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Table of Contents

LightStream 2020 MIB Reference

LightStream 2020 MIB Reference

Network management systems that use SNMP work with information stored in a Management Information Base (MIB). This chapter:

Note MIB objects whose values may be read but not written are marked read only in the tables of this chapter. MIB objects that are not marked read only in the rightmost column of a table may be both read and written. (The table and table entry objects, like cardTable and cardEntry, are not accessible. They are shown here only because they help to structure the MIB.)

MIB Overview

The following figure shows a high-level diagram of the MIB that is used to manage LightStream switches. The organization of the MIB is defined in RFC 1155, a document called the Structure of Management Information (SMI).


Figure 7-1: MIB Structure

For information on some of the standard MIBs shown in the above figure, refer to the following documents:

Under the Private subtree is the LightStream 2020 private MIB that is described in the remainder of this chapter. The high level structure of the LightStream 2020 private MIB is as follows:


Figure 7-2: The LightStream 2020 Private MIB
Note The ellipsis in this figure indicates where the upper levels of the MIB (the sequence of MIB objects described by the path iso.org.dod.internet.private) are not shown; see the previous figure for that information.

For detailed descriptions of those MIB objects that can be displayed and set as management objects, see the figures and tables in the following sections:

The lightStreamOIDs branch appears in the figure above and is displayed by the browse command, but is not described here because with one exception the objects in it are inaccessible (they cannot be displayed or set). The subbranches of the lightStreamOIDs branch are as follows:

lightStreamATM

 Points to LightStream_ATM, defined in mib.c.
lsOther Defines variable bindings in trap messages.
lsConfig Identifies configuration-internal objects.

The two objects in the lsOther branch are lsTrapText and lsTrapName. These are display strings that are not accessible.

For information at a level of detail greater than can be given in this chapter, examine the MIB files themselves.

MIB Addresses

A MIB address identifies a particular MIB object by its location in the MIB. The four SNMP commands getsnmp, getnextsnmp, setsnmp, and walksnmp require MIB addresses in their arguments: These commands are described in Chapter .

Alternative Forms of MIB Addresses

You can specify the MIB address in a number of ways. For example, the following addresses all refer to the same MIB variable:

sysContact A variable name.
1.3.6.1.2.1.1.4 A "path" of dot-separated numbers (the numbers in parentheses in the figures depicting the organization of the MIB).
mgmt.1.1.4 A combination, where the first element is a variable name and the numbers specify one branch in the subtree under it. Other examples: mib.1.4 and system.4.

Determining MIB Variable Names

To learn the names of the MIB variables in one of the subtrees shown in the above figures, you can specify the name of the subtree as the argument of the walksnmp command. This command displays all the "leaves" below the specified point in the MIB. You may also use the browse command to step through the branches of the MIB tree and, when you reach the end of a branch, to display the values of leaves one at a time.

Object Identifiers

The getsnmp, getnextsnmp, and setsnmp commands display and change the value of a single "leaf," that is, a single instance of a given MIB object. To identify a single instance of a MIB object at the end of a branch, you specify the object name followed by a numeric suffix known as an object identifier.

If there is only a single instance of the given object, then the identifier suffix for that instance is 0. For example, there is only one instance of the sysContact object, so its identifier is sysContact.0. The following command displays the name of the contact person for the target node:

cli> getsnmp sysContact.0

Just as with the SNMP commands and the browse command, described above, the first part of the object address, the MIB variable, may be specified in a number of ways. Thus, the following addresses all refer to the same MIB object:

A single digit (0 in the example) is the simplest form of object identifier. For information about more complex types, see Port Identifiers , and see Multiply-Indexed Objects .

Note In the lists of MIB objects provided in this chapter, the object identifiers for table entries are indicated by the notation index=object(s) next to the table entry object. For example, under the CardTable object, next to the CardEntry object is the entry index=card#. Usually, the table entries are indexed by the first object(s) in the table itself. In the example just cited, entries in CardTable are indexed by CardIndex, the first table entry in the table.

Port Identifiers

The usual way of specifying a port number in the argument of a CLI command is in the format c.p, where c is the card (slot) number and p is the number of the port on that card. However, when a MIB object identified by port number is given as the argument of the getsnmp, getnextsnmp, or setsnmp command, a more complex format is used.

In effect, the long form of port number is ctpp or cctpp, where c is the card number, p is the port number, and t is the card type (2=FDDI, 1=Ether, 0=Other). The formula for determining the port number in this long format is as follows:

((c * 1000) + p + t)

The variables in this formula are as follows:

c

The card number, an integer in the range 1-11. A number in the range 1-10 is the number of the physical slot in which the card resides. The number 11 represents the logical interface for the LightStream ATM network.

p

The port number on the card, an integer in the range 0-7. If c is 11 (the logical interface for the LightStream ATM network) then p must be 4.

An offset indicating the card type. This is an arbitrary numeric value assigned to each type of card. In Release 2.0, the values of k are as follows:

100

200

0

Ethernet

FDDI

Other

For example, the MIB object that stores the alias or name for port 3 on card 4 is portInfoName.3004, or portInfoName.3104 if it is an Ethernet port, or portInfoName.3204 if it is an FDDI port.

Note Port number 1255 or 2255 refers to the control port (port 255) of the NP in slot 1 or slot 2, respectively.

As a second example, the following command tells us which data link connection management scheme is active on frame relay port 4.2 (card 4, port 2), specified here as port 4002:

cli> getsnmp frProvMiState.4002 
Name: frProvMiState.4002     
Value: 3 
cli>

By looking this object up on page 18, or by searching for it in the MIB file private_mib.asn, we find that the value 3 means that the default ANSI standard T1.617 Annex D is active on this port.

Multiply-Indexed Objects

Some objects require us to specify more than one index number. For example, the following command tells us that the local LMI state of the frame relay circuit on DLCI 16, port 4, card 2 is inactive:

cli> getsnmp frCktInfoLclLMI.4002.16 
Name: frCktInfoLclLMI.4002.16  
Value: 2 
cli

The double index 4002.16 means that this frCktInfoLclLMI object is indexed first by port number 4002 (equivalent to port 4.2) and then by DLCI number 16. For the fact that the value 2 means "inactive", see page 20, or see the description text for frCktInfoLclLMI in the private_mib.asn MIB file.

The following table shows examples of doubly-indexed entries in the LightStream private MIB:

Table Entry Object Indexing Objects
frCktEntry frCktSrcIfIndex, frCktSrcDlci
frCktInfoEntry frCktInfoIfIndex, frCktInfoDlci
sUniCktEntry sUniCktSrcIfIndex, sUniCktSrcVCI
sUniCktInfoEntry sUniCktInfoIfIndex,
sUniCktInfoVCI
pvcEntry pvcSrcIfIndex, pvcSrcPvcId
lsFrameRelayDlciStatEntry frameRelayDlciStatPortIndex,
frameRelayDlciStatDlciIndex
lsEdgePortToSwMsgLenEntry edgeToSwMsgLenPortIndex,
edgeToSwMsgLenBinIndex
lsEdgeSwToPortMsgLenEntry edgeToPortMsgLenPortIndex,
edgeToPortMsgLenBinIndex
lsEdgeCpuWorkloadEntry lsEdgeWorkloadCardIndex,
lsEdgeWorkloadTypeIndex
lsFrameForwardStatEntry frameForwardStatPortIndex,
frameForwardStatIndex
lsTrunkCpuWorkloadEntry lsTrunkWorkloadCardIndex,
lsTrunkWorkloadTypeIndex
fsuPortXmtCellsEntry fsuXmtCellsPortIndex,
fsuXmtCellsPriorityIndex
fsuQueueCellLenEntry fsuQueueCellLenPortIndex,
fsuQueueCellLenSubQIndex
fsuDropEventEntry fsuDropEventPortIndex,
fsuDropEventWatermarkIndex
lsCellVciStatEntry cellVciStatPortIndex,
cellVciStatVciIndex
gidLineCardEntry gidLineCardChassis,
gidLineCardSlot
gidPortEntry gidPortChassis, gidPortID
lightStreamBridgeFilter-
Entry 		lightStreamBrFilterId,
lightStreamBrFilterTokenIndex
lightStreamBridgeFilter-
ParameterEntry 		lightStreamBrFilterParmPort,
lightStreamBrFilterParmFilterId
lightStreamVliPortWork-
GroupEntry 		lightStreamVliPortWorkGroupPort,
lightStreamVliPortWorkGroupID

Objects in standard MIBs may also be multiply indexed. These appear with more than one number in the object identifier when you walk or browse the MIB. You can also identify these objects by examining the MIB file in which they are defined: the INDEX entry of the definition lists more than one object name as indexing objects.

An example is the fddimibPATHEntry object defined in the fddi.asn MIB file. The FDDI stations implemented in the LightStream node are single-MAC, dual-attachment FDDI stations. There are two paths per SMT. (An FDDI path is the sequence of MACs and ports in token order.) The paths are managed by the fddimibPATHTable object. The fddimibPATHTable object is defined as a sequence of fddimibPATHEntry objects.

The fddimibPATHEntry object is doubly indexed. The first indexing object is fddimibPATHSMTIndex, and the second is fddimibPATHIndex. LightStream software calculates the values of these SMT index objects as follows:

The following example shows the fddimibPATHTable objects for a LightStream node. These objects are defined for card 3 (SMT 5 and 6). 

cli> walksnmp fddimibPATHTable 
Name: fddimibPATHSMTIndex.5.1  Value: 5 
Name: fddimibPATHSMTIndex.5.2  Value: 5 
Name: fddimibPATHSMTIndex.6.1  Value: 6 
Name: fddimibPATHSMTIndex.6.2  Value: 6 
Name: fddimibPATHIndex.5.1     Value: 1 
Name: fddimibPATHIndex.5.2     Value: 2 
Name: fddimibPATHIndex.6.1     Value: 1 
Name: fddimibPATHIndex.6.2     Value: 2 
Name: fddimibPATHTVXLowerBound.5.1 Value: 2500000 
Name: fddimibPATHTVXLowerBound.5.2 Value: 2500000 
Name: fddimibPATHTVXLowerBound.6.1 Value: 2500000 
Name: fddimibPATHTVXLowerBound.6.2 Value: 2500000 
Name: fddimibPATHTMaxLowerBound.5.1 Value: 165000000 
Name: fddimibPATHTMaxLowerBound.5.2 Value: 165000000 
Name: fddimibPATHTMaxLowerBound.6.1 Value: 165000000 
Name: fddimibPATHTMaxLowerBound.6.2 Value: 165000000 
Name: fddimibPATHMaxTReq.5.1   Value: 165000000 
Name: fddimibPATHMaxTReq.5.2   Value: 165000000 
Name: fddimibPATHMaxTReq.6.1   Value: 165000000 
Name: fddimibPATHMaxTReq.6.2   Value: 165000000 
cli>

The atmSwitch Subtree

The following figure shows the atmSwitch subtree, which comprises most of the LightStream private MIB:


Figure 7-3: The atmSwitch Subtree

The branches of the atmSwitch subtree are as follows:

The chassisInfo Branch

The figure below shows the chassisInfo branch of the atmSwitch subtree:


Figure 7-4: The chassisInfo Branch
Note The figure does not show all the objects in this branch because there are too many of them. Instead the first and last objects at each level are shown and an ellipsis (...) is used to indicate that additional objects exist. However, all the objects in this branch are listed in the following table.

The following table shows the address and value of each object in the branch:

Objects in the chassisInfo Branch MIB Branch Value
chassisId chassisInfo.2 Integer (24 bits) read only
chassisActiveIpAddr chassisInfo.3 IpAddress
chassisSecondaryIpAdd chassisInfo.4 IpAddress
chassisNetworkMask chassisInfo.5 IpAddress
chassisEthernetIpAddr chassisInfo.6 IpAddress
chassisEthernetIpMask chassisInfo.7 IpAddress
chassisDefaultIpRouter chassisInfo.8 IpAddress
chassisStatusWord chassisInfo.9 Integer (bitmap) read only
chassisConsoleTrapLevel chassisInfo.10 1 = operational

2 = informational

3 = trace

4 = debug

5 = off

 read only
chassisSwVersion chassisInfo.11 Display string read only
chassisTOD chassisInfo.12 Display string read only

The cardInfo Branch

The following figure shows the cardInfo branch of the atmSwitch subtree:


Figure 7-5: The cardInfo Branch
Note The figure does not show all the objects in this branch because there are too many of them. Instead the first and last objects at each level are shown and an ellipsis (...) is used to indicate that additional objects exist. However, all the objects in this branch are listed in the following table

The table that follows shows the address and value of each object in the branch. The objects in the cardInfo branch comprise a table, cardTable, in which each cardEntry row contains information about one card in the chassis.

cardTable Objects MIB Branch Value

cardTable

 cardInfo.1

cardEntry

 cardTable.1 index=card#
cardIndex cardEntry.1 Integer (card #) read only
cardName cardEntry.2 DisplayString
(19-char max)
cardBoardType cardEntry.3 DisplayString read only
cardLcSoftwareVersion cardEntry.4 DisplayString read only
cardLccSoftwareVersion cardEntry.5 DisplayString read only
cardPID cardEntry.6 Integer (PID) read only
cardMaxVCs cardEntry.7 Integer (default 800)
cardOperStatus cardEntry.8 1 = up

2 = down

3 = testing

4 = empty

 read only
cardAdminStatus cardEntry.9 1 = up

2 = down

3 = testing
cardStatusWord cardEntry.10 Integer read only
cardConfigRegister cardEntry.11 1 = up

2 = down

3 = testing

4 = empty

 read only
cardNumPorts cardEntry.12 Integer read only

The portInfo Branch

The following figure shows the portInfo branch of the atmSwitch subtree:


Figure 7-6:

The portInfo Branch

The table that follows shows the address of each object in the branch and the type of each object. The objects in the portInfo branch comprise a table, portInfo-Table, in which each portInfoEntry row contains information about one port on a card.

PortInfoTable Objects MIB Branch Value

portInfoTable

 portInfo.1

portInfoEntry

 portInfoTable.1 index=port#
portInfoIndex portInfoEntry.1 Integer ((c*1000)+p+t) read only
portInfoType portInfoEntry.2 Integer read only
1 = empty

2 = error

3 = unknown

4 = switch

5= NP

6 = LS edge

7 = LS trunk

8 = MS trunk

10 =MS edge

11 = 2-port FDDI

12 = 3-port Ether

13 = token ring

14 = 8-port LS serial edge

15 = 8-port LS serial trunk

30 = generic CLC1

31 = 2-port OC3 edge

32 = 2-port OC3 trunk

33 = 8-port T3/E3 edge

34 = 8-port T3/E3 trunk

35 = 2-port 155 Mbit
TAXI edge

36 = 2-port 155 Mbit
TAXI trunk

37 = 8-port CBR edge
portInfoSpecific portInfoEntry.3 Object ID read only
portInfoName portInfoEntry.4 DisplayString
(19-char max)
PortInfoErrorLimit portInfoEntry.5 Integer
(10-n rcv+xmt errors)

lsEtherTable

 portInfo.2

lsEtherEntry

 lsEtherTable.1 index=port#
lsEtherMediaType lsEtherEntry.1 Integer
1 = TPE
2 = AUI 3 = Fiber 		read only

The portTransmission Branch

The following figure shows the portTransmission branch of the atmSwitch subtree:


Figure 7-7: The portTransmission Branch
Note The Figure does not show all the objects in this branch because there are too many of them. Instead the first and last objects at each level are shown and an ellipsis (...) is used to indicate that additional objects exist. However, all the objects in this branch are listed in the following tables.

The following tables show the address and type of each object in the branch. The objects in the portTransmission branch comprise three MIB object tables: ls1InfoTable for low speed line cards, ms1InfoTable for medium speed line cards, npInfoTable for NP cards, and clc1InfoTable for cell line cards. Each row of a table (ls1InfoEntry, ms1InfoEntry, or npInfoEntry) contains information about a port on a card.

ls1InfoTable Objects MIB Branch Value

ls1InfoTable

 portTransmission.1

ls1InfoEntry

 ls1InfoTable.1 index=port#
ls1InfoIfIndex ls1InfoEntry.1 Integer
((c*1000)+p+t) 		read only
ls1InfoType ls1InfoEntry.2 Integer
1=V.35
2=RS-422
3=RS-530
4=T1
99=unknown 		read only
ls1InfoOperCsuType ls1InfoEntry.3 Integer
1=none
2=larse 		read only
ls1InfoAdminCsuType ls1InfoEntry.4 Integer
1=none
2=larse
ls1InfoOperRcvBaudRate ls1InfoEntry.5 Integer read only
ls1InfoAdminRcvBaudRate ls1InfoEntry.6 Integer
ls1InfoOperXmitBaudRate ls1InfoEntry.7 Integer read only
ls1InfoAdminXmitBaudRate ls1InfoEntry.8 Integer
ls1InfoOperNetIntType ls1InfoEntry.9 Integer
1=DCE
2=DTE
3=DCE with local
tt clock loop 		read only
ls1InfoAdminNetIntType ls1InfoEntry.10 Integer
1=DCE
2=DTE
3=DCE with local
tt clock loop
ls1InfoOperModemState ls1InfoEntry.13 Integer (Bitmask)
If port is DTE:
0=DCD, 1=DSR
If port is DCE:
0=RTS, 1=DTR 		read only
ls1InfoOperProtocol ls1InfoEntry.15 Integer
1 = trunk
2 = FR
3 = FF
4 = PPP
5 = unkown 		read only
ls1InfoAdminProtocol ls1InfoEntry.16 Integer
1 = trunk
2 = FR
3 = FF
4 = PPP
5 = unknown
ls1InfoOperControlBandwidthSize ls1InfoEntry.21 Integer read only
ls1InfoAdminControlBandwidthSize ls1InfoEntry.22 Integer
ls1InfoOperDataBandwidthSize ls1InfoEntry.23 Integer read only
ls1InfoAdminDataBandwidthSize ls1InfoEntry.24 Integer
ls1InfoOperLoopMode ls1InfoEntry.25 Integer
1 = none
2 = internal
3 = external
4 = remote 		read only
ls1InfoAdminLoopMode ls1InfoEntry.26 Integer
1 = none
2 = internal
3 = external
4 = remote
ls1InfoLcAutoEnable ls1InfoEntry.27 Integer
1 = enable
2 = disable 		read only
ls1InfoLcDebugLevel ls1InfoEntry.28 Integer read only
ls1InfoDataCellCapacity ls1InfoEntry.29 Integer read only
ls1InfoDataCellAvailable ls1InfoEntry.30 Integer read only
ls1InfoMeasuredBaudRate ls1InfoEntry.31 Integer read only
ls1InfoLinkUtilization ls1InfoEntry.32 Integer read only
ls1InfoAdminOperTrigger ls1InfoEntry.99 Integer
1=set admin values
99=other
ms1InfoTable Objects MIB Branch Value

ms1InfoTable

 portTransmission.2

ms1InfoEntry

 ms1InfoTable.1 index=port#
ms1InfoIfIndex ms1InfoEntry.1 Integer ((c*1000)+p+t) read only
ms1InfoOperCableLength ms1InfoEntry.2 Integer
1=0-450 ft T3
2=450-900 ft T3
3=0-400 ft E3
4=300-1000 ft E3
5=800-1300 ft E3
6=1100-1900 ft E3 		read only
ms1InfoAdminCableLength ms1InfoEntry.3 Integer
1=0-450 ft T3
2=450-900 ft T3
3=0-400 ft E3
4=300-1000 ft E3
5=800-1300 ft E3
6=1100-1900 ft E3
ms1InfoOperProtocol ms1InfoEntry.4 Integer
1=trunk
2=ATM UNI
3=unknown 		read only
ms1InfoAdminProtocol ms1InfoEntry.5 Integer
1=trunk
2=ATM UNI
3=unknown
ms1InfoOperControlBandwidthSize ms1InfoEntry.10 Integer read only
ms1InfoAdminControlBandwidthSize ms1InfoEntry.11 Integer
ms1InfoOperDataBandwidthSize ms1InfoEntry.12 Integer read only
ms1InfoAdminDataBandwidthSize ms1InfoEntry.13 Integer
msInfoLcAutoEnable ms1InfoEntry.14 Integer
1=enable
2=disable 		read only
msInfoLcDebugLevel ms1InfoEntry.15 Integer read only
ms1InfoOperScramble ms1InfoEntry.16 Integer
1=enable
2=disable 		read only
ms1InfoAdminScramble ms1InfoEntry.17 Integer
1=enable
2=disable
ms1InfoDataCellCapacity ms1InfoEntry.18 Integer read only
ms1InfoDataCellAvailable ms1InfoEntry.19 Integer read only
ms1InfoLinkUtilization ms1InfoEntry.20 Integer read only
ms1InfoOperFraming ms1InfoEntry.21 Integer
1=Cell Payload Scrambling
2=T3 HEC
3=G.804 		read only
ms1InfoAdminOperTrigger ms1InfoEntry.99 Integer
1=set admin values
99=other
npInfoTable Objects MIB Branch Value

npInfoTable

 portTransmission.3

npInfoEntry

 npInfoTable.1 index=port#
npInfoIfIndex npInfoEntry.1 Integer
((c*1000)+p+t) 		read only
npInfoIPCommittedRate npInfoEntry.5 Integer
npInfoIPCommittedBurst npInfoEntry.6 Integer
npInfoIPExcessRate npInfoEntry.7 Integer
npInfoIPExcessBurst npInfoEntry.8 Integer
npInfoIPNCircuits npInfoEntry.9 Integer
npInfoAdminOperTrigger npInfoEntry.99 Integer
1=set admin values
99=other

clc1InfoTable Objects

MIB Branch

Value

clc1InfoTable

 portTransmission.4

clc1InfoEntry

 clc1InfoTable.1 index=port#
clc1InfoIfIndex clc1InfoEntry.1 Integer
((c*1000)+p+t) 		read only
clc1InfoOperProtocol clc1InfoEntry.4 Integer
1=trunk
2=ATM UNI
3=unknown 		read only
clc1InfoAdminProtocol clc1InfoEntry.5 Integer
1=trunk
2=ATM UNI
3=unknown
clc1InfoOperLoopMode clc1InfoEntry.6 Integer
1=none
2=internal
3=external 		read only
clc1InfoAdminLoopMode clc1InfoEntry.7 Integer
1=none
2=internal
3=external
clc1InfoOperControlBandwidthSize clc1InfoEntry.10 Integer read only
clc1InfoAdminControlBandwidthSize clc1InfoEntry.11 Integer
clc1InfoOperDataBandwidthSize clc1InfoEntry.12 Integer read only
clc1InfoAdminDataBandwidthSize clc1InfoEntry.13 Integer
clcInfoLcAutoEnable clc1InfoEntry.14 Integer
1=enable
2=disable 		read only
clcInfoLcDebugLevel clc1InfoEntry.15 Integer read only
clc1InfoOperScramble clc1InfoEntry.16 Integer
1=enable
2=disable 		read only
clc1InfoAdminScramble clc1InfoEntry.17 Integer
1=enable
2=disable
clc1InfoDataCellCapacity clc1InfoEntry.18 Integer read only
clc1InfoDataCellAvailable clc1InfoEntry.19 Integer read only
clc1InfoLinkUtilization clc1InfoEntry.20 Integer read only
clc1InfoOperClock clc1InfoEntry.21 Integer
1=internal
2=external 		read only
clc1InfoAdminClock clc1InfoEntry.22 Integer
1=internal
2=external
clc1InfoAdminOperTrigger clc1InfoEntry.99 Integer
1=set admin values
99=other

oc3InfoTable Objects

MIB Branch

Value

oc3InfoTable

 portTransmission.5

oc3InfoEntry

 oc3Infotable.1 index=port#
oc3InfoReceiveSignalDetect oc3InfoEntry.1 Integer
1=active
2=inactive 		read only
oc3InfoTransmitSafetySwitch oc3InfoEntry.2 Integer
1=enable
2=disable
3=multimode 		read only
oc3InfoMediumType oc3InfoEntry.3 Integer
1=SONET
2=SDH

Note: sonetMediumType in the standard MIB is a read-only object, but oc3InfoMediumType here is writeable.

npInfoTable Objects

MIB Branch

Value

cemacInfoTable

 portTransmission.6

cemacInfoEntry

 cemacInfoTable.1 index=port#

cemacInfoDataBandwidth

 cemacInfoEntry.2 Integer read only

cemacInfoPortType

cemacInfoEntry.3 Integer
1=T1 circuit emul. (def.)
2=E1 circuit emul.
3=I15M
4=I63M
5=PBX
6=transcoder
7=I192
8=Y15M
9=Y63M
10=T1
11=X21
12=RS-449
13=V.35 		read only

cemacInfoClkMode

cemacInfoEntry.4 Integer
1=Adaptive (default)
2=SRTS
3=synchronous

cemacInfoLineBuildOut

cemacInfoEntry.5 Integer
1=-7.5 dB
2=-15.0 dB
3=0.0 dB
4=0-133 ft. (default)
5=133-266 ft.
6=266-399 ft.
7=399-533 ft.
8=533-655 ft.

cemacInfoServiceType

cemacInfoEntry.6 Integer
1=circuit emulation (default)
2=fractional 		read only

npInfoTable Objects

MIB Branch

Value

routingportInfoTable

 portTransmission.7

routingportInfoEntry

 routingportInfoTable.1 index=port#
routingportInfoSupportsCdvVc routingportInfoEntry.1 Integer
1=supported
2=not supported
routingportInfoMaxPortCdv routingportInfoEntry.2 Integer (ms)
routingportInfoExpectedPropDelay routingportInfoEntry.3 Integer (ms)
routingportInfoExpectedConstDelay routingportInfoEntry.4 Integer (ms) read only
routingportInfoCdvBwAvailable routingportInfoEntry.5 Integer read only
routingportInfoAdminWeight routingportInfoEntry.6 Integer
routingportInfoAdditiveCdv routingportInfoEntry.7 Integer read only
npInfoTable Objects

MIB Branch

Value

t3e3InfoTable

 portTransmission.8

t3e3InfoEntry

 t3e3InfoTable.1 index=port#
t3e3InfoCableLen t3e3InfoEntry.1 Integer
1=0-450 ft. T3
2=450-900 ft. T3
3=0-400 ft E3
4=300-1000 ft. E3
5=800-1300 ft. E3
6=1100-1900 ft. E3
t3e3InfoFraming t3e3InfoEntry.2 Integer (ms)
1=cell payload scrambling
2=T3 HEC
3=G.804

npInfoTable Objects

MIB Branch

Value

vptInfo

 portTransmission.9

vptCfgTable

 vptInfo.1

vptEntry

vptCfgTable.1 index= port#.vptVirtualTrunkId
vptVirtualTrunkId vptEntry.1 Integer (0-255) read only
vptVPI vptEntry.2 Integer (0-255)
0=disable VPI selection

npInfoTable Objects

MIB Branch

Value

clc1cardInfo

 portTransmission.10

clc1cardCfgTable

 clc1cardInfo.1

clc1cardEntry

 clc1cardCfgTable.1 index=card#
clc1cardRate clc1cardEntry.1 Integer (0-446000)

The congestionAvoidance Branch

The following figure shows the congestionAvoidance branch of the atmSwitch subtree:


Figure 7-8: The congestionAvoidance Branch

The table that follows shows the Address and type of each object in the branch.

congestionAvoidance Objects

MIB Branch

Value

caMaxIntervalPermitLimit congestionAvoidance.1 Integer
caMinIntervalPermitLimit congestionAvoidance.2 Integer
caMinIntervalCaInfo congestionAvoidance.3 Integer

The mmaInfo Branch

The following figure shows the mmaInfo branch of the atmSwitch subtree:


Figure 7-9: The mmaInfo Branch
Note The figure does not show all the objects in this branch because there are too many of them. Instead the first and last objects at each level are shown and an ellipsis (...) is used to indicate that additional objects exist. However, all the objects in this branch are listed in the following tables.

The following tables show the address and type of each object in the branch. The mmacardInfo branch includes three tables, mmaFtTable, mmaTrapCommunityTable, and mmaNumNameTable.

mmaInfo Objects

MIB Branch

Value

mmaDbActive

mmaInfo.1 Integer (not used)

mmaTrapFilter

mmaInfo.2 Integer
1=operational
2=informational
3=trace
4=debug

mmaTrapLanguage

mmaInfo.3 Integer (1=English)

mmaCollectionSpace

 mmaInfo.4 Integer (Kbytes)

mmaConfigHost

 mmaInfo.5 Octet String

mmaConfigAuthor

 mmaInfo.6 Octet String

mmaConfigID

 mmaInfo.7 Integer

mmaSetLock

mmaInfo.8 Integer
1=unlocked
2=locked (volatile)
3=locked (permanent)

mmaPID

 mmaInfo.9 Integer (PID) read only

mmaTrapLog

mmaInfo.10 Integer
1=enable
2=disable

mmaTrapNumber

 mmaInfo.13 Integer

mmaTrapOnOffState

mmaInfo.14 Integer
1=on
2=off
3=enable
4=disable

mmaNumNameTable

 mmaInfo.16

mmaNumNameEntry

 mmaNumNameTable.1 index=chassisID
mmaNumNameNumber mmaNumNameEntry.1 Integer (chassis ID) read only
mmaNumName mmaNumNameEntry.2 Display String
(chassis name, 39-char max) 		read only

mmaDumpMemStats

 mmaInfo.17 Integer

mmaDumpProfile

 mmaInfo.18 Integer

mmaDumpElog

 mmaInfo.19 Integer

mmaLwmpTimeouts

 mmaInfo.20 Counter

mmaLwmpPdusOutstandingMax

 mmaInfo.21 Counter

mmaMibVersion

mmaInfo.22 Integer (2=Version 2) read only

The collectInfo Branch

The following figure shows the collectInfo branch of the atmSwitch subtree:


Figure 7-10: The collectInfo Branch
Note The figure does not show all the objects in this branch because there are too many of them. Instead the first and last objects at each level are shown and an ellipsis (...) is used to indicate that additional objects exist. However, all the objects in this branch are listed in the following table.

The following table shows the address and type of each object in the branch. The collectInfo branch contains two tables, collectTable and collectDatabase. Each row of each table contains information about about a collection that has been defined. The collectInfo branch also contains the collectCommunityName and rmonCommunityName objects (the latter not currently used).

Objects in the collectInfo Branch

MIB Branch

Value

collectTable

 collectInfo.1

collectEntry

 collectTable.1 index=collection#
collectIndex collectEntry.1 collection number Integer read only
collectStatus collectEntry.2 Integer
1=valid
2=create request
3=under creation
4=invalid
collectStart collectEntry.3 Integer (TOD sec)
collectFinish collectEntry.4 Integer (TOD sec)
collectInterval collectEntry.5 Integer (sec)
collectFileName collectEntry.6 DisplayString read only
collectFileSize collectEntry.7 Integer (Kbytes)
collectOperStatus collectEntry.8 Integer
1=waiting
2=running
3=under creation

collectDatabase

 collectInfo.2

collectDbEntry

collectDatabase.1 index=collection#.collectDBInstance
collectDBIndex collectDbEntry.1 Integer read only
collectDBInstance collectDbEntry.2 Integer read only
collectDBObjectID collectDbEntry.3 Object ID
collectDBStatus collectDbEntry.4 Integer
1=valid
2=create request
3=under creation
4=invalid

collectCommunityName

 collectInfo.3 DisplayString

rmonCommunityName

 collectInfo.4 DisplayString

The lsPortProtocols Branch

The following figure shows the lsPortProtocols branch of the atmSwitch subtree:


Figure 7-11: The lsPortProtocols Branch
Note The figure does not show all the objects in this branch because there are too many of them. Instead the first and last objects at each level are shown and an ellipsis (...) is used to indicate that additional objects exist. However, all the objects in this branch are listed in the following tables.

The following tables show the address and type of each object in the branch. The lsPortProtocols branch contains several object tables containing information on the various services available on a LightStream network.

edgePortTable Objects

MIB Branch

Value

edgePort

 lsPortProtocols.1

edgePortTable

 edgePort.1

edgePortEntry

 edgePortTable.1 index=card#

edgeIfIndex

edgePortEntry.1 Integer ((c*1000)+p+t) read only

edgeUpcType

edgePortEntry.2 Integer
default 1= ANSI

edgeUserDataPerCell

edgePortEntry.3 Integer (bits) 1-384
default 341

edgeCellDelayVariance

 edgePortEntry.4 Integer (ms)

edgePrincipalScale

edgePortEntry.5 Integer
default 100 (100%)

edgeSecondaryScale

edgePortEntry.6 Integer
default 2 (2%)

edgeMeteringFactor

edgePortEntry.7 Integer
default 64 (4x)

edgeMeteringBurstSize

edgePortEntry.8 Integer (cells)
default 5

edgeCallSetupRetry

edgePortEntry.9 Integer (sec) 1-3600
default 5

edgeCallSetupBackoff

edgePortEntry.10 Integer (2n) 1-10
default 5

edgeMaxFrameSize

edgePortEntry.11 Integer (bytes) 48-8152
default 1516

frProvMiTable Objects

MIB Branch

Value

frDceInfo

 lsPortProtocols.2

frProvMiTable

 frDceInfo.1

frProvMiEntry

 frProvMiTable.1 index=card#
frProvMiIfIndex frProvMiEntry.1 Integer ((c*1000)+p+t) read only
frProvMiState frProvMiEntry.2 Integer
1=no LMI
2=FRIF
3=ANSI T1 (default)
4=CCITT Q.933
frProvMiAddressLen frProvMiEntry.3 Integer (octets)
2=two octets
frProvMiNetRequestInterval frProvMiEntry.4 Integer (sec)
5-30 (default 15)
frProvMiNetErrorThreshold frProvMiEntry.5 Integer
1-10 (default 3)
frProvMiNetMonitoredEvents frProvMiEntry.6 Integer
1-10 (default 4)
frProvMiMaxSupportedVCs frProvMiEntry.7 Integer
frProvMiMulticast frProvMiEntry.8 Integer
1=non-broadcast
frProvMiUser-
PollingInterval 		frProvMiEntry.9 Integer (sec)
5-30 (default 10)
frProvMiUserFull-
EnquiryInterval 		frProvMiEntry.10 Integer
1-255 (default 6)
frProvMiUserError-
Threshold 		frProvMiEntry.11 Integer
1-10 (default 3)
frProvMiUser-
MonitoredEvents 		frProvMiEntry.12 Integer
1-10 (default 4)
frProvMiNet-
InterfaceType 		frProvMiEntry.13 Integer
1=UNI
2=NNI
frProvMiCompliance frProvMiEntry.14 Integer
1=strict (default)
2=loose
Objects in the lsPortProtocols Branch

MIB Branch

Value

frCktInfo

 lsPortProtocols.3

frCktCfgTable

 frCktInfo.1

frCktEntry

frCktCfgTable.1 index= srcport#.srcDLCI
frCktSrcNode frCktEntry.1 Integer (ID) read only
frCktSrcIfIndex frCktEntry.2 Integer ((c*1000)+p+t) read only
frCktSrcDlci frCktEntry.3 LightStreamDLCI read only
frCktAdminDestNode frCktEntry.10 Integer (ID)
frCktOperDestNode frCktEntry.11 Integer (ID) read only
frCktAdminDestIfIndex frCktEntry.12 Integer ((c*1000)+p+t) read only
frCktOperDestIfIndex frCktEntry.13 Integer ((c*1000)+p+t) read only
frCktAdminDestDlci frCktEntry.14 LightStreamDLCI
frCktOperDestDlci frCktEntry.15 LightStreamDLCI read only
frCktAdminSrcInsuredRate frCktEntry.25 Integer (bits/s)
default 0
frCktOperSrcInsuredRate frCktEntry.26 Integer (bits/s)
default 0 		read only
frCktAdminSrcInsuredBurst frCktEntry.27 Integer (bytes)
default 0
frCktOperSrcInsuredBurst frCktEntry.28 Integer (bytes)
default 0 		read only
frCktAdminSrcMaxRate frCktEntry.29 Integer (bits/s)
default: line rate
frCktOperSrcMaxRate frCktEntry.30 Integer (bits/s)
default: line rate 		read only
frCktAdminSrcMaxBurst frCktEntry.31 Integer (bytes)
default 0
frCktOperSrcMaxBurst frCktEntry.32 Integer (bytes)
default 0 		read only
frCktOperDestInsuredRate frCktEntry.34 Integer (bits/s)
default 0 		read only
frCktOperDestInsuredBurst frCktEntry.36 Integer (bytes)
default 0 		read only
frCktOperDestMaxRate frCktEntry.38 Integer (bits/s)
default: line rate 		read only
frCktOperDestMaxBurst frCktEntry.40 Integer (bytes)
default 0 		read only
frCktOperSecondaryScale frCktEntry.41 Integer
default 255 		read only
frCktAdminSecondaryScale frCktEntry.42 Integer
default 255
frCktOperPrinBwType frCktEntry.43 Integer
1=guaranteed (default) 2=insured 		read only
frCktAdminPrinBwType frCktEntry.44 Integer
1=guaranteed (default) 2=insured
frCktOperTransPri frCktEntry.45 Integer
0 (default), 1 		read only
frCktAdminTransPri frCktEntry.46 Integer
0 (default), 1
frCktOperUserDataPerCell frCktEntry.47 Integer (bits)
0-384 (default 0) 		read only
frCktAdminUserDataPerCell frCktEntry.48 Integer (bits)
0-384 (default 0)
frCktStatus frCktEntry.99 Integer
1=enable
2=disable (default)
3=delete
rCktInfoTable Objects

MIB Branch

Value

frCktInfoTable

 frCktInfo.2

frCktInfoEntry

 frCktInfoTable.1 index=port#.DLCI#
frCktInfoIfIndex frCktInfoEntry.1 Integer ((c*1000)+p+t) read only
frCktInfoDlci frCktInfoEntry.2 LightStreamDLCI read only
frCktInfoLclLMI frCktInfoEntry.3 Integer
1=active
2=inactive 		read only
frCktInfoRmtLMI frCktInfoEntry.4 Integer
1=active
2=inactive 		read only
frCktInfoCallIDIncoming frCktInfoEntry.5 Integer (ID) read only
frCktInfoCallIDOutgoing frCktInfoEntry.6 Integer (ID) read only
frCktInfoDownstreamState frCktInfoEntry.7 Integer
1=active
2=inactive 		read only
frCktInfoUpstreamState frCktInfoEntry.8 Integer
1=active
2=inactive 		read only
frCktInfoLastAtmErr frCktInfoEntry.9 Octet String read only
frCktInfoDataCellsRequired frCktInfoEntry.10 Integer read only
frCktInfoLastAtmLocation frCktInfoEntry.11 Display String read only

ffCktCfgTable Objects

MIB Branch

Value

ffCktInfo

 lsPortProtocols.4

ffCktCfgTable

 ffCktInfo.1

ffCktEntry

 ffCktCfgTable.1 index=srcport#
ffCktSrcNode ffCktEntry.1 Integer read only
ffCktSrcIfIndex ffCktEntry.2 Integer ((c*1000)+p+t) read only
ffCktAdminDestNode ffCktEntry.9 Integer
ffCktOperDestNode ffCktEntry.10 Integer read only
ffCktAdminDestIfIndex ffCktEntry.11 Integer ((c*1000)+p+t)
ffCktOperDestIfIndex ffCktEntry.12 Integer ((c*1000)+p+t) read only
ffCktAdminSrcInsuredRate ffCktEntry.21 Integer (bits/s)
default 0
ffCktOperSrcInsuredRate ffCktEntry.22 Integer (bits/s)
default -1 		read only
ffCktAdminSrcInsuredBurst ffCktEntry.23 Integer (bytes)
default -1
ffCktOperSrcInsuredBurst ffCktEntry.24 Integer (bytes)
default -1 		read only
ffCktAdminSrcMaxRate ffCktEntry.25 Integer (bits/s)
default: -1
ffCktOperSrcMaxRate ffCktEntry.26 Integer (bits/s)
default: -1 		read only
ffCktAdminSrcMaxBurst ffCktEntry.27 Integer (bytes)
default -1
ffCktOperSrcMaxBurst ffCktEntry.28 Integer (bytes)
default -1 		read only
ffCktOperDestInsuredRate ffCktEntry.30 Integer (bits/s)
default -1 		read only
ffCktOperDestInsuredBurst ffCktEntry.32 Integer (bytes)
default -1 		read only
ffCktOperDestMaxRate ffCktEntry.34 Integer (bits/s)
default: line rate 		read only
ffCktOperDestMaxBurst ffCktEntry.36 Integer (bytes)
default -1 		read only
ffCktOperPrinBwType ffCktEntry.37 Integer
1=guaranteed (default) 2=insured 		read only
ffCktAdminPrinBwType ffCktEntry.38 Integer
1=guaranteed (default) 2=insured
ffCktOperTransPri ffCktEntry.39 Integer
0, 1 (default) 		read only
ffCktAdminTransPri ffCktEntry.40 Integer
0, 1 (default)
ffCktStatus ffCktEntry.99 Integer
1=enable
2=disable (default)
3=delete

ffCktInfoTable Objects

MIB Branch

Value

ffCktInfoTable

 ffCktInfo.2

ffCktInfoEntry

 ffCktInfoTable.1 index=port#
ffCktInfoIfIndex ffCktInfoEntry.1 Integer ((c*1000)+p+t) read only
ffCktInfoDownstreamState ffCktInfoEntry.2 Integer
1=active
2=inactive 		read only
ffCktInfoUpstreamState ffCktInfoentry.3 Integer
1=active
2=inactive 		read only
ffCktInfoCallIDIncoming ffCktInfoEntry.4 Integer (ID) read only
ffCktInfoCallIDOutgoing ffCktInfoEntry.5 Integer (ID) read only
ffCktInfoLastAtmErr ffCktInfoEntry.6 Octet String read only
ffCktInfoDataCellsRequired ffCktInfoEntry.7 Integer (cells) read only
ffCktInfoLastAtmLocation ffCktInfoEntry.8 Display String read only

lsPortProtocols sUniCktInfo Objects

MIB Branch

Value

sUniCktInfo

 lsPortProtocols.5

sUniCktCfgTable

 sUniCktinfo.1

sUniCktEntry

sUniCktCfgTable.1 index= srcport#.srcVCI#
sUniCktSrcNode sUniCktEntry.1 Integer read only
sUniCktSrcIfIndex sUniCktEntry.2 Integer ((c*1000)+p+t) read only
sUniCktSrcVCI sUniCktEntry.3 VCI read only
sUniCktAdminDestNode sUniCktEntry.10 Integer (ID)
sUniCktOperDestNode sUniCktEntry.11 Integer (ID) read only
sUniCktAdminDestIfIndex sUniCktEntry.12 Integer ((c*1000)+p+t)
sUniCktOperDestIfIndex sUniCktEntry.13 Integer ((c*1000)+p+t) read only
sUniCktAdminDestVCI sUniCktEntry.14 VCI
sUniCktOperDestVCI sUniCktEntry.15 VCI read only
sUniCktOperPrinBwType sUniCktEntry.22 Integer
1=guaranteed
2=insured 		read only
sUniCktAdminPrinBwType sUniCktEntry.23 Integer
1=guaranteed
2=insured
sUniCktOperTransPri sUniCktEntry.24 Integer (0, 1) read only
sUniCktAdminTransPri sUniCktEntry.25 Integer (0, 1)
sUniCktAdminSrcInsuredRate sUniCktEntry.26 Integer (cells/s)
defaults:
MSC: 109
CLC: 218
sUniCktOperSrcInsuredRate sUniCktEntry.27 Integer (cells/s)
defaults:
MSC: 109
CLC: 218 		read only
sUniCktAdminSrcInsuredBurst sUniCktEntry.28 Integer (cells)
default 128
sUniCktOperSrcInsuredBurst sUniCktEntry.29 Integer (cells)
default 128 		read only
sUniCktAdminSrcMaxRate sUniCktEntry.30 Integer (cells/s)
default: line rate
sUniCktOperSrcMaxRate sUniCktEntry.31 Integer (cells/s)
default: line rate 		read only
sUniCktAdminSrcMaxBurst sUniCktEntry.32 Integer (cells)
default 128
sUniCktOperSrcMaxBurst sUniCktEntry.33 Integer (cells)
default 128 		read only
sUniCktOperDestInsuredRate sUniCktEntry.35 Integer (cells/s)
defaults:
MSC: 109
CLC: 218 		read only
sUniCktOperDestInsuredBurst sUniCktEntry.37 Integer (cells)
default 128 		read only
sUniCktOperDestMaxRate sUniCktEntry.39 Integer (cells/s)
defaults:
MSC: 109
CLC: 218 		read only
sUniCktOperDestMaxBurst sUniCktEntry.41 Integer (cells)
default 128 		read only
sUniCktAdminSecondaryScale sUniCktEntry.42 Integer
default 255
sUniCktOperSecondaryScale sUniCktEntry.43 Integer
default 255 		read only
sUniCktSts sUniCktEntry.99 Integer
1=enable
2=disable (default)
3=delete

sUniCktInfoTable Objects

MIB Branch

Value

sUniCktInfoTable

 sUniCktInfo.2

sUniCktInfoEntry

 sUniCktInfoTable.1 index=port#.VCI#
sUniCktInfoIfIndex sUniCktInfoEntry.1 Integer ((c*1000)+p+t) read only
sUniCktInfoVCI sUniCktInfoEntry.2 VCI read only
sUniCktInfoUniToNetCallID sUniCktInfoEntry.3 Integer (ID) read only
sUniCktInfoNetToUniCallID sUniCktInfoEntry.4 Integer (ID) read only
sUniCktInfoUniToNetState sUniCktInfoEntry.5 Integer
1=active
2=inactive 		read only
sUniCktInfoNetToUniState sUniCktInfoEntry.6 Integer
1=active
2=inactive 		read only
sUniCktInfoLastAtmErr sUniCktInfoEntry.7 Octet String read only
sUniCktInfoDataCellsRequired sUniCktInfoEntry.8 Integer (cells) read only
sUniCktInfoLastAtmLocation sUniCktInfoEntry.9 Display String read only

lsPortProtocols sUniCktInfo

MIB Branch

Value

pvcInfo

 lsPortProtocols.6

pvcCfgTable

 pvcinfo.1

pvcEntry

 pvcCfgTable.1 index=port#.PVC#
pvcSrcId pvcEntry.2 Integer read only
pvcSrcInsuredRate pvcEntry.4 Integer ((c*1000)+p+t)
pvcSrcInsuredBurst pvcEntry.5 VCI
pvcSrcMaxRate pvcEntry.6 Integer (bits/s)
0=no commitment
default=line rate
pvcSrcMaxBurst pvcEntry.7 Integer (bytes)
0=no commitment (default)
pvcSecondaryScale pvcEntry.8 Integer
0-100=x/100
101-109= (x-100)/1000
255 (def.)=use port variable
pvcPrinBwType pvcEntry.9 Integer
1=guaranteed (default)
2=insured
pvcTransPri pvcEntry.10 Integer
0-1 (default 0)
pvcUserDataPerCell pvcEntry.11 Integer (bits)
0-384 (default 0)
pvcNegotiatedSrcMaxRate pvcEntry.12 Integer (bits/s)
0=no commitment (default)
pvcStatus pvcEntry.99 Integer
1=enable
2=disable (default)
3=delete
4=enable multicast

lsPortProtocols sUniCktInfo

MIB Branch

Value

mcEndptInfo

 lsPortProtocols.7

mcEndptCfgTable

 mcEndptinfo.1

mcEndptEntry

mcEndptCfgTable.1 index=
port#.PVC#.mcEndptLcl-
Instance
mcEndptLclInstance mcEndptEntry.3 Integer read only
mcEndptDest mcEndptEntry.4 Display String
chassisID:port#:cktID
mcEndptServiceType mcEndptEntry.5 Integer
1=dest same as src
2=dest FR
3=dest FF
4=dest ATM-UNI
5=dest CBR
mcEndptRmtVCstatus mcEndptEntry.6 Integer
1=active
2=inactive 		read only
mcEndptCallIDIncoming mcEndptEntry.7 Integer (ID) read only
mcEndptDownstreamState mcEndptEntry.8 Integer
1=active
2=inactive 		read only
mcEndptUpstreamState mcEndptEntry.9 Integer
1=active
2=inactive 		read only
mcEndptLastAtmErr mcEndptEntry.10 Octet String read only
mcEndptLastAtmLocation mcEndptEntry.11 Display String
chassID:port# 		read only
mcEndptDirection mcEndptEntry.12 Integer (bits/s)
1=to endpoint
2=from endpoint
3=bidirectional (default)
mcEndptStatus mcEndptEntry.99 Integer
1=enable
2=disable
3=delete
4=create request
5=under creation

lsPortProtocols sUniCktInfo

MIB Branch

Value

pvcCbrInfo

 lsPortProtocols.8

pvcCbrCfgTable

 pvcCbrinfo.1

pvcCbrEntry

 pvcCbrCfgTable.1 port#.PVC#
pvcCbrSrcPvcId pvcCbrEntry.2 Integer (ID)
Ckt emulation or fractional: 1
Crossconnect:
dsx1FracIfIndex
UNI: VCI# 		read only
pvcCbrBandwidth pvcCbrEntry.3 Integer (cells/s)
UNI: configured
Ckt emulation or fractional:
from port BW (read only)
Crossconnect:
dsx1FracIfIndex (read only)


read only

read only
pvcCbrAllowableDelay pvcCbrEntry.4 Integer (ms)
default 300000
pvcCbrClkMode cemacInfoEntry.5 Integer
1=Adaptive (default)
2=SRTS
3=synchronous
4=other
UNI: configurable
otherwise: read only





read only
pvcCbrClkTargetDepth pvcCbrEntry.6 Integer (bytes)
pvcCbrClkMaxDepth pvcCbrEntry.7 Integer
pvcCbrSliptoFit pvcCbrEntry.8 Integer (ID)
1=minimize delay (default) 2=minimize slips
pvcCbrStatus pvcEntry.99 Integer
1=enable
2=disable (default)
3=delete

The lsPrivate Branch

The lsPrivate branch of the atmSwitch subtree (atmSwitch.10) is reserved for use in later releases. It is currently empty.

The lsExperimental Branch

The figure below shows portions of the lsExperimental branch of the atmSwitch subtree:


Figure 7-12: The lsExperimental Branch

In Release 2.0, the lsExperimental branch contains objects that are used by Lightstream to provide advanced support functions and analysis of network performance. This branch is not used by most users in Release 2.0. In this section, we describe only those MIB objects in the lsExperimental branch that are used to collect cell statistics and to collect statistics on edge cards for frame relay and frame forwarding. You may use the getsnmp command to obtain the statistical information associated with these MIB objects. Ellipses in the figure stand for portions of the lsExperimental branch that are not documented here.

The following tables show the address and type of each object in the selected portions of the branch.

lsFrameRelayDlciStatTable Objects

MIB Branch

Value

lsEdgeStatistics

 lsExperimentalStatistics.1

lsFrameRelayDlciStatTable

 lsEdgeStatistics.3

lsFrameRelayDlciStatEntry

lsFrameRelayDlciStatTable.1 index=
port#.DLCI#
frameRelayDlciStatPortIndex lsFrameRelayDlciStatEntry.1 Integer read only
frameRelayDlciStatDlciIndex lsFrameRelayDlciStatEntry.2 Integer read only
frameRelayDlciToSwCLP0Frames lsFrameRelayDlciStatEntry.3 Counter read only
frameRelayDlciToSwCLP0Cells lsFrameRelayDlciStatEntry.4 Counter read only
frameRelayDlciToSwCLP1Frames lsFrameRelayDlciStatEntry.5 Counter read only
frameRelayDlciToSwCLP1Cells lsFrameRelayDlciStatEntry.6 Counter read only
frameRelayDlciToSwDiscardFrames lsFrameRelayDlciStatEntry.7 Counter read only
frameRelayDlciToSwDiscardCells lsFrameRelayDlciStatEntry.8 Counter read only
frameRelayDlciFrSwCLP0Frames lsFrameRelayDlciStatEntry.9 Counter read only
frameRelayDlciFrSwCLP0Cells lsFrameRelayDlciStatEntry.10 Counter read only
frameRelayDlciFrSwCLP1Frames lsFrameRelayDlciStatEntry.11 Counter read only
frameRelayDlciFrSwCLP1Cells lsFrameRelayDlciStatEntry.12 Counter read only

lsFrameForwardStatTable Objects

MIB Branch

Value

lsEdgeStatistics

 lsExperimentalStatistics.1

lsFrameForwardStatTable

 lsEdgeStatistics.7

lsFrameForwardStatEntry

 lsFrameForwardStatTable.1 index=port#
frameForwardStatPortIndex lsFrameForwardStatEntry.1 Integer read only
frameForwardToSwCLP0Frames lsFrameForwardStatEntry.2 Counter read only
frameForwardToSwCLP0Cells lsFrameForwardStatEntry.3 Counter read only
frameForwardToSwCLP1Frames lsFrameForwardStatEntry.4 Counter read only
frameForwardToSwCLP1Cells lsFrameForwardStatEntry.5 Counter read only
frameForwardToSwDiscardFrames lsFrameForwardStatEntry.6 Counter read only
frameForwardToSwDiscardCells lsFrameForwardStatEntry.7 Counter read only
frameForwardFrSwCLP0Frames lsFrameForwardStatEntry.8 Counter read only
frameForwardFrSwCLP0Cells lsFrameForwardStatEntry.9 Counter read only
frameForwardFrSwCLP1Frames lsFrameForwardStatEntry.10 Counter read only
frameForwardFrSwCLP1Cells lsFrameForwardStatEntry.11 Counter read only

lsCellStatistics Objects

MIB Branch

Value

lsCellStatistics

 lsExperimentalStatistics.6

lsCellVciStatTable

 lsCellStatistics.1

lsCellVciStatEntry

lsCellVciStatTable.1 index= port#.VCI#

cellVciStatPortIndex

 lsCellVciStatEntry.1 Integer read only

cellVciStatVciIndex

 lsCellVciStatEntry.2 Integer read only

cellVciToSwCLP0Cells

 lsCellVciStatEntry.3 Counter read only

cellVciToSwCLP01Cells

 lsCellVciStatEntry.4 Counter read only

cellVciToSwCLP1Cells

 lsCellVciStatEntry.5 Counter read only

cellVciToSwDiscardCells

 lsCellVciStatEntry.6 Counter read only

The lsIR Branch

The following figure shows the internal routing (lsIR) branch of the atmSwitch subtree:


Figure 7-13: The lsIR Branch
Note The figure does not show all the objects in this branch because there are too many of them. Instead the first and last objects at each level are shown and an ellipsis (...) is used to indicate that additional objects exist. However, all the objects in this branch are listed in the following table.

The table below shows the address and type of each object in the lsIR branch.

Objects in the lsIR Branch

MIB Branch

Value

irRoutingGroup

 lsIR.1
irRoutingPathsGenerated irRoutingGroup.1 Counter read only
irRoutingPathGenSuccess irRoutingGroup.2 Counter read only
irRoutingPathGenFailedNoResources irRoutingGroup.3 Counter read only
irRoutingPathGenFailedUnknown irRoutingGroup.4 Counter read only
irRoutingPathGenFailedOther irRoutingGroup.5 Counter read only
irRoutingAveragePathLength irRoutingGroup.6 Counter read only

The lsStatistics Branch

In Release 2.1, the lsStatistics branch of the atmSwitch subtree (atmSwitch.13) is empty. It will be used for objects (presently in the lsExperimental branch) that Lightstream uses to analyze network performance.

The tcsInfo Branch

The following figure shows the tcsInfo branch of the atmSwitch subtree:


Figure 7-14: The tcsInfo Branch
Note The figure does not show all the objects in this branch because there are too many of them. Instead the first and last objects at each level are shown and an ellipsis (...) is used to indicate that additional objects exist. However, all the objects in this branch are listed in the following table.

The following table shows the address and type of each object in the branch. The tcsInfo branch contains one table.

Objects in the tcsInfo Branch

MIB Branch

Value

tcsTable

 tcsInfo.1

tcsEntry

 tcsTable.1 index=card#
tcsIndex tcsEntry.1 Integer (card#) read only
tcsTemp1 tcsEntry.2 Integer read only
tcsTemp2 tcsEntry.3 Integer read only
tcsTcsVoltage tcsEntry.4 Integer read only
tcsVccVoltage tcsEntry.5 Integer read only
tcsScsiVoltage tcsEntry.7 Integer read only
tcsPostResult tcsEntry.8 Octet String read only
tcsCardType tcsEntry.9 Integer
1=empty
2=error
3=unknown
4=switch
5=NP
6=LS edge
7=LS trunk
8=MS trunk
10=MS edge
11=2-pt FDDI
12=8-pt Ether
13=token ring
14=8-pt LS ser edge
15=8-pt LS ser trunk
30=generic CLC1
31=2-pt OC3 edge
32=2-pt OC3 trunk
33=8-pt T3/E3 edge
34=8-pt T3/E3 trunk
35=2-pt TAXI edge
36=2-pt TAXI trunk
37=8-pt CBR edge
70=switch 2
71=NP switch 		read only
tcsPaddleTemp1 tcsEntry.10 Integer read only
tcsPaddleTemp2 tcsEntry.11 Integer read only
tcsPaddleWarnTemp1 tcsEntry.12 Integer read only
tcsPaddleWarnTemp2 tcsEntry.13 Integer read only
tcsPaddleShutdownTemp1 tcsEntry.14 Integer read only
tcsPaddleShutdownTemp2 tcsEntry.15 Integer read only
tcsWarnTemp1 tcsEntry.16 Integer read only
tcsWarnTemp2 tcsEntry.17 Integer read only
tcsShutdownTemp1 tcsEntry.18 Integer read only
tcsShutdownTemp2 tcsEntry.19 Integer read only
tcsFaultLight tcsEntry.20 Integer
1=on
2=off 		read only
tcsReadyLight tcsEntry.21 Integer
1=on
2=off 		read only
tcsSwitchConnectivityMask tcsEntry.22 Integer (bitmask)
bit 1=card# 1, etc. 		read only
tcsFcLoadState tcsEntry.23 Integer
1=idle
2=request
3=delay
4=delay POST wait
5=loading
6=ND wait
7=succeeded
8=failed
9=too many failures 		read only
tcsFcLoadFailedReason tcsEntry.24 Integer
1=no failure
2=no load flag
3=disabled
4=POST failed
5=fork failed
6=exec failed
7=bad exit
8=bad exit, no reload
9=signalled
10=ND down, no reload
11=ND failed to start
12=not loadable 		read only
tcsFcLastLoadExitStatus tcsEntry.25 Integer read only

tcsPrimarySwitch

tcsInfo.2 Integer
1=SA
2=SB

tcsPowerSupplyA

tcsInfo.3 Integer
1=empty
2=failed
3=good 		read only

tcsPowerSupplyB

tcsInfo.4 Integer
1=empty
2=failed
3=good 		read only

tcsPowerSupplyTypeA

tcsInfo.5 Integer
1=empty
2=DC power tray
3=Todd
4=unknown 		read only

tcsPowerSupplyTypeB

tcsInfo.6 Integer
1=empty
2=DC power tray
3=Todd
4=unknown 		read only

tcsSwitchFaultMaskA

tcsInfo.7 Integer (bitmask)
0: don't use switch A
n: slot n clock unhealthy 		read only

tcsSwitchFaultMaskB

tcsInfo.8 Integer (bitmask)
0: don't use switch B
n: slot n clock unhealthy 		read only

tcsSwitchCutoverSupport

tcsInfo.9 Integer
1=SCs in sync:
does lossless
2=SCs not in sync:
doesn't do lossless 3=Other:
can't do lossless 		read only

tcsFCPrimarySwitchA

tcsInfo.10 Integer (bitmask)
If bit n = 1, Switch A should be in slot n. 		read only

tcsFCPrimarySwitchB

tcsInfo.11 Integer (bitmask)
If bit n = 1, Switch B should be in slot n. 		read only

The lsGID Branch

The figure below shows the IsGID branch of the atmSwitch subtree:


Figure 7-15: The lsGID Branch
Note The figure does not show all the objects in this branch because there are too many of them. Instead, an ellipsis (...) is used to indicate where objects have been omitted from the figure. However, all the objects in this branch are listed in the following tables.

The tables on the following pages show the address and type of each object in the branch.

gidGeneralGroup

MIB Branch

Value

gidGeneralGroup

 lsGID.1
gidSoftwareVersionNumber gidGeneralGroup.1 DisplayString read only
gidProcessID gidGeneralGroup.2 Integer read only
gidUpTime gidGeneralGroup.3 Integer (sec) read only
gidMemoryUse gidGeneralGroup.4 Counter (bytes) read only
gidTimersProcessed gidGeneralGroup.5 Counter read only
gidMallocFailures gidGeneralGroup.6 Counter read only
gidDebugFlag gidGeneralGroup.6 Integer (bitmask)
gidDebugLevel gidGeneralGroup.6 Integer (0-3)
0=no detail,
3=max

gidNbrGroup

MIB Branch

Value

gidNbrGroup

 lsGID.2

gidNbrCount

 gidNbrGroup.1 Counter read only

gidNbrTable

 gidNbrGroup.2
gidNbrEntry gidNbrTable.1 index=EIA
gidNbrEIA gidNbrEntry.1 Integer read only
gidNbrVCI gidNbrEntry.2 Integer read only
gidNbrState gidNbrEntry.3 Integer
1=unknown
2=exists
3=exch. started 4=exchange
5=loading
6=full 		read only
gidNbrSyncEvents gidNbrEntry.4 Counter read only
gidNbrDBReqListLength gidNbrEntry.5 Counter read only
gidNbrDBSumListLength gidNbrEntry.6 Counter read only
gidNbrHellosRx gidNbrEntry.7 Counter read only
gidNbrLinkAnnouncementsRx gidNbrEntry.8 Counter read only
gidNbrNewLinkAnnouncementsRx gidNbrEntry.9 Counter read only
gidNbrIPAnnouncementsRx gidNbrEntry.10 Counter read only
gidNbrNewIPAnnouncementsRx gidNbrEntry.11 Counter read only
gidNbrGenericAnnouncementsRx gidNbrEntry.12 Counter read only
gidNbrNewGenericAnnouncementsRx gidNbrEntry.13 Counter read only

gidClientGroup

MIB Branch

Value

gidClientGroup

 lsGID.3

gidClientCount

 gidClientGroup.1 Counter read only

gidClientTable

 gidClientGroup.2
gidClientEntry gidClientTable.1 index=gidClientID
gidClientID gidClientEntry.1 Integer read only
gidClientEIA gidClientEntry.2 Integer read only
gidClientAnnouncementsRx gidClientEntry.3 Counter read only
gidClientLinkAnnouncementsRx gidClientEntry.4 Counter read only

gidIOGroup

MIB Branch

Value

gidIOGroup

 lsGID.4

gidIONbrMsgBuffersFree

 gidIOGroup.1 Counter read only

gidIONbrMsgBuffersActive

 gidIOGroup.2 Counter read only

gidIOClientMsgBuffersFree

 idIOGroup.3 Counter read only

gidIOClientMsgBuffersActive

 gidIOGroup.4 Counter read only
gidClientIPAnnouncementsRx gidClientEntry.5 Counter read only
gidClientGenericAnnouncementsRx gidClientEntry.6 Counter read only
gidClientEventsTx gidClientEntry.7 Counter read only
gidClientPathsGenerated gidClientEntry.8 Counter read only

gidSyncGroup

MIB Branch

Value

gidSyncGroup

 lsGID.6
gidSyncNbrsExistent gidSyncGroup.1 Counter read only
gidSyncNbrsExStart gidSyncGroup.2 Counter read only
gidSyncNbrsExchange gidSyncGroup.3 Counter read only
gidSyncNbrsLoading gidSyncGroup.4 Counter read only
gidSyncNbrsFull gidSyncGroup.5 Counter read only

gidLinkGroup

MIB Branch

Value

gidLinkGroup

 lsGID.7

gidLinkDatabaseSize

 gidLinkGroup.1 Integer (bytes) read only

gidLineCardTable

 gidLinkGroup.2

gidLineCardEntry

 gidLineCardTable.1 index=chassisID.card#
gidLineCardChassis gidLineCardEntry.1 Integer (chassis ID) read only
gidLineCardSlot gidLineCardEntry.2 Integer read only
gidLineCardEntryAge gidLineCardEntry.3 LightStreamUpToMaxAge (seconds) read only
gidLineCardEntrySeqno gidLineCardEntry.4 Integer read only
gidLineCardEntryAdvNP gidLineCardEntry.5 Integer (NP ID) read only
gidLineCardPorts gidLineCardEntry.6 Integer read only

gidPortTable

 gidLinkGroup.3

gidPortEntry

 gidPortTable.1 index=chassisID.port#
gidPortChassis gidPortEntry.1 Integer (chassis ID) read only
gidPortID gidPortEntry.2 Integer (port#) read only
gidPortService gidPortEntry.3 Integer
1=trunk
2=edge 		read only
gidPortUpDown gidPortEntry.4 Integer
1=down
2=up 		read only
gidPortBW0 gidPortEntry.5 Integer read only
gidPortBW1 gidPortEntry.6 Integer read only
gidPortBW2 gidPortEntry.7 Integer read only
gidPortRemoteChassis gidPortEntry.8 Integer (chassis ID) read only
gidPortRemotePort idPortEntry.9 Integer (port#) read only

gidIpAddressGroup

Address

Value

gidIpAddressGroup

 lsGID.8

gidIpAddressDatabaseSize

 gidIpAddressGroup.1 Integer (bytes) read only

gidIpAddressTable

 gidIpAddressGroup.2

gidIpAddressEntry

gidIpAddressTable.1 index= GidInternalIpAddress
GidInternalIpAddress gidIpAddressEntry.1 IpAddress read only
gidIpEntryAge gidIpAddressEntry.2 LightStreamUpToMaxAge (seconds)
gidIpEntrySeqno gidIpAddressEntry.3 Integer read only
gidIpEntryAdvNP gidIpAddressEntry.4 Integer (NP ID) read only
gidIpEntryNetMask gidIpAddressEntry.5 Integer read only
gidIpEntryEIA gidIpAddressEntry.6 Octet String read only

gidEventGroup

MIB Branch

Value

gidEventGroup

 lsGID.9

gidEventLinkEventsDelivered

 gidEventGroup.1 Counter read only

gidEventIpEventsDelivered

 gidEventGroup.2 Counter read only

gidEventGenericGinfoEventsDelivered

 gidEventGroup.3 Counter read only

gidEventGenericGinfoEventTable

 gidEventGroup.4

gidEventGenericGinfoEventCount

gidEventGeneric- GinfoEventTable.1 index=
gidEventDistributionGroup
gidEventDistributionGroup gidEventGeneric- GinfoEventCount.1 Integer read only
gidEventGenericGinfoEvents gidEventGeneric- GinfoEventCount.2 Counter read only

The lsPID Branch

The following figure shows the lsPID branch of the atmSwitch subtree:


Figure 7-16: The lsPID Branch
Note The figure does not show all the objects in this branch because there are too many of them. Instead the first and last objects at each level are shown and an ellipsis (...) is used to indicate that additional objects exist. However, all the objects in this branch are listed in the following table.

The table below shows the address and type of each object in the branch.

Objects in the lsPID Branch

MIB Branch

Value

lsPID

 atmSwitch.16

pidTable

 lsPID.1

pidEntry

 pidTable.1 index=PID#
pidIndex pidEntry.1 (PID#) Integer read only
pidName pidEntry.2 Integer read only
pidCreationTime pidEntry.3 Integer (sec) read only
pidOperStatus pidEntry.4 Integer
1=up
2=down 		read only
pidAdminStatus pidEntry.5 Integer
1=up
2=down

The lsND Branch

The figure below shows the lsND branch of the atmSwitch subtree:


Figure 7-17: The lsND Branch
Note The figure does not show all the objects in this branch because there are too many of them. Instead the first and last objects at each level are shown and an ellipsis (...) is used to indicate that additional objects exist. However, all the objects in this branch are listed in the following tables.

The following tables show the address and type of each object in the branch.

ndGeneralGroup

MIB Branch

Value

ndGeneralGroup

 lsND.1
ndSoftwareVersionNumber ndGeneralGroup.1 Display String read only
ndProcessID ndGeneralGroup.2 Integer (PID#) read only
ndMemoryUse ndGeneralGroup.4 Counter (bytes) read only
ndTimersProcessed ndGeneralGroup.5 Counter read only

ndLCGroup

MIB Branch

Value

ndLCGroup

 lsND.2

ndLCCount

 ncLCGroup.1 Counter read only

ndLCTable

 ncLCGroup.2

ncLCEntry

 ndLCTable.1 index=EIA
ndLCEIA ndLCEntry.1 Integer read only
ndLCChannel ndLCEntry.2 Integer read only
ndLCState ndLCEntry.3 Integer
1=unknown
2=exists
3=up
4=coming down 		read only

ndNbrGroup

MIB Branch

Value

ndNbrGroup

 lsND.3

ndNbrCount

 ndNbrGroup.1 Counter read only

ndNbrTable

 ndNbrGroup.2

ndNbrEntry

 ndBbrTable.1 index=EIA
ndNbrEIA ndNbrEntry.1 Integer read only
ndNbrChannel ndNbrEntry.2 Integer read only
ndNbrState ndNbrEntry.3 Integer
1=unknown
2=exists
3=up
4=coming down 		read only

ndSwudGroup

MIB Branch

Value

ndSwudGroup

 lsND.4

ndSwudTable

 ndSwudGroup.1

ndSwudEntry

 ndSwudTable.1 index=ndSwudIndex
ndSwudIndex ndSwudEntry.1 Integer (slot#) read only
ndOperIntvl ndSwudEntry.2 Integer (x*100ms) read only
ndOperJ ndSwudEntry.3 Integer read only
ndOperK ndSwudEntry.4 Integer read only
ndOperM ndSwudEntry.5 Integer read only
ndOperN ndSwudEntry.6 Integer read only
ndAdminIntvl ndSwudEntry.7 Integer (x*100ms)
ndAdminJ ndSwudEntry.8 Integer
ndAdminK ndSwudEntry.9 Integer
ndAdminM ndSwudEntry.10 Integer
ndAdminN ndSwudEntry.11 Integer
ndTrigger ndSwudEntry.12 Integer

ndSwudStatsInputErrors

 ndSwudGroup.2 Counter read only

ndSwudStatsTable

 ndSwudGroup.3

NdSwudStatsEntry

ndSwudStatsTable.1 index=ndSwudStatsIndex
ndSwudStatsIndex ndSwudStatsEntry.1 Integer read only
ndInputCells ndSwudStatsEntry.2 Counter read only
ndInputErrs ndSwudStatsEntry.3 Counter read only
ndOutputCells ndSwudStatsEntry.4 Counter read only
ndOutputErrs ndSwudStatsEntry.5 Counter read only

ndClient

MIB Branch

Value

ndClient group

 lsND.5

ndClientCount

 ndClientGroup.1 Counter read only

ndClientTable

 ndClientGroup.2

ndClientEntry

 ndClientTable.1 index=ndClientID
ndClientID ndClientEntry.1 Integer read only
ndClientType ndClientEntry.2 Integer
3=ND
4=GID
5=LCC
6=CA
7=Sys 		read only
ndClientSubType ndClientEntry.3 Integer read only
ndClientEIA ndClientEntry.4 Integer read only
ndClientRegistration ndClientEntry.5 Integer read only

ndInternalGroup

MIB Branch

Value

ndInternalGroup

 lsND.6
ndInternalDebugLevel ndInternalGroup.1 Integer
0=off (default)
ndInternalDebugFlags ndInternalGroup.2 Integer
0=none (default)

ndRedundancyGroup

MIB Branch

Value

ndRedundancyGroup

 lsND.7
ndPrimaryNP ndRedundancyGroup.1 Integer (slot#)
0=none (default) 		read only
ndThisNP ndRedundancyGroup.2 Integer (slot#) read only
ndForceToBackup ndRedundancyGroup.3 Integer

The lwmaInfo Branch

The following figure shows the lwmaInfo branch of the atmSwitch subtree:


Figure 7-18: The lwmaInfo Branch
Note The figure does not show all the objects in this branch because there are too many of them. Instead the first and last objects at each level are shown and an ellipsis (...) is used to indicate that additional objects exist. However, all the objects in this branch are listed in the following table.

The following table shows the address and type of each object in the branch.

Objects in the lwmaInfo Branch

MIB Branch

Value

lwmaTable

 lwmaInfo.1

lwmaEntry

 lwmaTable.1 index=LWMA#
lwmaIndex lwmaEntry.1 Integer (LWMA #) read only
lwmaCreationTime lwmaEntry.2 Integer (seconds) read only
lwmaTableNotification lwmaEntry.3 Object Identifier read only
lwmaTrapLevel lwmaEntry.4 Integer
1=operational
2=informational
3=trace
4=debug
lwmaTrapNumber lwmaEntry.5 Integer
lwmaTrapOnOffState lwmaEntry.6 Integer
1=on
2=off
lwmaTrapCliAlias lwmaEntry.7 Octet String

The lightStreamInternet Subtree

The following figure shows the lightStreamBridge and lightStreamLanPort branches in the lightStreamInternet subtree of the LightStream private MIB:


Figure 7-19: The lightStreamInternet Subtree
Note The figure does not show all the objects in these branches because there are too many of them. Instead the first and last objects at each level are shown and an ellipsis (...) is used to indicate that additional objects exist. However, all the objects in these branches are listed in the following tables.

The following tables show the address and type of each object in the lightStreamBridge and lightStreamLanPort branches.

lightStreamBridgePortTable

MIB Branch

Value

lightStreamBridgePortTable

 lightStreamBridge.1

lightStreamBridgePortEntry

lightStreamBridgePortTable.1 index=port#
lightStreamBrPortPort lightStreamBridgePortEntry.1 Integer
(dot1dBasePort) 		read only
lightStreamBrPortDefaultAction lightStreamBridgePortEntry.2 1 = forward (def.)
2 = block
lightStreamBrPortBcastRateLimit lightStreamBridgePortEntry.3 Integer (packets)
1=forward all (def.)
lightStreamBrPortDroppedBcastPkts lightStreamBridgePortEntry.4 Counter (packets) read only

lightStreamBridgeFilterTable

MIB Branch

Value

lightStreamBridgeFilterTable

 lightStreamBridge.2

lightStreamBridgeFilterEntry

lightStreamBridgeFilterTable.1 index=
ID.TokenIndex
lightStreamBrFilterId lightStreamBridgeFilterEntry.1 Integer read only
lightStreamBrFilterTokenIndex lightStreamBridgeFilterEntry.2 Integer read only
lightStreamBrFilterTokenType lightStreamBridge Integer
1=operation
2=Frame Field
3=MAC address
4=Ether
5=LLC SAP
6 (reserved)
7=SNAP OUI
lightStreamBrFilterTokenValue lightStreamBridgeFilterEntry.4 DisplayString
lightStreamBrFilterStatus lightStreamBridgeFilterEntry.5 Integer
1=complete
2=delete
4=intermediate token

lightStreamBridgeFilterParameter-
Table

MIB Branch

Value

lightStreamBridgeFilterParameterTable

 lightStreamBridge.3

lightStreamBridgeFilterParameterEntry

lightStreamBridgeFilter-
ParameterTable.1 		index= port#.FilterId
lightStreamBrFilterParmPort lightStreamBridgeFilter-
ParameterEntry.1 		Integer (dot1dBasePort) read only
lightStreamBrFilterParmFilterId lightStreamBridgeFilter-
ParameterEntry.2 		Integer read only
lightStreamBrFilterParmFilterPriority lightStreamBridgeFilter-
ParameterEntry.3 		Integer
1=highest
(default largest + 10)
lightStreamBrFilterParmAction lightStreamBridgeFilter-
ParameterEntry.4 		LightStreamFilterAction
1 = forward
2 = block
lightStreamBrFilterParmMatchCounts lightStreamBridgeFilter-
ParameterEntry.5 		Counter read only
lightStreamBrFilterParmValidation lightStreamBridgeFilter-
ParameterEntry.6 		Integer
1=valid
2=invalid
lightStreamBrFilterParmTp lightStreamBridgeFilter-
ParameterEntry.7 		Integer
lightStreamBrFilterParmMg lightStreamBridgeFilter-
ParameterEntry.8 		Integer

lightStreamBridgePortTable

MIB Branch

Value

lightStreamBridgeStaticGoToCardSize lightStreamBridge.4 Integer
(bytes of dot1dStaticGoTo per card) 		read only

lightStreamBridgeFilter-
ParameterTable

MIB Branch

Value

lsIpPortTable

 lightStreamBridge.5

lsIpPortEntry

 lsIpPortTable.1 index=port#

lsIpPortDefaultAction

lsIpPortEntry.2 LightStreamFilterAction
1 = forward (default)
2 = block

lightStreamBridgeFilterTable

MIB Branch

Value

lsIpFilterTable

 lightStreamBridge.6

lsIpFilterEntry

 lsIpFilterTable.1 index=ID.TokenIndex
lsIpFilterId lsIpFilterEntry.1 Integer read only
lsIpFilterTokenIndex lsIpFilterEntry.2 Integer read only
lsIpFilterTokenType lsIpFilterEntry.3 Integer
1=operation
2=packet field
3=integer value
4=IP address
lsIpFilterTokenValue lsIpFilterEntry.4 DisplayString
lsIpFilterStatus lsIpFilterEntry.5 Integer
1=complete
2=delete
4=intermediate token

lightStreamBridgeFilter-
ParameterTable

MIB Branch

Value

lsIpFilterParameterTable

 lightStreamBridge.7

lsIpFilterParameterEntry

lsIpFilterParameterTable.1 index=port#.FilterID
lsIpFilterParmFilterId lsIpFilterParameterEntry.2 Integer read only
lsIpFilterParmFilterPriority lsIpFilterParameterEntry.3 Integer
lsIpFilterParmAction lsIpFilterParameterEntry.4 LightStreamFilterAction
1 = forward
2 = block
lsIpFilterParmMatchCounts lsIpFilterParameterEntry.5 Counter read only
lsIpFilterParmValidation lsIpFilterParameterEntry.6 Integer
1=valid
2=invalid
lsIpFilterParmTp lsIpFilterParameterEntry.7 Integer
lsIpFilterParmMg lsIpFilterParameterEntry.8 Integer

lightStreamBridgeFilterParameterTable

MIB Branch

Value

lsIpxPortTable

 lightStreamBridge.8

lsIpxPortEntry

 lsIpxPortTable.1 index=port#
lsIpxPortDefaultAction lsIpxPortEntry.2 LightStreamFilterAction
1 = forward (default)
2 = block

lightStreamBridgeFilterTable

MIB Branch

Value

lsIpxFilterTable

 lightStreamBridge.9

lsIpxFilterEntry

 lsIpxFilterTable.1 index=ID.TokenIndex
lsIpxFilterId lsIpxFilterEntry.1 Integer read only
lsIpxFilterTokenIndex lsIpxFilterEntry.2 Integer read only
lsIpxFilterTokenType lsIpxFilterEntry.3 Integer
1=operation
2=packet field
3=packet type
5=network
6=node
7=socket
lsIpxFilterTokenValue lsIpxFilterEntry.4 Display String
lsIpxFilterStatus lsIpxFilterEntry.5 Integer
1=complete
2=delete
4=intermediate token

lightStreamBridgeFilter-
ParameterTable

MIB Branch

Value

lsIpxFilterParameterTable

lightStreamBridge.10

lsIpxFilterParameterEntry

lsIpxFilterParameterTable.1 index=port#.FilterID
lsIpxFilterParmFilterId lsIpxFilterParameterEntry.2 Integer read only
lsIpxFilterParmFilterPriority lsIpxFilterParameterEntry.3 Integer
lsIpxFilterParmAction lsIpxFilterParameterEntry.4 LightStreamFilterAction
1=forward
2=block
lsIpxFilterParmMatchCounts lsIpxFilterParameterEntry.5 Counter read only
lsIpxFilterParmValidation lsIpxFilterParameterEntry.6 Integer
1=valid
2=invalid
lsIpxFilterParmTp lsIpxFilterParameterEntry.7 Integer
lsIpxFilterParmMg lsIpxFilterParameterEntry.8 Integer

sLanPortTable Objects

MIB Branch

Value

lsLanPortTable

lightStreamLanPort.1

lsLanPortEntry

 lsLanPortTable.1 index=port#
lsLanPortNpTrafficFilter lsLanPortEntry.1 Integer
1=forward
2=block (default)

The lightStreamVLI Subtree

The following figure shows the lightStreamVli subtree in the LightStream private MIB:


Figure 7-20: The lightStreamVLI Subtree

The following tables describe the objects in the lightStreamVLI subtree.

lightStreamVLI Version

MIB Branch

Value

lightStreamVliVersion lightStreamVli.1 Integer
1=Version 1 		read only

lightStreamBridgeFilterTable

MIB Branch

Value

lsMcastGrpTable

 lightStreamVli.2

lsMcastGrpEntry

lsMcastGrpTable.1 index=
GrpID.chassisID.port#
lsMcastGrpId lsMcastGrpEntry.1 Integer read only
lsMcastChassisId lsMcastGrpEntry.2 Integer read only
lsMcastIfIndex lsMcastGrpEntry.3 Integer read only
lsMcastGrpEntryValidation lsMcastGrpEntry.4 Integer
1=valid
2=invalid

lsTrafficProfileTable

MIB Branch

Value

lsTrafficProfileTable

 lightStreamVli.3

lsTrafficProfileEntry

lsTrafficProfile- Entry.1 index=lsTpId (tprof ID)
lsTpId lsTrafficProfile- Entry.1 Integer read only
lsTpInsuredRate lsTrafficProfile- Entry.2 Integer (bits)
0-100,000,000 (default 0)
lsTpInsuredBurst lsTrafficProfile- Entry.3 Integer (bytes/s)
0-64,000 (default 0)
lsTpMaxRate lsTrafficProfile- Entry.4 Integer (bits)
64,000-100,000,000
-1 = default
lsTpMaxBurst lsTrafficProfile- Entry.5 Integer (bytes/s)
0-64,000 (default 32,000)
lsTpSecondaryScale lsTrafficProfile- Entry.6 Integer
(0-109, default 1)
lsTpPrinBwType lsTrafficProfile- Entry.7 Integer
1=Guaranteed
2=Insured (default)
lsTpTransPri lsTrafficProfile- Entry.8 Integer
0=low (default)
1=high
lsTpValidation lsTrafficProfile- Entry.9 Integer
1=valid
2=invalid

lightStreamVliPortCtlTable

MIB Branch

Value

lightStreamVliPortCtlTable

 lightStreamVli.4

lightStreamVliPortCtlEntry

lightStreamVliPortCtlTable.1 index=port#
lightStreamVliPortCtlPort lightStreamVliPortCtlEntry.1 Integer
(dot1dBasePort) 		read only
lightStreamVliPortCtlMode lightStreamVliPortCtlEntry.2 Integer
1=include (default)
2=exclude

lightStreamVliPortWorkGroup

MIB Branch

Value

lightStreamVliPortWorkGroupTable

 lightStreamVli.5

lightStreamVliPortWorkGroupEntry

lightStreamVliPort-
WorkGroupTable.1 		index=port#.wgrpID

lightStreamVliPortWorkGroupPort

lightStreamVliPort-
WorkGroupEntry.1 		Integer
(dot1dBasePort) 		read only

lightStreamVliPortWorkGroupID

lightStreamVliPort-
WorkGroupEntry.2 		Integer
(0-65535) 		read only

lightStreamVliPortWorkGroup- Validation

lightStreamVliPort-
WorkGroupEntry.3 		Integer
1=valid
2=invalid

The lightStreamCbr Subtree

The following figure shows the lightStreamCbr subtree in the LightStream private MIB:


Figure 7-21: The lightStreamCbr Subtree

The following table describes the objects in the lightStreamCbr subtree.

lightStreamVliPortWorkGroup

MIB Branch

Value

lsNettimeInfo

 lightStreamCbr.1

lsNtChassisStatus

lsNettimeInfo.1 Integer (lsNtCfgPriority )
0=no nettime clocking 		read only

lsNtPriorityReset

lsNettimeInfo.2 Integer
1-10 (1 default)

lsNtClockingSwitchAdmin

lsNettimeInfo.3 Integer
1=switch A
2=switch B
3=autoselect (default)

lsNtClockingSwitchOper

lsNettimeInfo.4 Integer
1=switch A
2=switch B
3=autoselect 		read only

lsNtCfgTable

 lsNettimeInfo.5

lsNtCfgEntry

 lsNtCfgTable.1 index=lsNtCfgPriority
lsNtCfgPriority lsNtCfgEntry.1 Integer
1-10
Defaults:
1 for BITs plug
2 for oscillator 		read only
lsNtCfgSource lsNtCfgEntry.2 Integer
1=BITs plug
2=switch card oscillator
ifIndex =physical interface
lsNtCfgStatus lsNtCfgEntry.3 Integer
1=clock up
2=clock down
3=no longer available 		read only
lsNtCfgValidation lsNtCfgEntry.4 Integer
1=valid
2=invalid

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