145.3.2 CHANGE-LWPAR

CHANGE assigned parameter blocks.
If a parameter block assigned for a certain analog circuit type is to be changed to another analog circuit type, a DELETE and new ADD of the block is required.

The parameter blocks are permanently assigned for digital circuits (0-9 for DIUS2, 0-49 for CDG, 200 for TMD-BOS and 200 for TMD-BOS) and DIUC circuits (1-6), and for this reason the AMO LWPAR function ADD is not provided for the digital circuits and DIUC circuits. Any required alterations of the parameter blocks are carried out with the function CHANGE.

Note

For parameters for which linked single values can be entered, all values which can be entered must be specified, since values which are not specified are automatically set to default values when CHANGE is carried out.
After a CHANGE of the circuit parameters for a certain block, the circuits assigned to this block must be manually deactivated and then reactivated in order to load the altered block (AMO DSSU).

Mapping tables of the digital CDG parameter blocks

The input branch TYPE=CDG,CDGTYPE=MAPPING allows the specification of four mapping tables, one for each CDG parameter block. These mapping tables may be activated or deactivated by the help of argument LCOSMAP (value=Y,N) in branch TYPE=CDG,CDGTYPE=CONF.

–

TBL=LCOSVRRG: Conversion of HICOM specific LCOSS (LCR Class Of Service, Voice) to the RRG values (Route Restriction Group) specific for the Realitis DX system and vice versa. The table has 32 entries and is initialized as follows:


LCOS	RRG
1	0
2	1
3	2
...	...
31	30
32	31

One can (simultaneously) change several entries describing the LCOS - RRG correspondence by concatenating (at most 8) values of the input in a single AMO command. Repetion of the LCOS input values is not allowed.
Uniqueness is required for RRG values in order to ensure a correct mapping function. However it is possible to add RRG values which have multiple occurrences in the table. In this case the user is noticed by the advisory message H19 and by displaying the table entries with multiple occurancies.
Before downloading the table any multiplicities of these values have to be eliminated.

–

TBL=LCOSDRRG: Conversion of HICOM specific LCOSD (LCR Class Of Service, Data) to the RRG values (Route Restriction Group) specific for the Realitis DX system and vice versa. See previous paragraph for further details.

–

TBL=TRGCBG: Conversion of HICOM specific TRG (Traffic Restriction Group) to the CBG values (Call Barring Group) specific for the Realitis DX system. The table has 16 entries and is initialized as follows:


TRG	CBG
0	0
1	1
2	2
...	...
14	14
15	15

One can (simultaneously) change several entries describing the TRG - RRG correspondence by concatenating (at most 8) values of the input in a single AMO command. Repetion of the TRG input values is not allowed.
Uniqueness is required for CBG values in order to ensure a correct mapping function. However it is possible to add CBG values which have multiple occurancies in the table. In this case the user is noticed by the advisory message H19 and by displaying the table entries with multiple occurancies.
Before downloading the table any multiplicities of these values have to be eliminated.

–

TBL=DXTGITR: Conversion of trunk groups specific for the Realitis DX system to the HICOM specific Internal Traffic Restriction (ITR) and vice versa. The table has 32 entries and is initialized as follows:


DXTGPOS	DXTG	ITR	Primary
0	255	0
1	255	0
2	255	0
...	255	0
30	255	0
31	255	0

To a given ITR one can assign several DXTG entries at once by concatenating several (at most 8) DXTGPOS - DXTG pairs in the input of a single AMO command. Uniqueness is required in the resulting DXTG fields.
One of the DXTG entries belonging to the same ITR should be marked as PRIMARY. This can be selected by explicitly specifying parameter PRIMDXTG in the AMO input. The default in its absence is the entry with the lowest DXTGPOS.
Either all or none of the parameters DXTGPOS, DXTG and ITR must be specified. If none of DXTGPOS, DXTG, ITR and PRIMDXTG is given the whole mapping table will be deleted, i.e. reset to its default initialization.

CDG Version 6:

The most parameters of CDG Version 6 are in branch TYPE=CONF2, and the timer AROB (TAROB) isp stored in the TIMER branch. Depending on the value of parameter PROT either the value of parameter DASSOPN or the value of VMSYSTAD is stored in the CDG structure. The actions DISPLAY and REGENERATE show the actual parameter name and value of these fields from DB. If the value of PROT is DASS then parameter DASSOPN is displayed, if PROT is equal DPNSSN then VMSYSTAD is displayed.

Procedure Overview


Command Code	Parameter
CHANGE-LWPAR	TYPE=DIUS2,BLNO=<number>
	,{LNTYPE=<param>,VERSION=<param>
	,QUAL=<param>,MASTER=<param>
	,DCHAN1=<number>,DCHAN2=<number>
	,PATTERN=<hex>,QUAL1=<number>
	,QUAL2=<number>,SMD=<param>
	,PERMACT=<param>,FCBAB=<hex>
	,CDG=<param>,FIXEDTEI=<number>
	,CNTRNR=<number>,TEIVERIF=<param>
	,CRC4REP=<param>,DEV=<param>,INFO=<string>};

	\|TYPE=DIUC,BLNO=<number>
	,{LNTYPE=<param>,COPA=<param>
	,QUAL=<param>,QUAL1=<number>,QUAL2=<number>
	,SUPPTIM=<number>,STABTIM=<number>
	,FCBAB=<hex>,MFCB=<hex>,COPTYPE=<param>
	,DEV=<param>,INFO=<string>};

	\|TYPE=NWWTK,BLNO=<number>
	,{EDP=<number>,CTYPE=<param>
	,DGTPRMSI=<key-num>,DGTPRMS=<key-num>
	,DGTPRMST=<key-num>,COS=<param>
	,SPDC1=<number>,SPD1=<number>
	,SPD2=<number>,SPD3=<number>
	,SPD4=<number>,SPD5=<number>
	,SPD6=<number>,COS1=<param>,COS2=<param>
	,COS3=<param>,COS4=<param>,COS5=<param>
	,PUTM=<number>,PATM=<number>
	,SPDCDSS=<param>,DGTPR=<key-num>
	,DGTPRC=<key-num>,DEV=<param>,INFO=<string>};

	\|TYPE=CDG,BLNO=<number>,
	CDGTYPE=CONF, {(min 1) PATTERN=<number>
	,PROT=<param>,BCHCONF=<number>
	,EQVIRC=<number>,VCHCONF=<number>
	,NSIMSGS=<number>,SADRTM=<param>
	,MAXTMS=<number>,RESTLNK=<param>
	,RESTALL=<param>,BCHNEG=<param>
	,CRC4C=<param>,CRC4REP=<param>
	,TEMPSIG=<param>,NSITR=<param>
	,NSIOUT=<param>,CDGCF=<param>
	,CONVBN=<param>,TIDOP=<param>
	,C3CONF=<param>,CONACK=<param>
	,LSCF=<param>,DEFID=<param>
	,DASSOPN=<key-num>,DEV=<param>,
	INFO=<string>,LCOSMAP=<param>,DEFPASSW=<number>};
	CDGTYPE=CONF2,{(min 1) ATCPN=<number>,ICPN=<number>,
	APCPN=<number>,DASSCPN=<number>,AROB=<param>,
	SCCONF=<param>,VMSYSTAD=<number>};
	CDGTYPE=TIMER, {(min 1) TBID=<number>
	,TROPTBR=<number>,TROPTNR=<number>
	,TDPNSSC=<number>,TWEOS=<number>
	,TSABMR=<number>,T301=<number>
	,T302=<number>,T303=<number>
	,T304=<number>,T305=<number>
	,T308=<number>,T309=<number>
	,T310=<number>,T313=<number>
	,T314=<number>,T316=<number>
	,T322=<number>,TAMOST=<number>
	,TIPL=<number>,IPLDS=<param>
	,TAROB=<number>,RES3=<number>
	,RES4=<number>,RES5=<number>};
	CDGTYPE=MAPPING,
	\|TBL=LCOSVRRG,[LCOS=<number>], [RRG=<number>];
	\|TBL=LCOSDRRG,[LCOS=<number>], [RRG=<number>];
	\|TBL=TRGCBG,[TRG=<number>], [CBG=<number>];
	\|TBL=DXTGITR,[DXTGPOS=<number>], [DXTG=<number>],
	[ITR=<number>], [PRIMDXTG=<number>];
	\|TYPE=TMD,
	\|TMDTYPE=TMDMOS,BLNO=<number>{(min 1) OPMODE=<param>,
	CABLETYP=<number>,OESDISTH=<number>,OESREQTH=<number>,
	SESDISTH=<number>,SESREQTH=<number>,ACKTIM=<number>,
	DLVTIM=<number>,OCTMAX=<number>,RETMAX=<number>,
	WINDOW=<number>,CRIDC=<number>,NSFIV=<number>,
	NSFTSC=<number>,TTSC=<number>};
	\|TMDTYPE=TMDBOS,BLNO=<number>{(min 1) OPMODE=<param>,
	CABLETYP=<number>,OESDISTH=<number>,OESREQTH=<number>,
	SESDISTH=<number>,SESREQTH=<number>};

Example

See function DISPLAY in Section 145.3.4, “DISPLAY-LWPAR”.

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