Use LD 90. First print a known working number, note the RLI, add the new number and Test. Here is an example:
ld 90
ESN000
MEM AVAIL: (U/P): 13190018 USED U P: 2433923 235770 TOT: 15859711
DISK SPACE NEEDED: 423 KBYTES
2MB BACKUP DISKETTE(S) NEEDED: 1 (PROJECTED LD43 - BKO)
REQ prt
CUST 0
FEAT net
TRAN ac1
TYPE npa
NPA 1206
NPA 1206
RLI 3
SDRR NONE
ITEI NONE
Note - 1206 uses RLI 3. There could be some deny code like 976.
Everythings OK and can do new area codes. One question I have as I played around a bit I noticed that different existing area codes have different RLI's
What's RLI's do or where can I can info on them. Meaning so I know at what level to set for different things or reasons
You can print the different RLI's in LD 86. Your RLI will assign a route number and a restiction level (FRL) to the area code. You can also add and remove digits if necessary via DMI tables. To print RLI's
LD 86
req: prt
cust 0
type rlb
rli xx (the rli in question)
An RLI is essencially an outbound call control table that, based on settings from the originating TN, determines whether or not the call is permitted to be sent off the switch and what route (trunk group) the call will be sent out. This is a simplified description. RLIs can actually do a lot more- like chosing a secondary route if the primary route is not available or busy, altering the digits dialed from a user before sending the call out, selecting different routes based on the NCOS settings of the originating TN, etc...
This site uses cookies to help personalise content, tailor your experience and to keep you logged in if you register.
By continuing to use this site, you are consenting to our use of cookies.