Command Reference, Release 9.3.30
Alphabetical List of Commands addad through cpytrkict

Table Of Contents

Alphabetical List of Commands addad through cpytrkict

. (a period) (display command history)

addalmslot (add alarm card set)

addapsln/delapsln (add/delete SONET APS line)

addcon (add a data channel connection)

addcon (add channel voice connections)

addcon (add a Frame Relay connection)

addcon (add an ATM connection)

PCR Values and Traffic Policing

addctrlr (add a VSI controller to an IGX node)

addctrlr (add VSI capabilities to an AAL5 feeder interface (BPX))

addextlp (add external loop)

addjob (add a job)

addjobtrig (add job trigger)

addlnloclp (add local loopback to line)

addlnlocrmtlp (add local-remote loopback to BPX line)

addloclp (add local loopback to connections on a port)

addlocrmtlp (add local-remote loopback in a tiered network)

addport (add ATM or Frame Relay port)

addrmtlp (add remote loopback to connections)

addshelf (add interface shelf or controller to a routing node or hub)

addtrk (add a trunk between nodes)

addtrkred (add trunk redundancy)

adduser (add a user)

addyred (add Y-cable redundancy)

Feature Mismatching

APS 1+1 Environment (Redundant Back Cards with Front Card Redundancy)

burnfwrev (burn firmware image into cards)

burnrtrcnf (burn router configuration file)

bye (end user session)

chklm (check node loading model)

clrcderrs (clear detailed card errors)

clrchstats (clear channel statistics)

clrclkalm (clear alarm clock)

clrcnf (clear configuration memory)

clreventq (clear event queues from the fail handler)

clrfrcportstats (clear FRC/FRM port statistics)

clrlnalm (clear circuit line alarm)

clrlnerrs (clear line errors)

clrlog (clear event log)

clrmsgalm (clear message alarm)

clrphyslnalm (clear physical line alarm)

clrphyslnerrs (clear UXM physical line errors)

clrportstats (clear port statistics)

clrrtrcnf (clear router configuration file)

clrscrn (clear terminal screen)

clrslotalms (clear slot alarms)

clrsloterrs (clear slot errors)

clrtrkalm (clear trunk alarm)

clrtrkerrs (clear trunk errors)

clrtrkstats (clear trunk statistics)

cnfabrparm (configure assigned bit rate queue parameters)

cnfapsln (configure APS line parameters)

cnfasm (configure ASM card)

cnfatmcls (configure class template)

cnfbmpparm (configure priority bumping)

cnfbpnv (set backplane type to new)

cnfbus (configure active bus)

cnfbusbw (configure UXM card bus bandwidth)

cnfcassw (configure CAS switching)

cnfcdparm (configure card parameters)

Multilevel Channel Statistics Support

cnfcdpparm (configure CVM card parameters)

cnfcftst (configure communication fail test pattern)

cnfchadv (configure channel adaptive voice)

cnfchdfm (configure channel DFM)

cnfchdl (configure dial type for channels)

cnfchec (configure channel echo canceller)

cnfcheia (configure EIA update rate for channels)

cnfchfax (configure FAX modem detection for channels)

cnfchgn (configure gain insertion for channels)

cnfchpri (configure Frame Relay channel priority)

cnfchstats (configure channel statistics collection)

cnfchts (configure channel timestamp)

cnfchutl (configure channel utilization)

cnfcldir (configure control lead direction)

cnfclksrc (configure network clock source)

cnfclnparm (configure circuit line parameter)

cnfclnsigparm (configure circuit line signaling parameters)

cnfcls (configure class template)

cnfcmb (configure combined timeout parameters)

cnfcmparm (configure connection management parameters)

cnfcon (configure connection)

cnfcond (configure conditioning template)

cnfcos (configure CoS)

cnfctrlr (configure controller with new VPI and start_VCI for control channels)

cnfdate (configure date and time)

cnfdch (configure voice connection for idle code suppression)

cnfdchtp (configure data channel interface type)

cnfdclk (configure data channel clocking type)

cnfdiagparm (configure diagnostic test parameters)

cnfdlparm (configure download parameters)

cnfecparm (configure echo canceller parameters)

cnffrcls (configure Frame Relay class)

cnffrcon (configure Frame Relay connection)

cnffrcport (configure Frame Relay port)

cnffstparm (configure ForeSight node parameters)

cnffunc (configure system functions)

cnffwswinit (configure FW/SW download initiator IP address)

cnfict (configure interface control template)

cnflan (configure LAN)

cnfleadmon (monitor LDM/HDM data port leads)

cnfln (configure line)

cnflnalm (configure line alarm)

cnflnparm (configure ATM line card parameters)

cnflnpass (configure line pass-through)

cnflnsigparm (configure line signaling parameters)

cnflnstats (configure line statistics collection)

cnfmode (configure mode)

cnfmxbutil (configure muxbus utilization)

cnfname (configure node name)

cnfnodeparm (configure node parameter)

cnfnwip (configure network IP address)

cnfoamseg (configure connection OAM segment status)

cnfphyslnstats (configure physical line statistics)

cnfport (configure Frame Relay port)

ELMI Neighbor Discovery for UFM

Signaling Protocol Timers

cnfport (configure ATM port)

Automatic Routing Management to PNNI Migration

Traffic Shaping on the UXM and URM

Traffic Shaping on the BXM

Virtual Ports

cnfportq (configure port queue parameters)

cnfportstats (configure port statistics collection)

cnfpref (configured preferred route for connections)

cnfprt (configure printing functions)

cnfpwd (configure password)

cnfqbin (configure Qbin)

cnfrcvsig (configure receive signaling)

cnfrobparm (configure robust alarms parameters)

cnfrrcpu (configure CPU-based reroute throttling level parameters)

cnfrsrc (configure resource)

cnfrsrc (configure VSI resources for IGX)

cnfrsrc (configuring VSI resources for BPX)

cnfrtcost (display connection loading)

cnfrtr (configure router configuration parameters)

URM Remote Router Configuration Feature

cnfrtrcnfmastip (configure router configuration download initiator TFTP server IP)

cnfrtrparm (configure router service parameters)

cnfslotalm (configure slot alarm parameters)

cnfslotstats (configure slot statistics collection)

cnfsnmp (configure SNMP parameters)

cnfstatmast (configure statistics master SV+ address)

cnfstatparms (configure TFPT statistics parameters)

cnfsysparm (configure system parameters)

cnftcpparm (configure TCP parameters)

cnfterm (configure terminal port)

cnftermfunc (configure terminal port functions)

cnftime (configure time)

cnftlparm (configure trunk-based loading parameters)

cnftmzn (configure time zone)

cnftrk (configure trunk)

Physical and Virtual Trunk Configuration

IMA-Compliant Trunk Configuration

Subrate and Fractional Trunk Configuration

cnftrkalm (configure trunk alarms)

cnftrkict (configure trunk interface control template)

cnftrkparm (configure trunk card parameters)

cnftrkstats (configure trunk statistics collection)

cnftstparm (configure card test parameters)

cnfuiparm (configure user interface parameters)

cnfuvmchparm (configure channel parameters on a UVM)

cnfvchparm (configure voice channel parameter)

cnfvchtp (configure interface type for voice channels)

cnfvsiif (assign a service class template to an interface)

cnfvsipart (configure VSI ILMI on VSI partition)

cnfxmtsig (configure transmit signaling)

compactrsrc (compact resources)

cpyict (copy interface control templates)

cpytrkict (copy trunk interface control template)


Alphabetical List of Commands addad through cpytrkict


. (a period) (display command history)

Displays the twelve (12) most recently used commands. To reuse one of these commands, enter the associated number. The command appears on the command entry line, where you can edit or re-execute a command.

To edit the command line: backspace through the command's arguments and type in a new value or backspace without typing a new value to restart the command at the cursor position.

Syntax

.            (A period)

Attributes

Privilege
Jobs
Log
Node
Help
History
Lock
Hipri

1-6

No

No

BPX, IGX

   

No

 

Example

Display the command history.

.           (A period)

sw180          TN    Cisco           IGX 8420  9.3.g0    Oct. 20 2000 09:26 GMT

Command history

12: addyred 4
11: dspcds
10: dspcd 6
 9: dspcd 9
 8: addyred 6 9
 7: dsptrks
 6: addshelf 5.1
 5: upcd
 4: upcd 6
 3: dspcds
 2: dncd 9
 1: upcd 9


Last Command: upcd 9


Next Command: 

addalmslot (add alarm card set)

Enables the MAJOR and MINOR alarm indicators on an Alarm Relay Card (ARC) or Alarm Relay Module (ARM) front card. It also configures the slot to provide external alarms from the Alarm Relay Interface (ARI) back card.

Use this command at each node equipped to provide external alarm indications to the customer alarm reporting system. The slot specified for the ARC or ARM may be any shelf slot, but is usually the slot farthest to the right.

Upon executing the command, the system places the alarm card set in the active state and displays the current alarm status.

Syntax

addalmslot <slot number>

Parameter

Parameter
Description

<slot number>

Specifies the slot number of the alarm card set.


Attributes

Privilege
Jobs
Log
Node
Help
History
Lock
Hipri

1-4

No

Yes

BPX, IGX

   

Yes

 

Related Commands

delalmslot, dspalms

Example

Enable alarm reporting from slot 16 in a node. (The system then displays alarm status.)

addalmslot 16

beta           TRM   YourID:1        IGX 8430    9.3      Apr. 13 2000 14:27 MST 
Alarm summary   (Configured alarm slots: 16)                                    
Connections Failed:       None                                                  
Groups Failed:            None                                                  
PLN Alarms:               1 Major                                               
CLN Alarms:               None                                                  
Cards Failed:             1                                                     
Missing Cards:            None                                                  
Remote Node Alarms:       1 Major                                               
Remote Domain Alarms:     None                                                  

Last Command: addalmslot 16                                                     

Next Command:      

addapsln/delapsln (add/delete SONET APS line)

Add a SONET APS (Automatic Protection Switching) line. The addapsln and delapsln command lets you add SONET APS (Automatic Protection Switching) for BXM OC-3 or OC-12 lines.

SONET APS is a standard that describes the switching of SONET lines from the active line to a standby line to provide hardware line redundancy. The SONET APS feature applies only to BXM OC-3 and OC-12 cards in this release.

When adding a new APS line pair, you must specify the desired APS protocol. The delapsln command deletes APS for the lines.

When the addapsln command executes, the switch software:

Verifies that the slot.port arguments support APS

Verifies that the appropriate back card is installed

Verifies that the protection port is not already active

If card redundancy is already configured for the two-slot case (APS 1+1), verifies that the primary card is the same type as the working line card.

Before the addapsln command has been executed, there is no working or protection line. The addapsln command defines which line is the working line and which line is the protection line. (For APS 1+1 Annex B, the active line is called the "primary section," and the standby line is called the "secondary section," which provides protection for the primary section.)

Feature Mismatching to Verify APS (Automatic Protection Switching) Support

The addapsln command, in addition to other configuration commands, performs mismatch verification on the BXM and UXM cards. For example, the addapsln command verifies whether the cards both have APS support configured. Refer to the BPX 8600 Series Installation and Configuration Manual.

Whenever you activate a feature by configuring it with CLI commands, switch software performs a verification to ensure that the hardware and firmware support the feature. For example, if you are attempting to add APS on a specific line (by using addapsln), and the BXM card does not support this feature, a warning message is displayed and the addition is not completed.

The Feature Mismatching capability does not mismatch cards unless the actual feature has been enabled on the card. This allows for a graceful card migration from an older release.

Syntax

addapsln <slot.port1> < slot.port2> <protocol>

You must enter the slot.port pair and the protocol option. If you do not enter the protocol option, a menu lists the options.

Parameters

Parameter
Description

slot.port1

The desired working line number

slot.port2

The desired protection line number

protocol

1: 1+1
2: 1:1
3: 1+1 Annex B
4: 1+1, ignore K1K2 bytes


Attributes

Privilege
Jobs
Log
Node
Help
History
Lock
Hipri

1

No

Yes

BPX

   

Yes

 

Related Commands

delapsln, cnfapsln, dspapsln, dsplog, dspalms

Example

Add an APS redundant pair, with Working line on slot 11, port 1; Protection line on slot 12, port 1; with "1" specifying APS 1+1 protocol.

addapsln 11.1 12.1 1

sw119          TRM   StrataCom       BPX 8620  9.3.10    Date/Time Not Set

Work/Protect Actv Active Line      Standby Line     Current APS     Last User
(Work1/Work2)Line Alarm Status     Alarm Status     Alarm Status    Switch Req
11.1 12.1    NONE Deactivated      APS Deactivated  APS Deactivated Clear







Last Command: addapsln 11.1 12.1 1

addcon (add a data channel connection)

Establishes data channel connections between nodes in a network.

After you add a connection by using the addcon command, the node automatically routes the connection. The node where you execute addcon is the "owner" of the added connections. The concept of ownership is important because you must enter information about automatic rerouting and preferred routing at the node that owns the connection. See the cnfpref and cnfcos commands for more information on automatic rerouting. Before the node adds the connection, the proposed connection appears on the screen with a prompt for you to confirm the addition.

When applied to data connections, the addcon command adds a synchronous data connection to the network. You can add synchronous data connections to any node slot equipped with either an LDM or HDM in an IGX node. Before you add a connection, determine the desired data rate. To find the data rates that individual cards support, refer to the card descriptions in the Cisco IGX 8400 Series Reference manual.

When connecting sets of data channels, you do not have to specify the full channel set for the local end of the connection. You have to designate only the first channel in the range. For example, to add connects 27.1-4 at local node alpha to channels 9.1-4 at beta, you can enter:

addcon 27.1-4 beta 9.1


If Y-cable redundancy has been specified, you can add data connections at only primary card slots (not at the secondary card slots). See the addyred definition for more information. Standard Data Rates Table 3-1 through Table 3-9 follow, listing data rates. The following notations appear with some data rates:

*

Must be used with 8/8 or 8/8I coding.

/n

Specifies a partially filled packet type: the /n allows partial packets to be sent and so avoid the delay incurred by waiting to build a full packet.

f

Entered after the data rate, an f specifies fast EIA (interleaved EIA) for the connection.

t

Indicates "transparent" (CDP or CVM subrate DS0A): if you include the t-option, the IGX node does not check for supervisory or control information.


Table 3-1 Data Connection Load Table with Normal EIA and No DFM 

Bit Rate (Kbps)
7/8 Coding
8/8 Coding
 
Pkt/Sec
Bits/Pkt
Pkt/Sec
Bits/Pkt

1.2

43

28

38

32

1.8

65

28

57

32

2.4

35

70

30

80

3.2

46

70

40

80

3.6

52

70

45

80

4.8

35

140

30

160

6.4

46

140

40

160

7.2

52

140

45

160

8

58

140

50

160

9.6

69

140

60

160

12

86

140

75

160

12.8

92

140

80

160

14.4

103

140

90

160

16

115

140

100

160

16.8

120

140

105

160

19.2

138

140

120

160

24

172

140

150

160

28.8

206

140

180

160

32

229

140

200

160

38.4

275

140

240

160

48

343

140

300

160

56

381

147

334

160

57.6

392

147

360

160

54

436

147

381

168

72

490

147

429

168

76.8

523

147

458

168

84

572

147

500

168

96

654

147

572

168

112

762

147

667

168

115.2

784

147

686

168

128

871

147

762

168

144

980

147

858

168

168

1143

147

1000

168

192

1307

147

1143

168

224

1524

147

1334

168

230.4

1568

147

1372

168

256

1742

147

1524

168

288

1960

147

1715

168

336

2286

147

2000

168

384

2613

147

2286

168

448

3048

147

2667

168

512

3483

147

3048

168

672

4572

147

4000

168

768

5225

147

4572

168

772

5252

147

4596

168

896

6096

147

5334

168

1024

6966

147

6096

168

1152

7837

147

6858

168

1344

   

8000

168

Unshaded connections generate time-stamped data packets. Shaded connections generate non-time-stamped data packets.


Table 3-2 Data Connection Load Table with Interleaved EIA 

Bit Rate (Kbps)
7/8 Coding
8/8 Coding
 
Pkt/Sec
Bits/Pkt
Pkt/Sec
Bits/Pkt

1.2f

35

35

30

40

1.8f

52

35

45

40

2.4f

35

70

30

80

3.2f

46

70

40

80

3.6f

52

70

45

80

4.8f

69

70

60

80

6.4f

92

70

80

80

7.2f

103

70

90

80

8f

115

70

100

80

9.6f

138

70

120

80

12f

172

70

150

80

12.8f

183

70

160

80

14.4f

206

70

180

80

16f

229

70

200

80

16.8f

240

70

210

80

19.2f

275

70

240

80

24f

343

70

300

80

28.8f

412

70

360

80

32f

458

70

400

80

38.4f

549

70

480

80

48f

686

70

600

80

56f

800

70

700

80

57.6f

823

70

720

80

54f

915

70

800

80

72f

1029

70

900

80

76.8f

1098

70

960

80

84f

1200

70

1050

80

96f

1372

70

1200

80

112f

1600

70

1400

80

115.2f

1646

70

1440

80

128f

1829

70

1600

80

144f

2058

70

1800

80

168f

2400

70

2100

80

192f

2743

70

2400

80

224f

3200

70

2800

80

230.4f

3292

70

2880

80

256f

3658

70

3200

80

288f

4115

70

3600

80

336f

4800

70

4200

80

384f

5486

70

4800

80

448f

6400

70

5600

80

512f

7315

70

6400

80

1.2f

35

35

30

40

1.8f

52

35

45

40

2.4f

35

70

30

80

3.2f

46

70

40

80

3.6f

52

70

45

80

4.8f

69

70

60

80

6.4f

92

70

80

80

DFM is not available on interleaved EIA connections.


Table 3-3 Data Connection Load Table with Partially Filled Packets and No DFM 

Bit Rate (Kbps)
7/8 Coding
8/8 Coding
 
Pkt/Sec
Bits/Pkt
Pkt/Sec
Bits/Pkt

2.4/4

86

28

75

32

3.2/4

115

28

100

32

3.6/4

129

28

113

32

4.8/10

69

70

60

80

4.8/4

172

28

150

32

6.4/10

92

70

80

80

6.4/4

229

28

200

32

7.2/10

103

70

90

80

7.2/4

258

28

225

32

8/10

115

70

100

80

9.6/10

138

70

120

80

12/10

172

70

150

80

12.8/10

183

70

160

80

14.4/10

206

70

180

80

All of the above connections generate time-stamped data packets.


Table 3-4 Data Connection Load Table with Normal EIA and DFM 

Bit Rate (Kbps)
7/8 Coding
8/8 Coding
 
Pkt/Sec
Bits/Pkt
Pkt/Sec
Bits/Pkt

1.2

58

21

24

3

1.8

86

21

24

3

2.4

39

63

72

9

3.2

51

63

72

9

3.6

58

63

72

9

4.8

37

133

152

19

6.4

49

133

152

19

7.2

55

133

152

19

8

61

133

152

19

9.6

73

133

152

19

12

91

133

152

19

12.8

97

133

152

19

14.4

109

133

152

19

16

121

133

152

19

16.8

127

133

152

19

19.2

145

133

152

19

24

181

133

152

19

28.8

217

133

152

19

32

241

133

152

19

38.4

289

133

152

19

48

361

133

152

19

56

422

133

152

19

57.6

434

133

152

19

64

482

133

152

19

72

542

133

152

19

76.8

578

133

152

19

84

632

133

152

19

96

722

133

152

19

112

843

133

152

19

115.2

867

133

152

19

128

963

133

152

19


Table 3-5 Data Connection Load Table with Partially Filled Packets and DFM

Bit Rate (Kbps)
7/8 Coding
8/8 Coding
 
Pkt/Sec
Bits/Pkt
Pkt/Sec
Bits/Pkt

2.4/4

115

21

100

24

3.2/4

153

21

134

24

3.6/4

172

21

150

24

4.8/10

77

63

67

72

4.8/4

229

21

200

24

6.4/10

102

63

89

72

6.4/4

305

21

267

24

7.2/10

115

63

100

72

7.2/4

343

21

300

24

8/10

127

63

112

72

9.6/10

153

63

134

72

12/10

191

63

167

72

12.8/10

204

63

178

72

14.4/10

229

63

200

72


Table 3-6 Data Connection Load Table with Partially Filled Packets and Interleaved EIA

Bit Rate (Kbps)
7/8 Coding
8/8 Coding
 
Pkt/Sec
Bits/Pkt
Pkt/Sec
Bits/Pkt

1.2f/2

86

14

75

16

1.8f/2

129

14

113

16

2.4f/5

69

35

60

40

2.4f/2

172

14

150

16

3.2f/5

92

35

80

40

3.2f/2

229

14

200

16

3.6f/5

103

35

90

40

3.6f/2

258

14

225

16

4.8f/5

138

35

120

40

6.4f/5

183

35

160

40

7.2f/5

206

35

180

40

All of the above connections generate time-stamped data packets. DFM is not available on interleaved EIA connections.


Table 3-7 Sub-Rate Data Connection Load Table (HDM to HDM)

Bit Rate (Kbps)
7/8 Coding
8/8 Coding
 
Pkt/Sec
Bits/Pkt
Pkt/Sec
Bits/Pkt

2.4t

   

35

80

4.8t

   

35

160

9.6t

   

70

160

56t

   

381

168

t

   

381

168

All sub-rate data connections use 8/8 coding. Unshaded connections generate time-stamped data packets. Shaded connections generate non-time-stamped data packets. DFM is not available on sub-rate connections. Interleaved EIA is not available on sub-rate connections.


Table 3-8 Sub-Rate Data Connection Load Table (HDM to HDM) 

Bit Rate (Kbps)
7/8 Coding
8/8 Coding
 
Pkt/Sec
Bits/Pkt
Pkt/Sec
Bits/Pkt

2.4/4t

   

88

32

4.8/10t

   

70

80

4.8/4t

   

175

32

9.6/10t

   

140

80

All sub-rate data connections use 8/8 coding. All of the above connections generate time-stamped data packets. DFM is not available on sub-rate connections. Interleaved EIA is not available on sub-rate connections.


Table 3-9 Super-Rate Data Connection Load Table (LDM to HDM) 

Bit Rate (Kbps)
7/8 Coding
8/8 Coding
 
Pkt/Sec
Bits/Pkt
Pkt/Sec
Bits/Pkt

1x56

381

147

334

168

2x56

762

147

667

168

3x56

1143

147

1000

168

4x56

1524

147

1334

168

5x56

1905

147

1667

168

6x56

2286

147

2000

168

7x56

2667

147

2334

168

8x56

3048

147

2667

168

1x64

436

147

381

168

2x64

871

147

871

168

3x64

1307

147

1307

168

4x64

1742

147

1143

168

5x64

2177

147

1524

168

6x64

2613

147

1905

168

7x64

3048

147

2286

168

8x64

2483

147

2667

168

All of the connections generate non-time-stamped data p