#!/bin/sh
#
# Start/stop the Bluetooth daemons
#
# This version has been modified by SukkoPera, taking inspiration from then
# Debian init script, to add support for register-passkeys.  Modified by
# Patrick Volkerding to add "restart" support, and cleaned up a tiny bit.

set -e

PATH=/sbin:/bin:/usr/sbin:/usr/bin
DESC="Bluetooth subsystem"

# The register-passkeys script was originally written by Debian:
REGISTER_PASSKEYS=/usr/lib/bluetooth/register-passkeys

HCID_NAME=hcid
SDPD_NAME=sdpd
HIDD_NAME=hidd
HID2HCI_NAME=hid2hci
RFCOMM_NAME=rfcomm
PAND_NAME=pand
DUND_NAME=dund

HCID_EXEC="`which $HCID_NAME || true`"
SDPD_EXEC="`which $SDPD_NAME || true`"
HIDD_EXEC="`which $HIDD_NAME || true`"
HID2HCI_EXEC="`which $HID2HCI_NAME || true`"
RFCOMM_EXEC="`which $RFCOMM_NAME || true`"
PAND_EXEC="`which $PAND_NAME || true`"
DUND_EXEC="`which $DUND_NAME || true`"

HCID_ENABLE=true
SDPD_ENABLE=true
HIDD_ENABLE=false
HID2HCI_ENABLE=false
RFCOMM_ENABLE=true
DUND_ENABLE=false
PAND_ENABLE=false

HCID_CONFIG="/etc/bluetooth/hcid.conf"
RFCOMM_CONFIG="/etc/bluetooth/rfcomm.conf"

HIDD_OPTIONS=""
DUND_OPTIONS=""
PAND_OPTIONS=""

[ -e /etc/rc.d/rc.bluetooth.conf ] && . /etc/rc.d/rc.bluetooth.conf

bluetooth_start() {
        echo -n "Starting $DESC: "
        if $HCID_ENABLE && [ -x "$HCID_EXEC" -a -f "$HCID_CONFIG" ] ; then
                $HCID_EXEC -f $HCID_CONFIG
                echo -n " $HCID_NAME"
        fi
        if $SDPD_ENABLE && [ -x "$SDPD_EXEC" ] ; then
                $SDPD_EXEC
                echo -n " $SDPD_NAME"
        fi
        if $HIDD_ENABLE && [ -x "$HIDD_EXEC" ] ; then
                $HIDD_EXEC $HIDD_OPTIONS --server || true
                echo -n " $HIDD_NAME"
        fi
        if $HID2HCI_ENABLE && [ -x "$HID2HCI_EXEC" ] ; then
                $HID2HCI_EXEC --tohci > /dev/null 2>&1 || true
                echo -n " $HID2HCI_NAME"
        fi
        if $RFCOMM_ENABLE && [ -x "$RFCOMM_EXEC" -a -f "$RFCOMM_CONFIG" ] ; then
                $RFCOMM_EXEC -f $RFCOMM_CONFIG bind all || true
                echo -n " $RFCOMM_NAME"
        fi
        if $DUND_ENABLE && [ -x "$DUND_EXEC" -a -n "$DUND_OPTIONS" ] ; then
                $DUND_EXEC $DUND_OPTIONS
                echo -n " $DUND_NAME"
        fi
        if $PAND_ENABLE && [ -x "$PAND_EXEC" -a -n "$PAND_OPTIONS" ] ; then
                $PAND_EXEC $PAND_OPTIONS
                echo -n " $PAND_NAME"
        fi
        if [ -x $REGISTER_PASSKEYS ]; then
                $REGISTER_PASSKEYS
                echo -n " passkeys"
        fi
        echo "."
}

bluetooth_stop() {
        echo -n "Stopping $DESC: "
        killall $PAND_NAME > /dev/null 2>&1 || true
        echo -n " $PAND_NAME"
        killall $DUND_NAME > /dev/null 2>&1 || true
        echo -n " $DUND_NAME"
        if [ -x "$RFCOMM_EXEC" ] ; then
                $RFCOMM_EXEC release all > /dev/null 2>&1 || true
                echo -n " $RFCOMM_NAME"
        fi
        killall $HIDD_NAME > /dev/null 2>&1 || true
        echo -n " $HIDD_NAME"
        killall $SDPD_NAME > /dev/null 2>&1 || true
        echo -n " $SDPD_NAME"
        killall $HCID_NAME > /dev/null 2>&1 || true
        echo -n " $HCID_NAME"
        echo "."
}

case "$1" in
  start)
        bluetooth_start
	;;
  stop)
        bluetooth_stop
	;;
  restart)
        bluetooth_stop
        sleep 1
        bluetooth_start
        ;;
  *)
	echo "Usage: $0 start|stop|restart" >&2
	exit 1
	;;
esac

exit 0