Cisco Enterprise MIB Objects

Table Of Contents

Cisco Enterprise MIB Objects

ATM Virtual Interface

ATM Virtual Interface Configuration Group

ATM Virtual Interface Egress Statistics Table

ATM Virtual Interface Egress Interval Statistics Table

ATM Virtual Interface Ingress Statistics Table

ATM Virtual Interface Conformance Information

ATM Cell Layer

ATM Cell Layer Configuration Group

ATM Cell Layer Statistics Group

ATM Cell Layer Conformance Information

ATM Cell Layer Units of Conformance

Cisco DS3

DS3 Line Configuration Group

DS3 Alarm Configuration Group

DS3 Statistics Group

DS3 PLCP Alarm Configuration Group

DS3 PLCP Alarm Table

DS3 PLCP Statistics Group

Previous 24 Hour Interval Data

Cisco DS3 Units of Conformance

Cisco SONET

SONET Configuration Table

SONET APS Configuration Table

SONET Section Total Table

SONET Section Trace Table

SONET Line Total Table

SONET Far End Line Total Table

SONET Path Total Table

SONET Far End Path Total Table

Path Trace Table

SONET Statistics Tables

Cisco SONET Conformance Information

Cisco SONET Units of Conformance

Cisco WAN SONET

SONET Section Alarm Table

Line Alarm Table

Path Alarm Table

Cisco WAN SONET Units of Conformance

Cisco WAN Resource Partition

Resource Partition MIB

cwRsrcPartIlmi Table

cwRsrcPartCtlrConf Table

Cisco WAN Resource Partition Conformance Information

Cisco WAN Resource Partition Units of Conformance

Cisco WAN ATM Connection

SPVC Provisioning Model

Cisco WAN ATM Connection Textual Conventions

Channel Configuration Group

Channel State Group

Channel Test Group

Cisco WAN ATM Connection Conformance Information

Cisco WAN ATM Connection Units of Conformance

Cisco WAN Feeder

Feeder Table

Cisco WAN Feeder Conformance Information

Cisco WAN Feeder Units of Conformance

Cisco WAN Module

Cisco WAN Module Textual Convention

Module Configuration Table

Statistics Configuration Table

Cisco Bulk File

Overview

ASN.1 and Bit Error Rate Variable Bindings Format

Bulk Binary Format

Bulk ASCII Format

File Definition Table

File Object Table

File Table

Cisco Bulk File Conformance and Compliance Information

Cisco Bulk File Compliance Statement

Cisco Bulk File Units of Conformance

Cisco WAN Statistics Collection Manager

Statistics File Information

Statistics Collection Manager IP Address Configuration Table

Cisco WAN Statistics Collection Manager Conformance and Compliance Information

Cisco WAN Statistics Collection Manager Compliance Statement

Cisco WAN Statistics Collection Manager Units of Conformance

Cisco System

Clock Section

Location Section

Cisco System Conformance Information

Cisco System Compliance Statement

Cisco System Units of Conformance

ATM Connection Statistics

ATM Connection Statistics Compliance Information

ATM Connection Statistics Conformance Information

ATM Connection Statistics Units of Conformance

Robust Trap Mechanism MIB Objects

trapConfigTable Group

trapUploadTable Group

Error Status MIB Objects

Error Status Table

Basis Shelf MIB Objects

Shelf Table

axisRedundancy Group

Generic MIB for Traps

Module MIB for Traps

Service Class Template

Version Number Used for the Service Class Template

Virtual Circuit Descriptor Group

Class of Service Buffer Descriptor Group

Service Class Template Conformance Information

Service Class Template Units of Conformance

Cisco WAN Class of Service Buffer

Interval Statistics Table

Cisco WAN Class of Service Buffer Conformance Information

Cisco WAN Class of Service Buffer Units of Conformance

Cisco Enterprise MIB Objects

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This chapter describes the common MIB objects used for Cisco enterprise that are used for AXSM, AXSM-E, PXM45, and RPM.

Contents of this chapter include:

•ATM Virtual Interface

•ATM Cell Layer

•Cisco DS3

•Cisco SONET

•Cisco WAN SONET

•Cisco WAN Resource Partition

•Cisco WAN ATM Connection

•Cisco WAN Feeder

•Cisco WAN Module

•Cisco Bulk File

•Cisco WAN Statistics Collection Manager

•Cisco System

•ATM Connection Statistics

•Robust Trap Mechanism MIB Objects

•Error Status MIB Objects

•Basis Shelf MIB Objects

•Generic MIB for Traps

•Module MIB for Traps

•Service Class Template

•Cisco WAN Class of Service Buffer

ATM Virtual Interface

This section describes the MIB objects used to create the ATM virtual Interface. The ATM Virtual Interface Objects are defined in the file CISCO-ATM-VIRTUAL-IF MIB.my.

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Note The ATM Virtual Interface (IF) MIB is supported by AXSM and AXSM-E.

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The MIB objects used for the ATM virtual interface include:

•ATM Virtual Interface Configuration Group

•ATM Virtual Interface Egress Statistics Table

•ATM Virtual Interface Egress Interval Statistics Table

•ATM Virtual Interface Ingress Statistics Table

•ATM Virtual Interface Conformance Information

ATM Virtual Interface Configuration Group

The object identifier for each MIB object is listed in Table 3-1.

Table 3-1 ATM Virtual Interface Configuration Group Object Identifiers 

Name	Object Identifier
caviTable	::= {caviConfig 1}
caviEntry	::= {caviTable 1}
caviIndex	::= {caviEntry 1}
caviPhyIfIndex	::= {caviEntry 2}
caviViIfIndex	::= {caviEntry 3}
caviMinRate	::= {caviEntry 4}
caviMaxRate	::= {caviEntry 5}
caviFileId	::= {caviEntry 6}
caviIfType	::= {caviEntry 7}
caviVpiNum	::= {caviEntry 8}
caviRowStatus	::= {caviEntry 9}

A list of the MIB objects is shown in Table 3-2.

Table 3-2 ATM Virtual Interface Configuration Group MIB Objects 

Name	Syntax	Description			Default Value
caviTable	Sequence of caviEntry	Creates physical interfaces that are used for the ATM virtual interfaces. For each entry created in this table, an entry will be created in the ifTable with ifType atmVirtual(149). For each entry deleted from this table, the corresponding entry from ifTable will be deleted. The ifIndex value for ifType atmVirtual(149) is used for indexing to atmInterfaceConfTable for getting information on an ATM virtual interface. Max-Access: not-accessible Status: current Dependencies/Restrictions: The parameters cannot be changed if there are one or more resource partitions configured on the interface.			none
caviEntry	caviEntry	Provides an entry in the caviTable table for each ATM virtual interface. This entry is created only if values for all objects in a row are provided. The caviVpiNum value is required only if caviIfType is vuni(4) or vnni(5). Max-Access: not-accessible Status: current Created By: Manager The index contains caviIndex. The referential integrity constraints are as follows: •The value of caviPhyIfIndex is the same as the ifIndex value in the ifTable. This instance must have its ifAdminStatus value as Up(1) before an entry can be created in the caviTable. •The SCT file specified by caviFileId must exist on the PXM disk before an entry can be created. •An entry for caviVpiNum is required when caviIfType has the value vnni(3). •Multiple virtual interfaces can be added to the same line if the value of caviIfType is vnni. Each vnni virtual interface is then identified by its unique vpi value, which must be specified in caviVpiNum. If the value of caviIfType is uni or nni, only a single virtual interface can be added to a line. •The value of caviRowStatus can be set to destroy (6) only if there are no entries in the cwRsrcPartConfTable for the corresponding ifIndex value.			none
caviIndex	Integer32 (1..2147483647)	Provides a unique value for the ATM virtual interface. Max-Access: not accessible Status: current The following fields are used for the index entry format:			none
		Field	Description	Bit Positions
		Chassis #	Shelf Number of the module that is plugged in.	24 to 31 (eight bits)
		Logical Slot #	Logical Slot Number of the module that is plugged in.	16 to 23 (eight bits)
		Value	(See Table 3-1.)	0 to 15 (refers to a number between 1-60)
caviPhyIfIndex	InterfaceIndex	Identifies the interface number ifIndex assigned to SONET(39), ds3(30), ds1(18), atmIma(107). Max-Access: read-create Status: current			none
caviViIfIndex	InterfaceIndex	Identifies the ATM virtual interface number ifIndex assigned to this entry, which is used to identify corresponding rows in the IF-MIB. Note Reinitialization of the management agent can cause a client's caviViIfIndex to change. For information on the Chassis/Slot (CS) format used for this index entry, see caviIndex. Max-Access: read-only Status: current			none
caviMinRate	Unsigned32	Describes the ATM virtual interface's minimum cell rate (MCR). This is the guaranteed bandwidth allocated for the interface. The sum of caviMinRate of all ATM virtual interfaces configured on a single physical line must not exceed the bandwidth of the physical line. Creation of a row is rejected when the sum of caviMinRate of all existing ATM virtual interfaces exceeds the physical line bandwidth. The value of this object cannot exceed the ifSpeed or ifHighSpeed value in ifTable for the associated caviPhyIfIndex. Units: cells-per-second Max-access: read-create Status: current The various physical lines used for the ATM cell bandwidths are as follows:			none
		Line Type	Bandwidth (cells per second)
		OC192	22605280
		OC48	5651328
		OC12	1412832
		OC3	353208
		T3	96000
		E3	80000
caviMaxRate	Unsigned32	Describes the ATM virtual interface maximum cell rate. If bandwidth is available, the interface will be allocated bandwidth up to this value. This is the maximum bandwidth allocated for the interface. The total bandwidth of connections configured over this interface cannot exceed this value. The value of this object cannot exceed the ifSpeed or ifHighSpeed value in ifTable for the associated caviPhyIfIndex. For information about the ATM cell bandwidths for various physical lines, see caviMinRate. Units: cells-per-second Max-Access: read-create Status: current			none
caviFileId	Unsigned32	Determines the ID of the file that holds module specific configuration parameters for this ATM Virtual interface. Max-Access: read-create Status: current			0
caviIfType	INTEGER {uni(1), nni(2), vnni(3), vuni(4)}	Reflects the format of the cells transmitted by the physical interface. The following formats are configured: •uni:user port •nni:network port •vnni:virtual network port •vuni:virtual user port Note The vuni format is not supported. Max-Access: read-create Status: current			uni
caviVpiNum	AtmVpIdentifier	Configures this ATM virtual interface to be a virtual trunk. A nonzero value is required for virtual trunk operation. A value of 0 means that the ATM virtual interface is configured as a user port or a network port. Max-Access: read-create Status: current			0
caviRowStatus	RowStatus	Allows create and delete operations on caviTable entries. An entry is created in the table by setting this object to createAndGo(4). An entry is deleted from the table by setting this object to destroy(6). An entry in this table is modified after creation. Max-Access: read-create Status: current			none

ATM Virtual Interface Egress Statistics Table

The object identifiers used for the ATM Virtual Interface Egress Statistics Table are listed in Table 3-3.

Table 3-3 ATM Virtual Interface Egress Statistics Table Object Identifiers 

Name	Object Identifier
caviStatEgressTable	::= {caviStatistics 1}
caviStatEgressEntry	::= {caviStatTable 1}
caviEgrRcvClp0Cells	::= {caviStatEgressEntry 1}
caviEgrRcvClp1Cells	::= {caviStatEgressEntry 2}
caviEgrClp0DiscCells	::= {caviStatEgressEntry 3}
caviEgrClp1DiscCellsE	::= {caviStatEgressEntry 4}
caviEgrXmtClp0Cells	::= {caviStatEgressEntry 5}
caviEgrXmtClp1Cells	::= {caviStatEgressEntry 6}
caviEgrRcvOAMCells	::= {caviStatEgressEntry 7}
caviEgrRMCells	::= {caviStatEgressEntry 8}
caviEgrRcvEFCICells	::= {caviStatEgressEntry 9}
caviEgrRcvEFCICells	::= {caviStatEgressEntry 10}
caviEgrXmtOAMCells	::= {caviStatEgressEntry 11}
caviHEgrXmtClp0Cells	::= {caviStatEgressEntry 12}
caviHEgrXmtClp1Cells	::= {caviStatEgressEntry 13}

The MIB objects are listed in Table 3-4.

Table 3-4 ATM Virtual Interface Egress Statistics Table MIB Objects 

Name	Syntax	Description		Default Value
caviStatEgressTable	Sequence of caviStatEntry	Reflects real-time statistics associated with each of the ATM virtual interfaces on the egress side. Ingress direction means coming from the network into the switch; egress direction means going from the switch into the network. Max-Access: not-accessible Status: current		none
caviStatEgressEntry	caviStatEgressEntry	Provides an entry for egress ATM virtual interface statistics. The following are the descriptions: •CLP-0 means Cell Loss Priority = 0 •CLP-1 means Cell Loss Priority = 1 Statistics are collected before and after the traffic management and policing device, in both ingress and egress directions. Max-Access: not-accessible Status: current The index is ifIndex.		none
caviEgrRcvClp0Cells	Counter32	Specifies the number of CLP-0 cells received from the switch at the traffic management and policing device. Max-Access: read-only Status: current		none
caviEgrRcvClp1Cells	Counter32	Specifies the number of CLP-1 cells received from the switch at the traffic management and policing device. Max-Access: read-only Status: current		none
caviEgrClp0DiscCells	Counter32	Specifies the number of CLP-0 cells discarded due to this policing device. Max-Access: read-only Status: current		none
caviEgrClp1DiscCellsE	Counter32	Specifies the number of CLP-1 cells discarded as a result of policing. Max-Access: read-only Status: current		none
caviEgrXmtClp0Cells	Counter32	Specifies the number of CLP-0 cells transmitted to the network after traffic management and policing. Max-Access: read-only Status: current		none
caviEgrXmtClp1Cells	Counter32	Specifies the number of CLP-1 cells transmitted to the network after traffic management and policing. Max-Access: read-only Status: current		none
caviEgrRcvOAMCells	Counter32	Specifies the number of Operation and Maintenance (OAM) cells received from the switch at the traffic management and policing device. Max-Access: read-only Status: current		none
caviEgrRMCells	Counter32	Determines the number of Resource Management (RM) cells transmitted to the network from the switch. Max-Access: read-only Status: current		none
caviEgrRcvEFCICells	Counter32	Determines the number of Explicit Forward Congestion Indication (EFCI) cells transmitted to the network after traffic management and policing. Max-Access: read-only Status: current		none
caviEgrRcvEFCICells	Counter32	Determines the number of EFCI cells received from the switch at the traffic management and policing device. Max-Access: read-only Status: current		none
caviEgrXmtOAMCells	Counter32	Determines the number of OAM loopback cells transmitted to the network after traffic management and policing. Max-Access: read-only Status: current		none
caviHEgrXmtClp0Cells	Counter32	Specifies the 64-bit version of caviEgrXmtClp0Cells. Max-Access: read-only Status: current		none
caviHEgrXmtClp1Cells	Counter32	Specifies the 64-bit version of caviEgrXmtClp1Cells. Max-Access: read-only Status: current		none

ATM Virtual Interface Egress Interval Statistics Table

The object identifiers are listed in Table 3-5.

Table 3-5 ATM Virtual Interface Egress Interval Statistics Table Object Identifiers 

Name	Object Identifier
caviEgressIntervalTable	::= {caviStatistics 2}
caviEgressIntervalEntry	::= {caviEgressIntervalTable 1}
caviEgressIntervalNumber	::= {caviEgressIntervalEntry 1}
caviIntEgrRcvClp0Cells	::= {caviEgressIntervalEntry 2}
caviIntEgrRcvClp1Cells	::= {caviEgressIntervalEntry 3}
caviIntEgrClp0DiscCells	::= {caviEgressIntervalEntry 4}
caviIntEgrClp1DiscCells	::= {caviEgressIntervalEntry 5}
caviIntEgrXmtClp0Cells	::= {caviEgressIntervalEntry 6}
caviIntEgrXmtClp1Cells	::= {caviEgressIntervalEntry 7}
caviIntEgrRcvOAMCells	::= {caviEgressIntervalEntry 8}
caviIntEgrRMCells	::= {caviEgressIntervalEntry 9}
caviIntEgrXmtEFCICells	::= {caviEgressIntervalEntry 10}
caviIntEgrRcvEFCICells	::= {caviEgressIntervalEntry 11}
caviIntEgrXmtOAMCells	::= {caviEgressIntervalEntry 12}

The MIB objects are listed in Table 3-6.

Table 3-6 ATM Virtual Interface Egress Interval Statistics Table MIB Objects 

Name	Syntax	Description		Default Value
caviEgressIntervalTable	Sequence of caviEgressIntervalEntry	Reflects the interval statistics associated with each of the ATM virtual interfaces in the egress direction. Max-Access: not-accessible Status: current		none
caviEgressInterval Entry	caviEgressIntervalEntry	Provides an entry for egress ATM Virtual Interface interval statistics. In addition to the current 15-minute interval bucket, the previous 24 hours of 15-minute interval buckets are collected for each ATM virtual interface. Before and after traffic management and policing device, statistics are being collected in egress direction. Max-Access: not-accessible Status: current The following are the indexes: •ifIndex •caviEgressIntervalNumber		none
caviEgressInterval Number	Unsigned32(0..96)	Contains a number used to uniquely identify the ATM virtual interface interval statistics. The current 15-minute interval is identified by 0. The previous 24 hours of 15-minute interval buckets are identified by 1 to 96. Max-Access: read-only Status: current		none
caviIntEgrRcvClp0Cells	Counter32	Specifies the number of CLP-0 cells received from the switch at the traffic management and policing device during a 15-minute interval. Max-Access: read-only Status: current		none
caviIntEgrRcvClp1Cells	Counter32	Specifies the number of CLP-1 cells received from the switch at the traffic management and policing device during a 15-minute interval. Max-Access: read-only Status: current		none
caviIntEgrClp0Disc Cells	Counter32	Specifies the number of CLP-0 cells discarded due to policing during a 15-minute interval. Max-Access: read-only Status: current		none
caviIntEgrClp1Disc Cells	Counter32	Specifies the number of CLP-1 cells discarded due to policing during a 15-minute interval. Max-Access: read-only Status: current		none
caviIntEgrXmtClp0 Cells	Counter32	Specifies the number of CLP-0 cells transmitted to the network after traffic management and policing during a 15-minute interval. Max-Access: read-only Status: current		none
caviIntEgrXmtClp1 Cells	Counter32	Specifies the number of CLP-1 cells transmitted to the network after traffic management and policing during a 15-minute interval. Max-Access: read-only Status: current		none
caviIntEgrRcvOAM Cells	Counter32	Specifies the number of OAM cells received from the switch at the traffic management and policing device during a 15-minute interval. Max-Access: read-only Status: current		none
caviIntEgrRMCells	Counter32	Specifies the number of RM cells transmitted to the network from the switch during a 15-minute interval. Max-Access: read-only Status: current		none
caviIntEgrXmtEFCI Cells	Counter32	Specifies the number of EFCI cells transmitted to the network after traffic management and policing during a 15-minute interval. Max-Access: read-only Status: current		none
caviIntEgrRcvEFCI Cells	Counter32	Specifies the number of EFCI cells received from the switch at traffic management and policing device during a 15-minute interval. Max-Access: read-only Status: current		none
caviIntEgrXmtOAM Cells	Counter32	Specifies the number of OAM loopback cells transmitted to the network after traffic management and policing during a 15-minute interval. Max-Access: read-only Status: current		none

ATM Virtual Interface Ingress Statistics Table

The object identifiers are listed in Table 3-7.

Table 3-7 ATM Virtual Interface Ingress Interval Statistics Table Object Identifiers 

Name	Object Identifier
caviStatIngressTable	::= {caviStatistics 3}
caviStatIngressEntry	::= {caviStatIngressTable 1}
caviIngRcvClp0Cells	::= {caviStatIngressEntry 1}
caviIngRcvClp1Cells	::= {caviStatIngressEntry 2}
caviIngClp0DiscCells	::= {caviStatIngressEntry 3}
caviIngClp1DiscCells	::= {caviStatIngressEntry 4}
caviIngXmtClp0Cells	::= {caviStatIngressEntry 5}
caviIngXmtClp1Cells	::= {caviStatIngressEntry 6}
caviIngRcvOAMCells	::= {caviStatIngressEntry 7}
caviIngRMCells	::= {caviStatIngressEntry 8}
caviIngXmtEFCICells	::= {caviStatIngressEntry 9}
caviIngRcvEFCICells	::= {caviStatIngressEntry 10}
caviIngXmtOAMCells	::= {caviStatIngressEntry 11}
caviHIngRcvClp0Cells	::= {caviStatIngressEntry 12}
caviHIngRcvClp1Cells	::= {caviStatIngressEntry 13}

The MIB objects are listed in Table 3-8.

Table 3-8 ATM Virtual Interface Ingress Interval Statistics Table MIB Objects 

Name	Syntax	Description		Default Value
caviStatIngressTable	Sequence of CaviStatIngressEntry	Reflects real-time statistics associated with each of the ATM virtual interfaces on the ingress side. Max-Access: not-accessible Status: current		none
caviStatIngressEntry	caviStatIngressEntry	Provides an entry for egress ATM virtual interface statistics for the following descriptions: •CLP-0 means Cell Loss Priority = 0 •CLP-1 means Cell Loss Priority = 1 Before and after traffic management and policing device, statistics are being collected. Max-Access: not-accessible Status: current The index is ifIndex.		none
caviIngRcvClp0Cells	Counter32	Specifies the number of CLP-0 cells received from the switch at the traffic management and policing device in ingress direction. Max-Access: read-only Status: current		none
caviIngRcvClp1Cells	Counter32	Specifies the number of CLP-1 cells received from network at the traffic management and policing device in ingress direction. Max-Access: read-only Status: current		none
caviIngClp0DiscCells	Counter32	Specifies the number of CLP-0 cells discarded due to policing in the ingress direction. Max-Access: read-only Status: current		none
caviIngClp1DiscCells	Counter32	Specifies the number of CLP-1 cells discarded due to policing in the ingress direction. Max-Access: read-only Status: current		none
caviIngXmtClp0Cells	Counter32	Specifies the number of CLP-0 cells transmitted to the switch after traffic management and policing in ingress direction. Max-Access: read-only Status: current		none
caviIngXmtClp1Cells	Counter32	Specifies the number of CLP-1 cells transmitted to the switch after traffic management and policing in ingress direction. Max-Access: read-only Status: current		none
caviIngRcvOAMCells	Counter32	Specifies the number of OAM cells received from the network at the traffic management and policing device in ingress direction. Max-Access: read-only Status: current		none
caviIngRMCells	Counter32	Specifies the number of RM cells transmitted to the switch from the network in ingress direction. Max-Access: read-only Status: current		none
caviIngXmtEFCICells	Counter32	Specifies the number of EFCI cells transmitted to the switch after traffic management and policing in ingress direction. Max-Access: read-only Status: current		none
caviIngRcvEFCICells	Counter32	Specifies the number of EFCI cells received from the network at traffic management and policing device in the ingress direction. Max-Access: read-only Status: current		none
caviIngXmtOAMCells	Counter32	Specifies the number of OAM loopback cells transmitted to switch after traffic management and policing in ingress direction. Max-Access: read-only Status: current		none
caviHIngRcvClp0Cells	Counter64	Specifies the 64-bit version of caviIngRcvClp0Cells in the ingress direction. Max-Access: read-only Status: current		none
caviHIngRcvClp1Cells	Counter64	Specifies the 64-bit version of caviIngRcvClp1Cells in the ingress direction. Max-Access: read-only Status: current		none

ATM Virtual Interface Conformance Information

The information on conformance is SNMPv2-specific. The object identifiers are listed in Table 3-9.

Table 3-9 ATM Virtual Interface Conformance Groups 

Name	Object Identifier
caviMIBCompliance	::= {caviMIBCompliances 1}
caviMIBGroup	::= {caviMIBGroups 1}
caviEgressStatMIBGroup and caviStatMIBGroup	::= {caviMIBGroups 2}
caviHighSpeedStatMIBGroup and caviEgressHighSpeedStatMIBGroup	::= {caviMIBGroups 3}
caviEgressIntervalMIBGroup	::={caviMIBGroups 4}
caviIngressStatMIBGroup	::= {caviMIBGroups 5}
caviIngressHighSpeedStatMIBGroup	::= {caviMIBGroups 6}

The objects are listed in Table 3-10.

Table 3-10 ATM Virtual Interface Objects Used for Conformance 

Name	Objects	Description		Default Value
caviMIBCompliance	none	Specifies the compliance statement for Cisco AtmVirtualIf management group. Module: AXSM Status: current The following are the mandatory groups for caviMIBCompliance: •caviMIBGroup •caviStatMIBGroup The groups for caviMIBCompliance are as follows:		none
		Group	Description
		caviEgressHigh SpeedStatMIBGroup	This group is required if the system has interface speeds of OC12 or higher.
		caviEgressInterval MIBGroup	This group is mandatory for the system that supports ATM Virtual Interface interval statistics.
		caviIngressStatMIB Group	This group is mandatory for the system that supports ATM Virtual Interface Ingress statistics.
		caviIngressHighSpeed StatMIBGroup	This group is mandatory for the system that supports ATM Virtual Interface Ingress statistics for interface speeds of OC12 or higher.
caviMIBGroup	caviPhyIfIndex, caviViIfIndex, caviMinRate, caviMaxRate, caviFileId, caviIfType, caviVpiNum, caviRowStatus	Relates to ciscoAtmVirtualIf configuration group. Status: current		none
caviEgressStatMIB Group	caviEgrRcvClp0Cells, caviEgrRcvClp1Cells, caviEgrClp0DiscCells, caviEgrClp1DiscCells, caviEgrXmtClp0Cells, caviEgrXmtClp1Cells, caviEgrRcvOAMCells, caviEgrRmCells, caviEgrXmtEFCICells, caviEgrRcvEFCICells, caviEgrXmtOAMCells	Relates to the ATM Virtual Interface statistics group caviStatistics. Status: current		none
caviHighSpeedStat MIBGroup	caviHIngRcvClp0Cells, caviHIngRcvClp1Cells, caviHEgrXmtClp0Cells, caviHEgrXmtClp1Cells	Applies to ATM Virtual Interfaces with the speed of OC12 or higher. Status: current		none
caviStatMIBGroup	caviIngRcvClp0Cells, caviIngRcvClp1Cells, caviIngClp0DiscCells, caviIngClp1DiscCells, caviIngXmtClp0Cells, caviIngXmtClp1Cells, caviIngXmtOAMCells, caviIngRMCells, caviIngRcvEFCICells, caviIngXmtEFCICells, caviIngRcvOAMCells, caviEgrRcvClp0Cells, caviEgrRcvClp1Cells, caviEgrClp0DiscCells, caviEgrClp1DiscCells, caviEgrXmtClp0Cells, caviEgrXmtClp1Cells, caviEgrRcvOAMCells, caviEgrRMCells, caviEgrXmtEFCICells, caviEgrRcvEFCICells, caviEgrXmtOAMCells	Relates to the ATM Virtual Interface statistics group caviStatistics. Status: current		none
caviEgressHigh SpeedStatMIBGroup	caviHEgrXmtClp0Cells, caviHEgrXmtClp1Cells	Applies to ingress ATM Virtual Interfaces with the speed of OC12 or higher. Status: current		none
caviEgressInterval MIBGroup	caviEgressInterval Number, caviIntEgrRcvClp0Cells, caviIntEgrRcvClp1Cells, caviIntEgrClp0DiscCells, caviIntEgrClp1DiscCells, caviIntEgrXmtClp0Cells, caviIntEgrXmtClp1Cells, caviIntEgrRcvOAMCells, caviIntEgrRMCells, caviIntEgrXmtEFCICells, caviIntEgrRcvEFCICells, caviIntEgrXmtOAMCells	Relates to the ATM Virtual Interface interval statistics group. Status: current		none
caviIngressStatMIBGroup	caviIngRcvClp0Cells, caviIngRcvClp1Cells, caviIngClp0DiscCells, caviIngClp1DiscCells, caviIngXmtClp0Cells, caviIngXmtClp1Cells, caviIngRcvOAMCells, caviIngRMCells, caviIngXmtEFCICells, caviIngRcvEFCICells, caviIngXmtOAMCells	Relates to the ingress ATM Virtual Interface statistics. Status: current		none
caviIngressHigh SpeedStatMIBGroup	caviHIngRcvClp0CElls, caviHIngRcvClp1Cells	Applies to ingress ATM Virtual Interfaces with speed of OC12 or higher. Status: current		none

ATM Cell Layer

This section describes the ATM cell layer objects and the statistics of a physical line. These MIB objects are defined in the CISCO-ATM-CELL-LAYER-MIB.my file.

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Note The ATM Cell Layer MIB is supported by AXSM and AXSM-E.

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The MIB objects used for the ATM cell layer include:

•ATM Cell Layer Configuration Group

•ATM Cell Layer Statistics Group

•ATM Cell Layer Conformance Information

ATM Cell Layer Configuration Group

The object identifiers are listed in Table 3-11.

Table 3-11 ATM Cell Layer Configuration Group Object Identifiers 

Name	Object Identifier
caclConfigTable	::= {caclConfig 1}
caclConfigEntry	::= {caclConfigTable 1}
caclNullCellHeader	::= {caclConfigEntry 1}
caclNullCellPayload	::= {caclConfigEntry 2}
caclHecCosetEnable	::= {caclConfigEntry 3}
caclPayloadScramblingEnable	::= {caclConfigEntry 4}

The MIB objects are listed in Table 3-12.

Table 3-12 ATM Cell Layer Configuration Group MIB Objects 

Name	Syntax	Description		Default Value
caclConfigTable	Sequence of caclConfigEntry	Describes the ATM cell layer configuration table. An entry in this table is automatically created for each entry in the ifTable which has an ifType of ATM(37), and which is layered on top of a SONET, DS3, or DS1 interface on the ATM switch. Max-Access: not-accessible Status: current		none
caclConfigEntry	caclConfigEntry	Provides an entry in the caclConfigTable. The table is indexed by the ifIndex of the ATM(37) interface. Max-Access: not-accessible Status: current The index is ifIndex.		none
caclNullCellHeader	OCTET STRING (SIZE(4))	Specifies the first four bytes of the ATM header to be used for null cells. Generally, idle cells are inserted into a cellstream as a mechanism for rate adaptation between the ATM data link layer and the physical layer. The header fields Generic flow control, Payload type, and Cell Loss Priority are specified in the value of this object. It applies to both transmitted as well as received cells. Refer to ITU-T Recommendation I.432. Max-Access: read-write Status: current		none
caclNullCellPayload	Unsigned32 (0..255)	Defines the Null Cell Payload. The idle cell information field can be specified in this object. It applies to both transmitted as well as received cells. The default value is 0x6A. Refer to ITU-T Recommendation I.432. Max-Access: read-write Status: current		6Ah
caclHecCosetEnable	TruthValue	If enabled, the algorithm of Coset Polynomial Addition is applied to do header error check calculations. It applies to transmitted as well as received cells. Refer to ITU-T Recommendation I.432. Max-Access: read-write Status: current		true
caclPayloadScramblingEnable	TruthValue	Indicates whether Payload Scrambling is enabled. Refer to ITU-T Recommendation I.432. Max-Access: read-write Status: current		true

ATM Cell Layer Statistics Group

The object identifiers are listed in Table 3-13.

Table 3-13 ATM Cell Layer Statistics Group Object Identifiers 

Name	Object Identifier
caclStatsTable	::= {caclStats 1}
caclStatsEntry	::= {caclStatsTable 1}
caclInRcvCLP0Cells	::= {caclStatsEntry 1}
caclInRcvCLP1Cells	::= {caclStatsEntry 2}
caclInValidOAMCells	::= {caclStatsEntry 3}
caclInErrOAMCells	::= {caclStatsEntry 4}
caclInGfcCells	::= {caclStatsEntry 5}
caclInVpiVciErrCells	::= {caclStatsEntry 6}
caclInLastUnknVpi	::= {caclStatsEntry 7}
caclInLastUnknVci	::= {caclStatsEntry 8}
caclInXmtCLP0Cells	::= {caclStatsEntry 9}
caclInXmtCLP1Cells	::= {caclStatsEntry 10}
caclInValidRMCells	::= {caclStatsEntry 11}
caclInRcvIdleCells	::= {caclStatsEntry 12}
caclInHecErrDiscCells	::= {caclStatsEntry 13}
caclInHecErrCorrectedCells	::= {caclStatsEntry 14}
caclInUpcCLP0DiscCells	::= {caclStatsEntry 15}
caclInUpcTotalDiscCells	::= {caclStatsEntry 16}
caclInUpcTotalNonCompCells	::= {caclStatsEntry 17}
caclOutXmtCLP0Cells	::= {caclStatsEntry 18}
caclOutXmtCLP1Cells	::= {caclStatsEntry 19}
caclOutValidOAMCells	::= {caclStatsEntry 20}
caclOutErrOAMCells	::= {caclStatsEntry 21}
caclOutVpiVciErrCells	::= {caclStatsEntry 22}
caclOutRcvCLP0Cells	::= {caclStatsEntry 23}
caclOutRcvCLP1Cells	::= {caclStatsEntry 24}
caclOutRcvValidRMCells	::= {caclStatsEntry 25}
caclOutRcvIdleCells	::= {caclStatsEntry 26}
caclHInRcvCLP0Cells	::= {caclStatsEntry 27}
caclHInRcvCLP1Cells	::= {caclStatsEntry 28}
caclHOutXmtCLP0Cells	::= {caclStatsEntry 29}
caclHOutXmtCLP1Cells	::= {caclStatsEntry 30}

The MIB objects are listed in Table 3-14.

Table 3-14 ATM Cell Layer Statistics Group MIB Objects 

Name	Syntax	Description		Default Value
caclStatsTable	Sequence of CaclStatsEntry	Describes the ATM Cell layer statistics table for the cell layer over a physical line. There is an entry for each SONET, DS3, or DS1 line. The table maintains objects that apply to ATM end-systems, as well as objects that apply only to ATM switches. The following is the descriptions of the objects: •CLP-0 means Cell Loss Priority = 0 •CLP-1 means Cell Loss Priority = 1 ATM cells with CLP=0 have a higher priority in regard to cell loss than ATM cells with CLP=1. Therefore, during resource congestions, CLP=1 cells are dropped before any CLP=0 cell is dropped. Max-Access: not-accessible Status: current		none
caclStatsEntry	caclStatsEntry	Provides an entry for the ATM cell layer statistics for a physical line. These are real-time statistics, which are collected per cell layer over a physical line. Entries are created automatically for each line. The table is indexed by the ifIndex value of the ATM(37) interface. Max-Access: not-accessible Status: current The index is ifIndex.		none
caclInRcvCLP0Cells	Counter32	Determines the number of cells received on the interface with CLP0 bit set. Max-Access: read-only Status: current		none
caclInRcvCLP1Cells	Counter32	Determines the number of cells received on the interface with CLP1 bit set. Max-Access: read-only Status: current		none
caclInValidOAMCells	Counter32	Determines the number of valid OAM cells received on the interface. Max-Access: read-only Status: current		none
caclInErrOAMCells	Counter32	Determines the number of errored OAM cells received on the interface. Max-Access: read-only Status: current		none
caclInGfcCells	Counter32	Determines the number of nonzero GFC cells received on the interface. Max-Access: read-only Status: current		none
caclInVpiVciErrCells	Counter32	Determines the number of cells received from the interface with unknown VPI/VCI values. Max-Access: read-only Status: current		none
caclInLastUnknVpi	Integer32 (0..4095)	Determines the last unknown VPI value. This object is valid only if caclInVpiVciErrCells is nonzero. Max-Access: read-only Status: current		none
caclInLastUnknVci	Integer32 (0..65535)	Determines the last unknown VCI value. This object is valid only if caclInVpiVciErrCells is nonzero. Max-Access: read-only Status: current		none
caclInXmtCLP0Cells	Counter32	Determines the number of CLP0 cells received from the interface and transmitted to the switch fabric. Max-Access: read-only Status: current		none
caclInXmtCLP1Cells	Counter32	Determines the number of CLP1 cells received from the interface and transmitted to the switch fabric. Max-Access: read-only Status: current		none
caclInValidRMCells	Counter32	Determines the number of valid RM cells received from the interface. Max-Access: read-only Status: current		none
caclInRcvIdleCells	Counter32	Determines the number of idle cells received from the interface. Max-Access: read-only Status: current		none
caclInHecErrDiscCells	Counter32	Provides error detection and correction from the ATM cell header by using the header error check (HEC) calculation. This object is the number of received cells that were discarded because they had HEC errors. Max-Access: read-only Status: current		none
caclInHecErrCorrected Cells	Counter32	Specifies the number of received cells which had HEC errors that were corrected. Max-Access: read-only Status: current		none
caclInUpcCLP0DiscCells	Counter32	Allocates resources fairly among different users. Networks police traffic at resource access points. The traffic enforcement or policing taken at a UNI is called Usage Parameter Control (UPC). This is a counter associated with the number of CLP0 cells discarded due to policing. Max-Access: read-only Status: current		none
caclInUpcTotalDiscCells	Counter32	Total number of cells (CLP0+1) discarded due to policing. Max-Access: read-only Status: current		none
caclInUpcTotalNonCompCells	Counter32	Determines the number of noncompliant cells (cells that are not compliant with a specific traffic profile) discarded due to policing. Max-Access: read-only Status: current		none
caclOutXmtCLP0Cells	Counter32	Determines the number of CLP0 cells transmitted to interface. Max-Access: read-only Status: current		none
caclOutXmtCLP1Cells	Counter32	Determines the number of CLP1 cells transmitted to interface. Max-Access: read-only Status: current		none
caclOutValidOAMCells	Counter32	Determines the number of OAM cells received by the interface from the switch fabric. Max-Access: read-only Status: current		none
caclOutErrOAMCells	Counter32	Determines the number of errored OAM cells received by the interface from the switch fabric. Max-Access: read-only Status: current		none
caclOutVpiVciErrCells	Counter32	Determines the number of cells with unknown VPI or VCI value received by the interface from the switch fabric. Max-Access: read-only Status: current		none
caclOutRcvCLP0Cells	Counter32	Determines the number of CLP0 cells received by the interface from the switch fabric. Max-Access: read-only Status: current		none
caclOutRcvCLP1Cells	Counter32	Determines the number of CLP1 cells received by the interface from the switch fabric. Max-Access: read-only Status: current		none
caclOutRcvValidRM Cells	Counter32	Determines the number of valid RM cells received by the interface from the switch fabric. Max-Access: read-only Status: current		none
caclOutRcvIdleCells	Counter32	Determines the number of idle cells received by the interface from the switch fabric. Max-Access: read-only Status: current		none
caclHInRcvCLP0Cells	Counter64	Determines the 64-bit version of caclInRcvCLP0Cells. Max-Access: read-only Status: current		none
caclHInRcvCLP1Cells	Counter64	Determines the 64-bit version of caclnRcvCLP1Cells. Max-Access: read-only Status: current		none
caclHOutXmtCLP0Cells	Counter64	Determines the 64-bit version of caclOutXmtCLP0Cells. Max-Access: read-only Status: current		none
caclHOutXmtCLP1Cells	Counter64	Determines the 64-bit version of caclOutXmtCLP1Cells. Max-Access: read-only Status: current		none

ATM Cell Layer Conformance Information

One object identifier is listed in Table 3-15.

Table 3-15 ATM Cell Layer Conformance Information Object Identifier 

Name	Object Identifier
caclMIBCompliance	::= {caclMIBCompliances 1}

One MIB object is listed in Table 3-16.

Table 3-16 ATM Cell Layer Conformance Information MIB Object 

Name	Mandatory Groups	Description		Default Value
caclMIBCompliance	caclMIBGroup	Describes the compliance statement for the Cisco ATM Cell layer MIB. Status: current Module: AXSM The descriptions for each mandatory group include:		none
		Group	Description
		caclATMSwitchStatsMIB Group	Required if the system is an ATM switch.
		caclATMEndSyatemStatsMIB Group	Required if the system is an End System.
		caclHighSpeedATMMIB Group	Required if the system has interface speed of OC12 or higher.

ATM Cell Layer Units of Conformance

The object identifiers are listed in Table 3-17.

Table 3-17 ATM Cell Layer Units of Conformance Object Identifiers 

Name	Object Identifier
caclMIBGroup	::= {caclMIBGroups 1}
caclATMSwitchStatsMIBGroup	::= {caclMIBGroups 2}
caclATMEndSyatemStatsMIBGroup	::= {caclMIBGroups 3}
caclHighSpeedATMMIBGroup	::= {caclMIBGroups 4}

The MIB objects are listed in Table 3-18.

Table 3-18 ATM Cell Layer Units of Conformance MIB Object 

Name	Objects	Description		Default Value
caclMIBGroup	caclNullCellHeader, caclNullCellPayload, caclHecCosetEnable, caclPayloadScramblingEnable	Describes a collection of objects that provides ATM cell layer configuration parameters. Status: current		none
caclATMSwitchStatsMIBGroup	caclInRcvCLP0Cells, caclInRcvCLP1Cells, caclInValidOAMCells, caclInErrOAMCells, caclInGfcCells, caclInVpiVciErrCells, caclInLastUnknVpi, caclInLastUnknVci, caclInXmtCLP0Cells, caclInXmtCLP1Cells, caclInValidRMCells, caclInRcvIdleCells, caclInHecErrDiscCells, caclInHecErrCorrectedCells, caclInUpcCLP0DiscCells, caclInUpcTotalDiscCells, caclInUpcTotalNonCompCells, caclOutXmtCLP0Cells, caclOutXmtCLP1Cells, caclOutValidOAMCells, caclOutErrOAMCells, caclOutVpiVciErrCells, caclOutRcvCLP0Cells, caclOutRcvCLP1Cells, caclOutRcvValidRMCells, caclOutRcvIdleCells	Describes a collection of objects that provides statistics for ATM switch interfaces. Status: current		none
caclATMEndSyatem StatsMIBGroup	caclInRcvCLP0Cells, caclInRcvCLP1Cells, caclInValidOAMCells, caclInErrOAMCells, caclInGfcCells, caclInVpiVciErrCells, caclInLastUnknVpi, caclInLastUnknVci, caclInValidRMCells, caclInRcvIdleCells, caclInHecErrDiscCells, caclInHecErrCorrectedCells, caclInUpcCLP0DiscCells, caclInUpcTotalDiscCells, caclInUpcTotalNonCompCells, caclOutXmtCLP0Cells, caclOutXmtCLP1Cells, caclOutValidOAMCells, caclOutErrOAMCells, caclOutVpiVciErrCells	Describes a collection of objects that provides statistics for ATM end-system interfaces. Status: current		none
caclHighSpeedATM MIBGroup	caclHInRcvCLP0Cells, caclHInRcvCLP1Cells, caclHOutXmtCLP0Cells, caclHOutXmtCLP1Cells	Applies to ATM interfaces with the speed of OC12 or higher. Status: current		none

Cisco DS3

This section describes the Cisco DS3 MIB objects defined in the CISCO-DS3-MIB.my file.

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Note The Cisco DS3 MIB is supported by AXSM and AXSM-E.

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The Cisco DS3 MIB groups include:

•DS3 Line Configuration Group

•DS3 Alarm Configuration Group

•DS3 Statistics Group

•DS3 PLCP Alarm Configuration Group

•DS3 PLCP Alarm Table

•DS3 PLCP Statistics Group

•Previous 24 Hour Interval Data

•Cisco DS3 Units of Conformance

DS3 Line Configuration Group

This group contains DS3 line configuration objects.

The object identifiers for each MIB object are listed in Table 3-19.

Table 3-19 DS3 Line Configuration Group Object Identifiers 

Name	Object Identifier
cds3ConfigTable	::= {cds3Config 1}
cds3ConfigEntry	::= {cds3ConfigTable 1}
cds3LineType	::= {cds3ConfigEntry 1}
cds3LineAIScBitsCheck	::= {cds3ConfigEntry 2}
cds3LineRcvFEACValidation	::= {cds3ConfigEntry 3}
cds3LineOOFCriteria	::= {cds3ConfigEntry 4}
cds3TraceToTransmit	::= {cds3ConfigEntry 5}
cds3TraceToExpect	:= {cds3ConfigEntry 6}
cds3TraceAlarm	::= {cds3ConfigEntry 7}

A list of the MIB objects is shown in Table 3-20.

Table 3-20 DS3 Line Configuration Group MIB Objects 

Name	Syntax	Description			Default Value
cds3Config Table	Sequence of cds3ConfigEntry	Contains objects to configure a T3/E3 line. Max-Access: not-accessible Status: current			none
cds3Config Entry	cds3ConfigEntry	Contains an entry in the table. There is an entry for each available T3/E3 line, with an ifType value of ds3(30). By default, lines are disabled. ifAdmin from ifTable must be used to up the line. The objects in this table are modified only when the line is up. Max-Access: not-accessible Status: current Referential Integrity: The value of the ifAdminStatus object from ifTable for entries in this table can be set to down(2) only if there are no entries in caviTable for the corresponding caviPhyIfIndex value. Created By: Agent The index is ifIndex.			none
cds3LineType	INTEGER {ds3cbitadm(1), ds3cbitplcp(2), e3g832adm(3)}	Indicates the variety of DS3 C-bit or E3 application implementing this interface. The type of interface effects the interpretation of the usage and error statistics. The rate of DS3 is 44.736 Mbps and E3 is 34.368 Mbps. Refer to ANSI T1.107, ANSI T1.102, CCITT G.751, and ETSI T/NA(91)18. Max-Access: not-accessible Status: current The following values describe the three line type modes:			none
		Value	Mode	Applicable Interfaces
		ds3cbitadm	Indicates C-BIT ADM mode	Applies only to DS3 type interfaces
		ds3cbitplcp	Indicates C-BIT PLCP mode	Applies only to DS3 type interfaces
		e3g832adm	Indicates G.832 ADM mode	Applies only to E3 type interfaces
cds3LineAISc BitsCheck	INTEGER {check(1), ignore(2)}	When check(1) is set, Alarm Indication Signal (AIS) is declared when 1010...b is found and C-Bits are all 0. When ignore(2) is set, an AIS condition is declared when the 1010...b is detected regardless of the state of the C-Bits. Note This object does not apply to the E3 interface. Refer to RFC 2496. Max-Access: read-write Status: current			none
cds3LineRcvFEACValidation	INTEGER{fEACCodes4Of5(1), fEACCodes8Of10(2)}	Specifies the Far End Alarm and Control (FEAC) code validation criteria. If fEACCodes4Of5 is specified, a valid FEAC code is declared if 4 to 5 codes match. When fEACCodes8Of10 is specified, a valid FEAC code is declared when 8 of 10 codes match. Note This object does not apply to the E3 interface. Max-Access: read-write Status: current			fEACCodes4Of5
cds3LineOOF Criteria	INTEGER {bits3Of8(1), bits3Of16(2)}	Specifies the Out of Frame (OOF) decision criteria. If bits3Of8 is specified, an OOF condition is declared if at least 3 of 8 framing bits are in error. When bits3Of16 is specified, OOF is declared if 3 of 16 framing bits are found to be in error. When errors are detected in the framing octets for four consecutive frames, OOF is declared. Note This object does not apply to the E3 interface. Max-Access: read-write Status: current			bits3Of8
cds3TraceTo Transmit	DisplayString (SIZE (1..16)	Transmits the G.832 Trail Trace string. Refer to Bellcore GR-253-CORE. Max-Access: read-write Status: current Dependencies/Restrictions: This object is not supported.			none
cds3TraceTo Expect	DisplayString (SIZE (1..16)	Transmits the G.832 Trail Trace string that is expected to be received from the other end. Refer to Bellcore GR-253-CORE. Max-Access: read-write Status: current Dependencies/Restrictions: This object is not supported.			none
cds3TraceAlarm	INTEGER {noAlarm(1), traceFailure(2)}	Specifies the value of this object is set to traceFailure(2) when the DS3 line receives a trace that does not match the cds3TraceToExpect. Refer to Bellcore GR-253-CORE. Max-Access: read-only Status: current Dependencies/Restrictions: This object is not supported.			none

DS3 Alarm Configuration Group

The object identifiers are listed in Table 3-21.

Table 3-21 DS3 Alarm Configuration Group Object Identifiers 

Name	Object Identifier
cds3AlarmConfigTable	::= {cds3AlarmConfig 1}
cds3AlarmConfigEntry	::= { cds3AlarmConfigTable 1 }
cds3NEAlarmUpCount	::= {cds3AlarmConfigEntry 1}
cds3NEAlarmDownCount	::= {cds3AlarmConfigEntry 2}
cds3NEAlarmThreshold	::= {cds3AlarmConfigEntry 3}
cds3FEAlarmUpCount	::= {cds3AlarmConfigEntry 4}
cds3FEAlarmDownCount	::= {cds3AlarmConfigEntry 5}
cds3FEAlarmThreshold	::= {cds3AlarmConfigEntry 6}
cds3StatisticalAlarmSeverity	::= {cds3AlarmConfigEntry 7}
cds3LCV15MinThreshold	::= {cds3AlarmConfigEntry 8}
cds3LCV24HrThreshold	::= {cds3AlarmConfigEntry 9}
cds3LES15MinThreshold	::= {cds3AlarmConfigEntry 10}
cds3LES24HrThreshold	::= {cds3AlarmConfigEntry 11}
cds3PCV15MinThreshold	::= {cds3AlarmConfigEntry 12}
cds3PCV24HrThreshold	::= {cds3AlarmConfigEntry 13}
cds3PES15MinThreshold	::= {cds3AlarmConfigEntry 14}
cds3PES24HrThreshold	::= {cds3AlarmConfigEntry 15}
cds3PSES15MinThreshold	::= {cds3AlarmConfigEntry 16}
cds3PSES24HrThreshold	::= {cds3AlarmConfigEntry 17}
cds3SEFS15MinThreshold	::= {cds3AlarmConfigEntry 18}
cds3SEFS24HrThreshold	::= {cds3AlarmConfigEntry 19}
cds3UAS15MinThreshold	::= {cds3AlarmConfigEntry 20}
cds3UAS24HrThreshold	::= {cds3AlarmConfigEntry 21}
cds3CCV15MinThreshold	::= {cds3AlarmConfigEntry 22}
cds3CCV24HrThreshold	::= {cds3AlarmConfigEntry 23}
cds3CES15MinThreshold	::= {cds3AlarmConfigEntry 24}
cds3CES24HrThreshold	::= {cds3AlarmConfigEntry 25}
cds3CSES15MinThreshold	::= {cds3AlarmConfigEntry 26}
cds3CSES24HrThreshold	::= {cds3AlarmConfigEntry 27}
cds3LineStatisticalAlarmStateE	::= {cds3AlarmConfigEntry 28}

The MIB objects are listed in Table 3-22.

Table 3-22 DS3 Alarm Configuration Group MIB Objects 

Name	Syntax	Description		Default Value
cds3AlarmConfigTable	Sequence of cds3AlarmConfigEntry	Describes the DS3 interface alarm configuration table. This table contains the parameters associated with detecting and declaring alarms for the interface. The parameters include the severity of alarm, alarm integration parameters, and 15-minute and 24-hour thresholds. Max-Access: not-accessible Status: current		none
cds3AlarmConfigEntry	Cds3AlarmConfigEntry	Provides an entry in the T3/E3 Alarm Configuration Table. The entries are automatically created for an ifType value of ds3(30), with default values for objects. Thresholds are configured for the following objects: •Line Coding Violations (LCV) •Line Errored Seconds (LES) •Line Severely Errored Seconds (LSES) •P-bit Coding Violations (PCV) •P-bit Errored Seconds (PES) •P-bit Severely Errored Seconds (PSES) •Severely Errored Seconds (SES) •Severely Errored Framing Seconds (SEFS) •Unavailable Seconds (UAS) •C-bit Coding Violations (CCV) •C-bit errored seconds (CES) Once these thresholds are exceeded, minor or major alarms are raised. Refer to RFC 2496 for descriptions of these errors. Max-Access: not-accessible Status: current The index is ifIndex.		none
cds3NEAlarmUpCount	Unsigned32 (0..2147483647)	Specifies the increment to the Near End alarm integration counters. The local alarms are LOS and LOF. The default value is 6, and the integration counter is incremented by this value every 10 ms while the alarm persists. The counter is decremented by the value of cds3NEAlarmDownCount while there is no alarm (the counter does not decrement below 0). The integration counter exceeds an alarm of the severity, which is declared for the particular Near End alarm. Max-Access: read-write Status: current		6
cds3NEAlarmDown Count	Unsigned32 (0..2147483647)	Specifies the decrement to the Near End alarm integration counters. The alarms are LOS and LOF. The default value is 1, and the integration counter is decremented by this value every 10 milliseconds while no alarm persists. The counter is incremented by the value of cds3NEAlarmUpCount while there is no alarm (the counter does not decrement below 0). When the integration counter reaches 0, any alarm previously declared is removed. Max-Access: read-write Status: current		1
cds3NEAlarmThreshold	Unsigned32 (0..2147483647)	Specifies the value set in this object, which determines the value that the alarm integration counter must reach for an near end alarm to be declared. If the up count is 6, and the threshold 150, an alarm is integrated in 2.5 seconds. If the down count is 1, the alarm is cleared in 15 seconds. Max-Access: read-write Status: current		150
cds3FEAlarmUpCount	Unsigned32 (0..2147483647)	Specifies the increment to the Far End alarm integration counters. The alarms are Remote Alarm Indication (RAI) and Alarm Indication Signal (AIS). The integration counter is incremented by this value every 10 ms while the alarm persists. The counter is decremented by this value while there is no alarm (the counter does not decrement below 0). When the integration counter exceeds cds3FEAlarmThreshold, an alarm of the severity specified for the particular far end alarm is declared. Max-Access: read-write Status: current		6
cds3FEAlarmDown Count	Unsigned32 (0..2147483647)	Specifies the decrement to the Far End alarm integration counters. The alarms are AIS and Remote Alarm Indication (RAI). While no alarm persists. the integration counter is decremented by this value every 10 milliseconds (till 0). The counter is incremented by this value while there is no alarm. When the integration counter decrements to 0, any previously declared alarm is removed. Max-Access: read-write Status: current		1
cds3FEAlarmThreshold	Unsigned32 (0..2147483647)	Specifies the value set in this object, which determines the value that the alarm integration counter must reach for and far end alarm to be declared. If the up count is 6, the down count is 1 and the threshold 150, an alarm is integrated in 2.5 seconds and removed in 15 seconds. Max-Access: read-write Status: current		150
cds3StatisticalAlarm Severity	INTEGER {minor(1), major(2)}	Sets up the severity of any of the statistical alarms. When a statistical counter exceeds its specified threshold, the system sends the alarm with the appropriate severity. Max-Access: read-write Status: current		Minor
cds3LCV15Min Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object.When the threshold exceeds a 15-minute window, the system declares a statistical alarm. Refer to RFC 2496. Max-Access: read-write Status: current		none
cds3LCV24Hr Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a sliding 24-hour window, the system declares a statistical alarm. The threshold is checked every 15-minutes for the preceding 24-hour interval. Refer to RFC 2496. Max-Access: read-write Status: current		none
cds3LES15Min Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a 15-minute window, the system declares a statistical alarm. Refer to RFC 2496. Max-Access: read-write Status: current		none
cds3LES24HrThreshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a sliding 24-hour window, the system declares a statistical alarm. The threshold is checked every 15 minutes for the preceding 24-hour interval. Refer to RFC 2496. Max-Access: read-write Status: current		none
cds3PCV15Min Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a 15-minute window, the system declares a statistical alarm. Note This object does not apply to the E3 interface. Refer to RFC 2496. Max-Access: read-write Status: current		none
cds3PCV24HrThreshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a sliding 24-hour window, the system declares a statistical alarm. The threshold is checked every 15 minutes for the preceding 24-hour interval. Note This object does not apply to the E3 interface. Refer to RFC 2496. Max-Access: read-write Status: current		none
cds3PES15Min Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a 15-minute window, the system declares a statistical alarm. Note This object does not apply to the E3 interface. Refer to RFC 2496. Max-Access: read-write Status: current		none
cds3PES24HrThreshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a sliding 24-hour window, the system declares a statistical alarm. The threshold is checked every 15 minutes for the preceding 24-hour interval. Note This object does not apply to the E3 interface. Refer to RFC 2496. Max-Access: read-write Status: current		none
cds3PSES15Min Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a 15-minute window, the system declares a statistical alarm. Note This object does not apply to the E3 interface. Refer to RFC 2496. Max-Access: read-write Status: current		none
cds3PSES24Hr Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a sliding 24-hour window, the system declares a statistical alarm. The threshold is checked every 15 minutes for the preceding 24-hour interval. Note This object does not apply to the E3 interface. Refer to RFC 2496. Max-Access: read-write Status: current		none
cds3SEFS15Min Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the value exceeds a 15-minute window, the system declares a statistical alarm. Refer to RFC 2496. Max-Access: read-write Status: current		none
cds3SEFS24Hr Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a sliding 24-hour window, the system declares a statistical alarm. The threshold is checked every 15 minutes for the preceding 24-hour interval. Refer to RFC 2496. Max-Access: read-write Status: current		none
cds3UAS15Min Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a 15-minute window, the system declares a statistical alarm. Refer to RFC 2496. Max-Access: read-write Status: current		none
cds3UAS24HrThreshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a sliding 24-hour window, the system declares a statistical alarm. The threshold is checked every 15 minutes for the preceding 24-hour interval. Refer to RFC 2496. Max-Access: read-write Status: current		none
cds3CCV15Min Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a 15-minute window, the system declares a statistical alarm. Note This object does not apply to the E3 interface. Refer to RFC 2496. Max-Access: read-write Status: current		none
cds3CCV24Hr Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a sliding 24-hour window, the system declares a statistical alarm. The threshold is checked every 15 minutes for the preceding 24-hour interval. Note This object does not apply to the E3 interface. Refer to RFC 2496. Max-Access: read-write Status: current		none
cds3CES15Min Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a 15-minute window, the system declares a statistical alarm. Note This object does not apply to the E3 interface. Refer to RFC 2496. Max-Access: read-write Status: current		none
cds3CES24HrThreshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a sliding 24-hour window, the system declares a statistical alarm. Note This object does not apply to the E3 interface. Refer to RFC 2496. Max-Access: read-write Status: current		none
cds3CSES15Min Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a 15-minute window, the system declares a statistical alarm. Note This object does not apply to the E3 interface. Refer to RFC 2496. Max-Access: read-write Status: current		none
cds3CSES24Hr Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a sliding 24-hour window, the system declares a statistical alarm. Note This object does not apply to the E3 interface. Refer to RFC 2496. Max-Access: read-write Status: current		none
cds3LineStatistical AlarmStateE	Unsigned32 (0..2147483647)	Specifies a bitmap of the DS3 Line Statistical alarms. 0 indicates no alarms. Max-Access: read-only Status: current The following bit positions itemize the individual alarm bits:		0
		Bit Position	Alarm
		1	PES current 15-minute threshold exceeded
		2	PES 24-hour threshold exceeded
		3	PSES current 15-minute threshold exceeded
		4	PSES 24-hour threshold exceeded
		5	SEFS current 15-minute threshold exceeded
		6	SEFS 24-hour threshold exceeded
		7	UAS current 15-minute threshold exceeded
		8	UAS 24-hour threshold exceeded
		9	LCV current 15-minute threshold exceeded
		10	LCV 24-hour threshold exceeded
		11	PCV current 15-minute threshold exceeded
		12	PCV 24-hour threshold exceeded
		13	LES current 15-minute threshold exceeded
		14	LES 24-hour threshold exceeded
		15	CCV current 15-minute threshold exceeded
		16	CCV 24-hour threshold exceeded
		17	CES current 15-minute threshold exceeded
		18	CES 24-hour threshold exceeded
		19	CSES current 15-minute threshold exceeded
		20	CSES 24-hour threshold exceeded

DS3 Statistics Group

The object identifiers are listed in Table 3-23.

Table 3-23 DS3 Statistics Group Object Identifiers 

Name	Object Identifier
cds3StatsTable	::= {cds3Stats 1}
cds3RcvLOSCount	::= {cds3StatsEntry 1}
cds3RcvOOFCount	::= {cds3StatsEntry 2}
cds3RAICount	::= {cds3StatsEntry 3}
cds3CCVCount	::= {cds3StatsEntry 4}
cds3FECount	::= {cds3StatsEntry 5}
cds3RcvAISCount	::= { cds3StatsEntry 11 }

The MIB objects are listed in Table 3-24.

Table 3-24 DS3 Statistics Group MIB Objects 

Name	Syntax	Description		Default Value
cds3StatsTable	Sequence of cds3StatsEntry	Describes the T3/E3 Statistics table. This table maintains the number of times the line encountered Loss of Signal (LOS), Out of Frame (OOF), Alarm Indication Signals(AIS), Remote Alarm Indications (RAI), C-bit Coding Violations (CCV), Framing Errors (FE), from the time it goes up. The line fails and goes down as a result of failures. When the line is brought back up by the user, the error statistics are cleared. Max-Access: not-accessible Status: current		none
cds3StatsEntry	cds3StatsEntry	Provides an entry in the T3/E3 Statistics Table. Statistics are gathered for each existing T3/E3 line. An entry is created automatically for each T3/E3 line that is activated. Max-Access: not-accessible Status: current		none
cds3RcvLOSCount	Counter32	Determines the number of times Loss of Signal (LOS) is detected with or without integrating to LOS alarm. Max-Access: read-only Status: current		none
cds3RcvOOFCount	Counter32	Determines the number of times OOF is detected with or without integrating to OOF alarm. Max-Access: read-only Status: current		none
cds3RAICount	Counter32	Determines the number of times RAI is detected with or without integrating to RAI alarm. Max-Access: read-only Status: current		none
cds3CCVCount	Counter32	Specifies the counter associated with the number of C-Bit Coding Violations encountered by a T3/E3 interface. Max-Access: read-only Status: current		none
cds3FECount	Counter32	Determines the number of Framing Errors encountered by a T3/E3 interface. Max-Access: read-only Status: current		none
cds3RcvAISCount	Counter32	Determines the number of times Alarm Indication Signals (AIS) are detected. AIS indicates an upstream failure is detected by the far end. For more information, refer to RFC 2496, Section 2.4.3. Max-Access: read-only Status: current		none

DS3 PLCP Alarm Configuration Group

Table 3-25 lists the object identifiers used for the DS3 Physical Layer Convergence Procedure (PLCP) Alarm Configuration Group.

Table 3-25 DS3 PLCP Alarm Configuration Group Object Identifiers 

Name	Object Identifier
cds3AlarmConfigPlcpTable	::= {cds3AlarmConfig 2}
cds3AlarmConfigPlcpEntry	::= {cds3AlarmConfigPlcpTable 1}
cds3PlcpStatisticalAlarmSeverity	::= {cds3AlarmConfigPlcpEntry 1}
cds3PlcpBip8CV15MinThreshold	::= {cds3AlarmConfigPlcpEntry 2}
cds3PlcpBip8CV24HrThreshold	::= {cds3AlarmConfigPlcpEntry 3}
cds3PlcpBip8ES15MinThreshold	::= {cds3AlarmConfigPlcpEntry 4}
cds3PlcpBip8ES24HrThreshold	::= {cds3AlarmConfigPlcpEntry 5}
cds3PlcpBip8SES15MinThreshold	::= {cds3AlarmConfigPlcpEntry 6}
cds3PlcpBip8SES24HrThreshold	::= {cds3AlarmConfigPlcpEntry 7}
cds3PlcpSEFS15MinThreshold	::= {cds3AlarmConfigPlcpEntry 8}
cds3PlcpSEFS24HrThreshold	::= {cds3AlarmConfigPlcpEntry 9}
cds3PlcpUAS15MinThreshold	::= {cds3AlarmConfigPlcpEntry 10}
cds3PlcpUAS24HrThreshold	::= {cds3AlarmConfigPlcpEntry 11}

The MIB objects are listed in Table 3-26.

Table 3-26 DS3 PLCP Alarm Configuration Group MIB Objects 

Name	Syntax	Description		Default Value
cds3AlarmConfigPlcp Table	Sequence of cds3AlarmConfigPlcp Entry	Describes the ATM interface PLCP alarm configuration table. PLCP is a sublayer over the DS3 interface that carries ATM cells. Max-Access: not-accessible Status: current		none
cds3AlarmConfigPlcp Entry	cds3AlarmConfigPlcp Entry	Provides an entry in the DS3 PLCP Alarm Configuration table. The entries contain parameters to configure DS3 PLCP error statistics thresholds, so that an alarm is raised whenever any threshold is exceeded. The entries are automatically created for active DS3 interfaces with PLCP framing enabled, with default values for objects. Max-Access: not-accessible Status: current The index is ifIndex.		none
cds3PlcpStatistical AlarmSeverity	INTEGER {minor(1), major(2)}	Sets up the severity of PLCP statistical alarm. When a PLCP Statistical alarm is detected, the module can send the alarm with appropriate severity. Max-Access: read-write Status: current		none
cds3PlcpBip8CV15Min Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. If the threshold exceeds a 15-minute window, the system declares a statistical alarm. Max-Access: read-write Status: current		none
cds3PlcpBip8CV24Hr Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. If the threshold exceeds a sliding 24-hour window, the system declares a statistical alarm. The threshold is checked every 15 minutes for the preceding 24-hour interval. Max-Access: read-write Status: current		none
cds3PlcpBip8ES15Min Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a 15-minute window, the system declares a statistical alarm. Max-Access: read-write Status: current		none
cds3PlcpBip8ES24Hr Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a sliding 24-hour window, the system declares a statistical alarm. The threshold is checked every 15 minutes for the preceding 24-hour interval. Max-Access: read-write Status: current		none
cds3PlcpBip8SES15MinThreshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a 15-minute window, the system declares a statistical alarm. Max-Access: read-write Status: current		none
cds3PlcpBip8SES24Hr Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a sliding 24-hour window, the system declares a statistical alarm. The threshold is checked every 15 minutes for the preceding 24-hour interval. Max-Access: read-write Status: current		none
cds3PlcpSEFS15Min Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a 15-minute window, the system declares a statistical alarm. Max-Access: read-write Status: current		none
cds3PlcpSEFS24Hr Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a sliding 24-hour window, the system declares a statistical alarm. The threshold is checked every 15 minutes for the preceding 24-hour interval. Max-Access: read-write Status: current		none
cds3PlcpUAS15Min Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a 15-minute window, the system declares a statistical alarm. Max-Access: read-write Status: current		none
cds3PlcpUAS24Hr Threshold	Unsigned32 (0..2147483647)	Determines the value set in this object. When the threshold exceeds a sliding 24-hour window, the system declares a statistical alarm. The threshold is checked every 15 minutes for the preceding 24-hour interval. Max-Access: read-write Status: current		none

DS3 PLCP Alarm Table

The object identifiers are listed in Table 3-27.

Table 3-27 DS3 PLCP Alarm Table Object Identifiers 

Name	Object Identifier
cds3AlarmPlcpTable	::= {cds3Alarm 2}
cds3AlarmPlcpEntry	::= {cds3AlarmPlcpTable 1}
cds3PlcpLineAlarmState	::= {cds3AlarmPlcpEntry 1}
cds3PlcpLineStatisticalAlarmState	::= {cds3AlarmPlcpEntry 2}
cds3PlcpBip8CVCurrent	::= {cds3AlarmPlcpEntry 3}
cds3PlcpBip8CV24HrBucket	::= {cds3AlarmPlcpEntry 4}
cds3PlcpBip8ESCurrent	::= {cds3AlarmPlcpEntry 5}
cds3PlcpBip8ES24HrBucket	::= {cds3AlarmPlcpEntry 6}
cds3PlcpBip8SESCurrent	::= {cds3AlarmPlcpEntry 7}
cds3PlcpBip8SES24HrBucket	::= {cds3AlarmPlcpEntry 8}
cds3PlcpSEFSCurrent	::= {cds3AlarmPlcpEntry 9}
cds3PlcpSEFS24HrBucket	::= {cds3AlarmPlcpEntry 10}
cds3PlcpUASCurrent	::= {cds3AlarmPlcpEntry 11}
cds3PlcpUAS24HrBucket	::= {cds3AlarmPlcpEntry 12}

The MIB objects are listed in Table 3-28.

Table 3-28 DS3 PLCP Alarm Table MIB Objects 

Name	Syntax	Description		Default Value
cds3AlarmPlcpTable	Sequence of cds3AlarmPlcpEntry	Describes the PLCP interface alarm table. This table maintains the CV, ES, SES, SEFS, and UAS for DS3 line with PLCP framing selected. Refer to RFC 2496 for a description of these error statistics. Max-Access: not-accessible Status: current		none
cds3AlarmPlcpEntry	Cds3AlarmPlcpEntry	Provides an entry in the DS3 PLCP alarm table. Bucket statistics (15-minute and 24-hour interval statistics) are gathered for each existing DS3 line with PLCP frame format selected. An entry is created automatically and is indexed by the DS3 line number. Max-Access: not-accessible Status: current The index is ifIndex.		none
cds3PlcpLineAlarm State	BITS {rxRAI(0), txRAI(1), rcvOOF(2), localLpbk(3), remoteLpbk(4)}	Specifies a bitmap of the DS3 Line Alarms. A value of 0 for this object indicates no alarms. Max-Access: read-only Status: current The bit positions and alarms include:		none
		Bit Position	Alarm
		0	Receiving RAI
		1	Transmitting RAI
		2	Receiving OOF
		3	Near End Local Loopback in effect
		4	Near End Remote Loopback in effect
cds3PlcpLine StatisticalAlarmState	BITS {cds3PlcpBip8CVCurrent(0), cds3PlcpBip8CV24HrBucket(1), cds3PlcpBip8ESCurrent(2), cds3PlcpBip8ES24HrBucket(3), cds3PlcpBip8SESCurrent(4), cds3PlcpBip8SES24HrBucket(5), cds3PlcpSEFSCurrent(6), cds3PlcpSEFS24HrBucket(7), cds3PlcpUASCurrent(8), cds3PlcpUAS24HrBucket(9)}	Specifies a bitmap of the DS3 PLCP Line Statistical Alarms. A value of 0 for this object indicates no alarms. Max-Access: read-only Status: current The bit positions and alarms include:		none
		Bit Position	Alarm
		0	Bip8CV 15-minute threshold
		1	Bip8CV 24-hour threshold
		2	Bip8ES 15-minute threshold
		3	Bip8ES 24-hour threshold
		4	Bip8SES 15-minute threshold
		5	Bip8SES 24-hour threshold
		6	Plcp SEFS 15-minute threshold
		7	Plcp SEFS 24-hour threshold
		8	Plcp UAS 15-minute threshold
		9	Plcp UAS 24-hour threshold
cds3PlcpBip8CV Current	Counter32	Determines the number of BIP-8 code violations (CV) encountered by the line in the current 15-minute period. Max-Access: read-only Status: current		none
cds3PlcpBip8CV24 HrBucket	Counter32	Determines the number of BIP-8 CVs encountered by the line in the last 24 hours. Max-Access: read-only Status: current		none
cds3PlcpBip8ES Current	Counter32	Determines the number of BIP-8 Errored Seconds (ES) encountered by the line in the current 15-minute period. Max-Access: read-only Status: current		none
cds3PlcpBip8ES24HrBucket	Counter32	Determines the number of BIP-8 errored seconds encountered by the line in the last 24 hours. Max-Access: read-only Status: current		none
cds3PlcpBip8SES Current	Counter32	Determines the number of BIP-8 Severely Errored Seconds (SES) encountered by the line in the current 15-minute period. Max-Access: read-only Status: current		none
cds3PlcpBip8SES24HrBucket	Counter32	Determines the number of BIP-8 SES encountered by the line in the last 24 hours. Max-Access: read-only Status: current		none
cds3PlcpSEFS Current	Counter32	Determines the number of BIP-8 Severely Errored Framing Seconds (SEFS) encountered by the line in the current 15-minute period. Max-Access: read-only Status: current		none
cds3PlcpSEFS24Hr Bucket	Counter32	Determines the number of BIP-8 SEFS encountered by the line in the last 24 hours. Max-Access: read-only Status: current		none
cds3PlcpUASCurrent	Counter32	Determines the number of Unavailable Seconds (UAS) encountered by the line in the current 15-minute period. Max-Access: read-only Status: current		none
cds3PlcpUAS24Hr Bucket	Counter32	Determines the number of BIP-8 UAS encountered by the line in the last 24 hours. Max-Access: read-only Status: current		none

DS3 PLCP Statistics Group

The object identifiers are listed in Table 3-29.

Table 3-29 DS3 PLCP Statistics Group Object Identifiers 

Name	Object Identifier
cds3PlcpStatsTable	::= {cds3Stats 2}
cds3PlcpStatsEntry	::= {cds3PlcpStatsTable 1}
cds3PlcpRcvBip8Count	::= {cds3PlcpStatsEntry 1}
cds3PlcpRcvOOFCount	::= {cds3PlcpStatsEntry 2}
cds3PlcpRcvRAICount	::= {cds3PlcpStatsEntry 3}
cds3PlcpFECount	::= {cds3PlcpStatsEntry 4}
cds3PlcpFESecCount	::= {cds3PlcpStatsEntry 5}
cds3PlcpSEFSecCountE	::= {cds3PlcpStatsEntry 6}
cds3PlcpFEBECount	::= {cds3PlcpStatsEntry 7}
cds3PlcpFEBESecCount	::= {cds3PlcpStatsEntry 8}
cds3PlcpSEFEBESecCount	::= {cds3PlcpStatsEntry 9}

A list of the MIB objects is shown in Table 3-30.

Table 3-30 DS3 PLCP Statistics Group MIB Objects 

Name	Syntax	Description		Default Value
cds3PlcpStatsTable	Sequence of cds3PlcpStatsEntry	Describes the T3 PLCP Statistics table. This table maintains the errors encountered by the T3 line with PLCP frame format selected from the time the line is up. Line fails and goes down as a result of failures. When the line is brought back up again by the user after eliminating the error conditions, the statistics are cleared. Max-Access: not-accessible Status: current		none
cds3PlcpStatsEntry	cds3PlcpStatsEntry	Contains an entry in the T3 PLCP Statistics table. Statistics are gathered for each existing T3 line with PLCP frame format selected. An entry is created automatically and is indexed by the T3 line number. Max-Access: not-accessible Status: current The index is ifIndex.		none
cds3PlcpRcvBip8Count	Counter32	Determines the number of BIP-8 errors encountered by the line. Max-Access: read-only Status: current		none
cds3PlcpRcvOOFCount	Counter32	Determines the number of times OOF is detected with or without integrating to OOF alarm. Max-Access: read-only Status: current		none
cds3PlcpRcvRAICount	Counter32	Determines the number of times RAI is detected with or without integrating to RAI alarm. Max-Access: read-only Status: current		none
cds3PlcpFECount	Counter32	Detects the number of Framing Errors. Max-Access: read-only Status: current		none
cds3PlcpFESecCount	Counter32	Detects the number of Framing Error ES. Max-Access: read-only Status: current		none
cds3PlcpSEFSecCountE	Counter32	Detects the number of SEFES. Max-Access: read-only Status: current		none
cds3PlcpFEBECount	Counter32	Detects the count of FEBE. Max-Access: read-only Status: current		none
cds3PlcpFEBESecCount	Counter32	Detects the number of FEBE ES. Max-Access: read-only Status: current		none
cds3PlcpSEFEBESec Count	Counter32	Detects the number of SEFS. Max-Access: read-only Status: current		none

Previous 24 Hour Interval Data

The object identifiers are listed in Table 3-31.

Table 3-31 Previous 24 Hour Interval Data Object Identifiers 

Name	Object Identifier
cds3Previous24HrTable	::= { cds3Stats 6 }
cds3Previous24HrEntry	::= { cds3Previous24HrTable 1 }
cds3LCVPrevious24Hr	::= { cds3Previous24HrEntry 1 }
cds3LESPrevious24Hr	::= { cds3Previous24HrEntry 2 }
cds3PCVPrevious24Hr	::= { cds3Previous24HrEntry 3 }
cds3PESPrevious24Hr	::= { cds3Previous24HrEntry 4 }
cds3PSESPrevious24Hr	::= { cds3Previous24HrEntry 5 }
cds3SEFSPrevious24Hr	::= { cds3Previous24HrEntry 6 }
cds3UASPrevious24Hr	::= { cds3Previous24HrEntry 7 }
cds3CCVPrevious24Hr	::= { cds3Previous24HrEntry 8 }
cds3CESPrevious24Hr	::= { cds3Previous24HrEntry 9 }
cds3CSESPrevious24Hr	::= { cds3Previous24HrEntry 10 }

A list of the MIB objects is shown in Table 3-32.

Table 3-32 Previous 24 Hour Interval Data MIB Objects 

Name	Syntax	Description		Default Value
cds3Previous24HrTable	SEQUENCE OF Cds3Previous24HrEntry	Describes the DS3 interface previous 24 hour table. The cds3Previous24HrTable table contains counters for the previous 24 hour interval. Note This table is optional. Max-Access: not-accessible Status: current		none
cds3Previous24HrEntry	Cds3Previous24HrEntry	Determines an entry in the T3/E3 current 24-hour counter table. When interface is made active, the entries are automatically created for an ifType value of ds3(30). Max-Access: not-accessible Status: current The index is ifIndex.		none
cds3LCVPrevious24Hr	Counter32	Determines the number of LCV encountered by the line in the previous 24 hour period. Max-Access: read-only Status: current		none
cds3LESPrevious24Hr	Counter32	Determines the number of LAN Emulation Server (LES) encountered by the line in the previous 24-hour period. Max-Access: read-only Status: current		none
cds3PCVPrevious24Hr	Counter32	Determines the number of PCVs encountered by the line in the previous 24-hour period. Max-Access: read-only Status: current		none
cds3PESPrevious24Hr	Counter32	Determines the number of PES encountered by the line in the previous 24-hour period. Max-Access: read-only Status: current		none
cds3PSESPrevious24Hr	Counter32	Determines the number of PSESs encountered by the line in the previous 24-hour period. Max-Access: read-only Status: current		none
cds3SEFSPrevious24Hr	Counter32	Determines the number of SEFSs encountered by the line during the start of the current 24-hour period. Max-Access: read-only Status: current		none
cds3UASPrevious24Hr	Counter32	Determines the number of UAS encountered by the line in the previous 24-hour period. Max-Access: read-only Status: current		none
cds3CCVPrevious24Hr	Counter32	Determines the number of CCVs encountered by the line in the previous 24-hour period. Max-Access: read-only Status: current		none
cds3CESPrevious24Hr	Counter32	Determines the number of Circuit Emulation Service (CES) encountered by the line in the previous 24 hour period. Max-Access: read-only Status: current		none
cds3CSESPrevious24Hr	Counter32	Determines the number of CSES encountered by the line in the previous 24-hour period. Max-Access: read-only Status: current		none

Cisco DS3 Units of Conformance

The object identifiers are listed in Table 3-33.

Table 3-33 Cisco DS3 MIB Units of Conformance Object Identifiers 

Name	Object Identifier
ciscoDs3ConfMIBGroup	::= {ciscoDs3MIBGroups 1}
cds3StatsMIBGroup	::= {ciscoDs3MIBGroups 2}
ciscoDs3AlarmMIBGroup	::= {ciscoDs3MIBGroups 3}
ciscoPlcpCounterMIBGroup	::= {ciscoDs3MIBGroups 4}
ciscoPlcpAlarmMIBGroup	::= {ciscoDs3MIBGroups 5}

A list of the MIB objects is listed in Table 3-34.

Table 3-34 Cisco DS3 MIB Units of Conformance MIB Objects 

Name	Objects	Description		Default Value
ciscoDs3ConfMIBGroup	cds3LineType, cds3LineAIScBitsCheck, cds3LineRcvFEACValidation, cds3LineOOFCriteria, cds3TraceToTransmit, cds3TraceToExpect, cds3TraceAlarm	Relates to the cds3Config group. Status: current		none
cds3StatsMIBGroup	cds3RcvLOSCount, cds3RcvOOFCount, cds3RAICount, cds3CCVCount, cds3FECount	Relates to the cds3Stats group. Status: current		none
ciscoDs3AlarmMIBGroup	cds3NEAlarmUpCount, cds3NEAlarmDownCount, cds3NEAlarmThreshold, cds3FEAlarmUpCount, cds3FEAlarmDownCount, cds3FEAlarmThreshold, cds3StatisticalAlarmSeverity, cds3LCV15MinThreshold, cds3LCV24HrThreshold, cds3LES15MinThreshold, cds3LES24HrThreshold, cds3PCV15MinThreshold, cds3PCV24HrThreshold, cds3PES15MinThreshold, cds3PES24HrThreshold, cds3PSES15MinThreshold, cds3PSES24HrThreshold, cds3SEFS15MinThreshold, cds3SEFS24HrThreshold, cds3UAS15MinThreshold, cds3UAS24HrThreshold, cds3CCV15MinThreshold, cds3CCV24HrThreshold, cds3CES15MinThreshold, cds3CES24HrThreshold, cds3CSES15MinThreshold, cds3CSES24HrThreshold, cds3LineStatisticalAlarmState	Relates to the cds3AlarmConfig group. Status: current		none
ciscoPlcpCounterMIBGroup	cds3PlcpRcvBip8Count, cds3PlcpRcvOOFCount, cds3PlcpRcvRAICount, cds3PlcpFECount, cds3PlcpFESecCount, cds3PlcpSEFSecCount, cds3PlcpFEBECount, cds3PlcpFEBESecCount, cds3PlcpSEFEBESecCount	Relates to the cds3PlcpStats group. Status: current		none
ciscoPlcpAlarmMIBGroup	cds3PlcpStatisticalAlarmSeverity, cds3PlcpBip8CV15MinThreshold, cds3PlcpBip8CV24HrThreshold, cds3PlcpBip8ES15MinThreshold, cds3PlcpBip8ES24HrThreshold, cds3PlcpBip8SES15MinThreshold, cds3PlcpBip8SES24HrThreshold, cds3PlcpSEFS15MinThreshold, cds3PlcpSEFS24HrThreshold, cds3PlcpUAS15MinThreshold, cds3PlcpUAS24HrThreshold, cds3PlcpLineAlarmState, cds3PlcpLineStatisticalAlarmState, cds3PlcpBip8CVCurrent, cds3PlcpBip8CV24HrBucket, cds3PlcpBip8ESCurrent, cds3PlcpBip8ES24HrBucket, cds3PlcpBip8SESCurrent, cds3PlcpBip8SES24HrBucket, cds3PlcpSEFSCurrent, cds3PlcpSEFS24HrBucket, cds3PlcpUASCurrent, cds3PlcpUAS24HrBucket	Relates to the cds3AlarmPlcp group. Status: current		none

Cisco SONET

This section describes the Cisco SONET MIB module, which resides in the CISCO-SONET-MIB.my file, describes SONET/SDH interface objects. It is an extension to the standard SONET MIB. Refer to RFC 2558.

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Note The Cisco SONET MIB is supported by AXSM and AXSM-E.

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The MIB objects used for Cisco SONET include:

•SONET Configuration Table

•SONET APS Configuration Table

•SONET Section Total Table

•SONET Section Trace Table

•SONET Line Total Table

•SONET Far End Line Total Table

•SONET Path Total Table

•SONET Far End Path Total Table

•Path Trace Table

•SONET Statistics Tables

•Cisco SONET Conformance Information

SONET Configuration Table

The object identifiers are listed in Table 3-35.

Table 3-35 SONET Configuration Table Object Identifiers 

Name	Object Identifier
csConfigTable	::= {csConfig 1}
csConfigEntry	::= {csConfigTable 1}
csConfigLoopbackType	::= {csConfigEntry 1}
csConfigXmtClockSource	::= {csConfigEntry 2}
csConfigFrameScramble	::= {csConfigEntry 3}
csConfigType	::= {csConfigEntry 4}

The MIB objects are listed in Table 3-36.

Table 3-36 SONET Configuration Table MIB Objects 

Name	Syntax	Description		Default Value
csConfigTable	Sequence of csConfigEntry	Describes the SONET/SDH configuration table. This table has objects for configuring SONET lines. Max-Access: not-accessible Status: current		none
csConfigEntry	csConfigEntry	Provides an entry in the table. There is an entry for each SONET line in the table. Entries are automatically created for an ifType value of SONET(39). The object ifAdminStatus from the ifTable must be used to enable or disable a line. By default, the line state is down. To maintain the integrity of the reference, the following is required: •The value of ifAdminStatus from ifTable for entries in this table cannot be set to down (2) if there are virtual interfaces configured on the line. •The value of csConfigLoopbackType must be set to noLoopback (1), before any loopback type is changed from one mode to another. Max-Access: not-accessible Status: current Created By: Agent The index is ifIndex.		none
csConfigLoopback Type	INTEGER {noLoopback (1), lineLocal (2), lineRemote (3)}	Represents the desired loopback configuration of the SONET line. Max-Access: read-write Status: current The following are the loopback configuration choices:		noLoopback
		Loopback Configuration	Description
		noLoopback	Not in the loopback state.
		lineLocal	The signal sent on this line is looped back through the device.
		lineRemote	The sent signal does not go through the device but is looped back out.
csConfigXmtClock Source	INTEGER {loopTiming (1), localTiming (2)}	Defines the source of the transmit clock. Max-Access: read-write Status: current The following are the clock source choices:		localTiming
		Clock Source	Description
		loopTiming	Indicates that the recovered receive clock is used as the transmit clock.
		localTiming	Indicates that a local clock source is used or that an external clock is attached to the box containing the interface.
csConfigFrame Scramble	INTEGER {disabled(1), enabled(2)}	Disables or enables the Scrambling option in the SONET line. Refer to Bellcore GR-253-CORE for frame scrambling. Max-Access: read-write Status: current		enabled
csConfigType	INTEGER {SONETSts3c(1), SONETStm1(2), SONETSts12c(3), SONETStm4(4), SONETSts48c(5), SONETStm16(6), sonetSts192c(7), sonetStm64(8)}	Represents the configured line type. This object is used to switch between SONET (North American) and SDH (European) format. Sts is SONET format, while Stm is SDH format. Max-Access: read-only Status: current The following are the configured line types and applications:		none
		Configured Line Type	Application
		SONETSts3c	OC3
		SONETStm1	European standard OC3
		SONETSts12c	OC12
		SONETStm4	European standard OC12
		SONETSts48c	OC48
		SONETStm16	European standard OC48
		SONETSts192c	OC-192
		SONETStm64	European standard OC-192

SONET APS Configuration Table

The object identifier for each MIB object for the SONET Automatic Protection Switching (APS) Configuration Table is listed in Table 3-37.

Table 3-37 SONET APS Configuration Table Object Identifiers 

Name	Object Identifier
csApsConfigTable	::= {csApsConfig 1}
csApsConfigEntry	::= {csApsConfigTable 1}
csApsWorkingIndex	::= {csApsConfigEntry 1}
csApsProtectionIndex	::= {csApsConfigEntry 2}
csApsEnable	::= {csApsConfigEntry 3}
csApsArchMode	::= {csApsConfigEntry 4}
csApsActiveLine	::= {csApsConfigEntry 5}
csApsSigFaultBER	::= {csApsConfigEntry 6}
csApsSigDegradeBER	::= {csApsConfigEntry 7}
csApsWaitToRestore	::= {csApsConfigEntry 8}
csApsDirection	::= {csApsConfigEntry 9}
csApsRevertive	::= {csApsConfigEntry 10}
csApsDirectionOperational	::= {csApsConfigEntry 11}
csApsArchModeOperational	::= {csApsConfigEntry 12}
csApsChannelProtocol	::= {csApsConfigEntry 13}
csApsLineFailureCode	::= {csApsConfig 2}
csApsLineSwitchReason	::= {csApsConfig 3}

The MIB objects are listed in Table 3-38.

Table 3-38 SONET APS Configuration Table MIB Objects 

Name	Syntax	Description			Default Value
csApsConfig Table	Sequence of CsApsConfigEntry	Contains objects to configure the APS feature in a SONET Line. APS has the ability to configure a pair of SONET lines for redundancy. When the active line fails, the hardware will automatically switch the active line from the working line to the protection line or vice versa, within 60 m. Max-Access: not-accessible Status: current			none
csApsConfig Entry	csApsConfigEntry	Creates an entry when an APS pair is configured. To create an entry, the following objects must be specified: •csApsWorkingIndex •csApsProtectionIndex •csApsEnable •csApsArchMode The protection line must not be active. For example, ifAdminStatus must be down, while configuring APS. An entry is created by setting the value of csApsEnable to csApsEnabled (2) and deleted by setting it to csApsDisabled (1). Once a line is configured as working line or protection line, it remains in that role until APS is disabled on that SONET line pair. It remains in the working/protection role even after the card is reset. Max-Access: not-accessible Status: current The index is csApsWorkingIndex.			none
csApsWorking Index	InterfaceIndex	Refers to the working line in the APS pair. When a pair of APS lines is configured, one line must be the working line, which is the primary line, and the other must be the protection line, which is the backup line. Max-Access: not-accessible Status: current The Chassis/Slot (CS) Format that is used for this index entry are as follows:			none
		Field	Description	Bit Positions
		Chassis #	Shelf number of the module that is plugged in.	24 to 31 (eight bits).
		Logical slot #	Logical slot number of the module that is plugged in.	16 to 23 (eight bits).
		Value	Refer to the description field for the MIB object.	0 to 15 (Refers to a number from 1 to 60).
csApsProtection Index	InterfaceIndex	Indicates that the protection line becomes the active line when an APS switch occurs (an APS switch can occur because of a failure on the working line). Max-Access: read-write Status: current The CS Format that is used for this index entry are as follows:			none
		Field	Description	Bit Positions
		Chassis #	Shelf Number of the module that is plugged in.	24 to 31 (eight bits).
		Logical Slot #	Logical Slot Number of the module that is plugged in.	16 to 23 (eight bits).
		Value	Refer to the description field for the MIB object.	0 to 15 (refers to a number from 1 to 60).
csApsEnable	INTEGER {csApsDisabled (1), csApsEnabled (2)}	Enables or disables the APS feature on the working/protection line pairs. When enabled, the hardware will automatically switch the active line from the working line to the protection line within 60 meters, or vice versa. Max-Access: read-write Status: current			none
csApsArchMode	INTEGER {onePlusOne(1), oneToOne(2), anexBOnePlusOne(3), ycableOnePlusOneNok1k2(4), straightOnePlusOneNok1k2(5)}	Configures the APS architecture mode on the working/protection line pairs. See csApsK1K2Disable for description of K1K2 bytes. All of the following are supported on single slot. oneToOne(2) is not supported across 2 slots; which is the working and protection slot numbers must be the same in oneToOne(2). •onePlusOne—Supports the same card used across two cards. This mode means that the transmit and receive signals go only over the active line (which could be working or protection line). (Straight cable implied.) •oneToOne—Supports only the same card. This mode means that the transmit and receive signals go over the working and protection lines. (Straight cable implied.) •anexBOnePlusOne—Supports the same card used across two cards. This mode is like the onePlusOne mode, except that the csApsDirection can only be bi-directional. (Straight cable implied.) •ycableOnePlusOneNok1k2—With Y-cable ignore K1K2 bytes. This mode is the Y-cable redundancy mode. •straightOnePlusOneNok1k2—With straight cable, ignore K1K2 bytes. This mode is like onePlusOne, but with K1, K2 bytes are ignored. Max-Access: read-write Status: current			none
csApsActiveLine	INTEGER {csApsWorkingLine(1), csApsProtectionLine(2), csApsNone(3)}	Indicates which line is currently active. It is the working line, protection line, or none if neither lines are active. This object reflects the status of the receive direction. Max-Access: read-only Status: current			none
csApsSigFault BER	Unsigned32 (3..5)	Contains the Bit Error Rate (BER) threshold for Signal Fault detection on the working line. Once this threshold is exceeded, an APS switch can occur. This value is 10 to -n. For example, n is between 3 and 5. Max-Access: read-write Status: current			3
csApsSigDegradeBER	Unsigned32 (5..9)	Contains the BER threshold for Signal Degrade detection on the working line. Once this threshold is exceeded, an APS switch can occur. This value is 10 to -n. For example, n is between 5 and 9. Max-Access: read-write Status: current			5
csApsWaitTo Restore	Unsigned32 (1..12) in units of minutes	Contains interval in minutes before attempting to switch back to the working line. It is not applicable if the line is configured in nonrevertive mode. The protection line continues to be active, even if failures on the working line are cleared. The framer clears the signal-fault and signal-degrade when APS switch occurs. Refer to csApsRevertive in this table for a description of nonrevertive. Max-Access: read-write Status: current			none
csApsDirection	INTEGER {uniDirectional(1), biDirectional(2)}	Configures the switching direction that this APS line supports. The direction is either unidirectional, where the APS switches are only in one direction, or bidirectional, where the APS switches both ends of the line. Max-Access: read-write Status: current			none
csApsRevertive	INTEGER {nonrevertive(1), revertive(2)}	Configures the APS revertive or nonrevertive option. Revertive will switch the working line back to active state after the Wait-To-Restore interval has expired and the working line Signal-Fault/Signal-Degrade has been cleared. See csApsWaitToRestore for a description of the Wait-To-Restore interval. With the nonrevertive option, the protection line continues to be the active line. The active line does not switch to the working line. Max-Access: read-write Status: current			none
csApsDirection Operational	Integer {uniDirectional(1), biDirectional(2)}	Shows the actual APS direction that is implemented on the Near End terminal. APS direction configured through csApsDirection is negotiated with the Far End and APS direction setting acceptable to both ends is operational at the Near End. Max-Access: read-only Status: current			none
csApsArchModeOperational	Integer{onePlusOne(1), oneToOne(2), anexBOnePlusOne(3), ycableOnePlusOneNok1k2(4), straightOnePlusOneNok1k2(5)}	Shows the actual APS architecture mode that is implemented on the Near End terminal. APS architecture mode configured through csApsArchMode object is negotiated with the Far End through APS channel. Architecture mode acceptable to both the Near End and the Far End terminals is then operational at the Near End. This value can be different than the APS architecture mode configured. Max-Access: read-only Status: current			none
csApsChannel Protocol	Integer {bellcore(1), itu(2)}	Configures the APS channel protocol to be implemented at the Near End terminal. K1 and K2 overhead bytes in a SONET signal are used as an APS channel. This channel is used to carry APS protocol. Max-Access: read-write Status: current The values include:			none
		APS Channel Protocol	Defined In
		bellcore(1)	Implements APS channel protocol as defined in Bellcore GR-253-CORE.
		itu(2)	Implements APS channel protocol as defined in ITU document G.783, Annex A.
csApsLine FailureCode	INTEGER {csApsChannelMismatch(1), csApsProtectionByteFail(2), csApsFEProtectionFailure(3)}	Specifies the SONET APS line failure code, or the failure encountered by the APS line. The failure descriptions include: •csApsChannelMismatch—Indicates that the transmitted K1 byte and the received K2 byte do not match. •csApsProtectionByteFail—Indicates that either a K1 byte with an invalid type of switch request bits was received, or the priority of the received K1 byte is lower than the transmitted K1 byte. •csApsFEProtectionFailure—Indicates that a remote end error is detected. Refer to Bellcore GR-253-CORE. Max-Access: read-only Status: current			none
csApsLineSwitchReason	INTEGER {csApsOther(1), csApsRevertive(2), csApsManual(3), csApsSignalDefectLow(4), csApsSignalDefectHigh(5), csApsSignalFailureLow(6), csApsSignalFailureHigh(7), csApsForceSwitch(8), csApsLockOut(9)}	When the working line on one end fails, its other end is told to do an APS switch. Max-Access: read-only Status: current The following switch request types describe, in order of priority, reasons for an APS switchover:			none
		Switch Request Type	Description
		csApsLockOut	This request type is the highest priority switch. This will override all other requests.
		csApsForce Switch	This request type is caused by a forced switch that forces hardware to switch the active line even if the other line (the working line or the protection line) is in alarm.
		csApsSignal FailureHigh	This request type occurred because threshold for csApsSigDegradeBER was exceeded.
		csApsSignal FailureLow	The definition is the same as above, but lower priority.
		csApsSignal DefectHigh	This request type occurred because threshold for csApsSigFaultBER was exceeded.
		csApsSignal DefectLow	The definition is the same as above, but lower priority.
		csApsManual	This manual switch causes APS switch unless a request of equal or higher priority is in effect.
		csApsRevertive	This request type switches back to working line after the Wait-to-Restore interval is over, and failures are cleared. It is the lowest priority.

SONET Section Total Table

The object identifiers are listed in Table 3-39.

Table 3-39 SONET Section Total Table Object Identifiers 

Name	Object Identifier
cssTotalTable	::= {csSection 1}
cssTotalEntry	::= {cssTotalTable 1}
cssTotalESs	::= {cssTotalEntry 1}
cssTotalSESs	::= {cssTotalEntry 2}
cssTotalSEFSs	::= {cssTotalEntry 3}
cssTotalCVs	::= {cssTotalEntry 4}

The MIB objects are listed in Table 3-40.

Table 3-40 SONET Section Total Table MIB Objects 

Name	Syntax	Description		Default Value
cssTotalTable	Sequence of cssTotalEntry	Describes the SONET/SDH Section Total table. It contains the cumulative sum of the various statistics for the 24-hour period preceding the current interval. Since the line was enabled, the object SONETMediumValidIntervals from RFC 2558 contains the number of elasped 15-minute intervals. Max-Access: not-accessible Status: current		none
cssTotalEntry	cssTotalEntry	Provides an entry in the SONET/SDH Section Total table. Entries are created automatically for SONET lines. Max-Access: not-accessible Status: current The index is ifIndex.		none
cssTotalESs	Gauge32 (in units of errored seconds)	Detects the number of ES encountered by a SONET/SDH Section in the last 24 hours. Refer to RFC 2558. Max-Access: read-only Status: current		none
cssTotalSESs	Gauge32 (in units of Severely Errored Seconds)	Detects the number of SES encountered by a SONET/SDH Section in the last 24 hours. Refer to RFC 2558. Max-Access: read-only Status: current		none
cssTotalSEFSs	Gauge32 (in units of Severely Errored Framing Seconds)	Detects the number of SEFS encountered by a SONET/SDH Section in the last 24 hours. Refer to RFC 2558. Max-Access: read-only Status: current		none
cssTotalCVs	Gauge32 (in units of Coding Violations)	Detects the number of Coding Violations encountered by a SONET/SDH Section in the last 24 hours. Refer to RFC 2558. Max-Access: read-only Status: current		none

SONET Section Trace Table

The object identifiers are listed in Table 3-41.

Table 3-41 SONET Section Table Object Identifiers 

Name	Object Identifier
cssTraceTable	::= {csSection 2}
cssTraceEntry	::= {cssTraceTable 1}
cssTraceToTransmit	::= {cssTraceEntry 1}
cssTraceToExpect	::= {cssTraceEntry 2}
cssTraceFailure	::= {cssTraceEntry 3}
cssTraceReceived	::= {cssTraceEntry 4}

The MIB objects are listed in Table 3-42.

Table 3-42 SONET Section Table MIB Objects 

Name	Syntax	Description		Default Value
cssTraceTable	Sequence of cssTraceEntry	Describes the SONET/SDH Section Trace table. This table contains objects for tracing the SONET section. Max-Access: not-accessible Status: current		none
cssTraceEntry	cssTraceEntry	Provides an entry in the trace table. Entries exist for active SONET lines. The objects in this table are used to verify continued connection between the two ends of the line. Max-Access: not-accessible Status: current The index is ifIndex.		none
cssTraceToTransmit	OCTET STRING (SIZE(0|16|64))	Describes SONET Section Trace To Transmit string. It is transmitted to perform SONET section trace diagnostics. The trace string is repetitively transmitted so that a trace receiving terminal can verify its continued connection to the intended transmitter. The default value is a zero-length string. Unless this object is set to a nonzero length string, tracing will not be performed. Refer to Bellcore GR-253-CORE. Max-Access: read-write Status: current		none
cssTraceToExpect	OCTET STRING (SIZE(0|16|64))	Describes the SONET Section Trace To Expect. The receiving terminal verifies if the incoming string matches this string. The value of cssTraceFailure indicates whether a trace mismatch occurred. The default value is a zero-length string. Refer to Bellcore GR-253-CORE. Max-Access: read-write Status: current		none
cssTraceFailure	TruthValue	Specifies the value of this object is set to true when the SONET section received trace does not match the cssTraceToExpect object. Refer to Bellcore GR-253-CORE. Max-Access: read-only Status: current		none
cssTraceReceived	OCTET STRING (SIZE (0|16|64))	Views the SONET Section Trace that is received by the receiving terminal. Refer to Bellcore GR-253-CORE. Max-Access: read-only Status: current		none

SONET Line Total Table

The object identifiers are listed in Table 3-43.

Table 3-43 SONET Line Total Table Object Identifiers 

Name	Object Identifier
cslTotalTable	::= {csLine 1}
cslTotalEntry	::= {cslTotalTable 1}
cslTotalESs	::= {cslTotalEntry 1}
cslTotalSESs	::= {cslTotalEntry 2}
cslTotalCVs	::= {cslTotalEntry 3}
cslTotalUASs	::= {cslTotalEntry 4}

The MIB objects are listed in Table 3-44.

Table 3-44 SONET Line Total Table MIB Objects 

Name	Syntax	Description		Default Value
cslTotalTable	Sequence of cslTotalEntry	Describes the SONET/SDH Line Total table. It contains the cumulative sum of the various statistics for the 24-hour period preceding the current interval. The object SONETMediumValidIntervals contains the number of 15-minute intervals that have elapsed since the line was enabled. Refer to RFC 2558. Max-Access: not-accessible Status: current		none
cslTotalEntry	cslTotalEntry	Contains an entry in the SONET/SDH Line Total table. Entries are created automatically for SONET lines. Max-Access: not-accessible Status: current The index is ifIndex.		none
cslTotalESs	Gauge32 (in units of errored seconds)	Detects the number of ES encountered by a SONET/SDH Line in the last 24 hours. Max-Access: read-only Status: current		none
cslTotalSESs	Gauge32 (in units of Severely Errored Seconds)	Detects the number of SES encountered by a SONET/SDH Line in the last 24 hours. Refer to RFC 2558. Max-Access: read-only Status: current		none
cslTotalCVs	Gauge32 (in units of Coding Violations)	Detects the number of Coding Violations encountered by a SONET/SDH Line in the last 24 hours. Refer to RFC 2558. Max-Access: read-only Status: current		none
cslTotalUASs	Gauge32 (in units of unavailable seconds)	Detects the number of UAS encountered by a SONET/SDH Line in the last 24 hours. Refer to RFC 2558. Max-Access: read-only Status: current		none

SONET Far End Line Total Table

The object identifiers are listed in Table 3-45.

Table 3-45 SONET Far End Line Total Table Object Identifiers 

Name	Object Identifier
cslFarEndTotalTable	::= {csLine 2}
cslFarEndTotalEntry	::= {cslFarEndTotalTable 1}
cslFarEndTotalESs	::= {cslFarEndTotalEntry 1}
cslFarEndTotalSESs	::= {cslFarEndTotalEntry 2}
cslFarEndTotalCVs	::= {cslFarEndTotalEntry 3}
cslFarEndTotalUASs	::= {cslFarEndTotalEntry 4}

The MIB objects are listed in Table 3-46.

Table 3-46 SONET Far End Line Total Table MIB Objects 

Name	Syntax	Description		Default Value
cslFarEndTotalTable	Sequence of cslFarEndTotalEntry	Describes the SONET/SDH Far End Line Total table. It contains the cumulative sum of the various statistics for the 24-hour period preceding the current interval. The object SONETMediumValidIntervals from RFC 2558 contains the number of 15-minute intervals that have elapsed since the line was enabled. Max-Access: not-accessible Status: current		none
cslFarEndTotalEntry	cslFarEndTotalEntry	Provides an entry in the SONET/SDH Far End Line Total table. Entries are created automatically for SONET lines. Max-Access: not-accessible Status: current The index is ifIndex.		none
cslFarEndTotalESs	Gauge32 (in units of errored seconds)	Detects the number of ES encountered by a SONET/SDH Far End Line in the last 24 hours. Refer to RFC 2558. Max-Access: read-only Status: current		none
cslFarEndTotalSESs	Gauge32 (in units of Severely Errored Seconds)	Detects the number of SES encountered by a SONET/SDH Far End Line in the last 24 hours. Refer to RFC 2558. Max-Access: read-only Status: current		none
cslFarEndTotalCVs	Gauge32 (in units of Coding Violations)	Detects the number of Coding Violations encountered by a SONET/SDH Far End Line in the last 24 hours. Refer to RFC 2558. Max-Access: read-only Status: current		none
cslFarEndTotalUASs	Gauge32 (in units of unavailable seconds)	Detects the number of UAS encountered by a SONET/SDH Far End Line in the last 24 hours. Refer to RFC 2558. Max-Access: read-only Status: current		none

SONET Path Total Table

The object identifiers are listed in Table 3-47.

Table 3-47 SONET Path Total Table Object Identifiers 

Name	Object Identifier
cspTotalTable	::= {csPath 1}
cspTotalEntry	::= {cspTotalTable 1}
cspTotalESs	::= {cspTotalEntry 1}
cspTotalSESs	::= {cspTotalEntry 2}
cspTotalCVs	::= {cspTotalEntry 3}
cspTotalUASs	::= {cspTotalEntry 4}

The MIB objects are listed in Table 3-48.

Table 3-48 SONET Path Total Table MIB Objects 

Name	Syntax	Description		Default Value
cspTotalTable	Sequence of cspTotalEntry	Describes the SONET/SDH Path Total table. It contains the cumulative sum of the various statistics for the 24-hour period preceding the current interval.The object SONETMediumValidIntervals from RFC 2558 contains the number of 15-minute intervals that have elapsed since the line is enabled. Max-Access: not-accessible Status: current		none
cspTotalEntry	cspTotalEntry	Provides an entry in the SONET/SDH Path Total table. Entries are created automatically for SONET lines. Max-Access: not-accessible Status: current The index is ifIndex.		none
cspTotalESs	Gauge32 (in units of errored seconds)	Detects the number of ES encountered by a SONET/SDH Path in the last 24 hours. Refer to RFC 2558. Max-Access: read-only Status: current		none
cspTotalSESs	Gauge32 (in units of Severely Errored Seconds)	Detects the number of SES encountered by a SONET/SDH Path in the last 24 hours. Refer to RFC 2558. Max-Access: read-only Status: current		none
cspTotalCVs	Gauge32 (in units of Coding Violations)	Detects the number of Coding Violations encountered by a SONET/SDH Path in the last 24 hours. Refer to RFC 2558. Max-Access: read-only Status: current		none
cspTotalUASs	Gauge32 (in units of unavailable seconds)	Detects the number of UAS encountered by a SONET/SDH Path in the last 24 hours. Refer to RFC 2558. Max-Access: read-only Status: current		none

SONET Far End Path Total Table

The object identifiers are listed in Table 3-49.

Table 3-49 SONET Far End Path Total Table Object Identifiers 

Name	Object Identifier
cspFarEndTotalTable	::= {csPath 2}
cspFarEndTotalEntry	::= {cspFarEndTotalTable 1}
cspFarEndTotalESs	::= {cspFarEndTotalEntry 1}
cspFarEndTotalSESs	::= {cspFarEndTotalEntry 2}
cspFarEndTotalCVs	::= {cspFarEndTotalEntry 3}
cspFarEndTotalUASs	::= {cspFarEndTotalEntry 4}

The MIB objects are listed in Table 3-50.

Table 3-50 SONET Far End Path Total Table MIB Objects 

Name	Syntax	Description		Default Value
cspFarEndTotalTable	Sequence of cspFarEndTotalEntry	Describes the SONET/SDH Far End Path Total table. Far End refers to the remote end of the line. The table contains the cumulative sum of the various statistics for the 24-hour period preceding the current interval. The object SONETMediumValidIntervals from RFC 2558 contains the number of 15-minute intervals that have elapsed since the line is enabled. Max-Access: not-accessible Status: current		none
cspFarEndTotalEntry	cspFarEndTotalEntry	Provides an entry in the SONET/SDH Far End Path Total table. Entries are created automatically for SONET lines. Max-Access: not-accessible Status: current The index is ifIndex.		none
cspFarEndTotalESs	Gauge32 (in units of errored seconds)	Detects the number of Errored Seconds encountered by a SONET/SDH far end path in the last 24 hours. Refer to RFC 2558. Max-Access: read-only Status: current		none
cspFarEndTotalSESs	Gauge32 (in units of Severely Errored Seconds)	Detects the number of Severely Errored Seconds encountered by a SONET/SDH far end path in the last 24 hours. Refer to RFC 2558. Max-Access: read-only Status: current		none
cspFarEndTotalCVs	Gauge32 (in units of Coding Violations)	Detects the number of Coding Violations encountered by a SONET/SDH far end path in the last 24 hours. Refer to RFC 2558. Max-Access: read-only Status: current		none
cspFarEndTotalUASs	Gauge32 (in units of unavailable seconds)	Detects the number of Unavailable Seconds encountered by a SONET/SDH far end path in the last 24 hours. Refer to RFC 2558. Max-Access: read-only Status: current		none

Path Trace Table

The object identifiers are listed in Table 3-51.

Table 3-51 Path Trace Table Object Identifiers 

Name	Object Identifier
cspTraceTable	::= {csPath 3}
cspTraceEntry	::= {cspTraceTable 1}
cspTraceToTransmit	::= {cspTraceEntry 1}
cspTraceToExpect	::= {cspTraceEntry 2}
cspTraceFailure	::= { cspTraceEntry 3 }
cspTraceReceived	::= {cspTraceEntry 4}

The MIB objects are listed in Table 3-52.

Table 3-52 Path Trace Table MIB Objects 

Name	Syntax	Description		Default Value
cspTraceTable	Sequence of cspTraceEntry	Describes the SONET/SDH Path Trace table. This table contains objects for tracing the SONET path. Max-Access: not accessible Status: current		none
cspTraceEntry	cspTraceEntry	Provides an entry in the SONET/SDH Path Trace table. The entries exist for active SONET lines. The objects in this table are used to verify continued connection between the two ends of the line. Max-Access: not accessible Status: current The index is ifIndex.		none
cspTraceToTransmit	OCTET STRING (SIZE(0|16|64))	Describes SONET Path Trace To Transmit. The trace string is repetitively transmitted so that a trace-receiving terminal can verify its continued connection to the intended transmitter. The default value is a zero-length string. Unless this object is set to a nonzero length string, tracing cannot be performed. Refer to Bellcore GR-253-CORE. Max-Access: read-write Status: current		none
cspTraceToExpect	OCTET STRING (SIZE(0|16|64))	Describes SONET Path Trace To Expect. The receiving terminal verifies that the incoming string matches this string. The value of cspTraceFailure indicates whether a trace mismatch occurred. The default value is a zero-length string. Refer to Bellcore GR-253-CORE. Max-Access: read-write Status: current		none
cspTraceFailure	TruthValue	Sets the value of this object to true when the trace received by the SONET Path does not match the cspTraceToExpect. Refer to Bellcore GR-253-CORE. Max-Access: read-only Status: current		none
cspTraceReceived	OCTET STRING (SIZE(0|16|64))	Views the SONET Path Trace that is received by the receiving terminal. Refer to Bellcore GR-253-CORE. Max-Access: read-only Status: current		none

SONET Statistics Tables

The object identifiers are listed in Table 3-53.

Table 3-53 SONET Statistics Table Object Identifiers 

Name	Object Identifier
csStatsTable	::= {csStats 1}
csStatsEntry	::= {csStatsTable 1}
cssLOSs	::= {csStatsEntry 1}
cssLOFs	::= {csStatsEntry 2}
cslAISs	::= {csStatsEntry 3}
cslRFIs	::= {csStatsEntry 4}
cspAISs	::= {csStatsEntry 5}
cspRFIs	::= {csStatsEntry 6}

The MIB objects are listed in Table 3-54.

Table 3-54 SONET Statistics Table MIB Objects 

Name	Syntax	Description		Default Value
csStatsTable	Sequence of csStatsEntry	Describes the SONET/SDH Section statistics table. This table maintains the number of times the line encountered LOS, LOF, AIS, and Remote Failure Indications (RFI). Max-Access: not-accessible Status: current		none
csStatsEntry	csStatsEntry	Provides an entry in the SONET/SDH statistics table. These are real-time statistics for the SONET section, line, and path layers. The statistics are gathered for each SONET line. An entry is automatically created and is indexed by ifIndex. Max-Access: not-accessible Status: current The index is ifIndex.		none
cssLOSs	Counter32 (in units of loss of signals)	Detects the number of LOS encountered by a SONET/SDH Section. A high value for this object can indicate a problem with the SONET Section layer. Refer to RFC 2558. Max-Access: read-only Status: current		none
cssLOFs	Counter32 (in units of loss of frames)	Detects the number of LOF encountered by a SONET/SDH Section. A high value for this object may indicate a problem with the SONET Section layer. Refer to RFC 2558. Max-Access: read-only Status: current		none
cslAISs	Counter32 (in units of Alarm Indication Signals)	Detects the number of AIS encountered by a SONET/SDH Line. A high value for this object may indicate a problem with the SONET Line layer. Refer to RFC 2558. Max-Access: read-only Status: current		none
cslRFIs	Counter32 (in units of Remote Failure Indications)	Detects the number of RFI encountered by a SONET/SDH Line. A high value for this object may indicate a problem with the SONET Line layer. Refer to RFC 2558. Max-Access: read-only Status: current		none
cspAISs	Counter32 (in units of Alarm Indication Signals)	Detects the number of AIS encountered by a SONET/SDH Path. A high value for this object may indicate a problem with the SONET Path layer. Refer to RFC 2558. Max-Access: read-only Status: current		none
cspRFIs	Counter32 (in units of Remote Failure Indications)	Detects the number of RFI encountered by a SONET/SDH Path. A high value for this object may indicate a problem with the SONET Path layer. Refer to RFC 2558. Max-Access: read-only Status: current		none

Cisco SONET Conformance Information

One object identifier is listed in Table 3-55.

Table 3-55 Cisco SONET Conformance Information Object Identifier 

Name	Object Identifier
ciscoSONETMIBCompliance	::= {ciscoSONETMIBCompliances 1}

One MIB object is listed in Table 3-56.

Table 3-56 Cisco SONET Conformance Information MIB Object 

Name	Mandatory Groups	Description		Default Value
ciscoSONETMIB Compliance	ciscoSONETConfMIBGroup, ciscoSONETStatsMIBGroup, ciscoSONETTraceMIBGroup	Specifies the compliance statement for the ciscoSONET management group. It is required if SONET APS is supported. Status: current Module: AXSM Group: ciscoSONETApsMIBGroup		none

Cisco SONET Units of Conformance

The object identifiers are listed in Table 3-57.

Table 3-57 Cisco SONET Units of Conformance Object Identifiers 

Name	Object Identifier
ciscoSONETConfMIBGroup	::= {ciscoSONETMIBGroups 1}
ciscoSONETStatsMIBGroup	::= {ciscoSONETMIBGroups 2}
ciscoSONETTraceMIBGroup	::= {ciscoSONETMIBGroups 3}
ciscoSONETApsMIBGroup	::= {ciscoSONETMIBGroups 4}

The MIB objects are listed in Table 3-58.

Table 3-58 Cisco SONET Units of Conformance MIB Objects 

Name	Objects	Description		Default Value
ciscoSONETConfMIBGroup	csConfigLoopbackType, csConfigXmtClockSource, csConfigFrameScramble, csConfigType	Specifies the objects used for configuring SONET lines. Status: current		none
ciscoSONETStatsMIBGroup	cssTotalESs, cssTotalSESs, cssTotalSEFSs, cssTotalCVs, cssLOSs, cssLOFs, cslAISs, cslRFIs, cspAISs, cspRFIs, cslTotalESs, cslTotalSESs, cslTotalCVs, cslTotalUASs, cslFarEndTotalESs, cslFarEndTotalSESs, cslFarEndTotalCVs, cslFarEndTotalUASs, cspTotalESs, cspTotalSESs, cspTotalCVs, cspTotalUASs, cspFarEndTotalESs, cspFarEndTotalSESs, cspFarEndTotalCVs, cspFarEndTotalUASs	Relates to the SONET line statistics. Status: current		none
ciscoSONETTrace MIBGroup	cssTraceToTransmit, cssTraceToExpect, cssTraceFailure, cspTraceToTransmit, cspTraceToExpect, cspTraceFailure	Relates to the SONET line connectivity. Status: current		none
ciscoSONETApsMIBGroup	csApsProtectionIndex, csApsEnable, csApsArchMode, csApsActiveLine, csApsSigFaultBER, csApsSigDegradeBER, csApsWaitToRestore, csApsDirection, csApsRevertive, csApsLineFailureCode, csApsLineSwitchReason	Configures APS over SONET lines. Status: current		none

Cisco WAN SONET

This section describes the Cisco WAN SONET MIB objects that are defined in the file CISCO-WAN-SONET-MIB.my. This MIB file describes the SONET/SDH interface objects. The objects are an extension to the standard SONET MIB, as described in RFC 2558.

---

Note The Cisco WAN SONET MIB is supported by AXSM and defined under the StrataCom Enterprise.

---

The MIB objects used for Cisco WAN SONET include:

•SONET Section Alarm Table

•Line Alarm Table

•Path Alarm Table

•Cisco WAN SONET Units of Conformance

SONET Section Alarm Table

The SONET/SDH Section Alarm table contains objects for setting alarm thresholds and reading alarm severity.

The object identifiers are listed in Table 3-59.

Table 3-59 SONET Section Alarm Table Object Identifiers 

Name	Object Identifier
cwsSectionAlarmTable	::= {cwsSection 1}
cwsSectionAlarmEntry	::= {cwsSectionAlarmTable 1}
cwsSectionStatisticalAlarmSeverity	::= {cwsSectionAlarmEntry 1}
cwsSectionCurrentESsThreshold	::= {cwsSectionAlarmEntry 2}
cwsSectionTotalESsThreshold	::= {cwsSectionAlarmEntry 3}
cwsSectionCurrentSESsThreshold	::= {cwsSectionAlarmEntry 4}
cwsSectionTotalSESsThreshold	::= {cwsSectionAlarmEntry 5}
cwsSectionCurrentSEFSsThreshold	::= {cwsSectionAlarmEntry 6}
cwsSectionTotalSEFSsThreshold	::= {cwsSectionAlarmEntry 7}
cwsSectionCurrentCVsThreshold	::= {cwsSectionAlarmEntry 8}
cwsSectionTotalCVsThreshold	::= {cwsSectionAlarmEntry 9}
cwsSectionStatAlarmStatus	::= {cwsSectionAlarmEntry 10}

The MIB objects are listed in Table 3-60.

Table 3-60 SONET Section Alarm Table MIB Objects 

Name	Syntax	Description		Default Value
cwsSectionAlarm Table	Sequence of cwsSectionAlarmEntry	Contains the objects for setting alarm thresholds and reading alarm severity. Max-Access: not-accessible Status: current		none
cwsSectionAlarm Entry	cwsSectionAlarmEntry	Provides an entry in the alarm table. The entries exist for active SONET lines, with default threshold values. Thresholds may be configured for ES, SES, SEFS, and CV for section layer SONET lines. Once these thresholds are exceeded, a minor or major alarm is raised. Refer to RFC 2558 for descriptions of ES, SES, SEFS, and CV. Max-Access: not-accessible Status: current The index is ifIndex.		none
cwsSectionStatisticalAlarmSeverity	INTEGER {minor(1), major(2)}	Indicates whether exceeding this statistical threshold is a minor or major severity alarm. Max-Access: read-write Status: current		minor
cwsSectionCurrent ESsThreshold	Unsigned32 (0..2147483647)	Indicates the threshold for ES, for the current 15-minute interval, which an alarm is generated. Refer to RFC 2558. Max-Access: read-write Status: current		20
cwsSectionTotalESs Threshold	Unsigned32 (0..2147483647)	Indicates the ES threshold, for the 24-hour interval, which an alarm is generated. Refer to RFC 2558. Max-Access: read-write Status: current		20
cwsSectionCurrent SESsThreshold	Unsigned32 (0..2147483647) (in units of Severely Errored Seconds)	Indicates the threshold for SES for the current 15-minute interval, which an alarm is generated. Refer to RFC 2558. Max-Access: read-write Status: current		3
cwsSectionTotal SESsThreshold	Unsigned32 (0..2147483647) (in units of Severely Errored Seconds)	Indicates the threshold for SES for the 24-hour interval. If this threshold is exceeded, an alarm is generated. Refer to RFC 2558. Max-Access: read-write Status: current		3
cwsSectionCurrent SEFSsThreshold	Unsigned32 (0..2147483647) (in units of Severely Errored Framing Seconds)	Indicates the SEFS threshold. If this threshold is exceeded, an alarm is generated. Refer to RFC 2558. Max-Access: read-write Status: current		3
cwsSectionTotal SEFSsThreshold	Unsigned32 (0..2147483647) (in units of Severely Errored Framing Seconds)	Indicates the SEFS threshold for the 24-hour interval. If this threshold is exceeded, an alarm is generated. Refer to RFC 2558. Max-Access: read-write Status: current		3
cwsSectionCurrent CVsThreshold	Unsigned32 (0..2147483647) (in units of number of Coding Violations)	Indicates the threshold for CV. If this threshold is exceeded, an alarm is generated. Refer to RFC 2558. Max-Access: read-write Status: current		25
cwsSectionTotalCVsThreshold	Unsigned32 (0..2147483647) (in units of number of Coding Violations)	Indicates the threshold for CV for a 24-hour interval. If this threshold is exceeded, an alarm is generated. Refer to RFC 2558. Max-Access: read-write Status: current		25
cwsSectionStatAlarmStatus	Unsigned32 (1..511)	Indicates the status of the interface. When an alarm is generated, this object would indicate which threshold was exceeded. This object is updated every 15 minutes. Once the current 15-minute window has passed, and there are no errors in the current 15-minute window, the object is cleared from the lower level SONET task. The cwsSectionStatAlarmStatus is a bit map represented as a sum, therefore, it can represent multiple defects simultaneously. If none of the bits are set, it indicates no defect. Max-Access: read-write Status: current The following are the defects indicated by the various bit positions:		none
		Bit Position	Defect
		1	SONETSectionTotalESs
		2	SONETSectionTotalSESs
		3	SONETSectionTotalSEFSs
		4	SONETSectionTotalCVs
		5	SONETSectionCurrentESs
		6	SONETSectionCurrentSESs
		7	SONETSectionCurrentSEFSs
		8	SONETSectionCurrentCVs

Line Alarm Table

The object identifiers are listed in Table 3-61.

---

Note Changing any threshold effects both the Near End and the Far End threshold.

---

Table 3-61 Line Alarm Table Object Identifiers 

Name	Object Identifier
cwsLineAlarmTable	::= {cwsLine 1}
cwsLineAlarmEntry	::= {cwsLineAlarmTable 1}
cwsLineStatisticalAlarmSeverity	::= {cwsLineAlarmEntry 1}
cwsLineCurrentESsThreshold	::= {cwsLineAlarmEntry 2}
cwsLineTotalESsThreshold	::= {cwsLineAlarmEntry 3}
cwsLineCurrentSESsThreshold	::= {cwsLineAlarmEntry 4}
cwsLineTotalSESsThreshold	::= {cwsLineAlarmEntry 5}
cwsLineCurrentCVsThresholdE	::= {cwsLineAlarmEntry 6}
cwsLineTotalCVsThreshold	::= {cwsLineAlarmEntry 7}
cwsLineCurrentUASsThreshold	::= {cwsLineAlarmEntry 8}
cwsLineTotalUASsThreshold	::= {cwsLineAlarmEntry 9}
cwsLineStatAlarmStatus	::= {cwsLineAlarmEntry 10}

The MIB objects are listed in Table 3-62.

Table 3-62 Line Alarm Table MIB Objects 

Name	Syntax	Description		Default Value
cwsLineAlarmTable	Sequence of cwsLineAlarmEntry	Describes the SONET/SDH Line Alarm table. This table contains objects which are thresholds that the user can set. Once a threshold is exceeded, an alarm is flagged. Changing any threshold will affect both the Near End and Far End (remote end of the line) threshold. Max-Access: not-accessible Status: current		none
cwsLineAlarmEntry	cwsLineAlarmEntry	Provides an entry in the SONET/SDH Line Alarm table. The entries may be created for an ifType value of SONET(39). Thresholds can be specified for ES, SES, SEFS, CV, and UAS for line layer of SONET lines. Once these thresholds are exceeded, a minor or major alarm is raised. Refer to RFC 2558 for descriptions of ES, SES, CV, and UAS. Max-Access: not-accessible Status: current The index is ifIndex.		none
cwsLineStatistical AlarmSeverity	INTEGER {minor(1), major(2)}	If any statistical threshold is exceeded, this object is set to major or minor. Max-Access: read-write Status: current		none
cwsLineCurrentESsThreshold	Unsigned32 (0..2147483647)	Indicates the threshold for ES for the current 15-minute interval. If this threshold is exceeded, an alarm is generated. This threshold is the same for Far End and Near End. Refer to RFC 2558. Max-Access: read-write Status: current		20
cwsLineTotalESs Threshold	Unsigned32 (0..2147483647)	Indicates the ES threshold for the 24-hour interval. If this threshold is exceeded, an alarm is generated. This threshold is the same for Far End and Near End. Refer to RFC 2558. Max-Access: read-write Status: current		20
cwsLineCurrent SESsThreshold	Unsigned32 (0..2147483647)	Specifies the SES threshold for the current 15-minute interval. If this threshold is exceeded, an alarm is generated. This threshold is the same for Far End and Near End. Refer to RFC 2558. Max-Access: read-write Status: current		3
cwsLineTotalSESs Threshold	Unsigned32 (0..2147483647)	Specifies the SES threshold for the 24-hour interval. If this threshold is exceeded, an alarm is generated. This threshold is the same for Far End and Near End. Refer to o RFC 2558. Max-Access: read-write Status: current		3
cwsLineCurrent CVsThresholdE	Unsigned32 (0..2147483647)	Specifies the CV threshold for the current 15-minute interval. If this threshold is exceeded, an alarm is generated. This threshold is the same for Far End and Near End. Refer to RFC 2558. Max-Access: read-write Status: current		3
cwsLineTotalCVs Threshold	Unsigned32 (0..2147483647)	Specifies the CV threshold for the 24-hour interval. If this threshold is exceeded, an alarm is generated. This threshold is the same for Far End and Near End. Refer to RFC 2558. Max-Access: read-write Status: current		3
cwsLineCurrent UASsThreshold	Unsigned32 (0..2147483647)	Specifies the UAS threshold for the current 15-minute interval. If this threshold is exceeded, an alarm is generated. This threshold is the same for Far End and Near End. Refer to RFC 2558. Max-Access: read-write Status: current		none
cwsLineTotalUASs Threshold	Unsigned32 (0..2147483647)	Specifies the UAS threshold for the 24-hour interval. If this threshold is exceeded, an alarm is generated. This threshold is the same for Far End and Near End. Refer to RFC 2558. Max-Access: read-write Status: current		none
cwsLineStatAlarm Status	Unsigned32	Indicates the status of the SONET line. This object is updated every 15 minutes. Once the current 15-minute window has passed, and if there are no errors in the current 15-minute window, the object is cleared from the lower level SONET task. The cwsLineStatAlarmStatus is a bit map represented as a sum, so it can represent multiple defects simultaneously. If none of the bits are set, it indicates no defect. Max-Access: read-only Status: current The defects indicated by the bit position include:		none
		Bit Position	Defect
		1	SONETLineTotalESs
		2	SONETLineTotalSESs
		3	SONETLineTotalCVs
		4	SONETLineTotalUASs
		5	SONETLineCurrentESs
		6	SONETLineCurrentSESs
		7	SONETLineCurrentCVs
		8	SONETLineCurrentUASs
		9	SONETFarEndLineCurrentESs
		10	SONETFarEndLineTotalESs
		11	SONETFarEndLineTotalSESs
		12	SONETFarEndLineTotalCVs
		13	SONETFarEndLineTotalUASs
		14	SONETFarEndLineCurrentSESs
		15	SONETFarEndLineCurrentCVs
		16	SONETFarEndLineCurrentUASs

Path Alarm Table

The object identifiers are listed in Table 3-63.

Table 3-63 Path Alarm Table Object Identifiers 

Name	Object Identifier
cwsPathAlarmTable	::= {cwsPath 1}
cwsPathAlarmEntry	::= {cwsPathAlarmTable 1}
cwsPathStatisticalAlarmSeverity	::= {cwsPathAlarmEntry 1}
cwsPathCurrentESsThreshold	::= {cwsPathAlarmEntry 2}
cwsPathTotalESsThreshold	::= {cwsPathAlarmEntry 3}
cwsPathCurrentSESsThreshold	::= {cwsPathAlarmEntry 4}
cwsPathTotalSESsThreshold	::= {cwsPathAlarmEntry 5}
cwsPathCurrentCVsThreshold	::= {cwsPathAlarmEntry 6}
cwsPathTotalCVsThreshold	::= {cwsPathAlarmEntry 7}
cwsPathCurrentUASsThreshold	::= {cwsPathAlarmEntry 8}
cwsPathTotalUASsThreshold	::= {cwsPathAlarmEntry 9}
cwsPathStatAlarmStatus	::= {cwsPathAlarmEntry 10}

The MIB objects are listed in Table 3-64.

Table 3-64 Path Alarm Table MIB Objects 

Name	Syntax	Description		Default Value
cwsPathAlarmTable	Sequence of cwsPathAlarmEntry	Describes the SONET/SDH Path Alarm table. This table contains objects for thresholds which a user can set. When any threshold is exceeded, an alarm is set. Changing any threshold effects both the Near End and Far End threshold. Max-Access: not-accessible Status: current		none
cwsPathAlarmEntry	cwsPathAlarmEntry	Provides an entry in the SONET/SDH Path Alarm table. Thresholds can be specified for ES, SES, SEFS, CV, and UAS for path layer of SONET lines. Once these thresholds are exceeded, a minor or major alarm is raised. Refer to RFC 2558 for descriptions of ES, SES, SEFS, CV, and UAS. Max-Access: not-accessible Status: current The index is ifIndex.		none
cwsPathStatistical AlarmSeverity	INTEGER {minor(1), major(2)}	When any statistical threshold is exceeded, this object is set to major or minor. Max-Access: read-write Status: current		none
cwsPathCurrentESs Threshold	Unsigned32 (0..2147483647)	Indicates the threshold for ES for the current 15-minute interval. If this threshold is exceeded, an alarm is generated. This threshold is the same for Far End and Near End. Refer to RFC 2558. Max-Access: read-write Status: current		20
cwsPathTotalESs Threshold	Unsigned32 (0..2147483647)	Indicates the threshold for ES for the 24-hour interval. If this threshold is exceeded, an alarm is generated. This threshold is the same for Far End and Near End. Refer to RFC 2558. Max-Access: read-write Status: current		20
cwsPathCurrentSESs Threshold	Unsigned32 (0..2147483647)	Indicates the threshold for SES for the current 15-minute interval. If this threshold is exceeded, an alarm is generated. This threshold is the same for Far End and Near End. Refer to RFC 2558. Max-Access: read-write Status: current		3
cwsPathTotalSESs Threshold	Unsigned32 (0..2147483647)	Indicates the threshold for SES for the 24-hour interval. If this threshold is exceeded, an alarm is generated. This threshold is the same for Far End and Near End. Refer to RFC 2558. Max-Access: read-write Status: current		3
cwsPathCurrentCVs Threshold	Unsigned32 (0..2147483647)	Specifies the Coding Violations threshold for the current 15-minute interval. If this threshold is exceeded, an alarm is generated. This threshold is the same for Far End and Near End. Refer to RFC 2558. Max-Access: read-write Status: current		25
cwsPathTotalCVs Threshold	Unsigned32 (0..2147483647)	Specifies the Coding Violations threshold for the 24-hour interval. If this threshold is exceeded, an alarm is generated. This threshold is the same for Far End and Near End. Refer to RFC 2558. Max-Access: read-write Status: current		25
cwsPathCurrentUASs Threshold	Unsigned32 (0..2147483647)	Specifies the UAS threshold for the current 15-minute interval. If this threshold is exceeded, an alarm is generated. This threshold is the same for Far End and Near End. Refer to RFC 2558. Max-Access: read-write Status: current		10
cwsPathTotalUASs Threshold	Unsigned32 (0..2147483647)	Specifies the UAS threshold for the 24-hour interval. If this threshold is exceeded, an alarm is generated. This threshold is the same for Far End and Near End. Refer to RFC 2558. Max-Access: read-write Status: current		10
cwsPathStatAlarmStatus	Unsigned32	Indicates the status of the interface. The cwsPathStatAlarmStatus is a bit map represented as a sum, so it can represent multiple defects simultaneously. If none of the bits are set, it indicates no defect. Max-Access: read-only Status: current The defects indicated by the bit positions include:		none
		Bit Position	Defect
		1	SONETPathTotalESs
		2	SONETPathTotalSESs
		3	SONETPathTotalCVs
		4	SONETPathTotalUASs
		5	SONETPathCurrentESs
		6	SONETPathCurrentSESs
		7	SONETPathCurrentCVs
		8	SONETPathCurrentUASs
		9	SONETFarEndPathTotalESs
		10	SONETFarEndPathTotalSESs
		11	SONETFarEndPathTotalCVs
		12	SONETFarEndPathTotalUASs
		13	SONETFarEndPathCurrentESs
		14	SONETFarEndPathCurrentSESs
		15	SONETFarEndPathCurrentCVs
		16	SONETFarEndPathCurrentUASs

Cisco WAN SONET Units of Conformance

One object is listed in Table 3-65.

Table 3-65 Cisco WAN SONET Units of Conformance Object Identifier 

Name	Object Identifier
ciscoWANSONETAlarmMIBGroup	::= {ciscoWANSONETMIBGroups 1}

One MIB object is listed in Table 3-66.

Table 3-66 Cisco WAN SONET Section Alarm Table MIB Objects 

Name	Objects	Description		Default Value
ciscoWANSONETAlarmMIB Group	cwsSectionStatisticalAlarmSeverity, cwsSectionCurrentESsThreshold, cwsSectionTotalESsThreshold, cwsSectionCurrentSESsThreshold, cwsSectionTotalSESsThreshold, cwsSectionCurrentSEFSsThreshold, cwsSectionTotalSEFSsThreshold, cwsSectionCurrentCVsThreshold, cwsSectionTotalCVsThreshold, cwsSectionStatAlarmStatus, cwsLineStatisticalAlarmSeverity, cwsLineCurrentESsThreshold, cwsLineTotalESsThreshold, cwsLineCurrentSESsThreshold, cwsLineTotalSESsThreshold, cwsLineCurrentCVsThreshold, cwsLineTotalCVsThreshold, cwsLineCurrentUASsThreshold, cwsLineTotalUASsThreshold, cwsLineStatAlarmStatus, cwsPathStatisticalAlarmSeverity, cwsPathCurrentESsThreshold, cwsPathTotalESsThreshold, cwsPathCurrentSESsThreshold, cwsPathTotalSESsThreshold, cwsPathCurrentCVsThreshold, cwsPathTotalCVsThreshold, cwsPathCurrentUASsThreshold, cwsPathTotalUASsThreshold, cwsPathStatAlarmStatus	Relates to the ciscoSONET alarm group. Status: current		none

Cisco WAN Resource Partition

This section describes the MIB module that manages resource partition objects. A resource partition is configured on a virtual interface, which in turn, is configured on a physical line. Through these MIB tables, an administrator can partition connection-related resources like VPI/VCI ranges, bandwidth, and total amount of available connection entries in the switch. The Cisco WAN Resource Partition MIB resides in the CISCO-WAN-RSRC-PART-MIB.my file.

For information about Virtual Switch Interface (VSI), VSI Master, and Controller terms, see Table 4-49.

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Note The Cisco WAN Resource Partition MIB is supported by AXSM and RPM, which is also implemented in PXM45.

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The Cisco WAN resource partition MIB objects include:

•Resource Partition MIB

•cwRsrcPartIlmi Table

•cwRsrcPartCtlrConf Table

•Cisco WAN Resource Partition Conformance Information

Resource Partition MIB

The object identifiers are listed in Table 3-67.

Table 3-67 Resource Partition MIB Object Identifiers 

Name	Object Identifier
cwRsrcPartConfTable	::= {cwRsrcPartConfGrp 1}
cwRsrcPartConfEntry	::= {cwRsrcPartConfTable 1}
cwRsrcPartID	::= {cwRsrcPartConfEntry 1}
cwRsrcPartController	::= {cwRsrcPartConfEntry 2}
cwRsrcPartEgrGuarPctBwConf	::= {cwRsrcPartConfEntry 3}
cwRsrcPartEgrMaxPctBwConf	::= {cwRsrcPartConfEntry 4}
cwRsrcPartIngGuarPctBwConf	::= {cwRsrcPartConfEntry 5}
cwRsrcPartIngMaxPctBwConf	::= {cwRsrcPartConfEntry 6}
cwRsrcPartEgrPctBwUsed	::= {cwRsrcPartConfEntry 7}
cwRsrcPartIngPctBwUsed	::= {cwRsrcPartConfEntry 8}
cwRsrcPartEgrPctBwAvail	::= {cwRsrcPartConfEntry 9}
cwRsrcPartIngPctBwAvail	::= {cwRsrcPartConfEntry 10}
cwRsrcPartVpiLo	::= {cwRsrcPartConfEntry 11}
cwRsrcPartVpiHigh	::= {cwRsrcPartConfEntry 12}
cwRsrcPartVciLo	::= {cwRsrcPartConfEntry 13}
cwRsrcPartVciHigh	::= {cwRsrcPartConfEntry 14}
cwRsrcPartGuarCon	::= {cwRsrcPartConfEntry 15}
cwRsrcPartMaxCon	::= {cwRsrcPartConfEntry 16}
cwRsrcPartUsedCon	::= {cwRsrcPartConfEntry 17}
cwRsrcPartAvailCon	::= {cwRsrcPartConfEntry 18}
cwRsrcPartRowStatus	::= {cwRsrcPartConfEntry 19}

The MIB objects are listed in Table 3-68.

Table 3-68 Resource Partition MIB Objects 

Name	Syntax	Description		Default Value
cwRsrcPartConfTable	SEQUENCE OF CwRsrcPartConfEntry	Configures resource partition parameters. A resource partition is configured on a interface whose ifType is ATMVirtual (149) or ATM (37). An entry can be added, deleted, or modified. Entries in this table can also be modified through the commands provided by the Command Line Interface (CLI). Max-Access: not-accessible Status: current		none
cwRsrcPartConfEntry	CwRsrcPartConfEntry	Provides an entry for a resource partition. A resource partition must be created before connections can be added to the interface. Max-Access: not-accessible Status: current The indexes include: •ifIndex •cwRsrcPartID •cwRsrcPartController		none
cwRsrcPartID	Unsigned32 (1.. 255)	Specifies the resource partition identifier. One interface contains multiple resource partitions. Max-Access: not-accessible Status: current		none
cwRsrcPartController	Unsigned32 (1.. 255)	Specifies the controller identifier. Once a resource partition is added, the identified controller can access resources configured for this partition. The user can configure redundant controllers. The valid values for controller IDs are from 1 to 5. Max-Access: not-accessible Status: current		none
cwRsrcPartEgrGuar PctBwConf	Unsigned32 (0..1000000)	Specifies the guaranteed percentage bandwidth reserved for the resource partition in egress direction. The sum of all resource partition guaranteed bandwidths cannot exceed 100% of the interface guaranteed bandwidth. Units: 0.0001 percentage Max-Access: read-create Status: current		0
cwRsrcPartEgrMax PctBwConf	Unsigned32 (0..1000000)	Specifies the maximum percentage bandwidth for the resource partition in egress direction. This is not the guaranteed bandwidth. If bandwidth is available, the resource partition allocates bandwidth up to this value. Units: 0.0001 percentage Max-Access: read-create Status: current		0
cwRsrcPartIngGuar PctBwConf	Unsigned32 (0..1000000)	Specifies the guaranteed percentage bandwidth reserved for the resource partition in ingress direction. The sum of all resource partition guaranteed bandwidths cannot exceed 100% of the interface guaranteed bandwidth. Units: 0.0001 percentage Max-Access: read-create Status: current		0
cwRsrcPartIngMaxPctBwConf	Unsigned32 (0..1000000)	Specifies the maximum percentage bandwidth allocated for the resource partition in ingress direction. This is not the guaranteed bandwidth. If bandwidth is available, the resource partition allocates bandwidth up to this value. Units: 0.0001 percentage Max-Access: read-create Status: current		0
cwRsrcPartEgrPctBwUsed	Unsigned32 (0..1000000)	Specifies the percentage bandwidth used by the resource partition in egress direction. Units: 0.0001 percentage Max-Access: read-only Status: current		none
cwRsrcPartIngPctBwUsed	Unsigned32 (0..1000000)	Specifies the percentage bandwidth used by the resource partition in ingress direction. Units: 0.0001 percentage Max-Access: read-only Status: current		none
cwRsrcPartEgrPctBwAvail	Unsigned32 (0..1000000)	Specifies the percentage bandwidth available on the resource partition in the egress direction. Units: 0.0001 percentage Max-Access: read-only Status: current		none
cwRsrcPartIngPctBwAvail	Unsigned32 (0..1000000)	Specifies the percentage bandwidth available on the resource partition in the ingress direction. Units: 0.0001 percentage Max-Access: read-only Status: current		none
cwRsrcPartVpiLo	Unsigned32 (0..4095)	Determines the beginning of the Virtual Path Identifier (VPI) range for this partition. Connections provisioned on this partition must have a VPI greater than or equal to this value. Max-Access: read-create Status: current		none
cwRsrcPartVpiHigh	Unsigned32 (0..4095)	Determines the end of the VPI range for this partition. Connections provisioned on this partition must have a VPI less than or equal to this value. Max-Access: read-create Status: current		none
cwRsrcPartVciLo	Unsigned32 (0..65535)	Determines the beginning of the Virtual Channel Identifier (VCI) range for this partition. Connections provisioned on this partition must have VCI greater than or equal to this VCI. Max-Access: read-create Status: current		none
cwRsrcPartVciHigh	Unsigned32 (0..65535)	Determines the end of the VCI range reserved for this partition. Connections provisioned on this partition must have a VCI less than or equal to this VCI. Max-Access: read-create Status: current		none
cwRsrcPartGuarCon	Unsigned32 (0..131072)	Determines the guaranteed number of connections that is configured on this partition. Max-Access: read-create Status: current		0
cwRsrcPartMaxCon	Unsigned32 (0..131072)	Determines the maximum number of connections that is configured on this partition. Max-Access: read-create Status: current		none
cwRsrcPartUsedCon	Unsigned32 (0..131072)	Determines the number of connections currently in use on this partition. Max-Access: read-only Status: current		none
cwRsrcPartAvailCon	Unsigned32 (0..131072)	Determines the number of connections available that can be added on this partition. Max-Access: read-only Status: current		none
cwRsrcPartRowStatus	RowStatus	Adds, deletes, or modifies the partition. A resource partition is created by setting this object to createAndGo(4). A row is deleted by setting this object to destroy(6). Max-Access: read-create Status: current		none

cwRsrcPartIlmi Table

The object identifiers are listed in Table 3-69.

Table 3-69 cwRsrcPartllmi Table Object Identifiers 

Name	Object Identifier
cwRsrcPartIlmiTable	::= {cwRsrcPartConfGrp 2}
cwRsrcPartIlmiEntry	::= {cwRsrcPartIlmiTable 1}
cwRsrcPartIlmiEnabled	::= {cwRsrcPartIlmiEntry 1}
cwRsrcPartSignallingVpi	::= {cwRsrcPartIlmiEntry 2}
cwRsrcPartSignallingVci	::= {cwRsrcPartIlmiEntry 3}
cwRsrcPartIlmiTrapEnable	::= {cwRsrcPartIlmiEntry 4}
cwRsrcPartIlmiEstablishConPollIntvl	:= {cwRsrcPartIlmiEntry 5}
cwRsrcPartIlmiCheckConPollIntvl	::= {cwRsrcPartIlmiEntry 6}
cwRsrcPartIlmiConPollInactFactor	::= { cwRsrcPartIlmiEntry 7 }

The MIB objects are listed in Table 3-70.

Table 3-70 cwRsrcPartllmi Table MIB Objects 

Name	Syntax	Description		Default Value
cwRsrcPartIlmiTable	Sequence of CwRsrcPartIlmiEntry	Specifies the Interim Local Management Interface (ILMI) configuration table. When a row is created in cwRsrcPartConfTable, a corresponding row is automatically created in this table, with the default values for ILMI objects (for example, with ILMI signaling disabled). Max-Access: not-accessible Status: current		none
cwRsrcPartIlmiEntry	CwRsrcPartIlmiEntry	Provides an entry in this table that is automatically created when a resource partition is created. By default, ILMI is disabled on active resource partitions. ILMI can be enabled by setting cwRsrcPartIlmiEnabled to true. An entry will be deleted from this table when a corresponding resource partition entry is deleted from cwRsrcPartConfTable. Max-Access: not-accessible Status: current The indexes include: •ifIndex •cwRsrcPartID		none
cwRsrcPartIlmiEnabled	TruthValue	By setting the value of this object to true, ILMI signaling is enabled on the resource partition. Max-Access: read-write Status: current		false
cwRsrcPartSignallingVpi	INTEGER (0..255)	Indicates the VPI on which signaling cells arrive on this resource partition. Max-Access: read-write Status: current		0
cwRsrcPartSignallingVci	INTEGER (0..65535)	Indicates the VCI on which signaling cells arrive on this resource partition. Max-Access: read-write Status: current		16
cwRsrcPartIlmiTrap Enable	TruthValue	Enables or disables the ILMI trap generation using this object. Max-Access: read-write Status: current		none
cwRsrcPartIlmiEstablishConPollIntvl	Unsigned32 (1..65535) (in units of seconds)	Specifies the amount of time between successive transmissions of ILMI messages on this interface for the purpose of detecting establishment of ILMI connectivity. Refer to ATM Forum ILMI 4.0, Section 8.3.1. Max-Access: read-write Status: current		1
cwRsrcPartIlmiCheckConPollIntvl	Unsigned32 (0..65535) (in units of seconds)	Specifies the amount of time between successive transmissions of ILMI messages on this interface for the purpose of detecting loss of ILMI connectivity. The value 0 disables ILMI connectivity procedures on this interface. Refer to ATM Forum ILMI 4.0, Section 8.3.1. Max-Access: read-write Status: current		5
cwRsrcPartIlmiConPoll InactFactor	Unsigned32 (0..65535)	Determines the number of consecutive polls on this interface for which no ILMI response message is received before ILMI connectivity is declared lost. Refer to ATM Forum ILMI 4.0, Section 8.3.1. Max-Access: read-write Status: current		4

cwRsrcPartCtlrConf Table

The object identifiers are listed in Table 3-71.

Table 3-71 cwRsrcPartCtlrConf Table Object Identifiers 

Name	Object Identifier
cwRsrcPartCtlrConfTable	::= {cwRsrcPartConfGrp 3}
cwRsrcPartCtlrConfEntry	::= {cwRsrcPartCtlrConfTable 1}
cwRsrcPartCtlrController	::= {cwRsrcPartCtlrConfEntry 1}
cwRsrcPartCtlrRowStatus	::= {cwRsrcPartCtlrConfEntry 2}

The MIB objects are listed in Table 3-72.

Table 3-72 cwRsrcPartCtlrConf Table MIB Objects 

Name	Syntax	Description		Default Value
cwRsrcPartCtlrConf Table	Sequence of cwRsrcPartCtlrConfEntry	Configures additional controllers to manage a resource partition. Max-Access: not-accessible Status: current		none
cwRsrcPartCtlrConf Entry	CwRsrcPartCtlrConfEntry	Provides an entry for additional controllers to control an existing resource partition. The resource partition, identified by indexes ifIndex and cwRsrcPartID, must exist in the cwRsrcPartConfTable. An entry from this table is deleted if the cwRsrcPartID associated entry from cwRsrcPartConfTable is deleted. Max-Access: not-accessible Status: current The indexes include: •ifIndex •cwRsrcPartID •cwRsrcPartCtlrController		none
cwRsrcPartCtlr Controller	Unsigned32 (1.. 255)	Specifies the controller identifier. One resource partition is controlled by multiple controllers. Users may want to configure redundant controllers. Max-Access: not-accessible Status: current		none
cwRsrcPartCtlrRow Status	RowStatus	Creates a row in the cwRsrcPartCtlrConfTable. A redundant controller is added by setting this object to createAndGo(4). A row is deleted by setting this object to destroy(6). Max-Access: read-create Status: current		none

Cisco WAN Resource Partition Conformance Information

One object identifier is listed in Table 3-73.

Table 3-73 Cisco WAN Resource Partition Conformance Object Identifier 

Name	Object Identifier
cwRsrcPartMIBCompliance	::= {cwRsrcPartMIBCompliances 1}

One MIB object is listed in Table 3-74.

Table 3-74 Cisco WAN Resource Partition Conformance MIB Object 

Name	Mandatory Groups	Description		Default Value
cwRsrcPartMIB Compliance	cwRsrcPartMIBGroup	Describes the compliance statement for the resource partition management group. Status: current Module: AXSM The mandatory groups include:		none
		Group	Description
		cwRsrcPartIlmiMIBGroup	Implementation of this group is not mandatory for switches which do not support ILMI.
		cwRsrcPartMappingGroup	Implementation of this group is not mandatory for switches which do not support redundant controllers.

Cisco WAN Resource Partition Units of Conformance

The object identifiers are listed in Table 3-75.

Table 3-75 Cisco WAN Resource Partition Units of Conformance Object Identifiers 

Name	Object Identifier
cwRsrcPartMIBGroup	::= {cwRsrcPartMIBGroups 1}
cwRsrcPartIlmiMIBGroup	::= {cwRsrcPartMIBGroups 2}
cwRsrcPartMappingGroup	::= {cwRsrcPartMIBGroups 3}

The MIB objects for units of conformance are listed in Table 3-76.

Table 3-76 Cisco WAN Resource Partition Units of Conformance MIB Objects 

Name	Objects	Description		Default Value
cwRsrcPartMIBGroup	cwRsrcPartController, cwRsrcPartEgrGuarPctBwConf, cwRsrcPartEgrMaxPctBwConf, cwRsrcPartIngGuarPctBwConf, cwRsrcPartIngMaxPctBwConf, cwRsrcPartEgrPctBwAvail, cwRsrcPartIngPctBwAvail, cwRsrcPartEgrPctBwUsed, cwRsrcPartIngPctBwUsed, cwRsrcPartVpiLo, cwRsrcPartVpiHigh, cwRsrcPartVciLo, cwRsrcPartVciHigh, cwRsrcPartGuarCon, cwRsrcPartMaxCon, cwRsrcPartUsedCon, cwRsrcPartAvailCon, cwRsrcPartRowStatus	Relates to the resource partition group. Status: current		none
cwRsrcPartIlmiMIB Group	cwRsrcPartIlmiEnabled, cwRsrcPartSignallingVpi, cwRsrcPartSignallingVci, cwRsrcPartIlmiTrapEnable, cwRsrcPartIlmiEstablishConPollIntvl, cwRsrcPartIlmiCheckConPollIntvl, cwRsrcPartIlmiConPollInactFactor	Relates to the ILMI configuration on a resource partition. Status: current		none
cwRsrcPartMapping Group	cwRsrcPartCtlrRowStatus	Configures redundant controllers for resource partitions. Status: current		none

Cisco WAN ATM Connection

The Cisco WAN ATM Connection MIB, which is used for ATM switch connection management, configures and provisions the Switched Permanent Virtual Circuit (SPVC) on the ATM interface. The MIB objects reside in the CISCO-WAN-ATM-CONN-MIB.my file.

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Note The Cisco WAN ATM Connection MIB is supported by AXSM, AXSM-E, RPM, and defined under the StrataCom Enterprise. RPM is also implemented in PXM45.

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The Cisco WAN ATM connection MIB objects include:

•SPVC Provisioning Model

•Cisco WAN ATM Connection Textual Conventions

•Channel Configuration Group

•Channel State Group

•Channel Test Group

•Cisco WAN ATM Connection Conformance Information

SPVC Provisioning Model

To use this MIB module, it is essential to understand the provisioning model employed in the
MGX 8800 Series products. This provisioning model is designed for the multiple types of services such as Frame Relay, circuit emulation, voice, and so forth.

Connection termination points are called endpoints. These endpoints derive their characteristics from the type of service they handle. Thus, Frame Relay endpoints are characterized by a Frame Relay Data-Link Connection Identifier (DLCI) and the committed frame rate. The endpoints can also terminate an ATM interface.

The connection between these endpoints is a ATM Switched Virtual Circuit (SVC). The routing of a connection within an ATM network is handled by a network controller, for example, Private Network-to-Network Interface (PNNI).

From a user perspective, the endpoint is identified either by physical entities (for example, node name, shelf, slot, or physical line), or logical entities (such as a DLCI in a Frame Relay module, a T1 slot number in a voice module, or a VPI/VCI in an ATM module).

The above identifiers call user addresses. There is yet another set of addresses that defines the endpoints within an ATM network. This is the address of the endpoint that is known to the network controller and hence called "network address." The network address is assigned by the switch when a user provisions an endpoint. The network address is mandatory for routing a connection. The network address in this ATM network is a combination of an Network Service Access Point (NSAP) address (a 20 octet number uniquely identifying a logical interface) and a VPI/VCI within this interface.

In a switched network, there are always a calling and a called party. Likewise in the ATM network, one endpoint is responsible for setting up the connection (making a call). This endpoint is termed the master endpoint, the other one being the slave. To route a call from the master to slave, the master endpoint needs to know the network address of the slave endpoint. And this information must be conveyed when the user provisions a master endpoint.

The SPVC provisioning module imposes a sequence in provisioning a connection.

1. NMS adds the slave endpoint. The slave endpoint user address is specified during the add operation. The switch assigns a network address to this added endpoint.

2. NMS gets the slave network address from switch.

3. NMS adds the master endpoint. The master user address is specified, along with the slave network address.

4. If both the endpoints are added, SPVC provisioning is deemed successful. The routing of the connection takes place only after the master endpoint is added.

Cisco WAN ATM Connection Textual Conventions

The names of the textual conventions are specified in the object syntax.

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Note Object identifiers are not applicable.

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The textual conventions are listed in Table 3-77.

Table 3-77 Cisco WAN ATM Connection Textual Convention MIB Objects 

Name	Description		Syntax	Default Value
CiscoAtmService Category	Specifies the ATM forum service categories. To be backward compatible with UNI3.1, two Constant Bit Rate (CBR) service types cbr2 and cbr3 are added. Available Bit Rate (ABR) ForeSight Service type is also supported. Refer to the ATM Forum Traffic Management Specification, Version 4.0, Section 4.5.4. Status: current		INTEGER {cbr1(1), vbr1RT(2), vbr2RT(3), vbr3RT(4), vbr1nRT(5), vbr2nRT(6), vbr3nRT(7), ubr1(8), ubr2(9), abr(10), cbr2(11), cbr3(12)}	none
CiscoWanLpbk Types	Defines the following loopback configurations for a connection: •noLoopback (no loopback or clear configured loopback) •destructive (loopback all cells, causing data disruption) •nonDestructive (loopback performed using OAM loopback cells, does not disrupt regular traffic) Status: current		INTEGER {noLpbk(1), destructive(2), nonDestructive(3)}	none
CiscoWanLpbk Dir	Defines the direction where the loop is effected. The loops include •external—Loop port traffic back to port. This is applicable only for destructive mode. •internal—Loop switches egress traffic back to switch. This is applicable only for destructive mode. •forward—Inject OAM loopback cells towards the switching fabric (ingress). This is applicable only for nondestructive mode. •reverse—Inject OAM loopback cells towards the port (egress). This is applicable only for nondestructive mode. Status: current		INTEGER {external(1), internal(2), forward(3), reverse(4)}	none
CiscoWanTest Status	Defines the loopback test status at an endpoint. Status: current		INTEGER {noStatus (1), lpbkInProgress(2), lpbkSuccess(3), lpbkAbort(4), lpbkTimeOut(5), lpbkInEffect(6)}	none
CiscoWanOper Status	Defines the operational status of an endpoint. Status: current		INTEGER {operOk(1), operFail(2), adminDown(3)}	none
CiscoWanNsap AtmAddress	Determines the ATM address used by the networking entity. The only address type presently supported is NSAP (20 octets). Status: current		OCTET STRING (SIZE(20))	none
CiscoWanAlarmState	Defines the following alarms at an endpoint that include: •aisRdi—Endpoint receiving AIS or RDI cells in ingress or egress direction. •conditioned—Networking entity has forced the endpoint out of service. This could be attributed to either routing failure or to a maintenance operation initiated by the networking entity. •interfaceFail—Interface to which this connection belongs has failed. •ccFail—OAM continuity check between the connection and its peer endpoint has detected a failure. •mismatch—Connection exists in the SM database, but not in the network controller database. Status: current		INTEGER {aisRdi (1), egrAisRdi(2), conditioned (4), interfaceFail(8), ccFail(16), mismatch (32), ingAbitFail(64)}	none
CiscoWanXmt State	Defines the following transmit states of an endpoint: •normal—Endpoint transmitting normal traffic. •sendingAIS—Endpoint inhibits regular traffic. It sends AIS on egress. •sendingRDI—Endpoint inhibits regular traffic. It sends RDI on egress. Status: current		INTEGER {normal(1), sendingAIS(2), sendingRDI(3)}	none
CiscoWanRcv State	Defines the following receive states of an endpoint that include: •normal—Endpoint is receiving normal traffic. •receivingRDI—Endpoint receiving RDI, in either ingress or egress. •receivingAIS—Endpoint receiving AIS, in either ingress or egress. •ccFailure—Endpoint does not receive OAM CC cells. Status: current		INTEGER {normal(1), receivingRDI(2), receivingAIS(3), ccFailure(4)}	none
CiscoWanERS Confg	Defines the following configuration for Explicit Rate Stamping (ERS). •none—Disables the ERS on connection. •enableIngress—Enables ERS in the ingress direction only. •enableEgress—Enables ERS in the egress direction only. •enableBoth—Enables ERS in both directions. Status: current		INTEGER {none(1), enableIngress(2), enableEgress(3), enableBoth(4)}	none
CiscoWanVSVDConfg	Defines the Virtual Source/Virtual Destination (VS/VD) configuration applicable to the following endpoints: •vsvdOff—Disables VS/VD. •vsvdOn—Enables VS/VD. •switchDefault—Uses default settings on switch. Status: current		INTEGER {vsvdOff(1), vsvdOn(2), switchDefault(3)}	none
CiscoWanAisIW	Defines an SPVC for the following endpoints for the AIS capability: •e2eAisCapable—Endpoint capable of detecting and generating e2eAIS. •segAisCapable—Endpoint capable of detecting and generating segAIS. Status: current		INTEGER {e2eAisCapable(1), segAisCapable(2)}	none
AbrRateFactors	Defines the rate factors to be used in increasing or decreasing the ABR cell rate. Status: current		INTEGER {oneOver32768(1), oneOver16384(2), oneOver8192(3), oneOver4096(4), oneOver2048(5), oneOver1024(6), oneOver512(7), oneOver256(8), oneOver128(9), oneOver64(10), oneOver32(11), oneOver16(12), oneOver8(13), oneOver4(14), oneOver2(15), one(16)}	none

Channel Configuration Group

The Channel Configuration Group contains all objects required for configuring a SPVC on a ATM Capable Service Module.

The object identifiers are listed in Table 3-78.

Table 3-78 Channel Configuration Group Object Identifiers 

Name	Object Identifier
cwAtmChanCnfgTable	::= {cwAtmChanCnfg 1}
cwAtmChanCnfgEntry	::= {cwAtmChanCnfgTable 1}
cwaChanVpi	::= {cwAtmChanCnfgEntry 1}
cwaChanVci	::= {cwAtmChanCnfgEntry 2}
cwaChanServiceCategory	::= {cwAtmChanCnfgEntry 3}
cwaChanVpcFlag	::= {cwAtmChanCnfgEntry 4}
cwaChanIdentifier	::= {cwAtmChanCnfgEntry 5}
cwaChanUploadCounter	::= {cwAtmChanCnfgEntry 6}
cwaChanStatsEnable	::= {cwAtmChanCnfgEntry 7}
cwaChanCCEnable	::= {cwAtmChanCnfgEntry 8}
cwaChanLocalVpi	::= {cwAtmChanCnfgEntry 9}
cwaChanLocalVci	::= {cwAtmChanCnfgEntry 10}
cwaChanLocalNSAPAddr	::= {cwAtmChanCnfgEntry 11}
cwaChanRemoteVpi	::= {cwAtmChanCnfgEntry 12}
cwaChanRemoteVci	::= {cwAtmChanCnfgEntry 13}
cwaChanRemoteNSAPAddr	::= {cwAtmChanCnfgEntry 14}
cwaChanControllerId	::= {cwAtmChanCnfgEntry 15}
cwaChanRoutingMastership	::= {cwAtmChanCnfgEntry 16}
cwaChanMaxCost	::= {cwAtmChanCnfgEntry 17}
cwaChanReroute	::= {cwAtmChanCnfgEntry 18}
cwaChanFrameDiscard	::= {cwAtmChanCnfgEntry 19}
cwaChanOperStatus	::= {cwAtmChanCnfgEntry 20}
cwaChanPCR	::= {cwAtmChanCnfgEntry 21}
cwaChanMCR	::= {cwAtmChanCnfgEntry 22}
cwaChanSCR	::= {cwAtmChanCnfgEntry 23}
cwaChanCDV	::= {cwAtmChanCnfgEntry 24}
cwaChanCTD	::= {cwAtmChanCnfgEntry 25}
cwaChanMBS	::= {cwAtmChanCnfgEntry 26}
cwaChanCDVT	::= {cwAtmChanCnfgEntry 27}
cwaChanPercentUtil	::= {cwAtmChanCnfgEntry 28}
cwaChanRemotePCR	::= {cwAtmChanCnfgEntry 29}
cwaChanRemoteMCR	::= {cwAtmChanCnfgEntry 30}
cwaChanRemoteSCR	::= {cwAtmChanCnfgEntry 31}
cwaChanRemoteCDV	::= {cwAtmChanCnfgEntry 32}
cwaChanRemoteCTD	::= {cwAtmChanCnfgEntry 33}
cwaChanRemoteMBS	::= {cwAtmChanCnfgEntry 34}
cwaChanRemoteCDVT	::= {cwAtmChanCnfgEntry 35}
cwaChanRemotePercentUtil	::= {cwAtmChanCnfgEntry 36}
cwaChanAbrICR	::= {cwAtmChanCnfgEntry 37}
cwaChanAbrADTF	::= {cwAtmChanCnfgEntry 38}
cwaChanAbrRDF	::= {cwAtmChanCnfgEntry 39}
cwaChanAbrRIF	::= {cwAtmChanCnfgEntry 40}
cwaChanAbrNRM	::= {cwAtmChanCnfgEntry 41}
cwaChanAbrTRM	::= {cwAtmChanCnfgEntry 42}
cwaChanAbrCDF	::= {cwAtmChanCnfgEntry 43}
cwaChanAbrFRTT	::= {cwAtmChanCnfgEntry 44}
cwaChanAbrTBE	::= {cwAtmChanCnfgEntry 45}
cwaChanAbrERS	::= {cwAtmChanCnfgEntry 46}
cwaChanAbrVSVDEnable	::= {cwAtmChanCnfgEntry 47}
cwaChanRowStatus	::= {cwAtmChanCnfgEntry 48}
cwaChanIntAbrVSVD	::= {cwAtmChanCnfgEntry 49}
cwaChanExtAbrVSVD	::= {cwAtmChanCnfgEntry 50}
cwaChanAisIWCapability	::= {cwAtmChanCnfgEntry 51}
cwaChanCLR	::= {cwAtmChanCnfgEntry 52}
cwaChanRemoteCLR	::= {cwAtmChanCnfgEntry 53}
cwaChanOamSegEpEnable	::= { cwAtmChanCnfgEntry 54 }

The MIB objects are listed in Table 3-79.

Table 3-79 Channel Configuration Group MIB Objects 

Name	Syntax	Description		Default Value
cwAtmChanCnfg Table	Sequence Of CwAtmChanCnfgEntry	Contains mandatory endpoint configuration for all SPVC connections. Most of the objects in this table are applicable to all provisioned endpoints for all service categories. The object cwaChanAbrZZZ provides additional configuration information that applies only to ABR endpoints. Max-Access: not-accessible Status: current		none
cwAtmChanCnfg Entry	cwAtmChanCnfgEntry	Contains an entry in the cwAtmChanCnfgTable. Each entry corresponds to a connection endpoint identified by an interface (ifIndex), VPI, and VCI. Max-Access: not-accessible Status: current The indexes include: •ifIndex •cwaChanVpi •cwaChanVci		none
cwaChanVpi	Unsigned32 (0..4095)	Determines the VPI value of a VP or VC connection. The cwaChanVpcFlag indicates if this is a VP/VC connection. Max-Access: not-accessible Status: current		none
cwaChanVci	Unsigned32 (0..65535)	The VCI value of VC connection. The cwaChanVpcFlag serves to distinguish if this is a VP/VC connection. For a VPC, the VCI is irrelevant and is set to a value of -2. Max-Access: not-accessible Status: current		none
cwaChanService Category	CiscoAtmService Category	Identifies the service type to which this connection belongs. The service type specified is one among the ATM forum service types and implicitly determines the configuration for GCRA. Max-Access: read-create Status: current		none
cwaChanVpcFlag	TruthValue	Identifies whether or not there is a VP/VC endpoint. When set to true(1), it indicates a VP endpoint. Max-Access: read-create Status: current		none
cwaChanIdentifier	Unsigned32 (0..4294967295)	Represents a resource at the switch that has been assigned for this connection (identified by cwaChanVpi and cwaChanVci). An example of this resource is the Logical Channel Number/Global Logical Channel Number (LCN/GLCN) used by the switch. Another example is a record number assigned for this connection in a database of records. When a connection gets deleted, this resource gets released into a free pool. When a new endpoint is added (different cwaChanVpi and cwaChanVci), the switch reassigns this resource. Thus, all connections in a switch would have a unique cwaChanIdentifier. Since the number of resources in the switch is a lesser subset compared to possible combinations of ifIndex, VPI, and VCI, this number serves as a quick reference index between the switch and the NMS. This is especially useful during the configuration upload of connections from the switch to the NMS. Max-Access: read-only Status: current		none
cwaChanUpload Counter	Unsigned32 (0..4294967295)	Tracks the number of configuration changes that happen on a cwaChanIdentifier. The upload counter is associated only with the cwaChanIdentifier and not with the connection itself. This counter is used by the NMS to determine if a connection configuration has been modified and requires an upload. This function is conventionally achieved by time stamping using a time-of-day clock. The upload counter is incremented when one of the following schemes takes place: •Assignment of connection to a cwaChanIdentifier. This happens when a connection is added and assigned this cwaChanIdentifier. •De-assignment of a connection from a cwaChanIdentifier. This happens when a connection is deleted and the cwaChanIdentifier resource is released. •When there is a configuration change completed to the connection that is associated with this cwaChanIdentifier. •In a new system, an unutilized resource (cwaChanIdentifier) has a counter value of 0. When a connection is added to this cwaChanIdentifier, the counter is incremented, and is further incremented for any of the above operations. When a connection is deleted, the value of this counter is incremented and preserved until a new connection gets associated with this cwaChanIdentifier. Max-Access: read-only Status: current		none
cwaChanStats Enable	TruthValue	Limits imposed by software or hardware implementations can restrict the amount of statistical data that can be maintained in a physical entity (for example, a service module). Therefore, there is a need to restrict statistics collection to a smaller subset. This object serves the purpose of enabling or disabling statistics collection on a per-connection basis. In implementations which do not have such limitations, this object is set to true(1) for all connections. Max-Access: read-create Status: current		false
cwaChanCCEnable	TruthValue	Enables or disables Continuity Check (CC) on a connection endpoint. When continuity check is enabled, the endpoint anticipates OAM CC cells from its peer endpoint. OAM CC cells are sent when the peer endpoint does not have traffic cells to send. If the connection is idle and this endpoint has not received OAM CC cells for a period of 3.5 +/- 0.5 seconds, it declares continuity failure. This object serves to administratively control the CC feature. Typical implementations (of this feature) can choose to ignore this control or impose other conditions to actually enable CC cell flow. However, if this object is set to false(2), this feature is disabled. Max-Access: read-create Status: current		false
cwaChanLocalVpi	Unsigned32 (0..4095)	Identifies the internal VPI assigned to a local endpoint by the switch. The cwaChanLocalVpi, cwaChanLocalVci, and the cwaChanLocalNSAPAddr form a unique identifier for the connection endpoint in the networking domain. Max-Access: read-only Status: current		none
cwaChanLocalVci	Unsigned32 (0..65535)	Identifies the internal VCI assigned to a local endpoint by the switch. The cwaChanLocalVpi, cwaChanLocalVci, and the cwaChanLocalNSAPAddr form a unique identifier for the connection endpoint in the networking domain. Max-Access: read-only Status: current		none
cwaChanLocal NSAPAddr	CiscoWanNsapAtm Address	Identifies the internal Network Service Access Point (NSAP) assigned to a local endpoint by the switch. The cwaChanLocalVpi, cwaChanLocalVci, and the cwaChanLocalNSAPAddr form a unique identifier for the connection endpoint in the networking domain. Max-Access: read-only Status: current		none
cwaChanRemote Vpi	Unsigned32 (0..4095)	Identifies the VPI of the peer endpoint. The cwaChanRemoteVpi, cwaChanRemoteVpi, and the cwaChanRemoteNSAPAddr identify the peer endpoint in the networking domain. Max-Access: read-create Status: current		none
cwaChanRemote Vci	Unsigned32 (0..65535)	Identifies the VCI of the peer endpoint. The cwaChanRemoteVpi, cwaChanRemoteVpi, and the cwaChanRemoteNSAPAddr identify the peer endpoint in the networking domain. Max-Access: read-create Status: current		none
cwaChanRemote NSAPAddr	CiscoWanNsapAtm Address	Identifies the VCI of the peer endpoint. The cwaChanRemoteVpi, cwaChanRemoteVpi, and the cwaChanRemoteNSAPAddr identify the peer endpoint in the networking domain. Max-Access: read-create Status: current		none
cwaChanControllerId	Unsigned32 (1..255)	Associates an endpoint with a specific controller. Usually resource partitioning makes the association between a controller and a range of VPI-VCI. There can be switches where hard partitioning of VPI-VCI cannot be implemented. This object serves to tie a specific VPI-VCI to a controller. Max-Access: read-create Status: current		2
cwaChanRouting Mastership	TruthValue	Identifies this endpoint as the master endpoint of the connection if set to true(1). After a master endpoint is added, the networking entity initiates routing of a PVC connection only. Mastership of a PVC cannot be changed. Once provisioned, this object can be set only during row creation. Max-Access: read-create Status: current		false
cwaChanMaxCost	Unsigned32 (0..4294967295)	Uses the networking entity to select a route based on the cost factor. The cost of the links and nodes are contained in a path that are aggregated and compared against this object. The networking entity attempts to find a path whose aggregate cost factor is less than the value of this object. If the parameter is set to 0, it indicates to the switch that only the best available route is chosen. If this object is set to a value of 0xFFFFFFFF(4294967295), the switch ignores this metric in making routing decisions. Note A connection is not allowed on the slave end point. Therefore, a connection is set only on the master end point. Max-Access: read-create Status: current		'FFFFFFFF'h
cwaChanReroute	TruthValue	Uses the administrator to trigger the rerouting of the connection. Rerouting takes effect when this object is set to true(1). When set to false(2), no action is taken. A Get operation on this object always returns false(2). When this object is set, no other object other than the RowStatus is set in the MIB. A reroute can be triggered only from the master endpoint. Any attempt to trigger reroute from the slave endpoint would result in a failure of the SET operation. Max-Access: read-create Status: current		false
cwaChanFrame Discard	TruthValue	Enables the frame discard feature at the endpoint when set to true(1). Max-Access: read-create Status: current		false
cwaChanOper Status	CiscoWanOperStatus	Reflects operational status of an endpoint. This object is set to operFail(2), if the connection is not routed, if the endpoint receives AIS/RDI, or if there is a CC failure. If the connection is administratively down, this object is set to adminDown(3). For a normal case, this object is set to operOk(1). Max-Access: read-only Status: current		none
cwaChanPCR	Unsigned32 (0..4294967295)	Defines the Peak Cell Rate (PCR) for the local to remote direction. Units: cps Max-Access: read-create Status: current		none
cwaChanMCR	Unsigned32 (0..4294967295)	Defines the Minimum Cell Rate (MCR) for the local to remote direction. Units: cps Max-Access: read-create Status: current		none
cwaChanSCR	Unsigned32 (0..4294967295)	Defines the Sustainable Cell Rate (SCR) for the local to remote direction. Units: cps Max-Access: read-create Status: current		none
cwaChanCDV	Unsigned32 (0..16777215)	Specifies the maximum tolerable cell delay variation in the local to remote direction. If this parameter is set to 0xFFFFFF (16777215), it indicates to the switch that this parameter does not have significance in the SPVC call setup. Note A connection is not allowed on the slave end point. Therefore, a connection is set only on the master end point. Units: microseconds Max-Access: read-create Status: current		'FFFFFF'h
cwaChanCTD	Unsigned32 (0..65535)	Specifies the maximum tolerable network transfer delay in the local to remote direction. If this parameter is set to 0xFFFFF (16777215), it indicates to the switch that this parameter does not have significance in the SPVC call setup. Note A connection is not allowed on the slave end point. Therefore, a connection is set only on the master end point. Units: milliseconds Max-Access: read-create Status: current		'FFFF'h
cwaChanMBS	Unsigned32 (0..5000000)	Specifies the Maximum Burst Size (MBS) used in the local to remote direction. Refer to ATM Forum Traffic Management Specification, Version 4.0, Annex C for more information. Units: cells Max-Access: read-create Status: current		none
cwaChanCDVT	Unsigned32 (0..4294967295)	Specifies the Cell Delay Variation Tolerance (CDVT) used in the local to remote direction. If this parameter is set to 0xFFFFFFFF(4294967295), it indicates to the switch that it can use a default value of CDVT. Refer to ATM Forum Traffic Management Specification, Version 4.0, Annex C for more information. Units: microseconds Max-Access: read-create Status: current		'FFFFFFFF'h
cwaChanPercent Util	Unsigned32 (0..100)	Provides a per-connection control for overbooking bandwidth. This is used in conjunction with the VSI policy while performing Connection Admission Control (CAC), which is applied for the local to remote direction. Max-Access: read-create Status: current		100
cwaChanRemote PCR	Unsigned32 (0..4294967295)	Specifies the PCR for the remote to local direction. Units: cps Max-Access: read-create Status: current		none
cwaChanRemote MCR	Unsigned32 (0..4294967295)	Specifies the MCR for the remote to local direction. Units: cps Max-Access: read-create Status: current		none
cwaChanRemote SCR	Unsigned32 (0..4294967295)	Specifies the SCR for the remote to local direction. Units: cps Max-Access: read-create Status: current		none
cwaChanRemote CDV	Unsigned32 (0..16777215)	Specifies the maximum tolerable cell delay variation for the remote to local direction. If this parameter is set to 0xFFFFFF(16777215), it indicates to the switch that this parameter does not have significance in SPVC call setup. Note A connection is not allowed on the slave end point. Therefore, a connection is set only on the master end point. Units: microseconds Max-Access: read-create Status: current		'FFFFFF'h
cwaChanRemote CTD	Unsigned32 (0..65535)	Specifies the maximum tolerable network transfer delay in the remote to local direction. If this parameter is set to 0xFFFF(65535), it indicates to the switch that this parameter does not have significance in SPVC call setup. Note A connection is not allowed on the slave end point. Therefore, a connection is set only on the master end point. Units: ms Max-Access: read-create Status: current		'FFFF'h
cwaChanRemote MBS	Unsigned32 (0..5000000)	Specifies the MBS used in the remote to local direction. Refer to ATM Forum Traffic Management Specification, Version 4.0, Annex C for more information. Units: cells Max-Access: read-create Status: current		none
cwaChanRemote CDVT	Unsigned32 (0..4294967295)	Specifies the CDVT is used in the remote to local direction. If this parameter is set to 0xFFFFFFFF(4294967295), it indicates the switch can use a default value of CDVT. Refer to ATM Forum Traffic Management Specification, Version 4.0, Annex C for more information. Units: cells Max-Access: read-create Status: current		'FFFFFFFF'h
cwaChanRemote PercentUtil	Unsigned32 (0..100)	Provides a per-connection control for overbooking bandwidth. This object is used in conjunction with the VSI interface policy while performing CAC, which is applied for the remote to local direction. Max-Access: read-create Status: current		100
cwaChanAbrICR	Unsigned32 (0..4294967295)	Specifies the Initial Cell Rate (ICR) or the rate at which a source can send after an idle period. The value must not be larger than the PCR. Refer to ATM Forum Traffic Management Specification, Version 4.0, Section 5.10.2 for more information. Units: cps Max-Access: read-create Status: current		none
cwaChanAbrADTF	Unsigned32 (1..1023)	Describes the ACR Decrease Time Factor. This is the time permitted between sending RM cells before the rate is decreased to the ICR. Refer to ATM Forum Traffic Management Specification, Version 4.0, Section 5.10.2 for more information. Units: 10 ms Max-Access: read-create Status: current		none
cwaChanAbrRDF	AbrRateFactors	Describes the Rate Decrease Factor. Controls the rate decrease which occurs when backward RM cells with CI=1 are received. Larger values lead to faster rate decrease. This factor is applied at both the local and remote endpoints, thus making the loop control symmetrical. Backward RM cells at the local endpoint correspond to RM cells received in the remote to local direction. Backward RM cells at the remote endpoint correspond to RM cells received in the local to remote direction. Refer to ATM Forum Traffic Management Specification, Version 4.0, Section 5.10.2 for more information. Max-Access: read-create Status: current		none
cwaChanAbrRIF	AbrRateFactors	Describes the Rate Increase Factor. Controls the rate increase which occurs when a backward RM cell is received with CI=0 and NI=0. Larger values lead to a faster rate increase. This factor is applied at both the local and remote endpoints, thus making the loop control symmetrical. Backward RM cells at the local endpoint correspond to RM cells received in the remote to local direction. Backward RM cells at the remote endpoint correspond to RM cells received in the local to remote direction. Refer to ATM Forum Traffic Management Specification, Version 4.0, Section 5.10.2, for more information. Max-Access: read-create Status: current		none
cwaChanAbrNRM	INTEGER {nrm2(1), nrm4(2), nrm8(3), nrm16(4), nrm32(5), nrm64(6), nrm128(7), nrm256(8)}	Determines the maximum number of cells a source can send for each forward RM cell. Refer to ATM Forum Traffic Management Specification, Version 4.0, Section 5.10.2 for more information. Max-Access: read-create Status: current		none
cwaChanAbrTRM	INTEGER {trm0point78125(1), trm1point5625(2), trm3point125(3), trm6point25(4), trm12point5(5), trm25(6), trm50(7), trm100(8)}	Specifies the upper limit on the time between forward RM cells for an active source (in ms). Refer to ATM Forum Traffic Management Specification, Version 4.0, Section 5.10.2, for more information. Max-Access: read-create Status: current		none
cwaChanAbrCDF	INTEGER {cdf0(1), cdfOneOver64(2), cdfOneOver32(3), cdfOneOver16(4), cdfOneOver8(5), cdfOneOver4(6), cdfOneOver2(7), cdfOne(8)}	Controls the rate decrease associated with lost or delayed backward RM cells for the Cutoff Decrease Factor. Larger values result in a faster rate decrease. Refer to ATM Forum Traffic Management Specification, Version 4.0, Section 5.10.2 for more information. Max-Access: read-create Status: current		none
cwaChanAbrFRTT	Unsigned32 (0..16700000)	Delays from the source to a destination network the fixed round-trip time or the sum of the fixed propagation. Refer to ATM Forum Traffic Management Specification, Version 4.0, Section 5.10.2, for more information. Units: microseconds Max-Access: read-create Status: current		none
cwaChanAbrTBE	Unsigned32 (0..16777215)	Describes the Transient Buffer Exposure. Before the first RM cell returns, the negotiated number of cells that the network would like to limit is the source to sending during startup periods. Refer to ATM Forum Traffic Management Specification, Version 4.0, Section 5.10.2, for more information. Max-Access: read-create Status: current		none
cwaChanAbrERS	CiscoWanERSConfg	Configures the endpoint for Explicit Rate Stamping. Refer to the textual convention for the values. Max-Access: read-create Status: current		none
cwaChanAbrVSVDEnable	TruthValue	Specifies that the ABR connections require close loop control to limit the transmission rate, which depends on the network bandwidth. This close loop is end-to-end or between intermediate network segments. When terminating an ABR VPL, the endpoint acts like a Virtual Destination to the incoming traffic and generate backward RM cells. While doing this, it also needs to act as a virtual source and send forward RM cells to the real destination. This feature can be enabled or disabled under the control of this object. When set to true(1), this feature is enabled. Refer to ATM Forum Traffic Management Specification, Version 4.0, Section 5.10.2. Max-Access: read-create Status: current		false
cwaChanRow Status	RowStatus	Creates, modifies, or deletes an entry in the ciscoWanAtmChanTable. A row is created using the CreateAndGo option. When the row is successfully created, the RowStatus is set to active by the agent. A row is deleted by setting the RowStatus to destroy. When there is a need to administratively down the connection, the RowStatus is set to notInService. When the switch completes the down operation, the value of this object is notInService. The connection is made active again by setting this object to active. Administrative status control is limited to the master endpoint only. The switch rejects any request for admin state change on the slave endpoint. Other options such as CreateAndWait are not used. Max-Access: read-create Status: current		none
cwaChanIntAbr VSVD	CiscoWanVSVD Confg	Enables or disables the Virtual Source/Virtual Destination (VS/VD) internal to a segment; for example, the closed loop control is affected between the two provisioned endpoints of the SPVC. Refer to the ATM Forum Traffic Management Specification, Version 4.0, Section 5.10.2, for more information. Max-Access: read-create Status: current		switchDefault
cwaChanExtAbr VSVD	CiscoWanVSVD Confg	Enables or disables the VS/VD external to the segment that hosts the two endpoints of the SPVC; for example, the closed loop control is affected outside the segment towards the CPE or another segment. Refer to the ATM Forum Traffic Management Specification, Version 4.0, Section 5.10.2. Max-Access: read-create Status: current		switchDefault
cwaChanAisIW Capability	CiscoWanAisIW	Achieves OAM interoperability between switches that cannot generate or detect segment AIS cells. This attribute enables the new generation of switches to understand the OAM capability of the peer endpoint to generate or detect seg or e2eAIS as required. The value of this attribute is set during provisioning by network management. Max-Access: read-create Status: current		e2eAisCapable
cwaChanCLR	Unsigned32 (1..15)	Represents the maximum tolerable cell loss ratio for the encoded value in the local to remote direction. The actual CLR value is derived as the negative logarithm of this value. Max-Access: read-create Status: current		6
cwaChanRemote CLR	Unsigned32 (1..15)	Represents the maximum tolerable CLR for the value in the remote to local direction. The actual CLR value is derived as the negative logarithm of this value. Max-Access: read-create Status: current		6
cwaChanOamSeg EpEnable	INTEGER { oamSegEp(1), nonOamSegEp(2)}	Controls the setting and resetting of the OAM segment endpoint. When the cwaChanOamSegEpEnable object is set to OamSegEp (1), the SPVC endpoint terminates all segment OAM FM cells, and loopbacks all OAM segment loopback cells. When the cwaChanOamSegEpEnable object is set to NonOamSegEp (2), the SPVC endpoint is configured as a nonendpoint for OAM cells. All OAM Frequency Modulation (FM) cells and loopback cells pass transparently through the SPVC endpoint. If the cwaChanOamSegEpEnable object is not specified during a Set operation, the switch applies a default configuration maintained for the port. Max-Access: read-create Status: current		none

Channel State Group

The Channel State Group contains all objects reflecting the state of an SPVC on a ATM Capable Service Module.

The object identifiers are listed in Table 3-80.

Table 3-80 Channel State Group Object Identifiers 

Name	Object Identifier
cwAtmChanStateTable	::= {cwAtmChanState 1}
cwAtmChanStateEntry	::= {cwAtmChanStateTable 1}
cwaChanAlarmState	::= {cwAtmChanStateEntry 1}
cwaChanEgressXmtState	::= {cwAtmChanStateEntry 2}
cwaChanEgressRcvState	::= {cwAtmChanStateEntry 3}
cwaChanIngressXmtState	::= {cwAtmChanStateEntry 4}
cwaChanIngressRcvState	::= {cwAtmChanStateEntry 5}

The MIB objects are listed in Table 3-81.

Table 3-81 Channel State Group MIB Objects 

Name	Syntax	Description		Default Value
cwAtmChanStateTable	Sequence of cwAtmChanStateEntry	Contains the channel status information for all ATM connections configured in cwAtmChanCnfgTable. Max-Access: not-accessible Status: current		none
cwAtmChanStateEntry	cwAtmChanStateEntry	Provides an entry in cwAtmChanStateTable. Max-Access: not-accessible Status: current The indexes include: •ifIndex •cwaChanVpi •cwaChanVci		none
cwaChanAlarmState	CiscoWanAlarmState	Defines the alarms associated with an endpoint. Refer to the description in the textual convention. Max-Access: read-only Status: current		none
cwaChanEgressXmt State	CiscoWanXmtState	Specifies the state of the transmit portion of the endpoint in the egress direction. Max-Access: read-only Status: current		none
cwaChanEgressRcv State	CiscoWanRcvState	Specifies the state of the receive portion of the endpoint in the egress direction. Max-Access: read-only Status: current		none
cwaChanIngressXmt State	CiscoWanXmtState	Specifies the state of the transmit portion of the endpoint in the ingress direction. Max-Access: read-only Status: current		none
cwaChanIngressRcv State	CiscoWanRcvState	Specifies the state of the receive portion of the endpoint in the ingress direction. Max-Access: read-only Status: current		none

Channel Test Group

The Channel Test Group contains all the objects needed for SPVC diagnostics.

The object identifiers are listed in Table 3-82.

Table 3-82 Channel Test Group Object Identifiers 

Name	Object Identifier
cwAtmChanTestTable	::= {cwAtmChanTest 1}
cwAtmChanTestEntry	::= {cwAtmChanTestTable 1}
cwaChanTestType	::= {cwAtmChanTestEntry 1}
cwaChanTestDir	::= {cwAtmChanTestEntry 2}
cwaChanTestIterations	::= {cwAtmChanTestEntry 3}
cwaChanTestState	::= {cwAtmChanTestEntry 4}
cwaChanTestRoundTripDelay	::= {cwAtmChanTestEntry 5}

The MIB objects are listed in Table 3-83.

Table 3-83 Channel Test Group MIB Objects 

Name	Syntax	Description		Default Value
cwAtmChanTestTable	Sequence of cwAtmChanTestEntry	Contains configuration information for performing connection diagnostics on ATM connections and obtaining results after testing. Max-Access: not-accessible Status: current		none
cwAtmChanTestEntry	cwAtmChanTestEntry	Provides an entry in cwAtmChanTestTable for each ATM connection endpoints. Max-Access: not-accessible Status: current The indexes include: •ifIndex •cwaChanVpi •cwaChanVci		none
cwaChanTestType	CiscoWanLpbkTypes	Configures an endpoint in loopback. To configure a destructive loopback, set this object to destructive(2). The direction for this destructive loopback is specified using the cwaChanTestDir object. To deconfigure destructive loopback, this object needs to be set to noLpbk(1). To configure a nondestructive loopback, this object needs to be set to nonDestructive(3). The direction for this nondestructive loopback is specified using the cwaChanTestDir object. Nondestructive loopback gets deconfigured automatically at the switch after a certain timeout. However, if there is a need to abort a nondestructive loopback, a Set operation on this object should be performed with a value noLpbk (1). Attempting to set a channel in loopback when one is already in progress results in a failure of the Set operation (with appropriate error code). Max-Access: read-create Status: current		noLpbk
cwaChanTestDir	CiscoWanLpbkDir	Specifies the direction in which loopback is effected. For destructive loopback, this takes values external(1) and internal(2). For nondestructive loopback, this takes values forward(3) and reverse(4). When cwaChanTestType is noLpbk(1), this object is ignored. Max-Access: read-create Status: current		none
cwaChanTestIterations	Unsigned32 (1..255)	Specifies the number of loopback cells to inject. This applies to the nondestructive mode of loopback tests only. The Get operation on this object returns the successful number of loopback iterations performed on the endpoint. Max-Access: read-create Status: current		1
cwaChanTestState	CiscoWanTestStatus	Reflects the status of the last requested test. If a loopback had never been effected on an endpoint, this object reads noStatus(1). If a destructive mode of loopback is configured on an endpoint, this object always reads lpbkInEffect(6). If a nondestructive mode of loopback is in progress, this value reads lpbkInProgress(2). If a nondestructive mode of loopback has been completed successfully, this reads lpbkSuccess(3). If a nondestructive mode of loopback has aborted, either due to user request or switch's limitation, this reads lpbkAbort(4). If a nondestructive mode of loopback has failed, this reads lpbkTimeOut(5). Max-Access: read-only Status: current		noStatus
cwaChanTestRound TripDelay	Unsigned32 (1..100000000)	Specifies that this object is applicable only for the nondestructive mode of loopback. It returns the round trip delay measured during the last nondestructive loopback test. Units: microseconds Max-Access: read-only Status: current		none

Cisco WAN ATM Connection Conformance Information

One object identifier is listed in Table 3-84.

Table 3-84 Cisco WAN ATM Connection Conformance Object Identifier

Name	Object Identifier
cwaChanAbrVSVDEnable	::= {ciscoWanAtmConnMIBCompliances 1}

The MIB objects are listed in Table 3-85.

Table 3-85 Cisco WAN ATM Connection Conformance MIB Objects 

Name	Syntax	Description		Default Value
ciscoWanAtmConnMIB Compliance	none	Specifies the compliance statement for the Cisco ATM connection management group. Note Implementation of the ciscoWanAtmConnMIBCompliance group is optional for the systems where connection state is not available on a per-connection basis. Status: current Module: AXSM ciscoWanAtmConnChanMIBGroup is the mandatory group.		none
cwaChanFrameDiscard	none	Specifies the read and write access is not required for those switches that do not support the frame discard feature. Min-Access: not-accessible		none
cwaChanCCEnable	none	Specifies the read and write access is not required for those switches that do not support Continuity Check capability. Min-Access: not-accessible		none
cwaChanStatsEnable	none	Specifies the read and write access is not required for those switches that do not support the connection related statistics collection. Min-Access: not-accessible		none
cwaChanAbrERS	none	Specifies the read and write access is not required for those switches that do not support Explicit Rate Stamping (ERS). Min-Access: not-accessible		none
cwaChanAbrVSVDEnable	none	Specifies that the read and write access is not required for those switches that do not support the VS/VD feature. Min-Access: not-accessible		none

Cisco WAN ATM Connection Units of Conformance

The object identifiers are listed in Table 3-86.

Table 3-86 Cisco WAN ATM Connection Units of Conformance Object Identifiers

Name	Object Identifier
ciscoWanAtmConnChanMIBGroup	::= {ciscoWanAtmConnMIBGroups 1}
ciscoWanAtmConnStateGroup	::= {ciscoWanAtmConnMIBGroups 2}

The MIB objects are listed in Table 3-87.

Table 3-87 Cisco WAN ATM Connection Units of Conformance MIB Objects 

Name	Objects	Description		Default Value
ciscoWanAtmConn ChanMIBGroup	cwaChanServiceCategory, cwaChanVpcFlag, cwaChanStatsEnable, cwaChanCCEnable, cwaChanUploadCounter, cwaChanIdentifier, cwaChanLocalVpi, cwaChanLocalVci, cwaChanLocalNSAPAddr, cwaChanRemoteVpi, cwaChanRemoteVci, cwaChanRemoteNSAPAddr, cwaChanControllerId, cwaChanRoutingMastership, cwaChanMaxCost, cwaChanReroute, cwaChanFrameDiscard, cwaChanOperStatus, cwaChanPCR, cwaChanMCR, cwaChanSCR, cwaChanCDV, cwaChanCTD, cwaChanMBS, cwaChanCDVT, cwaChanPercentUtil, cwaChanRemotePCR, cwaChanRemoteMCR, cwaChanRemoteSCR, cwaChanRemoteCDV, cwaChanRemoteCTD, cwaChanRemoteMBS, cwaChanRemoteCDVT, cwaChanRemotePercentUtil, cwaChanAbrICR, cwaChanAbrADTF, cwaChanAbrRDF, cwaChanAbrRIF, cwaChanAbrNRM, cwaChanAbrTRM, cwaChanAbrCDF, cwaChanAbrFRTT, cwaChanAbrTBE, cwaChanAbrERS, cwaChanAbrVSVDEnable, cwaChanRowStatus, cwaChanIntAbrVSVD, cwaChanExtAbrVSVD, cwaChanAisIWCapability, cwaChanCLR, cwaChanRemoteCLR,cwaChanTestType, cwaChanTestDir, cwaChanTestIterations, cwaChanTestState, cwaChanTestRoundTripDelay	Specifies objects related to connection information. Status: current		none
ciscoWanAtmConnStateGroup	cwaChanAlarmState, cwaChanEgressXmtState, cwaChanEgressRcvState, cwaChanIngressXmtState, cwaChanIngressRcvState	Specifies objects that are related to the connection state information. Status: current		none

Cisco WAN Feeder

This section describes the configuration of a port for an ATM Switch Card, which recognizes the information for the feeder connection. The Cisco WAN Feeder MIB objects reside in the CISCO-WAN-FEEDER-MIB.my file.

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Note The Cisco WAN Feeder MIB is not supported by AXSM-E.

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The feeder is an external ATM switch, which is connected to an ATM switch that allows PNNI to provide Local Management Interface (LMI). LMI provides a set of enhancements to a Frame Relay specification for managing complex internetworks. LMI extensions include global addressing, virtual-circuit status messages, and multicasting. However, Extended Local Management Interface (XLMI) is an LMI type that implements both Automatic Routing Management and PNNI. Automatic Routing Management provides connection management for the network with only Cisco nodes.

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Note The Cisco WAN Feeder MIB is supported by AXSM and defined under the StrataCom Enterprise.

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The Cisco WAN Feeder MIB objects include:

•Feeder Table

•Cisco WAN Feeder Conformance Information

Feeder Table

The object identifiers are listed in Table 3-88.

Table 3-88 Feeder Table Object Identifiers 

Name	Object Identifier
cwfFeederTable	::= { cwfFeeder 1 }
cwfFeederEntry	::= { cwfFeederTable 1 }
cwfFeederIfNum	::= { cwfFeederEntry 1 }
cwfFeederName	::= { cwfFeederEntry 2 }
cwfLanIP	::= { cwfFeederEntry 3 }
cwfNetIP	::= { cwfFeederEntry 4 }
cwfRemoteShelf	::= { cwfFeederEntry 5 }
cwfRemoteSlot	::= { cwfFeederEntry 6 }
cwfRemotePort	::= { cwfFeederEntry 7 }
cwfFeederType	::= { cwfFeederEntry 8 }
cwfModelNumber	::= { cwfFeederEntry 9 }
cwfLMIAdminStatus	::= { cwfFeederEntry 10 }
cwfLMIOperStatus	::= { cwfFeederEntry 11 }
cwfFeederNodeAlarm	::= { cwfFeederEntry 12 }
cwfFeederRowStatus	::= { cwfFeederEntry 13 }
cwfLMIType	::= { cwfFeederEntry 14 }

Table 3-89 lists the MIB objects.

Table 3-89 Feeder Table MIB Objects 

Name	Syntax	Description		Default Value
cwfFeederTable	SEQUENCE OF CwfFeederEntry	Contains the entries for the feeders and is used to add or delete feeders to support LMI. The information in these entries is advertised to LMI, which uses a dependent system for implementation when an entry is created or activated. Max-Access: not-accessible Status: current		none
cwfFeederEntry	CwfFeederEntry	Contains an entry in the cwfFeederTable. The entries in this table are created by setting the cwfFeederRowStatus object to createAndGo(4). The entries in this table are deleted by setting the cwfFeederRowStatus object to destroy(6). Also, the entries are created or deleted through the CLI. Max-Access: not-accessible Status: current The index is cwfFeederIfNum.		none
cwfFeederIfNum	InterfaceIndex	Specifies the unique interface number of the ATM virtual interface. The value of this object is equal to the MIB II ifIndex value of the ATM virtual interface, which is identified by the ifType value atmVirtual(149). Max-Access: not-accessible Status: current		none
cwfFeederName	DisplayString	Provides the name of the feeder. If the feeder name is not available, this object contains the Octet string of length 0. Max-Access: read-only Status: current		none
cwfLanIP	IpAddress	Provides the LAN IP address of the feeder. This IP address is used for the Ethernet interface. Max-Access: read-only Status: current		none
cwfNetIP	IpAddress	Provides the Network IP address of the feeder that is used for the ATM interface. Max-Access: read-only Status: current		none
cwfRemoteShelf	Integer32 (1..4)	Provides the remote shelf number of the feeder module. Max-Access: read-only Status: current		none
cwfRemoteSlot	Integer32 (1..32)	Provides the remote slot number of the feeder module. Max-Access: read-only Status: current		none
cwfRemotePort	Integer32 (1..64)	Provides the remote physical port (line) number of the feeder module. Max-Access: read-only Status: current		none
cwfFeederType	INTEGER {fdrIPX(1), fdrBPX(2), fdrIpxAF(3), fdrBASIS(4), fdrUNKNOWN(5), fdrUNI(6), fdrAPS(7), fdrIGX(8), fdrIgxAF(9), fdrVSI(10), fdrPAR(11), fdrNON(12)}	Identifies the feeder type. When cwfLMIType is xLMI(2), fdrNON(12) is applicable. Other values are applicable for cwfLMIType = feeder(1). The values include: •fdrIPX—Feeder is an IPX node in a routing network. •fdrBPX—Feeder is a BPX node in a routing network. •fdrIpxAF—Feeder is a standalone IPX node. •fdrBASIS—Feeder is a standalone BASIS node. •fdrUNKNOWN—Feeder is unknown. •fdrUNI—Feeder is a UNI AIT (phase 0). •fdrAPS—Feeder is an APS (Adjunct Processor Shelf). •fdrIGX—Feeder is an IGX node in a routing network. •fdrIgxAF—Feeder is a standalone IGX node. •fdrVSI—Feeder is a VSI Controller. •fdrPAR—Feeder is a PAR. •fdrNON—This value is a nonfeeder type. Max-Access: read-only Status: current		none
cwfModelNumber	Integer32 (1..2147483647)	Identifies the feeder model number. Max-Access: read-only Status: current		none
cwfLMIAdmin Status	INTEGER { up(1), down(2) }	Provides the feeder LMI administration state configuration capabilities for the desired state of the interface. The value for this object is ignored during row creation. Max-Access: read-create Status: current		up
cwfLMIOper Status	INTEGER { up(1), down(2) }	Provides the operational state of the LMI connection. Max-Access: read-only Status: current		none
cwfFeederNode Alarm	INTEGER { clear (1), minor (2), major (3), critical (4), unknown (5) }	Identifies the feeder node alarm status and provides the alarm status in hierarchical order. If there are no feeder node alarms, it is signified with none. Minor alarms, with no major alarms, are indicated with minor. If the node has one or more major alarms, regardless of minor alarm status, the alarm is indicated by major. Max-Access: read-only Status: current		none
cwfFeederRow Status	RowStatus	Adds or deletes the feeder entry. The row is created by setting this object to createAndGo(4). The row is deleted by setting this object to destroy(6). Note This object does not support any other values. Max-Access: read-create Status: current		none
cwfLMIType	INTEGER { feeder(1), xLMI(2)}	Identifies the LMI type used for the network to connect to the LMI port. Once created, cwfLMIType cannot be modified. Max-Access: read-create Status: current		feeder

Cisco WAN Feeder Conformance Information

One object identifier is listed in Table 3-90.

Table 3-90 Cisco WAN Feeder Conformance Object Identifier 

Name	Object Identifier
cwfMIBCompliance	::= {cwfMIBCompliances 1}

One MIB object is listed in Table 3-91.

Table 3-91 Cisco WAN Feeder Conformance MIB Object 

Name	Mandatory Group	Description		Default Value
cwfMIBCompliance	cwfFeederGroup	Specifies the compliance statement for the Cisco Feeder Group. Status: current Module: AXSM		none

Cisco WAN Feeder Units of Conformance

One object identifier is listed in Table 3-92.

Table 3-92 Cisco WAN Feeder Units of Conformance Object Identifier 

Name	Object Identifier
cwfFeederGroup	::= { cwfMIBGroups 1}

One MIB object is listed in Table 3-93.

Table 3-93 Cisco WAN Feeder Units of Conformance MIB Object 

Name	Objects	Description		Default Value
cwfFeederGroup	cwfFeederName, cwfLanIP, cwfNetIP, cwfRemoteShelf, cwfRemoteSlot, cwfRemotePort, cwfFeederType, cwfModelNumber, cwfLMIAdminStatus, cwfLMIOperStatus, cwfFeederNodeAlarm, cwfFeederRowStatus	Describes the objects related to configuring a feeder. Status: current		none

Cisco WAN Module

This section describes the MIB objects to configure connection specific parameters and statistics information in a Service Module (SM). SM is defined as any module which provides services such as ATM, Frame Relay, or Voice in a WAN switch. The Cisco WAN module MIB resides in the CISCO-WAN-MODULE-MIB.my file.

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Note The Cisco WAN Module MIB is supported by AXSM and AXSM-E.

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The Cisco WAN module MIB objects include:

•Cisco WAN Module Textual Convention

•Module Configuration Table

•Statistics Configuration Table

Cisco WAN Module Textual Convention

The names of the textual conventions are specified in the object syntax.

One MIB object is listed in Table 3-94.

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Note Textual conventions do not contain object identifiers.

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Table 3-94 Cisco WAN Module Textual Convention MIB Object 

Name	Description		Syntax	Default Value
StatisticsLevel	Configures the statistics level for the service module. The statistic level on a module dictates the type and amount of statistics to be collected. The a predefined set of statistics are associated with each level and are enabled when a level is set. Also, setting the statistics level to N enables counters that are associated with levels N-1 through 1. The following are the valid values: •notApplicable(0)—Specifies that the statistics level is not applicable. •levelOne(1)—Enables the level one counters. •levelTwo(2)—Enables level two and level one counters. •levelThree(3)—Enables level one, level two, and level three counters. Status: current		INTEGER {notApplicable(0), levelOne(1), levelTwo(2), levelThree(3 }	none

Module Configuration Table

The object identifiers are listed in Table 3-95.

Table 3-95 Module Configuration Table Object Identifiers 

Name	Object Identifier
cwmConfigTable	::= { cwmConfig 1}
cwmConfigEntry	::= { cwmConfigTable 1 }
cwmIndex	::= {cwmConfigEntry 1 }
cwmIngressSCTFileId	::= {cwmConfigEntry 2 }
cwmIngressSCTFileName	::= { cwmConfigEntry 3 }
cwmAutoLineDiagEnable	::= { cwmConfigEntry 4 }

The MIB objects are listed in Table 3-96.

Table 3-96 Module Configuration Table MIB Objects 

Name	Syntax	Description		Default Value
cwmConfigTable	SEQUENCE OF CwmConfigEntry	Contains the objects required for configuring module specific parameters. These parameters are related to the hardware specific parameters, which can affect the ATM Connection characteristics. Max-Access: not-accessible Status: current		none
cwmConfigEntry	CwmConfigEntry	Provides an entry that contains information for each module. Max-Access: not-accessible Status: current The index is cwmIndex.		none
cwmIndex	Unsigned32 (1..2147483647)	Specifies the value that corresponds to the slot number where the module resides. However, system wide uniqueness is the only true requirement. Max-Access: not-accessible Status: current		none
cwmIngressSCT FileId	Unsigned32 (0..255)	Defines the file ID of the SCT file. The SCT holds the connection specific parameters for this module in the ingress direction (for example, network to switch). The SCT provides a means for inferring extended parameters, which are generally platform-specific, from the set of standard ATM protocol parameters passed in VSI connection setup primitives. A set of Service Templates are available in nonvolatile storage, and they are downloaded onto each SM on power up. SCT contains the following classes of data: •One class consists of parameters necessary to establish a Virtual Connection (VC), for example, per-VC, and includes entries such as Usage Parameter Control (UPC) actions, various bandwidth-related items, per-VC thresholds, and some hardware-specific items. •The second class of data items includes those necessary to configure the associated Class-of-Service Buffers that provide the Quality of Service (QoS) support. Max-Access: read-write Status: current		none
cwmIngressSCT FileName	DisplayString	Contains the SCT filename. Write access is not required. The filename has the cwmIngressSCTFileId value as the suffix. For example, the value SCT.INGR.13 for this object indicates that 13 is the value of cwmIngressSCTFileId. Max-Access: read-write Status: current		none
cwmAutoLineDiagEnable	INTEGER { enable(1), disable(2) }	Enables and disables automatic diagnostic feature of physical lines on module. In case of a line alarm, enabling this feature temporarily suspends traffic in both directions and starts local loopback testing. Disabling this feature will not affect the traffic in one direction while another direction is in alarm. Max-Access: read-write Status: current		disable

Statistics Configuration Table

The object identifiers are listed in Table 3-97.

Table 3-97 Statistics Configuration Table Object Identifiers 

Name	Object Identifier
cwmStatConfigTable	::= { cwmStatsConfig 1 }
cwmStatConfigEntry	::= { cwmStatConfigTable 1 }
cwmStatBucketInterval	::= {cwmStatConfigEntry 1 }
cwmStatCollectionInterval	::= {cwmStatConfigEntry 2 }
cwmStatCollectionStatus	::= {cwmStatConfigEntry 3 }
cwmStatCurrentLevel	::= {cwmStatConfigEntry 4 }
cwmStatLevelConfigured	::= {cwmStatConfigEntry 5 }
cwmStatMaximumConnections	::= { cwmStatConfigEntry 6 }

The MIB objects are listed in Table 3-98.

Table 3-98 Statistics Configuration Table MIB Objects 

Name	Syntax	Description		Default Value
cwmStatConfig Table	SEQUENCE OF CwmStatConfigEntry	Specifies the objects that are required for configuring module statistic collection-related parameters. The statistics related to the interfaces and ATM connections are stored in a file. The statistics file is uploaded by the NMS applications using file transfer protocols, for example Trivial File Transfer Protocol (TFTP) or File Transfer Protocol (FTP). While current interval of data is being collected in memory, the previous interval of data is uploaded by NMS. Each interval data can overwrite the previous interval data in the statistic file after the interval is over. Max-Access: not-accessible Status: current		none
cwmStatConfig Entry	CwmStatConfigEntry	Provides the entry that contains statistics configuration information for the module. Max-Access: not-accessible Status: current The index is cwmIndex.		none
cwmStatBucket Interval	INTEGER { five(5), ten(10), fifteen(15), twenty(20), thirty(30), sixty(60) }	Contains the bucket interval (in minutes) that is used in collecting statistics. This specifies the interval is over the module that accumulates a sample. The value also defines the amount of time available to the NMS application to upload the statistic file, so that NMS does not miss one interval worth of data. Units: minutes Max-Access: read-write Status: current		fifteen
cwmStatCollectionInterval	INTEGER { default(0), one(1), five(5) }	Describes the collection interval of statistics. Within a sampling interval, as defined by cwmStatBucketInterval, statistics counters are updated for every collection interval. The default value of the collection interval is the same as the bucket interval. For example, if the bucket interval is five minutes, default(0) and five(5)values for this object have the same effect. Units: minutes Max-Access: read-write Status: current		default
cwmStatCollectionStatus	INTEGER { enable(1), disable(2) }	Enables or disables the collection of statistics on the module. Max-Access: read-write Status: current		enable
cwmStatCurrent Level	StatisticsLevel	Describes the current statistics level of the module. A change in the card statistic level can take place only after a module reset. This object shows the current module statistic level. While the cwmStatLevelConfigured object is used to configure the module statistic level, the value set for the cwmStatLevelConfigured object takes affect after the next module reset. Max-Access: read-only Status: current		none
cwmStatLevel Configured	StatisticsLevel	Configures the statistics level for the module. The statistics level value set in this object takes affect only on reset of the module. This object is set only if cwmStatCollectionStatus is set to enable(1). This object cannot be set to notApplicable(0). Max-Access: read-write Status: current		levelOne
cwmStatMaximumConnections	Unsigned32	Determines the maximum number of connections for which the statistics are being collected. Max-Access: read-only Status: current		none

Cisco Bulk File

This section describes the MIB objects that make up the Cisco Bulk File which resides in the CISCO-BULK-FILE-MIB.my file. The bulk file MIB group creates and deletes SNMP data bulk files used for data transfer.

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Note The Cisco Bulk File MIB is supported by AXSM, PXM45, and RPM, which is also implemented in PXM45.

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The Cisco Bulk File MIB objects include:

•Overview

•File Definition Table

•File Object Table

•File Table

•Cisco Bulk File Conformance and Compliance Information

Overview

The file contains two types of fields: tags and data. Tags identify portions of the file. All other information is in the data fields.

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Note For efficiency and compactness, data fields are not tagged with a type.

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The interpreter of the data must know or have access to the appropriate MIB syntax descriptions to understand the file.

All data fields are positioned to a tag and every data field has a length prefix. All initial length prefixes are one byte. For any data type, the distinguished length value 255 indicates that the data content is NULL, which no data content value is available and no additional bytes are in the data field.

The following are the value definitions used for the Cisco Bulk File:

•INTEGER—Includes all data that maps to ASN.1 INTEGER, regardless of length, and whether the fields are signed or unsigned.

The fields have a length prefix value of 0 to 8 followed by the bytes of data, high-order byte first. High order bytes that are all zero are omitted, thus, a length of zero indicates a value of zero. For signed numbers, leading bytes of all ones (hex FF) are omitted if the next remaining byte has the high bit. This implies that the file parser must know the difference between signed and unsigned integers.

•OCTET STRING—Determines a length prefix value of 0 to 2 for a subsequent unsigned byte count for the number of bytes in the OCTET STRING itself, which immediately follows the byte count. The byte count can range from 0 to 65,535.

•OBJECT IDENTIFIER—Determines a length of 0 to 128 used for the number of subidentifiers. Each subsequent subidentifier is encoded as an unsigned INTEGER of 0 to 4 bytes.

The following are the three bulk transfer file formats:

•ASN.1/BER Variable Bindings—Specifies the standard Bit Error Rate (BER) similar to the varbinds section of a response PDU.

•Bulk Binary—Specifies the binary form designed for fast, sequential processing and minimum redundancy.

•Bulk ASCII—Specifies the binary form, mechanically translated to human-readable ASCII.

ASN.1 and Bit Error Rate Variable Bindings Format

The ASN.1/BER format is identical to SNMP variable bindings where each object has a full OID and a fully tagged value. The file content is similar to a GetBulkRequest Protocol Data Unit (PDU) except that it does not use a large amount of uninstantiated values. In essence, the file contains no data at all for scalars or columns that cannot be read.

Bulk Binary Format

The bulk binary file layout directly reflects the contents of the cbfDefineFileObjectTable object. It has tagged sections corresponding to the cbfDefineObjectClass object with a few additional tags for utility purposes.

A tag is one byte with one of the applicable values listed in Table 3-99.

Table 3-99 Bytes Used for the Bulk Binary Format 

Byte	Value
-2	row
-1	prefix
0	reserved
1	object
2	table

The prefix tag changes the default OID prefix that preceded all OIDs that are not MIB object data values. The prefix tag can appear anywhere another tag could appear. A prefix tag is followed by one OID data field. The default prefix is 1.3.6.1. A file is not set to the prefix to the default value.

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Note When changing the prefix, the default portion must be included at the beginning of the new prefix.

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Typically the prefix will change for each table or group of scalar objects.

An object tag is followed by one OID data field and one data field appropriate to the syntax of the object. This OID is the full OID for the object minus the current prefix.

A table tag is followed by one INTEGER data field whose value is the number of columns in the table as implemented by the agent. This is followed by one OID data field for each column. This is the OID for the column minus the prefix and the instance, for example, one subidentifier.

The OIDs are followed by one row for each row in the table. A row starts with a row tag and one OID data field containing only the instance portion of the OIDs for the objects in that row. Following this is one data field of appropriate type for each column.

Bulk ASCII Format

The bulk ASCII form mechanically translates bulk binary into human-readable text.

The indicator for a NULL value is a ~ character.

The following are the field definitions used for the bulk ASCII format:

•INTEGER—Specifies the integer value with a preceding - character for negative values and no leading zeros.

•OCTET STRING—Specifies the byte values in hexadecimal, lower case, two characters per byte, for example, with leading zeros, and no delimiters between bytes.

•OBJECT IDENTIFIER—Specifies the dotted decimal format.

A tag becomes the tag name, spelled out fully in lower case, followed by one blank and the data field(s) for the tag, separated by spaces, and ending with a carriage return or line feed. All tags are at the beginning of a line, which is terminated with a carriage return or line feed that immediately precedes the next tag or the end of the file.

File Definition Table

The object identifiers used for the file definition table are listed in Table 3-100.

Table 3-100 File Definition Table Object Identifiers 

Name	Object Identifier
cbfDefineFileTable	::= { cbfDefine 9 }
cbfDefineFileEntry	::= { cbfDefineFileTable 1 }
cbfDefineFileIndex	::= { cbfDefineFileEntry 1 }
cbfDefineFileName	::= { cbfDefineFileEntry 2 }
cbfDefineFileStorage	::= { cbfDefineFileEntry 3 }
cbfDefineFileFormat	::= { cbfDefineFileEntry 4 }
cbfDefineFileNow	::= { cbfDefineFileEntry 5}
cbfDefineFileEntryStatus	::= { cbfDefineFileEntry 6 }

The MIB objects used for the file definition table are listed in Table 3-101.

Table 3-101 File Definition Table MIB Objects 

Name	Syntax	Description		Default Value
cbfDefineFileTable	SEQUENCE OF CbfDefineFileEntry	Provides a table of bulk file definitions and creation controls. Max-Access: not-accessible Status: current		none
cbfDefineFileEntry	CbfDefineFileEntry	Creates the information for the bulk file. To create a bulk file, an application creates an entry in this table and to correspond to the entries in the cbfDefineObjectTable. When the entry in this table and the corresponding entries in the cbfDefineObjectTable are active, the application uses the cbfDefineFileNow object to create the file to correspond to an entry in the cbfStatusFileTable. To delete an entry in the cbfDefineFileTable, you ned to delete all the corresponding entries in the cbfDefineObjectTable and cbfStatusFileTable. Entries cannot be modified or deleted while the cbfDefineFileNow object is using the value running. Rows cannot be created without explicitly setting the cbfDefinefileEntryStatus object to either createAndGo or createAndWait. Max-Access: not-accessible Status: current The index is cbfDefineFileIndex.		none
cbfDefineFileIndex	Unsigned32 (1..4294967295)	Identifies this entry to an arbitrary integer. To create an entry, a management application can pick a random number. Max-Access: not-accessible Status: current		none
cbfDefineFileName	DisplayString (SIZE (1..255))	Creates the file name which is to be created. The explicit device or path in the value of this object can override the cbfDefineFileStorage object. Max-Access: read-create Status: current		none
cbfDefineFileStorage	INTEGER { ephemeral(1), volatile(2), permanent(3) }	Determines the type of file storage. The following are the definitions of the values: •ephemeral—Specifies the data that exists in small amounts until read. An ephemeral file is read one at a time. •volatile—Specifies the data that exists in volatile memory. •permanent—Specifies the data that survives reboot. This value is taken as advisory and can be overridden by the explicit device or path in the cbfDefineFile object. A given system can support any or all of these values. Max-Access: read-create Status: current		ephemeral
cbfDefineFileFormat	INTEGER { standardBER(1), bulkBinary(2), bulkASCII(3)	Determines the format of the data in the file: The following are the value definitions: •standardBER—Specifies the standard SNMP ASN.1 BER. •bulkBinary—Specifies the binary format for this MIB. •bulkASCII—Specifies the human-readable form of the bulkBinary value. Note The details of the formats will be added as comments in this file. A given system can support any or all of these values. Max-Access: read-create Status: current		bulkBinary
cbfDefineFileNow	INTEGER { notActive(1), ready(2), create(3), running(4)}	Specifies the control for file creation. The only value that can be set is create and that can be set only when the value is ready. If the create value is set, file creation begins and creates a corresponding entry in cbfStatusFileTable. The value is notActive as long as the cbfDefineFileEntryStatus object or any corresponding entries for the cbfDefineObjectEntryStatus object is not active. When cbfDefineFileEntryStatus becomes active and all corresponding entries for the cbfDefineObjectEntryStatuses object are active, this object automatically goes to ready. Max-Access: read-create Status: current		notActive
cbfDefineFileEntry Status	RowStatus	Allows the control for creation, modification, and deletion of entries. For detailed rules, see the cbfDefineFileEntry object in this table. Max-Access: read-create Status: current		none

File Object Table

The object identifiers used for the file object table are listed in Table 3-102.

Table 3-102 File Object Table Object Identifiers 

Name	Object Identifier
cbfDefineObjectTable	::= { cbfDefine 10 }
cbfDefineObjectEntry	::= { cbfDefineObjectTable 1 }
cbfDefineObjectIndex	::= { cbfDefineObjectEntry 1 }

The MIB objects used for the file object table are listed in Table 3-103.

Table 3-103 File Object Table MIB Objects 

Name	Syntax	Description		Default Value
cbfDefineObjectTable	SEQUENCE OF CbfDefineObjectEntry	Specifies a table of objects to go into the bulk files. Max-Access: not-accessible Status: current		none
cbfDefineObjectEntry	CbfDefineObjectEntry	Provides information about one object for a particular file. An application uses the cbfDefineObjectEntryStatus object to create entries in this table to correspond with entries with the cbfDefineFileTable, which is created first. Entries in this table cannot be changed, created or deleted while the corresponding value of the cbfDefineFileNow object is running. Entries are created by setting the cbfDefineObjectEntryStatus object to either createAndGo or createAndWait. Entries can also be created by setting any or all other read-create columns. For example, the default action is createAndWait. The following are the indexes: •cbfDefineFileIndex •cbfDefineObjectIndex Max-Access: not-accessible Status: current		none
cbfDefineObjectIndex	Unsigned32 (1..4294967295)	Identifies this entry with a unique, arbitrary integer. The numeric order of the entries controls the order of the objects in the file. Max-Access: not-accessible Status: current		none

File Table

The object identifiers used for the file table are listed in Table 3-104.

Table 3-104 File Table Object Identifiers 

Name	Object Identifier
cbfStatusFileTable	::= { cbfStatus 5 }
cbfStatusFileEntry	::= { cbfStatusFileTable 1 }
cbfStatusFileIndex	::= { cbfStatusFileEntry 1 }
cbfStatusFileState	::= { cbfStatusFileEntry 2 }
cbfStatusFileCompletionTime	::= { cbfStatusFileEntry 3 }
cbfStatusFileEntryStatus	::= { cbfStatusFileEntry 4 }

The MIB objects used for the file table are listed in Table 3-105.

Table 3-105 File Table MIB Objects 

Name	Syntax	Description		Default Value
cbfStatusFileTable	SEQUENCE OF CbfStatusFileEntry	Provides a table for the bulk file status. Max-Access: not accessible Status: current		none
cbfStatusFileEntry	CbfStatusFileEntry	Specifies the status for a particular file. An entry exists in this table each time the cbfDefineFileNow object has been set to create and the corresponding entry has not been explicitly deleted by the application or bumped to make room for a new entry. Deleting an entry with the cbfStatusFileState object running aborts the file creation attempt. The implementation and specific-file system occurs if deleting the entry also deletes the file. Max-Access: not accessible Status: current The following are the indexes: •cbfDefineFileIndex •cbfStatusFileIndex		none
cbfStatusFileIndex	Unsigned32 (1..4294967295)	Identifies this entry with a unique, arbitrary integer. The numeric order of the entries implies how the files were created. Max-Access: not accessible Status: current		none
cbfStatusFileState	INTEGER { running(1), ready(2), emptied(3), noSpace(4), badName(5), writeErr(6), noMem(7), buffErr(8), aborted(9)}	Determines the following file states: •running—Specifies that data is being written to the file. •ready—Specifies the file is ready to be read. •emptied—Specifies an ephemeral file was successfully consumed. •noSpace—Specifies no data occurred due to insufficient file space. •badName—Specifies no data occurred due to a name or path problem. •writeErr—Specifies no data occurred due to a fatal file write error. •noMem—Specifies no data occurred due to insufficient dynamic memory. •buffErr—Specifies the implementation buffer is too small. •aborted—Specifies short is terminated by operator command. Only the ready state implies that the file is available for transfer. After the error is implemented, the files are discarded for the specific-file system. Max-Access: read-only Status: current		none
cbfStatusFileCompletionTime	TimeStamp	Determines the value of the sysUpTimeobject when the creation attempt completed. A value of 0 indicates not complete. For ephemeral files, this is the time when the cbfStatusFileState object goes to emptied. For others, this is the time when the state leaves running. Max-Access: read-only Status: current		none
cbfStatusFileEntryStatus	RowStatus	Specifies the control that allows the entries to be deleted. This object cannot be set to any value other than destroy. Max-Access: read-write Status: current		none

Cisco Bulk File Conformance and Compliance Information

The information on conformance listed in Table 3-106 is specific to the Cisco Bulk File.

Table 3-106 Cisco Bulk File Conformance Groups 

Name	Object Identifier
ciscoBulkFileMIBConformance	::= { ciscoBulkFileMIB 3 }
ciscoBulkFileMIBCompliances	::={ ciscoBulkFileMIBConformance 1 }
ciscoBulkFileMIBGroups	::={ciscoBulkFileMIBConformance 2 }

Cisco Bulk File Compliance Statement

One object identifier used for compliance is listed in Table 3-107.

Table 3-107 Cisco Bulk File Compliance Object Identifier 

Name	Object Identifier
ciscoBulkFileMIBCompliance	::= { ciscoBulkFileMIBCompliances 1 }

One compliance group is listed in Table 3-108.

Table 3-108 Cisco Bulk File MIB Object Used for Compliance 

Name	Mandatory Groups	Description		Default Value
ciscoBulkFileMIBCompliance	ciscoBulkFileDefineGroup, ciscoBulkFileStausGroup	Specifies the compliance statement for entities which implement the Cisco Bulk File MIB. Implementation of this MIB is based on individual product needs. Status: current		none

Cisco Bulk File Units of Conformance

The object identifier for each MIB object are listed in Table 3-109.

Table 3-109 Cisco Bulk File Units of Conformance Object Identifier 

Name	Object Identifier
ciscoBulkFileDefineGroup	::= { ciscoBulkFileMIBGroups 1 }
ciscoBulkFileStatusGroup	::= { ciscoBulkFileMIBGroups 2

The MIB objects used for units of conformance are listed in Table 3-110.

Table 3-110 Cisco Bulk File MIB Objects Used for Units of Conformance 

Name	Objects	Description		Default Value
ciscoBulkFileDefineGroup	cbfDefineFileName, cbfDefineFileStorage, cbfDefineFileFormat, cbfDefineFileNow, cbfDefineFileEntryStatus	Specifies the bulk file definition management. Status: current		none
ciscoBulkFileStatusGroup	cbfStatusFileState, cbfStatusFileCompletionTime, cbfStatusFileEntryStatus	Specifies the bulk file status management. Status: current		none

Cisco WAN Statistics Collection Manager

This section describes the MIB objects that reside in the CISCO-WAN-SCM-MIB.my file. The Cisco WAN Statistics Collection Manager MIB module is used to configure the Statistics Collection Manager (SCM) IP addresses, upload statistics files, and download statistics to enable the stats enable files in the system.

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Note The Cisco WAN Statistics Collection Manager MIB is supported only by PXM45, and defined under the StrataCom Enterprise.

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The Cisco WAN SCM MIB objects include:

•Statistics File Information

•Statistics Collection Manager IP Address Configuration Table

Statistics File Information

One object identifier is listed in Table 3-111 for statistics file information.

Table 3-111 Statistics File Information Object Identifier 

Name	Object Identifier
cwsStatsFileInfo	::= { cwsFileInfo 1}

One MIB object is listed in Table 3-112 for statistics file information.

Table 3-112 Statistics File Information MIB Object 

Name	Syntax	Description	Default Value
cwsStatsFileInfo	OCTET STRING (SIZE(0..512))	Contains information on statistics related files. The statistics files are uploaded and downloaded using a file transfer mechanism FTP, TFTP, and so forth. The downloaded and uploaded files are available from a nonvolatile storage, for example, hard disk, flash disk, and so forth. The following categories are used for the statistics file: •stats upload file—Contains statistics data. These files can be uploaded only from the switch. •stats enable file—Contains the statistics that have to be enabled or disabled in one or more modules. These files can be downloaded as well as uploaded to or from the switch. This object can contain one or more records of files that were created, not uploaded in time, or uploaded and downloaded. Along with the filename, each record contains type of operation (created, uploaded, downloaded major trap, or critical trap) and number of applicable failed attempts. The values for each of the fields in the OCTET STRING depends upon the file categories stats upload, stats enable, and so forth. The following is the object layout: NumOfRecords (SIZE(1)) RECORD (SIZE(23)) Filename STRING (SIZE(21)) Reason INT (SIZE(1)) NumOfFailUpload (SIZE(1)) The following are the definitions for the fields: •NumOfRecords—Designates the number of records. These records can all be the same type and can contain file uploaded information, or stat enable information, stat file trap information, or stat enable trap information. •Reason—Specifies the following fields: –1—Indicates the file is created or uploaded. –2—Indicates a MAJOR warning for the file not being uploaded. –3—Indicates a CRITICAL warning for the file not being uploaded.	none
cwsStatsFileInfo (continued)		–4—Indicates that the SNMP manager has downloaded the stats enable file. –5—Indicates that the module, for example, Processor Module or Service Module, accepted the stats enable file without any error. The modules store the statistics information to enable or disable a dependent mechanism. This value cannot be set from the SNMP Manager. –6—Indicates that the module did not accept the stats enable file due to some error. This value cannot be set from the SNMP manager. •NumOfFailUpload—Speechifies the value is set to 0 except or for the cases when the Reason field is either 1 (created), 2, 3 (stat file trap). The parameter can have a value greater than 0. Max-Access: read-write Status: current

Statistics Collection Manager IP Address Configuration Table

The object identifiers for the SCM IP Address Configuration Table are listed in Table 3-113.

Table 3-113 SCM IP Address Configuration Table Object Identifiers 

Name	Object Identifier
cwsConfTable	::= { cwsConfAddress 1 }
cwsConfEntry	::= { cwsConfTable 1 }
cwsConfIndex	::= { cwsConfEntry 1}
cwsConfIpAddress	::= { cwsConfEntry 2 }
cwsConfRowStatus	::= { cwsConfEntry 3 }

The MIB objects for the SCM IP Address Configuration Table are listed in Table 3-114.

Table 3-114 SCM IP Address Configuration Table MIB Objects 

Name	Syntax	Description	Default Value
cwsConfTable	SEQUENCE OF CwsConfEntry	Contains the entries for the IP Addresses of SCM. Max-Access: not-accessible Status: current	none
cwsConfEntry	CwsConfEntry	Provides an entry for the SCM IP Address. Max-Access: not-accessible Status: current The index is cwsConfIndex.	none
cwsConfIndex	Unsigned32 (1..32)	Specifies the unique value for the entry in the table. The following are the settings for the IP address: •Entry 1 is called the primary IP address. •Entry 2 is called the secondary IP address. •Entry 3 is called the tertiary IP address. Max-Access: not-accessible Status: current	none
cwsConfIpAddress	IpAddress	Determines the IP Address for SCM. Max-Access: read-create Status: current	none
cwsConfRowStatus	RowStatus	Adds, deletes, and modifies the IP address configuration of the SCM. The row is created by setting this object to createAndGo(4). A row is deleted by setting this object to destroy(6). The cwsConfRowStatus object cannot be set to a value other than createAndGo(4) and destroy(6). Max-Access: read-create Status: current	none

Cisco WAN Statistics Collection Manager Conformance and Compliance Information

The information on conformance is specific to the Cisco WAN Statistics Collection Manager in Table 3-115.

Table 3-115 Statistics Collection Manager Conformance Groups 

Name	Object Identifier
cwsMIBConformance	::= {ciscoWanScmMIB 3}
cwsMIBCompliances	::= {cwsMIBConformance 1}
cwsMIBGroups	::= {cwsMIBConformance 2}

Cisco WAN Statistics Collection Manager Compliance Statement

One object identifier used for compliance is listed in Table 3-116.

Table 3-116 Statistics Collection Manager Compliance Object Identifier 

Name	Object Identifier
cwsMIBCompliance	::= {cwsMIBCompliances 1}

One compliance group is listed in Table 3-117.

Table 3-117 Statistics Collection Manager MIB Object Used for Compliance 

Name	Mandatory Groups	Description		Default Value
cwsMIBCompliance	cwsFileGroup, cwsConfGroup	Specifies the compliance statement for the SCM IP Address configuration group. Status: current		none

Cisco WAN Statistics Collection Manager Units of Conformance

The object identifier for each MIB object are listed in Table 3-118.

Table 3-118 Statistics Collection Manager Units of Conformance Object Identifiers 

Name	Object Identifier
cwsFileGroup	::= { cwsMIBGroups 1}
cwsConfGroup	::= { cwsMIBGroups 2}

The MIB objects used for units of conformance are listed in Table 3-119.

Table 3-119 Statistics Collection Manager MIB Objects Used for Units of Conformance 

Name	Objects	Description		Default Value
cwsFileGroup	cwsStatsFileInfo	Specifies the objects related to the statistics file name. Status: current		none
cwsConfGroup	cwsConfIpAddress, cwsConfRowStatus	Specifies the objects related to configuring the SCM IP addresses. Status: current		none

Cisco System

This section describes the MIB objects used for a standard set of basic system information. The Cisco System MIB resides in the CISCO-SYSTEM-MIB.my file.

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Note The Cisco System MIB is supported only by PXM45.

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The Cisco System MIB objects include:

•Clock Section

•Location Section

•Cisco System Conformance Information

Clock Section

The object identifiers for the clock section are listed in Table 3-120.

Table 3-120 Cisco System Clock Section Object Identifiers

Name	Object Identifier
csyClockDateAndTime	::= { csyClock 1 }
csyClockLostOnReboot	::= { csyClock 2 }

The clock section MIB objects are listed in Table 3-121.

Table 3-121 Cisco System Clock Section MIB Objects 

Name	Syntax	Description	Default Value
csyClockDateAndTime	DateAndTime	Determines the current local date and time for the system. The settings for this object is equivalent to the settings of an automated clock and calendar. The value of the object tracks the date and time from the value set. Note Due to hardware limitations, some systems may not be able to preserve such meaning across reboots of the system, for example, csyClockLostOnReboot. A constant value of all zeros and length 8 indicates the system is not aware of the present date and time. This object can be read-only on some systems. Max-Access: read-write Status: current	none
csyClockLostOnReboot	TruthValue	Indicates whether the system can preserve knowledge of the current date and time across a system reboot. A value of true indicates the clock must be reset from some external source each time the system reboots. A value of false indicates the system has the ability to keep time across reboots. Max-Access: read-only Status: current	none

Location Section

One object identifier is listed in Table 3-122 for the location section.

Table 3-122 Cisco System Location Section Object Identifier

Name	Object Identifier
csyLocationCountry	::= { csyLocation 1 }

One MIB object is listed in Table 3-123 for the location section.

Table 3-123 Cisco System Location Section MIB Object 

Name	Syntax	Description	Default Value
csyLocationCountry	CountryCode	Determines the country where the system is physically located. On some systems and for some technologies, this value affects behavior, such as standards for communication. All technologies can default by using the setting of this value, but can provide an override if necessary. The default value of this object is US. Systems destined for other countries can use a different default. Systems which the value does not affect operation can default to a zero-length value. Max-Access: read-write Status: current	none

Cisco System Conformance Information

The object identifiers are listed in Table 3-124 for conformance.

Table 3-124 Cisco System Conformance Groups 

Name	Object Identifier
ciscoSystemMIBConformance	::= { ciscoSystemMIB 3 }
ciscoSystemMIBCompliances	::={ ciscoSystemMIBConformance 1 }
ciscoSystemMIBGroups	::={ ciscoSystemMIBConformance 2 }

Cisco System Compliance Statement

The compliance object identifier is listed in Table 3-125.

Table 3-125 Cisco System Compliance Object Identifier

Name	Object Identifier
csyClockDateAndTime	::= { ciscoSystemMIBCompliances 1 }

The objects for compliance are listed in Table 3-126.

Table 3-126 Cisco System Compliance Objects 

Name	Groups	Description	Default Value
ciscoSystemMIBCompliance	ciscoSystemClockGroup, ciscoSystemLocationGroup	Implements the Cisco System MIB for the entities of the compliance statement. Adherence to this compliance statement is expected of all Cisco systems. Status: current	none
csyClockDateAndTime	none	Specifies that write access is not implemented on systems that do not allow their clock to be set either because they have a different, more reliable source or they do not use the same information. Min-Access: read-only	none

Cisco System Units of Conformance

The object identifiers for Cisco System units of conformance are listed in Table 3-127.

Table 3-127 Cisco System Units of Conformance Object Identifiers

Name	Object Identifier
ciscoSystemClockGroup	::= { ciscoSystemMIBGroups 1 }
ciscoSystemLocationGroup	::= { ciscoSystemMIBGroups 2 }

The objects are listed in Table 3-128 for the Cisco System units of conformance.

Table 3-128 Cisco System Objects Used for Units of Conformance

Name	Objects	Description	Default Value
ciscoSystemClockGroup	csyClockDateAndTime, csyClockLostOnReboot	Determines the clock attributes. Status: current	none
ciscoSystemLocationGroup	csyLocationCountry	Determines the physical location attributes. Status: current	none

ATM Connection Statistics

This section describes the MIB objects that are used for ATM switch connection related real-time statistical counter objects. The ATM Connection Statistics MIB resides in the CISCO-WAN-ATM-CONN-STAT-MIB.my file.

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Note The ATM Connection Statistics MIB is supported only by AXSM-E and defined under the StrataCom Enterprise.

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The object identifiers for the ATM Connection Statistics MIB are listed in Table 3-129.

Table 3-129 ATM Connection Statistics Object Identifiers 

Name	Object Identifier
cwacsIngRcvCLP0	::= { cwacsEntry 1 }
cwacsIngRcvCLP1	::= { cwacsEntry 2 }
cwacsIngCLP0UpcDiscard	:= { cwacsEntry 7 }
cwacsIngCLP1UpcDiscard	::= { cwacsEntry 8 }
cwacsIngCLP0UpcTagged	::= { cwacsEntry 9 }
cwacsIngRcvEFCI1	::= { cwacsEntry 11 }
cwacsIngRcvEOF1	::= { cwacsEntry 20 }
cwacsIngVCQueueDepth	::= { cwacsEntry 23 }
cwacsEgrRcvCLP0	::= { cwacsEntry 24 }
cwacsEgrRcvCLP1	::= { cwacsEntry 25 }
cwacsEgrRcvEFCI1	::= { cwacsEntry 31 }
cwacsEgrRcvEOF1	::= { cwacsEntry 40 }
cwacsEgrVCQueueDepth	::= { cwacsEntry 43 }
cwacsStatsClear	::= { cwacsEntry 44 }

The ATM Connection Statistics MIB objects are listed in Table 3-130.

Table 3-130 ATM Connection Statistics MIB Objects 

Name	Syntax	Description	Default Value
cwacsIngRcvCLP0	Counter32	Determines the number of valid CLP=0 ATM cells in the ingress direction of the channel prior to the traffic management entity. Units: cells Max-Access: read-only Status: current	none
cwacsIngRcvCLP1	Counter32	Determines the number of valid CLP=1 ATM cells in the ingress direction of the channel prior to the traffic management entity. Units: cells Max-Access: read-only Status: current	none
cwacsIngCLP0Upc Discard	Counter32	Determines the number of valid CLP=0 cells in the ingress direction of the channel that are discarded at the traffic policing entity due to Usage Parameter Control (UPC) or Peak Cell Rate (PCR) parameter violation. If incoming cells violate established user-network contract, the UPC operation checks the validity of the user traffic on a connection. If the cell violates the PCR parameter for the connection, it is discarded or the cell is marked low priority by setting CLP=1. Units: cells Max-Access: read-only Status: current	none
cwacsIngCLP1Upc Discard	Counter32	Determines the number of valid CLP=1 cells in the ingress direction of the channel that are discarded at the traffic policing entity due to the UPC or PCR parameter violation. Units: cells Max-Access: read-only Status: current	none
cwacsIngCLP0Upc Tagged	Counter32	Determines the number of valid CLP=0 cells in the ingress direction of the channel that are tagged as low priority by the UPC. Units: cells Max-Access: read-only Status: current	none
cwacsIngRcvEFCI1	Counter32	Determines the number of valid EFCI=1 cells in the ingress direction of the channel before the class of service queue. Units: cells Max-Access: read-only Status: current	none
cwacsIngRcvEOF1	Counter32	Determines the number of valid EOF=1 ATM cells in the ingress direction of the channel prior to the traffic management entity. Units: cells Max-Access: read-only Status: current	none
cwacsIngVCQueue Depth	Gauge32	Determines the current length of the ingress queue of the channel in terms of the number of cells. Units: cells Max-Access: read-only Status: current	none
cwacsEgrRcvCLP0	Counter32	Determines the number of valid CLP=0 ATM cells in the egress direction of the channel prior to the traffic management entity. Units: cells Max-Access: read-only Status: current	none
cwacsEgrRcvCLP1	Counter32	Determines the number of valid CLP=1 ATM cells in the egress direction of the channel prior to the traffic management entity. Units: cells Max-Access: read-only Status: current	none
cwacsEgrRcvEFCI1	Counter32	Determines the number of valid EFCI=1 cells in the egress direction of the channel before the class of service queue. Units: cells Max-Access: read-only Status: current	none
cwacsEgrRcvEOF1	Counter32	Determines the number of valid EOF=1 ATM cells in the egress direction of the channel prior to the traffic management entity. Units: cells Max-Access: read-only Status: current	none
cwacsEgrVCQueue Depth	Gauge32	Specifies the current length of the egress queue of the channel in terms of number of cells. Units: cells Max-Access: read-only Status: current	none
cwacsStatsClear	TruthValue	Specifies that the agent clears the channel statistics collection if it receives a value of true(1) request from a manager. Setting a value of false(2) has no implication. Max-Access: read-write Status: current	false

ATM Connection Statistics Compliance Information

The object identifiers that are used for compliance are listed in Table 3-131.

Table 3-131 ATM Connection Statistics Compliance Object Identifiers 

Name	Object Identifier
ciscoWanAtmConnStatMIBConformance	::= { ciscoWanAtmConnStatMIB 3 }
ciscoWanAtmConnStatMIBCompliances	::= { ciscoWanAtmConnStatMIBConformance 1 }
ciscoWanAtmConnStatMIBGroups	::= { ciscoWanAtmConnStatMIBConformance 2 }

ATM Connection Statistics Conformance Information

One object identifier is listed in Table 3-132 for conformance.

Table 3-132 ATM Connection Statistics Conformance Object Identifier

Name	Object Identifier
ciscoWanAtmConnStatMIBCompliance	::= { ciscoWanAtmConnStatMIBCompliances 1 }

One object is listed in Table 3-133 for conformance.

Table 3-133 ATM Connection Statistics Object Used for Conformance

Name	Object	Description	Default Value
ciscoWanAtmConnStatMIBCompliance	cwacsGroup	Describes the compliance statement for the Cisco statistics MIB. Status: current	none

ATM Connection Statistics Units of Conformance

One object identifier is listed in Table 3-134 for the ATM Connection Statistics units of conformance.

Table 3-134 ATM Connection Statistics Units of Conformance Object Identifier

Name	Object Identifier
cwacsGroup	::= { ciscoWanAtmConnStatMIBGroups 1 }

One object is listed in Table 3-135 for the ATM Connection Statistics units of conformance.

Table 3-135 ATM Connection Statistics Object Used for Units of Conformance

Name	Objects	Description	Default Value
cwacsGroup	cwacsIngRcvCLP0, cwacsIngRcvCLP1, cwacsIngXmtCLP0, cwacsIngXmtCLP1, cwacsIngCLP0CoSDiscard, cwacsIngCLP1CoSDiscard, cwacsIngCLP0UpcDiscard, cwacsIngCLP1UpcDiscard, cwacsIngCLP0UpcTagged, cwacsIngRcvEFCI0, cwacsIngRcvEFCI1, cwacsIngEFCI0Discard, cwacsIngEFCI1Discard, cwacsIngRcvOAM, cwacsIngOAMDiscard, cwacsIngRcvRM, cwacsIngRMDiscard, cwacsIngXmtFRm, cwacsIngXmtBRmFsRm, cwacsIngRcvEOF1, cwacsIngEOF1Discard, cwacsIngACR, cwacsIngVCQueueDepth, -- Egress statistics cwacsEgrRcvCLP0, cwacsEgrRcvCLP1, cwacsEgrXmtCLP0, cwacsEgrXmtCLP1, cwacsEgrCLP0CoSDiscard, cwacsEgrCLP1CoSDiscard, cwacsEgrRcvEFCI0, cwacsEgrRcvEFCI1, cwacsEgrEFCI0Discard, cwacsEgrEFCI1Discard, cwacsEgrRcvOAM, cwacsEgrOAMDiscard, cwacsEgrRcvRM, cwacsEgrRMDiscard, cwacsEgrXmtFRm, cwacsEgrXmtBRmFsRm, cwacsEgrRcvEOF1, cwacsEgrEOF1Discard, cwacsEgrACR, cwacsEgrVCQueueDepth, cwacsStatsClear	Provides traffic statistic information that are related to an ATM Channel. Status: current	none

Robust Trap Mechanism MIB Objects

This section describes the MIB objects that make up Robust Trap Mechanism (RTM). The RTM MIBs reside in the RTM-MIB.my file.

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Note The RTM MIB is supported by PXM45 and defined under the StrataCom Enterprise.

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The RTM objects include:

•trapConfigTable Group

•trapUploadTable Group

trapConfigTable Group

The object identifiers used for the trapConfigTable are listed in Table 3-136.

Table 3-136 trapConfigTable Object Identifiers 

Name	Object Identifier
trapConfigTable	::= { trapsConfig 1 }
trapConfigEntry	::= { trapConfigTable 1 }
managerIPaddress	::= { trapConfigEntry 1 }
managerPortNumber	::= { trapConfigEntry 2}
managerRowStatus	::= { trapConfigEntry 3}
readingTrapsFlag	::= { trapConfigEntry 4}
nextTrapSeqNum	::= { trapConfigEntry 5}
managerNumOfValidEntries	::= { trapsConfig 2 }
lastSequenceNumber	::= { trapsConfig 3}

The MIB objects are listed in Table 3-137.

Table 3-137 trapConfigTable Group MIB Objects 

Name	Syntax	Description		Default Value
trapConfigTable	SEQUENCE OF TrapConfigEntry	Provides the table that has information on the manager receiving traps. Access: not-accessible Status: mandatory		none
trapConfigEntry	TrapConfigEntry	Determines an entry for the manager. Access: not-accessible Status: mandatory The index is managerIPaddress.		none
managerIPaddress	IpAddress	Determines the IP address that the manager used as an index to the table. This manager receives the traps from AXIS. Access: read-write Status: mandatory		none
managerPortNumber	INTEGER	Determines the port number that the manager receives traps from an agent. Access: read-write Status: mandatory		none
managerRowStatus	INTEGER { addRow (1), delRow (2)}	Indicates when the manager registers with the agent. If applicable, this object is set to addRow, and is checked by the manager keep-alive request. Access: read-write Status: mandatory		none
readingTrapsFlag	INTEGER { false(1), true(2)}	Determines an entry for the state of the manager either reading or not reading traps from the agent. Access: read-write Status: mandatory		none
nextTrapSeqNum	INTEGER	Indicates the first trap that the manager is interested in uploading The agent updates the nextTrapPointer object internally to point to FIFO trap with sequence number equal to nextTrapSeqNum. If there is no trap in the FIFO with this sequence number, the agent sets the nextTrapPointer object to the head of FIFO and returns an error response. Access: read-write Status: mandatory		none
managerNumOfValidEntries	INTEGER (0..8)	Determines the number of managers in the table that are programmed to receive traps. Access: read-only Status: mandatory		none
lastSequenceNumber	INTEGER	Determines the sequence number of the last trap generated on the agent. Access: read-only Status: mandatory		none

trapUploadTable Group

The object identifiers used for the trapConfigTable are listed in Table 3-138.

Table 3-138 trapUploadTable Group Object Identifiers 

Name	Object Identifier
trapUploadTable	::= { trapsConfig 4}
trapUploadEntry	::= { trapUploadTable 1 }
trapManagerIPaddress	::= { trapUploadEntry 1 }
trapSequenceNum	::= { trapUploadEntry 2}
trapPduString	::= { trapUploadEntry 3}
endOfQueueFlag	::= { trapUploadEntry 4}

The MIB objects are listed in Table 3-139.

Table 3-139 trapUploadTable Group MIB Objects 

Name	Syntax	Description		Default Value
trapUploadTable	SEQUENCE OF TrapUploadEntry	Specifies the table, which is used by the manager, retrieves missing traps by using the robust trap mechanism. The manager does a GetRequest operation on this table. Access: not-accessible Status: mandatory		none
trapUploadEntry	TrapUploadEntry	Indicates the manager does a GetRequest operation on the elements of this entry to upload missing traps. Access: not-accessible Status: mandatory The index is trapManagerIPaddress.		none
trapManagerIPaddress	IpAddress	Specifies the IP address the manager used as an index to the table. This manager receives the traps from AXIS. Access: read-write Status: mandatory		none
trapSequenceNum	INTEGER	Determines the sequence number associated with the trap. Access: read-only Status: mandatory		none
trapPduString	DisplayString	Specifies the trap description string. Access: read-only Status: mandatory		none
endOfQueueFlag	INTEGER { false (1), true (2)}	Indicates the flag that is saved in the agent FIFO queue for the last trap. Access: read-only Status: mandatory		none

Error Status MIB Objects

This section describes the MIB objects that reside in the ERR-STATUS-MIB.my file. The Error Status table is the only MIB defined in the Error Status MIB group.

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Note The Error Status table is supported by PXM45 and defined under the StrataCom Enterprise.

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Error Status Table

The Error Status table maintains status information about SNMP requests from a manager. When an SNMP request is completed, an entry is created. In addition to a successful status, the manager provides information associated with any failed requests. This table is indexed by the request ID. The request ID is the SNMP PDU identifier associated with the failed request.

Currently a limit of 100 entries are imposed on this table. Each manager is allowed to access their own table. Individual manager access is determined by the IP address.

The object identifiers used for the Error Status Table are listed in Table 3-140.

Table 3-140 Error Status Table Object Identifiers 

Name	Object Identifier
strmErrors	::= { stratacom 910 }
errStatusLastIndex	::= { strmErrors 1 }
errStatusTable	::= { strmErrors 2 }
errStatusTableEntry	::= { errStatusTable 1 }
errReqId	::= { errStatusTableEntry 1 }
errCode	::= { errStatusTableEntry 2 }
errStatusDesc	::= { errStatusTableEntry 3 }

The MIB objects are listed in Table 3-141.

Table 3-141 Error Status Table MIB Objects 

Name	Syntax	Description		Default Value
strmErrors	none	Contains the value of the request ID for the current entry in the error status table. Many management applications have no knowledge of the request IDs used by the SNMP engine. The management applications can get the value of this object, and then use it to retrieve the error status for the last Set operation.		none
errStatus LastIndex	INTEGER	If at least one entry exists in the error status table for the given manager, the value of this object contains the index corresponding to the last entry. If no entry exists in the error status table for the given manager, the value of this object is -1. Access: read-only Status: mandatory		none
errStatus Table	SEQUENCE OF ErrStatusTableEntry	Provides a list of error statuses for a given SNMP manager. Access: not-accessible Status: mandatory		none
errStatus TablEntry	ErrStatusTableEntry	Provides a general error status entry. Access: not-accessible Status: mandatory The index is errReqId.		none
errReqId	INTEGER	Contains the PDU request ID associated with the error. Access: read-only Status: mandatory		none
errCode	INTEGER { success(1), existErr(2), syntaxErr(3),resourceErr(4), databaseLocked(5),otherErr(6), wrongType(7), wrongLength(8), wrongEncoding(9),wrongValue(10), noCreation(11), inconsistentValue(12), resourceUnavailable(13), commitFailed(14),undoFailed(15), authorizationError(16), notWritable(17),inconsistentName(18), featureDisabled(19), m32Problem(20),sarProblem(21), bnmProblem(22), ascUpdFailed(23), lineEnabled(24),lineDisabled(25), lmMismatch(26),lineHasPorts(27), portEnabled(28),portDisable(29), portHasChan(30),chanEnabled(31), chanDisabled(32),dlciEnabled(33), dlciDisabled(34),ovrsubconnPass(35), ovrsubConnFail(36),portVpiVciInUse(37), invalidPrimarySlot(38), invalidSecondarySlot(39),linkFull(40), primaryDuplicate(41), secondaryDuplicate(42), primaryNotPresent(43), secondaryNotPresent(44), srmNotPresent(45),invalidCommand(46), invalidCardType(47),featureMismatch(48), lmiEnabled(49),dlciUsed(50), invalidRedType(51), bertResourcesNotFree(52), bertResourcesNotReady(53),	Contains an error status code that is used by the manager to take automated corrective actions when the requests encounter failures. If no error is encountered, a successful status is provided. Access: read-only Status: mandatory		none
errCode (continued)	bertSlotEmpty(54), bertUnsupportedCard(55), bertNotOwner(56),bertStartFailed(57), bertModFailed(58),bertDelFailed(59), bertUnsupportedType(60), bertWrongParams(61),bertUnableToFree(62), bertGeneralError(63),portInLoopback(64), invalidT3LineNum(65),invalidT1LineNum(66), invalidSlotNum(67),invalidLineNum(68), notEnoughLine(69), lineInUse(70),t3NotEnabled(71), smNotPresent(72),smNotPrimary(73), srm3t3NotPresent(74),lineInLoopback(75), lineInconsistentLoopback(76), lineLoopNotAllowed(77), versionMismatch(78),portOutOfService(79), lineOutOfService(80), bertNotConfigured(81), bertConfigurationIncomplete(82), testAlreadyOn(83),testNotOn(84), loopUpFailure(85),loopDownFailure(86), bertPatternSyncFailure(87), -- error codes added for PAR 100 - 199 localIfNotOk(100),remoteIfNotOk(101), localChannelsNotEnough(102), remoteChannelsNotEnough(103), localAddrNotOk(104),remoteAddrNotOk(105), localAddrExist(106),remoteAddrExist(107), invalidConnAddr(108), maxConnsExceeded(109), lmiTrkNotAdded(110),connNotExist(111), vpiConflictForVcc(112), vpiConflictForVpc(113),vpiRangeErr(114), vciRangeErr(115),invalidConnType(116), genConnErr(117), masterConnAllocFailed(118), slaveConnAllocFailed(119), masterLogepAllocFailed(120), slaveLogepAllocFailed(121), masterCmtFailed(122),
errCode (continued)	slaveCmtFailed(123), daxCmtFailed(124), masterChgFailed(125), laveChgFailed(126),daxChgFailed(127), masterDelFailed(128),slaveDelFailed(129), daxDelFailed(130),masterTimeout(131), mxConAddSessionExceeded(132), masterSessionUnavail(133), slaveSessionUnavail(134), unknownDest(135),localAddrUnknown(136), rmtAddrUnknown(137), portHasResPart(138),networkBusy(139), slaveCnfconNotAllowed(140), -- error codes added for SVC-pnni 200 - 249 pnniConfigurationFail(200), pnniInvalidValue(201), pnniTargtNodeNotExist(202), pnniEntryExist(203), pnniEntryNotExist(204), pnniTargetNodeAdminUp(205), pnniTargetInterfaceNotExist(206), pnniInvalidAtmEndStationAddress(207), pnniNotReadyForSet(208), -- error codes aded for SVC-ccb 250 - 349 ccbNullMessageSent(250), ccbOutOfMemory(251), ccbSSIMessageAllocationFailed(252), ccbSwitchResponseReturnedFailure(253), ccbOperationNotPermittedOnControlPort(254), ccbPortExists(255),ccbPortNotExist(256), ccbPortInUseBySwitch(257), ccbPortNotOutOfService(258), ccbPortUpAlready(259), ccbPortDownAlready(260), ccbPortTypeNotMatch(261), ccbAtmAddrExceedMax(262), ccbAtmAddrNotExist(263), ccbAtmAddrExist(264), ccbAtmAddrNotAllowed(265), ccbAtmAddrSendPnniFailed(266), -- error code added for SPVC 350 - 449 vpiVciNotAvail(350),rmtAddrRequired(351), endptAllocFailed(352),legAllocFailed(353), invalidTrafficParam(354),daxNoSlave(355),
errCode (continued)	daxSlaveNotAvail(356), endptNotExist(357), endptNotPersistent(358), delFailed(359),modFailed(360), upFailed(361),downFailed(362), rerouteFailed(363),operNotAppl(364), connAlreadyUp(365),connAlreadyDown(366), daxSlaveParamMismatch(367), daxSlaveTrafficParamModNotAllowed(368), daxRerouteNotAppl(369),interfaceDown(370), spvcNotAllowedOnPart(371), spvcBlockEnabled(372), spvcNotAllowedOnIntf(373), spvcNotAllowedDelDaxSlaveEp(374), noPepToDelete(375),portDontSuppoSc(376), lscrBiggerThanLpcr(377), rscrBiggerThanRpcr(378), cbrNeedsLpcr(379),cbrNeedsRpcr(380), vbrNeedsLpcr(381),vbrNeedsRpcr(382), abrNeedsLpcr(383),abrNeedsRpcr(384), badRcdv(385),badRctd(386), badRMaxClr(387),lCrTooBig(388), rCrTooBig(389), ctdNotApplicableServiceType(390), cdvNotApplicableServiceType(391), vccExistsVpi(392),epAlreadyExists(393), blockedInNoProv(394), commandProcNotReady(601), invalidIfIndex(602),invalidShelfNum(603), invalidBayNum(605),invalidPortNum(606), provDisBcMismatch(607), configNotSupported(608), frontcardMismatch(609), portRateSumExceedLnRate(610), axsmDiskErr(611), portRateExceedLnRate(612), cannotModSctID(613),partNotExist(614), partExist(615),badBayOrLine(616), vsiSetErr(617),vsisAddPart(618), vsisCnfPart(619),vsisDelPart(620), partRateExceedsPortRate(621), lineResvForE3(622),lineResvForT3(623), minRateExceedMax(624),vpiLoExceedHi(625),
errCode (continued)	vciLoExceedHi(626),swErr(627), actsctCntExceed(628),sctFileMissing(629), sctFileBad(630),sctSgParmMismatch(631), hardwareConfigErr(633), vpiOverlap(634),vciOverlap(635), cannotAllocLcn(636),cannotAllocBw(637), partPortParmMismatch(638), cannotReleaseLcn(639),cannotReleaseBw(640), cannotModLcnRange(641), cannotModBwRange(642),invalidPartNum(643), invalidCtlrNum(644), invalidSlave(645),invalidConnref(646), dupRequest(647),pendingRequest(648), outOfMemory(649),resourceInUse(650), dcMismatch(651),dcMissing(652), bcMismatch(653),bcMissing(654), invalidDiskRecord(655), invalidCellMapping(656), invalidLineTrace(657), invalidTcaSeverity(658),invalidAtmPhy(659), conflictingPort(660), minConnsExceedsMax(661), partTblFull(662),frozenStatsLvl(663), invalidStatsLvl(664),invalidImaGroup(665), imaGroupEnable(666),imaGroupDisable(667), imaGroupHasPorts(668), cannotCnfProtLine(669), workingLineDown(670), -- error code added for RPM 701 - 800 invalidParam(701),badIpcData(702), rvtNotActive(703),diskUpdFailed(704), subIfDown(705), vpiOutOfRange(706), vciOutOfRange(707),vcdOutOfRange(708), inarpNotAllowed(709),vcdInUse(710), secondVccOnPTP(711),unknownLANEType(712), secondIlmiVc(713),unknownEncapType(714), pppErr(715),invalidVpi(716), invalidVci(717), serviceTypeNotSupported(718), cantChgVpcFlag(719),cantChgRmtVpi(720), cantChgRmtVci(721),cantChgRmtAddr(722), cantChgMastership(723),cantChgSubIf(724), cantChgServType(725),cantCnfVc(726), cantDelVc(727),connNotFound(728),
errCode (continued)	subIfNotExist(729),endptNotMaster(730), ctlrIdRequired(731), ingBwRangeRequired(732), egrBwRangeRequired(733), vpiRangeRequired(734),vciRangeRequired(735), invalidIngBwRange(736), invalidEgrBwRange(737), ingBwNotAvail(738),egrBwNotAvail(739), invalidVpiRange(740),invalidVciRange(741), vpiRangeInUse(742),vciRangeInUse(743), cantChgCtlrId(744),cantChgPartType(745), cantModPart(746),cantDelPart(747), ubIfExist(748),invalidIpAddr(749), subIfTypeRequired(750), cantChgSubIfType(751), ssubIfNotFound(752), cantShutMainIf(753),cantDelMainIf(754), rpmNotActive(755),ipcErr(756), rpmNoResponse(757)}
errStatusDesc	DisplayString	Contains error status information for the failed Set types to one or more objects. This object is updated only on failed Set types. Since the SNMP standard allows only a limited number of error status returns, the managers can retrieve this variable to get additional information on a failed Set operation. Typically this object can contain information specifying date, Set or Get operation, current SNMP table, and additional error information. Access: read-only Status: mandatory		none

Basis Shelf MIB Objects

This section describes the individual MIB objects that make up the PXM45 MIB-specific files. The BASIS SHELF MIB file.

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Note The BASIS SHELF MIB is supported by PXM45 and defined under the StrataCom Enterprise.

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The Basis Shelf MIB objects include:

•Shelf Table

•axisRedundancy Group

Shelf Table

The object identifier for each MIB object is listed in Table 3-142.

Table 3-142 Shelf Table Object Identifiers 

Name	Object Identifier
shelfTable	::= { basisShelf 1 }
shelfEntry	::= { shelfTable 1}
shelfNum	::= { shelfEntry 1 }
shelfSlotNum	::= { shelfEntry 2 }
shelfBkplnSerialNumDeprecated	::= { shelfEntry 3 }
shelfFunctionModuleState	::= { shelfEntry 4 }
shelfFunctionModuleType	::= { shelfEntry 5 }
shelfFunctionModuleHoldReset	::= { shelfEntry 6 }
statsMasterIpAddress	::= { basisShelf 10 }
statsCollectionInterval	::= { basisShelf 11 }
statsBucketInterval	::= { basisShelf 12 }
userName	::= { basisShelf 13 }
shelfIntegratedAlarm	::= { basisShelf 14 }

The MIB objects are listed in Table 3-143.

Table 3-143 Shelf Table MIB Objects 

Name	Syntax	Description		Default Value
shelfTable	Sequence of shelfEntry	Provides the physical slot number and state of the cards for this table. Access: not-accessible Status: mandatory		none
shelfEntry	shelfEntry	Provides an entry for the slot. Access: not-accessible Status: mandatory The indexes are the following: •shelfNum •shelfSlotNum		none
shelfNum	Integer (1..4)	Represents a unique value for each shelf. The value ranges from one to the maximum value of shelfNumber. Access: read-only Status: mandatory		none
shelfSlotNum	Integer (1..33)	Displays the slot number of a card. BASIS can have a maximum of 16 slots in one shelf. A value of 17 is used to reset the whole shelf. The Cisco MGX 8850 can have a maximum of 32 slots in one shelf. A value of 33 is used to reset the whole shelf. Access: read-only Status: mandatory		none
shelfBkplnSerialNumDeprecated	Integer (1..4)	Specifies that this object is deprecated. It is available as the ninth entry in basisShelf. It is included here to prevent a hole in the shelfEntry table. Access: read-only Status: mandatory		none
shelfFunctionModule State	Integer {nocard (1), standby (2), active (3), failed (4), selfTest (5), heldInReset (6), boot (7), mismatch (8), unknown (9), coreCardMismatch (10), blocked (11), reserved (12), (hold state applies to PXM during Graceful Upgrade) hold (13)}	Holds the status of a card in a particular shelf-slot. The Slave PXM assumes the hold state during PXM upgrades. In this state, the Slave PXM is running a different firmware but is receiving all standby updates from Battery-backed nonvolatile RAM (BRAM) and the Database. Access: read-only Status: mandatory		none
shelfFunctionModule Type	Integer {other (1), asc (2), Reserved for MGX 8850 after 1000: pxm1 (1000), pxm1-2t3e3 (1001), pxm1-4oc3 (1002), pxm1-oc12 (1003), rpm (2000)}	Indicates the type of a card in a particular shelf-slot. Access: read-only Status: mandatory		other
shelfFunctionModuleHoldReset	Integer {doNotHold(1), holdInReset(2)}	Retains the card in a particular shelf-slot during reset if this object is set to holdInReset. If the object is set to doNotHold, it resets only the card in the specified slot. If the slot number is 17, it resets the whole shelf. Access: read-only Status: mandatory		none
statsMasterIpAddress	IpAddress	Displays the IP address of the statsMaster. Access: read-only Status: mandatory		none
statsCollectionInterval	Integer (0..65535)	Displays the statistics collection interval in minutes. Access: read-only Status: mandatory		0
statsBucketInterval	Integer (0..65535)	Displays the statistics bucket interval in minutes. Access: read-only Status: mandatory		0
userName	DisplayString {SIZE (1..20)}	Displays the username of the person logging in or logging out. It is used only in traps, and is currently limited to 12 characters. Access: read-only Status: mandatory		none
shelfIntegratedAlarm	Integer {clear (1), minor (2), major (3), critical (4)}	Displays the alarm status of the shelf. An implementation cannot support all the values. The following values are possible: •clear (1)—Indicates that the shelf is not in alarm. •minor (2)— Indicates that a nonservice affecting condition occurred and that corrective action is being taken to prevent a more serious fault. •major (3)—Indicates that a service-affecting condition has occurred and urgent corrective action is required. •critical (4)—Indicates that a service effecting condition occurred and immediate corrective action is required. Note The definitions for minor (2), major (3), and critical (4) are taken from Bellcore GR-1248-CORE. Access: read-only Status: mandatory		clear

axisRedundancy Group

This group contains information about redundancy mapping. The Core Card Set in the
Cisco MGX 8850 includes the Processor Switch Module (PXM) and the Service Redundancy/Resource Module (System Resource Manager).

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Note The slot numbers that are plugged in for the Core Card Set are different for various products.

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A redundant pair is a set of cards or modules that operate in a redundant manner. At any time, one or more cards or modules of the pair are active, while the other is standby. If an active member fails, one of the standby members becomes active.

The object identifier for each MIB object is listed in Table 3-144.

Table 3-144 axisRedundancy Group Object Identifiers 

Name	Object Identifier
smRedMapTable	::= { axisRedundancy 1 }
smRedMapEntry	::= { smRedMapTable 1}
redPrimarySlotNum	::= { smRedMapEntry 1 }
redRowStatus	::= { smRedMapEntry 2 }
redPrimaryType	::= { smRedMapEntry 3 }
redPrimaryState	::= { smRedMapEntry 4 }
redSecondarySlotNum	::= { smRedMapEntry 5 }
redSecondaryType	::= { smRedMapEntry 6 }
redSecondaryState	::= { smRedMapEntry 7 }
redType	::= { smRedMapEntry 8 }
redCoveringSlot	::= { smRedMapEntry 9 }
redFeature	::= { smRedMapEntry 10 }
redLineModuleType	::= { smRedMapEntry 11 }

The MIB objects are listed in Table 3-145.

Table 3-145 axisRedundancy Group MIB Objects 

Name	Syntax	Description		Default Value
smRedMapTable	Sequence Of SmRedMapEntry	Provides the redundancy map for a service module. This table is used to configure redundancy for service modules. It contains entries for the Core Card Set in some implementations. Access: not-accessible Status: mandatory		none
smRedMapEntry	smRedMapEntry	Provides an entry for Service Module or Core Card Set redundancy. Some implementations can have entries for the core-card set. The entries for core-card set can not be added, modified, or deleted. An entry is created in this table to configure service modules in redundant configuration. Following are examples: •1:1 (Y cable) redundancy configuration—Exists for each redundant pair with redPrimarySlotNum as the index. •1:N redundancy configuration—Exists with different primary slot numbers (redPrimarySlot value) with the same secondary slot numbers (redSecondarySlot value). Access: not-accessible Status: mandatory The index contains redPrimarySlotNum.		none
redPrimarySlotNum	Integer (1..32)	Describes the index to the table. This is the slot number of the primary module in the redundant configuration. For systems where the entries are created by the agent for the Core Card Set, the implied slot numbers are used for this object. The implied slot number values depend on the system. Access: read-write Status: mandatory		none
redRowStatus	Integer {add(1), del(2), mod(3)}	Adds, deletes, or modifies the redundancy. Note Modify is not used, but is there for consistency. This object creates and deletes an entry in smRedMapTable. This object is set to add (1), to create an entry in the table. The values of redPrimarySlot and redSecondarySlot objects constitute the redundant pairs. The slot numbers specified for redPrimarySlot and redSecondarySlot can be in the same half of the shelf for half-height service modules. This object is set to del (2) to delete an entry from the table. Access: read-write Status: mandatory		del
redPrimaryType	Integer {other (1), bsc (2), tim (20) reserved for MGX8850 after 1000 pxm1 (1000), pxm1-2t3e3 (1001), pxm1-4oc3 (1002), pxm1-oc12 (1003), rpm (2000)}	Holds the type of the primary card. Some of the card types are not supported in the table but they are defined for consistency. The bsc, ausm-T3, and tim modules are not supported. Note The redPrimaryType object is not supported by PXM45 for Release 2.1. Access: read-only Status: mandatory		none
redPrimaryState	Integer{nocard (1), standby (2), active (3), failed (4), selfTest (5), heldInReset (6), boot (7), mismatch (8), unknown (9), unusedCoreCardMisMatch (10), blocked (11), reserved (12), Hold state applies to PXM during Graceful Upgrade, unusedHold (13)}	Holds the state of the primary card. Some of the states are not supported in the table but are defined here for consistency with the card states. The values heldInReset, boot, and unknown are not supported. Access: read-only Status: mandatory The following are the supported values: •nocard (1)—Module not present in the slot. •standby (2)—Module is in standby state. •active (3)—Module is in active state. •failed (4)—Module is in failed state due to some condition. •selfTest (5)—Module is performing self test. •mismatch(8)—Wrong module is plugged in.		none
redSecondarySlotNum	Integer (0..32)	Contains the slot number of the redundant card for the primary card. The value of SecondarySlotNum is 0 when no secondary card covers the primary card. The value of SecondarySlotNum is from the same half of the shelf. If the primary card is in the top half, the secondary card is in the same half and is covered by the top SRM. Access: read-write Status: mandatory		none
redSecondaryType	Integer {other (1), bsc (2), tim (20), frsm-4T1 (30), reserved for MGX8850 after 1000 pxm1 (1000), pxm1-2t3e3 (1001), pxm1-4oc3 (1002), pxm1-oc12 (1003), rpm (2000)}	Holds the type of the redundant card. Note redSecondaryType is the same as redPrimaryType unless it is changed for a new service module. Some of the card types are not supported in the table but they are defined here for consistency with the shelf card types. The bsc, ausm-T3, and tim modules are not supported. Note The redSecondaryType object is not supported by PXM45 for Release 2.1. Access: read-only Status: mandatory		none
redSecondaryState	Integer {nocard (1), standby (2), active (3), failed (4), selfTest (5), heldInReset (6), boot (7), mismatch (8), unknown (9), unusedCoreCardMisMatch (10), blocked (11), reserved (12), Hold state applies to PXM during Graceful Upgrade unusedHold (13)}	Holds the state of the secondary card. Access: read-only Status: mandatory The following are the supported values: •nocard (1)—Module not present in the slot. •standby (2)—Module is in standby state. •active (3)—Module is in active state. •failed (4)—Module is in failed state. •selfTest (5)—Module is performing self test. •mismatch (8)—Module is not compatible with the current configuration or wrong type of backcard. A line module is inserted.		none
redType	Integer{yCable (1), oneToN (2) }	Describes the type of redundancy. The supported values are either yCable (1) or oneToN (2). yCable is a 1:1 (y cable) redundancy configuration. In this configuration, there is only one module, which acts as the backup for the other. oneToN (2) is a 1:N redundancy configuration. In this configuration, there is one module (secondary), which acts as the backup for other primary modules. There are multiple primary modules and one secondary module in this configuration. At any point, the secondary module backsup only one failed primary module. If more than one primary module fails, the failed primary modules are not covered by the secondary module. Access: read-write Status: mandatory		none
redCoveringSlot	Integer (0..32)	Indicates the slot number of the primary card. The secondary card is covering this slot number. Note redCoveringSlot is set to 0 when the primary is not being protected. If this primary card is being protected by its redundant card, this object is the primary slot number. Access: read-only Status: mandatory		none
redFeature	Integer	Indicates the feature of the primary card. Access: read-only Status: mandatory		none
redLineModuleType	Integer {lm-DB15-4T1 (16), lm-DB15-4E1 (17), lm-BNC-4E1 (18), lm-DB15-4T1-R(19), lm-DB15-4E1-R(20), lm-BNC-4E1-R (21), lm-RJ48-8T1 (22), lm-RJ48-8E1 (23), lm-SMB-8E1 (24), lm-RJ48-T3T1 (25), lm-RJ48-E3E1 (26), lm-RJ48-T3E1 (27), lm-SMB-E3E1 (28), lm-RJ48-E3T1 (29), lm-SMB-T3E1 (30), lm-T3E3-D (32), lm-T3E3-B (33), lm-RJ48-8T1-R(48), lm-RJ48-8E1-R(49), lm-SMB-8E1-R (50), HSSI/X.21 lm-HS1-4X21 (60), lm-HS1-3HSSI(61), HSSI/X.21 lm-HS1-4V35 (62)}	Indicates the line module type for the primary card. This object is not configured and it has only the type of the current line module that is present in the slot. Note The types that end with a -R are a redundant back card type, which do not have a connector on the faceplate. They are used for the redundant card but they are plugged into the primary by mistake. This object shows the applicable type. Note The redLineModuleType object is not supported by PXM45 for Release 2.1. Access: read-only Status: mandatory		none

Generic MIB for Traps

This section describes the MIB object that make up the GENERICOBJECT-MIB.my file.

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Note The Generic MIB for Traps support PXM45 and defined under the StrataCom Enterprise.

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The generic objects group is used generically for traps. The objects cannot be read or set.

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Note Only the genericTimeStamp object is supported.

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One object identifier is listed in Table 3-146.

Table 3-146 Generic Object MIB Object Identifier 

Name	Object Identifier
genericTimeStamp	::= { genericObjects 3}

One MIB object is listed in Table 3-147.

Table 3-147 Generic Object MIB 

Name	Syntax	Description		Default Value
genericTimeStamp	DisplayString (SIZE (1..30))	Specifies the generic time stamp used in traps. This object cannot be set or read. The genericTimeStamp object is used by all new traps to tell the time that a given trap was originated. Access: read-only Status: mandatory		none

Module MIB for Traps

This section describes the MIB object that make up the BASIS-GENERIC-MIB.my file from the AXIPOP-MIB.

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Note The Module MIB for Traps support PXM45 and defined under the StrataCom Enterprise.

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One object identifier is listed in Table 3-148 for the Basis Generic MIB.

Table 3-148 Basis Generic MIB Object Identifier 

Name	Object Identifier
moduleTrapAlarmSeverity	::= { cardInformation 15 }

One MIB object is listed in Table 3-149.

Table 3-149 Basis Generic MIB Object 

Name	Syntax	Description		Default Value
moduleTrapAlarmSeverity	INTEGER { minor (1), major (2), dontCare (3), critical (4), error (5), warning (6), notice (7), info (8)}	Specifies this varbind is sent to managers as part of all Trap PDUs to determine the module alarm severity. An implementation cannot support all the possible values. The following are the values: •major (1)—Specifies major service has been impacted. •minor (2)—Specifies minor service has been lost. •dontCare(3)—Specifies severity is not applicable. •critical (4)—Affects existing data traffic. •error (5)—Specifies an error has occurred. •warning (6)—Specifies a threshold has been reached. •notice (7)—Specifies a normal but significant event has occurred. •info(8)—Specifies the applicable information. Access: read-only Status: mandatory		none

Service Class Template

This section describes the MIB objects that make up the CISCO-WAN-SCT-MIB.my file. The Service Class Template (SCT) MIB presents the software configurable parameters of the hardware. The parameters are used to implement various Quality of Service (QoS) and policing features for various service types.

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Note The SCT MIB supports both AXSM and AXSM-E.

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The SCT MIB groups include:

•Version Number Used for the Service Class Template

•Virtual Circuit Descriptor Group

•Class of Service Buffer Descriptor Group

•Service Class Template Conformance Information

Version Number Used for the Service Class Template

One object identifier is listed in Table 3-150.

Table 3-150 Version Number Object Identifier 

Name	Object Identifier
cwSctVersion	::= { cwSctGeneral 1 }

One MIB object is listed in Table 3-151.

Table 3-151 Version Number Used for the Service Class Template MIB Object

Name	Syntax	Description		Default Value
cwSctVersion	Integer32 (1..65535)	Specifies the version of the SCT file. Max-Access: read-only Status: current		none

Virtual Circuit Descriptor Group

The object identifiers that are used for the Virtual Circuit (VC) descriptor group are listed in Table 3-152.

Table 3-152 Virtual Circuit Descriptor Group Object Identifiers 

Name	Object Identifier
cwSctVcDescTable	::= { cwSctVcDesc 1 }
cwSctVcDescEntry	::= { cwSctVcDescTable 1 }
cwSctId	::= { cwSctVcDescEntry 1 }
cwSctVcDescServiceType	::= { cwSctVcDescEntry 2 }
cwSctVcDescServiceCategory	::= { cwSctVcDescEntry 3 }
cwSctVcDescCosbNumber	::= { cwSctVcDescEntry 4 }
cwSctVcDescCacTreatment	::= { cwSctVcDescEntry 5 }
cwSctVcDescUpcEnable	::= { cwSctVcDescEntry 6 }
cwSctVcDescUpcClpSelection	::= { cwSctVcDescEntry 7 }
cwSctVcDescPolicingActGcra1	::= { cwSctVcDescEntry 8 }
cwSctVcDescPolicingActGcra2	::= { cwSctVcDescEntry 9 }
cwSctVcDescPcr	::= { cwSctVcDescEntry 10 }
cwSctVcDescScr	::= { cwSctVcDescEntry 11 }
cwSctVcDescMcr	::= { cwSctVcDescEntry 12 }
cwSctVcDescIcr	::= { cwSctVcDescEntry 13 }
cwSctVcDescMbs	::= { cwSctVcDescEntry 14 }
cwSctVcDescMfs	::= { cwSctVcDescEntry 15 }
cwSctVcDescCdvt	::= { cwSctVcDescEntry 16 }
cwSctVcDescVcPktDiscdMode	::= { cwSctVcDescEntry 17 }
cwSctVcDescMaxThreshold	::= { cwSctVcDescEntry 18 }
cwSctVcDescClp1HighThreshold	::= { cwSctVcDescEntry 19 }
cwSctVcDescClp1LowOrEpd1Thresh	::= { cwSctVcDescEntry 20 }
cwSctVcDescEpd0Threshold	::= { cwSctVcDescEntry 21 }
cwSctVcDescEfciThreshold	::= { cwSctVcDescEntry 22 }
cwSctVcDescCosScalingClass	::= { cwSctVcDescEntry 23 }
cwSctVcDescLogicalPortScaling	::= { cwSctVcDescEntry 24 }
cwSctVcDescCiControl	::= { cwSctVcDescEntry 25 }
cwSctVcDescCrmCells	::= { cwSctVcDescEntry 26 }
cwSctVcDescVsvd	::= { cwSctVcDescEntry 27 }
cwSctVcDescAdtf	::= { cwSctVcDescEntry 28 }
cwSctVcDescRdf	::= { cwSctVcDescEntry 29 }
cwSctVcDescRif	::= { cwSctVcDescEntry 30 }
cwSctVcDescNrm	::= { cwSctVcDescEntry 31 }
cwSctVcDescTrm	::= { cwSctVcDescEntry 32 }
cwSctVcDescCdf	::= { cwSctVcDescEntry 33 }
cwSctVcDescTbe	::= { cwSctVcDescEntry 34 }
cwSctVcDescFrtt	::= { cwSctVcDescEntry 35 }
cwSctVcDescWfqEnable	::= { cwSctVcDescEntry 36 }

The MIB objects are listed in Table 3-153.

Table 3-153 Virtual Circuit Descriptor Group MIB Objects 

Name	Syntax	Description		Default Value
cwSctVcDesc Table	SEQUENCE OF CwSctVcDescEntry	Provides the SCT VC descriptor table. Max-Access: not-accessible Status: current		none
cwSctVcDesc Entry	CwSctVcDescEntry	Provides an entry to the SCT VC Descriptor Table. Max-Access: not-accessible Status: current The following are the indexes: •cwSctId •cwSctVcDescServiceType		none
cwSctId	Integer32 (1..65535)	Determines the SCT identifier. Max-Access: not-accessible Status: current		none
cwSctVcDesc ServiceType	Integer32 (0..65535)	Specifies the service type characteristics that are defined by the rest of the parameters. Max-Access: not-accessible Status: current		none
cwSctVcDesc ServiceCategory	Integer32 (0..65535)	Determines the location of the service category to the service type. All service types that belong to the same service category should be mapped to the same Class of Service Buffer (CoSB). Max-Access: read-only Status: current		none
cwSctVcDesc CosbNumber	Integer32 (1..16)	Associates the CoSB number with the service type. Max-Access: read-write Status: current		1
cwSctVcDescCac Treatment	Integer32 (1..256)	Specifies the Connection Admission Control (CAC) algorithm to use with this service type. Max-Access: read-write Status: current The following are the CAC algorithms:		2
		Value	Type
		1	IcnCac
		2	basicCac
		3	eCac-Model A
		4	eCac-Model B
		5	eCac-Model C
		6	eCac-Model D
		7	eCac-Model E
		8	eCac-Model F
		9	mbBwCac
cwSctVcDescUpc Enable	INTEGER { enableAll(1), enableGcra1(2), enableGcra2(3), enableGcra1WithPktPolicing(4), enableGcra2WithPktPolicing(5), disableAll(6) }	Enables or disables the selective Usage Parameter Control (UPC) policing on the virtual circuit. Max-Access: read-write Status: current		none
cwSctVcDescUpc ClpSelection	Integer32 (1..4)	Selects the processing of policing buckets based on the Cell Loss Priority (CLP) bit. Max-Access: read-write Status: current		none
cwSctVcDesc PolicingActGcra1	INTEGER { discard(1), setClpBit(2), setClpDiscTagged(3) }	Determines the type of policing action the policer must take for the cells in bucket 1 for this service type. Max-Access: read-write Status: current		none
cwSctVcDesc PolicingActGcra2	INTEGER { discard(1), setClpBit(2), setClpDiscTagged(3) }	Determines the type of policing action the policer must take for the cells in bucket 2 for this service type. Max-Access: read-write Status: current		none
cwSctVcDescPcr	Integer32 (0..1000000)	Specifies the PCR for any connection this service type is allowed to send. The cwSctVcDescPcr object represents a percentage of the logical interface maximum rate. A value of 1000000 corresponds to 100%. Max-Access: read-write Status: current		none
cwSctVcDescScr	Integer32 (0..1000000)	Specifies that the Sustained Cell Rate (SCR) represents a percentage of the PCR. A value of 1000000 corresponds to 100%. Max-Access: read-write Status: current		none
cwSctVcDescMcr	Integer32 (0..1000000)	Specifies that the Minimum Cell Rate (MCR) represents a percentage of the Peak Cell Rate. A value of 1000000 corresponds to 100%. Max-Access: read-write Status: current		none
cwSctVcDescIcr	Integer32 (0..1000000)	Specifies that the Initial Cell Rate (ICR) is used for ABR connections that are idle. The cwSctVcDescIcr object represents a percentage of the peak cell rate. A value of 1000000 corresponds to 100%. Max-Access: read-write Status: current		none
cwSctVcDescMbs	Integer32 (1..5000000)	Specifies that the Maximum Burst Size (MBS) represents a policing parameter. Max-Access: read-write Status: current		none
cwSctVcDescMfs	Integer32 (1..1236)	Specifies that the Maximum Frame Size (MFS) is used for frame based policing. MFS supports 64Kb that equals to approximately 1236 cells. Max-Access: read-write Status: current		none
cwSctVcDesc Cdvt	Integer32 (0..5000000)	Specifies that the Cell Delay Variation Tolerance (CDVT) is used for policing purposes. The cwSctVcDescCdvt object is represented in microseconds. Max-Access: read-write Status: current		none
cwSctVcDesc VcPktDiscdMode	INTEGER { enable(1), disable(2) }	Enables or disables the packet discard mode for the VC. If the packet mode is enabled, the Early Packet Discard (EPD) threshold is activated. If the packet mode disabled, CLP thresholds are active. Max-Access: read-write Status: current		none
cwSctVcDescMax Threshold	Integer32 (0..5000000)	Specifies that the VC maximum threshold indicates the maximum number of cells that are buffered in the cell memory for that VC. It is represented in units of time in ms. The value is multiplied by the line rate that gives the number of cells for the threshold. Max-Access: read-write Status: current		none
cwSctVcDescClp1HighThreshold	Integer32 (0..1000000)	Specifies that the CLP1 high threshold represents a percentage of the VC maximum threshold. A value of 1000000 corresponds to 100%. Max-Access: read-write Status: current		none
cwSctVcDesc Clp1LowOrEpd1 Thresh	Integer32 (0..1000000)	Specifies that the contents of this field is treated as an early Packet Discard (EPD1) threshold if the packet discard mode is on. If not, the contents are treated as a CLP1 low threshold. CLP1 low threshold represents a percentage of the CoSB maximum threshold. A value of 1000000 corresponds to 100%. The EPD1 threshold represents a percentage of the CoSB maximum threshold. A value of 1000000 corresponds to 100%. Max-Access: read-write Status: current		none
cwSctVcDescEpd0Threshold	Integer32 (0..1000000)	Specifies that the EPD threshold represents a percentage of the CoSB maximum threshold. If the packet mode is on, this corresponds to EPD (0+1) threshold. A value of 1000000 corresponds to 100%. Max-Access: read-write Status: current		none
cwSctVcDescEfci Threshold	Integer32 (0..1000000)	Specifies that the Explicit Forward Congestion Indication (EFCI) threshold is a percentage of the VC maximum cell threshold. A value of 1000000 corresponds to 100%. Max-Access: read-write Status: current		none
cwSctVcDescCos ScalingClass	Integer32 (1..4)	Specifies that the scaling class reduces the maximum queue depth when the service group or global cell memory congestion is experienced. Max-Access: read-write Status: current		none
cwSctVcDesc LogicalPortScaling	Integer32 (1..4)	Specifies that the logical port scaling class reduces the maximum queue depth in the arrival engine for the logical port. Max-Access: read-write Status: current		none
cwSctVcDescCi Control	INTEGER { enable(1), disable(2) }	Enables or disables the congestion indication setting in the egress Resource Management (RM) cells if the EFCI threshold is exceeded. Max-Access: read-write Status: current		none
cwSctVcDescCrm Cells	Integer32 (1..4095)	Cuts off the RM cells. The ABR maximum number of forwarding ingress RM cells are sent in absence of the backward RM cells. Max-Access: read-write Status: current		none
cwSctVcDescVsvd	INTEGER { enableWithFCES(1), enableWithoutFCES(2), disable(3) }	Specifies the ABR VS/VD indicator.The Get operation for this object is valid only for ABRSTD connections. Note This object is also used as a fast end point trigger to allow for proper congestion setup. Max-Access: read-write Status: current		none
cwSctVcDescAdtf	Integer32 (1..1023)	Decreases the time factor for ACR that is the idle time before ACR to ICR. Units: 10 ms Max-Access: read-write Status: current		none
cwSctVcDescRdf	INTEGER { rdfOneOver32768(1), rdfOneOver16384(2), rdfOneOver8192(3), rdfOneOver4096(4), rdfOneOver2048(5), rdfOneOver1024(6), rdfOneOver512(7), rdfOneOver256(8), rdfOneOver128(9), rdfOneOver64(10), rdfOneOver32(11), rdfOneOver16(12), rdfOneOver8(13), rdfOneOver4(14), rdfOneOver2(15), rdfOne(16) }	Specifies the ABR rate decrease factor. Max-Access: read-write Status: current		none
cwSctVcDescRif	INTEGER { rifOneOver32768(1), rifOneOver16384(2), rifOneOver8192(3), rifOneOver4096(4), rifOneOver2048(5), rifOneOver1024(6), rifOneOver512(7), rifOneOver256(8), rifOneOver128(9), rifOneOver64(10), rifOneOver32(11), rifOneOver16(12), rifOneOver8(13), rifOneOver4(14), rifOneOver2(15), rifOne(16) }	Specifies the ABR rate increase factor. Max-Access: read-write Status: current		none
cwSctVcDescNrm	INTEGER { nrm2(1), nrm4(2), nrm8(3), nrm16(4), nrm32(5), nrm64(6), nrm128(7), nrm256(8) }	Determines the number of data cells between frame cells. Max-Access: read-write Status: current		none
cwSctVcDescTrm	INTEGER { trm0point78125(1), trm1point5625(2), trm3point125(3), trm6point25(4), trm12point5(5), trm25(6), trm50(7), trm100(8) }	Determines the time between forward RM cells. The value Trm = 100/(2 ^ RTrm). For example, RTrm is between the range of 0 to 7. The value provided is for RTrm. Max-Access: read-write Status: current		none
cwSctVcDescCdf	INTEGER { cdf0(1), cdfOneOver64(2), cdfOneOver32(3), cdfOneOver16(4), cdfOneOver8(5), cdfOneOver4(6), cdfOneOver2(7), cdfOne(8) }	Cuts off the decrease factor. Max-Access: read-write Status: current		none
cwSctVcDescTbe	Integer32 (0..16777215)	Specifies the transient buffer exposure. Max-Access: read-write Status: current		none
cwSctVcDescFrtt	Integer32 (0..16700000)	Specifies the fixed round trip time. Units: time in ms Max-Access: read-write Status: current		none
cwSctVcDescWfq Enable	INTEGER { enable(1), disable(2) }	Enables or disables the weighted fair queueing per VC. Max-Access: read-write Status: current		none

Class of Service Buffer Descriptor Group

The object identifiers that are used for the Class of Service Buffer (CoSB) descriptor group are listed in Table 3-154.

Table 3-154 Class of Service Buffer Descriptor Group Object Identifiers 

Name	Object Identifier
cwSctCosbTable	::= { cwSctCosbDesc 1 }
cwSctCosbEntry	::= { cwSctCosbTable 1 }
cwSctCosbSctId	::= { cwSctCosbEntry 1 }
cwSctCosbNumber	::= { cwSctCosbEntry 2 }
cwSctCosbMinRate	::= { cwSctCosbEntry 3 }
cwSctCosbMaxReservableRate	::= { cwSctCosbEntry 4 }
cwSctCosbMinPriority	::= { cwSctCosbEntry 5 }
cwSctCosbExcessPriority	::= { cwSctCosbEntry 6 }
cwSctCosbMaxThreshold	::= { cwSctCosbEntry 7 }
cwSctCosbClp1HighThreshold	::= { cwSctCosbEntry 8 }
cwSctCosbClp1LowOrEpd1Threshold	::= { cwSctCosbEntry 9 }
cwSctCosbEpd0Threshold	::= { cwSctCosbEntry 10 }
cwSctCosbEfciThreshold	::= { cwSctCosbEntry 11 }
cwSctCosbErs	::= { cwSctCosbEntry 12 }
cwSctCosbRedSelection	::= { cwSctCosbEntry 13 }
cwSctCosbRedThreshold	::= { cwSctCosbEntry 14 }
cwSctCosbRedProbabilityFactor	::= { cwSctCosbEntry 15 }
cwSctCosbWfq	::= { cwSctCosbEntry 16 }
cwSctCosbBestEffortIndicator	::= { cwSctCosbEntry 17 }
cwSctCosbDiscardAlarmEnable	::= { cwSctCosbEntry 18 }
cwSctCosbDiscardAlarmThresh	::= { cwSctCosbEntry 19 }
cwSctCosbCellLossRatio	::= { cwSctCosbEntry 20 }

The MIB objects are listed in Table 3-155.

Table 3-155 Class of Service Buffer Descriptor Group MIB Objects 

Name	Syntax	Description		Default Value
cwSctCosbTable	SEQUENCE OF CwSctCosbEntry	Provides the Service Class Template CoSB descriptor table. Max-Access: not-accessible Status: current		none
cwSctCosbEntry	CwSctCosbEntry	Provides an entry in the Service Class Template CoSB descriptor table. Max-Access: not-accessible Status: current The following are the indexes: •cwSctCosbSctId •cwSctCosbNumber		none
cwSctCosbSctId	Integer32 (1..65535)	Provides the service class template identifier. Max-Access: not-accessible Status: current		none
cwSctCosbNumber	Integer32 (1..16)	Indicates that he CoSB properties are defined by the rest of the fields. Max-Access: not-accessible Status: current		none
cwSctCosbMin Rate	Integer32 (0..1000000)	Indicates the minimum or the guaranteed bandwidth allocated for the CoSB. The bandwidth represents a percentage of the logical interface minimum rate. A value of 1000000 is equal to 100%. Max-Access: read-write Status: current		none
cwSctCosbMax ReservableRate	Integer32 (0..1000000)	Indicates the maximum guaranteed bandwidth this CoSB can have at any time. A value of 1000000 is equal to 100%. Max-Access: read-write Status: current		none
cwSctCosbMin Priority	Integer32 (0..15)	Indicates the priority where the CoSB is serviced to guarantee the bandwidth requirement. If the priority is higher, the CDV performance is better. The value of zero is the highest priority. Max-Access: read-write Status: current		none
cwSctCosbExcess Priority	Integer32 (0..15)	Indicates the priority where the CoSB is given access to the excess bandwidth that is available in the service group. The value of zero is the highest priority. Max-Access: read-write Status: current		none
cwSctCosbMax Threshold	Integer32 (0..5000000)	Indicates the maximum delay for any CLP (0+1) cell entering this CoSB. Any cell that encounters a queue latency greater than this is dropped. The cells are represented in units of time. Max-Access: read-write Status: current		none
cwSctCosbClp1 HighThreshold	Integer32 (0..1000000)	Specifies the CLP low threshold for CLP hysteresis. Any cell that encounters a queue latency greater than this is dropped. The cells are represented as a percentage of the maximum threshold. The value of 1000000 corresponds to 100%. Max-Access: read-write Status: current		none
cwSctCosbClp1LowOrEpd1Threshold	Integer32 (0..1000000)	Indicates the maximum delay for any CLP(1) cell entering the CoSB. Any cell that encounters a queue latency greater than this is dropped. The cells are represented as a percentage of the maximum threshold. If the packet mode is enabled for the VC, this is created as EPD1 to represent a percentage of the maximum threshold. The value of 1000000 corresponds to 100%. Max-Access: read-write Status: current		none
cwSctCosbEpd0 Threshold	Integer32 (0..1000000)	Indicates the maximum delay for any CLP (0+1) cell entering the CoSB. Any cell that encounters a queue latency greater than this is dropped. The cells are used in packet mode and is represented as a percentage of the maximum threshold. The value of 1000000 corresponds to 100%. Max-Access: read-write Status: current		none
cwSctCosbEfci Threshold	Integer32 (0..1000000)	Indicates the threshold for the EFCI to represent a percentage of the maximum threshold.The value of 1000000 corresponds to 100%. Max-Access: read-write Status: current		none
cwSctCosbErs	INTEGER { enable(1), disable(2) }	Indicates whether the explicit rate stamping is enabled or not. Max-Access: read-write Status: current		none
cwSctCosbRed Selection	INTEGER { enable(1), disable(2) }	Enables or disables the Random Early Discard (RED). Max-Access: read-write Status: current		none
cwSctCosbRed Threshold	Integer32 (0..1000000)	Indicates the threshold for EPD to represent a percentage of the cell maximum threshold. The value of 1000000 corresponds to 100%. Max-Access: read-write Status: current		none
cwSctCosbRed ProbabilityFactor	Integer32 (0..15)	Indicates the RED probability factor to represent a percentage of the cell maximum threshold. Max-Access: read-write Status: current		none
cwSctCosbWfq	INTEGER { enable(1), disable(2) }	Indicates whether the Weighted Fair Queueing (WFQ) is enabled or not. Max-Access: read-write Status: current		none
cwSctCosbBest EffortIndicator	INTEGER { enable(1), disable(2) }	Indicates the treatment for the maximum cell rate on the CoSB. If set, the maximum rate is limited by the service group maximum rate. Max-Access: read-write Status: current		none
cwSctCosbDiscard AlarmEnable	INTEGER { enable(1), disable(2) }	Enables or disables the discard alarm per VC. Max-Access: read-write Status: current		none
cwSctCosbDiscard AlarmThresh	Integer32 (0..10000000)	Specifies if the number of cells discarded in a CoSB exceeds this threshold, a software alarm is generated. If DiscardAlarm is enabled, the software alarm is generated. Max-Access: read-write Status: current		none
cwSctCosbCellLossRatio	Integer32 (1..15)	Indicates the Cell Loss Ratio (CLR) that is supported in the CoSB. The actual CLR value is derived as the negative logarithm of this value. Max-Access: read-write Status: current		none

Service Class Template Conformance Information

The object identifiers are listed in Table 3-156 for conformance.

Table 3-156 Service Class Template Conformance Object Identifiers 

Name	Object Identifier
ciscoWanSctMIBConformance	::= { ciscoWanSctMIB 3 }
cwSctMIBCompliances	::= { ciscoWanSctMIBConformance 1 }
cwSctMIBGroups	::= { ciscoWanSctMIBConformance 2 }

The MIB objects are listed in Table 3-157.

Table 3-157 Service Class Template MIB Objects Used for Conformance 

Name	Mandatory Groups	Description		Default Value
cwSctMIB Compliance	cwSctGeneralGroup, cwSctVcDescMIBGroup, cwSctCosbDescMIBGroup	Provides the compliance statement for the ciscoSonet management group. Status: current		none
cwSctVcExtendedAbrGroup	none	Specifies that this group is supported when extended ABR features are applicable in the switch.		none
cwSctWfqGroup	none	Specifies that this group is supported only if the Weighted Fair Queueing (WFQ) is evident in the switch for VC and CoSB.		none
cwSctRedGroup	none	Specifies that this group is supported only if the Random Early Discard (RED) is applicable in the switch.		none
cwSctCosbMin Rate	none	Indicates that the percentage of the minimum guaranteed bandwidth of the service group that is guaranteed to the CoSB. Min-Access: not-accessible		none
cwSctCosbMax ReservableRate	none	Indicates that the percentage of the maximum bandwidth of the service group that is allowed for the CoSB. Min-Access: not-accessible		none

Service Class Template Units of Conformance

The object identifiers are listed in Table 3-158 for the units of conformance.

Table 3-158 Service Class Template Units of Conformance 

Name	Object Identifier
cwSctGeneralGroup	::= { cwSctMIBGroups 1}
cwSctVcDescMIBGroup	::= { cwSctMIBGroups 2}
cwSctCosbDescMIBGroup	::= { cwSctMIBGroups 3}
cwSctVcExtendedAbrGroup	::= { cwSctMIBGroups 4}
cwSctWfqGroup	::= { cwSctMIBGroups 5}
cwSctRedGroup	::= { cwSctMIBGroups 6}

The MIB objects are listed in Table 3-159 for the units of conformance.

Table 3-159 Service Class Template MIB Objects Used for Conformance 

Name	Objects	Description		Default Value
cwSctGeneral Group	cwSctVersion	Determines the collection of objects that represents the general SCT information. Status: current		none
cwSctVcDesc MIBGroup	cwSctVcDescServiceCategory, cwSctVcDescCosbNumber, cwSctVcDescCacTreatment, cwSctVcDescUpcEnable, cwSctVcDescUpcClpSelection, cwSctVcDescPolicingActGcra1, cwSctVcDescPolicingActGcra2, cwSctVcDescPcr, cwSctVcDescScr, cwSctVcDescMcr, cwSctVcDescIcr, cwSctVcDescMbs, cwSctVcDescMfs, cwSctVcDescCdvt, cwSctVcDescVcPktDiscdMode, cwSctVcDescMaxThreshold, cwSctVcDescClp1HighThreshold, cwSctVcDescClp1LowOrEpd1Thresh, cwSctVcDescEpd0Threshold, cwSctVcDescEfciThreshold, cwSctVcDescCosScalingClass, cwSctVcDescLogicalPortScaling, cwSctVcDescCiControl, cwSctVcDescCrmCells	Determines the objects that are used for the VC descriptions. Status: current		none
cwSctCosbDesc MIBGroup	cwSctCosbMinRate, cwSctCosbMaxReservableRate, cwSctCosbMinPriority, cwSctCosbExcessPriority, cwSctCosbMaxThreshold, cwSctCosbClp1HighThreshold, cwSctCosbClp1LowOrEpd1Threshold, cwSctCosbEpd0Threshold, cwSctCosbEfciThreshold, cwSctCosbErs, cwSctCosbBestEffortIndicator, cwSctCosbDiscardAlarmEnable, cwSctCosbDiscardAlarmThresh	Determines the objects that are used for the CoSB descriptions. Status: current		none
cwSctVcExtendedAbrGroup	cwSctVcDescVsvd, cwSctVcDescAdtf, cwSctVcDescRdf, cwSctVcDescRif, cwSctVcDescNrm, cwSctVcDescTrm, cwSctVcDescCdf, cwSctVcDescTbe, cwSctVcDescFrtt	Determines the objects that are used to support the extended ABR features. Status: current		none
cwSctWfqGroup	cwSctVcDescWfqEnable, cwSctCosbWfq	Determines the supported objects if the WFQ is applicable in the switch. Status: current		none
cwSctRedGroup	cwSctCosbRedSelection, cwSctCosbRedProbabilityFactor, cwSctCosbRedThreshold	Determines the supported objects if the RED features are applicable in the switch. Status: current		none

Cisco WAN Class of Service Buffer

This section describes the MIB objects that make up the CISCO-WAN-ATM-COSB-MIB.my file, which manages the parameters related to the Class of Service (CoS) queue and buffer. Every virtual interface contains sixteen CoS queues, which are also known as CoS buffers. Each queue maps to different ATM types of ATM traffic.

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Note The Cisco WAN ATM CoSB MIB supports only AXSM-E and is defined under the StrataCom Enterprise.

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The Cisco WAN ATM CoSB MIB groups include:

•Interval Statistics Table

•Cisco WAN Class of Service Buffer Conformance Information

Interval Statistics Table

The object identifiers that are used for the Interval Statistics Table are listed in Table 3-160.

Table 3-160 Interval Statistics Table Object Identifiers 

Name	Object Identifier
cwacIntervalTable	::= { cwacStatistics 2 }
cwacIntervalEntry	::= { cwacIntervalTable 1 }
cwacIntervalNumber	::= { cwacIntervalEntry 1 }
cwacIntCellArrivals	::= { cwacIntervalEntry 2 }
cwacIntCellDiscards	::= { cwacIntervalEntry 3 }
cwacIntCellDeparts	::= { cwacIntervalEntry 4 }

The MIB objects are listed in Table 3-161.

Table 3-161 Interval Statistics Table MIB Objects 

Name	Syntax	Description		Default Value
cwacInterval Table	SEQUENCE OF CwacIntervalEntry	Reflects the interval statistics associated with each of the CoS queues. When a new port is added, entries in the table are automatically created. Max-Access: not-accessible Status: current		none
cwacInterval Entry	CwacIntervalEntry	Determines an entry for each virtual interface CoS queue interval statistics. In addition to the current 15-minute interval bucket, the previous 24 hours worth of 15-minute interval buckets are collected for each virtual interface. The table is indexed by ifIndex that belongs to the ifTable entry. The ifType value is atmVirtual(149). Max-Access: not-accessible Status: current The following are the indexes: •ifIndex •cwacCosbIndex •cwacIntervalNumber		none
cwacInterval Number	Integer32(0..96)	Determines a number used to uniquely identify each virtual interface CoS queue interval statistics. The value of 0 identifies the current 15-minute interval. The range of 1 to 96 identifies the previous 24 hours of the 15-minute interval buckets. Max-Access: not-accessible Status: current		none
cwacIntCell Arrivals	Counter32	Determines the number of cells that arrived at the queue during a particular 15-minute interval. Max-Access: read-only Status: current		none
cwacIntCell Discards	Counter32	Determines the number of cells discarded due to congestion during a particular 15-minute interval. Max-Access: read-only Status: current		none
cwacIntCell Departs	Counter32	Determines the number of cells that left the QBIN during a particular 15-minute interval. Max-Access: read-only Status: current		none

Cisco WAN Class of Service Buffer Conformance Information

The object identifiers are listed in Table 3-162 for conformance.

Table 3-162 Cisco WAN Class of Service Buffer Conformance Object Identifiers 

Name	Object Identifier
ciscoWanAtmCosbMIBConformance	::= { ciscoWanAtmCosbMIB 2 }
ciscoWanAtmCosbMIBCompliances	::= { ciscoWanAtmCosbMIBConformance 1 }
ciscoWanAtmCosbMIBGroups	::= { ciscoWanAtmCosbMIBConformance 2 }

The MIB objects are listed in Table 3-163.

Table 3-163 Cisco WAN Class of Service Buffer MIB Objects Used for Conformance 

Name	Mandatory Groups	Description		Default Value
ciscoWanAtmCosbMIBCompliance	ciscoWanAtmCosbAlarm MIBGroup	Specifies the compliance statement for the CoS queue configuration group. Status: current		none
cwacCosbCurrentCellsDiscThres	none	Specifies that write access is optional if thresholds are set through some other mechanism. Min-Access: read-only		none

Cisco WAN Class of Service Buffer Units of Conformance

One object identifier is listed in Table 3-164 for the units of conformance.

Table 3-164 Cisco WAN Class of Service Buffer Units of Conformance 

Name	Object Identifier
ciscoWanAtmCosbAlarmMIBGroup	::= { ciscoWanAtmCosbMIBGroups 1 }

One MIB object is listed in Table 3-165 for the units of conformance.

Table 3-165 Cisco WAN Class of Service Buffer MIB Objects Used for Conformance 

Name	Objects	Description		Default Value
ciscoWanAtmCosbAlarmMIBGroup	cwacCosbCurrentCellsDiscThres, cwacStatsAlarmStatus, cwacValidIntervals, cwacIntCellArrivals, cwacIntCellDiscards, cwacIntCellDeparts	Determines the statistics for each virtual interface in the CoS queue alarm group. Status: current		none