#! /bin/sh
# Copyright (c) 1995-2005 SUSE LINUX Products AG, Nuernberg, Germany.
#
# Author:   Burchard Steinbild
#           Werner Fink <werner@suse.de>
#
# Please send feedback to http://www.suse.de/feedback
#
# /etc/init.d/kbd
#
#   and symbolic its link
#
# /sbin/rckbd
#
# Warning:
# /etc/init.d/earlykbd can run this script even if
# the Required-Start conditions listed here are not satisfied.
# Our use of $remote_fs is 
# /usr/share/kbd - for finding keymaps
# /usr/sbin/hwinfo - for numlock from bios
#
### BEGIN INIT INFO
# Provides:       kbd
# Required-Start: $remote_fs
# Required-Stop:
# X-SuSE-Should-Start:	fbset setserial earlykbd
# X-SuSE-Should-Stop: 
# Default-Start:  1 2 3 5 S
# Default-Stop:
# Description:    Keyboard settings (don't disable!)
### END INIT INFO

. /etc/rc.status
. /etc/sysconfig/console
. /etc/sysconfig/keyboard

test -n "$KBD_VERBOSE" && set -x

test -e /etc/SuSEconfig/profile && . /etc/SuSEconfig/profile
LOCALE_CHARMAP=`locale charmap`
LC_ALL=POSIX

MACHINE=`/bin/uname -m 2> /dev/null`
if [ "$MACHINE" = "sparc" -o "$MACHINE" = "sparc64" ]; then 
   # Test if we have a serial console. 
   (test -c /dev/tty1 && > /dev/tty1 ) > /dev/null 2>&1 || exit 0
fi

#
# Calculate KBD_TTY array only once
# Caution: Keep in sync with earlykbd.init
#
if test -z "$KBD_TTY"; then
	KBD_TTY="tty1 tty2 tty3 tty4 tty5 tty6 tty7 tty8 tty9
		 tty10 tty11 tty12 tty13 tty14 tty15 tty16
		 tty17 tty18 tty19 tty20 tty21 tty22 tty23 tty24"
fi

newkbd=""
for tty in $KBD_TTY; do
    test -w /dev/$tty		|| continue
    test -c /dev/$tty		|| continue
    > /dev/$tty &> /dev/null	|| continue
    newkbd="${newkbd:+$newkbd }/dev/$tty"
done
KBD_TTY="$newkbd"
unset newkbd

# The variable NON_SUSE_KERNEL determines whether we need to chvt 
# to a console before some console settings apply.
# We have no magic to find out about this (at boot time), so we 
# leave it to the user to read this comment and put NON_SUSE_KERNEL="yes"
# into /etc/sysconfig/console

test "$NON_SUSE_KERNEL" = "yes" && FGCONS=`/bin/fgconsole`

KBDBASE="/usr/share/kbd"

KTABLE=${KEYTABLE%.map*}
KTABLE=${KTABLE##*/}

#
# first search the wanted keytable.
#
if [ $MACHINE = ppc -o $MACHINE = ppc64 ]; then
	test -f /proc/cpuinfo || mount -n -t proc proc /proc 2>/dev/null
	while read line; do
	       case "$line" in
		  *MacRISC*)	MACHINE="mac"
		  test -f /proc/sys/dev/mac_hid/keyboard_sends_linux_keycodes && \
			  echo 1 > /proc/sys/dev/mac_hid/keyboard_sends_linux_keycodes
		  ;;
		  *CHRP*)  	MACHINE="chrp";;
		  *PReP*)  	MACHINE="prep" ;;
		  *iSeries*)    exit 0 ;;
		esac
	done < /proc/cpuinfo
fi

case "$MACHINE" in
  i?86|ia64|alpha|prep|chrp|ppc64|x86_64) KDBLIB="${KBDBASE}/keymaps/i386/*/"     ;;
  sparc*)    
     case "$KTABLE" in
	sun*) KDBLIB="${KBDBASE}/keymaps/sun/"        ;;
	*)    KDBLIB="${KBDBASE}/keymaps/i386/*/"     ;;
     esac
     ;;
  mac)	     KDBLIB="${KBDBASE}/keymaps/mac/all/" ;;
  *)         echo "No available keymaps for machine $MACHINE found"; exit 1
esac
#
# load usb drivers in runlevel S
#
case "${PREVLEVEL}${RUNLEVEL}" in
	N1|NS)
	test -f /proc/cpuinfo || mount -n -t proc proc /proc 2>/dev/null

#	[bugzilla #46113]
#	we come here although heading for runlevel 5. 
#	I'll comment out diabling hotplug for now. jw.
#	test -f /proc/sys/kernel/hotplug && echo /bin/true > /proc/sys/kernel/hotplug 2>/dev/null
	test -d /proc/bus/usb || modprobe usbcore >/dev/null 2>&1
	mount -n -t usbfs usbfs /proc/bus/usb >/dev/null 2>&1
	for mod in ehci-hcd ohci-hcd uhci-hcd usb-ohci usb-uhci ; do
	     echo -n $mod" "
	     modprobe $mod >/dev/null 2>&1
	done
	echo 
	echo "wait 3 seconds for USB initialisation ..."
	sleep 3
	for mod in usbhid input hid keybdev ; do
	     modprobe $mod >/dev/null 2>&1
	done
	;;
esac

KEYMAP=""
if test -e /$KEYTABLE ; then
    KEYMAP=$KEYTABLE
else
    KEYTABLE=$KTABLE
    K="${KDBLIB}${KEYTABLE}"
    case "$KEYTABLE" in
	*.gz)  KDBPATH="${K}" ;;
	*.map) KDBPATH="${K} ${K}.gz" ;;
	*)     KDBPATH="${K} ${K}.gz ${K}.map.gz ${K}.map" ;;
    esac
    for K in ${KDBPATH} ; do	
	test -e "$K" || continue
	test -n "$KEYMAP" && KEYMAP="$KEYMAP $K" || KEYMAP=$K
    done
fi
#
# setup kbdrate and led status
#
function set_kbdrate ()
{
	local line

	if test "$MACHINE" != "mac" ; then
		KBDOPT=""
		if test -n "$KBD_RATE" ; then
			KBDOPT="${KBDOPT:+$KBDOPT }-r $KBD_RATE"
		fi
		if test -n "$KBD_DELAY"; then
			KBDOPT="${KBDOPT:+$KBDOPT }-d $KBD_DELAY"
		fi
		if test -n "$KBDOPT" ; then
			echo -n "Keyboard: "
			/bin/kbdrate $KBDOPT
			rc_status -v1
		fi
	fi

	# setleds
	#
	# Note: The file /var/run/numlock-on is used in ~/.xinitrc
	#	to reflect the correct numlock state choosen by the
	#	user even under X11
	#
	if test "$KBD_NUMLOCK" = "yes"; then
		touch /var/run/numlock-on
	elif test "$KBD_NUMLOCK" = "no"; then
		rm -f /var/run/numlock-on
	elif test "$KBD_NUMLOCK" = "bios"; then
		if test -x /usr/sbin/hwinfo ; then
		    /usr/sbin/hwinfo --bios | \
		    while read line ; do
			case "$line" in
			Num\ Lock:\ on)  touch /var/run/numlock-on ;;
			Num\ Lock:\ off) rm -f /var/run/numlock-on ;;
			Caps\ Lock:)	 break
			esac
		    done
		else
		    echo "no /usr/sbin -> Numlock off."
		    rm -f /var/run/numlock-on
		fi
	fi 
	unset line

	#
	# Only change keyboard leds if setleds is in path
	# 
	type -p setleds &> /dev/null		|| return

	if test -e /var/run/numlock-on ; then
		LEDOPT="+num"
	else
		LEDOPT="-num"
	fi
	if test "$KBD_CAPSLOCK" = "yes"; then
		LEDOPT="$LEDOPT +caps"
	else
		LEDOPT="$LEDOPT -caps"
	fi  
	if test "$KBD_SCRLOCK" = "yes"; then
		LEDOPT="$LEDOPT +scroll"
	else
		LEDOPT="$LEDOPT -scroll"
	fi  

	#
	# Only change keyboard leds if they will be switched
	# on ... OR if they are switched on currently
	#
	if [[ $LEDOPT == *+* ]] ; then
		touch /var/run/setleds-on
	else
		test -e /var/run/setleds-on	|| return
		test -n "$LEDOPT"		|| return
		rm -f /var/run/setleds-on
	fi

	for tty in $KBD_TTY; do
		setleds -D $LEDOPT < $tty
	done
}
#
rc_reset
case "$1" in
    start|restart|reload|force-reload)

	case "$1" in
            start)
		# don't do anything if we have this file.
		# this means that initialization was already done.
		# don't do it twice unless forced, it may annoy xdm and
		# produce lots of error messages.
		test -s /var/run/keymap && exit 0
	    ;;
	esac
	

	if test -z "$KEYTABLE"; then
	    echo "No keyboard map to load"
	else
	    if test -z "$KEYMAP" || test ! -d "$KBDBASE" ; then
		if test -r /etc/defkeymap.map ; then
		    if test -n "$KEYMAP" ; then
		    	echo "$KEYMAP is unvailable, using /etc/defkeymap.map instead."
			if test -r /var/run/keymap ; then
			    read cached < /etc/defkeymap.name
			    if test "$KEYMAP" != "$cached" && test $K != "$cached" ; then
			        echo "Warning: fallback differs: $cached"
			    fi
			fi
		    else
		    	echo "Can not find a keymap for ${KEYTABLE}, trying fallback."
		    fi
		    KEYMAP=/etc/defkeymap.map
		else
		    echo "Fallback /etc/defkeymap.map not there."
		    echo "Can not find a keymap for ${KEYTABLE}, Exit."
		    rc_failed
		fi
	    else
		if test ! -e "$KEYMAP" ; then
		    echo "Found more than one keymap ${KEYTABLE}"
		    KEYMAP=$K
		    echo "Using $KEYMAP."
		    echo "If you want another one, please add complete path to"
		    echo "KEYTABLE in /etc/sysconfig/keyboard."
		fi
	    fi
	    rc_status && retmsg="`loadkeys -C "$KBD_TTY" $KEYMAP 2>&1`"
	    if test $? -eq 0 && ( > /var/run/keymap ) > /dev/null 2>&1 ; then
		echo "$KEYMAP"    > /var/run/keymap
	    else
		case "$RUNLEVEL" in
		    S|N|1|\#) true ;;
		    *) rc_failed ;;
		esac
	    fi
	    echo "Loading keymap ${retmsg#Loading*${KBDBASE}/keymaps/*/}"
	    rc_status -v1

	    set_kbdrate
	fi
	
	# Disable CAPS LOCK key if wanted
	if test "$KBD_DISABLE_CAPS_LOCK" = "yes"; then
		loadkeys -C "$KBD_TTY" disable.capslock >/dev/null 2>&1 || echo "Could not disable Caps Lock"
	fi

	# Load compose tables
	case "$RUNLEVEL" in
	    S|N|1|\#) COMPOSETABLE="" ;;
	esac
	if test ! -z "$COMPOSETABLE"; then
		unset COMPOSELOADED COMPOSECLEAR
		for name in $COMPOSETABLE; do
			# Test for compose clear flag
			if test "$name" = "-c" -o "$name" = "clear"; then
				COMPOSECLEAR=-c
				continue
			fi
			# Handle the first table differently ...
			if test -z "$COMPOSELOADED"; then
				echo -n "Loading compose table $name"
				loadkeys -C "$KBD_TTY" $COMPOSECLEAR compose.$name >/dev/null 2>&1
				rc_check
				#if test $name = clear; then rc_reset; fi
				COMPOSELOADED=1
			else
				echo -n " $name"
				loadkeys -C "$KBD_TTY" compose.$name >/dev/null 2>&1
				rc_check
			fi
		done
		if test ! -z "$COMPOSELOADED"; then 
			rc_status -v
		fi
	fi
	

	# Unicode mode	
	if test -x /bin/kbd_mode ; then
	    case $LOCALE_CHARMAP in
		UTF-8)
 		    echo Start Unicode mode
	            for tty in $KBD_TTY; do
			# The chvt is not needed for SuSE kernels
			test "$NON_SUSE_KERNEL" != "yes" || chvt ${tty#*tty}

			# Tell the console output driver that the bytes
			# arriving are UTF-8 encoded multibyte sequences.
			echo -n -e '\033%G' > $tty

			# Set the keyboard driver in Unicode mode.
			# (Default is ASCII mode.)
			# This really does nothing with the way normal
			# keys are handled in the kernel. All it does is:
			# - It is necessary for `dumpkeys' in order to
			#   not drop U+XXXX entries from the keymaps.
			# - It is necessary for `loadkeys' in order to
			#   avoid warnings.
			# - Unicode characters typed as Alt-x1 ... Alt-xn
			#   (where x1,...,xn are digits on the numeric keypad)
			#    will be emitted in UTF-8.
			kbd_mode -u -C $tty
			rc_status
		    done
	            ;;
	        *)
		    echo Stop Unicode mode
		    for tty in $KBD_TTY; do
			# The chvt is not needed for SuSE kernels
			test "$NON_SUSE_KERNEL" != "yes" || chvt ${tty#*tty}

			echo -n -e '\033%@' > $tty

			kbd_mode -a -C $tty
			rc_status
    		    done
	            ;;
	    esac
	    test "$NON_SUSE_KERNEL" != "yes" || chvt $FGCONS
	    rc_status -v1
	fi
	
	# setfont
	if test -d ${KBDBASE}/consolefonts -a \
		-n "$CONSOLE_FONT" -a "$CONSOLE_FONT" != "YAST_ASK"
	then
	    if test ! -z "$CONSOLE_UNICODEMAP"; then 
		    UMAP="-u $CONSOLE_UNICODEMAP"
	    fi
	    if test ! -z "$CONSOLE_SCREENMAP"; then 
		    SMAP="-m $CONSOLE_SCREENMAP"
	    fi
	    PRINTABLE_MAGIC="";
	    if test -n "$CONSOLE_MAGIC" -a "$CONSOLE_MAGIC" != "none"; then
		    case $CONSOLE_MAGIC in
       			\(B)	PRINTABLE_MAGIC="G0:iso8859-1" ;;
       			\(0)	PRINTABLE_MAGIC="G0:vt100" ;;
       			\(U)	PRINTABLE_MAGIC="G0:ROM" ;;
       			\(K)	PRINTABLE_MAGIC="G0:loadable" ;;
       			\)B)	PRINTABLE_MAGIC="G1:iso8859-1" ;;
       			\)0)	PRINTABLE_MAGIC="G1:vt100" ;;
       			\)U)	PRINTABLE_MAGIC="G1:ROM" ;;
       			\)K)	PRINTABLE_MAGIC="G1:loadable" ;;
	       		*)	PRINTABLE_MAGIC="magic='$MAGIC'" ;;
		    esac
		    CONSOLE_MAGIC="\033$CONSOLE_MAGIC"
	    else
		    CONSOLE_MAGIC="";
	    fi
	    if test -x /bin/setfont ; then
		echo "Loading console font $CONSOLE_FONT $UMAP $SMAP $PRINTABLE_MAGIC"
		for tty in $KBD_TTY; do
		    # The chvt is not needed for SuSE kernels
		    test "$NON_SUSE_KERNEL" != "yes" || chvt ${tty#*tty}

		    /bin/setfont -C $tty $CONSOLE_FONT $UMAP $SMAP
		    rc_status

		    echo -en "$CONSOLE_MAGIC" > $tty
		done
		test "$NON_SUSE_KERNEL" != "yes" || chvt $FGCONS
		rc_status -v1
	    fi
	fi

	case "$RUNLEVEL" in
	    S|N|1|\#) true ;;
	    *)
	        case $LOCALE_CHARMAP in
		    UTF-8)
		        # Change the keyboard mapping in such a way that the
		        # non-ASCII keys produce UTF-8 encoded multibyte sequences
			# instead of single bytes >= 0x80 in a legacy 8-bit encoding.
		        ( dumpkeys | loadkeys -C "$KBD_TTY" --unicode ) > /dev/null 2>&1
		        ;;
		    *) 
		        ;;
		esac
		dumpkeys=yes
		if type -p cmp > /dev/null 2>&1 && \
		   dumpkeys | cmp -s /etc/defkeymap.map
		then
		   dumpkeys=no
		fi
		if test "$dumpkeys" = "yes" ; then
		    ( dumpkeys > /etc/defkeymap.map ) > /dev/null 2>&1
		    if test ! -z "$KEYMAP" && test "$KEYMAP" != "/etc/defkeymap.map" ; then
		        test ! -e "$KEYMAP" && KEYMAP=$K
			echo $KEYMAP > /etc/defkeymap.name
		    fi
		fi
	esac

	;;
    stop)
	# enable start after stop.
        echo -n "$0 stop"
	rm -f /var/run/keymap
	rc_status -v
	;;
    check|status)
	if test -r /var/run/keymap ; then
	    read current < /var/run/keymap
	    echo "Keymap $current is loaded."
	else
	    rc_failed 3
	fi
	;;
    *)
	echo "Usage: $0 {start|stop|restart|reload|force-reload|status|check}"
	exit 2
	;;
esac
rc_exit
