CCS Trace Log Reader

[rdpayne]

Does anyone know of any type of CCS Trace log reader that's available out there? Using the Maintenance Command CCS TRACE ENABLE CONTINOUS is fine, but on a busy system, there is a lot of data to try to capture and sift through.

 

[danramirez]

Theres should be a document on mol knowledge base that explains the meaning of codes

http://www.hatkana.com

http://www.wtelecom.com

 

[LoopyLou]

Not aware of any tool to help sift through the logs. It is a manual process.

An apple a day keeps the doctor away. Anyone else and you need to throw it harder.

 

[wireman50]

I bet Mitel have one....

 

[LoopyLou]

Or they just have done it enough that they know what to look for and how to search a text file for key elements.

An apple a day keeps the doctor away. Anyone else and you need to throw it harder.

 

[bobcheese]

what is it that you are using CCS trace for? There may be another command that gives the info in a more readable format?

 

[jrgood0852]

I don't know if this will help you or not, but it might.........................

SX-2000/3300 ICP
CCS Trace
Issue 1 - 21 March, 2003
NOTICE
The information contained in this document is believed to be accurate in all respects but is
not warranted by Mitel Corporation (Mitel ©). The information is subject to change without
notice and should not be construed in any way as a commitment by Mitel or any of its
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© Copyright 1999, Mitel Corporation.
All rights reserved.
Printed in the United Kingdom
MITEL
Product Training
Document Number MTC XXXxx
Issue 1 - 21 March, 2003
Mitel Telecom Ltd
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Telephone: +(44) (0) 1291 430000
Fax: +(44) (0) 1291 430400

http://www.mitel.com

Page - i
Table of Contents
CCS Trace Command.................................................................................................................... 4
CCS Trace Examples .................................................................................................................... 5
Normally Connected Call............................................................................................................ 5
Call Not Connected .................................................................................................................... 9
Examples of other calls .............................................................................................................. 9
Explanation of CCS Terms .......................................................................................................... 11
CODING OF SUPPLEMENTARY INFORMATION STRING IDENTIFIERS................................ 14
CODING OF SUPPLEMENTARY INFORMATION STRING PARAMETERS ............................. 31
TABLE OF CLEARING/REJECTION CAUSE CODES (CRM/CIM)......................................... 53

CCS Trace Command
SX-2000/3300 ICP CCS Trace
Page - 4
CCS Trace Command
The CCS Trace command is used to interrogate the status of a Common Channel
Signalling link and provides an analysis of any Common Channel Signalling
messaging.
The CCS Trace command is entered from the Maintenance Terminal as follows:
CCS TRACE ENABLE
CCS Trace is enabled, monitoring the Signalling Channel. To view the results you
must first disable CCS Trace and then us the ‘CCS Trace show output command.
CCS TRACE DISABLE
CCS Trace is disabled, monitoring stops.
CCS TRACE SHOW OUTPUT
The results of the CCS Trace are displayed on the screen.
CCS TRACE ENABLE CONTINUOUS
CCS Trace is enabled and continuously monitors the signalling channel, results
are displayed in real time on the screen.
CCS TRACE SHOW CONTEXT
Displays which channels are active for CCS tracing.
CCS TRACE SET CONTEXT <PLID> -
Activates the specific channel for testing.
CCS TRACE SET CONTEXT VIRTUAL <PLID>
Activates the specific virtual channel for testing.
CCS TRACE CLEAR CONTINUOUS
Resets channels to ALL for tracing.
CCS Trace Command
Page - 5
CCS Trace Examples
The following examples are typical of calls on DPNSS links between two SX-2000’s.
They do not show all the possible combinations of call types, call terminations
(rejected calls etc) because of the amount of information that is presented. You
should refer to the BTNR 188 documents in the Appendices for complete information.
Normally Connected Call
Normal call from 822300 D.Sykes to 832400 G.Rodgers. 832400 answered and hung
up.
Actual CCS Trace
RO130 DPN 2B ISRM_C ;10;*1*1#*50*822300#*100*D.Sykes#*19*Z#832400
RI130 DPN 20 NAM *1*1#*50*832400#*100*G.Rodgers#
RI130 DPN 1 CCM
RI130 DPN 2 CRM/CIM ;30;
Explanation of trace:
First line
ISRM
NAM
CCM
SSRM
Conversation on Channel
CRM/CIM
CRM/CIM
PABX
A
PABX
B
RO130 DPN 2B ISRM_C ;10;*1*1#*50*822300#*100*D.Sykes#*19*Z#832400
1 2 3 4 5 6 7 8 9 10
SX-2000/3300 ICP CCS Trace
Page - 6
1 - RO130 This is a Real Call (R), Outgoing (O) and B Channel 130 was used.
2 - DPN DPNSS protocol used. DAS would mean DASSII. Note, on the SX-2000 and
3300 ICP Euro ISDN PRI calls will show as DPN.
3 – 2B Length of the message in hexadecimal
4 - ISRM_C Initial Service Request Message Complete. This is the information about
the call sent from A to B. C (Complete) means it is less than 45 characters. There will
be no more ISRM’s sent. If the message is longer than 45 characters there will be an
ISRM_I (incomplete) instead which will be followed by SSRM_C – Supplementary
Service Request Message Complete or an SSRM_I until the message has been sent.
5 - ;10; Service Indicator Code. The semicolons enclosing the number means it is a
binary encoded message. The value 10 means speech. Other values could be A0 for
64K data.
6 - *1*1# Supplementary Information String Identifier (SIS). The * shows the beginning
of the string, 1 is the value. It is normally followed by a # to indicate the end. In this
case it is followed by another * meaning the String has a Parameter. The section
BTNR 188 Supplementary Information String Identifiers gives a full list of the strings
and section BTNR 188 – Coding of Supplementary Information String Parameters
gives information about the Parameters. In this example, the first *1 String means
Calling/Called Line Category = Ordinary, in other words a normal extension call. The
parameter is the Service Marking showing 1 = PSTN Barred (the calling extension is
barred from dialling the PSTN).
Below are extracts from both BTNR documents showing the String Identifier value 1
and Parameter ‘Service Marking’ value 1 = PSTN barred.
BTNR 188 Supplementary Information String Identifiers
IDENTIFIER
CODE
MNEMONIC SUPPLEMENTARY INFORMATION STRING
NAME
PARAMETER FIRST
USE
SECTION
1 CLC-ORD CALLING/CALLED LINE
CATEGORY - ORDINARY
SERVICE
MARKING
6
BTNR 188 – Coding of Supplementary Information String Parameters
SERVICE
MARKING
The Service Marking Parameter supplements the Calling or Called Line Category. It
comprises a single IA5 character allocated as follows:
1 = PSTN BARRED
2 = EMERGENCY TELEPHONE
3 = HUNT GROUP
CCS Trace Command
Page - 7
4 = DISTRIBUTED GROUP
5 = UNABLE TO INITIATE CLEARING AFTER ANSWER (Note)
7 - *50*822300# Second Supplementary Information String Identifier. *50 is the
Identifier (* marks the beginning). There is no # but another * indicating a string
parameter follows. 50 means Originating Line Identity/Called Line Identity (from BTNR
188 Supplementary Information String Identifiers). The string parameter 822300 is the
extension number of the calling party. So this basically means that 822300 made the
call.
8 - *100*D.Sykes# Third Supplementary Information String Identifier (again with * at
the beginning, the second * shows a string parameter follows). 100 means Text
Display and the parameter (D.Sykes) is the text value, in this case the name on
calling extension 822300.
9 – *19*Z# Fourth Supplementary Information String Identifier (again with * at the
beginning, the second * shows a string parameter follows). 19 means ‘loop avoidance’
and the parameter is either “Number of further alternative routes” or “Number of
further transits”. From the Coding of Supplementary String Parameters the value Z
indicates 25. In other words a further 25 ‘hops’ (26 is the maximum allowed). The
hops can be set in the SX-2000/3300 trunk programming. This value shows it is has
not been changed from default.
832400 Destination Address. There are no more Supplemental String Identifiers (they
would be shown with a * prefix) so the final information is the Called Party, in this case
extension 822401.
Second Line
1 - RI130 This is a Real Call (R), Incoming (I) and B Channel 130 was used.
2 - DPN DPNSS protocol used.
3 - 20 Length of the message in hexadecimal
4 - NAM Number Acknowledge Message. The called number is available. If the phone
was not available (busy, or no answer or invalid number dialled) there would be no
NAM.
RI130 DPN 20 NAM *1*1#*50*832400#*100*G.Rodgers#
1 2 3 4 5 6 7
SX-2000/3300 ICP CCS Trace
Page - 8
5 - *1*1# First Supplementary Information String Identifier. 1 means Calling/Called
Line Category = Ordinary, in other words a normal extension call. The second *1
means calling party is barred PSTN calls
6 - *50*832400# Second Supplementary Information String Identifier. 50 means
Originating Line Identity/Called Line Identity. The string parameter 832400 is the
extension number of the called party.
7 - *100*G.Rodgers# Third Supplementary Information String. 100 means Text
Display and the parameter (G.ROGERS) is the text value, in this case the name on
extension 812401.
Third Line
1 - RI130 This is a Real Call (R), Incoming (I) and B Channel 130 was used.
2 - DPN DPNSS protocol used.
3 - 1 Length of the message in hexadecimal
4 – CCM Call Connect Message. The phone answered.
Fourth Line
1 – RO130 This is a Real Call (R), Outgoing (O) and B Channel 130 was used.
2 - DPN DPNSS protocol used.
3 - 2 Length of the message in hexadecimal
4 – CRM/CIM;30; Clear Request Message/Clear Information Message. PABX A has
cleared down the call. String 30 indicates a normal clear down (see BTNR 188 Table
Of Clearing/Rejection Cause Codes (CRM/CIM) under the column ‘Hex Value’. Value
30H (H for Hex) is a normal clear down. Note that for single values in the CCS Trace
(e.g. 4) will be shown as 04H.
RI130 DPN 1 CCM
1 2 3 4
RI130 DPN 2 CRM/CIM ;30;
1 2 3 4
CCS Trace Command
Page - 9
Call Not Connected
Normal call from 822300 D.Sykes to 832400 G.Rodgers. 832400 did not answer and
822300 hung up.
Actual CCS Trace
RO130 DPN 2B ISRM_C ;10;*1*1#*50*822300#*100*D.Sykes#*19*Z#832400
RI130 DPN 20 NAM *1*1#*50*832400#*100*G.Rodgers#
RO130 DPN 2 CRM/CIM ;30;
RI130 DPN 2 CRM/CIM ;30;
Explanation of trace:
The first two lines are the same as the first example showing the calling and called
extension. Extension 832400 does not answer so there is no CCM message.
Extension 822300 (PABX A) clears down the call followed by B.
Examples Of Other Call Types
822300 calls 832400 who is busy. 822300 hangs up.
14:21:31 RO130 DPN 2B ISRM_C ;10;*1*1#*50*822300#*100*D.Sykes#*19*Z#832400
14:21:31 RI130 DPN 2 CRM/CIM ;8;
822300 calls 832400 who is busy. 822300 sets a callback and hangs up. 832400
then hangs up and the callback matures. 822300 answers and call completes
14:24:04 RO130 DPN 2B ISRM_C ;10;*1*1#*50*822300#*100*D.Sykes#*19*Z#832400
14:24:05 RI130 DPN 2 CRM/CIM ;8;
ISRM
SSRM
CRM/CIM
CRM/CIM
PABX
A
PABX
B
SX-2000/3300 ICP CCS Trace
Page - 10
14:24:06 VO130 DPN 2A ISRM_C ;10;*1*1#*50*822300#*100*D.Sykes#*10B#832400
14:24:06 VI130 DPN 16 CRM/CIM ;14;*65#*1*1#*50*832400#
14:24:15 VI132 DPN 2A ISRM_C ;10;*7#*50*832400#*100*G.Rodgers#*11B#822300
14:24:15 VO132 DPN 6 CRM/CIM ;14;*66#
14:24:15 RO130 DPN 2A ISRM_I ;10;*1*1#*50*822300#*100*D.Sykes#*19*Z#*12B#
14:24:15 RO130 DPN 7 SSRM_C 832400
14:24:15 VI132 DPN 6 CRM/CIM ;14;*66#
14:24:16 RI130 DPN 29 NAM *1*1#*50*832400#*166*4 6#*100*G.Rodgers#
14:24:17 RO130 DPN 6 EEM_C *14B#
14:24:17 RI130 DPN 6 EEM_C *15B#
14:24:22 RI130 DPN 1 CCM
14:24:24 RI130 DPN 2 CRM/CIM ;30;
822300 calls 832400 who answers and then transfers the call to 822402
(supervised and then releases). 832402 then clears down.
14:29:19 RO130 DPN 2B ISRM_C ;10;*1*1#*50*822300#*100*D.Sykes#*19*Z#832400
14:29:19 RI130 DPN 20 NAM *1*1#*50*832400#*100*G.Rodgers#
14:29:22 RI130 DPN 1 CCM
14:29:24 RI130 DPN 6 EEM_C *60B#
14:29:24 RO130 DPN 5 EEM_C *55#
14:29:30 RI130 DPN B EEM_C *82*T#*61#
14:29:30 RO130 DPN 1E EEM_C *1*1#*50*822300#*100*D.Sykes#
14:29:30 RI130 DPN 1D EEM_C *1*1#*50*832402#*100*J.Kirk#
14:29:33 RI130 DPN 2 CRM/CIM ;30;
822300 calls 832400 who answers and then transfers the call to 822402 (unsupervised,
releases before 832402 answers). 832402 then clears down.
14:30:27 RO130 DPN 2B ISRM_C 10;*1*1#*50*822300#*100*D.Sykes#*19*Z#832400
14:30:27 RI130 DPN 20 NAM *1*1#*50*832400#*100*G.Rodgers#
14:30:31 RI130 DPN 1 CCM
14:30:33 RI130 DPN 6 EEM_C *60B#
14:30:33 RO130 DPN 5 EEM_C *55#
14:30:37 RI130 DPN B EEM_C *82*T#*61#
14:30:37 RO130 DPN 1E EEM_C *1*1#*50*822300#*100*D.Sykes#
14:30:37 RI130 DPN 21 EEM_C *1*1#*50*832402#*100*J.Kirk#*66#
14:30:41 RI130 DPN 1 CCM
14:30:42 RI130 DPN 2 CRM/CIM ;30;
822300 calls 832400 who answers and then transfers the call to 822402 (unsupervised,
releases before 832402 answers). 832402 does not answer, call
returns to 832400 who answers and clears down.
14:31:49 RO130 DPN 2B ISRM_C ;10;*1*1#*50*822300#*100*D.Sykes#*19*Z#832400
14:31:50 RI130 DPN 20 NAM *1*1#*50*832400#*100*G.Rodgers#
14:31:54 RI130 DPN 1 CCM
14:31:55 RI130 DPN 6 EEM_C *60B#
14:31:55 RO130 DPN 5 EEM_C *55#
14:31:59 RI130 DPN B EEM_C *82*T#*61#
14:31:59 RO130 DPN 1E EEM_C *1*1#*50*822300#*100*D.Sykes#
14:31:59 RI130 DPN 21 EEM_C *1*1#*50*832402#*100*J.Kirk#*66#
14:32:32 RI130 DPN 5 EEM_C *66#
14:32:34 RI130 DPN 20 CCM *1*1#*50*832400#*100*G.Rodgers#
14:32:38 RI130 DPN 2 CRM/CIM ;30;
System 1 (extension 812300) calls System 3 (extension 832400). The call
transits System 2 where this trace is being made. Normal call, extension 832400
answers and clears down.
14:34:01 RI100 DPN 26 ISRM_C ;10;*1#*50*812300#*100*Russ#*19*Z#832400
14:34:01 RO130 DPN 26 ISRM_C ;10;*1#*50*812300#*100*Russ#*19*Y#832400
CCS Trace Command
Page - 11
14:34:01 RI130 DPN 20 NAM *1*1#*50*832400#*100*G.Rodgers#
14:34:01 RO100 DPN 20 NAM *1*1#*50*832400#*100*G.Rodgers#
14:34:10 RI130 DPN 1 CCM
14:34:10 RO100 DPN 1 CCM
14:34:11 RI130 DPN 2 CRM/CIM ;30;
14:34:11 RO100 DPN 2 CRM/CIM ;30;
14:34:11 RI100 DPN 2 CRM/CIM ;30;
822300 calls 832498 (non-existant number). Gets NU tone, and hangs up
14:27:02 RO130 DPN 2B ISRM_C ;10;*1*1#*50*822300#*100*D.Sykes#*19*Z#832498
14:27:02 RI130 DPN 2 CRM/CIM ;0;
Explanation of CCS Trace Terms
Abbreviation Type
Code
Message
CCM 0101 CALL CONNECTED MESSAGE - indicates to the
originating PBX that call has been connected
CIM 1000 CLEAR INDICATION MESSAGE - acknowledges CRM
confirming traffic channel free.
CRM 1000 CLEAR REQUEST MESSAGE - initiates the call clearing
sequence. Always provides reason for clearing.
ISRM(C) 0000 INITIAL SERVICE REQUEST MESSAGE (COMPLETE)
- defines call type and destination address – Message
length >45 characters. ISRM(C) will not be followed by
any subsequent request messages.
ISRM(I) 0001 INITIAL SERVICE REQUEST MESSAGE
(INCOMPLETE) - replaces ISRM(C) when initial
message exceeds 45 characters or when the required
information is not available. ISRM(I) is likely to be
followed by Supplementary Service Request Message(s)
NAM 1001 NUMBER ACKNOWLEDGEMENT MESSAGE - confirms
receipt of sufficient digits to process call. May be
qualified with further info (e.g. Divert On Busy to .. etc)
NIM 0110 NETWORK INFORMATION MESSAGE - provides the
originating PBX with notification of the call routing
progress. If sent this message always precedes NAM
RM(C) 0010 RECALL MESSAGE (COMPLETE) - used to establish a
second call (eg Enquiry/Conf) via the same traffic
channel as an existing call. Not supported by Plessey
ISDX.
RM(I) 0011 RECALL MESSAGE (INCOMPLETE) - replaces RM(C)
in same way that ISRM(I) replaces ISRM(C). Likely to be
followed by at least one SSRM. Not supported by
Plessey ISDX.
RRM 1010 RECALL REJECTION MESSAGE - indicates failure of
recall request. Reason for rejection also given.
SSRM(C) 1100 SUPPLEMENTARY REQUEST MESSAGE
(COMPLETE) - concludes service request by providing
all the info. Additional to ISRM(I)
SSRM(I) 1011 SUPPLEMENTARY REQUEST MESSAGE
(INCOMPLETE) - replaces SSRM(C) when initial
message exceeds 45 characters or when the required
information is not available. SSRM(I) is likely to be
SX-2000/3300 ICP CCS Trace
Page - 12
Abbreviation Type
Code
Message
followed by further Subsequent Request Message(s)
Table 1 – CCS Trace Call Control - Group Code 0000
Abbreviation Type
Code
Message
EEM(C) 0010 END TO END MESSAGE (COMPLETE) - used to pass
additional info about an established call to/from
originating/terminating PABX. May be a self-contained
message or at the end of EEM(I) messages.
EEM(I) 0011 END TO END MESSAGE (INCOMPLETE) - replaces EEM(C)
in the same way as ISRM(I) replaces ISRM(C). Sequence will
continue with further EEM’s concluding with EEM(C).
EERM 0001 END TO END REJECTION MESSAGE - message not yet
defined.
SM 0000 SWAP MESSAGE - used to request a change of mode on an
established call (eg from voice to data). Same message used
in reverse direction to acknowledge.
Table 2 - CCS Trace End to End Messages - Group Code 0010
BTNR 188
Supplementary Information String Identifiers
SX-2000/3300 ICP CCS Trace
Page - 14
Supplementary Information String Identifiers
IDENTIFIER
CODE
MNEMONIC SUPPLEMENTARY INFORMATION
STRING NAME
PARAMETER FIRST
USE
SECTION
1 CLC-ORD CALLING/CALLED LINE
CATEGORY - ORDINARY
SERVICE
MARKING
6
2 CLC-DEC CATEGORY - DECADIC STATUS 6/189
3 CLC-ISDN CALLING/CALLED LINE (1)STATUS NOTE 1
NOTE 1 CATEGORY - PUBLIC ISDN (2)ISDN
TYPE
4 CLC-PSTN CALLING/CALLED LINE
CATEGORY - PSTN
STATUS 6/189
5 CLC-MF5 CALLING/CALLED LINE
CATEGORY - SSMF5
STATUS 6/189
6 CLC-OP CALLING/CALLED LINE
CATEGORY - OPERATOR
NONE 20
7 CLC-NET CALLING/CALLED LINE
CATEGORY - NETWORK
NONE 9
8
NOTE 2
9
10B CBWF-R CALL BACK WHEN FREE
-REQUEST
NONE 9
11B CBWF-FN CALL BACK WHEN FREE
-FREE NOTIFICATION
NONE 9
12B CBWF-CSUI CALL BACK WHEN FREE
-CALL SET-UP(IMMEDIATE)
NONE 9
13B CBWF-C CALL BACK WHEN FREE
-CANCEL
NONE 9
14B RO RING OUT NONE 9
15B CBC CALL BACK COMPLETE NONE 9
16B CBWF-CSUD CALL BACK WHEN FREE
-CALL SET-UP(DELAYED)
NONE 9
NOTE 1: In BTNR 189 and earlier issues of BTNR 188, IDENTIFIER CODE No 3
was allocated to CLC-DASS2. The scope of this CLC has since been expanded to
cover access to the public ISDN in general (see BTNR 189-I) and the CLC has
consequently been renamed as CLC-ISDN. The Status Parameter has also been
expanded to allow the additional optional Parameter "ISDN Type" to be used to
BTNR 188 Supplementary Information String Identifiers
Page - 15
indicate the type of public ISDN interface encountered (see Subsection 3 of this
Annex).
NOTE 2: In BTNR 189, BTNR 189-I and earlier issues of BTNR 188, IDENTIFIER
CODE No 8 was allocated to CLC-CONF (Calling Line Category - Conference). No
Supplementary Service has ever been written incorporating this String; to avoid
confusion this String has been withdrawn and IDENTIFIER CODE No 8 is now
undefined.
IDENTIFIER
CODE
MNEMONIC SUPPLEMENTARY INFORMATION
STRING NAME
PARAMETER FIRST
USE
SECTION
17B CBWNU-R CALL BACK WHEN NEXT USEDREQUEST
NONE 31
18 COS CLASS OF SERVICE (1)ROUTE
RESTRICTION
CLASS
(2)CALL
BARRING
GROUP
(3)FACILITY
LIST CODE
16
19 LA LOOP AVOIDANCE (1)NUMBER
OF FURTHER
TRANSITS
(2)NUMBER
OF FURTHER
ALTERNATIVE
ROUTES
37
20 EI-PVR EXECUTIVE INTRUSION
-PRIOR VALIDATION
INTRUSION
CAPABILITY
LEVEL
10
21 El-R EXECUTIVE INTRUSION
REQUEST
INTRUSION
CAPABILITY
LEVEL
10
-22B IPL-R INTRUSION PROTECTION
LEVEL-REQUEST
NONE 10
23 IPL INTRUSION PROTECTION
LEVEL
INTRUSION
PROTECTION
LEVEL
10
SX-2000/3300 ICP CCS Trace
Page - 16
IDENTIFIER
CODE
MNEMONIC SUPPLEMENTARY INFORMATION
STRING NAME
PARAMETER FIRST
USE
SECTION
24B EI-C EXECUTIVE INTRUSIONCONVERT
INTRUSION
CAPABILITY
LEVEL
14
25 EI-I INTRUDED NONE 10
26 CW CALL WAITING NONE 17
27 Co CALL OFFER NONE 14
28T SN-REQ SEND NEXT-REQUEST NONE 6/189
29 HGF HUNT GROUP FORWARDED NESTING
LEVEL
16
30B DIV-V DIVERSION-VALIDATION NONE 11
31B DIV-FM DIVERSION-FOLLOW ME C PARTY
ADDRESS
11
32 DIV-BY DIVERSION-BY PASS NONE 11
33B DIV-CI DIVERSION CANCEL
- IMMEDIATE
NONE 11
34B DIV-CR DIVERSION CANCEL
- ON NO REPLY
NONE 11
35B DIV-CB DIVERSION CANCEL
ON BUSY
NONE 11
36B DIV-CA DIVERSION CANCEL
- ALL
NONE 11
37F DVG-I DIVERTING IMMEDIATE B PARTY
ADDRESS
11
38F DVG-B DIVERTING ON BUSY B PARTY
ADDRESS
11
39F DVG-R DIVERTING ON NO REPLY B PARTY
ADDRESS
11
40B DVT-I DIVERT IMMEDIATE C PARTY
ADDRESS
11
41B DVT-B DIVERT ON BUSY C PARTY
ADDRESS
11
42 DVD-I DIVERTED IMMEDIATE C PARTY
ADDRESS
11
43 DVD-B DIVERTED ON BUSY C PARTY
ADDRESS
11
44 DVD-R DIVERTED ON NO REPLY C PARTY
ADDRESS
11
BTNR 188 Supplementary Information String Identifiers
Page - 17
IDENTIFIER
CODE
MNEMONIC SUPPLEMENTARY INFORMATION
STRING NAME
PARAMETER FIRST
USE
SECTION
45 DVT-R DIVERT ON NO REPLY C PARTY
ADDRESS
11
46 SIC SERVICE INDICATOR CODE SIC 7/189
47R BSS-M BEARER SERVICE SELECTION
- Mandatory
SIC 18
48I BSS-P BEARER SERVICE SELECTION
- Preferred
SIC 18
49I BSS-N BEARER SERVICE SELECTION
- Notification
SIC 18
50 OLI/CLI ORIGINATING LINE IDENTITY
/CALLED LINE IDENTITY
A/B PARTY
ADDRESS
6
51 RTI ROUTING INFORMATION (1)ROUTING
INFORMATION
(2)ISDN
TYPE
6
52
53 DVD-E DIVERTED-EXTERNALLY DIVERSION
TYPE
11/189
54 REJ REJECT NONE 12
55 ACK ACKNOWLEDGE NONE 10
56 SN SEND NEXT NONE 6/189
57A D-SIC DASS 2-SERVICE INDICATOR
CODE
SIC 16/189
58
NOTE
NSI NON-SPECIFIED
INFORMATION
(1)NSI
IDENTIFIER
(2,3,ETC)
AS DEFINED
BY USER
15
59 OCP ORIGINALLY CALLED PARTY B-PARTY
ADDRESS
5
ANNEX 4
60B HOLD-REQ HOLD REQUEST NONE 12
61 RECON RECONNECTED NONE 12
62 HDG HOLDING NONE 5
ANNEX 4
63 CD-Q CALL DISTRIBUTION-QUEUE NONE 43
64B TEXT-M TEXT MESSAGE TEXT 39
65 SOD-B STATE OF DESTINATION-BUSY NONE 9
66 SOD-F STATE OF DESTINATION-FREE NONE 9
SX-2000/3300 ICP CCS Trace
Page - 18
IDENTIFIER
CODE
MNEMONIC SUPPLEMENTARY INFORMATION
STRING NAME
PARAMETER FIRST
USE
SECTION
67B CD-DNQ CALL DISTRIBUTION-DO NOT
QUEUE
NONE 43
68
69B CD-LINK CALL DISTRIBUTION-LINKED CALL INDEX 43
70B DIV-RSI DIVERSION-REMOTE SET
IMMEDIATE
C PARTY
ADDRESS
33
71B DIV-RSB DIVERSION-REMOTE SET ON
BUSY
C PARTY
ADDRESS
33
72B DIV-RSR DIVERSION-REMOTE SET ON
NO REPLY
C PARTY
ADDRESS
33
73B DIV-RCI DIVERSION-REMOTE CANCEL
IMMEDIATE
NONE 33
74B DIV-RCB DIVERSION-REMOTE CANCEL
ON BUSY
NONE 33
75B DIV-RCR DIVERSION-REMOTE CANCEL
ON NO REPLY
NONE 33
76B DIV-RCA DIVERSION-REMOTE CANCEL
ALL
NONE 33
77B PASSW PASSWORD PASSWORD 33
78B SPL SPLIT NONE 13
79 TWP TWO PARTY CALL-DIR 13
80 ENQ ENQUIRY CALL HC-CLC 13
81F SCE SINGLE CHANNEL ENQUIRY HC-CLC 13
82 TRFD TRANSFERRED CALL-DIR 13
83F SHTL SHUTTLE NONE 13
84H COC CONNECTED CALL NONE 13
85 TRFR TRANSFER NONE 13
86B CD-FN CALL DISTRIBUTION-FREE
NOTIFY
CALL INDEX 43
87 ICC INTERCOM CALL NONE 16
88H AD-RQ ADD-ON REQUEST NONE 13
89B AD-V ADD-ON VALIDATION NONE 13
90 AD-O ADDED-ON NONE 13
91B ENH ENHANCED SSMF5 NONE 6/189
92 BAS BASIC SSMF5 NONE 6/189
93B CD-UNLINK CALL DISTRIBUTIONUNLINKED
CALL INDEX 43
BTNR 188 Supplementary Information String Identifiers
Page - 19
IDENTIFIER
CODE
MNEMONIC SUPPLEMENTARY INFORMATION
STRING NAME
PARAMETER FIRST
USE
SECTION
94 SNU SIGNAL NOT UNDERSTOOD ENHANCED
STRING ID
5
95 SU SERVICE UNAVAILABLE STRING ID 5
96 RR-SNU RECALL REJECTED SIGNAL
NOT UNDERSTOOD
ENHANCED
STRING ID
5
97B CD-CSU CALL DISTRIBUTION-CALL
SET UP
CALL INDEX 43
98 IG-SNU IGNORED-SIGNAL NOT
UNDERSTOOD
STRING ID
LIST
5
99 IG-SU IGNORED-SERVICE
UNAVAILABLE
STRING ID
LIST
18
100 TEXT TEXTUAL DISPLAY (1)TEXT
(2)TEXT
TYPE
16
101 SIM-A SIMULATED ANSWER NONE 6/189
102B ACT ACTIVATE NONE 27
103B DEACT DEACTIVATE NONE 27
104B TCS TRAFFIC-CHANNEL STATUS CHANNEL
STATUS
27
105B CHID CHANNEL IDENTITY CHANNEL
NUMBER
27
106B FR-R FORCED RELEASE - REQUEST NONE 38
107J PB-P PRIORITY BREAKDOWNPROTECTION
BPL 35
108 PB-R PRIORITY BREAKDOWNREQUEST
BCL 35
109 DI DEVICE IDENTITY DEVICE
INDEX
43
110B ROP-R ROUTE OPTIMISATION
REQUEST
CALL
REFERENCE
NUMBER
19
111H ROP-CSU ROUTE OPTIMISATION
- CALL SET UP
NONE 19
112B ROP-CON ROUTE OPTIMISATION
- CONNECTED
NONE 19
113 DND DO NOT DISTURB SOD 32
114 DND-O DO NOT DISTURB-OVERRIDE NONE 32
115B DND-S DO NOT DISTURB-SET NONE 34
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IDENTIFIER
CODE
MNEMONIC SUPPLEMENTARY INFORMATION
STRING NAME
PARAMETER FIRST
USE
SECTION
116B DND-C DO NOT DISTURB-CLEAR NONE 34
117
118B EST EXTENSION STATUS CALL NONE 20
119 CDIV CONTROLLED DIVERSION NONE 21
120 RDG REDIRECTING REASON FOR
REDIRECTING
22
121 RCF REDIRECTING ON CALL
FAILURE
(1)CLEARING
CAUSE and
(2)B PARTY
ADDRESS
22
122H TOV-R TAKEOVER REQUEST NONE 24
123B TOV-V TAKEOVER VALIDATION NONE 24
124B SER-R SERIES CALL REQUEST RECONNECT
ADDRESS
23
125 SER-C SERIES CALL-CANCEL NONE 23
126 SER-E SERIES CALL-ESTABLISHMENT NONE 23
127B NS-N NIGHT SERVICE STATE OF 25
NOTIFICATION OPERATOR
128A NS-DVT NIGHT SERVICE-DIVERT (1) NIGHT
SERVICE
ADDRESS
(2)PBX FLAG
25
129 NS-DVG NIGHT SERVICE
- DIVERTING
NONE 25
130 NS-DVD NIGHT SERVICE
- DIVERTED
C PARTY
ADDRESS
25
131 NS-RDVT NIGHT SERVICE
- REDIVERT
C PARTY
ADDRESS
25
132 NS-RDVG NIGHT SERVICE
- REDIVERTING
NONE 25
133 NS-RDVD, NIGHT SERVICE
- REDIVERTED
C PARTY
ADDRESS
25
134 NS-DA NIGHT SERVICE
- DEACTIVATED
NONE 25
135 Q-INFO QUEUE INFORMATION (1) NUMBER
OF CALLS &
(2) NUMBER
OF SERVERS
16
BTNR 188 Supplementary Information String Identifiers
Page - 21
IDENTIFIER
CODE
MNEMONIC SUPPLEMENTARY INFORMATION
STRING NAME
PARAMETER FIRST
USE
SECTION
136 Q-PRIO QUEUE PRIORITY PRIORITY
LEVEL
16
137T SW_V SWAP - VALIDATION NONE 8
138 SW-R SWAP - REJECTED LOCATION 8
139
140 A2 SSMF5 SIGNAL IA-21 NONE 6/189
141
142 A5 SSMFS SIGNAL 'A-51 NONE 6/189
143
144 A8 SSMF5 SIGNAL IA-81 NONE 6/189
145 A10 SSMF5 SIGNAL IA-101 NONE 6/189
146
147 A13 SSMF5 SIGNAL 'A-,131 NONE 6/189
148 A14 SSMF5 SIGNAL IA-141 NONE 6/189
149 A12 SSMF5 SIGNAL IA-121 NONE 6/189
150 A7 SSMF5 SIGNAL 'A-71 NONE 6/189
151B CBWF-CLB CALL BACK WHEN FREE-CALL
BACK
NONE 9/189
152B DVT DIVERT C PARTY
ADDRESS
11/18,9
153 SOD-I STATE OF DESTINATIONINDETERMINABLE
NONE 11/189
154 DVG DIVERTING B PARTY
ADDRESS
11/189
155B SOD-REQ REQUEST STATE OF
DESTINATION
NONE 11/189
156B CBWF-CB CALL BACK WHEN FREE-CALL
BACK REQUEST
NONE 9/189
157A NAE-DC NETWORK ADDRESS EXTENSION
-DESTINATION COMPLETE
SUBADDRESS 41
158 SFI SUPPLEMENTARY FACILITIES
INHIBITED
NONE 35
159A NAE-DI NETWORK ADDRESS EXTENSION
-DESTINATION INCOMPLETE
SUBADDRESS 41
160 DRS DIRECT ROUTE SELECT NONE 16
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IDENTIFIER
CODE
MNEMONIC SUPPLEMENTARY INFORMATION
STRING NAME
PARAMETER FIRST
USE
SECTION
161B AS ALARM STATUS (1) ALARM
LEVEL
(2) STAFF
PRESENT
28
162B AS-R ALARM STATUS-REQUEST NONE 28
163B TAD-R TIME AND DATE-REQUEST NONE 30
164B TAD TIME AND DATE TIME AND
DATE ( 6
PARAMETERS)
30
165 SATB SATELLITE BARRED NONE 16
166 SERV SERVICE INFORMATION SERVICES 16
167 TID TRUNK IDENTITY (1) PBX
REFERENCE
NUMBER
(2) TRUNK
GROUP REF
NUMBER
(3) TRUNK
MEMBER REF
NUMBER
16
168B PARK PARK REQUEST NONE 42
169 PKD PARKED NONE 42
170 AC-NAO ADD-ON CONFERENCE-NO ADD
ON CURRENTLY AVAILABLE
NONE 29
171B CBM-R CALL BACK MESSAGING
-REQUEST
NONE 36
172B CBM-C CALL BACK MESSAGING
-CANCEL
NONE 36
173 NAE-CC NETWORK ADDRESS EXTENSION
-CALLING/CALLED IDENTITY
COMPLETE
SUBADDRESS 16
174 NAE-CI NETWORK ADDRESS EXTENSION
-CALLING/CALLED IDENTITY
INCOMPLETE
SUBADDRESS 16
175
176B AC-CDC ADD-ON CONFERENCE-CLEARDOWN
CONFERENCE
NONE 13
BTNR 188 Supplementary Information String Identifiers
Page - 23
IDENTIFIER
CODE
MNEMONIC SUPPLEMENTARY INFORMATION
STRING NAME
PARAMETER FIRST
USE
SECTION
177 AC-PI ADD-ON CONFERENCE-PARTY
INDEX
CONFERENCE
PARTY INDEX
13
178
179B AC-DR ADD-ON CONFERENCE-DETAILS
REQUEST
NONE 29
180 AC-PD ADD-ON CONFERENCE-PARTY
DETAILS
CONFERENCE
PARTY
DETAILS
29
181 AC-CBI ADD-ON CONFERENCE-CONFERENCE
BRIDGE IDENTITY
CONFERENCE
BRIDGE
ADDRESS
29
182 CH-AC CHARGE REPORTINGACCOUNT
CODE
ACCOUNT
CODE
40
183B CH-ACR CHARGE REPORTINGACCOUNT
CODE REQUEST
NONE 40
184 CH-ACT CHARGE REPORTING-ACTIVE NONE 40
185B CH-CLR CHARGE REPORTING-CLEAR NONE 40
186B CH-CR CHARGE REPORTING-COST
REQUEST
NONE 40
187 CH-CST CHARGE REPORTING-COST (1)CURRENCY
UNITS
(2)COST
QUALIFIER
(3)CURRENCY
INDICATION
40
188 CH-TR CHARGE REPORTING-TIME
RATE
(1)CURRENCY
UNITS
(2)TIME
INTERVAL
(3)COST
QUALIFIER
(4)CURRENCY
INDICATION
40
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IDENTIFIER
CODE
MNEMONIC SUPPLEMENTARY INFORMATION
STRING NAME
PARAMETER FIRST
USE
SECTION
189 CH-UR CHARGE REPORTING-UNIT
RATE
(I)CURRENCY
UNITS
(2)COST
QUALIFIER
(3)CURRENCY
INDICATION
40
190 CH-UU CHARGE REPORTING-UNITS
USED
UNITS 40
191 OPD OUTPUT DIGITS REMOTE
ADDRESS
40/189
192B OPD-R OUTPUT DIGITS - REQUEST NONE 40/189
193 IRD INTERNAL REROUTING
DISABLED
NONE 16
194 ERD EXTERNAL REROUTING
DISABLED
NONE 16
195B NLT-PT NON-LOOPED BACK TEST -
PERFORM TEST
TEST INDEX 27
196B NLT-RQ NON-LOOPED BACK TEST -
TEST REQUEST
TEST INDEX 27
197B NLT-SC NON-LOOPED BACK TEST -
SEQUENCE COMPLETE
NONE 27
198B NLT-RES NON-LOOPED BACK TEST -
RESULT
TEST RESULT 27
199 AUTO-A AUTOANSWER NONE 16
200 HF-A HANDS-FREE - ACTIVATED NONE 16
201 HF-D HANDS-FREE - DEACTIVATED NONE 16
202B EI-W EXECUTIVE INTRUSION
- WITHDRAW
NONE 10
203 DVT-RD DIVERT-REDIRECTION (1) REASON
FOR REDIRECTING
(2) C PARTY
ADDRESS
22
204 DVT-CF DIVERT-CALL FAILURE C PARTY
ADDRESS
22
205 ASST-INFO ASSISTANCE-INFORMATION TYPE OF
ASSISTANCE
16
206 RED-BY REDIRECTION-BYPASS NONE 22
BTNR 188 Supplementary Information String Identifiers
Page - 25
IDENTIFIER
CODE
MNEMONIC SUPPLEMENTARY INFORMATION
STRING NAME
PARAMETER FIRST
USE
SECTION
207
208 VIC VPN INITIATED CLEAR NONE 16
209 NPR-A NUMBER PRESENTATION RESTRICTION j48
NOTE RESTRICTION-A PARTY DOMAIN
210 NPR-B NUMBER PRESENTATION RESTRICTION .48
NOTE RESTRICTION-B PARTY DOMAIN
211 ARC AUXILIARY ROUTE
RESTRICTION CLASS
ROUTE
RESTRICTION
CLASS
16
212 WOB WAIT ON BUSY NONE 45
213B GPU-R GROUP PICK-UP REQUEST GROUP PICKUP
CODE
46
214B PU-DVT PICK-UP DIVERT 1)C-PARTY
ADDRESS
2)TIME
INTERVAL
46
215B PU-DVG PICK-UP DIVERTING TIME
INTERVAL
46
216B DPU-R DIRECTED PICK-UP REQUEST PICK-UP
CALL TYPE
46
217 RCC-CA ROUTE CAPACITY CONTROL -
CAPACITY AVAILABLE
NONE 44
218
219 RCC-OI ROUTE CAPACITY CONTROL -
OVERRIDE INVOKED
NONE 44
220 PU-DVD PICK-UP DIVERTED NONE 46
221 NPR-O NUMBER PRESENTATION RESTRICTION t48
NOTE RESTRICTION - OTHER PARTY DOMAIN
222K MCI MALICIOUS CALL INDICATION MALICIOUS
CALL
REFERENCE
16
223 NSL NETWORK SIGNALLING LIMIT NONE 16
224
225
NOTE: The NPR-A, NPR-B and NPR-O String Identifier Codes shall have no Suffix, an "A" Suffix
or a "B" Suffix depending on the requirements of a network with respect to how PBXs that do not
recognise NPR-A, NPR-B or NPR-0 should be forced to respond to their receipt.
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IDENTIFIER
CODE
MNEMONIC SUPPLEMENTARY INFORMATION
STRING NAME
PARAMETER FIRST
USE
SECTION
226 TCOS TRAVELLING CLASS OF
SERVICE
(1)ROUTE
RESTRICTION
CLASS
(2)CALL
BARRING
GROUP
(3)FACILITY
LIST CODE
4
227B TCOS-R TRAVELLING CLASS OF
SERVICE-REQUEST
NONE 47
228B DIV-RSC DIVERSION-REMOTE SET
COMBINED
C PARTY
ADDRESS
33
229B DIV-RCC DIVERSION-REMOTE CANCEL
COMBINED
NONE 33
230 RDC REDIRECTION CONTROL TIMER
VALUE
16
231 CAUSE CLEARING CAUSE CLEARING
CAUSE
6
232 CP CALL PROCEEDING NONE 6/189-I
233 I-BC ISDN-BEARER CAPABILITY BEARER 6/189-I
NOTE CAPABILITY
234 I-CC ISDN-CLEARING CAUSE CAUSE 6/189-I
235 I-CPN ISDN-CALLING PARTY
/CONNECTED NUMBER
1) ISDN
NUMBER
ATTRIBUTES
2) ISDN
NUMBER
DIGITS
6/189-I
236A I-CSA ISDN-CALLING PARTY
/CONNECTED SUBADDRESS
ISDN
SUBADDRESS
6/189-I
237A I-DSA ISDN-DESTINATION (CALLED
PARTY) SUBADDRESS
ISDN
SUBADDRESS
6/189-I
238 I-HLC ISDN-HIGH LAYER
COMPATIBILITY
HIGH LAYER
COMPATIBILITY
6/189-I
239 I-LLC ISDN-LOW LAYER LOW LAYER 6/189-I
BTNR 188 Supplementary Information String Identifiers
Page - 27
NOTE: This String Identifier Code shall have no Suffix or a "B" Suffix depending on the outcome
of attempting to generate a SIC from Bearer Capability and/or Low Layer Compatibility (see
BTNR 189-I SECTION 4, ANNEX 2 and SECTION 6).
IDENTIFIER
CODE
MNEMONIC SUPPLEMENTARY
INFORMATION
STRING NAME
PARAMETER FIRST
USE
SECTION
240 I-PROG ISDN-PROGRESS PROGRESS
INDICATOR
(may be
repeated)
6/189-1
241 IPN INTERWORKING VIA A
PRIVATE ISDN
NONE 6/189-1
242 SAVE SAVE NONE 6/189-1
243 V-NTD VPN-NODAL IDENTITY VPN ACCESS
REFERENCE
NUMBER
16
244 M-INDEX MESSAGE INDEX INDEX
NUMBER
16
245

BTNR 188
Coding of Supplementary Information String
Parameters

BTNR 188 Coding of Supplementary Information String Parameters
Page - 31
Supplementary Information String Parameters
PARAMETER
NAME
DESCRIPTION AND CODING
ACCOUNT CODE This Parameter comprises-a sequence of IA5 numeric
characters representing an account code.
ALARM LEVEL The Alarm Level shall always contain an IA5 numeric character in the
range 0-4, optionally followed by an IA5 alpha character.
The first character shall be used as follows:
Value Name Description
0 None No alarms currently active in the system
1 Low Some alarms active, but no effect on traffic
handling
2 Medium Some alarms active which do have an effect on
traffic handling, but the PBX can still function
3 High Alarms active in the system are such that the
PBX operation is greatly affected
4 Alarm
reporting
inhibited
No alarm information shall be provided because
maintenance personnel on site have inhibited the
reporting of alarms
The precise details of when each category is used is dependent upon the
PBX design.
The optional alpha character shall be the letter "P" to indicate that the
mains power supply has failed. If this is not present it shall be assumed
that power is available.
A PARTY
ADDRESS
In general the A Party Address is a digit sequence that represents the
address of the originating caller. The precise meaning of the A Party
Address Parameter is subject to the CLC of the calling party.
When the A Party is CLC-ORD or CLC-OP then the A Party Address is
that digit sequence which, when used as a DPNSS 1 Destination Address
by any PBX in the network, will cause a call to be routed to the originating
extension or operator.
When the A Party is CLC-ISDN, then the A Party Address shall be a
sequence of digits that, if sent as a destination address to the public
network via an access at the Gateway PBX where the call crossed the
public network boundary, would cause a call to be routed via the public
network to that party. In the case of an ETS 300 102 access, the digit
sequence shall be that which would be associated with Numbering Plan
Identification and Type of Number, "Unknown".
Depending on the type of number (e.g. local or national) and the topology
of the private network, an A Party Address associated with CLC-ISDN may
also be valid at other public network accesses. It is therefore
recommended that an A Party Address sent by a PBX should have the
widest possible significance throughout the private network. For example,
in the case of a private network within the UK, the full national number
including the 11011 prefix should be used.
NOTE: Before it can form a DPNSS 1 Destination Address, an A Party
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PARAMETER
NAME
DESCRIPTION AND CODING
Address associated with CLC-ISDN may need to be prefixed with digits to
cause routing to a Gateway PBX.
When the A Party is CLC-MF5 then the meaning of the A Party Address
depends upon the numbering plan employed by the private network:
- if the DPNSS 1
and SSMF5 parts of the network share a global numbering plan then the A
Party Address is that digit sequence which, when used as a Destination
Address in a DPNSS ISRM, will cause a call to be routed to the originating
SSMF5 extension;
A PARTY
ADDRESS
(CONTINUED)
- if the DPNSS 1 and SSMF5 parts of the network have separate
numbering plans then the A Party Address is that digit sequence which,
when sent via an SSMF5 route, will cause a call to be routed to the
originating SSMF5 extension (NOTE: Under these circumstances when
the A Party Address is used as a Destination Address in a DPNSS 1
ISRM, it must be prefixed in order first to route the call to the SSMF5
Gateway).
When the A Party is CLC-PSTN or CLC-DEC the address of the calling
party will not be available. Some PBXs conforming to earlier versions of
the BTNR may use the A Party Address Parameter to convey the Trunk
Number. No standardised method of coding the Trunk Number is
specified; this has to be mutually agreed at network configuration.
The A Party Address comprises a sequence of IA5 numeric characters,
each in the range 0-9. The numbers are sent most significant first.
example: Originating Line Identity = 5892
would be encoded as: *50*5892#
BEARER
CAPABILITY
This Parameter comprises a sequence of IA5 characters representing the
values of octets 3, onwards of an ISDN Bearer Capability information
element, using 3B4I encoding (see APPENDIX 1 to this Annex).
example: The following Bearer Capability information element:
Octet 1: identifier
Octet 2: length
Octet 3: 10010000
Octet 4: 10010000
Octet 5: 10100011
would be encoded as: *233*dIBc#
B PARTY
ADDRESS
In general the B Party Address is a digit sequence that represents the
address of the second party in a call, e.g. the originally called party in the
case of Diversion. The precise meaning of the B Party Address Parameter
is subject to the CLC of the second party.
When the B Party is CLC-OPD or CLC-OP then the B Party Address is
that digit sequence which, when used as a DPNSS 1 Destination Address
by any PBX in the network, will cause a call to be routed to the associated
extension or operator.
When the B Party is CLC-ISDN, then the B Party Address shall be a
sequence of digits that, if sent as a destination address to the public
network via an access at the Gateway PBX where the call crossed the
BTNR 188 Coding of Supplementary Information String Parameters
Page - 33
PARAMETER
NAME
DESCRIPTION AND CODING
public network boundary, would cause a call to be routed via the public
network to that party. In the case of an ETS 300 102 access, the digit
sequence shall be that which would be associated with Numbering Plan
Identification and Type of Number, "Unknown".
Depending on the type of number (e.g. local or national) and the topology
of the private network, a B Party Address associated with CLC-ISDN may
also be valid at other public network accesses. It is therefore
recommended that a B Party Address sent by a PBX should have the
widest possible significance throughout the private network. For example,
in the case of a private network within the UK, the full national number
including the "0"prefix should be used.
NOTE: Before it can form a DPNSS 1 Destination Address, a B Party
Address associated with CLC-ISDN may need to be prefixed with digits to
cause routing to a Gateway PBX.
When the B Party is CLC-MF5 then the meaning of the B Party Address
depends upon the numbering plan employed by the private network:
- if the DPNSS 1
and SSMF5 parts of the network share a global numbering plan then the B
Party Address is that digit sequence which, when used as a Destination
Address in a DPNSS ISRM, will cause a call to be routed to the called
SSMF5 extension;
B PARTY
ADDRESS
(CONTINUED)
- if the DPNSS 1 and SSMF5 parts of the network have separate
numbering plans then the B Party Address is that digit sequence which,
when sent via an SSMF5 route, will cause a call to be routed to the
originating SSMF5 extension (NOTE: Under these circumstances when
the B Party Address is used as a Destination Address in a DPNSS 1
ISRM, it must be prefixed in order first to route the call to the SSMF5
Gateway).
When the B Party is CLC-PSTN or CLC-DEC the address of the called
party will not be available. Some PBXs conforming to earlier versions of
the BTNR may use the B Party Address Parameter to convey the Trunk
Number. No standardised method of coding the Trunk Number is specified
and this has to be mutually agreed at network configuration.
The B Party Address comprises a sequence of IA5 numeric characters,
each in the range 0-9. The numbers are sent most significant first.
example: Diverting from address 1212 on busy.
would be encoded as: *38F*1212#
BREAKDOWN
CAPABILITY
LEVEL
This Parameter is used to set the capability level of a call which may be
used to breakdown an existing call.
The Parameter comprises a decimal number coded as up to two IA5
numeric characters in the Range 0-15.
BREAKDOWN
PROTECTION
LEVEL
This Parameter is used to set the protection level of a call to guard against
subsequent attempts made to break down the call.
The Parameter comprises a decimal number coded as up to two IA5
numeric characters in the Range 0-15.
BUSY SERVICES This Parameter has been renamed "SERVICES".
CALL BARRING The Call Barring Group Parameter indicates the party's entitlement to
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Page - 34
PARAMETER
NAME
DESCRIPTION AND CODING
GROUP make calls to or receive calls from other parties.
It comprises a decimal number (from 0 upwards), coded as one or more
IA5 numeric characters, or the null value for this Parameter which is coded
as the IA5 character, hyphen (2/13).
CALL-DIR This Parameter assigns a direction to a call, to provide a datum for
subsequent Supplementary Service requests.
It comprises a single IA5 character as follows:
0 = Originating PBX T = Terminating PBX
CALL INDEX This Parameter is a non-zero decimal number coded
as up to 3 IA5 numeric characters used to identify
a queued call. This Parameter is optional.
CALL
REFERENCE
NUMBER
That digit sequence which, when used as a Destination Address will cause
routing back to the PBX which has requested route optimisation and, on
arrival at that PBX, identifies the call being optimised.
CAUSE This Parameter comprises a sequence of IA5 characters representing the
values of octets 3, onwards of an ISDN Cause information element, using
3B4I encoding (see APPENDIX 1 to this Annex)
example: The following Cause information element:
Octet 1: identifier
Octet 2: length
Octet 3: 10000000
Octet 4: 10010000
would be encoded as: 234`I@#
CHANNEL
NUMBER
This Parameter is used to identify a specific traffic channel.
The Channel Number is encoded as its 5-bit binary equivalent but is
transmitted as an IA5 character in accordance with the following table.
On receipt of this Parameter the Terminating PBX discards bits 6 and 7 of
the IA5 character and uses the remaining 5 bits to identify the Channel
Number as in the following table.
5 BIT BLOCK
MSB LSB
IA5
CHARACTER
CHANNEL
NUMBER
0 0 0 0 0 @ Not Used
0 0,0 0 1 A 1
0 0 0 1 0 B 2
0 0 0 1 1 C 3
0 0 1 0 0 D 4
0 0 1 0 1 E 5
0 0 1 1 0 F 6
0 0 1 1 1 G 7
0 1 0 0 0 H 8
0 1 0 0 1 1 9
BTNR 188 Coding of Supplementary Information String Parameters
Page - 35
PARAMETER
NAME
DESCRIPTION AND CODING
0 1 0 1 0 1 10
0 1 0 1 1 K 11
0 1 1 0 0 L 12
0 1 1 0 1 M 13
0 1 1 1 0 N 14
0 1 1 1 1 0 15
1 0 0 0 0 P 16
1 0 0 0 1 Q 17
1 0 0 1 0 R 18
1 0 0 1 1 S 19
1 0 1 0 0 T 20
1 0 1 0 1 U 21
1 0 1 1 0 V 22
1 0 1 1 1 W 23
1 1 0 0 0 X 24
1 1 0 0 1 Y 25
1 1 0 1 0 Z 26
1 1 0 1 1 [ 27
1 1 1 0 0 \ 28
1 1 1 0 1 ] 29
1 1 1 1 0 ^ 30
1 1 1 1 1 _ 31
CHANNEL
STATUS
The status of the traffic channel is identified by a single IA5 character
allocated as follows:
1 Free
2 Busy
3 Not equipped
4 Back-Busied by Me
5 Back-Busied by You
6 Looped-Back by Me
7 Looped-Back by You
8 Out of Service
Further values may be added in future issues of BTNR 188, BTNR 189
and BTNR 189-I.
Where more than one condition applies they shall all be included in the
Parameter, separated by the IA5 character space (2/0).
If the status is indicated as "Not Equipped" or "Out of Service", no other
status may be given.
The status "Free" may not accompany the status "Busy", "Looped-Back by
Me" or "Looped-Back by You".
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Page - 36
PARAMETER
NAME
DESCRIPTION AND CODING
The status "Busy" may not accompany the status "Free", "Looped-Back by
Me" or "Looped-Back by You".
The status "Looped-Back by Me" may not accompany the status
"Looped-Back by You".
CLEARING
CAUSE
This Parameter comprises a pair of IA5 characters representing the value
of the Clearing Cause octet received in a CRM, using 1B21 encoding (see
APPENDIX 1 to this Annex).
example: the Clearing Cause: Busy (08H)
would be received in a CRM as octet: 00001000
- when used as a Parameter to String RCF, would be encoded as:
*121*@H*1234# (i.e. Redirecting on Call Failure (CC: Busy] to B Party
Address 1234)
CONFERENCE
BRIDGE
ADDRESS
The Conference Bridge Address is that digit sequence which, when used
as a Destination Address, will cause routing back to the Conference PBX
and, on arrival at that PBX, will identify the particular conference bridge or
group.
CONFERENCE
PARTY DETAILS
This Parameter comprises any combination of the following details coded
in IA5 alpha characters as indicated:
C = Controller
L = Last
S = Self
If none of these details applies this Parameter may be omitted.
CONFERENCE
PARTY INDEX
This Parameter comprises a decimal number encoded as one or more IA5
numeric characters.
COST QUALIFIERThis Parameter consists of an IA5 character indicating how any charging
data received is to be qualified as follows:
0 - VAT not included.
1 - Supplementary charges not included.
Further values may be defined in future issues of BTNR 188, BTNR 189
and BTNR 189-I.
If more than one qualification applies, they shall all be included, separated
by the IA5 character space (2/0).
example: *187*253*0 1*A#
(Note: "A" = CURRENCY INDICATION Parameter)
This represents a call cost of E2-53 excluding VAT and supplementary
charges.
If no qualifications apply, the Parameter shall be coded as the IA5
character, hyphen (2/13).
Where no qualifications apply, charging data received may be assumed to
indicate the total cost of the call. Where supplementary charges are not
included, the precise significance of this is dependent on the charging
source.
C PARTY
ADDRESS
That digit sequence which, when used as a Destination Address by any
PBX in the network, will cause the call to be routed to the third party in a
BTNR 188 Coding of Supplementary Information String Parameters
Page - 37
PARAMETER
NAME
DESCRIPTION AND CODING
call eg, diverted-to party in the case of diversion.
The C Party Address comprises a sequence of IA5 numeric characters,
each in the range 0-9. The numbers are sent most significant first.
example: *40B*3678#
Divert this call to address 3678
In the case of Remote Registration of Diversion Strings
DIV-RSB/-RSC/-RSI/-RSR this Parameter is optional.
CURRENCY
INDICATION
This Parameter comprises a single IA5 character which indicates the
currency in which any associated currency units are specified.
A - Pence (UK)
Further values may be defined in future issues of BTNR 188, BTNR 189
and BTNR 189-I.
This Parameter is optional. If not present, a default currency must be
assumed.
CURRENCY
UNITS
This Parameter comprises a sequence of IA5 numeric characters or a
sequence of IA5 numeric characters followed by another IA5 character
sequence consisting of the IA5 character "dot" (2/14) and a sequence of
IA5 numeric characters. This Parameter represents monetary cost, in the
units of the given or assumed currency, to N decimal places, where N is
the number of numeric characters in the second sequence (N=O if the
second sequence is not present).
DEVICE INDEX This Parameter is a decimal number coded as up to 2 IA5 numeric
characters which can be used to sub-divide a DA, OLI, or CLI in order to
identify uniquely a particular device.
DIVERSION TYPEThis Parameter indicates the type of diversion used.
It comprises a single IA5 character, used as follows:
I - Diversion Immediate
B - Diversion On Busy
R - Diversion On No Reply
ENHANCED
STRING
ID
Enhanced String ID comprises a copy of the IA5 numerals and suffix letter
of one Supplementary Information String Identifier or a single IA5 alpha
character, indicating one of the following:
A = Unrecognised Maintenance Action
E = Syntax Error
F = Selection Block capacity exceeded
M = Missing Information
R = Recall not supported
S = Unrecognised SIC
example 1: *94*22B#
The request for intrusion protection level was not understood.
example 2: *94*E#
Syntax Error
In the case of NSI Strings however, it is necessary to allow for the first
Parameter of the the NSI String to be included as part of the Parameter
SX-2000/3300 ICP CCS Trace
Page - 38
PARAMETER
NAME
DESCRIPTION AND CODING
"Enhanced String ID". In this case the NSI Parameter is separated from
the ID(58) and suffix by a semicolon.
example: *94*58B;AA#
The String 58B*AA was not understood.
FACILITY LIST
CODE
The Facility List Code Parameter indicates the facilities the party is
allowed to use.
It comprises a decimal number (from 0 upwards), coded as one or more
IA5 numeric characters, or the null value which is the IA5 character,
hyphen (2/13).
GROUP PICK-UP
CODE
The Group Pick-Up Code is a Parameter which indicates a network-wide
group of extensions.
It comprises a decimal number (from 0 upwards), coded as one or more
IA5 numeric characters.
HC-CLC The Parameter HC-CLC gives the Called/Calling Line Category of the held
party.
This Parameter comprises a single IA5 numeric character allocated as
follows:
1 Ordinary 2 Decadic 3 ISDN
4 PSTN 5 SSMF5 6 Operator
8 Conference
example: *80*1# Enquiry call with an ordinary extension on
hold.
HIGH LAYER
COMPATIBILITY
This Parameter comprises a sequence of IA5 characters representing the
values of octets 3, onwards of an ISDN High Layer Compatibility
information element, using 3B4I encoding (see APPENDIX 1 to this
Annex).
example: The following High Layer Compatibility information element:
Octet 1: identifier
Octet 2: length
Octet 3: 10010001
Octet 4: 10000100
would be encoded as: *238*dXP#
INDEX NUMBER This Parameter comprises a sequence of up to three IA5 numeric
characters representing a message index number between 0 and 255
(decimal).
INTRUSION
CAPABILITY
LEVEL
The Intrusion Capability level comprises a single IA5 numeric character 0,
1, 2 or 3
example: *21*1#
Executive Intrusion Request with ICL 1
INTRUSION
PROTECTION
LEVEL
The Intrusion Protection-Level comprises a Single IA5 numeric character
0, 1, 2, or 3
example: *23*2#
IPL = 2
BTNR 188 Coding of Supplementary Information String Parameters
Page - 39
PARAMETER
NAME
DESCRIPTION AND CODING
ISDN NUMBER
ATTRIBUTES
This Parameter comprises a sequence of IA5 characters representing the
value of octet 3 of an ISDN Calling Party Number or Connected Number
information element, using 3B4I encoding (see APPENDIX 1 of this
Annex).
The example of encoding the ISDN NUMBER DIGITS Parameter includes
an example of how to encode this Parameter.
ISDN NUMBER
DIGITS
This Parameter comprises a sequence of IA5 numeric characters
representing the number digit octets (octet 4, and any repetitions) of an
ISDN Calling Party Number or Connected Number information element.
The most significant (spare) bit of each number digit octet is deleted and
the remaining seven bit codes are the IA5 numeric character codes of
TABLE 1 of BTNR 188, SECTION 4, ANNEX 4.
The following example shows the encoding of both an ISDN NUMBER
ATTRIBUTES and an ISDN NUMBER DIGITS Parameter as contained in
an ISDN Calling Party Number information element:
Octet 1: identifier
Octet 2: length
Octet 3: 11001001
1st Octet 4: 00110010
2nd Octet 4: 00110101
3rd Octet 4: 00111001
4th Octet 4: 00110101
would be encoded as: *235*rP*2595#
ISDN
SUBADDRESS
This Parameter comprises a sequence of IA5 characters representing the
values of octets 3, onwards of an ISDN Called Party Subaddress, Calling
Party Subaddress or Connected Subaddress information element, using
3B4I encoding (see APPENDIX 1 to this Annex).
example: The following Calling Party Subaddress information element:
Octet 1: identifier
Octet 2: length
Octet 3: 10000000
Octet 4: 01010000
Octet 5: 01000001
Octet 6: 01000010
would be encoded as: *236A*IEAAPI#
ISDN TYPE This Parameter represents the type of public ISDN interface encountered.
It comprises a single IA5 character as follows:
A = ETS 300 102 B = DASS 2
Further types may be added in later issues of BTNR 188, BTNR 189 or
BTNR 189-I.
This Parameter is optional. If not present then this shall be taken to
indicate that no specific information about the type of ISDN interface is
available. A PBX may, where necessary, make assumptions about the
signalling type when this Parameter is not present.
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Page - 40
PARAMETER
NAME
DESCRIPTION AND CODING
LOCATION The location of the failure is identified by using an IA5 character allocated
as follows:
T - Other terminal
P - Call Path
E - Equipment needed to make the connection
I - Incompatible due to clash of services
If more than one is applicable, the one appearing first in the above list
shall be used.
LOW LAYER
COMPATIBILITY
This Parameter comprises a sequence of IA5 characters representing-the
values of octets 3, onwards of an ISDN Low Layer Compatibility
information element, using 3B4I encoding (see APPENDIX 1 to this
Annex).
example: The following Low Layer Compatibility information element:
Octet 1: identifier
Octet 2: length
Octet 3: 10001000
Octet 4: 10010000
Octet 5: 00100001
Octet 5a: 01000101
Octet 5b: 00100000
Octet 5c: 10110011
would be encoded as: *239*bI@aQRBs#
MALICIOUS CALL
REFERENCE
This Parameter is an IA5 numeric character sequence comprising up to 3
digits for identifying a request to trace a malicious call a DPNSS 1
network.
This Parameter is optional. It may be omitted if Malicious Call References
are not used.
NESTING
LEVEL
This Parameter is used to indicate the number of hunt groups that the call
has passed through. It comprises a single IA5 numeric character in the
range 1-9 to represent the level of nesting .
This Parameter is optional; omission of the Parameter indicates a nesting
level of 1.
NIGHT SERVICE
ADDRESS
The Night Service Address is that digit sequence which, when used as a
Destination Address, will cause a call to be routed to the Night Service
point. This Parameter comprises a sequence of IA5 numeric characters
each in the range 0 - 9, sent most significant first.
example: -128A*3678# (Night Service - Divert to address 3678)
This Parameter is optional. It may be omitted if no address is available.
NSI IDENTIFIER This Parameter consists of two IA5 characters indicating a manufacturer
and a manufacturer-specific code.
The first character is as allocated in TABLE 1 of SECTION 15 of BTNR
188. The second character may be any IA5 character legal for use in a
Supplementary Information String Parameter.
NUMBER OF This indicates the number of unanswered calls currently waiting on an
BTNR 188 Coding of Supplementary Information String Parameters
Page - 41
PARAMETER
NAME
DESCRIPTION AND CODING
CALLS extension number, or the position of a call currently queued.
The Parameter comprises a decimal number coded as up to two IA5
numeric characters.
NUMBER OF
FURTHER
ALTERNATIVE
ROUTES
This Parameter is optional. If included it specifies the number of further
alternative routes allowed during routing of the call. It comprises a single
IA5 alpha character in the range A-Z; A representing 0 and Z representing
25.
NUMBER OF
FURTHER
TRANSITS
This Parameter is the count of the number of further Transit PBXs allowed
to route the call. It comprises a single IA5 alpha character in the Range
A-Z; A representing 0 and Z representing 25.
NUMBER OF
SERVERS
The Number of Servers Parameter indicates the number of positions
capable of answering the queued calls.
The Parameter comprises a decimal number coded as up to two IA5
numeric characters.
PASSWORD This Parameter comprises up to 12 IA5 alphanumeric characters which
may be used as a password.
When used with Travelling Class of Service Request (TCOS-R) this
Parameter is optional.
PBX FLAG This Parameter is optional. If included it contains the single IA5 character
'IS" to indicate that the address contained in the previous Parameter is on
the same PBX as the sender of the message.
PBX
REFERENCE
NUMBER
This is the sequence of IA5 numeric characters used to identify the PBX
sending the TID String.
When used as the Destination Address it will cause routing to the sending
PBX.
PICK-UP CALL
TYPE
The Pick-Up Call Type Parameter gives the type of Pick-Up required. It
comprises a single IA5 character allocated as follows:
R = Ringing call H = Held call
W = Waiting call P = Parked call
More than one Type may be included in the Parameter, each being
separated by the IA5 character space (2/0). Where more than one Type is
included, PBX-T shall assign its own priority.
This Parameter is optional and if omitted then PBX-T shall assign its own
Type and priority
PRIORITY LEVEL This Parameter comprises a sequence of up to three IA5 numeric
characters representing a priority level between 0 and 255 (decimal).
PROGRESS
INDICATOR
This Parameter comprises a sequence of IA5 characters representing the
values of octets 3, onwards of an ISDN Progress indicator information
element, using 3B4I encoding (see APPENDIX I to this Annex).
example: The following Progress Indicator information element:
Octet 1: identifier
Octet 2: length
Octet 3: 10000010
Octet 4: 10000010
SX-2000/3300 ICP CCS Trace
Page - 42
PARAMETER
NAME
DESCRIPTION AND CODING
would be encoded as: *240*`hH#
REASON FOR
REDIRECTING
This Parameter consists of two IA5 characters. The first character defines
the state of the call before redirection:-
A = Awaiting answer
H = Held
W = Waiting on busy
The second character indicates whether the call was transferred into that
state:-
E = Transferred by an extension
N = Not transferred
0 = Transferred by an operator
R = Transferred by the party to whom the call is being redirected
RECONNECT
ADDRESS
That digit sequence which, when used as a Destination Address, will
cause a call to be routed to the party to whom reconnection is required.
This Parameter comprises a sequence of IA5 numeric characters, each in
the range 0-9. The numbers are sent most significant first.
example: *124B*123456#
Reconnect a caller who has requested Series Call Supplementary Service
to address 123456.
REMOTE
ADDRESS
This Parameter comprises a sequence of IA5 numeric characters
representing the digits output by a Gateway PBX to another signalling
system.
RESTRICTION
DOMAIN
This Parameter indicates the domain in which number presentation
restriction applies and comprises a single IA5 numeric character allocated
as follows:
1 = Private 2 = Public
Further values may be added in future issues of BTNR 188, BTNR 189
and BTNR 189-1.
Where more than one restriction applies they shall each be included in the
Parameter, separated by the IA5 character, space (2/0).
This Parameter is optional; its omission indicates total restriction.
ROUTE
RESTRICTION
CLASS
The Route Restriction Class Parameter indicates the routing entitlements
of the party.
It comprises a decimal number (from 0 upwards), coded as one or more
IA5 numeric characters, or the null value which is the IA5 character,
hyphen (2/13).
ROUTING
INFORMATION
Routing Information comprises a single IA5 numeric character allocated as
follows:
1 Alternative Route
2
3 Public ISDN encountered These values are
(see NOTE 1) used when interBTNR
188 Coding of Supplementary Information String Parameters
Page - 43
PARAMETER
NAME
DESCRIPTION AND CODING
4 PSTN encountered working with
5 Decadic encountered other signalling
(see NOTE 2) systems see
6 - MF5 encountered BTNR 189 and
7 - Private ISDN encountered BTNR 189-I
NOTE 1: In earlier issues of BTNR 188 and BTNR 189 Parameter value 3
indicated DASS 2 encountered. The scope of this value has since been
expanded to cover access to the public ISDN in general.
NOTE 2: In earlier issues of BTNR 188 and BTNR 189 Parameter value 5
indicated 10 pps encountered. The scope of this value has since been
expanded to cover access to non-DPNSS 1 private circuits in general.
Further Routing Information codes may be added in later issues of BTNR
188, BTNR 189 and BTNR 189-I.
More than one routing information digit can be included in the Parameter
each being separated by the IA5 character space (2/0).
example: *51*1 4#
alternative route taken via the PSTN.
Where the same value occurs more than once it shall be treated by the
receiving PBX as if the value appeared only once.
Values that are not recognised may be ignored and the String processed
on the remainder of the Parameter values. Transit PBXs shall pass on the
complete Parameter, including the unrecognised values. If none of the
values in the Parameter is recognised, the String shall be treated as if the
Parameter were missing.
SERVICE
MARKING
The Service Marking Parameter supplements the Calling or Called Line
Category. It comprises a single IA5 character allocated as follows:
1 = PSTN BARRED
2 = EMERGENCY TELEPHONE
3 = HUNT GROUP
4 = DISTRIBUTED GROUP
5 = UNABLE TO INITIATE CLEARING AFTER ANSWER (Note)
Further Service Marking Codes may be added in later issues of BTNR
188, BTNR 189 and BTNR 189-I.
More than one Service Marking character can be included in the
Parameter, each being separated by the IA5 character space (2/0).
If one (or more) of the allocated codes is (are) not present in this
Parameter then the receiving PBX shall presume the negation of the
associated attribute(s):
example: *1*2 3#
= CLC-ORD:
NOT PSTN BARRED, EMERGENCY TELEPHONE, HUNT GROUP,NOT
DISTRIBUTED GROUP, ABLE TO INITIATE CLEARING AFTER
ANSWER.
If no Parameter value is to be included then the Supplementary String
Identifier shall he followed by a # and all the associated attributes shall be
SX-2000/3300 ICP CCS Trace
Page - 44
PARAMETER
NAME
DESCRIPTION AND CODING
presumed by the receiving PBX to be negated.
example: *1#
= CLC-ORD:
NOT PSTN BARRED, NOT EMERGENCY TELEPHONE, NOT HUNT
GROUP, NOT DISTRIBUTED GROUP, ABLE TO INITIATE CLEARING
AFTER ANSWER.
Where the same value occurs more than once, it shall be treated by the
receiving PBX as if the value appeared only once.
Values that are not recognised may be ignored and the String processed
on the remainder of the Parameter values. Transit PBXs shall pass on the
complete Parameter including the unrecognised values. If none of the
values in the Parameter is recognised, the String shall be treated as if the
Parameter were missing.
SERVICE
MARKING
(CONTINUED)
Note: The value 5 of this Parameter gives no indication of the ability (or
inability) to initiate clearing before answer.
SERVICES The SERVICES Parameter is a single IA5 character allocated as follows:
1 = Call Offer not possible
2 = Executive Intrusion not possible
3 = Call Back When Free not possible
4 = Call Back Messaging not possible (see Note)
5 = Hold not possible
6 = Call Back When Next Used not possible
Note: In BTNR 188, Issue 4, this value of the Parameter represented "Call
Back Messaging possible". This has been changed here to harmonise with
the other attributes of the Parameter which are all negative.
Further values may be added in later issues of BTNR 188, BTNR 189 and
BTNR 189-1.
More than one character may be included in the Parameter, each being
separated by the IA5 character space (2/0).
If one (or more) of the allocated codes is (are) not provided for this
Parameter then the receiving PBX shall not presume that the associated
,Supplementary Service(s) is (are) available.
example: *166*1 3#
Service information indicating that neither Call Offer nor Call Back When
Free are possible. Other Supplementary Services may be possible.
if the same value occurs more than once it shall be treated by the
receiving PBX as if the value appeared only once.
Values that are not recognised may be ignored and the String processed
on the remainder of the Parameter values. Transit PBXs shall pass on the
complete Parameter including the unrecognised values. If none of the
valu

 

[bobcheese]

And the award for longest post goes too........

Way to post a full PDF document into a single forum post

 

[jrgood0852]

Thank you very much, Bob. Tell me how to do it the correct way and I will next time. And the sarcasm award of the day goes to....................

Always look out for the next guy because it may be you!

 

[bobcheese]

Just upload to a file hosting site and then use the attachment link at the bottom of the reply box.

I have attached the doc for the OP reference.

Seriously though, I know you are just trying to help but that much info is too difficult to follow from a paste into the forum.

 

[jrgood0852]

OK, Bob. Duly noted. Thanks and no hard feelings. We are brothers in telecom.

Always look out for the next guy because it may be you!