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

[general]
; This section sets global variables of the MGCP Call Agent module

; priority: int: Priority of the chan.rtp message handler
;priority=80

; rfc2833: bool: Offer RFC2833 telephone-event by default
; A numeric payload >= 96 can be provided
;rfc2833=yes

; tzoffset: int: Timezone offset from GMT in seconds for sending Caller ID
; Positive to go East, negative to go West
; Examples: CET=3600, EST=-18000
; This parameter is reloadable
;tzoffset=0


[engine]
; These parameters are used to initialize the MGCP Engine

; enabled: bool: Enable the MGCP engine
;enabled=yes

; address: ipaddress: Local IP address to bind to, default all interfaces
;address=0.0.0.0

; port: int: UDP port to bind, set to zero to use default MGCP CA port (2727)
;port=

; Maximum received packet size, 1500 to 65528, default 1500
;max_recv_packet=1500

; buffer: int: Requested size of socket's receive buffer, 0 for system default
; Minimum value is 4096
;buffer=0

; request_ack: bool: Request an Acknowledge of the transactions
;request_ack=yes

; send_provisional: bool: Send 1xx provisional answers to the requests
;send_provisional=yes

; retrans_interval: int: Message retransmission interval in msec
;retrans_interval=250

; retrans_count: int: Maximum number of retransmissions
;retrans_count=3


[endpoint]
; Settings for the local endpoint

; user: string: The user part of the local endpoint
;user=yate

; host: string: The host part of the local endpoint, default engine's address
;host=

; port: int: Declared local port, defaults to engine's port
;port=


[codecs]
; This section allows to individually enable or disable the codecs

; default: bool: Enable all unlisted codecs by default if a transcoder exists
;default=enable

; mulaw: bool: Companded-only G711 mu-law (PCMU/8000)
;mulaw=default

; alaw: bool: Companded-only G711 a-law (PCMU/8000)
;alaw=default

; gsm: bool: European GSM 06.10 (GSM/8000)
;gsm=default

; lpc10: bool: Linear Prediction Codec (LPC/8000)
;lpc10=default

; ilbc: bool: Internet Low Bandwidth Codec (iLBC/8000)
;ilbc=default

; amr: bool: Adaptive Multi-Rate 3GPP (AMR/8000)
;amr=default

; slin: bool: Signed Linear 16-bit uncompressed (L16/8000)
;slin=default

; g723: bool: ITU G.723 all variations (G723/8000)
;g723=default

; g726: bool: ITU G.726 32-bit (G726-32/8000)
;g726=default

; g728: bool: ITU G.728 all variations (G728/8000)
;g728=default

; g729: bool: ITU G.729 all variations (G729/8000)
;g729=default

; g729_annexb: bool: G.729 Annex B (VAD) support default (if not in SDP)
; NOTE: RFC 3555 specifies the default should be yes
;g729_annexb=no

; amr_octet: bool: Octet aligned AMR RTP payload default (if not in SDP)
; NOTE: RFC 4867 (and older 3267) specifies the default is bandwidth efficient
;amr_octet=no


[hacks]
; This section holds the dirty stuff required to work with some broken
;  implementations
;
; ilbc_forced: string: Format to force as iLBC, can be: ilbc20 or ilbc30
;ilbc_forced=
;
; ilbc_default: string: Format to use for iLBC when packetization is unknown
;ilbc_default=ilbc30

; g729_annexb: bool: Force G.729 Annex B support when parsing the SDP
;g729_annexb=

; ignore_sdp_port: bool: Ignore SDP changes if only the port is different
; This allows preserving the local RTP session and port
;ignore_sdp_port=no


;[gw PUT_NAME_HERE]
; One gw ... section is required for each gateway we control
; The gateway name is a string that can be referenced from other modules

; user: string: Remote MGCP resource name
;user=

; host: ipaddress: IP address or hostname of the gateway, mandatory
;host=

; port: int: Remote port to send packets to
; Zero uses the protocol default 2427
; A negative value suppresses :port at end of ID
; A value of -1 uses default 2427 but doesn't add at end of ID
;port=2427

; address: ipaddress: IP address of the gateway
; If present will override resolving the host name and will immediately make
;  the span operational without waiting for a remote RSIP
; A boolean true value will resolve the host to an address at startup
;address=

; version: string: Protocol name and version to use initially, if left blank
;  will autodetect from first received RSIP, until then uses MGCP 1.0
; Depending on remote capabilities and settings it is possible to use the SGCP
;  or TGCP protocols too.
;version=

; range: string: Range of gateways to create using this section as a template
; If range is not empty the "user" setting must contain an asterisk
; Example for creating aaln1/[1-10], aaln2/[1-10], aaln3/[1-10] and aaln6/[1-10]:
;  user=aaln*/1
;  chans=10
;  range=1-3,6
;range=

; cluster: bool: This is the gateway to send remote RTP commands to
; Do not activate this functionality unless you know very well what it does
;  as it disrupts other based RTP protocols
;cluster=no

; voicechans: string: The range of channels used for voice (data) transfer
; Channel intervals may be specified by separating the margins using the '-' character
; Individual channels or channel intervals may be separated by '.'
; Duplicate or not strict positive channel numbers are not allowed
; If specified the highest circuit number is used as number of PSTN channels
; E.g. 1-15.17-31 or 1-23 or 1.2.3-15.17.18-30.31
;voicechans=

; chans: integer: Number of PSTN circuits to create in span
; Defaults to 1 or highest voicechan declared
;chans=1

; offset: integer: Offset of circuit code relative to start in span
; The parameter offset_NAME_OF_SPAN overrides this (useful for templates)
;offset=0

; start: integer: Absolute start of circuits numbers, ignore group's start
; Default is offset + group's current start
; The parameter start_NAME_OF_SPAN overrides this (useful for templates)
;start=

; increment: integer: How much will increment this span the circuit number in
;  the group it belongs to
; Defaults to 32 if chans is 30 or 31 (E1), 24 if chans is 23 (T1), number of
;  circuits in all other cases
; The parameter increment_NAME_OF_SPAN overrides this (useful for templates)
;increment=

; clearconn: bool: Clear all connections of remote endpoints when initialized
;clearconn=no

; bearer: keyword: Default bearer encoding
; Allowed values: mulaw, alaw
; If bearer is set a default encoding is assumed on the circuit side and a
;  B: e:mu or B: e:A line is added only if the circuit data format changes
; Normally the default bearer is not set so a B: line is added when needed
;bearer=

; match_ntfy: bool: Strict match the X: id in NTFY against the local value
; This can cause trouble with FXS/FXO persistent notifications
;match_ntfy=yes for digital gateways, no for analogic

; req_fax: bool: Request Fax Tone detection from gateway
; This requests notification for G/ft (Generic package, Fax Tone)
;req_fax=yes

; req_t38: bool: Request Fax Relay detection from gateway
; This requests notification for fxr/t38 (Fax Relay, T.38)
; The default is taken from the req_fax setting
;req_t38=

; req_evts: string: Requested Events in MGCP format, overrides default
; Default depends on endpoint configuration and fax setting
;req_evts=

; req_dtmf: keyword: When to request DTMF and fax notification from gateway
; Allowed values:
;  none - do not request to be notified about DTMF and fax events
;  once - emit RQNT once when connecting the circuit (default)
;  more - emit RQNT on connection and after each notification received
;req_dtmf=once

; req_embed: boolean: Embed Request Notify in the CRCX message
; This setting applies only to digital gateways, not FXS or FXO
;req_embed=yes

; req_check: boolean: Allow the Request Notify when the circuit is in continuity check mode
; This setting applies only to digital gateways, not FXS or FXO
;req_check=yes

; forward_rtp: bool: Support to forward RTP directly to protocols that support it
; The actual direct RTP forwarding is still negotiated in routing
; The special value "always" (only for digital gateways) inhibits initial local RTP
;forward_rtp=yes for digital gateways, no for analogic

; forward_sdp: bool: Also include the raw SDP in the RTP forward offer
;forward_sdp=no