[general]
; This section sets global network level variables

; ipv6_support: boolean: Enable or disable IPv6 support
; This parameter is applied on reload
; This parameter is ignored if yate was not built with IPv6 support
; It can be overridden in chan.rtp messages
; Defaults to no
;ipv6_support=no

; minport: int: Minimum port range to allocate
;minport=16384

; maxport: int: Maximum port range to allocate
;maxport=32768

; localip: ipaddress: Local IP address to use instead of guessing
; IPv6: An interface name can be added at the end of the address to bind on a specific
;  interface. This is mandatory for Link Local addresses (e.g. localip=fe80::1%eth0)
;localip=

; tos: keyword: Type Of Service or DiffServ to set in outgoing UDP packets
; numeric TOS / DiffServ value or:
;  lowdelay, throughput, reliability, mincost
;  cs0, ... cs7, af11, af12, af13, af21, ... af43, expedited, voice
;tos=0

; udpbuf: int: Requested size of UDP socket's receive buffer
; Valid values are 1024 to 65536, 0 to use kernel default
;udpbuf=0

; buffer: int: Maximum buffer size - used to fragment octet (G.711) audio streams
;buffer=240

; autoaddr: bool: Auto change outgoing RTP address:port to match incoming
;autoaddr=enable

; anyssrc: bool: Accept any incoming SSRC, even if it changes frequently
;anyssrc=enable

; padding: int: Pad the RTP payload to a multiple of this setting
; Supported values are between 2 and 128
;padding=0

; rtcp: bool: Allocate socket for the RTCP protocol by default
;rtcp=enabled

; rtcp_interval: int: RTCP report interval in ms (500-60000), zero disables
;rtcp_interval=4500

; drillhole: bool: Attempt to drill a hole through a firewall or NAT
;drillhole=disable in server mode, enable in client mode

; minjitter: int: Amount to attempt to keep in the dejitter buffer in msec
; Valid values 5 to maxjitter-30, negative disables dejitter buffer
;minjitter=50

; maxjitter: int: Maximum dejitter buffer size in msec
; Valid values 50 to 1000, 0 disables dejitter buffer
;maxjitter=120 in client mode, 0 in server mode

; monitoring: bool: Emit the messages required for SNMP monitoring
; You will also need to set monitor=yes in section [rtp] of monitoring.conf
;monitoring=no

; thread: keyword: Default priority of the data service threads
; Can be one of: lowest, low, normal, high, highest
; It is a bad idea to set a low priority for anything but testing
;thread=normal

; affinity: list: Set the CPUs on which this thread is allowed to run on.
; It is a comma-separated lists of CPU numbers and/or CPU ranges (e.g: 1,3,12-15)
; If not set, it will use the process affinity
;affinity=

; defsleep: int: Default in-loop sleep time for new RTP sessions in milliseconds
;defsleep=5

; minsleep: int: Minimum allowed in-loop sleep time in milliseconds
;minsleep=1

; rtp_warn_seq: bool: Warn on receiving invalid RTP sequence number
; If disabled the log message will be put at level 9
; This parameter is applied on reload for new sessions only
; It can be overridden in initial chan.rtp message or chan.attach message
;rtp_warn_seq=enable


[timeouts]
; This section controls the behaviour when RTP and RTCP data is missing

; timeout: int: RTP/RTCP receiver timeout in ms (500-60000), zero disables
;timeout=3000

; udptl_timeout: int: UDPTL receiver timeout in ms (500-60000), zero disables
;udptl_timeout=25000

; notifymsg: string: Name of the notification message sent on timeout
; Usually it should be chan.notify or call.drop, empty disables the message
;notifymsg=

; warnfirst: bool: Emit timeout warnings if no RTP packet was received
; Once a packet is received further timeouts are controlled by warnlater
;warnfirst=yes

; warnlater: bool: Emit timeout warnings even if there was initially some RTP
;warnlater=no
