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APRISAXE-TC-4RF

        Textual Conventions for the AprisaXE project

Source file: APRISAXE-TC-4RF
Last revised: 30 Apr 2007, 00:00 UTC
Identity: fourRFAprisaXETCModule
Base OID: 1.3.6.1.4.1.14817.2.6

Imported Objects

MIB-4RF	fourRFModules
SNMPv2-CONF	MODULE-COMPLIANCE (no object page) NOTIFICATION-GROUP (no object page) OBJECT-GROUP (no object page)
SNMPv2-SMI	Counter32 Integer32 IpAddress MODULE-IDENTITY (no object page) NOTIFICATION-TYPE (no object page) OBJECT-IDENTITY (no object page) OBJECT-TYPE (no object page) Unsigned32
SNMPv2-TC	DisplayString TEXTUAL-CONVENTION (no object page)

Net-SNMP examples using the 4rf MIB directory Show commands

These commands use the standard Observium installation path and load the selected MIB variant before the RFC and Net-SNMP directories.

Translate the module identity

/usr/bin/snmptranslate -Pud -Ir -On -m 'APRISAXE-TC-4RF' -M '/opt/observium/mibs/4rf:/opt/observium/mibs/rfc:/opt/observium/mibs/net-snmp' 'APRISAXE-TC-4RF::fourRFAprisaXETCModule'

Walk the MIB subtree

/usr/bin/snmpbulkwalk -v2c -c '<community>' -Pud -Ir -OQUs -m 'APRISAXE-TC-4RF' -M '/opt/observium/mibs/4rf:/opt/observium/mibs/rfc:/opt/observium/mibs/net-snmp' 'udp:<hostname>:161' 'APRISAXE-TC-4RF::fourRFAprisaXETCModule'

How SNMP, Net-SNMP, MIB paths, and variants work

Objects (1)

fourRFAprisaXETCModule		`.1.3.6.1.4.1.14817.2.6`

Dependencies (4) 4 direct Show tree and compile order Hide dependency details

Each imported module is resolved in the importing module's source directory first, then through the normal default-variant rules.

Dependency tree

APRISAXE-TC-4RF4rfselected
- MIB-4RF4rf1 symbol
  - SNMPv2-SMIrfcdefault fallback3 symbols
- SNMPv2-CONFrfcdefault fallback3 symbols
  - SNMPv2-SMIrfcshared3 symbols
- SNMPv2-SMIrfcdefault fallbackshared8 symbols
- SNMPv2-TCrfcdefault fallback2 symbols
  - SNMPv2-SMIrfcshared1 symbol

Dependency-first compile order

Type Definitions (53)

AprisaXE2WireSignalState	Enumeration	`fxTransNormal(0)` `fxTransInvert(1)` `fxForcedNormal(2)` `fxForcedInvert(3)` This indicates the state of the CAS signalling bits as normal, inverted and disabled.
AprisaXE4WInputLevel	Enumeration	`q4emadneg140(0)` `q4emadneg135(1)` `q4emadneg130(2)` `q4emadneg125(3)` `q4emadneg120(4)` `q4emadneg115(5)` `q4emadneg110(6)` `q4emadneg105(7)` `q4emadneg100(8)` `q4emadneg95(9)` `q4emadneg90(10)` `q4emadneg85(11)` `q4emadneg80(12)` `q4emadneg75(13)` `q4emadneg70(14)` `q4emadneg65(15)` `q4emadneg60(16)` `q4emadneg55(17)` `q4emadneg50(18)` `q4emadneg45(19)` `q4emadneg40(20)` `q4emadneg35(21)` `q4emadneg30(22)` `q4emadneg25(23)` `q4emadneg20(24)` `q4emadneg15(25)` `q4emadneg10(26)` `q4emadneg05(27)` `q4emadpos0(28)` `q4emadpos05(29)` `q4emadpos10(30)` `q4emadpos15(31)` `q4emadpos20(32)` `q4emadpos25(33)` `q4emadpos30(34)` `q4emadpos35(35)` `q4emadpos40(36)` The input (A->D) level in half dB steps for the 4wire mux cards.
AprisaXE4WOutputLevel	Enumeration	`q4emdapos40(0)` `q4emdapos35(1)` `q4emdapos30(2)` `q4emdapos25(3)` `q4emdapos20(4)` `q4emdapos15(5)` `q4emdapos10(6)` `q4emdapos05(7)` `q4emdapos0(8)` `q4emdaneg05(9)` `q4emdaneg10(10)` `q4emdaneg15(11)` `q4emdaneg20(12)` `q4emdaneg25(13)` `q4emdaneg30(14)` `q4emdaneg35(15)` `q4emdaneg40(16)` `q4emdaneg45(17)` `q4emdaneg50(18)` `q4emdaneg55(19)` `q4emdaneg60(20)` `q4emdaneg65(21)` `q4emdaneg70(22)` `q4emdaneg75(23)` `q4emdaneg80(24)` `q4emdaneg85(25)` `q4emdaneg90(26)` `q4emdaneg95(27)` `q4emdaneg100(28)` `q4emdaneg105(29)` `q4emdaneg110(30)` `q4emdaneg115(31)` `q4emdaneg120(32)` `q4emdaneg125(33)` `q4emdaneg130(34)` `q4emdaneg135(35)` `q4emdaneg140(36)` The output (D->A) level in half dB steps for the 4wire mux cards.
AprisaXE4WRxGain obsolete	Enumeration	`dbpos40(0)` `dbpos35(1)` `dbpos30(2)` `dbpos25(3)` `dbpos20(4)` `dbpos15(5)` `dbpos10(6)` `dbpos05(7)` `dbpos0(8)` `dbneg05(9)` `dbneg10(10)` `dbneg15(11)` `dbneg20(12)` `dbneg25(13)` `dbneg30(14)` `dbneg35(15)` `dbneg40(16)` `dbneg45(17)` `dbneg50(18)` `dbneg55(19)` `dbneg60(20)` `dbneg65(21)` `dbneg70(22)` `dbneg75(23)` `dbneg80(24)` `dbneg85(25)` `dbneg90(26)` `dbneg95(27)` `dbneg100(28)` `dbneg105(29)` `dbneg110(30)` `dbneg115(31)` `dbneg120(32)` `dbneg125(33)` `dbneg130(34)` `dbneg135(35)` `dbneg140(36)` The gain in half dB steps for 4wire mux cards.
AprisaXE4WTxGain obsolete	Enumeration	`pos140(0)` `pos135(1)` `pos130(2)` `pos125(3)` `pos120(4)` `pos115(5)` `pos110(6)` `pos105(7)` `pos100(8)` `pos95(9)` `pos90(10)` `pos85(11)` `pos80(12)` `pos75(13)` `pos70(14)` `pos65(15)` `pos60(16)` `pos55(17)` `pos50(18)` `pos45(19)` `pos40(20)` `pos35(21)` `pos30(22)` `pos25(23)` `pos20(24)` `pos15(25)` `pos10(26)` `pos05(27)` `pos0(28)` `neg05(29)` `neg10(30)` `neg15(31)` `neg20(32)` `neg25(33)` `neg30(34)` `neg35(35)` `neg40(36)` The gain in half dB steps for 4wire mux cards.
AprisaXEAdcVoltage	Integer32	Display format: `d-3` A voltage read from an ADC, in millivolts.
AprisaXEAdpcmCompression	Enumeration	`kbits16(0)` `kbits24(1)` `kbits32(2)` `kbits64(3)` `kbits0(4)` This defines the Compression available on ADPCM.
AprisaXEAlarmMapping	Enumeration	`none(0)` `localMajor(1)` `localMinor(2)` `remoteMajor(3)` `remoteMinor(4)` `remoteInput1(5)` `remoteInput2(6)` This is used to map alarm to external outputs.
AprisaXEAlarmOutput	Enumeration	`none(0)` `externalOutput1(1)` `externalOutput2(2)` `externalOutput3(3)` `externalOutput4(4)` This is used to map alarm to external outputs.
AprisaXEAlarmPolarity	Enumeration	`polarityLow(0)` `polarityHigh(1)` This is used to indicate the polarity indicating an alarm present on the external outputs.
AprisaXEAlarmSource	Enumeration	`none(0)` `modem(1)` `transmitter(2)` `receiver(3)` `quadJET(4)` `quadFourWire(5)` `dualFxo(6)` `dualFxs(7)` `quadV24(8)` `highSpeedSync(9)` `psc(10)` `pic(11)` `dualJET(12)` `singleJET(13)` `external1(50)` `external2(51)` `remote(60)` `user1(70)` `user2(71)` `system(100)` `swUpgrade(101)` This is used to identify the source of an alarm.
AprisaXEAlarmType	Enumeration	`none(0)` `txADCChZeroHi(1)` `txADCChZeroLo(2)` `txADCChOneHi(3)` `txADCChOneLo(4)` `txADCChTwoHi(5)` `txADCChTwoLo(6)` `txADCChThreeHi(7)` `txADCChThreeLo(8)` `txADCChFourHi(9)` `txADCChFourLo(10)` `txADCChFiveHi(11)` `txADCChFiveLo(12)` `txADCChSixHi(13)` `txADCChSixLo(14)` `txADCChSevenHi(15)` `txADCChSevenLo(16)` `txADCChEightHi(17)` `txADCChEightLo(18)` `txADCChNineHi(19)` `txADCCNineLo(20)` `txADCChTenHi(21)` `txADCChTenLo(22)` `txADCChElevenHi(23)` `txADCChElevenLo(24)` `txSynthLD(25)` `tx5VFail(26)` `tx11VFail(27)` `tx28VFail(28)` `txEEFail(29)` `txTSensorFail(30)` `txReturnLoss(31)` `txAmplifierBalance(32)` `txMibFail(33)` `rxADCChZeroHi(50)` `rxADCChZeroLo(51)` `rxADCChOneHi(52)` `rxADCChOneLo(53)` `rxADCChTwoHi(54)` `rxADCChTwoLo(55)` `rxADCChThreeHi(56)` `rxADCChThreeLo(57)` `rxADCChFourHi(58)` `rxADCChFourLo(59)` `rxADCChFiveHi(60)` `rxADCChFiveLo(61)` `rxADCChSixHi(62)` `rxADCChSixLo(63)` `rxADCChSevenHi(64)` `rxADCChSevenLo(65)` `rxADCChEightHi(66)` `rxADCChEightLo(67)` `rxADCChNineHi(68)` `rxADCCNineLo(69)` `rxADCChTenHi(70)` `rxADCChTenLo(71)` `rxRSSIHi(72)` `rxRSSILo(73)` `rx12VFail(74)` `rxSynthLD(75)` `rxEEFail(76)` `rxOff(77)` `rxMibFail(78)` `mdLOS(100)` `mdLink(101)` `mdStatus(102)` `mdDemodAlignmentLost(103)` `mdTdmAlignmentLost(104)` `mdRefAFail(105)` `mdRefBFail(106)` `mdClkSyncFail(107)` `mdNetClkConfig(108)` `mdUCEPresent(109)` `mdInitFail(110)` `mdEEFail(120)` `muxId(150)` `muxInit(151)` `muxStat(152)` `muxClk(153)` `muxMibEEFail(154)` `muxCharEEFail(155)` `e1LOF(200)` `e1AIS(201)` `e1RAI(202)` `e1RMAI(203)` `e1TS16AIS(204)` `e1TS16LOS(205)` `e1LOS(206)` `e1CRC4(207)` `t1LOF(220)` `t1AIS(221)` `t1RAI(222)` `t1LOS(226)` `t1CRC6(227)` `mbHwHsc(250)` `mbFan1Fail(251)` `mbFan2Fail(252)` `mbInvalidConfig(253)` `mbCardMismatch(254)` `mbEEFail(255)` `ccDataFail(300)` `ccNoBandwidth(301)` `mhsbSwitchToStandby(325)` `externalAlarm1(350)` `externalAlarm2(351)` `externalOutputAlarm1(352)` `externalOutputAlarm2(353)` `externalOutputAlarm3(354)` `externalOutputAlarm4(355)` `remoteMajorAlarm(400)` `remoteMinorAlarm(401)` `fxoCodecOvld(402)` `fxoBillToneOvld(403)` `fxoUnplug(404)` `fxoCurrentOvld(405)` `fxsCalibError(406)` `fxsDCDCError(407)` `fxsCASLock(408)` `hssTdmLock(500)` `hss32MhzReset(501)` `hssTdmReset(502)` `hssLoss(503)` `hssRxFifoFull(504)` `hssRxFifoEmpty(505)` `hssTxFifoFull(506)` `hssTxFifoEmpty(507)` `hssRxClockInvalid(508)` `hssTxClockInvalid(509)` `v24CtrlLineLoss(525)` `altImageTableUsed(550)` `defaultImageTableUsed(551)` `uploadFail(552)` `pscDemuxAlignmentLost(575)` `pscTDMAlignmentLost(576)` `pscMuxAlignmentError(577)` `pscCompanionTxFail(578)` `pscSoftwareOverride(579)` `pscInvalidSwitchValue(580)` `hsdParamMismatch(600)` `hsdCompanionLost(601)` `hsdPMTxFreq(602)` `hsdPMRxFreq(603)` `hsdPMTermModState(604)` `hsdPMTermRfChWidth(605)` `hsdPMTxPower(606)` `hsdPMModemIntlvEna(607)` `lastAlarm(608)` The type of an alarm.
AprisaXECCActivationStatus	Enumeration	`ccActivated(0)` `ccActivationFailed(1)` `ccBusyActivating(2)` Indicates the current state of cross connect activation for the port.
AprisaXEChannelControlType	Enumeration	`off(0)` `on(1)` This is used to set the control the channels, enabling and disabling E1/T1 ports.
AprisaXEConnectionID	Integer32	`range: 0..65535` Represents a unique cross-connection identifier.
AprisaXEDataStatus	Enumeration	`invalid(0)` `valid(1)` This indicates the state of receiver, transmitter or MUX card MIB orcharacterisation data.
AprisaXEDbValue	Integer32	Display format: `d-1` A value displayed in dB's.
AprisaXEDefaultAction	Enumeration	`dontSetToDefaults(0)` `setToDefaults(1)` Indicates whether, or not, MIB values should be defaulted.
AprisaXEEthernetFrameRate	Enumeration	`unlimited(0)` `limit128kbps(1)` `limit256kbps(2)` `limit512kbps(3)` `limit1Mbps(4)` `limit2Mbps(5)` `limit4Mbps(6)` `limit8Mbps(7)` The frame rate limits allowed by the Marvell switch.
AprisaXEEthernetGroup	Enumeration	`user1(1)` `user2(2)` `user3(3)` `user4(4)` `userAndMgmt(5)` Used for Ethernet groupings.
AprisaXEEthernetGrouping	Enumeration	`ethGroupDisabled(0)` `ethGroupEnabled(1)` Indicates whether Ethernet Grouping is enabled or disabled.
AprisaXEEthernetPortNumber	Enumeration	`eth1(1)` `eth2(2)` `eth3(3)` `eth4(4)` Ethernet port numbers.
AprisaXEEthernetPortPriority	Enumeration	`fromFrame(0)` `low(1)` `medium(3)` `high(5)` `vHigh(7)` Indicates the bandwidth allocated to a port.
AprisaXEEthernetPrioQueueMapping	Enumeration	`standard(0)` `cisco(1)` Indicates the QOS priority mapping scheme.
AprisaXEEthernetPrioQueueScheduling	Enumeration	`weighted(0)` `strict(1)` Indicates the QOS priority scheduling scheme.
AprisaXEFXOCountry	Enumeration	`argentina(0)` `australia(1)` `austria(2)` `bahrain(3)` `belgium(4)` `brazil(5)` `bulgaria(6)` `canada(7)` `chile(8)` `china(9)` `columbia(10)` `croatia(11)` `cyprus(12)` `czechrep(13)` `denmark(14)` `ecuador(15)` `egypt(16)` `elslavador(17)` `finland(18)` `france(19)` `germany(20)` `greece(21)` `guam(22)` `hongkong(23)` `hungary(24)` `iceland(25)` `india(26)` `indonesia(27)` `ireland(28)` `israel(29)` `italy(30)` `japan(31)` `jordan(32)` `kazakhstan(33)` `kuwait(34)` `latvia(35)` `lebanon(36)` `luxembourg(37)` `macao(38)` `malaysia(39)` `malta(40)` `mexico(41)` `morocco(42)` `netherlands(43)` `newzealand(44)` `nigeria(45)` `norway(46)` `oman(47)` `pakistan(48)` `peru(49)` `philippines(50)` `poland(51)` `portugal(52)` `romania(53)` `russia(54)` `saudiarabia(55)` `singapore(56)` `slovakia(57)` `slovenia(58)` `southafrica(59)` `southkorea(60)` `spain(61)` `sweden(62)` `switzerland(63)` `syria(64)` `taiwan(65)` `tbr21(66)` `thailand(67)` `uae(68)` `uk(69)` `usa(70)` `yemen(71)` The country code for FXO mux cards this will need to be completed later.
AprisaXEFXOInputLevel	Enumeration	`dfxoadneg100(0)` `dfxoadneg95(1)` `dfxoadneg90(2)` `dfxoadneg85(3)` `dfxoadneg80(4)` `dfxoadneg75(5)` `dfxoadneg70(6)` `dfxoadneg65(7)` `dfxoadneg60(8)` `dfxoadneg55(9)` `dfxoadneg50(10)` `dfxoadneg45(11)` `dfxoadneg40(12)` `dfxoadneg35(13)` `dfxoadneg30(14)` `dfxoadneg25(15)` `dfxoadneg20(16)` `dfxoadneg15(17)` `dfxoadneg10(18)` `dfxoadneg05(19)` `dfxoadpos0(20)` `dfxoadpos05(21)` `dfxoadpos10(22)` The output (A->D) level in half dB steps for the DFXO mux cards.
AprisaXEFXOOutputLevel	Enumeration	`dfxodapos10(18)` `dfxodapos05(19)` `dfxodapos0(20)` `dfxodaneg05(21)` `dfxodaneg10(22)` `dfxodaneg15(23)` `dfxodaneg20(24)` `dfxodaneg25(25)` `dfxodaneg30(26)` `dfxodaneg35(27)` `dfxodaneg40(28)` `dfxodaneg45(29)` `dfxodaneg50(30)` `dfxodaneg55(31)` `dfxodaneg60(32)` `dfxodaneg65(33)` `dfxodaneg70(34)` `dfxodaneg75(35)` `dfxodaneg80(36)` `dfxodaneg85(37)` `dfxodaneg90(38)` `dfxodaneg95(39)` `dfxodaneg100(40)` The output (D->A) level in half dB steps for the DFXO mux cards.
AprisaXEFXSInputLevel	Enumeration	`dfxsadneg90(1)` `dfxsadneg85(2)` `dfxsadneg80(3)` `dfxsadneg75(4)` `dfxsadneg70(5)` `dfxsadneg65(6)` `dfxsadneg60(7)` `dfxsadneg55(8)` `dfxsadneg50(9)` `dfxsadneg45(10)` `dfxsadneg40(11)` `dfxsadneg35(12)` `dfxsadneg30(13)` `dfxsadneg25(14)` `dfxsadneg20(15)` `dfxsadneg15(16)` `dfxsadneg10(17)` `dfxsadneg05(18)` `dfxsadpos0(19)` `dfxsadpos05(20)` `dfxsadpos10(21)` `dfxsadpos15(22)` `dfxsadpos20(23)` The output (A->D) level in half dB steps for the DFXS mux cards.
AprisaXEFXSOutputLevel	Enumeration	`dfxsdapos25(1)` `dfxsdapos20(2)` `dfxsdapos15(3)` `dfxsdapos10(4)` `dfxsdapos05(5)` `dfxsdapos0(6)` `dfxsdaneg05(7)` `dfxsdaneg10(8)` `dfxsdaneg15(9)` `dfxsdaneg20(10)` `dfxsdaneg25(11)` `dfxsdaneg30(12)` `dfxsdaneg35(13)` `dfxsdaneg40(14)` `dfxsdaneg45(15)` `dfxsdaneg50(16)` `dfxsdaneg55(17)` `dfxsdaneg60(18)` `dfxsdaneg65(19)` `dfxsdaneg70(20)` `dfxsdaneg75(21)` `dfxsdaneg80(22)` `dfxsdaneg85(23)` `dfxsdaneg90(24)` `dfxsdaneg95(25)` The output (D->A) level in half dB steps for the DFXS mux cards.
AprisaXEFXSPMLevel	Enumeration	`l0(0)` `l1(1)` `l2(2)` `l3(3)` `l4(4)` `l5(5)` `l6(6)` `l7(7)` `l8(8)` `l9(9)` `l10(10)` `l11(11)` `l12(12)` `l13(13)` `l14(14)` `l15(15)` `l16(16)` `l17(17)` `l18(18)` `l19(19)` `l20(20)` `l21(21)` `l22(22)` `l23(23)` `l24(24)` `l25(25)` `l26(26)` `l27(27)` Type of SPM level.
AprisaXEFXSPathMute	Enumeration	`noMute(0)` `muteRx(16)` `muteTx(32)` The status of the Path Mute function for the DFXS.
AprisaXEHardwareVersion	Integer32	`range: 0..255` Represents a single byte hardware version number.
AprisaXEHssSerialMode	Enumeration	`v11Mode(0)` `rs530AMode(1)` `rs530Mode(2)` `x21Mode(3)` `v35Mode(4)` `rs449v36Mode(5)` `rs232v28Mode(6)` `noSerialCable(7)` Mode describing the type of serial interface, e.g. V.35.
AprisaXEIQData	OctetString	`range: 0..200` Display format: `2x:` A sequence of IQ data pairs, each individual value is 16 bit thus a single IQ pair is 32 bits.
AprisaXEInterfaceCnxnType	Enumeration	`none(0)` `unframedE1Intf(1)` `unframedT1Intf(2)` `aggregateIntf(3)` `fourWireIntf(4)` `fxoIntf(5)` `fxsIntf(6)` `v24AsyncIntf(7)` `custEthernetIntf(8)` `mgmtEthernetIntf(9)` `syncSerialIntf(10)` `hssControlIntf(12)` `dropAndInsertIntf(13)` This describes the interface connection type. The values are arbitrary and are primarily used to identify instances of aggregate connections.
AprisaXEPSCActiveRadio	Enumeration	`manualA(0)` `autoSelect(1)` `manualB(2)` This indicates the active radio for the PSC card.
AprisaXEPcmLaw	Enumeration	`alaw(0)` `ulaw(1)` Type of PCM encoding available.
AprisaXEPcmMode	Enumeration	`pcm31c(0)` `pcm30c(1)` `pcm31(2)` `pcm30(3)` `unframed(4)` `off(5)` `t1sf(6)` `t1esf(7)` `t1sf4(8)` `t1esf16(10)` The current PCM mode.
AprisaXEPortNumber	Enumeration	`noPort(0)` `portOne(1)` `portTwo(2)` `portThree(3)` `portFour(4)` This is used to identify a port e.g. reporting an alarm. Not all alarms are associated with a port, in these cases noPort will be used.
AprisaXEQuadJetConnectionType	Enumeration	`dataConnection(0)` `casConnection(1)` `tsLoopbackConnection(2)` Indicates whether a connection is for data or CAS signalling.
AprisaXEQuadJetLineEncoding	Enumeration	`defaultLineEncoding(0)` `amiLineEncoding(1)` `hDB3LineEncoding(2)` `b8ZSLineEncoding(4)` This is used to set the line encoding for the Quad JET card the default is HDB3 for E1 and B8ZS for T1.
AprisaXEQuadJetLoopbacks	Enumeration	`e1LoopbacksOff(0)` `e1LineLoopbackOn(1)` `e1RadioLoopbackOn(2)` This indicates the E1 loopback setting on a port; OFF, Line or Radio Facing.
AprisaXEQuadJetMultiframeEnable	Enumeration	`t1MFOff(0)` `t1MFOn(1)` This is used to enable/disable support for transport of T1 SF and ESF multiframe sync for a port.
AprisaXEQuadJetTrafficType	Enumeration	`e1Traffic(0)` `t1Traffic(1)` `j1Traffic(2)` This is used to set the traffic rate for the Quad JET card.
AprisaXEQuadJetWaveFormShapers	Enumeration	`wfs0To133Ft(2)` `wfs133To266Ft(3)` `wfs266To399Ft(4)` `wfs399To533Ft(5)` `wfs533To655Ft(6)` This is used to set the T1 Tx Waveform Shaper for a port; The default value is 0~133 ft.
AprisaXESerialEquipmentMode	Enumeration	`noCable(0)` `dceMode(1)` `dteMode(2)` Mode describing the behaviour of the serial interface.
AprisaXESignalState	Enumeration	`normal(0)` `invert(1)` This indicates the state of CAS signalling.
AprisaXESlotNumber	Enumeration	`rxSlot(0)` `txSlot(1)` `slotA(2)` `slotB(3)` `slotC(4)` `slotD(5)` `slotE(6)` `slotF(7)` `slotG(8)` `slotH(9)` `auxSlot(10)` `noSlot(255)` Represents a slot number in the AprisaXE, the slots include the modem, transmitter and receiver as well as the MUX cards. H/W Slot Card Slot Name 0 Aux/Modem Aux 1 MUX Card H 2 MUX Card G 3 MUX Card F 4 MUX Card E 5 MUX Card D 6 MUX Card C 7 MUX Card B 8 MUX Card A 9 Transmitter Transmitter 10 Receiver Receiver Slots may or may not be populated.
AprisaXESysSoftwareStatus	Enumeration	`sysInventoryConsistent(0)` `sysInventoryInconsistent(1)` Indicates consistency of inventory file and system software.
AprisaXETableCommand	Enumeration	`noCommand(0)` `addCommand(1)` `deleteCommand(2)` A command sent to add or delete table entries.
AprisaXETdmBus	Enumeration	`tdmBusA(0)` `tdmBusB(1)` `tdmBusC(2)` `tdmBusD(3)` This is used to set the TDM bus to use.
AprisaXETdmPortType	Enumeration	`tdmAo(0)` `tdmBo(1)` `tdmCo(2)` `tdmDo(3)` `tdmAi(4)` `tdmBi(5)` `tdmCi(6)` `tdmDi(7)` This is used to set the port out to the TDM bus.