ibod_cf(4) [debian man page]

IBOD.CF(4)						     Kernel Interfaces Manual							IBOD.CF(4)

NAME

       ibod.cf - configuration file for ibod (ISDN Bandwidth On Demand)

DESCRIPTION

       This file contains the initial configuration values for the ibod daemon. Each line contains a keyword and a value.

       Boolean attributes are set with 0 or 1 which corresponds to false and true respectively. A boolean attribute not specified at all is always
       false.

       Lines beginning with # are treated as comments and will be ignored.

       IMPORTANT RULES!
       1. Keywords are case sensitive.
       2. Kewords must begin at the first column.
       3. Keywords and values must be separated by exactly one (1) space or tab character.

       This file is re-read every time ibod receives SIGHUP (1) signal.

   OPTIONS
       DEVICE <name>
	      Name of ISDN PPP device. Default is ippp0.

       ENABLE 1|0
	      Enable/disable bandwidth-on-demand.  Default is enable (1).

       INTERVAL <n>
	      Specify the sample time interval in ms.  Default is 500 ms.

       FILTER <n>
	      Defines "filtering factor". A value of 10 means that the average bytes/sec value measured over 10  intervals  must  pass	the  limit
	      defined by LIMIT to bring up or down the slave link.  Default is 5.

       LIMIT <n%>
	      Specifies  percentage  loading of the channel at which it is necessary to up or down channels.  This sets both up and down limits to
	      the same value.  Note that this has changed from version 1.4.

       UPLIMIT <n%>
	      Specifies percentage loading of the channel at which it is necessary to up channels.  Default is 90.

       DOWNLIMIT <n%>
	      Specifies percentage loading of the channel at which it is necessary to down channels.  Default is 80.

       STAYUP 0|1
	      Enable/disable slave channel stay up function.  If enabled, the second channel (slave  link)  will  stay	up  even  if  the  average
	      bytes/sec  decrease  the	value  defined by LIMIT. In this case the slave link will stay up until hangup time is reached.  (Example:
	      isdnctrl huptimeout ippp1 60) If disabled the slave link will be brought down in the same way it was brought up.	Default is 0.

       STAYUP_TIME <n>
	      Defines the minimum time in seconds the second channel will unconditionally stay up after it has been brought up. Default  value	is
	      30.

       STAYDOWN_TIME <n>
	      Defines the minimum time in seconds the second channel will unconditionally stay down after it has been brought up. Default value is
	      10.

       FULL <n>
	      Defines the maximum throughput in bytes/sec one channel can transmit. Default value is 7500.

       MAX_CHANNELS <n>
	      Defines the maximum number of channels the connection can run with. Default is 2.

SEE ALSO

       ibod(1) and xibod(1)

AUTHOR

       Jan Obladen, obladen@datenwelt.net
       Bjoern Smith, Smith@Compound.SE
       Paul Martin <pm@debian.org>

																	IBOD.CF(4)

Check Out this Related Man Page

JACK_NETSOURCE(1)					      General Commands Manual						 JACK_NETSOURCE(1)

NAME

       jack_netsource - Netjack Master client for one slave

SYNOPSIS

       jack_netsource [ -H hostname ] [ options ]

DESCRIPTION

       jack_netsource The Master side of a netjack connection. Represents the slave jackd -dnet in the master jack graph.  Most connection parame-
       ters are configured via the netsource, and the slave will set itself up according to the commandline option given to jack_netsource.
       Netjack allows low latency audio connections over general IP networks. When using celt for compression, it is even  possible  to  establish
       transatlantic links, with latencies not much over the actual ping time.
       But the main usecase is of course a LAN, where it can achieve one jack period of latency.

OPTIONS

       -h this help text

       -H slave host
	      Host name of the slave JACK

       -o num channels
	      Number of audio playback channels

       -i num channels
	      Number of audio capture channels

       -O num channels
	      Number of midi playback channels

       -I num channels
	      Number of midi capture channels

       -n periods
	      Network latency in JACK periods

       -p port
	      UDP port that the slave is listening on

       -r reply port
	      UDP port that we are listening on

       -B bind port
	      reply port, for use in NAT environments

       -b bitdepth
	      Set transport to use 16bit or 8bit

       -c bytes
	      Use CELT encoding with <bytes> per period and channel

       -m mtu
	      Assume this mtu for the link

       -R N
	      Redundancy: send out packets N times.

       -e
	      skip host-to-network endianness conversion

       -N jack name
	      Reports a different client name to jack

       -s, --server servername
	      Connect to the jack server named servername

       -h, --help
	      Display help/usage message

       -v, --version
	      Output version information and exit

EXAMPLES

       run a 4 audio channel bidirectional link with one period of latency and no midi channels. Audio data is flowing uncompressed over the wire:
       On hostA:

	      jackd -d alsa
	      jack_netsource -H hostB -n1 -i4 -o4 -I0 -O0

       On hostB:

	      jackd -d net

0-122-0 							  September 2012						 JACK_NETSOURCE(1)

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ibod_cf(4) [debian man page]

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