path: root/MIBS/calix/OCCAM-MLT-MIB

OCCAM-MLT-MIB	DEFINITIONS ::= BEGIN
	IMPORTS
		occamGenericMonitorModules
			FROM OCCAM-REG-MODULE
		TEXTUAL-CONVENTION
			FROM SNMPv2-TC
		MODULE-IDENTITY, OBJECT-TYPE, OBJECT-IDENTITY, 
                Integer32, NOTIFICATION-TYPE
			FROM SNMPv2-SMI;
		
	occamMltMib	MODULE-IDENTITY
		LAST-UPDATED	"200104271051Z"
		ORGANIZATION	"Occam Networks"
		CONTACT-INFO	"email support@occamnetworks.com"
		DESCRIPTION
				"This mib module describes objects used 
				to perform Metallic Line Testing on customer	
				access lines and to provide results."
		
		REVISION	"200104271051Z"
		DESCRIPTION	"Reformatted certain text"
	 
		REVISION	"200704170000Z"
		DESCRIPTION	"replace kOhm with Ohm in DC resistance 
                                UNITS"
                
		REVISION	"200702220000Z"
		DESCRIPTION	"remove DISPLAY-HINT"
			 
		REVISION	"200609261000Z"
		DESCRIPTION	"Removed Gr909 from fuse test result names"
			
		REVISION	"200602220135Z"
		DESCRIPTION     "Initial version."
		::=  {  occamGenericMonitorModules  3  }

-- TEXTUAL-CONVENTIONS --

	MltTestType ::= TEXTUAL-CONVENTION 
		STATUS			current
		DESCRIPTION
                        "A selection value for requesting or forcing
                        a test. A requested test will only run if the
                        port is not in use. A forced test will 
                        immediately shut the port and run the test."
		SYNTAX 	                INTEGER  { request ( 1 ) , 
                                        force ( 2 ) } 

	MltTestStatus ::= TEXTUAL-CONVENTION 
		STATUS			current
		DESCRIPTION
			"An indication of test status:
                        none = no test has been requested.
                        mltbusy = another port is currently being tested. 
                        complete = the last requested test has completed.
                        portInUse = the last requested port is in use, 
                        the test was not run. Rerunning the test as 
                        'forced' will shut the port and run the test.
			inProgress = the last requested test is still 
                        running. mltError = the mlt program reported an 
                        error and aborted the test.Check the mltErrorText
                        object.
			mltNotResponding = the mlt program didn't return
                        a result."
		SYNTAX 			INTEGER  { 
                                        none ( 1 ) , 
                                        mltBusy ( 2 ), 
                                        complete ( 3 ) ,
                                        portInUse ( 4 ) , 
                                        inProgress ( 5 ), 
                                        mltError ( 6 ), 
                                        mltNotResponding ( 7 ) }

        MltTestIdentifier ::= TEXTUAL-CONVENTION 
		STATUS			current
		DESCRIPTION
			"An mlt test selection value."
		SYNTAX 			INTEGER  { 
                                        statusSuite ( 1 ) , 
                                        mltSuite ( 2 ) , 
                                        activeModeVoltages ( 3 ) , 
                                        highImpedanceModeVoltages ( 4 ) , 
                                        dcResistance ( 5 ) , 
                                        capacitance ( 6 ) , 
                                        loopDetect ( 7 ) , 
                                        loopLength ( 8 ) } 

	MltTestHookState ::= TEXTUAL-CONVENTION 
		STATUS			current
		DESCRIPTION
			"An mlt test hook state value."
		SYNTAX 			INTEGER  { 
                                        onhook ( 1 ) , 
                                        offhook ( 2 ), 
                                        notAvailable ( 3 ) } 

	MltTestPassFail ::= TEXTUAL-CONVENTION 
		STATUS			current
		DESCRIPTION
			"An mlt test pass/fail value."
		SYNTAX 			INTEGER  { 
                                        pass ( 1 ) , 
                                        fail ( 2 ), 
                                        notAvailable ( 3 ) } 
		
	MltTestRingerResult ::= TEXTUAL-CONVENTION 
		STATUS			current
		DESCRIPTION
			"An mlt ringer test result value."
		SYNTAX 			INTEGER  { 
                                        pass ( 1 ) , 
                                        fail ( 2 ), 
                                        notAvailable ( 3 ), 
                                        low ( 4 )  }

        MltTestYesNo ::= TEXTUAL-CONVENTION 
		STATUS			current
		DESCRIPTION
			"An mlt test pass/fail value."
		SYNTAX 			INTEGER  { 
                                        yes ( 1 ) , 
                                        no ( 2 ), 
                                        notAvailable ( 3 ) } 

-- The Metallic Loop Test Configuration group

	mltTestConfig	OBJECT IDENTIFIER
		::=  {  occamMltMib  1  }


-- The Metallic Loop Test Status group

	mltTestStatus	OBJECT IDENTIFIER
		::=  {  occamMltMib  2  }


-- The Metallic Loop Test Results group

	mltTestResults	OBJECT IDENTIFIER
		::=  {  occamMltMib  3  }
		
-- The Metallic Loop Test Notifications group
		
	mltTestNotifications	OBJECT IDENTIFIER
		::=  {  occamMltMib  4  }


-- Objects of the MLT Configuration group

	mltTestIdentifier	OBJECT-TYPE	
		SYNTAX			MltTestIdentifier
		MAX-ACCESS		read-write
		STATUS			current
		DESCRIPTION
			"Selects the mlt test to be run.
			Setting this value starts a test.
			 
			This is a required parameter.
			 
                        Approximate expected test durations are as 
                        follows:
			 
			 statusSuite 			1 second
			 mltSuite 			1 minute
			 activeModeVoltages		3 seconds
			 highImpedanceModeVoltages	9 seconds
			 dcResistance			18 seconds
			 capacitance			18 seconds
			 loopDetect			9 seconds
			 loopLength			9 seconds."
		::=  {  mltTestConfig  1  }

	mltTestType	OBJECT-TYPE	
		SYNTAX			MltTestType
		MAX-ACCESS		read-write
		STATUS			current
		DESCRIPTION
			"Selects if a test is requested (only run if port
                        is not in use) or forced.
			This is an optional parameter. If not specified, 
                        the request option is used."
		::=  {  mltTestConfig  2  }

	mltTestPort	OBJECT-TYPE	
		SYNTAX			Integer32  ( 1 .. 48  ) 
		MAX-ACCESS		read-write
		STATUS			current
		DESCRIPTION
			"Selects voice channel on which test will be run.
			 This is a required parameter."
		::=  {  mltTestConfig  3  }

	mltDcResistanceRange	OBJECT-TYPE	
		SYNTAX			Integer32  ( 0 .. 3  ) 
		MAX-ACCESS		read-write
		STATUS			current
		DESCRIPTION
			"Selects DC Resistance range value.
                        This is an optional paramater. Default is 0
                        (auto mode)."
		::=  {  mltTestConfig  4  }

	mltLoopLengthMultiplier	OBJECT-TYPE	
		SYNTAX			Integer32  ( 10 .. 200  ) 
		MAX-ACCESS		read-write
		STATUS			current
		DESCRIPTION
			"Selects loop length multiplier in nf. This is an
                        optional parameter. If not specified an internal
                        default value of 83nF/mile is used."
		::=  {  mltTestConfig  5  }

     mltLoopDetectThreshold	OBJECT-TYPE	
		SYNTAX			Integer32  ( 5 .. 200  ) 
		MAX-ACCESS		read-write
		STATUS			current
		DESCRIPTION
			"Selects the detection threshold in nF. 
			 This is an optional parameter. If not supplied,
                         a loop detection threshold of 10nF is used."
		::=  {  mltTestConfig  6  }


-- Objects of the MLT Test Status group

	mltLastTestStatus	OBJECT-TYPE	
		SYNTAX			MltTestStatus
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Indicates the status of the last run mlt test.
                        Given that the various mlt tests take several
                        seconds to 1 1/2 minutes to run, it is suggested
                        that status polls be spaced 10-20 seconds apart. 
                        Additionally, a monitoring application could 
                        wait for the testComplete notification."
		::=  {  mltTestStatus  1  }
		
	mltErrorText		OBJECT-TYPE
		SYNTAX			OCTET STRING
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Indicates the textual error in the case of an
                        aborted test."
		::= { mltTestStatus 2 }


-- Objects of the MLT Test Results group

-- mlt status results table
	mltStatusResultsTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  MltStatusResultsEntry
		MAX-ACCESS	not-accessible
		STATUS		current
		DESCRIPTION
			"This table provides result of the status test
                        suite."
		::=  { mltTestResults  1 }

	mltStatusResultsEntry	OBJECT-TYPE
		SYNTAX		MltStatusResultsEntry
		MAX-ACCESS	not-accessible
		STATUS		current
		DESCRIPTION
			"Entry holding information about results
			of status suite tests.

                        Note that a numerical result value of -999 means 
                        that there was an error of some sort and the 
                        value could not be measured."
		INDEX		{  mltTestPort  }
		::=  { mltStatusResultsTable 1 }

	MltStatusResultsEntry  ::=  SEQUENCE {
		mltStatusAlarm  OCTET STRING,
		mltStatusHookState  MltTestHookState,
		mltStatusTransversalCurrent  Integer32,
		mltStatusLongitudinalCurrent  Integer32,
		mltStatusTipVoltage  Integer32,
		mltStatusRingVoltage  Integer32,
		mltStatusTipRingVoltage  Integer32,
		mltStatusVdd  Integer32
		}


	mltStatusAlarm	OBJECT-TYPE	
		SYNTAX			OCTET STRING
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Indicates GNK and/or OTEMP alarms active when
                        status test was run."
		::=  {  mltStatusResultsEntry  1  }


	mltStatusHookState	OBJECT-TYPE	
		SYNTAX			MltTestHookState
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Indicates line hook state when status test was 
                        run."
		::=  {  mltStatusResultsEntry  2  }


	mltStatusTransversalCurrent	OBJECT-TYPE	
		SYNTAX			Integer32
		UNITS			"0.1 mA"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Indicates transversal current when status test
                        was run."
		::=  {  mltStatusResultsEntry  3  }


	mltStatusLongitudinalCurrent	OBJECT-TYPE	
		SYNTAX			Integer32
		UNITS			"0.1 mA"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Indicates Longitudinal current when status test
                        was run."
		::=  {  mltStatusResultsEntry  4  }


	mltStatusTipVoltage	OBJECT-TYPE	
		SYNTAX			Integer32
		UNITS			"0.1 V"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Indicates tip voltage when status test was run."
		::=  {  mltStatusResultsEntry  5  }


	mltStatusRingVoltage	OBJECT-TYPE	
		SYNTAX			Integer32
		UNITS			"0.1 V"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Indicates ring voltage when status test was run."
		::=  {  mltStatusResultsEntry  6  }
		
	mltStatusTipRingVoltage	OBJECT-TYPE	
		SYNTAX			Integer32
		UNITS			"0.1 V"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Indicates tip-ring voltage when status test was
                        run."
		::=  {  mltStatusResultsEntry  7  }


	mltStatusVdd	OBJECT-TYPE	
		SYNTAX			Integer32
		UNITS			"0.1 V"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Indicates Vdd when status test was run."
		::=  {  mltStatusResultsEntry  8  }
	
-- mlt test results table	
	mltTestResultsTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  MltTestResultsEntry
		MAX-ACCESS	not-accessible
		STATUS		current
		DESCRIPTION
			"This table provides result of the mlt test suite.
			Note that a numerical result value of -999 means 
                        that there was an error of some sort and the 
                        value could not be measured.
			Also, a resistance value of 9999 means that the 
                        result was greater than 1000 kOhms, but the exact
                        value could not be measured."
		::=  { mltTestResults  2 }

	mltTestResultsEntry	OBJECT-TYPE
		SYNTAX		MltTestResultsEntry
		MAX-ACCESS	not-accessible
		STATUS		current
		DESCRIPTION
			"Entry holding information about results
			of mlt suite tests."
		INDEX		{  mltTestPort  }
		::=  { mltTestResultsTable 1 }

	MltTestResultsEntry  ::=  SEQUENCE {
		mltTestAlarm  OCTET STRING,
		mltTestHookState  MltTestHookState,
		mltTestVdd  Integer32,
		mltTestActiveModeVoltagesVdctr  Integer32,
		mltTestActiveModeVoltagesVdctg  Integer32,
		mltTestActiveModeVoltagesVdcrg  Integer32,
		mltTestActiveModeVoltagesVactr  Integer32,
		mltTestActiveModeVoltagesVactg  Integer32,
		mltTestActiveModeVoltagesVacrg  Integer32,
		mltTestHighImpedanceModeVoltagesVdctr  Integer32,
		mltTestHighImpedanceModeVoltagesVdctg  Integer32,
		mltTestHighImpedanceModeVoltagesVdcrg  Integer32,
		mltTestHighImpedanceModeVoltagesVactr  Integer32,
		mltTestHighImpedanceModeVoltagesVactg  Integer32,
		mltTestHighImpedanceModeVoltagesVacrg  Integer32,
		mltTestDcCurrentsItransversal  Integer32,
		mltTestDcCurrentsIlongitudinal  Integer32,
		mltTestDcCurrentsItip  Integer32,
		mltTestDcCurrentsIring  Integer32,
		mltTestCapacitanceCeqtr  Integer32,
		mltTestCapacitanceCeqtg  Integer32,
		mltTestCapacitanceCeqrg  Integer32,
		mltTestResistanceRtr  Integer32,
		mltTestResistanceRtg  Integer32,
		mltTestResistanceRrg  Integer32,
		mltTestGr909HazardousPotentialTestResult MltTestPassFail,
		mltTestGr909ForeignEmfTestResult  MltTestPassFail,
		mltTestGr909FuseTestTipFuse  MltTestPassFail,
		mltTestGr909FuseTestRingFuse  MltTestPassFail,
		mltTestFuseTestTipFuse  MltTestPassFail,
		mltTestFuseTestRingFuse  MltTestPassFail,
		mltTestGr909ResistiveFaultTestResult  MltTestPassFail,
		mltTestGr909ReceiverOffhookTestResult  MltTestPassFail,
		mltTestGr909ReceiverOffhookTestResistance1  Integer32,
		mltTestGr909ReceiverOffhookTestResistance2  Integer32,
		mltTestGr909ReceiverOffhookTestDifference  Integer32,
		mltTestGr909RingerTestResult  MltTestRingerResult,
		mltTestGr909RingerTestRen  Integer32,
		mltTestErrors  OCTET STRING
		}


	mltTestAlarm	OBJECT-TYPE	
		SYNTAX			OCTET STRING
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"GNK and OTEMP bits set by the DuSLIC will be 
                        reported as alarms. GNK is typically cause by 
                        ground fault or foreign voltage condition.
                        OTEMP is set when the DuSLIC is experiencing
                        thermal overload. This parameter is 
                        non-intrusive."
		::=  {  mltTestResultsEntry  1  }
		
        mltTestHookState  OBJECT-TYPE
		SYNTAX			MltTestHookState
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Hook state reflects the DuSLIC hook bit 
                        (offhook/onhook). This parameter is 
                        non-intrusive."
		::=  {  mltTestResultsEntry  2  }
		
	mltTestVdd  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 V"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"On HDPOTS, internal Voltage VDD will be 
                        reported and compared to statistically derived
                        thresholds. 
                        This parameter is intrusive during offhook but 
                        will be available during onhook."
		::=  {  mltTestResultsEntry  3  }
		
	mltTestActiveModeVoltagesVdctr  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vdc"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Active Mode Tip/Ring AC Voltages:
                        In active mode, the DuSLIC drives the tip/ring 
                        in a normal no shutdown state. AC voltages for 
                        T-R, T-G and R-G will be reported. 
                        Active mode measurements will not be available
                        when alarm is detected. This parameter is 
                        intrusive and will be available in shutdown 
                        state only."
		::=  {  mltTestResultsEntry  4  }
		
	mltTestActiveModeVoltagesVdctg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vdc"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Active Mode Tip/Ring AC Voltages:
                        In active mode, the DuSLIC drives the tip/ring
                        in a normal no shutdown state. AC voltages for 
                        T-R, T-G and R-G will be reported. 
                        Active mode measurements will not be available 
                        when alarm is detected. This parameter is 
                        intrusive and will be available in shutdown 
                        state only."
		::=  {  mltTestResultsEntry  5  }
		
	mltTestActiveModeVoltagesVdcrg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vdc"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Active Mode Tip/Ring AC Voltages:
                        In active mode, the DuSLIC drives the tip/ring
                        in a normal no shutdown state. AC voltages for 
                        T-R, T-G and R-G will be reported. 
                        Active mode measurements will not be available
                        when alarm is detected. This parameter is 
                        intrusive and will be available in shutdown 
                        state only."
		::=  {  mltTestResultsEntry  6  }
		
	mltTestActiveModeVoltagesVactr  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vrms"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Active Mode Tip/Ring AC Voltages:
                        In active mode, the DuSLIC drives the tip/ring
                        in a normal no shutdown state. Thus, VT and VR
                        measurements should be 0 volt. 
                        AC voltages for T-R, T-G and R-G will be 
                        reported. Active mode measurements will not be
                        available when alarm is detected. This parameter
                        is intrusive and will be available in shutdown 
                        state only."
		::=  {  mltTestResultsEntry  7  }
		
	mltTestActiveModeVoltagesVactg  OBJECT-TYPE
		SYNTAX		Integer32
		UNITS			"0.1 Vrms"
		MAX-ACCESS		read-only
		STATUS		current
		DESCRIPTION
                        "Active Mode Tip/Ring AC Voltages:
                        In active mode, the DuSLIC drives the tip/ring
                        in a normal no shutdown state. Thus, VT and VR		
			measurements should be 0 volt. AC voltages for T-R, T-G	
			and R-G will be reported. Active mode measurements will	
			not be available when alarm is detected. This parameter	
			is intrusive and will be available in shutdown state	
			only."
		::=  {  mltTestResultsEntry  8  }
		
	mltTestActiveModeVoltagesVacrg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vrms"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Active Mode Tip/Ring AC Voltages:
			In active mode, the DuSLIC drives the tip/ring in a	
			normal no shutdown state. Thus, VT and VR measurements	
			should be 0 volt. AC voltages for T-R, T-G and R-G will	
			be reported.  Active mode measurements will not be	
			available when alarm is detected. This parameter is	
			intrusive and will be available in shutdown state only."

		::=  {  mltTestResultsEntry  9  }
		
	mltTestHighImpedanceModeVoltagesVdctr  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vdc"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"High Impedance Mode Tip/Ring DC Voltages (Foreign	
			Voltages):
			In this mode, the DuSLIC tip and ring are in high	
			impedance. The measured voltages represent foreign	
			voltages. DC voltages for T-R, T-G and R-G will be	
			reported. This parameter is intrusive and will be	
			available in shutdown state only."
		::=  {  mltTestResultsEntry  10  }
		
	mltTestHighImpedanceModeVoltagesVdctg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vdc"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"High Impedance Mode Tip/Ring DC Voltages (Foreign	
			Voltages):
			In this mode, the DuSLIC tip and ring are in high	
			impedance. The measured voltages represent foreign	
			voltages. DC voltages for T-R, T-G and R-G will be	
			reported. This parameter is intrusive and will be	
			available in shutdown state only."
		::=  {  mltTestResultsEntry  11  }
		
	mltTestHighImpedanceModeVoltagesVdcrg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vdc"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"High Impedance Mode Tip/Ring DC Voltages (Foreign	
			Voltages):
			In this mode, the DuSLIC tip and ring are in high	
			impedance. The measured voltages represent foreign	
			voltages. DC voltages for T-R, T-G and R-G will be	
			reported. This parameter is intrusive and will be	
			available in shutdown state only."
		::=  {  mltTestResultsEntry  12  }
		
	mltTestHighImpedanceModeVoltagesVactr  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vrms"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"High Impedance Mode Tip/Ring AC Voltages (Foreign	
			Voltages): In this mode, the DuSLIC tip and ring are in	
			high impedance. The measured voltages represent foreign	
			voltages. AC voltages for T-R, T-G and R-G will be	
			reported. This parameter is intrusive and will be	
			available in shutdown state only."
		::=  {  mltTestResultsEntry  13  }
		
	mltTestHighImpedanceModeVoltagesVactg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vrms"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"High Impedance Mode Tip/Ring AC Voltages (Foreign	
			Voltages):
			In this mode, the DuSLIC tip and ring are in high	
			impedance. The measured voltages represent foreign	
			voltages. AC voltages for T-R, T-G and R-G will be	
			reported. This parameter is intrusive and will be	
			available in shutdown state only."
		::=  {  mltTestResultsEntry  14  }
		
	mltTestHighImpedanceModeVoltagesVacrg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vrms"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"High Impedance Mode Tip/Ring AC Voltages (Foreign	
			Voltages):
			In this mode, the DuSLIC tip and ring are in high	
			impedance. The measured voltages represent foreign	
			voltages. AC voltages for T-R, T-G and R-G will be	
			reported. This parameter is intrusive and will be	
			available in shutdown state only."
		::=  {  mltTestResultsEntry  15  }
		
	mltTestDcCurrentsItransversal  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 mA"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Four DC currents will be reported: IT, IL, It and Ir. 
			In normal condition, currents will be measured in	
			active mode. These measurements will not be available if	
			alarm is present."
		::=  {  mltTestResultsEntry  16  }
		
	mltTestDcCurrentsIlongitudinal  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 mA"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Four DC currents will be reported: IT, IL, It and Ir. 
			In normal condition, currents will be measured in active	
			mode. These measurements will not be available if alarm	
			is present."
		::=  {  mltTestResultsEntry  17  }
		
	mltTestDcCurrentsItip  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 mA"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Four DC currents will be reported: IT, IL, It and Ir. 
			In normal condition, currents will be measured in active	
			mode. These measurements will not be available if alarm	
			is present."
		::=  {  mltTestResultsEntry  18  }
		
	mltTestDcCurrentsIring  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 mA"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Four DC currents will be reported: IT, IL, It and Ir. 
			In normal condition, currents will be measured in active	
			mode. These measurements will not be available if alarm	
			is present."
		::=  {  mltTestResultsEntry  19  }
		
	mltTestCapacitanceCeqtr  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"nF"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Capacitance measurements will support only single	
			element (2 terminal) circuit. In the presence of a	
			network of capacitance (figure 3), the individual	
			capacitance will not be resolved. The equivalent	
			capacitances CEQtr, CEQtg and CEQrg will be reported.	
			They represent the following:

	                       CEQtr = Ctr + Ctg/4 + Crg/4
	                       CEQtg = Ctg + (Ctr*Crg)/(Ctr+Crg)
	                       CEQrg = Crg + (Ctr*Ctg)/Ctr+Ctg)

			Capacitance measurements will not be available if fuse	
			test fails or alarm is present. This test is intrusive	
			and will be available in shutdown state only."
		::=  {  mltTestResultsEntry  20  }
		
	mltTestCapacitanceCeqtg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"nF"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Capacitance measurements will support only single	
			element (2 terminal) 
			circuit. In the presence of a network of capacitance	
			(figure 3), the 
			individual capacitance will not be resolved. The	
			equivalent capacitances CEQtr, CEQtg and CEQrg will be	
			reported. They represent the following:

	                       CEQtr = Ctr + Ctg/4 + Crg/4
	                       CEQtg = Ctg + (Ctr*Crg)/(Ctr+Crg)
	                       CEQrg = Crg + (Ctr*Ctg)/Ctr+Ctg)

			Capacitance measurements will not be available if fuse	
			test fails or alarm is present. This test is intrusive	
			and will be available in shutdown state only."
		::=  {  mltTestResultsEntry  21  }
		
	mltTestCapacitanceCeqrg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"nF"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Capacitance measurements will support only single	
			element (2 terminal) circuit. In the presence of a	
			network of capacitance (figure 3), the individual	
			capacitance will not be resolved. The equivalent	
			capacitances CEQtr, CEQtg and CEQrg will be reported.	
			They represent the following:

	                       CEQtr = Ctr + Ctg/4 + Crg/4
	                       CEQtg = Ctg + (Ctr*Crg)/(Ctr+Crg)
	                       CEQrg = Crg + (Ctr*Ctg)/Ctr+Ctg)

			Capacitance measurements will not be available if fuse	
			test fails or alarm is present. This test is intrusive	
			and will be available in shutdown state only."
		::=  {  mltTestResultsEntry  22  }
		
	mltTestResistanceRtr  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"Ohm"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"DC resistance measurements will be based on a 3	
			terminal circuit model. Rtr, Rtg and Rrg will be	
			provided. User will have the option of specifying 3	
			resistance ranges: (1) low, (2) medium, (3) high. If not	
			specified, auto mode will be used. Resistance		
			measurements will not be available if fuse test fails or	
			alarm is present. This parameter is intrusive. This test	
			is intrusive and will be available in shutdown state `	
			only."
		::=  {  mltTestResultsEntry  23  }
		
	mltTestResistanceRtg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"Ohm"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"DC resistance measurements will be based on a 3	
			terminal circuit model. Rtr, Rtg and Rrg will be	
			provided. User will have the option of specifying 
			3 resistance ranges: (1) low, (2) medium, (3) high. If	
			not specified, auto mode will be used. Resistance	
			measurements will not be available if fuse test fails or	
			alarm is present. This parameter is intrusive. This test	
			is intrusive and will be available in shutdown state	
			only."
		::=  {  mltTestResultsEntry  24  }
		
	mltTestResistanceRrg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"Ohm"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"DC resistance measurements will be based on a 3	
			terminal circuit model. Rtr, Rtg and Rrg will be	
			provided. User will have the option of specifying 
			3 resistance ranges: (1) low, (2) medium, (3) high. If	
			not specified, auto mode will be used. Resistance	
			measurements will not be available if fuse test fails or	
			alarm is present. This parameter is intrusive. This test	
			is intrusive and will be available in shutdown state	
			only."
		::=  {  mltTestResultsEntry  25  }
		
	mltTestGr909HazardousPotentialTestResult  OBJECT-TYPE
		SYNTAX			MltTestPassFail
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"This test fails if the T-G or R-G ac voltage is greater	
			than 50 volts rms or the T-G or R-G dc voltage is	
			greater than 135 volts. This test will report pass/fail.	
			This test is intrusive and will be available in shutdown	
			state only."
		::=  {  mltTestResultsEntry  26  }
		
	mltTestGr909ForeignEmfTestResult  OBJECT-TYPE
		SYNTAX			MltTestPassFail
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"This test fails if the T-G or R-G ac voltage is greater	
			than 50 volts rms or the T-G or R-G dc voltage is	
			greater than 135 volts. This test will report pass/fail.	
			This test is intrusive and will be available in shutdown	
			state only."
		::=  {  mltTestResultsEntry  27  }
		
	mltTestGr909FuseTestTipFuse  OBJECT-TYPE
		SYNTAX			MltTestPassFail
		MAX-ACCESS		read-only
		STATUS			obsolete
		DESCRIPTION
			"This test determines if these fuses are blown. This	
			test will return pass/fail for tip and ring. This test	
			will not be performed if alarm is present. This		
			parameter is intrusive. This test is intrusive and will	
			be available in shutdown state only.

			This object is obsolete. Object name was changed."
		::=  {  mltTestResultsEntry  28  }
		
	mltTestGr909FuseTestRingFuse  OBJECT-TYPE
		SYNTAX			MltTestPassFail
		MAX-ACCESS		read-only
		STATUS			obsolete
		DESCRIPTION
			"This test determines if these fuses are blown. This	
			test will return pass/fail for tip and ring. This test	
			will not be performed if alarm is present. This		
			parameter is intrusive. This test is intrusive and will	
			be available in shutdown state only.

			This object is obsolete. Object name was changed."
		::=  {  mltTestResultsEntry  29  }
		
        mltTestFuseTestTipFuse  OBJECT-TYPE
		SYNTAX			MltTestPassFail
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"This test determines if these fuses are blown. This	
			test will return pass/fail for tip and ring. This test	
			will not be performed if alarm is present. This		
			parameter is intrusive. This test is intrusive and will	
			be available in shutdown state only."
		::=  {  mltTestResultsEntry  38  }
		
	mltTestFuseTestRingFuse  OBJECT-TYPE
		SYNTAX			MltTestPassFail
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"This test determines if these fuses are blown. This	
			test will return pass/fail for tip and ring. This test	
			will not be performed if alarm is present. This		
			parameter is intrusive. This test is intrusive and will	
			be available in shutdown state only."
		::=  {  mltTestResultsEntry  39  }
		
	mltTestGr909ResistiveFaultTestResult  OBJECT-TYPE
		SYNTAX			MltTestPassFail
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"This test fails if the T-R, T-G or R-G dc resistance is	
			less than 150k ohm. This test will not be performed if	
			fuse test fails or alarm is present. This test will	
			return pass/fail. This test is intrusive and will be	
			available in shutdown state only."
		::=  {  mltTestResultsEntry  30  }
		
	mltTestGr909ReceiverOffhookTestResult  OBJECT-TYPE
		SYNTAX			MltTestPassFail
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"This test fails if a non-linearity in the T-R dc	
			resistance of greater than 15% when measured at two	
			different voltage levels exists. This test will not be	
			performed if fuse test fails or alarm is present. This	
			test will return the DC resistances at two different	
			operating points and the percent difference between the	
			two DC resistances. This test is intrusive and will be	
			available in shutdown state only. "
		::=  {  mltTestResultsEntry  31  }
		
	mltTestGr909ReceiverOffhookTestResistance1  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"Ohm"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"This test fails if a non-linearity in the T-R dc	
			resistance of greater than 15% when measured at two	
			different voltage levels exists. This test will not be	
			performed if fuse test fails or alarm is present. This	
			test will return the DC resistances at two different	
			operating points and the percent difference between the	
			two DC resistances. This test is intrusive and will be	
			available in shutdown state only. "
		::=  {  mltTestResultsEntry  32  }
		
	mltTestGr909ReceiverOffhookTestResistance2  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"Ohm"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"This test fails if a non-linearity in the T-R dc	
			resistance of greater than 15% when measured at two	
			different voltage levels exists. This test will not be	
			performed if fuse test fails or alarm is present. This	
			test will return the DC resistances at two different	
			operating points and the percent difference between the	
			two DC resistances. This test is intrusive and will be	
			available in shutdown state only. "
		::=  {  mltTestResultsEntry  33  }
		
	mltTestGr909ReceiverOffhookTestDifference  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"%"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"This test fails if a non-linearity in the T-R dc	
			resistance of greater than 15% when measured at two	
			different voltage levels exists. This test will not be	
			performed if fuse test fails or alarm is present. This	
			test will return the DC resistances at two different	
			operating points and the percent difference between the	
			two DC resistances. This test is intrusive and will be	
			available in shutdown state only. "
		::=  {  mltTestResultsEntry  34  }
		
	mltTestGr909RingerTestResult  OBJECT-TYPE
		SYNTAX			MltTestRingerResult
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"This test fails when the equivalent ringer count across	
			tip and ring is less than 0.175 REN or greater than 5	
			REN. This test will not run if fuse test fails or alarm	
			is present. This test will report passed/fail and the	
			REN number. This parameter is intrusive and will be	
			available in shutdown state shutdown only."
		::=  {  mltTestResultsEntry  35  }
		
	mltTestGr909RingerTestRen  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 REN"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"This test fails when the equivalent ringer count across	
			tip and ring is less than 0.175 REN or greater than 5	
			REN. This test will not run if fuse test fails or alarm	
			is present. This test will report passed/fail and the	
			REN number. This parameter is intrusive and will be	
			available in shutdown state shutdown only."
		::=  {  mltTestResultsEntry  36  }
		
	mltTestErrors  OBJECT-TYPE
		SYNTAX			OCTET STRING
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Indicates GNK and/or OTEMP alarms active when test was	
			run."
		::=  {  mltTestResultsEntry  37  }

-- mlt active mode voltages results table	
	mltActiveModeVoltagesResultsTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  MltActiveModeVoltagesResultsEntry
		MAX-ACCESS	not-accessible
		STATUS		current
		DESCRIPTION
			"This table provides results of the mlt active mode	
			voltages test.
			Note that a numerical result value of -999 means that	
			there was an error of some sort and the value could not	
			be measured."
		::=  { mltTestResults  3 }

	mltActiveModeVoltagesResultsEntry	OBJECT-TYPE
		SYNTAX		MltActiveModeVoltagesResultsEntry
		MAX-ACCESS	not-accessible
		STATUS		current
		DESCRIPTION
			"Entry holding information about results
			of mlt active mode voltages test."
		INDEX		{  mltTestPort  }
		::=  { mltActiveModeVoltagesResultsTable 1 }

	MltActiveModeVoltagesResultsEntry  ::=  SEQUENCE {
		mltActiveModeVoltagesVdctr  Integer32,
		mltActiveModeVoltagesVdctg  Integer32,
		mltActiveModeVoltagesVdcrg  Integer32,
		mltActiveModeVoltagesVactr  Integer32,
		mltActiveModeVoltagesVactg  Integer32,
		mltActiveModeVoltagesVacrg  Integer32,
		mltActiveModeVoltagesErrors  OCTET STRING
		}
		
	mltActiveModeVoltagesVdctr  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vdc"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Active Mode Tip/Ring AC Voltages:
			In active mode, the DuSLIC drives the tip/ring in a	
			normal no shutdown state. AC voltages for T-R, T-G and	
			R-G will be reported. 
			Active mode measurements will not be available when	
			alarm is detected. This parameter is intrusive and will	
			be available in shutdown state only."
		::=  {  mltActiveModeVoltagesResultsEntry  1  }
		
	mltActiveModeVoltagesVdctg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vdc"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Active Mode Tip/Ring AC Voltages:
			In active mode, the DuSLIC drives the tip/ring in a	
			normal no shutdown state. AC voltages for T-R, T-G and	
			R-G will be reported.  Active mode measurements will not	
			be available when alarm is detected. This parameter is	
			intrusive and will be available in shutdown state only."
		::=  {  mltActiveModeVoltagesResultsEntry  2  }
		
	mltActiveModeVoltagesVdcrg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vdc"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Active Mode Tip/Ring AC Voltages:
			In active mode, the DuSLIC drives the tip/ring in a	
			normal no shutdown state. AC voltages for T-R, T-G and	
			R-G will be reported. Active mode measurements will not	
			be available when alarm is detected. This parameter is	
			intrusive and will be available in shutdown state only."
		::=  {  mltActiveModeVoltagesResultsEntry  3  }
		
	mltActiveModeVoltagesVactr  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vrms"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Active Mode Tip/Ring AC Voltages:
			In active mode, the DuSLIC drives the tip/ring in a	
			normal no shutdown state. Thus, VT and VR measurements	
			should be 0 volt. AC voltages for T-R, T-G and R-G will	
			be reported. Active mode measurements will not be	
			available when alarm is detected. This parameter is	
			intrusive and will be available in shutdown state only."
		::=  {  mltActiveModeVoltagesResultsEntry  4  }
		
	mltActiveModeVoltagesVactg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vrms"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Active Mode Tip/Ring AC Voltages:
                         In active mode, the DuSLIC drives the tip/ring in a	
			normal no shutdown state. Thus, VT and VR measurements	
			should be 0 volt. AC voltages for T-R, T-G and R-G will	
			be reported. Active mode measurements will not be	
			available when alarm is detected. This parameter is	
			intrusive and will be available in shutdown state only."
		::=  {  mltActiveModeVoltagesResultsEntry  5  }
		
	mltActiveModeVoltagesVacrg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vrms"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Active Mode Tip/Ring AC Voltages:
			In active mode, the DuSLIC drives the tip/ring in a	
			normal no shutdown state. Thus, VT and VR measurements	
			should be 0 volt. AC voltages for T-R, T-G and R-G will	
			be reported. 
			Active mode measurements will not be available when	
			alarm is detected. This parameter is intrusive and will	
			be available in shutdown state only."

		::=  {  mltActiveModeVoltagesResultsEntry  6  }
		
	 mltActiveModeVoltagesErrors  OBJECT-TYPE
		SYNTAX			OCTET STRING
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Indicates GNK and/or OTEMP alarms active when test was	
			run."
		::=  {  mltActiveModeVoltagesResultsEntry  7  }

-- mlt high impedance mode voltages results table	
	mltHighImpedanceModeVoltagesResultsTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  
MltHighImpedanceModeVoltagesResultsEntry
		MAX-ACCESS	not-accessible
		STATUS		current
		DESCRIPTION
			"This table provides result of the mlt test suite.
			Note that a numerical result value of -999 means that	
			there was an error of some sort and the value could not	
			be measured."
		::=  { mltTestResults  4 }

	mltHighImpedanceModeVoltagesResultsEntry	OBJECT-TYPE
		SYNTAX		MltHighImpedanceModeVoltagesResultsEntry
		MAX-ACCESS	not-accessible
		STATUS		current
		DESCRIPTION
			"Entry holding information about results
			of mlt high impedance mode voltages test."
		INDEX		{  mltTestPort  }
		::=  { mltHighImpedanceModeVoltagesResultsTable 1 }

	MltHighImpedanceModeVoltagesResultsEntry  ::=  SEQUENCE {
		mltHighImpedanceModeVoltagesVdctr  Integer32,
		mltHighImpedanceModeVoltagesVdctg  Integer32,
		mltHighImpedanceModeVoltagesVdcrg  Integer32,
		mltHighImpedanceModeVoltagesVactr  Integer32,
		mltHighImpedanceModeVoltagesVactg  Integer32,
		mltHighImpedanceModeVoltagesVacrg  Integer32,
		mltHighImpedanceModeVoltagesErrors  OCTET STRING
		}
		
	mltHighImpedanceModeVoltagesVdctr  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vdc"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"High Impedance Mode Tip/Ring DC Voltages (Foreign	
			Voltages):
			In this mode, the DuSLIC tip and ring are in high	
			impedance. The measured voltages represent foreign	
			voltages. DC voltages for T-R, T-G and R-G will be	
			reported. This parameter is intrusive and will be	
			available in shutdown state only."
		::=  {  mltHighImpedanceModeVoltagesResultsEntry  1  }
		
	mltHighImpedanceModeVoltagesVdctg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vdc"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"High Impedance Mode Tip/Ring DC Voltages (Foreign	
			Voltages):
			In this mode, the DuSLIC tip and ring are in high	
			impedance. The measured voltages represent foreign	
			voltages. DC voltages for T-R, T-G and R-G will be	
			reported. This parameter is intrusive and will be	
			available in shutdown state only."
		::=  {  mltHighImpedanceModeVoltagesResultsEntry  2  }
		
	mltHighImpedanceModeVoltagesVdcrg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vdc"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"High Impedance Mode Tip/Ring DC Voltages (Foreign	
			Voltages): 
			In this mode, the DuSLIC tip and ring are in high	
			impedance. The measured voltages represent foreign	
			voltages. DC voltages for T-R, T-G and R-G will be	
			reported. This parameter is intrusive and will be	
			available in shutdown state only."
		::=  {  mltHighImpedanceModeVoltagesResultsEntry  3  }
		
	mltHighImpedanceModeVoltagesVactr  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vrms"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"High Impedance Mode Tip/Ring AC Voltages (Foreign	
			Voltages):
			In this mode, the DuSLIC tip and ring are in high	
			impedance. The measured voltages represent foreign	
			voltages. AC voltages for T-R, T-G and R-G will be	
			reported. This parameter is intrusive and will be	
			available in shutdown state only."
		::=  {  mltHighImpedanceModeVoltagesResultsEntry  4  }
		
	mltHighImpedanceModeVoltagesVactg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vrms"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"High Impedance Mode Tip/Ring AC Voltages (Foreign	
			Voltages):
			In this mode, the DuSLIC tip and ring are in high	
			impedance.  The measured voltages represent foreign	
			voltages. AC voltages for T-R, T-G and R-G will be	
			reported. This parameter is intrusive and will be	
			available in shutdown state only."
		::=  {  mltHighImpedanceModeVoltagesResultsEntry  5  }
		
	mltHighImpedanceModeVoltagesVacrg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"0.1 Vrms"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"High Impedance Mode Tip/Ring AC Voltages (Foreign	
			Voltages):
			In this mode, the DuSLIC tip and ring are in high	
			impedance. The measured voltages represent foreign	
			voltages. AC voltages for T-R, T-G and R-G will be	
			reported. This parameter is intrusive and will be	
			available in shutdown state only."
		::=  {  mltHighImpedanceModeVoltagesResultsEntry  6  }
				
	mltHighImpedanceModeVoltagesErrors  OBJECT-TYPE
		SYNTAX			OCTET STRING
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Indicates GNK and/or OTEMP alarms active when test was	
			run."
		::=  {  mltHighImpedanceModeVoltagesResultsEntry  7  }
		
-- mlt DC resistance results table	
	mltDcResistanceResultsTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  MltDcResistanceResultsEntry
		MAX-ACCESS	not-accessible
		STATUS		current
		DESCRIPTION
			"This table provides result of the DC resistance test.
			Note that a numerical result value of -999 means that	
			there was an error of some sort and the value could not	
			be measured.  Also, a resistance value of 9999 means	
			that the result was greater than 1000 kOhms, but the	
			exact value could not be measured."
		::=  { mltTestResults  5 }

	mltDcResistanceResultsEntry	OBJECT-TYPE
		SYNTAX		MltDcResistanceResultsEntry
		MAX-ACCESS	not-accessible
		STATUS		current
		DESCRIPTION
			"Entry holding information about results
			of mlt DC resistance test."
		INDEX		{  mltTestPort  }
		::=  { mltDcResistanceResultsTable 1 }

	MltDcResistanceResultsEntry  ::=  SEQUENCE {
		mltDcResistanceRtr  Integer32,
		mltDcResistanceRtg  Integer32,
		mltDcResistanceRrg  Integer32,
		mltDcResistanceErrors  OCTET STRING
		}

		
	mltDcResistanceRtr  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"Ohm"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"DC resistance measurements will be based on a 3	
			terminal circuit model.  Rtr, Rtg and Rrg will be	
			provided. User will have the option of specifying 
			3 resistance ranges: (1) low, (2) medium, (3) high. If	
			not specified, auto mode will be used. Resistance	
			measurements will not be available if fuse test fails or	
			alarm is present. This parameter is intrusive. This test	
			is intrusive and will be available in shutdown state	
			only."
		::=  {  mltDcResistanceResultsEntry  1  }
		
	mltDcResistanceRtg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"Ohm"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"DC resistance measurements will be based on a 3	
			terminal circuit model. Rtr, Rtg and Rrg will be	
			provided. User will have the option of specifying 
			3 resistance ranges: (1) low, (2) medium, (3) high. If	
			not specified, auto mode will be used. Resistance	
			measurements will not be available if fuse test fails or	
			alarm is present. This parameter is intrusive. This test	
			is intrusive and will be available in shutdown state	
			only."
		::=  {  mltDcResistanceResultsEntry  2  }
		
	mltDcResistanceRrg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"Ohm"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"DC resistance measurements will be based on a 3	
			terminal circuit model. Rtr, Rtg and Rrg will be	
			provided. User will have the option of specifying 
			3 resistance ranges: (1) low, (2) medium, (3) high. If	
			not specified, auto mode will be used. Resistance	
			measurements will not be available if fuse test fails or	
			alarm is present. This parameter is intrusive. This test	
			is intrusive and will be available in shutdown state	
			only."
		::=  {  mltDcResistanceResultsEntry  3  }
				
	mltDcResistanceErrors  OBJECT-TYPE
		SYNTAX			OCTET STRING
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Indicates GNK and/or OTEMP alarms active when test was	
			run."
		::=  {  mltDcResistanceResultsEntry  4  }
		
-- mlt capacitance results table	
	mltCapacitanceResultsTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  MltCapacitanceResultsEntry
		MAX-ACCESS	not-accessible
		STATUS		current
		DESCRIPTION
			"This table provides result of the mlt test suite.
			Note that a numerical result value of -999 means that 
			there was an error of some sort and the value could not	
			be measured."
		::=  { mltTestResults  6 }

	mltCapacitanceResultsEntry	OBJECT-TYPE
		SYNTAX		MltCapacitanceResultsEntry
		MAX-ACCESS	not-accessible
		STATUS		current
		DESCRIPTION
			"Entry holding information about results
			of mlt capacitance test."
		INDEX		{  mltTestPort  }
		::=  { mltCapacitanceResultsTable 1 }

	MltCapacitanceResultsEntry  ::=  SEQUENCE {
		mltCapacitanceCeqtr  Integer32,
		mltCapacitanceCeqtg  Integer32,
		mltCapacitanceCeqrg  Integer32,
		mltCapacitanceErrors  OCTET STRING
		}
		
	mltCapacitanceCeqtr  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"nF"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Capacitance measurements will support only single	
			element (2 terminal) circuit. In the presence of a	
			network of capacitance (figure 3), the individual	
			capacitance will not be resolved. The equivalent	
			capacitances CEQtr, CEQtg and CEQrg will be reported.	
			They represent the following:

	                       CEQtr = Ctr + Ctg/4 + Crg/4
	                       CEQtg = Ctg + (Ctr*Crg)/(Ctr+Crg)
	                       CEQrg = Crg + (Ctr*Ctg)/Ctr+Ctg)

                         Capacitance measurements will not be available if fuse	
			test fails or alarm is present. This test is intrusive	
			and will be available in shutdown state only."
		::=  {  mltCapacitanceResultsEntry  1  }
		
	mltCapacitanceCeqtg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"nF"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Capacitance measurements will support only single	
			element (2 terminal) circuit. In the presence of a	
			network of capacitance (figure 3), the individual	
			capacitance will not be resolved. The equivalent	
			capacitances CEQtr, CEQtg and CEQrg will be reported.	
			They represent the following:

	                       CEQtr = Ctr + Ctg/4 + Crg/4
	                       CEQtg = Ctg + (Ctr*Crg)/(Ctr+Crg)
	                       CEQrg = Crg + (Ctr*Ctg)/Ctr+Ctg)

			Capacitance measurements will not be available if fuse	
			test fails or alarm is present. This test is intrusive	
			and will be available in shutdown state only."
		::=  {  mltCapacitanceResultsEntry  2  }
		
	mltCapacitanceCeqrg  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"nF"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Capacitance measurements will support only single	
			element (2 terminal) circuit. In the presence of a	
			network of capacitance (figure 3), the individual	
			capacitance will not be resolved. The equivalent	
			capacitances CEQtr, CEQtg and CEQrg will be reported.	
			They represent the following:

	                       CEQtr = Ctr + Ctg/4 + Crg/4
	                       CEQtg = Ctg + (Ctr*Crg)/(Ctr+Crg)
	                       CEQrg = Crg + (Ctr*Ctg)/Ctr+Ctg)

			Capacitance measurements will not be available if fuse	
			test fails or alarm is present. This test is intrusive	
			and will be available in shutdown state only."
		::=  {  mltCapacitanceResultsEntry  3  }
				
	mltCapacitanceErrors  OBJECT-TYPE
		SYNTAX			OCTET STRING
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Indicates GNK and/or OTEMP alarms active when test was	
			run."
		::=  {  mltCapacitanceResultsEntry  4  }

-- mlt loop detect results table	
	mltLoopDetectResultsTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  MltLoopDetectResultsEntry
		MAX-ACCESS	not-accessible
		STATUS		current
		DESCRIPTION
			"This table provides result of the mlt loop detect test.
			Note that a numerical result value of -999 means that	
			there was an error of some sort and the value could not	
			be measured."
		::=  { mltTestResults  7 }

	mltLoopDetectResultsEntry	OBJECT-TYPE
		SYNTAX		MltLoopDetectResultsEntry
		MAX-ACCESS	not-accessible
		STATUS		current
		DESCRIPTION
			"Entry holding information about results
			of mlt loop detect test."
		INDEX		{  mltTestPort  }
		::=  { mltLoopDetectResultsTable 1 }

	MltLoopDetectResultsEntry  ::=  SEQUENCE {
		mltLoopDetectLoopCapacitance  Integer32,
		mltLoopDetectDetectionThreshold  Integer32,
		mltLoopDetectLoopDetected  MltTestYesNo,
		mltLoopDetectErrors  OCTET STRING
		}
		
	mltLoopDetectLoopCapacitance  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"nF"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
                        "Loop detection will be based on tip-ring capacitance
                        measurement. User will be able to specify the detection
                        threshold. If not supplied,loop detection threshold of
                        10 nF will be used. This test will not be available if
                        fuse test fails or alarm is present. This test is
                        intrusive and will be available in shutdown state only."
		::=  {  mltLoopDetectResultsEntry  1  }
		
	mltLoopDetectDetectionThreshold  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"nF"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Loop detection will be based on tip-ring capacitance
                        measurement. User will be able to specify the detection
                        threshold. If not supplied, loop detection threshold of
                        10 nF will be used. This test will not be available if
                        fuse test fails or alarm is present. This test is
                        intrusive and will be available in shutdown state only."
		::=  {  mltLoopDetectResultsEntry  2  }
		
	mltLoopDetectLoopDetected  OBJECT-TYPE
		SYNTAX			MltTestYesNo
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Loop detection will be based on tip-ring capacitance
                        measurement. User will be able to specify the detection
                        threshold. If not supplied, loop detection threshold
                        of 10 nF will be used. This test will not be available
                        if fuse test fails or alarm is present. This test is
                        intrusive and will be available in shutdown state only."
		::=  {  mltLoopDetectResultsEntry  3  }
				
	mltLoopDetectErrors  OBJECT-TYPE
		SYNTAX			OCTET STRING
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Indicates GNK and/or OTEMP alarms active when test
                        was run."
		::=  {  mltLoopDetectResultsEntry  4  }

-- mlt loop length results table	
	mltLoopLengthResultsTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  MltLoopLengthResultsEntry
		MAX-ACCESS	not-accessible
		STATUS		current
		DESCRIPTION
			"This table provides result of the mlt loop length test.
			Note that a numerical result value of -999 means that 
                        there was an error of some sort and the value could
                        not be measured."
		::=  { mltTestResults  8 }

	mltLoopLengthResultsEntry	OBJECT-TYPE
		SYNTAX		MltLoopLengthResultsEntry
		MAX-ACCESS	not-accessible
		STATUS		current
		DESCRIPTION
			"Entry holding information about results
			of mlt loop length test."
		INDEX		{  mltTestPort  }
		::=  { mltLoopLengthResultsTable 1 }

	MltLoopLengthResultsEntry  ::=  SEQUENCE {
		mltLoopLengthCapacitanceFactor  Integer32,
		mltLoopLengthLoopCapacitance  Integer32,
		mltLoopLengthLoopLength  Integer32,
		mltLoopLengthUncompensatedLoopCapacitance Integer32,
		mltLoopLengthUncompensatedLoopLength Integer32,
		mltLoopLengthErrors  OCTET STRING
		}
		
	mltLoopLengthCapacitanceFactor  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"nF/mile"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Loop length estimate will be based on tip-ring
                        capacitance measurement. User will be able to 
                        specify the loop length multiplier. If not supplied, 
                        loop length multiplier of 83 nF/ mile will be used.
                        This test will not be available if fuse test fails
                        or alarm is present. This test is intrusive and will
                        be available in shutdown state only."
		::=  {  mltLoopLengthResultsEntry  1  }
		
	mltLoopLengthLoopCapacitance  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"nF"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Loop length estimate will be based on tip-ring		
			capacitance measurement. User will be able to specify	
			the loop length multiplier. If not supplied, loop length	
			multiplier of 83 nF/ mile will be used. This test will	
			not be available if fuse test fails or alarm is present.	
			This test is intrusive and will be available in shutdown	
			state only. "
		::=  {  mltLoopLengthResultsEntry  2  }
		
	mltLoopLengthLoopLength  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"ft"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Loop length estimate will be based on tip-ring		
			capacitance measurement. User will be able to specify	
			the loop length multiplier. If not supplied, loop length	
			multiplier of 83 nF/ mile will be used. This test will	
			not be available if fuse test fails or alarm is present.	
			This test is intrusive and will be available in shutdown 
			state only. "
		::=  {  mltLoopLengthResultsEntry  3  }
		
	mltLoopLengthUncompensatedLoopCapacitance  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"nF"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Loop length estimate will be based on tip-ring		
			capacitance measurement. User will be able to specify	
			the loop length multiplier. If not supplied, loop length	
			multiplier of 83 nF/ mile will be used. This test will	
			not be available if fuse test fails or alarm is present.	
			This test is intrusive and will be available in shutdown	
			state only. This value has no DSL correction."
		::=  {  mltLoopLengthResultsEntry  4  }
		
	mltLoopLengthUncompensatedLoopLength  OBJECT-TYPE
		SYNTAX			Integer32
		UNITS			"ft"
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Loop length estimate will be based on tip-ring		
			capacitance measurement. User will be able to specify	
			the loop length multiplier. If not supplied, loop length	
			multiplier of 83 nF/ mile will be used. This test will	
			not be available if fuse test fails or alarm is present.	
			This test is intrusive and will be available in shutdown	
			state only. This value has no DSL correction."
		::=  {  mltLoopLengthResultsEntry  5  }

				
	mltLoopLengthErrors  OBJECT-TYPE
		SYNTAX			OCTET STRING
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION
			"Indicates GNK and/or OTEMP alarms active when test was	
			run."
		::=  {  mltLoopLengthResultsEntry  6  }
		
-- notifications

	mltTestCompletedNotification	NOTIFICATION-TYPE
		OBJECTS			{ mltTestIdentifier, mltTestPort, 
					mltLastTestStatus, mltErrorText }
		STATUS			current
		DESCRIPTION		
			"This notification is sent to the 
			requesting host when the requested mlt 
			test has completed."
		::=  {  mltTestNotifications  1  }



END