KNDEF - Configuration of virtual nodes

AMO KNDEF is used to configure virtual nodes. A virtual node is a set of numbers with the same numbering plan attributes. Each subscriber (resp. attendant console) in a network belongs to exactly one virtual node. A virtual node can contain many subscribers, which can be domiciled also in different systems (physical nodes). Thus a virtual node can cover one or more systems and can be also one of more virtual nodes within the same system. Virtual nodes should not be confounded with physical nodes, which determine one system within a network and by that the network topology (see AMO ZAND parameter PNNO and AMO KNTOP). In a system there are two different types of virtual nodes:

Type OWN
Type FOREIGN
Type KNOWNNET

Virtual nodes make numbering plan attributes available to subscribers, virtual nodes of type OWN to subscribers of the own system, virtual nodes of type FOREIGN to subscribers of foreign systems and virtual nodes of type KNOWNNET to subscribers of knownnet systems.

Within a system at least one virtual node of type OWN must be configured. Always exactly one of the virtual nodes from type OWN has the attribute DFLT. Newly created subscribers are automatically associated with this virtual node when nothing else is entered. The Field POPULATION in the display output shows, how many subscribers of a system are assigned to a given virtual node of type OWN. A virtual node where the field POPULATION is unequal zero cannot be deleted.

Virtual nodes of type FOREIGN must be configurated only in exceptional cases, e.g., when a partner node (e.g., another system) only sends a station number which has to be extended. For fictitious nodes, which are defined by the AMOs TACSU, TDCSU and TSCSU, generally no entries are needed in the virtual node table. Virtual nodes that are defined in one System as type OWN must not be defined in all other Systems as type FOREIGN.

Virtual nodes of type KNOWNNET is used for nodes which must be made known to the switch in order to allow E164 conversion for numbers originating from that node. The converted E164 numbers are used at the ACL/CSTA interface only. The converted numbers will not be presented to the user's phone display nor sent to other switches via trunks. Virtual nodes are identified with a node number that consists of up to 3 levels.

All (virtual and physical) node numbers of a network must be unique and should all have the same level.

By setting NODETRK parameter to YES in KNDEF – valid only for node type: OWN (EIGEN), the node datawill be used instead of trunk data, meaning KNDEF: PD (prefix digits) and DPLN (WABE) will be used instead of TDCSU: DGTPR (ZIVO), DPLN (WABE).

If NODETRK parameter is set to YES in KNDEF, then the logic of TDCSU DGTPR number modification moves to KNDEF PD as follows:

Example: Node 1-1-826 with PD=2 and NODETRK=Y
ADD-KNDEF:NNO=1-1-826,TYPE=OWN,ISDNCC=40,ISDNAC=268,ISDNLC=426,ISDNSK=3, ISDNUL=EXT,PNPUL=EXT,NODECD=826,NODECDSK=3,DPLN=0,ISDNPD=2,NODETRK=Y;

Number modification for incoming calls

Incoming call to called number as international (00) 40268421 2100
Based on leading codes, node 1-1-826 is identified (in above example with PD = 2 and NODETRK = Y)
PD 2 is added as prefix and extension 22100 is called (same would happen for TDCSU DGTPR = 2 if NODETRK was set to NO)

Number modification for outgoing calls (independent of NODETRK)

Outgoing call from calling extension 22100
22100 is in node 1-1-826 in above example with PD = 2
PD 2 is removed and 2100 is sent as calling party

If NODETRK parameter is set to YES in KNDEF, then the logic of TDCSU DPLN (WABE) moves to KNDEF DPLN (WABE) as follows:

DPLN (WABE) assignment per KNDEF is possible for non VNR systems, using the existing configuration fields for VNR. ADPLN parameter has no effect for non VNR systems.
For incoming NW calls to ATND or HUNT groups, KNDEF DPLN (WABE) of the virtual node number of called party is used to determine the group where the call is to be routed, instead of TDCSU DPLN (WABE).
If NODETRK is set, then DFNN (USE DEFAULT NODE NUMBER OF LINE) COT has no effect for called party.

NODETRK is set to yes

Destination Processor: BP (Switching Unit)

Functions

ADD	Create a new virtual node	password class 2
CHANGE	change the data of an virtual node	password class 2
DELETE	delete virtual node	password class 2
DISPLAY	display virtual nodes	password class 0
REGENERATE	regenerate virtual nodes	password class 2

Procedure Overview

ADD-KNDEF

ADD-KNDEF	NNO=<number>,
		[TYPE=OWN],[ISDNCC=<key-num>], [ISDNAC=<key-num>], [ISDNLC=<key-num>], [ISDNSK=<number>], [ISDNUL=<param>], [PNPL2C=<key-num>], [PNPL1C=<key-num>], [PNPLC=<key-num>], [PNPSK=<number>], [PNPUL=<param>], [NODECD=<key-num>], [NODECDSK=<number>], [CACP=<key-num>], [DPLN=<number>], [ADPLN=<number>], [ISDNPD=<key-num>], [PNPPD=<key-num>], [NODETRK=<param>], [NODEINFO=<string>];
		[TYPE=FOREIGN],[ISDNCC=<key-num>], [ISDNAC=<key-num>], [ISDNLC=<key-num>], [ISDNSK=<number>], [ISDNUL=<param>], [PNPL2C=<key-num>], [PNPL1C=<key-num>], [PNPLC=<key-num>], [PNPSK=<number>], [PNPUL=<param>], [NODECD=<key-num>], [NODECDSK=<number>], [CACP=<key-num>], [DPLN=<number>], [ADPLN=<number>], [ISDNPD=<key-num>], [PNPPD=<key-num>], [NODETRK=<param>], [NODEINFO=<string>];
		[TYPE=KNOWNNET],[ISDNCC=<key-num>], [ISDNAC=<key-num>], [ISDNLC=<key-num>], [ISDNSK=<number>], [ISDNUL=<param>], [PNPL2C=<key-num>], [PNPL1C=<key-num>], [PNPLC=<key-num>], [PNPSK=<number>], [PNPUL=<param>], [NODECD=<key-num>], [NODECDSK=<number>], [CACP=<key-num>], [DPLN=<number>], [ADPLN=<number>], [ISDNPD=<key-num>], [PNPPD=<key-num>], [REPNODE=<param>], [NODETRK=<param>], [NODEINFO=<string>];

This action is used to create a new virtual node.

CHANGE-KNDEF

CHANGE-KNDEF

NNO=<number>, {(min 1) ISDNCC=<key-num>, ISDNAC=<key-num>, ISDNLC=<key-num>, ISDNSK=<number>, ISDNUL=<param>, PNPL2C=<key-num>, PNPL1C=<key-num>, PNPLC=<key-num>, PNPSK=<number>, PNPUL=<param>, NODECD=<key-num>, NODECDSK=<number>, CACP=<key-num>, DFLT=<param>, DPLN=<number>, ADPLN=<number>, VNRGRP=<number>, ISDNPD=<key-num>, PNPPD=<key-num>, NODETRK=<param>, NODEINFO=<string>};

This action is used to change the data of a virtual node.

DELETE-KNDEF

DELETE-KNDEF

NNO=<number>;

This action is used to delete a virtual node.

DISPLAY-KNDEF

DISPLAY-KNDEF	{(max 1) NNO=<number>,
		[TYPE=OWN];
		[TYPE=FOREIGN];
		[TYPE=KNOWNNET];
		[TYPE=VNRGRP],[VNRGRP=<number>];

This action is used to display configured virtual nodes.

Examples

Input:

  display-kndef;

Output:

                               VIRTUAL NODE TABLE                                
 +------------+--------+--------------+--------------+----------+-----+----+----+
 |  VIRTUAL   | TYPE   | ISDN (E.164) | PRIVATE(PNP) | UNKNOWN  |POPU-|CAC |DFLT|
 |   NODE     |        | CC           | L2           |          | LA- |PRE-|    |
 |  NUMBER    |        | AC           | L1           |          |TION |FIX |    |
 |            |        | LC        SK | L0        SK | NODECD SK|     |    |    |
 |            |        | PD           | PD           | NODETRK  |     |    |    |
 |            |        | UL           | UL           |          |     |    |    |
 +============+========+==============+==============+==========+=====+====+====+
 | 1- 10-234  |OWN     | 49           |              |          |  210|010 | Y  |
 |            |        | 89           |              |          |     |    |    |
 |            |        | 722          | 99          1| 100      |     |    |    |
 |            |        | 45           | 67           | NO       |     |    |    |
 |            |        | EXT          | EXT          |          |     |    |    |
 +            +========+==============+==============+==========+=====+====+====+
 |            | DPLN   | ADPLN        |                                         |
 +            +========+==============+==============+==========+=====+====+====+
 +            | 0      |                                                        |
 +            +========+==============+==============+==========+=====+====+====+
 |            |NODEINFO| MEIN KNOTEN1                                           |
 +------------+--------+--------------+--------------+----------+-----+----+----+
 | 1- 10-235  |OWN     | 49           |              |          |  108|010 |    |
 |            |        | 89           |              |          |     |    |    |
 |            |        | 636          | 96          1| 101      |     |    |    |
 |            |        | 24           | 83           | YES      |     |    |    |
 |            |        | EXT          | EXT          |          |     |    |    |
 +            +========+==============+==============+==========+=====+====+====+
 |            | DPLN   | ADPLN        |                                         |
 +            +========+==============+==============+==========+=====+====+====+
 +            | 0      |                                                        |
 +            +========+==============+==============+==========+=====+====+====+
 |            |NODEINFO| MEIN KNOTEN2                                           |
 +------------+--------+--------------+--------------+----------+-----+----+----+

REGENERATE-KNDEF

REGENERATE-KNDEF

{(max 1) NNO=<number>, TYPE=<param>};

The REGEN operation is used to reflect the virtual node configuration from the data base in form of ADD commands for further processing by other tools.

Parameter description

ADPLN	allowed dialplan groups
	Type of Input:	1 to 64 single values, concatenated with &, 16. parameter of a min-1-group		(CHANGE)
		1 to 64 single values, concatenated with &, optional		(ADD,TYPE=FOREIGN-FOR ACL AND CP MODIFCATION / ADD,TYPE=KNOWNNET-ONLY FOR ACL MODIFCATION / ADD,TYPE=OWN-own)
	Possible Values:	numeric, 0-63
CACP	Carrier access code prefix for USA, use * to remove. Internal value used is 101 if not configured.
	Type of Input:	single value, 13. parameter of a min-1-group		(CHANGE)
		single value, optional		(ADD,TYPE=FOREIGN-FOR ACL AND CP MODIFCATION / ADD,TYPE=KNOWNNET-ONLY FOR ACL MODIFCATION / ADD,TYPE=OWN-own)
	Possible Values:	0-9,*,#,A-D, up to 3 characters
DFLT	default node (only for TYPE=OWN)
	Type of Input:	single value, 14. parameter of a min-1-group
	Possible Values:	Y	yes
DPLN	dialplan group
	Type of Input:	single value, 15. parameter of a min-1-group		(CHANGE)
		single value, optional		(ADD,TYPE=FOREIGN-FOR ACL AND CP MODIFCATION / ADD,TYPE=KNOWNNET-ONLY FOR ACL MODIFCATION / ADD,TYPE=OWN-own)
	Possible Values:	numeric, 0-63
ISDNAC	ISDN area code. Default value: * (no area code)
	Type of Input:	single value, 2. parameter of a min-1-group		(CHANGE)
		single value, optional		(ADD,TYPE=FOREIGN-FOR ACL AND CP MODIFCATION / ADD,TYPE=KNOWNNET-ONLY FOR ACL MODIFCATION / ADD,TYPE=OWN-own)
	Possible Values:	0-9,*,#,A-D, up to 10 characters
ISDNCC	ISDN country code. Default value: * (no country code)
	Type of Input:	single value, 1. parameter of a min-1-group		(CHANGE)
		single value, optional		(ADD,TYPE=FOREIGN-FOR ACL AND CP MODIFCATION / ADD,TYPE=KNOWNNET-ONLY FOR ACL MODIFCATION / ADD,TYPE=OWN-own)
	Possible Values:	0-9,*,#,A-D, up to 4 characters
ISDNLC	ISDN local destination code. Default value: ********** (no local destination code)
	Type of Input:	single value, 3. parameter of a min-1-group		(CHANGE)
		single value, optional		(ADD,TYPE=FOREIGN-FOR ACL AND CP MODIFCATION / ADD,TYPE=KNOWNNET-ONLY FOR ACL MODIFCATION / ADD,TYPE=OWN-own)
	Possible Values:	0-9,*,#,A-D, up to 10 characters
ISDNPD	ISDN Prefix Digits. Default value: ****** (no Prefix Digits). Used for ACL number recognition for non-standard E164 numbers e.g. when ISDNPD is set to 5, the STN 5100 can be modified to e.g. +49897007100 if LC is 7007.
	Type of Input:	single value, 18. parameter of a min-1-group		(CHANGE)
		single value, optional		(ADD,TYPE=FOREIGN-FOR ACL AND CP MODIFCATION / ADD,TYPE=KNOWNNET-ONLY FOR ACL MODIFCATION / ADD,TYPE=OWN-own)
	Possible Values:	0-9,*,#,A-D, up to 6 characters
ISDNSK	ISDN skip digits. Number of digits of parameter ISDNLC which are to skip to extract the extension number when extension number and office code overlap (i.e. 897-1234 with skip digits = 2 leads to extension number 71234). Default value: length of ISDNLC (no overlapping)
	Type of Input:	single value, 4. parameter of a min-1-group		(CHANGE)
		single value, optional		(ADD,TYPE=FOREIGN-FOR ACL AND CP MODIFCATION / ADD,TYPE=KNOWNNET-ONLY FOR ACL MODIFCATION / ADD,TYPE=OWN-own)
	Possible Values:	numeric, 0-10
ISDNUL	ISDN lowest unique level. Lowest level, that makes a called party unique. Relevant only for ambiguous numbering plans with overlapping nodes.
	Type of Input:	single value, 5. parameter of a min-1-group		(CHANGE)
		single value, optional		(ADD,TYPE=FOREIGN-FOR ACL AND CP MODIFCATION / ADD,TYPE=KNOWNNET-ONLY FOR ACL MODIFCATION / ADD,TYPE=OWN-own)
	Possible Values:	EXT	extension (default value)
		INT	international
		NAT	national
		SUB	subscriber
NNO	Virtual node number. Leading zeros can be entered but are suppressed. Succeeding zeros are allowed only for nodes from type FOREIGN. The virtual node number 0-0-0 for nodes of type FOREIGN has the special meaning: "rest of world".
	Type of Input:	1 to 3 single values, concatenated with -, 1. parameter of a max-1-group		(DISPLAY / REGENERATE)
		1 to 3 single values, concatenated with -, mandatory		(ADD / CHANGE / DELETE)
	Possible Values:	numeric, 0-999
NODECD	Node access code for numberingplan unknown. Default value: ****** (no node access code)
	Type of Input:	single value, 11. parameter of a min-1-group		(CHANGE)
		single value, optional		(ADD,TYPE=FOREIGN-FOR ACL AND CP MODIFCATION / ADD,TYPE=KNOWNNET-ONLY FOR ACL MODIFCATION / ADD,TYPE=OWN-own)
	Possible Values:	0-9,*,#,A-D, up to 6 characters
NODECDSK	Skip digits for node access code (parameter NODECD). Number of digits of parameter NODECD which are to skip to extract the extension number when extension number and node access code overlap (i.e. 897-1234 with skip digits = 2 leads to extension number 71234). Default value: length of NODECD (no overlapping)
	Type of Input:	single value, 12. parameter of a min-1-group		(CHANGE)
		single value, optional		(ADD,TYPE=FOREIGN-FOR ACL AND CP MODIFCATION / ADD,TYPE=KNOWNNET-ONLY FOR ACL MODIFCATION / ADD,TYPE=OWN-own)
	Possible Values:	numeric, 0-6
NODEINFO	Node information for maintenance. '*' clears node information.
	Type of Input:	single value, 21. parameter of a min-1-group		(CHANGE)
		single value, optional		(ADD,TYPE=FOREIGN-FOR ACL AND CP MODIFCATION / ADD,TYPE=KNOWNNET-ONLY FOR ACL MODIFCATION / ADD,TYPE=OWN-own)
	Possible Values:	text, up to 50 characters
NODETRK	USE DPLN AND ISDNPD KNDEF NODE DATA FOR TRUNKS
	Type of Input:	single value, 20. parameter of a min-1-group		(CHANGE)
		single value, optional		(ADD,TYPE=FOREIGN-FOR ACL AND CP MODIFCATION / ADD,TYPE=KNOWNNET-ONLY FOR ACL MODIFCATION / ADD,TYPE=OWN-own)
	Possible Values:	N	no (default value)
		Y	yes
PNPL1C	PNP level 1 code. Default value: * (no level 1 code)
	Type of Input:	single value, 7. parameter of a min-1-group		(CHANGE)
		single value, optional		(ADD,TYPE=FOREIGN-FOR ACL AND CP MODIFCATION / ADD,TYPE=KNOWNNET-ONLY FOR ACL MODIFCATION / ADD,TYPE=OWN-own)
	Possible Values:	0-9,*,#,A-D, up to 6 characters
PNPL2C	PNP level 2 code. Default value: * (no level 2 code)
	Type of Input:	single value, 6. parameter of a min-1-group		(CHANGE)
		single value, optional		(ADD,TYPE=FOREIGN-FOR ACL AND CP MODIFCATION / ADD,TYPE=KNOWNNET-ONLY FOR ACL MODIFCATION / ADD,TYPE=OWN-own)
	Possible Values:	0-9,*,#,A-D, up to 4 characters
PNPLC	PNP local code (level 0 code). Default value: ********** (no local code)
	Type of Input:	single value, 8. parameter of a min-1-group		(CHANGE)
		single value, optional		(ADD,TYPE=FOREIGN-FOR ACL AND CP MODIFCATION / ADD,TYPE=KNOWNNET-ONLY FOR ACL MODIFCATION / ADD,TYPE=OWN-own)
	Possible Values:	0-9,*,#,A-D, up to 10 characters
PNPPD	PNP Prefix Number. Default value: ****** (no Prefix Digits)
	Type of Input:	single value, 19. parameter of a min-1-group		(CHANGE)
		single value, optional		(ADD,TYPE=FOREIGN-FOR ACL AND CP MODIFCATION / ADD,TYPE=KNOWNNET-ONLY FOR ACL MODIFCATION / ADD,TYPE=OWN-own)
	Possible Values:	0-9,*,#,A-D, up to 6 characters
PNPSK	PNP skip digits. Number of digits of parameter PNPLC which are to skip to extract the extension number when extension number and local code overlap (i.e. 897-1234 with skip digits = 2 leads to extension number 71234). Default value: length of PNPLC (no overlapping)
	Type of Input:	single value, 9. parameter of a min-1-group		(CHANGE)
		single value, optional		(ADD,TYPE=FOREIGN-FOR ACL AND CP MODIFCATION / ADD,TYPE=KNOWNNET-ONLY FOR ACL MODIFCATION / ADD,TYPE=OWN-own)
	Possible Values:	numeric, 0-10
PNPUL	PNP lowest unique level. Lowest level, that makes a called party unique. Relevant only for ambiguous numbering plans with overlapping nodes.
	Type of Input:	single value, 10. parameter of a min-1-group		(CHANGE)
		single value, optional		(ADD,TYPE=FOREIGN-FOR ACL AND CP MODIFCATION / ADD,TYPE=KNOWNNET-ONLY FOR ACL MODIFCATION / ADD,TYPE=OWN-own)
	Possible Values:	EXT	extension (default value)
		L0	level 0
		L1	level 1
		L2	level 2
REPNODE	Whether KNONNET was added manually by user or automatically from Manager.
	Type of Input:	single value, optional
	Possible Values:	N	KNOWNNET node is manually created (standard use case)
		Y	KNOWNNET node was created automatically by Manager to replicate an OWN node from another system
TYPE	type of virtual node (own, foreign or knownnet). Default value: own
	Type of Input:	single value, 2. parameter of a max-1-group		(DISPLAY / REGENERATE)
		single value, optional		(ADD)
	Possible Values:	FOREIGN	Non 4K partner node to modify numbers in CP and ACL	(DISPLAY)
		FOREIGN	Non-4K partner node to modify numbers in CP and ACL	(ADD / REGENERATE)
		KNOWNNET	Defined partner nodes to modify numbers in ACL ONLY
		OWN	OWN node in 4K
		VNRGRP	VNR group number	(DISPLAY)
VNRGRP	VNR GROUP (FOR CLOSED NUMBERING PLAN)
	Type of Input:	single value, 17. parameter of a min-1-group		(CHANGE)
		single value, optional		(DISPLAY,TYPE=VNRGRP-VNR group number)
	Possible Values:	numeric, 0-255		(CHANGE)
		numeric, 1-255		(DISPLAY,TYPE=VNRGRP-VNR group number)

Error Messages

F01	F01: NNO @@@@@@@@@@@ COULD NOT BE ADDED SINCE THE VIRTUAL NODE TABLE IS FULL
F02	F02: FOUND NO VIRTUAL NODE
F03	F03: NNO @@@@@@@@@@@ COULD NOT BE ADDED SINCE IT ALREADY EXISTS
F04	F04: NNO @@@@@@@@@@@ DOES NOT EXIST
F05	F05: NNO @@@@@@@@@@@ IS INVALID, SINCE IT IS THE OWN PHYSICAL NODE NUMBER (AMO ZAND)
F06	F06: NNO @@@@@@@@@@@ COULD NOT BE DELETED SINCE A TOTAL OF @@@@@@ SUBSCRIBERS, ATTENDANT CONSOLES, HUNTING GROUPS OR DNIT ACD NUMBERS REFER TO THIS VIRTUAL NODE (AMO SDAT, AMO ACSU, AMO SA RESP. AMO DNIT)
F07	F07: NNO @@@@@@@@@@@ COULD NOT BE DELETED SINCE IT IS THE OWN VIRTUAL DEFAULT NODE
F08	F08: @@@@@@@@ @@@@@@@@@@ INVALID
F09	F09: LEVEL @@@ NOT IN PERMISSIBLE RANGE FOR TYPE=@@@@@@@, USE @@@ TO @@@
F10	F10: @@@@@@@@ @@ MUST BE NOT LONGER THAN THE LENGTH OF @@@@@@@@ (@@)
F11	F11: DFLT=Y CANNOT BE SET FOR NODES OF TYPE=FOREIGN/KNOWNNET
F12	F12: @@@@@@@@ CAN BE CHANGED ONLY TOGETHER WITH PARAMETER @@@@@@@@
F13	F13: @@@@@@ IS NOT ASSIGNED AS OWNNODE YET. USE ADD-WABE:.. COMMAND.
F14	F14: NODECD MUST BE UNIQUE FOR EACH VIRTUAL NODE IF VNR IS ACTIVE
F15	F15: PARAMETER NODECD MUST BE ENTERED IF VNR IS ACTIVE
F16	F16: NODECD CAN NOT BE DELETED IF VNR IS ACTIVE
F17	F17: DEFAULT NODE CANNOT BE CHANGED IF OLD OR NEW NODE HAS SUBSCRIBERS ASSIGNED.
F18	F18: NODECD @@@@@@ IS ALREADY USED BY NNO @@@@@@@@@@@
F19	F19: CHANGE OF PARAMETERS DPLN OR ADPLN IS NOT ALLOWED SINCE THERE ARE A TOTAL OF @@@@@@ SUBSCRIBERS CONFIGURED AT NNO @@@@@@@@@@@
F20	F20: COMBINATION OF ISDNCC + ISDNAC + ISDNLC MUST BE UNIQUE FOR OWN NODES. THIS CONFIGURATION IS ALREADY USED BY NNO @@@@@@@@@@@.
F21	F21: NNO @@@@@@@@@@@ COULD NOT BE DELETED SINCE A TOTAL OF @@@@@@ EXTERNAL STN NUMBERS REFER TO THIS VIRTUAL NODE (AMO WABE)
F22	F22: THE PARAMETER ADPLN MUST CONTAIN THE VALUE OF PARAMETER DPLN.
	Cause:	A node where the own WABE is not allowed makes no sense.
	Repair:	Add the value of DPLN to the ADPLN values.
F23	F23: THE CHANGE OF THE NODE CODE IS NOT POSSIBLE.
F24	F24: NNO @@@@@@@@@@@ COULD NOT BE DELETED, TRUNK ON 1-@@-@@-@@@ REFERS TO THIS VIRTUAL NODE (AMO TDCSU).
F25	F25: IN NON HOMOGENOUS OS4K VNR NETOWRKS, PARTNER SYSTEMS USING SAME CODES E164 MUST BE MANAGED VIA LCR. THIS CAN BE ACHIEVED BY LCR REVERSE LOOKUP WHEN COT DFNN IS NOT SET.
F26	F26: MAXIMUM NUMBER OF INFO FIELDS ARE USED, NUMBER HAS TO BE INCREASED BY MEANS OF ADD-DIMSU:INFO=<?>;
F27	F27: NODETRK CAN BE SET ONLY FOR OWN NODES.
F28	F28: NNO @@@@@@@@@@@ IS INVALID, SINCE IT HAS DIFFERENT NODE LEVEL FROM THE OWN PHYSICAL NODE NUMBER (PNNO IN AMO ZAND)

Advisory Messages

H01	H01: NNO @@@@@@@@@@@ ADDED
H02	H02: NNO @@@@@@@@@@@ CHANGED
H03	H03: NNO @@@@@@@@@@@ DELETED
H04	H04: FOUND NO VIRTUAL NODE
H05	H05: NNO @@@@@@@@@@@ IS IDENTICAL WITH THE OWN PHYSICAL NODE NUMBER OF THE SYSTEM (PNNO IN AMO ZAND)
H06	H06: PARAMETER ADPLN HAS NO EFFECT AS THE VIRTUAL DIALING PLAN FEATURE IS NOT ACTIVE
H07	H07: VNRGRP IS ONLY VALID FOR VNRCN = YES (SEE AMO ZANDE, TYPE=ALLDATA). PARAMETER IS IGNORED.
H08	H08: VNR IS NOT CONFIGURED
H09	H09: REPNODE IS IGNORED BECAUSE IT CAN ONLY BE USED WITH TYPE = KNOWNNET NOT TYPE = @@@@@@@.
H10	H10: At least one CIRCUIT user belongs to node @@@@@@@@@@@. Please restart all IP gateways with CIRCUIT clients affected by this change. CIRCUIT settings must be updated accordingly.
H11	H11: Execute: ( RESTART-BSSU:ADDRTYPE=PEN,LTG=@@,LTU=@@,SLOT=@@; )
H12	H12: PARAMETER DPLN HAS NO EFFECT AS NEITHER VNR NOR NODETRK ARE ACTIVE. DEFAULT VALUE USED.