FIBRONICS-PROPRIETARY-FX8210-B-MIB Download

rCircNum

rccTable

rccEntry

rccIndex

rccState

rccType

rccCost

rccBSize

rccHTimer

rccLine

rbcTable

rbcEntry

The INDEX value specified should correspond to the index of the circuit of the desired entry.

rbcDrout

rbcMrout

rbcRpri

rCCntrs

rCCntrEntry

The INDEX value specified should correspond to the index of the circuit of the desired entry.

rCCntTePktsIn

rCCntOPktsOut

rCCntTrPktsIn

rCCntTrPktsOut

rCCntAdjDown

rnNmId

rnNmPaddr

rnRpAMaxC

rnRpAMaxH

rnRpBRtTmr

rnRpBSize

rnRpMAddr

rnRpMArea

rnRpMaxBNR

rnRpMaxBR

rnRpMaxCir

rnRpMaxCost

rnRpMaxHops

rnRpMaxV

rnRpVers

rnRpSegBuf

rnRpType

rnRpAddr

rnRpUseL2A

rnRcAgedPkt

rnRcUnReach

rnRcBadRange

rnRcOversize

rnRcFormErr

rnRcRtUpLoss

rnAdjTbl

rnAdjEnt

rnAdjAddr

rnAdjState

rnAdjType

rnAdjCIdx

rnAdjBSize

rnAdjLTmr

rnAdjPri

rnLvl1Tbl

rnLvl1Ent

rnLvl1Addr

rnLvl1Cidx

rnLvl1Cost

rnLvl1Hops

rnLvl1Next

raParmTbl

raParmEntry

raNum

raCIdx

raCost

raHops

raNext

pccTable

pccEntry

pccIndex

pccState

pccCost

pccHTimer

pbcTable

pbcEntry

The INDEX value specified should correspond to the index of the circuit of the desired entry.

pbcMrout

pbcRpri

pnRpAMaxC

pnRpAMaxH

pnRpBRtTmr

pnRpBSize

pnRpMAddr

pnRpMArea

pnRpMaxBNR

pnRpMaxBR

pnRpMaxCost

pnRpMaxHops

pnRpMaxV

pnRpType

pnRpAddr

pnRpUseL2A

pnRpRstDaddr

pDecDefaults

When this object is set to 1, the side effect will be to cause the unit to reset all the objects defined under the subtree decperm to their default values. Reading this object has no meaning. The integer value 1 will be returned to a get or get-next req ...

rTrapAddrTbl

This table contains runtime information about destinations to which traps should be directed. Setting the rTrapAddrState to INACTIVE removes an entry from the table.

rTrapAddrEntry

This object contains runtime information about an individual trap destination.

rTrapAddrAddr

The IP address of the network management entity to which traps (of the type specified in this table entry) should be sent.

rTrapAddrComm

Community string to be used in SNMP message generated to the receiving SNMP protocol entity.

rTrapAddrVer

The trap address table version number. The current (and only valid) version number is 1.

rTrapAddrType

A bit-encoded string, 1 byte in length, which contains information about which trap(s) should be directed to the management entity described by this table entry. The following list identifies the trap types and corresponding bit values. TRAP_STANDARD_MIB ...

rTrapAddrState

The state of this entry in the trap address table. Setting this object to INACTIVE removes the corresponding entry from the table.

pTrapAddrTbl

This table contains permanent information about destinations to which traps should be directed. Setting the pTrapAddrState to INACTIVE removes an entry from the table. This information is used to initialize the rTrapAddrTbl on unit startup.

pTrapAddrEntry

This object contains permanent information about an individual trap destination.

pTrapAddrAddr

The IP address of the network management entity to which traps (of the type specified in this table entry) should be sent.

pTrapAddrComm

Community string to be used in SNMP message generated to the receiving SNMP protocol entity.

pTrapAddrVer

The trap address table version number. The current (and only valid) version number is 1.

pTrapAddrType

A bit-encoded string, 1 byte in length, which contains information about which trap(s) should be directed to the management entity described by this table entry. The following list identifies the trap types and corresponding bit values. TRAP_STANDARD_MIB ...

pTrapAddrState

The state of this entry in the trap address table. Setting this object to INACTIVE removes the corresponding entry from the table.

pTrapDefaults

When this object is set to 1, the side effect will be to cause the unit to reset all the objects defined under the subtree traperm to their default values. Reading this object has no meaning. The integer value 1 will be returned to a get or get-next req ...

rClParmTbl

rClParmEntry

The INDEX value specified should correspond to the index of the interface of the desired entry.

rClState

rClSubSt

rBlParmTbl

rBlParmEntry

The INDEX value specified should correspond to the index of the interface of the desired entry.

rBlHAddr

rElCountTbl

rElCountEntry

The INDEX value specified should correspond to the index of the interface of the desired entry.

rElFrIn

rElFrOut

rElBcBIn

rElBcFIn

rElMcBIn

rElMcFIn

rElFDef

rElF1Col

rElFMCol

rElOutF

rElCDetF

rElInF

rElBadD

rElOvRun

rElNoBuf

rTod

This is a 15 byte string containing the Greenwich Mean Time formatted as: YYMMDDHHMMSSUUU, where: YY = year DD = day HH = hours MM = minutes SS = seconds UUU = microseconds

rFddiIfIndex

The snmp Fddi interface Number

rPingTable

A table of requests for ping via ICMP echo. No modification of existing table entries is allowed, only addition of new entries.

rPingEntry

The list of parameters required to perform a ping request

rPProto

The protocol to be used for the ping request. Future versions will also support Loopback Mirror and Decnet Circuit Loopback.

rPDest

The network address of the node to ping.

rPTimeOut

Timeout in seconds to allow for the remote node to respond.

rPReply

Reply to ICMP echo received by agent. NOTE: Although this object is defined as read-write, attempting to write any value results in an error.

rPState

The state of the entry. When this state is set to ACTIVE, the appropriate ping request will be issued by Brouter. A table entry with a state of INACTIVE is an invalidated entry and will not be returned to a get request.

rDebugTable

A table of entries used to manage debug reporting from the Brouter.

rDebugEntry

Variables needed to maintain the FPP debug mechanisms.

rDTaskId

Task-id assigned to the task being debugged. Task-id`s are assigned as follows: IP_ID 2 ICMP_ID 3 RIP_ID 4 UDP_ID 6 ARP_ID 7 KSMAP_ID 8 FMAINP_ID 9 SYSTEM_ID 10 PROXY_ARP_ID 11

rDDevStat

Indicates whether the development level debug messages for this module should be reported to the NMS.

rDRunStat

Indicates whether the runtime network diagnostic messages for this module should be reported to the NMS.

rUDnld

Setting this object to 1 has the side effect of causing the unit to perform a cold reset. Reading this object has no meaning. The value 1 is returned in response to a get or get-next request.

rURset

Setting this object to 1 has the side effect of causing the unit to perform a warm reset. Reading this object has no meaning. The value 1 is returned in response to a get or get-next request.

rUIpSw

Indicates the state of the IP routing feature. If this switch is turned OFF, IP traffic will not be routed through the brouter. IP messages destined for the brouter will be delivered to the unit's upper layers. This leaves the SNMP agent accessible to i ...

rUDecSw

Indicates the state of the Decnet feature. If this switch is turned OFF, no Decnet traffic will be routed through this unit. If bridging is activated, the Decnet trafic will be bridged.

rUBrSw

Indicates the state of the bridging feature. If this switch is turned OFF, no traffic will be bridged through this unit. All traffic will be required to be sent through one of the active routing functions.

rUIpCfg

Indicates the state of IP routing based on its (sub)net configuration. RT_CFG_HOST_ONLY indicates that there is only one IP address in the unit. All IP packets received while in this state will be bridged as an unknown protocol.

rURunningVersion

Indicates the running version.

rUDnldAllowed

Indicates whether downloading to the brouter's Flash memory will be permitted. If this flag is set to OFF the agent will refuse to download into its flash memory. At system start-up this parameter will be initialized to OFF. Once this has been set to O ...

rUInitFlash

Indicates if the flash bank states are being initialized. If this object is set to TRUE, the side effect will be to cause the flash states to be initialized. If the flash is in the process of being initialized, a get or getnext operation performed on th ...

pPMibVer

Proprietary mib version number.

pEepVer

Version number supported in the EEPROM.

pUIpSw

Permanently stored (EEPROM) value for IP routing status. See rUIpSw for a complete description. The default value for this object is ON.

pUDecSw

Permanently stored (EEPROM) value for DECnet routing status. See rUDecSw for a complete description. The default value for this object is ON.

pUBrSw

Permanently stored (EEPROM) value for bridging status. See rUBrSw for a complete description. The default value for this object is ON.

pUIpCfg

Permanently stored (EEPROM) value for IP configuration. See rUIpCfg for a complete description. The default value for this object is determined by the IP address stored in the permanent database.

pULoadVersion

Permanently stored (EEPROM) value for the desired load version. This value of this object indicates which flash-stored version is to be initiated upon reset of this unit.

pUDefaults

When this object is set to 1, the side effect will be to cause the unit to reset all the objects defined under the subtree propSysPerm to their default values. Reading this object has no meaning. The integer value 1 will be returned to a get or get-next ...

pUFlashTable

Contains the information needed for Flash memory maintenance.

pUFlashEntry

Information about a particular bank of flash memory.

FlashIndex

A unique index value for each flash memory bank.

FlashVersion

Indicates the version contained in this flash memory bank. If the flash memory bank is uninitialized or invalid, this object will contain a NULL string

FlashState

sysPermBridgeAvailable

Indicates whether the unit supports bridging functionality or not.

sysPermIpAvailable

Indicates whether the unit supports IP functionality or not. IP host functionality is always present.

sysPermDecAvailable

Indicates whether the unit supports DECnet functionality or not.

pUloadType

This object indicates the type of download to be exercised the next time the unit is loaded. It is a choice of: USER 1 MFG 2 DEV 3

rIpMaskTable

The list of address masks used by this router for determining its subnets.

rIpMaskEntry

Items contained in the runtime Address Mask Table.

rMaskNet

The IP network this mask is defined for.

rMask

The subnet mask associated with the IP address of this entry. The value of the mask is an IP address with all the network bits set to 1 and all the hosts bits set to 0.

rMaskState

The state of this entry. To remove an entry from the table, simply set this field to INACTIVE.

rIpOurAddrTable

Proprietary extensions for the rfc1156 defined ipAddrTable.

rIpOurAddrEntry

Proprietary extensions for the rfc1156 defined ipAddrEntry. A proprietary ipAddrTable entry contains 4 standard objects and the 4 proprietary objects listed below. The standard objects are: ipAdEntAddr, ipAdEntIfIndex, ipAdEntNetMask and ipAdEntBcastAdd ...

rAddrDbcast

Allows the user to set the directed broadcast parameter of an IP network. Default value is 'no directed broadcast'.

rAddrRipMetric

A number from 1 to 15 used to calculate the metrics to given destinations, RIP will add this metric to metrics received from other RIP gateways on this (sub)network. In effect, this can be used to prioritize the (sub)network used for a destination reacha ...

rAddrRipState

Defines the current state of the RIP protocol for this IP network. The default value is ON.

rAddrState

The state of this entry. To remove an entry from the table, simply set this field to INACTIVE.

rIpIfTable

Proprietary extensions for the rfc1156 defined ifTable.

rIpIfEntry

Proprietary extensions for the rfc1156 defined ifEntry. The INDEX value specified should correspond to the index of the interface of the desired entry.

rIfArpStat

Allows the user to turn ARP on and off for the interface.

rIfPArpStat

Allows the user to turn proxy ARP on and off for the interface.

rIfBcMask

When set to ON, Brouter will broadcast its address mask on start up. When set to OFF, the Brouter will not broadcast its address mask on start up.

rDftGw

The IP address of the default gateway.

rIpAtTable

Proprietary extensions for the rfc1156 defined atTable.

rIpAtEntry

Proprietary extensions for the rfc1156 defined atEntry. A proprietary atTable entry contains 3 standard objects and the 2 proprietary objects listed below. The standard objects are: atIfIndex, atPhysAddress and atNetAddress. To add an atEntry to the at ...

rAtStatic

Defines an entry as static or dynamic. A static entry is one that has been entered manually by the network administrator and can be changed only by the network administrator. The routing protocols never overwrite a static entry. A dynamic entry is one ...

rAtAge

The age of the entry in minutes.

rIpRtTable

Proprietary extensions for the rfc1156 defined ipRoutingTable.

rIpRtEntry

Proprietary extensions for the rfc1156 defined ipRoutingEntry. A proprietary ipRouteEntry entry contains 10 standard objects and the proprietary object listed below. The standard objects are: ipRouteDest, ipRouteIfIndex, ipRouteMetric1, ipRouteMetric2, ...

rRtStatic

Defines an entry as static or dynamic. A static entry is one that has been entered manually by the network administrator and can be changed only by the network administrator. The routing protocols never overwrite a static entry. A dynamic entry is one ...

rRipTrInd

This flag indicates whether the rRipTrustTable is used to list trusted or not-trusted gateways. When the state is changed, all existing entries in the table are cleared. The default value is OFF. Setting this object to OFF causes the trust list to be re ...

rRipTrustTable

This table has 2 possible meanings depending on the value of rRipTrInd. These 2 configuration options allow the network administrator to limit RIP's scope for inbound processing. Outbound processing in not affected by this table. If rRipTrInd is set to ...

rRipTrustEntry

The list of fields needed to support the rRipTrustTable.

rTrRestGw

The IP address of the gateway being restricted.

rTrRestState

The state of this entry. To add an entry to the list, set this field to ACTIVE. To remove an entry from the table, simply set this field to INACTIVE.

rRipLsnIndTable

The rRipLsnIndTable contains the flags that indicate the type of listen restriction that is active for a given destination address.

rRipLsnIndEntry

The variables needed to maintain an entry in the rRipLsnIndTable.

rRipLsnIndDest

The restricted destination address. For the LISTEN list this address will be the address of a gateway on a locally attached (sub)network. For the DO_NOT_LISTEN list this address will be a locally attached (sub)network.

rRipLsnType

Indicates whether the restricted list for this destination is a LISTEN list or a DO_NOT_LISTEN list. When the restriction indicator is changed, the associated LISTEN/DO_NOT_LISTEN list is removed. This field is the validation field to add/delete an entr ...

rRipLsnTable

Setting this table causes RIP to select inbound update information about a specific network or host. This table allows the network administrator to limit RIP's scope for inbound processing. Outbound processing is not affected by this table. If the rRipLs ...

rRipLsnEntry

The list of fields needed to support the rRipLsnTable.

rLsnAddr

The destination address being restricted by this command.

rLsnRstAddr

The IP address of the gateway/network being restricted.

rLsnRstState

The state of this entry. To remove an entry from the table, set this field to INACTIVE. To add an item to this table set the state to ACTIVE. However, please note that before entries be added to this list it must have a corresponding entry in the rRipLs ...

rRipAnncIndTable

The rRipAnncIndTable contains the flags that indicate the type of announce restriction(s) that are active for each (sub)network supported by the unit. Please note that before any entries can be defined here or in the rRipAnncTable, the (sub)network must ...

rRipAnncIndEntry

The variables needed to maintain an entry in the rRipAnncIndTable.

rRipAnncIndNet

The IP address this unit recognizes on the (sub)network being restricted.

rRipAnncType

Indicates whether this (sub)network has an ANNOUNCE list, a DO_NOT_ANNOUNCE list or if the restriction is shut OFF. When the restriction indicator is changed, the associated ANNOUNCE/DO_NOT_ANNOUNCE list is removed.

rRipAnncTable

Setting this table causes RIP to taylor its update announcements. This table allows the network administrator to limit RIP's scope for outbound processing. Inbound processing is not affected by this table. If the rRipAnncType is set to ANNOUNCE, RIP wi ...

rRipAnncEntry

The list of fields needed to support the rRipAnncTable.

rAnncNet

The IP address this unit recognizes on the (sub)network being restricted.

rAnncDestAddr

The IP address of the gateway being restricted.

rAnncRstState

The state of this entry. To remove an entry from the table, simply set this field to INACTIVE.

rRipSrcTable

Setting this table causes RIP broadcasting to be shut off by indicating which gateways should receive directed RIP information. No broadcast RIP update massages will be sent on the specified network. This table allows the network administrator to limit ...

rRipSrcEntry

The list of fields needed to support the rRipSrcTable.

rSrcAddr

The IP address this unit recognizes on the (sub)network being restricted.

rSrcRstGw

The IP address of the gateway being restricted.

rSrcRstState

The state of this entry. To remove an entry from the table, simply set this field to INACTIVE.

rIpRtEvTable

Table containing the status of each routing event supported in the brouter.

rIpRtEvEntry

The entry containing the status of a specific routing event.

rRtEvTskId

The task id of the reporting entity.

rRtEvCode

The event id assigned to the specific routing event.

rRtEvStatus

Status of this routing event.

rRipTotRef

Total number of RIP lookups.

rRipTotFnd

Number of times when routing destination was found.

rRipUdpRcv

Number of received RIP responses.

rRipUdpXmt

Number of transmitted RIP responses.

rRipUdpTrig

Total number of triggered RIP updates.

rRipReqRcv

Number of received RIP requests.

rRipReqXmt

Number of transmitted RIP requests.

rRipInvRcv

Number of invalid RIP messages received.

rArpInMsgs

The total number of ARP messages which the entity received. Note that this counter includes all those counted by 'Inbound Errors'.

rArpInErr

The number of ARP messages which the entity received but determined as having errors (bad ARP opcode, bad protocol, bad hardware type).

rArpInIll

The number of illegal ARP messages received: Target Protocol Address (tpa) and Sender Protocol Address (spa) belongs to different networks, tpa, spa are illegal, tpa is broadcast etc.

rArpInOpCd

The number of ARP messages received, with bad opcode. Neither request nor reply.

rArpInReq

The number of ARP Request messages received.

rArpInRep

The number of ARP Reply messages received.

rArpInNotMe

The number of ARP Requests 'Not For Me messages' received.

rArpOutMsgs

The total number of ARP messages which this entity attempted to send. Note that this counter includes all those counted by 'Outbound Errors'.

rArpOutErr

The number of ARP messages which this entity did not send due to problems discovered within ARP such as a lack of buffers. This value should not include errors discovered outside the ARP layer such as the inability of the data link layer to send the mess ...

rArpOutReq

The number of ARP Request messages sent.

rArpOutRep

The number of ARP Reply messages sent.

rArpResReq

The number of resolve requests to this entity made by an upper level protocol.

rPArpInRep

The number of ARP replies recognized as a reply to a previous arp-request issued by proxy arp.

rPArpInReqSrch

The number of ARP requests recognized as 'naive request' that were put on the Proxy Search List.

rPArpOutReq

The number of ARP request sent on behalf of another host by proxy arp.

rPArpOutRep

The number of ARP replies sent by proxy arp, back to a naive host, as a result of passive proxy (the sought host was in the table).

rPArpOutActRep

The number of ARP replies sent by proxy arp, back to a naive host, as the result of an active proxy search.

rPArpToutSrch

The number of entries that were timed out from proxy arp search list (these entries got no reply during the proxy life-time interval).

rPArpNaiveReq

The number of ARP requests recognized as 'naive request' and to be handled by proxy arp mechanism. (A 'naive host' is a host with no subnetting knowledge.)

pIpMaskTable

The permanent list of address masks used by this router to initialize it's rIpMaskTable.

pIpMaskEntry

Items contained in the permanent Address Mask Table.

pMaskNet

The IP network this mask is defined for.

pMask

The subnet mask associated with the IP address of this entry. The value of the mask is an IP address with all the network bits set to 1 and all the hosts bits set to 0.

pMaskState

The state of this entry. To remove an entry from the table, simply set this field to INACTIVE.

pIpOurAddrTable

The permanent list of parameters used by this router to initialize its ipAddrTable as well as the extention table rIpOurAddrTable.

pIpOurAddrEntry

Objects required for a single entry in the pIpOurAddrTable. To add a pIpOurAddrEntry to the pIpOurAddrTable, the pAddrState is the validating item. Therefore, pAddrState must be the last item in the message when adding an entry. To add to the pIpOurAdd ...

pAddrOurAddr

The IP Address being defined in this entry.

pAddrIfIndex

The interface this IP Address being defined on.

pAddrBcAddr

As defined in rfc1156. 'The value of the least-significant bit in the IP broadcast address used for sending datagrams on the (logical) interface associated with the IP address of this entry. For example, when the Internet standard all-ones broadcast add ...

pAddrDbcast

Allows the user to set the directed broadcast parameter of an IP network. The default is 'no directed broadcast'.

pAddrRipMetric

A number from 1 to 15 used to calculate the metrics to given destinations, RIP will add this metric to metrics received from other RIP gateways on this (sub)network. In effect, this can be used to prioritize the (sub)network used for a destination reacha ...

pAddrState

The state of this entry. To remove an entry from the table, simply set this field to INACTIVE.

pAddrRipState

The state of RIP for this entry.

pIpIfTable

The permanent list of parameters used by this router to initialize its ifTable as well as the extention table rIpIfTable.

pIpIfEntry

Objects required for a single entry in the pIpIfEntry.

pIfIndex

Interface ID that uniquely identifies this interface among all other interfaces in this brouter.

pIfType

Specifies the type of Physical and Data-Link layers. See rfc1156 for protocol codes.

pIfMtu

Maximum Transmission Unit size that is supported on this network. The largest value acceptable for Ethernet is 1500 and for FDDI is 4500.

pIfArpStat

Allows the user to turn ARP on and off for the interface.

pIfPArpStat

Allows the user to turn proxy ARP on and off for the interface.

pIfAdminStat

Specifies the desired initial state of the interface (i.e., should the interface be started without direction from the operator). See rfc1156 for state codes.

pIfBcMask

When set to ON, the brouter will broadcast its address mask on start up. When set to OFF, the brouter will not broadcast its address mask on start up.

pDftGw

The IP address of the permanent default gateway.

pIpDefaults

When this object is set to 1, the side effect will be to cause the unit to reset all the objects defined under the subtree propIpPerm to their default values. Reading this object has no meaning. The integer value 1 will be returned to a get or get-next ...

fddiSmtChge

At system startup, this object is set to FALSE. The SNMP agent then sets this flag to TRUE when any SMT object in the system is set by the manager.

fddiMacChge

At system startup, this object is set to FALSE. The SNMP agent then sets this flag to TRUE when any MAC object in the system is set by the manager.

fddiPortChge

At system startup, this object is set to FALSE. The SNMP agent then sets this flag to TRUE when any PORT object in the system is set by the manager.

fddiAttachChge

At system startup, this object is set to FALSE. The SNMP agent then sets this flag to TRUE when any ATTACHMENT object in the system is set by the manager.