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sipw(8) [debian man page]

sipw(8) 							   GNU Telephony							   sipw(8)

NAME
sipw - sipwitch service daemon SYNOPSIS
sipw [options] DESCRIPTION
This is a service daemon for the SIP protocol. This daemon enables sip devices and softphone applications to register as well as to route messages for the SIP protocol between arbitrary endpoints, both locally and remote over the Internet using DNS to resolve destination uri's. As a telephone system, sipw offers call redirection, speed dials, call forwarding, sms style instant messaging, and the ability to ring multiple user agents tied together under a common user id. The sipw daemon is also being used as a mediator for desktop telephony. For this purpose, sip users become the same as normal login accounts which happen to be in a specific group of sipusers, and sipw will assume a role for VoIP services similar to what gstreamer does for media. OPTIONS
Normally the sipw daemon is started from an init script or upstart rather than manually, and hence only those options setable in the /etc/default/sipwitch config file can be set. However, the sipw daemon can be manually started, both in the foreground for testing, and in the background. If this is done, a number of options may be passed to it directly as documented. --background Execute the sipw daemon detached in the background (default). --concurrency=level Set the pthread concurrency level for the sipw process. --debug=level Specify debug logging level (0-9). When run in foreground debug messages are shown on the console. When in background they are saved in the sipwitch log file. --foreground Execute the sipw daemon in the foreground, with output shown on stdout or stderr. --gdb Execute the sipw daemon under control of gdb for full debugging. --group=id Specify the group id that the sipw daemon will execute as for receiving control messages or access to daemon managed shared memory. --memcheck Execute the sipw daemon under valgrind to validate basic memory management. --memleak Execute the sipw daemon under valgrind for full memory leak detection. --no-localusers Disable use of local (system) user accounts entirely. --plugins=names Load only these specified plugins from /var/lib/sipwitch. --priority=level Execute the sipw daemon under the realtime (fifo) schedule, and specify a realtime process priority level (1-9). --restarable The sipw daemon will automatically restart if it exits or crashes other than from a manually specified reason. This is often used on BSD systems when sipw is started from an rc file. --trace Logs sip messages the sipw daemon sends and receives. --version Print the currently installed version of sipwitch to standard output. AUTHOR
sipw was written by David Sugar <dyfet@gnutelephony.org>. REPORTING BUGS
Report bugs to sipwitch-devel@gnu.org. COPYRIGHT
Copyright (C) 2009 David Sugar, Tycho Softworks. This is free software; see the source for copying conditions. There is NO warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICU- LAR PURPOSE. GNU SIP Witch December 2009 sipw(8)

Check Out this Related Man Page

HALD(8) 						      System Manager's Manual							   HALD(8)

NAME
hald - HAL daemon SYNOPSIS
hald [options] DESCRIPTION
hald is a daemon that maintains a database of the devices connected to the system system in real-time. The daemon connects to the D-Bus system message bus to provide an API that applications can use to discover, monitor and invoke operations on devices. For more information about both the big picture and specific API details, refer to the HAL spec which can be found in /usr/local/share/doc/hal/spec/hal- spec.html depending on the distribution. OPTIONS
The following options are supported: --daemon=yes|no Specify whether to run in the foreground or the background. --verbose=yes|no Enable verbose debug output. --use-syslog Enable logging of debug output to the syslog instead of stderr. Use this option only together with --verbose. --help Print out usage. --version Print the version of the daemon and exit. BUGS AND DEBUGGING
Please send bug reports to either the distribution or the HAL mailing list, see http://lists.freedesktop.org/mailman/listinfo/hal on how to subscribe. First, to obtain useful debug traces you will need to have debuginfo packages installed. On a Fedora system this is in the hal-debuginfo package and can be installed via the yum update program. Second, shut down the existing hald daemon instance; on a Fedora system this is achieved by /usr/local/etc/init.d/haldaemon stop After having shut down the daemon, you might want to run pkill hald to ensure that all the helper processe of hald are killed too. To start the HAL daemon, use /usr/local/sbin/hald --daemon=no --verbose=yes If the daemon crashes, you can start it under a debugger via gdb /usr/local/sbin/hald and then typing run --daemon=no --verbose=yes at the (gdb) prompt. To capture a back trace, use the bt command and attach this to the bug report. Please also attach the output of lshal(1) in the bug report if possible (it's not possible if the hald daemon crashed). If the nature of the bug has to do with hotplugging, attach two outputs of lshal(1) - one before the device hotplug event and one after. SEE ALSO
udev(7), dbus-daemon(1), lshal(1), hal-set-property(1), hal-get-property(1), hal-find-by-property(1), hal-find-by-capability(1), hal-is- caller-locked-out(1) AUTHOR
Written by David Zeuthen <david@fubar.dk> with a lot of help from many others. HALD(8)
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