5.21.2.2.3. Open-numbered network, three-level, OpenScape 4000
specific numbering plan 
This configuration is based on Figure
55. The UNKNOWN numbering plan (i.e. dialing with tie line
codes) has three levels in this example, in contrast to Section .
For ISDN and PRIVATE, as well, not the format-dependent, but the KNMAT
modification should be configured.
IMPORTANT:
This example should only be used to show the special
cases of number modification.
In the following example, the network topology correspond with the
example in Section .
The UNKNOWN numbers, however, have one level there:
|
Node
|
Number UNKNOWN
|
Number ISDN
|
Number PRIVATE
|
|
1-1-100
|
29-36-19-XXXX
|
0-(00)49-(0)89-722-XXXX
|
15-(11)39-(1)719-6051-XXXX
|
|
1-1-400
|
29-36-27-XXXX
|
0-(00)49-(0)89-636-XXXX
|
15-(11)39-(1)719-5116-XXXX
|
|
1-2-200
|
29-26-37-XXXX
|
0-(00)49-(0)211-734-XXXX
|
15-(11)39-(1)1573-634-XXXX
|
|
2-1-300
|
18-37-39-XXXX
|
0-(00)41-(0)1-636-XXXX
|
15-(11)31-(1)0-536-XXXX
|
Configuration in physical node 1-1-111
Here, only the differences in comparison with Section 41.2.2.1,
"Three-level, open-numbered network/one-level OpenScape 4000 specific
numbering plan" are listed.
- Set the node table:
Please observe that, in the case of a multi-level UNKNOWN numbering plan, only the lowest level is in AMO KNDEF. The reason for the different AMO KNDEF administration between explicit numbering plans (all levels must be described in AMO KNMAT) and the UNKNOWN numbering plan (only the lowest level must be described) is as follows: For explicit numbering plans, the codes for the modification are taken from AMO KNDEF, but from AMO KNMAT for UNKNOWN. The number of skip digits is taken from AMO KNDEF for both numbering plans. The skip digits, on the other hand, are on the lowest level of every numbering plan. If a called part number is analyzed, the number of the skip digits is thus determine in which the code is sought in AMO KNDEF at the lowest level and the respective skip digits are read.
ADD-KNDEF:NNO=1-1-100,TYPE=OWN,ISDNCC=49,ISDNAC=89,ISDNLC=722, ISDNSK=3,ISDNUL=EXT,PNPL2C=39,PNPL1C=719,PNPLC=6051,PNPSK=4, PNPUL=EXT,NODECD=19,NODECDSK=2; CHANGE-KNDEF:NNO=1-1-100,DFLT=Y;
- Set the own node code for UNKNOWN in WABE:
ADD-WABE:CD=19,DAR=OWNNODE; /* Level 0 node code (Hofmannstraße)*/ ADD-WABE:CD=36,DAR=OWNNODE; /* Level 1 area code (Munich)*/ ADD-WABE:CD=29,DAR=OWNNODE; /* Level 2 area code (Germany)*/
- Set the own physical node code in WABE:
ADD-WABE:CD=919,DAR=OWNNODE; /* Level 0 node code (Hofmannstraße)*/
- Set tie line codes for UNKNOWN in WABE:
ADD-WABE:CD=18,DAR=TIE; /* To 2-1-300 */ ADD-WABE:CD=26,DAR=TIE; /* to 1-2-200 */ ADD-WABE:CD=27,DAR=TIE; /* to 1-1-400 */
- Configure the node connection matrix for the UNKNOWN, ISDN, and PRIVATE numbering
plans (three
levels for UNKNOWN here as well).
In the process, observe that the new logical specification of the digits to be supplemented/shortened is only possible at Level 0. On higher levels, the own code must still be determined by hand. You may of course determine the own code on Level 0 by hand as shown here.
CHA-KNMAT:NPI=UNKNOWN,LEVEL=0,ONNOL=OWN,DNNOL=ROW, MODCON=OUT,NUMEXT=19,; CHA-KNMAT:NPI=UNKNOWN,LEVEL=0,ONNOL=ROW,DNNOL=OWN, MODCON=IN&TRANSI,NUMRED=19; CHA-KNMAT:NPI=UNKNOWN,LEVEL=1,ONNOL=OWN,DNNOL=ROW, MODCON=OUT,NUMEXT=36; CHA-KNMAT:NPI=UNKNOWN,LEVEL=1,ONNOL=ROW,DNNOL=OWN, MODCON=IN&TRANSI,NUMRED=36; CHA-KNMAT:NPI=UNKNOWN,LEVEL=2,ONNOL=OWN,DNNOL=ROW, MODCON=OUT,NUMEXT=29; CHA-KNMAT:NPI=UNKNOWN,LEVEL=2,ONNOL=ROW,DNNOL=OWN, MODCON=IN&TRANSI,NUMRED=29; CHA-KNMAT:NPI=ISDN,LEVEL=0,ONNOL=OWN,DNNOL=ROW, MODCON=OUT,NUMEXT=722,; CHA-KNMAT:NPI=ISDN,LEVEL=0,ONNOL=ROW,DNNOL=OWN, MODCON=IN&TRANSI,NUMRED=0722; CHA-KNMAT:NPI=ISDN,LEVEL=1,ONNOL=OWN,DNNOL=ROW, MODCON=OUT,NUMEXT=89; CHA-KNMAT:NPI=ISDN,LEVEL=1,ONNOL=ROW,DNNOL=OWN, MODCON=IN&TRANSI,NUMRED=0089; CHA-KNMAT:NPI=ISDN,LEVEL=2,ONNOL=OWN,DNNOL=ROW, MODCON=OUT,NUMEXT=49; CHA-KNMAT:NPI=ISDN,LEVEL=2,ONNOL=ROW,DNNOL=OWN, MODCON=IN&TRANSI,NUMRED=00049; CHA-KNMAT:NPI=PRIVATE,LEVEL=0,ONNOL=OWN,DNNOL=ROW, MODCON=OUT,NUMEXT=6051,; CHA-KNMAT:NPI=PRIVATE,LEVEL=0,ONNOL=ROW,DNNOL=OWN, MODCON=IN&TRANSI,NUMRED=156051; CHA-KNMAT:NPI=PRIVATE,LEVEL=1,ONNOL=OWN,DNNOL=ROW, MODCON=OUT,NUMEXT=719; CHA-KNMAT:NPI=PRIVATE,LEVEL=1,ONNOL=ROW,DNNOL=OWN, MODCON=IN&TRANSI,NUMRED=151719; CHA-KNMAT:NPI=PRIVATE,LEVEL=2,ONNOL=OWN,DNNOL=ROW, MODCON=OUT,NUMEXT=39; CHA-KNMAT:NPI=PRIVATE,LEVEL=2,ONNOL=ROW,DNNOL=OWN, MODCON=IN&TRANSI,NUMRED=151139;
- Set the tie line routes, outdial rules, route elements, and dial pattern plan in LCR
for the
UNKNOWN numbering plan:
/* To Node 2-1-300 */ ADD-RICHT:MODE=LRTENEW,LRTE=101,LSVC=ALL,NAME=UNKNOWN, TGRP=74,DNNO=2--0-0; ADD-LODR:ODR=6,CMD=ECHO,FIELD=1; ADD-LODR:ODR=6,CMD=ECHO,FIELD=2; ADD-LODR:ODR=6,CMD=END; ADD-LDAT:LROUTE=101,LSVC=ALL,LVAL=1,TGRP=74,ODR=6; ADD-LDPLN:LDP=18-X,LROUTE=101,LAUTH=1; /* To Node 1-2-200 */ ADD-RICHT:MODE=LRTENEW,LRTE=102,LSVC=ALL,NAME=UNKNOWN, TGRP=75,DNNO=1--2-0; ADD-LODR:ODR=7,CMD=OUTPULSE,DGTS=29; ADD-LODR:ODR=7,CMD=ECHO,FIELD=1; ADD-LODR:ODR=7,CMD=ECHO,FIELD=2; ADD-LODR:ODR=7,CMD=END; ADD-LDAT:LROUTE=102,LSVC=ALL,LVAL=1,TGRP=75,ODR=7; ADD-LDPLN:LDP=26-X,LROUTE=102,LAUTH=1; /* To Node 1-1-400 */ ADD-RICHT:MODE=LRTENEW,LRTE=103,LSVC=ALL,NAME=UNKNOWN, TGRP=84,DNNO=1--1-400; ADD-LODR:ODR=8,CMD=OUTPULSE,DGTS=2936; ADD-LODR:ODR=8,CMD=ECHO,FIELD=1; ADD-LODR:ODR=8,CMD=ECHO,FIELD=2; ADD-LODR:ODR=8,CMD=END; ADD-LDAT:LROUTE=103,LSVC=ALL,LVAL=1,TGRP=84,ODR=8; ADD-LDPLN:LDP=27-X,LROUTE=103,LAUTH=1;
Configuration in other nodes
The setting of the other nodes can be derived from Node 1-1-111.