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COMMON-TC-4RF

        Common 4RF MIB Textual Conventions.

Source file: COMMON-TC-4RF
Last revised: 30 Apr 2007, 00:00 UTC
Identity: fourRFCommonTCModule
Base OID: 1.3.6.1.4.1.14817.2.4

Imported Objects

MIB-4RF	fourRFGeneric fourRFModules
SNMPv2-SMI	Counter32 Integer32 MODULE-IDENTITY (no object page) OBJECT-IDENTITY (no object page) Unsigned32
SNMPv2-TC	DateAndTime 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 'COMMON-TC-4RF' -M '/opt/observium/mibs/4rf:/opt/observium/mibs/rfc:/opt/observium/mibs/net-snmp' 'COMMON-TC-4RF::fourRFCommonTCModule'

Walk the MIB subtree

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

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

Objects (1)

fourRFCommonTCModule		`.1.3.6.1.4.1.14817.2.4`

Dependencies (3) 3 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

COMMON-TC-4RF4rfselected
- MIB-4RF4rf2 symbols
  - SNMPv2-SMIrfcdefault fallback3 symbols
- SNMPv2-SMIrfcdefault fallbackshared5 symbols
- SNMPv2-TCrfcdefault fallback3 symbols
  - SNMPv2-SMIrfcshared1 symbol

Dependency-first compile order

Type Definitions (34)

FourRFAlarmEnabled	Enumeration	`disabled(0)` `enabled(1)` Indicates whether an alarm is enabled or not, it may be useful to allow specific alarms to be enabled or disabled by the user.
FourRFAlarmPresent	Enumeration	`noAlarmPresent(0)` `alarmPresent(1)` The possible alarm states, alarmPresent indicates that the alarm is active.
FourRFAlarmSeverity	Enumeration	`noSeverity(0)` `minor(3)` `major(4)` The possible alarm severities, not all values need be used.
FourRFAlarmStatus	Enumeration	`noAlarm(0)` `informationAlarm(1)` `warningAlarm(2)` `minorAlarm(3)` `majorAlarm(4)` `criticalAlarm(5)` This is used to identify current alarm status.
FourRFChannelWidth	Enumeration	`invalidChannel(0)` `channel20KHz(1)` `channel25KHz(2)` `channel50KHz(3)` `channel75KHz(4)` `channel100KHz(5)` `channel125KHz(6)` `channel150KHz(7)` `channel200KHz(9)` `channel250KHz(10)` `channel400KHz(13)` `channel500KHz(20)` `channel800KHz(25)` `channel1MHz(30)` `channel1point25MHz(33)` `channel1point35MHz(35)` `channel1point75MHz(40)` `channel2MHz(42)` `channel2point5MHz(45)` `channel3point5MHz(50)` `channel5point25MHz(55)` `channel7MHz(60)` `channel14MHz(70)` The possible channel width values.
FourRFClockSource	Enumeration	`networkClock(0)` `linkClock(1)` `internalClock(2)` This is used to identify the clock source for the terminal.
FourRFErrorCounter	Unsigned32	An error counter, e.g. for the uncorrectable error count.
FourRFFanStatus	Enumeration	`notFitted(0)` `fanOkay(1)` `fanFailed(2)` This is used to identify current fan status.
FourRFFileSize	Unsigned32	A size of a file in bytes.
FourRFFrequency	Unsigned32	A frequency value in Hz.
FourRFHardwareVersion	OctetString	`range: 0..32` The hardware version details.
FourRFImageStatus	Enumeration	`inactiveImage(0)` `currentImage(1)` `currentNotSelected(2)` `selectedImage(3)` The possible image status values, currentImage means it is the running. selectedImage means that the image has been selected and will be used following the next reboot of the system, currentNotSelected means that the image is currently in use but won't be following a reboot.
FourRFImageType	Enumeration	`none(0)` `kernel(1)` `rootfs(2)` `mib(3)` `configuration(4)` `firmware(5)` The possible image types to upload.
FourRFImageVersion	OctetString	`range: 0..64` The image version details.
FourRFLoopback	Enumeration	`loopbackOff(0)` `loopbackOn(1)` This is used to control loopback or monitor status.
FourRFMHSBCommand	Enumeration	`noCommand(0)` `clearSwitchedAlarm(1)` `forceSwitchover(2)` This is used to send a command to an MHSB terminal.
FourRFMHSBStatus	Enumeration	`notAvailable(0)` `active(1)` `standby(2)` This is used to give the state of an MHSB terminal.
FourRFModulationType	Enumeration	`modQPSK(0)` `mod16QAM(1)` `mod32QAM(2)` `mod64QAM(3)` `mod128QAM(4)` `mod256QAM(5)` `modNone(6)` The possible modulation types for the radio.
FourRFNetworkClockSelect	Enumeration	`none(0)` `primary(1)` `secondary(2)` This is used to select the priority of the clocks to use.
FourRFNetworkClockStatus	Enumeration	`active(0)` `inactive(1)` `holdover(2)` The possible modulation types for the radio.
FourRFProcessResultType	Enumeration	`none(0)` `executing(1)` `writingToFlash(2)` `succeeded(3)` `failed(4)` The possible states for a process which takes time to complete.
FourRFRSSI	Integer32	`range: -2000..2000` Display format: `d-1` A receiver RSSI value, in dBm.
FourRFResetType	Enumeration	`none(0)` `softReset(1)` `hardReset(2)` `watchdogReset(3)` The possible types of reset.
FourRFRfBand	Enumeration	`invalidBand(0)` `band300MHz(10)` `band400MHz(20)` `band700MHz(24)` `band800MHz(26)` `band900MHz(28)` `band1400MHz(30)` This is used to identify the frequency band of the transmitter The bands are: 330 to 400 MHz (300 MHz) 400 to 470 MHz (400 MHz) 1350 to 1550 MHz (1400 MHz) .
FourRFSNR	Integer32	Display format: `d-2` A signal to noise ratio in dBm.
FourRFSerialNumber	OctetString	`range: 8` A module/terminal serial number format xxxx-xxx.
FourRFSimpleLedState	Enumeration	`off(0)` `on(1)` The possible states for a simple LED.
FourRFTemperature	Integer32	A temperature value in degrees Celcius.
FourRFTftpFileName	OctetString	`range: 0..255` The name of a file to transfered using TFTP.
FourRFTimeZone	Enumeration	`gmtMinusTwelve(-720)` `gmtMinusEleven(-660)` `gmtMinusTen(-600)` `gmtMinusNine(-540)` `gmtMinusEight(-480)` `gmtMinusSeven(-420)` `gmtMinusSix(-360)` `gmtMinusFive(-300)` `gmtMinusFour(-240)` `gmtMinusThreePointFive(-210)` `gmtMinusThree(-180)` `gmtMinusTwo(-120)` `gmtMinusOne(-60)` `gmt(0)` `gmtPlusOne(60)` `gmtPlusTwo(120)` `gmtPlusThree(180)` `gmtPlusFour(240)` `gmtPlusFive(300)` `gmtPlusSix(360)` `gmtPlusSeven(420)` `gmtPlusEight(480)` `gmtPlusNine(540)` `gmtPlusTen(600)` `gmtPlusEleven(660)` `gmtPlusTwelve(720)` `gmtPlusThirteen(800)` This is used to assign an offset in minutes based on GMT timezone.
FourRFTriColourLedState	Enumeration	`off(0)` `green(1)` `red(2)` `orange(3)` The possible states of a three-colour LED.
FourRFTxPower	Enumeration	`noPower(0)` `dbm10(10)` `dbm11(11)` `dbm12(12)` `dbm13(13)` `dbm14(14)` `dbm15(15)` `dbm16(16)` `dbm17(17)` `dbm18(18)` `dbm19(19)` `dbm20(20)` `dbm21(21)` `dbm22(22)` `dbm23(23)` `dbm24(24)` `dbm25(25)` `dbm26(26)` `dbm27(27)` `dbm28(28)` `dbm29(29)` `dbm30(30)` `dbm31(31)` `dbm32(32)` `dbm33(33)` `dbm34(34)` `dbm35(35)` `dbm36(36)` `dbm37(37)` `dbm38(38)` `dbm39(39)` `dbm40(40)` A transmitter power value in dBm.
FourRFWebUserEnabled	Enumeration	`userDisabled(0)` `userEnabled(1)` This is used to identify whether a web user is enabled.
FourRFWebUserGroup	Enumeration	`readOnlyGroup(0)` `readWriteGroup(1)` `adminGroup(2)` This is used to identify the group to which a web user belongs.