CASCADE-MIB: View SNMP OID List / Download MIB

The IP subnet mask for the network. The default is 255.255.255.0 (class C) which allows 254 nodes.

The IP network number for the network.

This variable states the DLCI addressing significance. Enumeration: 'globalAddr': 1, 'localAddr': 2.

This variable states the maximum sgement size for the network.

This variable states the starting digit number for defining the start of the Area Mask for SMDS Addresses.

This variable states the number of digits used for defining the Area Mask for SMDS Addresses.

A list of ASE entries.

An ASE entry contains an external NMS path accessible from the node.

IP Address for an external NMS.

IP Address mask for an external NMS. The default value is 255.255.255.255.

Default Gateway IP Address for reaching the external NMS. This field is not applicable to NMSs which are reachable via SLIP or on the same Ethernet.

Type of metric (1 or 2) for each external NMS. The default is 1. (This field is not applicable to SLIP- based hosts.)

The desired state of the entry. Enumeration: 'valid': 1.

The interface value of the corresponding MIB-II ifEntry.

The management dlci through which the NMS communicates to the switch.

The inband IP address of the node in the Cascade internal trunk IP network.

The inband (Ethernet) IP address of the node for a NMS to access the node and the internal trunk IP network.

A list of NMS entries.

A NMS entry contains an IP address of a NMS which has extended privilages.

The IP address entry of a primary Network Management Station.

The IP address of the primary Network Management Station. It is to this address that Traps and TFTP requests will be directed.

The state of the switch. The switch needs to await the state to be set to active before being fully operational after cold boot, when the NMS is reachable. Enumeration: 'down': 1, 'active': 3, 'testing': 5, 'marginal': 4, 'initializing': 2.

The consolidated node status in response to keep-alive polls. It is an octet string of a proprietary format

The part number of the node.

The serial number (i.e., Ethernet Addr) of the switch.

The software revision number (major.minor).

The hardware revision number (major.minor).

The EPROM firmware revision number (major.minor).

The CPU utilization percentage for packet processing.

The status of the power supply A. For a detailed explanation for the power supply being either in the down or marginal state, refer to the nodePsADiagCode object. Enumeration: 'down': 2, 'marginal': 4, 'up': 1.

The status of the power supply B. For a detailed explanation for the power supply being either in the down or marginal state, refer to the nodePsBDiagCode object. Enumeration: 'down': 2, 'marginal': 4, 'up': 1.

A list of fan entries.

A Fan entry contains the status of a fan.

A unique value for each fan.

The status of the fan. Enumeration: 'down': 2, 'marginal': 3, 'up': 1.

The speed in Revolutions Per. Minute (RPM) of the fan.

The percentage of system memory utilization on this intelligent card.

The system memory utilization, in terms of free bytes, for this intelligent card.

The maximum frame size supported by the node. The default is 4096.

The timer (seconds) for generating QOS polling packets.

The number of currently active PVCs on the node.

The number of currently inactive PVCs on the node.

The number of currently call pending PVCs on the node.

The total number of octets received on the node, including framing bytes.

The total number of packets received on the node.

The total number of octets transmitted out of the node, including framing bytes.

The total number of packets requested to be transmitted out of the node, including those that were discarded or not sent.

Name of the file to be downloaded.

Instructs the device to either automatically reboot after the successful scheduled download or not. Enumeration: 'reboot': 1.

Instructs the device to initiate a software download (via tftp) request to the master management station after the specified time ticks have elapsed.

The state of the software download request. A download which is in either the PENDING, ACTIVE or FAILED state can be terminated by setting this object to INACTIVE. Enumeration: 'active': 3, 'failed': 4, 'inactive': 1, 'pending': 2.

Name of the PRAM image file to be downloaded.

Instructs the device to initiate a PRAM image file download (via tftp) request to the master management station after the specified time ticks have elapsed.

The state of the PRAM download request. A download which is in either the PENDING, ACTIVE or FAILED state can be terminated by setting this object to INACTIVE. Enumeration: 'active': 3, 'failed': 4, 'inactive': 1, 'pending': 2.

Instructs the switch to initiate a system warm boot after the specified time ticks have elapsed. A value of 0 indicates cancellation of the previously scheduled re-boot request.

Instructs the switch to initiate a system cold boot after the specified time ticks have elapsed. A value of 0 indicates cancellation of the previously scheduled re-boot request.

If redundancy is configured, instructs the node acting as Backup to disable the Active node and take over as the Active node. The disabling is initiated after the specified time ticks have elapsed. A value of 0 indicates cancellation of the previously scheduled request.

Initiates a Bulk Statistics poll and via TFTP, transfer the data to the specified IP address.

Source who reported last non-fatal error. Enumeration: 'power-on-diagnostics': 1, 'fault': 3, 'frame-heap': 4, 'background-diagnostics': 2.

Time the last non-fatal error was reported.

Major error code of last non-fatal error.

Minor error code of last non-fatal error.

Ascii string describing last non-fatal error.

Source who reported last fatal error. Enumeration: 'power-on-diagnostics': 1, 'fault': 3, 'frame-heap': 4, 'background-diagnostics': 2.

Time the last fatal error was reported.

Major error code of last fatal error.

Minor error code of last fatal error.

Ascii string describing last fatal error.

Number of times the switch has re-booted since last fatal error was reported.

Address switch was executing when it encountered fatal error.

Number of passes made by the background diagnostics.

Number of failures discovered by background diagnostics.

Number of successful passes by background diagnostics.

Change the node state from marginal to active. Change the LED from yellow to green. Enumeration: 'state-to-active': 1.

Should power on diagnostics do slower, extensive testing, or fast testing? Enumeration: 'extensive-tests': 1.

The consolidated port status in response to keep-alive polls.

The number of concurrent telnet consoles allowed. The default is 2. The maximum is 5. Set it 0 to disable telnet access.

Idle-logoff timer in minutes. The default is 5 minutes, and the maximum can be set is 60 minutes. To disable idle-logout, set this to 0.

A list of active consoles on the node, logged in through telnet or serial port.

Information of a console.

A positive integer to identify a console

The login user name up to 31 characters. There is no validation of the name, i.e., any string is acceptable.

The IP address from which the user logged in. 0.0.0.0 if the user logged in through serial port.

The access mode of the console. By default, a user is in READ ONLY mode. Enumeration: 'readWrite': 2, 'readOnly': 1.

How long the console has been active.

The failure code of the power supply A. A non-zero value indicates one or more failures. Refer to the hardware manual for a description of the failure code.

The failure code of the power supply B. A non-zero value indicates one or more failures. Refer to the hardware manual for a description of the failure code.

The percentage of frame memory utilization on this intelligent card.

The frame memory utilization, in terms of free bytes, for this intelligent card.

The capability of this node. Enumeration: 'frame-relay': 1, 'smds': 2.

A textual string describing the last call failure.

The number of seconds delay between each reroute batch event.

The number of virtual circuits to request a reroute for duing a single reroute batch event.

This object is used to initiate file transfers to and from the switch. A management station can initiate a file transfer by settting this object of text string in the following format: operation filename time-to-wait target-host protocol where operation - [get | put], filename - configuration.[card] time-to-wait - a number in seconds target-host - the IP address of target host protocol - [tftp | ftp] Multiple transfers can be specified by repeating above with ';' between each transfer specifier. Examples: o get configuration.10 5 152.148.10.100 tftp will start a transfer of configuration information on card 10 to host 152.148.10.100 in 5 seconds. o put configuration.1 2 152.148.1.1 tftp ; get configuration.1 15 152.148.1.1 tftp will (1) transfer configuration.1 from 152.148.1.1 (2) transfer configuration.2 to 152.148.1.1 To cancel the transfer request, set this object to empty.

The status of the file tarnsfer. Enumeration: 'complete': 1, 'canceled': 7, 'invalid': 4, 'filename': 5, 'failed': 3, 'timeout': 6, 'active': 2.

The current wall-clock time that is set on the switch in Universal Coordinated Time (UCT). The value is the number of seconds since 00:00:00 UCT January 1, 1970.

The IP Address of the Adjunct Billing Processor that is servicing this switch.

The Username of the account on the Adjunct Billing Processor to which usage data will be transferred via FTP.

The Password corresponding to the account identified by nodeBillingAPUsername. A NULL string is returned when read.

The number of times that communication from the switch to the Adjunct Billing Processor has failed during the current aggregation period. A failure signifies failure of a file transfer operation to the Adjunct Processor.

A table of Billing System managable objects, indexed by service.

A nodeBillingEntry contains a set of statistics that summarize the Billing System performance for a particular service.

The service being reported. This is the index into the table. Additional table rows for Frame Relay and ATM may be provided in the future. Enumeration: 'smds': 1.

Switch to enable and disable billing on the STDX. When the value of nodeBilling is 'enabled', the value of a logical port's lportBilling object will take precedence. When the value of nodeBilling is 'disabled', it overrides all logical ports' lportBilling objects and billing is disabled across the entire switch. The default value of this object is 'disabled'. Enumeration: 'disabled': 1, 'enabled': 2.

Defines the length of the Billing Aggregation Period in seconds. The default value is 15 minutes. The minimum value is 10 minutes.

The start-time of the current aggregation period, given by the number of seconds since 00:00:00 UCT January 1, 1970.

The end-time of the current aggregation period, given by the number of seconds since 00:00:00 UCT January 1, 1970.

Defines how often the Data Aggregation process on the CP is to poll the IOPs for usage data. The default value is 30 second. The range is unbounded, but practical use will dictate a range from 30 seconds to 1 minute.

Defines whether the Billing System is to perform a set of carrier-specific actions at the time given by nodeBillingDPTime. This object can be used to schedule the generation of statistics on a 24-hour basis, for example. Enumeration: 'disabled': 1, 'enabled': 2.

Defines the time (given by the number of seconds since 00:00:00 UCT) that the Billing System is to perform a set of carrier-specific actions. This object can be used to schedule the generation of statistics on a 24-hour basis, for example.

Count of the number of usage record counter-value overflow conditions that have occurred during the current aggregation period. An overflow condition exists when an attempt was made to update a usage record counter, but such an update would have overflowed the counter. In this case, the usage record is closed and a new one is opened, if there is sufficient space in the service's aggregated usage data store.

Count of the number of usage record overflow conditions that have occurred during the current day.

Count of the number of data units (e.g, SMDS L3 PDUs) processed for billing treatment.

Count of the number of data units (e.g, SMDS L3 PDUs) not considered for billing treatment.

Count of the number of usage records created during the current aggregation period.

Count of the total number of usage records created during the current day.

Total number of usage records that could not be created during the current aggregation period. This counter is normally incremented when the usage data file is at capacity and no additional usage records can be added.

Total number of usage records that could not be created during the current day.

Total number of usage records that have been transferred to the Adjunct Billing Processor during the current aggregation period.

Total number of usage records that have been transferred to the Adjunct Billing Processor during the current day.

The number of times the aggregated usage data store became full during the current aggregation period.

Total number of times the aggregated usage data store became full during the current day.

This object defines a set of administrative actions that can be performed by the Billing System. forceUpload - Forces the current aggregation period to end and the service's aggregated usage data file to be uploaded to the Adjunct Processor. A new aggregation period is then started. This action can be requested when billing is enabled or disabled for the service. This object always returns invalid(1) when read. Enumeration: 'forceUpload': 2, 'invalid': 1.

The number of seconds delay between each reroute batch event. Enumeration: 'disable': 3, 'pospos': 2, 'negneg': 1.

If disabled then don't generate oam alarms for circuits that are down on this switch. Enumeration: 'disabled': 2, 'enabled': 1.

A list of generators (sources) for the system reference clock on the node. This reference clock is used by the clock generation unit (CGU) to create the system clock. To this reference clock the constant bit rate ATM interface cards (CBR cards) are synchronized.

Information of a single system reference clock source.

A positive integer to identify an entry in the nodeRefclocksrcTable.

The priority of the system reference clock source. A source with a nodeRefclocksrcPriority=n means that this source is used before a source with a higher value of nodeRefclocksrcPriority as long as this source is available. The system choses one of the sources with the same lowest available value of nodeRefclocksrcPriority.

The type of the reference clock source. It is either an external clock source connected to a ATM-IWU or DS3 card, or the reference clock is recovered from the line interface. Enumeration: 'pport': 2, 'external': 1.

The card number of the reference clock source. In case of an external clock interface this is the number of the card as defined in cardLogicalSlotId. In case of a clock recovered from the line interface it is the number of the corresponding card as defined in cardLogicalSlotId.

The interface number of the reference clock source. In case of an external clock interface this is meaningless. In case of a clock recovered from the line interface it is the number of the corresponding pport as defined in pportId.

The entry number of the active reference clock source in nodeRefclocksrcTable. If zero, the CGU is in free-running mode or holdover mode using the last PLL parameters.

The physical slot id of the current master CGU board.

The clock mode of the current master CGU board. Enumeration: 'extended-holdover': 4, 'sync-to-reference-clock': 2, 'free-running': 1, 'holdover': 3.

When set, copy all of the runtime application images and configuration images to there corresponding backup locations on the hard disk. Enumeration: 'proceed': 1.

Provides the current state of the images backup operation. Enumeration: 'done': 2, 'proceeding': 1.

When set, copy all of the runtime application images and configuration images from their BACKUP locations on the hard disk to there corresponding ACTIVE locations on the hard disk. Once completed, reboot the entire node. Enumeration: 'proceed': 1.

A list of Application Image Descriptions.

An Application Entry contains a description of the application image, the version of the PRIMARY copy and the version of the SECONDARY copy.

The numeric index of application images. 1 - SP Runtime Application 2 - IOM Type A Runtime Application 3 - IOM Type B Runtime Application 4 - IOM Type C Runtime Application 5 - IOM Type D Runtime Application

The description of this Application Image.

The version of the PRIMARY Application Image.

The version of the SECONDARY Application Image.

The requested primary clock synchronization reference source. Enumeration: 'internal': 5, 'externalb': 2, 'portrefa': 3, 'portrefb': 4, 'externala': 1.

The actual primary clock synchronization reference source. Enumeration: 'internal': 5, 'externalb': 2, 'portrefa': 3, 'portrefb': 4, 'externala': 1.

The requested secondary clock synchronization reference source. Enumeration: 'internal': 5, 'externalb': 2, 'portrefa': 3, 'portrefb': 4, 'externala': 1.

The actual secondary clock synchronization reference source. Enumeration: 'internal': 5, 'externalb': 2, 'portrefa': 3, 'portrefb': 4, 'externala': 1.

The current state of the primary synchronization PLL. Enumeration: 'active': 1, 'down': 2.

The current state of the secondary synchronization PLL. Enumeration: 'active': 1, 'down': 2.

The current state of the External Clock A reference. Enumeration: 'active': 1, 'los': 3, 'ais': 2.

The current state of the External Clock B reference. Enumeration: 'active': 1, 'los': 3, 'ais': 2.

The current state of the Port Clock A reference. Enumeration: 'active': 1, 'down': 2.

The current state of the Port Clock B reference. Enumeration: 'active': 1, 'down': 2.

The reference for the external timing output. Enumeration: 'internal': 5, 'externalb': 2, 'portrefa': 3, 'portrefb': 4, 'externala': 1.

The configuration of the Synchronization Reference Auto Restoration function. Enumeration: 'enable': 1, 'disable': 2.

The interface type of the External Clock references. Enumeration: 'e1ww': 3, 'e1bnc': 2, 't1': 1.

The number of physical ports (regardless of their current state) present at this node.

A list of physical port entries. The number of entries is given by the value of pportNumber.

The physical port entry contains objects relevant to a physical port.

The slot number of the corresponding physical port.

The port number of the corresponding physical port on the board.

The defined type of the board which the physical port is on. Enumeration: 'e1-atm': 25, 'atmds3-1': 17, 'fe1-4-30': 8, 'dsx1-10': 12, 'fe1-1-30': 3, 'tstm1-atm-4': 34, 't1-atm': 24, 'cbr-e1-us-4': 31, 'atmcs-1': 35, 'fe3-1': 10, 'ut1-4-24': 15, 'hssi-1': 11, 'cbr-ds1-s-4': 28, 'cbr-atmiwu-1': 32, 'sut1-4-24': 22, 'cp1': 5, 'cbr-ds1-us-4': 29, 'st1-pri-4': 23, 'ft1-1-24': 2, 'ft1-4-24': 7, 'rs232-18': 13, 'v35-6': 1, 'toc3-atm-4': 33, 'ads3-t3': 26, 'ads3-e3': 27, 'rs232-8': 14, 'ft3-1': 9, 'uio-8': 6, 'ue1-4-30': 16, 'e1-pri-4': 20, 'uio-6': 4, 'pri-4': 19, 'atme3-1': 18, 'cbr-e1-s-4': 30, 'sft1-4-24': 21.

The number of logical ports on the physical port.

An estimate of the physical port's data rate in bits per second. The data rate can't be an arbitrary value. The legal values are list below. Note that the T1/E1 class of cards don't support this variable and return a 0 For UIO, DSX1: 9600, 19200, 38400, 48000, 56000, 64000, 128000, 192000, 256000, 320000, 384000, 448000, 512000, 576000, 640000, 704000, 768000, 832000, 896000, 960000, 1024000, 1088000, 1152000, 1216000, 1280000, 1344000, 1408000, 1472000, 1536000, 1600000, 1664000, 1728000, 1792000, 1856000, 1920000, 1984000, 2048000, 4096000, 6144000, 8192000 For HSSI: 1579000, 3158000, 4737000, 6316000, 7895000, 9474000, 11053000, 12632000, 14211000, 15790000, 17369000, 18948000, 20527000, 22106000, 23685000, 25264000, 26843000, 28422000, 30001000, 31580000, 33159000, 34738000, 36317000, 37896000, 39475000, 41054000, 42633000, 44212000, 45791000, 47370000, 48949000, 50528000 For ATM-IWU, TOPAZ OC3c: 155520000 For T1, E1, UT1, UE1, PRI, SH-T1: 0

The actual type of the physical port. Enumeration: 'e1-atm': 25, 'fe1-4-30': 8, 'dsx1-10': 12, 'fe1-1-30': 3, 'tstm1-atm-4': 34, 't1-atm': 24, 'cbr-e1-us-4': 31, 'atmcs-1': 35, 'fe3-1': 10, 'ut1-4-24': 15, 'hssi-1': 11, 'cbr-ds1-s-4': 28, 'cbr-atmiwu-1': 32, 'sut1-4-24': 22, 'cp1': 5, 'cbr-ds1-us-4': 29, 'st1-pri-4': 23, 'atm-1': 17, 'ft1-1-24': 2, 'ft1-4-24': 7, 'rs232-18': 13, 'v35-6': 1, 'toc3-atm-4': 33, 'ads3-t3': 26, 'ads3-e3': 27, 'rs232-8': 14, 'ft3-1': 9, 'uio-8': 6, 'ue1-4-30': 16, 'e1-pri-4': 20, 'uio-6': 4, 'pri-4': 19, 'atme3-1': 18, 'cbr-e1-s-4': 30, 'sft1-4-24': 21.

The receive clock source. This object works in cooperation with pportXmitClock. The following are the various values for different clock source types: Type Clock Source pportRevClock pportXmitClock { pportEntry 7 } { pportEntry 8 } V.35 DCE ............ 0 0 or UIO LoopTime DCE ... 3 0 DTE ............ 1 2 Direct Trunk ... 1 0 T1 or Loop Timed ..... 1 1 E1 Internal ....... 2 2 External ....... don't care 3

The transmit clock source. This object works in cooperation with pportXmitClock. The following are the various values for different clock source types: Type Clock Source pportRevClock pportXmitClock { pportEntry 7 } { pportEntry 8 } V.35 DCE ............ 0 0 or UIO LoopTime DCE ... 3 0 DTE ............ 1 2 Direct Trunk ... 1 0 T1 or Loop Timed ..... 1 1 E1 Internal ....... 2 2 External ....... don't care 3

The desired state of the physical port. Enumeration: 'down': 2, 'testing': 3, 'up': 1.

The current state of the physical port. Enumeration: 'down': 2, 'testing': 3, 'up': 1.

The line type of the T1 or FT1-24B port. ANSI ESF is equivalent to Bellcore ESF. Enumeration: 'e1-no-cas-no-crc4': 8, 'esf-none': 4, 'e1-cas-crc4': 5, 'e1-no-cas-crc4': 7, 'esf-att-address-a': 3, 'esf-att-address-b': 9, 'd4': 1, 'esf-ansi': 2, 'e1-cas-no-crc4': 6.

The variety of zero code suppression used on the T1 or FT1-24B link. Jammed bit is equivalent to dsx1JBZS where the DS0s will run at 56K bps. Enumeration: 'ami': 1, 'hdb3': 3, 'jammed-bit': 4, 'b8zs': 2.

The line build out or line length specification for the DS1 or DSX-1 transmitter. These values are card specific: 10 port DSX-1 card ------------------ The accepted values are: 1 - 0 to 110 feet 2 - 110 to 220 feet 3 - 220 to 330 feet 4 - 330 to 440 feet 5 - 440 to 550 feet 6 - 550 to 660 feet 7 - over 655 feet 1-port and 4-port T1 cards -------------------------- The accepted values are: 96 - 0 to 133 feet 128 - 133 to 266 feet 160 - 266 to 399 feet 192 - 399 to 533 feet 224 - 533 to 655 feet 96 - 0 db 32 - -7.5 db 64 - -15 db 4-port CBR card --------------- The accepted values are: 96 - 0 db 32 - -7.5 db 64 - -15 db 4-port Short Haul T1 cards -------------------------- The accepted values are: 96 - 0 to 133 feet 128 - 133 to 266 feet 160 - 266 to 399 feet 192 - 399 to 533 feet 224 - 533 to 655 feet

Identification for the diagnostics tests to be run. Enumeration: 'hssi-local-dte-loopback': 5, 'v35-sca-local-loopback': 1, 'ds1-framer-local-loopback': 11, 'ds1-line-remote-loopback': 14, 'ds1-framer-remote-loopback': 13, 'hssi-remote-line-loopback': 7, 'v35-sca-remote-loopback': 2, 'v35-csu-loopback': 3, 'ds1-line-local-loopback': 12, 'hssi-local-line': 6.

The number of passes of the diagnostics tests to be run. The default value is 1.

The total number of octets received on the physical port, including framing characters.

The total number of frames received on the physical port.

The total number of inbound frames discarded.

The total number of inbound frames that contained erroneous headers (e.g., illegal or unknown DLCIs).

The total number of octets transmitted out of the physical port, including framing characters.

The total number of frames transmitted out of the physical port.

The total number of outbound frames discarded due to severe congestion.

The total number of outbound frames that causes xmit errors.

The current state of the diagnostic on this physical port. Enumeration: 'active': 1.

Optional parameters to the diagnostic.

Number of successful diagnostic passes.

Number of failed diagnostic passes.

Description of last diagnostic failure.

Reason why the link is down. The blue-alarm is equivalent to the Alarm Indication Signal (AIS) failure. Enumeration: 'ber-threshold': 64, 'carrier-loss': 8, 'loss-of-pointer': 8192, 'loss-of-cell-delination': 1024, 'line-RFI': 16384, 'signal-label-undefined': 65536, 'blue-alarm': 4, 'path-AIS': 4096, 'looped-back': 16, 'yellow-alarm': 2, 'loss-of-frame': 512, 'line-AIS': 2048, 'signal-label-mismatch': 128, 'red-alarm': 1, 'loss-of-signal': 256, 'path-RFI': 32768.

Actual interface connected to Multi-Interface Port or ATM-IWU. Enumeration: 'none': 8, 'multi-mode': 12, 'e1-db': 7, 'v35': 5, 'eia449': 1, 'v24': 9, 'sdh': 11, 'sonet': 10, 'eia530': 3, 'eia530A': 4, 'x21': 2, 'e1-coax': 6, 'single-mode': 13.

Configured interface connected to Multi-Interface Port or ATM-IWU. Enumeration: 'none': 8, 'multi-mode': 12, 'e1-db': 7, 'v35': 5, 'eia449': 1, 'v24': 9, 'sdh': 11, 'sonet': 10, 'eia530': 3, 'eia530A': 4, 'x21': 2, 'e1-coax': 6, 'single-mode': 13.

Configured ATM cell payload scrambling. Enumeration: 'disabled': 1, 'enabled': 2.

Configured ATM DS3 C-bit Parity. Enumeration: 'disabled': 1, 'enabled': 2.

Maximum receive/transmit buffer size for the ATM UNI DS3 IOP

Peak Cell Rate (cell/sec.) for rate queue #0. rate queues 0 - 3 are high priority

Peak Cell Rate (cell/sec.) for rate queue #1. rate queues 0 - 3 are high priority

Peak Cell Rate (cell/sec.) for rate queue #2. rate queues 0 - 3 are high priority

Peak Cell Rate (cell/sec.) for rate queue #3. rate queues 0 - 3 are high priority

Peak Cell Rate (cell/sec.) for rate queue #4. rate queues 4 - 7 are low priority

Peak Cell Rate (cell/sec.) for rate queue #5. rate queues 4 - 7 are low priority

Peak Cell Rate (cell/sec.) for rate queue #6. rate queues 4 - 7 are low priority

Peak Cell Rate (cell/sec.) for rate queue #7. rate queues 4 - 7 are low priority

The total number of cells received

The total number of cells received with error

The total number of cells transmitted

The line build out or line length specification for the DS3 transmitter. 1-port ATM-UNI DS3 card -------------------------- The accepted values are: 1 - 0 to 225 feet 2 - 226 to 450 feet

Bit map used to set one or more DS0's into loopback. Low bit corresponds to DS0 1. If a bit is set that DS0 is put into loopback.

Bit map used to set one or more DS0's out of loopback. Low bit corresponds to DS0 1. If a bit is set that DS0 is put out of loopback.

Bit map reporting which DS0's have gone into loopback since the last time this variable was read

Bit map reporting which DS0's have gone out of loopback since the last time this variable was read

Bit map reporting which DS0's are currently in loopback. Low bit corresponds to DS0 1

Specifies whether ISDN PRI is enabled for this physical port Enumeration: 'disabled': 1, 'enabled': 2.

Integer used to set the loopback state of the DS3 or E3 Enumeration: 'dsx3LineLoop': 3, 'dsx3NoLoop': 1, 'dsx3PayloadLoop': 2.

Integer used to send loopback code to far-end DS3 Enumeration: 'dsx3SendResetCode': 4, 'dsx3SendNoCode': 1, 'dsx3SendLineCode': 2.

Integer indicating the current loopback status of the DS3 or E3 Enumeration: 'lineloop': 3, 'noloop': 1, 'payloadloop': 2.

Integer indicating the current DS3 FAEC status: -- none (0), DS3 Equipment Failure (1), DS3 LOS (2), DS3 Out of Frame (4), DS3 AIS received (8), DS3 IDLE received (16), DS3 Equipment-Failure (NSA) (32), DS3 Common Equipment Failure (64), DS3 Loopback received (128)

Integer used to set the loopback state of the DS1 Enumeration: 'ds1NoLoop': 1, 'ds1PayloadLoop': 2, 'ds1LineLoop': 3.

Integer used to send loopback code to far-end DS1 Enumeration: 'ds1SendFramedInbandLineActuateLoop': 2, 'ds1SendUnframedInbandLineReleaseLoop': 5, 'ds1SendFdlESFAnsiLineReleaseLoop': 7, 'ds1SendFramedInbandLineReleaseLoop': 3, 'ds1SendNoCode': 1, 'ds1SendUnframedInbandLineActuateLoop': 4, 'ds1SendFdlESFAnsiPayloadActuateLoop': 8, 'ds1SendFdlESFAnsiLineActuateLoop': 6, 'ds1SendFdlESFAnsiPayloadReleaseLoop': 9.

Integer indicating the current loopback status of the DS1 Enumeration: 'lineloop': 3, 'noloop': 1, 'payloadloop': 2.

The desired clock source backup if the card is set in external clock source mode Enumeration: 'looptimedClkBkup': 2, 'internalClkBkup': 1.

The word used to stuff the payload of the ATM idle cell

The desired clock source backup if the card is set in external clock source mode Enumeration: 'ansiInval': 1, 'atmFInvalid': 3, 'atmFUnassignedInval': 4, 'ccittUnassignedIdle': 6, 'ccittIdle': 5, 'ansiUnassignedInval': 2.

This entry holds the Vpi read from the last Unconfigured atm cell received. This entry applies to ATM pports only.

This entry holds the Vci read from the last Unconfigured atm cell received. This entry applies to ATM pports only.

This entry holds a count of the number of Unconfigured ATM cells received. This entry applies to ATM pports only.

This entry holds a count of the VCI bits supppoted my this ATM card.

This entry holds a count of the VPI bits supppoted my this ATM card.

Integer used to set ATM UNI or NNI type Enumeration: 'uni': 1, 'nni': 2.

Integer used to set the loopback state of the Sonet/SDH port Enumeration: 'lineLoop': 2, 'noLoop': 1, 'diagnosticsLoop': 3.

Integer indicating the current loopback status of the Sonet/SDH port Enumeration: 'lineLoop': 2, 'noLoop': 1, 'diagnosticsLoop': 3.

The total number of outbound cell discarded due to congestion.

The PLCP maintains the state of the ATM Physical Layer Convergence Protocol. When the protocol is disabled atm direct mapping is used with hec cell delineation. Enumeration: 'enable': 1, 'disable': 2.

The clocking method to be used by the CBR card. 4-port CBR card ----------------------------------------------- 1 - synchronous (external) clocking 2 - SRTS clocking 3 - adaptive clock method

The clocking method currently used by the CBR card. 4-port CBR card ----------------------------------------------- 1 - synchronous (external) clocking 2 - SRTS clocking 3 - adaptive clock method

The number of the channel (lport) on this pport that is used as ACM/SRTS master for this line interface: 4-port CBR E1/DS1 card (structured mode): 1..4

The type of fibre connected to the ATM-IWU. Its type determines the maximum transmission distance. 1-port ATM-IWU STM-1/STS-3c card -------------------------------- 4 - multimode fibre (maximum transmission distance approx. 2 km) 2 - single mode fibre short haul (maximum transmission distance approx. 20 km) Enumeration: 'sonetMultiMode': 4, 'sonetShortSingleMode': 2.

The configured state of the laser: 1-port ATM-IWU STM-1/STS-3c card & Topaz 4-port OC3 & STM-1 card ---------------------------------------------------------------- 1 - off 2 - on Enumeration: 'on': 2, 'off': 1.

The maximum number of active VPI bits configured for use at the ATM interface. At the ATM UNI, the maximum number of active VPI bits configured for use ranges from 0 to 8 only.

The threshold of BIP errors. If the number of line BIP-24/8 rrors persists to exceed this value, the pport will be taken down and a trap will be issued: 1-port ATM-IWU STM-1/STS-3c card: -------------------------------- 1 - ignore BIP errors 4 - 10^-4 errors 5 - 10^-5 errors 6 - 10^-6 errors

The number of B1 section BIP-8 errors since the last reset.

The number of line BIP-24/8 errors since the last reset.

The number of B3 path BIP-8 errors since the last reset.

The number of line Far End Block Errors since the last reset.

The number of correctable HCS errors since the last reset.

The number of uncorrectable HCS errors since the last reset.

The number of received cells that were discarded due to congestion of the ATM-IWU, since the last reset.

The number of cells to be transmitted, that were discarded due to congestion of the ATM-IWU, since the last reset.

The number of received cells that were discarded due to ATM layer errors, since the last reset.

The number of cells to be transmitted, that were discarded due to ATM layer errors, since the last reset.

Bit stuffing on or off for 2047 bit pattern in DS0 far end testing.

Total number of errors in 2047 DS0 far end testing.

Total number of error free seconds in 2047 DS0 far end testing.

Total number of errored seconds in 2047 DS0 far end testing.

Number of Midspan repeaters in a link to be punched thru for DS0 far end testing.

While DS0 far end testing, the DS0 pattern has detected the pattern four consecutive times. If the pattern is lost, this variable will be equal to one.

While testing DS0 far end lpbk, setting this variable will inject a bit error into the test pattern.

The type of DS0 equipment to be looped back at the far end during DS0 far end testing. 1 - OCU 2 - DSU 3 - CSU.

This determines what mode the DS0 Processor will be set to. 1 - no lpbk 2 - switch lpbk 3 - far end lpbk.

This is the first DS0 in a sting of consecutive DS0's to be looped back at the switch if the DS0 processor is set to switch loopback. If it's set to far end loopback, this determines which singleton DS0 will be monitored at the receive end.

This is the Last DS0, +1, in a sting of consecutive DS0's to be looped back at the switch if the DS0 processor is set to switch loopback. If the DS0 processor is set to far end loopback, this value will equal pportDS0SwitchLpbkStart + 1..

This indicates the DS0 in far end loopback.

Enable or Disable sending DS0 2047 test pattern for DS0 far end testing.

The loopback state of the ATM IWU OC3 Enumeration: 'oc3NoLoop': 1, 'oc3ParPhyLoop': 4, 'oc3SerPhyLoop': 3, 'oc3AtmLoop': 2.

The current loopback status of the ATM IWU OC3 Enumeration: 'oc3NoLoop': 1, 'oc3ParPhyLoop': 4, 'oc3SerPhyLoop': 3, 'oc3AtmLoop': 2.

Specifies the base address used for IP Dynamic Address Assignment

Configured SONET/STM-1 scrambling. Enumeration: 'disabled': 1, 'enabled': 2.

Configured EFCI marking for cell traffic in Topaz IOMs Enumeration: 'disabled': 1, 'enabled': 2.

Select fix priority or weighted round-robin for cell transmission in different ATM QOS classes. Enumeration: 'weighted-round-robin': 2, 'fix-priority': 1.

Configured ATM HEC single bit error correction routine. Enumeration: 'disabled': 1, 'enabled': 2.

The ISDN call status of all the B-Channels on the pport are encoded into this 24 character, (for T1 ISDN PRI card...23B+D) or 31 character, (for E1 ISDN PRI card...30B+D ) ASCII string. The respective call state for each B-Channel is represented in its corresponding bit position. The D-Channel status is similarly encoded into the appropriate bit position (24th for T1) or (16th for E1). The encoding legend is as follows... I B-Channel is in Idle state R B-Channel is in Dialing (Ringing) state C B-Channel is in Connected (Active) state H B-Channel is in Releasing (Hanging-up) state U D-Channel is Up D D-Channel is Down

DS1 Far End Loopback Status as commanded by the switch Enumeration: 'fe-payload-loop': 3, 'fe-line-loop': 2, 'fe-noloop': 1.

Enables or Disables FDL Function for DS1 ESF pport Enumeration: 'disabled': 1, 'enabled': 2.

Enables or Disables transmission of Performance Monitoring Report (PRM) messages on the DS1 ESF FDL Enumeration: 'disabled': 1, 'enabled': 2.

Enables or Disables transmission of Path ID (PID) messages on the DS1 ESF FDL Enumeration: 'disabled': 1, 'enabled': 2.

Transmit Path Id to be sent on the DS1 ESF FDL. (76 bytes)

The last path id message received on the DS1 ESF FDL. (76 bytes)

The last test id message received on the DS1 ESF FDL. (76 bytes)

The Framing mode for SONET/SDH port interface types. Enumeration: 'sonet': 1, 'sdh': 2.

Integer used to distinguish Inband Line loopback code sent from the switch when commanding inband line loopbacks, and reckognized by the switch when responding to remote loopback commands Enumeration: 'ds1CSU': 1, 'ds1NI': 2.

The current status of the DS1 ESF (FDL) data link. Enumeration: 'outOfService': 2, 'inService': 1.

This object identifies the the most recently declared pport threshold crossing alert Enumeration: 'dayThresholdCVS': 25, 'dayThresholdESCPP': 35, 'dayThresholdUASCPPFE': 48, 'dayThresholdSESCPPFE': 46, 'currentThresholdSESCPP': 31, 'currentThresholdSESCPPFE': 41, 'dayThresholdESL': 16, 'currentThresholdUASP': 10, 'currentThresholdCVCPP': 29, 'dayThresholdESS': 26, 'dayThresholdESP': 20, 'currentThresholdESCPPFE': 40, 'dayThresholdSASP': 22, 'dayThresholdSESS': 27, 'dayThresholdSESP': 21, 'currentThresholdSASCPPFE': 42, 'currentThresholdUASCPP': 33, 'currentThresholdCSSP': 9, 'currentThresholdCVCPPFE': 39, 'dayThresholdUASCPP': 38, 'currentThresholdUASCPPFE': 43, 'dayThresholdSESL': 17, 'dayThresholdCSSP': 23, 'currentThresholdESCPP': 30, 'dayThresholdCVP': 19, 'currentThresholdCVS': 11, 'currentThresholdCVP': 5, 'dayThresholdESx': 28, 'dayThresholdSASCPPFE': 47, 'currentThresholdUASL': 4, 'dayThresholdUASL': 18, 'currentThresholdSASP': 8, 'dayThresholdUASP': 24, 'currentThresholdESx': 14, 'currentThresholdCVL': 1, 'dayThresholdSESCPP': 36, 'dayThresholdSASCPP': 37, 'dayThresholdCVL': 15, 'currentThresholdESL': 2, 'dayThresholdCVCPP': 34, 'currentThresholdSESP': 7, 'currentThresholdSESS': 13, 'currentThresholdSASCPP': 32, 'dayThresholdESCPPFE': 45, 'currentThresholdSESL': 3, 'dayThresholdCVCPPFE': 44, 'currentThresholdESS': 12, 'currentThresholdESP': 6.

This value is used on a per port basis to add a delay to answering a ISDN call of the initial Disconnect from the network. This due to the ARP cache not updating quick enough on the routers

Number of received AAL5 packets with CRC32 errors.

Number of received AAL5 packets with CPI errors The only valid value currently defined for the CPI field is all zeros

Number of received AAL5 packets which satisfied one of the following error conditions: 1. number of received cells * 48 bytes - length value in trailer > 55 bytes 2. number of received cells * 48 bytes - length value in trailer < 8 bytes

Number of expired reassembly timers

Number of received AAL5 packets which exceeds the maximum allowed length

Pport redundancy architecture. Default is disabled. aps-intracard -- ports are both on same card. aps-with-resilient-uni -- ports may be on different cards, resilient UNI is used to reroute traffic. aps-intercard-trunk-backup -- ports may be on different cards, aps keeps phy layer in sync w/trunk backup. Enumeration: 'disabled': 1, 'aps-intracard': 2, 'aps-with-trunk-backup': 4, 'aps-with-resilient-uni': 3.

Provisioned APS switch-direction-mode. Default is uni- directional. Enumeration: 'bi-directional': 2, 'uni-directional': 1.

APS line type for the pport. Writable only when pportRedundancyArch is disabled. Enumeration: 'working-line': 1, 'protection-line': 2.

APS revertive mode. When revertive, after the condition for an automatic switchover clears, user traffic will be switched back to the working line after the pportAPSwtrPeriod expires. Default is revertive. Enumeration: 'revertive': 1, 'nonrevertive': 2.

Slot ID of the paired-with APS pport. Writable only when pportRedundancyArch is disabled.

Pport ID of the paired-with APS pport. Writable only when pportRedundancyARch is disabled.

Exponent N for APS Signal Failure based on BER. A line bit-error-rate above 10^-N causes an SF BER failure to be asserted. SF BER is cleared when the line BER returns to less than 10^-7.

Exponent N for APS Signal Degrade based on BER. A line bit-error-rate above 10^-N causes an SD BER failure to be asserted. SD BER is cleared when the line BER returns to less than 10^-(N+1).

APS wait-to-restore period. The number of minutes to wait after an automatic switch condition clears before switching back to the working line.

Indicates the state of the protection line selector. When selected, a protection switchover has taken place and user traffic is being selected from the protection line. Enumeration: 'released': 1, 'selected': 2.

External switch commands. The clear command clears any previously activated external command. Manual switch is preemptable by auto-switch-requests (line failures) while forced switch is not preemptable (except if the protection line fails). Manual and forced switch from protection to working, is valid only for 1+1 mode. Exercise simulates a switchover using APS signalling without actually performing a switch to protection line. Enumeration: 'forced-switch-w-to-p': 3, 'manual-switch-p-to-w': 6, 'manual-switch-w-to-p': 5, 'clear': 1, 'forced-switch-p-to-w': 4, 'exercise': 7, 'lockout-protection': 2.

Status of APS pport configuration. The not-configured status indicates the pport APS feature is not configured or it is a non-APS pport. The valid state indicates the pport APS function is configured and has been validated by the APS manager. The invalid state indicates that the APS manager has detected a conflict between the working line and protection line pport configurations. The user must clear the invalid state by changing the configuration of the misconfigured pport as soon as possible. Check pportAPSadminDir, pportAPSlineType, pportAPSrevertiveMode, and pportAPSwtrPeriod for any misconfigurations. Enumeration: 'not-configured': 1, 'valid': 2, 'invalid': 3.

The current state of the pair of APS pports with respect to the ability of the pair to Receive user traffic. When indicated as up, user traffic may be received on at least one of the ports in the APS pair. Enumeration: 'down': 2, 'testing': 3, 'up': 1.

Pattern generated by the XBERT Enumeration: 'user2Byte': 9, 'allOnes': 2, 'qRSS': 7, 'user4Byte': 11, 'oneOf8': 5, 'threeOf24': 6, 'user1Byte': 8, 'allZeros': 1, 'oneOneZeroZero': 4, 'user3Byte': 10, 'oneZero': 3.

Definition of 1,2,3 or 4 byte pattern if UserNByte selected.

Error rate to insert in generated pattern. Enumeration: 'none': 1, 'tenMinusThree': 2, 'tenMinusSix': 3.

Single shot commands to the BERT. Enumeration: 'injectError': 4, 'start': 1, 'stop': 2, 'clearCounters': 3.

Current status of the BERT for this channel. Enumeration: 'unused': 1, 'outOfFrame': 3, 'inFrame': 4, 'unavailable': 2.

The number of bits received - stops counting at 0xFFFFFFFF

The number of bits received in error- stops counting at 0xFFFFFFFF

Enables or Disables Far end loopback control of the switch. Enabled (2) = Loop up and down commands from far end equipment will be processed. Disabled (1) - loop up and down commands from far end equipment shall be ignored. This control does not affect the switch's transmission of loopback commands to the far end Enumeration: 'disabled': 1, 'enabled': 2.

DS0 usage bitmask for Fractional T1/E1 data rates.

DS3 Inverse Multiplexer counter value - specifies number of idle cells to insert by the outbound process Hardware.

The setting determines which standard is used for performance monitoring configuration thresholds Enumeration: 'itu-g826': 2, 'rfc1406': 1.

The setting determines the type of Idle/unassigned cell transmitted by the pport. 1 -- ATM Forum CLP=0, payload=6A 2 -- ITU CLP=1, payload=6A Enumeration: 'it': 2, 'atmforum': 1.

ATM tca ingress HEC error uncorrectable alert period (in min.).

ATM tca ingress HEC error uncorrectable threshold.

ATM tca egress buffer overflow CBR Alert period (in min)

ATM tca egress buffer overflow CBR threshold.

ATM tca egress buffer overflow ABR alert period (in min)

ATM tca egress buffer overflow ABR threshold.

ATM tca egress buffer overflow VBR1 alert period (in min)

ATM tca egress buffer overflow VBR1 threshold.

ATM tca egress buffer overflow VBR2 alert period (in min)

ATM tca egress buffer overflow VBR2 threshold.

ATM tca ingress framer FIFO overflow alert period (in min)

ATM tca ingress framer FIFO overflow threshold.

ATM tca egress lookup failure alert period (in min)

ATM tca egress lookup failure threshold.

ATM tca port enable.

This object identifies the the most recently declared pport ATM threshold crossing alert Enumeration: 'ingressHECErrorUThresholdC': 1, 'ingressFramerFIFOOverflowC': 6, 'egressVBR2BufferOverflowC': 5, 'egressCBRBufferOverflowC': 2, 'egressVBR1BufferOverflowC': 4, 'egressABRBufferOverflowC': 3, 'egressLookupFailureC': 7.

The configured MAC address to use for this Fast Ethernet port. Setting this to all zeros will force the port to use the burned in MAC address.

The actual MAC address in use for this Fast Ethernet port.

This is the soak time for configurable alarms. An alarm of this type must persist for this period before it is declared. The time is specified in millseconds units.

This is the soak time for configurable alarms. An alarm of this type must remain clear for this period before it is declared to be cleared. The time is specified in millseconds units.

Selection for the speed (10/100) and mode (half/full duplex) of operation for Fast Ethernet ports. Enumeration: 'halfDuplex10Mbps': 4, 'fullDuplex100Mbps': 1, 'fullDuplex10Mbps': 3, 'halfDuplex100Mbps': 2.

Cells discarded due to buffer overflow on this pport because of traffic shaping.

A list of Parameters assigned to the 16 traffic shaper parameter conbinations of each pport of the ATM-IWU.

Information of a single system reference clock source.

A positive integer to identify an entry in the pportTrafficShaperTable. The ATM-IWU and CS cards support exactly 16 shapers.

The priority of the Shaper. Channels tied to a Shaper are served only if no higher priority Shapers await service. 0 ist the highest, 15 the lowest priority.

The quotient of pportTrafficShaperCellRatioDividend and pportTrafficShaperCellRatioDivisor determines the average rate allocated to the shaper. The shaper serves portTrafficShaperCellRatioDividend cells in pportTrafficShaperCellRatioDivisor cell times.

See pportTrafficShaperCellRatioDividend

The peak cell rate. It defines the minimum gap (in cell units) between emission of any consecutive cells in this channel.

Defines the maximum number of credits that can be accumulated by a shaper. This is equivalent to the maximum burst allowed at the peak rate.

A list of logical port entries. The number of entries is given by the value of ifNumber in MIB-II.

The logical port entry contains objects relevant to a logical port.

The ifIndex value of the corresponding ifEntry.

The slot number of the board the port is on.

The physical port number of the interface on the board.

The logical port number of the interface on the physical port. A logical port can be uniquely identified in a Cascade network as { NodeId.lportSlotId.lportPportId.lportId }. lportId is defaulted to 1 (i.e., one-to-one mapping between the physical port and the logical port such as local V.35 or carrier) except the following cases: - For ufr, nfr and trk logical port, it indicates the bundle number for fractional T1 or 24-bundle T1. - For pdntrk logical port, it indicates the dlci over the PDN. Note that pdntrk is not allowed on fractional T1 or 24-bundle T1 physical port.

The equipment type of the peer to which the logical port is connected. Enumeration: 'trk': 1, 'transport': 2.

The data link protocol running on the logical port. Enumeration: 'atmAAL1': 10, 'dirmgmttrk': 7, 'atm': 4, 'fradPPPto1294': 2, 'isdndchan': 5, 'nfr': 1, 'smdsoptmgmt': 8, 'smds': 3.

The user-network signalling capability for SVC and DLCMI of the logical port. Note that this only applies to fr protocol port. Enumeration: 'dce': 1, 'nni': 3, 'dte': 2.

The bit mask indicating the DS0s for the fractional T1/E1 logical port which must be a subset of the corresponding pportDs1Ds0s. It's represented by a 32-bit hex char string.

The global DLCI correspondent to the interface if the DLCI is globally significant in the network. Note that this object is read-write only during creation, and read-only after creation.

This variable states which Data Link Connection Management scheme is active (and by implication, what DLCI it uses) on the Frame Relay interface. Enumeration: 'ansiT1-617-D': 3, 'ansiT1-617-B': 6, 'autodetect': 5, 'ccittQ-933-A': 4, 'disabled': 1, 'lmiRev1': 2.

This variable states which address format is in use on the Frame Relay interface. Enumeration: 'q922': 1.

This variable states which address length in octets. In the case of Q922 format, the length indicates the entire length of the address including the control portion. Enumeration: 'three-octets-16-bits': 3, 'four-octets-17-bits': 4, 'two-octets-10-bits': 1, 'three-octets-10-bits': 2, 'four-octets-23-bits': 5.

The maximum frame size supported on the interface. Currently it's not used.

The polling verification timer (secs) on the DCE interface. If the port is configured as a DXI/SNI, then this MIB object defines the heartbeat poll timer setting.

The error threshold on the DCE interface. If the port is configured as a DXI/SNI, then this MIB object defines the heartbeat poll No Ack threshold setting.

The monitored events count on the DCE interface.

The error threshold on the DTE interface.

The monitored events count on the DTE interface.

The link status polling timer (secs) on the DTE interface.

The full status polling counter on the DTE interface.

The multicast capability of the interface. Enumeration: 'one-way': 1, 'm-way': 3, 'two-way': 2.

Node at the other end of the trunk. This object is read-write only during lport creation, and read-only thereafter.

Logical port (IfIndex) at the other end of the trunk. This

Congestion State for the logical port. Enumeration: 'mild': 2, 'critical': 4, 'severe': 3, 'normal': 1.

Priority-1 queue length (number of packets) in xmit buffer.

Priority-2 queue length (number of packets) in xmit buffer.

Priority-3 queue length (number of packets) in xmit buffer.

Priority-4 queue length (number of packets) in xmit buffer.

The value of sysUpTime at which the last error was detected.

The type of error that was last seen on this interface. Enumeration: 'hdlc-abort': 2, 'discardIllegalLen': 19, 'dlcmiUnknownIE': 12, 'dlcmiUnknownRpt': 14, 'dlcmiProtoErr': 11, 'illegalDLCI': 9, 'discardPortMismatch': 18, 'discardFW': 16, 'tx-underrun': 7, 'rcv-Long': 5, 'crc-Error': 4, 'discardRange': 17, 'short-frame': 1, 'dlcmiSequenceErr': 13, 'unknownDLCI': 10, 'unknownProt': 15, 'residual-bit': 3, 'unknownError': 8, 'rcv-overrun': 6.

An octet string containing as much of the error packet as possible. As a minimum, it must contain the Q.922 Address or as much as was delivered. It is desirable to include all information up to the PDU.

Identification for the diagnostics tests to be run.

Number of passes of the diagnostics tests to be run. The default value is 1.

An estimate of the logical port's data rate in bits per second.

The current state of the trunk. The btdefined state only applies to backup trunks. Enumeration: 'nattempt': 1, 'n2way': 3, 'btdefined': 9, 'nexchange': 5, 'nloading': 6, 'ninit': 2, 'nfull': 7, 'nexstart': 4.

The cumulative number of times that the lport's congestion state has changed from mildly-congested to severely-congested since the last reset.

The cumulative number of times that the lport's congestion state has changed from severely-congested to absolutely- congested since the last reset.

An estimate of the overhead (headers and internal control messages) in trunking user data in terms of a percentage of the configured trunk bandwidth.

An estimate of the real utilization of the trunk bandwidth in terms of a percentage of the configured trunk bandwidth.

Currently available virtual trunk bandwidth.

The sysUpTime value when the trunk was last changed to the current status.

The rate (%) of entering severely or absolutely congested states in the last one minute interval.

The alert threshold (%) for the CongestRate; trap will be sent when exceeded.

The current state of the diagnostic on this logical port. Enumeration: 'active': 1.

Optional parameters to the diagnostic.

Number of successful diagnostic passes.

Number of failed diagnostic passes.

Description of last diagnostic failure.

Is bit stuffing enabled on this lport? Enumeration: 'bit-stuffing': 1.

The per minute error threshold before a link error trap is sent.

The accumulated allocated/deallocated bandwidth which has not been propagated by OSPF yet.

The number of LMI STATUS frames received from the DCE since the last system reset. The count includes link integrity verification frames only.

The number of LMI Full STATUS frames received from the DTE since the last system reset.

The number of asynchronous LMI Status frames received from the DTE since the last system reset. For LMI Rev 1, these are Update STATUS frames. For ANSI Annex D and CCITT Annex A these are Asynchronous STATUS frames.

The number of LMI frames received containing protocol errors.

The number of LMI Status Enquiry frames transmitted since the last system reset.

The number of DTE in-channel signaling link reliability errors (i.e. LMI Status Enquiry frames that were not responded to, sequence number errors) since the last system reset.

The number of times since the last system reset LMI has declared the DTE side of the link down due to excessive errors.

The LMI failure reason. If the rate of LMI detected errors exceeds the threshold, this contains the cause of the most recent error. Enumeration: 'dte-timeout': 2, 'prot-error': 3, 'dte-bad-Nr': 1.

The operational status of the DTE side of LMI on this link. Enumeration: 'down': 2, 'up': 1.

The number of LMI poll frames received from the DTE since the last system reset.

The number of LMI frames received containing protocol errors.

The number of LMI STATUS frames transmitted since the last system reset. The count includes link integrity verification frames only.

The number of LMI Full STATUS frames transmitted since the last system reset.

The number of asynchronous LMI Status frames transmitted since the last system reset. For LMI Rev 1, these are Update STATUS frames. For ANSI Annex D and CCITT Annex A these are Asynchronous STATUS frames.

The number of DCE in-channel signaling link reliability errors (i.e. timeouts waiting for LMI Status Enquiry frames, sequence number errors) since the last system reset.

The number of times since the last system reset LMI has declared the DCE side of the link down due to excessive errors.

The LMI failure reason. If the rate of LMI detected errors exceeds the threshold, this contains the cause of the most recent error. Enumeration: 'prot-error': 3, 'dce-bad-Nr': 1, 'dce-timeout': 2.

The operational status of the DCE side of LMI on this link. Enumeration: 'down': 2, 'up': 1.

This variable states which Data Link Connection Management scheme is actually being run on this link. This is used for DCE links configured for AutoDetect and indicates the LMI standard used in the last poll received from the DTE. Enumeration: 'ansiT1-617-D': 3, 'reserved': 5, 'unknown': 1, 'ccittQ-933-A': 4, 'lmiRev1': 2, 'ansiT1-617-B': 6.

The number of total frames received with an error. For NNI links this is the sum of lportDTEInErrorFrames and lportDCEInErrorFrames.

This variable specifies the maximum number of LMI Status Enquiry frames that can be received from a DTE within time interval lportDCEnT3. This is only valid on lports using LMIREV1.

This variable specifies the time interval (secs) used to determine if lportDCEnN4 an excess number (lportDCEnN4) of Status Enquiry messages are received. This is only valid on lports using LMIREV1.

Outbound frames are allowed on the transmit commit queue when the commit queue falls below this threshold (in microseconds).

Percentage of time the transmit queue is refilled in priority order 0, 1, 2, 3.

Percentage of time the transmit queue is refilled in priority order 1, 2, 3, 0.

Percentage of time the transmit queue is refilled in priority order 2, 3, 0, 1.

Percentage of time the transmit queue is refilled in priority order 3, 0, 1, 2.

Priority holding queue low water discard threshold. Discarding stops when holding queue hits this level.

Severe congestion level. Outbound red and amber packets are discarded when the transmit queue hits this threshold.

Mild congestion level. Outbound red packets are discarded when the transmit queue hits this threshold.

Send a keep-alive packet after this many seconds. These packets are sent on trunk links only. The range is 0 thru 15, with zero meaning the keep-alive protocol is disabled. The default is one.

Declare the interface down after this many keep-alive packets in a row are missed. The default is five.

Enable ingress cut-thru on this user lport. Default is disabled. Enumeration: 'disabled': 1, 'enabled': 2.

Enable egress cut-thru on this user lport. Default is disabled. Enumeration: 'disabled': 1, 'enabled': 2.

Egress cut thru threshold - start transmitting a frame on a user port after this many segments have arrived.

Allow Frame Relay Trunks on the user link. Enumeration: 'not-allowed': 2, 'allowed': 1.

The interface number of the SSI which this DXI/SNI is multiplexed to.

The slot of the SSI which this DXI/SNI is multiplexed to.

The ID of address screen for this interface.

Individual address screen operation. Enumeration: 'allow': 1, 'disallow': 2.

Group address screen operation. Enumeration: 'allow': 1, 'disallow': 2.

The individual address screen member bit map. For set request, the first byte is the operation : 1 for deleting, 2 for adding. The following bytes are the bit map. The bit position of each bit in this bit map represent a screen member ID. The most significant bit is corresponding to group address ID 1. For get response, The whole string is the bit map.

The group address screen member bit map. For set request, the first byte is the operation : 1 for deleting, 2 for adding. The following bytes are the bit map. The bit position of each bit in this bit map represent a screen member ID. The most significant bit is corresponding to group address ID 1. For get response, The whole string is the bit map.

SMDS address. For SSI feeder port, this address is the local address of all SMDS optimim paths associated with this SSI feeder port. For SSI Optimum path port, this address is the remote address of this SSI optimum path. The 4 most significant bits are 1100. The following 4 bits are 0001. The following 5 bytes are the 10 digits number in BCD format. The following 16 bits are padded with 1's

CRC which CPE generates. Enumeration: 'crc32': 2, 'crc16': 1.

Whether CPE supports heart beat poll or not. Enumeration: 'poll': 2, 'nopoll': 1.

turn of/off the detailed SIP3 PDU error checking. Enumeration: 'on': 1.

Number of DXI2 heart beat poll frames transmitted.

Total number of octets in DXI2 heart beat poll frames transmitted.

Number of DXI2 heart beat poll frames received.

Total number of octets in DXI2 heart beat poll frames received.

Number of SIP3 frames transmitted.

Total number of octets in SIP3 frames transmitted.

Number of SIP3 frames received.

Total number of octets in SIP3 frames received.

Number of instances that DXI2 link ID is invalid.

Number of instances that DXI2 station ID is invalid.

Number of instances that DXI2 command/response field is invalid.

Number of instances that DXI2 address extension field is invalid.

Number of instances that DXI2 control field is invalid.

Number of instances there is a DXI2 frame size error.

Number of instances that SIP3 reserved field in header is invalid.

Number of instances that SIP3 BE tag is not macthed.

Number of instances that SIP3 BA size is incorrect.

Number of instances that SIP3 BA size is invalid.

Number of instances that SIP3 destination address type is invalid.

Number of instances that SIP3 destination address is invalid.

Number of instances that SIP3 source address type is invalid.

Number of instances that SIP3 source address is invalid.

Number of instances that SIP3 BA sizes in the header and trailer are not matched.

Number of instances that SIP3 header extension length is invalid.

Number of instances that SIP3 header extension version is invalid.

Number of instances that SIP3 header extension carrier is invalid.

Number of SIP3 CRC errors.

Number of instances that SIP3 reserved field in trailer is invalid.

Number of instances that source address not found.

Number of instances that source address validation failed.

Number of instances that source address and destination addresses are on the same port.

Obsolete.

Obsolete.

Number of instances that destination individual address not found.

Number of instances that destination group address not found.

Number of instances that source individual address screening failed.

Number of instances that destination individual address screening failed.

Number of instances that destination group address screening failed.

total number of discards.

The Node of the SSI which this DXI/SNI is multiplexed to.

This object defines the ability to enable and disable billing on this logical port (for SMDS this must be a DXI). When the value of nodeBilling is 'enabled', the value of this object will take precedence. When the value of nodeBilling is 'disabled', the value of this object will be overridden and billing will be disabled. The default value of this object is 'disabled'. Enumeration: 'disabled': 1, 'enabled': 2.

reserved! ignore!

Link protocol status. The Link protocol may be frame relay LMI, DXI heart beat poll, PPP LCP, etc, depends on the lport type. Enumeration: 'down': 2, 'up': 1.

The number of seconds 1-9 to buffer (or initiate) a FR LMI async update (or ATM OAM alarms) to allow filtering of LMI async events. Zero (0) indicates that no buffering is done (all updates are immediate) and 255 indicates that no updates are sent.

Lport CRC selection: 0 - 16 bit CRC 1 - 32 bit CRC

The Multicast Group Address is the smds broadcast address which is used to get smds address from its IP address.

This IP address is this logical port's IP address.

VPI value in the ATM cell header: ATM DXI with HSSI IOP VPI (4 lsb bit) range: 0 - 15 ATM UNI DS3/E3 IOP VPI (4 lsb bit) range: 0 - 15

VCI value in the ATM cell header: ATM DXI with HSSI IOP VCI (6 lsb bit) range: 0 - 63 ATM UNI DS3/E3 IOP VCI (8 lsb bit) range: 0 - 255

Peak cell rate queue index

Sustainable cell rate in cell/second

Burst Tolerance in multiple of 32 cells

Enables or disables trunk backup due to link down. Enumeration: 'enabled': 1.

The number of seconds a primary trunk must remain down for trunk backup to be initiated.

The number of seconds a primary trunk must remain up for trunk backup to be terminated

The number of seconds between backup trunk call setup retries.

The number of backup trunk call setup tries per call setup cycle.

The number of seconds between backup trunk call setup cycles.

Initiate or terminate manual backup for a primary trunk. none neither initiate or terminate initCmd initiate operator commanded backup termCmd terminate operator commanded backup initSched initiate scheduled backup termSched terminate scheduled backup Enumeration: 'initCmd': 1, 'initSched': 3, 'termSched': 4, 'termCmd': 2.

Indicates the primary trunk lportIfIndex for which a backup trunk is serving as a backup. This value is also used to determine trunk type by the following convention: Value Trunk Type 0 Normal lportIfIndex of this trunk Primary other lportIfIndex Backup

TRUE if node must initiate backup trunk call setup for this primary trunk. Otherwise FALSE. Enumeration: 'true': 1.

Indicates the reason for the failure to perform trunk backup. Enumeration: 'buTrkNotEstab': 2, 'buTrkNotDef': 1.

Set 1 to eanble Q.922 on this port. Q.922 must be enabled if the port is used for SVC. Enumeration: 'enable': 1, 'disable': 2.

Q.922 state. This object only makes sense when Q.922 is enabled. Enumeration: 'tei-unassigned': 1, 'awaiting-release': 6, 'timer-recovery': 8, 'assign-awaiting': 2, 'awaiting-establishment': 5, 'establish-awaiting': 3, 'multiple-frame-established': 7, 'tei-assigned': 4.

The Trunk PDU Revision number being used over this trunk.

The PVC Manager PDU Revision number being used over this trunk.

Indicates whether this logical port has one or more DS0's in loopback

The number of seconds that the ISDN call has been established.

The E.164 address of the source of this ISDN connection.

The E.164 address of the destination of this ISDN connection.

The Ip Address of the client connected to this B-Channel

The cause of the call rejection - inability to authenticate or pool is busy.

This item pertains to user frame relay lports only. The frame relay header of the received frame contains a dlci, which uniquely identifies a specific pvc on this lport. When no pvc has been configured, on the lport, that corresponds to the dlci specified in the frame header, the frame is said to have an invalid dlci. This lport entry holds the value of the most recent invalid dlci received on this lport, to be used in troubleshooting faulty configurations.

The current operational state of the link trunk protocol on this link. Enumeration: 'disabled': 2, 'none': 3, 'enabled': 1.

The types of traffic allowed over a Cascade trunk. Enumeration: 'management-and-PVCs': 3, 'management-only': 2, 'private': 4, 'normal': 1.

The number of VCs going to or through a particular port.

The administrative cost of the trunk. Used when routing circuits. Trunks with lower costs are preferred. Value ranges from 1 to 65,535.

If non-zero, indicates the private network that the lport belongs to. If 0, the lport is publicly shared.

The measured round-trip delay of the trunk, in milliseconds. Measured when the trunk last became operational.

The recently measured round-tip delay of the trunk. May vary from lportTrkStaticDelay due to congestion, or reprovisioning of the underlying media.

An estimate of the logical port's data rate in bits per second reserved for QoS class 1.

An estimate of the logical port's data rate in bits per second reserved for QoS class 2.

An estimate of the logical port's data rate in bits per second reserved for QoS class 3.

An estimate of the logical port's data rate in bits per second reserved for QoS class 4.

Current outgoing available virtual bandwidth reserved for QoS class 1.

Current outgoing available virtual bandwidth reserved for QoS class 2.

Current outgoing available virtual bandwidth reserved for QoS class 3.

Current outgoing available virtual bandwidth reserved for QoS class 4.

Current incoming available virtual bandwidth reserved for QoS class 1.

Current incoming available virtual bandwidth reserved for QoS class 2.

Current incoming available virtual bandwidth reserved for QoS class 3.

Currently incoming available virtual bandwidth reserved for QoS class 4.

Current outgoing allocated bandwidth for QoS Class 1.

Current outgoing allocated bandwidth for QoS Class 2.

Current outgoing allocated bandwidth for QoS Class 3.

Current outgoing allocated bandwidth for QoS Class 4.

Current incoming allocated bandwidth for QoS Class 1.

Current incoming allocated bandwidth for QoS Class 2.

Current incoming allocated bandwidth for QoS Class 3.

Current incoming allocated bandwidth for QoS Class 4.

Bitmap defining which QoS Classes should have bandwidth allocated dynamically from lportDataRate instead of reserving a percentage up-front. Enumeration: 'qos-class-4': 8, 'qos-class-1': 1, 'qos-class-2': 2, 'qos-class-3': 4.

The duration in seconds (1..255) the network is allowed to re-establish a SVC after network failure before clearing the SVC. A value of (0) indicates continuous retries by the network until the user clears the SVC.

Whether this lport is supporting a private or public network. Enumeration: 'public': 2, 'private': 1.

Routing metric associated with QoS Class 1. Enumeration: 'end-to-end-delay': 2, 'cell-delay-variation': 3, 'administrative-cost': 1.

Routing metric associated with QoS Class 2. Enumeration: 'end-to-end-delay': 2, 'cell-delay-variation': 3, 'administrative-cost': 1.

Routing metric associated with QoS Class 3. Enumeration: 'end-to-end-delay': 2, 'cell-delay-variation': 3, 'administrative-cost': 1.

Routing metric associated with QoS Class 4. Enumeration: 'end-to-end-delay': 2, 'cell-delay-variation': 3, 'administrative-cost': 1.

The duration in seconds (1..255) the ILMI poll is generated by the network-side UME. A value of 0 set to default polling period of 5 seconds.

UNI protocol version for this port. Enumeration: 'uni-30': 1, 'uni-31': 2, 'iisp': 3.

Administrative state for ILMI function on this port. Enumeration: 'disabled': 2, 'enabled': 1.

Operational status for ILMI function on this port. Enumeration: 'down': 1, 'up': 3, 'registering': 2.

The number of retries of ILMI poll request will be generated when network-side UME detects loss of ILMI connectivity. A value of 0 sets to default value of 4 times

Number of bits of VPI supported.

Number of bits of VCI supported.

If disabled then OAM alarms are not generated for circuits that are down on this lport. Enumeration: 'disabled': 2, 'enabled': 1.

Currently available Incoming virtual bandwidth.

The network policy towards requiring sufficient bandwidth at the UNI interface prior to allowing a circuit to be established. Enumeration: 'enable-uni-bw-policing': 1, 'disable-uni-bw-policing': 2.

The CBR card detected a starvation condition on this lport for the extended period defined in Bellcore TA-NWT-001248 Enumeration: 'ok': 1, 'error': 2.

The CBR card detected a receive overflow condition on this lport for the extended period defined in Bellcore TA-NWT-001248 Enumeration: 'ok': 1, 'error': 2.

The CBR card detected a LOS condition on this lport for the extended period defined in Bellcore TA-NWT-001248 Enumeration: 'ok': 1, 'error': 2.

The CBR card detected a loss of structure pointer condition on this lport for the extended period defined in Bellcore TA-NWT-001248 Enumeration: 'ok': 1, 'error': 2.

The number of dummy cells inserted due to cell loss on a constant bit rate (AAL1) interface.

The number of receive FIFO underflows since the last reset. If this condition persists, a lportCBRLineDataError trap is issued indicating the lportStarvation.

The number of receive FIFO overflows since the last reset. If this condition persists, a lportCBRLineDataError trap is issued indicating the receive FIFO overflow.

The object counts how often the structured CBR card detected a loss of the structure pointer since the last reset.

The number of loss of cell sequence since the last reset.

The shaper to be used for this ATM trunk interworking with frame relay: 1-port ATM-IWU STM-1/STS-3c card -------------------------------- Values: 1..16

The type of screening to apply against dynamic prefixes received from the peer ILMI entity at this DTE port. Enumeration: 'port-prefix': 2, 'accept-all': 255, 'node-prefix-or-port-prefix': 3, 'node-prefix': 1, 'reject-all': 127.

This object defines the ability to enable and disable SMDS pdu violation traps on this logical port. This functionality applies to the following logical port types: SMDS DXI/SNI DCE SMDS DXI/SNI DTE SMDS SSI DTE SMDS Optimum Trunk Direct Line Trunk The default value of this object is 'disabled'. Enumeration: 'disabled': 1, 'enabled': 2.

This object defines the Smds pdu violation threshold for this logical port. The allowable range of threshold values is 1-255. The default value of this object is '10'.

This object provides the Smds destination address and Smds source address of the last Smds pdu to cause the violation Smds Sa Not Found. The first 8 bytes of the octet string (i.e.; 16 digits in BCD format) correspond to the destination address. The second 8 bytes correspond to the source address.

This object provides the Smds destination address and Smds source address of the last Smds pdu to cause the violation Smds Sa Da On Same Port. The first 8 bytes of the octet string (i.e.; 16 digits in BCD format) correspond to the destination address. The second 8 bytes correspond to the source address.

This object provides the Smds destination address and Smds source address of the last Smds pdu to cause the violation Smds Dst Ga Not Found. The first 8 bytes of the octet string (i.e.; 16 digits in BCD format) correspond to the destination address. The second 8 bytes correspond to the source address.

This object provides the Smds destination address and Smds source address of the last Smds pdu to cause the violation Smds Dst Ia Scrn Fail. The first 8 bytes of the octet string (i.e.; 16 digits in BCD format) correspond to the destination address. The second 8 bytes correspond to the source address.

This object provides the Smds destination address and Smds source address of the last Smds pdu to cause the violation Smds Sa Val Fail. The first 8 bytes of the octet string (i.e.; 16 digits in BCD format) correspond to the destination address. The second 8 bytes correspond to the source address.

This object provides the Smds destination address and Smds source address of the last Smds pdu to cause the violation Smds Dst Ia Not Found. The first 8 bytes of the octet string (i.e.; 16 digits in BCD format) correspond to the destination address. The second 8 bytes correspond to the source address.

This object provides the Smds destination address and Smds source address of the last Smds pdu to cause the violation Smds Src Ia Scrn Fail. The first 8 bytes of the octet string (i.e.; 16 digits in BCD format) correspond to the destination address. The second 8 bytes correspond to the source address.

This object provides the Smds destination address and Smds source address of the last Smds pdu to cause the violation Smds Dst Ga Scrn Fail. The first 8 bytes of the octet string (i.e.; 16 digits in BCD format) correspond to the destination address. The second 8 bytes correspond to the source address.

This object provides the Smds destination address and Smds source address of the last Smds pdu to cause the violation Smds Sa Type Invalid. The first 8 bytes of the octet string (i.e.; 16 digits in BCD format) correspond to the destination address. The second 8 bytes correspond to the source address.

This object provides the Smds destination address and Smds source address of the last Smds pdu to cause the violation Smds Da Type Invalid. The first 8 bytes of the octet string (i.e.; 16 digits in BCD format) correspond to the destination address. The second 8 bytes correspond to the source address.

This object provides the dxi2 header of the last Smds pdu to cause the violation Dxi2 Link Id Invalid. The length of this object is 4 bytes.

This object provides the dxi2 header of the last Smds pdu to cause the violation Dxi2 Cr Invalid. The length of this object is 4 bytes.

This object provides the dxi2 header of the last Smds pdu to cause the violation Dxi2 Ctrl Invalid. The length of this object is 4 bytes.

This object provides the dxi2 header of the last Smds pdu to cause the violation Dxi2 Station Id Invalid. The length of this object is 4 bytes.

This object provides the dxi2 header of the last Smds pdu to cause the violation Dxi2 Ae Invalid. The length of this object is 4 bytes.

Set a single DS0 into farend loopback 1-24.

Set a single DS0 out farend loopback 1-24.

The time, measured in seconds, that Trunk Protocol waits before transitioning the state of an unresponsive trunk from UP to DOWN. Trunk protocol keepalive requests are issued on the trunk lport once per second. This value defines the failure threshold, that is, the number of consecutive requests that must go unanswered before the Trunk Protocol application will declare the trunk lport DOWN.

An octet string indicating the lport pointer.

The percent utilization of the B-channel pool that this b-channel belongs to.

The cause value for why Ip Address assignment has failed.

An estimate of the real QoS1 utilization of the trunk bandwidth in terms of a percentage of the configured trunk bandwidth.

An estimate of the real QoS2 utilization of the trunk bandwidth in terms of a percentage of the configured trunk bandwidth.

An estimate of the real QoS3 utilization of the trunk bandwidth in terms of a percentage of the configured trunk bandwidth.

An estimate of the real QoS4 utilization of the trunk bandwidth in terms of a percentage of the configured trunk bandwidth.

The total number of cells received

The total number of cells transmitted

A table containing information about specific DLCIs, channels and corresponding circuits.

The information regarding a single Data Link Connection Identifier.

The ifIndex value of the corresponding ifEntry.

The DLCI used as the key for the circuit. For local DLCI significance, this is the local DLCI. For Global DLCI significance, this is the remote DLCI.

The priority level (1 through 3) for this circuit.

The average number of user data (bits) that the network agrees to transfer over the circuit in one direction, measured over the measurement interval T = cktBc/cktCir.

The maximum amount of data (bits) that the network agrees to transfer over the circuit under normal conditions, during the measurement interval.

The maximum amount of uncommitted data (bits) that the network will attempt to transfer over the circuit during the measurement interval. By default, if not configured when creating the entry, the Excess Information Burst Size is set to the value of ifSpeed.

The destination node ID for this circuit.

The interface identifier at the destination node for this circuit.

The DLCI which is the destination of the key DLCI. For local DLCI significance, this is the remote DLCI since the key DLCI is the local DLCI. For global significance, this is the local DLCI since the key DLCI is the remote DLCI.

The type of service for the circuit. Only committed is supported in the FCS. Enumeration: 'shared': 2, 'committed': 1.

This variable states whether graceful discard is enabled for the ckt. Enumeration: 'on': 1.

The desired state of the ckt. Enumeration: 'down': 1, 'up': 2.

The value of sysUpTime when the circuit was created (activated).

The sysUpTime value when the circuit was last changed to the current state.

The current state of the PVC segment in the Cascade network. Enumeration: 'wcbdelete': 5, 'retry': 2, 'svclr': 8, 'slowretry': 12, 'wcbdeact': 4, 'svcall': 7, 'wcbbkdp': 10, 'calling': 3, 'inactive': 1, 'backedup': 9, 'active': 6, 'wcbreact': 11.

The DCE state of the circuit. Enumeration: 'active': 2, 'inactive': 1.

The DTE status of the circuit. Enumeration: 'active': 2, 'inactive': 1.

The receiver's readiness for accepting data flow. Enumeration: 'recvnotready': 1.

The state of the network interface. Enumeration: 'nidown': 1.

The DTE state of the circuit. Enumeration: 'active': 2, 'inactive': 1.

The current operational status of the entire PVC. Enumeration: 'active': 2, 'inactive': 1.

If the value is 1, it means the outbound flow is on. Enumeration: 'on': 1.

The reroute count.

An 8-byte Octect string indicating the vc pointer.

The count of hops along the circuit path. (Max is 16)

The circuit path consisting a sequence of outbound interface indexes at nodes along the established circuit. The format is interface:interface:interface......

The reason for the PVC establishment failure. Enumeration: 'bkpdlcicollision': 25, 'dstunknown': 24, 'iopdown': 17, 'admindown': 1, 'dead': 11, 'nodest': 7, 'balancereroute': 10, 'misconfig': 20, 'srcunknown': 23, 'defpathreroute': 12, 'trkdown': 9, 'nidown': 13, 'numsgbuffer': 18, 'novpivci': 33, 'otherpvcsegrnr': 15, 'nopdubuff': 6, 'srcbackedup': 22, 'oldrevinpath': 26, 'pvcroutemgttrunk': 30, 'usingaltpathwarning': 16, 'nomultipointparent': 31, 'noroute': 4, 'nobw': 3, 'smdsmgmttrunk': 27, 'noport': 19, 'pvcroutefail': 32, 'trkrnr': 8, 'bothendptbackup': 29, 'novcbuff': 2, 'otherpvcsegdown': 14, 'timeout': 5, 'svcsetupfail': 21, 'nevercalled': 28.

The node which causes the PVC failure.

The port on the fail node which causes the PVC failure.

Multicast group identifier (1..32). This field is 0 for unicast PVCs.

A list of operations and the affected unicast DLCIs (lportId, cktId)s in a multicast group. The syntax is as follows: [op:dlci,dlci,...,op:dlci,dlci,...] where op can either be delete (0) or add (1)

An 8-byte Octect string indicating the parent groups this DLCI belongs to.

The number of inbound frames since the last reset.

The number of inbound DE-marked frames since the last reset.

The number of inbound ODE-marked frames since the last reset.

The number of inbound frames indicating forward congestion since the last reset.

The number of inbound frames indicating backward congestion since the last reset.

Number of inbound frames discarded by rate enforcement.

The number of inbound octets since the last reset.

The number of inbound DE-marked octets since the last reset.

The number of inbound ODE-marked octets since the last reset.

The number of outbound frames since the last reset.

The number of outbound DE-marked frames since the last reset.

The number of outbound ODE-marked frames since the last reset.

The number of outbound FECN-marked frames since the last reset.

The number of outbound BECN-marked frames since the last reset.

The number of outbound octets since the last reset.

The number of outbound DE-marked octets since the last reset.

The number of outbound ODE-marked octets since the last reset.

The number of outbound frames that have been lost since the last reset.

The number of outbound DE-marked frames that have been lost since the last reset.

The number of outbound ODE-marked frames that have been lost since the last reset.

The number of outbound octets that have been lost since the last reset.

The number of outbound DE-marked octets that have been lost since the last reset.

The number of outbound ODE-marked octets that have been lost since the last reset.

The minimum round-trip delay (micro-seconds).

The maximum round-trip delay (micro-seconds).

The average round-trip delay (micro-seconds).

Identification for the diagnostics tests to be run.

Number of passes of the diagnostics tests to be run. The default value is 1.

Number of PVC hello pdu frames received in the VC entry of the called side.

Number of PVC hello Ack pdu frames received in the VC entry of the calling side.

User defined path. in the format of Nx,x,x,Nx,.... If x is not prefixed with 'N', x is an interface ID. If x is prefixed with `N`, x is a node ID.

User defined path hop count.

If set to 1, it means there is an user defined path for this circuit and it is enabled.

If set to 1, it means that if the user defined path fails, use the ospf-determined path.

If set to 1, it indicates the PVC is currently using the defined path.

If set to 1, it means the inactive PVC will be activated on the ospf-determined path in the next retry.

If set to 1, it means this VC entry has been successfuly activated before.

If the value is 1, it means the inbound flow is OK.

Number of Bus xmit units per data segment

Number of segments received that were discarded because of frame reassembly errors.

VPI value in the ATM cell header: ATM DXI with HSSI IOP VPI (4 lsb bit) range: 0 - 15 ATM UNI DS3/E3 IOP VPI (4 lsb bit) range: 0 - 15 T1 ATM 4 lsb range 0-15 ATM-IWU STM-1/STS-3c VPI (<=12 lsb bit) range: 0-4095

VCI value in the ATM cell header: ATM DXI with HSSI IOP VCI (6 lsb bit) range: 0 - 63 ATM UNI DS3/E3 IOP VCI (8 lsb bit) range: 0 - 255 T1 ATM 4 lsb VCI (6 lsb bit) range 0 - 255 ATM-IWU STM-1/STS-3c VCI (<=12 lsb bit) range: 0-4095

1 if a permanent virtual circuit; 2 if a switched virtual circuit. Enumeration: 'pvc': 1, 'svc': 2.

The calling party number if this is a switched virtual circuit.

The called party number if this is a switched virtual circuit.

The duration since the SVC circuit has been running.

SVC cause number. The index will be 0.0 and should be disregarded. The following cause numbers maybe returned by stdx: 1 - unassigned number, callee is not assigned 2 - no route to specified transit network 3 - no route to destination 6 - channel unacceptable 16 - normal clearing 17 - user busy 18 - no user responding 21 - call rejected by whoever is sending this cause 22 - number changed, called party has changed its number 27 - destination out of order (the interface to called user) 28 - called party number is invalid 29 - facility requested can't be provided by network 30 - included in STATUS message to indicate it is responding to a STATUS ENQUIRY 31 - unspecified, used if no other cause is appropriate 34 - no circuit or channel available to handle the call 38 - network is out of order 41 - tempprary failure, i.e., caller may try again 42 - network congestion 43 - access information (user-to-user) discarded 44 - requested circuit unavailable 58 - bearer capability not available 63 - requested service unavailable 65 - requested bearer capability is not implemented 81 - call reference is unknown 95 - invalid message 96 - mandatory information element is missing 97 - message type is unknown 98 - message not compatible with call state 99 - information element is unknown or not implemented 100 - invalid information element contents 101 - message not compatible with call state

0 if RFC1490 or no translation; 1 if RFC1483 translation. Enumeration: 'rfc1483': 1.

The destination logical address of the circuit.

The source logical address of the circuit.

Setting this variable controls the loopback status of the given circuit endpoint. Enumeration: 'remote': 2, 'local': 1, 'both': 3.

Setting this variable controls the use of rerouting to balance link usage. Enumeration: 'disabled': 1.

Indicates if a caller endpoint is calling a backup PVC. Enumeration: 'true': 1.

The average number of user data (bits) that the network agrees to transfer over the circuit in the opposite direction, measured over the measurement interval T = cktBc/cktCir.

The Quality of Service of the ATM Circuit. Valid only for ATM type circuits. Enumeration: 'cbr': 1, 'vbr2': 3, 'vbr1': 2, 'vbr3': 4.

The Number of ATM cells received on a VC (VPC or VCC).

The Number of ATM cells transmitted on a VC (VPC or VCC)..

The Number of ATM CLP0 cells received and discarded on a VC (VPC or VCC)..

The Number of ATM CLP1 cells received and discarded on a VC (VPC or VCC).

Type of ATM connection (VPC or VCC). Enumeration: 'vcc': 2, 'vpc': 1.

The Peak Cell Rate measured in cells/second at which cells are transmitted for this circuit.

The Sustainable Cell Rate is the average transmission rate in cells per second for this circuit. It must be less than or or equal to the Peak Cell Rate.

The Maximum Burst size determines the maximum number of cells that can be transmitted at the peak cell rate.

The Number of ATM CLP 0 cells received and passed UPC on a VC (VPC or VCC).

The Number of ATM CLP 1 cells received and passed UPC on a VC (VPC or VCC).

The Number of ATM cells received and tagged on a VC (VPC or VCC).

The Number of ATM CLP 0 cells transmitted on a VC (VPC or VCC)..

The Number of ATM CLP 1 cells transmitted on a VC (VPC or VCC)..

The Quality of Service of the ATM connection in the opposite direction. Enumeration: 'cbr': 1, 'vbr2': 3, 'vbr1': 2, 'vbr3': 4.

The combination of traffic parameters. Enumeration: 'pcr-0-01-tag': 2, 'pcr-01-bestEffort': 7, 'pcr-01': 5, 'pcr-01-scr-01-mbs-01': 6, 'pcr-0-01': 1, 'pcr-01-scr-0-mbs-0-tag': 4, 'pcr-01-scr-0-mbs-0': 3.

The combination of traffic parameters in opposite direction. Enumeration: 'pcr-0-01-tag': 2, 'pcr-01-bestEffort': 7, 'pcr-01': 5, 'pcr-01-scr-01-mbs-01': 6, 'pcr-0-01': 1, 'pcr-01-scr-0-mbs-0-tag': 4, 'pcr-01-scr-0-mbs-0': 3.

The traffic descriptor parameter 1.

The traffic descriptor parameter 2.

The traffic descriptor parameter 3.

The traffic descriptor parameter 1 for opposite direction.

The traffic descriptor parameter 3 for opposite direction.

The traffic descriptor parameter 3 for opposite direction.

Frame Relay/ATM Interworking Function indicator. Enumeration: 'default': 1, 'iwf': 2.

Bitmap defining user plane capabilities. Enumeration: 'point-to-multipoint': 2, 'point-to-point': 1.

The maximum amount of data (bits) that the network agrees to transfer over the circuit in the opposite direction under normal conditions, during the measurement interval.

The maximum amount of uncommitted data (bits) that the network will attempt to transfer over the circuit in the opposite direction during the measurement interval. By default, if not configured when creating the entry, the Excess Information Burst Size is set to the value of ifSpeed.

Which direction to send the loopback cell. If 'local', send out this circuit entry's port. If 'remote', send out the remote circuit entry's port. Enumeration: 'remote': 2, 'local': 1.

Type of oam loopback to send - either segment or end to end. Enumeration: 'end-to-end': 2, 'segment': 1.

Number of hops the loopback cell should traverse inside the Cascade network before being echoed back by the far Cascade device.

Number of oam loopback cells left to send this session. Setting this from zero to non-zero starts the loopback session.

Number of oam responses received for this loopback session.

Number of times a loopback response was not received within the timeout period during this loopback session.

Highest response time (in milliseconds) of an oam loopback response this loopback session.

Lowest response time (in milliseconds) of an oam loopback response this loopback session.

Average response time (in milliseconds) of an oam loopback response this loopback session.

If disabled, then don't generate oam alarms if this circuit is down. Enumeration: 'disabled': 2, 'enabled': 1.

The shaper to be used for this virtual connection interworking with frame relay: 1-port ATM-IWU STM-1/STS-3c card -------------------------------- Values: 1..16

The allowed cell delay: 4-port CBR E1/DS1 card ---------------------- The maximum allowed cell delay in msec

The allowed cell delay variation: 4-port CBR E1/DS1 card ---------------------- The maximum allowed cell delay variation in msec

The outgoing port number for the adjacent VC entry in this switch.

The adjacent VC entry corresponding to this circuit accross the bus.

The adjacent VC entry corresponding to this circuit accross the trunk.

The internal type of circuit entry allocated by the circuit manager. Enumeration: 'control': 9, 'as-trunk': 2, 'atm-leaf': 11, 'fr-user': 1, 'lmi': 4, 'multicast': 5, 'mgmt': 6, 'split-multicast': 8, 'atm-user': 10, 'on-trunk': 3, 'smds': 7.

Internal diagnostic information.

The AAL type for this SVC. Enumeration: 'aal1': 1, 'aal3-4': 3, 'user-defined': 4, 'unspecified': 2, 'aal5': 5.

The Broadband bearer capability class for this SVC. Enumeration: 'class-X': 4, 'class-A': 2, 'class-C': 3, 'unspecified': 1, 'class-VP': 5.

The Broadband bearer capability clipping susceptibility for this SVC. Enumeration: 'not-susceptible': 2, 'susceptible': 3, 'unspecified': 1.

The Broadband bearer capability timing requirements for this SVC. Enumeration: 'end-to-end': 2, 'not-indicated': 1, 'not-end-to-end': 3.

The Broadband bearer capability traffic type for this SVC. Enumeration: 'cbr': 2, 'vbr': 3, 'not-indicated': 1.

Enable ATM UPC Function. Enumeration: 'disabled': 1, 'enabled': 2.

The priority level (0 through 3) for this circuit in the opposite direction. When port service type is defined as 'mono-class', this priority means the forward priority of the circuit. When port service type is defined as 'multi-class', this priority means the discard priority of the circuit.

The routing priority level of the circuit which is a 8 bit number where the 3-bit bumping priority is contained in bits 0-2 and the 4-bit bandwidth priority is contained in bits 3-6. For ATM multipoint ckts, bw and bumping priorities should be zero.

The maximum number of bits that the network agree to transfer over the circuit as committed bits during the measurement interval under the CONDITION that the circuit still has POSITIVE committed bit (Bc) credits before receiving a frame but will have NEGATIVE Bc credits after accepting the frame. The range of this variable is 0 to 65,528 bits. By default, if not configured when creating the entry, it is set to 65,528 bits.

The maximum number of bits that the network agree to transfer over the circuit as allowed excess bits during the measurement interval under the CONDITION that the circuit still has POSITIVE excess bit (Be) credits before receiving a frame but will have NEGATIVE Be credits after accepting the frame. The range of this variable is 0 to 65,528 bits. By default, if not configured when creating the entry, it is set to 65,528 bits.

The maximum number of bits that the network agree to transfer over the circuit as committed bits in the opposite direction during the measurement interval under the CONDITION that the circuit still has POSITIVE committed bit (Bc) credits before receiving a frame but will have NEGATIVE Bc credits after accepting the frame. The range of this variable is 0 to 65,528 bits. By default, if not configured when creating the entry, it is set to 65,528 bits.

The maximum number of bits that the network agree to transfer over the circuit as allowed excess bits in the opposite direction during the measurement interval under the CONDITION that the circuit still has POSITIVE excess bit (Be) credits before receiving a frame but will have NEGATIVE Be credits after accepting the frame. The range of this variable is 0 to 65,528 bits. By default, if not configured when creating the entry, it is set to 65,528 bits.

The percentage of RED frame bits that are allowed to enter the network, during the measurement interval, under non-congestion condition. Its value range is 0 - 100 and default value is 100. Its calculation is as follows: cktRedFrPcn = (allowed RED frame bits)/(Bc+Be+allowed RED frame bits)

The percentage of RED frame bits that are allowed to enter the network in the opposite direction, during the measurement interval, under non-congestion condition. Its value range is 0 - 100 and default value is 100. Its calculation is as follows: cktRedFrRPcn = (allowed RED frame bits)/(rBc+rBe+allowed RED frame bits)

Variable used to indicate the rate enforcement scheme employed. 0: Slide window rate enforcement scheme 1: Jump window rate enforcement scheme 2: Simple rate enforcement scheme Default value is 2. Enumeration: 'jump': 1, 'simple': 2.

Variable used to indicate the rate enforcement scheme employed in the opposite direction. 0: Slide window rate enforcement scheme 1: Jump window rate enforcement scheme 2: Simple rate enforcement scheme Default value is 2. Enumeration: 'jump': 1, 'simple': 2.

This variable states whether graceful discard is enabled for the ckt in the opposite direction. Enumeration: 'on': 1.

If non-zero, indicates the private network that the circuit belongs to. If 0, the circuit has access to the entire public portion of the network.

Indicates how private network circuits are handled, when the resources of the network have become exhausted. If set to use-public, the resources of the public network can be used during overflow conditions. Enumeration: 'use-public': 1.

The Customer that owns this circuit. For Virtual Private Networking Support.

The Cell Delay Variation Tolerance for the VC

Enable/disable Network Data Collection for a PVC on an IOM. The number of NDC-monitored PVCs is limited as follows: 30 per DS3 interface, 90 per OC3 interface, and 360 per OC12 interface. Enumeration: 'on': 2, 'off': 1.

CLP mapping for Frame Relay To ATM Service Interworking. Enumeration: 'clp1': 1, 'fr-de': 2.

DE bit mapping for ATM To Frame Relay Service Interworking. Enumeration: 'de1': 1, 'atm-clp': 2.

Whether to use the discard threshold as the CLP1 Discard threshold upon reception of a cell by the NRTS processor in the forward direction. Enumeration: 'yes': 2, 'no': 1.

The number of the CLP0 cells received and discarded by the NRTS processor.

The number of the CLP1 cells received and discarded by the NRTS processor.

Whether the Multilink PPP PVC Attributes Modification Feature is enabled. Enumeration: 'disableAMF': 1, 'enableAMF': 2.

Whether this circuit is eligible to be a member of a Multilink PPP bundle. Enumeration: 'isNotMPEligible': 2, 'isMPEligible': 1.

Whether this end of the circuit has been forced to be caller to support Multilink PPP PVC Attributes Modification Feature. Enumeration: 'isNotMPForcedCaller': 2, 'isMPForcedCaller': 1.

Whether this end of the circuit has been forced to be callee to support Multilink PPP PVC Attributes Modification Feature. Enumeration: 'isMPForcedCallee': 1, 'isNotMPForcedCallee': 2.

The average frame size (measured in number of bytes) of the traffic on the circuit. If not configured, it is set to 280 (bytes) by default.

The average frame size (measured in number of bytes) of the traffic on the circuit on the reverse direction. If not configured, it is set to 280 (bytes) by default.

Whether to use the discard threshold as the CLP1 Discard threshold upon reception of a cell by the NRTS processor in the reverse direction. Enumeration: 'yes': 2, 'no': 1.

The broadband bearer ATM transfer capability of this SVC. This object is not pertinent to IISP 3.x, UNI 3.x or Q.2931 signaling. Enumeration: 'cbr-with-clr-01': 3, 'none': 1, 'vbr-nrt-with-clr-01': 7, 'vbr-rt-with-clr-01': 5, 'cbr': 2, 'abr': 8, 'vbr-rt': 4, 'vbr-nrt': 6.

The ATM frame discard state for this circuit. Enumeration: 'disabled': 1, 'enabled': 2.

The reverse ATM frame discard state for this circuit. Enumeration: 'disabled': 1, 'enabled': 2.

The ABR fixed RM round trip time for this SVC.

The ABR initial cell rate for this SVC.

The reverse ABR initial cell rate for this SVC.

The ABR rate increase factor for this SVC.

The reverse ABR rate increase factor for this SVC.

The ABR rate decrease factor for this SVC.

The reverse ABR rate decrease factor for this SVC.

The ABR transient buffer exposure for this SVC.

The reverse ABR transient buffer exposure for this SVC.

The ABR NRM for this SVC.

The reverse ABR NRM for this SVC.

The ABR TRM for this SVC.

The reverse ABR TRM for this SVC.

The ABR CDF for this SVC.

The reverse ABR CDF for this SVC.

The ABR ADTF for this SVC.

The reverse ABR ADTF for this SVC.

The accumulated cell(frame) transfer delay for this circuit, in microseconds. The distinguished value 0x00FFFFFF means not valid.