much to my amazement this code worked – connecting an asterisk I/O channel to Pd I/O channels

My new solution to exercising more control over the playback of audio to the different kiosk channels is to pass playback of the cereproc rendered file over to PD and then route it through app_jack to the handset rather than rendering it directly through Asterisk playback – the first few lines of code are: once the jack channel is available then pd can play the wav file created by cereproc

Alistair’s mere presence caused a break-though – here is the dialplan exten => 300,1,Answer() ;exten => 300,2,MusicOnHold() exten => 300,n,JACK() exten => 300,n,Set(JACK_HOOK(manipulate)=on) ;END OF EXTENSIONS.CONF —————————————————

Today I discovered the perils of a disorganised file system. The tts_callback routine in the cereproc python examples folder has undergone a certain amount of hacking by me. It is creating a file ‘cue1.txt’ that contains timing data gleaned from the xml file relating to marker files. I believed it was modifying a file in my home directory – it wasn’t it was modifying a file in the root directory.

managed to get Asterisk to call tts_callback and cereproc chris to speak – here is the dialplan code

None of these worked I checked that the jack module had been installed – change to astrisk src directory and make menuselect -it was installed correctly

allows me to control the desktop of my Ubuntu machines from a MAC. the software of choice is X11VNC – reasonably easy to enable just a few stumbles to get it to load at boot – code below is copied from here https://tecadmin.net/setup-x11vnc-server-on-ubuntu-linuxmint/

I have been struggling to get PD and Jack to work on my MAC OSX – in the end it was a simple of setting the correct path to the server.

this should have been straight forward but my code comments were not adequate and it took me a while to figure out what I had done. Anyway finally got it to work and tally with what was going on in Asterisk.