dwm/dwm_status
2019-05-27 21:54:21 +02:00

149 lines
4.3 KiB
Bash
Executable File

#!/bin/bash
#function get_bytes {
#interface=$(ip route get 8.8.8.8 2>/dev/null| awk '{print $5}')
#line=$(grep $interface /proc/net/dev | cut -d ':' -f 2 | awk '{print "received_bytes="$1, "transmitted_bytes="$9}')
#eval $line
#now=$(date +%s%N)
#}
#
## Function which calculates the speed using actual and old byte number.
## Speed is shown in KByte per second when greater or equal than 1 KByte per second.
## This function should be called each second.
#
#function get_velocity {
#value=$1
#old_value=$2
#now=$3
#}
testweather() {
[ "$(stat -c %y "/tmp/weatherreport" 2>/dev/null | cut -d' ' -f1)" != "$(date '+%Y-%m-%d')" ] && ping -q -c 1 1.1.1.1 >/dev/null && curl -s "wttr.in/$location" > "/tmp/weatherreport" && notify-send "🌞 Weather" "New weather forecast for today."
printf "%s" "$(sed '16q;d' "/tmp/weatherreport" | grep -wo "[0-9]*%" | sort -n | sed -e '$!d' | sed -e "s/^/☔ /g" | tr -d '\n')" && sed '13q;d' "/tmp/weatherreport" | grep -o "m\\(-\\)*[0-9]\\+" | sort -n -t 'm' -k 2n | sed -e 1b -e '$!d' | tr '\n|m' ' ' | awk '{print " ❄️",$1 "°","🌞",$2 "°"}'
}
print_volume() {
[ "$(pulsemixer --get-mute)" = "1" ] && printf "" && exit
vol=$(pulsemixer --get-volume | awk '{print $1}')
printf "%s%%\\n" "$vol"
}
print_wifi()
{
# ESSID="`iw dev wlan0 link | grep SSID| sed -r 's/SSID://' | sed -e 's/^[ \t]*//'`"
# if test -z "$ESSID"
# then
# echo -e ""
# else
# echo -e " $ESSID"
# fi
[ "$(cat /sys/class/net/w*/operstate)" = 'down' ] && wifiicon="📡"
[ ! -n "${wifiicon+var}" ] && wifiicon=$(grep "^\s*w" /proc/net/wireless | awk '{ print "", int($3 * 100 / 70) "%" }')
printf "%s %s" "$wifiicon" "$(cat /sys/class/net/e*/operstate | sed "s/down//;s/up//")"
}
print_temp(){
echo -e "$(sensors | awk '/Core 0/ {print $3}') +$(nvidia-smi -q -d temperature | grep -i "GPU Current" |sed -r 's/GPU Current Temp ://'| sed -r 's/ C//' |sed -e 's/^[ \t]*//').0°C"
}
print_date(){
echo -e "$(date +"%m-%e %H:%M")"
}
print_mail(){
RESULT=$(echo "$(du -a ~/.mailbox/*/inbox/new/* 2>/dev/null | sed -n '$=')$(cat /tmp/imapsyncicon_$USER 2>/dev/null)")
if [ -z $RESULT ]; then
echo "0"
else
echo "$(du -a ~/.mailbox/*/inbox/new/* 2>/dev/null | sed -n '$=')$(cat /tmp/imapsyncicon_$USER 2>/dev/null)"
fi
}
batLevel() {
# Find the battery level
hash acpi || return 0
onl="$(acpi -V | grep "on-line")"
charge="$(cat /sys/class/power_supply/BAT*/capacity)"
# Determine battery glyph by percentage range
if [[ -z $onl && ${charge} -gt 80 ]]; then
echo -e "${charge}%"
elif [[ -z $onl && ${charge} -le 80 && ${charge} -gt 60 ]]; then
echo -e "${charge}%"
elif [[ -z $onl && ${charge} -le 60 && ${charge} -gt 40 ]]; then
echo -e "${charge}%"
elif [[ -z $onl && ${charge} -le 40 && ${charge} -gt 20 ]]; then
echo -e "${charge}%"
elif [[ -z $onl && ${charge} -le 20 ]]; then
echo -e "${charge}%"
# If charging, use animated glyph
else
echo -e ""
fi
}
usageData() {
# Calculate CPU percentage
read cpu a b c pi rest < /proc/stat
pt=$((a+b+c+pi))
sleep 0.1
read cpu a b c i rest < /proc/stat
t=$((a+b+c+i))
cpuUse=$((100*( (t-pt) - (i-pi) ) / (t-pt) ))
# Find RAM use
# As "A/B"
ramUseA=$(free -m -h | grep Mem | awk '{print $3"/"$2}')
# As percentage
ramPer=$(free -m | grep Mem | awk '{print 100*($3/$2)}')
ramUseB="${ramPer%.*}"
echo -e "$cpuUse%  $ramUseB%"
}
echo AUTOSTART
feh --bg-fill $HOME/.wall.jpg &
xset s off -dpms&
xset b off&
xset s off&
xset -dpms&
redshift -l 52.2327:18.3036 -t 6500:3200&
nm-applet --sm-disable&
/usr/local/bin/st -e "tmux-my"&
"/mnt/mega/Systems/Gentoo/apps/KeePass.AppImage"&
megasync&
dunst -config&
/usr/bin/ibus-daemon -d&
sh /home/yorune/.xsessionrc&
keepassxc&
transmission-daemon&
teamviewer&
getforecast&
while true
do
# Get new transmitted, received byte number values and current time
get_bytes
# Calculates speeds
vel_recv=$(get_velocity $received_bytes $old_received_bytes $now)
vel_trans=$(get_velocity $transmitted_bytes $old_transmitted_bytes $now)
xsetroot -name " $(print_temp) | $(usageData) | $(testweather) | $(print_wifi) | $(batLevel) | $(print_volume) | $(print_date)"
# Update old values to perform new calculations
old_received_bytes=$received_bytes
old_transmitted_bytes=$transmitted_bytes
old_time=$now
sleep 2
done