MIB Files and Objects

This chapter contains information on how to modify existing Management Information Base (MIB) files and establish new MIB files, as well as a brief example of MIB objects and their use with CiscoWorks polling capabilities.

For more detailed information on MIB objects, refer to the Cisco MIB User Quick Reference publication. For a list of MIB reference sources relating to building MIB object structure, refer to the References and Recommended Reading chapter.

For consistency, this appendix uses the term object to represent such terms as MIB objects, MIB object instances, and so on. Other publications might use different terms, but they can be used interchangeably.

MIB Objects Overview

There are many MIB objects that can help you manage your network. All objects are documented in either the RFC standard or a vendor-specific MIB (for example, the Cisco MIB). Here are a few MIB objects to consider using:

Bandwidth--To obtain information about ICMP echo packets (ping) input and output from the device, use the icmpInEchos, icmpInEchoReps, icmpOutEchos, and icmpOutEchoReps objects. This information is useful to measure the bandwidth being consumed by simply answering ping packets.
Configuration Information--To verify configuration information, use the MIB objects sysDescr, sysName, sysUpTime, sysContact, sysLocation, ifNumber, romId, and whyReload.
Interface Error Rates--For fault management, it is often useful to monitor interface error rates. For an Ethernet interface, use locIfInCRC, locIfCollisions, ifInErrors, ifOutErrors, locIfInRunts, or locIfInGiants. For a serial interface, use locIfInFrame, locIfInAbort, locIfInIgnored, locIfResets, locIfRestarts, ifOutErrors, and ifInErrors.
SNMP Packet Data--To determine how much time the router is spending answering or sending SNMP packets, use snmpInGetRequests, snmpInGetNexts, snmpInGetResponses, snmpOutGetRequests, snmpOutGetNexts, snmpOutGetResponses, snmpInTraps, and snmpOutTraps.
Traffic Flow--To measure traffic flow for performance management, use the Cisco MIB objects locIfInBitsSec, locIfOutBitsSec, locIfInPktsSec, and locIfOutPktsSec to determine basic traffic flow on an interface in bits per second (bps) and packets per second (pps). Use lifTable in the Cisco MIB to monitor on a specific port for a specific protocol.
Unreachable Address--To determine how often a router is being asked to send information to an unreachable address, use the icmpOutDestUnreachs object.

MIB Source Files

The textual MIB files must be written in the ASN.1 subset format described in RFC 1212. This guide does not describe all of the aspects of the ASN.1 language.

A MIB is organized into a tree structure consisting of labeled nodes. A complete object identifier is built by traversing the tree from the root node, collecting labels as each node is passed. The root of the MIB tree is iso(1). (See Figure 2-1.)

Except for the MIB tree root iso(1), all nodes in the tree must have the parent node defined before a child node can be defined. Upper level nodes (those above mib(1)) can be most conveniently defined with the following statement:

MIBName { iso org(3) dod(6) internet(1) mgmt(2) 1 }

MIBName is an arbitrary name. The numbers in parentheses are preassigned node numbers. The previous statement is interpreted as follows: mgmt is the beginning of a subtree (called MIBName) under internet, which is under dod, which is under org, which is under iso.

Figure 2-1: MIB Hierarchy

Defining MIB Files

Additional subtrees below mgmt can be defined using OBJECT IDENTIFIER statements as follows:

Child Node OBJECT IDENTIFIER
::= { ParentNode ChildNodeNumber }

For example, to define mib (an object type) as a child of mgmt and assign a node number of 1, enter the following:

mib OBJECT IDENTIFIER ::= { mgmt 1 }

Most object types in a MIB should be defined using the OBJECT-TYPE macro. Following are the basic structure elements and format:

ObjectDescriptor OBJECT-TYPE
	SYNTAX ASN1_Type
	ACCESS AccessType
	STATUS StatusType
	::= ObjectIdentifier

An example of defining an OBJECT-TYPE macro with the name atNetAddress follows:

atNetAddress OBJECT-TYPE
	SYNTAX NetworkAddress
	ACCESS read-write
	STATUS mandatory
:= { atEntry 3 }

Note For a complete discussion of the structure of a MIB file, refer to RFC 1212 and RFC 1213. ISO document 8824 describes ASN.1 in detail.

MIB trees must define the parentage of every branch from terminal object IDs to the iso(1) tree root. All trees must have the same root [iso(1) is the recommended root] in order to determine how one MIB tree relates to another.

CiscoWorks MIB Files

The MIB object set read by CiscoWorks at the time it is started defines the objects that can be monitored and collected in the database for future analysis. At startup, CiscoWorks looks for the mib.bin and mib.alias files in the $NMSROOT/etc/mibs directory. These files define the MIB object set and the aliases used for polling and data collection, and in addition to alias.gen, alias.master, and the mib source files (*.mib) comprise the set of MIB-related files necessary for operating CiscoWorks.

Several MIB source files are shipped with CiscoWorks:

rfc1213.mib (MIB II)
rfc1442.mib (SNMP V2)
cisco-adaptor.mib (Cisco private MIB)
cisco-stack.mib (Cisco private MIB)
cisco.mib (Cisco private MIB)
cisco.traps (Cisco device traps)
hp-UNIX.mib (HP OpenView MIB)
rfc1285.mib (FDDI MIB)

The alias.master file contains the list of aliases upon which CiscoWorks depends. It is located in $NMSROOT/etc/mibs directory.

Modifying the MIB Files

Many networks are built with equipment from various vendors, and there are custom objects that you as a network manager may want to monitor. You can add these non-Cisco custom MIBs to the standard object set using the makemib script.

CiscoWorks uses two files to define how it accesses MIB object information from devices. The first, mib.bin, is a database of all the objects currently defined in the MIB source files. The second file, mib.alias, allows Cisco Systems to define a protocol-independent application environment.

The mib.alias file also allows you to assign custom names to existing MIB objects. For instance, you could assign the name UpTimeInterval to the MIB object sysUptime. You also could assign several names to the same MIB object. The mib.alias file provides the translation matrix for the object information you want to collect.

Note If you have Cisco devices only on your network, or if you want to collect standard MIB object information only from non-Cisco devices, you do not have to modify the mib.bin or mib.alias files.

Using the makemib Script

If you want to collect custom MIB information from non-Cisco SNMP devices in your network, use the makemib script to create new mib.bin and mib.alias files for your installation.

To use the makemib script, perform the following steps:

Step 1 Assemble all the additional MIB source files relevant to your application into the $NMSROOT/etc/mibs directory.

Step 2 Delete any of the source files supplied by Cisco Systems that are not needed.

Step 3 Check that any MIB files you added to the $NMSROOT/etc/mibs directory include the .mib extension.

Step 4 Enter the following:

%makemib

Note $NMSROOT/etc must be in the PATH statement. If it is not, you must include the entire path in the command statement.

When the makemib process finishes, you are ready to start CiscoWorks.

The makemib script runs mibbld to generate the mib.bin file and the alias.gen file, and then runs aliaschk to check the alias.gen file. It then combines the alias.gen and alias.master files to form the mib.alias file. (See Figure 2-2.)

Figure 2-2: CiscoWorks MIB Build Process

The process of expanding the MIB object set starts with a series of files supplied by the vendors of the various net work products. These files define the MIB objects and can be edited with any standard text editor, as long as you conform to the concise MIB format. You can store as many vendor files as you like. The file specification must include the .mib extension.

Note Building or modifying existing MIB tables requires a working knowledge of the ASN.1 language, the Concise MIB Notation, and the Structure of Management Information (SMI) specification.

Command Syntax for makemib

Use the following syntax to start the makemib script:

makemib -m MasterAlias -a FinalAlias options

MasterAlias is the master alias file (default: alias.master). FinalAlias is the final alias file (default:mib.alias). Options are described in Table 2-1.

Table 2-1: makemib Options

Option	Description
-f MibFile	Specifies the MIB file to be processed by filename `MibFile` (default `*.mib`).
-o OutMib	Indicates the name of the output file for the MIB binary file (default `mib.bin`).
-p PathToMibs	Processes all MIB files found in the directory specified by the path name `PathToMibs` (default `$NMSROOT/$MIBDIR`).
-a AliasFile	Indicates the name of output file for the aliases (default `alias.gen`).
-w WarnLevel	Sets the warning message level at the level specified by WarnLevel. A level of 0 suppresses all warning messages (including "unknown variable type"). The default setting is 1. The `mibbld` script issues warning and error messages regarding syntax errors, bad keywords, and so on, so it is wise to run with the warning level set to 1 or greater.
-t	Displays MIB table after processing to standard output.
-n	Disables alias generation.
-v	Displays copyright and version information to standard output.
-h	Displays help information to standard error.

Running makemib completes the creation of the mib.alias file in a single command step. You can, however, run the mibbld and aliaschk scripts individually instead of running the makemib script. These scripts are described later in this chapter under their individual headings.

Cisco Systems recommends that you use the makemib script.

Using MIB Aliases

MIB aliases are used by CiscoWorks to create protocol-independent MIB objects. The mib.alias file defines a name in terms of a MIB object name and a protocol. Aliases also allow one or more protocol-specific object identifiers to be associated with a single MIB object. Currently, only SNMP is supported.

The mib.alias file is an ASCII file. Each alias entry takes the following general format:

Alias { Protocol::ObjectID [ Protocol::ObjectID [ ...]] }

The ObjectID can be either numeric or textual, but must be fully qualified. MIB trees must define the parentage of every branch from terminal object IDs to the iso(1) tree root. All trees must have the same root. The recommended root is iso(1). As a side effect of ASN.1 object identifier encoding, the first two subidentifiers are compressed into a single numeric value. Thus, iso(l) - org(3) becomes 43. rather than 1.3. This convention is followed when specifying a numeric object identifier within an alias entry.

For uniformity, iso(l) through org(3) also are compressed to isoorg in a textual object identifier. Note that, in actual application, each textual subidentifier must be introduced with the underbar
delimiter (_), even the first subidentifiers (such as _isoorg).

An example of a portion of a mib.alias file follows:

UpTime { SNMP::43.6.1.2.1.1.3 }
ItsTime { SNMP::_isoorg_dod_internet_mgmt_mib_system_sysUpTime }
EgpNeighbor { SNMP::43.6.1.2.1.8.5.1.1, SNMP::43.6.1.2.1.8.5.1.2 }
RouteMetric { SNMP::43.6.1.2.1.4.21.1.3, SNMP::43.6.1.2.1.4.21.1.4, SNMP::43.6.1.2.1.4.21.1.5, SNMP::43.6.1.2.1.4.21.1.6 }

If you list more than one object identifier for an alias, CiscoWorks searches for the ID in the order listed.

To include comments in the MIB alias file, place two dashes (--) in front of the comment text, as follows:

-- This is a comment.

Modifying the mib.alias File

The makemib script builds the alias entries in alias.gen and then concatenates alias.gen and alias.master into mib.alias. It generates a unique name for each object by prefixing the MIB file identifier (defined within the mib file) to the object name with a hyphen (-). If the MIB filename is new.mib, its file name identifier is NEW-MIB, and the object name is newMibVar, the following alias name is generated:

NEW-MIB-newMibVar

The protocol and object identifier is defined in the file as follows:

NEW-MIB-newMibVar {SNMP::43.6.1.2.4.33.2.5}

However, if the filename identifier is already part of the object name, it is not prefixed to the object name. For example, if the MIB filename is new.mib, its filename identifier is new and the object name is newMibVar, the following alias name is generated:

newMibVar

One-to-One Name Definition

You can also modify the mib.alias file with any text editor. This is the most convenient way to add a name definition to an already existing MIB object. For instance, if you want to define the name UpTimeInterval as the standard MIB object sysUptime, enter the following in the mib.alias file:

UpTimeInterval{SNMP::_isoorg_dod_internet_mgmt_mib_system_sysUpTime}

Many-to-One Name Definition

At times, you may want to have several names for the same MIB object. For instance, if you want to define the names Myhost, Ciscohost, and Routername as the Cisco Systems private MIB object CISCO-MIB-hostName, enter the following in the mib.alias file:

Myhost{SNMP::_isoorg_dod_internet_private_enterprises_cisco_local_lsystem_hostName}
CiscoHost{SNMP::_isoorg_dod_internet_private_enterprises_cisco_local_lsystem_hostName}
Routername{SNMP::_isoorg_dod_internet_private_enterprises_cisco_local_lsystem_hostName}

Time Saver The easiest way to construct these many-to-one name entries is to find the appropriate MIB object definition in the mib.alias file, copy it, and modify it.

One-to-Many Name Definition

At times, you may want to have a single name for several MIB objects. For instance, if you want to define the name Routemetric to include four objects--SNMP::43.6.1.2.1.4.21.1.3, SNMP::43.6.1.2.1.4.21.1.4, SNMP::43.6.1.2.1.4.21.1.5, and SNMP::43.6.1.2.1.4.21.1.6--enter the following in the mib.alias file:

Routemetric {
	SNMP::43.6.1.2.1.4.21.1.3
	SNMP::43.6.1.2.1.4.21.1.4
	SNMP::43.6.1.2.1.4.21.1.5
	SNMP::43.6.1.2.1.4.21.1.6
}

When you start CiscoWorks, your changes to the mib.alias file are used when you ask CiscoWorks to poll for that object.

MIB Directory Pathing

There are two forms of directory pathing:

Default MIB alias file, where $MIBDIR has the following relative path name: $NMSROOT/$MIBDIR/mib.alias
Default MIB alias file if $MIBDIR is not defined: $NMSROOT/etc/mibs/mib.alias

CiscoWorks requires the mib.alias file to appear in the same directory as the mib.bin file. CiscoWorks software looks for the MIB alias file in the directory $NMSROOT/etc/mibs or $NMSROOT/MIBDIR. NMSROOT defines the root directory for all Network Management System (NMS) software. MIBDIR is a relative path name that defines the directory below the NMS root directory, which contains one or more MlB files and the mib.alias file.

If MIBDIR is not defined, the MIB directory defaults to $NMSROOT/etc/mibs. If a full path to the MIB directory or a MIB filename is specified using the -p or -f options, NMSROOT and MIBDIR are ignored.

The base name of the output MIB file defaults to mib.bin unless a specific binary output file is defined. The directory in which the output file appears is determined as follows:

If the output MIB file includes a path, the file appears in the indicated directory.
If the output MIB file did not include a path (or no output MIB file was specified), the following rules apply:
- If an input MIB file is specified and it includes a path, the output MIB file appears in that directory.
- If an input MIB file is specified and it does not include a path, the output MIB file appears in the current directory.
- If an input MIB directory is specified and it does include a path, the output MIB file appears in that directory.
- If neither an input MIB file nor path is specified, the output MIB file appears in the default directory, $NMSROOT/$MIBDIR.

Using mibbld

The script used to build the binary MIB file is mibbld. The script checks the contents of all the files with the .mib extension in the specified directory for syntax errors and creates binary format mib.bin and alias.gen files usable by CiscoWorks.

The format of the statement used to invoke mibbld follows:

mibbld [-f MibFile ] [ -o OutMib ] [ -P PathToMibs ] [ -a AliasFile ] [ -w WarnLevel ] [ -t ] [-n ] [ -v ] [-h ]

The mibbld script options are described in Table 2-2.

Table 2-2: mibbld Options

Option	Description
-f MibFile	Specifies the MIB file to be processed by filename `MibFile` (default `*.mib`).
-o OutMib	Provides the name of the output file for the MIB binary file (default `mib.bin`).
-p PathToMibs	Processes all MIB files found in the directory specified by the path name `PathToMibs` (default `$NMSROOT/$MIBDIR`). The environment objects `NMSROOT` and `MIBDIR` are ignored.
-a AliasFile	Provides the name of the output file for the aliases (default `alias.gen).`
-w WarnLevel	Sets the warning message level at the level specified by WarnLevel. A level of 0 suppresses all warning messages (including "unknown variable type"). The default setting is 1. The `mibbld` script issues warning and error messages regarding syntax errors, bad keywords, and so on, so it is wise to run with the warning level set to 1 or greater.
-t	Displays the MIB table after processing to standard output.
-n	Disables alias generation.
-v	Displays copyright and version information to standard output.
-h	Displays help information to standard error.

If you run mibbld without specifying full path names, mibbld looks for the environment objects NMSROOT and MIBDIR.

Using showmib

showmib displays the contents of the binary MIB file in a tree structure. The command also checks the contents of the MIB alias file against the MIB tree. The form of showmib follows:

showmib [ -a AliasFile ] [ -f MibFile | -p PathToMibs ] [ -s m | a ] [ -h ]

showmib processes the contents of a binary format MIB file and displays the contents in a hierarchical tree structure starting from the tree's root. The MIB alias file is then processed. Aliases are displayed with corresponding fully qualified object IDs.

showmib options are described in Table 2-3.

Table 2-3: showmib Command Options

Option	Description
-a AliasFile	Provides the name of MIB alias file.
-f MibFile	Processes the single MIB file specified by filename (path name) MibFile.
-p PathToMibs	Processes all MIB files found in the directory specified by path name PathToMibs. The environment objects `NMSROOT` and `MIBDIR` are ignored.
-s SuppressO	Suppresses output. If SuppressO is set to m, the output of the MIB tree is suppressed. If SuppressO is set to a, the output of aliases is suppressed. If set to -h, displays the showmib options list.
-h	Displays help information to standard error.

If you run showmib with no arguments, it looks for the environment objects NMSROOT and MIBDIR.

Using aliaschk

The aliaschk script ensures that alias names defined in alias.gen do not conflict with alias names in alias.master.

To complete the last step in the makemib process, concatenate the alias.master and alias.gen files together as mib.alias by entering the following:

% cat alias.master alias.gen > mib.alias

Cisco Private MIB Objects

The Cisco private MIB object file, cisco.mib, is located in the CiscoWorks directory $NMSROOT/etc/mibs. This section lists the Cisco private MIB objects that have been introduced starting with Software Release 8.1.

Note Refer to your HP OpenView documentation for more information on loading private MIB objects on HP Open View.

Software Release 8.1

Following are the objects introduced with Software Release 8.1:

actAge
ipCkAccountingTable
	ipckactSrc
	ipckactDst
	ipkactPkts
	ipckactByts
ckactAge

Software Release 8.2

Following are the objects introduced with Software Release 8.2:

writeMem
writeNet
busyPer
avgBusy1
avgBusy5
idleCount
idleWired
locIfCarTrans
locIfReliab
locIfDelay
locIfLoad
locIfCollisions
tsLineNoise
dnAreaTable
	dnACost
	dnAHop
	dnAIfIndex
	dnANextHop
	dnAAge
	dnAPrio
vinesInput
vinesOutput
vinesLocaldest
vinesForwarded
vinesBcastin
vinesBcastout
vinesBcastfwd
vinesNotlan
vinesNotgt4800
vinesNocharges
vinesFormaterror
vinesCksumerr
vinesHopcout
vinesNoroute
vinesEncapsfailed
vinesUnkown
vinesIcpIn
vinesIcpOut
vinesMetricOut
vinesMacEchoIn
vinesMacEchoOut
vinesEchoIn
vinesEchoOut

Software Release 8.3

Following are the objects introduced with Software Release 8.3:

bufferHgsize
bufferHgTotal
bufferHgFree
bufferHgMax
bufferHgHit
bufferHgMiss
bufferHgTrim
bufferHgCreate
locIfInputQueueDrops
locIfOutputQueueDrops
ipNoaccess
actCheckPoint
tsMsgTtyLine
tsMsgIntervaltim
tsMsgDuration
tsMsgTest
tsMsgTmpBanner
tsMsgSend
dnIfTable
	dnIfCost

Software Release 9.0

Following are the objects introduced with Software Release 9.0:

netConfigProto
hostConfigProto
sysConfigAddr
sysConfigName
sysConfigProto
sysClearARP
sysClearInt
envPresent
envTestPt1Descr
envTestPt1Measure
envTestPt2Descr
envTestPt2Measure
envTestPt3Descr
envTestPt3Measure
envTestPt4Descr
envTestPt4Measure
envTestPt5Descr
envTestPt5Measure
envTestPt6Descr
envTestPt6Measure
locIfDescr
locIfPakmon

Software Release 9.1

Following are the objects introduced with Software Release 9.1:

envTestPt4MarginPercent
envTestPt5MarginPercent
envTestPt6MarginPercent
envTestPt1last
envTestPt2last
envTestPt3last
envTestPt4last
envTestPt5last
envTestPt6last
envTestPt1MarginVal
envTestPt2MarginVal
envTestPt3MarginVal
envTestPt4MarginVal
envTestPt5MarginVal
envTestPt6MarginVal
envTestPt1warn
envTestPt2warn
envTestPt3warn
envTestPt4warn
envTestPt5warn
envTestPt6warn
envFirmVersion
envTechnicianID
envType
envBurnDate
envSerialNumber
locIfSlowInPkts
locIfSlowOutPkts
locIfSlowInOctets
locIfSlowOutOctets
locIfFastInPkts
locIfFastOutPkts
locIfFastInOctets
locIfFastOutOctets
locIfotherInPkts
locIfotherOutPkts
locIfotherInOctets
locIfotherOutOctets
locIfipInPkts
locIfipOutPkts
locIfipInOctets
locIfipOutOctets
locIfdecnetInPkts
locIfdecnetOutPkts
locIfdecnetInOctets
locIfdecnetOutOctets
locIfxnsInPkts
locIfxnsOutPkts
locIfxnsInOctets
locIfxnsOutOctets
locIfclnsInPkts
locIfclnsOutPkts
locIfclnsInOctets
locIfclnsOutOctets
locIfappletalkInPkts
locIfappletalkOutPkts
locIfappletalkInOctets
locIfappletalkOutOctets
locIfnovellInPkts
locIfnovellOutPkts
locIfnovellInOctets
locIfnovellOutOctets
locIfapolloInPkts
locIfapolloOutPkts
locIfapolloInOctets
locIfapolloOutOctets
locIfvinesInPkts
locIfvinesOutPkts
locIfvinesInOctets
locIfvinesOutOctets
locIfbridgedInPkts
locIfbridgedOutPkts
locIfbridgedInOctets
locIfbridgedOutOctets
locIfsrbInPkts
locIfsrbOutPkts
locIfsrbInOctets
locIfsrbOutOctets
locIfchaosInPkts
locIfchaosOutPkts
locIfchaosInOctets
locIfchaosOutOctets
locIfpupInPkts
locIfpupOutPkts
locIfpupInOctets
locIfpupOutOctets
locIfmopInPkts
locIfmopOutPkts
locIfmopInOctets
locIfmopOutOctets
locIflanmanInPkts
locIflanmanOutPkts
locIflanmanInOctets
locIflanmanOutOctets
locIfstunInPkts
locIfstunOutPkts
locIfstunInOctets
locIfstunOutOctets
locIfspanInPkts
locIfspanOutPkts
locIfspanInOctets
locIfspanOutOctets
locIfarpInPkts
locIfarpOutPkts
locIfarpInOctets
locIfarpOutOctets
locIfprobeInPkts
locIfprobeOutPkts
locIfprobeInOctets
locIfprobeOutOctets
flashSize
flashFree
flashcontoller
flashcard
flashVPP
flashErase
flashEraseTime
flashEraseStatus
flashToNet
flashToNetTime
flashToNetStatus
netToFlash
netToFlashTime
netToFlashStatus
flashStatus
flashEntries
flashDirName
flashDirSize
flashDirStatus

Software Release 9.21

Following are the objects introduced with Software Release 9.21:

locIfDribbleInputs
vinesProxy
vinesProxyReply
vinesNet       
vinesSubNet    
vinesClient    
vinesIfMetric  
vinesIfEnctype 
vinesIfAccesslist             
vinesIfPropagate              
vinesIfArpEnabled             
vinesIfServerless             
vinesIfServerlessBcast        
vinesIfRedirectInterval       
vinesIfSplitDisabled          
vinesIfLineup  
vinesIfFastokay
vinesIfRouteCache             
vinesIfIn      
vinesIfOut     
vinesIfInBytes 
vinesIfOutBytes
vinesIfRxNotEnabled           
vinesIfRxFormatError          
vinesIfRxLocalDest            
vinesIfRxBcastin              
vinesIfRxForwarded            
vinesIfRxNoRoute              
vinesIfRxZeroHopCount         
vinesIfRxChecksumError        
vinesIfRxArp0  
vinesIfRxArp1  
vinesIfRxArp2  
vinesIfRxArp3  
vinesIfRxArpIllegal           
vinesIfRxIcpError             
vinesIfRxIcpMetric            
vinesIfRxIcpIllegal           
vinesIfRxIpc   
vinesIfRxRtp0  
vinesIfRxRtp1  
vinesIfRxRtp2  
vinesIfRxRtp3  
vinesIfRxRtp4  
vinesIfRxRtp5  
vinesIfRxRtp6  
vinesIfRxRtpIllegal           
vinesIfRxSpp   
vinesIfRxUnknown              
vinesIfRxBcastHelpered        
vinesIfRxBcastForwarded       
vinesIfRxBcastDuplicate       
vinesIfRxEcho  
vinesIfRxMacEcho              
vinesIfRxProxyReply           
vinesIfTxUnicast              
vinesIfTxBcast 
vinesIfTxForwarded            
vinesIfTxFailedEncaps         
vinesIfTxFailedAccess         
vinesIfTxFailedDown           
vinesIfTxNotBcastToSource     
vinesIfTxNotBcastNotlan       
vinesIfTxNotBcastNotgt4800    
vinesIfTxNotBcastPpcharge     
vinesIfTxBcastForwarded       
vinesIfTxBcastHelpered        
vinesIfTxArp0  
vinesIfTxArp1  
vinesIfTxArp2  
vinesIfTxArp3  
vinesIfTxIcpError             
vinesIfTxIcpMetric            
vinesIfTxIpc   
vinesIfTxRtp0  
vinesIfTxRtp1  
vinesIfTxRtp2  
vinesIfTxRtp3  
vinesIfTxRtp4  
vinesIfTxRtp5  
vinesIfTxRtp6  
vinesIfTxSpp   
vinesIfTxEcho  
vinesIfTxMacEcho 
vinesIfTxProxy 
chassisType    
chassisVersion 
chassisId      
romVersion     
romSysVersion  
processorRam   
nvRAMSize      
nvRAMUsed      
configRegister 
configRegNext  
cardTable      
cardTableEntry 
cardIndex      
cardType       
cardDescr      
cardSerial     
cardHwVersion  
cardSwVersion  
cardSlotNumber 
chassisSlots

Software Release 10.0

Following are the objects introduced with Software Release 10.0:

ipxThresh
ipxactLostPkts
ipxactLostByts
ipxactSrc
ipxactDst
ipxactPkts
ipxactByts
ipxactAge
ipxckactSrc
ipxckactDst
ipxckactPkts
ipckactByts
ipxckactAge
ipxactCheckPoint
vinesIfInputNetworkFilter
vinesIfInputRouterFilter
vinesIfOutputNetworkFilter

V1 format MIBs

A100-R1-MIB

LS100-R2-MIB

cisco-adapter.mib

cisco-stack.mib

BGP4-MIB

BRIDGE-MIB

CISCO-CHANNEL-MIB

CISCO-IMAGE-MIB

CISCO-PING-MIB

CISCO-PRODUCTS-MIB

CISCO-SMI

RFC1231-MIB

CISCO-TC

RFC1243-MIB

CISCO-TCP-MIB

RFC1285-MIB

RFC1315-MIB

RFC1381-MIB

RFC1382-MIB

RFC1398-MIB

RFC1406-MIB

RS-232-MIB

SNMPv2-MIB

SNMPv2-PARTY-MIB

SNMPv2-SMI

SNMPv2-TC

SOURCE-ROUTING-MIB

OLD-CISCO-TCP-MIB

OLD-CISCO-TS-MIB

OLD-CISCO-VINES-MIB

OLD-CISCO-XNS-MIB

OLD-CISCO-APPLETALK-MIB

OLD-CISCO-CHASSIS-MIB

OLD-CISCO-CPU-MIB

OLD-CISCO-DECNET-MIB

OLD-CISCO-ENVMON-MIB

OLD-CISCO-FLASH-MIB

OLD-CISCO-INTERFACES-MIB

OLD-CISCO-IP-MIB

OLD-CISCO-MEMORY-MIB

OLD-CISCO-NOVELL-MIB

OLD-CISCO-SYS-MIB

OLD-CISCO-SYSTEM-MIB

Software Release 11.0

For information about the objects introduced with Software Release 11.0, refer to CCO.

Table of Contents

MIB Files and Objects