Configuration Parameters 31 - 57

Parameters displayed

Meanings of parameters

Possible values

0 --, --, ----, -

.

199

COMMAND

A parameter describes the PVC termination connected to the PVC termination described at the same rank for C32 R1.

.--, --, ----, -

  Priority 0=low, 1=high

  DLCI from 0 to 1023

 Reserved

 Line No. from 0 to 35

The line number identifies the line supporting the PVC.

The DLCI (Data Link Connection Identifier) identifies the PVC on that line.

The priority is used for selecting an equipment behavior with respect to the information transported on this PVC :

• low: the information is not considered as priority on the line,

• high: the information is considered as having priority on the line (as in the case of voice transmission).

Parameters displayed

Meanings of parameters

Possible values

0 --, --, ----, --

.

199

COMMAND

A parameter describes the PVC termination connected to the PVC termination described at the same rank for C32 R0.

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

   Reserved

   DLCI from 0 to 1023

  Reserved

 Line No. from 0 to 35.

The line number identifies the line supporting this PVC.

Attention : The line used by this second PVC must be located on the same module as the line used by the first PVC.

The DLCI (Data Link Connection Identifier) identifies the PVC on that line.

0 --, ---, ----, -

.

199

COMMAND

A parameter describes a PVC user termination on a synchronous line.

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

  COS from 0 to 2

    DLCI from 0 to 1023

   Reserved

Line No. from 0 to 35

0 --, ---, ----, -

.

199

COMMAND

A parameter describes a PVC user termination on an ISDN channel B.

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

  

    

   




  

    

    COS from 0 to 2


  

     DLCI from 0 to 1023


   Rank in C22 from 0 to 249 Reserved

0 --, ---, ----, -

.

199

COMMAND

A parameter describes a PVC user termination on a synchronous line and a PVC user termination on an ISDN channel B.

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

    COS from 0 to 2




     DLCI from 0 to 1023


   Rank in C22 from 0 to 249 Line No. from 0 to 35

Parameters displayed

Meanings of parameters

Possible values

0 ---, -, ----, --

.

199

COMMAND

A parameter specifies the characteristics of the connection to be established between the user termination described at the same rank for C32 R0 and the network termination.

---, -, --, --















  Rank in C30 from 0 to 15




  Reserved


   Call mode 0, 1 or 2
Line No. 65 to 124 or 160 to 240

Parameters displayed

Meanings of parameters

Possible values

0 --, --, --, --, -, --, --, --, --, --

.

199

COMMAND

A parameter specifies the characteristics of the service quality required by the user termination described at the same rank for C32 R0.

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































 Reserved








 Strategy 1, 3, 4






   CIR Min from 0 to 47




  BE from 0 to 47


  BC from 0 to 47
 CIR from 0 to 47

Parameters displayed

Meanings of parameters

Possible values

0 ----------------------------

.

199

COMMAND

A parameter associated with the user termination described at the rank for C32 R0, contains the address to be called to reach the network termination. The internal switch will route the generated call according to this address.

The address format is as follows :

DNIC on four digits,
ZO on two digits,
AB on two digits,
SA on four digits.

DNIC ZO identifies the equipment (see C1 R2 P0). AB is the subscriber number associated with the line supporting the network termination.

SA (sub-address) consists of the DLCI identifying the network termination on its line.

Address X121 on 15 digits from 0 to 9

On synchronous line :

Parameters displayed

Meanings of parameters

Possible values

0 --, ---, ----, -

.

199

COMMAND

A parameter describes a PVC network termination on a synchronous line.

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

   



   Reserved




    DLCI from 0 to 1023


Reserved
Line No. from 0 to 35

0 --, ---, ----, -

.

199

COMMAND

A parameter describes a PVC network termination on an ISDN channel B.

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















Reserved




DLCI from 0 to 1023


Rank in C22 from 0 to 249
Reserved

0 --, ---, ----, -

.

199

COMMAND

A parameter describes a PVC network termination on a synchronous line and a PVC network termination on an ISDN channel B.

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















   Reserved




    DLCI from 0 to 1023


   Rank in C22 from 0 to 249
Line No. from 0 to 35

0 ---, -, ----, --

.

199

COMMAND

A parameter specifies the characteristics of the connection to be made between the network termination described at the same rank for C32 R0 and the user termination.

---, -, --, --















  Rank in C30 from 0 to 15




  Reserved


  Call mode 0, 1 or 2
Line No. 65 to 124 or 160 to 240

0 --, ---, ----, -

.

199

COMMAND

A parameter describes a PVC network termination on a synchronous line.

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















   COS from 0 to 2




    DLCI from 0 to 1023


   Reserved
Line No. from 0 to 35

0 --, ---, ----, -

.

199

COMMAND

A parameter describes a PVC network termination on an ISDN channel B.

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















   COS from 0 to 2




    DLCI from 0 to 1023


   Rank in C22 from 0 to 249 Reserved

0 --, ---, ----, -

.

199

COMMAND

A parameter describes a PVC network termination on a synchronous line and a PVC network termination on an ISDN channel B.

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















   COS from 0 to 2




    DLCI from 0 to 1023


   Rank in C22 from 0 to 249 Line No. from 0 to 35

Parameters displayed

Meanings of parameters

Possible values

0 ---, -, ----, --

.

199

COMMAND

A parameter specifies the characteristics of the connection to be made between the network termination described at the same rank for C32 R0 and protocol P.

---, -, --, --















   Rank in C30 from 0 to 15




 Reserved


   Call mode 0 to 7
  Line No. 65 to 124 or 160 to 240

Parameters displayed

Meanings of parameters

Possible values

0 --, --, --, --, -, --, --, --, --, --

.

199

COMMAND

A parameter specifies the characteristics of the service quality needed by protocol P and manages the network termination level described under C32 R0.

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































  Reserved








 Strategy 1, 3, 4






   CIR Min from 0 to 47




  BE from 0 to 47


  BC from 0 to 47
  CIR from 0 to 47

Parameters displayed

Meanings of parameters

Possible values

0 ----------------------------

.

199

COMMAND

This parameter is useful only in case X25 on FR (see FRI for C32 R1) and as long as the virtual line number has not been specified for C32 R1.

It contains the address associated with the PVC termination. The equipment regains the PVC termination to be used by seeking for the address as called and received in the call in this recurrence.

In the case of X25 virtual circuit multiplexing on a single PVC Frame Relay, it will be necessary to use a point type address conversion aimed at the user side.

Address X121 on 15 digits from 0 to 9

Parameters displayed

Meanings of parameters

Possible values

0 --, ---, ----, -

.

199

COMMAND

A parameter describes a PVC termination on a synchronous line.

The line number identifies the line supporting this PVC.

The rank in class 22 contains the number of the parameter describing the distant ISDN S0 interface. Therefore, in this case, the Frame Relay line consists of a channel B established between this distant ISDN interface and the local ISDN interface.

The DLCI (Data Link Connection Identifier) identifies the PVC on this line.

The COS (Class Of Service) is used for selecting the behavior of the equipment with respect to the information transported on the PVC user or protocol P user connection to the PVC network:

  0 = VBR (Variable Bit Rate) : guaranteed bit rate (according to the parameters of C32 R1), low priority, transit time not guaranteed,

  1 = VBR-RT (Variable Bit Rate - Real Time) : bit-rate guaranteed (parameters in C32 R1 ignored), high priority, guaranteed transit time (case of speech transport),

  2 = UBR (Undefined Bit Rate) : bit-rate not guaranteed (parameters in C32 R1 : CIR = 0, CIR minimum and BC ignored), low priority, transit time not guaranteed

  The default value is 2 (UBR).

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















  COS from 0 to 2




DLCI from 0 to 1023


   Rank in C22 from 0 to 249
Line No. from 0 to 35

Parameters displayed

Meanings of parameters

Possible values

0 ---, -, ----, --

.

199

COMMAND

A parameter specifies the properties of the connection to be established between the termination described at the same rank for C32 R0 and protocol P or the other termination.

The line number identifies the virtual line representing the network termination for the internal switch. By default, this number is attributed dynamically and only needs to be configured explicitly in some particular cases (routing equally shared over several terminations, called address not including sub-address, ...).

The call mode (1) specifies the mode for establishing connection between this PVC termination and its opposite number (protocol P or other termination).

The rank under Class 30 specifies the recurrence number containing the profile associated with the virtual line. This profile describes the parameters of the FRI protocol (X25 in Frame Relay) or in FRAV (Transparent or RFC 1490) used for transporting information in this PVC.

---, -, --, --















  Rank in C30 from 0 to 15




  Reserved


  Call mode from 0 to 7
  Line No. 65 to 124 or 160 to 240

Parameters displayed

Meanings of parameters

Possible values

0 --, --, --, --, -, --, --, --, --, --

.

199

COMMAND

A parameter stipulates the characteristics of the service quality to be managed at the connection between the user termination described in C32 R0 and the network termination or at the connection between protocol P and the network termination described under C32 R0. The following parameters are or are not used according to the COS specified in C32 R0.

The CIR (Committed Information Rate) is the bit-rate (1) guaranteed for time unit TC : CIR = BC / TC.

The BC (Committed Burst Size) is the amount of information (2) transmitted during time unit TC (BC = CIR * TC).

The BE (Excess Burst Size) is the quantity of information (2) that is supplementary and can be transmitted during time unit TC if the network is not comanaged (these frames transmitted with bit DE = 1 are accounted in BE).

The Minimum CIR is the bit-rate (1) to which the equipment refers in the case of extensive congestion. The Strategy (3) defines the flow check in the user to network direction as accomplished by the equipment.

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































Reserved










Strategy 1, 3, 4








CIR Min from 0 to 47




  BE from 0 to 47


  BC from 0 to 47 CIR from 0 to 47

0

0

17

144000

33

1152000

2

600

18

192000

34

1216000

3

1200

19

256000

35

1280000

4

2400

20

320000

36

1344000

5

4800

21

384000

37

1408000

6

9600

22

448000

38

1472000

7

14400

23

512000

39

1536000

8

19200

24

576000

40

1600000

9

32000

25

640000

41

1664000

10

38400

26

704000

42

1728000

11

48000

27

768000

43

1792000

12

56000

28

832000

44

1856000

13

64000

29

896000

45

1920000

14

72000

30

960000

46

1984000

15

96000

31

1024000

47

2048000

16

128000

32

1088000

Parameters displayed

Meanings of parameters

Possible values

0 ----------------------------

.

199

COMMAND

A parameter associated with the termination described at the same rank in C32 R0, contains the called address.

Address X121 on 15 digits from 0 to 9

Displayed parameters

Meaning of parameters

Possible values

0 -,--,-,--

1

2

COMMAND

A parameter corresponds to a module.

The module number identifies the module concerned

The subscriber number is that of the FRL function of the module.

In order to optimize the use of memory resources, the initialization of a function may take place only on the module(s) for which it must be operational (the IPX and CLNP router functions may be implemented only on one of the three modules).

-,,--,-,--

Reserved




Init of functions from 0 to 7 (*)


Subscriber number from 0 to 89
 

  and from 93 to 98
Module number from 0 to 2

0

no

no

no

1

yes

no

no

2

no

yes

no

3

yes

yes

no

4

no

no

yes

5

yes

no

yes

6

no

yes

yes

7

yes

yes

yes

C34 - R0 Table of MAC addresses (not used in V12.1)

In V12.1, the MAC address of the Ethernet line is factory-configured.

Displayed parameters

Meaning of parameters

Possible values

0 -----------

.

5

COMMAND

Each parameter is a MAC address. This address is referenced in C12 Ri P3 for each Ethernet line.

MAC address on 6 bytes (12 digits from 0 to F).

The distribution (FF FF FF FF FF FF), null (00 00 00 00 00 00) and group (bit 0 of first byte equal to 1) addresses must not be used.

C35 - R0 Virtual port table

Displayed parameters

Meaning of parameters

Possible values

0 -,--,-,--

.

35

COMMAND

A parameter corresponds to a virtual port.

The state indicates the validity of the input of this table. Only valid inputs (State=1) are managed by the equipment.

The VP number identifies the VP.

The types indicates that this VP is attached to a LAN line (type=local) or gives access to remote equipment through WAN networks (type=distant). The parameters specific to local VPs must be indicated in C35 R1.

The module number indicates through which module the VP is managed.

-,,--,-,--

Module number from 0 to 2






  Type of VP 0=local, 1=distant


 VP number from 0 to 11
State 0=invalid, 1=valid

C35 - R1 Local virtual port table

Displayed parameters

Meaning of parameters

Possible values

0 -,--,--;--
.
5
COMMAND

A parameter corresponds to a local virtual port.

The state indicates the validity of the input of this table. Only valid inputs (State=1) are managed by the equipment.

The VP number identifies the VP. This number is created in C35 R0 and must be that of a local type VP.

The line number links this local VP to an LAN line. This number is created in C12 Ri P1.

A single local VP is authorized per LAN line..

-,,--,-,--

Reserved




Line number from 0 to 35







VP number from 0 to 11
State 0=invalid, 1=valid

C36 - R0 WAN addresses

Displayed parameters

Meaning of parameters

Possible values

0 ---------------

.

199

COMMAND

A parameter contains a WAN address to X.121 format of the aimed port.

If a WAN network of the X.25 type is used, the equipment constitutes the aimed point.

If a P.P.P. (Point to Point Protocol, not available in V12.1) type WAN network is used, the output line on the local equipment constitutes the aimed point.

If a Frame Relay type WAN network is used, the virtual output line (PLL, permanent logical link) on the local equipment constitutes the aimed point.

X.121 address on 15 digits from 0 to 9.

C36 - R0 WAN addresses

Displayed parameters

Meaning of parameters

Possible values

0 --,--,--,--

.

199

COMMAND

A parameter contains 3 remote virtual port numbers and the connection number associated with the address in the same row under C36 R0.

Each VP number (from 0 to 11) designates the virtual port used by the Bridge and Router functions of each module to communicate with the remote equipment. This number is created in C35 R0 and must be that of a remote VP.

When several connections can be established with the same encapsulation for the same remote equipment (at V12.2 only an X25 type network is capable of supporting this situation), the number of the connection will identify each of the connections capable of transporting different flow types (see at C36 R3, the flow selection). This connection number must also be configured on the remote equipment.

--,--,--,--

 |  |   |  |
 |  |  |  Connection number from 1 to 8
 |  |  VP number for module 2
 |  VP number for module 1
VP number for module 0

Displayed parameters

Meaning of parameters

Possible values

0 --,-,-,--

.

199

COMMAND

A parameter contains 3 values indicating respectively the type of encapsulation used, the connection setup mode, the grouping option and the flow types.

This parameter is associated with the address of the same rank in C36 R0.

The type of encapsulation indicates the protocol(s) to be transferred on the connection.

The connection mode indicates the connection setup mode.

The grouping option indicates the used of the frame grouping/separation service (according to a specific proprietary encapsulation). It requires the configuration of the Fast Select option on the output line.

--,-,-,--

 |  |   |  
 |  |   | Reserved
 |  |  Grouping 0=no, 1=yes
 |  Connection mode (**)
Type of encapsulation (*)

The flow selection is a mask specifying the flow types (defined by the flow router under C51) which must transit via this connection (see C36 R2 for the connection identification).

E.g.:
At C51, the IP router defines the content of flow types 2, 8, 16, 32 and 64. The connection is set up to process types 8, 16 and 32. The mask therefore takes on value: 8 + 16 + 32 = 56.

Note 1: If two connections to the same address and the same encapsulation select the same type of flow, the flow type will be oriented toward the first of these connections (increasing order on connections at C36, R2).

Note 2: By convention, the value 255 selects , out of all the flows directed towards a WAN address, not only all the typed flows (i.e., defined under C51) but also the untyped flows i.e., not defined under C51). This is the default value to be used when flow separation is not being implemented.

Value

Type of encapsulation

Value

Connection mode

1

Multiplexing

0

Calling

10

Bridge

1

Called

11

Specific Port

2

Mixed

20

IP

3

Datagram

30

IPX

31

Specific IPX

40

CLNP

Displayed parameters

Meaning of parameters

Possible values

0 -,---,--,--

.

199

COMMAND

A parameter contains 3 values indicating respectively the state of the input, the duration of silence and the call retransmission time-out.

The state indicates the validity of the input of this table. Only valid inputs (State=1) are managed by the equipment.

The duration of silence (in tens of seconds) is the period after which a connection is cleared in the absence of traffic.

The call retransmission time-out (in tens of seconds). When a calling or mixed type connection has not been established, a connection establishment request is again generated by the equipment after a period of time equal to or greater than this time-out.

This parameter is associated with the address of the same rank in C36 R0.

-,---,--,--

 |  |   |  
 |  |   | Reserved
 |  |  Call time-out from 0 to 99 (x 10s)
 |  Duration of silence 0 to 254 (x 10s)
State 0=invalid, 1=valid)

Displayed parameters

Meaning of parameters

Possible values

0 -
1 -
2 --
3 --
COMMAND

P0: general implementation of the transparent Bridge function.

P1: Implementation of bridging between WANs.

P2: Reserved.

P3: Reserved.

0=no, 1=Bridge

0=no, (1=yes, not offered in V12.1)

C38 - R0 Virtual port table

Displayed parameters

Meaning of parameters

Possible values

0 -,---,-,--

.

35

COMMAND

A parameter corresponds to a virtual port.

The state indicates the validity of the input of this table. Only valid inputs (State=1) are managed by the equipment.

The VP number identifies this VP. This number is created in C35 R0.

The Bridge activation indicates that this VP is or is not used by the transparent Bridge function.

-,---,--,--
 |  |   |  
 |  |   | Reserved
 |  |  Bridge activation 0=no, 1=yes
 |  VP number from 0 to 11
State 0=invalid, 1=valid

Displayed parameters

Meaning of parameters

Possible values

0 -,---,-,--

.

35

COMMAND

A parameter corresponds to a virtual port.

The Aging Timer limits the duration of existence of inputs not used in the address tables managed by the Bridge function.

The distribution authorization allows distribution for each virtual port.

FCS preservation indicates whether the checksum field of the MAC frame is or is not transported on the wan. This value is significant only for a remote type VP.

---,-,-
 |  |   |  
 |  |   | Reserved
 |  |  FCS preservation 0=no, 1=yes
 |  Distribution authorized 0=no, 1=yes
Aging Timer from 0 to 3600 seconds

The transparent Bridge function learns dynamically the inputs of the address correspondence table. Owing to speed considerations or the possibility of learning, it may be necessary to create static inputs in this table.

Displayed parameters

Meaning of parameters

Possible values

0 ------------

.

63

COMMAND

Each parameter is the MAC address of a remote station to be reached through WAN networks.

Distribution (FF FF FF FF FF FF), null (00 00 00 00 00 00) and group (bit 0 of first byte equal to 1) addresses must not be used.

MAC address on 6 bytes (12 digits from 0 to F).

The transparent Bridge function learns dynamically the inputs of the address correspondence table. Owing to speed considerations or the possibility of learning, it may be necessary to create static inputs in this table.

Displayed parameters

Meaning of parameters

Possible values

0 ------------

.

63

COMMAND

A parameter contains the WAN address to X.121 format of the remote equipment giving access to the remote station.

This WAN address is associated with the MAC address of the same rank in C38 R2, and must be configured in the table of connections in C36 R0.

X.121 address on 15 bytes from 0 to 9.

The transparent Bridge function learns dynamically the inputs of the address correspondence table. Owing to speed considerations or the possibility of learning, it may be necessary to create static inputs in this table.

Displayed parameters

Meaning of parameters

Possible values

0 -,
.
63
COMMAND

A parameter contains the state of the input.

The state indicates the validity of the input of this table. Only valid inputs (State=1) are managed by the equipment.

This parameter is associated with the MAC address of the same rank in C38 R2.

State 0=invalid, 1=valid

Displayed parameters

Meaning of parameters

Possible values

0 -----
1 ----
2 ----
3 ----
4 ----
COMMAND

P0: The Bridge Priority is used in association with the MAC address of the Ethernet port by the STP algorithm so as to determine from among all the possibilities, the bridge that will be elected as tolology root. The lower the displayed value, the higher the port priority.

P1: The Max Age value corresponds to the life duration assigned to a BPDU issued at the initiative of the bridge; this life duration will be decremented by the various bridges crossed and which reach zero, causing the deletion of the BPDU.

P2: The Hello Time value corresponds to transmission periodicity of the BPDUs by the bridge.

P3: The Forward Delay value corresponds to the time during which the bridge that has just been started does not provide its service; it waits until the STP protocol has established its topology. During this period, only the BPDus are bridged, the user frames are not processed and this time delay is also used as minimum duration of a bridge state

P4: Reserved.

P5: Reserved.

0=no, 1=yes

0=no, 1=yes

Max. age of 600 to 4000 milliseconds.

Hello time from 100 to 1000 milliseconds

Forward delay of 400 to 3000 milliseconds

Displayed parameters

Meaning of parameters

Possible values

0
-,---,-,--
.
35
COMMAND

A parameter corresponds to a virtual port.

The state indicates the validity of the input of this table. Only valid inputs (State=1) are managed by the equipment.

The VP number identifies this VP. This number is created in C35 R0.

The cost of the bridge is used jointly with its priority and its MAC address by the STP algorithm in order to classify the bridge ports in order of preference. The lower the cost, the better preferred is the port. This concept is used by the STP algorithm on initialization to elect the root port and when a loop is detected in oder to determine which port is to be cut off.

The priority of the port is used with its extra cost and its MAC address for the STP algorithm in order to grade the ports of the bridge in order of preference. This concept is used by the STP algorithm to elect the root port and to detect a loop so as to determine the port to be cut off.

The encapsulation of the STP frames on the WAn is specific to each WAN port. It can be of the SNAP 802.3 (0=mac) type of the SNAP BPDU (1=bpdu) type.

-,--,----,---
 |  |       |   |   |  
 |  |       |   |   Encap 0=mac, 1=bpdu
 |  |  Priority from 0 to 255
 |  Cost from 1 to 65535
VP number from 0 tp 11

State 0=invalid, 1=valid

Displayed parameters

Meaning of parameters

Possible values

0 -

1 -

2 -

3 -

4 --

5 --

COMMAND

Displayed parameters

Meaning of parameters

Possible values

0 ----
. ----
31 ----
COMMAND

Displayed parameters

Meaning of parameters

Possible values

0 ----
. ----
31 ----
COMMAND

Displayed parameters

Meaning of parameters

Possible values

0 -

1 -

2 -

3 -

4 --

5 --

6 --

7 --

COMMAND

P0: General implementation of the IP frame routing functionality of the IP Router function.

P1: Implementation of optimized routing of frames. This implementation is obtained by reducing the validity checks carried out on each frame.

P2: Transmission of ICMP redirection frames.

P3: Insertion of "Source Routing" information in the routed frames.

P4: Reserved.

P5: Reserved.

P6: Reserved.

P7: Reserved.

0=no, 1=yes

0=no, 1=yes

0=no, 1=yes

0=no, 1=yes

Displayed parameters

Meaning of parameters

Possible values

0 -,---,-,--

.

35

COMMAND

A parameter corresponds to a virtual port.

The state indicates the validity of the input of this table. Only valid inputs (State=1) are managed by the equipment.

The VP number identifies the VP. This number is created in C35 R0.

Proxy-ARP activates or does not activate the operating mode on this VP

-,---,-,--
 |   |    |   |    
 |    |   |  Reserved
 |    |   Proxy-ARP 0=no, 1=yes
 |   VP number from 0 to 11

State 0=invalid, 1=valid

Displayed parameters

Meaning of parameters

Possible values

0 -,---,-,--

.

35

COMMAND

A parameter contains the four bytes (separated by commas) of the IP address associated with the virtual port of the same rank defined in C41 R1.

The IP address must be a valid host address.

---,---,---,---
  |     |     |    |    
  |     |     |    Byte 4 from 0 to 255
  |     |     Byte 3 from 0 to 255
  |     Byte 2 from 0 to 255
  Byte 1 from 0 to 255

Displayed parameters

Meaning of parameters

Possible values

0 ---,---,---,---

.

35

COMMAND

A parameter contains the four bytes (separated by commas) of the subnetwork mask associated with the IP address of the same rank defined in C41 R2.

The mask must be consistent with the address with which it is associated.

In the absence of subnetworks, the mask contains 255.0.0.0 for an address of class A, 255.255.0.0 for class B, 255.255.255.0 for class C.Byte 1 from 0 to 255

---,---,---,---
  |     |     |    |    
  |     |     |    Byte 4 from 0 to 255
  |     |     Byte 3 from 0 to 255
  |     Byte 2 from 0 to 255
  Byte 1 from 0 to 255

Displayed parameters

Meaning of parameters

Possible values

0 ----

.

35

COMMAND

A parameter contains the maximum length of a frame (Maximum Transmit Unit) that the VP of the same rank defined in C41 R1 is capable of supporting.

MTU from 576 to 1500 bytes

Displayed parameters

Meaning of parameters

Possible values

0 -,---,-,--

.

35

COMMAND

A parameter corresponds to a virtual port.

The state specifies the validity of the input of this table. Only valid inputs (State=1) are managed by the equipment.

The VP number identifies the VP. This number is created in C35 R0 and must be that of a local type VP.

Encapsulation is used to choose a frame format in conformity with Ethernet V2 standard or with IEEE 802.3 standard.

-,---,-,--
|    |   |  |    
|    |   |  Reserved
|    |    Encap. 0=Ethernet, 1=802.3
|   VP number from 0 to 11
State 0=invalid, 1=valid    

Displayed parameters

Meaning of parameters

Possible values

0 ---,---,---,---

.

199

COMMAND

A parameter contains the four bytes (separated by commas) of the IP address used to reach equipment through WAN networks.

The IP address must be a valid host address.

---,---,---,---
  |     |     |    |    Byte 4 from 0 to 255   
  |     |     |   Byte 3 from 0 to 255
  |     |    Byte 2 from 0 to 255
  |   Byte 1 from 0 to 255
    

Displayed parameters

Meaning of parameters

Possible values

0 ------------

.

199

COMMAND

A parameter contains the WAN address to X.121 format of the remote equipment. This WAN address is associated with the IP address of the same rank in C42 R0, and must be configured in the table of connections in C36 R0.

X.121 address on 15 digits from 0 to 9    

Displayed parameters

Meaning of parameters

Possible values

0 -

.

199

COMMAND

A parameter contains the state which indicates the validity of the input of this table. Only valid inputs (State=1) are managed by the equipment.

This state is associated with the IP address of the same rank in C42 R0.

State 0=invalid, 1=valid    

Displayed parameters

Meaning of parameters

Possible values

0 ---,---,---,---

.

31

COMMAND

A parameter contains the four bytes (separated by commas) of the IP address used to reach equipment through LAN networks

The IP address must be a valid host address.

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

 |    |    |    |
 |    |   |   Byte 4 from 0 to 255
 |    |  Byte 3 from 0 to 255
 |   Byte 2 from 0 to 255
Byte 1 from 0 to 255

Displayed parameters

Meaning of parameters

Possible values

0 ------------

.

31

COMMAND

A parameter contains the MAC address of the equipment to be reached.

This MAC address is associated with the IP address of the same rank in C43 R0.

The distribution (FF FF FF FF FF FF), null (00 00 00 00 00 00) and group (bit 0 of first byte equal to 1) addresses must not be used.

MAC address on 6 bytes (12 bytes from 0 to F).

Displayed parameters

Meaning of parameters

Possible values

0 -

.

31

COMMAND

A parameter contains the state which indicates the validity of the input of this table. Only valid inputs (State=1) are managed by the equipment.

This state is associated with the IP address of the same rank in C43 R0.

State 0=invalid, 1=valid

Displayed parameters

Meaning of parameters

Possible values

0 ---,---,---,---

.

95

COMMAND

A parameter contains four bytes (separated by commas) of the destination IP address.

This IP address may be:

• 0.0.0.0 (router by default)

• a network address (host part equal to 0)

• a host address (non-zero host part)

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

  |   |    |    |
  |   |    |    Byte 4 from 0 to 255
  |   |   Byte 3 from 0 to 255
  |  Byte 2 from 0 to 255
 Byte 1 from 0 to 255

Case of routing by address C44 R2 V3 = 0

0 ---,---,---,---

.

95

COMMAND

A parameter contains the flow number (created by C51 R0) to be oriented to the route defined by the input of this table.

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

  |   |    |    |
  |   |    |    Reserved
  |   |   Reserved
  |  Reserved
 Flow number from 0 to 199

Displayed parameters

Meaning of parameters

Possible values

0 ---,---,---,---

.

95

COMMAND

A parameter contains four bytes (separated by commas) of the destination IP address.

The mask must be consistent with the address with which it is associated. If there are no subnetworks, the mask contains 255.0.0.0 for an address in class A, 255.255.0.0 for class B and 255.255.255.0 for class C.Byte 1 from 0 to 255

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

  |   |    |    |
  |   |    |    Byte 4 from 0 to 255
  |   |   Byte 3 from 0 to 255
  |  Byte 2 from 0 to 255
 Byte 1 from 0 to 255

Case of routing by address C44 R2 V3 = 1

Displayed parameters

Meaning of parameters

Possible values

0 ---,---,---,---

.

95

COMMAND

Reserved

Displayed parameters

Meaning of parameters

Possible values

0 -,--,--,--

.

95

COMMAND

A parameter corresponds to a static input of the routing table.

The state indicates the validity of the input of this table. Only valid inputs (State=1) are managed by the equipment.

A search algorithm is based on metrics for choosing between several possible routes to reach the destination of an IP frame..

In the case of RIP, the metrics indicates the number of IP routers through which an IP frame must pass to reach its destination..

The algorithm chooses preferably the shortest metric route..

This parameter is associated with the IP address of the same rank defined in C44 R0.

-,--,--,--

 |  |  |   |
 |  |  |   Reserved
 |  |  Reserved
 |  Metric from 1 to 15
State 0=invalid, 1=valid

Displayed parameters

Meaning of parameters

Possible values

0 ---,---,---,---

.

95

COMMAND

A parameter contains the four bytes (separated by commas) of the IP address of the next router proposing the route used to reach the destination.

This IP address must be a valid host address.

This next hop is associated with the IP address of the same rank defined in C44 R0.Byte 1 from 0 to 255

---,---,---,---
  |   |    |    |
  |   |    |    Byte 4 from 0 to 255
  |   |   Byte 3 from 0 to 255
  |  Byte 2 from 0 to 255
 Byte 1 from 0 to 255

This table is used for replacing the IP destination address contained in every frame belonging to a specific flow by a precise IP address. This substitution takes place before the frame is examined by the IP routing.

Therefore, it is possible, for instance, to orient the IP/UDP traffic distributed towards a specific recipient..

Reserved

Displayed parameters

Meaning of parameters

Possible values

0 -,---

.

15

COMMAND

A parameter corresponds to a specific flow. The state specifies the validity of the input of this table. Only valid inputs (state = 1) are used by the equipment.

The flow number (created at C51 R0) indicates the flow whose frames will replace the destination IP address.

The replaced IP address is defined at the same row under C45 R2

-,---
 |   |   
 |  Flow No. for 0 to 199
State 0 = invalid, 1 = valid

Displayed parameters

Meaning of parameters

Possible values

0 -

1 -

2 -

3 -

4 ----

5 ----

6 ----

7 ----

8 ----

9 ----

COMMAND

P0: Implementation of RIP. In active mode, the equipment learns the routes transmitted by the adjacent routers and itself distributes the routes contained in its routing table. In passive mode, the equipment learns the routes but distributes nothing.

P1: The operating mode allows the exchange of RIP frames either through VPs selected in C46 R1 or only with routers C46 R2, C46 R3.

P2: The distribution of static inputs of the routing table (defined in C44) may be prohibited or authorized.

P3: The distribution of inputs of the routing table learnt by the EGP protocol (see C47) may be prohibited or authorized. EGP inputs distributed are defined in C46 R4.

P4: The transmission frequency indicates the waiting time between two transmissions by RIP of the routing tables.

P5: Reserved.

P6: Reserved.

P7: Reserved.

P8: Reserved.

P9: Reserved.

0=no, 1=active, 2=passive

0= list VP, 1=backup list

0=prohibited, 1=authorized

0=prohibited, 1=authorized

Duration from 30 to 3600 seconds

Displayed parameters

Meaning of parameters

Possible values

0 -,---,-,--

.

35

COMMAND

A parameter corresponds to a virtual port on which the IP function is activated..

The state indicates the validity of the input of this table. Only valid inputs (State=1) are managed by the equipment.

The VP number identifies the VP. This number is created in C35 R0.

Activation indicates whether or not RIP performs its information exchanges on the IP network attached to this VP..

-,---,-,--
 |   |  |  |
 |   |  |  Reserved
 |   |   Activation 0=no, 1=yes
 |  VP number from 0 to 199
State 0=invalid, 1=valid

This table (C46 R2, C46 R3) lists the IP routers with which RIP will exchange information when the operating mode (C46 R0 P1) is "list of routers".

Displayed parameters

Meaning of parameters

Possible values

0 ---,---,---,---

.

15

COMMAND

A parameter contains the four bytes (separated by commas) of the IP address of an IP router with which RIP frames are to be exchanged.

This IP address must be a valid host address.

---,---,---,---
 |     |    |    |
 |     |    |    Byte 4 from 0 to 255
 |     |   Byte 3 from 0 to 255
 |     Byte 2 from 0 to 255
Byte 1 from 0 to 255

Displayed parameters

Meaning of parameters

Possible values

0 -

.

15

COMMAND

A parameter contains the state which indicates the validity of the input of this table. Only valid inputs (State=1) are managed by the equipment.

This state is associated with the IP address of the same rank in C46 R2.

State 0=invalid, 1=valid

Displayed parameters

Meaning of parameters

Possible values

0 -,--,---

.

15

COMMAND

A parameter corresponds to all the routing information coming from an adjacent autonomous system.

The state indicates the validity of the input of this table. Only valid inputs (State=1) are managed by the equipment.

Metrics is the value indicated in the transmitted IP frames concerning routing information learnt by EGP and coming from this autonomous system.

The AS (Autonomous System) number identifies the autonomous system delivering the routing information that RIP must distribute. This distribution by RIP takes place according to the value of parameter C46 R0 P3.

-,--,---

 |  |   |   
 |  |  AS number from 1 to 65534
 |  | 
 |  Metrics from 1 to 15
  
 |   

State 0=invalid, 1=valid

Displayed parameters

Meaning of parameters

Possible values

0 -
1 -----
2 -
3 -
4 ---
5 ----
6 ----
7 ----
8 ----
9 ----

COMMAND

P0: Implementation of EGP.

P1: Number of the autonomous system (AS) to which the equipment belongs.

P2: The distribution of the static inputs of the routing table (defined in C44) may be prohibited or authorized. The ASs to which the routing information is distributed are defined in C47 R4, C47 R5.

P3: The distribution of the inputs of the routing table learnt by RIP (see C46) may be prohibited or authorized. The ASs to which the routing information is distributed are defined in C47 R4, C47 R5.

P4: Metrics is the value indicated in the transmitted EGP frames concerning routing information which is static or learnt by RIP.

P5: Reserved.

P6: Reserved.

P7: Reserved.

P8: Reserved.

P9: Reserved.

0=no, 1=yes

AS number from 1 to 65534

0=prohibited, 1=authorized list

0= prohibited, 1=authorized

Metrics from 1 to 255

Displayed parameters

Meaning of parameters

Possible values

0 ---,---,---,---
.
15

COMMAND

A parameter contains the four bytes (separated by commas) of the IP address of an adjacent EGP router.

This IP address must be a valid host address.

---,---,---,---
|      |     |     |
|      |      |      Byte 4 from 0 to 255
|    |     Byte 3 from 0 to 255
|   Byte 2 from 0 to 255
Byte 1 from 0 to 255

Displayed parameters

Meaning of parameters

Possible values

0 -----
.
15

COMMAND

A parameter contains the number of the autonomous system (AS) to which belongs the adjacent equipment whose IP address is defined at the same rank in C47 R1.

A S number from 1 to 65534

Displayed parameters

Meaning of parameters

Possible values

0 -
.

15

COMMAND

A parameter contains the state that indicates the validity of the input of this table. Only valid inputs (State=1) are managed by the equipment.

This state is associated with the IP address of the same rank in C47 R1

State 0=invalid, 1=valid

Displayed parameters

Meaning of parameters

Possible values

0 ----
.

15

COMMAND

A parameter corresponds to an adjacent autonomous system to which EGP distributes the routing information.

The AS (Autonomous System) number is the number of the adjacent autonomous system. It must appear in the table of adjacent equipment in C47 R2.

AS number from 1 to 65534

Displayed parameters

Meaning of parameters

Possible values

0 -
.

15

COMMAND

The state indicates the validity of the input of this table. Only valid inputs (State=1) are managed by the equipment.

This state is associated with the AS number of the same rank defined in C47 R4.

State 0=invalid, 1=valid

Displayed parameters

Meaning of parameters

Possible values

0 --------------
1 --------------
2 -------------- COMMAND

P0: Community String authorizing read access only.

P1: Community String authorizing read and write access

P2: Community String indicated in the TRAP transmitted by the equipment.

1 to 14 characters

1 to 14 characters

1 to 14 characters

Displayed parameters

Meaning of parameters

Possible values

0 -

1 ---

2 ---

3 ---

4 -

5 --

COMMAND

P0: Generation of TRAP authenticationFailure. This TRAP is transmitted with each reception of an unauthorized SNMP request (erroneous community string or manager not authorized).

P1: The SNMP agent of module 0 indicates, as the source address of each TRAP, the IP address (defined in C41 R2) associated with the VP number (defined in C41 R1) indicated by this parameter.

P2: Same as concerns module 1.

P3: Same as concerns module 2.

P4: This parameter indicates whether the agent replies to all the requests coming from managers listed in C49 R2.

P5: Reserved.

0=no, 1=yes

VP number from 0 to 11

0=no filtering,

1=filtering of managers

Displayed parameters

Meaning of parameters

Possible values

0 ---,---,---,---
1 2
COMMAND

A parameter contains the four bytes (separated by commas) of the IP address of a manager.

The IP address must be a valid host address.

---,---,---,---
  |      |     |     |
  |      |      |     Byte 4 from 0 to 255
  |     |    Byte 3 from 0 to 255
  |    Byte 2 from 0 to 255
Byte 1 from 0 to 255   

Displayed parameters

Meaning of parameters

Possible values

0 -,-,--
1 2
COMMAND

A parameter corresponds to an SNMP manager.

The state indicates the validity of the input of this table. Only valid inputs (State=1) are managed by the equipment.

The sending of TRAPs indicates whether or not the SNMP agent of the equipment transmits the TRAPs intended for this manager (the same TRAPs are sent to all the managers defined in this table).

This parameter is associated with the IP address of the same rank defined in C49 R2

-,-,--,

|   |  | 
|   |   Reserved

Sending of TRAPs 0=no, 1=yes

State 0=invalid, 1=valid

Displayed parameters

Meaning of parameters

Possible values

0 -,---,----
.
63

COMMAND

The condition number identifies the input of this table. This number is used in the filter description table C50 R3.

The shift identifies the byte as of which is applied the mask (defined in C50 R1) and the value (defined in C50 R2)

-,---,----,
|    |      |
|    |       Shift from 0 to 1513
|    Condition No. from 0 to 99
State 0=invalid, 1=valid

E.g.: shifting at MAC level
Destination MAC address (6): 0
Source MAC address (6) : 6
PID field(2) : 12

E.g.: shifting at IP level with Ethernet encapsulation (cf. C41 R6)
Protocol (1): 23
Source IP address (4): 26
Destination IP address (4): 30

Displayed parameters

Meaning of parameters

Possible values

0 --------

.

63

COMMAND

The mask indicates the bits of the bytes selected in C50 R0 of the same rank which are to be compared with the bytes defined in C50 R2 of the same rank.

Mask of four bytes (8 digits from 0 to F)

Displayed parameters

Meaning of parameters

Possible values

0 --------
.
63

COMMAND

This parameter indicates the values of the bits with which are compared, according to the mask defined in C50 R1 of the same rank, the bytes selected in C50 R0 of the same rank..

Value of four bytes (8 digits from 0 to F)

Displayed parameters

Meaning of parameters

Possible values

0 -,---,---,---,---,--
.

63

COMMAND

The state indicates the validity of the input of this table. Only valid inputs (State=1) are managed by the equipment.

The filter number identifies the input of this table. This number is used in the filtering cable in C50 R4.

The three condition numbers identify up to three conditions defined in C50 R0, C50 R1 and C50 R2.

Filtering selects the received frames which simultaneously verify those of the three conditions which are actually defined in C50 R0.

By convention, the condition number increased by 100 allows the opposite condition to be applied: the received frames not verifying this condition are then selected.

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

|    |   |    |   |   |
|   |   |   |   |   Reserved
|   |   |   |   |  Condition No. from 0 to 199
|   |  |   |  Condition No. from 0 to 199 |   |  |   Condition No. from 0 to 199 |   Condition No. from 0 to 199

State 0=invalid, 1=valid

Important: In this table, the number of inputs simultaneously valid must not exceed 48.

Displayed parameters

Meaning of parameters

Possible values

0 -,---,---,-
.

63
COMMAND

The state indicates the validity of the input of this table. Only valid inputs (State=1) are managed by the equipment.

The VP number identifies the virtual port to which the filter is applied. This VP number is created in C35 R0 and must be that of a local type VP.

The filter number identifies the filter (defined in C50 R3) to be applied to all the frames received by this VP. By convention, number 200 designates a special filter grouping all the frames received by this VP which were not selected by the other filters applied to this VP. For a given VP, the filters are examined in the order in which they appear in this recurrence 4.

The filtering mode specifies whether the frames selected by the filter are rejected (the others then being accepted) or accepted (the others then being rejected).

If no filter has been configured or if the frame has not selected any filter, it is accepted: this is the default choice.

-,---,---,-
|    |   |   |
|   |   |   Mode 0=rejected, 1=accepted |   |   Filter No. from 0 to 200

|   VP No. from 0 to 11
State 0=invalid, 1=valid

Displayed parameters

Meaning of parameters

Possible values

0 -,---,---,-
.

63

COMMAND

A parameter corresponds to a particular flow.

The state indicates the validity of the input of this table. Only the valid inputs (State=1) are used by the equipment.

The flow number identifies the flow.

The VP number specifies the virtual port for which the flow is defined. Any frame received on this VP will go through the evaluations defined at the same level at C51 R1 to C51 R9. The frame is selected is all the significant comparisons made produce positive results.

The flow type specifies the flow to which any frame selected by the filters defining this flow belongs (the transmission of the flows through the WANs is described in C36 R3). The authorized values are: 0, 1, 2, 4, 8, 16, 32, 64, 128.

-,---,---,-
|    |    |    |
|     |    |   Flow type from 0 to 128
|     |    VP No. from 0 to 11
|     Flow No. from 0 to 199
State 0 = invalid, 1 = valid
|

Note 1: By convention, the type of flow 0 groups together all the frames that the router must reject (filtering at the IP router ) whereas the filtering described in C50 R4 concerns all the traffic received on one of the IP, IPX or CNLP routers.

Note 2: By convention, if none of the criteria defined under C51 R1 to C51 R9 are significant, then every frame is selected (default flow).

Note 3: When several flows are defined for the same VP with overlapping criteria, the frame belongs to the first (in increasing order of flow numbers) of all the flows that select it.

Displayed parameters

Meaning of parameters

Possible values

0 -

.

63

COMMAND

A parameter corresponds to the flow defined at the same level in C51 R0.

This -parameter specifies the value with which the IP source address of all the frames received on the VP (defined at C51 R0) after application of the mask defined at the same level at C51 R2 is compared.

This value is not necessarily a valid IP source address (e.g. 0,0,0,41 or 255,0,0,0)

---,---,---,---
  |     |     |    |
  |     |     |    Byte 4 from 0 to 255
  |     |    Byte 3 from 0 to 255   
  |     |    Byte 2 from 0 to 255
Byte 1 from 0 to 255

Displayed parameters

Meaning of parameters

Possible values

0 -

.

63

COMMAND

A parameter corresponds to the flow defined at the same level in C51 R0.

This -parameter specifies the value with which the IP source address of all the frames received on the VP (defined at C51 R0) after application of the mask defined at the same level at C51 R4 is compared.

This value is not necessarily a valid IP source address (e.g. 0,0,0,41 or 255,0,0,0)

---,---,---,---
  |     |     |    |
  |     |     |    Byte 4 from 0 to 255
  |     |    Byte 3 from 0 to 255   
  |     |    Byte 2 from 0 to 255
Byte 1 from 0 to 255

Displayed parameters

Meaning of parameters

Possible values

0 -

.

63

COMMAND

This parameter specifies the value of the mask to be applied to the destination IP address of all frames received on the VP (defined under C51 R0) before comparing it with the value defined at the same level on C51 R3.

If the mask is 0,0,0,0, the source IP address will not be evaluated (criterion not significant).

This mask is not necessarily a valid subnetwork mask (e.g., 0,0,0,127 or 0,255,0,0).

---,---,---,---
  |     |     |    |
  |     |     |    Byte 4 from 0 to 255
  |     |    Byte 3 from 0 to 255   
  |     |    Byte 2 from 0 to 255
Byte 1 from 0 to 255

Displayed parameters

Meaning of parameters

Possible values

0 -

.

63

COMMAND

A parameter corresponds to the flow defined at the same level in C51 R0.

This -parameter specifies the value with which the "Protocol" field of all the frames received on the VP (defined at C51 R0) is compared.

This field identifies the protocol transported by the IP (see PROTOCOL NUMBERS in RFC 1700). E.g. 1 = ICMP, 6 = TCP, * = EGP, 17 = UDP ...

If this parameter is 0 the "Protocol" field is not evaluated (criterion not significant)

Protocol from 0 to 255

Displayed parameters

Meaning of parameters

Possible values

0 -

.

63

COMMAND

A parameter corresponds to the flow defined at the same level in C51 R0. Any frame received on the VP (defined at C51 R0) transporting TCP or UDP protocols has a "Port source" field and a "Destination port" field. This field is selected if at least one of the two fields has a value included between the limits defined at the same level at C51 R6 (inclusive of lower limit) and C51 R7 (inclusive of higher limit). If the lower limit at C51 R6 is 0, the frame is selected if at least one of the "Port source" and "Destination port" fields has a value equal to the upper limit defined at the same level at C51 R7. If the upper limit at C51 R6 is 0, the frame is selected if at least one of the "Port source" and "Destination port" fields has a value equal to the lower limit defined at the same level at C51 R6. If both limits defined at the same level for C51 R6 are 0, the "Port source" and "Destination port" fields are not evaluated (criterion not significant). Examples: (see WELL KNOWN PORT NUMBERS in RFC 1700); 21 = ftp, 23 = telnet, 67 = bootp server, 68 = bootp client, 69 = ftfp, 161 = snmp, 162 = snmptrap.

Port No. from 0 to 65535

Displayed parameters

Meaning of parameters

Port No. from 0 to 65535

0 -

.

63

COMMAND

A parameter corresponds to the flow defined at the same level in C51 R0. Any frame received on the VP (defined at C51 R0) transporting TCP or UDP protocols has a "Port source" field and a "Destination port" field. This field is selected if at least one of the two fields has a value included between the limits defined at the same level at C51 R6 (inclusive of lower limit) and C51 R7 (inclusive of higher limit). If the lower limit at C51 R6 is 0, the frame is selected if at least one of the "Port source" and "Destination port" fields has a value equal to the upper limit defined at the same level at C51 R7. If the upper limit at C51 R6 is 0, the frame is selected if at least one of the "Port source" and "Destination port" fields has a value equal to the lower limit defined at the same level at C51 R6. If both limits defined at the same level for C51 R6 are 0, the "Port source" and "Destination port" fields are not evaluated (criterion not significant).

Possible values

Displayed parameters

Meaning of parameters

Possible values

0 -

.

63

COMMAND

A parameter corresponds to the flow defined at the same level in C51 R0.

This parameter specifies the value with which the length of any frame received on the VP is compared (defined at C51 R0), while any datagram of shorter or equal length is selected

If the parameter is zero, the frame length is not evaluated (criterion not significant).

Port No. from 0 to 65535

Displayed parameters

Meaning of parameters

Possible values

0 -

.

63

COMMAND

A parameter corresponds to the flow defined at the same level in C51 R0.

This parameter is used for selecting any frame received on the VP (defined at C51 R0), having (2=yes) or not (1=no) put through segmentation.

If the parameter is zero, the frame length is not evaluated (criterion not significant).

Port No. from 0 to 65535

Displayed parameters

Meaning of parameters

Possible values

0 -

1 -

2 --

3 --

COMMAND

P0: Overall implementation of the CLNP router function

P1: Implementation of PDU (Protocol Data Unit) error transmission

P2 : Reserved.

P3 : Reserved.

0= no, 1=yes

0= no, 1=yes

Displayed parameters

Meaning of parameters

Possible values

0------------------------- COMMAND

P0: Local address (Network Entity Title) without "SAP selector" (Service Access Point selector).

The format used is as follows:

the first two digits (i.e. the first byte) indicate the number of digits forming the address

the following digits are the RPF format (Reference Publication Format) address using as separator between IDP (Initial Domain Part in decimal) and DSP (Domain Specific Part in hexadecimal) the character "A".

CLNP address on 3 to 43 digits from 0 to F

Example: Address:

38171+9001B3F5

Capture:

0E38171A9001B3F5

Display:

0E38171A9001B3F5FFFFFFFFFFFFFFFFFFFFFFFFFFF

<-------- 41 digits at most --------->

Displayed parameters

Meaning of parameters

Possible values

0 -, --, -, --

.

35

COMMAND

A parameter corresponds to a virtual port.

The state specifies the validity of the table input. Only the valid inputs (State = 1) are used by the equipment.

The VP number identifies this VP. The number is generated under C35 R0.

The activation of routing indicates that this VP is or is not used by the CLNP router.

-, --, -, --
||||
|   |  |   Reserved
||Activation 0=no, 1=yes
|  VP No. from 0 to 35
State 0 = invalid, 1 = valid

Displayed parameters

Meaning of parameters

Possible values

0 -,-,-,--

.

35

COMMAND

A parameter contains the maximum length of a PDU (Maximum Transmit Unit) that the VP in the same rank defined under C52 R2 is capable of supporting

MTU from 512 to 1600 bytes

Displayed parameters

Meaning of parameters

Possible values

0 -, --, -, --

.

5

COMMAND

A parameter corresponds to a virtual port.

The status indicates the validity of the input of this table. Only valid inputs (State = 1) are used by the equipment.

The VP number identifies this VP. This number is created under C35 R0 and must be that of a local type VP.

The ESIS redirection specifies whether the equipment is or is not transmitting the PDU "ES-IS redirects" (End System - Intermediate System).

-, --, -, --

|   |    |    |
|   |    |    Reserved
||   Redirection ESIS 0=no, 1=yes
|   VP No. from 0 to 35
State 0 = invalid, 1 = valid

Displayed parameters

Meaning of parameters

Possible values

0 -,-,-,--

.

5

COMMAND

A parameter contains the ES-IS configuration timer (ES-IS config timer) used on the VP in the same rank as defined for C52 R4

ES-IS config timer from 1 to 3600 seconds

Displayed parameters

Meaning of parameters

Possible values

0 -,-,-,--

.

5

COMMAND

A parameter contains the ES-IS holding timer used on the VP in the same rank as defined for C52 R4.

ES-IS holding timer from 1 to 3600 seconds.

Displayed parameters

Meaning of parameters

Possible values

0 -, ---, -, --

.

63

COMMAND

A parameter corresponds to a neighbor.

The state specifies the validity of the table entry. Only valid entries (State = 1) are used by the equipment.

The neighbor number identifies this neighbor.

The type indicates whether the neighbor is a station (ES = End System) or a CLNP router (IS = Intermediate System).

The VP number identifies the VP (defined by C52 R2) through which the neighbor can be reached.

-, ---, -, --
|    |   |     |
|   |   |   VP No. from 0 to 35
||Type 0 = ES, 1 = IS
|   Neighbor No. from 0 to 199

State 0 = invalid, 1 = valid

Displayed parameters

Meaning of parameters

Possible values

0 ------------------------- .

63

COMMAND

A parameter contains the address (Network Entity Title) with an "SAP selector" associated with the neighbor in the same rank defined under C52 R7.CLNP address on 3 to 43 digits from 0 to F

See format described under C52 R1.

Displayed parameters

Meaning of parameters

Possible values

0 -, ---

.

15

COMMAND

A parameter corresponds to a local neighbor (i.e. is accessible through a local VP, see C52 R7 and C35 R0).

The state specifies the validity of the table entry. Only valid entries (State = 1) are used by the equipment.

The neighbor number (defined under C52 R7) identifies this neighbor.

-, ---
|    |
|   Neighbor No. from 0 to 199
State 0 = invalid, 1 = valid

Displayed parameters

Meaning of parameters

Possible values

0 ------------

.

15

COMMAND

A parameter contains the MAC address of the local neighbor defined in the same rank for C52 R9.

Distribution addresses (FF FF FF FF FF FF), zero (00 00 00 00 00 00) and group (bit 0 of first byte equals 1) not to be used.

MAC address on 6 bytes (12 digits from 0 to F)

Displayed parameters

Meaning of parameters

Possible values

0 -, ---

.

63

COMMAND

A parameter corresponds to a remote neighbor (i.e. accessible through a remote type VP, see C52 R7 and C35 R0).

The state specifies the validity of the input of this table. Only valid inputs (State = 1) are used by the equipment.

The neighbor number (defined under C52 R7) identifies this neighbor.

-, ---
| |
|   Neighbor No. from 0 to 199
State 0 = invalid, 1 = valid

Displayed parameters

Meaning of parameters

Possible values

0 ---------------

.

63

COMMAND

A parameter contains the WAN address of the X121 format of the remote neighbor defined in the same rank under C52 R11.

Address X121 on 15 digits from 0 to 9

Displayed parameters

Meaning of parameters

Possible values

0 -, ---

.

63

COMMAND

A parameter corresponds to a routing table input.

The state indicates the validity of the input of this table. Only valid inputs (State = 1) are used by the equipment.

The IS type neighbor number (created in C52 R7) identifies the next CLNP router (Next Hop) capable of reaching the CLNP address of the destination indicated in the same rank under C52 R14.

-, ---

|    |
|   Neighbor No. from 0 to 199
State 0 = invalid, 1 = valid

Displayed parameters

Meaning of parameters

Possible values

0 ------------------------- .

63

COMMAND

A parameter contains the CLNP destination address of the route defined in the same rank for C52 R13.

The CLNP destination address can be:

a prefix (IDP alone or IDP plus DSP),

an NSAP (Network Service Access Point) i.e. an NET (Network Entity Title) plus the "SAP selector" Service Access Point selector).

CLNP address on 3 to 43 digits from 0 to F

See format described under C52 R1

Displayed parameters

Meaning of parameters

Possible values

0 -

1 --

2 --

3 --

4 ---

5 --

6 --

7 --

COMMAND

P0: Global implementation of IPX router function

P1: Maximum number of routes with same metric value as router used in parallel to send packets to same recipient

P2: Maximum number of routers crossed by a packet

P3 : Reserved.

P4 : Reserved.

P5 : Reserved.

P6 : Reserved.

P7 : Reserved.

0= no, 1=yes.

Number from 1 to 32 routes

Number from 2 to 255 routers

Displayed parameters

Meaning of parameters

Possible values

0 ---------------------- COMMAND

P0 : Router name.

1 to 48 characters.

Displayed parameters

Meaning of parameters

Possible values

0 -, ---, --, -

.

99

COMMAND

A parameter corresponds to a circuit.

The state indicates the validity of the table input. Only the valid inputs (State = 1) are used by the equipment.

The circuit number identifies this circuit.

The VP number designates the virtual port used by this circuit. This number is created in C35 R0.

The Checksum value indicates whether the management of this two byte field of the IPX packet is implemented. If not (compatibility with versions of Netware up to 3.12), this field is not checked on reception and is systematically given value FF FF for transmission. This behavior is always used on all of the local virtual port circuits with IEEE 802.3 encapsulation (see C54 R4). If yes (compatibility with Netware versions starting from 4.0x), the checksum field is checked for reception (with rejection of incorrect packets) and calculated for transmission.

-, ---, --, -

|   |     |    |
|   |    |    Checksum 0=no, 1=yes
|| VP No. from 0 to 35
|   Circuit No. from 1 to 199

State 0 = invalid, 1 = valid

Displayed parameters

Meaning of parameters

Possible values

-, -, -----

.

99

COMMAND

A parameter contains three values associated with a circuit defined at the same rank under C54 R0.

Circuit operational state:

HS: the circuit is not used

ES: the circuit is in use

The type characterizes the circuit:

2 = distribution,

3 = point to point,

6 = dynamic,

The packet size indicates the maximum number of bytes (including the header) that the router will support on this circuit.

-, -, -----

|  |    |    
 |  |   Packet size from 512 to 65535
|Type

Operational state 0 = HS, 1 = ES

0 --------

.

99

COMMAND

A parameter corresponds to a circuit defined in the same rank under C54 R0.

Circuit IPX network number.Network number on 4 bytes (8 digits from 0 to F).

0 -------------------

.

99

COMMAND

A parameter corresponds to a circuit defined in the same rank at C54 R0.

Circuit name

1 to 24 characters

Displayed parameters

Meaning of parameters

Possible values

0 -, ---, -, --

.

23

COMMAND

The state indicates the validity of the table input. Only valid inputs (State = 1) are used by the equipment.

The circuit number identifies this circuit. The number is created at C54 R0 and must be that of a circuit associated with a local VP (defined at C35 R0).

Encapsulation is a way of choosing a packet format conforming with the following standards:

0 = Ethernet V2

1 = IEEE 802.3

2 = IEEE 802.2

3 = Ethernet SNAP

-, ---, -, --

|    |   |    |
|   |   |    Reserved
|   |   Encapsulation
|  Circuit No. from 1 to 199
State 0 = invalid, 1 = valid

Displayed parameters

Meaning of parameters

Possible values

0 -, ---

.

99

COMMAND

A parameter corresponds to a circuit.

The state indicates the validity of the table input. Only valid inputs (State = 1) are used by the equipment.

The circuit number identifies this circuit. This number is created at C54 R0 and must be that of a circuit associated with a remote VP (defined under C35 R0)

.-, ---

 |    |   Circuit No. from 1 to 199

State 0 = invalid, 1 = valid

Displayed parameters

Meaning of parameters

Possible values

0 ----------------

.

99

COMMAND

A parameter contains the WAN address of the remote equipment in X121 format.

This WAN address is associated with a circuit in the same rank defined under C54 R5. It must appear in the table of connections under C36 R0.

Address X121 on 15 digits from 0 to 9.

Displayed parameters

Meaning of parameters

Possible values

0 ------------

.

99

COMMAND

A parameter contains the IPX address station part used by the equipment as source address for packets transmitted on this circuit.

This address is associated with a circuit in the same rank defined for C54 R5.

Distribution addresses (FF FF FF FF FF FF), zero (00 00 00 00 00 00) and group (bit 0 of the first byte, equal to 1) must not be used.

MAC address on 6 bytes (12 digits from 0 to F).

Displayed parameters

Meaning of parameters

Possible values

0 -1 -- 2 -- 3 -- COMMAND

P0: IPX type 20 packet distribution.

P1 : Reserved.

P2 : Reserved.

P3 : Reserved.

0= no, 1= yes on LAN side only, 2 = yes on LAN and WAN sides.

Displayed parameters

Meaning of parameters

Possible values

0 -, ---

.

99

COMMAND

A parameter corresponds to a circuit.

The state indicate the validity of the table input. Only valid inputs (State = 1) are used by the equipment.

The circuit number identifies this circuit. This number is generated under C54 R0.

-, ---
 |   |Circuit No. from 1 to 199
State 0 = invalid, 1 = valid

Displayed parameters

Meaning of parameters

Possible values

0 -, -, -,--

.

99

COMMAND

A parameter contains three values associated with the circuit defined in the same rank in C55 R1.

The filtering specifies the action carried out on the packets to be transmitted on this circuit, satisfying one of the applicable filters defined under C55 R6, C55 R7 and C55 R8. 0 = no filtering 1 = packet accepted 2 = packet rejected

Type 20 distribution enables or inhibits, on this circuit, the transmission of type 20 distribution packets received on another circuit.

Implementation of NCP spoofing (*) on WAN circuits.

-, -, -,--

|   |   |  |
|   |   |  |  Reserved
||NCP Spoofing 0 = no, 1 = yes
|Distribution of type 20 0 = no, 1 = yes
Filtering of addresses

Displayed parameters

Meaning of parameters

Possible values

0 --------

.

63

COMMAND

A parameter contains the destination network number used for reaching a static route.

Network number on 4 bytes (8 digits from 0 to F).

0 -, ---,---,--

.

63

COMMAND

The state specifies the validity of the table input. Only the valid inputs (State = 1) are used by the equipment.

The circuit number identifies the circuit used for reaching the next router and the next destination network number defined at the same rank under C55 R3. This circuit number is created at C54 R0.

The number of hops is the number of routers to be crossed to reach the destination network number defined at the same rank in C55 R3.

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

|    |   |   |
|   |   |  |  Reserved
||Number of hops from 1 to 255
|Circuit No. from 1 to 199
State 0 = invalid, 1 = valid

Displayed parameters

Meaning of parameters

Possible values

0 -----

.

63

COMMAND

A parameter contains the deadline needed to reach the destination network number defined at the same rank in C55 R3.

The unit of time used corresponds to approximately one sixtieth (1/60th) of a second.

Deadline from 1 to 65535 time units.

Displayed parameters

Meaning of parameters

Possible values

0 -, ---, -, --

.

63

COMMAND

A parameter corresponds to a filter used for selecting the packets to be transmitted for which one of the fields has a special value. The action on these packets is indicated in the table of circuits under C55 R2. The state indicates the validity of the inputs of the table. Only the valid inputs (State = 1) are used by the equipment.

The circuit number specifies which circuit the filter applies to. If several filters are set on the same circuit, the packets to be transmitted, verifying at least one of the filters, will be selected.

The field specifies which packet field is to be transmitted with a value compared to the value defined in the first rank at C55 R8 after the application of the mask defined at the same rank under C55 R7.

0 = source network number,

1 = destination network number,

2 = source "socket" number,

3 = destination "socket" number

.-, ---, -, --

 |    |   |   |

 |    |   |    Reserved
 |   |   Evaluated field
|  Circuit No. from 1 to 199
State 0=invalid, 1=valid

Displayed parameters

Meaning of parameters

Possible values

0 --------

.

63

COMMAND

A parameter contains the value of the mask to be applied to the value of any packet to be sent, defined at the same rank in C55 R6 before comparison with the value defined in the same rank in C55 R8.

In the case of a socket number, only the first two bytes are taken into consideration.

Mask on four bytes (8 digits from 0 to F).

Displayed parameters

Meaning of parameters

Possible values

0 --------

.

63

COMMAND

A parameter contains the value to be compared with the value of the field of any packet to be sent, defined at the same rank in C55 R6, after application of the mask defined at the same rank in C55 R7.

In the case of a socket number, only the first two bytes are taken into consideration.

Value on four bytes (8 digits from 0 to F).

Displayed parameters

Meaning of parameters

Possible values

0 -

1 -

2 --

3 --

COMMAND

P0: Implementation of RIP protocol

P1: RIP reception filtering. This parameter specifies the action carried out on the RIP packets received on all the circuits, satisfying one of the filters defined for C56 R4, C56 R5 and C56 R6.

P2 : Reserved.

P3 : Reserved.

0= no, 1= yes.

0 = no filtering
1 = packet accepted
2 = packet rejected

Displayed parameters

Meaning of parameters

Possible values

0 -, ---, -, -

.

99

COMMAND

A parameter corresponds to a circuit.

The state indicates the validity of the table input. Only valid inputs (State = 1) are used by the equipment.

The circuit number identifies this circuit. This number is created at C54 R0.

RIP activation specifies the implementation of RIP on this circuit.

Filtering specifies the action performed on the RIP packets to be transmitted in this circuit, satisfying one of the applicable filters defined at C56 R7, C56 R8 and C56 R9.

• 0 = no filtering

• 1 = packet accepted

• 2 = packet rejected

-, ---, -, -
||||
|   |   |  Transmission RIP filtering
|   |  RIP activation 0 = no, 1= yes
|   Circuit No. from 1 to 199
State 0=invalid, 1=valid

Displayed parameters

Meaning of parameters

Possible values

0 -, -, -----

.

99

COMMAND

A parameter contains three values associated with the circuit defined at the same rank at C56 R1.

The duration specifies the life duration of the routes learned by RIP in this circuit. It is expressed as a number of periods (the period is defined by the third parameter value).

Example : If the transmission period is set at 60 seconds (1 minute) and the life duration is limited to 240 seconds (4 minutes), the value to be entered is 4 (life duration = 4 times the period).

The speed specifies the maximum speed at which RIP packets can be sent over this circuit.

The period specifies the waiting time between two RIP packet transmissions in this circuit. Value 0 indicates that the RIP packets are not transmitted through this circuit.

-, -, -----
|||
|   |     Period from 0 to 65535 seconds |Speed: 1 to 100 packets/second
Life duration 2 to 255

Displayed parameters

Meaning of parameters

Possible values

0 -----

.

99

COMMAND

A parameter contains the number of RIP packet bytes exchanged in the circuit, defined at the same level at C56 R1.

Packet size from 512 to 65535 bytes

Displayed parameters

Meaning of parameters

Possible values

0 -

.

31

COMMAND

A parameter corresponds to a filter used for selecting the received RIP packets whose source network number has a specific value. The action carried out on these packets is specified generally at C56 R0 P1. The state indicates the validity of the table input. Only the valid inputs (State = 1) are used by the equipment.

State 0=invalid, 1=valid

Displayed parameters

Meaning of parameters

Possible values

0 --------

.

31

COMMAND

A parameter contains the value of the mask to be applied to the source network number of any RIP packet received before comparison with the value defined at the same rank at C56 R6.

Mask on four bytes (8 digits from 0 to F).

Displayed parameters

Meaning of parameters

Possible values

0 --------

.

31

COMMAND

A parameter contains the value to be compared with the source network number of any RIP packet received after the application of the mask defined at the same rank for C56 R5.

Value on four bytes (8 digits from 0 to F).

Displayed parameters

Meaning of parameters

Possible values

0 -, ---

.

127

COMMAND

A parameter corresponds to a filter used for selecting the RIP packets to be transmitted with destination network numbers having a particular value. The action on these packets is specified in the circuits table under C56 R1. The state indicates the validity of the input of this table. Only the valid inputs (State = 1) are used by the equipment. The circuit number specifies to which circuit this filter applies. If several filters are positioned in the same circuit, the RIP packets to be transmitted, verifying at least one of the filters, are selected.

-, ---
||
|    Circuit No. from 1 to 199

State 0=invalid, 1=valid

Displayed parameters

Meaning of parameters

Possible values

0 --------

.

127

COMMAND

A parameter contains the value of the mask to be applied to the destination network number of any RIP packet to be transmitted, before comparison with the value defined at the same rank at C56 R9.

Mask on four bytes (8 digits from 0 to F).

Displayed parameters

Meaning of parameters

Possible values

0 --------

.

127

COMMAND

A parameter contains the value to be compared with the destination network number of any RIP packet to be transmitted after application of the mask defined at the same rank at C56 R8.

Value on four bytes (8 digits from 0 to F).

Displayed parameters

Meaning of parameters

Possible values

0 -

1 -

2 --

3 --

COMMAND

P0 : Implementing of SAP protocol.

P1 : SAP reception filtering. This parameter specifies the action carried out on the SAP package received in all the circuits, satisfying one of the filters defined for C57 R11, C57 R12, C57 R13 and C57 R14.

P2 : Reserved.

P3 : Reserved.0= no, 1= yes.

0 = no filtering

1 = accepted packet

2 = rejected packet

Displayed parameters

Meaning of parameters

Possible values

0 -, ---, -, -

.

99

COMMAND

A parameter corresponds to a circuit.

The status corresponds to the input validity of this table. Only the valid inputs (State=1) are used by the equipment.

The circuit number identifies this circuit. The number is created by C54 R0.

SAP activation indicates the implementing of the SAP in this circuit. The filtering specifies the action accomplished on the SAP packets to be transmitted through the circuit, satisfying one of the applicable filters defined under C57 R15, C57 R16, C57 R17 and C57 R18.

• 0 = no filtering

• 1 = accepted packet

• 2 = rejected packet

-, ---, -, -
||||
 |   |   |   Transmission SAP filtering
||SAP activation 0=no, 1=yes
| Circuit No. from 1 to 199
State 0=invalid, 1=valid

Displayed parameters

Meaning of parameters

Possible values

0 -, -, -----

.

99

COMMAND

A parameter contains three values associated with a circuit defined in the same rank for C57 R1.

The duration specifies the life duration of the services learned by SAP in this circuit. It is expressed as a number of periods (the period is defined by the third value of the parameter).

E.g.: If the transmission period is set at 60 seconds (1 minute) and the life duration is limited to 240 seconds (4 minutes), the value to be entered will be 4 (life duration = 4 times the period).

The speed indicates the maximum speed at which the SAP packets can be transmitted over this circuit.

The period specifies the waiting time between two SAP packet transmissions over this circuit. Value 0 means that the SAP packets are not transmitted through this circuit.

-, -, -----
|||

|  |       Period from 0 to 65535 seconds |Speed: 1 to 100 packets / second

Life duration from 2 to 255

Displayed parameters

Meaning of parameters

Possible values

0 -----

.

99

COMMAND

A parameter contains the number of SAP packet bytes exchanged through the circuit defined at the same rank for C57 R1.

Packet size from 512 to 65535 bytes.

Displayed parameters

Meaning of parameters

Possible values

0 -

.

99

COMMAND

This parameter, associated with the circuit defined at the same rank for C57 R1, enables or inhibits the router with respect to receiving search requests for the best server (GetNearestServer) on the circuit.

Response 0=no, 1=yes

Displayed parameters

Meaning of parameters

Possible values

0 ---------------------- .

63

COMMAND

A parameter contains the destination service name to reach a static route.

Service name on 1 to 48 characters.

Displayed parameters

Meaning of parameters

Possible values

0 ----

.

63

COMMAND

A parameter contains the type of destination service associated with the service name defined at the same rank for C57 R5.

Service type on 2 bytes (4 digits from 0 to F).

Displayed parameters

Meaning of parameters

Possible values

0 -, ---,---,--

.

63

COMMAND

The status indicates the validity at the input of this table. Only the valid inputs (State=1) are used by the equipment.

The circuit number identifies the circuit used to reached the server proposing the service defined at the same rank for C57 R5 and C57 R6. This circuit number is created under C54 R0.

The number of jumps represents the number of routers to be crossed to reach the server proposing the service defined at the same rank for C57 R5 and C57 R6.

-, ---,---,--
||||
|||Reserved
|   |  Number of jumps from 0 to 255
|Circuit No. from 1 to 199
State 0=invalid, 1=valid

Displayed parameters

Meaning of parameters

Possible values

0 --------

.

63

COMMAND

A parameter contains the network number part of the server address proposing the service defined at the same rank for C57 R5 and C57 R6.

Network number on 4 bytes (8 digits from 0 to F).

Displayed parameters

Meaning of parameters

Possible values

0 ------------

.

63

COMMANDs

A parameter contains the part of the station number for the server address proposing the service defined at the same rank for C57 R5 and C57 R6.

Station number on 6 bytes (12 digits from 0 to F).

Displayed parameters

Meaning of parameters

Possible values

0 ----

.

63

COMMAND

A parameter contains the service socket number part defined at the same rank for C57 R5 and C57 R6 as proposed by the server defined at the same rank for C57 R8 and C57 R9.

Socket number on 2 bytes (4 digits from 0 to F).

Displayed parameters

Meaning of parameters

Possible values

0 -, -

.

31

COMMAND

A parameter corresponds to a filter used for selecting the received SAP packets whose service has a name or a particular type. The action on these packets is specified generally under C57 R0 P1. The status indicates the validity at the input of this table. Only the valid inputs (State=1) are used by the equipment.

The field indicates the field of the SAP packet received whose value must be compared with the values defined at the same rank for C57 R12, C57 R13 or C57 R14 :

• 0 = service name (use of C57 R12 and C57 R13, C57 R14 ignored),

• 1 = service type (use of C57 R14, C57 R12 and C57 R13 ignored),

• 2 = name and service type (use of C57 R12, C57 R13 and C57 R14)

,-, -
||

|Evaluated field

State 0=invalid, 1=valid

Displayed parameters

Meaning of parameters

Possible values

0 -

.

31

COMMAND

A parameter contains the service name type defined at the same rank for C57 R13.

complete name : all the received SAP packets whose service name field equals the name defined at the same rank for C57 R13 are selected,

partial name : all the SAP packets received whose service name field begins with the characters defined at the same rank for C57 R13 are selected.

0=complete name, 1=partial name

Displayed parameters

Meaning of parameters

Possible values

0 ---------------------- .

31

COMMAND

A parameter contains the name of the service to be compared with the service name of any received SAP packet (if the parameter having the same rank at C57 R11 indicates that the service name field must be evaluated). The parameter at the same rank at C57 R12 indicates if this name is full or partial.

Service name on 0 to 48 characters.

Displayed parameters

Meaning of parameters

Possible values

0 ----

.

31

COMMAND

A parameter contains the service type to be compared with the service type of any SAP packet received (if the parameter having the same rank at C57 R11 indicates that the service type field must be evaluated).

Service type on 2 bytes (4 digits from 0 to F).

Displayed parameters

Meaning of parameters

Possible values

0
-, ---, -, --
.
127
COMMAND

A parameter corresponds to a filter used for selecting the SAP packets to be transmitted when its service has a name or a particular type. The action carried out on these packets is specified in the table of circuits under C57 R1. The status indicates the validity at the input of this table. Only the valid inputs (State=1) are used by the equipment.

The circuit number specifies the circuit to which this filter applies. If several filters are positioned on the same circuit, the SAP packets to be transmitted, verifying at least one of the filters, will be selected.

The field indicates the field of the SAP packet received whose value must be compared with the values defined at the same rank for C57 R16, C57 R17 or C57 R18 :

• 0 = service name (use of C57 R16 and C57 R17, C57 R18 ignored),

• 1 = service type (use of C57 R18, C57 R16 and C57 R17 ignored),

• 2 = name and service type (use of C57 R16, C57 R17 and C57 R18)

,-, ---, -, --
|||| Reserved
| |Evaluated field
 |  Circuit No. from 1 to 199

State 0=invalid, 1=valid

Displayed parameters

Meaning of parameters

Possible values

0 -

.

127

COMMAND

A parameter contains the type of service name defined at the same tank for C57 R17.

complete name : all the received SAP packets whose service name field equals the name defined at the same rank for C57 R17 are selected,

partial name : all the SAP packets received whose service name field begins with the characters defined at the same rank for C57 R17 are selected.

0=complete name, 1=partial name

Displayed parameters

Meaning of parameters

Possible values

0 ----------------------

.

127

COMMAND

A parameter contains the name of the service to be compared with the service name of any received SAP packet (if the parameter having the same rank at C57 R15 indicates that the service name field must be evaluated).

The parameter at the same rank at C57 R16 indicates if this name is full or partial.

Service name on 0 to 48 characters.

Displayed parameters

Meaning of parameters

Possible values

0 ----

.

127

COMMAND

A parameter contains the service type to be compared with the service type of any SAP packet received (if the parameter having the same rank at C57 R15 indicates that the service type field must be evaluated).

Service type on 2 bytes (4 digits from 0 to F).