[*] First commit

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2022-11-13 11:46:30 +01:00
parent 6b057d3b3d
commit a1f085aed4
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scripts/functions Normal file
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#!/bin/bash
# initscripts functions
#
# sanitize PATH (will be overridden later when /etc/profile is sourced but is useful for udev)
export PATH="/usr/local/bin:/usr/bin"
# clear the TZ envvar, so daemons always respect /etc/localtime
unset TZ
RANDOM_SEED=/var/lib/misc/random-seed
[[ -z $LANG ]] && . /etc/profile.d/read_locale.sh
if [[ $1 == "start" ]]; then
if [[ $PARENT_DAEMON ]]; then
echo "NOTE: '${0##*/}' started as dependence of '$PARENT_DAEMON' but will be stopped first during shutdown"
else
export PARENT_DAEMON=${0##*/}
fi
fi
# width:
calc_columns () {
STAT_COL=80
if [[ ! -t 1 ]]; then
USECOLOR=""
elif [[ -t 0 ]]; then
# stty will fail when stdin isn't a terminal
STAT_COL=$(stty size)
# stty gives "rows cols"; strip the rows number, we just want columns
STAT_COL=${STAT_COL##* }
elif tput cols &>/dev/null; then
# is /usr/share/terminfo already mounted, and TERM recognized?
STAT_COL=$(tput cols)
fi
if (( STAT_COL == 0 )); then
# if output was 0 (serial console), set default width to 80
STAT_COL=80
USECOLOR=""
fi
# we use 13 characters for our own stuff
STAT_COL=$(( STAT_COL - 13 ))
if [[ -t 1 ]]; then
SAVE_POSITION="\e[s"
RESTORE_POSITION="\e[u"
DEL_TEXT="\e[$(( STAT_COL + 4 ))G"
else
SAVE_POSITION=""
RESTORE_POSITION=""
DEL_TEXT=""
fi
}
calc_columns
# disable colors on broken terminals
TERM_COLORS=$(tput colors 2>/dev/null)
if (( $? != 3 )); then
case $TERM_COLORS in
*[!0-9]*) USECOLOR="";;
[0-7]) USECOLOR="";;
'') USECOLOR="";;
esac
fi
unset TERM_COLORS
unquote() {
local -r quotes=$'[\'"]'
if [[ ${1:0:1} = $quotes && ${1:(-1)} = "${1:0:1}" ]]; then
printf '%s' "${1:1:(-1)}"
else
printf '%s' "$1"
fi
}
parse_envfile() {
local file=$1 validkeys=("${@:2}") ret=0 lineno=0 key= val=
local -r comments=$'[;#]*'
if [[ -z $file ]]; then
printf "error: no environment file specified\n"
return 1
fi
if [[ ! -f $file ]]; then
printf "error: cannot parse \`%s': No such file or directory\n" "$file"
return 1
fi
if [[ ! -r $file ]]; then
printf "error: cannot read \`%s': Permission denied\n" "$file"
return 1
fi
while IFS='=' read -r key val; do
(( ++lineno ))
# trim whitespace, avoiding usage of a tempfile
key=$(echo "$key" | { read -r key; echo "$key"; })
# key must exist and line must not be a comment
[[ -z $key || ${key:0:1} = $comments ]] && continue
# trim whitespace, strip matching quotes
val=$(echo "$val" | { read -r val; unquote "$val"; })
if [[ -z $val ]]; then
printf "error: found key \`%s' without value on line %s of %s\n" \
"$key" "$lineno" "$file"
(( ++ret ))
continue
fi
# ignore invalid keys if we have a list of valid ones
if (( ${#validkeys[*]} )) && ! in_array "$key" "${validkeys[@]}"; then
continue
fi
export "$key=$val" || (( ++ret ))
done <"$file"
return $ret
}
# functions:
deltext() {
printf "${DEL_TEXT}"
}
print_depr() {
printf "${C_FAIL} ${1} is deprecated. See ${2} for details.${C_CLEAR} \n"
}
printhl() {
printf "${C_OTHER}${PREFIX_HL} ${C_H1}${1}${C_CLEAR} \n"
}
printsep() {
printf "\n${C_SEPARATOR} ------------------------------\n"
}
stat_bkgd() {
printf "${C_OTHER}${PREFIX_REG} ${C_MAIN}${1}${C_CLEAR} "
deltext
printf " ${C_OTHER}[${C_BKGD}BKGD${C_OTHER}]${C_CLEAR} \n"
}
stat_busy() {
printf "${C_OTHER}${PREFIX_REG} ${C_MAIN}${1}${C_CLEAR} "
printf "${SAVE_POSITION}"
deltext
printf " ${C_OTHER}[${C_BUSY}BUSY${C_OTHER}]${C_CLEAR} "
}
stat_append() {
printf "${RESTORE_POSITION}"
printf -- "${C_MAIN}${1}${C_CLEAR}"
printf "${SAVE_POSITION}"
}
stat_done() {
deltext
printf " ${C_OTHER}[${C_DONE}DONE${C_OTHER}]${C_CLEAR} \n"
}
stat_fail() {
deltext
printf " ${C_OTHER}[${C_FAIL}FAIL${C_OTHER}]${C_CLEAR} \n"
}
stat_die() {
stat_fail
exit ${1:-1}
}
status() {
local quiet
case $1 in
-q)
quiet=1
;;&
-v)
# NOOP: supported for backwards compat
shift
;;
esac
stat_busy "$1"
shift
if (( quiet )); then
"$@" &>/dev/null
else
"$@"
fi
local ret=$?
(( ret == 0 )) && stat_done || stat_fail
return $ret
}
# usage : in_array( $needle, $haystack )
# return : 0 - found
# 1 - not found
in_array() {
local needle=$1; shift
local item
for item; do
[[ $item = "${needle}" ]] && return 0
done
return 1 # Not Found
}
# daemons:
add_daemon() {
[[ -d /run/daemons ]] || mkdir -p /run/daemons
>| /run/daemons/"$1"
}
rm_daemon() {
rm -f /run/daemons/"$1"
}
ck_daemon() {
[[ ! -f /run/daemons/$1 ]]
}
# Check if $1 is a valid daemon name
have_daemon() {
if [[ ! -f /etc/rc.d/$1 || ! -x /etc/rc.d/$1 ]]; then
printf "error: /etc/rc.d/$1 does not exist or is not executable\n" >&2
return 1
fi
return 0
}
# Check if $1 is started at boot
ck_autostart() {
local daemon
for daemon in "${DAEMONS[@]}"; do
[[ $1 = "${daemon#@}" ]] && return 1
done
return 0
}
start_daemon() {
have_daemon "$1" && /etc/rc.d/"$1" start
}
start_daemon_bkgd() {
stat_bkgd "Starting $1"
(start_daemon "$1") >/dev/null &
}
stop_daemon() {
have_daemon "$1" && /etc/rc.d/"$1" stop
}
# Status functions
status_started() {
deltext
echo -ne "$C_OTHER[${C_STRT}STARTED$C_OTHER]$C_CLEAR "
}
status_stopped() {
deltext
echo -ne "$C_OTHER[${C_STRT}STOPPED$C_OTHER]$C_CLEAR "
}
ck_status() {
! ck_daemon "$1" && status_started || status_stopped
}
# Return PID of $1
get_pid() {
pidof -o %PPID $1 || return 1
}
# Check if PID-file $1 is still the active PID-file for command $2
ck_pidfile() {
if [[ -f $1 ]]; then
local fpid ppid
read -r fpid <"$1"
ppid=$(get_pid "$2")
[[ $fpid = "${ppid}" ]] && return 0
fi
return 1
}
# PIDs to be omitted by killall5
declare -a omit_pids
add_omit_pids() {
omit_pids+=( $@ )
}
# Stop all daemons
# This function should *never* ever perform any other actions beside calling stop_daemon()!
# It might be used by a splash system etc. to get a list of daemons to be stopped.
stop_all_daemons() {
# Find daemons NOT in the DAEMONS array. Shut these down first
local daemon
for daemon in /run/daemons/*; do
[[ -f $daemon ]] || continue
daemon=${daemon##*/}
ck_autostart "$daemon" && stop_daemon "$daemon"
done
# Shutdown daemons in reverse order
local i daemon
for (( i=${#DAEMONS[@]}-1; i>=0; i-- )); do
[[ ${DAEMONS[i]} = '!'* ]] && continue
daemon=${DAEMONS[i]#@}
ck_daemon "$daemon" || stop_daemon "$daemon"
done
}
# $1 - signal
# $2 - iterations
kill_all_wait() {
# Send SIGTERM/SIGKILL all processes and wait until killall5
# reports all done or timeout.
# Unfortunately killall5 does not support the 0 signal, so just
# use SIGCONT for checking (which should be ignored).
local i
killall5 -${1} ${omit_pids[@]/#/-o } &>/dev/null
for (( i=0; i<${2}; i++ )); do
sleep .25 # 1/4 second
# sending SIGCONT to processes to check if they are there
killall5 -18 ${omit_pids[@]/#/-o } &>/dev/null
if (( $? == 2 )); then
return 0
fi
done
return 1
}
kill_all() {
stat_busy "Sending SIGTERM to processes"
kill_all_wait 15 40
if (( $? == 0 )); then
stat_done
else
stat_fail
status "Sending SIGKILL to processes" kill_all_wait 9 60
fi
}
print_welcome() {
# see os-release(5)
. /usr/lib/os-release
echo " "
printhl "${PRETTY_NAME}\n"
printhl "${C_H2}${HOME_URL}"
printsep
}
create_blacklist() {
# $* = list of blacklisted modules
stat_busy "Creating UDev blacklist"
mkdir -p /run/modprobe.d
echo "# Autogenerated from rc.conf at boot, do not edit" > /run/modprobe.d/modprobe-blacklist.conf
(( ${#*} )) && printf 'blacklist %s\n' "${*}" >> /run/modprobe.d/modprobe-blacklist.conf
(( $? == 0 )) && stat_done || stat_fail
}
# Start/trigger udev, load MODULES, and settle udev
udevd_modprobe() {
# $1 = where we are being called from.
# This is used to determine which hooks to run.
# Modules prefixed with ! should be blacklisted
local blacklist=(${MODULES[@]##[^!]*})
[[ $blacklist ]] && create_blacklist ${blacklist[@]/!/}
if [ -x /usr/lib/systemd/systemd-udevd ]; then
UDEVD_COMMAND=/usr/lib/systemd/systemd-udevd
elif [ -x /usr/bin/udevd ]; then
# For future forks with merged /usr/bin
UDEVD_COMMAND=/usr/bin/udevd
else
echo "Unable to find udevd binary"
return 1
fi
status "Starting udev daemon" $UDEVD_COMMAND --daemon
run_hook "$1_udevlaunched"
stat_busy "Triggering udev uevents"
udevadm trigger --action=add --type=subsystems
udevadm trigger --action=add --type=devices
stat_done
# Load modules from the MODULES array or modules-load.d
stat_busy "Loading user-specified modules"
if (( ${#MODULES[*]} )); then
local -a modules=(${MODULES[@]/!*/})
if [[ ${modules[@]} =~ [^\ ] ]]; then
modprobe -ab "${modules[@]}"
fi
else
/usr/lib/initscripts/arch-modules
fi
(( $? == 0 )) && stat_done || stat_fail
status "Waiting for udev uevents to be processed" \
udevadm settle
run_hook "$1_udevsettled"
# in case loading a module changed the display mode
calc_columns
}
set_consolefont() {
#CONSOLEMAP in UTF-8 shouldn't be used
[[ $CONSOLEMAP && ${LOCALE,,} =~ utf ]] && CONSOLEMAP=""
local i
for i in /dev/tty[0-9]*; do
setfont ${CONSOLEMAP:+-m "${CONSOLEMAP}"} \
"$CONSOLEFONT" -C ${i} &>/dev/null
done
return $?
}
activate_vgs() {
[[ $USELVM = [yY][eE][sS] && -x $(type -P lvm) && -d /sys/block ]] || return 0
stat_busy "Activating LVM2 groups"
vgchange --sysinit -a y >/dev/null
(( $? == 0 )) && stat_done || stat_fail
}
do_unlock_legacy() {
# $1 = requested name
# $2 = source device
# $3 = password
# $4 = options
print_depr "The legacy crypttab format" "crypttab(5)"
local open=create a=$1 b=$2 failed=0
# Ordering of options is different if you are using LUKS vs. not.
# Use ugly swizzling to deal with it.
# isLuks only gives an exit code but no output to stdout or stderr.
if cryptsetup isLuks "$2" 2>/dev/null; then
open=luksOpen
a=$2
b=$1
fi
case $3 in
SWAP)
local _overwriteokay=0
if [[ -b $2 && -r $2 ]]; then
# This is DANGEROUS! If there is any known file system,
# partition table, RAID, or LVM volume on the device,
# we don't overwrite it.
#
# 'blkid' returns 2 if no valid signature has been found.
# Only in this case should we allow overwriting the device.
#
# This sanity check _should_ be sufficient, but it might not.
# This may cause data loss if it is not used carefully.
blkid -p "$2" &>/dev/null
(( $? == 2 )) && _overwriteokay=1
fi
if (( _overwriteokay == 0 )); then
false
elif cryptsetup -d /dev/urandom $4 $open "$a" "$b" >/dev/null; then
printf "creating swapspace..\n"
mkswap -f -L $1 /dev/mapper/$1 >/dev/null
fi;;
ASK)
printf "\nOpening '$1' volume:\n"
cryptsetup $4 $open "$a" "$b" < /dev/console;;
/dev*)
local ckdev=${3%%:*}
local cka=${3#*:}
local ckb=${cka#*:}
local cka=${cka%:*}
local ckfile=/dev/ckfile
local ckdir=/dev/ckdir
case ${cka} in
*[!0-9]*)
# Use a file on the device
# cka is not numeric: cka=filesystem, ckb=path
mkdir ${ckdir}
mount -r -t ${cka} ${ckdev} ${ckdir}
dd if=${ckdir}/${ckb} of=${ckfile} >/dev/null 2>&1
umount ${ckdir}
rmdir ${ckdir};;
*)
# Read raw data from the block device
# cka is numeric: cka=offset, ckb=length
dd if=${ckdev} of=${ckfile} bs=1 skip=${cka} count=${ckb} >/dev/null 2>&1;;
esac
cryptsetup -d ${ckfile} $4 $open "$a" "$b" >/dev/null
dd if=/dev/urandom of=${ckfile} bs=1 count=$(stat -c %s ${ckfile}) conv=notrunc >/dev/null 2>&1
rm ${ckfile};;
/*)
cryptsetup -d "$3" $4 $open "$a" "$b" >/dev/null;;
*)
echo "$3" | cryptsetup $4 $open "$a" "$b" >/dev/null;;
esac
return $?
}
do_unlock_systemd() {
local name=$1 device=$2 password=$3 options=$4 failed=0
if [ ! -x /usr/lib/systemd/systemd-cryptsetup ]; then
echo "Unable to find systemd-cryptsetup binary"
return 1
fi
# lazily convert tags to udev symlinks
case $device in
UUID=*)
device=/dev/disk/by-uuid/$(unquote "${device#UUID=}")
;;
PARTUUID=*)
device=/dev/disk/by-partuuid/$(unquote "${device#PARTUUID=}")
;;
esac
if ! /usr/lib/systemd/systemd-cryptsetup attach "$name" "$device" "$password" $options; then
failed=1
else
options=${options//,/ }
if in_array swap ${options[@]}; then
# create swap on the device only if no fs signature exists
blkid -p "$2" &>/dev/null
if (( $? != 2 )) || ! mkswap -f /dev/mapper/$name >/dev/null; then
failed=1
fi
elif in_array tmp ${options[@]}; then
# create fs on the device only if no fs signature exists
blkid -p "$2" &>/dev/null
if (( $? != 2 )) || ! mke2fs /dev/mapper/$name >/dev/null; then
failed=1
fi
fi
fi
return $failed
}
do_unlock() {
local name=$1 device=$2 password=$3 options=$4
printf "${C_MAIN}Unlocking $1${C_CLEAR}\n"
if [[ ${options:0:2} =~ -. ]]; then
do_unlock_legacy "$name" "$device" "$password" "$options"
return $?
fi
case $password in
ASK|SWAP)
do_unlock_legacy "$name" "$device" "$password" "$options"
;;
/dev/*)
if [[ ${password##*:} == $password ]]; then
do_unlock_systemd "$name" "$device" "$password" "$options"
else
do_unlock_legacy "$name" "$device" "$password" "$options"
fi
;;
/*|none|-|'')
do_unlock_systemd "$name" "$device" "$password" "$options"
;;
*)
do_unlock_legacy "$name" "$device" "$password" "$options"
;;
esac
failed=$?
if (( $failed )); then
printf "${C_FAIL}Unlocking of $1 failed.${C_CLEAR}\n"
fi
return $?
}
do_lock() {
#status "Detaching encrypted device ${1}" /usr/lib/systemd/systemd-cryptsetup detach "$1" >/dev/null
stat_busy "Detaching encrypted device ${1}"
if [ -x /usr/lib/systemd/systemd-cryptsetup ]; then
/usr/lib/systemd/systemd-cryptsetup detach "$1" >/dev/null
else
cryptsetup remove "$1" &>/dev/null
fi
(( $? == 0 )) && stat_done || stat_fail
}
read_crypttab() {
# $1 = function to call with the split out line from the crypttab
local line nspo failed=0
while read line <&3; do
[[ $line && $line != '#'* ]] || continue
eval nspo=("${line%#*}")
if $1 "${nspo[0]}" "${nspo[1]}" "${nspo[2]}" "${nspo[*]:3}"; then
crypto_unlocked=1
else
failed=1
fi
done 3< /etc/crypttab
return $failed
}
set_timezone() {
local tz=$1 zonefile=/usr/share/zoneinfo/$1
[[ $tz ]] || return 1
if [[ ! -e $zonefile ]]; then
printf "error: \`%s' is not a valid time zone\n" "$tz"
return 1
fi
if [[ -L /etc/localtime && /etc/localtime -ef $zonefile ]]; then
return 0
else
ln -sf "/usr/share/zoneinfo/$tz" /etc/localtime
fi
}
# Filesystem functions
# These can be overridden/reused for customizations like shutdown/loop-fsck.
NETFS="nfs,nfs4,smbfs,cifs,codafs,ncpfs,shfs,fuse,fuseblk,glusterfs,davfs,fuse.glusterfs"
# Check local filesystems
fsck_all() {
if [[ -f /forcefsck ]] || in_array forcefsck $(< /proc/cmdline); then
FORCEFSCK="-f"
elif [[ -f /fastboot ]] || in_array fastboot $(< /proc/cmdline); then
return 0
elif findmnt / --options rw &>/dev/null; then
IGNORE_MOUNTED="-M"
fi
fsck -A -T -C${FSCK_FD} -a -t no${NETFS//,/,no},noopts=_netdev ${IGNORE_MOUNTED} -- ${FORCEFSCK}
}
# Single-user login and/or automatic reboot after fsck (if needed)
fsck_reboot() {
# $1 = exit code returned by fsck
# Ignore conditions 'FS errors corrected' and 'Cancelled by the user'
(( ($1 | 33) == 33 )) && return 0
if (( $1 & 2 )); then
echo
echo "********************** REBOOT REQUIRED *********************"
echo "* *"
echo "* The system will be rebooted automatically in 15 seconds. *"
echo "* *"
echo "************************************************************"
echo
sleep 15
else
echo
echo "***************** FILESYSTEM CHECK FAILED ****************"
echo "* *"
echo "* Please repair manually and reboot. Note that the root *"
echo "* file system is currently mounted read-only. To remount *"
echo "* it read-write, type: mount -o remount,rw / *"
echo "* When you exit the maintenance shell, the system will *"
echo "* reboot automatically. *"
echo "* *"
echo "************************************************************"
echo
sulogin -p
fi
echo "Automatic reboot in progress..."
umount -a
mount -o remount,ro /
reboot -f
exit 0
}
mount_all() {
mount -a -t "no${NETFS//,/,no}" -O no_netdev
}
umount_all() {
# $1: restrict to fstype
findmnt -mrunRo TARGET,FSTYPE,OPTIONS / | {
while read -r target fstype options; do
# match only targeted fstypes
if [[ $1 && $1 != "$fstype" ]]; then
continue
fi
# do not unmount API filesystems
if [[ $target = /@(proc|sys|run|dev|dev/pts) ]]; then
continue
fi
# avoid networked devices
IFS=, read -ra opts <<< "$options"
if in_array _netdev "${opts[@]}"; then
continue
fi
mounts=("$target" "${mounts[@]}")
done
if (( ${#mounts[*]} )); then
umount -r "${mounts[@]}"
fi
}
}
remove_leftover() {
status 'Removing leftover files' /usr/lib/initscripts/arch-tmpfiles --create --remove --clean --boot
}
bootlogd_stop() {
[[ -f /run/bootlogd.pid ]] || return 0
touch /var/log/boot
kill $(< /run/bootlogd.pid)
rm -f /run/bootlogd.pid
}
###############################
# Custom hooks in initscripts #
###############################
# Hooks can be used to include custom code in various places in the rc.* scripts
#
# To define a hook function, create a file with any name in functions.d containing:
# function_name() {
# ...
# }
# add_hook hook_name function_name
# It is allowed to register several hook functions for the same hook
# Is is also allowed to register the same hook function for several hooks
#
# Functions can be created for the following hooks:
# sysinit_start: at the beginning of rc.sysinit
# multi_start: at the beginning of rc.multi
# single_start: at the beginning of rc.single
# shutdown_start: at the beginning of rc.shutdown
# sysinit_end: at the end of rc.sysinit
# multi_end: at the end of rc.multi
# single_end: at the end of rc.single
# sysinit_udevlaunched: after udev has been launched in rc.sysinit (called from functions)
# single_udevlaunched: after udev has been launched in rc.single (called from functions)
# sysinit_udevsettled: after uevents have settled in rc.sysinit (called from functions)
# single_udevsettled: after uevents have settled in rc.single (called from functions)
# sysinit_prefsck: before local filesystems are checked in rc.sysinit
# sysinit_postfsck: after local filesystems are checked in rc.sysinit
# sysinit_premount: before local filesystems are mounted, but after root is mounted read-write in rc.sysinit
# sysinit_postmount: after local filesystems are mounted in rc.sysinit
# shutdown_prekillall: before all processes are being killed in rc.shutdown
# single_prekillall: before all processes are being killed in rc.single
# shutdown_postkillall: after all processes have been killed in rc.shutdown
# single_postkillall: after all processes have been killed in rc.single
# shutdown_preumount: after last filesystem write, but before filesystems are unmounted in rc.shutdown
# shutdown_postumount: after filesystems are unmounted in rc.shutdown
# shutdown_poweroff: directly before powering off in rc.shutdown
#
# Declare add_hook and run_hook as read-only to prevent overwriting them.
# Too bad we cannot do the same thing with hook_funcs
if (( RC_FUNCTIONS_HOOK_FUNCS_DEFINED != 1 )); then
declare -A hook_funcs
add_hook() {
[[ $1 && $2 ]] || return 1
hook_funcs[$1]+=" $2"
}
run_hook() {
[[ $1 ]] || return 1
local func
for func in ${hook_funcs["$1"]}; do
"${func}"
done
}
declare -fr add_hook run_hook
declare -r RC_FUNCTIONS_HOOK_FUNCS_DEFINED=1
fi
# set colors
if [[ $USECOLOR != [nN][oO] ]]; then
if tput setaf 0 &>/dev/null; then
C_CLEAR=$(tput sgr0) # clear text
C_MAIN=${C_CLEAR}$(tput bold) # main text
C_OTHER=${C_MAIN}$(tput setaf 4) # prefix & brackets
C_SEPARATOR=${C_MAIN}$(tput setaf 0) # separator
C_BUSY=${C_CLEAR}$(tput setaf 6) # busy
C_FAIL=${C_MAIN}$(tput setaf 1) # failed
C_DONE=${C_MAIN} # completed
C_BKGD=${C_MAIN}$(tput setaf 5) # backgrounded
C_H1=${C_MAIN} # highlight text 1
C_H2=${C_MAIN}$(tput setaf 6) # highlight text 2
else
C_CLEAR="\e[m" # clear text
C_MAIN="\e[;1m" # main text
C_OTHER="\e[1;34m" # prefix & brackets
C_SEPARATOR="\e[1;30m" # separator
C_BUSY="\e[;36m" # busy
C_FAIL="\e[1;31m" # failed
C_DONE=${C_MAIN} # completed
C_BKGD="\e[1;35m" # backgrounded
C_H1=${C_MAIN} # highlight text 1
C_H2="\e[1;36m" # highlight text 2
fi
fi
# prefixes:
PREFIX_REG="::"
PREFIX_HL=" >"
# Source additional functions at the end to allow overrides
for f in /etc/rc.d/functions.d/*; do
[[ -e $f ]] && . "$f"
done
# End of file
# vim: set ts=2 sw=2 noet:

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scripts/rc.local Executable file
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@ -0,0 +1,6 @@
#!/bin/bash
#
# /etc/rc.local: Local multi-user start-up script.
#

5
scripts/rc.local.shutdown Executable file
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#!/bin/bash
#
# /etc/rc.local.shutdown: Local shutdown script.
#

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scripts/rc.multi Executable file
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#!/bin/bash
#
# /etc/rc.multi
#
. /etc/rc.conf
. /etc/rc.d/functions
run_hook multi_start
# Load sysctl config files
status "Configuring kernel parameters" sysctl -q --system
# Load additional binary formats
status "Configure additional binary formats" /usr/lib/initscripts/arch-binfmt
# Start daemons
for daemon in "${DAEMONS[@]}"; do
case ${daemon:0:1} in
'!') continue;; # Skip this daemon.
'@') start_daemon_bkgd "${daemon#@}";;
*) start_daemon "$daemon";;
esac
done
[[ -x /etc/rc.local ]] && /etc/rc.local
run_hook multi_end
bootlogd_stop
rm -f /run/nologin
# vim: set ts=2 sw=2 noet:

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scripts/rc.shutdown Executable file
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#!/bin/bash
#
# /etc/rc.shutdown
#
. /etc/rc.conf
. /etc/rc.d/functions
# don't let all the systemd tools be too verbose
export SYSTEMD_LOG_LEVEL="notice"
# avoid staircase effect
stty onlcr
echo " "
printhl "Initiating shutdown..."
echo " "
run_hook shutdown_start
[[ -x /etc/rc.local.shutdown ]] && /etc/rc.local.shutdown
stop_all_daemons
#status 'Saving random seed' /usr/lib/systemd/systemd-random-seed save
stat_busy "Saving Random Seed"
RANDOM_SEED=/var/lib/misc/random-seed
install -TDm 0600 /dev/null $RANDOM_SEED
POOL_FILE=/proc/sys/kernel/random/poolsize
if [[ -r $POOL_FILE ]]; then
read POOL_SIZE < $POOL_FILE
(( POOL_SIZE /= 8 ))
else
POOL_SIZE=512
fi
dd if=/dev/urandom of=$RANDOM_SEED count=1 bs=$POOL_SIZE &>/dev/null
stat_done
[[ $TIMEZONE ]] && status "Configuring time zone" set_timezone "$TIMEZONE"
# Write to wtmp file before unmounting
halt -w
# stop monitoring of LVM2 groups before unmounting filesystems
[[ $USELVM = [Yy][Ee][Ss] && -x $(type -P lvm) ]] &&
status "Deactivating monitoring of LVM2 groups" vgchange --monitor n
# any future uevents can and should be ignored
status "Shutting down udev" udevadm control --exit
run_hook shutdown_prekillall
kill_all
run_hook shutdown_postkillall
run_hook shutdown_preumount
# unmount any non-API partitions that are backed by swap; we don't want to
# move their contents into memory (waste of time and might caues OOM).
status "Unmounting swap-backed filesystems" umount_all "tmpfs"
# almost everything is dead now, so the swap should hopefully be relatively
# empty, and quick to switch off
status "Deactivating swap" swapoff -a
status "Unmounting non-API filesystems" umount_all
run_hook shutdown_postumount
# Kill non-root encrypted partition mappings
if [[ -f /etc/crypttab ]] && type -p cryptsetup >/dev/null; then
# Maybe someone has LVM on an encrypted block device
# executing an extra vgchange is errorless
[[ $USELVM = [Yy][Ee][Ss] ]] && vgchange --sysinit -a n &>/dev/null
read_crypttab do_lock
fi
[[ $USELVM = [Yy][Ee][Ss] && -x $(type -P lvm) ]] &&
status "Deactivating LVM2 groups" vgchange --sysinit -a n &>/dev/null
run_hook shutdown_poweroff
if [[ -x /run/initramfs/shutdown ]]; then
# decide what we want to do
if [[ $RUNLEVEL = 0 ]]; then
action="poweroff"
else
{ read kexec_loaded </sys/kernel/kexec_loaded; } 2>/dev/null
if (( kexec_loaded )); then
action="kexec"
else
action="reboot"
fi
fi
# make /run/initramfs a mount
mount --bind /run/initramfs /run/initramfs
# in case someone has shared our mountpoints, unshare them
mount --make-private /run/initramfs
mount --make-private /
# bind all API mounts
mkdir -p /run/initramfs/{sys,proc,dev,run,oldroot}
mount --bind /sys /run/initramfs/sys
mount --bind /proc /run/initramfs/proc
mount --bind /dev /run/initramfs/dev
mount --bind /run /run/initramfs/run
# enter shutdownramfs
cd /run/initramfs
pivot_root . oldroot
# reexec init
/oldroot/usr/bin/init u
# run /shutdown in the new root
exec chroot . /shutdown $action </dev/console >/dev/console 2>&1
else
status "Remounting root filesystem read-only" \
mount -o remount,ro /
# Power off or reboot
printsep
if [[ $RUNLEVEL = 0 ]]; then
printhl "${C_H2}POWER OFF"
poweroff -d -f -h -i
else
printhl "${C_H2}REBOOTING"
# if kexec is installed and a kernel is loaded, use it
[[ -x $(type -P kexec) ]] && kexec -e &>/dev/null
reboot -d -f -i
fi
fi
# End of file
# vim: set ts=2 sw=2 noet:

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scripts/rc.single Executable file
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#!/bin/bash
#
# /etc/rc.single: Single-user start-up script.
#
. /etc/rc.conf
. /etc/rc.d/functions
run_hook single_start
if [[ $PREVLEVEL != N ]]; then
stop_all_daemons
run_hook single_prekillall
kill_all
run_hook single_postkillall
# Start/trigger udev, load MODULES, and settle udev
udevd_modprobe single
# Removing leftover files
remove_leftover
fi
run_hook single_end
bootlogd_stop
if [[ $RUNLEVEL = 1 ]]; then
printsep
printhl "Entering single-user mode..."
# make sure /dev/initctl is in place
kill -HUP 1
exec init -t1 S
fi
# End of file
# vim: set ts=2 sw=2 noet:

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scripts/rc.sysinit Executable file
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#!/bin/bash
#
# /etc/rc.sysinit
#
unset HOSTNAME
. /etc/rc.conf
. /etc/rc.d/functions
LOCALE="$LANG"
LANG=C LC_ALL=C
if [[ -z $HOSTNAME && -s /etc/hostname ]]; then
HOSTNAME=$(< /etc/hostname)
fi
# don't let all the systemd tools be too verbose
export SYSTEMD_LOG_LEVEL="notice"
# Prints distro name and URL
print_welcome
# mount the API filesystems
# /proc, /sys, /run, /dev, /run/lock, /dev/pts, /dev/shm
mountpoint -q /proc || mount -t proc proc /proc -o nosuid,noexec,nodev
mountpoint -q /sys || mount -t sysfs sys /sys -o nosuid,noexec,nodev
mountpoint -q /run || mount -t tmpfs run /run -o mode=0755,nosuid,nodev
mountpoint -q /dev || mount -t devtmpfs dev /dev -o mode=0755,nosuid
mkdir -p /dev/{pts,shm}
mountpoint -q /dev/pts || mount /dev/pts &>/dev/null || mount -t devpts devpts /dev/pts -o mode=0620,gid=5,nosuid,noexec
mountpoint -q /dev/shm || mount /dev/shm &>/dev/null || mount -t tmpfs shm /dev/shm -o mode=1777,nosuid,nodev
# log all console messages
bootlogd -p /run/bootlogd.pid
run_hook sysinit_start
if [[ $HOSTNAME ]]; then
stat_busy "Setting hostname: $HOSTNAME"
echo "$HOSTNAME" >| /proc/sys/kernel/hostname && stat_done || stat_fail
fi
HWCLOCK_PARAMS="--systz"
if [[ $HARDWARECLOCK ]]; then
[[ -f /etc/adjtime ]] && { read ; read ; read ADJTIME; } < /etc/adjtime
if [[ $ADJTIME == 'LOCAL' ]]; then
if [[ $HARDWARECLOCK == 'UTC' ]]; then
printf "${C_FAIL}/etc/rc.conf says the RTC is in UTC, but /etc/adjtime says it is in localtime.\n${C_OTHER}."
fi
else
if [[ $HARDWARECLOCK == 'LOCALTIME' ]]; then
printf "${C_FAIL}/etc/rc.conf says the RTC is in localtime, but hwclock (/etc/adjtime) thinks it is in UTC.\n${C_OTHER}."
fi
fi
case $HARDWARECLOCK in
UTC) HWCLOCK_PARAMS+=" --utc --noadjfile";;
localtime) HWCLOCK_PARAMS+=" --localtime --noadjfile";;
*) HWCLOCK_PARAMS="";;
esac
fi
if [[ $HWCLOCK_PARAMS ]]; then
stat_busy "Adjusting system time and setting kernel time zone"
# Adjust the system time for time zone offset if rtc is not in UTC, as
# filesystem checks can depend on system time. This also sets the kernel
# time zone, used by e.g. vfat.
if [[ $TIMEZONE ]]; then
export TZ=$TIMEZONE
fi
hwclock $HWCLOCK_PARAMS && stat_done || stat_fail
unset TZ
fi
# Start/trigger udev, load MODULES, and settle udev
udevd_modprobe sysinit
# this must be done after udev has loaded the KMS modules
#status 'Configuring virtual consoles' /usr/lib/systemd/systemd-vconsole-setup
if [[ ${LOCALE,,} =~ utf || $LOCALE == C ]]; then
stat_busy "Setting Consoles to UTF-8 mode"
# UTF-8 consoles are default since 2.6.24 kernel
# this code is needed not only for older kernels,
# but also when user has set vt.default_utf8=0 but LOCALE is *.UTF-8.
for i in /dev/tty[0-9]*; do
kbd_mode -u -C ${i}
printf "\e%%G" > ${i}
done
echo 1 >| /sys/module/vt/parameters/default_utf8
stat_done
else
stat_busy "Setting Consoles to legacy mode"
# make non-UTF-8 consoles work on 2.6.24 and newer kernels
for i in /dev/tty[0-9]*; do
kbd_mode -a -C ${i}
printf "\e%%@" > ${i}
done
echo 0 >| /sys/module/vt/parameters/default_utf8
stat_done
fi
if [[ -z $CONSOLEFONT && -z $CONSOLEMAP && -s /etc/vconsole.conf ]]; then
parse_envfile /etc/vconsole.conf "${vconsolevars[@]}"
[[ $FONT ]] && CONSOLEFONT=$FONT
[[ $FONT_MAP ]] && CONSOLEMAP=$FONT_MAP
fi
# Set console font and keymap if required
[[ $CONSOLEFONT ]] &&
status "Loading Console Font: $CONSOLEFONT" set_consolefont
[[ $KEYMAP ]] &&
status "Loading Keyboard Map: $KEYMAP" loadkeys -q $KEYMAP
# bring up the loopback interface
[[ -d /sys/class/net/lo ]] &&
status "Bringing up loopback interface" ip link set up dev lo
# FakeRAID devices detection
[[ $USEDMRAID = [Yy][Ee][Ss] && -x $(type -P dmraid) ]] &&
status "Activating FakeRAID arrays" dmraid -i -ay
# Activate LVM2 groups, if any
activate_vgs
# Set up non-root encrypted partition mappings
if [[ -f /etc/crypttab ]] && type -p cryptsetup >/dev/null; then
read_crypttab do_unlock
# Maybe someone has LVM on an encrypted block device
activate_vgs
fi
# Check filesystems
run_hook sysinit_prefsck
if [[ -x $(type -P fsck) ]]; then
stat_busy "Checking filesystems"
fsck_all >|"${FSCK_OUT:-/dev/stdout}" 2>|"${FSCK_ERR:-/dev/stdout}"
declare -r fsckret=$?
(( fsckret <= 1 )) && stat_done || stat_fail
else
declare -r fsckret=0
fi
run_hook sysinit_postfsck
# Single-user login and/or automatic reboot if needed
fsck_reboot $fsckret
#status "Remounting root and API filesystems" \
# /usr/lib/systemd/systemd-remount-fs
status "Remounting Root" \
mount -o remount /
# Now mount all the local filesystems
run_hook sysinit_premount
status "Mounting local filesystems" \
mount_all
run_hook sysinit_postmount
# Enable monitoring of LVM2 groups, now that the filesystems are mounted rw
[[ $USELVM = [Yy][Ee][Ss] && -x $(type -P lvm) && -d /sys/block ]] &&
status "Activating monitoring of LVM2 groups" \
vgchange --monitor y >/dev/null
status "Activating swap" swapon -a
[[ $TIMEZONE ]] && status "Configuring time zone" set_timezone "$TIMEZONE"
#status 'Initializing random seed' /usr/lib/systemd/systemd-random-seed load
[[ -f $RANDOM_SEED ]] &&
status "Initializing Random Seed" \
cp $RANDOM_SEED /dev/urandom
# Remove leftover files
remove_leftover
stat_busy "Saving dmesg log"
if [[ -e /proc/sys/kernel/dmesg_restrict ]] &&
(( $(< /proc/sys/kernel/dmesg_restrict) == 1 )); then
install -Tm 0600 <( dmesg ) /var/log/dmesg.log
else
install -Tm 0644 <( dmesg ) /var/log/dmesg.log
fi
(( $? == 0 )) && stat_done || stat_fail
run_hook sysinit_end
# End of file
# vim: set ts=2 sw=2 noet: