Simple conky Configuration

Looking at conky is quite fun. I wrote one by myself on the Internet, although not very gorgeous...

Effect:

 

 

 

Below is the code. conkyrc

# Avoid flicker
Double_buffer Yes
No_buffers Yes
# Own window to run simultanious 2 or more conkys
Own_window Yes
Own_window_transparent Yes
Own_window_type normal
Own_window_hints undecorate, sticky, skip_taskbar, skip_pager

# Borders
# Draw_borders No
Border_margin 1
Maximum_width 350
# Shades
Draw_shades No
# Draw_graph_borders Yes
# Draw_borders Yes
# Position
Gap_x 930
Gap_y 0
Alignment top_left

# Behaviour
Update_interval 1

# Color
Default_color bfbfbf
# Default_shade_color 000000
Own_window_colour 4c4c4c

# Font
Use_xft Yes
Xftfont wenquanyi bitmap Song: pixelsize = 12
# Xftfont verasansyuanti: pixelsize = 14

# Force utf8? Note that utf8 support required xft
Override_utf8_locale Yes

# To prevent window from moving
Use_spacer No
Minimum_size 1268 0

# MPD
Mpd_host Shaiya
Mpd_port 6600
# $ {Offset-22}

Text
$ {Voffset-1} kernel: $ {color dcff82 }$ {font }$ {kernel }$ {color} Start Time: $ {color dcff82 }$ {font }$ {uptime_short }$ {color}
$ {Voffset-1}
$ {Voffset-1} CPU usage: $ {color dcff82 }$ {font }$ {CPU }%% {color }$ {cpubar}
$ {Voffset-1} Number of Running Processes: $ {color dcff82 }$ {font }$ {processes }$ {color} number of active processes: $ {color dcff82 }$ {font }$ {running_processes }$ {color}
$ {Voffset-1} memory usage: $ {color dcff82} $ MEM/$ memmax-$ memperc % $ {color dcff82 }$ {membar }$ {color}
$ {Voffset-1} swap space: $ {color dcff82} $ swap/$ swapmax-$ swapperc % $ {color dcff82 }$ {swapbar }$ {color}
$ {Voffset-1} hard disk I/O :$ {color dcff82 }$ {font }$ {diskio }$ {color}
$ {Voffset-1} network usage: $ {color dcff82 }$ {font }$ {downspeed eth0} kb/s $ {color }$ {totaldown eth0} downlink $ {color dcff82 }$ {font }$ {upspeed eth0} kb/s $ {color }$ {totalup eth0} upstream
$ {Voffset-1} File System: $ {color # dcff82}
${Voffset-1 }$ {color}/$ color $ {fs_used/}/$ {fs_size/}$ {color # dcff82 }$ {fs_bar/}$ {color}
${Voffset-1 }$ {color}/home $ color $ {fs_used/home}/$ {fs_size/home }$ {color # dcff82 }$ {fs_bar/home} $ {color}
$ {Voffset-1} city: Zhengzhou
$ {Voffset-1} today's weather: $ {color # dcff82 }$ {execi 7200 Python ~ /. Conky/getweather. py }$ {color}
$ {Voffset-1} tomorrow's weather: $ {color # dcff82 }$ {execi 7200 Python ~ /. Conky/getweathert. py }$ {color}
$ {Voffset-1} city: Nanyang
$ {Voffset-1} today's weather: $ {color # dcff82 }$ {execi 7200 Python ~ /. Conky/homeget. py }$ {color}
$ {Voffset-1} tomorrow's weather: $ {color # dcff82 }$ {execi 7200 Python ~ /. Conky/homegett. py }$ {color}

 

 

 

The following is a weather script for modifying others.

 

#! /Usr/bin/ENV python <br/> #-*-coding: UTF-8-*-<br/> Import sys, urllib2 <br/> #57083 is the code of Zhengzhou, if you want to use this step, you need to modify it to the code of your city <br/> # You can query (URL) on http://wap.weather.com.cn/wap/search/< br/> url = 'HTTP: // wap.weather.com.cn/wap/57083/h24/' <br/> Req = urllib2.request (URL) <br/> FD = urllib2.urlopen (req) <br/> DATA = FD. read (2048) <br/> Index = data. find ("weather:") <br/> result = data [index + 9: data. find ("/N", index)] <br/> Index = data. find ("temperature:") <br/> result + = data [index + 9: data. find ("/N", index)]. replace ("degree", "°C "). replace ("to", "-") + "" <br/> Index = data. find ("Wind:") <br/> result + = data [index + 9: data. find ("/N", index)] <br/> Print result