Use this command to transfer all alarm indications from the local office to the remote maintenance center.

Parameters

This command has no parameters.

Example

act-alm-trns

Dependencies

No other action command can be in progress when this command is entered.

2368 E2368 Cmd Rej: System busy - try again later

Notes

After this command is entered, use the rept-stat-alm command to verify the action.

New alarms cause the local maintenance center audible alarms to sound for a short period.

Output

    rlghncxa03w 04-01-09:50:17 EST  EAGLE 31.3.0
    Alarms transferred to Remote Maintenance Center
    Command Completed. 
;

Use this command to initiate a command driven loopback for testing a signaling link.

Command Driven Loopback is the ability to locally drive a signaling link into a manual line loopback. The data received on the signaling link is echoed (transmitted) back. This is effectively the reverse of the tst-slk:loopback=lxvr, which loops the transmitted data back to the receiver.

Parameters

link (mandatory)

SS7 signaling links. The SS7 signaling link to be tested.

Synonym:

port

Range:

a, b, a1 - a31, b1 - b31

Not all card types support all link parameter values.

See Table A-1 for valid link parameter range values for each type of card that can have assigned signaling links.

loc (mandatory)

The card location as stenciled on the shelf of the system.

Range:

1101 - 1108, 1111 - 1112, 1201 - 1208, 1211 - 1218, 1301 - 1308, 1311 - 1318, 2101 - 2108, 2111 - 2118, 2201 - 2208, 2211 - 2218, 2301 - 2308, 2311 - 2318, 3101 - 3108, 3111 - 3118, 3201 - 3208, 3211 - 3218, 3301 - 3308, 3311 - 3318, 4101 - 4108, 4111 - 4118, 4201 - 4208, 4211 - 4218, 4301 - 4308, 4311 - 4318, 5101 - 5108, 5111 - 5118, 5201 - 5208, 5211 - 5218, 5301 - 5308, 5311 - 5318, 6101 - 6108, 6111 - 6118

loopback (optional)

Loopback test type.

Range:

line

payload

Default:

line

Example

act-cdl:loc=1205:link=b

Dependencies

The card location specified in the loc parameter must be equipped.

2101 E2101 Cmd Rej: Card location is unequipped

The signaling link specified in the link parameter must be equipped.

2373 E2373 Cmd Rej: Link is unequipped in the database

LFS processing must be stopped or must be allowed to complete on the specified signaling link before this command can be entered.

2921 E2921 Cmd Rej: LFS must not be running on requested link

The loopback=payload parameter is valid only for LIM-ATM and E1-ATM cards.

2922 E2922 Cmd Rej: Link must be SAAL to execute command

Command Driven Loopback testing is not available during upgrade.

3276 E3276 Cmd Rej: Command not allowed while in upgrade mode

A Command Driven Loopback test cannot be in progress on the specified link when this command is entered.

4246 E4246 Cmd Rej: Command driven loopback in progress

A tst-slk command cannot be in progress on the specified link when this command is entered. The tst-slk processing must be stopped or must be allowed to complete before this command can be entered

4241 E4241 Cmd Rej: Link test must not be running on requested link

The card location specified in the loc parameter must be in the In-Service-Normal (IS-NR) state.

2387 E2387 Cmd Rej: Card is not in service

The card location specified in the loc parameter must support Command Driven Loopback testing.

4245 E4245 Cmd Rej: Card does not support command driven loopback

The signaling link specified in the link parameter must not be active.

2916 E2916 Cmd Rej: Link must not be active to execute command

The card location specified in the loc parameter cannot be reserved by the system.

2376 E2376 Cmd Rej: Specified LOC is invalid

Notes

None

Output

    tekelecstp 05-01-21 17:00:36 EST  EAGLE5 33.0.0
    Command Accepted: Command Driven Loopback message is sent. 
;

    tekelecstp 05-01-21 17:00:36 EST  EAGLE5 33.0.0
    Command Completed. 
;

Use this command to activate an IP data link and put the link into service. The state of the link is changed from out of service maintenance disabled (OOS-MT-DSBLD) to in service normal (IS-NR).

Parameters

loc (mandatory)

The card location as stenciled on the shelf of the system.

Range:

1101 - 1108, 1111 - 1112, 1201 - 1208, 1211 - 1218, 1301 - 1308, 1311 - 1318, 2101 - 2108, 2111 - 2118, 2201 - 2208, 2211 - 2218, 2301 - 2308, 2311 - 2318, 3101 - 3108, 3111 - 3118, 3201 - 3208, 3211 - 3218, 3301 - 3308, 3311 - 3318, 4101 - 4108, 4111 - 4118, 4201 - 4208, 4211 - 4218, 4301 - 4308, 4311 - 4318, 5101 - 5108, 5111 - 5118, 5201 - 5208, 5211 - 5218, 5301 - 5308, 5311 - 5318, 6101 - 6108, 6111 - 6118

Example

act-dlk:loc=1308

Dependencies

No other action command can be in progress when this command is entered.

2368 E2368 Cmd Rej: System busy - try again later

The shelf and card must be equipped.

2144 E2144 Cmd Rej: Location invalid for hardware configuration

2016 E2016 Cmd Rej: <parm_desc> is out of range - <parm>

A card location that is valid and defined in the database must be specified.

2376 E2376 Cmd Rej: Specified LOC is invalid

The card in the location specified by the loc parameter must be in service.

2387 E2387 Cmd Rej: Card is not in service

The ipaddr parameter must specify a valid IP address.

2704 E2704 Cmd Rej: Invalid IPADDR

Notes

None

MTT 2373 deleted per PR 204449 - MB

Output

    rlghncxa03w 04-01-17:00:36 EST  EAGLE 31.3.0
    Activate Link message sent to card.
    Command Completed. 
;

Use this command to force responses from the scroll area of a terminal to be printed to a specified terminal or printer. The command supports one terminal echoing to many terminals or many terminals echoing to one terminal.

Parameters

trm (mandatory)

Serial port number.

Range:

1 - 16

Example

act-echo:trm=3

Dependencies

Terminal output cannot be echoed to a terminal that is out of service.

2257 E2257 Cmd Rej: Terminal is currently out of service

If a terminal is already echoing to a specified terminal, this command cannot be entered to echo the terminal’s output to that same terminal.

2259 E2259 Cmd Rej: Terminal already echoing to specified terminal

Echo is not allowed to the terminal from which the command is issued.

3422 E3422 Cmd Rej: Echo capability not applicable on originating terminal

Echo is not allowed to or from IP User Interface telnet ports (terminals 17-40).

2391 E2391 Cmd Rej: Echo not allowed for telnet terminals

Terminal output cannot be echoed to a terminal that is inhibited.

2256 E2256 Cmd Rej: Terminal is currently inhibited

The trm parameter must be specified.

2011 E2011 Cmd Rej: Missing mandatory parameter - <parm>

Notes

This command can be used to echo only command output responses to a terminal. For alarm and network messages to be sent to a terminal, the chg-trm command must be used.

To echo output to a destination port, a user must be logged in at the destination port. The following warning message appears in the scroll area of the issuing terminal if echo is attempted to a terminal that has no user logged in:

No user logged in at Terminal X. No echo will occur until a user
                logs in.

where X is the trm parameter value specified in the act-echo command.

Output

    rlghncxa03w  04-01-07  11:11:28 EST  EAGLE 31.3.0
    act-echo:trm=2
    Command entered at terminal #1.

    rlghncxa03w  04-01-07  11:11:28 EST  EAGLE 31.3.0
    Scroll Area Output is echoed to terminal 2.

    Caution:  Loss of output may occur if too many terminals are echoed. 
;

    rlghncxa03w  04-01-07  11:11:28 EST  EAGLE 31.3.0
    act-echo:trm=3
    Command entered at terminal #1.

    rlghncxa03w  04-01-07  11:11:28 EST  EAGLE 31.3.0
    Scroll Area Output is echoed to terminal 2.
    Scroll Area Output is echoed to terminal 3.

    Caution:  Loss of output may occur if too many terminals are echoed. 
;

Use this command to start a file transfer between the system and a remote computer.

Parameters

loc (optional)

The location of the fixed disk to or from which the file is to be uploaded or downloaded.

Range:

1114, 1116

Active and standby TDM locations

Default:

The active TDM location

retries (optional)

The number of times the system retries a packet before giving up.

Range:

1 - 20

Default:

10

timeout (optional)

The number of seconds the system waits for a packet before sending a negative acknowledgment or retransmitting the previous packet. This parameter also specifies the number of seconds to wait for a transfer initiation message from the remote computer.

Range:

1 - 120

Default:

30

Example

act-file-trns:loc=1116

Dependencies

The loc parameter must specify a TDM card.

2237 E2237 Cmd Rej: Card location must be 1114 or 1116

Only one file transfer can be active at a time.

2221 E2221 Cmd Rej: File transfer in progress

This command cannot be entered on a telnet terminal (IDs 17-40).

4283 E4283 Cmd Rej: Command cannot be executed on a Telnet terminal

Notes

Output messages indicating transfer initiated and transfer terminated (whether successful or not) are sent to the output devices in the Security Administration output group.

When used to output seculog, the copy-seculog command sends data to the FTA. Extracting seculog data from the FTA requires:

• A computer with a VT320 or KSR connection to the system
• A communication program that both emulates VT terminals and supports Kermit file transfer
• A spreadsheet program that can import Comma Separated Value (CSV) text files

A PC running ProComm© for Windows and Microsoft Excel© can be used.

Extracting seculog file from the FTA

1. Display the contents of the FTA. Enter disp-fta-dir:loc=xxxx.

   Where xxxx = the active TDM (1114 or 1116)

2. Delete any existing files from the FTA. Enter dlt-fta:loc=xxxx:all=yes.

   Where xxxx = the active TDM (1114 or 1116)

3. Enter the command to send seculog to the FTA. For example: copy-seculog:slog=act:dloc=stb:dfile="seculog_copy"

4. Activate the file transfer. Enter act-file-trns:loc=xxxx.

   Where xxxx = the active TDM (1114 or 1116)

5. Display a list of the files transferred to the FTA. Enter disp-fta-dir:loc=xxxx.

   Where xxxx = the active TDM (1114 or 1116)

6. Use the get command from within the communications program configured to run Kermit in ASCII mode to transfer the desired files (with the .csv suffixes) to the PC.

   For example:

   > get seculog_copy.csv

   > finish

7. After all files are successfully transferred and confirmed, remove the files from the FTA. Enter dlt-fta:loc=xxxx:all=yes.

   Where xxxx = the active TDM (1114 or 1116)

Output

Normal session output to non-Security Administration user's terminal.

    rlghncxa03w 04-01-05 14:37:05 EST  EAGLE 31.3.0
    act-file-trns:loc=1114:timeout=20:retries=2
    Command entered at terminal #1. 
;
    rlghncxa03w 04-01-05 14:37:05 EST  EAGLE 31.3.0
    Awaiting File Transfer with remote.
    Please initiate binary Kermit session on local computer 
;
    rlghncxa03w 04-01-05 14:38:33 EST  EAGLE 31.3.0
    File Transfer : 0 file(s) DOWNLOADED from location 1114 successfully
    File Transfer : 1 file(s) UPLOADED to location 1114 successfully
    File Transfer : Kermit Session terminated NORMALLY

Normal session output to Security Administration group terminals.

    rlghncxa03w 04-01-05 14:40:42 EST  EAGLE 31.3.0
    File Transfer : INITIATED on terminal #1 
;
    rlghncxa03w 04-01-05 14:41:07 EST  EAGLE 31.3.0
    File Transfer: 511_byte.bin UPLOADED to location 1114 successfully. 
;
    rlghncxa03w 04-01-05 14:41:44 EST  EAGLE 31.3.0
    File Transfer : terminated NORMALLY on terminal #1

Normal session output to Security Administration user's terminal.

    rlghncxa03w 04-01-05 14:42:51 EST  EAGLE 31.3.0
    act-file-trns:loc=1114:timeout=20:retries=2
    Command entered at terminal #1. 
;
    rlghncxa03w 04-01-05 14:43:29 EST  EAGLE 31.3.0
    File Transfer : INITIATED on terminal #1 
;
    rlghncxa03w 04-01-05 14:43:53 EST  EAGLE 31.3.0
    Awaiting File Transfer with remote.
    Please initiate binary Kermit session on local computer
    rlghncxa03w 04-01-05 14:44:19 EST  EAGLE 31.3.0
    File Transfer: 511_byte.bin UPLOADED to location 1114 successfully. 
;
    rlghncxa03w 04-01-05 14:44:52 EST  EAGLE 31.3.0
    File Transfer : 0 file(s) DOWNLOADED from location 1114 successfully
    File Transfer : 1 file(s) UPLOADED to location 1114 successfully
    File Transfer : Kermit Session terminated NORMALLY 
;
    rlghncxa03w 04-01-05 14:45:31 EST  EAGLE 31.3.0
    File Transfer : terminated NORMALLY on terminal #1 
;

Use this command to activate the trial FLASH GPL that is currently running on one target card or on a range of cards.

Parameters

eloc (optional)

End location. The location of the last card of a range of cards to be activated.

Range:

1101 - 1113, 1115, 1201 - 1218, 1301 - 1318, 2101 - 2118, 2201 - 2218, 2301 - 2318, 3101 - 3118, 3201 - 3218, 3301 - 3318, 4101 - 4118, 4201 - 4218, 4301 - 4318, 5101 - 5118, 5201 - 5218, 5301 - 5318, 6101 - 6118

gpl (optional)

Generic program load. The flash GPL type that is running on the cards in the specified range of cards.

Note:

This parameter must be specified for cards that have more than one flash image (GPL).

Range:

xyyyyyyy 1 alphabetic character followed by up to 7 alphanumeric characters.

Valid GPLs are: blmcap, hipr2, and multiple.

Use "gpl=multiple" to simultaneously flash multiple E5-class cards running different GPLs, such as BLMCAP, etc. The command will then flash all E5-class cards in the specified range.

loc (optional)

The location of a single target card.

Range:

1101 - 1113, 1115, 1201 - 1218, 1301 - 1318, 2101 - 2118, 2201 - 2218, 2301 - 2318, 3101 - 3118, 3201 - 3218, 3301 - 3318, 4101 - 4118, 4201 - 4218, 4301 - 4318, 5101 - 5118, 5201 - 5218, 5301 - 5318, 6101 - 6118

sloc (optional)

Start location. The location of the first card of a range of cards to be activated.

Range:

1101 - 1113, 1115, 1201 - 1218, 1301 - 1318, 2101 - 2118, 2201 - 2218, 2301 - 2318, 3101 - 3118, 3201 - 3218, 3301 - 3318, 4101 - 4118, 4201 - 4218, 4301 - 4318, 5101 - 5118, 5201 - 5218, 5301 - 5318, 6101 - 6118

Example

act-flash:loc=1105

act-flash:sloc=1101:eloc=1112:gpl=blmcap

Dependencies

The card, or cards, in the specified location or range of locations for this command must be actively running a flash GPL in trial mode.

2172 E2172 Cmd Rej: Command action is out of phase with expected procedure

The allowed cards are E5-ENET-B, E5-E1T1-B, E5-MCAP, or Service Module. Card locations xy09 and xy10 (x is the frame, y is the shelf) can be specified only for MUX cards.

2212 E2212 Cmd Rej: Invalid card type for this command

Each specified card does not have to be defined in the database, but it does have to be aligned on the IMT bus.

2269 E2269 Cmd Rej: Unable to communicate with card at location

If the target card is a MUX card, then both card locations specified in the sloc and eloc parameters must contain MUX cards on the same IMT bus. For these cards, the bus is implicit based on the specified location. Location xy09 specifies a MUX A Bus, and location xy10 specifies a MUX B Bus (x is the frame and y is the shelf). For example, sloc=1109:eloc=6109 specifies all MUX cards on the A Bus only; sloc=1110:eloc=6110 specifies all MUX cards on the B Bus only. MUX cards from both the A bus and B bus cannot be flash downloaded simultaneously.

2155 E2155 Cmd Rej: Invalid parameter combination specified

The card must be running an inactive flash GPL when this command is executed.

2172 E2172 Cmd Rej: Command action is out of phase with expected procedure

The provisioning subsystem mode (simple, duplex) must be established prior to executing the command.

2204 E2204 Cmd Rej: Waiting for duplex mode in provisioning subsystem

The loc parameter cannot be specified with the eloc and sloc parameters.

2155 E2155 Cmd Rej: Invalid parameter combination specified

Either the loc parameter or the eloc and sloc parameters must be specified.

2155 E2155 Cmd Rej: Invalid parameter combination specified

The eloc and sloc parameters must be specified together in the command; one parameter cannot be specified without the other parameter.

2155 E2155 Cmd Rej: Invalid parameter combination specified

The sloc parameter value cannot be greater than the eloc parameter value.

2155 E2155 Cmd Rej: Invalid parameter combination specified

MUX cards in the specified sloc and eloc card locations must be present and able to communicate over the IMT. The cards do not have to be provisioned in the database.

2269 E2269 Cmd Rej: Unable to communicate with card at location

The gpl parameter must be specified if the eloc and sloc parameters are specified.

2155 E2155 Cmd Rej: Invalid parameter combination specified

The gpl parameter must be specified for cards that have more than one flash image (GPL).

2155 E2155 Cmd Rej: Invalid parameter combination specified

MUX cards in the locations specified by the sloc and eloc parameters must be running the specified GPL. If the GPL specified is not multiple, then other cards in the range of locations can be running other GPLs but will not be activated, and only cards that are within the range and running the specified GPL will be activated.

2212 E2212 Cmd Rej: Invalid card type for this command

A card that is the active MASP cannot be specified for the loc, sloc, or eloc parameter.

3949 E3949 Cmd Rej: Specified card cannot be the Active MASP

No other action command can be in progress when this command is entered.

2368 E2368 Cmd Rej: System busy - try again later

A card location that is valid and defined in the database must be specified.

2376 E2376 Cmd Rej: Specified LOC is invalid

MUX cards specified in the sloc and eloc location parameters must be running the specified general program load (gpl). For other GPLs including multiple, all cards within the range running the specified GPL will be activated.

2272 E2272 Cmd Rej: Invalid GPL type for this command

This command cannot be entered during an Extended Bit Error Rate Test (BERT).

3043 E3043 Cmd Rej: IMT test in progress

The gpl=multiple parameter can be specified only if the sloc and eloc parameters are specified.

2155 E2155 Cmd Rej: Invalid parameter combination specified

The gpl=multiple parameter can be specified only if the cards in the locations specified in the sloc and eloc parameters are E5-class cards.

2155 E2155 Cmd Rej: Invalid parameter combination specified

Notes

None

Output

    rlghncxa03w 04-01-04 13:05:05 EST  EAGLE 31.3.0
    FLASH Memory Activation for card 1105 Started. 
;

    rlghncxa03w 04-01-04 13:05:05 EST  EAGLE 31.3.0
    FLASH Memory Activation for card 1105 Completed. 
;

    rlghncxa03w 04-01-04 13:05:05 EST  EAGLE 31.3.0
    Command Completed. 
;

tekelecstp 18-01-15 02:30:23 EST  EAGLE 46.6.0.0.0-71.5.0
    FLASH activation for cards 1101 - 1112 Completed.
    LOC 1101 : PASSED
    LOC 1102 : PASSED
    LOC 1112 : PASSED
 
    ALL CARD RESULTS PASSED 
;
    Command Completed.
 
;

Use this command to activate an FTP transfer to send database tables from the system to the customer’s FTP server.

Parameters

action (mandatory)

The operation that the command is to perform.

Range:

put

filetype (mandatory)

The system table type to be transferred.

Range:

all

Transfer all types of tables

enum

Transfer all ENUM tables

exts

Transfer the Extended Statistics table

ip

Transfer all IP tables

gtt

Transfer all Global Title Translation tables

gws

Transfer all Gateway Screening tables

mtp

Transfer all Message Transfer Part tables

vflex

Transfer all V-Flex tables

Example

act-ftp-trns:action=put:filetype=gtt

Dependencies

This command cannot be entered if another file transfer is already in progress.

3468 E3468 Cmd Rej: FTP Transfer already in progress

The action and filetype parameters must be specified in the command.

2011 E2011 Cmd Rej: Missing mandatory parameter - <parm>

The FTP Server table must be accessible.

2773 E2773 Cmd Rej: FTP Server table must be accessible

The FTP Server table must contain at least one FTP server entry that specifies the user application

2774 E2774 Cmd Rej: FTP Server table entry not found for this APP/IPADDR

An IPSM card must be in service before this command can be entered.

2387 E2387 Cmd Rej: Card is not in service

This command cannot be entered when CAT2 IPSM to OAM syncing is in progress.

3652 E3652 Cmd Rej: IPSM to OAM SYNC in progress

Notes

This command communicates with the user application, defined in the FTP Server table. The IP address and server details necessary for an FTP transfer are also stored in the FTP Server table. One such user application is the FTP-based Table Retrieve Application (FTRA). Refer to the FTP-Based Table Retrieve Application (FTRA) User Guide for assistance.

Output

    tekelecstp 09-05-06 06:41:17 EST  EAGLE 41.0.0
    FTP command sent to IPSM card - Processing 
;

    tekelecstp 09-05-06 06:41:17 EST  EAGLE 41.0.0
    Copy-table started - tablexxx.tbl
    Copy-table COMPLETE. 
;

    tekelecstp 09-05-06 06:41:17 EST  EAGLE 41.0.0
    FTP file transfer started - tablexxx.tbl
    FTP file transfer SUCCESSFUL. 
;

    tekelecstp 09-05-06 06:41:17 EST  EAGLE 41.0.0
    FTP transfer COMPLETE. 
;

Use this command to change the status of the trial GPL from “trial” to “approved.” The status of the previously approved GPL is changed to “trial.”

Parameters

gpl (mandatory)

Generic program load. The name of the GPL identifier to be moved from "trial" to "approved" status on the disk.

Range:

xyyyyyyy

1 alphabetic character followed by up to 7 alphanumeric characters. Valid GPLs are:

atmhc—Used by E5-ATM-B cards to allow the card to support up to 3 signaling links.

bldc32—Flash GPL containing a tar image with all code required on E5-MCAP cards to support VxWorks6.9 32-bit application, as in OAMHC69.

bldc64—Flash GPL containing a tar image with all code required on E5-SM8G-B cards for SCCP64, ENUM64, SIP64 and DEIR64 applications.

blmcap—Flash GPL containing a tar image with all code required on E5-MCAP, E5-E1T1-B, E5-MCPM-B, E5-ATM-B, E5-ENET-B, and E5-SM8G-B cards

blslc32—Flash GPL containing a tar image with all code required on SLIC cards for 32-bit application i.e. MCPHC, IPSHC etc.

blslc64—Flash GPL containing a tar image with all code required on SLIC cards for 64-bit application i.e. SCCP64, ENUM64, SIP64 and DEIR64.

blsl932—Flash GPL containing a tar image with all code required on SLIC cards for 32-bit application on VxWorks6.9, as in IPSHC69 and MCPHC69.

deirhc— Used by E5-SM8G-B cards to support the S13/S13' EIR feature.

enumhc—Used by E5-SM8G-B cards to support the ENUM Mobile Number Portability and Tier One Address Resolution application.

erthc—Used by E5-ENET-B cards for EAGLE 5 Integrated Monitoring Support functions

hipr2—Communication software used on the High Speed IMT Packet Router (HIPR2) card

ipsg—Used by E5-ENET-B cards to support the combined functionality of IPLIMx M2PA and IPGWx M3UA

ipsg32—Used by SLIC cards to support IPSG application with 64-bit addressing either with GTT functionality or without it.

ipshc—Used by E5-ENET-B cards to support the IPS application.

ipshc69—Used by E5-ENET-B and SLIC cards to support the IPS application when running on VxWorks69.

mcphc— Used by E5-MCPM-B cards for the Measurements Platform feature.

mcphc69—Used by E5-MCPM-B and SLIC cards for the Measurements Platform feature when running on VxWorks69.

oamhc—Used by E5-MCAP cards for enhanced OAM functions.

oamhc69—Used by E5-MCAP cards for enhanced OAM functions, when running on VxWorks 69.

sccphc—Used by E5-SM8G-B cards to support EPAP-based features and the LNP ELAP Configuration feature. If no EPAP-based or LNP ELAP Configuration feature is turned on, and an E5-SM8G-B card is present, then the GPL processes normal GTT traffic.

sfapp—Used by SLIC cards to support the Stateful Firewall Application.

siphc— Used by E5-SM8G-B Cards to support the SIP application.

ss7hc—Application GPL used by E5-E1T1-B and SLIC cards to support E1 and T1 signaling links.

ver (mandatory)

Version. The version number of the GPL to be activated, with subfields the format of major-minor-fix separated by dashes.

Range:

major-minor-fix

Specify a value in the range 0–255 for each subfield of the GPL version number (major-minor-fix).

Example

act-gpl:gpl=ss7hc:ver=125-1-0

act-gpl:gpl=deirhc:ver=134-60-0

act-gpl:gpl=enumhc:ver=135-20-0

act-gpl:gpl=ipsg32:ver=140-12-0

Dependencies

No other activate, change, copy, or retrieve GPL commands, nor a GPL audit, can be in progress when this command is entered.

2412 E2412 Cmd Rej: Command already in progress

The value specified for the gpl parameter must be supported. See the gpl definition for a list of supported GPLs.

2238 E2238 Cmd Rej: The GPL type entered is not currently supported

Notes

Test the trial GPL by loading to a card before activating the GPL. Activating the GPL changes it from trial to approved.

The generic program load is committed on the active system and on the standby system.

Trial GPLs are downloaded to cards manually. Only approved GPLs can be downloaded to cards by the system.

Use the rtrv-gpl command to determine the version of the GPL.

Output

The output indicates that the specified GPL is activated on each TDM card.

    tekelecstp 05-01-03 16:53:23 EST  EAGLE5 33.0.0
    SS7HC activate to 1114 completed
    SS7HC activate to 1116 completed 
;

The output indicates that the specified GPL is activated on each TDM card.

    tekelecstp 13-03-15 19:08:39 EST EAGLE 45.1.0
    DEIRHC activate to 1114 completed
    DEIRHC activate to 1116 completed
;

    tekelecstp 14-05-20 14:18:32 EST EAGLE 46.1.0 
    ENUMHC activate to 1114 completed 
    ENUMHC activate to 1116 completed 
;

act-gpl:gpl=ipsg32:ver=140-12-0

tekelecstp 12-08-16 09:35:00 EST EAGLE 46.5.0 
    IPSG32 activate to 1114 completed 
    IPSG32 activate to 1116 completed 
;

The number of "cards of x complete" represents the total number of cards that can communicate on the IMT at the instant that this information is displayed.

    act-gpl:gpl=hipr2:ver=135-041-000

    tekelecstp 15-04-16 11:12:45 EST  EAGLE5 46.2.0-65.42.0
    5575.1104    CARD 1107,A   INFO    IP Connection Failed
    tekelecstp 15-04-16 11:12:49 EST  EAGLE5 46.2.0-65.42.0
    act-gpl:gpl=hipr2:ver=135-041-000
    Command entered at terminal #20.
;

Command Accepted - Processing
    tekelecstp 15-04-16 11:12:50 EST  EAGLE5 46.2.0-65.42.0
    HIPR2 activate on 1116 completed
    HIPR2 activate on 1114 completed
;

Use this command to activate one or more loopback point tests for testing data signaling link elements in an SS7 transmission path. Use this command to:

• Activate a test for a specified loopback point that is defined in the LFS database table
• Activate a test for one loopback point that is not defined in the LFS database table
• Activate tests for all loopback points that have been defined in the LFS database table. See Summary of Loopback Testing Commands and Functions for information about loopback testing commands and functions.

The ent-lbp command can be used to define a maximum of 32 loopback points in the LFS database table.

Parameters

To activate a test for a single loopback point that is defined in the LFS database table, specify the loopback point number in the lbp parameter and do not specify the lfst, rle, rep, or clli parameter in the command. Information from the LFS database is used to activate the test for the specified loopback point.

To activate a test for a single loopback point that is not defined in the LFS database table, specify one or more of the lfst, rle, rep, and clli parameters in the command. (If the clli parameter is not specified, then the value is blank, a null string. If the rep parameter is not specified, the default value is 0.)

To activate tests for all loopback points defined in the LFS database, do not specify the lbp, lfst, rle, rep, or clli parameter in the command. Information from the LFS database table is used to activate tests for all defined loopback points.

link (mandatory)

SS7 signaling link. The SS7 signaling link to be tested.

Synonym:

port

Range:

a, b, a1 - a31, b1 - b31

Not all card types support all link parameter values.

See Table A-1  for valid link parameter range values for each type of card that can have assigned signaling link ports.

loc (mandatory)

The location of the card containing the signaling link to use for loopback point testing.

Range:

1101 - 1108, 1111 - 1112, 1201 - 1208, 1211 - 1218, 1301 - 1308, 1311 - 1318, 2101 - 2108, 2111 - 2118, 2201 - 2208, 2211 - 2218, 2301 - 2308, 2311 - 2318, 3101 - 3108, 3111 - 3118, 3201 - 3208, 3211 - 3218, 3301 - 3308, 3311 - 3318, 4101 - 4108, 4111 - 4118, 4201 - 4208, 4211 - 4218, 4301 - 4308, 4311 - 4318, 5101 - 5108, 5111 - 5118, 5201 - 5208, 5211 - 5218, 5301 - 5308, 5311 - 5318, 6101 - 6108, 6111 - 6118

clli (optional)

Common language location identifier. The CLLI code or other mnemonic identifier, used to refer to the given loopback point.

Range:

ayyyyyyyyyy

1 alphabetic character followed by up to 10 alphanumeric characters

Default:

If the rle, lfst, or rep parameter is specified—null string (blank)

If the rle, lfst, or rep parameter is not specified—the value in the LFS database

data (optional)

The data used with the octet or alternate patterns.

Range:

1 - 255

Default:

255

force (optional)

The force=yes parameter must be specified to start a test when there are 256 or more tests already running.

Range:

yes

no

Default:

no

lbp (optional)

Loopback point ID. A far-end loopback point that lies along an SS7 signaling link path between the STP and the target device (up to and including the target device).

Range:

1 - 32

Default:

If the rle, clli, rep, or lfst parameter is specified, the default is 1.

If the rle, clli, rep, or lfst parameter is not specified, the default is all loopback points found in the LFS database (up to 32 loopback points), as shown in the rtrv-lbp command output.

lfst (optional)

Link fault sectionalization test.

Note:

This parameter is mandatory if the rle, clli, or rep parameter is specified.

Range:

llt

latching loopback test; a software latch is set at the test point to reverse everything that is received and return it to the sender until the test is complete

mlt

manual latch loopback test; an external hardware latch is set to reverse everything that is received and return it to the sender until the test is complete (for equipment that cannot set a software latch for the test)

nlt

nonlatching loopback test; no permanent latch is set. Loopback codes are alternated with test data until the test is complete.

Default:

The value in the LFS database, as shown in the rtrv-lbp command output

maxerr (optional)

Bit error threshold. This parameter specifies the actual number of errors allowed for a specific time period during which loopback testing is being performed. If this threshold is exceeded, the TEST STATUS field in the output report indicates an error.

Range:

0 - 4838400

Default:

56

pattern (optional)

This parameter specifies the type of test pattern used to perform the LFS test.

Range:

b2047

047-bit BERT pattern sent until it is stopped by software

b511

511-bit BERT pattern sent until it is stopped by software

octet

Data (from the data parameter) sent continuously until it is stopped by software

alternate

Alternately, a count of 100 octets of the specified data (from the data parameter) followed by 100 octets of 0, sent until it is stopped by the software

The octet and alternate values are valid only when lfst=llt is specified.

Default:

b2047

rep (optional)

Repetition count. The number of link elements of the same type (not including the target device) that lie between the STP and the link element to be tested.

Range:

0 - 31

Default:

If the rle, clli, rep, or lfst parameter is specified, the default is 0.

If the rle, clli, rep, or lfst parameter is not specified, the default is the value in the LFS database, as shown in the rtrv-lbp command output.

rle (optional)

Remote link element. The link element to be looped back for testing.

Note:

This parameter is mandatory if the lfst, clli, or rep parameter is specified.

Range:

ds0

ocu

csu

dsu

nei

Default:

The value from the LFS database, as shown in the rtrv-lbp command output

time (optional)

The length of time the test must be run in order to determine success or failure. If the number of errors that actually occur during this time exceeds the threshold set by the maxerr parameter, the loopback test is identified as a failure.

Range:

1 - 240000

hhmmss—hh=hours (00-24 ), mm=minutes (00-59), ss=seconds (00-59)

For example, time=1 or time=000001 is one second; time=240000 is 24 hours; time=200 or time=000200 is 2 minutes

Default:

1 second

Example

Activate tests for all loopback points that are defined in the LFS database table:

act-lbp:loc=1205:link=b:pattern=alternate:maxerr=10:time=000200

Activate a test for a single loopback point that is not defined in the LFS database table:

act-lbp:loc=1205:link=b:lbp=1:rle=ds0:lfst=llt:clli=rlghncxa05w

act-lbp:loc=1205:link=b:lbp=1:rle=ds0:lfst=llt:clli=rlghncxa05w:pattern=octet:data=h’ff

act-lbp:loc=1205:link=b:lbp=1:rle=ds0:lfst=llt:clli=rlghncxa05w:maxerr=40:time=12000

Activate a test for a single loopback point that is defined in the LFS database table:

act-lbp:loc=1205:link=b:lbp=3:pattern=alternate:maxerr=10:time=000200

Dependencies

The Link Fault Sectionalization (LFS) feature must be on before this command can be entered.

2870 E2870 Cmd Rej: LFS feature must be ON

If the rle=nei parameter is specified, the rep=0 parameter must be specified.

2895 E2895 Cmd Rej: REP must be zero if link element to be tested is NEI

The rep parameter can be specified only if the lfst=llt parameter is specified.

2897 E2897 Cmd Rej: REP is only valid if LFST is defined as LLT

The rle=ds0 or the rle=nei parameter cannot be specified if the lfst=nlt parameter is specified. The DS0 and Network Element Interface (NEI) link elements do not support non-latching loopbacks.

2896 E2896 Cmd Rej: DS0 and NEI link elements do not support non-latching tests

If one or more of the rle, rep, lfst, or clli parameters are specified, the database is not used to look up their values; therefore, the lfst and rle parameters must be specified when the rep or clli parameter is specified.

2910 E2910 Cmd Rej: RLE and LFST must be specified when database is not used

The data parameter can be specified only if the pattern=octet parameter or pattern=alternate parameter is specified.

2909 E2909 Cmd Rej: LFS data is only valid for OCTET and ALTERNATE patterns

The pattern=octet and pattern=alternate parameters cannot be specified for non-latching tests (rle=nlt).

2911 E2911 Cmd Rej: OCTET and ALTERNATE are not valid for non-latching test

The card location (loc parameter) must contain a provisioned and equipped E5-E1T1-B card, provisioned with the LIMT1 card type, running the SS7ANSI or CCS7ITU application.

2025 E2025 Cmd Rej: Invalid card location

The card in the loc parameter location must be in the In-Service-Normal state.

2387 E2387 Cmd Rej: Card is not in service

The signaling link that is used for LFS testing must be equipped, and must be deactivated before this command is entered.

2916 E2916 Cmd Rej: Link must not be active to execute command

The loopback points (LBPs) must have been previously defined in the database.

2901 E2901 Cmd Rej: LBP must have been previously defined in database

Only one LFS test can be active on a signaling link at a time.

2905 E2905 Cmd Rej: LFS command in progress

This command cannot be entered for a signaling link LFS test when the maximum number of LFS tests are active for the card. At least one LFS test must complete before this command can be entered again.

2924 E2924 Cmd Rej: LOC has maximum number of LFS Tests already in progress

Up to 8 LFS tests at a time can be active on an E5-E1T1-B card used as a T1 card.

2924 E2924 Cmd Rej: LOC has maximum number of LFS Tests already in progress

This command cannot be entered when the maximum combined total number of LFS and link tests (1024) are in progress in the system. At least one test must complete before this command can be entered again.

2905 E2905 Cmd Rej: LFS command in progress

The force=yes parameter must be specified to activate a test when there are 256 or more tests already running in the system.

3799 E3799 Cmd Rej: FORCE=YES must be specified

The specified signaling link must not be running a tst-slk test when this command is entered. The tst-slk test must be stopped or allowed to complete before this command can be entered for the link.

4241 E4241 Cmd Rej: Link test must not be running on requested link

The specified signaling link must not be in Command Driven Loopback (CDL) when this command is entered. The link must be removed from CDL before this command can be entered for the link.

4242 E4242 Cmd Rej: Requested link must not be in command driven loopback

This command cannot be entered for a link that is already blocked by another link diagnostic test. The test must be canceled or allowed to complete before this command can be entered for the link.

N/A N/A

LFS testing is not available during upgrade.

3276 E3276 Cmd Rej: Command not allowed while in upgrade mode

The maximum number of loopback point entries allowed in the LFS table is 32.

2923 E2923 Cmd Rej: Maximum number of link tests already in progress

Notes

This command is not supported for E5-ATM-B cards.

If an LFS test is aborted by a card reset, it can leave the remote far-end loopback condition active. Use the dact-lbp command to cancel LFS tests.

The E5-E1T1-B cards support this command on up to 8 T1 channels at a time; the command is not supported for E1.

The test can terminate with the status "ERROR, bit error exceeded threshold" for two reasons.

• The number of cumulative bit errors exceeds the specified maxerr parameter value.
• The number of bit errors for one second reaches or exceeds 255, without considering the maxerr parameter value.

Output

The LFS report is displayed when the LFS test completes.

This example shows how the test failed because the bit error rate exceeded the threshold. The maxerr=10 parameter is used for a test time of 2 minutes. Because more than 10 errors occurred within 2 minutes, the test is considered a failure and the TEST STATUS field displays the cause. The parameter values are applied to each loopback point. The maxerr value is per test, not cumulative for all tests.

    tekelecstp 05-01-21 17:00:36 EST  EAGLE5 33.0.0
    LOC = 1205  Link = B  LSN = ls11345678  Start time = 11:10:34
    
    PATTERN = ALTERNATE  DATA= FF  MAXERR = 10  TIME = 00:02:00
    
    TEST STATUS = ERROR, bit error exceeded threshold.
    LBP  CLLI         RLE  REP  LFST  BIT_ERROR  ERRORED_SEC  DURATION
    2    rlghncxa05w  DS0  0    LLT   0          0            00:02:00
    3    ------------ OCU  0    NLT   8          2            00:02:00
    5    ------------ NEI  0    LLT   15         1            00:01:20 
;

In this example, the test failed because the loopback could not be established.

    tekelecstp 05-01-21 17:00:36 EST  EAGLE5 33.0.0
    LOC = 1205  Link = B  LSN = ----------  Start time = 11:10:34

    PATTERN = ALTERNATE  DATA= FF  MAXERR = 10  TIME = 00:02:00
    TEST STATUS = ERROR, loopback was not established.

    LBP  CLLI         RLE  REP  LFST  BIT_ERROR  ERRORED_SEC  DURATION
    1    rlghncxa05w  DS0  0    LLT   0          0            00:00:00 
;

Legend

• LOC—Card location that contains the signaling being tested
• LINK—Signaling link that is being tested on the card
• LSN—Name of the linkset that contains the link being tested
• Start time—Time that the test started
• PATTERN—Type of test pattern used to perform the LFS test
• DATA—Data used with the octet or alternate patterns
• MAXERR—Bit error threshold; actual number of errors allowed for the specific time period during which loopback testing is being performed. If this threshold is exceeded in the specified time period, the TEST STATUS field in the output report indicates an error.
• TIME—Specified length of time to run the test in order to determine success or failure. If the number of errors that actually occur during this time exceeds the threshold set by the maxerr parameter, the loopback test is identified as a failure.
• TEST STATUS—Any one of the following TEST STATUS values can appear:
  • PASS
  • ERROR, LFS HARDWARE is not available.
  • ERROR, loopback could not be established.
  • ERROR, bit error exceeded threshold.
  • ERROR, LFS test aborted.
  • ERROR, LFS hardware failed.
• LBP—Loopback point used to perform the LFS test
• CLLI—Common Language Location Identifier (CLLI) code, or other mnemonic identifier, used to refer to the given loopback point
• RLE—Remote link element to be looped back for testing
• REP—Repetition count. The number of link elements of the same type (not including the target device) that lie between the STP and the link element to be tested.
• LFST—Type of link fault sectionalization loopback test to be performed
• BIT_ERROR—The number of bit errors observed during the test
• ERRORED_SEC—The number of seconds that contained bit errors during the test. (Bit errors are sampled once per second; each sample that contains bit errors adds one second to this count.)
• DURATION—Length of time that the test actually ran for the loopback point. For successful test, the TIME and the DURATION should be the same. If a test ran for less than the specified amount of time, the DURATION will be less than the TIME.

Use this command to activate LG event generation/reception on a given LG card

Parameters

loc (mandatory)

The card location as stenciled on the shelf of the system.

Range:

1101 - 1108, 1111 - 1112, 1201 - 1208, 1211 - 1218, 1301 - 1308, 1311 - 1318, 2101 - 2108, 2111 - 2118, 2201 - 2208, 2211 - 2218, 2301 - 2308, 2311 - 2318, 3101 - 3108, 3111 - 3118, 3201 - 3208, 3211 - 3218, 3301 - 3308, 3311 - 3318, 4101 - 4108, 4111 - 4118, 4201 - 4208, 4211 - 4218, 4301 - 4308, 4311 - 4318, 5101 - 5108, 5111 - 5118, 5201 - 5208, 5211 - 5218, 5301 - 5308, 5311 - 5318, 6101 - 6108, 6111 - 6118

dir (optional)

The direction in which the event generation or reception is to be activated.

Range:

Rx

 Receive Direction

Tx

 Transmit Direction

All

Both in Tx and Rx directions

Default:

All

Example

act-lg-card:loc=1302

act-lg-card:loc=1302:dir=tx

act-lg-card:loc=1302:dir=rx

Dependencies

The card location must not be 1113-1118, xy09, or xy10 where x is the frame and y is the shelf.

2154 E2154 Cmd Rej: Card slot reserved by system

The LG Card table is corrupt or cannot be found.

5222 E5222 Cmd Rej: Unable to read LG Card table

The card location specified in the loc parameter must be of a provisioned LG card.

5239 E5239 Cmd Rej: LG card not defined

Loc is mandatory

2379 E2379 Cmd Rej: Missing parameter

Activating the state of an LG object that is already activated or deactivating the state of an LG object that is already deactivated has no effect.

3827 E3827 Cmd Rej: No change requested

Output

None.

Use this command to activate LG event generation/reception on an LG engine hosted on a LG card.

The command class is TKLC_INTERNAL inheriting properties of DEBUG class. The Load Generator is supported on IPSG, IPLHC, IPGHC and SS7HC GPLs.

Parameters

dir (optional)

Traffic Direction.

Range:

Rx

 Receive Direction

Tx

 Transmit Direction

All

Both in Tx and Rx directions

Default:

All

engine (optional)

Range:

ayyyyyyyyy

Up to 10 alphanumeric characters; the first character must be a letter.

loc (optional)

The card location as stenciled on the shelf of the system.

Range:

1101 - 1108, 1111 - 1112, 1201 - 1208, 1211 - 1218, 1301 - 1308, 1311 - 1318, 2101 - 2108, 2111 - 2118, 2201 - 2208, 2211 - 2218, 2301 - 2308, 2311 - 2318, 3101 - 3108, 3111 - 3118, 3201 - 3208, 3211 - 3218, 3301 - 3308, 3311 - 3318, 4101 - 4108, 4111 - 4118, 4201 - 4208, 4211 - 4218, 4301 - 4308, 4311 - 4318, 5101 - 5108, 5111 - 5118, 5201 - 5208, 5211 - 5218, 5301 - 5308, 5311 - 5318, 6101 - 6108, 6111 - 6118

test (optional)

Send Single MSU

Range:

yes

Example

act-lg-engine:loc=1301

act-lg-engine:engine=txengine1

act-lg-engine:loc=1301:dir=tx

act-lg-engine:engine=txengine1:test=yes

Dependencies

The engine name specified must pre-exist in the LG Engine table.

5209 E5209 Cmd Rej: LG Engine not defined

The loc parameter cannot be specified with the engine parameter.

2155 E2155 Cmd Rej: Invalid parameter combination specified

Atleast one optional parameter must be specified.

2136 E2136 Cmd Rej: At least one optional parameter is required

The card location specified in the loc parameter must be of a provisioned LG card.

5239 E5239 Cmd Rej: LG card not defined

DIR parameter can only be specified along with LOC parameter.

2379 E2379 Cmd Rej: Missing parameter

Activating the state of an LG object that is already activated or deactivating the state of an LG object that is already deactivated has no effect.

3827 E3827 Cmd Rej: No change requested

Test parmameter can only be specified with Tx engine.

5271 E5271 Cmd Rej: Test cannot be specified if Engine is RxEngine

Output

None.

Use this command to activate event generation/reception for a LG group. The command class is TKLC_INTERNAL inheriting properties of DEBUG class. The Load Generator is supported on IPSG, IPLHC, IPGHC and SS7HC GPLs.

Parameters

grp (mandatory)

Range:

ayyyyyyyyy Up to 10 alphanumeric characters; the first character must be a letter

dir (optional)

The direction in which the event generation or reception is to be activated.

Range:

Rx

 Receive Direction

Tx

 Transmit Direction

All

Both in Tx and Rx directions

Default:

All

Example

act-lg-grp:grp=lggroup1:dir=tx

act-lg-grp:grp=lggroup1:dir=rx

act-lg-grp:grp=lggroup2

Dependencies

The group name specified must pre-exist in the LG Group table

5207 E5207 Cmd Rej: LG Group not defined

The LG Group table is corrupt or cannot be found.

5221 E5221 Cmd Rej: Unable to read LG Group table

The grp parameter must be specified.

2379 E2379 Cmd Rej: Missing parameter

Activating the state of an LG object that is already activated or deactivating the state of an LG object that is already deactivated has no effect.

3827 E3827 Cmd Rej: No change requested

Output

None.

Use this command to activate the LG event generation/reception on all LG cards configured in the system.

Parameters

dir (mandatory)

The direction in which the traffic is generated.

Range:

Rx

 Receive Direction

Tx

 Transmit Direction

All

Both in Tx and Rx Directions

Default:

all

Example

act-lg-sys:dir=tx

act-lg-sys:dir=rx

act-lg-sys:dir=all

Dependencies

The LG System table is corrupt or cannot be found.

5220 E5220 Cmd Rej: Unable to read LG System table

dir is mandatory

2379 E2379 Cmd Rej: Missing parameter

Activating the state of an LG object that is already activated or deactivating the state of an LG object that is already deactivated has no effect.

3827 E3827 Cmd Rej: No change requested

Output

None.

Use this command to force a processor outage on the specified link. The system begins sending link status signal units (LSSUs) with a status of SIPO to the adjacent signaling point. Level 2 status remains in service, except when the link is an ATM high-speed signaling link.

Parameters

link (mandatory)

The signaling link on the card specified in the loc parameter. The links can be specified in any sequence or pattern.

Synonym:

port

Range:

a, b, a1 - a63, b1 - b63

Not all card types support all link parameter values.

See Table A-1 for valid link parameter range values for each type of card that can have assigned signaling links.

loc (mandatory)

The card location as stenciled on the shelf of the system.

Range:

1101 - 1108, 1111 - 1112, 1201 - 1208, 1211 - 1218, 1301 - 1308, 1311 - 1318, 2101 - 2108, 2111 - 2118, 2201 - 2208, 2211 - 2218, 2301 - 2308, 2311 - 2318, 3101 - 3108, 3111 - 3118, 3201 - 3208, 3211 - 3218, 3301 - 3308, 3311 - 3318, 4101 - 4108, 4111 - 4118, 4201 - 4208, 4211 - 4218, 4301 - 4308, 4311 - 4318, 5101 - 5108, 5111 - 5118, 5201 - 5208, 5211 - 5218, 5301 - 5308, 5311 - 5318, 6101 - 6108, 6111 - 6118

Example

act-lpo:loc=1101:link=a

act-lpo:loc=1102:link=a40

Dependencies

A card location that is valid and defined in the database must be specified.

2376 E2376 Cmd Rej: Specified LOC is invalid

No other action command can be in progress when this command is entered.

2368 E2368 Cmd Rej: System busy - try again later

This command is not valid for cards running the IPGHC GPL.

3837 E3837 Cmd Rej: Command not valid for IPGHC

The card must contain signaling links.

2292 E2292 Cmd Rej: Card does not exist or is not a LIM (LOC)

The signaling link must be equipped in the database.

2373 E2373 Cmd Rej: Link is unequipped in the database

This command is not valid for links belonging to proxy linksets.

4693 E4693 Cmd Rej: Command not allowed for proxy links

The value specified for the loc parameter must refer to one of the following cards, and the referenced card must be equipped:

• E5-E1T1-B card running the SS7ANSI or CCS7ITU application
• E5-ATM-B card running the ATMANSI or ATMITU application
• E5-ENET-B card running the IPLHC or IPSG application

2144 E2144 Cmd Rej: Location invalid for hardware configuration

An appropriate value must be specified for the link parameter when an ATM card is used:

• a-a1, b—E5-ATM-B card running the ATMANSI or ATMITU application

2972 E2972 Cmd Rej: Specified Link is not valid for Card and Appl Type

The act-lpo command is not supported for ITU-N16 links.

2810 E2810 Command Rejected: Command is not valid for ITU-N16 links

This command is not valid for IPSG-M3UA signaling links.

4813 E4813 Cmd Rej: Command not valid for IPSG-M3UA.

Notes

The function of this command is the same as the blk-slk command.

This command generates an alarm.

If this command is followed by the init-card command, the local processor outage is not preserved after the init-card command completes.

The Installation Guide provides an illustration of card locations.

If the blk-slk or act-lpo command is issued for an IPSG signaling link, then an MTP3 local processor outage is initiated.

Output

act-lpo:loc=1101:link=a

    tekelecstp 05-01-21 17:00:36 EST  EAGLE5 33.0.0
    Local processor outage being set.

    tekelecstp 05-01-21 17:00:36 EST  EAGLE5 33.0.0
    * 0014.0208 * SLK 1101,A nc00027 slk local blocked

act-lpo:loc=1102:link=a40

tekelecstp 16-05-27 17:00:36 EST  EAGLE 69.1.0
    Local processor outage being set.

    tekelecstp 16-05-27 17:00:36 EST  EAGLE 69.1.0
    * 0014.0208 * SLK 1101,A40 lsna40 slk local blocked

Use this command to change the link from OOS-MT-DSBLD (Out-of-Service-Maintenance-Disabled) to IS-NR (In-Service-Normal).

Parameters

link (mandatory)

The signaling link on the card specified in the loc parameter. The links can be specified in any sequence or pattern.

Synonym:

port

Range:

a, b, a1 - a31, b - b31

Not all card types support all link parameter values.

See Table A-1  for valid link parameter range values for each type of card that can have a location specified in the loc parameter.

loc (mandatory)

The card location as stenciled on the shelf of the system.

Range:

1101 - 1108, 1111 - 1112, 1201 - 1208, 1211 - 1218, 1301 - 1308, 1311 - 1318, 2101 - 2108, 2111 - 2118, 2201 - 2208, 2211 - 2218, 2301 - 2308, 2311 - 2318, 3101 - 3108, 3111 - 3118, 3201 - 3208, 3211 - 3218, 3301 - 3308, 3311 - 3318, 4101 - 4108, 4111 - 4118, 4201 - 4208, 4211 - 4218, 4301 - 4308, 4311 - 4318, 5101 - 5108, 5111 - 5118, 5201 - 5208, 5211 - 5218, 5301 - 5308, 5311 - 5318, 6101 - 6108, 6111 - 6118

Example

act-slk:loc=1301:link=a

Dependencies

The value specified for the loc parameter must refer to one of the following cards, and the referenced card must be equipped:

• E5-E1T1-B, card running the SS7ANSI or CCS7ITU application
• E5-ATM-B card running the ATMANSI or ATMITU application
• E5-ENET-B card running the IPGWI, IPLIMI, IPSG, or SS7IPGW application
• E5-ENET-B or SLIC card running the IPSG application

2144 E2144 Cmd Rej: Location invalid for hardware configuration

This command cannot be entered while the tst-slk command is in progress.

2106 E2106 Cmd Rej: Link is in test mode

A card location that is defined in the database must be specified.

2376 E2376 Cmd Rej: Specified LOC is invalid

The card must contain signaling links.

2292 E2292 Cmd Rej: Card does not exist or is not a LIM (LOC)

No other action command can be in progress when this command is entered.

2368 E2368 Cmd Rej: System busy - try again later

The specified signaling link must be provisioned in the database.

2373 E2373 Cmd Rej: Link is unequipped in the database

An appropriate value must be specified for the link parameter when an ATM card is used:

• a-a1, b— E5-ATM-B card running the ATMANSI or ATMITU application

2972 E2972 Cmd Rej: Specified Link is not valid for Card and Appl Type

A link cannot be activated if the tst-j1 command is in progress on the same port on which the particular link being activated is configured.

3144 E3144 Cmd Rej: J1 Port test command in progress.

This command is not valid for IPSG-M3UA signaling links.

4813 E4813 Cmd Rej: Command not valid for IPSG-M3UA.

Notes

Installation Guide provides an illustration of card locations.

If Port A32-A63 and B32-B63 is configured when card is not in IS-NR state, then the card won't come up if it's NON-SLIC card.

Output

    tekelecstp 05-01-21 17:00:36 EST  EAGLE5 33.0.0
    Activate Link message sent to card 
;

Use this command to perform a software upgrade from a source release to the target release on an in-service system.

Parameters

action (mandatory)

The action to be performed for the upgrade process.

Caution:

The convertoam and netcomplete actions should be used only under the direction of My Oracle Support (MOS).

Range:

yyyyyyyyyy

Up to 10 alphabetic characters. Valid actions are:

• chkrel—Validates the stored upgrade target release on the physical disk as specified by the src parameter.
• convertoam—Converts the standby OAM database.
• convertstp—Performs all OAM and network conversions necessary for an upgrade. This command transitions through all of the upgrade phases to upgrade completion. If measurement collection is turned on, this command automatically inhibits measurements during the upgrade. Upon completion of the upgrade, this command returns the MASPs to full-function mode with measurement collection turned back on.
• createsets—Assigns network cards to upgrade-grouping sets.
• dbstatus—Reports the status of all database partitions on the TDM fixed disks and the removable drive(s) (similar to the rept-stat-db:display=version command).
• displaysets—Reports the upgrade-grouping sets of network cards.
• getrel—Retrieves the upgrade target release file from either the EAGLE software release distribution server or the plug-in flash drive. It then expands the data on the inactive partition group of the hard disks.
• netcomplete—Indicates upgrade completion and places the system in a fully functional mode.
• oamcomplete—Sets the upgrade phase number to 3, and enables the beginning of controlled card loading.
• refreshsets—Not yet supported.
• verifysets—Verifies that the card set list is consistent with the current EAGLE configuration and displays detailed information on any inconsistencies found.

force (optional)

Allows the user to override Card Set List verification and perform upgrade when only minor inconsistencies are present.

Range:

yes

Override the Card Set List verification and perform the upgrade.

release (optional)

The name of the software release file to be downloaded.

This file contains the upgrade target release on the software release distribution server or plug-in flash drive.

Range:

xyyyyyyyyyyyyyyyyyyyyyyyyyyyyy

1 alphabetic character followed by up to 29 alphanumeric characters. One or more periods can be used.

Note:

The value must be at least 11 characters in length and must contain a hyphen (-). The format of the value must be xx.xx.xx-yy.yy.yy, where xx.xx.xx is the release number, and yy.yy.yy is the engineering build number.

src (optional)

The physical disk that contains the upgrade target release.

Range:

fixed

The upgrade target release is on the fixed disk

usb

The upgrade target release is on the removable media inserted in the flush-mount USB port

server

The upgrade target release is on the remote server

thres (optional)

Network Threshold value. The percentage of signaling links that is to remain in service (IS) during the network conversion phase. This enables SCCP thresholding and flashing on non-provisioned cards during the upgrade.

Range:

50 - 90

Default:

Network cards are updated serially

Example

act-upgrade:action=convertstp

act-upgrade:action=dbstatus

act-upgrade:action=convertstp:thres=75

act-upgrade:action=getrel:release="46.7.0.0.0-74.2.0.tar.gz":src=usb

act-upgrade:action=chkrel:src=fixed

Dependencies

The value specified for the action parameter must correspond to a specific upgrade phase:

• action=convertoam—upgrade phase=0 and 1
• action=oamcomplete—upgrade phase=2
• action=convertnet—upgrade phase=3
• action=netcomplete—upgrade phase=3
• action=convertstp—upgrade phase=0-3

2172 E2172 Cmd Rej: Command action is out of phase with expected procedure

The Measurements Collection function must be turned off (chg-meas:collect=off) or the Measurements Platform feature must be turned on (chg-measopts:platformenable=on) before a value of convertoam, oamcomplete, or netcomplete can be specified for the action parameter.

2160 E2160 Cmd Rej: Measurements collect must be off

A valid upgrade release must reside on the plug-in flash drive or the inactive partition of the fixed disk.

2962 E2962 Cmd Rej: <Device> is <condition>

The standby OAM database must be the source release.

2180 E2180 Cmd Rej: Current stdby OAM db is not supported for this upgrade

The current OAM database must be the source release.

2179 E2179 Cmd Rej: Current actv OAM db is not supported for this upgrade

The database partition must be coherent.

2967 E2967 Cmd Rej: Active OAM database is incoherent

The database partition must be in the correct functional mode.

2172 E2172 Cmd Rej: Command action is out of phase with expected procedure

The action=convertstp and thres parameters must be specified together in the command.

3443 E3443 Cmd Rej: THRES parm and action=CONVERTSTP must be specified together

Upgrade conversion cannot be initiated from a telnet-type terminal (terminal IDs 17-40).

4283 E4283 Cmd Rej: Command cannot be executed on a Telnet terminal

The DCM cards are obsolete for SS7IPGW, IPGWI, IPLIM, and IPLIMI applications.

2105 E2105 Cmd Rej: Invalid card TYPE and APPL load type combination

The action=getrel and release parameters must be specified together in the command.

2155 E2155 Cmd Rej: Invalid parameter combination specified

An IPSM card must be provisioned and in service before a value of getrel or chkrel can be specified for the action parameter.

2387 E2387 Cmd Rej: Card is not in service

The ent-ftp-serv:app=dist command must be entered before a value of getrel or chkrel can be specified for the action parameter.

2774 E2774 Cmd Rej: FTP Server table entry not found for this APP/IPADDR

The act-upgrade:action=convertstp cannot be issued with any removable media inserted in any of the USB ports.

4851 E4851 Cmd Rej: Removable media can not be inserted

Invalid hardware configuration alarms are set or an HMUX alarm must be addressed.

3908 E3908 Cmd Rej: Invalid OAM HW config or an HMUX card is out of service

All cards that are in the auto-inhibited state must be removed before this command can be entered.

3444 E3444 Cmd Rej: Upgrade prevented due to auto-inhibited card

Cards that prevent the IMT buses from being inhibited during the upgrade cannot exist in the system.

2738 E2738 Cmd Rej: Can not inhibit IMT bus - alternate bus is in abnormal state

The specified source drive must be at the correct database version for the upgrade to proceed.

2945 E2945 Cmd Rej: Source database version is not compatible

The plug-in flash drive cannot contain an EAGLE backup image.

3725 E3725 Cmd Rej: Removable drive database level is not compatible

If the src=usb parameter is selected, then the plug-in flash drive upgrade media must be inserted in the Active OAM's flush-mounted USB port.

4918 E4918 Cmd Rej: Could not access USB disk

The internal RAM disk must be available for the plug-in flash drive's upgrade image to be unpackaged.

4919 E4919 Cmd Rej: Could not access RAM disk

The disk that contains the upgrade target release must be in a known upgrade mode.

3441 E3441 Cmd Rej: Target Release source disk in unknown upgrade mode

If the src=usb or src=server parameter is specified, then the action=getrel parameter must be specified. If the src=fixed parameter is specified, then the action=getrel parameter cannot be specified.

2157 E2157 Cmd Rej: Source parameter invalid for upgrade action

The EAGLE PVN address in the source database cannot be identical to the EAGLE FCNA or FCNB network address in the target database.

5013 E5013 Cmd Rej: PVN, FCNA and FCNB must not be identical

The icdpnunknx and icdpnunknX and the gcdpnunknx and gcdpnunknX NPP Action Sets cannot co-exist in the source release.

5149 E5149 Cmd Rej: Invalid table entry, can not be repaired by conversion code

The value specified for the release parameter must be at least 11 characters in length and contain a hyphen (-). The format of the value must be xx.xx.xx-yy.yy.yy, where xx.xx.xx is the release number, and yy.yy.yy is the engineering build number.

2314 E2314 Cmd Rej: Invalid filename entered

The card must have sufficient DRAM memory to perform the GTMOD table Health Check.

5383 E5383 Cmd Rej: Not enough memory on card

The AMGTT data in the GTT table cannot exceed the capacity of the GTMOD table (100 K).

5283 E5283 Cmd Rej: GTMOD table is full

Unable to access GTT table from source drive.

3119 E3119 Cmd Rej: Failed Reading GTT TRANS table

The MFC feature must be ON prior to upgrading to release 46.2 or later.

3248 E3248 Cmd Rej: MFC Off, upgrade aborted

The action=refreshsets and action=verifysets parameters are not supported.

5480 E5480 Cmd Rej: This upgrade action is unavailable in this release

The thres parameter cannot be specified if the threshold type (threstype) has been changed to set.

5481 E5481 Cmd Rej: THRES parameter not valid when using threstype = SET

When issuing the act-upgrade command with the threstype assigned to card sets, the list of card sets needs to be created and valid.

3241 E3241 Cmd Rej: The Card Set List is not valid, verify or create

When issuing the act-upgrade command with the threstype assigned to Card Set, the card set list must be consistent with the current EAGLE configuration, unless force=yes is allowed and specified. Details of any such inconsistencies and recovery instructions will be reported in a similar manner as act-upgrade:action=verifysets.

3503 E3503 Cmd Rej: Card Configuration is inconsistent with Card Set List

Security log purging must be stopped (CHG-ATTR-SECULOG:PURGEPERIOD=0) when the act-upgrade command is executed.

E3667 Cmd Rej: Change PURGEPERIOD to 0

Notes

The act-upgrade:action=convertstp command executes all four upgrade phases consecutively.

If the act-upgrade:action=convertstp command is entered following a command abort, the upgrade processing determines the last upgrade phase that was successfully completed. The upgrade processing then attempts to restart from that point to successful completion. Re-entering the act-upgrade:action=convertstp command following a command abort is the recommended method for recovery.

The TDMs and plug-in flash drives have upgrade phase indicators. The upgrade command expects the disks to be in certain phases before executing a specific action. If the disks are not in the correct phases, an error is generated.

The act-upgrade:action=dbstatus command generates output similar to that provided by the rept-stat-db:display=version command.

The thres parameter is used to:

• Allow multiple cards to be upgraded together, as long as the specified percentage of links remains in service. The value is applied to groups of links based upon the link-supporting group or the entire system. The grouping is set by the chg-upgrade-config:threstype= command.
• Enable SCCP thresholding, which allows multiple Service Module cards to be upgraded together. The specified thres parameter value is not used to determine the number of Service Module cards to upgrade. The peak SCCP load since the last OAM boot is used to determine the number of cards that must remain in service (at least half of the cards must remain in service).
• Enable the non-provisioned flash function, which flash-downloads any boot-prom type card if the card is in the system but not provisioned.

The act-upgrade:action=getrel action defaults to getting the release from the provisioned IPSM card using the provisioned FTP Server. If the src=usb parameter is specified, then the release is obtained from the plug-in USB flash drive upgrade media.

Output

The action dbstatus reports the current database status.

eaglestp 15-02-13 11:45:51 MST  EAGLE5 45.0.1-64.70.35 Upg Phase 0
    DATABASE STATUS: >> OK <<
            TDM 1114 ( STDBY)                 TDM 1116 ( ACTV )
            C   LEVEL    TIME LAST BACKUP     C   LEVEL    TIME LAST BACKUP
            - -------- ---------------------- - -------- ----------------------
    FD BKUP Y      210     -        -         Y      210     -        -
    FD CRNT Y      210                        Y      210
            MCAP 1113                         MCAP 1115
            - --------                        - --------
    RD BKUP -    -         -        -         -    -         -        -
    USB BKP -    -         -        -         -    -         -        -

    CARD/APPL  LOC   C  T  LEVEL       TIME LAST UPDATE   VERSION STATUS
    ---------  ----  -  -  ----------  -----------------  -------------------
    OAM-RMV    1113  -  -      -           -        -          -
    TDM-CRNT   1114  Y  N  210         15-01-16 12:22:02  135-000-000  NORMAL
    TDM-BKUP   1114  Y  -  210         15-01-16 12:22:02  135-000-000  NORMAL
    OAM-RMV    1115  -  -      -           -        -          -
    OAM-USB    1115  -  -      -           -        -          -
    TDM-CRNT   1116  Y  N  210         15-01-16 12:22:02  135-000-000  NORMAL
    TDM-BKUP   1116  Y  -  210         15-01-16 12:22:02  135-000-000  NORMAL

    INACTIVE PARTITION GROUP
    CARD/APPL  LOC   C  T  LEVEL       TIME LAST UPDATE   VERSION STATUS
    ---------  ----  -  -  ----------  -----------------  -------------------
    TDM-CRNT   1114  N  -  1           00-00-00 00:00:00  136-000-000  NORMAL
    TDM-BKUP   1114  N  -  1           00-00-00 00:00:00  136-000-000  NORMAL
    TDM-CRNT   1116  Y  -  1           00-00-00 00:00:00  136-000-000  NORMAL
    TDM-BKUP   1116  Y  -  1           00-00-00 00:00:00  136-000-000  NORMAL
;

Use this command to log into the system. This command is an alternate to the login command. After the command is entered, the system requests a password. For security reasons the password is not echoed to the terminal.

Parameters

uid (mandatory)

User ID. The system prompts you for a valid password after this ID is entered.

Range:

azzzzzzzzzzzzzzz

1 alphabetic character followed by up to 15 alphanumeric characters; the first character must be a letter.

Example

act-user:uid=john

Dependencies

The first character of the user ID must be a letter.

2053 E2053 Cmd Rej: Incorrect information unit, expecting string - <parm>

Notes

The login command can be used instead of act-user. The command act-user has been provided in accordance with OTGR standards.

When a new system is shipped, the user ID and password are set to the system. Change these immediately to ensure system security.

Output

Not applicable.

Use this command to change the card from OOS-MT-DSBLD (Out-of-Service-Maintenance-Disabled) to IS-NR (In-Service-Normal) if the loading is successful.

Parameters

code (optional)

The GPL type to be loaded.

Note:

In case code is provided along with sloc and eloc parameters in the command, then code parameter's value is applied to all the cards within sloc-eloc range, including sloc and eloc.

Caution:

Do not enter the pktgen or inactiveprtn values for this parameter unless instructed to do so by Oracle personnel.

Range:

appr

Downloads the approved GPL

inactiveprtn

Downloads the MASP with associated GPL from the inactive partition of the TDM. This value should be specified only during a software upgrade.

pktgen

Downloads the PKTGEN GPL for the appropriate hardware type. This GPL is to be used only for engineering test purposes and must not be used in customer installations without engineering oversight.

Note:

After the PKTGEN GPL is initially downloaded to a card by this command, the PKTGEN GPL will continue to be downloaded to the card until another alw-card command is issued.

trial

Downloads the trial GPL

Default:

appr

data (optional)

High memory refresh. This parameter causes data to be reloaded to the specified card.

Note:

Various conditions in the system may prevent the persistence of the data on the cards. In case data parameter is provided along with sloc and eloc parameters in the command, then data parameter's value is applied to all the cards within sloc-eloc range, including sloc and eloc.

Range:

persist

Indicates that the database is not to be reloaded to the card. This parameter is used to request that the EAGLE perform a warm restart of the requested cards. The EAGLE performs various checks to ensure that all conditions necessary to initiate the warm restart are in place. During the card initialization and loading sequence, a warm restart is performed if the card meets the warm restart conditions, as described in the Notes section of this command.

refresh

Causes data to be reloaded to the specified card.

Default:

refresh

loc (optional)

The card location as stenciled on the shelf of the system.

Range:

1101 - 1108, 1111 - 1113, 1115, 1201 - 1208, 1211 - 1218, 1301 - 1308, 1311 - 1318, 2101 - 2108, 2111 - 2118, 2201 - 2208, 2211 - 2218, 2301 - 2308, 2311 - 2318, 3101 - 3108, 3111 - 3118, 3201 - 3208, 3211 - 3218, 3301 - 3308, 3311 - 3318, 4101 - 4108, 4111 - 4118, 4201 - 4208, 4211 - 4218, 4301 - 4308, 4311 - 4318, 5101 - 5108, 5111 - 5118, 5201 - 5208, 5211 - 5218, 5301 - 5308, 5311 - 5318, 6101 - 6108, 6111 - 6118

perdata (optional)

Persist a particular DB type on all cards (irrespective of the card's type).

Range:

all

Persist all data (GTT/MPS) that can be persisted on the card

mps

Persist only MPS data on the card that supports persistence of MPS DB

gtt

Persist only GTT data on the card that supports persistence of GTT DB

Default

all

Note:

The perdata parameter can only be specified where data=persist is given.

Example

alw-card:loc=2301:code=trial

alw-card:loc=1101:data=persist

alw-card:loc=1106:data=persist:perdata=gtt

Dependencies

The shelf and card must be equipped.

2144 E2144 Cmd Rej: Location invalid for hardware configuration

No other action command can be in progress when this command is entered.

2368 E2368 Cmd Rej: System busy - try again later

An EPAP-based feature or an LNP feature that is warm-restart capable must be enabled; SIP or DEIR must be enabled, or at least one ENUM or one GTT-enabled IPSG card must be present before this command can be entered with the data=persist parameter.

2592 E2592 Cmd Rej: Warm Restart capable Feature must be enabled

The data parameter is valid only for SCCP card locations or GPLs, or MPS database (VSCCP) card locations or GPLs, or GTT-enabled IPSG card locations or GPLs.

E3852 Cmd Rej: Specified APPL/LOC/TYPE not supported with DATA parameter

The card location (loc) must be within the allowed range.

2016 E2016 Cmd Rej: <parm_desc> is out of range - <parm>

A card that is the active MASP cannot be specified for the loc/sloc/eloc parameter.

3949 E3949 Cmd Rej: Specified card cannot be the Active MASP

2376 E2376 Cmd Rej: Specified LOC is invalid

If an OAM card is installed in the location specified by the loc parameter, then only a value of inactiveprtn is supported for the code parameter.

3432 E3432 Cmd Rej: Code parameter not supported for OAM locations

The S13 EIR feature must be activated before allowing a card running the DEIRHC GPL.

2728 E2728 Cmd Rej: S13 Feature Must Be Activated

The PERDATA parameter is valid only with the DATA parameter.

2155 E2155 Cmd Rej: Invalid parameter combination specified

The SIP NP feature must be activated before allowing a card running the SIPHC GPL.

3539 E3539 Cmd Rej: SIP NP Feature Must Be Activated

Notes

Installation Guide provides an illustration of card locations.

The system previously supported the data parameter for reloading GTT data. The system does not support persistent GTT data loading, and the data parameter is now used in support of a warm restart feature.

A number of reasons exist for not being able to warm restart. If none of these conditions exists, a warm restart is possible and will be attempted following a Service Module card reset.

• The following conditions require a full data reload:
  • AUDIT FAILED—Checksum comparisons of the LNP database failed during card initialization. Data on the card is determined to be corrupted after the reset (was not yet detected by normal auditing).
  • AUDIT TIMEOUT—LNP initialization audit timed out (software failure)
  • DB LEVEL—Database level is not supported, or the difference exceeds incremental loading capability. This condition is caused by the reset of OAMs or if the number of updates exceeds the incremental loading capability.
  • DB STATUS—Database status of the card is incoherent at the time of a reset. This condition can be caused by a failed network card update or a reset during a database update to the card.
  • DB VERSION—LNP Database version has changed from the previous version. An import, or bulk downloads (chg-db), or changes from release to release may alter the database version.
  • HW ERROR—Hardware error bit checks on the card failed during card initialization
  • NO AUDIT—Unable to perform an LNP audit. The LNP audit is not on (for example, LNP options has audit=off). This condition can occur if the rate of LNP updates exceeds the ability of the LNP audit to compute checksums (excessive unknown checksums). This condition is more likely on a small database where there are fewer checksums. The percentage of known checksums must be 99% or more. The percentage is based on the number of checksums in use, which is smaller for small databases (such as two million TNs or fewer).
  • POWER ON—A power on reset (the card is pulled and reinserted)
  • UNKNOWN/OTHER—Unknown or other type of software failure.
  • USER REQUEST—User-initiated init-card or init-sys command reload type=cold. The default restart type for these commands is a cold or full LNP data reload. The user must specify data=persist for a warm restart on command.
  • XILINX VERSION—The M256 Xilinx program version has changed from the previous version.
• The following conditions require a cold restart for the MCPM card:
  • DB STATUS—Database status of the card is incoherent at the time of a reset. This condition can be caused by a failed network card update or a reset during a database update to the card.
  • MEAS DB–Measurements database initialization failure or corruption.
  • POWER ON—A power on reset (card is pulled and reinserted).
  • UNKNOWN/OTHER—Unknown or other type of software failure.
  • XILINX VERSION—D1G Xilinx program version has changed from previous version.
• The following conditions require a cold restart for the GTT-enabled IPSG card:
  • GTT DB LEVEL— GTT Database level is incoherent at the time of reset. This condition is caused by the reset of OAMs.
  • GTT DB STATUS— GTT Database status of the card is incoherent at the time of a reset. This condition can be caused by a failed network card update or a reset during a database update to the card.
  • POWER ON— A power on reset (the card is pulled and reinserted)
  • UNKNOWN/OTHER— Unknown or other type of software failure.
  • USER REQUEST— User-initiated init-card or init-sys command reload type=cold. The default restart type for these commands is a cold or full GTT data reload. The user must specify data=persist for a warm restart on command.
  • XILINX VERSION— The SLIC Xilinx program version has changed from the previous version.

When the OA&M IP Security feature is turned on, and an IPSM card is inserted and initialized for the first time or is removed, inserted, and initialized again, the "SSH Host Keys Regenerated" UIM is displayed. The UIM shows the generated SSH Host Key fingerprint that must be provided at the secure client in order for secure information transfer to occur. The SSH Host Key fingerprint is changed whenever power is lost and restored to an IPSM card.

 rlghncxa03 03-07-11 07:05:00 EST  EAGLE 30.2.0 
 0021.1493    CARD 1111     INFO    SSH Host Keys Regenerated  

84  7c  92  8b  c  7c  ds  19  1c  6  4b  de  5c  8f  c5  4d  

Report Date:03-07-11  Time:22:27:36
; 

When the OA&M IP Security feature is turned on, and an IPSM card is restarted with this command, the "SSH Host Keys Loaded" UIM is displayed. The UIM shows the current SSH Host Key fingerprint. The SSH Host Key fingerprint is not changed if the IPSM card does not lose power.

rlghncxa03 03-07-11 07:05:00 EST  EAGLE 30.2.0  
0021.1493    CARD 1111     INFO    SSH Host Keys Regenerated  

DSA Server Host Key FTRA-formatted Fingerprint= 
84  7c  92  8b  c  7c  ds  19  1c  6  4b  de  5c  8f  c5  4d  

Report Date:03-07-11  Time:22:27:36 
;

If a location for an E5-E1T1-B (type LIME1 or LIMT1), or E5-ATM-B (type LIMATM or LIME1ATM) card is specified, then at least one signaling link must be provisioned for the card before it can be allowed.

When SLOC and ELOC are given in the alw-card command, along with DATA and PERDATA parameters, instead of displaying an MTT, a list of card locations will be displayed pointing out the cards on which data was persisted and the cards on which it wasn't.

Output

    rlghncxa03w 06-06-01 11:11:28 EST  EAGLE 35.0.0
    Card has been allowed. 
;

tekelecstp 16-09-08 17:58:00 EST   EAGLE 46.5.0.0.0-70.4.0
    Card 1103 – 1106 have been allowed.
    LOC 1103 : ALLOW OPERATION COMPLETED.
    LOC 1104 : ALLOW OPERATION COMPLETED: Data not persisted.
    LOC 1105 : ALLOW OPERATION COMPLETED.
    LOC 1106 : ALLOW OPERATION COMPLETED.

Use this command to change the state of the specified Interprocessor Message Transport (IMT) bus from OOS-MT-DSBLD (Out-of-Service-Maintenance-Disabled) to IS-NR (In-Service-Normal), if the command is successful. If the command fails, the status is IS-ANR (In-Service-Abnormal). The IMT bus is comprised of two 125 Mbps counter-rotating serial busses. If one bus fails, the other immediately assumes control of all messages.

Parameters

bus (mandatory)

The IMT bus with the status to be changed.

Range:

a

b

Example

alw-imt:bus=a

Dependencies

This command cannot be entered during an IMT Fault Isolation Test or an Extended Bit Error Rate Test (BERT).

3043 E3043 Cmd Rej: IMT test in progress

This command cannot be entered if an IMT Rate Change sequence is in progress.

5184 E5184 Cmd Rej: IMT Rate Change sequence is in progress

Valid IMT bus entries are "A" or "B".

2247 E2247 Cmd Rej: Bus parameter invalid

Notes

This command returns an inhibited IMT bus to service.

The function of this command is the same as the rst-imt command.

See the tst-imt command to determine the location of faults on a failed or abnormal IMT bus.

Output

    rlghncxa03w 04-01-07 11:11:28 EST EAGLE 31.3.0
    Allow IMT Bus A command issued.

    rlghncxa03w 04-01-07 11:11:28 EST EAGLE 31.3.0
    0100.0097 IMT BUS A Imt allowed 
;

Use this command to activate a subsystem and bring it online. The AIQ, ATINPQ, EIR, INP, INPQS, LNP, LNPQS, and V-Flex subsystems can be allowed and inhibited.

Parameters

ssn (mandatory)

Subsystem number.

Range:

2 - 255

Example

alw-map-ss:ssn=10

Dependencies

No other action command can be in progress when this command is entered.

2368 E2368 Cmd Rej: System busy - try again later

The system must be configured with at least one Service Module card running the VSCCP application.

2374 E2374 Cmd Rej: SCCP not Configured

The EIR, INP, LNP, or V-Flex  feature must be turned on, or the ANSI41 AIQ or ATINPQ feature must be enabled before this command can be entered.

3929 E3929 Cmd Rej: LNP/INP/EIR/VFLEX must be ON or ATINP/AIQ must be enabled

The value specified for the ssn parameter must be the AIQ, ATINPQ, EIR, INP, LNP or V-Flex subsystem number.

3581 E3581 Cmd Rej: SSN value must be LNP, INP, EIR, VFLEX, ATINPQ or AIQ SSN

The LNP subsystem must be online before the LNPQ subsystem number can be specified as a value for the ssn parameter.

3012 E3012 Cmd Rej: LNP Subsystem is offline in database

The V-Flex subsystem must be online before the V-Flex subsystem number can be specified as a value for the ssn parameter.

4721 E4721 Cmd Rej: VFLEX Subsystem is offline in database

The ATINPQ subsystem must be online before the ATINPQ subsystem number can be specified as a value for the ssn parameter.

4877 E4877 Cmd Rej: ATINPQ Subsystem is offline in database

The INP subsystem must be online before the INP subsystem number can be specified as a value for the ssn parameter.

3582 E3582 Cmd Rej: INP Subsystem is offline in database

The EIR subsystem must be online before the EIR subsystem number can be specified as a value for the ssn parameter.

4184 E4184 Cmd Rej: EIR Subsystem is offline in database

The AIQ subsystem must be online before the AIQ subsystem number can be specified as a value for the ssn parameter.

5182 E5182 Cmd Rej: AIQ Subsystem is offline in database

Notes

None

Output

    integrat40 00-05-24 10:37:22 EST  EAGLE5 31.0.0
    Allow map subsystem command sent to all SCCP cards.
    Command Completed. 
;

Use this command to return an inhibited signaling link to service. If the link was aligned when it was inhibited, a changeover occurred. This command causes a changeback on the specified link. MSUs are transmitted on the link after the changeback is issued.

Parameters

link (mandatory)

The signaling link defined on the card specified in the loc parameter. The links can be specified in any sequence or pattern.

Synonym:

port

Range:

a, b, a1 - a63, b1 - b63

Not all card types support all link parameter values.

See Table A-1 for valid link parameter range values for each type of card that can have a location specified by the loc parameter.

loc (mandatory)

The card location as stenciled on the shelf of the system.

Range:

1101 - 1108, 1111 - 1112, 1201 - 1208, 1211 - 1218, 1301 - 1308, 1311 - 1318, 2101 - 2108, 2111 - 2118, 2201 - 2208, 2211 - 2218, 2301 - 2308, 2311 - 2318, 3101 - 3108, 3111 - 3118, 3201 - 3208, 3211 - 3218, 3301 - 3308, 3311 - 3318, 4101 - 4108, 4111 - 4118, 4201 - 4208, 4211 - 4218, 4301 - 4308, 4311 - 4318, 5101 - 5108, 5111 - 5118, 5201 - 5208, 5211 - 5218, 5301 - 5308, 5311 - 5318, 6101 - 6108, 6111 - 6118

Example

alw-slk:loc=1301:link=b

Dependencies

A card location that is valid and defined in the database must be specified.

2376 E2376 Cmd Rej: Specified LOC is invalid

No other action command can be in progress when this command is entered.

2368 E2368 Cmd Rej: System busy - try again later

The card must contain signaling links.

2292 E2292 Cmd Rej: Card does not exist or is not a LIM (LOC)

The signaling link must be equipped in the database.

2373 E2373 Cmd Rej: Link is unequipped in the database

This command is not valid for cards running the IPGHC GPL.

3754 E3754 Cmd Rej: Command is not supported for IPGW(x) links

The card that contains the specified signaling link must be equipped in the specified card location.

2101 E2101 Cmd Rej: Card location is unequipped

The card in the specified card location cannot be a MUX card or the cards running the OAM application.

2144 E2144 Cmd Rej: Location invalid for hardware configuration

If IPSG-M3UA signaling links are used, then this command cannot be entered.

4077 E4077 Cmd Rej: Parameters incompatible with adapter type

An appropriate value must be specified for the link parameter when an ATM card is used:

• a-a1, b—E5-ATM-B card running the ATMANSI or ATMITU application

2972 E2972 Cmd Rej: Specified Link is not valid for Card and Appl Type

This command is not valid for IPSG-M3UA signaling links.

4813 E4813 Cmd Rej: Command not valid for IPSG-M3UA.

Notes

The function of this command is the same as the unhb-slk command.

Not every card location represents a signaling link. Be sure to address a signaling link in this command.

The Installation Guide provides an illustration of card locations.

Output

    tekelecstp 05-01-21 17:00:36 EST  EAGLE5 33.0.0
    Allow Link message sent to card 
;

Use this command to return the specified serial port to the state IS‑NR (in‑service normal) from the state OOS-MT-DSBLD (out-of-service maintenance-disabled) if the command is successful. If the command is not successful, the terminal’s state is OOS-MT (out-of-service maintenance).

Parameters

trm (mandatory)

The ID of the serial or telnet port to be put into service.

Range:

1 - 40

Example

alw-trm:trm=5

Dependencies

No other action command can be in progress when this command is entered.

2368 E2368 Cmd Rej: System busy - try again later

The IP User Interface feature must be enabled before terminal ports 17 through 40 can be specified in the trm parameter.

2365 E2365 Cmd Rej: TELNET Feature must be activated first

The terminal specified by the trm parameter must be equipped.

2372 E2372 Cmd Rej: Allow rejected, target terminal is not equipped

If a SEAS terminal is configured, then the IP address for the associated IPSM card must be specified before this command can be entered.

4472 E4472 Cmd Rej: The IP Addr of E5-IPSM corresponding to SEAS Trm must be set

The SEAS Over IP feature must be turned on before a SEAS terminal can be specified.

4453 E4453 Cmd Rej: SOIP Feature must be ON

The specified SEAS terminal cannot be auto-inhibited.

4617 E4617 Cmd Rej: SEAS Terminal is Auto-Inhibited

If a critical thermal alarm is raised against the IPSM card hosting the terminal, then the specified Telnet terminal cannot be returned to the IS-NR state.

4094 E4094 Cmd Rej: IPSM card has Critical Thermal Alarm

The terminal specified by the trm parameter cannot be configured as type=none (see the chg-trm command).

2156 E2156 Cmd Rej: Cannot allow terminal configured as type=none

Notes

The function of this command is the same as the rst-trm command.

When you attempt to return to service a terminal that is already in service, a warning message is echoed to the scroll area but no action is taken.

If a SEAS terminal is configured, then the corresponding card must be an IPSM card, and the SEAS Over IP feature must be turned on before the SEAS terminal is allowed. The SEAS terminal is auto-inhibited if the IP Address for the corresponding card is invalid.

Output

    rlghncxa03w 04-01-07 11:11:28 EST  EAGLE 31.3.0
    Allow message sent to terminal

    rlghncxa03w 04-01-07 11:11:28 EST  EAGLE 31.3.0
    1062.0046      TERMINAL     12         Terminal Enabled 
;

Use this command to perform a data audit, which is used to determine the integrity of the static and dynamic databases. This command can also be used to perform a separate GPL audit.

Parameters

ddbqp (optional)

DDB quiet period. The minimum DDB idle time, in milliseconds, during which no DDB updates are applied. After the quiet period, it is assumed that all DDB updates in the system have been processed, and no outstanding in-flight multi-cast updates exist.

If the idle period that is reported by the network card is less than the quiet period, then additional network responses are discarded, and the DDB audit process restarts. Up to three retries of the DDB audit process are performed by system. If all of the retry efforts fail, then the system status of the DDB audit report is marked as ABORTED.

Range:

0 - 5000

Default:

500

display (optional)

This parameter specifies whether a brief or full display is provided for the audit.

This parameter applies to static and dynamic STP databases.

Range:

all

For the static database, displays the checksum values, in hexadecimal, and details for each GPL and each subset of the current and backup database. For the dynamic database, displays the checksum values, in hexadecimal, for each dynamic database table on MTP cards.

brief

For the static database, displays the data collections for the current database, the backup database on the fixed disk, and the approved and trial GPLs. For the dynamic database, displays the system status with number of cards responded with or without checksum, the list of inconsistent cards, list of non-responding cards, number of cards not meeting quiet period requirement, number of cards responded with "DDB update in progess",  and active MTP cards in system.

except

For GPLs or database subsets with problems, displays the same information as display=all

Default:

brief

gplqp (optional)

GPL data audit quiet period. The number of audit cycles between audits of GPL data.

Note:

Data audits are always performed on GPLs at the first audit cycle after the EOAM or E5-OAM card recovers from a boot.

Range:

0 - 20

0—a GPL data audit is performed for every audit cycle

Default:

No change from the current value

System Default:

20

tblid (optional)

DMS Table ID. The table where the checksum is performed.

Range:

0 - 1022

type (optional)

The database to be audited.

Range:

ddb

dynamic database

fixed

static database

Default:

fixed

Example

aud-data:type=ddb:display=brief

aud-data:type=ddb:ddbqp=1000

aud-data:display=except

aud-data:tblid=127

aud-data:gplqp=3

Dependencies

Only one aud-data command can be in progress at a time.

2239 E2239 Cmd Rej: Data audit already in progress

If the type=ddb parameter is specified, then the except parameter cannot be specified.

2392 E2392 Cmd Rej: Received wrong display mode

If the ddbqp parameter is specified, then the type=ddb parameter must be specified.

2155 E2155 Cmd Rej: Invalid parameter combination specified

If the gplqp parameter is specified, then the tblid, ddbqp, and type=ddb parameters cannot be specified.

The display and tblid parameters cannot be specified together in the command.

2155 E2155 Cmd Rej: Invalid parameter combination specified

The DMS table specified by the tblid parameter must already exist.

2317 E2317 Cmd Rej: Invalid table Id

If the system is in upgrade mode, then this command cannot be entered.

3276 E3276 Cmd Rej: Command not allowed while in upgrade mode

Notes

Static Audit

The standby OAM must be available when the aud-data command for audit begins so that the standby OAM can receive the signal to begin auditing. If the standby OAM is not available when aud-data is issued, then the following messages are issued:

Extended Processing Time Required

Standby MASP is (or was) not available at audit start.

The above messages may also appear if the standby OAM is not available when the hourly periodic audit, which uses the aud-data command, automatically starts. The standby OAM is not performing any data auditing, so no audit results for the standby OAM are displayed in the audit report. Instead, the standby’s audit results are as follows:

No information currently available

If an auditing cycle completes on either the active or standby OAM and does not produce the full set of expected results (checksums), the following message appears:

Audit results may be incomplete

The audit results may be missing some of the checksums that would normally be displayed (display=all or display=except). The results may also contain summary status information (display=brief) that might have been calculated differently had some of the missing checksums been available. This condition can be caused if the audit results for the backup database are missing, probably because a backup database has not been created.

If the "Audit results may be incomplete" message appears in the audit report, perform the following procedure:

Audit Data

If the standby OAM does not run a audit cycle and no audit information is available, the following message appears:

Audit results are not available

This condition is probably caused by the standby OAM rebooting while a audit cycle is underway. If this message appears, ensure that the standby OAM is available and re-enter the aud-data command. Ensure that the standby OAM remains up (is not rebooted) for the duration of the audit cycle.

Dynamic Audit

The aud-data command is enhanced to allow a Dynamic data audit to be triggered manually.

If a dynamic background audit is already running, and the aud-data command is issued for a dynamic audit, then the following message appears. 

Periodic dynamic database audit is running with default quiet period.

Results will be displayed on completion.

The Standby OAM is not required for a dynamic audit. 

Output

This example shows output for a full display of a fixed database audit:

    rlghncxa03w 09-07-07 10:39:04 EST  EAGLE 41.1.0
    DATA AUDIT COMPLETE  (GPL AUD Quiet Period set to 3)
    CARD        LOC   DATA                 STATUS      NEW CS  OLD CS  REF CS
    TDM-ACTV    1114  CRNT MTP     SUBSET  OK          H'ffaf  H'ffaf  H'ffaf
                      CRNT GTT     SUBSET  OK          H'5864  H'5864  H'5864
                      CRNT GWS     SUBSET  OK          H'd089  H'd089  H'd089
                      CRNT MISC    SUBSET  OK          H'2735  H'2735  H'2735
                      CRNT DBMM    SUBSET  OK          H'1001  H'1001  H'1001
                      BKUP MTP     SUBSET  OK          H'2b85  H'2b85  H'2b85
                      BKUP GTT     SUBSET  OK          H'5864  H'5864  H'5864
                      BKUP GWS     SUBSET  OK          H'd089  H'd089  H'd089
                      BKUP MISC    SUBSET  OK          H'5af1  H'5af1  H'5af1
                      BKUP DBMM    SUBSET  OK          H'1001  H'1001  H'1001
                      APPR ATMANSI GPL     OK          H'1372  H'1372  H'1372
                      TRI  ATMANSI GPL     OK          H'1372  H'1372  H'1372
                      APPR VSCCP   GPL     OK          H'9251  H'9251  H'9251
                      TRI  VSCCP   GPL     OK          H'9251  H'9251  H'9251
                      APPR GLS     GPL     OK          H'8887  H'8887  H'8887
                      TRI  GLS     GPL     OK          H'8887  H'8887  H'8887
                      APPR UTILITY GPL     OK          H'18de  H'18de  H'18de
                      TRI  UTILITY GPL     OK          H'18de  H'18de  H'18de
                      APPR                 OK          H'b6c6  H'b6c6  H'b6c6
                      TRI                  OK          H'b6c6  H'b6c6  H'b6c6

    rlghncxa03w 09-07-07 10:39:04 EST  EAGLE 41.1.0
    DATA AUDIT COMPLETE  (GPL AUD Quiet Period set to 3)
    CARD        LOC   DATA                 STATUS      NEW CS  OLD CS  REF CS
    TDM-STDBY   1116  CRNT MTP     SUBSET  OK          H'ffaf  H'ffaf  H'ffaf
                      CRNT GTT     SUBSET  OK          H'5864  H'5864  H'5864
                      CRNT GWS     SUBSET  OK          H'd089  H'd089  H'd089
                      CRNT MISC    SUBSET  OK          H'2735  H'2735  H'2735
                      CRNT DBMM    SUBSET  OK          H'1001  H'1001  H'1001
                      BKUP MTP     SUBSET  OK          H'2b85  H'2b85  H'2b85
                      BKUP GTT     SUBSET  OK          H'5864  H'5864  H'5864
                      BKUP GWS     SUBSET  OK          H'd089  H'd089  H'd089
                      BKUP MISC    SUBSET  OK          H'5af1  H'5af1  H'5af1
                      BKUP DBMM    SUBSET  OK          H'1001  H'1001  H'1001
                      APPR ATMANSI GPL     OK          H'1372  H'1372  H'1372
                      TRI  ATMANSI GPL     OK          H'1372  H'1372  H'1372
                      APPR VSCCP   GPL     OK          H'9251  H'9251  H'9251
                      TRI  VSCCP   GPL     OK          H'9251  H'9251  H'9251
                      APPR GLS     GPL     OK          H'8887  H'8887  H'8887
                      TRI  GLS     GPL     OK          H'8887  H'8887  H'8887
                      APPR UTILITY GPL     OK          H'18de  H'18de  H'18de
                      TRI  UTILITY GPL     OK          H'18de  H'18de  H'18de
                      APPR                 OK          H'b6c6  H'b6c6  H'b6c6
                      TRI                  OK          H'b6c6  H'b6c6  H'b6c6
 ;

    rlghncxa03w 09-07-07 10:39:04 EST  EAGLE 41.1.0
    Extended Processing Time Required
    Results will be displayed on completion

    rlghncxa03w 09-07-07 10:39:04 EST  EAGLE 41.1.0
    DATA AUDIT COMPLETE (GPL AUD Quiet Period set to 3): 
    CARD        LOC   DATA                 STATUS      NEW CS OLD CS REF CS
    TDM-ACTV  1116  CRNT MTP     SUBSET  DIFFERENT   H'aaaa H'aaaa H'cccc
                    CRNT GTT     SUBSET  CORRUPTED   H'aaaa H'bbbb H'aaaa
                    APPR MCM     GPL     CORRUPTED   H'4321 H'3456 H'4321
                    APPR GLS     GPL     CORRUPTED   H'4321 H'3456 H'4321
                    APPR VSCCP   GPL     CORRUPTED   H'4321 H'3456 H'4321

    rlghncxa03w 09-07-07 10:39:01 EST  EAGLE 41.1.0
    Extended Processing Time Required
    Results will be displayed on completion

    rlghncxa03w 09-07-07 10:39:04 EST  EAGLE 41.1.0
    DATA AUDIT COMPLETE (GPL AUD Quiet Period set to 3):
    CARD      LOC   DATA                 STATUS      NEW CS OLD CS REF CS
    TDM-STDBY 1114  CRNT MTP     SUBSET  DIFFERENT   H'aaaa H'aaaa H'cccc
                    CRNT GTT     SUBSET  CORRUPTED   H'aaaa H'bbbb H'aaaa
                    APPR MCM     GPL     CORRUPTED   H'4321 H'3456 H'4321
                    APPR GLS     GPL     CORRUPTED   H'4321 H'3456 H'4321
                    APPR VSCCP   GPL     CORRUPTED   H'4321 H'3456 H'4321 
;

This example shows output for a brief display of a fixed database audit:

    rlghncxa03w 09-07-07 10:39:04 EST  EAGLE 41.1.0
    DATA AUDIT COMPLETE (GPL AUD Quiet Period set to 3):
    CARD        LOC   DATA        STATUS
    TDM-ACTV    1114  CRNT DB     OK
                      BKUP DB     OK
                      GPLS        OK

    rlghncxa03w 09-07-07 10:39:04 EST  EAGLE 41.1.0
    DATA AUDIT COMPLETE (GPL AUD Quiet Period set to 3):
    CARD        LOC   DATA        STATUS
    TDM-STDBY   1116  CRNT DB     OK
                      BKUP DB     OK
                      GPLS        OK 
;

This example shows output for a full dynamic database audit:

    tekelecstp 09/07/21 17:04:47 GMT  EAGLE 41.1.0
    DDB AUDIT REPORT
        SYSTEM STATUS             : INCONSISTENT
        ACTIVE MTP CARDS          : 21
        NON RESPONDING CARDS      : 7: 1207 1208 1211 1212 2108 2111 2112
        RESPONDING CARDS          : 14
        CARDS WITH NO DATA        : 2
        CARDS WITH DATA           : 12
        CARDS FAILING QUIET PRD   : 0
        CARDS WITH DDB UPD IN PRG : 3
        CARDS CONSIDERED FOR CKSM : 9
        INCONSISTENT CARDS        : 2: 1203 2103
        CONSISTENT CARDS          : 7
        AUDIT START TIME          : 21/07/2009  17:04:46
        QUIET PERIOD              : 600 ms
     
    RTE        LINK SET   LINK       CM CARD    CM CLSTR   MATED APPL MTP GLOBLS
      LOC   STATUS        CAUSE            IDLE       DDB UPD    ADDN'L STATUS
    H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8
      1201  CONSISTENT                     700        1000      
    H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8
      1202  CONSISTENT                     700        1000      
    H'000007d0 H'000007d0 H'000007d0 H'000007d0 H'000007d0 H'000007d0 H'000007d0
      1203  INCONSISTENT                   700        1000      
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      1204  NODATA        (DDB INIT)       ---------- ----------
    H'00000bb8 H'00000bb8 H'00000bb8 H'00000bb8 H'00000bb8 H'00000bb8 H'00000bb8
      1205  IN UPDATE 1   (TSRC,DDB)       700        1000       (IGNORED)
    H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8
      1206  CONSISTENT                     700        1000      
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      1207  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      1208  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      1211  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      1212  NORESP                         ---------- ----------
    H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8
      1213  CONSISTENT                     700        1000      
    H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8 ---------- H'000003e8
      2101  CONSISTENT                     700        1000      
    H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8 ---------- H'000003e8
      2102  CONSISTENT                     700        1000      
    H'000007d0 H'000007d0 H'000007d0 H'000007d0 H'000007d0 ---------- H'000007d0
      2103  INCONSISTENT                   700        1000       (WWA UPD=2)
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      2104  NODATA        (DDL XLOAD)      ---------- ----------
    H'00000bb8 H'00000bb8 H'00000bb8 H'00000bb8 H'00000bb8 ---------- H'00000bb8
      2105  IN UPDATE 2   (DDB)            700        1000       (IGNORED)
    H'00000bb8 H'00000bb8 H'00000bb8 H'00000bb8 H'00000bb8 ---------- H'00000bb8
      2106  IN UPDATE 2   (TSRC,DDB)       700        1000       (IGNORED)
    H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8 ---------- H'000003e8
      2107  CONSISTENT                     700        1000      
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      2108  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      2111  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      2112  NORESP                         ---------- ---------- 
;

This example shows output for a brief dynamic database audit:

    tekelecstp 09-07-15 07:34:13 GMT  EAGLE 41.1.0
    DDB AUDIT REPORT
        SYSTEM STATUS             : OK
        ACTIVE MTP CARDS          : 10
        NON RESPONDING CARDS      : 0 
        RESPONDING CARDS          : 10
        CARDS WITH NO DATA        : 0
        CARDS WITH DATA           : 10
        CARDS FAILING QUIET PRD   : 0
        CARDS WITH DDB UPD IN PRG : 0
        CARDS CONSIDERED FOR CKSM : 10
        INCONSISTENT CARDS        : 0 
        CONSISTENT CARDS          : 0
        AUDIT START TIME          : 15/07/2009  07:34:12
        QUIET PERIOD              : 20 ms
     
;

    audit 09-08-12 15:49:28 EST  EAGLE 41.1.0
    Extended processing time required.
    Results will be displayed on completion. 
;

    audit 09-08-12 15:50:08 EST  EAGLE 41.1.0

    CARD        LOC   TABLE ID   STATUS      NEW CS  OLD CS  REF CS
    TDM-ACTV    1114  127        OK          H'cb03  H'cb03  H'cb03 
;
    TABLE mtt.tbl AUDIT COMPLETE:
    CARD        LOC   TABLE ID   STATUS      NEW CS  OLD CS  REF CS
    TDM-STDBY   1116  127        OK          H'cb03  H'cb03  H'cb03

This example shows output for a full DDB audit when the status is ABORTED. Cards marked ("?") reported correct replies but their status was not evaluted.  

    tekelecstp 09-07-21 21:07:57 GMT  EAGLE 41.1.0
    DDB AUDIT REPORT
        SYSTEM STATUS             : ABORTED
        ACTIVE MTP CARDS          : 21
        NON RESPONDING CARDS      : 18: 1207 1208 1211 1212 2108 2111 2112 2113
        RESPONDING CARDS          : 3
        CARDS WITH NO DATA        : 0
        CARDS WITH DATA           : 3
        CARDS FAILING QUIET PRD   : 1
        CARDS WITH DDB UPD IN PRG : 1
        CARDS CONSIDERED FOR CKSM : 0
        INCONSISTENT CARDS        : 0  
        CONSISTENT CARDS          : 0
        AUDIT START TIME          : 21/07/2009  21:07:54
        QUIET PERIOD              : 600 ms
      
    RTE        LINK SET   LINK       CM CARD    CM CLSTR   MATED APPL MTP GLOBLS
      LOC   STATUS        CAUSE            IDLE       DDB UPD    ADDN'L STATUS
    H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8
      1201  NQUIET                         100        1000      
    H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8
      1202  IN UPDATE 1   (DDB)            700        1000       
    H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8 H'000003e8
      1203  ?                              700        1000
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      1204  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      1205  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      1206  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      1207  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      1208  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      1211  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      1212  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      1213  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      2101  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      2102  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      2103  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      2104  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      2105  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      2106  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      2107  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      2108  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      2111  NORESP                         ---------- ----------
    ---------- ---------- ---------- ---------- ---------- ---------- ----------
      2112  NORESP                         ---------- ---------- 
;

tekelecstp 16-08-25 10:39:04 EST  EAGLE 46.5.0
    DATA AUDIT COMPLETE  (GPL AUD Quiet Period set to 3)
    CARD        LOC   DATA                 STATUS      NEW CS  OLD CS  REF CS
    TDM-ACTV    1114  CRNT MTP     SUBSET  OK          H'ffaf  H'ffaf  H'ffaf
                      CRNT GTT     SUBSET  OK          H'5864  H'5864  H'5864
                      CRNT GWS     SUBSET  OK          H'd089  H'd089  H'd089
                      CRNT MISC    SUBSET  OK          H'2735  H'2735  H'2735
                      CRNT DBMM    SUBSET  OK          H'1001  H'1001  H'1001
                      BKUP MTP     SUBSET  OK          H'2b85  H'2b85  H'2b85
                      BKUP GTT     SUBSET  OK          H'5864  H'5864  H'5864
                      BKUP GWS     SUBSET  OK          H'd089  H'd089  H'd089
                      BKUP MISC    SUBSET  OK          H'5af1  H'5af1  H'5af1
                      BKUP DBMM    SUBSET  OK          H'1001  H'1001  H'1001
                      APPR ATMANSI GPL     OK          H'1372  H'1372  H'1372
                      TRI  ATMANSI GPL     OK          H'1372  H'1372  H'1372
                      APPR VSCCP   GPL     OK          H'9251  H'9251  H'9251
                      TRI  VSCCP   GPL     OK          H'9251  H'9251  H'9251
                      APPR IPSG32  GPL     OK          H'4261  H'4261  H'4261
                      TRI  IPSG32  GPL     OK          H'4261  H'4261  H'4261
                      APPR GLS     GPL     OK          H'8887  H'8887  H'8887
                      TRI  GLS     GPL     OK          H'8887  H'8887  H'8887
                      APPR UTILITY GPL     OK          H'18de  H'18de  H'18de
                      TRI  UTILITY GPL     OK          H'18de  H'18de  H'18de
                      APPR                 OK          H'b6c6  H'b6c6  H'b6c6
                      TRI                  OK          H'b6c6  H'b6c6  H'b6c6

    tekelecstp 16-08-25 10:39:04 EST  EAGLE 46.5.0
    DATA AUDIT COMPLETE  (GPL AUD Quiet Period set to 3)
    CARD        LOC   DATA                 STATUS      NEW CS  OLD CS  REF CS
    TDM-STDBY   1116  CRNT MTP     SUBSET  OK          H'ffaf  H'ffaf  H'ffaf
                      CRNT GTT     SUBSET  OK          H'5864  H'5864  H'5864
                      CRNT GWS     SUBSET  OK          H'd089  H'd089  H'd089
                      CRNT MISC    SUBSET  OK          H'2735  H'2735  H'2735
                      CRNT DBMM    SUBSET  OK          H'1001  H'1001  H'1001
                      BKUP MTP     SUBSET  OK          H'2b85  H'2b85  H'2b85
                      BKUP GTT     SUBSET  OK          H'5864  H'5864  H'5864
                      BKUP GWS     SUBSET  OK          H'd089  H'd089  H'd089
                      BKUP MISC    SUBSET  OK          H'5af1  H'5af1  H'5af1
                      BKUP DBMM    SUBSET  OK          H'1001  H'1001  H'1001
                      APPR ATMANSI GPL     OK          H'1372  H'1372  H'1372
                      TRI  ATMANSI GPL     OK          H'1372  H'1372  H'1372
                      APPR VSCCP   GPL     OK          H'9251  H'9251  H'9251
                      TRI  VSCCP   GPL     OK          H'9251  H'9251  H'9251
                      APPR IPSG32  GPL     OK          H'4261  H'4261  H'4261
                      TRI  IPSG32  GPL     OK          H'4261  H'4261  H'4261
                      APPR GLS     GPL     OK          H'8887  H'8887  H'8887
                      TRI  GLS     GPL     OK          H'8887  H'8887  H'8887
                      APPR UTILITY GPL     OK          H'18de  H'18de  H'18de
                      TRI  UTILITY GPL     OK          H'18de  H'18de  H'18de
                      APPR                 OK          H'b6c6  H'b6c6  H'b6c6
                      TRI                  OK          H'b6c6  H'b6c6  H'b6c6
 ;

Legend

Fixed Audit

• CARD—Card type
• LOC—Card location
• DATA—Type of data being audited:
  • APPR—Approved GPL
  • BKUP—Database in the backup partition
  • CRNT—Database in the current partition
  • DBMM—Database management mechanism database
  • GLS—GLS GPL
  • GTT—Global title translation database
  • GWS—Gateway screening database
  • MISC—Miscellaneous system configuration database
  • MTP—Message transfer part database (links, linksets, routing tables)
  • VSCCP—VSCCP GPL
  • IPSG32— IPSG32 GPL (GPL to be loaded on SLIC cards to run IPSG application with GTT functionality or without it)
  • ATMANSI—ATMANSI GPL
  • SUBSET orGPL—Indicates whether the data is a part of the database or a generic program load.
  • TRI—Trial GPL
• STATUS—Status of the database or GPL:
  • CORRUPTED—The database or GPL has been changed by some abnormal process. The GPL cannot be used.
  • DIFFERENT—The database or GPL contains information that is not consistent with the reference database or GPL
  • OK—The database or GPL is not corrupted and contains the same information as the reference database or GPL
• NEW CS—New checksum value calculated by this command
• OLD CS—Checksum value stored in the database or GPL
• REF CS—Reference checksum value stored on the active MASP

Dynamic DDB Audit

• SYSTEM STATUS:
  • OK—DDB is consistent on all active MTP cards or no active MTP card is present in system
  • INCONSISTENT—DDB is inconsistent
  • UNKNOWN—"All active MTP cards in the system responded without the checksum of DDB table" or "No active MTP card in the system responded to audit request"
  • ABORTED—"Checksums collected failed to meet the quiet period requirement" or "Number of cards responded with "DDB update in progess" greater than 25% number of cards responded with data"
• ACTIVE MTP CARDS—Number of active MTP cards
• NON RESPONDING CARDS—Number of non-responding cards
• RESPONDING CARDS—Number of responding cards
• CARDS WITH NO DATA—Cards sending replies without the checksum of dynamic tables, due to incomplete DDL crossload or DDB initialization
• CARDS WITH DATA—Cards sending replies with checksums
• CARDS FAILING QUIET PRD—Cards failing quiet time requirement
• CARDS WITH DDB UPD IN PRG—Cards sending replies marked as "DDB update in progess" due to DDB checksum not evaluated completely or TSRC task is incomplete
• CARDS CONSIDERED FOR CKSM—Cards sending correct replies. Replies are not marked with "DDB update in progess" or "Reply with no data".
• INCONSISTENT CARDS—Cards that are inconsistent
• CONSISTENT CARDS—Cards that are consistent
• AUDIT START TIME—Time that the audit started (DD/MM/YYYYY hh:ms:ss format)
• QUIET PERIOD—Minimum DDB idle time, in milliseconds, during which no DDB updates are applied
• RTE—Checksum of RTE Table
• LINK SET—Checksum of Link Set Table
• LINK—Checksum of Link Table
• CM CARD—Checksum of CM Card
• CM CLSTR—Checksum of CM Cluster
• MATED APPL—Checksum of Mated Application
• MTP GLOBLS—Checksum of MTP Globals Table
• IDLE (PERIOD)—Time elapsed, in milliseconds, since the last DDB update was received by this card
• DDB UPD—Total DDB updates received on the card
• ADDN'L STATUS—Display more information for the card, including WWA updates or whether card is considered for audit calculations
• CAUSE—Display the reason for sending replies of type "reply with no data " or "DDB update in progress". This value can be DDL (crossload not completed), DDB (dynamic database is not initialised), (TSRC, DDB) (TSRC task is not completed) or DDB (checksums still needs to apply on tables).
• ?—Card status is not evaluated (inconsistent/consistent) if the system status is marked as "ABORTED"
• IGNORED—Card responded with "DDB update in progess" and is not considered for calculating system status
• WWA UPD—Number of entries that were updated by the WWA

Use this command to force a local processor outage (LPO) on the specified link. The system begins sending link status signal units (LSSU) with status of processor outage (SIPO) to the adjacent signaling point.

Parameters

link (mandatory)

The signaling link defined on the card specified in the loc parameter. The links can be specified in any sequence or pattern.

Synonym:

port

Range:

a, b, a1 - a63, b1 - b63

Not all card types support all link parameter values.

See Table A-1 for valid link parameter range values for each type of card that can have a location specified by the loc parameter.

loc (mandatory)

The card location as stenciled on the shelf of the system.

Range:

1101 - 1108, 1111 - 1112, 1201 - 1208, 1211 - 1218, 1301 - 1308, 1311 - 1318, 2101 - 2108, 2111 - 2118, 2201 - 2208, 2211 - 2218, 2301 - 2308, 2311 - 2318, 3101 - 3108, 3111 - 3118, 3201 - 3208, 3211 - 3218, 3301 - 3308, 3311 - 3318, 4101 - 4108, 4111 - 4118, 4201 - 4208, 4211 - 4218, 4301 - 4308, 4311 - 4318, 5101 - 5108, 5111 - 5118, 5201 - 5208, 5211 - 5218, 5301 - 5308, 5311 - 5318, 6101 - 6108, 6111 - 6118

Example

blk-slk:loc=2311:link=a

Dependencies

A card location that is valid and defined in the database must be specified.

2376 E2376 Cmd Rej: Specified LOC is invalid

No other action command can be in progress when this command is entered.

2368 E2368 Cmd Rej: System busy - try again later

The card must contain signaling links.

2292 E2292 Cmd Rej: Card does not exist or is not a LIM (LOC)

The signaling link must be equipped in the database.

2373 E2373 Cmd Rej: Link is unequipped in the database

The card that contains the specified signaling link must be equipped in the specified card location.

2101 E2101 Cmd Rej: Card location is unequipped

The card in the specified card location cannot be a MUX card or the cards running the OAM application.

2144 E2144 Cmd Rej: Location invalid for hardware configuration

This command is not valid for links belonging to proxy linksets.

4693 E4693 Cmd Rej: Command not allowed for proxy links

This command is not valid for cards running IPGHC links.

3837 E3837 Cmd Rej: Command not valid for IPGHC

An appropriate value must be specified for the link parameter when an ATM card is used:

• a-a1, b—E5-ATM-B card running the ATMANSI or ATMITU application

2972 E2972 Cmd Rej: Specified Link is not valid for Card and Appl Type

The blk-slk command is not supported for links associated with J7 APCs.

2810 E2810 Command Rejected: Command is not valid for ITU-N16 links.

Notes

The function of this command is the same as the act-lpo command.

This command generates a minor alarm. Refer to Maintenance Guide for information on MRNs 0201 and 0208.

If this command is followed by the init-card command, the signaling link blockage is not preserved after the init-card command completes.

Installation Guide provides an illustration of card locations.

If the blk-slk or act-lpo command is issued for an IPSG signaling link, then one of the following events occurs:

• IPSG-M2PA signaling link—MTP3 local processor outage is initiated.
• IPSG-M3UA signaling link—The link is prohibited from entering service by rejecting received AS-ACTIVE messages.

Output

    tekelecstp 05-01-21 17:00:36 EST  EAGLE5 33.0.0
    Local processor outage being set. 
;

This example shows the output when no signaling link is defined for link A:

    tekelecstp 05-01-21 17:00:36 EST  EAGLE5 33.0.0
    Link is UNEQUIPPED in the database.
    Local processor outage being set. 
;

This example shows the output when slot 55 in the card location is not valid:

    tekelecstp 05-01-21 17:00:36 EST  EAGLE5 33.0.0
    Command Rejected: Slot ID out of range 
;

    tekelecstp 13-06-20 12:37:33 EST  45.0.0-64.56.0
    blk-slk:loc=1101:port=a
    Command entered at terminal #4.
E2810 Command Rejected: Command is not valid for ITU-N16 links.

Use this command to return all audible alarm indications to the local office.

Parameters

This command has no parameters.

Example

canc-alm-trns

Dependencies

No other action commands can be in progress when this command is entered.

2368 E2368 Cmd Rej: System busy - try again later

Notes

The function of this command is the same as the dact-alm-trns command.

After this command is entered, the rept-stat-alm command can be entered to verify the status of the alarms.

Output

    rlghncxa03w 04-01-07 11:11:28 EST  EAGLE 31.3.0
    Alarms returned to Local Maintenance Center
    Command Completed. 
;

This command halts processing and output of the copy-ext-stats, rept-imt-info, rept-stat-applsock, rept-stat-as, rept-stat-assoc, rept-stat-card, rept-stat-clk, rept-stat-dstn, rept-stat-ls, rept-stat-rte, rept-stat-slk, rept-stat-trbl, rtrv-appl-rtkey, rtrv-as, rtrv-assoc, rtrv-cmd, rtrv-dstn, rtrv-gta, rtrv-gtt, rtrv-lbp, rtrv-log, rtrv-ls, rtrv-map, rtrv-mrn, rtrv-obit, rtrv-rte, rtrv-scr-aftpc, rtrv-scr-blkdpc, rtrv-scr-blkopc, rtrv-scr-cdpa, rtrv-scr-cgpa, rtrv-scr-destfld, rtrv-scr-dpc, rtrv-scr-isup, rtrv-scr-opc, rtrv-scrset, rtrv-scr-sio, rtrv-scr-tt, rtrv-seculog, rtrv-secu-user, rtrv-slk, rtrv-tbl-capacity, rtrv-trbltx, rtrv-uaps, rtrv-vflx-cd, rtrv-vflx-rn, rtrv-vflx-vmsid, commands.

Entering this command without the trm parameter executes the command on the terminal that is running the canc-cmd command. Entering the command with the trm parameter executes the command on the terminal specified by the trm parameter.

Parameters

trm (optional)

The terminal on which the command is to be canceled.

Range:

1 - 40

Example

canc-cmd

canc-cmd:trm=3

Dependencies

The trm parameter cannot be specified in a canc-cmd command that is entered on the same terminal that is running the command that is to be cancelled. The terminal will return an error: system is busy.

2368 E2368 Cmd Rej: System busy - try again later

The canc-cmd:trm= command requires the Security Administration command class for the terminal and for the user.

2002 E2002 Cmd Rej: Authority Violation

The canc-cmd:trm= command requires a Security Administration command class for the terminal.

2003 E2003 Cmd Rej: Terminal Authority Violation

Notes

The canc-cmd command (without the trm parameter) must be entered on the same terminal that is running the command to be cancelled.

If this command is entered on a terminal that is not running a command, the command completes successfully without returning an error. Likewise, if the canc-cmd:trm= command is entered and there is no command running on the specified terminal, the command completes successfully without returning an error.

When canc-cmd with no parameter is entered, a scroll area message appears to indicate that the command has been cancelled. For example:

Command aborted on terminal 2.

Some output can still appear after the above abort message if output accumulated in the output queue before the command was entered. When a command is cancelled, the cancellation should take no longer than 25 seconds to take effect.

The F9 function key provides the same function as this command without the trm parameter. On a terminal in KSR mode, pressing <CTRL>I also provides the same function.

This command and the F9 function key cannot be used for pure SEAS commands.

If this command is entered to cancel a command other than ones listed, the terminal will accept another command, but output and processing of the current command continue.

When this command is entered, a command status code of AB (command aborted) is logged in the security log as follows:

• When canc-cmd (without the trm parameter) is entered, no entry is logged.
• When canc-cmd:trm= is entered, an entry is logged.
• When canc-cmd (without the trm parameter) is entered as a SEAS flow-thru command, an entry is logged. The canc-cmd:trm= command is not allowed as a SEAS flow-thru command because the canc-cmd:trm= command belongs to the Security Administration Command Class.

For examples of the security log entries, see the rtrv-seculog command.

Output

    rlghncxa03w 04-07-27 17:00:36 EST  EAGLE 31.6.0
    canc-cmd
    Command entered at terminal #2.

    rlghncxa03w 04-07-27 17:00:36 EST  EAGLE 31.6.0
    Command aborted on terminal 2. 
;

Use this command to remove an IP data link from service. The state of the link is changed from in service normal (IS-NR) to out of service maintenance disabled (OOS-MT-DSBLD).

Parameters

loc (mandatory)

The card location as stenciled on the shelf of the system.

Range:

1101 - 1108, 1111 - 1112, 1201 - 1208, 1211 - 1218, 1301 - 1308, 1311 - 1318, 2101 - 2108, 2111 - 2118, 2201 - 2208, 2211 - 2218, 2301 - 2308, 2311 - 2318, 3101 - 3108, 3111 - 3118, 3201 - 3208, 3211 - 3218, 3301 - 3308, 3311 - 3318, 4101 - 4108, 4111 - 4118, 4201 - 4208, 4211 - 4218, 4301 - 4308, 4311 - 4318, 5101 - 5108, 5111 - 5118, 5201 - 5208, 5211 - 5218, 5301 - 5308, 5311 - 5318, 6101 - 6108, 6111 - 6118

Example

canc-dlk:loc=1308

Dependencies

No other action command can be in progress when this command is entered.

2368 E2368 Cmd Rej: System busy - try again later

The shelf and card must be equipped.

2144 E2144 Cmd Rej: Location invalid for hardware configuration

2016 E2016 Cmd Rej: <parm_desc> is out of range - <parm>

The signaling link must be equipped in the database.

2373 E2373 Cmd Rej: Link is unequipped in the database

A card location that is valid and defined in the database must be specified.

2376 E2376 Cmd Rej: Specified LOC is invalid

Notes

None

Output

    rlghncxa03w 04-01-27 17:00:36 EST  EAGLE 31.3.0
    Deactivate Link message sent to card.
    Command Completed. 
;

Use this command to halt the echoing of command responses from the user’s terminal to other terminals or printers.

Parameters

trm (optional)

The ID number of the terminal for which the echo is being canceled.

Range:

1 - 16

Default:

Cancels all active echoes

Example

canc-echo

canc-echo:trm=7

Dependencies

The echo cannot be cancelled to the same terminal from which the canc-echo command is entered.

3422 E3422 Cmd Rej: Echo capability not applicable on originating terminal

An act-echo command must be active at the specified terminal before this command can be entered to cancel the echo.

2253 E2253 Cmd Rej: Echo is not set for this terminal

Notes

Only the echoing of command output responses can be halted by this command. To halt the printing of alarm and network messages, the chg-trm command must be used.

Output

    rlghncxa03w 04-01-07 11:11:28 EST  EAGLE 31.3.0
    canc-echo 
    Command entered at terminal #6.
    Scroll Area Output echo disabled to all terminals. 
;

    rlghncxa03w 04-01-07 11:11:28 EST  EAGLE 31.3.0
    canc-echo:trm=7 
    Command entered at terminal #6
    Scroll Area Output echo disabled for terminal 7. 
;

Use this command to cancel a processor outage and restore the link to its previous state. LSSUs with status of processor outage are terminated, and the link begins sending MSUs.

Parameters

link (mandatory)

The signaling link defined on the card specified in the loc parameter. The links can be specified in any sequence or pattern.

Synonym:

port

Range:

a, b, a1 - a63, b1 - b63

Not all card types support all link parameter values.

See Table A-1  for valid link parameter range values for each type of card that can have a location specified in the loc parameter.

loc (mandatory)

The address of the card containing the signaling link to be unblocked.

Range:

1101 - 1108, 1111 - 1112, 1201 - 1208, 1211 - 1218, 1301 - 1308, 1311 - 1318, 2101 - 2108, 2111 - 2118, 2201 - 2208, 2211 - 2218, 2301 - 2308, 2311 - 2318, 3101 - 3108, 3111 - 3118, 3201 - 3208, 3211 - 3218, 3301 - 3308, 3311 - 3318, 4101 - 4108, 4111 - 4118, 4201 - 4208, 4211 - 4218, 4301 - 4308, 4311 - 4318, 5101 - 5108, 5111 - 5118, 5201 - 5208, 5211 - 5218, 5301 - 5308, 5311 - 5318, 6101 - 6108, 6111 - 6118

Example

canc-lpo:loc=2311:link=b

Dependencies

A card location must be specified that is valid and defined in the database.

2376 E2376 Cmd Rej: Specified LOC is invalid

No other action command can be in progress when this command is entered.

2368 E2368 Cmd Rej: System busy - try again later

The value specified for the loc parameter must refer to one of the following cards, and the referenced card must be equipped:

• E5-E1T1-B, card running the SS7ANSI or CCS7ITU application
• E5-ATM-B card running the ATMANSI or ATMITU application
• E5-ENET-B card running the IPLIMI, or IPSG application
• SLIC card running the IPSG application

2144 E2144 Cmd Rej: Location invalid for hardware configuration

The card must contain signaling links.

2292 E2292 Cmd Rej: Card does not exist or is not a LIM (LOC)

The signaling link must be equipped in the database.

2373 E2373 Cmd Rej: Link is unequipped in the database

This command is not valid for links belonging to proxy linksets.

4693 E4693 Cmd Rej: Command not allowed for proxy links

An appropriate value must be specified for the link parameter when an ATM card is used:

• a-a1, b—E5-ATM-B card running the ATMANSI or ATMITU application

2972 E2972 Cmd Rej: Specified Link is not valid for Card and Appl Type

canc-lpo command is not supported for links associated with J7 APCs.

2810 E2810 Command Rejected: Command is not valid for ITU-N16 links

This command is not valid for IPSG-M3UA signaling links.

4813 E4813 Cmd Rej: Command not valid for IPSG-M3UA.

Notes

The function of this command is the same as the ublk-slk command.

Unblocking a signaling link removes a Level 2 failure resulting from a blk-slk of an ATM high-speed signaling link.

Installation Guide provides an illustration of card locations.

Output

    tekelecstp 05-01-21 17:00:36 EST  EAGLE5 33.0.0
    Local processor outage being cleared. 
;

In the following example, card location 1113 is not valid:

    tekelecstp 05-01-21 17:00:36 EST  EAGLE5 33.0.0
    Command Rejected : Location is not valid for command 
;

Use this command to change the state of the specified link to OOS‑MT-DSBLD (Out-Of-Service Maintenance Disabled).

Parameters

link (mandatory)

Signaling link defined on the card specified in the loc parameter. The links can be specified in any sequence or pattern.

Synonym:

port

Range:

a, b, a1 - a63, b1 - b63

Not all card types support all link parameter values.

See Table A-1  for valid link values for each type of card that can have a location specified in the loc parameter.

loc (mandatory)

The card location as stenciled on the shelf of the system.

Range:

1101 - 1108, 1111 - 1112, 1201 - 1208, 1211 - 1218, 1301 - 1308, 1311 - 1318, 2101 - 2108, 2111 - 2118, 2201 - 2208, 2211 - 2218, 2301 - 2308, 2311 - 2318, 3101 - 3108, 3111 - 3118, 3201 - 3208, 3211 - 3218, 3301 - 3308, 3311 - 3318, 4101 - 4108, 4111 - 4118, 4201 - 4208, 4211 - 4218, 4301 - 4308, 4311 - 4318, 5101 - 5108, 5111 - 5118, 5201 - 5208, 5211 - 5218, 5301 - 5308, 5311 - 5318, 6101 - 6108, 6111 - 6118

Example

canc-slk:loc=1301:link=a

Dependencies

A card location must be specified that is valid and defined in the database.

2376 E2376 Cmd Rej: Specified LOC is invalid

No other action command can be in progress when this command is entered.

2368 E2368 Cmd Rej: System busy - try again later

The card must contain signaling links.

2292 E2292 Cmd Rej: Card does not exist or is not a LIM (LOC)

The signaling link must be equipped in the database.

2373 E2373 Cmd Rej: Link is unequipped in the database

The card that contains the specified signaling link must be equipped in the specified card location.

2101 E2101 Cmd Rej: Card location is unequipped

The card in the specified card location cannot be a MUX card or the cards running the OAM application.

2144 E2144 Cmd Rej: Location invalid for hardware configuration

An appropriate value must be specified for the link parameter when an ATM card is used:

• a-a1, b—E5-ATM-B card running the ATMANSI or ATMITU application

2972 E2972 Cmd Rej: Specified Link is not valid for Card and Appl Type

Notes

Not every card location represents a signaling link. Be sure to address a signaling link in this command.

Installation Guide provides an illustration of card locations.

After this command is entered, the rept-stat-slk command can be entered to verify the cancellation.

Output

    rlghncxa03w 05-02-07 11:11:28 EST  EAGLE5 33.0.0
    Deactivate Link message sent to card 
;

Use this command to end a user session.

Parameters

This command has no parameters.

Example

canc-user

Dependencies

None

N/A N/A

Notes

The dact-echo or logout command can be used in place of this command.

Output

Use this command to change the values of ACG controls assigned to certain queries. The control can apply to all queries or to specific query services and called party digits. A particular control is selected to be changed by either specifying that it is the type=all control or specifying its service and digits.

Parameters

aintvl (optional)

AIN interval index

Range:

1 - 15

Default:

No change to the current value

dgts (optional)

Digits

Range:

000 - 999, 000000 - 9999999999

Specify 3 digits or 6-10 digits.

drtn (optional)

Duration index. The amount of time that the ACG is in effect. This number is mapped to a time value at the LNP node.

Range:

1 - 13

Default:

No change to the current value

intvl (optional)

Interval index. The amount of time between ACGs. This number is mapped to a time value for the LNP node.

Range:

0 - 15

Default:

No change to the current value

nd (optional)

New number of digits

Range:

3, 6 - 10

Default:

No change to the current value

serv (optional)

Query service

Range:

ain

in

type (optional)

Type of control

Range:

all

sd

Default:

sd

Example

To change the type=all MIC to use 3 digits:

chg-acg-mic:type=all:nd=3

To change the MIC for AIN queries for 919-460-2132 to use an interval index of 15:

chg-acg-mic:serv=ain:dgts=9194602132:aintvl=15

To change the MIC for IN queries for 919-xxx-xxxx to use a duration index of 9 and an interval index of 5:

chg-acg-mic:serv=in:dgts=919:drtn=9:intvl=5

Dependencies

If the type=all parameter is specified, then the nd, drtn, intvl, or aintvl parameter must be specified.

3069 E3069 Cmd Rej: Parameter ND, DRTN, INTVL, or AINTVL is required

If the type=all parameter is specified, then the serv and dgts parameters cannot be specified.

3057 E3057 Cmd Rej: Parameters SERV and DGTS are not allowed for TYPE = ALL

If the type=sd parameter is specified, then the serv and dgts parameters must be specified.

3058 E3058 Cmd Rej: Parameters SERV and DGTS are required

If the type=sd parameter is specified, then the nd parameter cannot be specified.

3059 E3059 Cmd Rej: Parameter ND is not allowed

If the serv=ain parameter is specified, then the drtn or aintvl parameter must be specified.

3070 E3070 Cmd Rej: Parameter DRTN or AINTVL is required

If the serv=ain parameter is specified, then the intvl parameter cannot be specified.

3061 E3061 Cmd Rej: Parameter INTVL is not allowed

If the serv=in parameter is specified, then the drtn or intvl parameter must be specified.

3071 E3071 Cmd Rej: Parameter DRTN or INTVL is required

If the serv=in parameter is specified, then the aintvl parameter cannot be specified.

3063 E3063 Cmd Rej: Parameter AINTVL is not allowed

The dgts parameter value must be either 3 digits in the range 000-999 or 6-10 digits in the range 000000-9999999999.

3064 E3064 Cmd Rej: DGTS parameter must be 3 or 6-10 digits

The nd parameter value must be 3 or 6-10 to indicate the number of new digits.

3065 E3065 Cmd Rej: ND parameter must be 3 or 6-10

The LNP feature must be turned on before this command can be entered.

3009 E3009 Cmd Rej: LNP feature must be ON

If the type=all parameter is specified, then a MIC with type=all must exist.

3072 E3072 Cmd Rej: No MIC of TYPE=ALL exists

If the type=sd parameter is specified, then a MIC with the same service and digits must exist.

3073 E3073 Cmd Rej: No MIC with the same service and digits exists

Notes

None

Output

    rlghncxa03w 04-01-28 08:50:12 EST  EAGLE 31.3.0
    ACG MIC table is (11 of 256) 4% full of type SD
    CHG-ACG-MIC: MASP A - COMPLTD 
;

Use this command to change the definition of a node overload level. The definition is comprised of the threshold LNP query rates for node overload levels and the values for the automatic call gappings (ACG) to be sent when at the specified level.

Parameters

lvl (mandatory)

Overload level.

Range:

1 - 10

and (optional)

AIN number of digits. The number of digits in the global title address of an AIN query.

Range:

6, 10

Default:

No change to the current value

drtn (optional)

Duration index. The amount of time that the ACG is in effect. This number is mapped to a time value at the LNP node.

Range:

1 - 13

Default:

No change to the current value

ind (optional)

IN number of digits. The number of digits in the global title address of an IN query.

Range:

6, 10

Default:

No change to the current value

intvl (optional)

Interval index. The amount of time between ACGs. This number is mapped to a time value for the LNP node.

Range:

0 - 15

Default:

No change to the current value

qr (optional)

Query rate. The number of LNP queries, which define a particular overload level, in a 30-second period.

Range:

1 - 2147483647

Default:

No change to the current value

Example

To change level 10’s query rate and AIN number of digits:

To change level 3’s duration and interval indexes:

Dependencies

At least one optional parameter must be specified.

2136 E2136 Cmd Rej: At least one optional parameter is required

The and parameter value must be either 6 or 10.

3074 E3074 Cmd Rej: AND parameter must be 6 or 10

The specified overload level must be defined.

3054 E3054 Cmd Rej: The specified overload level is not defined

The ACG NOC table must be accessible.

3053 E3053 Cmd Rej: Failed reading ACG NOC table

The LNP feature must be turned on before this command can be entered.

3009 E3009 Cmd Rej: LNP feature must be ON

The ind parameter value must be either 6 or 10.

3075 E3075 Cmd Rej: IND parameter must be 6 or 10

Notes

None

Output

    rlghncxa03w 03-02-28 08:50:12 EST  EAGLE 28.1.0
    CHG-ACG-NOC: MASP A - COMPLTD 
;

Use this command to provision AINPQ-specific data. This command updates the AINPOPTS table.

Parameters

defrn (optional)

Default routing number. This parameter specifies a default routing number that is used for own-network subscribers.

Range:

1 - 15 digits, none

Default:

No change to the current value

System Default:

none

dialnai (optional)

Digits dialed nature of address indicator.

Range:

0

National

1

International

Default:

No change to the current value

System Default:

0

dialpfx (optional)

Dialed party number prefix.

Range:

1-15 digits

Valid digits are 0-9, A-F, a-f

Default:

No change to the current value

System Default:

none

dltpfx (optional)

Delete prefix. This parameter specifies whether to delete the DIALPFX.

Range:

yes

no

Default:

No change to the current value

System Default:

no

lnpentpref (optional)

LNP entity preference is the first preference for the RTDB data / entity associated with a DN to be used as LRN.

Note:

The option is applied only if SPORT is not applied and EPAP lookup results in more than one entity.

Range

rn

Use RN as LRN as the first preference.

grn

Send GRN as LRN as the first preference.

asd

Send ASD as the first preference.

Default:

No change to the current value

System Default

rn

lnpnatldiglen (optional)

LNP national digit length.

Range

1-15

Default:

No change to the current value

System Default

10

lnpogdnnai (optional)

LNP outgoing DN nature of address indicator. This parameter overrides the outgoing Nature of Number if DN is being returned.

Range:

inc

Use the incoming NoN

sub

Subscriber

natl

National Significant

intl

International

diglen

If the outgoing digit length is less than or equal to LNPSUBDIGLEN then set NoN = SUBSCRIBER.

If the outgoing digit length is greater than LNPSUBDIGLEN and is less than or equal to LNPNATLDIGLEN then set NoN = NATIONAL Significant.

Default:

No change to the current value

System Default:

inc

lnpoglrnnai (optional)

LNP outgoing LRN nature of address indicator. This parameter overrides the outgoing Nature of Number if LRN is being returned.

Range:

inc

Use the incoming NoN

sub

Subscriber

natl

National Significant

intl

International

diglen

If LRN digit length is less than or equal to LNPNATLDIGLEN then set NoN = NATIONAL SIGNIFICANT.

If LRN digit length is greater than or equal to LNPNATLDIGLEN then set NoN = INTERNATIONAL.

Default:

No change to the current value

System Default:

inc

lnpsnai (optional)

LNP service nature of address indicator. This parameter overrides the incoming Nature of Number in AIN Info_Analyzed CalledPartID.

Range:

inc

Use the incoming NoN

sub

Subscriber

natl

National Significant

intl

International

diglen

If the incoming NoN of AIN Info_Analyzed CalledPartyID is SUBSCRIBER, then do the following, else use the incoming NoN:

If digit length of CalledPartyID = LNPSUBDIGLEN, assume the NoN is Subscriber.

If digit length of CalledPartyID = LNPNATLDIGLEN, assume the NoN is NATIONAL (SIGNIFICANT).

If digit length of CalledPartyID is not equal to LNPNATLDIGLEN or LNPSUBDIGLEN, raise an error.

Default:

No change to the current value

System Default:

inc

lnpsport (optional)

LNP service portability.

Range

gsm

Apply Service Portability prefix for own-network GSM subscribers.

is41

Apply Service Portability prefix for own-network IS41 subscribers.

all

Apply Service Portability prefix for all own-network (IS41 and GSM) subscribers.

none

Service Portability is not performed for the feature.

Default:

No change to the current value

System Default

None

lnpsubdiglen (optional)

LNP subscriber digit length.

Range

1-15

System Default

7

ndialpfx (optional)

New dialed party number prefix.

Range:

1-15 digits, none

Valid digits are 0-9, a-f, A-F

System Default:

none

nec (optional)

National Escape Code.

Range:

1-15 digits, none

Valid digits are 0-9, A-F, a-f

Default:

No change to the current value

System Default:

none

rfmt (optional)

Routing address format. This parameter specifies the routing address format that is suported in the AINPQ "Return Result" response messages.

Range:

asdrn

ASD + RN

asdrndn

ASD + RN + [DIALPFX] + DN

asdrnnecdn

ASD + RN + [DIALPFX] + NEC + DN

asdrnccdn

ASD + RN + [DIALPFX] + CC + DN

ccasdrndn

[DIALPFX] + CC + ASD + RN + DN

ccgrndn

[DIALPFX] + CC + GRN + DN

ccrngrndn

[DIALPFX] + CC + RN + GRN + DN

ccgrnrndn

[DIALPFX] + CC + GRN + RN + DN

ccrndn

[DIALPFX] + CC + RN + DN

ccrnasddn

[DIALPFX] + CC + RN + ASD + DN

homerndn

Home Routing Number

grn

GRN

grndn

GRN + [DIALPFX] + DN

grnrndn

GRN + RN + [DIALPFX] + DN

grnrn

GRN + RN

grnrnccdn

GRN + RN + [DIALPFX] + CC + DN

grnrnnecdn

GRN + RN + [DIALPFX] + NEC + DN

rn

Routing Number

rnasd

RN + ASD

rnasddn

RN + ASD + [DIALPFX] + DN

rnasdccdn

RN + ASD + [DIALPFX] + CC + DN

rnasdnecdn

RN + ASD + [DIALPFX] + NEC + DN

rndn

RN + [DIALPFX] + DN

rngrn

RN + GRN

rngrndn

RN + GRN + [DIALPFX] + DN

rngrnccdn

RN + GRN + [DIALPFX] + CC + DN

rngrnnecdn

RN + GRN + [DIALPFX] + NEC + DN

rnnecdn

RN + [DIALPFX] + NEC + DN

Default:

No change to the current value

System Default:

rndn

rnai (optional)

Routing nature of address indicator

Range:

frmsg

NAI from the incoming message

intl

International number

natl

National significant number

Default:

No change to the current value

System Default:

frmsg

rnaiv (optional)

Routing nature of address indicator value

Range:

0

National

1

International

Default:

No change to the current value

System Default:

none

rnp (optional)

Routing numbering plan

Range:

e164

IS41 Telephony Number

e212

IS41 Land Mobile Number

priv

IS41 Private Number

unknown

IS41 Numbering Plan Unknown

Default:

No change to the current value

System Default:

e164

rnpv (optional)

Routing numbering plan value

Range:

0 - 15

Default:

No change to the current value

System Default:

2

snai (optional)

Service Nature of Address indicator.

Range:

sub

Subscriber Number

intl

International Number

natl

National Significant Number

none

NAI value none

unknown

Unknown NAI value

Default:

No change to the current value

System Default:

none

sporttype (optional)

Service Portability type. This parameter specifies whether Service Portability is performed for the associated feature.

Note:

If Service Portability is performed, then the Service Portability prefix (RTDB ‘GRN’entity id ) is applied.

The S-Port feature must be enabled before this parameter can be specified. The S-Port feature must be turned on before any change to the parameter will impact the associated feature.

Range:

all

apply Service Portability prefix for all own-network (IS41 and GSM) subscribers

gsm

apply Service Portability prefix for own-network GSM subscribers

is41

apply Service Portability prefix for own-network IS41 subscribers

none

Service Portability is not performed for the feature.

Default:

No change to the current value

System Default:

none

sprestype (optional)

SP response type. The type of message sent by the system if an NPREQ message is received, the DN digits match, and the HLR ID is present.

Range:

rrwdgts

The system sends a "Return Results with Digits" message.

rrwodgts

The system sends a "Return Results without Digits" message.

Default:

No change to the current value

System Default:

rrwodgts

Example

chg-ainpopts:rfmt=rn:rnp=e164:rnai=intl:dialpfx=fac:dltpfx=yes

chg-ainpopts:rfmt=rndn:rnp=e212:rnai=intl:dialpfx=fac:dltpfx=no :dialnai=1:snai=natl

chg-ainpopts:rfmt=rngrnccdn:rnp=e164:rnai=intl:dialpfx=fac:dltpfx=yes

chg-ainpopts:sprestype=rrwdgts:rfmt=rnnecdn:nec=abcd1

chg-ainpopts:rfmt=rnnecdn:nec=abcd1

chg-ainpopts:rfmt=rnnecdn:nec=0

chg-ainpopts:rfmt=asdrnccdn:rnp=e164:rnai=intl:dialpfx=fac:dltpfx=yes

chg-ainpopts:rfmt=rn:rnp=e164:lnpsnai=sub:lnpnatldiglen=10:lnpentpref=rn

Dependencies

At least one optional parameter must be specified.

2112 E2112 Cmd Rej: At least one parameter must be changed

The rnp and rnpv parameters cannot be specified together in the command.

5097 E5097 Cmd Rej: RNP and RNPV must not be specified together

The rnai and rnaiv parameters cannot be specified together in the command.

5098 E5098 Cmd Rej: RNAI and RNAIV must not be specified together

If the ndialpfx or dltpfx parameter is specified, then the dialpfx parameter must be specified.

5104 E5014 Cmd Rej: DIALPFX must be specified

The dialpfx=none parameter cannot be specified.

5157 E5157 Cmd Rej: DIALPFX must not be NONE

If the ndialpfx=none parameter is specified, then the dltpfx parameter cannot be specified.

5169 E5169 Cmd Rej: DLTPFX must not be specified, when NDIALPFX is NONE

If the ndialpfx and dialpfx parameters are specified, then the value specified for the dialpfx parameter must already exist in the AINPOPTS table.

5165 E5165 Cmd Rej: DIALPFX doesn't exist in AINPOPTS Table

The value specified for the ndialpfx parameter cannot already exist in the AINPOPTS table.

5164 E5164 Cmd Rej: NDIALPFX already exists in AINPOPTS Table

A maximum of 2 Dialed Party Number Nature of Address values are allowed.

5168 E5168 Cmd Rej: Maximum Number of DIALNAIs already provisioned

The dialnai and snai parameters must be specified together in the command.

5160 E5160 Cmd Rej: DIALNAI and SNAI must be specified together

If the snai=none parameter is specified, then the value specified for the dialnai parameter must already exist in the AINPOPTS table.

5167 E5167 Cmd Rej: DIALNAI doesn't exist in AINPOPTS Table

The National Escape Code ( nec parameter) can contain between 1 and 5 digits. Otherwise the value is none.

2045 E2045 Cmd Rej: <parm_desc> num digits incorrect, min <min> max <max> - <parm>

A maximum of 40 Dialed Party Number Prefix values can be provisioned.

5166 E5166 Cmd Rej: Maximum number of DIALPFXs already provisioned

If the nec=none parameter is specified, then values of asdrnnecdn, rnasdnecdn, rnnecdn, rngrnnecdn, and grnrnnecdn cannot be specified for the rfmt parameter.

5163 E5163 Cmd Rej: RFMT with NEC and NEC=NONE combination not allowed

The S-Port feature must be enabled before the sporttype or lnpsport parameter can be specified.

4926 E4926 Cmd Rej: Service Portability feature must be enabled

The AINPQ feature must be enabled before this command can be entered.

5195 E5195 Cmd Rej: AINPQ feature must be enabled

The LNPSUBDIGLEN value should be less than value of LNPNATLDIGLEN.

3509 E3509 Cmd Rej: LNPSUBDIGLEN should be less than LNPNATLDIGLEN

Output

    tekelecstp 09-06-03 15:15:44 EST  EAGLE 41.1.0
    CHG-AINPOPTS: MASP A - COMPLTD 
;

Use this command to provision AIQ specific data. This command updates the AIQOPTS table. 

Parameters

digmaxlen (optional)

Maximum Length of Digit String. The maximum length of a digit string that is considered valid in the Digits (Dialed) field of an AnalyzedInformation query.

Range:

1 - 32

Default:

No change to the current value

System Default:

32

digminlen (optional)

Minimum Length of Digit String. The minimum length of a digit string that is considered valid in the Digits (Dialed) field of an AnalyzedInformation query.

Range:

1 - 32

Default:

No change to the current value

System Default:

1

pfx (optional)

Digit String. The digit string associated with a Trigger Type (value of trigtype parameter). The value specified for the pfx parameter is encoded in the response message.

Range:

1-21 digits, none

none —deletes the associated Trigger Type value

Default:

No change to the current value

System Default:

none

resfmt (optional)

Response format. The format of outgoing routing digits in the AnalyzedInformation response message.

Range:

pfxdn

the value specified for the pfx  parameter + the incoming dialed digits

pfx

the value specified for the pfx parameter

Default:

No change to the current value

System Default:

pfxdn

respar (optional)

Response Digits. The TCAP field used to encode the AnalyzedInformation response message.

Range:

rtdigits

TCAPRoutingDigitsfield

digits

TCAPDigits(Dialed)field

Default:

No change to the current value

System Default:

rtdigits

tcaperr (optional)

TCAP Error Code. The TCAP error code used in a Return Error response.

Range:

129 - 255

• 129—UnrecognizedMIN
• 130—UnrecognizedESN
• 131—MIN/HLR Mismatch
• 132—OperationSequenceProblem
• 133—ResourceShortage
• 134—OperationNotSupported
• 135—TrunkUnavailable
• 136—ParameterError
• 137—SystemFailure
• 138—UnrecognizedParameterValue
• 139—FeatureInactive
• 140—MissingParameter
• 141-239—Reserved
• 240-255—Reserved for Protocol Extension

Default:

No change to the current value

System Default:

138

trigtype (optional)

TriggerType Value. An individual trigger used to specify an association between a trigger and a corresponding address digit string (value of pfx parameter).

A maximum of 20 trigtype - pfx entries are supported. The pfx digit string corresponding to the specified Trigger Type present in the Incoming AnalyzedInfo Query is encoded in the Response message.

Range:

0 - 255

Table 4-1  lists the mnemonic for each TRIGTYPE decimal value.

Example

This example specifies the provisioning of a Trigger Type – Prefix string pair:

This example deletes an already provisioned Trigger Type:

This example specifies the digminlen-digmaxlen range (5-7):

This example provisions the response parameter and response format:

Dependencies

The ANSI41 AIQ feature must be enabled before this command can be entered.

5158 E5158 Cmd Rej: ANSI41 AIQ feature must be enabled

The AIQOPTS table is corrupt or cannot be found.

5181 E5181 Cmd Rej: Unable to read AIQ Options Table

The pfx and trigtype parameters must be specified together in the command.

5203 E5203 Cmd Rej: PFX and TRIGTYPE must be specified together

The value specified for the digminlen parameter must be less than or equal to the value specified for the digmaxlen parameter.

5202 E5202 Cmd Rej: DIGMINLEN must be less than or equal to DIGMAXLEN

A maximum of 20 trigtype - pfx  entries can be specified in the AIQOPTS table.

5204 E5204 Cmd Rej: Max allowed AIQ Trigger Type - Prefix entries Provisioned

A pfx - trigtype pair must be specified with a supported value for the trigtype parameter before the pfx=none parameter can be specified.

5205 E5205 Cmd Rej: Cannot delete an AIQ Trigger Type that is not Provisioned

Notes

If the same value is specified for the digminlen and digmaxlen parameters, then only MSUs with dialed digits of the specified length are accepted for processing.

The value of the Digits (Dialed) length must be between the values specified for the digminlen and digmaxlen parameters.

A maximum of 20 pfx - trigtype pairs can be specified.

Table 4-1 lists the decimal value and mnemonic for each TRIGTYPE parameter value.

Output

    tekelecstp 09-12-03 12:40:16 EST  EAGLE 42.0.0
    CHG-AIQOPTS: MASP A - COMPLTD 
;

Use this command to change static entries in the Routing Key table. Only one attribute can be changed at a time.

Parameters

cice (optional)

The end range of circuit identification codes assigned to the routing key. The cice and cics parameters identify the routing key to be changed.

Range:

0 - 4294967295

cics (optional)

The start range of circuit identification codes assigned to the routing key. The cics and cice parameters identify the routing key to be changed.

Range:

0 - 4294967295

dpc (optional)

ANSI destination point code with subfields network indicator-network cluster-network cluster member (ni-nc-ncm).

Synonym:

dpca

dpc/dpca/dpci/dpcn/dpcn24/dpcn16 (optional)

Destination point code.

dpci (optional)

ITU international destination point code with subfields zone-area-id. The prefix subfield indicates a spare point code (prefix-zone-area-id)

dpcn (optional)

ITU national destination point code in the format of a 5-digit number (nnnnn); or 2, 3, or 4 numbers (members) separated by dashes (m1-m2-m3-m4) as defined by the chg-stpopts:npcfmti flexible point code option. A group code must be specified when the ITUDUPPC feature is turned on (nnnnn-gc, m1-m2-m3-m4-gc). The prefix subfield indicates a spare point code (prefix-nnnnn, prefix-nnnnn-gc, prefix-m1-m2-m3-m4, prefix-m1-m2-m3-m4-gc).

dpcn24 (optional)

24-bit ITU national destination point code with subfields main signaling area-sub signaling area-signaling point (msa-ssa-sp).

dpcn16 (optional)

16-bit ITU national point code with subfields unit number--sub number area--main number area (un-sna-mna).

Range:

un--000--127

sna--000--15

mna--000--31

ncics (optional)

The new start range of circuit identification codes assigned to the routing key. Specify the ncics and/or ncice parameter to change the range of the circuit identification codes assigned to the routing key.

Range:

0 - 4294967295

ncice (optional)

The new end range of circuit identification codes assigned to the routing key. Specify the ncice and/or ncics parameter to change the range of the circuit identification codes assigned to the routing key.

Range:

0 - 4294967295

nrcontext (optional)

This parameter modifies the routing context value assigned to this routing key.

Routing context is mandatory for routing keys associated with SUA Application Servers. Routing context is optional for routing keys associated with M3UA Application Servers.

An AS can be associated with only 1 routing key with routing context. An AS can be associated with multiple routing keys that do not contain routing context. An AS cannot be simultaneously assigned to a routing key with routing contexts and to routing keys without routing contexts.

Range:

0 - 4294967295

opc (optional)

ANSI originating point code with subfields network indicator-network cluster-network cluster member (ni-nc-ncm).

Synonym:

opca

Range:

000-255

Specify a valid value for each subfield of the point code, and separate the subfields with a dash (-).

When chg-sid:pctype=ansi is specified, ni = 000 is not valid.

When chg-sid:pctype=ansi is specified, nc = 000 is not valid if ni = 001–005.

When chg-sid:pctype=ansi is specified, nc = 000 is valid if ni = 006–255.

The point code 000-000-000 is not a valid point code.

opc/opca/opci/opcn/opcn24/opcn16 (optional)

Originating point code. Valid only (and required) if si=4, 5, or 13.

opci (optional)

ITU international originating point code with subfields zone-area-id. The prefix subfield indicates a spare point code (prefix-zone-area-id)

opcn (optional)

ITU national originating point code in the format of a 5-digit number (nnnnn); or 2, 3, or 4 numbers (members) separated by dashes (m1-m2-m3-m4) as defined by the chg-stpopts:npcfmti flexible point code option. A group code must be specified when the ITUDUPPC feature is turned on (nnnnn-gc, m1-m2-m3-m4-gc). The prefix subfield indicates a spare point code (prefix-nnnnn, prefix-nnnnn-gc, prefix-m1-m2-m3-m4, prefix-m1-m2-m3-m4-gc).

opcn24 (optional)

24-bit ITU national originating point code with subfields main signaling area-sub signaling area-signaling point (msa-ssa-sp).

opcn16 (optional)

16-bit ITU national point code with subfields unit number sub number area main number area (un-sna-mna).

Range:

000---127

Specify a valid value for each subfield of the point code, and separate the subfields with a dash (-).

un--000--127

sna--000--15

mna--000--31

rcontext (optional)

This parameter specifies a routing key by its routing context when a routing key needs to be changed as an alternative to entering the dpc/si/ssn/opc/cics/cice/type parameters.

Split operations are invalid for routing keys with routing context.

Range:

0 - 4294967295

si (optional)

The service indicator.

Range:

0-15 or equivalent text values:

Number =Text—Description

0=snm—Signaling network management messages

1=regtest—Signaling network testing and maintenance regular

2=spltest—Signaling network testing and maintenance special

3= sccp —SCCP

4= tup —Telephone user part

5= isup —ISDN user part

13= qbicc

See Table A-4  and Table 4-2  for valid si values in combination with other parameters.

split (optional)

The CIC value where the routing key with the specified CICS and CICE range will be split. The specified routing key is split into two entries with adjacent CIC ranges. The existing routing key retains the range of CICs that is lower than the split value. The value of split  minus 1 is used as the end range for this entry. The range of CICs assigned to the original entry is the values of cics to split minus 1.

A new routing key entry is created with the high end of the original range. The split value is used as the start of the CIC range for this entry. The range of CICs assigned to the new entry is the values of split to cice.

This parameter is valid only if si=4, 5, or 13 and is not valid with ncics or ncice. See Table A-4 and Table 4-2.

Range:

0 - 16363

ssn (optional)

Subsystem number.

Range:

0 - 255

type (optional)

Type of routing key.

Range:

full

default

partial

Default:

full

Example

chg-appl-rtkey:dpc=123-230-245:si=5:opc=123-230-244:cics=1:cice=100:split=50

chg-appl-rtkey:dpc=123-230-245:si=5:opc=123-230-244:cics=1:cice=50:ncice=100

chg-appl-rtkey:dpcn24=10-100-10:si=5:opcn24=10-100-11:cics=1:cice=100:ncice=200

chg-appl-rtkey:dpc=8-8-8:si=3:ssn=5:rcontext=500

chg-appl-rtkey:dpci=s-3-11-1:si=5:opci=s-4-11-1:cics=1:cice=1000:ncice=500

chg-appl-rtkey:rcontext=5:ncice=100

chg-appl-rtkey:rcontext=1:nrcontext=2

chg-appl-rtkey:dpcn16=121-10-15:si=5:opcn16=121-10-15:cics=1:cice=50:ncice=100

Dependencies

Optional parameters that must be specified with the chg-appl-rtkey command depend on the type of routing key being changed. See Table 4-2 for valid parameter combinations.

N/A N/A

For SS7IPGW and IPGWI applications running on E5-ENET-B cards, there is a limit of 2500 routing keys in the system. The srkq parameter (see the chg-sg-opts command) limits the maximum number of static routing keys that can be provisioned with the ent-appl-rtkey command.

3842 E3842 Cmd Rej: Entries in static route key table cannot exceed SRKQ

The subsystem number is mandatory and valid only when the si=3 (or sccp) parameter is specified; if the si parameter does not equal 3 (or sccp), the ssn parameter cannot be specified.

3743 E3743 Cmd Rej: SSN required if SI is 3

The value entered for the starting circuit identification code (cics) must be less than or equal to the value entered for the ending circuit identification code (cice).

3783 E3783 Cmd Rej: CICS must be less than or equal CICE

The value entered for the new starting circuit identification code (ncics) must be less than or equal to the value entered for the new ending circuit identification code (ncice).

3826 E3826 Cmd Rej: NCICS must be less than or equal to NCICE

A circuit identification code range (cics to cice) cannot be specified that overlaps an existing routing key.

3825 E3825 Cmd Rej: New CIC range overlaps an existing routing key

When si=4, 5, or 13 (or tup, isup, or qbicc), the opc, cics, and cice parameters are required. The opc, cics, and cice parameters can be specified only if si=4, 5, or 13.

3788 E3788 Cmd Rej: OPC, CICS, CICE are required if SI is 4, 5 or 13

The value entered for the split parameter must be greater than the value entered for the cics parameter and less than or equal to the value entered for the cice parameter.

3832 E3832 Cmd Rej: SPLIT must be greater than CICS

The value entered for the ncics parameter must be less than or equal to the value entered for the cice parameter when the ncice parameter is not specified.

3834 E3834 Cmd Rej: NCICE unspecified, NCICS must be less than or equal CICE

The value entered for the ncice parameter must be greater than or equal to the value entered for the cics parameter when the ncics parameter is not specified.

3854 E3854 Cmd Rej: NCICS unspecified, NCICE must be greater than or equal CICS

The si parameter must have a value of 4, 5, or 13 (or tup, isup, or qbicc) before the split, ncics, and ncice parameters can be specified.

3838 E3838 Cmd Rej: SPLIT, NCICS, NCICE are not allowed unless SI is 4, 5 or 13

A DPC/SI routing key must be specified when the DPC is ANSI and the si=4 parameter is specified (TUP is used only in an ITU network).

3874 E3874 Cmd Rej: TUP must use DPC/SI route key if DPC is ANSI

Table A-4  shows valid CIC values for SI types 4, 5, and 13.

N/A N/A

Partial point codes are not allowed; no asterisks can be specified in the point codes in the command.

2166 E2166 Cmd Rej: Partial point codes are not allowed

Mixed point code types are not allowed; opc and dpc types must match.

2501 E2501 Cmd Rej: Mixed point code types are not allowed

If the type=partial or type=default parameter is specified, then the split and resize parameters cannot be specified.

3958 E3958 Cmd Rej: When type=partial or default, SPLIT/RESIZE are not supported

If the type=default parameter is specified, then the dpc, si, ssn, opc, cics, and cice parameters cannot be specified.

3959 E3959 Cmd Rej: Invalid combination of parameters for a default routing key

When the type=full parameter is specified, the dpc and si parameters must be specified.

3999 E3999 Cmd Rej: When type=full, DPC and SI must be specified

The following types of partial routing keys are supported:

• DPC-SI-OPC (ignore CIC) can be used as a partial match key for CIC- based traffic.
• DPC-SI (ignore all other fields) can be used as a partial match key for CIC- based traffic or SCCP traffic.
• DPC only (ignore all other fields) can be used as a partial match for any type of traffic.
• SI only (ignore all other fields) can be used as a partial match for any type of traffic.

3955 E3955 Cmd Rej: Invalid combination of parameters for a partial routing key

If the rcontext parameter is specified, then the split, ncics and ncice parameters cannot be specified.

4078 E4078 Cmd Rej: Conflicting parameters specified

The rcontext parameter must be specified for routing keys that are associated with SUA Application Servers.

4161 E4161 Cmd Rej: Routing Context is required for SUA

The specified rcontext parameter value must already exist in the database.

N/A N/A

If specified, the service indicator parameter must be si=3 for routing keys that are associated with SUA Application Servers.

4262 E4262 Cmd Rej: SI value must be 3 for SUA

An AS cannot be simultaneously assigned to a routing key with routing contexts and routing keys without routing context. To assign an M3UA or SUA association to multiple routing keys with routing context, the M3UA/SUA association must be assigned to more than one AS, and each AS must be assigned to a routing key with routing context.

4300 E4300 Cmd Rej: Conns cannot exist in rtkeys with and without rcontext

The AS name and parameters specified for a routing key must use an address format that is valid for the adapter type assigned to the AS.

The routing context value should be unique.

4139 E4139 Cmd Rej: Routing Context already equipped.

3831 E3831 Cmd Rej: Invalid parameter combination for SI

The value of the nrcontext parameter cannot be changed for a routing key if the rcontext parameter has not been configured for that routing key.

4598 E4598 Cmd Rej: Routing Context not configured

The attributes that are required to change a routing key must be specified in the command.

3840 E3840 Cmd Rej: Attributes required

The maintenance data must be accessible.

2887 E2887 Cmd Rej: Failed accessing maintenance data

J7 support feature must be enabled before the dpcn16/opcn16 parameter can be specified.

2691 E2691 Cmd Rej: J7 Support Feature must be enabled.

The opc, cics, and cice parameters can be specified with the si parameter only if the si parameter has a value of 4, 5, or 13 (or tup, isup, or qbicc).

3789 E3789 Cmd Rej: OPC, CICS, CICE are not allowed unless SI is 4, 5 or 13

Notes

A routing key entry associates a routing key with a socket name or Application Server (AS) name.

The dpc, si, ssn, opc, cics, and cice parameters are used to identify the routing key to be changed.

The split, ncics, and ncice parameters are used to specify new values for the routing key.

The opc, cics, and cice parameters are not required for partial routing keys.

The cics, cice, ncice, ncice, and split parameters are required when si=4 and ITU DPCs (dpci, dpcn) are specified. These parameters are not valid when an ANSI DPC (dpc, dpca) is specified and si=4.

The following changes can be made for routing keys. Only one of these changes is allowed per command.

• A routing key can be split into two entries with adjacent CIC ranges. The resulting entries retain the socket associations of the original entry.
• The range of CICs assigned to a routing key can be changed as long as it does not overlap another routing key. The new entry retains the socket associations of the original entry.

Group codes are required for ITU-N point codes (DPCN/OPCN) when the Duplicate Point Code feature is turned on.

Routing context is a routing key parameter that uniquely identifies routing keys. Routing context is mandatory for routing keys associated with SUA Application Servers and optional for routing keys associated with M3UA Application Servers.

In this command, only ITU-international and ITU national point codes support the spare point code subtype prefix (s-).

Output

    rlghncxa03w 04-01-28 08:50:12 EST  EAGLE 31.3.0
    CHG-APPL-RTKEY: MASP A - COMPLTD 
;

Use this command to change the characteristics of an existing Application Server (AS).

Parameters

asname (mandatory)

Application Server name.

Range:

ayyyyyyyyyyyyyy

Up to 15 alphanumeric characters; the first character must be a letter.

mode (optional)

Traffic mode assigned to the AS.

Range:

loadshare

override

Default:

No change to the current value

System Default:

loadshare

tr (optional)

Recovery timer value for the AS in milliseconds.

Range:

10 - 2000

Default:

No change to the current value

System Default:

200

Example

chg-as:asname=asx:mode=override

Dependencies

The value specified for the asname parameter must already exist in the AS table.

4079 E4079 Cmd Rej: Specified AS name not found

Association connection parameters must be unique.

N/A N/A

The connection state for all associations assigned to the AS must be open=no before the mode parameter can be changed.

4098 E4098 Cmd Rej: OPEN must be NO to change an Association or its AS/Rtkey

Notes

By default, the AS recovery timer value is set to 200 ms when an AS is entered. This value can be changed at any time using the chg-as command. The new timer value will be used the next time the AS enters the AS-Pending state.

Output

    rlghncxa03w 04-01-17 15:35:05 EST  EAGLE 31.3.0
    CHG-AS: MASP A - COMPLTD 
;

Use this command to configure existing SCTP associations in the IPAPSOCK table.

Parameters

aname (mandatory)

Name assigned to this association (in the IPAPSOCK table).

Range:

ayyyyyyyyyyyyyy

Up to 15 alphanumeric characters; the first character must be a letter.

adapter (optional)

Adapter layer for the association.

Range:

diam

m2pa

m3ua

sua

Default:

No change to the current value

System Default:

m3ua

alhost (optional)

Alternate local host name. This parameter configures the SCTP association as a multi-homed endpoint.

Range:

zzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzz

Any string of characters beginning with a letter and comprising up to 60 characters in length

Valid characters are a–z, A–Z, 0–9, - (dash), . (period)

none —The alhost is not configured; the SCTP association is configured as a uni-homed endpoint.

alw (optional)

The parameter specifies whether the connection manager should allow or disallow the association to carry SS7 traffic.

Range:

yes

allow the association to carry SS7 traffic.

no

prohibit the association from carrying SS7 traffic.

Default:

No change to the current value

System Default:

no

bufsize (optional)

Association buffer size in Kilobytes.

Range:

8 - 400

cwmin (optional)

Minimum congestion window. The minimum and initial sizes, in bytes, of the association’s congestion window.

Range:

1500 - 409600

Default:

No change to the current value

System Default:

3000

hbtimer (optional)

Heartbeat timer in milliseconds. The Heartbeat timer value + RTO (Retransmission Time Out) is the value of heartbeat interval at which heartbeat request should be sent.

Note:

If the heartbeat timer value is not a multiple of 100, then its value will be set to the largest multiple of 100 that is less than the specified hbtimer value. For example, if the specified hbtimer value is 777, then its value would be set to 700.

Range:

500 - 10000

Default:

500

istrms (optional)

SCTP Inbound Stream Value. A 16-bit unsigned integer that defines the number of streams the sender allows the peer end to create in this association.

Range:

1 - 2

lhost (optional)

Local host name. The local host name as defined in the IP Host table.

Range:

zzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzz

Any string of characters beginning with a letter and comprising up to 60 characters in length.

Valid characters are 0-9, a-z, A-Z, - (dash), . (period).

Default:

No change to the current value

link (optional)

Signaling link for the association.

Synonym:

port

Range:

a, b, a1 - a63, b1 - b63

Not all card types support all link parameter values.

See Table A-1 for valid link parameter range values for each type of card that can have assigned signaling links.

Default:

No change to the current value

lport (optional)

Local port. The SCTP port number for the local host.

Range:

1024 - 65535

Default:

No change to the current value

m2patset (optional)

M2PA timer set assigned to this association.

Range:

1 - 20

Default:

1

open (optional)

Connection state (open or closed) that the connection manager is to put the association in when the socket is operational.

The chg-assoc command allows initiation of SCTP graceful shutdown on a per association basis for IPSG M3UA associations or diameter connections (maintained in the DCONN table) . The chg-assoc:open=no command aborts the association and closes the diameter connection (if associated) unless graceful shutdown is provisioned (see the chg-uaps command). If provisioned, then SCTP graceful shutdown for an association occurs after execution of chg-assoc:open=no.

Range:

yes

The connection manager is to open the association if the association is operational.

no

The connection manager will not open the association.

Default:

No change to the current value

System Default:

no

ostrms (optional)

SCTP Outbound Stream Value. The 16-bit unsigned integer that defines the number of streams the sender wants to create in this association.

Range:

1 - 2

rhost (optional)

Remote host. The name of the remote host as defined in the IP Host table.

Range:

zzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzz

Any string of characters beginning with a letter and comprising up to 60 characters in length.

Valid characters are a–z, A–Z, 0–9, - (dash), . (period)

Default:

No change to the current value

rhosttype (optional)

Remote host type. This parameter specifies whether the remote host is a primary or alternate remote address.

Note:

The alternate remote address is used for multi-homed remote hosts.

Range:

alternate

alternate remote address

primary

primary remote address

Default:

No change to the current value

System Default:

primary

rhostval (optional)

Remote host validation. The validation mode for the association when an SCTP INIT/INIT-ACK message is received.

Range:

match

accept the message if the message contains the primary remote host value and the alternate remote host value (if the alternate remote host is provisioned). If the alternate remote host is not provisioned, then accept the message if the message contains the primary remote host value. Reject the message if it contains any IP address other than that of the primary or alternate remote host.

The rules determining the use of the relaxed and match modes depend on multiple conditions, including whether an alternate remote host is provisioned. See Table 4-4 for validation rules that are used to establish an association for the relaxed and match modes.

relaxed

accept the message if the IP address for the primary or alternate remote host matches the IP address, source IP address, or host name in the message

Default:

No change to the current value

System Default:

relaxed

rmax (optional)

Maximum retransmission timeout. The maximum value of the calculated retransmission timeout in milliseconds.

Range:

10 - 1000

Default:

No change to the current value

System Default:

800

rmin (optional)

Minimum retransmission timeout. The minimum value of the calculated retransmission timeout in milliseconds.

Range:

10 - 1000

Default:

No change to the current value

System Default:

120

rmode (optional)

Retransmission mode. The retransmission policy used when packet loss is detected.

Range:

lin

The Oracle Linear Retransmission Policy where each retransmission timeout value is the same as the initial transmission timeout, and only the slow start algorithm is used for congestion control.

rfc

Standard RFC 2960 algorithm in the retransmission delay doubles after each retransmission. The RFC 2960 standard for congestion control is also used.

Default:

No change to the current value

System Default:

lin

rport (optional)

Remote port. The SCTP port number for the remote host.

Range:

1024 - 65535

Default:

No change to the current value

rtimes (optional)

Maximum retransmission retries. The number of times a data retransmission will occur before closing the association.

Range:

1 - 12

Default:

No change to the current value

System Default:

10

rtxthr (optional)

Retransmission threshold. The value of the retransmission threshold to tune the IP Connection Excess Retransmits alarm.

Range:

0 - 65535

Default:

0

uaps (optional)

User adapter parameter set. The set used by the M3UA, SUA or M2PA associations for various timer and parameter values including False IP Connection Congestion Timer, UA Heartbeat Period Timer, UA Heartbeat Received Timer, ASP SNM options, ASP/AS Notifications, UA Serviceability options, and Payload Protocol Indicator byte order option.

Range:

1 - 10

ver (optional)

Version. The M2PA version supported by the association.

Note:

The M2PA version is valid only for associations with the adapter=m2pa parameter specified.

Range:

d6

rfc

Example

chg-assoc:aname=a1:lhost=gw105.nc.tekelec.com:lport=1030: rhost=gw100.nc.tekelec.com:rport=1030:open=yes:alw=yes:uaps=10

chg-assoc:aname=m3ua03:rtxthr=65535

chg-assoc:aname=a1:lhost=tek1.com:lport=1030:rport=1030:rhost=tek2.com: rhostval=match:rhosttype=primary

chg-assoc:aname=a1:rhost=tek.com:rhostval=relaxed:rhosttype=alternate

chg-assoc:aname=assoc1:adapter=diam

chg-assoc:aname=a1:hbtimer=1000

Dependencies

At least one optional parameter must be specified.

2136 E2136 Cmd Rej: At least one optional parameter is required

The value specified for the aname parameter must already exist in the IPAPSOCK table.

4099 E4099 Cmd Rej: Association name not found

An association’s connection parameters (lhost, rhost, lport, rport) must be unique.

4091 E4091 Cmd Rej: Association connection parameters must be unique

The connection state must be open=no to change the lhost, rhost, lport, rport, port, alhost, adapter, m2patset, istrms, ostrms, rmode, rmin, rmax, rtimes, cwmin, bufsize, and hbtimer parameters.

4098 E4098 Cmd Rej: OPEN must be NO to change an Association or its AS/Rtkey

The lhost, lport, rhost, and rport parameters must be specified before the open=yes parameter can be specified. The aname parameter and at least one other optional parameter must be specified before the open=no parameter can be specified.

3765 E3765 Cmd Rej: Fully specified connection required to change OPEN

The value of the uaps parameter can be changed for an association if the open=yes parameter is specified.

N/A N/A

The hostnames specified in the lhost and alhost parameters must refer to different IP addresses.

3618 E3618 Cmd Rej: LHOST and ALHOST must refer to different IP addresses

The hostnames specified in the lhost and alhost parameters must refer to IP addresses on the same IP card.

3619 E3619 Cmd Rej: LHOST and ALHOST must refer to IP address on the same card

If the LHOST is defined on Port A its ALHOST must be on PORT B.

If the LHOST is defined on Port B its ALHOST must be on PORT A.

If the LHOST is defined on Port C, its ALHOST must be PORT D.

If the LHOST is defined on Port D, its ALHOST must be PORT C.

3627 E3627 Cmd Rej: Invalid combination of LHOST and ALHOST interfaces.

An association with an SUA or M3UA adapter cannot be specified as a local host on a card running the IPLIMI application.

An association with an M2PA adapter cannot be specified as a local host on a card running the SS7IPGW or IPGWI application.

An association with an SUA adapter cannot be specified as the local host on a card running the IPSG application.

4651 E4651 Cmd Rej: Invalid adapter for specified association

The local host must have a signaling link assigned to its associated signaling link port before the open=yes parameter can be specified.

3446 E3446 Cmd Rej: SLK not provisioned for assigned Lhost

The adapter layer cannot be changed for an association that is already associated with an Application Server (AS).

4089 E4089 Cmd Rej: Unable to change adapter when assigned to an AS

Before the local host can be changed, the new local host must have a signaling link assigned to its associated signaling link port.

N/A N/A

Links A-A7 and B-B7 can be specified for an E5-ENET-B or SLIC card running the IPLIMI application.

3860 E3860 Cmd Rej: Link not valid for card or application type

The card location for the card associated with the lhost and alhost must exist in the IP Link table.

3095 E3095 Cmd Rej: LHOST/ALHOST location not found

The allowed maximum is 1 association per signaling link on IPLIMx cards.

4092 E4092 Cmd Rej: Too many associations per SLK

A maximum of 50 connections (association-to-AS assignments) can be specified per local host on IPGWx cards.

3747 E3747 Cmd Rej: Too many IP connections per card

A maximum of 4000 connections (association-to-AS assignments + sockets) are allowed per system.

4448 E4448 Cmd Rej: Maximum adapter states per card exceeded

Table 4-3 shows the maximum number of associations and links for E5-ENET-B cards.

3747 E3747 Cmd Rej: Too many IP connections per card

The rmin parameter value must be less than or equal to the rmax parameter value.

3278 E3278 Cmd Rej: RMIN must be less than or equal to RMAX

The cwmin parameter value must be less than or equal to the bufsize parameter value.

3279 E3279 Cmd Rej: CWMIN must be less than or equal to assoc BUFSIZE

If the m2patset parameter is specified, the adapter=m2pa parameter must be specified.

3469 E3469 Cmd Rej: M2PATSET requires M2PA adapter type

The trade ratio states the quantity of associations to sockets that may be provisioned on a certain card, as follows:

• Trade Ratio = a:s
• Where: a=associations and s=sockets

N/A N/A

The requested buffer size increase cannot exceed available buffer space on the card. Use the rtrv-assoc command with the aname, lhost, or alhost parameter to display used and total buffer space on the card.

4602 E4602 Cmd Rej: Requested Assoc Buffer Space Exceeds Available Buffer Space.

The ver parameter can only be specified if the adapter=m2pa parameter is specified.

4555 E4555 Cmd Rej: Version parameter not supported for SUA or M3UA

If the value specified for the lhost parameter indicates an IPSG card or DEIR card running the DEIRHC GPL, then the link parameter cannot be specified.

3860 E3860 Cmd Rej: Link not valid for card or application type

If an IPSG card is being used, and if the association is referenced by a signaling link, then new values cannot be specified for the lhost or adapter parameters.

4801 E4801 Cmd Rej: Association is still assigned to a link

An IPSG card running on E5--ENET-B card or DEIR card can contain a maximum of 32 associations.

An IPSG application running on the SLIC card can contain a maximum of 128 associations.

4093 E4093 Cmd Rej: Too many associations per card

If the value specified for the aname parameter refers to an M3UA association on an IPSG card, then the alw parameter cannot be specified.

5117 E5117 Cmd Rej: ALW option invalid for IPSG-M3UA associations

The value specified for the lhost parameter cannot change the local host for the association from an IPLIMx or IPGWx card to an IPSG card or from an IPSG card to an IPLIMx or IPGWx card.

5133 E5133 Cmd Rej: Interchanging IPLIMx/IPGWx Assoc to IPSG Assoc not supported

The rhosttype=primary parameter must be specified before the rhosttype=alternate parameter can be specified.

5135 E5135 Cmd Rej: Primary remote hostname required before alternate

If the rhosttype parameter is specified, then the rhost parameter must be specified.

5136 E5136 Cmd Rej: Remote hostname required with rhosttype.

The value specified for the alternate remote host cannot be the same as the value specified for the lhost, alhost, or rhost parameter in the same association.

5137 E5137 Cmd Rej: Arhost value must not match lhost/alhost/rhost.

The value specified for the rhost parameter cannot be the same as the value specified for the alternate remote host or for the lhost or alhost parameter in the same association.

5138 E5138 Cmd Rej: Rhost value must not match lhost/alhost/arhost

The host name specified by the lhost parameter must exist in the IP Host table and must be provisioned as local to this EAGLE.

A valid value must be specified for the host parameter. If the host name contains a hyphen, then the host name must be enclosed within quotation marks.

3731 E3731 Cmd Rej: Invalid Hostname

Realm must be associated with the RHOST specified in the IPHOST table for diameter association.

2805 E2805 Cmd Rej: Host and Realm required for diameter connection

RHOST must be present in the IPHOST table.

3739 E3739 Cmd Rej: No Entry found

Remote IP address (RHOST) must not exist in the IPLINK table.

2685 E2685 Cmd Rej: Remote IP address exists in the IPLINK table

The local host name (lhost) parameter must be configured before the alternate local host name (alhost) parameter is configured.

2745 E2745 Cmd Rej: ALHOST is invalid without LHOST

The allowed maximum is 1 connection per signaling link on IPLIMx cards.

3769 E3769 Cmd Rej: Too many sockets per SLK

No two open associations can have the same value for the LHOST/LPORT parameters.

4090 E4090 Cmd Rej: Open associations cannot have same lhost / lport

IP address associated with the LHOST and ALHOST should be of the same IP version.

3258 E3258 Cmd Rej: LHOST and ALHOST must be of the same IP version.

IP address associated with the LHOST and RHOST should be of the same IP version.

3264 E3264 Cmd Rej: LHOST and RHOST must be of the same IP version.

Notes

The command that is entered cannot exceed a total of 150 characters in length.

The IPAPSOCK table is used to associate the Local Host/Local Port to a Remote Host/Remote Port. This fully specifies the connection.

If the open=yes parameter is specified, the association’s lhost and lport configuration must not match that of any open association.

If the card’s application is IPLIMI, then the adapter parameter value and the ipliml2 value for the assigned signaling link must be m2pa.

An association with an adapter value of m2pa cannot be assigned to an SS7IPGW or IPGWI host.

For diameter associations (adapter=DIAM), realm must be associated with lhost and rhost parameters before open=yes parameter can be specified.

The link parameter is not allowed with diameter associations (adapter=DIAM).

While entering arhost for an alhost, the user needs to specify rhost parameter with rhosttype= alternate.

If none is specified for either alhost or rhost, that parameter is removed from the association's entry.

To delete an arhost, the user needs to specify rhost=none with rhosttype=alternate.

The M2PA version is supported if the application is IPLIMx and the adapter=m2pa parameter is specified. When changing the association adapter type to m2pa and a version is not specified, the m2pa=rfc value is assigned by default.

Table 4-4  shows the validation rules used to establish an association.

Output

    rlghncxa03w 09-03-19 15:35:05 EST  EAGLE 41.0.0   
    CHG-ASSOC: MASP A - COMPLTD 
; 

Use this command to provision ATINP-specific data. This command updates the ATINPQOPTS table. 

Parameters

atiackimsi (optional)

ATIACK IMSI parameter for ATI ACK response message. This parameter specifies formatting of IMSI digits in the ATI ACK response message. The result of formatting determines whether the IMSI parameter will be included in the response.

Range:

srfimsi

If an entity was found during RTDB lookup, and SRFIMSI was provisioned in the EPAP entity, then include the IMSI parameter and encode the IMSI digits as the SRFIMSI.

asd

If an entity was found during RTDB lookup and ASD (Additional Subscriber Data) was provisioned in the EPAP entity, then include the IMSI parameter and encode the IMSI digits as ASD. 

grn

If an entity was found during RTDB lookup, and GRN (Generic Routing Number) was provisioned in the EPAP entity, then include the IMSI parameter and encode the IMSI digits as GRN.

none

Do not include the IMSI parameter in the response message.

Default:

none

atiackmsisdn (optional)

MSISDN parameter for ATI ACK response message. This parameter specifies the formatting of MSISDN parameter in the ATI ACK response message. The result of formatting determines whether the MSISDN parameter will be included in the response.

Range:

msisdn

Include the MSISDN parameter in the ATI ACK response and encode MSISDN digits as the MSISDN from the incoming ATI query.

asd

If an entity was found during RTDB lookup and ASD (Additional Subscriber Data) was provisioned in the entity, then include the MSISDN parameter and encode the MSISDN digits as ASD.

asddlmmsisdn

Include the MSISDN parameter in the ATI ACK response and encode MSISDN digits as ASD + delimiter (atidlm) + MSISDN. ASD is encoded if an entity is found and ASD is provisioned. The specified outbound message digits delimiter (atidlm) value is encoded if the value is not none. MSISDN is encoded as the MSISDN from the incoming ATI query. 

grn

If an entity was found during RTDB lookup and GRN (Generic Routing Number) was provisioned in the EPAP entity, then include the IMSI parameter and encode the IMSI digits as GRN.

grndlmmsisdn

Include the MSISDN parameter in the ATI ACK response and encode MSISDN digits as GRN + delimiter (atidlm) + MSISDN. GRN is encoded if GRN entity is found. The specified outbound message digits delimiter (atidlm) value is encoded if the value is not none. MSISDN is encoded as the MSISDN from the incoming ATI query.

none

Do not include the MSISDN parameter in the response message.

Default:

msisdn

atiackrn (optional)

Routing number parameter for ATI ACK response message. This parameter specifies the formatting of the routing number parameter in the ATI ACK response message. The result of formatting determines whether the routing number parameter will be included in the response.

Range:

rn

Routing number.

• If an entity was found in RTDB lookup and the entity type was RN, include the routing number parameter and encode routing number digits as found in the entity ID.
• If MSISDN was found in RTDB lookup, but no entity was found and the default routing number parameter value (atidfltrn) is not none, include the routing number parameter and encode routing number digits as the atidfltrn value.
• If MSISDN was not found in RTDB lookup and the default routing number parameter value (atidfltrn) is not none, include the routing number parameter and encode routing number digits as the atidfltrn value.
• If an entity was found in RTDB lookup, the entity type is SP, and the atidfltrn value is not none, include the routing number parameter and encode routing number digits as the atidfltrn value.

rnsp

Routing number or signaling point.

• If an entity was found in RTDB lookup and the entity type was either SP or RN, include routing number parameter and encode routing number digits as found in the entity ID.
• If MSISDN was found in RTDB lookup but no entity was found and the default routing number parameter value (atidfltrn) is not none, include the routing number parameter and encode routing number digits as the atidfltrn value.
• If MSISDN was not found in RTDB lookup and the default routing number parameter value (atidfltrn) is not none, include the routing number parameter and encode routing number digits as the atidfltrn value.
• If an entity was found in RTDB lookup and the entity type was not SP or RN and the default routing number parameter value (atidfltrn) is not none, include the routing number parameter and encode routing number digits as the atidfltrn Entity.

asddlmrnsp

ASD, delimiter and routing number or signaling point.

Format routing number digits as ASD (if supported and available from lookup entity) +  atidlm (if not none) + entity digits (as described in the  atiackrn=rnsp parameter).

• If this format results in 0 digits (no ASD, atidlm=none, and no entity digits), the routing number will not be included in the response message.
• If the formatting results only in the specified outbound message digits delimiter (atidlm) digits, the routing number parameter will not be encoded in the response.
• If no entity digits (atiackrn=rnsp) are found, the result is ASD + delimiter digits.

rnspdlmasd

Routing number or signaling point, delimiter, ASD

Format routing number digits as entity digits (as described in atiackrn=rnsp) + delimiter (if atidlm is not none) + ASD (if supported and available from lookup entity).

• If this formatting results in 0 digits (no ASD, atidlm=none, and no RN digits, the routing number will not be included in the response message.
• If the formatting results only in delimiter digits, the routing number will not be encoded in the response.

• If there are outbound message delimiter digits (the atidlm value is not none) and ASD digits are available, the delimiter will be included even if entity digits are not found (resulting in delimiter + ASD).

srfimsi

Encode routing number digits as SRFIMSI configured in the entity data.

If SRFIMSI was not found (MSISDN not found in RTDB lookup, or MSISDN found but no entity found, or entity found but SRFIMSI not configured) then the routing number will not be included in the response message.

srfimsidlmasd

SRFIMSI, delimiter, ASD

Encode routing number digits as SRFIMSI  + delimiter (if atidlm is not none) + ASD (if supported and available from lookup entity). SRFIMSI is encoded as described in the atiackrn=srfimsi option.

• If this formatting results in 0 digits, the routing number parameter will not be included in the response message.
• If the formatting results only in delimiter digits, the routing number parameter will not be encoded in the response message.

asddlmsrfimsi

ASD, delimiter, SRFIMSI

Encode routing number as ASD (if supported and available from lookup entity) + delimiter (if atidlm is not none) + SRFIMSI(encoded as specified in the atiackrn=srfimsi parameter).

• If this format results in 0 digits, the routing number parameter will not be included in the response message.
• If the formatting results only in delimiter digits, the routing number parameter will not be encoded in the response.
• If the outbound message digits delimiter value (atidlm) is not none and ASD digits are available, the delimiter will be included even if SRFIMSI does not have any digits (resulting in ASD + delimiter).

grndlmrnsp

GRN, delimiter, Routing number or signaling point

Encode routing number as GRN (if supported and available from RTDB lookup) + delimiter (if atidlm is not none) + RNSP (encoded as specified in the atiackrn=rnsp parameter).

• If this format results in 0 digits, the routing number parameter will not be included in the response message.
• If the formatting results only in delimiter digits, the routing number parameter will not be encoded in the response.
• If the outbound message digits delimiter value (atidlm) is not none and GRN digits are available, the delimiter will be included even if RNSP does not have any digits (resulting in GRN + delimiter).

rnspdlmgrn

Routing number or signaling point, delimiter, GRN

Encode routing number as entity digits (as described in atiackrn=rnsp) + delimiter (if atidlm is not none) + GRN (if supported and available from RTDB lookup).

• If this format results in 0 digits, the routing number parameter will not be included in the response message.
• If the formatting results only in delimiter digits, the routing number parameter will not be encoded in the response.
• If the outbound message digits delimiter value (atidlm) is notnoneand GRN digits are available, the delimiter will be included even if RNSP does not have any digits (resulting in delimiter + GRN).

srfimsidlmgrn

SRFIMSI, delimiter, GRN

Encode routing number as SRFIMSI (encoded as specified in the atiackrn=srfimsi parameter) + delimiter (if atidlm is not none) + GRN (if supported and available from RTDB lookup).

• If this format results in 0 digits, the routing number parameter will not be included in the response message.
• If the formatting results only in delimiter digits, the routing number parameter will not be encoded in the response.
• If the outbound message digits delimiter value (atidlm) is not none and GRN digits are available, the delimiter will be included even if SRFIMSI does not have any digits (resulting in delimiter + GRN).

grndlmsrfimsi

GRN, delimiter, SRFIMSI

Encode routing number as GRN (if supported and available from RTDB lookup) + delimiter (if atidlm is not none) + SRFIMSI (encoded as specified in the atiackrn=srfimsi parameter).

• If this format results in 0 digits, the routing number parameter will not be included in the response message.
• If the formatting results only in delimiter digits, the routing number parameter will not be encoded in the response.
• If the outbound message digits delimiter value (atidlm) is not none and GRN digits are available, the delimiter will be included even if SRFIMSI does not have any digits (resulting in GRN + delimiter).

none

Do not include the Routing Number field in the response message.

Default:

rn

atiackvlrnum (optional)

The formatting of the VLR-number in the ATI ACK response message.

Range:

rn

routing number

• If an RN entity was found in RTDB lookup, the VLR-number is formatted as RN.
• If RN entity was found in RTDB lookup, the portability type is zero, and the S-Port feature is enabled or the IGM feature is on, the VLR-number is formatted as GRN (if provisioned).
• If MSISDN was found in RTDB lookup, no entity was found, and the atidfltrn value is not none, the VLR-number is formatted as the atidfltrn value.
• If MSISDN was not found in RTDB lookup, atinptype=always and the atidfltrn value is not none, the VLR-number is formatted as the atidfltrn value.
• If an SP entity was found in RTDB lookup, and the atidfltrn value is not none, the VLR-number is formatted as the atidfltrn value.
• If the format results in 0 digits (no entity digits), the VLR-number is formatted as the incoming MSISDN.

rnsp

Routing number or signaling point.

• If an RN or SP entity was found in RTDB lookup, the VLR-number is formatted as the entity ID.
• If MSISDN was found in RTDB lookup, no entity was found, and the atidfltrn value is not none, the VLR-number is formatted as the atidfltrn value.
• If MSISDN was not found in RTDB lookup, atinptype=always, and the atidfltrn value is not none, the VLR-number is formatted as the atidfltrn value.
• If an entity was found in RTDB lookup, the entity type was not RN or SP, and the atidfltrn value is not none, the VLR-number is formatted as the atidfltrn value.
• If the format results in 0 digits (no entity digits), the VLR-number is formatted as the incoming MSISDN.

asddlmrnsp

ASD, delimiter and routing number or signaling point.

Format the VLR-number as ASD (if provisioned) + atidlm (if not none) + entity digits (RN or SP).

• If the formatting results in 0 digits (no ASD, atidlm=none, and no entity digits), the VLR-number is formatted as the incoming MSISDN.
• If the formatting results only in atidlm digits, the VLR-number is formatted as the incoming MSISDN.
• If no entity digits are found, the VLR-number is formatted as ASD + delimiter digits.

rnspdlmasd

Routing number or signaling point, delimiter, ASD

• If the formatting results in 0 digits (no ASD, atidlm=none, and no RN digits), the VLR-number is formatted as the incoming MSISDN.
• If the formatting results only in delimiter digits, the VLR-number is formatted as the incoming MSISDN. If there are outbound message delimiter digits (the atidlm value is not none) and ASD digits are available, the delimiter is included even if entity digits are not found (resulting in delimiter + ASD).

srfimsi

Format the VLR-number as SRFIMSI configured in the entity data.

If SRFIMSI was not found (MSISDN not found in RTDB lookup, or MSISDN found but no entity found, or entity found but SRFIMSI not configured) then the VLR-number is formatted as the incoming MSISDN.

srfimsidlmasd

SRFIMSI, delimiter, ASD

Format the VLR-number as SRFIMSI + delimiter (if atidlm is not none) + ASD (if provisioned).

• If the formatting results in 0 digits, the VLR-number is formatted as the incoming MSISDN.
• If the formatting results only in delimiter digits, the VLR-number is formatted as the incoming MSISDN.

  If atidlm value is not none and ASD digits are available, the delimiter is included even if SRFIMSI does not have any digits (resulting in delimiter + ASD).

asddlmsrfimsi

ASD, delimiter, SRFIMSI

Format the VLR-number as ASD (if provisioned) + delimiter (if atidlm is not none) + SRFIMSI.

• If the formatting results in 0 digits, the VLR-number is formatted as the incoming MSISDN.
• If the formatting results only in delimiter digits, the VLR-number is formatted as the incoming MSISDN.

  If the atidlm value is not none and ASD digits are available, the delimiter is included even if SRFIMSI does not have any digits (resulting in ASD + delimiter).

grndlmrnsp

GRN, delimiter, Routing number or signaling point

Format VLR-number as GRN (if provisioned) + delimiter (if atidlm is not none) + entity digits (RN or SP).

• If the formatting results in 0 digits, the VLR-number is formatted as the incoming MSISDN.
• If the formatting results only in delimiter digits, the VLR-number is formatted as the incoming MSISDN.

  If the atidlm value is not none and GRN digits are available, the delimiter is included even if RNSP does not have any digits (resulting in GRN + delimiter).

rnspdlmgrn

Routing number or signaling point, delimiter, GRN

Format VLR-number as entity digits (RN or SP) + delimiter (if atidlm is not none) + GRN (if provisioned).

• If the formatting results in 0 digits, the VLR-number is formatted as the incoming MSISDN.
• If the formatting results only in delimiter digits, the VLR-number is formatted as the incoming MSISDN.

  If the atidlm is not none and GRN digits are available, the delimiter is included even if RNSP does not have any digits (resulting in delimiter + GRN).

srfimsidlmgrn

SRFIMSI, delimiter, GRN

Format VLR-number as SRFIMSI + delimiter (if atidlm is not none) + GRN (if provisioned).

• If the formatting results in 0 digits, the VLR-number is formatted as the incoming MSISDN.
• If the formatting results only in delimiter digits, the VLR-number is formatted as the incoming MSISDN.

  If the atidlm is not none and GRN digits are available, the delimiter is included even if SRFIMSI does not have any digits (resulting in delimiter + GRN).

grndlmsrfimsi

GRN, delimiter, SRFIMSI

Format VLR-number as GRN (if provisioned) + delimiter (if atidlm is not none) + SRFIMSI.

• If the formatting results in 0 digits, the VLR-number is formatted as the incoming MSISDN.
• If the formatting results only in delimiter digits, the VLR-number is formatted as the incoming MSISDN.

  If the atidlm value is not none and GRN digits are available, the delimiter is included even if SRFIMSI does not have any digits (resulting in GRN + delimiter).

rnmsisdn

• If an RN entity was found in RTDB lookup, the VLR-number is formatted as RN + incoming MSISDN.
• If an SP entity was found in RTDB lookup, and the atidfltrn value is not none, the VLR-number is formatted as atidfltrn + incoming MSISDN
• If MSISDN was found in RTDB lookup, but no entity was found and the atidfltrn value is not none, then VLR-number is formatted as atidfltrn value + incoming MSISDN.
• If MSISDN was not found in RTDB lookup, atinptype=always, and the atidfltrn value is not none, the VLR-number is formatted as atidfltrn value + incoming MSISDN.
• If RN/PT=0 is found in RTDB lookup, the S-Port feature is enabled or the IGM feature is on, and the atidfltrn value is not none, the VLR-number is formatted as atidfltrn + incoming MSISDN. RN/PT=0 is treated as an SP entity.

rnspmsisdn

• If an RN or SP entity was found in RTDB lookup, the VLR-number is formatted as entity digits + incoming MSISDN.
• If MSISDN was found in RTDB lookup, but no entity was found and the atidfltrn value is not none, the VLR-number is formatted as atidfltrn value + incoming MSISDN.
• If an entity was found in RTDB lookup, the entity type was not RN or SP, and the atidfltrn value is not none, then the VLR-number is formatted as the atidfltrn value + incoming MSISDN.
• If MSISDN was not found in RTDB lookup, atinptype=always, and the atidfltrn value is not none, then the VLR-number in the ATI ACK response is formatted as atidfltrn value + incoming MSISDN.

msisdn

Format the VLR-number as incoming MSISDN

asd

Format the VLR-number in the ATI ACK message as ASD (if provisioned).

If the formatting results in 0 digits, the VLR-number is formatted as incoming MSISDN.

asdmsisdn

Format the VLR-number in the ATI ACK message as ASD (if provisioned) + incoming MSISDN.

Default:

rnspmsisdn

atidfltrn (optional)

Default Routing Number. The routing number to be used in outgoing message formats while encoding outgoing digit formats in the ATI ACK response in cases where an RN is not returned from an RTDB lookup.

Range:

1-15 digits, none

Valid digits are 0-9, A-F, a-f

Default:

none

atidlm (optional)

Outbound message digits delimiter. This delimiter is used in outgoing message formats while encoding outbound digits in the ATI ACK response.

Range:

1-15 digits, none

Valid digits are 0-9, A-F, a-f

Default:

none