An utilitary for setting up ACPI Mutex

run_me_koolit.txt

#!/bin/bash
# autor: renatoexpert
# renatorraraujo@gmail.com
# to: ja koolit

# Logging stuff
LOGFILE='bash.log'
tee $LOGFILE < $PIPEFILE &
TEEPID=$!
exec > $PIPEFILE 2>&1

echo 'Welcome Ja Koolit'

# -------------------------------------------
# step 1 : getting board vendor and name info
# -------------------------------------------

binfo_dir='/sys/class/dmi/id/' # where to get info we need
vendorstr=$binfo_dir'board_vendor'
namestr=$binfo_dir'board_name'
source_file='asus-ec-sensors.c'

echo 'Looking for board vendor at '$vendorstr
vendor_res=$(cat vendorstr)
echo 'Result: '$vendor_res

echo 'Looking for board name at '$namestr
name_res=$(cat $namestr)
echo 'Result: '$name_res

if [ $1='test' ]; then
	echo "Runing as test..."
	vendor_res="test-vendor"
	name_res="test-name"
fi

# -------------------------------------------
# step 2 : defining sensors
# -------------------------------------------

possible_sensors=("SENSOR_SET_TEMP_CHIPSET_CPU_MB" "SENSOR_TEMP_VRM" "SENSOR_TEMP_T_SENSOR" "SENSOR_FAN_CHIPSET" "SENSOR_CURR_CPU" "SENSOR_IN_CPU_CORE" "SENSOR_SET_TEMP_WATER" "SENSOR_FAN_CPU_OPT" "SENSOR_FAN_WATER_FLOW")
desired_sensors=()

add_sensor() {
	echo -e "Adding "$1" on config\n";
	desired_sensors+=($1);
}

ask_sensor () {
	while true; do
		read -p "Does it have "$1"?(y/n)[n]" yn
		case $yn in
			[Yy]* ) 
				add_sensor $1
				break
				;;
			"" | [Nn]* ) 
				echo -e "Skipping\n"
				break
				;;
			* ) 
				echo "Please answer only with y/n"
				;;
		esac
	done
}

setup_sensors () {
for i in ${!possible_sensors[@]}; do
	ask_sensor ${possible_sensors[$i]}
	echo "Choosed sensors: "${desired_sensors[@]}
done
}

echo 'Sensors configuration'
setup_sensors

# -------------------------------------------
# step 3 : backing up
# -------------------------------------------

echo -n "Backing up original source... "
source_name="asus-ec-sensors.c"
backup_name=$source_name".bkp"
cp $source_name $backup_name
echo "Done!"

# -------------------------------------------
# step 4 : confirmation
# -------------------------------------------

printf "\n\tCheck current configuration\n"
echo "Target file: "$source_name
echo "Vendor: "$vendor_res
echo "Model: "$name_res
echo "Sensors: "
for i in ${!desired_sensors[@]}; do
	echo -e "\t${desired_sensors[$i]}"
done

read -p "Write on source code? Say 'yes' or operation will be aborted: " confirm
if [ $confirm != "yes" ]
then
	exit
fi

# -------------------------------------------
# step 5 : change into source
# -------------------------------------------


# reference example i got from source code
#  DMI_EXACT_MATCH_BOARD(VENDOR_ASUS_UPPER_CASE, "ROG STRIX X570-E GAMING",                                            SENSOR_SET_TEMP_CHIPSET_CPU_MB |                      SENSOR_TEMP_T_SENSOR |                                SENSOR_TEMP_VRM | SENSOR_FAN_CHIPSET |                SENSOR_CURR_CPU | SENSOR_IN_CPU_CORE),  

echo "Generating code..."
sensors_definitive=$(echo -n ${desired_sensors[@]} | sed 's/ / | /g')
complete_name=$(echo -n "$vendor_res $name_res")
trix_code=$(printf "DMI_EXACT_MATCH_BOARD(VENDOR_ASUS_UPPER_CASE, \"$complete_name\", $sensors_definitive),")
echo $trix_code

echo "Writing on source..."

tracker='DMI_EXACT_MATCH_BOARD(VENDOR'
sum=$(echo -n $trix_code $tracker)
sed -i "0,/$tracker/{s/$tracker/$sum/}" $source_file
echo "Wrote!"

# -------------------------------------------
# step 6 : compiling
# -------------------------------------------

make

echo "Everything done!"
exec 1>&- 2>&-
wait $TEEPID

exit