DATASMART-MIB: View SNMP OID List / Download MIB

If the alarm is occuring on a port, this object states which port. Enumeration: 'ssSourceDp1': 4, 'ssSourceDp2': 5, 'ssSourceSystem': 6, 'ssSourceNi': 2, 'ssSourceTi': 3, 'ssSourceNone': 1.

The alarm state the system is currently in. Enumeration: 'ssStateRma': 9, 'ssStateAis': 4, 'ssStateOmf': 10, 'ssStateOos': 13, 'ssStateEer': 11, 'ssStateLos': 3, 'ssStateDds': 12, 'ssStateYel': 7, 'ssStateRfa': 8, 'ssStateBer': 6, 'ssStateEcf': 2, 'ssStateNone': 1, 'ssStateOof': 5.

The loopback the system is currently performing. Enumeration: 'ssLbkNone': 1, 'ssLbkDp1': 10, 'ssLbkDs': 15, 'ssLbkDp2': 11, 'ssLbkDpdt': 16, 'ssLbkTlb': 9, 'ssLbkRemDp2': 5, 'ssLbkRemLlb': 2, 'ssLbkLlb': 6, 'ssLbkRemDp1': 4, 'ssLbkRemPlb': 3, 'ssLbkPlb': 8, 'ssLbkLoc': 7, 'ssLbkDt1': 12, 'ssLbkCs': 14, 'ssLbkDt2': 13.

The status of the A and B power inputs on the universal shelf. The possible values are: VALUE DESCRIPTION ssBothOff(1) A off, B off ssAOnBOff(2) A on, B off ssAOffBOn(3) A off, B on ssBothOn(4) A on, B on This is only available on models 558 and 538 Enumeration: 'ssAOnBOff': 2, 'ssBothOn': 4, 'ssAOffBOn': 3, 'ssBothOff': 1.

The User Time Counts Table. This table contains information about the number of seconds in the current 15-minute interval, the number of complete 15-minute intervals in the Interval tabl, and the number of days in the Day table.

An entry in the User Time Counts Table.

The index to the User Time Counts Table. The valid indices are: VALUE DESCRIPTION 1 Network Interface 2 Terminal Interface 3 Far End Network Interface

The number of seconds in the current 15-minute interval.

The number of completed 15-minute intervals in the Interval Table.

The number of completed days in the Day Table.

The User Current Table. This table contains performance information from the current 15-minute interval for the Network, Terminal, and Far End Network Interfaces.

An entry in the User Current Table.

The index for the User Current Table. The valid values for this index are: VALUE DESCRIPTION 1 Network Interface 2 Terminal Interface 3 Far End Network Interface

The number of Event Errors encountered by a DS1/E1 interface in the current 15-minute interval.

The number of Errored Seconds encountered by a DS1/E1 interface in the current 15-minute interval.

The number of Bursty Errored Seconds encountered by a DS1/E1 interface in the current 15-minute interval.

The number of Severely Srrored Seconds encountered by a DS1/E1 intervace in the current 15-minute interval.

The number of Unavailable Seconds encountered by a DS1/E1 interface in the current 15-minute interval.

The number of Controlled Slip Seconds encountered by a DS1/E1 interface in the current 15-minute interval.

The number of Degraded Minutes encountered by a DS1/E1 interface in the current 15-minute interval.

The error conditions encountered by a DS1/E1 interface in the current 15-minute interval. The error conditions are signified by a single character. The possible values are: VALUE DESCRIPTION C A CRC error has been detected on the received T1/E1 signal B A bipolar (line) violation has occurred on the received T1/E1 signal L A LOS condition (but not necessarily an alarm) has occurred on the received T1/E1 signal O An OOF condition (but not necessarily an alarm) has occurred on the received T1/E1 E An EER condition (but not necessarily an alarm) has occurred on the received T1/E1 signal A An AIS condition (but not necessarily an alarm) has occurred on the received T1/E1 signal Y A Yellow alarm has occurred on the received T1/E1 signal @ There is an active alarm T There is a loop back, code generation, or BERT active N The unit was without power

The User Interval Table. This table contains performance information for the past 24 hours, broken down by 15-minute intervals for the Network, Terminal, and Far End Network Interfaces.

An entry in the User Interval Table.

The index for the User Interval Table. The valid values for this index are: VALUE DESCRIPTION 1 Network Interface 2 Terminal Interface 3 Far End Network Interface

This is the interval number of the User Interval Table. It will be the number of completed 15-minute intervals since the unit has been powered up. After 24 hours, this value remains constant at 96 intervals.

The number of Event Errors encountered by a DS1/E1 interface in one of the previous 96 15-minute intervals.

The number of Errored Seconds encountered by a DS1/E1 interface in one of the previous 96 15-minute intervals.

The number of Bursty Errored Seconds encountered by a DS1/E1 interface in one of the pervious 96 15-minute intervals.

The number of Severely Errored Seconds encountered by a DS1/E1 interface in one of the previous 96 15-minute intervals.

The number of Unavailable Seconds encountered by a DS1/E1 interface in one of the previous 96 15-minute intervals.

The number of Controlled Slip Seconds encountered by a DS1/E1 interface in one of the previous 96 15-minute intervals.

The number of Degraded Minutes encountered by a DS1/E1 interface in one of the previous 96 15-minute intervals.

The error conditions encountered by a DS1/E1 interface in one of the pervious 96 15-minute intervals. The error conditions are signified by a single character. The possible values are: VALUE DESCRIPTION C A CRC error has been detected on the received T1/E1 signal B A bipolar (line) violation has occurred on the received T1/E1 signal L A LOS condition (but not necessarily an alarm) has occurred on the received T1/E1 signal O An OOF condition (but not necessarily an alarm) has occurred on the received T1/E1 E An EER condition (but not necessarily an alarm) has occurred on the received T1/E1 signal A An AIS condition (but not necessarily an alarm) has occurred on the received T1/E1 signal Y A Yellow alarm has occurred on the received T1/E1 signal S A controlled slip has occurred on the received T1/E1 signal @ There is an active alarm T There is a loop back, code generation, or BERT active N The unit was without power

The User Total Table. This table contains performance information for the past 24-hours, for the Network, Terminal, and Far End Network Interfaces. This is a rolling count. When the current 15-minute interval is up, the last entry in the interval table will be removed and the completed 15-minute interval added. At this point the Total Table will be re-calculated.

An entry in the User Total Table.

The index for the User Total Table. The valid indices are: VALUE DESCRIPTION 1 Network Interface 2 Terminal Interface 3 Far End Network Interface

The number of Event Errors encountered by a DS1/E1 interface in the past 24-hours.

The number of Errored Seconds encountered by a DS1/E1 interface in the past 24-hours.

The number of Bursty Errored Seconds encountered by a DS1/E1 interface in the past 24-hours.

The number of Severely Errored Seconds encountered by a DS1/E1 interface in the past 24-hours.

The number of Unavailable Seconds encountered by a DS1/E1 interface in the past 24-hours.

The number of Controlled Slip Seconds encountered by a DS1/E1 interface in the past 24-hours.

The number of Degraded Minutes encountered by a DS1/E1 interface in the past 24-hours.

The error conditions encountered by a DS1/E1 interface in the past 24-hours. The error conditions are signified by a single character. The possible values are: VALUE DESCRIPTION C A CRC error has been detected on the received T1/E1 signal B A bipolar (line) violation has occurred on the received T1/E1 signal L A LOS condition (but not necessarily an alarm) has occurred on the received T1/E1 signal O An OOF condition (but not necessarily an alarm) has occurred on the received T1/E1 E An EER condition (but not necessarily an alarm) has occurred on the received T1/E1 signal A An AIS condition (but not necessarily an alarm) has occurred on the received T1/E1 signal Y A Yellow alarm has occurred on the received T1/E1 signal S A controlled slip has occurred on the received T1/E1 signal @ There is an active alarm T There is a loop back, code generation, or BERT active N The unit was without power

After the unit has been powered up for 24 hours, the values from the User Total Table are moved into the first slot in the User Day Table. There are seven entries in the User Day Table, so an entire week's history is maintained. The previous day is always in slot 1.

This is an entry in the User Day Table.

The User Day Table interface index. The valid indices are: VALUE DESCRIPTION 1 Network Interface 2 Terminal Interface 3 Far End Network Interface

The User Day Table day index. The valid values are 1 day to 7 days.

The number of Event Errors encountered by a DS1/E1 interface in one of the previous days.

The number of Errored Seconds encountered by a DS1/E1 interface in one of the previous days.

The number of Bursty Errored Seconds encountered by a DS1/E1 interface in one of the previous days.

The number of Severely Errored Seconds encountered by a DS1/E1 interface in one of the previous days.

The number of Unavailable Seconds encountered by a DS1/E1 interface in one of the previous days.

The number of Controlled Slip Seconds encountered by a DS1/E1 interface in one of the previous days.

The number of Degraded Minutes encountered by a DS1/E1 interface in one of the previous days.

The error conditions encountered by a DS1/E1 interface in one of the previous days. The error conditions are signified by a single character. The possible values are: VALUE DESCRIPTION C A CRC error has been detected on the received T1/E1 signal B A bipolar (line) violation has occurred on the received T1/E1 signal L A LOS condition (but not necessarily an alarm) has occurred on the received T1/E1 signal O An OOF condition (but not necessarily an alarm) has occurred on the received T1/E1 E An EER condition (but not necessarily an alarm) has occurred on the received T1/E1 signal A An AIS condition (but not necessarily an alarm) has occurred on the received T1/E1 signal Y A Yellow alarm has occurred on the received T1/E1 signal S A controlled slip has occurred on the received T1/E1 signal @ There is an active alarm T There is a loop back, code generation, or BERT active N The unit was without power

The number of seconds that have elapsed in the current interval.

The number of 15-minute intervals that have elapsed in the current 24-hours.

The number of Event Errors encountered by the Network Interface in the current 15-minute interval.

The number of Errored Seconds encountered by the Network Interface in the current 15-minute interval.

The number of Bursty Errored Seconds encountered by the Network Interface in the current 15-minute interval.

The number of Severely Errored Seconds encountered by the Network Interface in the current 15-minute interval.

The number of Unavailable Seconds encountered by the Network Interface in the current 15-minute interval.

The number of Controlled Slip Seconds encountered by the Network Interface in the current 15-minute interval.

The Loss of Frame Count for the Network Interface in the current 15-minute interval.

This is the Carrier Interval Table. This table contains performance information about the Network Interface.

This is an entry in the Carrier Interval Table.

The number of the 15-minute interval (1-96) from the previous 24-hour period. 1 is the most recent.

The number of Event Errors encountered by the Network Interface in one of the previous 96 15-minute intervals.

The number of Errored Seconds encountered by the Network Interface in one of the previous 96 15-minute intervals.

The number of Bursty Errored Seconds encountered by the Network Interface in one of the previous 96 15-minute intervals.

The number of Severely Errored Seconds encountered by the Network Interface in one of the previous 96 15-minute intervals.

The number of Unavailable Seconds encountered by the Network Interface in one of the previous 96 15-minute intervals.

The number of Controlled Slip Seconds encountered by the Network Interface in one of the previous 96 15-minute intervals.

The Loss of Frame Count fo the Network Interface for one of the previous 96 15-minute intervals.

The number of Errored Events encountered by the Network Interface in the past 24-hours.

The number of Errored Seconds encountered by the Network Interface in the past 24-hours.

The number of Bursty Errored Seconds encountered by the Network Interface in the past 24-hours.

The number of Severely Errored Seconds encountered by the Network Interface in the past 24-hours.

The number of Unavailable Seconds encountered by the Network Interface in the past 24-hours.

The number of Controlled Slip Seconds encountered by the Network Interface in the past 24-hours.

The Loss of Frame Count for the Network Interface for one of the previous 96 15-minute intervals.

The Statistics Table. This table consists of statistical error counts of various DS1/E1 line conditions. These counts are maintained between power-cycles.

An entry in the Statistics Table.

The index into the Statistics Table. The valid indices are: VALUE DESCRIPTION 1 Network Interface 2 Terminal Interface 3 Far End Network Interface

The total number of Error Free Seconds since the counters have last been cleared.

The total number of CRC errors since the counters have last been cleared.

The total number of Out Of Frame errors since the counters have last been cleared.

The total number of Frame Bit errors since the counters have last been cleared.

The total number of Bipolar Violations since the counters have last been cleared.

The total number of Controlled Slips since the counters have last been cleared.

The total number of Yellow Events since the counters have last been cleared.

The total number of Alarm Indication Siganl events since the counters have last been cleared.

The total number of Loss of Frame events since the counters have last been cleared.

The total number of Loss of Signal events since the counters have last been cleared.

The total number of Far End Block Errors since the counters were last cleared.

The total number of Remote Frame Alarm events since the counters were last cleared.

The total number of Remote MultiFrame Alarm events since the counters were last cleared.

The total number of Loss of TS16MultiFrame events since the counters have been cleared.

This object will clear the Statistics Table counters when it is set to rpStZeroCounterStart(2). Once the counters have been cleraed, it will return to its normal state of rpStZeroCountersIdle(1). Enumeration: 'rpStZeroCountersIdle': 1, 'rpStZeroCountersStart': 2.

This object determines if the user interface uses page breaks or 'more' prompts when displaying information which is longer than the defined page length (e.g., output from UNLR or SCV). A page length of 0 will disable both page breaks and 'more' prompts. VALUE DESCRIPTION rpPlLineFeed(1) Use linefeeds for page breaks rpPlMorePrompt(2) Use 'more' prompts for page breaks Enumeration: 'rpPlMorePrompt': 2, 'rpPlLineFeed': 1.

The length of a 'page' of information. When the set number of lines have been displayed, a 'more' prompt or linefeed will be inserted (defined by dsPlBreak). A page length of 0 causes output to scroll continuously without page breaks or 'more' prompts.

This is the Alarm History Table. It contains the text messages of the last 20 alarms.

An entry in the Alarm History Table.

The Alarm History Table index. Index 1 is the most recent alarm.

The alarm message in USER format.

This is the Security History Report table. It contains entries for events which are considered important from a security standpoint. Examples of such events are 1) incorrect Telnet password entered and 2) source IP address not on IP Screen List. The entries are placed in chronological order, with most recent event first.

An entry in the Security History Report table.

The Security History Report table index. Events are in chronological order. This number ranges between 1 and the value of dsRpShrNumber. Index 1 is the most recent event.

Display string showing date & time that the security related event occurred.

Shows what type of security related event occurred. VALUE DESCRIPTION rpShrTelnetPassword (1) - Incorrect Telnet password entered rpShrSrcIpAddressScreen (2) - Source IP address not on IP Screen List rpShrReadCommString (3) - Incorrect SNMP Read Community String rpShrWriteCommString (4) - Incorrect SNMP Write Community String Enumeration: 'rpShrSrcIpAddressScreen': 2, 'rpShrReadCommString': 3, 'rpShrWriteCommString': 4, 'rpShrTelnetPassword': 1.

Display string showing additional information specific to the type of event. For example, for events of type rpShrTelnetPassword, the IP address of the remote host is given.

The error threshold for Bursty Errored Seconds.

The threshold for Severely Errored Seconds.

The threshold for Degraded Minutes.

The FRIB Time Counts Table. This table contains information for the number of seconds in the current 2-hour interval, the number of complete 2-hour intervals in the Interval table, and the number of days in the Day table.

An entry in the FRIB Time Counts Table.

The direction index to the FRIB Time Counts Table. The valid indices are: VALUE DESCRIPTION 1 Transmit 2 Receive

The number of seconds in the current 2-hour interval.

The number of completed 2-hour intervals in the Interval Table.

The number of completed days in the Day Table.

The FRIB Previous 15 Min Table. This table contains performance information from the previous 15-minute interval for both the transmit and receive directions of each VC at the Network Interface.

An entry in the FRIB Previous 15 Min Table.

The direction index to the FRIB Previous 15 Min Table. VALUE DESCRIPTION 1 Transmit 2 Receive

The VC index to the FRIB Previous 15 Min Table. The table has 64 entries for indiviual VCs, a value of 1 through 64, and 1 entry for all other VCs, a value of 65.

The VC for this entry in the FRIB Previous 15 Min Table.

The number of Frame Relay packets transmitted or received during the previous 15-minute interval.

The number of octets transmitted or received during the previous 15-minute interval.

The Kilobit/sec rate for data transmitted or received during the previous 15-minute interval.

The maximum FPING roundtrip time (in msec) of all FPINGs on this VC during the previous 15-minute interval.

The average FPING roundtrip time (in msec) of all FPINGs on this VC during the previous 15-minute interval.

The number of FPINGs responses that were not returned on this VC during the previous 15-minute interval.

The number of FPINGs transmitted on this VC during the previous 15-minute interval.

The status summary of this VC during the previous 15-minute interval: VALUE DESCRIPTION U VC link is UP D VC link is DOWN B At least one frame had the BECN bit set F At least one frame had the FECN bit set E At least one frame had the DE bit set P The total pipe threshold for utilization was exceeded V The roundtrip threshold for this VC was exceeded

The FRIB Current 15 Min Table. This table contains performance information from the current 15-minute interval for both the transmit and receive directions of each VC at the Network Interface.

An entry in the FRIB Current 15 Min Table.

The direction index to the FRIB Current 15 Min Table. VALUE DESCRIPTION 1 Transmit 2 Receive

The VC index to the FRIB Current 15 Min Table. The table has 64 entries for indiviual VCs and the 65th entry for all other VCs including errored frames.

The VC for this entry in the FRIB Current 15 Min Table.

The number of Frame Relay packets transmitted or received during the current 15-minute interval.

The number of octets transmitted or received during the current 15-minute interval.

The Kilobit/sec rate for data transmitted or received during the current 15-minute interval.

The maximum FPING roundtrip time (in msec) of all FPINGs on this VC during the current 15-minute interval.

The average FPING roundtrip time (in msec) of all FPINGs on this VC during the current 15-minute interval.

The number of FPINGs responses received on this VC during the current 15-minute interval.

The number of FPINGs transmitted on this VC during the current 15-minute interval.

The IP Address of the unit at the remote end of the VC.

The VC number at the remote end of the VC.

The status summary of this VC during the current 15-minute interval: VALUE DESCRIPTION U VC link is UP D VC link is DOWN B At least one frame had the BECN bit set F At least one frame had the FECN bit set E At least one frame had the DE bit set P The total pipe threshold for utilization was exceeded V The roundtrip threshold for this VC was exceeded

The FRIB Current 2Hr Table. This table contains performance information from the current 2-hour interval for both the transmit and receive directions of each VC at the Network Interface.

An entry in the FRIB Current 2Hr Table.

The direction index to the FRIB Current 2Hr Table. VALUE DESCRIPTION 1 Transmit 2 Receive

The VC index to the FRIB Current 2Hr Table. The table has 64 entries for indiviual VCs and 1 entry for all other VCs.

The VC for this entry in the FRIB Current 2Hr Table.

The number of Frame Relay packets transmitted or received during the current 2-hour interval.

The number of octets transmitted or received during the current 2-hour interval.

The Kilobit/sec rate for data transmitted or received during the current 2-hour interval.

The maximum FPING roundtrip time (in msec) of all FPINGs on this VC during the current 2-hour interval.

The average FPING roundtrip time (in msec) of all FPINGs on this VC during the current 2-hour interval.

The number of FPINGs responses received on this VC during the current 2-hour interval.

The number of FPINGs transmitted on this VC during the current 2-hour interval.

The status summary of this VC during the current 2-hour interval: VALUE DESCRIPTION U VC link is UP D VC link is DOWN B At least one frame had the BECN bit set F At least one frame had the FECN bit set E At least one frame had the DE bit set P The total pipe threshold for utilization was exceeded V The roundtrip threshold for this VC was exceeded

The User 2H Interval Table. This table contains performance information for the past 24 hours, broken down by 2-hour intervals.

An entry in the FRIB 2H Interval Table.

The direction index to the FRIB 2H Interval Table. VALUE DESCRIPTION 1 Transmit 2 Receive

The VC index to the FRIB 2H Interval Table. The table has 64 entries for indiviual VCs and 1 entry for all other VCs.

This is the interval number of the FRIB 2H Interval Table. It will be the number of completed 2-hour intervals since the unit has been powered up. After 24 hours, this value remains constant at 12 intervals. 1 is the most recent interval.

The VC for this entry in the FRIB 2H Interval Table.

The number of Frame Relay packets transmitted or received during one of the previous 12 2-hour intervals.

The number of octets transmitted or received during one of the previous 12 2-hour intervals.

The Kilobit/sec rate for data transmitted or received during one of the previous 12 2-hour intervals.

The maximum FPING roundtrip time (in msec) of all FPINGs on this VC during one of the previous 12 2-hour intervals.

The average FPING roundtrip time (in msec) of all FPINGs on this VC during one of the previous 12 2-hour intervals.

The number of FPINGs responses received on this VC during one of the previous 12 2-hour intervals.

The number of FPINGs transmitted on this VC during one of the previous 12 2-hour intervals.

The status summary of this VC during the one of the previous 12 2-hour intervals: VALUE DESCRIPTION U VC link is UP D VC link is DOWN B At least one frame had the BECN bit set F At least one frame had the FECN bit set E At least one frame had the DE bit set P The total pipe threshold for utilization was exceeded V The roundtrip threshold for this VC was exceeded

The FRIB Total Table. This table contains performance information for the past 24-hours for Frame Relay data being passed throught the NI Interface. This is a rolling count. When the current 2-hour interval is up, the last entry in the interval table will be removed and the completed 2-hour interval added. At this point the Total Table will be re-calculated.

An entry in the FRIB Total Table.

The direction index to the FRIB Total Table. VALUE DESCRIPTION 1 Transmit 2 Receive

The VC index to the FRIB Total Table. The table has 64 entries for indiviual VCs and 1 entry for all other VCs.

The VC for this entry in the FRIB Total Table.

The number of Frame Relay packets transmitted or received during the past 24 hours.

The number of octets transmitted or received during the past 24 hours.

The Kilobit/sec rate for data transmitted or received during the past 24 hours.

The maximum FPING roundtrip time (in msec) of all FPINGs on this VC during the past 24 hours.

The average FPING roundtrip time (in msec) of all FPINGs on this VC during the past 24 hours.

The number of FPINGs responses received on this VC during the past 24 hours.

The number of FPINGs transmitted on this VC during the past 24 hours.

The status summary of this VC during the past 24 hours: VALUE DESCRIPTION U VC link is UP D VC link is DOWN B At least one frame had the BECN bit set F At least one frame had the FECN bit set E At least one frame had the DE bit set P The total pipe threshold for utilization was exceeded V The roundtrip threshold for this VC was exceeded

After the unit has been powered up for 24 hours, the values from the FRIB Total Table are moved into the first slot in the FRIB Day Table. There are seven entries in the FRIB Day Table, so an entire week's history is maintained. The previous day is always in slot 1.

This is an entry in the FRIB Day Table.

The direction index to the FRIB Day Table. VALUE DESCRIPTION 1 Transmit 2 Receive

The VC index to the FRIB Day Table. The table has 64 entries for indiviual VCs and 1 entry for all other VCs.

The FRIB Day Table index. The valid values are 1 to 7 days. 1 is the most recent interval.

The VC for this entry in the FRIB Day Table.

The number of Frame Relay packets transmitted or received during one of the previous days.

The number of octets transmitted or received during one of the previous days.

The Kilobit/sec rate for data transmitted or received during one of the previous days.

The maximum FPING roundtrip time (in msec) of all FPINGs on this VC during one of the previous days.

The average FPING roundtrip time (in msec) of all FPINGs on this VC during one of the previous days.

The number of FPINGs responses received on this VC during one of the previous days.

The number of FPINGs transmitted on this VC during one of the previous days.

The status summary of this VC during the one of the previous days: VALUE DESCRIPTION U VC link is UP D VC link is DOWN B At least one frame had the BECN bit set F At least one frame had the FECN bit set E At least one frame had the DE bit set P The total pipe threshold for utilization was exceeded V The roundtrip threshold for this VC was exceeded

This is a utilization report on non-flag octets that have been transmitted out the network interface for each VC.

This is an entry in the FRIB Ur Table.

The direction index to the FRIB Ur Table. Receive is currently not supported and will return a 0 for the Counter values. VALUE DESCRIPTION 1 Transmit 2 Receive

The VC index to the FRIB Ur Table. The table has 64 entries for indiviual VCs

The VC for this entry in the FRIB Ur Table.

The number of times the CIR threshold was exceeded, but the EIR threshold was not crossed.

The number of octets that exceeded the CIR threshold, but were less then the EIR threshold.

The number of times the EIR threshold was exceeded.

The number of octets that exceeded the EIR threshold.

.

This is the table of DDS statistical data.

This is an entry in the DDS Table.

The index into the table. This is mib-II's ifIndex.

.

.

.

This is the type of loopback that is currently active. The values have the following meanings: VALUE DESCRIPTION lmLbkNone(1) No loopback is set lmLbkLine(2) Line loopback is set lmLbkPayload(3) Payload loopback is set lmLbkLocal(4) Local loopback is set lmLbkTiTest(5) TI looback is set lmLbkDp1(6) Data port 1 loopback is set lmLbkDp2(7) Data port 2 loopback is set lmLbkDt1(8) Data terminal loopback on data port 1 is set lmLbkDt2(9) Data terminal loopback on data port 2 is set lmLbkCsu(10) CSU Loopback (DDS) lmLbkDsu(11) DSU Loopback (DDS) lmLbkDpdt(12) Data-Port/Data-Terminal LB Enumeration: 'lmLbkLocal': 4, 'lmLbkDp2': 7, 'lmLbkDs': 11, 'lmLbkDp1': 6, 'lmLbkNone': 1, 'lmLbkLine': 2, 'lmLbkPayload': 3, 'lmLbkTiTest': 5, 'lmLbkDt1': 8, 'lmLbkCs': 10, 'lmLbkDt2': 9, 'lmLbkDpdt': 12.

This object will start a self test operation when set to lmSelfTestStart(2). At the completion of the test, it will return to its normal state of lmSelfTestIdle(1). Enumeration: 'lmSelfTestStart': 2, 'lmSelfTestIdle': 1.

The results of the last self test operation.

The type of remote loopback that is currently set. The possible values are: VALUE DESCRIPTION rmRNone(1) No loopback is set rmRst1(2) A remote loopback reset code is currenlty being sent rmRLine(3) A remote Line loopback is set rmRPayload(4) A remote Payload loopback is set rmRDp1(5) A remote Data Port 1 loopback is set rmRDp2(6) A remote Data Port 2 loopback is set Enumeration: 'rmRNone': 1, 'rmRPayload': 4, 'rmRDp2': 6, 'rmRDp1': 5, 'rmRLine': 3, 'rmRst1': 2.

The type of remote test code that is currently being sent. The possible values are: VALUE DESCRIPTION rmTestNone(1) No test code is being sent rmTestQrs(2) QRS is being sent rmTest324(3) 3-in-24 is being sent rmTestOnes(4) All ones is being sent rmTestZeros(5) All zeros is being sent rmTest511Dp1(6) 511 is being sent out data port 1 rmTest511Dp2(7) 511 is being sent out data port 2 rmTest2047Dp1(8) 2047 is being sent out data port 1 rmTest2047Dp2(9) 2047 is being sent out data port 2 rmTest2toThe23(10) 2 to the 23 is being sent rmTest2toThe15(11) 2 to the 15 is being sent Enumeration: 'rmTestQrs': 2, 'rmTest2toThe15': 11, 'rmTest2toThe23': 10, 'rmTest511Dp2': 7, 'rmTest511Dp1': 6, 'rmTest324': 3, 'rmTestOnes': 4, 'rmTestNone': 1, 'rmTest2047Dp2': 9, 'rmTest2047Dp1': 8, 'rmTestZeros': 5.

The current BERT state. The possible values are: VALUE DESCRIPTION rmBertIdle(1) No BERT test is active rmBertOtherStart(2) BERT was started from the control port, front panel, or Telnet rmBertSearching(3) BERT was started from the agent and has not yet detected the code rmBertFound(4) BERT was started from the agent and has detected the code Enumeration: 'rmBertFound': 4, 'rmBertOtherStart': 2, 'rmBertSearching': 3, 'rmBertIdle': 1.

This object controls the activation of BERT tests. The possible values are: VALUE DESCRIPTION rmBertNone(1) No BERT test is active rmBertQrs(2) BERT for QRS rmBert324(3) BERT for 3-in-24 rmBertOnes(4) BERT for all ones rmBertZeros(5) BERT for all zeros rmBert511Dp1(6) BERT for 511 on data port 1 rmBert511Dp2(7) BERT for 511 on data port 2 rmBert2047Dp1(8) BERT for 2047 on data port 1 rmBert2047Dp2(9) BERT for 2047 on data port 2 rmTest2toThe23(10) BERT for 2 to the 23 rmTest2toThe15(11) BERT for 2 to the 15 Enumeration: 'rmTest2toThe23': 10, 'rmBert511Dp2': 7, 'rmBert511Dp1': 6, 'rmBertQrs': 2, 'rmBert2047Dp2': 9, 'rmBert324': 3, 'rmBert2047Dp1': 8, 'rmBertNone': 1, 'rmBertOnes': 4, 'rmBertZeros': 5, 'rmTest2toThe15': 11.

The number of seconds the requested test code has been detected since the start of the BERT.

The number of bit errors detected since the start of the BERT.

The number of errored seconds detected since the start of the BERT.

The number of total errors detected since the start of the BERT.

The number of times BERT has lost and re-aquired the pattern.

The control actions for the FPING test. Possible values are: VALUE DESCRIPTION rmFpingStart(1) Start sending FPINGs rmFpingStop(2) Stop sending FPINGs Enumeration: 'rmFpingStop': 2, 'rmFpingStart': 1.

The current state of the FPING tester. Possible values are: VALUE DESCRIPTION rmFpingIdle(1) No FPINGs are being generated rmFpingOtherStart(2) FPINGs are being generated. The test was started via one of the other management interfaces. rmFpingRunning(3) FPINGs are being generated. The test was started via SNMP. Enumeration: 'rmFpingOtherStart': 2, 'rmFpingRunning': 3, 'rmFpingIdle': 1.

The VC that FPINGs will be sent on. VC values range from (0..1023) if the Frame Relay address length is 2 octets and (0..8388607) if the address length is 4 octets. Default is 500.

The frequency (in seconds) that FPING packets will be transmitted. The range is (5..255). Default is 5.

The length (in octets) of the payload portion of the FPING packets. The range is (0..1400). Default is 0.

The roundtrip time (in msec) of the last FPING sent.

The minimum roundtrip time (in msec) of all FPINGs sent during this test.

The maximum roundtrip time (in msec) of all FPINGs sent during this test.

The average roundtrip time (in msec) of all FPINGs sent during this test.

The number of FPING packets lost during this test.

The total number of FPING packets transmitted during this test.

The VC used at the remote end of the circuit.

The IP address of the unit responding to FPINGs.

Possible values are: VALUE DESCRIPTION insertBitError(1) Start sending FPINGs noInsertBitError(2) Stop sending FPINGs Enumeration: 'insertBitError': 1, 'noInsertBitError': 2.

This object controls the displaying/sending of alarm messages. Alarm messages will be sent in the format determined by dsAcAlmFormat if dsAcAlmMsg is set to acAlmMsgEnable(1). Alarm messages will not be sent if this object is set to acAlmMsgDisable(2). Enumeration: 'acAlmMsgEnable': 1, 'acAlmMsgDisable': 2.

This object determines if incoming Yellow Alarm will cause an alarm message to be sent. Setting this object to acYelAlmEnable(1) causes an alarm to be sent when Yellow Alarm is received on the Network or Terminal Interface. Setting this object to acYelAlmDisable(2) will not send an alarm when Yellow Alarm is received. Enumeration: 'acYelAlmEnable': 1, 'acYelAlmDisable': 2.

This object controls the number of seconds an alarm condition must remain clear before the unit declares it cleared. The range is from 0 to 15 seconds.

This object determines the threshold of errored seconds that triggers an Excessive Error Rate (EER) alarm. Setting this object to zero disables errored seconds causing an EER alarm.

This object determines the threshold of uavailable seconds that triggers an Excessive Error Rate (EER) alarm. Setting this object to zero disables unavailable seconds causing an EER alarm.

This object determines the window used to calculate whether an Excessive Error Rate (EER) alarm should be generated from errored seconds or unavailable seconds. Setting this object to acSt15(1) establishes a 15-minute sliding window. Setting this object to acSt60(2) establishes a 60-minute sliding window. Enumeration: 'acSt15': 1, 'acSt60': 2.

This object controls the sending of a Bit Error Rate (BER) alarm. The possible values are: VALUE DESCRIPTION acBerAlmEnable(1) Enable sending BER alarms acBerAlmDisable(2) Disable sending BER alarms Enumeration: 'acBerAlmDisable': 2, 'acBerAlmEnable': 1.

This object controls the sending of a Remote Frame Alarm (RFA). The possible values are: VALUE DESCRIPTION acRfaAlmEnable(1) Enable sending RFA alarms acRfaAlmDisable(2) Disable sending RFA alarms Enumeration: 'acRfaAlmEnable': 1, 'acRfaAlmDisable': 2.

This object controls the sending of Alarm Indication Signal (AIS) alarms. The possible values are: VALUE DESCRIPTION acAisAlmEnable(1) Enable sending AIS alarms acAisAlmDisable(2) Disable sending AIS alarms Enumeration: 'acAisAlmEnable': 1, 'acAisAlmDisable': 2.

This object controls character echo on the control port. The possible values are: VALUE DESCRIPTION ccEchoEnable(1) Enable control port echo ccEchoDisable(2) Disable control port echo Enumeration: 'ccEchoEnable': 1, 'ccEchoDisable': 2.

This object determines whether the control port is the DCE or DTE port. The possible values are: VALUE DESCRIPTION ccDce(1) The control port is the DCE port ccDte(2) The control port is the DTE port Enumeration: 'ccDte': 2, 'ccDce': 1.

The baud rate of the control port. The possible values are: VALUE DESCRIPTION cc2400(1) 2400 baud cc9600(2) 9600 baud cc19200(3) 19200 baud cc38400(4) 38400 baud Enumeration: 'cc19200': 3, 'cc38400': 4, 'cc9600': 2, 'cc2400': 1.

The parity of the control port. The possible values are: VALUE DESCRIPTION ccNone(1) No parity ccEven(2) Even parity ccOdd(3) Odd parity Enumeration: 'ccEven': 2, 'ccNone': 1, 'ccOdd': 3.

The number of data bits for the control port. The possible values are: VALUES DESCRIPTION cc7Bit(1) 7 data bits cc8Bit(2) 8 data bits Enumeration: 'cc8Bit': 2, 'cc7Bit': 1.

The number of stop bits for the control port. The possible values are: VALUE DESCRIPTION cc1Bit(1) 1 stop bit cc2Bit(2) 2 stop bits Enumeration: 'cc2Bit': 2, 'cc1Bit': 1.

The input status of the DCE signals RTS and DTR. The possible valuesa re: VALUE DESCRIPTION ccBothOff(1) RTS off, DTR off ccRtsOnDtrOff(2) RTS on, DTR off ccRtsOffDtrOn(3) RTS off, DTR on ccBothOn(4) RTS on, DTR on Enumeration: 'ccRtsOnDtrOff': 2, 'ccBothOn': 4, 'ccRtsOffDtrOn': 3, 'ccBothOff': 1.

The input status of the DTE signals CTS and DCD. The possible values are: VALUE DESCRIPTION ccBothOff(1) CTS off, DCD off ccCtsOnDcdOff(2) CTS on, DCD off ccCTSoffDCDon(3) CTS off, DCD on ccBothOn(4) CTS on, DCD on Enumeration: 'ccBothOn': 4, 'ccCtsOffDcdOn': 3, 'ccCtsOnDcdOff': 2, 'ccBothOff': 1.

The Data Port Configuration Table. This table contains information on the configuration of each of the unit's data ports.

An entry in the Data Port Configuration Table.

The index to the Data Port Configuration Table. The possible values are 1 through 2.

The data inversion of the data port. The possible values are: VALUE DESCRIPTION dcDataInvertEnable(1) Invert the data port signal dcDataInvertDisable(2) Don't invert the data port signal Enumeration: 'dcDataInvertEnable': 1, 'dcDataInvertDisable': 2.

The type of electrical interface the data port is using. The possible values are: VALUE DESCRIPTION dcV35Interface(1) V.35 dcEia530Interface(2) EIA-530 dcV35DSInterface (3) V.35 DataSMART Compatible Enumeration: 'dcV35Interface': 1, 'dcEia530Interface': 2, 'dcV35DSInterface': 3.

The clock source for the data port. The possible values are: VALUE DESCRIPTION dcInternalClock(1) Use the internal clock dcExternalClock(2) Use the external clock Enumeration: 'dcExternalClock': 2, 'dcInternalClock': 1.

The inversion status of the transmit clock signal for the data port. The possible values are: VALUE DESCRIPTION dcXClkInvertEnable(1) Invert the transmit clock signal dcXClkInvertDisable(2) Don't invert the transmit clock signal Enumeration: 'dcXClkInvertEnable': 1, 'dcXClkInvertDisable': 2.

The inversion status of the received clock signal for the data port. The possible values are: VALUE DESCRIPTION dcRClkInvertEnable(1) Invert the received clock signal dcRClkInvertDisable(2) Don't invert the received clock signal Enumeration: 'dcRClkInvertDisable': 2, 'dcRClkInvertEnable': 1.

The idle character to use for the data port. The possible values are: VALUE DESCRIPTION dc7eIdleChar(1) The idle character is hex 7E dc7fIdleChar(1) The idle character is hex 7F dcffIdleChar(3) The idle character is hex FF Enumeration: 'dc7eIdleChar': 1, 'dcffIdleChar': 3, 'dc7fIdleChar': 2.

The combination of RTS and DTR that will cause a data port Loss of Signal alarm. The possible values are: VALUE DESCRIPTION dcLosNone(1) Data port LOS is disabled dcLosRts(2) LOS is declared when RTS is lost dcLosDtr(3) LOS is declared when DTR is lost dcLosBoth(4) LOS is declared when both RTS and DTR are lost. Enumeration: 'dcLosNone': 1, 'dcLosRTS': 2, 'dcLosBoth': 4, 'dcLosDTR': 3.

The Fractional Table that is active. The possible values are: VALUE DESCRIPTION fcLoadXcuteIdle(1) The normal state fcLoadXcuteStartA(2) Load and execute table A fcLoadXcuteStartB(3) Load and execute table B Enumeration: 'fcLoadXcuteStartB': 3, 'fcLoadXcuteStartA': 2, 'fcLoadXcuteIdle': 1.

This is the DS1/E1 Fractional Table. This table consists of configuration information about DS1/E1 fractional services.

This is an entry in the Fractional Table.

This is the index into the Fractional Table. The possible values are: VALUE DESCRIPTION 1 Stored configuration A 2 Stored configuration B 3 Currently executing fractional table

This is the index of the fractional channel. DS1 has 24 channels and E1 has 32.

The destination and data rate of the channel. The possible values are: VALUE DESCRIPTION fcChanIdle(1) The channel is idle fcChanTiData(2) The channel carries data and is mapped to a TI channel fcChanTiVoice(3) The channel carries voice and is mapped to a TI channel fcChan56Dp1(4) The cahnnel is set for 56K and is mapped to data port 1 fcChan64Dp1(5) The channel is set for 64K and is mapped to data port 1 fcChan56Dp2(6) The channel is set for 56K and is mapped to data port 2 fcChan64Dp2(7) The channel is set for 64K and is mapped to data port 2 fcChanDLNK(8) The channel is idle and set for data link communications fcChanDPDL(9) The channel is active and also set for data link communications fCchanUanv(10) The channel is unavailable Enumeration: 'fcChanTiVoice': 3, 'fcChanDLNK': 8, 'fcChanTiData': 2, 'fcChanUnav': 10, 'fcChanDPDL': 9, 'fcChanIdle': 1, 'fcChan56Dp1': 4, 'fcChan64Dp2': 7, 'fcChan64Dp1': 5, 'fcChan56Dp2': 6.

This object determines if channel 16 is available for user payload data. This is only possible if the unit is configured for Common Channel Signalling. The possible values are: VALUE DESCRIPTION fcMap16Used(1) Channel 16 cannot be used for user payload data fcMap16Unused(2) Channel 16 is available for user payload data Enumeration: 'fcMap16Unused': 2, 'fcMap16Used': 1.

The frame type for packets being transmitted and received for IP connectivity. The possible values are: VALUE DESCRIPTION fmcFrNlpid(1) Frame Relay NLPID encapsulation fmcFrEther(2) Frame Relay Ethertype encapsulation fmcAtmNlpid(3) ATM DXI NLPID encapsulation fmcAtmLlcSnap(4) ATM DXI LLC/SNAP encapsulation fmcAtmVcMux(5) ATM DXI VC-based multiplexing Enumeration: 'fmcAtmNlpid': 3, 'fmcAtmLlcSnap': 4, 'fmcAtmVcMux': 5, 'fmcFrEther': 2, 'fmcFrNlpid': 1.

The length in octets of the Frame Relay address. The possible values are: VALUE DESCRIPTION fmc2Octets(1) The address is 2 octets long fmc4Octets(1) The address is 4 octets long Enumeration: 'fmcTwoOctets': 1, 'fmcFourOctets': 2.

The length in bits of the Frame Relay FCS. The possible values are: VALUE DESCRIPTION fmc16Bits(1) The FCS field is 16 bits long fmc32Bits(2) The FCS field is 32 bits long Enumeration: 'fmc16Bits': 1, 'fmc32Bits': 2.

The percent of bandwidth utilization threshold. If the threshold is exceeded, an event will be recorded in the performance data and a trap (if configured) will be sent. Valid values are 5-95 in increments of 5.

The enabling and disabling of FPING operation. Valid values are Enable and Disable. Enumeration: 'fmcFpoDisable': 2, 'fmcFpoEnable': 1.

The number of distinct VC to be received on the NI before FPINGs are automatically sent out.

The maximum roundtrip time of a FPING packet in milliseconds. If the threshold is exceeded, an event will be recorded in the performance data and a trap (if configured) will be sent. Valid values are 20-2000 in increments of 10.

Reset the specified VC to an initial state where FPING connectivity is check for. Valid values are 0-1023 for a 2 octet address field and 0-8388607 for a 4 octet address field.

Add a VC to the list of monitored VCs

Del a VC from the list of monitored VCs. Any statistics related to this VC will be moved to the 'other' category.

The management access port(s) for Telnet and SNMP. The possible values are: VALUE DESCRIPTION mcNetNone(1) No ip interface paths are active mcNetEthernet(2) The ethernet ip interface is active mcNetPppSlip(3) The ppp/slip (control ports) ip interfaces are active mcNetSlip(4) The slip (control ports) ip interface is active mcNetDatalink(5) The data link ip interface is active mcNetES(6) The ethernet and slip (control ports) ip interfaces are active mcNetED(7) The ethernet and data link ip interfaces are active mcNetESD(8) The ethernet, slip (control ports), and data link ip interfaces are active mcNetPSD(9) The ppp/slip (control ports) and data link ip interfaces are active mcNetSD(10) The slip (control ports) and data link ip interfaces are active mcNetInband(11) The inband Frame Relay (NI and Data Port) ip interface is active Enumeration: 'mcNetSlip': 4, 'mcNetESD': 8, 'mcNetNone': 1, 'mcNetES': 6, 'mcNetEthernet': 2, 'mcNetInband': 11, 'mcNetPppSlip': 3, 'mcNetSD': 10, 'mcNetDatalink': 5, 'mcNetPSD': 9, 'mcNetED': 7.

The T1 DataLink value. This configuration is used if the NETIF has a DataLink component. The possible values are: VALUE DESCRIPTION mcDLPathFdl(1) The DataLink will use the FDL. mcDLPathTSn-64 The DataLink will use TSn. If TSn is IDLE, the data rate will be set to 64K. If TSn is assigned to a Data Port, the DataLink will use 8K of TSn. mcDLPathTSn-56 The DataLink will use TSn. If TSn is IDLE, the data rate will be set to 56K. If TSn is assigned to a Data Port, the DataLink will use 8K of TSn. Enumeration: 'mcDLPathTS16-64': 17, 'mcDLPathTS4-64': 5, 'mcDLPathTS22-64': 23, 'mcDLPathTS17-56': 42, 'mcDLPathTS11-64': 12, 'mcDLPathTS20-56': 45, 'mcDLPathTS3-56': 28, 'mcDLPathTS20-64': 21, 'mcDLPathTS12-56': 37, 'mcDLPathTS24-56': 49, 'mcDLPathTS8-56': 33, 'mcDLPathTS21-64': 22, 'mcDLPathTS23-56': 48, 'mcDLPathTS19-64': 20, 'mcDLPathTS6-56': 31, 'mcDLPathTS15-56': 40, 'mcDLPathTS9-64': 10, 'mcDLPathTS18-64': 19, 'mcDLPathFdl': 1, 'mcDLPathTS10-64': 11, 'mcDLPathTS5-64': 6, 'mcDLPathTS7-64': 8, 'mcDLPathTS3-64': 4, 'mcDLPathTS1-56': 26, 'mcDLPathTS14-56': 39, 'mcDLPathTS13-56': 38, 'mcDLPathTS4-56': 29, 'mcDLPathTS21-56': 46, 'mcDLPathTS24-64': 25, 'mcDLPathTS22-56': 47, 'mcDLPathTS16-56': 41, 'mcDLPathTS8-64': 9, 'mcDLPathTS12-64': 13, 'mcDLPathTS5-56': 30, 'mcDLPathTS15-64': 16, 'mcDLPathTS11-56': 36, 'mcDLPathTS18-56': 43, 'mcDLPathTS23-64': 24, 'mcDLPathTS9-56': 34, 'mcDLPathTS10-56': 35, 'mcDLPathTS2-64': 3, 'mcDLPathTS19-56': 44, 'mcDLPathTS7-56': 32, 'mcDLPathTS14-64': 15, 'mcDLPathTS6-64': 7, 'mcDLPathTS2-56': 27, 'mcDLPathTS17-64': 18, 'mcDLPathTS1-64': 2, 'mcDLPathTS13-64': 14.

The unit's default IP router.

The IP address for the unit's Control Port.

The IP address for the unit's Data Link.

The IP subnet mask for the unit's Control Port and Data Link.

The IP address for the unit's Ethernet Port.

The IP subnet mask for the unit's Ethernet Port.

The IP address for the unit's In-Band Interface.

The IP subnet mask for the unit's In-Band Interface.

The operational status of the SMMP agent. The possible values are: VALUE DESCRIPTION. amcEnabled(1) The SNMP agent is enabled amcDisabled(2) The SNMP agent is disabled. Enumeration: 'amcEnabled': 1, 'amcDisabled': 2.

The status of the IP source address screening security. The possible values are: VALUE DESCRIPTION mcIpScreen(1) The screening security is enabled mcNoScreen(2) The screening security is disabled Enumeration: 'mcIpScreen': 1, 'mcNoScreen': 2.

The SNMP Trap Table. This table lists the different types of traps and allows each type to be individually enabled/disabled. Currently, the types of traps are: Start Traps - Cold-Start and Warm-Start Link Traps - Link-Up and Link-Down Traps Authentication Traps - e.g. incorrect Telnet password Enterprise Traps - e.g. NI EER Trap

An entry in the SNMP Trap Table.

The type of trap. There is one row in dsAmcTrapTable for each type of trap. The possible values are: VALUE DESCRIPTION amcStartTraps(1) Cold-Start and Warm-Start Traps. amcLinkTraps(2) Link-Up and Link-Down Traps. amcAuthenTraps(3) Authentication Traps. Sent for: - Incorrect Telnet password - Source IP address not on IP Screen List - Incorrect SNMP Read Community String - Incorrect SNMP Write Community String amcEnterpriseTraps(4) Enterprise-Specific Traps. Enumeration: 'mcAuthenTraps': 3, 'mcStartTraps': 1, 'mcEnterpriseTraps': 4, 'mcLinkTraps': 2.

Indicates whether the particular type of trap is enabled or disabled. The possible values are: VALUE DESCRIPTION amcEnabled(1) These types of traps are enabled. amcDisabled(2) These types of traps are disabled. Enumeration: 'amcEnabled': 1, 'amcDisabled': 2.

The Source Address Screening Table. The entries in this table are the IP addresses which are allowed to access this unit.

An entry in the Source Address Screening Table.

The index to the Source Address Screening Table. Ten entries are possible.

An IP Address(es) which will be permitted to access this unit. This object is combined with dsAmcScrnIpMask to allow a single entry to permit access by an entire subnet.

An IP subnet mask that indicates which portion of dsAmcScrnIpAddr must be matched to permit access. This allows a single entry to provide access by an entire IP subnet. A mask of '255.255.255.0' means that hosts on the subnet of dsAmcScrnIpAddr are permitted access. A mask of '255.255.255.255' means that only the IP address which exactly matches dsAmcScrnIpAddr is permitted access (i.e. only a single host).

The SNMP Trap Destinations Table. This table lists up to 10 addresses to send SNMP traps to when alarm conditions occur.

An entry in the SNMP Trap Destinations Table.

The index to the SNMP Trap Destinations Table.

The IP address portion of a Trap Destination Entry, used when sending SNMP traps.

The VC portion of a Trap Destination Entry, used when sending SNMP traps.

The Port portion of a Trap Destination Entry, used when sending SNMP traps. Enumeration: 'amcDPPort': 2, 'amcNIPort': 1.

fill in later.

fill in later The possible values are: VALUE DESCRIPTION amcNiPort(1) Communicate over NI amcDPPort(2) communicate over DP Enumeration: 'amcDPPort': 2, 'amcNiPort': 1.

The type of framing being used on the Network Interface. The possible values are: VALUE DESCRIPTION ncSF(1) SF (D4) framing ncESF(2) ESF framing ncEricsson(3) Ericsson framing Enumeration: 'ncESF': 2, 'ncSF': 1, 'ncEricsson': 3.

The type of line coding being used on the Network Interface. The possible values are: VALUE DESCRIPTION ncAmi(1) AMI line coding ncB8zs(2) B8ZS line coding. Enumeration: 'ncB8zs': 2, 'ncAmi': 1.

This object enables/disables the sending of T1.403 PRM messages. The possible values are: VALUE DESCRIPTION ncT1403Enable(1) Enable T1.403 messages ncT1403Disable(2) Disabled T1.403 messages Enumeration: 'ncT1403Disable': 2, 'ncT1403Enable': 1.

This object enables/disables sending Yellow alarm out the Network Interface upon receipt of an alarm on the Network Interface. The possible values are: VALUE DESCRIPTION ncYelEnable(1) Enable sending Yellow alarm ncYelDisable(1) Disable sending Yellow alarm Enumeration: 'ncYelEnable': 1, 'ncYelDisable': 2.

If 54016 addressing is enabled, this object determines what type of addressing the unit responds to. The possible values are: VALUE DESCRIPTION ncAddrCsu(1) CSU addressing mode ncAddrDsu(2) DSU addressing mode ncAddrBoth(3) Both CSU and DSU addressing modes Enumeration: 'ncAddrBoth': 3, 'ncAddrDs': 2, 'ncAddrCs': 1.

This object determines whether the unit responds to 54016 addressing modes. The possible values are: VALUE DESCRIPTION nc54016Enable(1) Enabled 54016 addressing nc54016Disable(2) Disable 54016 addressing Enumeration: 'nc54016Enable': 1, 'nc54016Disable': 2.

The Network Interface Line Build Out setting. The possible values are: VALUE DESCRIPTION ncLbo0(1) 0.0dB line attenuation ncLbo1(2) 7.5dB line attenuation ncLbo2(3) 15.0 dB line attenuation Enumeration: 'ncLbo0': 1, 'ncLbo1': 2, 'ncLbo2': 3.

The E1 network interface Time Slot 16 MultiFrame alignment signal setting. The possible values are: VALUE DESCRIPTION ncMF16Enable(1) Enable the Time Slot 16 MultiFrame alignment signal ncMF16Disable(2) Disabled the Time Slot 16 MultiFrame alignment signal Enumeration: 'ncMF16Enable': 1, 'ncMF16Disable': 2.

The E1 network interface CRC generation/checking setting. The possible values are: VALUE DESCRIPTION ncCrcEnable(1) Enable CRC generation/checking ncCrcDisable(2) Disable CRC generation/checking Enumeration: 'ncCrcEnable': 1, 'ncCrcDisable': 2.

The E1 network interface Time Slot 0 NOT-FAS Word setting. The possible values are: VALUE DESCRIPTION ncFasWord(1) Use the NOT-FAS word ncNonFasWord(2) Do not use the NOT-FAS word Enumeration: 'ncNonFasWord': 2, 'ncFasWord': 1.

The E1 network interface Sa bit usage. If Sa bits are being used for data link communications, both the near and far end units must agree on which Sa bit to use. Possible value are: VALUE DESCRIPTION ncSaNone(1) No Sa bits are being used for data link communications ncSaBit4(2) Use Sa bit 4 for data link communications ncSaBit5(3) Use Sa bit 5 for data link communications ncSaBit6(4) Use Sa bit 6 for data link communications ncSaBit7(5) Use Sa bit 7 for data link communications ncSaBit8(6) Use Sa bit 8 for data link communications ncTSn Use TimeSlot n for data link communications. These are only available for E1 units with In-Band Link hardware. Enumeration: 'ncTS31': 37, 'ncTS30': 36, 'ncSaBit8': 6, 'ncSaBit6': 4, 'ncSaBit7': 5, 'ncSaBit4': 2, 'ncSaBit5': 3, 'ncTS9': 15, 'ncTS8': 14, 'ncTS7': 13, 'ncTS6': 12, 'ncTS5': 11, 'ncTS4': 10, 'ncTS3': 9, 'ncTS2': 8, 'ncTS1': 7, 'ncTS29': 35, 'ncTS28': 34, 'ncSaNone': 1, 'ncTS26': 32, 'ncTS27': 33, 'ncTS24': 30, 'ncTS25': 31, 'ncTS22': 28, 'ncTS23': 29, 'ncTS20': 26, 'ncTS21': 27, 'ncTS17': 23, 'ncTS16': 22, 'ncTS15': 21, 'ncTS14': 20, 'ncTS13': 19, 'ncTS12': 18, 'ncTS11': 17, 'ncTS10': 16, 'ncTS19': 25, 'ncTS18': 24.

The status of sending E1 remote Frame Alarm into the NI during alarms. The Possible values are: VALUE DESCRIPTION ncFramedKeepAlive(1) Enable Framed Keep Alive ncUnFramedKeepAlive(2) Disabled Unframed Keep Alive Enumeration: 'ncFramedKeepAlive': 1, 'ncUnFramedKeepAlive': 2.

The status of sending E1 remote Frame Alarm into the NI during alarms. The Possible values are: VALUE DESCRIPTION ncGenRfaEnable(1) Enable RFA insertion ncGenRfaDisable(2) Disabled RFA insertion Enumeration: 'ncGenRfaEnable': 1, 'ncGenRfaDisable': 2.

The status of sending the RFA received on the network interface out the terminal interface. This function is not possible on a DSU only, it must be an add/drop. This function only works if at least one channel is assigned to the TI. The Possible values are: VALUE DESCRIPTION ncPassTiRfaEnable(1) Enable RFA re-generation ncPassTiRfaDisable(2) Disabled RFA re-generation Enumeration: 'ncPassTiRfaEnable': 1, 'ncPassTiRfaDisable': 2.

The idle code to be transmited in the idle NI and TI channels. This code is also sent in all TI channels when the TI is experiencing an OOF.

The Possible values are: VALUE DESCRIPTION scDds56K(1) Set unit to 56K Operation scDds64K(2) Set unit to 56K Operation Enumeration: 'scDds56K': 1, 'scDds64K': 2.

The calendar number of the current month. 1 is January.

The number of the current day.

The number of the current year. 95 is 1995.

The number of the current hour. 0 is 12:00am.

The number of the current minute.

The Site Name of the unit.

The Kentrox-specific slot address. The 01 in the address 01:02:003.

The Kentrox-specific shelf address. The 02 in the address 01:02:003.

The Kentrox-specific group address. The 003 in the address 01:02:003.

The status of the front panel buttons. The possible values are: VALUE DESCRIPTION scFpEnable(1) Enable the front panel buttons scFpDisable(2) Disable the front panel buttons Enumeration: 'scFpDisable': 2, 'scFpEnable': 1.

The status of the datasmart compatibility function. This should be set to scDSEnabled(1) when the far end unit is a eariler model datasmart, not a datasmart. The possible values are: VALUE DESCRIPTION scDSEnable(1) Enable the datasmart compatibility function scDSDisable(2) Disable the datasmart compatibility funcation Enumeration: 'scDSDisable': 2, 'scDSEnable': 1.

The source of the timing clock. The various options are: VALUE DESCRIPTION scTerminalTiming(1) Use the clock coming in on the Terminal Interface scThroughTiming(2) Use Through timing NI rx to Ti tx and TI rx to NI tx scInternalTiming(3) Use the internal clock scLoopTiming(4) Use the clock from the network scDP1Timing(5) Use the clock coming in on data port 1 scDP2Timing(6) Use the clock coming in on data port 2 Enumeration: 'scInternalTiming': 3, 'scTerminalTiming': 1, 'scLoopTiming': 4, 'scDP1Timing': 5, 'scThroughTiming': 2, 'scDP2Timing': 6.

The time (in minutes) to wait for a keypress before logging the current user out. If this object is set to 0, autologout is disabled.

This object will zero all performance report counters if it is set to scZallStart(2). Enumeration: 'scZallStart': 2, 'scZallIdle': 1.

The string returned by the user interface command WYV, What's Your Version.

This object enables/disables the Auto-Configuration feature, which allows units in a daisy chain to be automatically configured by the Daisy Chain Controller. This feature is only available on the plug-in versions of datasmart. Enumeration: 'scAcEnable': 1, 'scAcDisable': 2.

A text string used to initiate or check the status of a TFTP file transfer operation for doing a software download. To initiate a TFTP software download, set this variable to the value `tswdl:,`, where i represents the IP address of the host system, and the f represents the name of the file to be downloaded. Setting this variable to any other value will have no affect. Getting the value of this variable will return the status of the TFTP software download.

This variable is used to force a system reboot: scBootIdle Does nothing. scBootActive Reboots from the executing FLASH ROM bank. scBootInactive Reboots from the non-executing FLASH ROM bank. Enumeration: 'scBootActive': 2, 'scBootInactive': 3, 'scBootIdle': 1.

fill in later. scTransparentMode Unit doesn't monitor FR traffic scMonitorMode Unit monitors FR traffic Enumeration: 'scTransparentMode': 1, 'scMonitorMode': 2.

.

.

.

.

.

.

. Enumeration: 'pinKDisabled': 2, 'pinKEnabled': 1.

The line framing for the Terminal Interface. The possible values are: VALUE DESCRIPTION tcSF(1) SF (D4) framing tcESF(2) ESF framing tcEricsson(3) Ericsson framing Enumeration: 'tcSF': 1, 'tcEricsson': 3, 'tcESF': 2.

The line coding for the Terminal Interface. The possible values are: VALUE DESCRIPTION tcAmi(1) AMI line coding tcB8zs(2) B8ZS line coding Enumeration: 'tcB8zs': 2, 'tcAmi': 1.

The code that is sent out the idle DS0 channels of the terminal interface.

The line equalization for the Terminal Interface. The possible values are: VALUE DESCRIPTION tcTe0(1) 0-133 feet tcTe1(2) 133-266 feet tcTe2(3) 266-399 feet tcTe3(4) 399-533 feet tcTe4(5) 533-655 feet Enumeration: 'tcTe4': 5, 'tcTe3': 4, 'tcTe2': 3, 'tcTe1': 2, 'tcTe0': 1.

The E1 terminal interface Time Slot 16 MultiFrame alignment signal setting. The possible values are: VALUE DESCRIPTION tcMF16Enable(1) Enable the Time Slot 16 MultiFrame alignment signal tcMF16Disable(2) Disabled the Time Slot 16 MultiFrame alignment signal Enumeration: 'tcMF16Disable': 2, 'tcMF16Enable': 1.

The E1 terminal interface CRC generation/checking setting. The possible values are: VALUE DESCRIPTION tcCrcEnable(1) Enable CRC generation/checking tcCrcDisable(2) Disable CRC generation/checking Enumeration: 'tcCrcDisable': 2, 'tcCrcEnable': 1.

The E1 terminal interface Time Slot 0 NOT-FAS Word setting. The possible values are: VALUE DESCRIPTION tcFasWord(1) Use the NOT-FAS word tcNonFasWord(2) Do not use the NOT-FAS word Enumeration: 'tcFasWord': 1, 'tcNonFasWord': 2.

This object controls the sending of Alarm Indication Signal (AIS) alarms. The possible values are: VALUE DESCRIPTION tcAisEnable(1) Enable sending AIS alarms tcAisDisable(2) Disable sending AIS alarms Enumeration: 'tcAisEnable': 1, 'tcAisDisable': 2.

The status of sending E1 remote Frame Alarm into the TI during alarms. The Possible values are: VALUE DESCRIPTION tcGenRfaEnable(1) Enable RFA insertion tcGenRfaDisable(2) Disabled RFA insertion Enumeration: 'tcGenRfaEnable': 1, 'tcGenRfaDisable': 2.

The status of sending the RFA received on the terminal interface out the network interface. This function is not possible on a DSU only, it must be an add/drop. This function only works if at least one channel is assigned to the TI. The Possible values are: VALUE DESCRIPTION tcPassTiRfaEnable(1) Enable RFA re-generation tcPassTiRfaDisable(2) Disabled RFA re-generation Enumeration: 'tcPassTiRfaDisable': 2, 'tcPassTiRfaEnable': 1.

The current state of the FP PWR LED. The Possible values are: VALUE DESCRIPTION fpLedIndeterminate (1) LED is not present on unit fpLedOff (2) LED is OFF fpLedOnGreen (3) LED is ON and green fpLedBlinkGreen (4) LED is blinking green Enumeration: 'fpLedOff': 2, 'fpLedOnGreen': 3, 'fpLedIndeterminate': 1, 'fpLedBlinkGreen': 4.

The current state of the FP DNLD/FAIL LED. The Possible values are: VALUE DESCRIPTION fpLedIndeterminate (1) LED is not present on unit fpLedOff (2) LED is OFF fpLedOnRed (3) LED is ON and red fpLedBlinkRed (4) LED is blinking red Enumeration: 'fpLedOff': 2, 'fpLedBlinkRed': 4, 'fpLedIndeterminate': 1, 'fpLedOnRed': 3.

The current state of the FP NI ALARM LED. The Possible values are: VALUE DESCRIPTION fpLedIndeterminate (1) LED is not present on unit fpLedOff (2) LED is OFF fpLedOnRed (3) LED is ON and red Enumeration: 'fpLedOff': 2, 'fpLedIndeterminate': 1, 'fpLedOnRed': 3.

The current state of the FP NI DATA LED. The Possible values are: VALUE DESCRIPTION fpLedIndeterminate (1) LED is not present on unit fpLedOff (2) LED is OFF fpLedOnGreen (3) LED is ON and green Enumeration: 'fpLedOff': 2, 'fpLedOnGreen': 3, 'fpLedIndeterminate': 1.

The current state of the FP TEST LED. The Possible values are: VALUE DESCRIPTION fpLedIndeterminate (1) LED is not present on unit fpLedOff (2) LED is OFF fpLedOnYellow (3) LED is ON and yellow Enumeration: 'fpLedOff': 2, 'fpLedOnYellow': 3, 'fpLedIndeterminate': 1.

The current state of the FP DP CTS TX LED. The Possible values are: VALUE DESCRIPTION fpLedIndeterminate (1) LED is not present on unit fpLedOff (2) LED is OFF fpLedOnYellow (3) LED is ON and yellow Enumeration: 'fpLedOff': 2, 'fpLedOnYellow': 3, 'fpLedIndeterminate': 1.

The current state of the FP DP RTS RX LED. The Possible values are: VALUE DESCRIPTION fpLedIndeterminate (1) LED is not present on unit fpLedOff (2) LED is OFF fpLedOnYellow (3) LED is ON and yellow Enumeration: 'fpLedOff': 2, 'fpLedOnYellow': 3, 'fpLedIndeterminate': 1.

The current state of the FP FRAME RELAY LINK LED. The Possible values are: VALUE DESCRIPTION fpLedIndeterminate (1) LED is not present on unit fpLedOff (2) LED is OFF fpLedOnGreen (3) LED is ON and green fpLedBlinkGreen (4) LED is blinking green Enumeration: 'fpLedOff': 2, 'fpLedOnGreen': 3, 'fpLedIndeterminate': 1, 'fpLedBlinkGreen': 4.

A/B On Power Transition on DataSMART 558 and MPATH 538

A/B Off Power Transition on DataSMART 558 and MPATH 538

The total traffic through the unit has exceeded the configured threshold for NI Receive.

The total traffic through the unit has crossed back under 20 percent below the configured threshold after exceeding the threshold for NI Receive.

The total traffic through the unit has exceeded the configured threshold for NI Transmit.

The total traffic through the unit has crossed back under 20 percent below the configured threshold after exceeding the threshold NI Transmit.

A VC has transitioned to a link down since FPINGs are not being returned

A VC has transitioned to a link up since an FPING was just returned