yate-core 5.4.0-1-1ubuntu2 / etc / yate / pbxassist.conf

[general]
; Common settings

; enabled: bool: Enable the module and install message handlers
;enabled=no

; priority: int: Priority to install message handlers into engine
;priority=15

; default: bool: Assist channels by default, module must be enabled first
;default=yes

; incoming: bool: Assist incoming calls, needs that default is enabled
;incoming=yes

; filter: regexp: Expression matching assisted channel IDs, default all
; Adding a ^ character at the very end reverses the matching mode
;filter=

; dtmfpass: bool: Enter DTMF pass-through mode by default
;dtmfpass=no

; dialheld: bool: Dial back from held calls if the control call leg hangs up
;dialheld=no

; diversion: bool: Honor protocol requested diversion of calls
;diversion=no

; minlen: int: Minimum length of command sequences
;minlen=2

; maxlen: int: Maximum length of command sequences
;maxlen=20

; timeout: int: Inter-digit timeout in milliseconds
;timeout=30000

; retake: string: Exact sequence (not regexp) to exit DTMF pass-through mode
;retake=###

; lang: string: Language for tones used by the pbx
; This parameter can be overridden from routing by a 'pbxlang' parameter
;lang=

; dropconfhangup: bool: Drop (terminate) the conference room on hangup if the call is in one
; This parameter can be overridden from routing by a 'pbxdropconfhangup' parameter
; This parameter is applied on reload
; Defaults to yes
;dropconfhangup=yes

; confowner: bool: Make non-guest assistants own the conference rooms they join
; This parameter can be overridden from routing by a 'pbxconfowner' parameter
; This parameter is applied on reload
; Defaults to no
;confowner=no

; lonelytimeout: integer: The interval (in milliseconds) a lonely user is allowed to
;  remain in conference
; This parameter can be overridden from routing by a 'pbxlonelytimeout' parameter
; This parameter is applied on reload
; Defaults to 0 (stay until hangup)
;lonelytimeout=0


; Every other section defines an operation to trigger
;[operation]
; The name of the section is used as the default operation name

; trigger: regexp: Trigger key sequence
;trigger=

; operation: string: Operation name, will use section name if missing
;operation=

; message: string: Message to emit for this operation
;message=chan.operation

; pbxstates: regexp: Expression matching states allowing operation, default all
;pbxstates=

; pbxprompt: string: Resource to overlay on audio channel, * for error beep
;pbxprompt=

; pastekeys: string: Keys to fill in buffer instead of clearing it
;pastekeys=

; All other parameters are copied in the generated message after having
;  the \0 .. \9 placeholders replaced with matches from the trigger


[transfer]
; blind transfer: make call on behalf of peer, hangup this
; key: *1nnnnn*
trigger=\*1\([0-9]\+\)\*$
target=\1

[fortransfer]
; put the peer on hold and dial another number
; key: *2nnnnn*
trigger=\*2\([0-9]\+\)\*$
target=\1
onhangup=yes

[dotransfer]
; transfer held to active (2nd) call
; key: *4
trigger=\*4$

[onhold]
; toggle call on/off hold
; key: *0
trigger=\*0$

[returnhold]
; always return to the held peer
; key: *7
trigger=\*7$

[conference]
; put us and peer in an ad-hoc conference or return to conference
; key: *3
trigger=\*3$

[returnconf]
; always return to conference
; key: *6
trigger=\*6$

[returntone]
; always return to a dialtone, hang up peer
; key: *9
trigger=\*9$
;operation=dialtone

[secondcall]
; hangup the peer and dial another number
; key: *8nnnnn*
trigger=\*8\([0-9]\+\)\*$
target=\1

[seconddial]
; execute a dial while at dialtone
; key: nnnn*
trigger=^\([0-9]\+\)\*$
pbxstates=dial
target=\1
operation=secondcall

[flush]
; no operation, flush the buffer
; key: #
trigger=#$
operation=
pbxgreedy=yes
pbxprompt=tone/info

[flush-dial]
; flush the buffer, return to dialtone
; key: #
trigger=#$
pbxstates=dial
pbxgreedy=yes
pbxprompt=tone/info
message=call.execute
callto=tone/dial

[passthrough]
; enter DTMF pass-through mode
; key: **
trigger=\*\*
pbxprompt=tone/probe/1

[silence]
; silence the dialtone, keep collecting tones
; key: n
trigger=^[0-9]$
pbxstates=dial
pastekeys=\0
pbxgreedy=yes
message=call.execute
callto=tone/noise

[collect]
; keep collecting tones
; key: nnnn
trigger=^[0-9]\+$
pbxstates=dial
pastekeys=\0
pbxgreedy=yes
operation=

[transparent]
; send a tone as-is to the remote
; key: n
trigger=^[0-9]$


; Example: flush the key buffer with *#, play the error beep
;[flush]
;trigger=\*#$
;operation=
;pbxprompt=*

; Example: enter conference named conf/dyn-N with key sequence #N# where N=0..9
;[conference]
;trigger=#\([0-9]\)#$
;message=call.conference
;room=conf/dyn-\1

;[blessing]
; allow the remote user to use the PBX functionality - dangerous!
; key: *9
;trigger=^\*9$
;operation=setstate
;pbxguest=no
;id=${peerid}