Conky är ett litet program som kan visa diverse systeminformation. Jag vet inte hur många som använder det här ibland oss men det finns en del att pyssla med när man ska få det att se ut som man vill. Jag har fått många tips på andra forum genom såna här trådar så jag tänkte att vi kör en sån här med. Så ni som använder Conky, posta er .conkyrc här så vi kan lära av varandra.
Conky var kul! har lekt lite med desklets för samma sak men detta ser bättre ut tycker jag. Nu några frågor Hur gör jag om jag har Dual Core för att den ska visa båda processorerna?
Ã… det är bara lägga in conky som startprogram om jag vill att den ska starta med x?
[quote="stoffepojken"]Conky är ett litet program som kan visa diverse systeminformation. Jag vet inte hur många som använder det här ibland oss men det finns en del att pyssla med när man ska få det att se ut som man vill. Jag har fått många tips på andra forum genom såna här trådar så jag tänkte att vi kör en sån här med. Så ni som använder Conky, posta er .conkyrc här så vi kan lära av varandra.
#!/bin/bash
# amaroK info display script by eirc <eirc.eirc@gmail.com>
#
# requirements: amaroK (!)
# for Collection stats to work amarok must be using
# mySQL to store it's collection
case "$1" in
# Now Playing Info
artist) dcop amarok player artist ;;
title) dcop amarok player title ;;
album) dcop amarok player album ;;
year) dcop amarok player year ;;
genre) dcop amarok player genre ;;
progress)
curr=`dcop amarok player trackCurrentTime`
tot=`dcop amarok player trackTotalTime`
if (( $tot )); then
expr $curr \* 100 / $tot
fi
;;
# Collection Info
totalArtists) dcop amarok collection totalArtists ;;
totalAlbums) dcop amarok collection totalAlbums ;;
totalTracks) dcop amarok collection totalTracks ;;
totalGenres) dcop amarok collection totalGenres ;;
totalCompilations) dcop amarok collection totalCompilations ;;
# Collection Stats
most_songs_by_artist) dcop amarok collection query 'SELECT t1.name FROM artist t1 INNER JOIN tags t2 ON t1.id = t2.artist GROUP BY t2.artist ORDER BY COUNT(t2.artist) DESC LIMIT 1;' ;;
most_songs_by_artist_n) dcop amarok collection query 'SELECT count(t2.artist) FROM artist t1 INNER JOIN tags t2 ON t1.id = t2.artist GROUP BY t2.artist ORDER BY COUNT(t2.artist) DESC LIMIT 1;' ;;
most_songs_are_genre) dcop amarok collection query 'SELECT t1.name FROM genre t1 INNER JOIN tags t2 ON t1.id = t2.genre GROUP BY t2.genre ORDER BY COUNT(t2.genre) DESC LIMIT 1;' ;;
most_songs_are_genre_n) dcop amarok collection query 'SELECT count(t2.genre) FROM genre t1 INNER JOIN tags t2 ON t1.id = t2.genre GROUP BY t2.genre ORDER BY COUNT(t2.genre) DESC LIMIT 1;' ;;
most_songs_during_year) dcop amarok collection query 'SELECT t1.name FROM year t1 INNER JOIN tags t2 ON t1.id = t2.year GROUP BY t2.year ORDER BY COUNT(t2.year) DESC LIMIT 1;' ;;
most_songs_during_year_n) dcop amarok collection query 'SELECT count(t2.year) FROM year t1 INNER JOIN tags t2 ON t1.id = t2.year GROUP BY t2.year ORDER BY COUNT(t2.year) DESC LIMIT 1;' ;;
most_albums_by_artist) dcop amarok collection query 'SELECT name FROM artist WHERE id=(SELECT t1.artist from (SELECT artist FROM tags GROUP BY album) AS t1 GROUP BY t1.artist ORDER BY count(artist) DESC LIMIT 1);' ;;
most_albums_by_artist_n) dcop amarok collection query 'SELECT count(artist) from (SELECT artist FROM tags GROUP BY album) AS t1 GROUP BY t1.artist ORDER BY count(artist) DESC LIMIT 1;' ;;
most_albums_are_genre) dcop amarok collection query 'SELECT name FROM genre WHERE id=(SELECT t1.genre from (SELECT genre FROM tags GROUP BY album) AS t1 GROUP BY t1.genre ORDER BY count(genre) DESC LIMIT 1);' ;;
most_albums_are_genre_n) dcop amarok collection query 'SELECT count(genre) from (SELECT genre FROM tags GROUP BY album) AS t1 GROUP BY t1.genre ORDER BY count(genre) DESC LIMIT 1;' ;;
most_albums_during_year) dcop amarok collection query 'SELECT name FROM year WHERE id=(SELECT t1.year from (SELECT year FROM tags GROUP BY album) AS t1 GROUP BY t1.year ORDER BY count(year) DESC LIMIT 1);' ;;
most_albums_during_year_n) dcop amarok collection query 'SELECT count(year) from (SELECT year FROM tags GROUP BY album) AS t1 GROUP BY t1.year ORDER BY count(year) DESC LIMIT 1;' ;;
esac
Efter att ha gjort scriptet körbart så ändrar man bara i sin .conkyrc för att köra scriptet (ange sökväg) för de värden man vill visa. Såhär ser min ut just nu (delen som har med amarok att göra):
# UBUNTU-CONKY
# A comprehensive conky script, configured for use on
# Ubuntu / Debian Gnome, without the need for any external scripts.
#
# Based on conky-jc and the default .conkyrc.
# INCLUDES:
# - tail of /var/log/messages
# - netstat connections to your computer
#
# -- Pengo (conky@pengo.us)
#
# Create own window instead of using desktop (required in nautilus)
own_window yes
own_window_type override
own_window_transparent yes
own_window_hints undecorated,below,sticky,skip_taskbar,skip_pager
# Use double buffering (reduces flicker, may not work for everyone)
double_buffer yes
# fiddle with window
use_spacer yes
use_xft no
# Update interval in seconds
update_interval 3.0
# Minimum size of text area
# minimum_size 250 5
# Draw shades?
draw_shades no
# Text stuff
draw_outline no # amplifies text if yes
draw_borders no
font Sans
uppercase no # set to yes if you want all text to be in uppercase
# Stippled borders?
stippled_borders 3
# border margins
border_margin 9
# border width
border_width 10
# Default colors and also border colors, grey90 == #e5e5e5
default_color white
own_window_colour brown
own_window_transparent yes
# Text alignment, other possible values are commented
#alignment top_left
alignment top_right
#alignment bottom_left
#alignment bottom_right
# Gap between borders of screen and text
gap_x 10
gap_y 20
# stuff after 'TEXT' will be formatted on screen
TEXT
$color
${color orange}SYSTEM ${hr 2}$color
$nodename $sysname $kernel on $machine
Uptime: $uptime
${color orange}CPU ${hr 2}$color
${freq}MHz Load: ${loadavg} Temp: ${acpitemp}
$cpubar
${cpugraph 000000 ffffff}
Processes: $running_processes/$processes
NAME PID CPU% MEM%
${top name 1} ${top pid 1} ${top cpu 1} ${top mem 1}
${top name 2} ${top pid 2} ${top cpu 2} ${top mem 2}
${top name 3} ${top pid 3} ${top cpu 3} ${top mem 3}
${top name 4} ${top pid 4} ${top cpu 4} ${top mem 4}
${color orange}MEMORY / DISK ${hr 2}$color
RAM: $mem/$memmax - $memperc% $membar ${membar 6}$color
Swap: $swap/$swapmax - $swapperc% ${swapbar} ${swapbar 6}$color
Root: ${fs_free /} ${fs_bar 6 /}
Home: ${fs_free /home} ${fs_bar 6 /home}
HDD0: ${fs_free /media/HDD0} ${fs_bar 6 /media/HDD0}$color
HDD1: ${fs_free /media/HDD2} ${fs_bar 6 /media/HDD2}
HDD2: ${fs_free /media/HDD1} ${fs_bar 6 /media/HDD1}
${color orange}NETWORK (${addr eth0}) ${hr 2}$color
Down: $color${downspeed eth0} k/s ${alignr}Up: ${upspeed eth0} k/s
${downspeedgraph eth0 25,140 000000 ff0000} ${alignr}${upspeedgraph eth0
25,140 000000 00ff00}$color
Total: ${totaldown eth0} ${alignr}Total: ${totalup eth0}
${color orange}FORTUNE ${hr 2}$color
${execi 120 fortune -s | fold -w50}
#!/bin/bash
# amaroK info display script by eirc <eirc.eirc@gmail.com>
#
# requirements: amaroK (!)
# for Collection stats to work amarok must be using
# mySQL to store it's collection
case "$1" in
# Now Playing Info
artist) dcop amarok player artist ;;
title) dcop amarok player title ;;
album) dcop amarok player album ;;
year) dcop amarok player year ;;
genre) dcop amarok player genre ;;
progress)
curr=`dcop amarok player trackCurrentTime`
tot=`dcop amarok player trackTotalTime`
if (( $tot )); then
expr $curr \* 100 / $tot
fi
;;
# Collection Info
totalArtists) dcop amarok collection totalArtists ;;
totalAlbums) dcop amarok collection totalAlbums ;;
totalTracks) dcop amarok collection totalTracks ;;
totalGenres) dcop amarok collection totalGenres ;;
totalCompilations) dcop amarok collection totalCompilations ;;
# Collection Stats
most_songs_by_artist) dcop amarok collection query 'SELECT t1.name FROM artist t1 INNER JOIN tags t2 ON t1.id = t2.artist GROUP BY t2.artist ORDER BY COUNT(t2.artist) DESC LIMIT 1;' ;;
most_songs_by_artist_n) dcop amarok collection query 'SELECT count(t2.artist) FROM artist t1 INNER JOIN tags t2 ON t1.id = t2.artist GROUP BY t2.artist ORDER BY COUNT(t2.artist) DESC LIMIT 1;' ;;
most_songs_are_genre) dcop amarok collection query 'SELECT t1.name FROM genre t1 INNER JOIN tags t2 ON t1.id = t2.genre GROUP BY t2.genre ORDER BY COUNT(t2.genre) DESC LIMIT 1;' ;;
most_songs_are_genre_n) dcop amarok collection query 'SELECT count(t2.genre) FROM genre t1 INNER JOIN tags t2 ON t1.id = t2.genre GROUP BY t2.genre ORDER BY COUNT(t2.genre) DESC LIMIT 1;' ;;
most_songs_during_year) dcop amarok collection query 'SELECT t1.name FROM year t1 INNER JOIN tags t2 ON t1.id = t2.year GROUP BY t2.year ORDER BY COUNT(t2.year) DESC LIMIT 1;' ;;
most_songs_during_year_n) dcop amarok collection query 'SELECT count(t2.year) FROM year t1 INNER JOIN tags t2 ON t1.id = t2.year GROUP BY t2.year ORDER BY COUNT(t2.year) DESC LIMIT 1;' ;;
most_albums_by_artist) dcop amarok collection query 'SELECT name FROM artist WHERE id=(SELECT t1.artist from (SELECT artist FROM tags GROUP BY album) AS t1 GROUP BY t1.artist ORDER BY count(artist) DESC LIMIT 1);' ;;
most_albums_by_artist_n) dcop amarok collection query 'SELECT count(artist) from (SELECT artist FROM tags GROUP BY album) AS t1 GROUP BY t1.artist ORDER BY count(artist) DESC LIMIT 1;' ;;
most_albums_are_genre) dcop amarok collection query 'SELECT name FROM genre WHERE id=(SELECT t1.genre from (SELECT genre FROM tags GROUP BY album) AS t1 GROUP BY t1.genre ORDER BY count(genre) DESC LIMIT 1);' ;;
most_albums_are_genre_n) dcop amarok collection query 'SELECT count(genre) from (SELECT genre FROM tags GROUP BY album) AS t1 GROUP BY t1.genre ORDER BY count(genre) DESC LIMIT 1;' ;;
most_albums_during_year) dcop amarok collection query 'SELECT name FROM year WHERE id=(SELECT t1.year from (SELECT year FROM tags GROUP BY album) AS t1 GROUP BY t1.year ORDER BY count(year) DESC LIMIT 1);' ;;
most_albums_during_year_n) dcop amarok collection query 'SELECT count(year) from (SELECT year FROM tags GROUP BY album) AS t1 GROUP BY t1.year ORDER BY count(year) DESC LIMIT 1;' ;;
esac
#!/usr/bin/perl
use IO::Socket::INET;
use warnings;
use strict;
my $ip;
my $sock = IO::Socket::INET->new('checkip.dyndns.org:80');
if ($sock) {
print $sock 'GET / HTTP/1.0',"\n\n";
}
while (<$sock>) {
if ($_ =~ /body/) { /(\d{1,3}.\d{1,3}.\d{1,3}.\d{1,3})/; $ip = $1; }
}
`echo $ip > ~/.myip`;
#!/bin/sh
#
# Grab weather data from weather.com and format it according to the given XSLT
# Script written by boojit
# Modified by Hellf[i]re
# The orignal script and xslt can be downloaded from http://pondol.com/weather.tar.gz
# Usage:
# ${execi 1800 /path/to/weather/weather.sh location}
# Usage Example:
# ${execi 1800 /home/user/weather/weather.sh 03833}
# your Location ID: use http://xoap.weather.com/search/search?where=[yourcity] to find it
# U.S. users can just use their zip code; doubt that works for anyone else though (YMMV)
LOCID=SWXX0031
# s=standard units, m=metric units
UNITS=m
# where this script and the XSLT lives
RUNDIR=/home/stoffe/.conky
# there's probably other stuff besides CURL that will work for this, but i haven't
# tried any others.
# you can get curl at http://curl.haxx.se/
CURLCMD=/usr/bin/curl
# get it at http://xmlsoft.org/XSLT/
XSLTCMD=/usr/bin/xsltproc
# you probably don't need to modify anything below this point....
# CURL url. Use cc=* for current forecast or dayf=10 to get a multi-day forecast
CURLURL="http://xoap.weather.com/weather/local/$LOCID?cc=*&unit=$UNITS&dayf=2"
# The XSLT to use when translating the response from weather.com
# You can modify this xslt to your liking
XSLT=$RUNDIR/weather.xslt
#filter (if you want to convert stuff to lower-case or upper case or something)
#FILTER="|gawk '{print(tolower(\$0));}'"
#####
eval "$CURLCMD \"$CURLURL\" 2>/dev/null| $XSLTCMD $XSLT - $FILTER"
![[img width=175 height=131]http://xs215.xs.to/xs215/07215/stoffe_screenshot2.png.xs.jpg[/img]](http://xs.to/xs.php?h=xs215&d=07215&f=stoffe_screenshot2.png){kind=link}