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PK�������!��}���������init-functions.d/40-systemdnu��[�����������# -*-Shell-script-*-
# /lib/lsb/init-functions

_use_systemctl=0
if [ -d /run/systemd/system ]; then

if [ -n "${__init_d_script_name:-}" ]; then # scripts run with new init-d-script
        executable="$__init_d_script_name"
        argument="$1"
    elif [ "${0##*/}" = "init-d-script" ] ||
         [ "${0##*/}" = "${1:-}" ]; then # scripts run with old init-d-script
        executable="$1"
        argument="$2"
    else # plain old scripts
        executable="$0"
        argument="${1:-}"
    fi

prog=${executable##*/}
    service="${prog%.sh}.service"

# Don't try to run masked services. systemctl <= 230 always succeeds here,
    # but later systemctls fail on nonexisting units; be compatible with both
    state=$(systemctl -p LoadState --value show $service 2>/dev/null) || state="not-found"
    [ "$state" = "masked" ] && exit 0

# Redirect SysV init scripts when executed by the user
    if [ $PPID -ne 1 ] && [ -z "${SYSTEMCTL_SKIP_REDIRECT:-}" ]; then
        case $(readlink -f "$executable") in
            /etc/init.d/*)
                # If the state is not-found, this might be a newly installed SysV init
                # script where systemd-sysv-generator has not been run yet.
                [ "$state" != "not-found" ] || [ "$(id -u)" != 0 ] || systemctl --no-ask-password daemon-reload

_use_systemctl=1
                # Some services can't reload through the .service file,
                # but can through the init script.
                if [ "$(systemctl -p CanReload --value show $service 2>/dev/null)" = "no" ] && [ "${argument:-}" = "reload" ]; then
                    _use_systemctl=0
                fi
                ;;
        esac
    fi
fi

systemctl_redirect () {
    local s
    local rc
    local prog=${1##*/}
    local command=$2

case "$command" in
        start)
            s="Starting $prog (via systemctl)"
            ;;
        stop)
            s="Stopping $prog (via systemctl)"
            ;;
        reload|force-reload)
            s="Reloading $prog configuration (via systemctl)"
            ;;
        try-restart)
            s="Restarting $prog if running (via systemctl)"
            ;;
        restart)
            s="Restarting $prog (via systemctl)"
            ;;
    esac

service="${prog%.sh}.service"

# avoid deadlocks during bootup and shutdown from units/hooks
    # which call "invoke-rc.d service reload" and similar, since
    # the synchronous wait plus systemd's normal behaviour of
    # transactionally processing all dependencies first easily
    # causes dependency loops
    if ! systemctl --quiet is-system-running && [ "$command" = "reload" ]; then
        sctl_args="--no-block"
    fi

[ "$command" = status ] || log_daemon_msg "$s" "$service"
    systemctl --no-pager $sctl_args $command "$service"
    rc=$?
    [ "$command" = status ] || log_end_msg $rc

return $rc
}

if [ "$_use_systemctl" = "1" ]; then
    # Some init scripts use "set -e" and "set -u", we don't want that
    # here
    set +e
    set +u

case "$argument" in
        start|stop|restart|reload|force-reload|try-restart|status)
            systemctl_redirect $executable $argument
            exit $?
            ;;
    esac
fi
PK�������!��DDj��������init-functions.d/00-verbosenu��[�����������## Generated automatically. Do not edit! -*- shell-script -*-

vlog_daemon_msg() {
	if test x"${VERBOSE:-yes}" != x"no" ; then
		log_daemon_msg "$@"
	fi
}

vlog_begin_msg() {
	if test x"${VERBOSE:-yes}" != x"no" ; then
		log_begin_msg "$@"
	fi
}

vlog_end_msg() {
	if test x"${VERBOSE:-yes}" != x"no" ; then
		log_end_msg "$@"
	fi
}

vlog_action_msg() {
	if test x"${VERBOSE:-yes}" != x"no" ; then
		log_action_msg "$@"
	fi
}

vlog_action_begin_msg() {
	if test x"${VERBOSE:-yes}" != x"no" ; then
		log_action_begin_msg "$@"
	fi
}

vlog_action_end_msg() {
	if test x"${VERBOSE:-yes}" != x"no" ; then
		log_action_end_msg "$@"
	fi
}

# vim: ft=sh
PK�������!��<�w
��w
��"��init-functions.d/50-ubuntu-loggingnu��[�����������# Default init script logging functions suitable for Ubuntu.
# See /lib/lsb/init-functions for usage help.
LOG_DAEMON_MSG=""

log_use_plymouth () {
    if [ "${loop:-n}" = y ]; then
        return 1
    fi
    plymouth --ping >/dev/null 2>&1
}

log_success_msg () {
    echo " * $@" || true
}

log_failure_msg () {
    if log_use_fancy_output; then
        RED=`$TPUT setaf 1`
        NORMAL=`$TPUT op`
        echo " $RED*$NORMAL $@" || true
    else
        echo " * $@" || true
    fi
}

log_warning_msg () {
    if log_use_fancy_output; then
        YELLOW=`$TPUT setaf 3`
        NORMAL=`$TPUT op`
        echo " $YELLOW*$NORMAL $@" || true
    else
        echo " * $@" || true
    fi
}

log_begin_msg () {
    log_daemon_msg "$1"
}

log_daemon_msg () {
    if [ -z "$1" ]; then
        return 1
    fi

if log_use_fancy_output && $TPUT xenl >/dev/null 2>&1; then
        COLS=`$TPUT cols`
        if [ "$COLS" ] && [ "$COLS" -gt 6 ]; then
            COL=`$EXPR $COLS - 7`
        else
            COLS=80
            COL=73
        fi

if log_use_plymouth; then
            # If plymouth is running, don't output anything at this time
            # to avoid buffering problems (LP: #752393)
            if [ -z "$LOG_DAEMON_MSG" ]; then
                LOG_DAEMON_MSG=$*
                return
            fi
        fi

# We leave the cursor `hanging' about-to-wrap (see terminfo(5)
        # xenl, which is approximately right). That way if the script
        # prints anything then we will be on the next line and not
        # overwrite part of the message.

# Previous versions of this code attempted to colour-code the
        # asterisk but this can't be done reliably because in practice
        # init scripts sometimes print messages even when they succeed
        # and we won't be able to reliably know where the colourful
        # asterisk ought to go.

printf " * $*       " || true
        # Enough trailing spaces for ` [fail]' to fit in; if the message
        # is too long it wraps here rather than later, which is what we
        # want.
        $TPUT hpa `$EXPR $COLS - 1` || true
        printf ' ' || true
    else
        echo " * $@" || true
        COL=
    fi
}

log_progress_msg () {
    :
}

log_end_msg () {
    if [ -z "$1" ]; then
        return 1
    fi

if [ "$COL" ] && [ -x "$TPUT" ]; then
        # If plymouth is running, print previously stored output
        # to avoid buffering problems (LP: #752393)
        if log_use_plymouth; then
            if [ -n "$LOG_DAEMON_MSG" ]; then
                log_daemon_msg $LOG_DAEMON_MSG
                LOG_DAEMON_MSG=""
            fi
        fi

printf "\r" || true
        $TPUT hpa $COL
        if [ "$1" -eq 0 ]; then
            echo "[ OK ]" || true
        else
            printf '[' || true
            $TPUT setaf 1 || true # red
            printf fail || true
            $TPUT op || true # normal
            echo ']' || true
        fi
    else
        if [ "$1" -eq 0 ]; then
            echo "   ...done." || true
        else
            echo "   ...fail!" || true
        fi
    fi
    return $1
}

log_action_msg () {
    echo " * $@" || true
}

log_action_begin_msg () {
    log_daemon_msg "$@..." || true
}

log_action_cont_msg () {
    log_daemon_msg "$@..." || true
}

log_action_end_msg () {
    # In the future this may do something with $2 as well.
    log_end_msg "$1" || true
}
PK�������!����M������init-functions.d/99-plymouthnu��[�����������# /lib/lsb/init-functions.d/99-plymouth

# Abort sourcing of this file if plymouth isn't active
if ! plymouth --ping > /dev/null 2>&1
then
	return
fi

log_begin_msg_post ()
{
	/usr/bin/plymouth update --status="${@}" || true
 }

log_end_msg_post ()
{
	:
}

log_action_begin_msg_post ()
{
	/usr/bin/plymouth update --status="${@}" || true
}

log_action_end_msg_post ()
{
	:
}

log_action_msg_post ()
{
	/usr/bin/plymouth update --status="${@}" || true
}

log_daemon_msg_post ()
{
	/usr/bin/plymouth update --status="${@}" || true
}
PK�������!��i�j-��-����init-functionsnu��[�����������# /lib/lsb/init-functions for Debian -*- shell-script -*-
#
#Copyright (c) 2002-08 Chris Lawrence
#All rights reserved.
#
#Redistribution and use in source and binary forms, with or without
#modification, are permitted provided that the following conditions
#are met:
#1. Redistributions of source code must retain the above copyright
#   notice, this list of conditions and the following disclaimer.
#2. Redistributions in binary form must reproduce the above copyright
#   notice, this list of conditions and the following disclaimer in the
#   documentation and/or other materials provided with the distribution.
#3. Neither the name of the author nor the names of other contributors
#   may be used to endorse or promote products derived from this software
#   without specific prior written permission.
#
#THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR
#IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
#WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
#ARE DISCLAIMED.  IN NO EVENT SHALL THE REGENTS OR CONTRIBUTORS BE
#LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
#CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
#SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR
#BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
#WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE
#OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE,
#EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.

start_daemon () {
    local force nice pidfile exec args OPTIND
    force=""
    nice=0
    pidfile=/dev/null

OPTIND=1
    while getopts fn:p: opt ; do
        case "$opt" in
            f)  force="force";;
            n)  nice="$OPTARG";;
            p)  pidfile="$OPTARG";;
        esac
    done
    
    shift $(($OPTIND - 1))
    if [ "$1" = '--' ]; then
        shift
    fi

exec="$1"; shift

args="--start --nicelevel $nice --quiet --oknodo"
    if [ "$force" ]; then
        /sbin/start-stop-daemon $args \
	    --chdir "$PWD" --startas $exec --pidfile /dev/null -- "$@"
    elif [ $pidfile ]; then
        /sbin/start-stop-daemon $args \
	    --chdir "$PWD" --exec $exec --oknodo --pidfile "$pidfile" -- "$@"
    else
        /sbin/start-stop-daemon $args --chdir "$PWD" --exec $exec -- "$@"
    fi
}

pidofproc () {
    local pidfile base status specified pid OPTIND
    pidfile=
    specified=
    
    OPTIND=1
    while getopts p: opt ; do
        case "$opt" in
            p)  pidfile="$OPTARG"
                specified="specified"
		;;
        esac
    done
    shift $(($OPTIND - 1))
    if [ $# -ne 1 ]; then
        echo "$0: invalid arguments" >&2
        return 4
    fi

base=${1##*/}
    if [ ! "$specified" ]; then
        pidfile="/var/run/$base.pid"
    fi

if [ -n "${pidfile:-}" ]; then
     if [ -e "$pidfile" ]; then
      if [ -r "$pidfile" ]; then
        read pid < "$pidfile"
        if [ -n "${pid:-}" ]; then
            if $(kill -0 "${pid:-}" 2> /dev/null); then
                echo "$pid" || true
                return 0
            elif ps "${pid:-}" >/dev/null 2>&1; then
                echo "$pid" || true
                return 0 # program is running, but not owned by this user
            else
                return 1 # program is dead and /var/run pid file exists
            fi
        fi
      else
        return 4 # pid file not readable, hence status is unknown.
      fi
     else
       # pid file doesn't exist, try to find the pid nevertheless
       if [ -x /bin/pidof ] && [ ! "$specified" ]; then
         status="0"
         /bin/pidof -c -o %PPID -x $1 || status="$?"
         if [ "$status" = 1 ]; then
             return 3 # program is not running
         fi
         return 0
       fi
       return 3 # specified pid file doesn't exist, program probably stopped
     fi
    fi
    if [ "$specified" ]; then
        return 3 # almost certain it's not running
    fi
    return 4 # Unable to determine status
}

# start-stop-daemon uses the same algorithm as "pidofproc" above.
killproc () {
    local pidfile sig status base name_param is_term_sig OPTIND
    pidfile=
    name_param=
    is_term_sig=

OPTIND=1
    while getopts p: opt ; do
        case "$opt" in
            p)  pidfile="$OPTARG";;
        esac
    done
    shift $(($OPTIND - 1))

base=${1##*/}
    if [ ! $pidfile ]; then
        name_param="--name $base --pidfile /var/run/$base.pid"
    else
        name_param="--name $base --pidfile $pidfile"
    fi

sig=$(echo ${2:-} | sed -e 's/^-$.*$/\1/')
    sig=$(echo $sig | sed -e 's/^SIG$.*$/\1/')
    if [ "$sig" = 15 ] || [ "$sig" = TERM ]; then
        is_term_sig="terminate_signal"
    fi
    status=0
    if [ ! "$is_term_sig" ]; then
        if [ -n "$sig" ]; then
            /sbin/start-stop-daemon --stop --signal "$sig" \
		--quiet $name_param || status="$?"
        else
            /sbin/start-stop-daemon --stop \
		--retry 5 \
		--quiet $name_param || status="$?"
        fi
    else
        /sbin/start-stop-daemon --stop --quiet \
	    --oknodo $name_param || status="$?"
    fi
    if [ "$status" = 1 ]; then
        if [ -z "$sig" ]; then
            return 0
        fi
        return 3 # program is not running
    fi

if [ "$status" = 0 ] && [ "$is_term_sig" ] && [ "$pidfile" ]; then
        pidofproc -p "$pidfile" "$1" >/dev/null || rm -f "$pidfile"
    fi
    return 0
}

# Return LSB status
status_of_proc () {
    local pidfile daemon name status OPTIND

pidfile=
    OPTIND=1
    while getopts p: opt ; do
        case "$opt" in
            p)  pidfile="$OPTARG";;
        esac
    done
    shift $(($OPTIND - 1))

if [ -n "$pidfile" ]; then
        pidfile="-p $pidfile"
    fi
    daemon="$1"
    name="$2"

status="0"
    pidofproc $pidfile $daemon >/dev/null || status="$?"
    if [ "$status" = 0 ]; then
        log_success_msg "$name is running"
        return 0
    elif [ "$status" = 4 ]; then
        log_failure_msg "could not access PID file for $name"
        return $status
    else
        log_failure_msg "$name is not running"
        return $status
    fi
}

log_use_fancy_output () {
    TPUT=/usr/bin/tput
    EXPR=/usr/bin/expr
    if  [ -t 1 ] &&
	[ "x${TERM:-}" != "x" ] &&
	[ "x${TERM:-}" != "xdumb" ] &&
	[ -x $TPUT ] && [ -x $EXPR ] &&
	$TPUT hpa 60 >/dev/null 2>&1 &&
	$TPUT setaf 1 >/dev/null 2>&1
    then
        [ -z $FANCYTTY ] && FANCYTTY=1 || true
    else
        FANCYTTY=0
    fi
    case "$FANCYTTY" in
        1|Y|yes|true)   true;;
        *)              false;;
    esac
}

log_success_msg () {
    if [ -n "${1:-}" ]; then
        log_begin_msg $@
    fi
    log_end_msg 0
}

log_failure_msg () {
    if [ -n "${1:-}" ]; then
        log_begin_msg $@ "..."
    fi
    log_end_msg 1 || true
}

log_warning_msg () {
    if [ -n "${1:-}" ]; then
        log_begin_msg $@ "..."
    fi
    log_end_msg 255 || true
}

#
# NON-LSB HELPER FUNCTIONS
#
# int get_lsb_header_val (char *scriptpathname, char *key)
get_lsb_header_val () {
        if [ ! -f "$1" ] || [ -z "${2:-}" ]; then
                return 1
        fi
        LSB_S="### BEGIN INIT INFO"
        LSB_E="### END INIT INFO"
        sed -n "/$LSB_S/,/$LSB_E/ s/# $2: \+$.*$/\1/p" "$1"
}

# If the currently running init daemon is upstart, return zero; if the
# calling init script belongs to a package which also provides a native
# upstart job, it should generally exit non-zero in this case.
init_is_upstart()
{
   if [ -x /sbin/initctl ] && /sbin/initctl version 2>/dev/null | /bin/grep -q upstart; then
       return 0
   fi
   return 1
}

# int log_begin_message (char *message)
log_begin_msg () {
    log_begin_msg_pre "$@"
    if [ -z "${1:-}" ]; then
        return 1
    fi
    echo -n "$@" || true
    log_begin_msg_post "$@"
}

# Sample usage:
# log_daemon_msg "Starting GNOME Login Manager" "gdm"
#
# On Debian, would output "Starting GNOME Login Manager: gdm"
# On Ubuntu, would output " * Starting GNOME Login Manager..."
#
# If the second argument is omitted, logging suitable for use with
# log_progress_msg() is used:
#
# log_daemon_msg "Starting remote filesystem services"
#
# On Debian, would output "Starting remote filesystem services:"
# On Ubuntu, would output " * Starting remote filesystem services..."

log_daemon_msg () {
    if [ -z "${1:-}" ]; then
        return 1
    fi
    log_daemon_msg_pre "$@"

if [ -z "${2:-}" ]; then
        echo -n "$1:" || true
        return
    fi
    
    echo -n "$1: $2" || true
    log_daemon_msg_post "$@"
}

# #319739
#
# Per policy docs:
#
#     log_daemon_msg "Starting remote file system services"
#     log_progress_msg "nfsd"; start-stop-daemon --start --quiet nfsd
#     log_progress_msg "mountd"; start-stop-daemon --start --quiet mountd
#     log_progress_msg "ugidd"; start-stop-daemon --start --quiet ugidd
#     log_end_msg 0
#
# You could also do something fancy with log_end_msg here based on the
# return values of start-stop-daemon; this is left as an exercise for
# the reader...
#
# On Ubuntu, one would expect log_progress_msg to be a no-op.
log_progress_msg () {
    if [ -z "${1:-}" ]; then
        return 1
    fi
    echo -n " $@" || true
}

# int log_end_message (int exitstatus)
log_end_msg () {
    # If no arguments were passed, return
    if [ -z "${1:-}" ]; then
        return 1
    fi

local retval
    retval=$1

log_end_msg_pre "$@"

# Only do the fancy stuff if we have an appropriate terminal
    # and if /usr is already mounted
    if log_use_fancy_output; then
        RED=$( $TPUT setaf 1)
        YELLOW=$( $TPUT setaf 3)
        NORMAL=$( $TPUT op)
    else
        RED=''
        YELLOW=''
        NORMAL=''
    fi

if [ $1 -eq 0 ]; then
        echo "." || true
    elif [ $1 -eq 255 ]; then
        /bin/echo -e " ${YELLOW}(warning).${NORMAL}" || true
    else
        /bin/echo -e " ${RED}failed!${NORMAL}" || true
    fi
    log_end_msg_post "$@"
    return $retval
}

log_action_msg () {
    log_action_msg_pre "$@"
    echo "$@." || true
    log_action_msg_post "$@"
}

log_action_begin_msg () {
    log_action_begin_msg_pre "$@"
    echo -n "$@..." || true
    log_action_begin_msg_post "$@"
}

log_action_cont_msg () {
    echo -n "$@..." || true
}

log_action_end_msg () {
    local end
    log_action_end_msg_pre "$@"
    if [ -z "${2:-}" ]; then
        end="."
    else
        end=" ($2)."
    fi

if [ $1 -eq 0 ]; then
        echo "done${end}" || true
    else
        if log_use_fancy_output; then
            RED=$( $TPUT setaf 1)
            NORMAL=$( $TPUT op)
            /bin/echo -e "${RED}failed${end}${NORMAL}" || true
        else
            echo "failed${end}" || true
        fi
    fi
    log_action_end_msg_post "$@"
}

# Pre&Post empty function declaration, to be overriden from /lib/lsb/init-functions.d/*
log_daemon_msg_pre () { :; }
log_daemon_msg_post () { :; }
log_begin_msg_pre () { :; }
log_begin_msg_post () { :; }
log_end_msg_pre () { :; }
log_end_msg_post () { :; }
log_action_msg_pre () { :; }
log_action_msg_post () { :; }
log_action_begin_msg_pre () { :; }
log_action_begin_msg_post () { :; }
log_action_end_msg_pre () { :; }
log_action_end_msg_post () { :; }

# Include hooks from other packages in /lib/lsb/init-functions.d
for hook in $(run-parts --lsbsysinit --list /lib/lsb/init-functions.d 2>/dev/null); do
    [ -r $hook ] && . $hook || true
done

FANCYTTY=
[ -e /etc/lsb-base-logging.sh ] && . /etc/lsb-base-logging.sh || true
PK���������!��}�����������������������init-functions.d/40-systemdnu��[�����������PK���������!��DDj���������������������init-functions.d/00-verbosenu��[�����������PK���������!��<�w
��w
��"���������������init-functions.d/50-ubuntu-loggingnu��[�����������PK���������!����M�������������������init-functions.d/99-plymouthnu��[�����������PK���������!��i�j-��-�����������������init-functionsnu��[�����������PK���������;M����