a router port to a defined workgroup.

nwIpWgIfDefIdent

The workgroup identifier. This is the primary index into the IP Work Group Interface Table, matching the index into the Definition Table above.

nwIpWgIfIfIndex

The interface number. This is the secondary index into the IP Work Group Interface Table, matching the primary index into the MIB-2 IfTable which describes the router port.

nwIpWgIfNumActiveHosts

The number of hosts known to be active on this interface in this workgroup. These hosts are visible in the IP Work Group Host Table below. Hosts age out and become inactive in approximately 10 minutes if not rediscovered thrugh ARP.

nwIpWgIfNumKnownHosts

The number of hosts seen on this interface in this workgroup since this interface entry was last activated.

nwIpWgIfRowStatus

This status instance supports `createAndGo' semantics to create an active entry.

nwIpWgIfOperStatus

The operational status of this interface (port) entry. It will be `disabled' if this entry's row status is not active. It will be `workgroupInvalid' if either there is no workgroup defined for this entry's nwIpWgIfDefIdent or if the operational status for ...

nwIpWgRngTable

This table locks ranges of IP hosts (addresses) to ports. Entries in this table represent explicit permissions. The host(s) represented by a range entry may exchange packets with this router if it (they) match the port specified in the entry. Optionally p ...

nwIpWgRngEntry

Each entry configures a range of host IP addresses to be associated with a given interface ( port ). If the range consists of a single host address the entry may optionally specify a physical address. The entry is indexed by the range and the port. Ranges ...

nwIpWgRngBegHostAddr

The beginning (lower) IP address of the address range. This is the primary index into the IP Work Group Range Table.

nwIpWgRngEndHostAddr

The ending (higher) IP address of the address range. This is the secondary index of the IP Work Group Range Table.

nwIpWgRngIfIndex

The interface number. This is the tertiary index into the IP Work Group Interface Table, matching the primary index into the MIB-2 IfTable which describes the router port.

nwIpWgRngPhysAddr

The physical address of the host with the IP address given in the nwIpWgRngBegHostAddr for this conceptual row entry. Only single host range entry in which nwIpWgRngEndHostAddr is the same as nwIpWgRngBegHostAddr may set a physical address.

nwIpWgRngRowStatus

This status instance supports `createAndGo' semantics to create an active entry.

nwIpWgRngOperStatus

The operational status of this range table entry. It will be `disabled' if this entry's row status is not active. It will be `workgroupInvalid' if either there is no workgroup or if the operational status for the workgroup in the definition table associat ...

nwIpWgHostTable

A read only status table for hosts in workgroups. It has the information similar to a net-to-media table.

nwIpWgHostEntry

Each entry shows a workgroup host. Entry is indexed by IP address and interface (port). It gives the workgroup and the physical address found for the host.

nwIpWgHostHostAddr

The host IP address. This is the primary index to the IP Work Group Host Table.

nwIpWgHostIfIndex

The interface (port) number. This is the secondary index to the IP Work Group Host Table, matching the primary index to the MIB-2 IfTable which describes the router port.

nwIpWgHostDefIdent

The workgroup identifier. This corresponds to the primary index into the IP Work Group Interface Table.

nwIpWgHostPhysAddr

The physical address of the host with the IP address given in the nwIpWgHostHostAddr for this conceptual row entry.

nwIpWgHostStatus

This status of the host with respect to the workgroup. The host may be `unknown' if ARP has not discovered on which port it resides. The status of `invalid-multiple' means the same host IP address was later found duplicated on another port. The status of ...