Well,
I've temporary connected asterisk to a Cisco E1 (which is configured to use
QSIG). Cisco debugs show:
Aug 18 13:15:05.973: %CONTROLLER-5-UPDOWN: Controller E1 1/1, changed state
to up
Aug 18 13:15:05.989: ISDN Se1/1:15: TX -> SABMEp c/r=1 sapi=0 tei=0
Aug 18 13:15:06.330: ISDN Se1/1:15: RX <- BAD FRAME(0x02017F)
Aug 18 13:15:06.987: ISDN Se1/1:15: TX -> SABMEp c/r=1 sapi=0 tei=0
Aug 18 13:15:07.339: ISDN Se1/1:15: RX <- BAD FRAME(0x02017F)
Aug 18 13:15:08.020: ISDN Se1/1:15: TX -> SABMEp c/r=1 sapi=0 tei=0
Aug 18 13:15:08.349: ISDN Se1/1:15: RX <- BAD FRAME(0x02017F)
Aug 18 13:15:09.022: ISDN Se1/1:15: TX -> SABMEp c/r=1 sapi=0 tei=0
Aug 18 13:15:09.355: ISDN Se1/1:15: RX <- BAD FRAME(0x02017F)
Aug 18 13:15:10.032: ISDN Se1/1:15: Event: received NL_REL_IND
I suppose the question now is: how easy is it to hack libpri qsig? I find it
interesting that it's not been implemented yet, one would think alot of
people must have needed it at some point in time. :)
Any feedback, pointers, reports about previous efforts, and opinions about
complexity/timeframe required are absolutely welcome.
al.
>I am planning on doing something similar but with a Nortel MICS...
>apparently
>there is rudimentary QSIG support in Asterisk, but unfortunately the MICS
>won't do QSIG unless you tell it it's outside of North America
(which I
>presume will screw up all the standard progress tones we Canucks are used
>to) :-)
>
>Nortel does have something proprietary called MCDN which I am hoping to
>reverse engineer enough of to be able to light the MWI on their phones.
>
>-A.
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