busybox/base-files forged packages

This commit is contained in:
Conor Horan-Kates
2016-11-18 15:49:40 -08:00
parent 72a27eb586
commit 38465f7280
494 changed files with 12080 additions and 2 deletions

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#!/bin/sh
# Copyright (C) 2006-2014 OpenWrt.org
# Copyright (C) 2006 Fokus Fraunhofer <carsten.tittel@fokus.fraunhofer.de>
# Copyright (C) 2010 Vertical Communications
debug () {
${DEBUG:-:} "$@"
}
# newline
N="
"
_C=0
NO_EXPORT=1
LOAD_STATE=1
LIST_SEP=" "
append() {
local var="$1"
local value="$2"
local sep="${3:- }"
eval "export ${NO_EXPORT:+-n} -- \"$var=\${$var:+\${$var}\${value:+\$sep}}\$value\""
}
list_contains() {
local var="$1"
local str="$2"
local val
eval "val=\" \${$var} \""
[ "${val%% $str *}" != "$val" ]
}
config_load() {
[ -n "$IPKG_INSTROOT" ] && return 0
uci_load "$@"
}
reset_cb() {
config_cb() { return 0; }
option_cb() { return 0; }
list_cb() { return 0; }
}
reset_cb
package() {
return 0
}
config () {
local cfgtype="$1"
local name="$2"
export ${NO_EXPORT:+-n} CONFIG_NUM_SECTIONS=$(($CONFIG_NUM_SECTIONS + 1))
name="${name:-cfg$CONFIG_NUM_SECTIONS}"
append CONFIG_SECTIONS "$name"
[ -n "$NO_CALLBACK" ] || config_cb "$cfgtype" "$name"
export ${NO_EXPORT:+-n} CONFIG_SECTION="$name"
export ${NO_EXPORT:+-n} "CONFIG_${CONFIG_SECTION}_TYPE=$cfgtype"
}
option () {
local varname="$1"; shift
local value="$*"
export ${NO_EXPORT:+-n} "CONFIG_${CONFIG_SECTION}_${varname}=$value"
[ -n "$NO_CALLBACK" ] || option_cb "$varname" "$*"
}
list() {
local varname="$1"; shift
local value="$*"
local len
config_get len "$CONFIG_SECTION" "${varname}_LENGTH" 0
[ $len = 0 ] && append CONFIG_LIST_STATE "${CONFIG_SECTION}_${varname}"
len=$(($len + 1))
config_set "$CONFIG_SECTION" "${varname}_ITEM$len" "$value"
config_set "$CONFIG_SECTION" "${varname}_LENGTH" "$len"
append "CONFIG_${CONFIG_SECTION}_${varname}" "$value" "$LIST_SEP"
list_cb "$varname" "$*"
}
config_unset() {
config_set "$1" "$2" ""
}
# config_get <variable> <section> <option> [<default>]
# config_get <section> <option>
config_get() {
case "$3" in
"") eval echo "\${CONFIG_${1}_${2}:-\${4}}";;
*) eval export ${NO_EXPORT:+-n} -- "${1}=\${CONFIG_${2}_${3}:-\${4}}";;
esac
}
# config_get_bool <variable> <section> <option> [<default>]
config_get_bool() {
local _tmp
config_get _tmp "$2" "$3" "$4"
case "$_tmp" in
1|on|true|yes|enabled) _tmp=1;;
0|off|false|no|disabled) _tmp=0;;
*) _tmp="$4";;
esac
export ${NO_EXPORT:+-n} "$1=$_tmp"
}
config_set() {
local section="$1"
local option="$2"
local value="$3"
local old_section="$CONFIG_SECTION"
CONFIG_SECTION="$section"
option "$option" "$value"
CONFIG_SECTION="$old_section"
}
config_foreach() {
local ___function="$1"
[ "$#" -ge 1 ] && shift
local ___type="$1"
[ "$#" -ge 1 ] && shift
local section cfgtype
[ -z "$CONFIG_SECTIONS" ] && return 0
for section in ${CONFIG_SECTIONS}; do
config_get cfgtype "$section" TYPE
[ -n "$___type" -a "x$cfgtype" != "x$___type" ] && continue
eval "$___function \"\$section\" \"\$@\""
done
}
config_list_foreach() {
[ "$#" -ge 3 ] || return 0
local section="$1"; shift
local option="$1"; shift
local function="$1"; shift
local val
local len
local c=1
config_get len "${section}" "${option}_LENGTH"
[ -z "$len" ] && return 0
while [ $c -le "$len" ]; do
config_get val "${section}" "${option}_ITEM$c"
eval "$function \"\$val\" \"\$@\""
c="$(($c + 1))"
done
}
insert_modules() {
for m in $*; do
if [ -f /etc/modules.d/$m ]; then
sed 's/^[^#]/insmod &/' /etc/modules.d/$m | ash 2>&- || :
else
modprobe $m
fi
done
}
default_prerm() {
local name
name=$(basename ${1%.*})
[ -f /usr/lib/opkg/info/${name}.prerm-pkg ] && . /usr/lib/opkg/info/${name}.prerm-pkg
for i in `cat /usr/lib/opkg/info/${name}.list | grep "^/etc/init.d/"`; do
$i disable
$i stop
done
}
default_postinst() {
local pkgname rusers
pkgname=$(basename ${1%.*})
rusers=$(grep "Require-User:" ${IPKG_INSTROOT}/usr/lib/opkg/info/${pkgname}.control)
[ -n "$rusers" ] && {
local user group uid gid
for a in $(echo $rusers | sed "s/Require-User://g"); do
user=""
group=""
for b in $(echo $a | sed "s/:/ /g"); do
local ugname ugid
ugname=$(echo $b | cut -d= -f1)
ugid=$(echo $b | cut -d= -f2)
[ -z "$user" ] && {
user=$ugname
uid=$ugid
continue
}
gid=$ugid
[ -n "$gid" ] && {
group_exists $ugname || group_add $ugname $gid
}
[ -z "$gid" ] && {
group_add_next $ugname
gid=$?
}
[ -z "$group" ] && {
user_exists $user || user_add $user "$uid" $gid
group=$ugname
continue
}
group_add_user $ugname $user
done
done
}
[ -f ${IPKG_INSTROOT}/usr/lib/opkg/info/${pkgname}.postinst-pkg ] && ( . ${IPKG_INSTROOT}/usr/lib/opkg/info/${pkgname}.postinst-pkg )
[ -n "${IPKG_INSTROOT}" ] || rm -f /tmp/luci-indexcache 2>/dev/null
[ "$PKG_UPGRADE" = "1" ] || for i in `cat ${IPKG_INSTROOT}/usr/lib/opkg/info/${pkgname}.list | grep "^/etc/init.d/"`; do
[ -n "${IPKG_INSTROOT}" ] && $(which bash) ${IPKG_INSTROOT}/etc/rc.common ${IPKG_INSTROOT}$i enable; \
[ -n "${IPKG_INSTROOT}" ] || {
$i enable
$i start
}
done
return 0
}
include() {
local file
for file in $(ls $1/*.sh 2>/dev/null); do
. $file
done
}
find_mtd_index() {
local PART="$(grep "\"$1\"" /proc/mtd | awk -F: '{print $1}')"
local INDEX="${PART##mtd}"
echo ${INDEX}
}
find_mtd_part() {
local INDEX=$(find_mtd_index "$1")
local PREFIX=/dev/mtdblock
[ -d /dev/mtdblock ] && PREFIX=/dev/mtdblock/
echo "${INDEX:+$PREFIX$INDEX}"
}
group_add() {
local name="$1"
local gid="$2"
local rc
[ -f "${IPKG_INSTROOT}/etc/group" ] || return 1
[ -n "$IPKG_INSTROOT" ] || lock /var/lock/group
echo "${name}:x:${gid}:" >> ${IPKG_INSTROOT}/etc/group
rc=$?
[ -n "$IPKG_INSTROOT" ] || lock -u /var/lock/group
return $rc
}
group_exists() {
grep -qs "^${1}:" ${IPKG_INSTROOT}/etc/group
}
group_add_next() {
local gid gids
gid=$(grep -s "^${1}:" ${IPKG_INSTROOT}/etc/group | cut -d: -f3)
[ -n "$gid" ] && return $gid
gids=$(cat ${IPKG_INSTROOT}/etc/group | cut -d: -f3)
gid=100
while [ -n "$(echo $gids | grep $gid)" ] ; do
gid=$((gid + 1))
done
group_add $1 $gid
return $gid
}
group_add_user() {
local grp delim=","
grp=$(grep -s "^${1}:" ${IPKG_INSTROOT}/etc/group)
[ -z "$(echo $grp | cut -d: -f4 | grep $2)" ] || return
[ -n "$(echo $grp | grep ":$")" ] && delim=""
[ -n "$IPKG_INSTROOT" ] || lock /var/lock/passwd
sed -i "s/$grp/$grp$delim$2/g" ${IPKG_INSTROOT}/etc/group
[ -n "$IPKG_INSTROOT" ] || lock -u /var/lock/passwd
}
user_add() {
local name="${1}"
local uid="${2}"
local gid="${3}"
local desc="${4:-$1}"
local home="${5:-/var/run/$1}"
local shell="${6:-/bin/false}"
local rc
[ -z "$uid" ] && {
uids=$(cat ${IPKG_INSTROOT}/etc/passwd | cut -d: -f3)
uid=100
while [ -n "$(echo $uids | grep $uid)" ] ; do
uid=$((uid + 1))
done
}
[ -z "$gid" ] && gid=$uid
[ -f "${IPKG_INSTROOT}/etc/passwd" ] || return 1
[ -n "$IPKG_INSTROOT" ] || lock /var/lock/passwd
echo "${name}:x:${uid}:${gid}:${desc}:${home}:${shell}" >> ${IPKG_INSTROOT}/etc/passwd
echo "${name}:x:0:0:99999:7:::" >> ${IPKG_INSTROOT}/etc/shadow
rc=$?
[ -n "$IPKG_INSTROOT" ] || lock -u /var/lock/passwd
return $rc
}
user_exists() {
grep -qs "^${1}:" ${IPKG_INSTROOT}/etc/passwd
}
[ -z "$IPKG_INSTROOT" -a -f /lib/config/uci.sh ] && . /lib/config/uci.sh

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#!/bin/sh
# Copyright (C) 2013 OpenWrt.org
led_set_attr() {
[ -f "/sys/class/leds/$1/$2" ] && echo "$3" > "/sys/class/leds/$1/$2"
}
led_timer() {
led_set_attr $1 "trigger" "timer"
led_set_attr $1 "delay_on" "$2"
led_set_attr $1 "delay_off" "$3"
}
led_on() {
led_set_attr $1 "trigger" "none"
led_set_attr $1 "brightness" 255
}
led_off() {
led_set_attr $1 "trigger" "none"
led_set_attr $1 "brightness" 0
}
led_morse() {
led_set_attr $1 "trigger" "morse"
led_set_attr $1 "delay" "$2"
led_set_attr $1 "message" "$3"
}
status_led_set_timer() {
led_timer $status_led "$1" "$2"
[ -n "$status_led2" ] && led_timer $status_led2 "$1" "$2"
}
status_led_set_heartbeat() {
led_set_attr $status_led "trigger" "heartbeat"
}
status_led_set_morse() {
led_morse $status_led "$1" "$2"
[ -n "$status_led2" ] && led_morse $status_led2 "$1" "$2"
}
status_led_on() {
led_on $status_led
[ -n "$status_led2" ] && led_on $status_led2
}
status_led_off() {
led_off $status_led
[ -n "$status_led2" ] && led_off $status_led2
}
status_led_blink_slow() {
led_timer $status_led 1000 1000
}
status_led_blink_fast() {
led_timer $status_led 100 100
}
status_led_blink_preinit() {
led_timer $status_led 100 100
}
status_led_blink_failsafe() {
led_timer $status_led 50 50
}
status_led_blink_preinit_regular() {
led_timer $status_led 200 200
}

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# 1: destination variable
# 2: interface
# 3: path
# 4: separator
# 5: limit
__network_ifstatus() {
local __tmp
[ -z "$__NETWORK_CACHE" ] && \
export __NETWORK_CACHE="$(ubus call network.interface dump)"
__tmp="$(jsonfilter ${4:+-F "$4"} ${5:+-l "$5"} -s "$__NETWORK_CACHE" -e "$1=@.interface${2:+[@.interface='$2']}$3")"
[ -z "$__tmp" ] && \
unset "$1" && \
return 1
eval "$__tmp"
}
# determine first IPv4 address of given logical interface
# 1: destination variable
# 2: interface
network_get_ipaddr() {
__network_ifstatus "$1" "$2" "['ipv4-address'][0].address";
}
# determine first IPv6 address of given logical interface
# 1: destination variable
# 2: interface
network_get_ipaddr6() {
local __addr
if __network_ifstatus "__addr" "$2" "['ipv6-address','ipv6-prefix-assignment'][0].address"; then
case "$__addr" in
*:) export "$1=${__addr}1" ;;
*) export "$1=${__addr}" ;;
esac
return 0
fi
unset $1
return 1
}
# determine first IPv4 subnet of given logical interface
# 1: destination variable
# 2: interface
network_get_subnet() {
__network_ifstatus "$1" "$2" "['ipv4-address'][0]['address','mask']" "/"
}
# determine first IPv6 subnet of given logical interface
# 1: destination variable
# 2: interface
network_get_subnet6() {
__network_ifstatus "$1" "$2" "['ipv6-address'][0]['address','mask']" "/"
}
# determine first IPv6 prefix of given logical interface
# 1: destination variable
# 2: interface
network_get_prefix6() {
__network_ifstatus "$1" "$2" "['ipv6-prefix'][0]['address','mask']" "/"
}
# determine all IPv4 addresses of given logical interface
# 1: destination variable
# 2: interface
network_get_ipaddrs() {
__network_ifstatus "$1" "$2" "['ipv4-address'][*].address"
}
# determine all IPv6 addresses of given logical interface
# 1: destination variable
# 2: interface
network_get_ipaddrs6() {
local __addr
local __list=""
if __network_ifstatus "__addr" "$2" "['ipv6-address','ipv6-prefix-assignment'][*].address"; then
for __addr in $__addr; do
case "$__addr" in
*:) __list="${__list:+$__list }${__addr}1" ;;
*) __list="${__list:+$__list }${__addr}" ;;
esac
done
export "$1=$__list"
return 0
fi
unset "$1"
return 1
}
# determine all IP addresses of given logical interface
# 1: destination variable
# 2: interface
network_get_ipaddrs_all() {
local __addr
local __list=""
if __network_ifstatus "__addr" "$2" "['ipv4-address','ipv6-address','ipv6-prefix-assignment'][*].address"; then
for __addr in $__addr; do
case "$__addr" in
*:) __list="${__list:+$__list }${__addr}1" ;;
*) __list="${__list:+$__list }${__addr}" ;;
esac
done
export "$1=$__list"
return 0
fi
unset "$1"
return 1
}
# determine all IPv4 subnets of given logical interface
# 1: destination variable
# 2: interface
network_get_subnets() {
__network_ifstatus "$1" "$2" "['ipv4-address'][*]['address','mask']" "/ "
}
# determine all IPv6 subnets of given logical interface
# 1: destination variable
# 2: interface
network_get_subnets6() {
local __addr
local __list=""
if __network_ifstatus "__addr" "$2" "['ipv6-address','ipv6-prefix-assignment'][*]['address','mask']" "/ "; then
for __addr in $__addr; do
case "$__addr" in
*:/*) __list="${__list:+$__list }${__addr%/*}1/${__addr##*/}" ;;
*) __list="${__list:+$__list }${__addr}" ;;
esac
done
export "$1=$__list"
return 0
fi
unset "$1"
return 1
}
# determine all IPv6 prefixes of given logical interface
# 1: destination variable
# 2: interface
network_get_prefixes6() {
__network_ifstatus "$1" "$2" "['ipv6-prefix'][*]['address','mask']" "/ "
}
# determine IPv4 gateway of given logical interface
# 1: destination variable
# 2: interface
# 3: consider inactive gateway if "true" (optional)
network_get_gateway() {
__network_ifstatus "$1" "$2" ".route[@.target='0.0.0.0' && !@.table].nexthop" "" 1 && \
return 0
[ "$3" = 1 -o "$3" = "true" ] && \
__network_ifstatus "$1" "$2" ".inactive.route[@.target='0.0.0.0' && !@.table].nexthop" "" 1
}
# determine IPv6 gateway of given logical interface
# 1: destination variable
# 2: interface
# 3: consider inactive gateway if "true" (optional)
network_get_gateway6() {
__network_ifstatus "$1" "$2" ".route[@.target='::' && !@.table].nexthop" "" 1 && \
return 0
[ "$3" = 1 -o "$3" = "true" ] && \
__network_ifstatus "$1" "$2" ".inactive.route[@.target='::' && !@.table].nexthop" "" 1
}
# determine the DNS servers of the given logical interface
# 1: destination variable
# 2: interface
# 3: consider inactive servers if "true" (optional)
network_get_dnsserver() {
__network_ifstatus "$1" "$2" "['dns-server'][*]" && return 0
[ "$3" = 1 -o "$3" = "true" ] && \
__network_ifstatus "$1" "$2" ".inactive['dns-server'][*]"
}
# determine the domains of the given logical interface
# 1: destination variable
# 2: interface
# 3: consider inactive domains if "true" (optional)
network_get_dnssearch() {
__network_ifstatus "$1" "$2" "['dns-search'][*]" && return 0
[ "$3" = 1 -o "$3" = "true" ] && \
__network_ifstatus "$1" "$2" ".inactive['dns-search'][*]"
}
# 1: destination variable
# 2: addr
# 3: inactive
__network_wan()
{
__network_ifstatus "$1" "" \
"[@.route[@.target='$2' && !@.table]].interface" "" 1 && \
return 0
[ "$3" = 1 -o "$3" = "true" ] && \
__network_ifstatus "$1" "" \
"[@.inactive.route[@.target='$2' && !@.table]].interface" "" 1
}
# find the logical interface which holds the current IPv4 default route
# 1: destination variable
# 2: consider inactive default routes if "true" (optional)
network_find_wan() { __network_wan "$1" "0.0.0.0" "$2"; }
# find the logical interface which holds the current IPv6 default route
# 1: destination variable
# 2: consider inactive dafault routes if "true" (optional)
network_find_wan6() { __network_wan "$1" "::" "$2"; }
# test whether the given logical interface is running
# 1: interface
network_is_up()
{
local __up
__network_ifstatus "__up" "$1" ".up" && [ "$__up" = 1 ]
}
# determine the protocol of the given logical interface
# 1: destination variable
# 2: interface
network_get_protocol() { __network_ifstatus "$1" "$2" ".proto"; }
# determine the layer 3 linux network device of the given logical interface
# 1: destination variable
# 2: interface
network_get_device() { __network_ifstatus "$1" "$2" ".l3_device"; }
# determine the layer 2 linux network device of the given logical interface
# 1: destination variable
# 2: interface
network_get_physdev() { __network_ifstatus "$1" "$2" ".device"; }
# defer netifd actions on the given linux network device
# 1: device name
network_defer_device()
{
ubus call network.device set_state \
"$(printf '{ "name": "%s", "defer": true }' "$1")" 2>/dev/null
}
# continue netifd actions on the given linux network device
# 1: device name
network_ready_device()
{
ubus call network.device set_state \
"$(printf '{ "name": "%s", "defer": false }' "$1")" 2>/dev/null
}
# flush the internal value cache to force re-reading values from ubus
network_flush_cache() { unset __NETWORK_CACHE; }

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#!/bin/sh
# Copyright (C) 2006-2013 OpenWrt.org
# Copyright (C) 2010 Vertical Communications
boot_hook_splice_start() {
export -n PI_HOOK_SPLICE=1
}
boot_hook_splice_finish() {
local hook
for hook in $PI_STACK_LIST; do
local v; eval "v=\${${hook}_splice:+\$${hook}_splice }$hook"
export -n "${hook}=${v% }"
export -n "${hook}_splice="
done
export -n PI_HOOK_SPLICE=
}
boot_hook_init() {
local hook="${1}_hook"
export -n "PI_STACK_LIST=${PI_STACK_LIST:+$PI_STACK_LIST }$hook"
export -n "$hook="
}
boot_hook_add() {
local hook="${1}_hook${PI_HOOK_SPLICE:+_splice}"
local func="${2}"
[ -n "$func" ] && {
local v; eval "v=\$$hook"
export -n "$hook=${v:+$v }$func"
}
}
boot_hook_shift() {
local hook="${1}_hook"
local rvar="${2}"
local v; eval "v=\$$hook"
[ -n "$v" ] && {
local first="${v%% *}"
[ "$v" != "${v#* }" ] && \
export -n "$hook=${v#* }" || \
export -n "$hook="
export -n "$rvar=$first"
return 0
}
return 1
}
boot_run_hook() {
local hook="$1"
local func
while boot_hook_shift "$hook" func; do
local ran; eval "ran=\$PI_RAN_$func"
[ -n "$ran" ] || {
export -n "PI_RAN_$func=1"
$func "$1" "$2"
}
done
}
pivot() { # <new_root> <old_root>
/bin/mount -o noatime,move /proc $1/proc && \
pivot_root $1 $1$2 && {
/bin/mount -o noatime,move $2/dev /dev
/bin/mount -o noatime,move $2/tmp /tmp
/bin/mount -o noatime,move $2/sys /sys 2>&-
/bin/mount -o noatime,move $2/overlay /overlay 2>&-
return 0
}
}
fopivot() { # <rw_root> <work_dir> <ro_root> <dupe?>
/bin/mount -o noatime,lowerdir=/,upperdir=$1,workdir=$2 -t overlay "overlayfs:$1" /mnt
pivot /mnt $3
}
ramoverlay() {
mkdir -p /tmp/root
/bin/mount -t tmpfs -o noatime,mode=0755 root /tmp/root
mkdir -p /tmp/root/root /tmp/root/work
fopivot /tmp/root/root /tmp/root/work /rom 1
}

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#
# service: simple wrapper around start-stop-daemon
#
# Usage: service ACTION EXEC ARGS...
#
# Action:
# -C check if EXEC is alive
# -S start EXEC, passing it ARGS as its arguments
# -K kill EXEC, sending it a TERM signal if not specified otherwise
#
# Environment variables exposed:
# SERVICE_DAEMONIZE run EXEC in background
# SERVICE_WRITE_PID create a pid-file and use it for matching
# SERVICE_MATCH_EXEC use EXEC command-line for matching (default)
# SERVICE_MATCH_NAME use EXEC process name for matching
# SERVICE_USE_PID assume EXEC create its own pid-file and use it for matching
# SERVICE_NAME process name to use (default to EXEC file part)
# SERVICE_PID_FILE pid file to use (default to /var/run/$SERVICE_NAME.pid)
# SERVICE_SIG signal to send when using -K
# SERVICE_SIG_RELOAD default signal used when reloading
# SERVICE_SIG_STOP default signal used when stopping
# SERVICE_STOP_TIME time to wait for a process to stop gracefully before killing it
# SERVICE_UID user EXEC should be run as
# SERVICE_GID group EXEC should be run as
#
# SERVICE_DEBUG don't do anything, but show what would be done
# SERVICE_QUIET don't print anything
#
SERVICE_QUIET=1
SERVICE_SIG_RELOAD="HUP"
SERVICE_SIG_STOP="TERM"
SERVICE_STOP_TIME=5
SERVICE_MATCH_EXEC=1
service() {
local ssd
local exec
local name
local start
ssd="${SERVICE_DEBUG:+echo }start-stop-daemon${SERVICE_QUIET:+ -q}"
case "$1" in
-C)
ssd="$ssd -K -t"
;;
-S)
ssd="$ssd -S${SERVICE_DAEMONIZE:+ -b}${SERVICE_WRITE_PID:+ -m}"
start=1
;;
-K)
ssd="$ssd -K${SERVICE_SIG:+ -s $SERVICE_SIG}"
;;
*)
echo "service: unknown ACTION '$1'" 1>&2
return 1
esac
shift
exec="$1"
[ -n "$exec" ] || {
echo "service: missing argument" 1>&2
return 1
}
[ -x "$exec" ] || {
echo "service: file '$exec' is not executable" 1>&2
return 1
}
name="${SERVICE_NAME:-${exec##*/}}"
[ -z "$SERVICE_USE_PID$SERVICE_WRITE_PID$SERVICE_PID_FILE" ] \
|| ssd="$ssd -p ${SERVICE_PID_FILE:-/var/run/$name.pid}"
[ -z "$SERVICE_MATCH_NAME" ] || ssd="$ssd -n $name"
ssd="$ssd${SERVICE_UID:+ -c $SERVICE_UID${SERVICE_GID:+:$SERVICE_GID}}"
[ -z "$SERVICE_MATCH_EXEC$start" ] || ssd="$ssd -x $exec"
shift
$ssd${1:+ -- "$@"}
}
service_check() {
service -C "$@"
}
service_signal() {
SERVICE_SIG="${SERVICE_SIG:-USR1}" service -K "$@"
}
service_start() {
service -S "$@"
}
service_stop() {
local try
SERVICE_SIG="${SERVICE_SIG:-$SERVICE_SIG_STOP}" service -K "$@" || return 1
while [ $((try++)) -lt $SERVICE_STOP_TIME ]; do
service -C "$@" || return 0
sleep 1
done
SERVICE_SIG="KILL" service -K "$@"
sleep 1
! service -C "$@"
}
service_reload() {
SERVICE_SIG="${SERVICE_SIG:-$SERVICE_SIG_RELOAD}" service -K "$@"
}

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@ -0,0 +1,112 @@
# Copyright (C) 2006-2013 OpenWrt.org
find_mtd_chardev() {
local INDEX=$(find_mtd_index "$1")
local PREFIX=/dev/mtd
[ -d /dev/mtd ] && PREFIX=/dev/mtd/
echo "${INDEX:+$PREFIX$INDEX}"
}
mtd_get_mac_ascii()
{
local mtdname="$1"
local key="$2"
local part
local mac_dirty
part=$(find_mtd_part "$mtdname")
if [ -z "$part" ]; then
echo "mtd_get_mac_ascii: partition $mtdname not found!" >&2
return
fi
mac_dirty=$(strings "$part" | sed -n 's/^'"$key"'=//p')
# "canonicalize" mac
[ -n "$mac_dirty" ] && macaddr_canonicalize "$mac_dirty"
}
mtd_get_mac_binary() {
local mtdname="$1"
local offset="$2"
local part
part=$(find_mtd_part "$mtdname")
if [ -z "$part" ]; then
echo "mtd_get_mac_binary: partition $mtdname not found!" >&2
return
fi
dd bs=1 skip=$offset count=6 if=$part 2>/dev/null | hexdump -v -n 6 -e '5/1 "%02x:" 1/1 "%02x"'
}
mtd_get_part_size() {
local part_name=$1
local first dev size erasesize name
while read dev size erasesize name; do
name=${name#'"'}; name=${name%'"'}
if [ "$name" = "$part_name" ]; then
echo $((0x$size))
break
fi
done < /proc/mtd
}
macaddr_add() {
local mac=$1
local val=$2
local oui=${mac%:*:*:*}
local nic=${mac#*:*:*:}
nic=$(printf "%06x" $((0x${nic//:/} + $val & 0xffffff)) | sed 's/^\(.\{2\}\)\(.\{2\}\)\(.\{2\}\)/\1:\2:\3/')
echo $oui:$nic
}
macaddr_setbit_la()
{
local mac=$1
printf "%02x:%s" $((0x${mac%%:*} | 0x02)) ${mac#*:}
}
macaddr_2bin()
{
local mac=$1
echo -ne \\x${mac//:/\\x}
}
macaddr_canonicalize()
{
local mac="$1"
local canon=""
mac=$(echo -n $mac | tr -d \")
[ ${#mac} -gt 17 ] && return
[ -n "${mac//[a-fA-F0-9\.: -]/}" ] && return
for octet in ${mac//[\.:-]/ }; do
case "${#octet}" in
1)
octet="0${octet}"
;;
2)
;;
4)
octet="${octet:0:2} ${octet:2:2}"
;;
12)
octet="${octet:0:2} ${octet:2:2} ${octet:4:2} ${octet:6:2} ${octet:8:2} ${octet:10:2}"
;;
*)
return
;;
esac
canon=${canon}${canon:+ }${octet}
done
[ ${#canon} -ne 17 ] && return
printf "%02x:%02x:%02x:%02x:%02x:%02x" 0x${canon// / 0x} 2>/dev/null
}

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#!/bin/ash
CFG=/etc/board.json
. /usr/share/libubox/jshn.sh
json_select_array() {
local _json_no_warning=1
json_select "$1"
[ $? = 0 ] && return
json_add_array $1
json_close_array
json_select "$1"
}
json_select_object() {
local _json_no_warning=1
json_select "$1"
[ $? = 0 ] && return
json_add_object $1
json_close_object
json_select "$1"
}
_ucidef_set_interface() {
local name=$1
local iface=$2
json_select_object $name
json_add_string ifname "${iface%%.*}"
[ "$iface" = "${iface%%.*}" ] || json_add_boolean create_vlan 1
json_select ..
}
ucidef_set_interface_loopback()
{
# stub
local a=$1
}
ucidef_set_interface_lan() {
local lan_if=$1
json_select_object network
_ucidef_set_interface lan $lan_if
json_select ..
}
ucidef_set_interfaces_lan_wan() {
local lan_if=$1
local wan_if=$2
json_select_object network
_ucidef_set_interface lan $lan_if
_ucidef_set_interface wan $wan_if
json_select ..
}
ucidef_add_switch() {
local name=$1
local reset=$2
local enable=$3
json_select_object switch
json_select_object $name
json_add_boolean enable $enable
json_add_boolean reset $reset
json_select ..
json_select ..
}
ucidef_add_switch_attr() {
local name=$1
local key=$2
local val=$3
json_select_object switch
json_select_object $name
json_add_string $key $val
json_select ..
json_select ..
}
ucidef_add_switch_vlan() {
local name=$1
local vlan=$2
local ports=$3
local cpu_port=''
case $vlan in
1) vlan=lan;;
2) vlan=wan;;
*) vlan=vlan$vlan;;
esac
json_select_object switch
json_select_object $name
json_select_object vlans
json_add_array $vlan
for p in $ports; do
if [ ${p%t} != $p ]; then
cpu_port=$p
else
json_add_int "" $p
fi
done
json_close_array
json_select ..
[ -n "$cpu_port" ] && json_add_int cpu_port $cpu_port
json_select ..
json_select ..
}
ucidef_set_interface_macaddr() {
local network=$1
local macaddr=$2
json_select_object network
json_select $network
[ $? -eq 0 ] || {
json_select ..
return
}
json_add_string macaddr $macaddr
json_select ..
json_select ..
}
ucidef_set_led_netdev() {
local cfg="led_$1"
local name=$2
local sysfs=$3
local dev=$4
json_select_object led
json_select_object $1
json_add_string name $name
json_add_string type netdev
json_add_string sysfs $sysfs
json_add_string device $dev
json_select ..
json_select ..
}
ucidef_set_led_interface() {
local name=$1
local sysfs=$2
json_select_object led
json_select_object $1
json_add_string name $name
json_add_string type interface
json_add_string sysfs $sysfs
json_add_string interface $name
json_select ..
json_select ..
}
ucidef_set_led_usbdev() {
local cfg="led_$1"
local name=$2
local sysfs=$3
local dev=$4
json_select_object led
json_select_object $1
json_add_string name $name
json_add_string type usb
json_add_string sysfs $sysfs
json_add_string device $dev
json_select ..
json_select ..
}
ucidef_set_led_wlan() {
local cfg="led_$1"
local name=$2
local sysfs=$3
local trigger=$4
json_select_object led
json_select_object $1
json_add_string name $name
json_add_string type trigger
json_add_string sysfs $sysfs
json_add_string trigger $trigger
json_select ..
json_select ..
}
ucidef_set_led_switch() {
local cfg="led_$1"
local name=$2
local sysfs=$3
local trigger=$4
local port_mask=$5
json_select_object led
json_select_object $1
json_add_string name $name
json_add_string type switch
json_add_string sysfs $sysfs
json_add_string trigger $trigger
json_add_string port_mask $port_mask
json_select ..
json_select ..
}
ucidef_set_led_default() {
local cfg="led_$1"
local name=$2
local sysfs=$3
local default=$4
json_select_object led
json_select_object $1
json_add_string name $name
json_add_string sysfs $sysfs
json_add_string default $default
json_select ..
json_select ..
}
ucidef_set_led_rssi() {
local cfg="led_$1"
local name=$2
local sysfs=$3
local iface=$4
local minq=$5
local maxq=$6
local offset=$7
local factor=$8
json_select_object led
json_select_object rssi
json_select_object $1
json_add_string name $name
json_add_string sysfs $sysfs
json_add_string minq $minq
json_add_string maxq $maxq
json_add_string offset $offset
json_add_string factor $factor
json_select ..
json_select ..
json_select ..
}
ucidef_set_rssimon() {
local dev="$1"
local refresh="$2"
local threshold="$3"
json_select_object led
json_select_object rssi
json_add_string type rssi
json_add_string dev $dev
json_add_string threshold $threshold
json_select ..
json_select ..
}
board_config_update() {
json_init
[ -f ${CFG} ] && json_load "$(cat ${CFG})"
}
board_config_flush() {
json_dump -i > /tmp/.board.json
mv /tmp/.board.json ${CFG}
}

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#!/bin/sh
# Copyright (C) 2011 OpenWrt.org
UCIDEF_LEDS_CHANGED=0
ucidef_set_led_netdev() {
local cfg="led_$1"
local name=$2
local sysfs=$3
local dev=$4
uci -q get system.$cfg && return 0
uci batch <<EOF
set system.$cfg='led'
set system.$cfg.name='$name'
set system.$cfg.sysfs='$sysfs'
set system.$cfg.trigger='netdev'
set system.$cfg.dev='$dev'
set system.$cfg.mode='link tx rx'
EOF
UCIDEF_LEDS_CHANGED=1
}
ucidef_set_led_usbdev() {
local cfg="led_$1"
local name=$2
local sysfs=$3
local dev=$4
uci -q get system.$cfg && return 0
uci batch <<EOF
set system.$cfg='led'
set system.$cfg.name='$name'
set system.$cfg.sysfs='$sysfs'
set system.$cfg.trigger='usbdev'
set system.$cfg.dev='$dev'
set system.$cfg.interval='50'
EOF
UCIDEF_LEDS_CHANGED=1
}
ucidef_set_led_wlan() {
local cfg="led_$1"
local name=$2
local sysfs=$3
local trigger=$4
uci -q get system.$cfg && return 0
uci batch <<EOF
set system.$cfg='led'
set system.$cfg.name='$name'
set system.$cfg.sysfs='$sysfs'
set system.$cfg.trigger='$trigger'
EOF
UCIDEF_LEDS_CHANGED=1
}
ucidef_set_led_switch() {
local cfg="led_$1"
local name=$2
local sysfs=$3
local trigger=$4
local port_mask=$5
uci -q get system.$cfg && return 0
uci batch <<EOF
set system.$cfg='led'
set system.$cfg.name='$name'
set system.$cfg.sysfs='$sysfs'
set system.$cfg.trigger='$trigger'
set system.$cfg.port_mask='$port_mask'
EOF
UCIDEF_LEDS_CHANGED=1
}
ucidef_set_led_default() {
local cfg="led_$1"
local name=$2
local sysfs=$3
local default=$4
uci -q get system.$cfg && return 0
uci batch <<EOF
set system.$cfg='led'
set system.$cfg.name='$name'
set system.$cfg.sysfs='$sysfs'
set system.$cfg.default='$default'
EOF
UCIDEF_LEDS_CHANGED=1
}
ucidef_set_led_rssi() {
local cfg="led_$1"
local name=$2
local sysfs=$3
local iface=$4
local minq=$5
local maxq=$6
local offset=$7
local factor=$8
uci -q get system.$cfg && return 0
uci batch <<EOF
set system.$cfg='led'
set system.$cfg.name='$name'
set system.$cfg.sysfs='$sysfs'
set system.$cfg.trigger='rssi'
set system.$cfg.iface='rssid_$iface'
set system.$cfg.minq='$minq'
set system.$cfg.maxq='$maxq'
set system.$cfg.offset='$offset'
set system.$cfg.factor='$factor'
EOF
UCIDEF_LEDS_CHANGED=1
}
ucidef_set_led_timer() {
local cfg="led_$1"
local name=$2
local sysfs=$3
local delayon=$4
local delayoff=$5
uci -q get system.$cfg && return 0
uci batch <<EOF
set system.$cfg='led'
set system.$cfg.name='$name'
set system.$cfg.sysfs='$sysfs'
set system.$cfg.trigger='timer'
set system.$cfg.delayon='$delayon'
set system.$cfg.delayoff='$delayoff'
EOF
UCIDEF_LEDS_CHANGED=1
}
ucidef_set_led_mmc() {
local cfg="led_$1"
local name=$2
local sysfs=$3
local trigger=$4
uci -q get system.$cfg && return 0
uci batch <<EOF
set system.$cfg='led'
set system.$cfg.name='$name'
set system.$cfg.sysfs='$sysfs'
set system.$cfg.trigger='$trigger'
EOF
UCIDEF_LEDS_CHANGED=1
}
ucidef_set_rssimon() {
local dev="$1"
local refresh="$2"
local threshold="$3"
local cfg="rssid_$dev"
uci -q get system.$cfg && return 0
uci batch <<EOF
set system.$cfg='rssid'
set system.$cfg.dev='$dev'
set system.$cfg.refresh='$refresh'
set system.$cfg.threshold='$threshold'
EOF
UCIDEF_LEDS_CHANGED=1
}
ucidef_commit_leds()
{
[ "$UCIDEF_LEDS_CHANGED" = "1" ] && uci commit system
}
ucidef_set_interface_loopback() {
uci batch <<EOF
set network.loopback='interface'
set network.loopback.ifname='lo'
set network.loopback.proto='static'
set network.loopback.ipaddr='127.0.0.1'
set network.loopback.netmask='255.0.0.0'
set network.globals='globals'
set network.globals.ula_prefix='auto'
EOF
}
ucidef_set_interface_raw() {
local cfg=$1
local ifname=$2
local proto=${3:-"none"}
uci batch <<EOF
set network.$cfg='interface'
set network.$cfg.ifname='$ifname'
set network.$cfg.proto='$proto'
EOF
}
ucidef_set_interface_lan() {
local ifname=$1
uci batch <<EOF
set network.lan='interface'
set network.lan.ifname='$ifname'
set network.lan.force_link=1
set network.lan.type='bridge'
set network.lan.proto='static'
set network.lan.ipaddr='192.168.1.1'
set network.lan.netmask='255.255.255.0'
set network.lan.ip6assign='60'
EOF
}
ucidef_set_interface_wan() {
local ifname=$1
uci batch <<EOF
set network.wan='interface'
set network.wan.ifname='$ifname'
set network.wan.proto='dhcp'
set network.wan6='interface'
set network.wan6.ifname='$ifname'
set network.wan6.proto='dhcpv6'
EOF
}
ucidef_set_interfaces_lan_wan() {
local lan_ifname=$1
local wan_ifname=$2
ucidef_set_interface_lan "$lan_ifname"
ucidef_set_interface_wan "$wan_ifname"
}
ucidef_set_interface_macaddr() {
local ifname=$1
local mac=$2
uci batch <<EOF
set network.$ifname.macaddr='$mac'
EOF
}
ucidef_add_switch() {
local name=$1
local reset=$2
local enable=$3
uci batch <<EOF
add network switch
set network.@switch[-1].name='$name'
set network.@switch[-1].reset='$reset'
set network.@switch[-1].enable_vlan='$enable'
EOF
}
ucidef_add_switch_vlan() {
local device=$1
local vlan=$2
local ports=$3
uci batch <<EOF
add network switch_vlan
set network.@switch_vlan[-1].device='$device'
set network.@switch_vlan[-1].vlan='$vlan'
set network.@switch_vlan[-1].ports='$ports'
EOF
}
ucidef_add_switch_port() {
local device=$1
local port=$2
uci batch <<EOF
add network switch_port
set network.@switch_port[-1].device='$device'
set network.@switch_port[-1].port='$port'
EOF
}

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#!/bin/sh
define_default_set_state() {
. /etc/diag.sh
}
boot_hook_add preinit_main define_default_set_state

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#!/bin/sh
# Copyright (C) 2006 OpenWrt.org
# Copyright (C) 2010 Vertical Communications
# commands for emitting messages to network in failsafe mode
indicate_failsafe_led () {
set_state failsafe
}
indicate_failsafe() {
echo "- failsafe -"
preinit_net_echo "Entering Failsafe!\n"
indicate_failsafe_led
}
boot_hook_add failsafe indicate_failsafe

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#!/bin/sh
# Copyright (C) 2006 OpenWrt.org
# Copyright (C) 2010 Vertical Communications
preinit_ip() {
# if the preinit interface isn't specified and ifname is set in
# preinit.arch use that interface
if [ -z "$pi_ifname" ]; then
pi_ifname=$ifname
fi
[ -n "$pi_ifname" ] && grep -q "$pi_ifname" /proc/net/dev && {
ifconfig $pi_ifname $pi_ip netmask $pi_netmask broadcast $pi_broadcast up
}
}
preinit_ip_deconfig() {
[ -n "$pi_ifname" ] && grep -q "$pi_ifname" /proc/net/dev && {
ifconfig $pi_ifname 0.0.0.0 down
}
}
preinit_net_echo() {
[ -n "$pi_ifname" ] && grep -q "$pi_ifname" /proc/net/dev && {
{
[ "$pi_preinit_net_messages" = "y" ] || {
[ "$pi_failsafe_net_message" = "true" ] &&
[ "$pi_preinit_no_failsafe_netmsg" != "y" ]
}
} && netmsg $pi_broadcast "$1"
}
}
preinit_echo() {
preinit_net_echo $1
echo $1
}
pi_indicate_preinit() {
preinit_net_echo "Doing OpenWrt Preinit\n"
set_state preinit
}
boot_hook_add preinit_main preinit_ip
boot_hook_add preinit_main pi_indicate_preinit

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do_sysinfo_generic() {
[ -d /proc/device-tree ] || return
mkdir -p /tmp/sysinfo
[ -e /tmp/sysinfo/board_name ] || \
echo "$(strings /proc/device-tree/compatible | head -1)" > /tmp/sysinfo/board_name
[ -e /tmp/sysinfo/model ] || \
echo "$(cat /proc/device-tree/model)" > /tmp/sysinfo/model
}
boot_hook_add preinit_main do_sysinfo_generic

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#!/bin/sh
# Copyright (C) 2006-2010 OpenWrt.org
# Copyright (C) 2010 Vertical Communications
do_mount_procfs() {
mount -o noatime -t proc none /proc
}

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check_for_iso() {
grep -qE '/dev/root.*iso9660' /proc/mounts && ramoverlay
}
boot_hook_add preinit_mount_root check_for_iso

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#!/bin/sh
# Copyright (C) 2006-2010 OpenWrt.org
# Copyright (C) 2010 Vertical Communications
fs_wait_for_key () {
local timeout=$3
local timer
local do_keypress
local keypress_true="$(mktemp)"
local keypress_wait="$(mktemp)"
local keypress_sec="$(mktemp)"
if [ -z "$keypress_wait" ]; then
keypress_wait=/tmp/.keypress_wait
touch $keypress_wait
fi
if [ -z "$keypress_true" ]; then
keypress_true=/tmp/.keypress_true
touch $keypress_true
fi
if [ -z "$keypress_sec" ]; then
keypress_sec=/tmp/.keypress_sec
touch $keypress_sec
fi
trap "echo 'true' >$keypress_true; lock -u $keypress_wait ; rm -f $keypress_wait" INT
trap "echo 'true' >$keypress_true; lock -u $keypress_wait ; rm -f $keypress_wait" USR1
[ -n "$timeout" ] || timeout=1
[ $timeout -ge 1 ] || timeout=1
timer=$timeout
lock $keypress_wait
{
while [ $timer -gt 0 ]; do
echo "$timer" >$keypress_sec
timer=$(($timer - 1))
sleep 1
done
lock -u $keypress_wait
rm -f $keypress_wait
} &
echo "Press the [$1] key and hit [enter] $2"
echo "Press the [1], [2], [3] or [4] key and hit [enter] to select the debug level"
# if we're on the console we wait for input
{
while [ -r $keypress_wait ]; do
timer="$(cat $keypress_sec)"
[ -n "$timer" ] || timer=1
timer="${timer%%\ *}"
[ $timer -ge 1 ] || timer=1
do_keypress=""
{
read -t "$timer" do_keypress
case "$do_keypress" in
$1)
echo "true" >$keypress_true
;;
1 | 2 | 3 | 4)
echo "$do_keypress" >/tmp/debug_level
;;
*)
continue;
;;
esac
lock -u $keypress_wait
rm -f $keypress_wait
}
done
}
lock -w $keypress_wait
keypressed=1
[ "$(cat $keypress_true)" = "true" ] && keypressed=0
rm -f $keypress_true
rm -f $keypress_wait
rm -f $keypress_sec
return $keypressed
}
failsafe_wait() {
FAILSAFE=
grep -q 'failsafe=' /proc/cmdline && FAILSAFE=true && export FAILSAFE
if [ "$FAILSAFE" != "true" ]; then
pi_failsafe_net_message=true
preinit_net_echo "Please press button now to enter failsafe"
pi_failsafe_net_message=false
fs_wait_for_key f 'to enter failsafe mode' $fs_failsafe_wait_timeout && FAILSAFE=true
[ -f "/tmp/failsafe_button" ] && FAILSAFE=true && echo "- failsafe button "`cat /tmp/failsafe_button`" was pressed -"
[ "$FAILSAFE" = "true" ] && export FAILSAFE && touch /tmp/failsafe
fi
}
boot_hook_add preinit_main failsafe_wait

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#!/bin/sh
# Copyright (C) 2006-2010 OpenWrt.org
# Copyright (C) 2010 Vertical Communications
run_failsafe_hook() {
if [ "$FAILSAFE" = "true" ]; then
boot_run_hook failsafe
lock -w /tmp/.failsafe
fi
}
boot_hook_add preinit_main run_failsafe_hook

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#!/bin/sh
# Copyright (C) 2006 OpenWrt.org
# Copyright (C) 2010 Vertical Communications
indicate_regular_preinit() {
preinit_net_echo "Continuing with Regular Preinit\n"
set_state preinit_regular
}
boot_hook_add preinit_main indicate_regular_preinit

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#!/bin/sh
# Copyright (C) 2006 OpenWrt.org
# Copyright (C) 2010 Vertical Communications
initramfs_test() {
if [ -n "$INITRAMFS" ]; then
boot_run_hook initramfs
preinit_ip_deconfig
break
fi
}
boot_hook_add preinit_main initramfs_test

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#!/bin/sh
# Copyright (C) 2012-2015 OpenWrt.org
move_config() {
. /lib/upgrade/platform.sh
if platform_export_bootpart; then
mount -t ext4 -o rw,noatime "$BOOTPART" /mnt
mv -f /mnt/sysupgrade.tgz /
umount /mnt
fi
}
boot_hook_add preinit_mount_root move_config

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#!/bin/sh
# Copyright (C) 2006 OpenWrt.org
# Copyright (C) 2010 Vertical Communications
do_mount_root() {
mount_root
boot_run_hook preinit_mount_root
[ -f /sysupgrade.tgz ] && {
echo "- config restore -"
cd /
tar xzf /sysupgrade.tgz
}
}
[ "$INITRAMFS" = "1" ] || boot_hook_add preinit_main do_mount_root

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#!/bin/sh
# Copyright (C) 2006 OpenWrt.org
# Copyright (C) 2010 Vertical Communications
failsafe_netlogin () {
telnetd -l /bin/login.sh <> /dev/null 2>&1
}
failsafe_shell() {
lock /tmp/.failsafe
ash --login
echo "Please reboot system when done with failsafe network logins"
}
boot_hook_add failsafe failsafe_netlogin
boot_hook_add failsafe failsafe_shell

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#!/bin/sh
# Copyright (C) 2006 OpenWrt.org
# Copyright (C) 2010 Vertical Communications
run_init() {
preinit_ip_deconfig
}
boot_hook_add preinit_main run_init

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#!/bin/sh
RAM_ROOT=/tmp/root
[ -x /usr/bin/ldd ] || ldd() { LD_TRACE_LOADED_OBJECTS=1 $*; }
libs() { ldd $* 2>/dev/null | sed -r 's/(.* => )?(.*) .*/\2/'; }
install_file() { # <file> [ <file> ... ]
for file in "$@"; do
dest="$RAM_ROOT/$file"
[ -f $file -a ! -f $dest ] && {
dir="$(dirname $dest)"
mkdir -p "$dir"
cp $file $dest
}
done
}
install_bin() { # <file> [ <symlink> ... ]
src=$1
files=$1
[ -x "$src" ] && files="$src $(libs $src)"
install_file $files
shift
for link in "$@"; do {
dest="$RAM_ROOT/$link"
dir="$(dirname $dest)"
mkdir -p "$dir"
[ -f "$dest" ] || ln -s $src $dest
}; done
}
supivot() { # <new_root> <old_root>
/bin/mount | grep "on $1 type" 2>&- 1>&- || /bin/mount -o bind $1 $1
mkdir -p $1$2 $1/proc $1/sys $1/dev $1/tmp $1/overlay && \
/bin/mount -o noatime,move /proc $1/proc && \
pivot_root $1 $1$2 || {
/bin/umount -l $1 $1
return 1
}
/bin/mount -o noatime,move $2/sys /sys
/bin/mount -o noatime,move $2/dev /dev
/bin/mount -o noatime,move $2/tmp /tmp
/bin/mount -o noatime,move $2/overlay /overlay 2>&-
return 0
}
run_ramfs() { # <command> [...]
install_bin /bin/busybox /bin/ash /bin/sh /bin/mount /bin/umount \
/sbin/pivot_root /usr/bin/wget /sbin/reboot /bin/sync /bin/dd \
/bin/grep /bin/cp /bin/mv /bin/tar /usr/bin/md5sum "/usr/bin/[" \
/bin/dd /bin/vi /bin/ls /bin/cat /usr/bin/awk /usr/bin/hexdump \
/bin/sleep /bin/zcat /usr/bin/bzcat /usr/bin/printf /usr/bin/wc \
/bin/cut /usr/bin/printf /bin/sync /bin/mkdir /bin/rmdir \
/bin/rm /usr/bin/basename /bin/kill /bin/chmod
install_bin /sbin/mtd
install_bin /sbin/mount_root
install_bin /sbin/snapshot
install_bin /sbin/snapshot_tool
install_bin /usr/sbin/ubiupdatevol
install_bin /usr/sbin/ubiattach
install_bin /usr/sbin/ubiblock
install_bin /usr/sbin/ubiformat
install_bin /usr/sbin/ubidetach
install_bin /usr/sbin/ubirsvol
install_bin /usr/sbin/ubirmvol
install_bin /usr/sbin/ubimkvol
for file in $RAMFS_COPY_BIN; do
install_bin ${file//:/ }
done
install_file /etc/resolv.conf /lib/*.sh /lib/functions/*.sh /lib/upgrade/*.sh $RAMFS_COPY_DATA
[ -L "/lib64" ] && ln -s /lib $RAM_ROOT/lib64
supivot $RAM_ROOT /mnt || {
echo "Failed to switch over to ramfs. Please reboot."
exit 1
}
/bin/mount -o remount,ro /mnt
/bin/umount -l /mnt
grep /overlay /proc/mounts > /dev/null && {
/bin/mount -o noatime,remount,ro /overlay
/bin/umount -l /overlay
}
# spawn a new shell from ramdisk to reduce the probability of cache issues
exec /bin/busybox ash -c "$*"
}
kill_remaining() { # [ <signal> ]
local sig="${1:-TERM}"
echo -n "Sending $sig to remaining processes ... "
local my_pid=$$
local my_ppid=$(cut -d' ' -f4 /proc/$my_pid/stat)
local my_ppisupgraded=
grep -q upgraded /proc/$my_ppid/cmdline >/dev/null && {
local my_ppisupgraded=1
}
local stat
for stat in /proc/[0-9]*/stat; do
[ -f "$stat" ] || continue
local pid name state ppid rest
read pid name state ppid rest < $stat
name="${name#(}"; name="${name%)}"
local cmdline
read cmdline < /proc/$pid/cmdline
# Skip kernel threads
[ -n "$cmdline" ] || continue
if [ $$ -eq 1 ] || [ $my_ppid -eq 1 ] && [ -n "$my_ppisupgraded" ]; then
# Running as init process, kill everything except me
if [ $pid -ne $$ ] && [ $pid -ne $my_ppid ]; then
echo -n "$name "
kill -$sig $pid 2>/dev/null
fi
else
case "$name" in
# Skip essential services
*procd*|*ash*|*init*|*watchdog*|*ssh*|*dropbear*|*telnet*|*login*|*hostapd*|*wpa_supplicant*|*nas*) : ;;
# Killable process
*)
if [ $pid -ne $$ ] && [ $ppid -ne $$ ]; then
echo -n "$name "
kill -$sig $pid 2>/dev/null
fi
;;
esac
fi
done
echo ""
}
run_hooks() {
local arg="$1"; shift
for func in "$@"; do
eval "$func $arg"
done
}
ask_bool() {
local default="$1"; shift;
local answer="$default"
[ "$INTERACTIVE" -eq 1 ] && {
case "$default" in
0) echo -n "$* (y/N): ";;
*) echo -n "$* (Y/n): ";;
esac
read answer
case "$answer" in
y*) answer=1;;
n*) answer=0;;
*) answer="$default";;
esac
}
[ "$answer" -gt 0 ]
}
v() {
[ "$VERBOSE" -ge 1 ] && echo "$@"
}
rootfs_type() {
/bin/mount | awk '($3 ~ /^\/$/) && ($5 !~ /rootfs/) { print $5 }'
}
get_image() { # <source> [ <command> ]
local from="$1"
local conc="$2"
local cmd
case "$from" in
http://*|ftp://*) cmd="wget -O- -q";;
*) cmd="cat";;
esac
if [ -z "$conc" ]; then
local magic="$(eval $cmd \"$from\" 2>/dev/null | dd bs=2 count=1 2>/dev/null | hexdump -n 2 -e '1/1 "%02x"')"
case "$magic" in
1f8b) conc="zcat";;
425a) conc="bzcat";;
esac
fi
eval "$cmd \"$from\" 2>/dev/null ${conc:+| $conc}"
}
get_magic_word() {
(get_image "$@" | dd bs=2 count=1 | hexdump -v -n 2 -e '1/1 "%02x"') 2>/dev/null
}
get_magic_long() {
(get_image "$@" | dd bs=4 count=1 | hexdump -v -n 4 -e '1/1 "%02x"') 2>/dev/null
}
jffs2_copy_config() {
if grep rootfs_data /proc/mtd >/dev/null; then
# squashfs+jffs2
mtd -e rootfs_data jffs2write "$CONF_TAR" rootfs_data
else
# jffs2
mtd jffs2write "$CONF_TAR" rootfs
fi
}
# Flash firmware to MTD partition
#
# $(1): path to image
# $(2): (optional) pipe command to extract firmware, e.g. dd bs=n skip=m
default_do_upgrade() {
sync
if [ "$SAVE_CONFIG" -eq 1 ]; then
get_image "$1" "$2" | mtd $MTD_CONFIG_ARGS -j "$CONF_TAR" write - "${PART_NAME:-image}"
else
get_image "$1" "$2" | mtd write - "${PART_NAME:-image}"
fi
}
do_upgrade() {
v "Performing system upgrade..."
if type 'platform_do_upgrade' >/dev/null 2>/dev/null; then
platform_do_upgrade "$ARGV"
else
default_do_upgrade "$ARGV"
fi
if [ "$SAVE_CONFIG" -eq 1 ] && type 'platform_copy_config' >/dev/null 2>/dev/null; then
platform_copy_config
fi
v "Upgrade completed"
[ -n "$DELAY" ] && sleep "$DELAY"
ask_bool 1 "Reboot" && {
v "Rebooting system..."
reboot -f
sleep 5
echo b 2>/dev/null >/proc/sysrq-trigger
}
}

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/etc/config/
/etc/dropbear/
/etc/crontabs/

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# Essential files that will be always kept
/etc/hosts
/etc/inittab
/etc/group
/etc/passwd
/etc/profile
/etc/shadow
/etc/shells
/etc/sysctl.conf
/etc/rc.local

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platform_export_bootpart() {
local cmdline uuid disk
if read cmdline < /proc/cmdline; then
case "$cmdline" in
*block2mtd=*)
disk="${cmdline##*block2mtd=}"
disk="${disk%%,*}"
;;
*root=*)
disk="${cmdline##*root=}"
disk="${disk%% *}"
;;
esac
case "$disk" in
PARTUUID=[a-f0-9][a-f0-9][a-f0-9][a-f0-9][a-f0-9][a-f0-9][a-f0-9][a-f0-9]-02)
uuid="${disk#PARTUUID=}"
uuid="${uuid%-02}"
for disk in /dev/[hsv]d[a-z]; do
set -- $(dd if=$disk bs=1 skip=440 count=4 2>/dev/null | hexdump -v -e '4/1 "%02x "')
if [ "$4$3$2$1" = "$uuid" ]; then
export BOOTPART="${disk}1"
return 0
fi
done
;;
/dev/*)
export BOOTPART="${disk%[0-9]}1"
return 0
;;
esac
fi
return 1
}
platform_check_image() {
[ "$#" -gt 1 ] && return 1
case "$(get_magic_word "$1")" in
eb48|eb63) return 0;;
*)
echo "Invalid image type"
return 1
;;
esac
}
platform_copy_config() {
if [ -b "$BOOTPART" ]; then
mount -t ext4 -o rw,noatime "$BOOTPART" /mnt
cp -af "$CONF_TAR" /mnt/
umount /mnt
fi
}
platform_do_upgrade() {
platform_export_bootpart
if [ -b "${BOOTPART%[0-9]}" ]; then
sync
get_image "$@" | dd of="${BOOTPART%[0-9]}" bs=4096 conv=fsync
sleep 1
fi
}