Configuration Parameters


C0 - R0	Access key to configurator
Parameters displayed		Meanings of parameters	Possible values
0 -------- COMMAND		Password	Up to 8 alphanumeric characters. Default Password: CCLAER

CLASS 1 - IDENTIFICATION OF CONFIGURATION


C1 - R0	Name, code, date of configuration
Parameters displayed		Meanings of parameters	Possible values
0 -------- 1 -------- 2 ------ COMMAND		Name of configuration Customer identification Date of modification of configuration	Up to 8 alphanumeric characters. Up to 8 alphanumeric characters. 6 characters and following format obligatory: DDMMYY.

CLASS 1 - (Continued)


C1 - R1	Use of lines
Parameters displayed		Meanings of parameters	Possible values
0 -- . 35 -- 36 . 41 COMMAND		Parameters 0 to 35 correspond to 36 configurable lines. Parameters 36 to 41 are reserved.	"1" = line configured as X.25 synchronous "2" = line configured as asynchronous "4" = line configured as asynchronous SDLC "6" = line configured as asynchronous VIP character "7" = line configured as asynchronous BSC- Transparent character "8" = line configured as character asynchronous on BSC 3270 or 2780/3780
			"14" = line configured as D-channel (ISDN) with or without PLL "15" = line configured as B-channel with signalling (ISDN) "16" = line configured as B-channel without signalling (ISDN) (subsequent upgrading) "19" = line configured as Frame relay Type transit (FRTE, FRSW) "20" = line configured as a HDLC line "21" = line configured as a Frame relay subscr. line (FRCE) "30" = line configured as asynchronous X.28+

The values "14" can ONLY be used for the line numbers 0, 3, 6, 9, 12, 15, 18, 21, 24, 27, 30 or 33.

The values "15" or "16" can NOT be used for the line numbers 0, 3, 6, 9, 12, 15, 18, 21, 24, 27, 30 or 33.

The values "23", "27" and "28" can be used only on LAN type lines (line 6) (LMX case).

Parameters to connect these lines are defined in C12 and C13.

CLASS 1 - (Continued)


C1 - R2	DNIC ZO No. of the equipment
Parameters displayed		Meanings of parameters	Possible values
0 ------ 1 COMMAND		Private-network address of equipment (FastPAD numbering). Reserved (1 byte).	6 digits obligatory.


C1 - R3	Configuration version No.
Parameters displayed		Meanings of parameters	Possible values
0 --- COMMAND		Configuration counter.	Number automatically incremented by 1 each time configuration is modified (between 1 and 254). Return to 0 with default configuration change.

CLASS 2 - GENERAL PARAMETERS


C2 - R0	Read-protected recurrences This recurrence is used to set up the read protection codes for certain classes and/or recurrences.
Parameters displayed		Meanings of parameters		Possible values; Example
0 1 2 3 4 5 6 7 8 9 - 10 11 12 13 14 15 16 17	-,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- 0,0,1 -,-,-,-,-,- -,-,-,-,-,- 1 -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,-	CLASS 0 CLASS 1 CLASS 2 CLASS 3 CLASS 4 CLASS 5 CLASS 6 CLASS 7 CLASS 8 CLASS 9 CLASS 10 CLASS 11 CLASS 12 CLASS 13 CLASS 14 CLASS 15 CLASS 16 CLASS 17 CLASS 18 CLASS 19 CLASS 20 Example: CLASS 21 CLASS 22 CLASS 23	These parameters correspond to the classes having the same numbers that define the configuration.	If no value is assigned, the class, corresponding to the paramater is not read-protected. When alues are assigned, their syntax is as follows: -,-,-,-,-,- \| \| \| Nos. of protected recurrences in case of \| partial protection \| (up to 5 recurrences) 1 = class completely protected 0 = class partly protected if no recurrence number follows
18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 COMMAND	-,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,- -,-,-,-,-,-	CLASS 18 CLASS 19 CLASS 20 CLASS 21 CLASS 22 CLASS 23 CLASS 24 CLASS 25 CLASS 26 CLASS 27 CLASS 28 CLASS 29 CLASS 30 CLASS 31 CLASS 32 CLASS 33 CLASS 34 CLASS 35		Example: Class 10, completely protected Class 7, only recurrences 0 and 1 are protected. The other classes are not protected.

CLASS 2 - (Continued)


C2 - R1	Write-protected recurrences Same as C2 - R0 but the classes and/or recurrences are write-rather than read protected
C2 - R2	General system parameters
Parameters displayed	Meanings of parameters	Possible values
0 -- 1 -- 2 - 3 - 4 - 5 - 6 - 7 -	Number of lines configured Number of simultaneous calls Reserved DNIC supervision Maximum packet size Minimum packet size contacting of calling address on PDN Secured mode (FastPADmpr12)	1 to 36 1 to 8 (modulo 256) * can not be configured can not be configured can not be configured 0 = contacting 1 = no contacting (calling sub-address removed) 0 = FastPADmpr12 2 = FastPADmpr12, secured, 2 modules 3 = FastPADmpr24, secured, 3 modules
8 - 9 -- 10 - 11 - 12 - . . 15 COMMAND	Type of language Reserved Authorization with maximum number of TNIC Truncated address with 14 digits Zerf format Reserved Reserved	0 = french, 1 = english 0 = no, 1 = yes 0 = no, 1 = yes 0 = reduced 1 = extended

Note Parameter 1 (number of simultaneous calls) must be configured with the value strictly necessary. An unsuitable value for this parameter changes the node to the factory configuration
Example:
case of an FastPADmp:
400 virtual circuits maximum ==> Parameter 1 = 2.

* (Modulo 32) for the FastPADmp6.

CLASS 2 - (Continued)


C2 - R3	Call parameters
Parameters displayed		Meanings of parameters	Possible values
0 -- 1 -- 2 -- 3 -- 4 - 5 - 6 - 7 - 8 - 9 - 10 - 11 -		Data frame rejection threshold Data frame acceptance threshold Call request packet rejection threshold Call request packet acceptance threshold Optimization behavior Local calls authorized Action toward unknown DNIC Action towards unknown ZO and/or AB Reserved Cause diagnostic Negotiation behavior Reserved	This values are percentages of the memory resources Simply type the desired percentages: 10, 20, ....up to 90 % 0 = Throughput class negotiation 1 = Has priority over packet window sizes 2 = Packet acknowledgment, on by one 0 = no, 1 = yes 0 = rejection, 1 = acceptance 1 = private type diag. cause 0 = public type diag cause 2 = X.75 diag. cause 0 = standard behavior 1 = transpac behavior
. . . 15- COMMAND		Reserved Reserved Reserved Reserved

Note Barring exceptions, parameters 0, 1, 2, 3, 4, 8 should not be modified.
Consultation of default values in the default configuration.

CLASS 3 - MANAGEMENT FUNCTIONS

This class corresponds to the characteristics of each management function of the equipment.


C3 - R0	Traffic generator function
Parameters displayed		Meanings of parameters	Possible values
0 -,--,--,------ COMMAND		Characteristics of traffic generator function	-,--,--,------ \| \| \| \| \| \| \| \|
			\| \| \| \| \| \| \| Password for access to funct\|on \| \| \| (up to 6 characters) (alphanumeric characters). \| \| \| \| \| Traffic generator data packet \| \| transmission delay \| \| 0 = no time-out \| \| 1 to 98 = Transmission delay \| \| (unit 0,1s) \| \| 99 = absorber \| \| \| Number of generators configured, \| 01 to 15 according to the logical channels \| configured in class 24, recurrence 0 parameters 11 \| and 15 \| 0 = function not configured 1 = function configured


C3 - R1	Observation function
Parameters displayed		Meanings of parameters	Possible values
0 -,------ COMMAND		Characteristics of observation	-,------ \| \| \| \|
			\| \| Password for access to function \| \| (up to 6 alphanumeric characters) \| \| \|___ 0 = function not configured 1 = function configured

CLASS 3 - (Continued)


C3 - R2	Statistics function
Parameters displayed		Meanings of parameters	Possible values
0 -,--,------ COMMAND		Characteristics of statistics function	-,--,------ \| \| \| \| \| \|
			\| \| Password to access the function \| \| (up to 6 alphanumeric characters) \| \| \| \| \| Statistics summing period, by \| default unit = 10 seconds \| possible values, 01 to 99 \| 00 = 10 s 03 = 30 s; \| 01 = 10 s 99 = 990 s; \| 02 = 20 s \| 0 = function not configured 1 = function configured


C3 - R3	Outstanding events function
Parameters displayed		Meanings of parameters	Possible values
0 -,------ COMMAND		Characteristics of outstanding events function	-,------ \| \|_ Password for access to \| outstanding events function up
			\| to 6 alphanumeric characters. \| 0 = function not configured 1 = function configured


C3 - R4	File transfer function \|
	I
C3 - R5	Telemaintenance function \| ------- Same as C3 - R3
	\|
C3 - R6	Configurator function \|

CLASS 3 - (Continued)


C3 - R7	Alarm function
Parameters displayed		Meanings of parameters	Possible values
0 - COMMAND		Characteristics of alarm function	- \| \|
			\|___ 0 = function not configured 1 = function configured


C3 - R8	Alarm function subscribers
Parameters displayed		Meanings of parameters	Possible values
0 ---------------- 1 ---------------- COMMAND		Address of two subscribers that can be called by the alarm function of the equipment (private network or public data network).	Up to 15 digits.


C3 - R9	MMI (Man-Machine Interaction)
Parameters displayed		Meanings of parameters	Possible values
0 -,------ COMMAND		Characteristics of MMI function	-,------ \| \| \| \|
			\| \|_ Password for access to function \| (up to 6 alphanumeric characters) \| \| \|___ 0 = function not configured 1 = function configured


C3 - R10	Billing Same as C3 - R9


C3 - R11	Extended statistics Same as C3 - R9


C3 - R12	Reserved


C3 - R13	MGS Trace


C3 - R14	Motor Trace


C3 - R15	DLM and DAR Same as C3 - R9


C3 - R16	MAP Same as C3 - R9


C3 - R17	Reserved


C3 - R18	Reserved


C3 - R19	Reserved

CLASS 4 - TABLE OF INTERNAL SUBSCRIBERS

This class defines the subscriber number and the internal service numbers contained in the access code to the management functions. The subscriber numbers (AB) are defined in R0.
The sub-addresses are the internal service numbers assigned to the parameters of R1 and R3 and correspond to the functions defined by the similar parameter of R2 and R4.


		R2 = Function No.
R0 = First management functions internal subscriber (AB)	____________
		R1 = Internal Service No. = IS No.


		R4 = Function No.
R0 = Second management functions internal subscriber (AB)	____________
		R3 = Internal Service No. = IS No.


C4 - R0	Internal subscriber Nos. (AB)
Parameters displayed		Meanings of parameters	Possible values
0 99 - - - - - - - - - - 1 90 COMMAND		First internal subscriber number 2nd internal subscriber number	99 by convention 90 by default

Barring exceptions, parameters must not be modified.

CLASS 4 - (Continued)


C4 - R1	Sub-address of the second internal subscriber
Parameters displayed		Meanings of parameters	Possible values
0 1 2 3 4 . . 35 -- COMMAND	03 04 05 06 14	Internal service Nos. (IS Nos.) allowing distribution of messages transmitted by each management function in clear language or BINARY. These Nos. refer to the functions defined by the similar parameters of R2.	The user is not allowed t modify these parameters See Table 4-1 below. Example: Parameters 0 and 1 of C4 - R2 are assigned to the outstanding events function. This function can be accessed in the BINARY and clear language modes because the values assigned to parameters 0 and 1 C4 - R1 are 03 and 04.

Table 4-1: Possible Values

	C4R1 = SI No.
Name of the management function	BINARY	ASCII	CLEAR LANGUAGE	Number C4-R2
Exchange observation	03	04	-	128
Statistics	05	06	14	129
Outstanding events	01	02	15 or 16	130
Alarm	—	—	—	131
Traffic generator	—	00	—	132
File transfer	09	—	—	133
Telemaintenance	11	12	—	134
Configuration	—	—	10	135
MMI	—	—	17	136
Billing	07	08	—	137
MAP	—	—	18	155
DLM	32	—	—	154
Extended statistics	—	—	20	152
Rad (real path)	—	47	—	48
Rad (user interface)	—	—	48	48


C4 - R2	Function No./Sub-address of first internal subscriber
Parameters displayed		Meanings of parameters
0 1 2 3 4 . . 35 -- COMMAND	128 128 129 129 129	Number of the management functions to which the IS N0. of the similar parameters of R1 are assigned.

CLASS 4 - (Continued)


C4 - R3	Sub-address of the second internal subscriber
Parameters displayed		Meanings of parameters	Possible values
0 1 2 3 4 . . 71 -- COMMAND	23 24 21 22 23	Internal service Nos. (IS Nos.) allowing distribution of messages transmitted by each management function in clear language or BINARY. These Nos. refer to the functions defined by the similar parameters of R4.	The user is not allowed t modify these parameters See Table 4-2 below. Example: Parameters 0 and 1 of C4 - R4 are assigned to the outstanding events function. This function can be accessed in the BINARY and clear language modes because the values assigned to parameters 0 and 1 C4 - R3 are 23 and 24.

Table 4-2: Management Function and Parameters

	C4R3 = SI No.
Name of the management function	BINARY	ASCII	CLEAR LANGUAGE	Number C4-R4
Exchange observation	21	—	—	128
Statistics	22	—	—	129
Outstanding events	23	—	24	130
Alarm	—	—	—	131
Traffic generator	—	—	—	132
File transfer	—	—	—	133
Telemaintenance	25	—	—	134
Configuration	26	—	—	135
MMI	—	—	—	136
Billing	27	—	—	137
MAP	33	—	—	155
DLM	—	—	—	154
Rad (real path)	—	47	—	48
Rad (user interface)	—	—	48	48


C4 - R4	Function No./Sub-address of second internal subscriber
Parameters displayed		Meanings of parameters
0 1 2 3 4 . . 71 -- COMMAND	144 144 142 143 148	Number of the management functions to which the IS N0. of the similar parameters of R3 are assigned.

CLASS 5 - TABLE OF ALARM EVENTS

This class is used to configure the events for which the system must trigger an alarm message.
Several families of events are distinguished.
There is a recurrence for each family.


C5 - R0	Trouble report
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		Parameter 0: The values given to these parameters are alarm codes. Refer to the management functions manual for the meanings of all the possible values (these values are in hexadecimal characters). If all the values are 99, then all the OEVs of the family are applied alarms.	Refer to the Management Functions manual.


C5 - R1	Management family
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		Parameter 1: The values given to these parameters are lines affected by the events described by parameter 0 (7 lines max.). If the first value is 99, the following values are non-alarms lines (for example: P1 - 99, 2, 3, lines 2 and 3 do not trigger any alarm messages.	Refer to the Management Functions manual.


C5 - R2	Signalling family
Parameters displayed		Meanings of parameters
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND			Refer to the Management Functions manual.

CLASS 5 - (Continued)


C5 - R3	Procedure family
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R0 and R1	Refer to the Management Functions manual.


C5 - R4	Link family
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R0 and R1	Refer to the Management Functions manual.


C5 - R5	Line family - Physical level
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R0 and R1	Refer to the Management Functions manual.


C5 - R6	Asynchronous family - Protocol level
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R0 and R1	Refer to the Management Functions manual.


C5 - R7	Asynchronous - Command level
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R0 and R1	Refer to the Management Functions manual.

CLASS 5 - (Continued)


C5 - R8	Asynchronous family - Semantic level
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R0 and R1	Refer to the Management Functions manual.


C5 - R9	SDLC family
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R0 and R1	Refer to the Management Functions manual.


C5 - R10	VIP family
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R0 and R1	Refer to the Management Functions manual.


C5 - R11	T.VIP, T.BSC and T.FRAD families
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R0 and R1	Refer to the Management Functions manual.


C5 - R12	BSC 3270 and BSC 2780/3780 families
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R0 and R1	Refer to the Management Functions manual.


C5 - R13	Multi link protocol (MLP) family
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R0 and R1	Refer to the Management Functions manual.

CLASS 5 - (Continued)


C5 - R14	X.25/PSTN families
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R0 and R1	Refer to the Management Functions manual.


C5 - R15	ESV securized VC family
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R0 Reserved	Refer to the Management Functions manual.


C5 - R16	N4 securized VC family
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R0 Reserved	Refer to the Management Functions manual.


C5 - R17	IR securized VC family
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R0 Reserved	Refer to the Management Functions manual.


C5 - R18	ISDN, channel D family
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R0 and R1	Refer to the Management Functions manual.

Note The channel-B families are the XL5 Families


C5 - R19	X.29 Rerouting family
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R0 Reserved	Refer to the Management Functions manual.


C5 - R20	Ethernet Bridge family
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R1	Refer to the Management Functions manual.


C5 - R21	Frame relay DLC/Multi-frame family
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R0 and R1	Refer to the Management Functions manual.


C5 - R22	Compression family
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R0 and R1	See Management Functions manual.


C5 - R23	DLM family
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R0 and R1	See Management Functions manual.


C5 - R24	Configurator family + On line file transfer
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,-- 1 --,--,--,--,--,--,-- COMMAND		See C5 - R0 and R1	See Management Functions manual.


C5 - R25	LMI family See C5R0 and R1.


C5 - R26	PPP family See C5R0 and R1.


C5 - R27	FRSNA family See C5R0 and R1.

CLASS 6 - TABLE OF NUI/NUA PAIRS

This table defines the configuration of passwords and codes allowing:

The FastPAD to require password presentation for the calls from local subscribers to remote equipments (NUI),

Called remote subscribers to identify the calling subscribers (by NUA).
This table is common to all synchronous lines. However, the selection of lines to be subjected to NUI or NUI + NUA is done in class 12, parameter 39.


C6 - R0	List of NUIs = Network User Identifiers
Parameters displayed		Meanings of parameters	Possible values
0 1 2 . . 219 COMMAND	BREI2H I2HEL ------ ------	The values given to these parameters are the passwords allowing local subscribers to send calls to remote equipments.	Up to 6 letters. Ex: 2 names are stored.


C6 - R1	List of NUAs = Network User Address
Parameters displayed		Meanings of parameters	Possible values
0 2728 1 0518 2 ---- . . 219 ---- COMMAND		The values given to these parameters are the codes allowing called remote subscribers to identify calling local subscribers (for billing, for example). These codes correspond to the passwords defined by similar parameters of R0. The NUA is transmitted in the call request packet in place of the number of the calling subscriber.	0 to 4 digits Example: The subscriber BREIZH stored in C6 - R0 has the account number 2728 stored in C6 - R1.

Example of the command: N [NUI]-[COMMAND]

CLASS 7 - ABBREVIATED CALLING TABLE

This class is used to configure the abbreviated codes allowing access to the management functions of the equipment via a local or remote asynchronous terminal.
Theses codes, defined by the parameters of R0, correspond to the complete codes defined by similar parameters defined in R1, R2 and R3.

Figure 4-2: Abbreviated Calling Table Layout


C7 - R0	Mnemonics
Parameters displayed		Meanings of parameters	Possible values
0 . . 99 COMMAND	CONF-- ------	Abbreviated call codes Note: This code could be preceded or not by a point (.) for access in abbreviated mode. See parameter 93 class 12 (Appendix B).	Up to 6 alphanumeric characters in capital. Example: Refer to R3.


C7 - R1	Network address
Parameters displayed		Meanings of parameters	Possible values; example (up to 15 digits).
0 . . 99 COMMAND	90000099------ --...--	Complete address of equipment (private network DNIC Z0 AB or public network)	Possible values; example (up to 15 digits).


C7 - R2	Facilities
Parameters displayed		Meanings of parameters	Example: Refer to R3
0 . . 99 COMMAND	90000099------ --...--	Complete address of equipment (private network DNIC Z0 AB or public network)


Facility	Value
Reverse charging CUG RC + CUG	01, 01, 03, 00 01, 01, 03, 00


C7 - R3	Call data
Parameters displayed		Meanings of parameters	Possible values
0 . . 99 COMMAND	10CC-------- ------------	Additional call data Note: For the management functioncomplementary data are in IS No and the password.	Up to 12 alphanumeric characters. Example: The values assigned to the parameters of R0, R1, R2 and R3 indicate that CONF is the abbreviated access code of the configuration function; the complete access code is 90000099D10CC.

C7 - R4	Minitel function key conversion
Parameters displayed		Meanings of parameters	Possible values
0 - . . 99 - COMMAND		Processing carried out on the function keys of the Minitel, for each of the mnemonics stored in the R0.	7 6 5 4 3 2 1 0 bit \|__\|__\|__\|__\|__\|__\|__\|__\| \|_________\| \| \| \|_ Transcoding \| \| \| 0 = no \| \| \| 1 = yes
			not significant \| PAD profile use \| during transfer \| 0 = PAD profile no 1 \| 1 = PAD profile no 2 Automatic changeover to data communication standard during data transfer 0 = no automatic changeover 1 = automatic changeover


C7 - R5	Call data in hexadecimal
Parameters displayed		Meanings of parameters	Possible values
0 - . . 99 - COMMAND		Additional call data	12 hexadecimal characters max.

CLASS 8 - AUTOMATIC CALLING TABLE

This class is used to configure the automatic subscriber call numbers with which a call is set up when an event is detected at the interface level.


C8 - R0	Address called
Parameters displayed		Meanings of parameters	Possible values
0 . . 199 COMMAND	90000099------- ---------------	Complete address of equipment (private network DNIC Z0 AB or public network)	See C7 - R1


C8 - R1	Facilities
Parameters displayed		Meanings of parameters	Possible values
0 . . 199 COMMAND	--,--,--,-- --,--,--,--	Facilities contained in a call request packet. The codes are defined in the ITU-T X.25 recommendation. HDLC and frame relay (subscriber): The "Fast select" facility is obligatory.	See C7 - R2 Values: "Fast select": 01,80
		Case of Ethernet Bridge and IP Router: "FAST SELECT" facility needed for frame grouping.

CLASS 8 - (Continued)


C8 - R2	Call data
Parameters displayed		Meanings of parameters	Possible values
0. . 199 COMMAND	------------ ------------	Asynchronous case: additional call data SDLC Case: XID response.	Asynchronous case: 12 alphanumeric characters . See C7 - R3. SDLC case Idnnum, idblk of controller.


C8 - R3	Minitel function key conversion (Videotex line) - Number of the PVC (SDLC line) FRAD, Ethernet Bridge, IP Router
Parameters displayed		Meanings of parameters	Possible values
0 - . . 199 - COMMAND		Videotex case: conversion of function keys SDLC (remote) case: . establishment of a switched VC C8R3Px = 0 . establishment of a permanent VC C8R3Px = PVC number Frame relay (FRAD and IP Router: Time-out Tb case = duration of the silence after expiry of Ta and before clearance of the VC (C12RiP16)	See C7 - R4
			0 to 254 in steps of 10 sec.


C8 - R4	Call timing
Parameters displayed		Meanings of parameters	Possible values
0 --- . . 199 --- COMMAND		Call retransmission timing value. Note: call retransmission timing is used by the following facilities:	0 to 99 (unit of 10 seconds) Example: 10 for 100 seconds. The value 254 means the acceptation of the X.25 call, even if the station is not polled (VIP and BSC HPAD).
		SDLC PVC Asynchronous terminal with auto-call VIP BSC 2780/3780 and BSC 3270 HDLC and frame relay (subscriber) IP Router

CLASS 8 - (Continued)


C8 - R5	Call data in hexadecimal
Parameters displayed		Meanings of parameters	Possible values
0 00AF-------- . . 199 ------------ COMMAND		Additional call data - HDLC and Frame relay (subscriber), Ethernet Bridge and IP router:	12 digits in hexa. Example: 00AF
		The table gives the relations between the value of the DAU and the type of encapsulation:


Contents	Encapsulation	DAU value
IP Transparent	MONO (RFC877) Multi-frame without regrouping Multi-frame with regrouping MONO Multi-frame without regrouping Multi-frame with regrouping	CC \| followed by DC \| PID 800* FC \| for IP-DOD CD DD FD

Note In case of HDLC, Frame-relay, Ethernet Bridge and IP Router the complementary call data (in hexa.) must be configured imperatively as from parameter 36.

* Example: CC, 08, 00

Figure 4-3: Routing Table Flow Chart

CLASS 9 - ROUTING TABLE

This class specifies the routing of calls between subscribers.


C9 - R0	List of known DNICs
Parameters displayed		Meanings of parameters	Possible values
0 1 2 3 . . 99 COMMAND	2222 1 3 444 ----	Each parameter corresponds to the 1, 2, 3, 4 first digits of the "called" address to be routed.	1, 2, 3, or 4 digits (value 0 to 9) Example: 33 All "called" address beginning by 33 are routed according to the parameter of same rank found in R1.


C9 - R1	Routing to known DNICs
Parameters displayed		Meanings of parameters	Possible values
0 1 2 99 COMMAND	-,-,-,--,--,--,--,--,-- -,-,-,--,--,--,--,--,--	Each parameter corresponds to the type of routing chosen for the known DNICs listed in R0.	-,-,-,--,--,--,--,--,-- \| \| \| _________ \| \| \| \| \| \| \| Line numbers or PLL FRTE on which \| \| \| call may be routed or not (See type of \| \| \| routing).
			\| \| \| The max. number of lines per \| \| \| parameter is 6. \| \| Counter = system parameter updated \| \| by software (value 0 by convention). \| \| Number of lines on which the call may be \| routed. \| Note: There may be up to 36 lines but the \| unknown DNIC and ZO it is limited to \| 6. Then, the next parameter(s) is (are) \| reserved for the definition of additional \| lines. \| On these parameters, the max. \| number of line is 9 (see example \| given at the end of recurrence). \| Routing type There are 8 types of routing (see examples on the next pages).

Note In case of routing via an S0 interface, the routed line numbers have to correspond with the lines configured for the D-channel.


CLASS 9 - (Continued)	Routing type	Examples:
	1 = routing on one line 2 = routing on n(*) lines, with: 1 preferred line (n-1) backup lines sharing calls equally. 3 = routing on n lines with equal distribution (shared).	1,1,0,1 \| routing on line 1 2, 4, 0, 1, 2, 3, 4 \| ______ Preferred \| line Backup lines: calls shared equal among lines 2, 3, 4 3, 4, 0, 1, 2, 3, 4 ________ \| Calls shared equally among lines 1, 2, 3, 4. The first line of the list is chosen last (calls on 2, 3, 4 and then 1)


	4 = routing on n with: 1 preferred line. (n-1) backup lines with one preferred line. (n-2) backup lines with one preferred, if first backup line is out of service. = routing with DLM Routing on ISDN (D_channel = line 0) with use of 2 B_channel (L1 and L2). 5 = routing on (n+1) lines with: n lines with equal (shared) distribution (+1 backup line).	4, 4, 0, 1, 2, 3, 4 \| ______ Preferred \| line Backup lines: line 2 preferred, line 3 preferred if line 2 out of service line 4 preferred if line 3 out of service 4, 3, 0, 49, 1, 2 5, 3, 0, 1, 2, 3, 4 ___ \|_ backup line \| lines 1, 2, 3 share calls equally
	6 = Shared routing (See type 3) on lines 0 to (n-1), except on specified lines. 7 = Preferred routing (See type 4) on lines 0 to -(n-1), except on specified lines.	6, 8, 0, 5, 2 \| ________ \| \| 8 first Calls shared equally lines among unspecified lines i.e lines 0, 1, 3, 4, 6 and 7. 7, 8, 0, 5, 2 \| ________ \| \| 8 first Routing preferably on lines unspecified lines i.e. lines 0, 1, 3, 4, 6, 7. Routing on line 0, then on the 1 line if the line 0 is not in service etc.


	8 = Preferential routing, module (See Type 4) The choice of the line depends on the processing the call. Routing is of the preferential routing on the lines of the other modules.	8, 6, 0, 1, 10, 22, 3, 30, 12 Routing will take place as follow: On module 0: Preferential routing on lines 1, 10, 3. In case of failure, on the lines of module 0, a preferential routing is applied on lines 22, 30, 12. This routing mode acts as the sum of the two elementary routings of type 4: 4, 3, 0, 1, 10, 3 then 4, 3, 0, 22, 30, 12. On module 1: Preferential routing on lines 1, 10, 3. In case of failure, on the lines of module 0, a preferential routing is applied on lines 1, 10, 3, 30. This routing mode acts as the sum of the two elementary routings of type 4: 4, 2, 0, 22, 12 then 4, 4, 0, 1, 10, 3, 30.
		On module 2: Preferential routing on line 30. In case of failure, on the lines of module 2, a preferential routing is applied on lines 1, 10, 22, 3, 12. This routing mode acts as the sum of the two elementary routings of type 4: 4, 1, 0, 30 then 4, 5, 0, 1, 10, 22, 3, 12.

Note Sharing of calls (types 3 and 6) is not managed at the level of the unit (2 or 3 modules). It is managed independently on each module.

CLASS 9 - (Continued)


(*) Routing example (type 2) on 17 lines:
0 1 2 . . . . 99 COMMAND	2,17,0,1,2,3,4,5,6 7,8,9,10,11,12,13,14,15, 16,17	Caution: In this case, the DNICs of parameters 1 and 2 of recurrence 0 are not significant.


C9 - R2	List of known ZOs
Parameters displayed		Meanings of parameters	Possible values
0 -- . . 99 -- COMMAND		Numbers of other equipment known to the FastPAD belonging to the same private network.	2 digits obligatory.


C9 - R3	Routing to known ZOs
Parameters displayed		Meanings of parameters	Possible values
0 . . 99 COMMAND	-,-,-,--,--,--,--,--,-- -,-,-,--,--,--,--,--,--	Type of routing chosen to the known ZOs configured in R2.	Same C9 - R1

CLASS 9 - (Continued)


C9 - R4	List of known ABs
Parameters displayed		Meanings of parameters	Possible values
0 -- . . 99 -- COMMAND		Numbers of FastPAD parameters.	2 digits mandatory


C9 - R5	Routing to known ABs
Parameters displayed		Meanings of parameters	Possible values
0 . . 99 COMMAND	-,-,-,--,--,--,--,--,-- -,-,-,--,--,--,--,--,--	Type of routing chosen to the subscribers configured in R4.	Same C9 - R1

Note The subscriber numbers 90, 91, 92 and 99 are reserved for internal FastPAD functions.

On the FastPAD modules, the subscriber numbers 60 (M0); 61 (M1); 62 (M2) are reserved for the limited router function if C24rx (6-8) profile 112 is activated.

Do not use them in C9 R4 and C9 R5.


C9 - R6	Outgoing routing
Parameters displayed		Meanings of parameters	Possible values
0 1 COMMAND	-,-,-,--,--,--,--,--,-- -,-,-,--,--,--,--,--,--	Type of routing chosen for equipment on a higher hierarchical level.	Same C9 - R1

C9 - R7

Routing to an unknown DNIC

Parameters displayed

Meanings of parameters

Possible values

0
1
COMMAND

-,-,-,--,--,--,--,--,--

Type of routing chosen when the DNIC is unknown.

Same C9 - R1

C9 - R8

Routing to unknown ZO

Parameters displayed

Meanings of parameters

Possible values

0
1
COMMAND

-,-,-,--,--,--,--,--,--

,-,-,--,--,--,--,--,-

Type of routing chosen when the ZO is unknown.

Same C9 - R1

C9 - R9

Routing to unknown subscriber

Parameters displayed

Meanings of parameters

Possible values

1
COMMAND

-,-,-,--,--,--,--,--,--,--

-,-,-,--,--,--,--,--,--

Type de routing chosen when the AB is unknown.

Same C9 - R1

C9 - R10

Recurrence reserved


C9 - R11	Incoming address conversion (Class 12 Par. 89)
Parameters displayed		Meanings of parameters	Possible values
0 1 . 199 COMMAND	1234AA--------- 9000------------ ---------------	Address conversion on incoming call accessing the FastPAD. Even parameters: external network address (private or public) to be converted. Odd parameters: converted network address. The characters "A" placed in the address to be converted allow filtering.	Up to 15 numerical characters.
		The analysis of the address covers all the figures of the even parameter except for the character "A". Ex: parameter 0: 1234AA56 parameter 1: 9000 The address at the input 1234895677 is converted into 900077. The address at the output 1234893477 is not converted. The characters "B" on the even and odd parameters are used for filtering with carryover of digits not analyzed. Ex: parameter 2: 789B4B parameter 3: 900010BB
		The address at the input 78914224 is converted into 9000101224. The address at the output 789449 is converted into 90001049. The character "E" at the end of the odd parameter is not analyzed during address conversion.


C9 - R12	Outgoing address conversion (Class 12 par. 89)
Parameters displayed		Meanings of parameters	Possible values
0 --------------- . 199 --------------- COMMAND		Address conversion on outgoing call coming from the FastPAD	Same C9 - R11


C9 - R13	Reserved

C9 - R14

Reserved

CLASS 10 - TABLE OF PSPDN (Public Switch Packet Data Network), ISDN

C10 - R0	PDN numbers
Parameters displayed		Meanings of parameters	Possible values
0 . 35 COMMAND	--------------- ---------------	This number allows configuration of the lines connected to the public network (packet or circuit switching).
		PSPDN case: Number, authorizing access to the public network ISDN case: Number and possibly sub-address of the equipment interfaces. Example: 1234567:222 : (number + sub-address) ______ _____ \| \|__ : sub-address \|________ : number	Up to 15 figures per parameter ISDN: Up to 8 figures Sub-address: up to 4 figures.

CLASS 11 - contacting /Decontacting TABLE

C11 - R0	contacting index
Parameters displayed		Meanings of parameters	Possible values
0 . 35 COMMAND	- -	(IZ) Number of digits forming the compacted ZO AB number (ID) Number of digits forming the DNIC number (reserved)	1: digit from 1 to 4 0: transparency in a single direction 1: digit from 1 to 4 0: the compacted sub-address transmitted does not contain the DNIC par but only the ZO AB part (case of contacting)
			the compacted sub-address received is supposed to contain only the ZOAB part.

CLASS 11 - TABLE OF contacting /Decontacting

C11 - R1	Relations ZO AB and compacted ZO AB
Parameters displayed		Meanings of parameters	Possible values
0 . . . . . 249 COMMAND	----,---- ----,-----	Assignment of compacted ZO AB numbers to private-network ZO AB numbers	----,---- \| \| \| \| \| \| compacted ZO AB from 1 to 4 \| digits depending on index \| given in R0. \| \|__ Private-network ZO AB

C11 - R2	Correspondence between DNIC/compacted DNIC (Subsequent availability)
Parameters displayed		Meanings of parameters	Possible values
0 . . . 99 COMMAND	----,---- ----,-----	Assignment of compacted DNICs for DNICs in clean language	1 ID = 0, IZ = 0 2 ID = 0, IZ > 0 3 ID > 0, IZ = 0 4 ID > 0, IZ > 0

CLASS 12 - X.25 PARAMETERS FOR THE SYNCHRONOUS LINE OR A B-CHANNEL (ISDN) WITHOUT SIGNALLING*,

LINK PARAMETERS FOR THE ASYNCHRONOUS LINE
ISDN PARAMETERS FOR A D-CHANNEL.

This class contains the recurrences specifying the lines profiles:

R0 to R35: for lines configurable as synchronous (X.25, SDLC, BSC, VIP or frame relay) or asynchronous.
R36 to R41:Reserved
The meanings and values of the parameters are defined in Appendix B.

CLASS 13 - EXTENSION PARAMETERS FOR THE PSTN, X.3, VIP or BSC LINES or PLL MANAGEMENT IN CHANNEL D (ISDN)

This class contains the recurrences (R0 to R35) and per recurrence, a number of parameters which vary with the selected line extension profile.
The meanings and possible values of the parameters are defined in:

Appendix C for X.3 (asynchronous profile),
Appendix D for PSTN,
Appendix E for VIP,
Appendix F for BSC 3270,
Appendix G for BSC 2780/3780,
Appendix H for PLL transparent BSC,
Appendix I for PPL,

Appendix J for LMI.

PROFILE OF A SYNCHRONOUS LINE	PROFILE OF A LINE EXTENSION
A synchronous line is defined by an X.25 profile (class 12).	The VIP, BSC, PSTN and ISDN lines are defined by the VIP, BSC, PSTN and ISDN profiles in class 13 and one of the VIP, BSC, PSTN and ISDN profiles in class 12.
PROFILE OF A B-CHANNEL (ISDN)
The channel B profiles are defined in class 30 (X.25 profile without interface signals management).

* Not available

CLASS 12 CLASS 13	----- (Continued)
	CONFIGURATION OF AN X.25 LINE OR A CHANNEL B LINE (ISDN)	CONFIGURATION OF AN AYNCHRONOUS LINE
	The configuration of a synchronous line requires: a comparison of the X.25 parameters of class 12 between the desired profile and the nearest standard profile, configuration of the line according to the standard profile chosen, modification of the values of the parameters (see flow chart on next page).	The configuration of an asynchronous line is identical to that of a synchronous line, but an asynchronous X.25 profile (class 12) and an X.3 profile (class 13) must be chosen.


Note To configure a new line or change the type of profile of an already configured line, it is necessary to: — have declared the considered line in class 1, recurrence 1, parameter 0 to 35, — selected an ITO or ISE type reset.


CLASS 12 CLASS 13	----- (Continued)


CONFIGURATION OF A VIP or BSC LINE		CONFIGURATION OF A PSTN LINE
The configuration of a VIP or BSC line is similar to that of a synchronous one, but it is necessary to choose a VIP or BSC profile in class 12 and a VIP or BSC profile in class 13.		The configuration of a PSTN standby line is similar to that of a synchronous one, but needs to choose a PSTN standby X.25 profile (class 12) and a PSTN profile (class 13).
CONFIGURATION OF A FRAME RELAY LINE (FRA or FRTE)		CONFIGURATION OF A D-CHANNEL MANAGING THE PLLs (ISDN)
The configuration of a Frame relay line is the same that of for a synchronous line, but it is necessary to choose a FRTE profile in class 30.		The configuration of a D-channel managing the PLLs is defined: - in class 12 for the signalling, - in class 13 for the PLL numbers, the TEI value and the recurrence number in class 30 defining the dynamic X.25 parameters, - in class 30 for the dynamic X.25 parameters.
		CONFIGURATION OF A ROUTER CONNECTION LINE
		The configuration of a virutal Router connection is done in C24Rx168.

Figure 4-4: Class 12/13; Line Configuration

CLASS 12
CLASS 13

----- (Continued)

C12 - R0 to R35

C13 - R0 to R35

Parameters displayed
These is no need to display all the X.25 parameters on the screen because: the operator can modify, individually, the values of only 40 X.25 parameters,
the values of the unmodified parameters are the same as those of the standard profile chosen and can be consulted using the PS, PA, DS and DA commands.		Only the modified parameters and their new values are displayed in the various recurrences of classes 12 and 13.

index 0 is reserved for the no of the standard profile chosen

WARNING: concerning class 12
The characters in the left-hand column on the screen are no longer the parameter nos. but the positioning indices of modified parameters

0
1
2
3
4
.

--,--

.
39
COMMAND

--,-- New value of parameter

¿---- No. of modified parameter

CLASS 12
CLASS 13

----- (Continued)

Meanings and possible value of parameters

CLASS 12

Appendix B for X.25, SDLC, VIP, BSC, frame relay and channel B or D (ISDN) parameters.

CLASS 13

Appendix C for X.3 parameters.
Appendix D for PSTN parameters.
Appendix E for VIP parameters.
Appendix F for BSC 3270 parameters.
Appendix G for BSC 2780/3780 parameters.
Appendix H for transparent BSC parameters.
Appendix I for parameters related to PLL management in a D channel.
Appendix J for the parameters related to LMI management.

CLASS 14 - X.3 CUSTOMER PROFILE

Profile of an asynchronous terminal

C14 - R0	X.3 customer profile
Parameters displayed		Meanings of parameters	Possible values
0 1 2 . . . 22 --------- COMMAND	80	The X.3 profile defined in this recurrence has the standard profile No. 80. (See AppendixA).	See Appendix C.

CLASS 15 - VIDEOTEX WELCOME PAGE

This class is used to compose the Videotex welcome page.
The messages configured in R1 are displayed with the attributes configured in R0.

C15 - R0	Message attributes
Parameters displayed		Meanings of parameters	Possible values
0 --,--,--,--,--,--,--,--,--,-- . . . . . 99 --,--,--,--,--,--,--,--,--,-- COMMAND		Each parameter corresponds to one block. The blocks displayed are made up of up to 10 terms. These terms describe the attributes used for the composition of the welcome messages configured in R1.	--,--,--,--,--,--,--,--,--,-- __________________ \| \| \| 10 hexadecimal terms To TELETEL standard
			1st term: Delimiter of beginning of positioning attributes Value = 1 F (US) 2nd term: Cursor positioning attribute, for line No. value = use column 4 to 7 of the table of ASCII characters (40 hexa = line 0) Example: Line No. in position 24 = 58 hexa

CLASS 15 - (Continued)

C15 - R0	(Continued)
Parameters displayed		Meanings of parameters	Meaning of terms and possible values
			3rd term: Cursor positioning attribute for column No. Value = same a 2nd term. Example: Column No. in position 6 = 46 hexa. 4th term: Display attribute delimiter. Value = 1B (ESCAPE) 5th term: Display attribute Values: 40 = black character 41 = red character 42 = green character 43 = yellow character 44 = blue character 45 = magenta character 46 = cyan character 47 = white character 48 = flashing 49 = steady 4C = normal size 4D = double height 4E = double width 4F = double size

C15 - R0	(Continued)
Parameters displayed		Meanings of parameters	Meaning of terms and possible values
			6th term \| 7th term \| 8th term \| Other possible attributes 9th term \| 10th term \| These attributes apply to all characters displayed by the block of characters for display.

C15 - R1

Contents of message

Parameters displayed

Meanings of parameters

Meaning of terms and possible values

0
.
.
.
.
99
COMMAND

------------

Each parameter corresponds to the parameter having the same number in R0 and is used to compose a welcome message.

The texts configured in the blocks of this recurrence are displayed with the attributes described in R0.

Message consisting of up to 12 alphanumeric characters per parameter.

Example: Cisco-VDX-01

In accordance with STUPAV, after this message, the service message "service code" is sent.

CLASS 16 - PAD WELCOME PAGE

This class is used to compose the PAD welcome page.
The messages configured in R1 are displayed with the attributes configured in R0.

C16 - R0	Message attributes
Parameters displayed		Meanings of parameters	Meaning of terms and possible values
0 --,--,--,--,--,--,--,--,--,-- . . . . . 19 --,--,--,--,--,--,--,--,--,-- COMMAND		Each parameter corresponds to one block. The blocks displayed are made up of up to 10 terms. These terms describe the attributes used in composing the welcome messages configured in R1.	--,--,--,--,--,--,--,--,--,-- _________________ \| \| \| 10 hexadecimal terms
			When the terminal connected to the PAD permits, the attributes have the same meaning as those of a Prestel type Videotex terminal (see C15R0)
C16 - R1	Message contents
Parameters displayed		Meanings of parameters	Possible values
0 ------------ 1 . . 19 ------------ COMMAND		Each parameter corresponds to the parameter having the same No. in R0 and is used to compose a welcome message. The texts configured in the blocks of this recurrence are displayed with the attributes described in R0.	Message made up of 12 alphanumeric characters. Example: Paris-PAD-02

CLASS 17 - PERMANENT VIRTUAL CIRCUIT TABLE/DLCI

C17 - R0	Table of PVCs/DLCI
Parameters displayed		Meanings of parameters	Possible values
0 --,-,----,---- . . . 249 --,-,----,---- COMMAND		Configuration of Permanent Virtual Circuits or the DLCI number or LLC (virtual router).	--,-,----,---- \| \| \| \| \| \| \| \| \| \| \| \| \| \| \| Remote logical channel \| \| \| No. (0 to 250) or local \| \| \| address (AB or ABSA)
			\| \| \| or emergency LLC No \| \| \| (FBE and FRR (case of \| \| \| redundant) remote LMX \| \| \| Local logical channel No (0 to \| \| 250) or local DLCI (0 to 1023) l \| \| or local LLC number (1 to 254) \| \| \| 0 = Calling \| 1 = Called \| 2 = Mixed \| 3 = Datagram (only for FRR) \| 4 = Called party without calling \| party address check Auto-call position No. (1 to 200) defined in C8-R0 to R5.
		Note:	The LC numbers of all configured PVCs must be less than the first switched VC number. LC numbers are generally chosen starting with number 0. DLCI = Data Link Connection Identifier.

CLASS 18 - CUG (Closed User Group)

C18 - R0 to R35	CUG for the lines 0 to 35
Parameters displayed		Meanings of parameters	Possible values
0 --,--,-- . . 27 --,--,--, COMMAND		Configuration of CUGs to switch the FastPAD subscriber belong. These are the lines that support the CUGs. Communication is authorized on incoming and/or outgoing calls. A CUG is converted:	--,--,-- \| \| \| \| \| \| \| \| External CUG (00 to 99) \| \| \| Internal CUG (00 to 99)
		from external to internal on an incoming call to the FastPAD. from internal to external on an outgoing call from the FastPAD 28 pairs of CUGs can be configured for each line.	\| Processing (to FastPAD) 00 = incoming and outgoing 01 = incoming call 02 = outgoing call

C18 - R36	CUG for management functions
Parameters displayed		Meanings of parameters	Possible values
0 . . . 95 COMMAND	--,--,-- --,--,--,	Control of access to management functions is enhanced by up to 4 specific configurable CUGs configurable for each function. The first one is used for transfering of data in such functions as the configuration; for the configurator the first CUG offers a supplementary control level with the key	--,--,-- \| \| \| \| \| \| \| \| External CUG (00 to 99) \| \| Internal CUG (00 to 99) \|
		(C0, R0): encoding is the same as other recurrences in the class.	Processing 00 = incoming and outgoing call 02 = outgoing call

CLASS 18 - (Continued)

PARAMETERS	FUNCTIONS
0 to 3	Observation
4 to 7	Statistics
8 to 11	Outstanding events
12 to 15	Alarms
16 to 19	Traffic generator
20 to 23	File transfer
24 to 27	Maintenance
28 to 31	Configuration
32 to 35	MMI
36 to 39	Billing
40 to 43	Extended statistics
44 to 47	Reserved
48 to 51	Reserved
52 to 55	MAP
56 to 59	\|
60 to 63	\|
64 to 67	\|
68 to 71	\|
72 to 75	\|	Reserved
76 to 79	\|
80 to 83	\|
84 to 87	\|
88 to 91	\|
92 to 95	\|

C18 - R37 to R49

CUG for the virtuals functions

Parameters displayed

Meanings of parameters

Possible values

0
.
.
27
COMMAND

--,--,--

See C18R0 to R35.

CLASS 19 - SDLC CLUSTERS, VIP CONTROLLERS, BSC 3270 and BSC 2780/3780

C19 - R0	SDLC clusters, VIP controllers, BSC 3270 and BSC 2780/3780
Parameters displayed		Meanings of parameters	Possible values
0 . . 199 COMMAND	--,--- --,--,--,--	Position of clusters or controllers	SDLC --,--- \| \| \| Cluster address (0 to 254) \|
			Position of automatic call (1 to 200) defined in (C8, R0 and R5)
			VIP --,--,--,-- \| \| \| \| \| \| \| Position 1st station(C13) \| \| \| \| \| Number of VIP stations (1 to 232) \| \| if = 0 polling station \| \| \| VIP controller address (0 to 31) \| or station \| Position of automatic call (1 to 200) defined (C8 R0, R1 to R5).


C19 - R0	(Continued)
Parameters displayed		Meanings of parameters	Possible values
			BSC 3270 --,--,--,-- \| \| \| \| Position of 1st station (C13) \| \| \| \| \| Number of BSC station (1 to 32) \| \| \| \| \| BSC controller address (0 to 31) \| Position of automatic call (1 to 200) defined in C8 R0, R1 and R5.
			BSC 2780/3780P --,--,--,-- \| \| \| \| \| \| \| C \| \| B \| A Position of automatic call (1 to 200) defined in C8 R0, R1 and R5.
			A, B and C are the terminal addresses to be used in BSC 3780; in BSC 2780, these bytes are not used. See AppendixG.

CLASS 20 - MODEM INITIALIZATION TABLE

C20 - R0

Modem initialization table

Parameters displayed

Meanings of parameters

Possible values

0
1
2
COMMAND

----...----

Each parameter stands for a string of characters allowing to initialize the modem.

A string contains up to 50 alphanumeric characters.

CLASS 21 - XID FRAMES table (synchronous X.32 and SDLC protocols)

C21 - R0

1st XID frame

Parameters displayed

Meanings of parameters

Possible values

0
.
.
9
COMMAND

----...----

A XID frame can contains from 0 to 256 bytes; 10 parameters of 26 bytes each are use to describe it.

Each parameter contains up to 26 hexadecimal characters.
Ex: 82FFCC0441424344CD00.
Note: The frame format is described on page 3.6.8.

C21 - R2

3rd XID frame

C21 - R2

3rd XID frame

C21 - R3

4th XID frame

CLASS 22 - X.121-PSTN/ISDN CONVERSION TABLE

C22 - R0	X.121 address table
Parameters displayed		Meanings of parameters	Possible values
0 1 2 3 . . . 249 COMMAND	1234567-------- 891011==1415---- 19>----------- ; ---------------	Each parameter corresponds to an X.25 address. It is matched with the equivalent parameter number of recurrences 1 and 2. These recurrences define respectively the ISDN or PSTN address or the behavior on outgoing and incoming calls. In the case of an incoming call, this parameter is not significant.	The X.121 address is coded in quartets on 8 bytes. When this address begins with the character ";" any X.121 address is accepted in the case of ISDN. The E.164 or PSTN address and the associated behavior are defined in recurrences 1 and 2 as in the normal case. When a "=" character is encountered in the address, the digit is ignored and the analysis is continued.
			The ">" character is used as an extraction marker. The digits to the left of this marker constitute a prefix to be ignored. Example: 1234>41280000 After extraction, the address becomes: 41280000. Each parameter contains up to 16 characters.

C22 - R1	PNTN/ISDN E.164 address table
Parameters displayed		Meanings of parameters	Possible values
0 1 2 3 4 . . . 249 COMMAND	12345678 4629 45361521 112233== 46879656:1234	In the case of conversion without extraction, the parameter corresponds to an E.164 or PSTN number. With address extraction, the parameter corresponds to the beginning of the E.164 or PSTN number. The rest of the E.164 or PSTN number is extracted from the X.121 address of the call request packet as of the prefix defined in recurrence 0. This parameter is matched with the equivalent parameters of recurrences 0 and 2 which	The E.164 or PSTN address is coded in quartet on 14 bytes (number + sub-address). Case of PSTN: Description of coding. The telephone number is composed of digits and of an indicator whose description is as follows: 0 to 9 : digits : : wait for dial tone ; : pause of 2 seconds
		represent respectively the X.121 address and the behavior. With address extraction, the subaddress is not managed.	< : pulse dialling = : tone dialling > : indication to hang up for 1/2 second ? : end of number Delimiter Example: = 16;47026320?

CLASS 22 - (Continued)

C22 - R1

(Continued)

Parameters displayed

Meanings of parameters

Possible values

Case of ISDN on outgoing call:

The E.164 number corresponds to the "destination number" field to be completed in the establishment message.
The sub-address corresponds to the "destination sub-address" field to be completed in the establishment message.
A ":" separator is used to distinguish the sub-address from the E.164 number.

Example:
0 = 12345678:2222
1 = 12345678

The sub-address includes 4 digits maximum.

C22 - R1

(Continued)

Parameters displayed

Meanings of parameters

Possible values

Case of ISDN: checking of E.164 address on incoming call.

Each parameter corresponds to an ISDN address and is matched with the equivalent parameter number of recurrence 2. This defines the behavior and the recurrence number in C30 defining the X.25 parameters to be adopted on an incoming call.

The E.164 address includes an E.164 number and possibly a sub-address.
The checked number is the one furnished by the network.
It is recommended that these addresses and their behaviors be grouped at the end of the table.

When this address begins with the ";" character, the behavior defined in recurrence 2 is applied to all calls, regardless of the caller, even if it is not furnished by the network.
When a "=" character is encountered, the digit is ignored and the analysis is continued.

When the caller is located in the Paris region, the ISDN address of the caller, received by the called party in the establishment message, is preceded by 1. It is thus essential that the ISDN address of the caller, defined in C22 R1, also be preceded by 1.

CLASS 22 - (Continued)

C22 - R2	Additional information on outgoing and incoming call
Parameters displayed		Meanings of parameters	Possible values
0 . . 249 COMMAND	-,-,-,-,-,-,-,- -,-,-,-,-,-,-,-	These parameters define the behavior to be adopted on outgoing and incoming calls. The first 3 bytes must be defines (fixed part). The next 5 bytes (variable part allowing configuration of up to 5 actions amount 8 (optional).	8 bytes defined as follows: byte 0: 7 6 5 4 3 2 1 0 bit \|__\|___\|____\|___\|___\|___\|___\|__\| _____ \| \| \| \| \| \| \| \| \| \| \|
		When these options are not defined, a default behavior is adopted: A0 - Incoming call behavior: call accepted. A1 - Outgoing call behavior: overflow forbidden search not pursued A2 - Direction assigned to ISDN number (in the case of an MLP group) = 0. A4 - Extraction of X.25 address from call request packet: no extraction	\| \| \| Type of protocol \| \| \| 0 = X.25 SLP \| Number used for outgoing \| call \| 0 = no \| 1 = yes \| Number used for incoming call \| 0 = no \| 1 = yes Type of network 00 = PSTN 01 = ISDN byte 1: 7 6 5 4 3 2 1 0 bit \|__\|___\|____\|___\|___\|___\|___\|__\| Choice of X.25 profile number defined in class 30 0 TO 15 (Not used for PSTN) 0 to 15 (Not used for PSTN). These values are to be entered in hexadecimal: Example: R0 in C30, enter 0 R11 in C30, enter B R15 in C30, enter F
		A5 - Number of attempts associated with the ISDN number (multiple backup) 1.

CLASS 22 - (Continued)

C22 - R2	(Continued)
Parameters displayed		Meanings of parameters	Possible values
		A6 - Number of attempts associated with last number on list of ISDN numbers (multiple backup) 1	byte 2: Reserved Value 00
		A7 - Priority associated with ISDN number (multiple backup) by default, action 7 is absent and hence all numbers have priority 0.	byte 3: Action 0: Incoming call behavior (not used for PSTN) 00 = call accepted (default value) 01 = call refused 02 = acceptance of call with reverse charging in X.25 packet. Action 1: Outgoing call behavior (not used for PSTN) 10 = Overflow forbidden (default value) 11 = Overflow authorized

C22 - R2	(Continued)
Param. displayed		Meanings of parameters	Possible values
			Action 2: Direction assigned to ISDN number (towards an MLP bundle) (not used for PSTN) This action is used only in the case where two different MLP bundles are associated with the same DNIC ZO and the same ISDN number. The only means of differentiating them is to associate a different direction with these bundles. 20 = direction 0 (default value) 21 = direction 1 2F = direction 15 Action 3: Exchange of XID frames 30 = Sending of XID, frame No 0 31 = Sending of XID, frame No 1 32 = Sending of XID, frame No 2 33 = Sending of XID, frame No 3 38 = Reception of XID mandatory

C22 - R2	(Continued)
Parameters displayed		Meanings of parameters	Possible values
			Action 4: Extraction of E.164 address from X.25 address of call request packet 41 = 1 digit of the PSTN/ISDN number. 4F = 15 digits of the PSTN/ISDN number. The PSTN/ISDN number is deduced from elimination and then addition of a prefix. By default, action 4 is absent conversion use. Action 5: Number of attempts associated with the ISDN number (multiple backup). (not used for PSTN) 51 = 1 5F = 15

C22 - R2

(Continued)

Parameters displayed

Meanings of parameters

Possible values

Action 6: Number of attempts associated with the last number of the ISDN number list (multiple backup) (not used for PSTN)
61 = 1

.
6F = 15

. .

. .

Action 7: Priority associated with the ISDN number (not used for PSTN)
70 = 0 Lowest priority
.

7F = 15 Highest priority

CLASS 23 - FLOW CONTROL

C20 - R0

Flow control

Parameters displayed

Meanings of parameters

Possible values

1
2
COMMAND

4,4,3,3,2,2,2,2,2,2,
-,-,-,-,-,-,-,-,-,-

-,-,-,-,-,-,-,-,-,-

Each parameter has 10 packet windows sizes (values from 1 to 7) corresponding to the 10 possible packet lengths (16, 32, 64, 128, 256, 512, 1024, 2048, 4096, 8192).

P0 = default value
P1 = Reserved
P2 = Reserved

Note The value defined in C23R0 is taken into account if C2R3RP10 = 1 (Transpac behavior) or if C12P2 = 4 (Transpac network type).

CLASS 24 - MANAGEMENT FUNCTIONS/SECURIZED VCs/X.29 REROUTING, COMPRESSION, DLM, DAR, VIRTUAL ROUTER (FastPAD)


C24 - R0	Internal subscriber of management functions


This recurrence is defined the same way a recurrence in C12 is defined and it uses the X.25 profile 06. The meaning of the parameters are given in AppendixB.


Parameters displayed
There is no need to display all the X.25 parameters on the screen because: the operator can modify, one by one, the values of only 40 X.25 parameters,
the values of the unmodified parameters are the same as those of profile 06. They can be consulted by using the command DEXX. (XX indicates the recurrence number).		Only the modified parameters and their new values are displayed in the various recurrences of class 24.

Index 0 is reserved for profile No. 06.


WARNING: concerning class 24.	0 1 2	06 --,-- --,--
The characters in the left-hand column on the screen are no longer the parameter nos. but the positioning indices of modified parameters	34 4 .	--,--
		. 39 --,-- New parameter value COMMAND \|---- No. of the modified parameter

Attention ! Barring exceptions, the parameters can not be modified.
C24 - R1 = ESV-N4 securized lines with profile number 45.
C24 - R2 = IR securized lines with profile number 46.
C24 - R3 = X.29 rerouting with profile number 81.
C24 - R4 = Compression with profile number 96.
C24 - R5 = DLM with profile number 110.
C24 - R6 to R8 = Virtual router (FastPAD modules) with profile number 112.
C24 - R9 = Reserved
Any modification of this class leads to a total reset (ITO) of the equipment.

CLASS 25 - MLP LINE BUNDLES

C25 - R0 to R8	MLP line bundles
Parameters displayed	Meanings of parameters	Possible values	Example
0 - 1 - 2 - 3 -- 4 -- 5 -- 6 -- 7 -- 8 -- 9 -- 10 -- 11 -- 12 - 13 - 14 - 15 -- 16 --	Bundle function number defining the main line (number of main line) Reserved Number of lines per bundle Number of main line Number of second line Number of third line Number of fourth line Number of fifth line Number of sixth line Number of seventh line Number of eighth line Number of ninth line Reserved Reserved Reserved MW Tx/Rx window size MX guard window size	0 to 35 0 to 9 00 to 35 00 to 35 00 to 35 00 to 35 00 to 35 00 to 35 00 to 35 00 to 35 00 to 35 01 to 32 01to 32 01 to 255 steps = 1 S	32 32 20
17 ---- 18 --- 19 --- 20 --- 21 - 22 --- 23 --- COMMAND	MT1 frame loss time-out Supervision time-out, reset MPL, MT3 Line out of service to MT4 Maximum number of frames sent on a link Reserved Transmission of restart upon reception of MLP reset TNS3 level 3 supervision time-out	01 to 255 steps = 1 S 00 to 255 steps = 1 S 001 to 255 - 0 = NO 1 1 = YES 000 to 255 (step = 10 S) (if 000 = supervision not active)	10 40 3 1 10 10
Remarks:	To eliminate an MLP bundle, apply the value 0 to P2. The line numbers of a bundle must all be located within one of the following intervals:

unit not backed up [0 ... 11], [12 ... 23], [24 ... 35]
unit backed up [0 ... 5], [12 ... 17], [24 ... 29], [30 ... 35]

The window MX must be smaller than or equal to the window MW.
- For a switched line, the PSTN or ISDN number to be connected is given in class 12 of the main line of the bundle in the form of an index in class 22 (parameter 129).
- In the case of ISDN, the line number to be configured in the bundle is that of interface S0.
Example: the 2 B channels of the interface S0 No. 0 form part of the bundle
- bundle line number = 0
- main line number = 0 = 0

Important:

MLP parameters must be symmetrical at the two ends of the bundle.
A complete reset must be given after a modification on the parameters of the class 25.

CLASS 26 - X.25 FIELD MODIFICATION TABLE (Implemented in C12P112)

C26 - R0

Parameters displayed

Meanings of parameters

Possible values

0 ---------

.
.
.
19 ---------
COMMAND

Only the following combinations are managed:

BF: Addition of a facility at output of FastPAD
DA: Destruction of caller's address at input
CE: Change of called party address

Format: <Type Action> <X.25 field> [value]:optional
Type Action:

A Reserved
B Addition at output of FastPAD
C Change
D Destroy
F facility

Ex :	Parameter 0	:	DACE90402180BFF701000	X.25 field: E called party address A calling party address
	. DA	:	Destruction of calling address	F Facility B, C, D reserved
	. CE90402180	:	Change the called address to 90402180.
	. BF701000	:	Addition of reliability 701000 at output of switch.

CLASS 27 to 29 - RESERVED

CLASS 30 - X.25 DYNAMIC CONNECTION PARAMETERS IN B OR D CHANNELS (ISDN) AND STATIC PARAMETERS OF NETWORK FRAME RELAY VIRTUAL LINES

This class contains the recurrences (R0 to R15) defining the dynamic connection parameters of the packets in B or D channels or frame relay.

This class also contains the static connection, parameters of the PLLs of the network FR (FRTE). The lines making reference to it are defined in class 32, recurrence 1.

These recurrences are defined the same way as a recurrence in class 12.

Parameters displayed

There is no need to display all the X.25 parameters on the screen because:

the operator can modify, one by one, the values of max. 40 X.25 parameters,

the values of the unmodified parameters are the same as those of the profile selected.They can be displayed by using the command DXxx. (xx indicates the recurrence number).

Only the modified parameters and their new values are displayed in the various recurrences of class 30.

Index 0 is reserved for the profile number

WARNING: concerning class 30 The characters in the left-hand column on the screen are no longer the parameter nos. but the positioning indices of modified parameters		0 -- 1 --,-- 2 . .
		3 . . 4 .
		. 39 --,-- New parameter value COMMAND ¿---- No. of the modified parameter

The meaning of the values of parameter values are given in AppendixB.

CLASS 31 - SNMP/IP ROUTING

C31 - R0

Reserved

C31 - R1

Reserved

C31 - R2

Reserved

C31 - R3

Reserved

C31 - R4

Reserved

C31 - R5

Reserved

C31 - R6

Reserved

C31 - R7

Definition of IP addresses on WAN interface

Parameters displayed

Meanings of parameters

Possible values

0
.
.
5
COMMAND

--,--,--,--

Primary IP addresses on WAN side.

4 bytes in decimal separated by commas.

C31 - R8

Definition of IP addresses on LAN interface

Parameters displayed

Meanings of parameters

Possible values

0

1
19
COMMAND

--,--,--,--

Primary IP address of router on LAN side.

Secondary IP address of router on LAN side.

4 bytes in decimal separated by commas.

4 bytes in decimal separated by commas.

C31 - R9

Reserved

C31 - R10

Reserved

C31 - R11	Definition of LAN interfaces
Parameters displayed		Meanings of parameters	Possible values
0 . . 19 COMMAND	--,--,--,--,--,--	Definition of primary and secondary interfaces on LAN side, of associated LLC Helpers and type of encapsulation.	--,--,--,-- reserved \| \| \| \| reserved \| \| \| \| reserved \| \| \| \| \| \| \| \| reserved \| \| \| \|
			\| \| \| reserved \| Minimum and maximum IP address row in C31 R12 and R13 (1 to 200)

C31 - R12	Table of minimum IP addresses
Parameters displayed		Meanings of parameters	Possible values
0 . . 199 COMMAND	--,--,--,--	IP address defining the minimum of an address range.	4 bytes in decimal separated by commas.

C31 - R13	Table of maximum IP addresses
Parameters displayed		Meanings of parameters	Possible values
0 . . 199 COMMAND	--,--,--,--	IP address defining the maximum of an address range.	4 bytes in decimal separated by commas.

C31 - R14	IP routing table (to WAN)
Parameters displayed		Meanings of parameters	Possible values
0 . . 199 COMMAND	--,---,-- --,--,--, --	Definition of IP address ranges and of associated LLC.	--,---,-- \| \| \| \| \| Reserved \| LLC No. (1 to 254) Row No. of minimum and maximum IP addresses defined in C31 R12 and
			R13 (1 to 200)

C31 - R15	Default routing
Parameters displayed		Meanings of parameters	Possible values
0. . 3 COMMAND	---	Definition of default route.	--- Number of LLCs in decimal (1 to 254).

C31 - R16

Reserved

C31 - R17

Reserved

C31 - R18

Reserved

C31 - R19	List of community names for SNMP
Parameters displayed		Meanings of parameters	Possible values
0 1 2 COMMAND	------...	Community name for reading only of MIB. Community name for reading/writing of MIB. Community name for traps.	String of characters up to 14 bytes.

C31 - R20	Table of IP address of SNMP managers
Parameters displayed		Meanings of parameters	Possible values
0 . . . 5 COMMAND	--,--,--,--,--	IP address of managers authorized to use the SNMP agent and associated community name.	--,--,--,--,-- _______ \| \| Row No. of community name \| defined in C31 R19 (0 to 1) \| IP address on 4 bytes in decimal separated by commas.

C31 - R21	Table of broadcast IP addresses for SNMP traps
Parameters displayed		Meanings of parameters	Possible values
0 1 2 COMMAND	--,--,--,--	IP address for traps.	4 bytes in decimal separated by commas.

C31 - R22	Value of ports
Parameters displayed		Meanings of parameters	Possible values
0 1 2 COMMAND	----	UDP port No. for SNMP. UDP port No. for TRAP-PDU SNMPs. Port No. for RIP.	2 bytes in hexadecimal.

C31 - R23

Reserved

CLASS 32 - FRAME RELAY PLL COUPLE (a, b)

C32 - R0	a = line,, type, priority (optional)
Parameters displayed		Meanings of parameters	Possible values
0 . . 199 COMMAND	--,,----,- --,,----	PLL.	---,,----,- \| \| \| Priority of couple \| \| 1 = High priority (ex: VOICEPAC) \| \| 0 = Low priority \| \| DLCI number (0 to 1023)
			\| \| \| \| \| Line number (00 to 35)

C32 - R1	b = line, PLL, rec C30
Parameters displayed		Meanings of parameters	Possible values
0 . . 199 COMMAND	--,,----,-- --,-,----	PLL.	---,-,----,-- \| \| \| \| Recurrence of profile defined in C30 for a \| \| \| virtual line (160 to 239) \| \| DLCI Number \| \| (0 to 1023)
			\| Type of PLL \| 0 = DLCI Connection type (1 virtual line in recurrence 1) \| 1 = DLCI "Final" type \| 2 = DLCI "TRANSIT" type Line number (00 to 35) Virtual line (160, 239) and (65, 124)

Table of Contents

Configuration Parameters

CLASS 4 - (Continued)

LINK PARAMETERS FOR THE ASYNCHRONOUS LINE ISDN PARAMETERS FOR A D-CHANNEL.

LINK PARAMETERS FOR THE ASYNCHRONOUS LINE
ISDN PARAMETERS FOR A D-CHANNEL.