4.145 chg-stpopts

Use this command to change the values of one or more of the STP node level processing option indicators maintained in the STP’s options table. All values are assigned initially to system defaults at STP installation time, and they may be updated subsequently using this command.

Note:

For those STP option attributes supporting STP event message throttling, the values for the indicated parameters shall become effective in the next event-message output interval following their activation. All other updates shall be effective immediately, as of the time of activation.

Parameters

Note:

If the cnvcgda, cnvcgdi, cnvcgdn, or cnvcgdn24 parameter has a value of no (or a value of cnvcgda, cnvcgdi, cnvcgdn, or cnvcgdn24 is specified for the off parameter), and the CGPA cannot be converted during processing, then the MSU is discarded.
ansigflex (optional)
This parameter enables ANSI G-Flex to execute at 1700 TPS per DSM card.
Range:
yes
Enabled
no
Disabled
Default:
No change to the current value
System Default:
no
archbldid (optional)
Archive build ID. This parameter specifies whether the database archive file name contains the EAGLE build number instead of the release number.
Range:
on
The file name contains the build number.
off
The file name contains the release number.
Default:
No change to the current value
System Default:
off
cnvcgda (optional)
This parameter enables discarding of the CGPA point code in SCCP messages if the destination network type is ANSI, and the point code or alias point code of the destination network type is not defined.
Range:
yes
Enabled
no
Disabled
Default:
No change to the current value
System Default:
no
cnvcgdi (optional)
This parameter enables discarding of the CGPA point code in SCCP messages if the destination network type is ITU-I, and the point code or alias point code of the destination network type is not defined.
Range:
yes
Enabled
no
Disabled
Default:
No change to the current value
System Default:
no
cnvcgdn (optional)
This parameter enables discarding of the CGPA point code in SCCP messages if the destination network type is ITU-N, and the point code or alias point code of the destination network type is not defined.
Range:
yes
Enabled
no
Disabled
Default:
No change to the current value
System Default:
no
cnvcgdn24 (optional)
This parameter enables discarding of the CGPA point code in SCCP messages if the destination network type is ITU-N24, and the point code or alias point code of the destination network type is not defined.
Range:
yes
Enabled
no
Disabled
Default:
No change to the current value
System Default:
no
cnvcgdn16 (optional)
This parameter enables discarding of the CGPA point code in SCCP messages if the destination network type is ITU-N16, and the point code or alias point code of the destination network type is not defined.
Range:
yes
Enabled
no
Disabled
Default:
No change to the current value
System Default:
no
critalminh (optional)
Critical alarm inhibit. This parameter enables inhibiting of critical alarms.
Range:
yes
Enabled
no
Disabled
Default:
No change to the current value
System Default:
no
defcc (optional)
Default country code.
Range:
1-3 digits, none.

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

none —Deletes the current value.

Default:
No change to the current value
defndc (optional)
Default network destination code.
Range:
1-5 digits, none

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

none —Deletes the current value.

Default:
No change to the current value
dispactalms (optional)
Display active alarms. This parameter displays active or total alarms in the alarm status area of the VT320 screen (see **INTERNAL XREF ERROR**). The alarm status area comprises four boxes to show counts for critical, major, minor, and inhibited alarms. When total alarms are displayed (dispactalms=no), the counts for critical, major, and minor alarms include any temporarily or permanently inhibited alarms. The alarm status area is labeled Total Alarm Status. When active alarms are displayed (dispactalms=yes), the counts for critical, major, and minor alarms do not include any temporarily or permanently inhibited alarms. The alarm status area is labeledActive Alarm Status. This parameter does not affect the count displayed in the inhibited box; the number of inhibited alarms is always displayed.
Range:
yes
Enabled; active alarm status is displayed
no
Disabled; total alarm status is displayed
Default:
No change to the current value
System Default:
no
dsmaud (optional)
Service Module card audit running state.
Range:
on
Running
off
Not running
ccc
Running with Corruption Cross Correction enabled. EAGLE LNP, G-Flex, G-Port, INP, or V-Flex systems contain n+1 Service Module cards (maximum 32) running the VSCCP application. Each Service Module card contains a full image of the RTDB database. If a record within the RTDB database on any card should become corrupted, a mate Service Module card can supply the corrected data. The dsmaud=ccc parameter enables the Corruption Cross Correction function used by the system to obtain the correct data from a mate Service Module card.
Default:
No change to the current value
System Default:
off
gdpc (optional)
Specifies the value used to set the ANSI destination point code field in the routing label of the MSU that is being duplicated. The point code has subfields network indicator-network cluster-network cluster member (ni-nc-ncm).
Synonym:
gdpca
Range:
000---255, none
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.
Enter none to delete the point code.
The point code 000-000-000 is not a valid point code.
Default:
Current value
gdpc/gdpca/gdpci/gdpcn24/gdpcn16 (optional)
Destination point code.
gdpci (optional)
Specifies the value used to set the ITU international destination point code field in the routing label of the MSU that is being duplicated. The point code has subfields zone-area-id.
Range:
0---255, none
Specify a valid value for each subfield of the point code, and separate the subfields with a dash (-).
The point code 0---000---0 is not a valid point code.
zone---0---7
area---000---255
id---0---7
Enternone to delete the point code.
Default:
Current value.
gdpcn (optional)
Specifies the value used to set the ITU national destination point code field in the routing label of the MSU that is being duplicated. The point code is in the format of a 5-digit number (nnnnn); or 2, 3, or 4 numbers (members) separated by dashes (m1-m2-m3-m4) when the chg-stpopts:npcfmti flexible point code option is on. A group code (gc) must be specified when the ITUDUPPC feature is on (nnnnn-gc, m1-m2-m3-m4-gc).
Range:
0---16383, aa---zz, none
Specify a valid value for each subfield of the point code, and separate the subfields with a dash (-).
nnnnn---0---16383
gc---aa---zz
m1--m2--m3--m4---0--14for each member; values must sum to 14.
Enternone to delete the point code.
Default:
Current value.
gdpcn24 (optional)
Specifies the value used to set the 24-bit ITU national destination point code field in the routing label of the MSU that is being duplicated. The point code has subfields main signaling area-sub signaling area-signaling point (msa-ssa-sp).
Range:
000--255, none
Specify a valid value for each subfield of the point code, and separate the subfields with a dash (-).
msa---000---255
ssa---000---255
sp---000---255
Enternone to delete the point code.
Default:
Current value.
gdpcn16 (optional)
Specifies the value used to set the 16-bit ITU national destination point code with subfields unit number, sub number area, main number area (un-sna-mna).
Range:
000--127, none
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
Enter none to delete the point code.
Default:
Current value.
gsmdecerr (optional)
GSM MAP screening decode error action.
Range:
pass
discard
Default:
No change to the current value
System Default:
pass
gsmdflt (optional)
GSM MAP screening default action.
Range:
pass
discard
Default:
No change to the current value
System Default:
pass
gtcnvdflt (optional)
This parameter enables routing of SCCP messages using system defaults when an appropriate entry is not found in the Default GT Conversion Table.
Range:
yes
Enabled
no
Disabled
Default:
Current value
System Default:
no
mtpdpcq (optional)
MTP destination point code quantity. The maximum number of DPCs that can be provisioned from the STP. The value of this parameter depends on the number of x-list entries that can be provisioned using the mtpxlq parameter. If the number of destinations that can be provisioned is increased, the number of x-list entries that can be maintained is decreased.
Range:
500 - 10000

500-2000 —if the DSTN5000 feature is not turned on

500–5000 —if the DSTN5000 feature is turned on

500–6000 —if the 6000 Routesets feature is enabled

500–7000 —if the 7000 Routesets feature is enabled

500–8000 —if the 8000 Routesets feature is enabled

500–10000 —if the 10,000 Routesets feature is enabled

Default:
No change to the current value
System Default:
2000
mtplprst (optional)
MTP low priority route set test. This parameter specifies whether low priority route set polling is enabled or disabled at the STP.
Range:
yes
Enabled
no
Disabled
Default:
Current value
System Default:
yes
mtpltctdpcq (optional)
MTP loop test congestion trigger DPC quantity. The number of most frequently occurring DPCs to which the MTP loop test messages are to be sent when the MTP loop test is triggered by congestion.
Range:
3 - 10
Default:
No change to the current value
System Default:
3
mtplti (optional)
MTP loop test indicator. This parameter specifies whether the MTP loop detection procedures are enabled or disabled at the STP.
Range:
yes
Enabled
no
Diabled
Default:
Current value
System Default:
yes
mtpltst (optional)
MTP loop test supervision timer. The amount of time, in milliseconds, that the MTP loop test detection procedures run when started.
Range:
10000 - 20000
Default:
Current value
System Default:
10000
mtprsi (optional)
MTP Restart indicator. This parameter specifies whether ANSI and ITU MTP Restart procedures are enabled at the STP.
Range:
yes
enable restart procedures
no
do not enable restart procedures
Default:
Current value
System Default:
no
mtprsit (optional)
ANSI MTP Restart isolation timer. The minimum duration of node isolation, in milliseconds, before the ANSI MTP Restart procedure is deemed necessary.
Range:
2000 - 900000
Default:
No change to the current value
System Default:
5000
mtpt10alt (optional)
MTP T10 alternate timer, in milliseconds. The interval at which the STP performs a route set test on low priority routes. The value of this parameter must be equal to or greater than the value of the level 3 T10 timer.
Range:
20000 - 10000000
Default:
No change to the current value
System Default:
30000
mtpt31ctl (optional)
MTP T31 congestion trigger level. The signaling link congestion level at which the system starts the level 3 t31 timer. When the level 3 t31 timer expires, the associated signaling link is removed from service for realignment.
Range:
1 - 2
Default:
No change to the current value
System Default:
1
mtpxlet (optional)
MTP x-list expiration time. The maximum amount of time the system maintains an unreferenced dynamic status exception list (x-list) entry. This parameter must be specified in one of the following formats: mm, hmm, or hhmm, where m is minutes and h is hours. For example, 43 is 43 minutes, 138 is 1 hour 38 minutes, and 2400 is 24 hours.
Range:
0020 - 2400
Default:
No change to the current value
System Default:
0100
mtpxlot (optional)
MTP x-list occupancy threshold. The dynamic status exception list (x-list) occupancy threshold at which the system raises a minor alarm. The threshold is expressed as a percentage of space available.
Range:
0 - 100
Default:
No change to the current value
System Default:
90
mtpxlq (optional)
MTP x-list quantity. The number of dynamic status exception list (x-list) entries the system maintains. The value of this parameter is dependent directly on the number of destinations that are provisioned using the mtpdpcq parameter.
Range:
500 - 10000

500-2000 —if the DSTN5000 feature bit is not turned on

500–5000 —if the DSTN5000 feature bit is turned on

500–6000 —if the 6000, 7000, or 8000 Routesets feature is enabled

500–10000 —if the 10,000 Routesets feature is enabled

Default:
Current value
System Default:
500
npcfmti (optional)
ITU National Point Code Format Identifier. This parameter specifies how the ITU national point code is entered into the database and how it is displayed in any outputs from the system. The ITU national point code is a 14-bit integer. The point codes can be a single number up to five digits, or two, three, or four numbers separated by dashes. This parameter specifies the number of bits to allow in each position of the four members.
Range:
m1-m2-m3-m4: Four members where each member represents the number of bits allowed in the corresponding position for a flexible ITU national point code. The range of each member (m1–m4) is from 0 - 14.

Each member must be specified no matter how many numbers the point code format contains, and the sum of m1+m2+m3+m4 must equal 14 (for example, npcfmti=7-7-0-0 or npcfmti=0-6-8-0).

Table 4-16  defines the values of the parts of the ITU national point code. 

Table 4-16 NPCFMTI Parameter - ITU National Point Code Values

Number of Bits in Point Code Section
Bit 0 1 2 3 4 5 6 7
Range of Values Not used 0-1 0-3 0-7 0-15 0-31 0-63 0-127
Bit 8 9 10 11 12 13 14
Range of Values 0-255 0-511 0-1023 0-2047 0-4095 0-8191 0-16383

Table 4-17 Point Code Format Examples

NPCFMTI Value Range of Point Code Values
7-7-0-0 0-0 to 127-127
0-6-8-0 0-0 to 63-255
0-0-4-10 0-0 to 15-1023
3-8-3-0 0-0-0 to 7-255-7
2-9-2-1 0-0-0-0 to 3-511-3-1
4-4-4-2 0-0-0-0 to 15-15-15-3
14-0-0-0 00000 to 16385
Default:
No change to the current value
System Default:
14-0-0-0
off (optional)

Disables or turns off the specified feature options. A comma-separated list of feature options that are requested to be turned off. Up to 8 feature options can be specified in the list.

Range:
ansigflex
archbldid
cnvcgda
cnvcgdi
cnvcgdn
cnvcgdn24
critalminh
dispactalms
gbsusnminm
gtcnvdflt
mtplprst
mtplti
mtprsi
rptlnpmrss
rstrdev
uimrd
on (optional)

Enables or turns on the specified feature options. A comma-separated list of feature options that are requested to be turned on. Up to 8 feature options can be specified in the list.

Range:
ansigflex
archbldid
cnvcgda
cnvcgdi
cnvcgdn
cnvcgdn24
critalminh
dispactalms
epap240m
epapx
gbsusnminm
gtcnvdflt
mtplprst
mtplti
mtprsi
rptlnpmrss
rstrdev
uimrd
lnptn756m
pcn16fmt (optional)
PCN16 point code can be provisioned in two formats: first format is 745 (un-sna-mna) and second format is 547 (mna-sna-un).
Range:
745
un-sna-mna
547
mna-sna-un
Default:
No changes to the current value
System Default:
745
pct (optional)

The method used to apply PCT to MSUs.

Range:
off
do not apply PCT to any MSU
on
apply PCT to all MSUs
lset
apply PCT to MSUs that are coming in or going out on a link that belongs to a linkset where PCT is provisioned (see the chg-lsopts command)
Default:
off
randsls (optional)

Random SLS (signaling link selection) option. This parameter enables the system to ignore the incoming SLS value and randomly generate a new SLS value to select an outgoing linkset and a link. This parameter is implemented independently of the SLS Enhancement feature settings for individual linksets, which are defined by the slsocbit and slsrsb parameters of the ent/chg-ls commands. For ITU the value specified for the randsls parameter in the chg-stpopts command will override the value specified for the randsls parameter for each individual linkset. To use the randsls with ANSI, the value for randsls must be specified as perls.

To enable random SLS generation per linkset, the randsls=perls parameter must be specified. When this parameter is specified, the SLS Bit Rotation capability (set with the slsrsb parameter of the ent/chg-ls command) is overridden, and cannot be used on individual linksets. The ent/chg-ls commands do not prevent the user from provisioning with the parameter and also enables the user to restrict Random SLS generation to Class 0 messages only.

This parameter is implemented independently of the SLS Enhancement feature settings for individual linksets. These settings are specified by the slsocbit (Use of the Other CIC BIT capability) and slsrsb (SLS Bit Rotation capability) parameters of the ent/chg-ls commands. When the SLS Enhancement is turned on with the randsls=all or randsls=class0 parameters, the SLS Bit Rotation capability (set with the slsrsb parameter of the ent/chg-ls command) is overridden, and cannot be used on individual linksets. The ent/chg-ls commands do not prevent the user from provisioning with the slsrsb parameter.

When randsls=perls is specified, the randsls parameter needs to be individually enabled on outgoing linksets for ITU traffic and on incoming linksets for ANSI traffic, to get the feature working for the particular traffic.

Range:
class0
Enables random SLS generation for ITU Class0 SCCP traffic. (Not compatible with ANSI)
all
Enables random SLS generation for both ITU Class0 & Class1 SCCP traffic. (Not compatible with ANSI)
off
Disables random SLS generation for both ITU and ANSI traffic
perls
Enables random SLS generation on a per-linkset basis for ITU Traffic (SCCP Class0 or both SCCP Class0 & Class1 instead of a system-wide basis) and for ANSI traffic (SCCP Class0 or both SCCP Class0 & ISUP).
Default:
No change to the current value
System Default:
off
rptlnpmrss (optional)
Report LNP MR SS unequipped. This parameter specifies whether to generate UIN 1049 for LNP message relay (MR) messages with missing subsystems. If no MAP entry is found from a GTT done on an LNP MR message, the UIM is either displayed (rptlnpmrss=yes) or suppressed (rptlnpmrss=no). This setting applies only to LNP MR messages. All other messages display UIM 1049 when no MAP entry is found, regardless of this setting.
Range:
yes
Display UIM 1049 for all messages.
no
Do not display UIM 1049 for LNP MR with missing subsystems.
Default:
No change to the current value
System Default:
yes
rstrdev (optional)

Restore device state. This parameter enables restoration of device states when the init-sys command is executed and when an OAM role change occurs and maintains the inhibited state of terminals, links, and cards.

Caution:

An init-sys command causes the system to go down.
Range:
on
off
Default:
No change to the current value
System Default:
off
secmtpmate (optional)
This parameter enables security screening for MTP messages received by an STP on a non-C-Link, with an OPC equal to the SID (True, Adjacent, or Capability) point code of its mate.
Range:
off
Screening is disabled; message is processed normally
notify
Screening is enabled; UIM is generated and message is discarded
silent
Screening is enabled; message is discarded. No UIM is generated
test
Screening is enabled; UIM is generated and message is processed normally
Default:
No change to the current value
System Default:
off
secmtpsid (optional)
This parameter enables security screening for MTP messages received at MTP3 containing an OPC equal to its own SID (OPC that is the True, Secondary, or Capability point code entered in the chg-sid command) that is not a route-set-congestion-message. The system should not receive a message with its own OPC unless the message is a result of a circular route test or is an SLTM when the far end is in loopback. (SLTM messages are not checked.)
Range:
off
Screening is disabled; message is processed normally.
notify
Screening is enabled; UIM is generated and message is discarded.
silent
Screening is enabled; message is discarded. No UIM is generated.
test
Screening is enabled; UIM is generated and message is processed normally.
Default:
Current value
System Default:
off
secmtpsnm (optional)
This parameter enables security screening for MTP SNM messages. The system should not receive an MTP network management message unless:
  • The OPC is an adjacent point code. (For all link types, this rule does not apply to UPU, TFC, and RCT messages.)
  • The system has a route to the OPC of the MTP network management message on the linkset which the message was received.
  • The system has a route to the destination field in the message (if applicable to the concerned message) on the linkset which the message was received. (For all link types, this rule does not apply to RST messages.)
Range:
off
Screening is disabled; message is processed normally
notify
Screening is enabled; UIM is generated and message is discarded
silent
Screening is enabled; message is discarded. No UIM is generated
test
Screening is enabled; UIM is generated and message is processed normally
Default:
No change to the current value
System Default:
off
secsccpscmg (optional)
This parameter enables security screening for SCCP SCMG messages. The system should not receive an SCCP network management message unless:
  • The system has a route to the OPC of the SCMG message on the linkset on which the message was received.
  • The system has a route to the Affected Point Code (Concerned Point Code) in the message on the linkset on which the message was received.
This parameter applies only to SSP and SOR messages. SSA, SST, SOG, SBR, SNR and SRT messages are not affected.
Range:
off
Screening is disabled; message is processed normally.
notify
Screening is enabled; UIM is generated and message is discarded.
silent
Screening is enabled; message is discarded. No UIM is generated.
test
Screening is enabled; UIM is generated and message is processed normally.
Default:
No change to the current value
System Default:
off
slscnv (optional)
Per node SLS conversion indicator.
Range:
on
SLS conversion is enabled on all linksets
off
SLS conversion is disabled on all linksets
perls
SLS conversion is enabled on a per linkset basis
Default:
No change to the current value
System Default:
off
tfatfrpr (optional)
TFA/TFR pacing rate. The amount of time, in milliseconds, between partial broadcasts of up to 20 percent increments of the number of TFAs/TCAs or TFRs/TCRs to be broadcast by the STP when an affected destination becomes accessible using its primary route rather than an alternate route. The STP uses this pacing to prevent congestion on the newly recovered linksets.
Range:
0 - 1000

Set in increments of 100

Default:
No change to the current value
System Default:
1000
uimrd (optional)
Unsolicited Information Message (UIM) redirect indicator. This parameter specifies whether the UIMs are to be routed to the specified output group.
Range:
yes
Enabled
no
Disabled
Default:
No change to the current value
System Default:
no
uithrottle (optional)
UI pacing rate. This parameter specifies the speed at which UI output is sent to the terminals. Zero represents the most throttling, or the slowest output. Nine represents the least throttling, or the fastest output.

Caution:

Before changing the uithrottle value from the default, the terminals must be set to the 115200 baud rate. If the uithrottle value is changed without updating the terminals, output could be lost.
Range:
0--9
Default:
No change to the current value
System Default:
0
uimperiod (optional)

This parameter specifies to discard duplicated UIM IDs that occur more than once during a specified period. By Default, this parameter is set to 0 which indicates that the “uimperiod” mechanism is not activated. This parameter has a range of 0 to 600 seconds.

Range:
0--600
Default:
No change to the current value
System Default:
0
visualization (optional)
System wide visualization option. This parameter specify whether the visualization is disable or specific visualization is enable as per below options.
Range:
off : Visualization feature is disable
uim : Only UIM visualization is enable
msg : Only message visualization is enable
All: Both UIM and MSG visualization is enable.
Default:
No change to the current value
System Default:
off

Example

chg-stpopts:mtpt31ctl=2:uimrd=yes

chg-stpopts:mtpxlq=1000:mtpxlet=0200:mtpxlot=75

chg-stpopts:npcfmti=4-4-4-2

chg-stpopts:rptlnpmrss=no

chg-stpopts:rstrdev=on

chg-stpopts:hsclksrc=t1framed

chg-stpopts:hsclksrc=e1unframed:force=yes

chg-stpopts:hsclkll=shorthaul

chg-stpopts:cnvcgda=yes

chg-stpopts:randsls=perls

chg-stpopts:pct=on

chg-stpopts:mtpdpcq=10000

chg-stpopts:cnvcgdn16=on

chg-stpopts:pcn16fmt=547

chg-stpopts:gdpca=2-2-2

chg-stpopts:epapx=on

chg-stpopts:on=lnptn756m

Dependencies

The values of the mtpdpcq and mtpxlq parameters are interdependent; that is, to increase the number of DPCs that can be provisioned, the number of x-list entries that the STP is to maintain must be decreased. Conversely, to increase the number of x-list entries that the STP maintains, the number of DPCs that can be provisioned must be decreased.

At least one optional parameter must be specified.

The ANSI/ITU SCCP Conversion feature must be enabled before the cnvcgda, cnvcgdi, cnvcgdn, cnvcgdn24, or gtcnvdflt parameters can be specified.

To allow ANSI GFLEX and other EPAP-based features to co-exist, the E5-SM4G Throughput Cap quantity key for 6800 must be enabled.

The ansigflex option cannot be enabled if a DSM is equipped in the system AND one or more of the following features are Enabled:

  • 1100 TPS/DSM for ITU NP
  • A-Port
  • AINPQ
  • ATINP
  • EIR
  • G-Flex MAP Layer Routing
  • G-Port
  • Info Analyzed Relay Base
  • INP
  • IS41 GSM Migration
  • Prepaid Short Message Intercept Phase 1 (PPSMS)
  • MO SMS ASD
  • MO SMS GRN
  • MO SMS IS41-to-GSM Migration
  • MO-based GSM SMS NP
  • MO-based IS41 SMS NP
  • Portability Check for MO SMS
  • TIF Number Portability
  • TIF Number Substitution
  • TIF Selective Screening
  • TIF Subscr CgPN Blacklist  
  • V-Flex

The G-Flex feature must be on before the ansigflex option can be enabled.

The ansigflex option cannot be enabled when Service Selector table contains an ITU entry. (See the chg-srvsel command.)

When the mtpxlet parameter is specified, the value for minutes (mm) must be in the range 00-59.

The DSTN5000 (5000 Routes) feature must be turned on before the mtpdpcq parameter value can be increased to more than 2000.

When the number of x-list entries (mtpxlq parameter) is specified, the total number of DPCs (mtpdpcq parameter) and x-list entries provisioned cannot exceed the space available in the Route table.

When the number of DPCs (mtpdpcq parameter) is specified, the total number of DPCs and x-list entries (mtpxlq parameter) provisioned cannot exceed the space available in the Route table.

The number of DPCs provisioned (mtpdpcq parameter) cannot be increased if space allocated for maintaining x-list entries becomes full.

The value for the mtpdpcq parameter cannot be less than the number of DPCs provisioned.

The Cluster Routing and Management Diversity (CRMD) feature must be turned on before the mtpxlq, mtpxlet, and mtpxlot parameters can be specified.

The ANSI MTP restart (MTPRS) feature must be turned on before the mtprsit parameter can be specified.

The ANSI MTP restart (MTPRS) or ITU MTP restart (ITUMTPRS) feature must be turned on before the mtprsi parameter can be specified.

The value for the tfatfrpr parameter must be specified in increments of 100 milliseconds (0.1 seconds).

The System Options table is corrupt or cannot be found.

Cluster x-list maintenance data must be accessible.

The level 3 Timer table is corrupt or cannot be found.

If critical alarms are inhibited in the system, then the critalminh=no parameter cannot be specified.

If the npcfmti parameter is specified, the sum of the values specified for m1 + m2 + m3 + m4 must be equal to 14.

The defcc parameter value cannot already exist as an entry in the GSM Options Multiple Country Code (the multcc parameter) list.

If a GSM Options Multiple Country Code (multcc parameter) has been defined, the defcc=none parameter cannot be specified.

The GSM Map Screening feature must be turned on before the gsmdflt or gsmsdecerr parameter can be specified.

The Network Security Enhancements feature must be turned on before the secmtpmate, secmtpsid, secmtpsnm, and secsccpscmg parameters can be specified.

The MAS Configuration table is corrupt or cannot be found.

If the Origin-based MTP Routing feature is enabled, then the mtplprst=no parameter cannot be specified.

The AINPQ, EIR, G-Flex, G-PORT, INP, LNP ELAP Configuration, Prepaid SMS Intercept Ph1, SIP NP or V-Flex feature must be turned on before the dsmaud parameter can be specified. 

The value specified for mtpt10alt parameter cannot be less than the Level3-T10 timer value.

The GSM Options table is corrupt or cannot be found.

If the MT-Based GSM SMS NP feature is turned on, then the defcc=none parameter cannot be specified.

If the MT-Based IS41 SMS NP feature is turned on, then the defcc=none parameter cannot be specified.

If the ATINP feature is turned on, then the defcc=none parameter cannot be specified.

If the TN quantity key is above 228M, or if ELAP version 8.0 or above is provisioned, then the dsmaud=ccc parameter cannot be specified.

If the Prepaid IDP Relay feature is turned on or the IAR Base feature is enabled, then the defcc=none parameter cannot be specified.

If the on or off parameter is specified, then the ansigflex, archbldid, cnvcgda, cnvcgdi, cnvcgdn, cnvcgdn24, gtcnvdflt, critalminh, dispactalms, mtplprst, mtplti, mtprsi, rptlnpmrss, rstrdev, and uimrd parameters cannot be specified.

Contact My Oracle Support (MOS) for assistance in turning off the GBSUSNMINM parameter.

The same option cannot be specified by both the on and off parameters.

A PCT quantity feature must be enabled before the pct parameter can be specified.

Contact My Oracle Support (MOS) for assistance in turning off the PCT Feature.

If the SIPNP feature is turned on, then the defcc=none parameter cannot be specified.

EPAP240M or EPAPX can only be turned on if at least one EPAP-related feature is ON.

EPAP240M can not be turned on if an EPAP-based E5-SM4G card is present in the system.

GBSUSNMINM cannot be turned on if an A-class card is present in the system.

EPAPX cannot be turned on if 32-bit SM8G/SLIC EPAP based SCCP cards is present in the system.

If EPAPX is turned ON then EPAP240M cannot be turned ON.

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

LNPTN756M cannot be turned on if SM8G ELAP based SCCP cards is present in the system.

Notes

If the database contains ITU national point codes of a particular format, and the format is changed with the npcfmti parameter, the format of the ITU national point codes in the database will be changed to the new format.

The format defined by the npcfmti parameter applies to all database entities that use ITU national point codes except gateway screening. Gateway screening allows the ITU national point code to be displayed and entered in the database only as a single number. If the system is using a format for the ITU national point code other than a single number, the point code will have to be converted from its current format to a single number in order to be used by gateway screening. The conversion is explained in “Converting ITU National Point Code Formats”.

For the STP option attributes supporting STP event message throttling, the values for the indicated parameters become effective in the next event-message output interval following their activation. All other updates become effective at the time of activation (immediately).

When the slscnv=on parameter is specified, the node acts as if the 5-bit to 8-bit SLS conversion is being performed on every linkset in the database, including linksets where the slsci=no parameter has been specified.

When the slscnv=off parameter is specified, the node acts as if the 5-bit to 8-bit SLS conversion has been turned off for every linkset in the database, including linksets where the slsci=yes parameter has been specified.

When the slscnv=perls parameter is specified, the 5-bit to 8-bit SLS conversion is performed only on the linksets where the slsci=yes parameter has been specified.

When the value of the dispactalms parameter is changed, there could be a delay of up to five seconds as the VT320 screen refreshes to the selected display.

The maximum allowed number of destination point codes can be changed by the mtpdpcq parameter.

If the Cluster Routing and Management Diversity feature is turned on, the maximum number of destination point codes contained in the exception list can be changed by the mtpxlq parameter.

The sum of the values of the mtpdpcq and mtpxlq parameters can be increased beyond 2500 only if one or more of the following features are turned on:

  • If the DSTN5000 feature is turned on, the parameters cannot exceed 5500.
  • If the 6000 Routesets feature is enabled, the parameters cannot exceed 6500.
  • If the 7000 Routesets feature is enabled, the parameters cannot exceed 7500.
  • If the 8000 Routesets feature is enabled, the parameters cannot exceed 8500.
  • If the 10,000 Routesets feature is enabled, the parameters cannot exceed 10500.

To enter seconds (instead of milliseconds) for the timer values, the timer value must contain at least one decimal place, and can contain up to three decimal places. If no decimal places are entered, the system accepts the value as milliseconds. The rtrv-stpopts command always displays the output in milliseconds, not seconds.

There will be only one Network Point Code in the STPOPTS table for GWS DUP action- either "a" (ANSI), "I" (ITU-I), "n" (ITU-N), "n24" (ITU-N24) or "n16" (ITU-N16).

on/off options

  • ansigflex —Enables/Disables ANSI G-Flex to execute at 1700 TPS per DSM card
  • archbldid —Archive build ID Enables/Disables specifying that the database archive file name contains the EAGLE build number/release number, respectively.
  • cnvcgda —Enables/Disables discarding of the CGPA point code in SCCP messages if the destination network type is ANSI, and the point code or alias point code of the destination network type is not defined
  • cnvcgdi —Enables/Disables discarding of the CGPA point code in SCCP messages if the destination network type is ITU-I, and the point code or alias point code of the destination network type is not defined
  • cnvcgdn —Enables/Disables discarding of the CGPA point code in SCCP messages if the destination network type is ITU-N, and the point code or alias point code of the destination network type is not defined
  • cnvcgdn24 —Enables/Disables discarding of the CGPA point code in SCCP messages if the destination network type is ITU-N24, and the point code or alias point code of the destination network type is not defined
  • critalminh —Critical alarm inhibit.  This enables/disables inhibiting of critical alarms.
  • dispactalms —Enables/Disables the display of active alarms in the alarm status area of the VT320 screen (see **INTERNAL XREF ERROR**). The alarm status area comprises four boxes to show counts for critical, major, minor, and inhibited alarms. The counts for critical, major, and minor alarms do not include any temporarily or permanently inhibited alarms. The alarm status area is labeled Active Alarm Status. This parameter does not affect the count displayed in the inhibited box; the number of inhibited alarms is always displayed.
  • epap240m - Enables the option to download the 240M DN/IMSI RTDB data on EPAP-based E5-SM8G-B card. It cannot be turned ON once epapx is turned ON.

    Note:

    This feature has a dependency on 64-bit GPLs. The SM cards must be running 64-bit GPLs in order to support the larger RTDB data from the EPAP. If the SM cards are not already running 64-bit GPLs, then the flash GPLs on the SM cards need to be manually converted to 64-bit. See the init-flash command for more information.
  • epapx - Enables the option to download the 480M DN & 600M IMSI/600M IMEI RTDB data on EPAP-based SLIC SCCP cards. Enabling epapx will automatically turn OFF epap240m.

    Note:

    • This feature has a dependency on 64-bit GPLs. The SLIC cards must be running 64-bit GPLs in order to support the larger RTDB data from the EPAP. If the SLIC cards are not already running 64-bit GPLs, then the flash GPLs on the SLIC cards need to be manually converted to 64-bit. See the init-flash command for more information.
    • The epapx parameter should only be turned ON after connecting to EPAP 16.3.
  • gbsusnminm- Enable/Disable applications to send SNM/INM Group Broadcast message. The default value is off.

    Note:

    • The gbsusnminm parameter cannot be turned on if an A-class card is present in the system.
    • Customers cannot disable (off) this option once enabled. Debug method is required for turning off gbsusnminm. Customers need to contact MOS if it is required to turn off the gbsusnminm.
  • gdpc --- MSU duplicated by GWS DUP Stop Action will be routed to the point code configured in GDPC..
  • gtcnvdflt —Enables/Disables routing of SCCP messages using system defaults when an appropriate entry is not found in the Default GT Conversion Table.
  • mtplprst —Enables/Disables MTP low priority route set testing via polling the STP.
  • mtplti —Enables/Disables MTP loop detection procedures on the STP .
  • mtprsi —Enables/Disables the MTP Restart procedures (both ANSI and ITU) on the STP .
  • rptlnpmrss —Enables/Disables the generation of UIM 1049 for LNP message relay (MR) messages with missing subsystems if no MAP entry is found from a GTT done on an LNP MR message.
  • rstrdev —Enables/Disables restoration of device states when the init-sys command is executed and when an OAM role change occurs and maintains the inhibited state of terminals, links, and cards through an init-sys execution, OAM role change, and card reload.  An init-sys command causes the system to go down.
  • uimrd —Enables/Disables UIMs (Unsolicited Information Messages) to be routed to the specified output group.  
  • lnptn756m - Enables the option to download 756M LNP TN data on ELAP-based SLIC SCCP cards.

    Note:

    • This feature has a dependency on SLIC cards. All ELAP based SM cards should be running on SLIC cards. If SMxG ELAP card are running in the system, then inhibit all SMxG ELAP cards to turn on this feature. See the inh-card command for more information.
    • The lnptn756m parameter should only be turned ON after connecting to ELAP 10.2.

EPM-B based cards refer to E5-ENET-B, E5-E1T1-B, E5-ATM-B, and E5-MCPM-B cards.

Output

chg-stpopts:randsls=all 

    tekelecstp 06-07-26 12:03:28 EST  EAGLE 36.0.0
    CHG-STPOPTS: MASP A - COMPLTD 
;

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