[Bayonne-devel] Using Bayonne with a LineJack

[eqweb]

Hello

I successfully compiled and installed Bayonne v0.7.6 on a PC with a Red Hat 7.2 
(2.4.7-10) and with a QuickNet LineJack. But, when i try to use Bayonne i got 3 
problems :

1- If I launch Bayonne in a normal way, it seems to work :
----
# bayonne 
tgi: initialized; uid=100 pid=4669
driver started 1 port(s)
scheduler: using /etc/bayonne.sched
normal startup; Bayonne Runtime Configuration
---
Then to see if it works I take my phone and call the line port of the LineJack. 
It seems Bayonne hangs on. But, then, the only thing i hear is a "damn" 
strident noise...

Both phone and line port (of the LineJack) are plugged in a PBX.

2- If I launch Bayonne with -G option i got an error :
---
# bayonne -G
tgi: initialized; uid=100 pid=4775
/usr/local/lib/bayonne/0.7.6/gui.dbg: cannot open shared object file: No such 
file or directory
exiting: reason=-1
---
I haven't got the file gui.dbg (locate gui.dbg returns nothing) on my system 
and i don't know where i can find it.

3- What's the use of the option -X for Bayonne ? I think it might be usefull 
but i can't make it to work.

Any help would be appreciated,
Nicolas

PS: If i launch the Bayonne test i got this (which seems ok to me) :
---
# bayonne --test
SERVER VERSION 0.7.6; i686 Linux 2.4.7-10
TGI VERSION 2.2; driver=phonedev; prefix=/home/bayonne/apps/bayonne
Loading TGI plugins...
tgi: initialized; uid=100 pid=4828
Loading DSO plugin images...
debug: test module loaded
Generic Phone Device (phonedev) driver loaded; capacity=16
TTS: loading english phrasebooks...
test: 0 steps compiled
test::test1: 4 steps compiled
test::test2: 3 steps compiled
test::test3: 8 steps compiled
test::test4: 4 steps compiled
tams1: 6 steps compiled
mwi: 0 steps compiled
mwi::generic-enable: 3 steps compiled
mwi::generic-disable: 3 steps compiled
mwi::update: 2 steps compiled
mwi::sync: 2 steps compiled
playrec: 10 steps compiled
playrec::play: 12 steps compiled
playrec::record: 12 steps compiled
tams: 12 steps compiled
cidlog: 3 steps compiled
loading default trunk group
driver starting 1 service thread(s)
phone0: Quicknet driver started
phone0: hangup
debug: service updating
debug: service delay 86
debug: service wakeup
debug: service delay 2
debug: service wakeup
debug: phone0: service expires
phone0: idle
debug: service delay 1000
driver started 1 port(s)
audit: starting service
normal startup; Bayonne Runtime Configuration
debug: *** start of regression test series
network: starting
debug: service wakeup
debug: phone0: service expires
debug: service delay -1
debug: *** start of cdr test
phone0: ringing
phone0: attach script
phone0: step 3 cdr(%node,%id,%pstn.rings,%session.home)
debug: service wakeup
debug: service updating
debug: service delay 36
debug: service wakeup
debug: phone0: service expires
phone0: step 3 set(%status,completed)
debug: service delay 35
debug: service wakeup
debug: phone0: service expires
phone0: step 3 debug(***, test1 ,%status)
phone0: *** test1 completed
debug: service delay 35
debug: service wakeup
debug: phone0: service expires
phone0: step 3 exit()
debug: service delay 35
debug: service wakeup
debug: phone0: service expires
phone0: exit
phone0: hangup
phone0: detach script
debug: service delay 99
debug: service wakeup
debug: service delay 1
debug: service wakeup
debug: phone0: service expires
phone0: idle
debug: service delay 1000
debug: service wakeup
debug: service delay 5
debug: service wakeup
debug: phone0: service expires
debug: service delay -1
debug: *** test cdr successful
debug: *** start of state handler test
phone0: ringing
phone0: attach script
phone0: step 3 sleep(2)
phone0: sleep
phone0: step 3 debug(***, test2 completed)
phone0: *** test2 completed
phone0: step 3 exit()
phone0: exit
phone0: hangup
phone0: detach script
phone0: idle
debug: *** test state successful
debug: *** start of trap test
phone0: ringing
phone0: attach script
phone0: step fffb sleep(0)
phone0: step 3 sleep(0)
phone0: step fffb sleep(2)
phone0: sleep
phone0: step 3 hangup()
phone0: step 2 debug(***, test3 completed)
phone0: *** test3 completed
phone0: step 2 hangup()
phone0: exit
phone0: hangup
phone0: detach script
phone0: idle
debug: *** test trap successful
debug: *** fifo test...
fifo: cmd=debug&first&last
debug: fifo-> debug first last
debug: *** test series completed 4 of 4 successful
network: stopping
scheduler: stopped
phone0: device stopped
driver stopping service thread(s)
normal shutdown
---