#!/bin/sh

case "$1" in

save)

	/etc/scripts/dbsave.sh

	;

freset)

	devconf del

	;

isfreset)

	SIZE=`devconf dump | scut -p "Data size :" -f 1`

	if [ "$SIZE" = "0" ]; then

		echo "YES"

	else

		echo "NO"

	fi

	;

init)

	if [ $# -lt 7 ]; then

		echo "Usage:"

		echo "  mfc init <lanmac> <wanmac> <hwrev> <countrycode> <deviceip> <pin> [lanmac2]"

		exit 1

	fi

	LANMAC=`echo -e $2 | tr [A-Z] [a-z]`

	WANMAC=`echo -e $3 | tr [A-Z] [a-z]`

	HWREV=`echo -e $4 | tr [A-Z] [a-z]`

	CCODE="$5"

	IP="$6"

	PIN="$7"

	LANMAC2=`echo -e $8 | tr [A-Z] [a-z]`

	[ "$LANMAC" != "" ] && DEVDATA="$DEVDATA -e lanmac=$LANMAC -e wlanmac=$LANMAC"

	[ "$WANMAC" != "" ] && DEVDATA="$DEVDATA -e wanmac=$WANMAC"

	[ "$CCODE" = "" ] && CCODE="US"

	[ "$PIN" != "" ] && DEVDATA="$DEVDATA -e pin=$PIN"

	[ "$LANMAC2" != "" ] && DEVDATA="$DEVDATA -e lanmac2=$LANMAC2"

	echo "devdata set -e countrycode=$CCODE -e hwrev=$HWREV $DEVDATA -f" > /dev/console

	devdata set -e countrycode=$CCODE -e hwrev=$HWREV $DEVDATA -f

	# Save wireless MAC address to EEPROM

	M1=`echo $LANMAC | cut -d: -f1`

	M2=`echo $LANMAC | cut -d: -f2`

	M3=`echo $LANMAC | cut -d: -f3`

	M4=`echo $LANMAC | cut -d: -f4`

	M5=`echo $LANMAC | cut -d: -f5`

	M6=`echo $LANMAC | cut -d: -f6`

	iwpriv ra0 e2p 04=$M2$M1

	iwpriv ra0 e2p 06=$M4$M3

	iwpriv ra0 e2p 08=$M6$M5

	# Set MAC Address and IP Address into u-boot config.

	[ "$LANMAC" != "" ] && UBCFG="$UBCFG ethaddr=$LANMAC"

	[ "$IP" != "" ] && UBCFG="$UBCFG ipaddr=$IP"

	echo "ubcfg set $UBCFG" > /dev/console

	ubcfg set $UBCFG

	# Show devdata and uboot data

	echo "-------- devdata dump ----------------------" > /dev/console

	devdata dump > /dev/console

	echo "-------- ubcfg get ethaddr ipaddr-----------" > /dev/console

	ubcfg get ethaddr ipaddr > /dev/console

	echo "--------------------------------------------" > /dev/console

	;

evm)

	if [ $# -ne 10 ]; then

		echo "Usage:"

		echo "  mfc evm <INF> <ATETXFREQOFFSET> <ATETXMODE> <ATETXMCS> <ATETXBW> <ATETXLEN> <ATECHANNEL> <ATETXANT> <ATETXPOW0>"

		exit 1

	fi

	INF=$2

	iwpriv $INF set ATE=ATESTART

	iwpriv $INF set ATEDA=FF:FF:FF:FF:FF:FF

	iwpriv $INF set ATETXGI=0

	iwpriv $INF set ATETXLEN=$7

	iwpriv $INF set ATETXCNT=1000000

	iwpriv $INF set ATETXANT=$9

	iwpriv $INF set ATECHANNEL=$8

	iwpriv $INF set ATETXMODE=$4

	iwpriv $INF set ATETXMCS=$5

	iwpriv $INF set ATETXBW=$6

	iwpriv $INF set ATETXPOW0=${10}

	iwpriv $INF set ATETXFREQOFFSET=$3

	iwpriv $INF set ATEIPG=200

	iwpriv $INF set ATE=TXFRAME

	;

wlan24)

	DATPATH="/var/run/RT2860.dat"

	cp /etc/scripts/mfc/RT2860_MFC.dat $DATPATH

	echo "" >> $DATPATH

	case "$4" in

	"HT20")

		echo "HT_BW=0" >> $DATPATH

		;

	"HT40")

		echo "HT_BW=1" >> $DATPATH

		echo "HT_EXTCHA=1" >> $DATPATH

		;

	esac

	echo "Channel=$3" >> $DATPATH

	echo "SSID=$2" >> $DATPATH

	killall hostapd

	ifconfig ra0 down

	brctl delif br0 ra0

	rmmod rt2860v2_ap

	insmod /lib/modules/rt2860v2_ap.ko

	ifconfig ra0 txqueuelen 1000

	ifconfig ra0 up

	brctl addif br0 ra0

	brctl setbwctrl br0 ra0 900

	echo 1 > /proc/net/br_forward_br0

	;

set_11n)

	case $2 in

	disable)

		devdata set -e bgonly=1

		;

	enable)

		devdata del -e bgonly

		;

	esac

	;

get_11n)

	BGONLY=`devdata get -e bgonly`

	if [ "$BGONLY" = "1" ]; then

		echo "disable"

	else

		echo "enable"

	fi

	;

dump)

	devdata dump

	;

ver)

	echo Ver `cat /etc/config/buildver` Build `cat /etc/config/buildno`

	;

get)

	[ "$2" != "" ] && devdata get -e $2

	;

test)

	case $2 in

	on)

		usockc /var/gpio_ctrl DEBUG

		;

	off)

		usockc /var/gpio_ctrl NODEBUG

		;

	esac

	;

layout)

	case $2 in

		router)

		brctl delif br0 eth2.2

		;

		bridge)

		brctl addif br0 eth2.2

		;

		esac

		;

button)

	case $2 in

	reset)

		usockc /var/gpio_ctrl GPIO_FRESET

		cat /var/gpio_ctrl_result

		;

	wps)

		usockc /var/gpio_ctrl GPIO_WPSPBC

		cat /var/gpio_ctrl_result

		;

	esac

	;

led)

	case "$2" in

	wps_blue)

		usockc /var/gpio_ctrl WPS_BLUE

		;

	wps_off)

		usockc /var/gpio_ctrl WPS_NONE

		;

#	wps_red)

#		usockc /var/gpio_ctrl WPS_RED

#		;

	status_green)

		usockc /var/gpio_ctrl STATUS_GREEN

		;

	status_off)

		usockc /var/gpio_ctrl STATUS_AMBER

		;

	esac

	;

*)

	echo "Usage: mfc {command} <params> [options]"

	echo "Commands:"

	echo "  init <lanmac> <wanmac> <hwrev> <countrycode> <deviceip> <pin> [lanmac2]"

	echo "                           Init flash"

	echo "  save                     Save current setting to flash"

	echo ""

	echo "  evm <INF> <ATETXFREQOFFSET> <ATETXMODE> <ATETXMCS> <ATETXBW> <ATETXLEN>"

	echo "       <ATECHANNEL> <ATETXANT> <ATETXPOW0> <ATETXPOW1>"

	echo "                           save ATE wireless parameters for 5GHz or 2.4GHz band"

	echo ""

	echo "  wlan24 <ssid> <channel> <bandwidth>"

	echo "                           Config the wireless setting for testing."

	echo "                           Where the 'bandwidth' should be the value of 'HT20' or 'HT40'."

	echo "  set_11n {enable|disable} Enable/disable 802.11n mode."

	echo "  get_11n                  Get 802.11n enabled or disabled."

	echo "  dump                     Dump environment vairables."

	echo "  ver                      Show firmware version"

	echo ""

	echo "  get <name>               Get current WAN mac address"

	echo "  freset                   Factory reset"

	echo "  isfreset                 Check if the device is reset to factory default."

	echo ""

	echo "  test on                  turn on test mode"

	echo "  test off                 turn off test mode"

	echo ""

	echo "  button {reset|wps}"

	echo "      reset                Get factory reset button status."

	echo "      wps                  Get WPS button status."

	echo ""

	echo "  led {wps_blue|status_green|status_amber|inet_green|inet_amber}"

	echo "      wps_blue             Turn on WPS blue led."

	echo "      wps_off	             Turn off WPS blue led."

#	echo "      wps_red              Turn on WPS red led."

	echo "      status_green         Turn on power/status green led."

	echo "      status_off	         Turn off power/status green led."

	;

esac