199.3.1 TEST-TSU / DIAGNOSE-TSU

The AMO either starts test jobs for the system units, interrogates the status word of the processors or starts an external loop at a DIUS2 board.

The call of ’DIAGNOSE-TSU’ is also possible. With ’DIAGNOSE-TSU’ the same tests except T5 and T18 to T21 are run and the same test results are displayed by the AMO as after the call of ’TEST-TSU’, but additionally test errors are treated by FA (Failure Analysis). The parameter tree is nearly identical in both cases (excluded are only T5 and T18 to T21).


		Overview of test orders :

T1		Test an LTG-active
		including the speech highways to the CSN-active
		Test of the LTG-standby possible from SP300-V3.2 upwards
		This job consists of the linked jobs T3 (for the LTG-active control), T5 and
		T8 to T11.
T2		Test the Common Control-active or the Common Control-standby
T3		Test the Group Control of an LTG-active or LTG-standby
T4		Test a specific LTU in an LTG-active
T5		Test the board highways in an LTU shelf
T6		Test a module in an LTU
T7		Test a circuit in a module of an LTU
T8		Test a circuit (as in T6), but using a defined highway and timeslot
T9		Test the standard SIU in an LTG-active and LTG-standby
		(Test T9 is included in T8 from SP300-V3.2 upwards.)
T10		Test the MP of the CONF module in an LTG-active and LTG-standby
		(Test T9 is included in T8 from SP300-V3.2 upwards.)
T11		Test all timeslots on all speech highways between
		an LTU and the group switching network (GSN) of an LTG-active.
T13		Test a Cornet-T device,
		a whole Workstation,
		a Rolmphone Selftest,
		a DCM Selftest (Data Communication Module),
		a DCM looptest
		an Optiset terminal
		a Check alive test on an Optiset terminal
		or a Linepower test on an Optiset terminal
		Test a PNT (Private Network Terminator) or a
		NT (Network Terminator) on a SLMU board,
		a Cornet-T device,
		all devices of a S0-bus,
		a whole Workstation,
		a Rolmphone Selftest,
		a DCM Selftest (Data Communication Module),
		a DCM looptest.
		an Optiset terminal
		a Check alive test on an Optiset terminal
		a Linepower test on an Optiset terminal
		or all terminals of one circuit (only loop 4)
T14		Test a specified PCM line
T16		Start of an external loop at a DIUS2, DIUS7 or SLMN-E1 for jitter measurements (used for special admission tests only)
T17		Test of connection WAML board - ADP
T18		Line testing on SLMA boards
T19		IPDA survivability modem
T20		IPDA survivability path
T21		Central Byte Manipulation Module test loop

Note

T1 to T21 corresponds to the number (1) to (21) in the procedure overview.


No.	Release
T1	AS
T2	AS
T3	AS
T4	P
T5	P
T6	P
T7	AS
T8	AS
T9	P
T10	P
T11	P
T13	P
T14	P
T16	P
T17	P
T18	P
T19	P
T20	P
T21	P

Table 41

Overview of test jobs and test scope


AS	=	Both system halves can be tested; identification of the halves by means of parameter HALF.
A	=	Active system half can be tested; standby half cannot be tested for hardware-re- lated reasons.
AP	=	Can be tested; the common control (active half) and the periphery are tested.
P	=	Can be tested; element in non-duplicated periphery (active/ relevant in this case) standby distinction

Procedure Overview


Command Code	Parameter
TEST-TSU	UNIT=LTG,LTG=<number>,[HALF=<param>];	(1)

	\|UNIT=CC,[HALF=<param>];	(2)

	\|UNIT=CLTG,LTG=<number>,[HALF=<param>];	(3)

	\|UNIT=LTU[, LTG=<number>,LTU=<number>];	(4)

	\|UNIT=BRDHWY[, LTG=<number>,LTU=<number>];	(5)

	\|UNIT=MDL,LTG=<number>,LTU=<number>	(6)
	,SLOT=<number>;

	\|UNIT=CCT,LTG=<number>,LTU=<number>	(7)
	,SLOT=<number>,CCT=<number>
	,[LOOPBACK=<number>];

	\|UNIT=CCTPATH,LTG=<number>,LTU=<number>	(8)
	,SLOT=<number>,CCT=<number>,HWY=<number>,TSL=<number>
	,[LOOPBACK=<number>];

	\|UNIT=SIU,LTG=<number>;	(9)

	\|UNIT=CONF,LTG=<number>;	(10)

	\|UNIT=SPHW,LTG=<number>,LTU=<number>;	(11)

	\|UNIT=T,
	\|TYPE=STNO,STNO=<number>,[SERVICE=<param>]	(13)
	\|TESTTYPE=LOOPBACK,LOOPBACK=<number>;
	\|TESTTYPE=SELFTEST;
	\|TESTTYPE=CHKALIV;
	\|TESTTYPE=LINEPOW;

	\|TYP=PEN,LTG=<number>,LTU=<number>	(13)
	,SLOT=<number>,CCT=<number>
	,OBJECT=SINGLE,
	\|TESTTYPE=LOOPBACK,LOOPBACK=<number>,
	[TSI=<number>];
	\|TESTTYPE=SELFTEST,[TSI=<number>];
	\|TESTTYPE=CHKALIV,[TSI=<number>];
	\|TESTTYPE=LINEPOW;
	,OBJECT=ALL;

	\|UNIT=PCMLINE,LTG=<number>,LTU=<number>	(14)
	,SLOT=<number>,[PCMLINE=<number>];

	\|UNIT=JITTERLP,LTG=<number>,LTU=<number>,	(16)
	SLOT=<number>,CCT=<number>,BCHAN1=<number>,
	BCHAN2=<number>;

	\|UNIT=CONWADP,LTG=<number>,LTU=<number>,	(17)
	EBT=<number>;

	\|UNIT=LINE,	(18)
	\|TYPE=STNO,STNO=<number>,[SERVICE=<param>]
	,LOOPBACK=<number>;
	\|TYPE=PEN,LTG=<number>,LTU=<number>
	,SLOT=<number>,CCT=<number>
	,LOOPBACK=<number>;

	\|UNIT=SURVMOD,LTU=<number>;	(19)

	\|UNIT=SURVPATH,LTU=<number>;	(20)

	\|UNIT=CBMM,LTU=<number>;	(21)

DIAGNOSE-TSU	UNIT=LTG,LTG=<number>,[HALF=<param>];	(1)

	\|UNIT=CC,[HALF=<param>];	(2)

	\|UNIT=CLTG,LTG=<number>,[HALF=<param>];	(3)

	\|UNIT=LTU,LTG=<number>,[LTU=<number>];	(4)

	\|UNIT=MDL,LTG=<number>,LTU=<number>	(6)
	,SLOT=<number>;

	\|UNIT=CCT,LTG=<number>,LTU=<number>	(7)
	,SLOT=<number>,CCT=<number>
	,[LOOPBACK=<number>];

	\|UNIT=CCTPATH,LTG=<number>,LTU=<number>	(8)
	,SLOT=<number>,CCT=<number>,HWY=<number>,TSL=<number>
	,[LOOPBACK=<number>];

	\|UNIT=SIU,LTG=<number>;	(9)

	\|UNIT=CONF,LTG=<number>;	(10)

	\|UNIT=SPHW,LTG=<number>,LTU=<number>;	(11)

	\|UNIT=T,
	\|TYPE=STNO,STNO=<number>,[SERVICE=<param>]	(13)
	\|TESTTYPE=LOOPBACK,LOOPBACK=<number>;
	\|TESTTYPE=SELFTEST;
	\|TESTTYPE=CHKALIV;
	\|TESTTYPE=LINEPOW;

	\|TYP=PEN,LTG=<number>,LTU=<number>	(13)
	,SLOT=<number>,CCT=<number>
	,OBJECT=SINGLE,
	\|TESTTYPE=LOOPBACK,LOOPBACK=<number>,
	[TSI=<number>];
	\|TESTTYPE=SELFTEST,[TSI=<number>];
	\|TESTTYPE=CHKALIV,[TSI=<number>];
	\|TESTTYPE=LINEPOW;
	,OBJECT=ALL;

	\|UNIT=PCMLINE,LTG=<number>,LTU=<number>	(14)
	,SLOT=<number>,[PCMLINE=<number>];

	\|UNIT=JITTERLP,LTG=<number>,LTU=<number>,	(16)
	SLOT=<number>,CCT=<number>,BCHAN1=<number>,
	BCHAN2=<number>;

	\|UNIT=CONWADP,LTG=<number>,LTU=<number>,	(17)
	EBT=<number>;

Note

T1 to T21 corresponds to the number (1) to (21) in the procedure overview.

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