HUAWEI-COMMTEST-MIB: View SNMP OID List / Download MIB

This MIB is used for Metallic line test(MELT).Melt test is a common line status test method,used to test whether the copper twisted pair from the service board to the phone set is normal. Common MELT operations include starting a MELT test, querying the test result, querying the calibration data, and starting and stopping a searching tone test.

Table of the test group: It provides the number of the test group to which a shelf of the device corresponds. It is uniquely identified by the number of the test group. Multiple shelves can share a test board. A test group corresponds to a test board. The number of a test group is the same as the number of the shelf that houses the test board to which the test group corresponds. The index of this table is hwTestGroupNo.

Table of the test group: It provides the number of the test group to which a shelf of the device corresponds. It is uniquely identified by the number of the test group. Multiple shelves can share a test board. A test group corresponds to a test board. The number of a test group is the same as the number of the shelf that houses the test board to which the test group corresponds. The index of this entry is hwTestGroupNo.

Test group number. The MD5500 supports the number that ranges from 0 to 240. The MA5100 supports the number that ranges from 0 to 4. The MA5300 supports the number that ranges from 0 to 63.

Test board IfIndex.

TestGroupAssist port IfIndex.

Assistant telephone number. The maximum length is 16 Octets.

Present operation status of a row. Options: 1. active(1), -the present operation status of the row is active 2. notInService(2), -the present operation status of the row is notInService 3. notReady(3), -the present operation status of the row is notReady 4. createAndGo(4), -the present operation status of the row is createAndGo 5. createAndWait(5), -the present operation status of the row is createAndWait 6. destroy(6) -the present operation status of the row is destroy

This table is used for enabling a subscriber line test and obtaining the test result after a test is complete. The subscriber line test function can be used for obtaining the performance information about a subscriber line, such as capacity and resistance. Users can learn about the conditions of the line by comparing such information with standard data. The index of this table is ifindex.

This table is used for enabling a subscriber line test and obtaining the test result after a test is complete. The subscriber line test function can be used for obtaining the performance information about a subscriber line, such as capacity and resistance. Users can learn about the conditions of the line by comparing such information with standard data. The index of this entry is ifindex.

MELT operation type Options: 1. stop(1) -stop a MELT test 2. start(2) -start a MELT test 3. invalid(-1) -invalid value Enumeration: 'start': 2, 'stop': 1, 'invalid': -1.

Indicates whether a voltage exists on the line under test. Options: 1. notest(1) -the voltage does not exist on the line under test 2. test(2) -the voltage exists on the line under test 3. invalid(-1) -invalid value Default: notest(1) Enumeration: 'test': 2, 'invalid': -1, 'notest': 1.

Indicates whether resistance exists on the line under test. Options: 1. notest(1) -resistance does not exist on the line under test 2. test(2) -resistance exists on the line under test 3. invalid(-1) -invalid value Default: notest(1) Enumeration: 'test': 2, 'invalid': -1, 'notest': 1.

Indicates whether capacitance exists on the line under test. Options: 1. notest(1) -capacitance does not exist on the line under test 2. test(2) -capacitance exists on the line under test 3. invalid(-1) -invalid value Default: notest(1) Enumeration: 'test': 2, 'invalid': -1, 'notest': 1.

Indicates whether loop resistance exists on the line under test. Options: 1. notest(1) -loop resistance does not exist on the line under test 2. test(2) -loop resistance exists on the line under test 3. invalid(-1) -invalid value Default: notest(1) Enumeration: 'test': 2, 'invalid': -1, 'notest': 1.

Indicates whether pole resistance exists on the line under test. Options: 1. notest(1) -Pole resistance does not exist on the line under test 2. test(2) -Pole resistance exists on the line under test 3. invalid(-1) -invalid value Default: notest(1) Enumeration: 'test': 2, 'invalid': -1, 'notest': 1.

Identify whether to start a test when the line is busy. The system will excecute a corresponding operation according to the configuration that a user specifies, for example, to cancel the test or to force to test. Options: 1. busyNoTest(1) -perform no test when a port is busy 2. busyTest(2) -perform a remedy test when a port is busy 3. busystrenTest(3) -force to test when a port is busy 4. deferredTest(4) -defer a test when a port is busy 5. invalid(-1) -invalid value Default: busyTest(1) If the value of this leaf is deferredTest(4), both hwLoopLineTestDeferredTime and hwLoopLineTestTimeoutProc must be set. Enumeration: 'busystrenTest': 3, 'deferredTest': 4, 'busyNoTest': 1, 'invalid': -1, 'busyTest': 2.

Indicates the result of MELT test. Options: 1. normal(1) -the MELT test is successful 2. testFail(2) -the MELT test fails 3. portBusy(3) -the MELT test port is busy 4. testOutOfTime(4) -the MELT test times out 5. testingAbnormal(5) -the MELT test is abnormal 6. broadbandtesting(6)-the MELT test is broadbandtesting 7. capturefail(7) -the MELT test fails to capture 8. notratb(8) -the relay transfer board of the MELT test does not exist 9. testcanceled(9) -the MELT test is canceled 10. invalid(-1) -invalid value Enumeration: 'testFail': 2, 'notratb': 8, 'normal': 1, 'invalid': -1, 'testOutOfTime': 4, 'testcanceled': 9, 'portBusy': 3, 'broadbandtesting': 6, 'capturefail': 7, 'testingAbnormal': 5.

MELT test conclusion Options: 1. normal(1) -the test conclusion is normal 2. meetLine(2) -the test conclusion is meetLine 3. aLineMix(3) -the test conclusion is aLineMix 4. bLineMix(4) -the test conclusion is bLineMix 5. doubleMix(5) -the test conclusion is doubleMix 6. aLineEarth(6) -the test conclusion is aLineEarth 7. bLineEarth(7) -the test conclusion is bLineEarth 8. doublelineearth(8) -the test conclusion is doublelineearth 9. selfMix(9) -the test conclusion is selfMix 10. abLine(10) -the test conclusion is abLine 11. aLineFree(11) -the test conclusion is aLineFree 12. bLineEarthFree(12) -the test conclusion is bLineEarthFree 13. doubleLineEarthFree(13) -the test conclusion is doubleLineEarthFree 14. abLineFree(14) -the test conclusion is abLineFree 15. killLine(15) -the test conclusion is killLine 16. noPutDownTele(16) -the test conclusion is noPutDownTele 17. unknow(17) -the test conclusion is unknow 18. selfMixinMDF(18) -the test conclusion is selfMixinMDF 19. selfMixoutMDF(19) -the test conclusion is selfMixoutMDF 20. cutLineinMDF(20) -the test conclusion is cutLineinMDF 21. cutLineoutMDF(21) -the test conclusion is cutLineoutMDF 22. dCvoltagePowerFeed(30) -the test conclusion is dCvoltagePowerFeed 23. aCvoltageRinging(31) -the test conclusion is aCvoltageRinging 24. dCvoltageOffhook(32) -the test conclusion is dCvoltageOffhook 25. dCvoltage(33) -the test conclusion is dCvoltage 26. aCvoltage(34) -the test conclusion is aCvoltage 27. abImpedance(35) -the test conclusion is abImpedance 28. baImpedance(36) -the test conclusion is baImpedance 29. agImpedance(37) -the test conclusion is agImpedance 30. bgImpedance(38) -the test conclusion is bgImpedance 31. agACCurrent(39) -the test conclusion is agACCurrent 32. bgACCurrent(41) -the test conclusion is bgACCurrent 33. abACCurrent(42) -the test conclusion is abACCurrent 34. agDCCurrent(43) -the test conclusion is agDCCurrent 35. bgDCCurrent(44) -the test conclusion is bgDCCurrent 36. abDCCurrent(45) -the test conclusion is abDCCurrent 37. loopCurrent(46) -the test conclusion is loopCurrent 38. noise(47) -the test conclusion is noise 39. abRFaultId(91) -the test conslusion is ab Line all fault 40. aRFaultId(92) -the test conslusion is a Line fault 41. bRFaultId(93) -the test conslusion is b Line fault 42. abLeakId(94) -the test conslusion is ab Line all leak 43. aLeakId(95) -the test conslusion is a Line leak 44. bLeakId(96) -the test conslusion is b line leak 45. abFvacLevelH(97) -the test conslusion is ab dangerous AC to ground 46. aFvacLevelH(98) -the test conslusion is a dangerous AC to ground 47. bFvacLevelH(99) -the test conslusion is b dangerous AC to ground 48. abFvacLevelI(100) -the test conslusion is ab EMF AC to ground 49. aFvacLevelI(101) -the test conslusion is a EMF AC to ground 50. bFvacLevelI(102) -the test conslusion is b EMF AC to ground 51. abFvacLevelO(103) -the test conslusion is ab other dangerous AC to ground 52. aFvacLevelO(104) -the test conslusion is a other dangerous AC to ground 53. bFvacLevelO(105) -the test conslusion is b other dangerous AC to ground 54. abFvDcLevelH(106) -the test conslusion is ab dangerous DC to ground 55. aFvDcLevelH(107) -the test conslusion is a dangerous DC to ground 56. bFvDcLevelH(108) -the test conslusion is b dangerous DC to ground 57. abFvDcLevelI(109) -the test conslusion is ab EMF DC to ground 58. aFvDcLevelI(110) -the test conslusion is a EMF DC to ground 59. bFvDcLevelI(111) -the test conslusion is b EMF DC to ground 60. abFvDcLevelO(112) -the test conslusion is ab other dangerous DC to ground 61. aFvDcLevelO(113) -the test conslusion is a other dangerous DC to ground 62. bFvDcLevelO(114) -the test conslusion is b other dangerous DC to ground 63. fesIdPPA(115) -the test conslusion is ab PPA 64. fesIdPPAInv(116) -the test conslusion is ab reverse PPA 65. fesId2PPA(117) -the test conslusion is ab two PPA 66. fesId2PPAInv(118) -the test conslusion is ab two reverse PPA 67. etsiXdslSignature(119) -the test conslusion is ETSI XDSL Signature 68. fetIdEr(120) -the test conslusion is exist electronic ring terminal 69. abreak(121) -the test conslusion is a line break 70. bbreak(122) -the test conslusion is b line break 71. abreakInMDF(123) -the test conslusion is a line break InMDF 72. bbreakInMDF(124) -the test conslusion is b line break InMDF 73. abreakOutMDF(125) -the test conslusion is a line break OutMDF 74. bbreakOutMDF(126) -the test conslusion is b line break OutMDF 75. invalid(-1) -the test conclusion is invalid Enumeration: 'fesIdPPAInv': 116, 'abFvDcLevelO': 112, 'fetIdEr': 120, 'dCvoltage': 33, 'fesId2PPA': 117, 'abreakOutMDF': 125, 'selfMix': 9, 'cutLineinMDF': 20, 'bRFaultId': 93, 'abFvDcLevelI': 109, 'aLeakId': 95, 'abFvacLevelI': 100, 'abFvacLevelH': 97, 'aCvoltageRinging': 31, 'invalid': -1, 'selfMixinMDF': 18, 'abACCurrent': 42, 'agImpedance': 37, 'bFvacLevelI': 102, 'bFvacLevelH': 99, 'aLineEarth': 6, 'aLineFree': 11, 'killLine': 15, 'agACCurrent': 39, 'bLineEarthFree': 12, 'abDCCurrent': 45, 'normal': 1, 'doubleLineEarthFree': 13, 'fesId2PPAInv': 118, 'bFvDcLevelH': 108, 'bFvDcLevelI': 111, 'aFvacLevelO': 104, 'abImpedance': 35, 'abreakInMDF': 123, 'bFvDcLevelO': 114, 'aFvacLevelH': 98, 'meetLine': 2, 'doubleMix': 5, 'aFvacLevelI': 101, 'agDCCurrent': 43, 'noise': 47, 'abLine': 10, 'unknow': 17, 'abLineFree': 14, 'aRFaultId': 92, 'aFvDcLevelI': 110, 'abLeakId': 94, 'aFvDcLevelO': 113, 'fesIdPPA': 115, 'bbreakOutMDF': 126, 'bLeakId': 96, 'bbreak': 122, 'baImpedance': 36, 'bgACCurrent': 41, 'doublelineearth': 8, 'etsiXdslSignature': 119, 'aFvDcLevelH': 107, 'dCvoltageOffhook': 32, 'loopCurrent': 46, 'bLineEarth': 7, 'aCvoltage': 34, 'abreak': 121, 'bgDCCurrent': 44, 'bLineMix': 4, 'abFvDcLevelH': 106, 'bbreakInMDF': 124, 'noPutDownTele': 16, 'bgImpedance': 38, 'dCvoltagePowerFeed': 30, 'abFvacLevelO': 103, 'selfMixoutMDF': 19, 'aLineMix': 3, 'cutLineoutMDF': 21, 'abRFaultId': 91, 'bFvacLevelO': 105.

Indicates the A->ground AC voltage. Unit: mV

Indicates the B->ground AC voltage. Unit: mV

Indicates the A->B AC voltage. Unit: mV

Indicates the A->ground DC voltage. Unit: mV

Indicates the B->ground DC voltage. Unit: mV

Indicates the A->B DC voltage. Unit: mV

Indicates the A->ground insulation resistance. Unit: ohm

Indicates the B->ground insulation resistance. Unit: ohm

Indicates the A->B insulation resistance. Unit: ohm

Indicates the A->ground capacitance. Unit: nF

Indicates the B->ground capacitance. Unit: nF

Indicates the A->B capacitance. Unit: nF

Indicates the loop resistance. Unit: ohm

Indicates the A->B polarity reversal resistance. Unit: ohm

Indicates the M-socket connection. Options: 1. notconnected(1) -the M-socket is not connected 2. connected(2) -the M-socket is connected 3. aBReversed(3) -the wire A and wire B are reversed Enumeration: 'notconnected': 1, 'aBReversed': 3, 'connected': 2.

Loop line test-BTSS line with power processing. Options: 1. noTest(1) -not test 2. test(2) -test 3. invalid(-1) -invalid value Enumeration: 'test': 2, 'invalid': -1, 'noTest': 1.

Loop line test-impedance. Options: 1. notest(1) -not test 2. test(2) -test Enumeration: 'test': 2, 'notest': 1.

A->B impedance (unit: ohm)

B->A impedance (unit: ohm)

A->ground impedance (unit: ohm)

B->ground impedance (unit: ohm)

Loop line test-current. Options: 1. notest(1) -not test 2. test(2) -test Enumeration: 'test': 2, 'notest': 1.

A->ground AC current (unit: mA)

B->ground AC current (unit: mA)

AB AC current (unit: mA)

A->ground DC current (unit: mA)

B->ground DC current (unit: mA)

AB DC current (unit: mA)

Loop line test-loop current. Options: 1. notest(1) -not test 2. test(2) -test Enumeration: 'test': 2, 'notest': 1.

Loop current (unit: uA)

Loop line test-noise. Options: 1. notest(1) -not test 2. test(2) -test Enumeration: 'test': 2, 'notest': 1.

Noise (unit: dBm)

Indicates whether PPA exists on the line under test. Options: 1. notest(1) -PPA does not exist on the line under test 2. test(2) -PPA exists on the line under test 3. invalid(-1) -invalid value Default: notest(1) Enumeration: 'test': 2, 'invalid': -1, 'notest': 1.

Indicates whether the PPA exists. Options: 1. noexist(1) -PPA does not exist 2. exist(2) -PPA exists 3. inverseexist(3) -PPA inverse exists 4. invalid(-1) -invalid value Enumeration: 'inverseexist': 3, 'exist': 2, 'noexist': 1, 'invalid': -1.

Indicates the deferred time. Unit: minute This leaf is valid only when the value of hwLoopLineTestBusyProcFlag is DeferredTest(4). Default: 30

Indicates the timeout processing. Options: 1. notest(1) -if the deferred time times out and the port is still busy the test will be canceled 2. test(2) -if the deferred time times out and the port is still busy the test will be forcedly started 3. invalid(-1) -invalid value This leaf is valid only when the value of hwLoopLineTestBusyProcFlag is DeferredTest(4). Enumeration: 'test': 2, 'invalid': -1, 'notest': 1.

Reverse flag (0:normal test 1:reverse test)

Frequency of foreign AC voltage source coupled to tip via Zbat_tip impedance. Unit: Hz

Frequency of foreign AC voltage source coupled to ring via Zbat_ring impedance. Unit:Hz

Frequency of foreign AC voltage source coupled to tip-ring via Zbat_tipring impedance. Unit:Hz

AC foreign current on the tip wire. Unit:uA

AC foreign current on the ring wire. Unit:uA

DC foreign current on the tip wire. Unit:uA

DC foreign current on the ring wire. Unit:uA

In presence of a foreign voltage, the equivalent coupling resistance of wire A. Unit:ohm

In presence of a foreign voltage, the equivalent coupling resistance of wire B. Unit:ohm

Resistance in series with the ring capacitance, for example when a ringer load or a passive R-C signature terminates the loop. It also includes the cable resistance R line but it does not include the 24 k feeding resistance. Unit: ohm

Capacitance of an xDSL signal. Unit: nF

Zener diode threshold in the case of an off-hook phone. Unit: mV

DC tip-ring resistance measured in the case of an off-hook phone. Unit: ohm

Aggregate a->ground conductance. Unit: nS

Aggregate a->ground susceptance. Unit: nS

Aggregate b->ground conductance. Unit: nS

Aggregate b->ground susceptance. Unit: nS

Aggregate a->b conductance. Unit: nS

Aggregate a->b susceptance. Unit: nS

Indicates the ETSI xDSL Signature is detected or not.

Indicates the presence of an AC foreign voltage above the threshold defined by ACFEMmin. By reading the results of the foreign voltage test, it is possible to determine whether the foreign electromotive force source has been coupled to tip, ring or differentially between tip-ring.

Indicates the presence of a DC foreign voltage above the threshold defined by DCFEMmin. By reading the results of the foreign voltage test, it is possible to determine whether the foreign electromotive force source has been coupled to tip, ring or differentially between tip-ring.

Indicates the presens of a phone in the on-hook state.

Indicates a->b resistance exceeds the threshold.

Indicates that the insulation resistance is small.

Indicates a phone in the off-hook state.

Indicates the a->ground highest measurement DC voltage. Unit: mV

Indicates the a->ground lowest measurement DC voltage. Unit: mV

Indicates the b->ground highest measurement DC voltage. Unit: mV

Indicates the b->ground lowest measurement DC voltage. Unit: mV

Indicates the a->b positive measurement DC voltage. Unit: mV

Indicates the b->a measurement DC voltage. Unit: mV

Indicates the current mapping the A-wire highest voltage for test. Unit: uA

Indicates the current mapping the A-wire lowest voltage for test. Unit: uA

Indicates the current mapping the B-wire highest voltage for test. Unit: uA

Indicates the current mapping the B-wire lowest voltage for test. Unit: uA

Indicates the current mapping the A->B positive voltage for test. Unit: uA

Indicates the current mapping the A->B negative voltage for test. Unit: uA

Indicates the detected ringer.

Indicates the resistance of PPA. Unit: ohm

Indicates the start time and date of the MELT test.

Indicates the end time and date of the MELT test.

Indicates the measured frequency for complex impedance. Options: 1. frequency25Hz(0) -25 Hz 2. frequency275Hz(1) -275 Hz 3. invalid(-1) -invalid value Default: frequency25Hz(0) Enumeration: 'frequency275Hz': 1, 'frequency25Hz': 0, 'invalid': -1.

Port IfIndex.

Request ID. The value is the fourth parameter in the trap message.

Indicates the A->B polarity resistance. Unit: ohm

Indicates whether the value of hwLoopLineTestACAG is valid. Options: 1. valid(1) -the value of hwLoopLineTestACAG is valid 2. invalid(2) -the value of hwLoopLineTestACAG is invalid 3. notsupport(3) -the value of hwLoopLineTestACAG is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestACBG is valid. Options: 1. valid(1) -the value of hwLoopLineTestACBG is valid 2. invalid(2) -the value of hwLoopLineTestACBG is invalid 3. notsupport(3) -the value of hwLoopLineTestACBG is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestACAB is valid. Options: 1. valid(1) -the value of hwLoopLineTestACAB is valid 2. invalid(2) -the value of hwLoopLineTestACAB is invalid 3. notsupport(3) -the value of hwLoopLineTestACAB is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestDCAG is valid. Options: 1. valid(1) -the value of hwLoopLineTestDCAG is valid 2. invalid(2) -the value of hwLoopLineTestDCAG is invalid 3. notsupport(3) -the value of hwLoopLineTestDCAG is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestDCBG is valid. Options: 1. valid(1) -the value of hwLoopLineTestDCBG is valid 2. invalid(2) -the value of hwLoopLineTestDCBG is invalid 3. notsupport(3) -the value of hwLoopLineTestDCBG is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestDCAB is valid. Options: 1. valid(1) -the value of hwLoopLineTestDCAB is valid 2. invalid(2) -the value of hwLoopLineTestDCAB is invalid 3. notsupport(3) -the value of hwLoopLineTestDCAB is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestRAG is valid. Options: 1. valid(1) -the value of hwLoopLineTestRAG is valid 2. invalid(2) -the value of hwLoopLineTestRAG is invalid 3. notsupport(3) -the value of hwLoopLineTestRAG is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestRBG is valid. Options: 1. valid(1) -the value of hwLoopLineTestRBG is valid 2. invalid(2) -the value of hwLoopLineTestRBG is invalid 3. notsupport(3) -the value of hwLoopLineTestRBG is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestRAB is valid. Options: 1. valid(1) -the value of hwLoopLineTestRAB is valid 2. invalid(2) -the value of hwLoopLineTestRAB is invalid 3. notsupport(3) -the value of hwLoopLineTestRAB is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestRABPole is valid. Options: 1. valid(1) -the value of hwLoopLineTestRABPole is valid 2. invalid(2) -the value of hwLoopLineTestRABPole is invalid 3. notsupport(3) -the value of hwLoopLineTestRABPole is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestRABResPole is valid. Options: 1. valid(1) -the value of hwLoopLineTestRABResPole is valid 2. invalid(2) -the value of hwLoopLineTestRABResPole is invalid 3. notsupport(3) -the value of hwLoopLineTestRABResPole is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestCapAG is valid. Options: 1. valid(1) -the value of hwLoopLineTestCapAG is valid 2. invalid(2) -the value of hwLoopLineTestCapAG is invalid 3. notsupport(3) -the value of hwLoopLineTestCapAG is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestCapBG is valid. Options: 1. valid(1) -the value of hwLoopLineTestCapBG is valid 2. invalid(2) -the value of hwLoopLineTestCapBG is invalid 3. notsupport(3) -the value of hwLoopLineTestCapBG is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestCapAB is valid. Options: 1. valid(1) -the value of hwLoopLineTestCapAB is valid 2. invalid(2) -the value of hwLoopLineTestCapAB is invalid 3. notsupport(3) -the value of hwLoopLineTestCapAB is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestRbattip is valid. Options: 1. valid(1) -the value of hwLoopLineTestRbattip is valid 2. invalid(2) -the value of hwLoopLineTestRbattip is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestRbatring is valid. Options: 1. valid(1) -the value of hwLoopLineTestRbatring is valid 2. invalid(2) -the value of hwLoopLineTestRbatring is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestRring is valid. Options: 1. valid(1) -the value of hwLoopLineTestRring is valid 2. invalid(2) -the value of hwLoopLineTestRring is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestCsig is valid. Options: 1. valid(1) -the value of hwLoopLineTestCsig is valid 2. invalid(2) -the value of hwLoopLineTestCsig is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestPPARes is valid. Options: 1. valid(1) -the value of hwLoopLineTestPPARes is valid 2. invalid(2) -the value of hwLoopLineTestPPARes is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestVzener is valid. Options: 1. valid(1) -the value of hwLoopLineTestVzener is valid 2. invalid(2) -the value of hwLoopLineTestVzener is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestRzener is valid. Options: 1. valid(1) -the value of hwLoopLineTestRzener is valid 2. invalid(2) -the value of hwLoopLineTestRzener is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates the A to B resistance (insulation resistance). Unit: ohm

Indicates whether the value of hwLoopLineTestSNMPRab is valid. Options: 1. valid(1) -the value of hwLoopLineTestSNMPRab is valid 2. invalid(2) -the value of hwLoopLineTestSNMPRab is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates the B to A resistance (insulation resistance). Unit: ohm

Indicates whether the value of hwLoopLineTestSNMPRba is valid. Options: 1. valid(1) -the value of hwLoopLineTestSNMPRba is valid 2. invalid(2) -the value of hwLoopLineTestSNMPRba is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestPPA is valid. Options: 1. valid(1) -the value of hwLoopLineTestPPA is valid 2. invalid(2) -the value of hwLoopLineTestPPA is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestUtgAcFreq is valid. Options: 1. valid(1) -the value of hwLoopLineTestUtgAcFreq is valid 2. invalid(2) -the value of hwLoopLineTestUtgAcFreq is invalid 3. notsupport(3) -the value of hwLoopLineTestUtgAcFreq is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestUrgAcFreq is valid. Options: 1. valid(1) -the value of hwLoopLineTestUrgAcFreq is valid 2. invalid(2) -the value of hwLoopLineTestUrgAcFreq is invalid 3. notsupport(3) -the value of hwLoopLineTestUrgAcFreq is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestUtrAcFreq is valid. Options: 1. valid(1) -the value of hwLoopLineTestUtrAcFreq is valid 2. invalid(2) -the value of hwLoopLineTestUtrAcFreq is invalid 3. notsupport(3) -the value of hwLoopLineTestUtrAcFreq is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestItipAc is valid. Options: 1. valid(1) -the value of hwLoopLineTestItipAc is valid 2. invalid(2) -the value of hwLoopLineTestItipAc is invalid 3. notsupport(3) -the value of hwLoopLineTestItipAc is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestIringAc is valid. Options: 1. valid(1) -the value of hwLoopLineTestIringAc is valid 2. invalid(2) -the value of hwLoopLineTestIringAc is invalid 3. notsupport(3) -the value of hwLoopLineTestIringAc is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestItipDc is valid. Options: 1. valid(1) -the value of hwLoopLineTestItipDc is valid 2. invalid(2) -the value of hwLoopLineTestItipDc is invalid 3. notsupport(3) -the value of hwLoopLineTestItipDc is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestIringDc is valid. Options: 1. valid(1) -the value of hwLoopLineTestIringDc is valid 2. invalid(2) -the value of hwLoopLineTestIringDc is invalid 3. notsupport(3) -the value of hwLoopLineTestIringDc is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestGtg is valid. Options: 1. valid(1) -the value of hwLoopLineTestGtg is valid 2. invalid(2) -the value of hwLoopLineTestGtg is invalid 3. notsupport(3) -the value of hwLoopLineTestGtg is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestBtg is valid. Options: 1. valid(1) -the value of hwLoopLineTestBtg is valid 2. invalid(2) -the value of hwLoopLineTestBtg is invalid 3. notsupport(3) -the value of hwLoopLineTestBtg is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestGrg is valid. Options: 1. valid(1) -the value of hwLoopLineTestGrg is valid 2. invalid(2) -the value of hwLoopLineTestGrg is invalid 3. notsupport(3) -the value of hwLoopLineTestGrg is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestBrg is valid. Options: 1. valid(1) -the value of hwLoopLineTestBrg is valid 2. invalid(2) -the value of hwLoopLineTestBrg is invalid 3. notsupport(3) -the value of hwLoopLineTestBrg is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestGtr is valid. Options: 1. valid(1) -the value of hwLoopLineTestGtr is valid 2. invalid(2) -the value of hwLoopLineTestGtr is invalid 3. notsupport(3) -the value of hwLoopLineTestGtr is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether the value of hwLoopLineTestBtr is valid. Options: 1. valid(1) -the value of hwLoopLineTestBtr is valid 2. invalid(2) -the value of hwLoopLineTestBtr is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestSIGN is valid. Options: 1. valid(1) -the value of hwLoopLineTestSIGN is valid 2. invalid(2) -the value of hwLoopLineTestSIGN is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestACFEM is valid. Options: 1. valid(1) -the value of hwLoopLineTestACFEM is valid 2. invalid(2) -the value of hwLoopLineTestACFEM is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestDCFEM is valid. Options: 1. valid(1) -the value of hwLoopLineTestDCFEM is valid 2. invalid(2) -the value of hwLoopLineTestDCFEM is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestONHK is valid. Options: 1. valid(1) -the value of hwLoopLineTestONHK is valid 2. invalid(2) -the value of hwLoopLineTestONHK is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestOPEN is valid. Options: 1. valid(1) -the value of hwLoopLineTestOPEN is valid 2. invalid(2) -the value of hwLoopLineTestOPEN is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestSHORT is valid. Options: 1. valid(1) -the value of hwLoopLineTestSHORT is valid 2. invalid(2) -the value of hwLoopLineTestSHORT is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestROH is valid. Options: 1. valid(1) -the value of hwLoopLineTestROH is valid 2. invalid(2) -the value of hwLoopLineTestROH is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestUtgDcUp is valid. Options: 1. valid(1) -the value of hwLoopLineTestUtgDcUp is valid 2. invalid(2) -the value of hwLoopLineTestUtgDcUp is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestUtgDcDown is valid. Options: 1. valid(1) -the value of hwLoopLineTestUtgDcDown is valid 2. invalid(2) -the value of hwLoopLineTestUtgDcDown is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestUrgDcUp is valid. Options: 1. valid(1) -the value of hwLoopLineTestUrgDcUp is valid 2. invalid(2) -the value of hwLoopLineTestUrgDcUp is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestUrgDcDown is valid. Options: 1. valid(1) -the value of hwLoopLineTestUrgDcDown is valid 2. invalid(2) -the value of hwLoopLineTestUrgDcDown is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestUtrPos is valid. Options: 1. valid(1) -the value of hwLoopLineTestUtrPos is valid 2. invalid(2) -the value of hwLoopLineTestUtrPos is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestUtrNeg is valid. Options: 1. valid(1) -the value of hwLoopLineTestUtrNeg is valid 2. invalid(2) -the value of hwLoopLineTestUtrNeg is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestItgDcUp is valid. Options: 1. valid(1) -the value of hwLoopLineTestItgDcUp is valid 2. invalid(2) -the value of hwLoopLineTestItgDcUp is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestItgDcDown is valid. Options: 1. valid(1) -the value of hwLoopLineTestItgDcDown is valid 2. invalid(2) -the value of hwLoopLineTestItgDcDown is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestIrgDcUp is valid. Options: 1. valid(1) -the value of hwLoopLineTestIrgDcUp is valid 2. invalid(2) -the value of hwLoopLineTestIrgDcUp is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestIrgDcDown is valid. Options: 1. valid(1) -the value of hwLoopLineTestIrgDcDown is valid 2. invalid(2) -the value of hwLoopLineTestIrgDcDown is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestItrPos is valid. Options: 1. valid(1) -the value of hwLoopLineTestItrPos is valid 2. invalid(2) -the value of hwLoopLineTestItrPos is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestItrNeg is valid. Options: 1. valid(1) -the value of hwLoopLineTestItrNeg is valid 2. invalid(2) -the value of hwLoopLineTestItrNeg is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestRinger is valid. Options: 1. valid(1) -the value of hwLoopLineTestRinger is valid 2. invalid(2) -the value of hwLoopLineTestRinger is invalid Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the value of hwLoopLineTestLR is valid. Options: 1. valid(1) -the value of hwLoopLineTestLR is valid 2. invalid(2) -the value of hwLoopLineTestLR is invalid 3. notsupport(3) -the value of hwLoopLineTestLR is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates whether DcCurrent exists on the line under test. Options: 1. notest(1) -DcCurrent does not exist on the line under test 2. test(2) -DcCurrent exists on the line under test 3. invalid(-1) -invalid value Default: notest(1) Enumeration: 'test': 2, 'invalid': -1, 'notest': 1.

Indicates whether AcCurrent exists on the line under test. Options: 1. notest(1) -AcCurrent does not exist on the line under test 2. test(2) -AcCurrent exists on the line under test 3. invalid(-1) -invalid value Default: notest(1) Enumeration: 'test': 2, 'invalid': -1, 'notest': 1.

Indicates whether conductance exists on the line under test. Options: 1. notest(1) -Conductance does not exist on the line under test 2. test(2) -Conductance exists on the line under test 3. invalid(-1) -invalid value Default: notest(1) Enumeration: 'test': 2, 'invalid': -1, 'notest': 1.

Indicates whether susceptance exists on the line under test. Options: 1. notest(1) -Susceptance does not exist on the line under test 2. test(2) -Susceptance exists on the line under test 3. invalid(-1) -invalid value Default: notest(1) Enumeration: 'test': 2, 'invalid': -1, 'notest': 1.

Indicates status of Acfrequency in line A. Options: 1. sixteenDotSix(1) -line A has ACFrequency 16.6 2. twentyFive(2) -line A has ACFrequency 25 3. fifty(3) -line A has ACFrequency 50 4. sixty(4) -line A has ACFrequency 60 5. unknown(5) -line A has unknown ACFrequency 6. invalid(-1) -invalid value Unit: Hz Enumeration: 'twentyFive': 2, 'sixteenDotSix': 1, 'unknown': 5, 'invalid': -1, 'fifty': 3, 'sixty': 4.

Indicates status of Acfrequency in line A. Options: 1. sixteenDotSix(1) -line A has ACFrequency 16.6 2. twentyFive(2) -line A has ACFrequency 25 3. fifty(3) -line A has ACFrequency 50 4. sixty(4) -line A has ACFrequency 60 5. unknown(5) -line A has unknown ACFrequency 6. invalid(-1) -invalid value Unit: Hz Enumeration: 'twentyFive': 2, 'sixteenDotSix': 1, 'unknown': 5, 'invalid': -1, 'fifty': 3, 'sixty': 4.

Indicates the A->B capacitance. Unit: nF

Indicates whether the value of hwLoopLineTestCapABH is valid. Options: 1. valid(1) -the value of hwLoopLineTestCapABH is valid 2. invalid(2) -the value of hwLoopLineTestCapABH is invalid 3. notsupport(3) -the value of hwLoopLineTestCapABH is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates the A->B conductance. Unit: nS

Indicates whether the value of hwLoopLineTestGtrH is valid. Options: 1. valid(1) -the value of hwLoopLineTestGtrH is valid 2. invalid(2) -the value of hwLoopLineTestGtrH is invalid 3. notsupport(3) -the value of hwLoopLineTestGtrH is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates the A->B susceptance. Unit: nS

Indicates whether the value of hwLoopLineTestBtrH is valid. Options: 1. valid(1) -the value of hwLoopLineTestBtrH is valid 2. invalid(2) -the value of hwLoopLineTestBtrH is invalid 3. notsupport(3) -the value of hwLoopLineTestBtrH is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates the A->B Dc current. Unit: uA

Indicates whether the value of hwLoopLineTestABDcCurrent is valid. Options: 1. valid(1) -the value of hwLoopLineTestABDcCurrent is valid 2. invalid(2) -the value of hwLoopLineTestABDcCurrent is invalid 3. notsupport(3) -the value of hwLoopLineTestABDcCurrent is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates the B->A Dc current. Unit: uA

Indicates whether the value of hwLoopLineTestBADcCurrent is valid. Options: 1. valid(1) -the value of hwLoopLineTestBADcCurrent is valid 2. invalid(2) -the value of hwLoopLineTestBADcCurrent is invalid 3. notsupport(3) -the value of hwLoopLineTestBADcCurrent is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates the A->B Ac current. Unit: uArms

Indicates whether the value of hwLoopLineTestABAcCurrent is valid. Options: 1. valid(1) -the value of hwLoopLineTestABAcCurrent is valid 2. invalid(2) -the value of hwLoopLineTestABAcCurrent is invalid 3. notsupport(3) -the value of hwLoopLineTestABAcCurrent is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates the B->A Ac current. Unit: uArms

Indicates whether the value of hwLoopLineTestBAAcCurrent is valid. Options: 1. valid(1) -the value of hwLoopLineTestBAAcCurrent is valid 2. invalid(2) -the value of hwLoopLineTestBAAcCurrent is invalid 3. notsupport(3) -the value of hwLoopLineTestBAAcCurrent is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates the frequency for test capacitance and conductance. Unit: Hz

Indicates whether the value of hwLoopLineTestCSfrequencyForTest is valid. Options: 1. valid(1) -the value of hwLoopLineTestCSfrequencyForTest is valid 2. invalid(2) -the value of hwLoopLineTestCSfrequencyForTest is invalid 3. notsupport(3) -the value of hwLoopLineTestCSfrequencyForTest is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates the resistance inputed in test abnormal voltage. Unit:

Indicates whether the value of hwLoopLineTestImpedanceForTest is valid. Options: 1. valid(1) -the value of hwLoopLineTestImpedanceForTest is valid 2. invalid(2) -the value of hwLoopLineTestImpedanceForTest is invalid 3. notsupport(3) -the value of hwLoopLineTestImpedanceForTest is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates the maximum voltage for signature. Unit: mV

Indicates whether the value of hwLoopLineTestMaxVForSignature is valid. Options: 1. valid(1) -the value of hwLoopLineTestMaxVForSignature is valid 2. invalid(2) -the value of hwLoopLineTestMaxVForSignature is invalid 3. notsupport(3) -the value of hwLoopLineTestMaxVForSignature is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates the A->ground max voltage in testing. Unit: mV

Indicates whether the value of hwLoopLineTestAGMaxVForTest is valid. Options: 1. valid(1) -the value of hwLoopLineTestAGMaxVForTest is valid 2. invalid(2) -the value of hwLoopLineTestAGMaxVForTest is invalid 3. notsupport(3) -the value of hwLoopLineTestAGMaxVForTest is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates the A->ground min voltage in testing. Unit: mV

Indicates whether the value of hwLoopLineTestAGMinVForTest is valid. Options: 1. valid(1) -the value of hwLoopLineTestAGMinVForTest is valid 2. invalid(2) -the value of hwLoopLineTestAGMinVForTest is invalid 3. notsupport(3) -the value of hwLoopLineTestAGMinVForTest is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates the B->ground max voltage in testing. Unit: mV

Indicates whether the value of hwLoopLineTestBGMaxVForTest is valid. Options: 1. valid(1) -the value of hwLoopLineTestBGMaxVForTest is valid 2. invalid(2) -the value of hwLoopLineTestBGMaxVForTest is invalid 3. notsupport(3) -the value of hwLoopLineTestBGMaxVForTest is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates the B->ground min voltage in testing. Unit: mV

Indicates whether the value of hwLoopLineTestBGMinVForTest is valid. Options: 1. valid(1) -the value of hwLoopLineTestBGMinVForTest is valid 2. invalid(2) -the value of hwLoopLineTestBGMinVForTest is invalid 3. notsupport(3) -the value of hwLoopLineTestBGMinVForTest is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates the A->B max voltage in testing. Unit: mV

Indicates whether the value of hwLoopLineTestABMaxVForTest is valid. Options: 1. valid(1) -the value of hwLoopLineTestABMaxVForTest is valid 2. invalid(2) -the value of hwLoopLineTestABMaxVForTest is invalid 3. notsupport(3) -the value of hwLoopLineTestABMaxVForTest is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates the A->ground min voltage in testing. Unit: mV

Indicates whether the value of hwLoopLineTestABMinVForTest is valid. Options: 1. valid(1) -the value of hwLoopLineTestABMinVForTest is valid 2. invalid(2) -the value of hwLoopLineTestABMinVForTest is invalid 3. notsupport(3) -the value of hwLoopLineTestABMinVForTest is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates the A->ground max current. Unit: uA

Indicates whether the value of hwLoopLineTestAGMaxCForTest is valid. Options: 1. valid(1) -the value of hwLoopLineTestAGMaxCForTest is valid 2. invalid(2) -the value of hwLoopLineTestAGMaxCForTest is invalid 3. notsupport(3) -the value of hwLoopLineTestAGMaxCForTest is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates the A->ground min current. Unit: uA

Indicates whether the value of hwLoopLineTestAGMinCForTest is valid. Options: 1. valid(1) -the value of hwLoopLineTestAGMinCForTest is valid 2. invalid(2) -the value of hwLoopLineTestAGMinCForTest is invalid 3. notsupport(3) -the value of hwLoopLineTestAGMinCForTest is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates the B->ground max current. Unit: uA

Indicates whether the value of hwLoopLineTestBGMaxCForTest is valid. Options: 1. valid(1) -the value of hwLoopLineTestBGMaxCForTest is valid 2. invalid(2) -the value of hwLoopLineTestBGMaxCForTest is invalid 3. notsupport(3) -the value of hwLoopLineTestBGMaxCForTest is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates the B->ground min current. Unit: uA

Indicates whether the value of hwLoopLineTestBGMinCForTest is valid. Options: 1. valid(1) -the value of hwLoopLineTestBGMinCForTest is valid 2. invalid(2) -the value of hwLoopLineTestBGMinCForTest is invalid 3. notsupport(3) -the value of hwLoopLineTestBGMinCForTest is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates the A->B max current Unit: uA

Indicates whether the value of hwLoopLineTestABMaxCForTest is valid. Options: 1. valid(1) -the value of hwLoopLineTestABMaxCForTest is valid 2. invalid(2) -the value of hwLoopLineTestABMaxCForTest is invalid 3. notsupport(3) -the value of hwLoopLineTestABMaxCForTest is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates the A->ground min current Unit: uA

Indicates whether the value of hwLoopLineTestABMaxNegCForTest is valid. Options: 1. valid(1) -the value of hwLoopLineTestABMaxNegCForTest is valid 2. invalid(2) -the value of hwLoopLineTestABMaxNegCForTest is invalid 3. notsupport(3) -the value of hwLoopLineTestABMaxNegCForTest is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Indicates length of line A Unit: m

Indicates length of line B Unit: m

Indicates Termimal Concusion Options: 1. noPhone(1) -the TermimalConcusion is not connect Phone 2. offHook(2) -the TermimalConcusion is connect phone and offhook 3. eTSIxDSLsignature(3) -the TermimalConcusion is ETSI XDSL Signature 4. abMixed(4) -the TermimalConcusion is ab line short 5. rcNetWork(5) -the TermimalConcusion is rcNetWork 6. elecRing(6) -the TermimalConcusion is elecRing 7. other(7) -the TermimalConcusion is other unknown terminal 8. abMixInMDF(8) -the TermimalConcusion is abMixInMDF 9. abMixOutMDF(9) -the TermimalConcusion is abMixOutMDF 10. invalid(-1) -the TermimalConcusion is invalid Enumeration: 'elecRing': 6, 'rcNetWork': 5, 'abMixInMDF': 8, 'abMixed': 4, 'invalid': -1, 'other': 7, 'offHook': 2, 'noPhone': 1, 'abMixOutMDF': 9, 'eTSIxDSLsignature': 3.

Indicates is there more data Options: 1. more(1) -Indicates there is more data needs report,but needs a SNMP-GET oper. to get other data. 2. invalid(-1) -Indicates the value is invalid Enumeration: 'invalid': -1, 'more': 1.

Aggregate tip-ring capacitance: CtrLV = Cco + Ctr + Cring, measured by means of low voltage ramps, such that it does NOT include the capacitance Csig whenever the ETSI Signature terminates the subscriber loop. Unit: nF

Indicates whether the value of hwLoopLineTestCtrLV is valid. Options: 1. valid(1) -the value of hwLoopLineTestCtrLV is valid 2. invalid(2) -the value of hwLoopLineTestCtrLV is invalid 3. notsupport(3) -the value of hwLoopLineTestCtrLV is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Aggregate tip-ring capacitance: CtrHV = Cco + Ctr + Cring + Csig, measured by means of high voltage ramps. It includes the capacitance Csig of an ETSI Signature whenever connected to the tip and ring wires. Unit: nF

Indicates whether the value of hwLoopLineTestCtrHV is valid. Options: 1. valid(1) -the value of hwLoopLineTestCtrHV is valid 2. invalid(2) -the value of hwLoopLineTestCtrHV is invalid 3. notsupport(3) -the value of hwLoopLineTestCtrHV is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Aggregate tip-ring capacitance: CtrAc = Cco + Ctr + Cring, measured by means of a low amplitude AC signal (either 25 Hz or 275 Hz). It does NOT include Csig. Unit: nF

Indicates whether the value of hwLoopLineTestCtrAc is valid. Options: 1. valid(1) -the value of hwLoopLineTestCtrAc is valid 2. invalid(2) -the value of hwLoopLineTestCtrAc is invalid 3. notsupport(3) -the value of hwLoopLineTestCtrAc is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Resistance in series with Ctg, measured at the selected AC frequency (either 25 Hz or 275 Hz) by means of a low amplitude AC signal. Unit: ohm

Indicates whether the value of hwLoopLineTestRtgSer is valid. Options: 1. valid(1) -the value of hwLoopLineTestRtgSer is valid 2. invalid(2) -the value of hwLoopLineTestRtgSer is invalid 3. notsupport(3) -the value of hwLoopLineTestRtgSer is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Resistance in series with Crg, measured at the selected AC frequency (either 25 Hz or 275 Hz) by means of a low amplitude AC signal. Unit: ohm

Indicates whether the value of hwLoopLineTestRrgSer is valid. Options: 1. valid(1) -the value of hwLoopLineTestRrgSer is valid 2. invalid(2) -the value of hwLoopLineTestRrgSer is invalid 3. notsupport(3) -the value of hwLoopLineTestRrgSer is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Resistance in series with Ctring, measured at the selected AC frequency (either 25 Hz or 275 Hz) by means of a low amplitude AC signal. Unit: ohm

Indicates whether the value of hwLoopLineTestRtrSer is valid. Options: 1. valid(1) -the value of hwLoopLineTestRtrSer is valid 2. invalid(2) -the value of hwLoopLineTestRtrSer is invalid 3. notsupport(3) -the value of hwLoopLineTestRtrSer is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Amplitude of the AC signal (either 25 Hz or 275 Hz) applied to the tipground admittance Ytg = Gtg + i * Btg. Unit: V

Indicates whether the value of hwLoopLineTestUtgAcAdmit is valid. Options: 1. valid(1) -the value of hwLoopLineTestUtgAcAdmit is valid 2. invalid(2) -the value of hwLoopLineTestUtgAcAdmit is invalid 3. notsupport(3) -the value of hwLoopLineTestUtgAcAdmit is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Amplitude of the AC signal (either 25 Hz or 275 Hz) applied to the ringground admittance Yrg = Grg + i * Brg. Unit: V

Indicates whether the value of hwLoopLineTestUrgAcAdmit is valid. Options: 1. valid(1) -the value of hwLoopLineTestUrgAcAdmit is valid 2. invalid(2) -the value of hwLoopLineTestUrgAcAdmit is invalid 3. notsupport(3) -the value of hwLoopLineTestUrgAcAdmit is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Amplitude of the AC signal (either 25 Hz or 275 Hz) applied to the tip-ring admittance Ytr = Gtr + i * Btr. Unit: V

Indicates whether the value of hwLoopLineTestUtrAcAdmit is valid. Options: 1. valid(1) -the value of hwLoopLineTestUtrAcAdmit is valid 2. invalid(2) -the value of hwLoopLineTestUtrAcAdmit is invalid 3. notsupport(3) -the value of hwLoopLineTestUtrAcAdmit is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

A capacitive termination of the access line shall be identified by the capacitance measurement and the associated evaluation. The following average value for the capacitance Cabk of the measured cable can be assumed: Cabk = 0.083(Cae + Cbe). If the measured capacitance is Cab > Cabk + 50 nF for ADSL&VDSL, or Cab > Cabk + 100 nF for SHDSL, respectively, It can be assumed that a terminal device with a significant self-capacitance is connected to the line. The cable-factor 0.083 is determined by hwLoopLineTestSysConfigCableFactor. Options: 1. noexist(1) -Significant terminal device capacitance is not detected 2. exist(2) -Significant terminal device capacitance is detected Enumeration: 'exist': 2, 'noexist': 1.

Indicates whether the value of hwLoopLineTestCapterminal is valid. Options: 1. valid(1) -the value of hwLoopLineTestCapterminal is valid 2. invalid(2) -the value of hwLoopLineTestCapterminal is invalid 3. notsupport(3) -the value of hwLoopLineTestCapterminal is not support Enumeration: 'valid': 1, 'invalid': 2, 'notsupport': 3.

Operation table of the meter test. It implements the meter test function in the system. The test board provides the interface connected to the external test meter such as a multimeter through the meter test function. The index of this table is ifIndex.

Operation table of the meter test. It implements the meter test function in the system. The test board provides the interface connected to the external test meter such as a multimeter through the meter test function. The index of this entry is ifIndex.

Operation type. Options: 1. stop(1) -operation type is stop 2. start(2) -operation type is start Enumeration: 'start': 2, 'stop': 1.

Test items. Options: 1. inline(1) -in test 2. outline(2) -out test Enumeration: 'inline': 1, 'outline': 2.

Test status. Options: 1. success(1) -no test on busy 2. fail(2) -remedy test on busy 3. portbusy(3) -forced test on busy 4. outoftime(4) -test out of time 5. testingAbnormal(5) -test abnormal 6. broadbandtesting(6) -broadband testing 7. capturefail(7) -capture fail 8. notratb(8) -relay transfer board not exist Enumeration: 'notratb': 8, 'outoftime': 4, 'success': 1, 'fail': 2, 'portbusy': 3, 'broadbandtesting': 6, 'capturefail': 7, 'testingAbnormal': 5.

Meter test busy flag. Options: 1. busyNoTest(1) -no test on busy 2. busyTest(2) -test on busy 3. busystrenTest(3) -forced test on busy Enumeration: 'busystrenTest': 3, 'busyNoTest': 1, 'busyTest': 2.

Operation table of the self-test on the test board. It implements the self-test on the test board in the system. The self-test checks whether the test board can work in the normal state. The index of this table is ifIndex.

Operation table of the self-test on the test board. It implements the self-test on the test board in the system. The self-test checks whether the test board can work in the normal state. The index of this entry is ifIndex.

Operation type. Options: 1. start(2) -operation type is start Enumeration: 'start': 2.

Self-diagnosis result. Options: 1. selfTestOver(1) -self-diagnosis successful 2. selfTestFail(2) -self-diagnosis failure 3. testingAbnormal(3) -test abnormal Enumeration: 'selfTestFail': 2, 'selfTestOver': 1, 'testingAbnormal': 3.

System RAMRAM. Options: 1. normal(1) -normal 2. abnormal(2) -abnormal Enumeration: 'abnormal': 2, 'normal': 1.

Voltage. Options: 1. normal(1) -normal 2. abnormal(2) -abnormal Enumeration: 'abnormal': 2, 'normal': 1.

Resistance. Options: 1. normal(1) -normal 2. abnormal(2) -abnormal Enumeration: 'abnormal': 2, 'normal': 1.

Signal circuit. Options: 1. normal(1) -normal 2. abnormal(2) -abnormal Enumeration: 'abnormal': 2, 'normal': 1.

DTMF. Options: 1. normal(1) -normal 2. abnormal(2) -abnormal Enumeration: 'abnormal': 2, 'normal': 1.

Ringing. Options: 1. normal(1) -normal 2. abnormal(2) -abnormal Enumeration: 'abnormal': 2, 'normal': 1.

On/off hook. Options: 1. normal(1) -normal 2. abnormal(2) -abnormal Enumeration: 'abnormal': 2, 'normal': 1.

Polarity reversal. Options: 1. normal(1) -normal 2. abnormal(2) -abnormal Enumeration: 'abnormal': 2, 'normal': 1.

ISDN U port. Options: 1. normal(1) -normal 2. abnormal(2) -abnormal Enumeration: 'abnormal': 2, 'normal': 1.

Error code test. Options: 1. normal(1) -normal 2. abnormal(2) -abnormal Enumeration: 'abnormal': 2, 'normal': 1.

Capacitance. Options: 1. normal(1) -normal 2. abnormal(2) -abnormal Enumeration: 'abnormal': 2, 'normal': 1.

Operation table for querying the status of the test board. It implements the function of querying the status of the test board in the system. You can query the current status of the test board through this function. The index of this table is ifIndex.

Operation table for querying the status of the test board. It implements the function of querying the status of the test board in the system. You can query the current status of the test board through this function. The index of this entry is ifIndex.

Operation type. Options: 1. beginQuery(2) -start Enumeration: 'beginQuery': 2.

Query status. Options: 1. querySuccess(1) -query status successful 2. queryFail(2) -query status failure Enumeration: 'querySuccess': 1, 'queryFail': 2.

Version.

Test item. Options: 1. testIdle(1) -idle 2. pstnUserInLineTest(2) -pstn inline test 3. userLineTest(3) -loop line test 4. phoneTest(4) -telephone test 5. manTestOutLine(5) -manual test outline 6. manTestInnerLine(6) -manual test inline 7. halfAutoUserCircuit(7) -half auto tss user circuit -meter interface 8. halfAutoTssPhoneCircuit(8) -half auto tss telephone circuit -meter interface 9. tssSelfTest(9) -Tss self test 10. testInnerBus(10) -test inline bus test 11. testOuterBus(11) -test outline bus test 12. digUserOutLineTest(12) -isdn outline test 13. digUserInnerLineTest(13) -isdn inline test 14. switchToStandIsdnTerminal(14) -switch to standard isdn terminal 15. switchToIsdnSpecialcode(15) -switch to isdn special service telephone number 16. testBoarDfault(16) -test board fault 17. pstnRemoteCallTest(17) -pstn user remote call test 18. indialtest(18) -in-dial test 19. coEmulate(33) -CO simulation test 20. cqtTest(34) -CQT test 21. cqtFRTest(35) -CQT Frequency Response Measurement 22. cqtTDRTest(36) -CQT Time Domain Reflectometry Measurement 23. cqtDMTTest(37) -CQT Data Rate Prediction Measurement 24. cqtNSETest(38) -CQT Noise Measurement 25. cqtLBTest(39) -CQT Longitudinal Balance Measurement 26. cqtLCTest(40) -CQT Load Coil Detection 27. internalcaptureTestedPort(61) -Capture tested port loopline 28. externalcaptureTestedPort(62) -Capture tested port inline 29. monitorTest(63) -monitor test 30. seltTest(64) -selt test 31. sendtoneTest(65) -tone send test 32. checktoneTest(66) -tone check test 33. autocalltest(67) -auto call test 34. anothermainboardistesting(241) -another main board is testing Enumeration: 'switchToStandIsdnTerminal': 14, 'cqtTDRTest': 36, 'cqtTest': 34, 'seltTest': 64, 'cqtLCTest': 40, 'cqtDMTTest': 37, 'pstnUserInLineTest': 2, 'checktoneTest': 66, 'halfAutoTssPhoneCircuit': 8, 'switchToIsdnSpecialcode': 15, 'cqtFRTest': 35, 'digUserInnerLineTest': 13, 'testBoarDfault': 16, 'internalcaptureTestedPort': 61, 'indialtest': 18, 'coEmulate': 33, 'testOuterBus': 11, 'manTestInnerLine': 6, 'monitorTest': 63, 'pstnRemoteCallTest': 17, 'userLineTest': 3, 'testInnerBus': 10, 'manTestOutLine': 5, 'externalcaptureTestedPort': 62, 'anothermainboardistesting': 241, 'phoneTest': 4, 'testIdle': 1, 'sendtoneTest': 65, 'cqtLBTest': 39, 'halfAutoUserCircuit': 7, 'tssSelfTest': 9, 'digUserOutLineTest': 12, 'autocalltest': 67, 'cqtNSETest': 38.

Index of the tested port.

This table is used for enabling the searching tone test by setting the searching tone test voltage level, test frequency, and test duration. The searching tone test is to locate a specific line from various lines by transmitting pulse tones to lines. This test helps carriers locate faults and provision services. The index of this table is ifindex.

This table is used for enabling the searching tone test by setting the searching tone test voltage level, test frequency, and test duration. The searching tone test is to locate a specific line from various lines by transmitting pulse tones to lines. This test helps carriers locate faults and provision services. The index of this entry is ifindex.

Searching tone test-operation type. Options: 1. stop(1) -stop a searching tone test 2. start(2) -start a searching tone test 3. invalid(-1) -invalid value Enumeration: 'start': 2, 'stop': 1, 'invalid': -1.

Indicates the test voltage level of a searching tone test. Options: 1. -1 -Invalid value 2. 80..500 -(XDSL Range: 80-126 MXU voice Range: 80-500) Default: 120 -(XDSL Default: 120 MXU voice default:295) Unit: mV

Indicates the test frequency of a searching tone test. Default: 800 Unit: Hz

Indicates the test duration of a searching tone test. Default: 9000 Unit: 0.1s

Indicates the test remaining time of a searching tone test. Unit: 0.1s

Searching tone test-busy flag. Options: 1. cancel(1) -when port is busy do not start a searching tone test 2. force(2) -when port is busy force to start a searching tone test 3. invalid(-1) -invalid value Enumeration: 'cancel': 1, 'force': 2, 'invalid': -1.

This table provides the test calibration data of a line. Before delivery, each port is performed with a test in which no user is connected to the port and the test result is saved as standard data. The standard data is used for calibrating the test result of tests in the actual environment. The index of this table is ifindex.

This table provides the test calibration data of a line. Before delivery, each port is performed with a test in which no user is connected to the port and the test result is saved as standard data. The standard data is used for calibrating the test result of tests in the actual environment. The index of this entry is ifindex.

Indicates the test calibration data of A->Ground capacitance. Unit: nF

Indicates the test calibration data of B->Ground capacitance. Unit: nF

Indicates the test calibration data of A->B capacitance. Unit: nF

This table provides the information about the MELT chip on the board, including the vendor, hardware version, and software version. The indexes of this table are hwFrameIndex and hwSlotIndex.

This table provides the information about the MELT chip on the board, including the vendor, hardware version, and software version. The indexes of this entry are hwFrameIndex and hwSlotIndex.

MELT chipset manufacturer information Maximum length: 32 Octets

MELT chipset manufacturer hardware information Maximum length: 128 Octets

MELT chipset manufacturer version information Maximum length: 16 Octets

Indicates the polarity of A wire and B wire. Options: 1. normal(1) -default polarity of A wire and B wire 2. reverse(2) -reverse polarity of A wire and B wire 3. invalid(-1) -invalid value Default: normal(1) Enumeration: 'reverse': 2, 'invalid': -1, 'normal': 1.

The cable-factor used to detect significant terminal device capacitance. The cable-factor ranges from 1 to 1000 units of 0.001 (Physical values are 0.001 to 1, default: 0.083).

The three parameters(capacitance's upper-limit value, lower-limit value and resistance value) are used to determine the signature's existence. The capacitance ranges from 50nF to 2500nF, default: 1350nF. The capacitance's upper-limit value >= the capacitance's lower-limit value.

The three parameters(capacitance's upper-limit value, lower-limit value and resistance value) are used to determine the signature's existence. The capacitance ranges from 50nF to 2500nF, default: 250nF. The capacitance's upper-limit value >= the capacitance's lower-limit value.

The three parameters(capacitance's upper-limit value, lower-limit value and resistance value) are used to determine the signature's existence. The resistance ranges from 10000ohm to 1000000ohm, default: 55000ohm.

This table is used for enabling the POTS port line test of the ONT by setting the test item, test frequency, and test threshold. This test helps operators locate faults and provision services. The indexes of this table are ifindex, hwONTPotsTestONTIndex and hwONTPotsTestONTPstnPortIndex.

This table is used for enabling the POTS port line test of the ONT by setting the test item, test frequency, and test threshold. This test helps operators locate faults and provision services. The indexes of this entry are ifindex, hwONTPotsTestONTIndex and hwONTPotsTestONTPstnPortIndex.

ONT ID.

ONT port ID.

POTS port line Test-operation type. Options: 1. stop(1) -stop a POTS port line test 2. start(2) -start a POTS port line test 3. invalid(-1) -invalid value Enumeration: 'start': 2, 'stop': 1, 'invalid': -1.

POTS port line test item. Options: 1. allMLTTests(1) -outdoor connection test 2. hazardousPotential(2) -hazardous potential test 3. foreignEMF(3) -foreign electromotive force(EMF) test 4. resistiveFaults(4) -resistive faults test 5. receiverOff-hook(5) -receiver off-hook test 6. ringer(6) -ringer impedance test 7. nT1DcSignatureTest(7) -NT1 dc signature test 8. selfTest(8) -self test 9. dialToneMake-breakTest(9) -dial tone make-break test 10. subscriber-line(10) -subscriber line test 11. vendor-specificTest2(11) -vendor-specific test all results are returned in a test result message 12. vendor-specificTest3(12) -vendor-specific test all results are returned in a test result message 13. vendor-specificTest4(13) -vendor-specific test the test results are returned in general purpose buffer ME the ONT must deny a test operation command if bytes 39-40 do not point to a GP buffer 14. vendor-specificTest5(14) -vendor-specific test the test results are returned in general purpose buffer ME the ONT must deny a test operation command if bytes 39-40 do not point to a GP buffer 15. vendor-specificTest6(15) -vendor-specific test the test results are returned in general purpose buffer ME the ONT must deny a test operation command if bytes 39-40 do not point to a GP buffer 16. vendor-specificTest7(16) -vendor-specific test the test results are returned in general purpose buffer ME the ONT must deny a test operation command if bytes 39-40 do not point to a GP buffer Enumeration: 'foreignEMF': 3, 'vendor-specificTest2': 11, 'vendor-specificTest5': 14, 'receiverOff-hook': 5, 'vendor-specificTest7': 16, 'vendor-specificTest6': 15, 'dialToneMake-breakTest': 9, 'ringer': 6, 'vendor-specificTest3': 12, 'nT1DcSignatureTest': 7, 'selfTest': 8, 'resistiveFaults': 4, 'hazardousPotential': 2, 'allMLTTests': 1, 'subscriber-line': 10, 'vendor-specificTest4': 13.

Test mode when a line is busy. Options: 1. cancel(1) -deny a test if a line is busy 2. force(2) -forced mode Enumeration: 'cancel': 1, 'force': 2.

Slow dial tone threshold. Options: 1. 0 -Invalid value. It indicates that an ONT will use its default value 2. 100..6000 -Valid value range

No dial tone threshold. Options: 1. 0 -Invalid value. It indicates that an ONT will use its default value 2. 1000..10000 -Valid value range

Slow break dial tone threshold. Options: 1. 0 -Invalid value. It indicates that an ONT will use its default value 2. 100..3000 -Valid value range

No break dial tone threshold. Options: 1. 0 -Invalid value. It indicates that an ONT will use its default value 2. 1000..3000 -Valid value range

DTMF test number. Options: 1. zero(1) -the test number is 0 2. one(2) -the test number is 1 3. two(3) -the test number is 2 4. three(4) -the test number is 3 5. four(5) -the test number is 4 6. five(6) -the test number is 5 7. six(7) -the test number is 6 8. seven(8) -the test number is 7 9. eight(9) -the test number is 8 10. nine(10) -the test number is 9 11. symbolStar(11) -the test number is * 12. symbolSharp(12)-the test number is # 13. default(13) -use the default value (number) of the system Enumeration: 'one': 2, 'seven': 8, 'default': 13, 'six': 7, 'three': 4, 'symbolStar': 11, 'two': 3, 'four': 5, 'zero': 1, 'nine': 10, 'five': 6, 'symbolSharp': 12, 'eight': 9.

The dialling type of dialling tone test. Options: 1. dtmf(1) -dtmf type 2. pulse(2) -pulse type Enumeration: 'dtmf': 1, 'pulse': 2.

The frequency1 in the dialling tone test. 0 -unused Unit: Hz

The frequency2 in the dialling tone test. 0 -unused Unit: Hz

The frequency3 in the dialling tone test. 0 -unused Unit: Hz

The value of energy threshold in the dialling tone test. Valid value: 1. 0x00: unspecified 2. 0x01-0xFD: -0.1 dBm0 to -25.3 dBm0 Unit: 0.1 dBm0

The value of energy threshold in the dialling tone test when the line is in the idle state. Valid value: 1. 0x00: unspecified 2. 0x01-0x5A: -1 dBm0 to -90 dBm0 Unit: 1 dBm0

The value of DC voltage threshold in the hazardous potential test. 0x00 -unspecified Unit: volt

The value of AC voltage threshold in the hazardous potential test. 0x00 -unspecified Unit: volt.

The value of DC voltage threshold in the foreign volt test. 0x00 -unspecified Unit: volt

The value of AC voltage threshold in the foreign volt test. 0x00 -unspecified Unit: volt

The resistance (tip to ground, ring to ground) threshold in the resistive faults test. 0x00 -unspecified Unit: kilohm

The resistance (tip to ring) threshold in the resistive faults test. 0x00 -unspecified Unit: kilohm

Ringer equivalence minimum threshold. 0x00 -unspecified Unit: 0.01 REN

Ringer equivalence maximum threshold. 0x00 -unspecified Unit: 0.01 REN

MLT qualitative test result. Options: 1. failed(1) -a test fails 2. passOrNotRun(2) -a test passes or the test does not run Enumeration: 'failed': 1, 'passOrNotRun': 2.

Hazardous volt test result. Options: 1. failed(1) -a test fails 2. passOrNotRun(2) -a test passes or the test does not run Enumeration: 'failed': 1, 'passOrNotRun': 2.

EMF test result. Options: 1. failed(1) -a test fails 2. passOrNotRun(2) -a test passes or the test does not run Enumeration: 'failed': 1, 'passOrNotRun': 2.

Resistacne test result. Options: 1. failed(1) -a test fails 2. passOrNotRun(2) -a test passes or the test does not run Enumeration: 'failed': 1, 'passOrNotRun': 2.

The off-hook test result. Options: 1. failed(1) -a test fails 2. passOrNotRun(2) -a test passes or the test does not run Enumeration: 'failed': 1, 'passOrNotRun': 2.

Ringer test result. Options: 1. failed(1) -a test fails 2. passOrNotRun(2) -a test passes or the test does not run Enumeration: 'failed': 1, 'passOrNotRun': 2.

NT1 DC Signal test result. Options: 1. failed(1) -a test fails 2. passOrNotRun(2) -a test passes or the test does not run Enumeration: 'failed': 1, 'passOrNotRun': 2.

Self test result. Options: 1. failed(1) -a test fails 2. passOrNotRun(2) -a test passes or the test does not run 3. notCompleted(3) -a test is not complete yet Enumeration: 'failed': 1, 'passOrNotRun': 2, 'notCompleted': 3.

Draw dialling tone test result. Options: 1. notRun(1) -a test does not run 2. couldNotDraw1(3) -a test fails to draw 3. couldNotDraw2(4) -a test fails to draw 4. slowDraw1(5) -slow draw 5. slowDraw2(6) -slow draw 6. pass1(7) -a test passes 7. pass2(8) -a test passes Enumeration: 'slowDraw2': 6, 'slowDraw1': 5, 'pass1': 7, 'pass2': 8, 'couldNotDraw1': 3, 'couldNotDraw2': 4, 'notRun': 1.

The break dialling tone test result. Options: 1. notRun(1) -a test does not run 2. couldNotDraw1(3) -a test fails to draw 3. couldNotDraw2(4) -a test fails to draw 4. slowDraw1(5) -slow draw 5. slowDraw2(6) -slow draw 6. pass1(7) -a test passes 7. pass2(8) -a test passes Enumeration: 'slowDraw2': 6, 'slowDraw1': 5, 'pass1': 7, 'pass2': 8, 'couldNotDraw1': 3, 'couldNotDraw2': 4, 'notRun': 1.

The quiet energy test result. Options: 1. notRun(1) -a test does not run 2. failMeasurementNotReported(3) -a test fails the measurement is not reported 3. failMeasurementReported(4) -a test fails the measurement is reported 4. passMeasurementNotReported(7) -a test passes the measurement is not reported 5. passMeasurementReported(8) -a test passes the measurement is reported Enumeration: 'failMeasurementNotReported': 3, 'passMeasurementNotReported': 7, 'notRun': 1, 'failMeasurementReported': 4, 'passMeasurementReported': 8.

The dialling tone energy test result. Options: 1. notRun(1) -a test does not run 2. failMeasurementNotReported(3) -a test fails the measurement is not reported 3. failMeasurementReported(4) -a test fails. the measurement is reported 4. passMeasurementNotReported(7) -a test passes the measurement is not reported 5. passMeasurementReported(8) -a test passes the measurement is reported Enumeration: 'failMeasurementNotReported': 3, 'passMeasurementNotReported': 7, 'notRun': 1, 'failMeasurementReported': 4, 'passMeasurementReported': 8.

The DC A-G (tip to ground) volt loop test result. Options: 1. notRun(1) -a test does not run 2. failMeasurementNotReported(3) -a test fails the measurement is not reported 3. failMeasurementReported(4) -a test fails the measurement is reported 4. passMeasurementNotReported(7) -a test passes the measurement is not reported 5. passMeasurementReported(8) -a test passes the measurement is reported Enumeration: 'failMeasurementNotReported': 3, 'passMeasurementNotReported': 7, 'notRun': 1, 'failMeasurementReported': 4, 'passMeasurementReported': 8.

The DC B-G (ring to ground) volt loop test result. Options: 1. notRun(1) -a test does not run. 2. failMeasurementNotReported(3) -a test fails the measurement is not reported 3. failMeasurementReported(4) -a test fails the measurement is reported 4. passMeasurementNotReported(7) -a test passes the measurement is not reported 5. passMeasurementReported(8) -a test passes the measurement is reported Enumeration: 'failMeasurementNotReported': 3, 'passMeasurementNotReported': 7, 'notRun': 1, 'failMeasurementReported': 4, 'passMeasurementReported': 8.

The AC A-G (tip to ground) volt loop test result. Options: 1. notRun(1) -a test does not run 2. failMeasurementNotReported(3) -a test fails the measurement is not reported 3. failMeasurementReported(4) -a test fails the measurement is reported 4. passMeasurementNotReported(7) -a test passes the measurement is not reported 5. passMeasurementReported(8) -a test passes the measurement is reported Enumeration: 'failMeasurementNotReported': 3, 'passMeasurementNotReported': 7, 'notRun': 1, 'failMeasurementReported': 4, 'passMeasurementReported': 8.

The AC B-G (ring to ground) volt loop test result. Options: 1. notRun(1) -a test does not run 2. failMeasurementNotReported(3) -a test fails the measurement is not reported 3. failMeasurementReported(4) -a test fails the measurement is reported 4. passMeasurementNotReported(7) -a test passes the measurement is not reported 5. passMeasurementReported(8) -a test passes the measurement is reported Enumeration: 'failMeasurementNotReported': 3, 'passMeasurementNotReported': 7, 'notRun': 1, 'failMeasurementReported': 4, 'passMeasurementReported': 8.

The A-G (ring to ground) resistance loop test result. Options: 1. notRun(1) -a test does not run 2. failMeasurementNotReported(3) -a test fails the measurement is not reported 3. failMeasurementReported(4) -a test fails the measurement is reported 4. passMeasurementNotReported(7) -a test passes the measurement is not reported 5. passMeasurementReported(8) -a test passes the measurement is reported Enumeration: 'failMeasurementNotReported': 3, 'passMeasurementNotReported': 7, 'notRun': 1, 'failMeasurementReported': 4, 'passMeasurementReported': 8.

The B-G (ring to ground) resistance loop test result. Options: 1. notRun(1) -a test does not run 2. failMeasurementNotReported(3) -a test fails the measurement is not reported 3. failMeasurementReported(4) -a test fails the measurement is reported 4. passMeasurementNotReported(7) -a test passes the measurement is not reported 5. passMeasurementReported(8) -a test passes the measurement is reported Enumeration: 'failMeasurementNotReported': 3, 'passMeasurementNotReported': 7, 'notRun': 1, 'failMeasurementReported': 4, 'passMeasurementReported': 8.

The A-B (tip to ring) resistance loop test result. Options: 1. notRun(1) -a test does not run 2. failMeasurementNotReported(3) -a test fails the measurement is not reported 3. failMeasurementReported(4) -a test fails the measurement is reported 4. passMeasurementNotReported(7) -a test passes the measurement is not reported 5. passMeasurementReported(8) -a test passes the measurement is reported Enumeration: 'failMeasurementNotReported': 3, 'passMeasurementNotReported': 7, 'notRun': 1, 'failMeasurementReported': 4, 'passMeasurementReported': 8.

The ringer load Loop test result. Options: 1. notRun(1) -a test does not run 2. failMeasurementNotReported(3) -a test fails the measurement is not reported 3. failMeasurementReported(4) -a test fails the measurement is reported 4. passMeasurementNotReported(7) -a test passes the measurement is not reported 5. passMeasurementReported(8) -a test passes the measurement is reported Enumeration: 'failMeasurementNotReported': 3, 'passMeasurementNotReported': 7, 'notRun': 1, 'failMeasurementReported': 4, 'passMeasurementReported': 8.

The draw dial tone test result. Valid only if value of hwONTPotsTestDrawDialToneResult is couldNotDraw2(4), slowDraw2(6) or pass2(8). Unit: 100ms. Step: 100ms.

The break dial tone test result. Valid only if value of hwONTPotsTestBreakDialToneResult is couldNotDraw2(4), slowDraw2(6) or pass2(8). Unit: 100ms. Step: 100 ms.

The quiet energy test result. Valid only if value of hwONTPotsTestQuietEnergyResult is failMeasurementReported(4) or passMeasurementReported(8). Values: 0-90 : 0 dBm0 to -90 dBm0 Step: 1 dBm0

The dial energy test result. Valid only if value of hwONTPotsTestDialToneEnergyResult is failMeasurementReported(4) or passMeasurementReported(8). Values: 0-255 : 0 dBm0 to -25.5 dBm0 Values above 0 dBm0 are reported as 0. Step: 0.1 dBm0

The DC A-G(Tip-ground) volt Loop test result or Subscriber line test result. 2s complement, resolution 1V. Valid only if value of hwONTPotsTestLoopDCAGVoltResult is failMeasurementReported(4) or passMeasurementReported(8) when loop tested. Valid only if value of hwONTPotsTestSubscriberLineTestResult is not testTimeout(29) or testFailed(30) or invalid(-1) when subscriber line test. Unit: volt.

The DC B-G(Ring-ground) volt Loop test result or Subscriber line test result. 2s complement, resolution 1V. Valid only if value of hwONTPotsTestLoopDCBGVoltResult is failMeasurementReported(4) or passMeasurementReported(8) when loop tested. Valid only if value of hwONTPotsTestSubscriberLineTestResult is not testTimeout(29) or testFailed(30) or invalid(-1) when subscriber line test. Unit: volt.

The AC A-G(Tip-ground) volt Loop test result or Subscriber line test result. Valid only if value of hwONTPotsTestLoopACAGVoltResult is failMeasurementReported(4) or passMeasurementReported(8) when loop tested. Valid only if value of hwONTPotsTestSubscriberLineTestResult is not testTimeout(29) or testFailed(30) or invalid(-1) when subscriber line test. Unit: volt.

The AC B-G(Ring-ground) volt Loop test result or Subscriber line test result. Valid only if value of hwONTPotsTestLoopACBGVoltResult is failMeasurementReported(4) or passMeasurementReported(8) when loop tested. Valid only if value of hwONTPotsTestSubscriberLineTestResult is not testTimeout(29) or testFailed(30) or invalid(-1) when subscriber line test. Unit: volt.

The A-G (tip to ground) resistance loop test result or Subscriber line test result. Unit: kilohm. Infinite resistance: 65535. Valid only if value of hwONTPotsTestLoopResistanceAGResult is failMeasurementReported(4) or passMeasurementReported(8) when loop tested. Valid only if value of hwONTPotsTestSubscriberLineTestResult is not testTimeout(29) or testFailed(30) or invalid(-1) when subscriber line test.

The B-G (ring to ground) resistance loop test result or Subscriber line test result. Unit: kilohm. Infinite resistance: 65535. Valid only if value of hwONTPotsTestLoopResistanceAGResult is failMeasurementReported(4) or passMeasurementReported(8) when loop tested. Valid only if value of hwONTPotsTestSubscriberLineTestResult is not testTimeout(29) or testFailed(30) or invalid(-1) when subscriber line test.

The A-B (tip to ring) resistance loop test result or Subscriber line test result. Unit: kilohm. Infinite resistance: 65535. Valid only if value of hwONTPotsTestLoopResistanceAGResult is failMeasurementReported(4) or passMeasurementReported(8) when loop tested. Valid only if value of hwONTPotsTestSubscriberLineTestResult is not testTimeout(29) or testFailed(30) or invalid(-1) when subscriber line test.

The ringer load test result. Valid only if value of hwONTPotsTestLoopRingerLoadTestResult is failMeasurementReported(4) or passMeasurementReported(8). Unit: 0.1 REN.

The subscriber line test result. Options: 1. normal(1) -subscriber line test normal 2. acCurrentAbnormal(12) -AC current abnormal 3. dcCurrentAbnormal(13) -DC current abnormal 4. loopCurrentAbnormal(14) -loop current abnormal 5. loopResistanceAbnormal(15) -loop resistance abnormal 6. insulatingResistanceAbnormal(16) -insulating resistance abnormal 7. capacitanceAbnormal(17) -capacitance abnormal 8. impedanceAbnormal(18) -impedance abnormal 9. insulatingNotGood(22) -insulating not good 10. brokenLines(23) -broken lines 11. lineMixing(24) -line mixing 12. connectedToGround(25) -connected to ground 13. abLinereversal(26) -ABLine reversal 14. lineLeaking(27) -line leaking 15. phoneDisconnect(28) -phone disconnect 16. testTimeout(29) -test is time out 17. testFailed(30) -test failed 18. invalid(-1) -a test does not run Enumeration: 'acCurrentAbnormal': 12, 'impedanceAbnormal': 18, 'lineMixing': 24, 'insulatingResistanceAbnormal': 16, 'normal': 1, 'capacitanceAbnormal': 17, 'loopCurrentAbnormal': 14, 'testTimeout': 29, 'abLinereversal': 26, 'lineLeaking': 27, 'phoneDisconnect': 28, 'invalid': -1, 'insulatingNotGood': 22, 'connectedToGround': 25, 'loopResistanceAbnormal': 15, 'testFailed': 30, 'dcCurrentAbnormal': 13, 'brokenLines': 23.

The DC A-B (tip-Ring) volt result of subscriber line test. Unit: volt.

The AC A-B (Tip-Ring) volt result of subscriber line test. Unit: volt.

The A->G (Tip-Ground) capacitance result of subscriber line test. Unit: nF

The B->G (Ring-Ground) capacitance result of subscriber line test. Unit: nF

The A->B (Tip-Ring) capacitance result of subscriber line test. Unit: nF

This table is used to query the ports under a test by board. The indexes of this table are hwFrameIndex and hwSlotIndex.

This table is used to query the ports under a test by board. The indexes of this entry are hwFrameIndex and hwSlotIndex.

List of ports under a MELT test on a board. The result is analyzed as follow: If a bit in the bit string is set to 1, it indicates that the corresponding port is under a MELT test. For example, if port 8 is under a MELT test, the eighth character of the string is set to 1, and 0000 0000 1000 0000, namely, # 0x00 0x80 is issued. Note that the value of the bit type starts from 0. Bits: 'port58': 58, 'port59': 59, 'port54': 54, 'port55': 55, 'port56': 56, 'port39': 39, 'port50': 50, 'port51': 51, 'port52': 52, 'port53': 53, 'port18': 18, 'port19': 19, 'port62': 62, 'port38': 38, 'port37': 37, 'port10': 10, 'port11': 11, 'port12': 12, 'port13': 13, 'port14': 14, 'port15': 15, 'port16': 16, 'port17': 17, 'port47': 47, 'port35': 35, 'port32': 32, 'port34': 34, 'port33': 33, 'port30': 30, 'port8': 8, 'port9': 9, 'port6': 6, 'port7': 7, 'port4': 4, 'port5': 5, 'port2': 2, 'port3': 3, 'port0': 0, 'port1': 1, 'port61': 61, 'port60': 60, 'port49': 49, 'port48': 48, 'port43': 43, 'port42': 42, 'port41': 41, 'port40': 40, 'port31': 31, 'port46': 46, 'port45': 45, 'port44': 44, 'port29': 29, 'port28': 28, 'port25': 25, 'port24': 24, 'port27': 27, 'port26': 26, 'port21': 21, 'port20': 20, 'port23': 23, 'port22': 22, 'port57': 57, 'port63': 63, 'port36': 36.

List of ports under a searching tone test on a board. The result is analyzed as follow: If a bit in the bit string is set to 1, it indicates that the corresponding port is under a searching tone test. For example, if port 8 is under MELT test, the eighth character of the string is set to 1, and 0000 0000 1000 0000, namely, # 0x00 0x80 is issued. Note that the value of the bit type starts from 0. Bits: 'port58': 58, 'port59': 59, 'port54': 54, 'port55': 55, 'port56': 56, 'port39': 39, 'port50': 50, 'port51': 51, 'port52': 52, 'port53': 53, 'port18': 18, 'port19': 19, 'port62': 62, 'port38': 38, 'port37': 37, 'port10': 10, 'port11': 11, 'port12': 12, 'port13': 13, 'port14': 14, 'port15': 15, 'port16': 16, 'port17': 17, 'port47': 47, 'port35': 35, 'port32': 32, 'port34': 34, 'port33': 33, 'port30': 30, 'port8': 8, 'port9': 9, 'port6': 6, 'port7': 7, 'port4': 4, 'port5': 5, 'port2': 2, 'port3': 3, 'port0': 0, 'port1': 1, 'port61': 61, 'port60': 60, 'port49': 49, 'port48': 48, 'port43': 43, 'port42': 42, 'port41': 41, 'port40': 40, 'port31': 31, 'port46': 46, 'port45': 45, 'port44': 44, 'port29': 29, 'port28': 28, 'port25': 25, 'port24': 24, 'port27': 27, 'port26': 26, 'port21': 21, 'port20': 20, 'port23': 23, 'port22': 22, 'port57': 57, 'port63': 63, 'port36': 36.

This table is used for enabling the wetting current by setting the wetting current's working voltage, maximum voltage and slope. The index of this table is ifindex.

This table is used for enabling the wetting current by setting the wetting current's working voltage, maximum voltage and slope. The index of this entry is ifindex.

Wetting Current operation type. Options: 1. enabled(1) -enable a wetting current port 2. disabled(2) -disable a wetting current port 3. invalid(-1) -invalid value enabled(1) and disabled(2) options are available in the set operation. enabled(1), disabled(2) and invalid(-1) options are available in the get operation. Enumeration: 'disabled': 2, 'enabled': 1, 'invalid': -1.

Indicates the working voltage of a wetting current port. Options: 1. -1 -Invalid value 2. 1..120 -Valid value range Default: 90 Unit: volt

Indicates the maximum voltage of a wetting current port. Options: 1. -1 -Invalid value 2. 1..120 -Valid value range Default: 30 Unit: volt

Indicates the slope of a wetting current port. Options: 1. -1 -Invalid value 2. 200..20000 -Valid value range Default: 200 Unit: volt per second

Definition of the test-canceling reasons. Options: 1. testBoardFail(1) -the test-canceling reason is testBoardFail 2. testedBoardFail(2) -the test-canceling reason is testedBoardFail 3. userCmd(3) -the test-canceling reason is userCmd 4. switchOver(4) -the test-canceling reason is switchOver 5. anotherMainBoardIsTesting(5) -the test-canceling reason is anotherMainBoardIsTesting 6. unknowError(255) -the test-canceling reason is unknowError Enumeration: 'switchOver': 4, 'anotherMainBoardIsTesting': 5, 'testedBoardFail': 2, 'userCmd': 3, 'unknowError': 255, 'testBoardFail': 1.

Definition of the ringing source alarms. Options: 1. testRingSrcFail(1) -the ringing source alarm is testRingSrcFail 2. testRingSrcRestore(2) -the ringing source alarm is testRingSrcRestore Enumeration: 'testRingSrcRestore': 2, 'testRingSrcFail': 1.

NMS request ID.

The btss ring source failed trap: 1: hwTestBoardIfIndex; 2: hwTestRingSrcAlarmReason (1: the ring source of BTSS doesn't work) Troubleshooting suggestions: (1) Check the BTSS board; (2) Reset the BTSS board; (3) Replace the BTSS board. This trap will send when the btss ring source failed.

Test ringing source restore trap: 1: hwTestBoardIfIndex; 2: hwTestRingSrcAlarmReason (1: the ring source of BTSS is normal) The advice: none. This trap will send when test ringing source restore.

Trap of test automatically cancelled: 1: hwTestBoardIfIndex; 2: hwTestBoardStatusTestedBoardIfIndex; 3: hwTestClearedReason. This trap will send when the test automatically cancelled.

This trap will be sent when a loop-line test finished successfully. The trap shows the result of the loop-line test. 1. hwLoopLineTestRequestID, 2. hwLoopLineTestStatus, 3. hwLoopLineTestConclusion, 4. hwLoopLineTestACAG, 5. hwLoopLineTestACBG, 6. hwLoopLineTestACAB, 7. hwLoopLineTestDCAG, 8. hwLoopLineTestDCBG, 9. hwLoopLineTestDCAB, 10. hwLoopLineTestRAG, 11. hwLoopLineTestRBG, 12. hwLoopLineTestRAB, 13. hwLoopLineTestCapAG, 14. hwLoopLineTestCapBG, 15. hwLoopLineTestCapAB, 16. hwLoopLineTestLR, 17. hwLoopLineTestRABResPole, 18. hwLoopLineTestMSocket, 19. hwLoopLineTestPPAResult, 19. hwLoopLineTestIfIndex, 20. hwLoopLineTestMoreDataFlag

Meter test result trap: 1: hwMeterTestStatus. This trap will send when meter test result return.

Test board self-test result trap: 1: hwTestBoardDiagnoseTestResult; 2: hwTestBoardDiagnoseTestRAM; 3: hwTestBoardDiagnoseTestVoltage; 4: hwTestBoardDiagnoseTestResistance; 5: hwTestBoardDiagnoseTestSignal; 6: hwTestBoardDiagnoseTestDTMF; 7: hwTestBoardDiagnoseTestRing; 8: hwTestBoardDiagnoseTestOnOffHook; 9: hwTestBoardDiagnoseTestPole; 10: hwTestBoardDiagnoseTestISDNU; 11: hwTestBoardDiagnoseTestBitErrCode; 12: hwTestBoardDiagnoseTestCapacitance. This trap will send when the test board self-test result return.

Test board status query result trap: 1: hwTestBoardStatusQueryResult; 2: hwTestBoardStatusQueryVersion; 3: hwTestBoardStatusQueryTestItem; 4: hwTestBoardStatusTestedBoardIfIndex. This trap will send when the test board status query result return.

This trap indicates that a POTS port line test finished successfully, and shows the result of the line test. This trap will send when a POTS port line test finished successfully.

This trap indicates that MELT test finished successfully, and show the result of the melt test This trap will send when the MELT test finished successfully.

This trap indicates that MELT test fails. This trap will send when the MELT test failed.