This new version of bluetooth-config.sh tries to follow the style of other
shell scripts in base, removes the bogus "copyleft", adds the BeerWare license header and uses rc.subr(8) new 'enable' keyword for adding entries in rc.conf(5). Submitted by: erdgeist <erdgeist@erdgeist.org> Approved by: bapt MFC after: 2 weeks
This commit is contained in:
Lars Engels
parent
28b740da38
commit
e1bd727904
Notes:
svn2git
2020-12-20 02:59:44 +00:00
svn path=/head/; revision=343020
@ -1,8 +1,11 @@
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#!/bin/sh
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#-
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# Copyleft 2019 Dirk Engling
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#
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# This script is released under the beerware license.
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# ----------------------------------------------------------------------------
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# "THE BEER-WARE LICENSE" (Revision 42):
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# <erdgeist@erdgeist.org> wrote this file. As long as you retain this notice you
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# can do whatever you want with this stuff. If we meet some day, and you think
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# this stuff is worth it, you can buy me a beer in return Poul-Henning Kamp
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# ----------------------------------------------------------------------------
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#
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# $FreeBSD$
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#
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@ -11,8 +14,6 @@
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exerr () { echo -e "Error: $*" >&2 ; exit 1; }
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print_syntax () { echo -e "Syntax: $0 scan [-d device] [-n node]"; exit 1; }
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# Assuming we are called to do the pair-new-device subcommand first
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main() {
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unset node device started bdaddresses retry
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@ -22,132 +23,140 @@ shift
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# Get command line options
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while getopts :d:n: arg; do
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case ${arg} in
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d) device="$OPTARG";;
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n) node="$OPTARG";;
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?) print_syntax;;
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esac
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case ${arg} in
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d) device="$OPTARG";;
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n) node="$OPTARG";;
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?) print_syntax;;
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esac
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done
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# No use running without super user rights
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[ $( id -u ) -eq 0 ] || exerr "$0 must modify files that belong to root. Re-run as root."
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if [ $( id -u ) -ne 0 ]; then
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exerr "$0 must modify files that belong to root. Re-run as root."
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fi
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known_nodes=$(/usr/sbin/hccontrol read_node_list 2>/dev/null | \
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/usr/bin/tail -n +2 | /usr/bin/cut -d ' ' -f 1)
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known_nodes=$( /usr/sbin/hccontrol read_node_list 2>/dev/null |\
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/usr/bin/tail -n +2 | /usr/bin/cut -d ' ' -f 1 )
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# Check if netgraph knows about any HCI nodes
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if ! [ "${known_nodes}" ]; then
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ng_nodes=$(/usr/sbin/ngctl list 2>/dev/null | \
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/usr/bin/grep -o "Name: .* Type: ubt" | /usr/bin/cut -d ' ' -f 2)
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ng_nodes=$( /usr/sbin/ngctl list 2>/dev/null | \
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/usr/bin/grep -o "Name: .* Type: ubt" |/usr/bin/cut -d' ' -f2 )
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[ "${ng_nodes}" ] || exerr "No Bluetooth host controllers found."
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[ "${ng_nodes}" ] || exerr "No Bluetooth host controllers found."
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unset found
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for n in ${ng_nodes}; do
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if [ "${n}" = "${node%hci}" ]; then
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# If we found the node but its stack is not set up, do it now
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/usr/sbin/service bluetooth start ${node%hci} || exit 1
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found="YES"
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fi
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done
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unset found
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for n in ${ng_nodes}; do
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if [ "${n}" = "${node%hci}" ]; then
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# Found the node but its stack is not set up? Do it now.
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/usr/sbin/service bluetooth start ${node%hci} || exit 1
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found="YES"
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fi
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done
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# If we have Bluetooth controller nodes without a set up stack,
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# ask the user if we shall start it up
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if ! [ "${found}" ]; then
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printf "No usable Bluetooth host controllers were found.\n"
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printf "These host controllers exist in the system:\n %s" " ${ng_nodes}"
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read -p "Choose a host controller to set up: [${ng_nodes%% *}]" node
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: ${node:="${ng_nodes%% *}"}
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/usr/sbin/service bluetooth start ${node} || exit 1
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fi
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# If we have Bluetooth controller nodes without a set up stack,
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# ask the user if we shall start it up
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if ! [ "${found}" ]; then
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printf "No usable Bluetooth host controllers were found.\n"
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printf "These host controllers exist in the system:\n"
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printf " %s\n" "${ng_nodes}"
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prompt="Choose a host controller to set up: [${ng_nodes%% *}]"
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read -p "${prompt}" node
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: ${node:="${ng_nodes%% *}"}
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/usr/sbin/service bluetooth start ${node} || exit 1
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fi
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# Re-read known nodes
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known_nodes=$(/usr/sbin/hccontrol read_node_list 2>/dev/null | \
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/usr/bin/tail -n +2 | /usr/bin/cut -d ' ' -f 1)
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# check if we succeeded in bringing it up
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[ "${known_nodes}" ] || exerr "Failed to set up Bluetooth stack"
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# Re-read known nodes
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known_nodes=$(/usr/sbin/hccontrol read_node_list 2>/dev/null |
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/usr/bin/tail -n +2 | /usr/bin/cut -d ' ' -f 1 )
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# check if we succeeded in bringing it up
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[ "${known_nodes}" ] || exerr "Failed to set up Bluetooth stack"
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fi
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# if a node was requested on command line, check if it is there
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if [ "${node}" ]; then
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unset found
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for n in ${known_nodes}; do
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[ "${n}" = "${node}" ] && found="YES"
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[ "${n}" = "${node}hci" ] && node="${node}hci" && found="YES"
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done
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[ "${found}" ] || exerr "Node ${node} not found"
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unset found
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for n in ${known_nodes}; do
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[ "${n}" = "${node}" ] && found="YES"
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[ "${n}" = "${node}hci" ] && node="${node}hci" && found="YES"
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done
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[ "${found}" ] || exerr "Node ${node} not found"
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fi
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[ "${node}" ] && node="-n ${node}"
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while ! [ "${bdaddresses}" ]; do
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retry=X${retry}
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printf "Scanning for new Bluetooth devices (Attempt %d of 5) ... " ${#retry}
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bdaddresses=$( /usr/sbin/hccontrol -N ${node} inquiry 2>/dev/null | \
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/usr/bin/grep -o "BD_ADDR: .*" | /usr/bin/cut -d ' ' -f 2 )
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retry=X${retry}
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printf "Scanning for new Bluetooth devices (Attempt %d of 5) ... " \
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${#retry}
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bdaddresses=$( /usr/sbin/hccontrol -N ${node} inquiry 2>/dev/null |
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/usr/bin/grep -o "BD_ADDR: .*" | /usr/bin/cut -d ' ' -f 2 )
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# Count entries and, if a device was requested on command line,
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# try to find it
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unset found count
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for bdaddress in ${bdaddresses}; do
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count=X${count}
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if [ "${bdaddress}" = "${device}" ]; then
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found=YES
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bdaddresses="${device}"
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count=X
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break
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fi
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done
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# Count entries and, if a device was requested on command line,
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# try to find it
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unset found count
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for bdaddress in ${bdaddresses}; do
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count=X${count}
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if [ "${bdaddress}" = "${device}" ]; then
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found=YES
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bdaddresses="${device}"
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count=X
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break
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fi
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done
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# If device was requested on command line but is not found,
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# or no devices found at all, rescan until retry is exhausted
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if ! [ "${found}" -o "${count}" -a -z "${device}" ]; then
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printf "failed.\n"
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if [ "${#retry}" -eq 5 ]; then
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[ "${device}" ] && exerr "Device ${device} not found"
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exerr "No new Bluetooth devices found"
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fi
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unset bdaddresses
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sleep 2
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continue
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fi
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# If device was requested on command line but is not found,
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# or no devices found at all, rescan until retry is exhausted
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if ! [ "${found}" -o "${count}" -a -z "${device}" ]; then
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printf "failed.\n"
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if [ "${#retry}" -eq 5 ]; then
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[ "${device}" ] && exerr "Device ${device} not found"
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exerr "No new Bluetooth devices found"
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fi
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unset bdaddresses
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sleep 2
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continue
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fi
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[ ${#count} -gt 1 ] && plural=s || plural=''
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printf "done.\nFound %d new bluetooth device%s (scanning for names):\n" ${#count} ${plural}
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[ ${#count} -gt 1 ] && plural=s || plural=''
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printf "done.\nFound %d new bluetooth device%s " ${#count} ${plural}
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printf "(now scanning for names):\n"
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# Looping again for the faster feedback
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unset count
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for bdaddress in ${bdaddresses}; do
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count=X${count}
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bdname=$( /usr/bin/bthost -b "${bdaddress}" 2>/dev/null )
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friendlyname=$( /usr/sbin/hccontrol Remote_Name_Request ${bdaddress} 2> /dev/null | \
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/usr/bin/grep -o "Name: .*" | /usr/bin/cut -d ' ' -f 2- )
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# Looping again for the faster feedback
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unset count
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for bdaddress in ${bdaddresses}; do
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count=X${count}
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bdname=$( /usr/bin/bthost -b "${bdaddress}" 2>/dev/null )
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friendlyname=$( /usr/sbin/hccontrol Remote_Name_Request \
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${bdaddress} 2> /dev/null |
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/usr/bin/grep -o "Name: .*" |/usr/bin/cut -d ' ' -f 2- )
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# sdpcontrol should be able to pull vendor and product id via sdp
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printf "[%2d] %s\t\"%s\" (%s)\n" ${#count} "${bdaddress}" "${friendlyname}" "${bdname}"
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# sdpcontrol should be able to pull vendor + product id via sdp
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printf "[%2d] %s\t\"%s\" (%s)\n" ${#count} "${bdaddress}" \
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"${friendlyname}" "${bdname}"
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eval bdaddress_${#count}=\${bdaddress}
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eval bdname_${#count}=\${bdname}
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eval friendlyname_${#count}=\${friendlyname}
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done
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eval bdaddress_${#count}=\${bdaddress}
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eval bdname_${#count}=\${bdname}
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eval friendlyname_${#count}=\${friendlyname}
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done
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# If a device was pre-selected, do not query the user
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[ "${device}" ] && topair=1 || unset topair
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# If a device was pre-selected, do not query the user
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[ "${device}" ] && topair=1 || unset topair
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# Even if only one device was found, user may chose 0 to rescan
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while ! [ "${topair}" ]; do
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if [ ${#count} -eq 1 ]; then
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read -p "Select device to pair with [1, or 0 to rescan]: " topair
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else
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read -p "Select device to pair with [1-${#count}, or 0 to rescan]: " topair
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fi
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if ! [ "${topair}" -ge 0 -a "${topair}" -le "${#count}" ] 2>/dev/null ; then
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printf "Value out of range: %s.\n" {topair}
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unset topair
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fi
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done
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# Even if only one device was found, user may chose 0 to rescan
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while ! [ "${topair}" ]; do
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prompt="Select device to pair with [1"
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[ ${#count} -gt 1 ] && prompt="${prompt}-${#count}"
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read -p "${prompt}, or 0 to rescan]: " topair
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if ! [ "${topair}" -ge 0 -a "${topair}" -le "${#count}" ] \
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2>/dev/null ; then
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printf "Value out of range: %s.\n" {topair}
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unset topair
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fi
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done
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[ "${topair}" -eq "0" ] && unset bdaddresses retry
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[ "${topair}" -eq "0" ] && unset bdaddresses retry
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done
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eval bdaddress=\${bdaddress_${topair}}
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@ -156,20 +165,24 @@ eval friendlyname=\${friendlyname_${topair}}
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# Do we need to add an entry to /etc/bluetooth/hosts?
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if ! [ "${bdname}" ]; then
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printf "\nAdding device ${bdaddress} to /etc/bluetooth/hosts.\n"
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printf "\nAdding device ${bdaddress} to /etc/bluetooth/hosts.\n"
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while ! [ "${bdname}" ]; do
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read -p "Enter friendly name. [${friendlyname}]: " REPLY
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: ${REPLY:="${friendlyname}"}
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while ! [ "${bdname}" ]; do
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read -p "Enter friendly name. [${friendlyname}]: " _r
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: ${_r:="${friendlyname}"}
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if [ "${REPLY}" ]; then
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# Remove white space and non-friendly characters
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bdname=$( printf "%s" "${REPLY}" | tr -c '[:alnum:]-,.' _ )
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[ "${REPLY}" != "${bdname}" ] && printf "Notice: Using sanitized name \"%s\" in /etc/bluetooth/hosts.\n" "${bdname}"
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fi
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done
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if [ "${_r}" ]; then
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# Remove white space and non-friendly characters
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bdname=$( printf "%s" "${_r}" | tr -c '[:alnum:]-,.' _ )
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if [ "${_r}" != "${bdname}" ]; then
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printf "Notice: Using sanitized name"
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printf "\"%s\" in /etc/bluetooth/hosts.\n" \
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"${bdname}"
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fi
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fi
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done
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printf "%s\t%s\n" "${bdaddress}" "${bdname}" >> /etc/bluetooth/hosts
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printf "%s\t%s\n" "${bdaddress}" "${bdname}" >> /etc/bluetooth/hosts
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fi
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# If scanning for the name did not succeed, resort to bdname
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@ -183,86 +196,109 @@ fi
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# Also we cannot really modify the PIN in an existing entry. So we
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# need to prompt the user to manually do it and restart this script
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if ! /usr/sbin/service hcsecd enabled; then
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printf "\nWarning: hcsecd is not enabled.\nThis daemon manages pairing requests.\n"
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read -p "Enable hcsecd? [yes]: " REPLY
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case "${REPLY}" in no|n|NO|N|No|nO) ;; *) /usr/sbin/sysrc hcsecd_enable="YES";; esac
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printf "\nWarning: hcsecd is not enabled.\n"
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printf "This daemon manages pairing requests.\n"
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read -p "Enable hcsecd? [yes]: " _r
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case "${_r}" in
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no|n|NO|N|No|nO) ;;
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*) /usr/sbin/service hcsecd enable;;
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esac
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fi
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secd_config=$( /usr/sbin/sysrc -n hcsecd_config )
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secd_entries=$( /usr/bin/grep -Eo "bdaddr[[:space:]]+(${bdaddress}|${bdname})" ${secd_config} | awk '{ print $2; }' )
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secd_entries=$( /usr/bin/grep -Eo "bdaddr[[:space:]]+(${bdaddress}|${bdname})" \
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${secd_config} | awk '{ print $2; }' )
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if [ "${secd_entries}" ]; then
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printf "\nWarning: An entry for device %s is already present in %s.\n" ${secd_entries} ${secd_config}
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printf "To modify pairing information, edit this file and run\n service hcsecd restart\n"
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read -p "Continue? [yes]: " REPLY
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case "${REPLY}" in no|n|NO|N|No|nO) exit;; esac
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printf "\nWarning: An entry for device %s is already present in %s.\n" \
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${secd_entries} ${secd_config}
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printf "To modify pairing information, edit this file and run\n"
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printf " service hcsecd restart\n"
|
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read -p "Continue? [yes]: " _r
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case "${_r}" in no|n|NO|N|No|nO) exit;; esac
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else
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printf "\nWriting pairing information description block to %s.\n" ${secd_config}
|
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printf "(To get PIN, put device in pairing mode first.)\n"
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read -p "Enter PIN [nopin]: " pin
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[ "${pin}" ] && pin=\""${pin}"\" || pin="nopin"
|
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printf "\nWriting pairing information description block to %s.\n" \
|
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${secd_config}
|
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printf "(To get PIN, put device in pairing mode first.)\n"
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read -p "Enter PIN [nopin]: " pin
|
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[ "${pin}" ] && pin=\""${pin}"\" || pin="nopin"
|
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|
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# Write out new hcsecd config block
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printf "\ndevice {\n\tbdaddr\t%s;\n\tname\t\"%s\";\n\tkey\tnokey\;\n\tpin\t%s\;\n}\n" \
|
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"${bdaddress}" "${friendlyname}" "${pin}" >> ${secd_config}
|
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# Write out new hcsecd config block
|
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printf "\ndevice {\n\tbdaddr\t%s;\n\tname\t\"%s\";\n\tkey\tnokey\;\n\tpin\t%s\;\n}\n" \
|
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"${bdaddress}" "${friendlyname}" "${pin}" >> ${secd_config}
|
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|
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# ... and make daemon reload config, TODO: hcsecd should provide a reload hook
|
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/usr/sbin/service hcsecd restart
|
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# ... and make daemon reload config
|
||||
# TODO: hcsecd should provide a reload hook
|
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/usr/sbin/service hcsecd onerestart
|
||||
|
||||
# TODO: we should check if hcsecd succeeded pairing and revert to an old version
|
||||
# of hcsecd.conf so we can undo adding the block above and retry with a new PIN
|
||||
# also, if there's a way to force devices to re-pair, try this
|
||||
# TODO: we should check if hcsecd succeeded pairing and revert to an
|
||||
# old version of hcsecd.conf so we can undo adding the block above and
|
||||
# retry with a new PIN
|
||||
# also, if there's a way to force devices to re-pair, try this
|
||||
fi
|
||||
|
||||
# now check for specific services to be provided by the device
|
||||
# first up: HID
|
||||
|
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if /usr/sbin/sdpcontrol -a "${bdaddress}" search HID | \
|
||||
/usr/bin/grep -q "^Record Handle: "; then
|
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/usr/sbin/sdpcontrol -a "${bdaddress}" search HID | \
|
||||
/usr/bin/grep -q "^Record Handle: " || exit 0
|
||||
|
||||
printf "\nThis device provides human interface device services.\n"
|
||||
read -p "Set it up? [yes]: " REPLY
|
||||
case "${REPLY}" in no|n|NO|N|No|nO) ;;
|
||||
*)
|
||||
if ! /usr/sbin/service bthidd enabled; then
|
||||
printf "\nWarning: bthidd is not enabled."
|
||||
printf "\nThis daemon manages Bluetooth HID devices.\n"
|
||||
read -p "Enable bthidd? [yes]: " REPLY
|
||||
case "${REPLY}" in no|n|NO|N|No|nO) ;; *) /usr/sbin/sysrc bthidd_enable="YES";; esac
|
||||
fi
|
||||
printf "\nThis device provides human interface device services.\n"
|
||||
read -p "Set it up? [yes]: " _r
|
||||
case "${_r}" in
|
||||
no|n|NO|N|No|nO) exit 0;;
|
||||
*);;
|
||||
esac
|
||||
|
||||
# Check if bthidd already knows about this device
|
||||
bthidd_known=$( /usr/sbin/bthidcontrol -a "${bdaddress}" known | \
|
||||
/usr/bin/grep "${bdaddress}" )
|
||||
if [ "${bthidd_known}" ]; then
|
||||
printf "Notice: Device %s already known to bthidd.\n" "${bdaddress}"
|
||||
else
|
||||
bthidd_config=$( /usr/sbin/sysrc -n bthidd_config )
|
||||
printf "Writing HID descriptor block to %s ... " "${bthidd_config}"
|
||||
/usr/sbin/bthidcontrol -a "${bdaddress}" query >> "${bthidd_config}"
|
||||
# Here we have found an HID and were asked to set it up
|
||||
# NOTE: look out for the two exit 0 above if you extend this script
|
||||
|
||||
# Re-read config to see if we succeeded adding the device
|
||||
bthidd_known=$( /usr/sbin/bthidcontrol -a "${bdaddress}" known | \
|
||||
grep "${bdaddress}" )
|
||||
if ! [ "${bthidd_known}" ]; then
|
||||
printf "failed.\n"
|
||||
else
|
||||
printf "success.\nTo re-read its config, bthidd must be restarted.\n"
|
||||
printf "Warning: If a Bluetooth keyboard is being used, the connection might be lost.\n"
|
||||
printf "It can be manually restarted later with\n service bthidd restart\n"
|
||||
read -p "Restart bthidd now? [yes]: " REPLY
|
||||
case "${REPLY}" in no|n|NO|N|No|nO) ;; *) /usr/sbin/service bthidd restart;; esac
|
||||
fi
|
||||
fi
|
||||
;;
|
||||
esac
|
||||
if ! /usr/sbin/service bthidd enabled; then
|
||||
printf "\nWarning: bthidd is not enabled."
|
||||
printf "\nThis daemon manages Bluetooth HID devices.\n"
|
||||
read -p "Enable bthidd? [yes]: " _r
|
||||
case "${_r}" in
|
||||
no|n|NO|N|No|nO) ;;
|
||||
*) /usr/sbin/service bthidd enable;;
|
||||
esac
|
||||
fi
|
||||
|
||||
# Check if bthidd already knows about this device
|
||||
bthidd_known=$( /usr/sbin/bthidcontrol -a "${bdaddress}" known | \
|
||||
/usr/bin/grep "${bdaddress}" )
|
||||
|
||||
if [ "${bthidd_known}" ]; then
|
||||
printf "Notice: Device %s already known to bthidd.\n" "${bdaddress}"
|
||||
return 0
|
||||
fi
|
||||
|
||||
bthidd_config=$( /usr/sbin/sysrc -n bthidd_config )
|
||||
printf "Writing HID descriptor block to %s ... " "${bthidd_config}"
|
||||
/usr/sbin/bthidcontrol -a "${bdaddress}" query >> "${bthidd_config}"
|
||||
|
||||
# Re-read config to see if we succeeded adding the device
|
||||
bthidd_known=$( /usr/sbin/bthidcontrol -a "${bdaddress}" known | \
|
||||
grep "${bdaddress}" )
|
||||
if ! [ "${bthidd_known}" ]; then
|
||||
printf "failed.\n"
|
||||
else
|
||||
printf "success.\nTo re-read its config, bthidd must be restarted.\n"
|
||||
printf "Warning: If a Bluetooth keyboard is being used, the connection"
|
||||
printf "might be lost.\n"
|
||||
printf "It can be manually restarted later with\n"
|
||||
printf " service bthidd restart\n"
|
||||
read -p "Restart bthidd now? [yes]: " _r
|
||||
case "${_r}" in
|
||||
no|n|NO|N|No|nO) ;;
|
||||
*) /usr/sbin/service bthidd onerestart;;
|
||||
esac
|
||||
fi
|
||||
|
||||
}
|
||||
|
||||
# After function definitions, main() can use them
|
||||
main "$@"
|
||||
|
||||
exit
|
||||
exit 0
|
||||
|
||||
# TODO
|
||||
# * If device is a keyboard, offer a text entry test field and if it does
|
||||
|
||||
Loading…
Reference in New Issue
Block a user