20250408在荣品的PRO-RK3566开发板使用Rockchip原厂的buildroot系统时拿掉经常出现的list-iodomain.sh警告信息

南棱笑笑生2025-04-09 6:07

root@rk3566-buildroot:/usr/bin# vi list-iodomain.sh

root@rk3566-buildroot:/usr/bin# sync

【最后】

#chk_env

#get_chip_id $1

#echo_msg "Get CHIP ID: $CHIP_ID"

#get_iodomain_val

20250408在荣品的PRO-RK3566开发板使用Rockchip原厂的buildroot系统时拿掉经常出现的list-iodomain.sh警告信息

2025/4/8 17:49

缘起，使用荣品的PRO-RK3566开发板，刷Rockchip原厂的buildroot系统时，经常会出现让你检查vccio电源/电压的警告信息。

root@rk3566-buildroot:/usr/bin# /bin/list-iodomain.sh version: V1.0.1
Get CHIP ID: rk356x
XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
XXXXXXXXXX PLEASE CHECK IO-DOMAIN !!!!!!!!!!!!!!!
XXXXXXXXXX 请务必检查IO电源域配置 !!!!!!!!!!!!!!!
XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
Get IO DOMAIN VALUE:
XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
注意事项：PMUIO1/PMUIO2 固定不可配
VCCIO2电平由硬件FLASH_VOL_SEL决定:
当VCCIo2供电是1.8V,则FLASH_VOL_SEL管脚必须保持为高电平;
当VCCIO2供电是3.3V,则FLASH_VOL_SEL管脚必须保持为低电平;
XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
pmuio2_vsel: 3.3V
vccio7_vsel: 3.3V
vccio6_vsel: 1.8V
vccio5_vsel: 3.3V
vccio4_vsel: 3.3V
vccio3_vsel: 3.3V
vccio2_vsel: 3.3V
io1_vsel: 3.3V
XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX

root@rk3566-buildroot:/usr/bin#

root@rk3566-buildroot:/usr/bin# /bin/list-iodomain.sh version: V1.0.1

Get CHIP ID: rk356x

XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX

XXXXXXXXXX PLEASE CHECK IO-DOMAIN !!!!!!!!!!!!!!!

XXXXXXXXXX 请务必检查IO电源域配置 !!!!!!!!!!!!!!!

XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX

Get IO DOMAIN VALUE:

XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX

注意事项：PMUIO1/PMUIO2 固定不可配

VCCIO2电平由硬件FLASH_VOL_SEL决定:

当VCCIo2供电是1.8V,则FLASH_VOL_SEL管脚必须保持为高电平;

当VCCIO2供电是3.3V,则FLASH_VOL_SEL管脚必须保持为低电平;

XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX

pmuio2_vsel: 3.3V

vccio7_vsel: 3.3V

vccio6_vsel: 1.8V

vccio5_vsel: 3.3V

vccio4_vsel: 3.3V

vccio3_vsel: 3.3V

vccio2_vsel: 3.3V

vccio1_vsel: 3.3V

XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX

root@rk3566-buildroot:/usr/bin#

root@rk3566-buildroot:/usr/bin#

root@rk3566-buildroot:/usr/bin# ll *.sh

-rwxr-xr-x 1 root root 27332 Apr 7 2025 anytovcd.sh*

-rwxr-xr-x 1 root root 4895 Apr 7 2025 determine_maximum_mpps.sh*

-rwxr-xr-x 1 root root 2594 Apr 7 2025 lav2avi.sh*

-rwxr-xr-x 1 root root 26667 Apr 7 2025 lavtc.sh*
-rwxr-xr-x 1 root root 10759 Apr 7 2025 list-iodomain.sh*

-rwxr-xr-x 1 root root 1814 Oct 22 2024 power-key.sh*

-rwxr-xr-x 1 root root 252 Apr 7 2025 restart_rknn.sh*

-rwxr-xr-x 1 root root 71 Apr 7 2025 start_rknn.sh*

-rwxr-xr-x 1 root root 530 Apr 7 2025 weston-calibration-helper.sh*

-rwxr-xr-x 1 root root 284 Apr 7 2025 wifi-connect.sh*

-rwxr-xr-x 1 root root 395 Apr 7 2025 wifi_ap6xxx_rftest.sh*

-rwxr-xr-x 1 root root 4878 Apr 7 2025 wifibt-init.sh*

-rwxr-xr-x 1 root root 3995 Apr 7 2025 wifibt-util.sh*

root@rk3566-buildroot:/usr/bin#

root@rk3566-buildroot:/usr/bin#
root@rk3566-buildroot:/usr/bin# vi list-iodomain.sh
root@rk3566-buildroot:/usr/bin# sync

#!/bin/sh

$1 is chip

CHIP_ID=""

HIGH_LEVEL="3.3V" # get from chip trm

LOW_LEVEL="1.8V" # get from chip trm

TOOL_HEXDUMP="NO"

VERSION="V1.0.1"

program_name="$0"

function help_msg()

{

echo "Please input chip."

echo "$program_name <chip>"

echo "chip: rv1126,rv1109,rk3308,rk3308b,rk3308bs"

exit 0

}

function echo_msg()

{

echo -e "\e[1;31m $1 \e[0m"

}

function get_reg()

{

if [ -n "$1" ]; then

_val=`io -4 -r $1`

_val=`echo ${_val##*:}`

_val=`echo 0x${_val}`

echo "$_val"

else

echo "get register error."

exit -1

fi

}

function print_val()

{

tag="$2"

if [ (( 1 )) -eq 0 ];then

echo_msg "tag HIGH_LEVEL"

else

echo_msg "tag LOW_LEVEL"

fi

}

function list_iodomain_rv1126_rv1109()

{

iodomain_val=`get_reg 0xFE020140`

pmuio1_vsel=$(( 0x1 << 9 ))

pmuio0_vsel=$(( 0x1 << 8 ))

vccio7_vsel=$(( 0x1 << 7 ))

vccio6_vsel=$(( 0x1 << 6 ))

vccio5_vsel=$(( 0x1 << 5 ))

vccio4_vsel=$(( 0x1 << 4 ))

vccio3_vsel=$(( 0x1 << 3 ))

vccio2_vsel=$(( 0x1 << 2 ))

vccio1_vsel=$(( 0x1 << 1 ))

flash_vosel=$(( 0x1 << 0 ))

print_val (( iodomain_val & $pmuio1_vsel )) "pmuio1_vsel:"

print_val (( iodomain_val & $pmuio0_vsel )) "pmuio0_vsel:"

print_val (( iodomain_val & $vccio7_vsel )) "vccio7_vsel:"

print_val (( iodomain_val & $vccio6_vsel )) "vccio6_vsel:"

print_val (( iodomain_val & $vccio5_vsel )) "vccio5_vsel:"

print_val (( iodomain_val & $vccio4_vsel )) "vccio4_vsel:"

print_val (( iodomain_val & $vccio3_vsel )) "vccio3_vsel:"

print_val (( iodomain_val & $vccio2_vsel )) "vccio2_vsel:"

if [ (( iodomain_val & $flash_vosel )) -eq 0 ];then

read iomux

gpio0b3_iomux_val=`get_reg 0xFE020008`

gpio0b3_iomux_val_off=$(( 0x1 << 12 ))

if [ (( gpio0b3_iomux_val & $gpio0b3_iomux_val_off )) -eq 0 ];then

read gpio data direction

gpio0b3_data_direction_val=`get_reg 0xFF460008`

gpio0b3_data_direction_val_off=$(( 0x1 << 11 ))

if [ (( gpio0b3_data_direction_val & $gpio0b3_data_direction_val_off )) -eq 0 ];then

read gpio data register

gpio0b3_data_reg_val=`get_reg 0xFF460070`

gpio0b3_data_reg_val_off=$(( 0x1 << 11 ))

print_val (( gpio0b3_data_reg_val & $gpio0b3_data_reg_val_off )) "vccio1_vsel:"

else

echo "Check vccio1_vsel error!!!"

fi

else

echo "Check vccio1_vsel error!!!"

fi

fi

if [ (( iodomain_val & $flash_vosel )) -eq 1 ];then

print_val (( iodomain_val & $vccio1_vsel )) "vccio1_vsel:"

fi

}

function list_iodomain_rk3308_rk3308b_rk3308bs()

{

iodomain_val=`get_reg 0xFF000300`

flash_vosel=$(( 0x1 << 8 ))

vccio5_vsel=$(( 0x1 << 5 ))

vccio4_vsel=$(( 0x1 << 4 ))

vccio3_vsel=$(( 0x1 << 3 ))

vccio2_vsel=$(( 0x1 << 2 ))

vccio1_vsel=$(( 0x1 << 1 ))

vccio0_vsel=$(( 0x1 << 0 ))

if [ (( iodomain_val & flash_vosel )) -eq (( 0x1 << 8 )) ];then

print_val (( iodomain_val & $vccio5_vsel )) "vccio5_vsel:"

print_val (( iodomain_val & $vccio4_vsel )) "vccio4_vsel:"

print_val (( iodomain_val & $vccio3_vsel )) "vccio3_vsel:"

print_val (( iodomain_val & $vccio2_vsel )) "vccio2_vsel:"

print_val (( iodomain_val & $vccio1_vsel )) "vccio1_vsel:"

print_val (( iodomain_val & $vccio0_vsel )) "vccio0_vsel:"

fi

if [ (( iodomain_val & $flash_vosel )) -eq 0 ];then

read iomux

gpio0a4_iomux_val=`get_reg 0xFF000000`

gpio0a4_iomux_val_off=$(( 0x1 << 8 ))

if [ (( gpio0a4_iomux_val & $gpio0a4_iomux_val_off )) -eq 0 ];then

read gpio data direction

gpio0a4_data_direction_val=`get_reg 0xFF220004`

gpio0a4_data_direction_val_off=$(( 0x1 << 4 ))

if [ (( gpio0a4_data_direction_val & $gpio0b3_data_direction_val_off )) -eq 0 ];then

read gpio data register

gpio0a4_data_reg_val=`get_reg 0xFF220050`

gpio0a4_data_reg_val_off=$(( 0x1 << 4 ))

print_val (( iodomain_val & $vccio5_vsel )) "vccio5_vsel:"

print_val (( iodomain_val & $vccio4_vsel )) "vccio4_vsel:"

print_val (( gpio0a4_data_reg_val & $gpio0a4_data_reg_val_off )) "vccio3_vsel:"

print_val (( iodomain_val & $vccio2_vsel )) "vccio2_vsel:"

print_val (( iodomain_val & $vccio1_vsel )) "vccio1_vsel:"

print_val (( iodomain_val & $vccio0_vsel )) "vccio0_vsel:"

else

echo "Check vccio1_vsel error!!!"

fi

else

echo "Check vccio1_vsel error!!!"

fi

fi

}

function list_iodomain_rk3326_rk3326s()

{

iodomain0_val=`get_reg 0xFF140180`

iodomain1_val=`get_reg 0xFF010100`

pmuio2_vsel=$(( 0x1 << 15 ))

pmuio1_vsel=$(( 0x1 << 14 ))

vccio5_vsel=$(( 0x1 << 6 ))

vccio4_vsel=$(( 0x1 << 5 ))

vccio3_vsel=$(( 0x1 << 4 ))

vccio2_vsel=$(( 0x1 << 3 ))

vccio1_vsel=$(( 0x1 << 2 ))

print_val (( iodomain1_val & $pmuio2_vsel )) "pmuio2_vsel:"

print_val (( iodomain1_val & $pmuio1_vsel )) "pmuio1_vsel:"

print_val (( iodomain0_val & $vccio5_vsel )) "vccio5_vsel:"

print_val (( iodomain0_val & $vccio4_vsel )) "vccio4_vsel:"

print_val (( iodomain0_val & $vccio3_vsel )) "vccio3_vsel:"

print_val (( iodomain0_val & $vccio2_vsel )) "vccio2_vsel:"

print_val (( iodomain0_val & $vccio1_vsel )) "vccio1_vsel:"

}

function list_iodomain_rk3566_rk3568()

{

iodomain0_val=`get_reg 0xFDC20140`

iodomain1_val=`get_reg 0xFDC20144`

iodomain2_val=`get_reg 0xFDC20148`

pmuio2_vsel=$(( 0x1 << 1 ))

vccio7_vsel=$(( 0x1 << 7 ))

vccio6_vsel=$(( 0x1 << 6 ))

vccio5_vsel=$(( 0x1 << 5 ))

vccio4_vsel=$(( 0x1 << 4 ))

vccio3_vsel=$(( 0x1 << 3 ))

vccio2_vsel=$(( 0x1 << 2 ))

vccio1_vsel=$(( 0x1 << 1 ))

print_val (( iodomain2_val & $pmuio2_vsel )) "pmuio2_vsel:"

print_val (( iodomain0_val & $vccio7_vsel )) "vccio7_vsel:"

print_val (( iodomain0_val & $vccio6_vsel )) "vccio6_vsel:"

print_val (( iodomain0_val & $vccio5_vsel )) "vccio5_vsel:"

print_val (( iodomain0_val & $vccio4_vsel )) "vccio4_vsel:"

print_val (( iodomain0_val & $vccio3_vsel )) "vccio3_vsel:"

print_val (( iodomain0_val & $vccio2_vsel )) "vccio2_vsel:"

print_val (( iodomain0_val & $vccio1_vsel )) "vccio1_vsel:"

}

function chk_rv1126_rv1109()

{

nvem_path="/sys/bus/nvmem/devices/rockchip-otp0/nvmem"

iff=`hexdump -C $nvem_path | grep -Ew "00000000 52 56 11 26|00000000 52 56 11 09"`

if [ -n "$iff" ]; then

CHIP_ID=rv1126_rv1109

HIGH_LEVEL="3.3V"

LOW_LEVEL="1.8V"

return 0

fi

return 1

}

function chk_rk3308_rk3308b_rk3308bs()

{

nvem_path="/sys/bus/nvmem/devices/rockchip-otp0/nvmem"

iff=`hexdump -C $nvem_path | grep -Ew "00000000 52 4b 33 08"`

if [ -n "$iff" ]; then

CHIP_ID=rk3308

HIGH_LEVEL="3.3V"

LOW_LEVEL="1.8V"

return 0

fi

return 1

}

function chk_rk3326_rk3326s()

{

nvem_path="/sys/bus/nvmem/devices/rockchip-otp0/nvmem"

iff=`hexdump -C $nvem_path | grep -Ew "00000000 52 4b 33 26"`

if [ -n "$iff" ]; then

CHIP_ID=rk3326

HIGH_LEVEL="3.3V"

LOW_LEVEL="1.8V"

return 0

fi

return 1

}

function chk_rk3566_rk3568()

{

nvem_path="/sys/bus/nvmem/devices/rockchip-otp0/nvmem"

iff=`hexdump -C $nvem_path | grep -Ew "00000000 52 4b 35 68|00000000 52 4b 35 66"`

if [ -n "$iff" ]; then

CHIP_ID=rk356x

HIGH_LEVEL="3.3V"

LOW_LEVEL="1.8V"

return 0

fi

return 1

}

function get_chip_id()

{

if error, exit -1

if [ "$TOOL_HEXDUMP" = "YES" ];then

if check otp success, just return CHIP_ID and ignore $1

chk_rv1126_rv1109

if [ $? -eq 0 ];then

return 0

fi

chk_rk3308_rk3308b_rk3308bs

if [ $? -eq 0 ];then

return 0

fi

chk_rk3326_rk3326s

if [ $? -eq 0 ];then

return 0

fi

chk_rk3566_rk3568

if [ $? -eq 0 ];then

return 0

fi

fi

if check otp failed, check CHIP_ID with $1

case "$1" in

rv1126|rv1109|RV1126|RV1109)

chip_id=`io -4 -r 0XFE000110 | grep -w 00001109`

if [ ? -eq 0 -a -n "chip_id" ]; then

CHIP_ID=rv1126_rv1109

HIGH_LEVEL="3.3V"

LOW_LEVEL="1.8V"

return 0

fi

;;

rk3308bs|RK3308BS)

chip_id=`io -4 -r 0XFF000800 | grep -w 0003308c`

if [ ? -eq 0 -a -n "chip_id" ]; then

CHIP_ID=$1

HIGH_LEVEL="3.3V"

LOW_LEVEL="1.8V"

return 0

fi

;;

rk3308b|RK3308B)

chip_id=`io -4 -r 0XFF000800 | grep -w 00003308`

if [ ? -eq 0 -a -n "chip_id" ]; then

CHIP_ID=$1

HIGH_LEVEL="3.3V"

LOW_LEVEL="1.8V"

return 0

fi

;;

rk3308|RK3308)

chip_id=`io -4 -r 0XFF000800 | grep -w 00000cea`

if [ ? -eq 0 -a -n "chip_id" ]; then

CHIP_ID=$1

HIGH_LEVEL="3.3V"

LOW_LEVEL="1.8V"

return 0

fi

;;

rk3326|RK3326)

chip_id=`io -4 -r 0XFF140800 | grep -w 00003326`

if [ ? -eq 0 -a -n "chip_id" ]; then

CHIP_ID=$1

HIGH_LEVEL="3.3V"

LOW_LEVEL="1.8V"

return 0

fi

;;

rk3326s|RK3326S)

chip_id=`io -4 -r 0XFF140800 | grep -w 00003326`

if [ ? -eq 0 -a -n "chip_id" ]; then

CHIP_ID=$1

HIGH_LEVEL="3.3V"

LOW_LEVEL="1.8V"

return 0

fi

;;

rk3566|rk3568|RK3566|RK3568)

chip_id=`io -4 -r 0XFDC60800 | grep -w 00003566`

if [ ? -eq 0 -a -n "chip_id" ]; then

CHIP_ID=$1

HIGH_LEVEL="3.3V"

LOW_LEVEL="1.8V"

return 0

fi

;;

*)

help_msg

;;

esac

echo "Not found CHIP_ID...exit!!!"

exit 0

}

input parameter

CHIP_ID --> rv1126,rk3308,rk3308b,rk3308bs,rk3566,rk3568

HIGH_LEVEL --> "3.3V"

LOW_LEVEL --> "1.8V"

function get_iodomain_val()

{

if error, exit -1

echo_msg "XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX"

echo_msg "XXXXXXXXXX PLEASE CHECK IO-DOMAIN !!!!!!!!!!!!!!!"

echo_msg "XXXXXXXXXX 请务必检查IO电源域配置 !!!!!!!!!!!!!!!"

echo_msg "XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX"

echo_msg "Get IO DOMAIN VALUE:"

case "$CHIP_ID" in

rv1126|rv1109|RV1126|RV1109|rv1126_rv1109|RV1126_RV1109)

list_iodomain_rv1126_rv1109

;;

rk3308bs|rk3308b|rk3308|RK3308BS|RK3308B|RK3308)

list_iodomain_rk3308_rk3308b_rk3308bs

;;

rk3326|rk3326s|RK3326|RK3326)

list_iodomain_rk3326_rk3326s

;;

rk3566|rk3568|rk356x|RK3566|RK3568|RK356X)

echo_msg "XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX"

echo_msg "注意事项：PMUIO1/PMUIO2 固定不可配"

echo_msg "VCCIO2电平由硬件FLASH_VOL_SEL决定:"

echo_msg "当VCCIo2供电是1.8V,则FLASH_VOL_SEL管脚必须保持为高电平;"

echo_msg "当VCCIO2供电是3.3V,则FLASH_VOL_SEL管脚必须保持为低电平;"

echo_msg "XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX"

list_iodomain_rk3566_rk3568

;;

*)

help_msg

;;

esac

echo_msg "XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX"

exit 0

}

function chk_env()

{

echo_msg "0 version: VERSION"

if error, exit -1

which io >/dev/null 2>/dev/null

if [ $? -ne 0 ]; then

echo_msg "install io command first!!!"

exit -1

fi

which hexdump >/dev/null 2>/dev/null

if [ $? -eq 0 ]; then

TOOL_HEXDUMP="YES"

fi

}

if [ "1" = "-h" -o "1" = "--help" ]; then

help_msg

fi
#chk_env
#get_chip_id 1 #echo_msg "Get CHIP ID: CHIP_ID"
#get_iodomain_val

感觉 Rockchip原厂的buildroot系统 有一个守护进程在定时/定期调用脚本：/bin/list-iodomain.sh。

因此我使用vi一改，那个红色打印马上/立马消失了！

rootroot@rootroot-X99-Turbo:~/RK3566_RK3568_Linux5.10_V1.2.0 rootroot@rootroot-X99-Turbo:\~/RK3566_RK3568_Linux5.10_V1.2.0 find . -name list-iodomain.sh

./buildroot/output/rockchip_rk3566/build/rkscript/list-iodomain.sh

./buildroot/output/rockchip_rk3566/target/usr/bin/list-iodomain.sh

./buildroot/output/rockchip_rk3566_recovery/build/rkscript/list-iodomain.sh

./buildroot/output/rockchip_rk3566_recovery/target/usr/bin/list-iodomain.sh
./external/rkscript/list-iodomain.sh

rootroot@rootroot-X99-Turbo:~/RK3566_RK3568_Linux5.10_V1.2.0$

参考资料：

BING：/bin/list-iodomain.sh version: V1.0.1

https://blog.csdn.net/qq_28877125/article/details/136289103

【泰山派RK3566】Buildroot SDK 使用记录（一）

该脚本的地址就是：/usr/bin/list-iodomain.sh

把最后三行注释掉，如下：

if [ "1" = "-h" -o "1" = "--help" ]; then

help_msg

fi
#chk_env
#get_chip_id 1 #echo_msg "Get CHIP ID: CHIP_ID"
#get_iodomain_val

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