NetBSD/etc/rc.d/bluetooth

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#!/bin/sh
#
# $NetBSD: bluetooth,v 1.1 2011/05/27 09:28:42 plunky Exp $
#
# PROVIDE: bluetooth
# REQUIRE: DAEMON
# BEFORE: LOGIN
$_rc_subr_loaded . /etc/rc.subr
name="bluetooth"
rcvar=${name}
start_cmd="bluetooth_start"
stop_cmd="bluetooth_stop"
btattach_cmd="/usr/sbin/btattach"
btconfig_cmd="/usr/sbin/btconfig"
bthcid_cmd="/usr/sbin/bthcid"
btdevctl_cmd="/usr/sbin/btdevctl"
sdpd_cmd="/usr/sbin/sdpd"
btattach_conf="/etc/bluetooth/btattach.conf"
btdevctl_conf="/etc/bluetooth/btdevctl.conf"
required_files="${btattach_conf} ${btdevctl_conf}"
bluetooth_start()
{
#
# attach Bluetooth serial controllers
#
while read type tty speed flags; do
case ${type} in
\#*|"")
continue
;;
esac
echo "attaching Bluetooth controller to $(basename ${tty})"
${btattach_cmd} ${flags} ${type} ${tty} ${speed}
done < ${btattach_conf}
#
# enable Bluetooth controllers.
#
# If ${btconfig_devices} is set, it is treated as a list of devices
# to configure. Otherwise, all available devices will be configured
#
# For each device we are configuring, enable it with maximum security
# settings (not discoverable, not connectable, auth and encryption
# required for all connections), relaxed link policy settings and
# the link master role, set a class of device for Computer, then apply
# any options from the 'btconfig_<dev>' or 'btconfig_args' variables
# on top of settings relaxing the security requirements, so that these
# can be overridden (btconfig parses all command line options before
# acting)
#
echo -n "configuring Bluetooth controllers:"
for dev in ${btconfig_devices:-$(${btconfig_cmd} -l)}; do
echo -n " ${dev}"
eval args=\${btconfig_${dev}:-\${btconfig_args}}
${btconfig_cmd} ${dev} enable -iscan -pscan auth encrypt
${btconfig_cmd} ${dev} switch hold sniff park master
${btconfig_cmd} ${dev} class 0x000100
${btconfig_cmd} ${dev} iscan pscan -auth -encrypt ${args}
done
echo "."
#
# start Bluetooth Link Key/PIN Code manager
#
if checkyesno bthcid; then
echo "starting Bluetooth Link Key/PIN Code manager"
${bthcid_cmd} ${bthcid_flags}
fi
#
# attach local Bluetooth service drivers
#
while read -r service addr dev junk; do
case ${service} in
\#*|"")
continue
;;
esac
if [ -z ${dev} -o ${junk} ]; then
echo "${name}: invalid entry"
return 1
fi
echo "attaching Bluetooth ${service} service from \"${addr}\""
${btdevctl_cmd} -A -a ${addr} -d ${dev} -s ${service}
done < ${btdevctl_conf}
#
# start Bluetooth Service Discovery server
#
if checkyesno sdpd; then
echo "starting Bluetooth Service Discovery server"
${sdpd_cmd} ${sdpd_flags}
fi
}
bluetooth_stop()
{
#
# disable Bluetooth controllers, detaching local service drivers
#
echo -n "disabling Bluetooth controllers:"
for dev in ${btconfig_devices:-$(${btconfig_cmd} -l)}; do
echo -n " ${dev}"
${btconfig_cmd} ${dev} disable
done
echo "."
#
# halt Service Discovery server, Link Key/PIN Code manager,
# and detach Bluetooth serial controllers
#
p1=$(check_pidfile /var/run/bthcid.pid ${bthcid_cmd})
p2=$(check_process ${sdpd_cmd})
p3=$(check_process ${btattach_cmd})
if [ -n "${p1}${p2}${p3}" ]; then
for pid in ${p1} ${p2} ${p3}; do
kill ${sig_stop} ${pid}
done
wait_for_pids ${p1} ${p2} ${p3}
fi
}
load_rc_config ${name}
run_rc_command "$1"