LightStream 2020 MIB Reference

Tells how to use this information to identify MIB objects by their addresses in the MIB. The SNMP commands getsnmp, getnextsnmp, setsnmp, and walksnmp require MIB addresses as arguments. These commands are described in Chapter 5.

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:

MIB-II (RFC 1213)
Dot-3 Ethernet (RFC 1398)
FDDI (RFC 1512)
DS1 MIB (RFC 1232)
DS3 MIB (RFC 1233)
Dot-1 Bridge (RFC 1493)
SONET (RFC 1595)

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:

sysContact.0
system.4.0
mib.1.4.0
mgmt.1.1.4.0
1.3.6.1.2.1.1.4.0

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:

There are two SMTs per card, indexed as 2c and as (2c)-1, where c is the card number. For example, the card 3 SMT indices are 5 and 6, and the card 4 SMT indices are 7 and 8.

The MAC for each SMT has 1 as its index. For example, the MAC on the first SMT on card 3 has 5.1 as its index.
The two token-ring paths on each SMT are indexed 1 and 2. For example, the two paths on the first SMT on card 3 have 5.1 and 5.2 as their indices.
The two physical ports for the logical interface on each SMT are also indexed 1 and 2. For example, the two ports for the first SMT on card 3 have 5.1 and 5.2 as their indices.

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

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

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

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

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
			frProvMi State	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

			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

			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

			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

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

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

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

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

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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LightStream 2020 MIB Reference