6 conky - A system monitor for X originally based on the torsmo code, but
7 more kickass. It just keeps on given'er. Yeah.
10 \e[1mconky
\e[22m[
\e[4moptions
\e[24m]
13 Conky is a system monitor for X originally based on torsmo. Since its
14 inception, Conky has changed significantly from its predecessor, while
15 maintaining simplicity and configurability. Conky can display just
16 about anything, either on your root desktop or in its own window. Not
17 only does Conky have many built-in objects, it can also display just
18 about any piece of information by using scripts and other external pro‐
21 Conky has more than 250 built in objects, including support for a
22 plethora of OS stats (uname, uptime, CPU usage, mem usage, disk usage,
23 "top" like process stats, and network monitoring, just to name a few),
24 built in IMAP and POP3 support, built in support for many popular music
25 players (MPD, XMMS2, BMPx, Audacious), and much much more. Conky can
26 display this info either as text, or using simple progress bars and
27 graph widgets, with different fonts and colours.
29 We are always looking for help, whether its reporting bugs, writing
30 patches, or writing docs. Please use the facilities at SourceForge to
31 make bug reports, feature requests, and submit patches, or stop by
32 #conky on irc.freenode.net if you have questions or want to contribute.
34 Thanks for your interest in Conky.
37 For users compiling from source on a binary distro, make sure you have
38 the X development libraries installed. This should be a package along
39 the lines of "libx11-dev" or "xorg-x11-dev" for X11 libs, and similar
40 "-dev" format for the other libs required (depending on your configure
43 Conky has (for some time) been available in the repositories of most
44 popular distributions. Here are some installation instructions for a
47 Gentoo users -- Conky is in Gentoo's Portage... simply use "emerge app-
48 admin/conky" for installation. There is also usually an up-to-date
49 ebuild within Conky's package or in the git repo.
51 Debian, etc. users -- Conky should be in your repositories, and can be
52 installed by doing "aptitude install conky".
54 Example to compile and run Conky with all optional components (note
55 that some configure options may differ for your system):
57 \e[1msh autogen.sh # Only required if building from the git repo
\e[0m
59 \e[1m./configure --prefix=/usr --mandir=/usr/share/man --in‐
\e[0m
60 \e[1mfodir=/usr/share/info --datadir=/usr/share --sysconfdir=/etc --local‐
\e[0m
61 \e[1mstatedir=/var/lib --disable-own-window --enable-audacious[=yes|no|lega‐
\e[0m
62 \e[1mcy] --enable-bmpx --disable-hddtemp --disable-mpd --enable-xmms2 --dis‐
\e[0m
63 \e[1mable-portmon --disable-network --enable-debug --disable-x11 --dis‐
\e[0m
64 \e[1mable-double-buffer --disable-xdamage --disable-xft
\e[0m
68 \e[1mmake install # Optional
\e[0m
72 Conky has been tested to be compatible with C99 C, however it has not
73 been tested with anything other than gcc, and is not guaranteed to work
76 \e[1mYOU SHOULD KNOW
\e[0m
77 Conky is generally very good on resources. That said, the more you try
78 to make Conky do, the more resources it is going to consume.
80 An easy way to force Conky to reload your ~/.conkyrc: "killall -SIGUSR1
81 conky". Saves you the trouble of having to kill and then restart. You
82 can now also do the same with SIGHUP.
85 Command line options override configurations defined in configuration
88 \e[1m-v | -V | --version
\e[0m
89 Prints version and exits
92 \e[1m-q | --quiet
\e[0m
93 Run Conky in 'quiet mode' (ie. no output)
96 \e[1m-a | --alignment=ALIGNMENT
\e[0m
97 Text alignment on screen, {top,bottom,middle}_{left,right,mid‐
101 \e[1m-b | --double-buffer
\e[0m
102 Use double buffering (eliminates "flicker")
105 \e[1m-c | --config=FILE
\e[0m
106 Config file to load instead of $HOME/.conkyrc
109 \e[1m-d | --daemonize
\e[0m
110 Daemonize Conky, aka fork to background
113 \e[1m-f | --font=FONT
\e[0m
117 \e[1m-h | --help
\e[0m
118 Prints command line help and exits
121 \e[1m-o | --own-window
\e[0m
122 Create own window to draw
125 \e[1m-t | --text=TEXT
\e[0m
126 Text to render, remember single quotes, like -t ' $uptime '
129 \e[1m-u | --interval=SECONDS
\e[0m
133 \e[1m-w | --window-id=WIN_ID
\e[0m
137 \e[1m-x X_COORDINATE
\e[0m
141 \e[1m-y Y_COORDINATE
\e[0m
146 Number of times to update Conky (and quit)
149 \e[1mCONFIGURATION SETTINGS
\e[0m
150 Default configuration file location is $HOME/.conkyrc or
151 ${sysconfdir}/conky/conky.conf. On most systems, sysconfdir is /etc,
152 and you can find the sample config file there (/etc/conky/conky.conf).
154 You might want to copy it to $HOME/.conkyrc and then start modifying
155 it. Other configs can be found at http://conky.sf.net/
157 \e[1malias
\e[22mUse this to create aliases of variables. The first argument is
158 the new name, the second the old name, and the other arguments
159 are passed on to the variable. Example: If you want to use $al‐
160 pha instead of ${beta gamma delta} then you have to write the
161 following: alias alpha beta gamma delta . PS: Instead of creat‐
162 ing an alias in the config you can also use environment vari‐
163 ables. Example: Start conky like this: alpha="beta gamma delta"
168 Aligned position on screen, may be top_left, top_right, top_mid‐
169 dle, bottom_left, bottom_right, bottom_middle, middle_left, mid‐
170 dle_right, or none (also can be abreviated as tl, tr, tm, bl,
175 Boolean value, if true, Conky will be forked to background when
179 \e[1mborder_margin
\e[0m
180 Border margin in pixels
183 \e[1mborder_width
\e[0m
184 Border width in pixels
187 \e[1mcolorN
\e[22mPredefine a color for use inside TEXT segments. Substitute N by
188 a digit between 0 and 9, inclusively. When specifying the color
189 value in hex, omit the leading hash (#).
192 \e[1mcpu_avg_samples
\e[0m
193 The number of samples to average for CPU monitoring
196 \e[1mtop_cpu_separate
\e[0m
197 If true, cpu in top will show usage of one processor's power. If
198 false, cpu in top will show the usage of all processors' power
202 \e[1mdefault_bar_size
\e[0m
203 Specify a default width and height for bars. Example: 'de‐
204 fault_bar_size 0 6'. This is particularly useful for execbar and
205 execibar as they do not take size arguments
208 \e[1mdefault_graph_size
\e[0m
209 Specify a default width and height for graphs. Example: 'de‐
210 fault_graph_size 0 25'. This is particularly useful for exec‐
211 graph and execigraph as they do not take size arguments
214 \e[1mdefault_gauge_size
\e[0m
215 Specify a default width and height for gauges. Example: 'de‐
216 fault_gauge_size 25 25'. This is particularly useful for exec‐
217 gauge and execigauge as they do not take size arguments
220 \e[1mdefault_color
\e[0m
221 Default color and border color
224 \e[1mdefault_outline_color
\e[0m
225 Default outline color
228 \e[1mdefault_shade_color
\e[0m
229 Default shading color and border's shading color
232 \e[1mdouble_buffer
\e[0m
233 Use the Xdbe extension? (eliminates flicker) It is highly recom‐
234 mended to use own window with this one so double buffer won't be
238 \e[1mdraw_borders
\e[0m
239 Draw borders around text?
242 \e[1mdraw_graph_borders
\e[0m
243 Draw borders around graphs?
246 \e[1mdraw_outline
\e[0m
250 \e[1mdraw_shades
\e[0m
254 \e[1mfont
\e[22mFont name in X, xfontsel can be used to get a nice font
257 \e[1mgap_x
\e[22mGap, in pixels, between right or left border of screen, same as
258 passing -x at command line, e.g. gap_x 10
261 \e[1mgap_y
\e[22mGap, in pixels, between top or bottom border of screen, same as
262 passing -y at command line, e.g. gap_y 10.
265 \e[1mif_up_strictness
\e[0m
266 How strict should if_up be when testing an interface for being
267 up? The value is one of up, link or address, to check for the
268 interface being solely up, being up and having link or being up,
269 having link and an assigned IP address.
272 \e[1mimap
\e[22mDefault global IMAP server. Arguments are: "host user pass [-i
273 interval] [-f folder] [-p port] [-e command] [-r retries]". De‐
274 fault port is 143, default folder is 'INBOX', default interval
275 is 5 minutes, and default number of retries before giving up is
276 5. If the password is supplied as '*', you will be prompted to
277 enter the password when Conky starts.
281 Mail spool for mail checking
284 \e[1mmax_port_monitor_connections
\e[0m
285 Allow each port monitor to track at most this many connections
286 (if 0 or not set, default is 256)
289 \e[1mmax_specials
\e[0m
290 Maximum number of special things, e.g. fonts, offsets, aligns,
291 etc. (default is 512)
294 \e[1mmax_user_text bytes
\e[0m
295 Maximum size of user text buffer, i.e. layout below TEXT line in
296 config file (default is 16384 bytes)
299 \e[1mtext_buffer_size bytes
\e[0m
300 Size of the standard text buffer (default is 256 bytes). This
301 buffer is used for intermediary text, such as individual lines,
302 output from $exec vars, and various other variables. Increasing
303 the size of this buffer can drastically reduce Conky's perfor‐
304 mance, but will allow for more text display per variable. The
305 size of this buffer cannot be smaller than the default value of
309 \e[1mmaximum_width pixels
\e[0m
310 Maximum width of window
313 \e[1mminimum_size width (height)
\e[0m
314 Minimum size of window
325 \e[1mmpd_password
\e[0m
329 \e[1mmusic_player_interval
\e[0m
330 Music player thread update interval (defaults to Conky's update
334 \e[1mnet_avg_samples
\e[0m
335 The number of samples to average for net data
339 Substract (file system) buffers from used memory?
342 \e[1moverride_utf8_locale
\e[0m
343 Force UTF8? requires XFT
347 Boolean, create own window to draw?
350 \e[1mown_window_class
\e[0m
351 Manually set the WM_CLASS name. Defaults to "Conky".
354 \e[1mown_window_colour colour
\e[0m
355 If own_window_transparent no, set a specified background colour
356 (defaults to black). Takes either a hex value (#ffffff) or a
357 valid RGB name (see /usr/lib/X11/rgb.txt)
360 \e[1mown_window_hints undecorated,below,above,sticky,skip_taskbar,skip_pager
\e[0m
361 If own_window is yes, you may use these window manager hints to
362 affect the way Conky displays. Notes: Use own_window_type desk‐
363 top as another way to implement many of these hints implicitly.
364 If you use own_window_type override, window manager hints have
365 no meaning and are ignored.
368 \e[1mown_window_title
\e[0m
369 Manually set the window name. Defaults to "<hostname> - conky".
372 \e[1mown_window_transparent
\e[0m
373 Boolean, set pseudo-transparency?
376 \e[1mown_window_type
\e[0m
377 if own_window is yes, you may specify type normal, desktop, dock
378 or override (default: normal). Desktop windows are special win‐
379 dows that have no window decorations; are always visible on your
380 desktop; do not appear in your pager or taskbar; and are sticky
381 across all workspaces. Override windows are not under the con‐
382 trol of the window manager. Hints are ignored. This type of win‐
383 dow can be useful for certain situations.
386 \e[1mout_to_console
\e[0m
387 Print text to stdout.
390 \e[1mout_to_stderr
\e[0m
391 Print text to stderr.
395 When set to no, there will be no output in X (useful when you
396 also use things like out_to_console). If you set it to no, make
397 sure that it's placed before all other X-related setting (take
398 the first line of your configfile to be sure). Default value is
402 \e[1moverwrite_file
\e[0m
403 Overwrite the file given as argument.
406 \e[1mappend_file
\e[0m
407 Append the file given as argument.
410 \e[1mpad_percents
\e[0m
411 Pad percentages to this many decimals (0 = no padding)
414 \e[1mpop3
\e[22mDefault global POP3 server. Arguments are: "host user pass [-i
415 interval] [-p port] [-e command] [-r retries]". Default port is
416 110, default interval is 5 minutes, and default number of re‐
417 tries before giving up is 5. If the password is supplied as '*',
418 you will be prompted to enter the password when Conky starts.
421 \e[1mshort_units
\e[0m
422 Shortens units to a single character (kiB->k, GiB->G, etc.). De‐
426 \e[1mshow_graph_scale
\e[0m
427 Shows the maximum value in scaled graphs.
430 \e[1mshow_graph_range
\e[0m
431 Shows the time range covered by a graph.
434 \e[1mstippled_borders
\e[0m
435 Border stippling (dashing) in pixels
438 \e[1mtemperature_unit
\e[0m
439 Desired output unit of all objects displaying a temperature.
440 Parameters are either "fahrenheit" or "celsius". The default
441 unit is degree Celsius.
445 Define a template for later use inside TEXT segments. Substitute
446 N by a digit between 0 and 9, inclusively. The value of the
447 variable is being inserted into the stuff below TEXT at the cor‐
448 responding position, but before some substitutions are applied:
453 '\N' -> template argument N
456 \e[1mtotal_run_times
\e[0m
457 Total number of times for Conky to update before quitting. Zero
458 makes Conky run forever
461 \e[1mupdate_interval
\e[0m
462 Update interval in seconds
466 Boolean value, if true, text is rendered in upper case
470 Adds spaces around certain objects to stop them from moving oth‐
471 er things around. Arguments are left, right, and none (default).
472 The old true/false values are deprecated and default to
473 right/none respectively. Note that this only helps if you are
474 using a mono font, such as Bitstream Vera Sans Mono.
478 Use Xft (anti-aliased font and stuff)
482 Alpha of Xft font. Must be a value at or between 1 and 0.
489 \e[1mTEXT
\e[22mAfter this begins text to be formatted on screen. Backslash (\)
490 escapes newlines in the text section. This can be useful for
491 cleaning up config files where conky is used to pipe input to
496 Colors are parsed using XParsecolor(), there might be a list of them:
497 /usr/share/X11/rgb.txt. Also, ⟨http://sedition.com/perl/rgb.html⟩.
498 Color can be also in #rrggbb format (hex).
500 \e[1maddr interface
\e[0m
501 IP address for an interface, or "No Address" if no address is
505 \e[1maddrs interface
\e[0m
506 IP addresses for an interface (if one - works like addr). Linux
510 \e[1macpiacadapter
\e[0m
511 ACPI ac adapter state.
519 ACPI temperature in C.
523 CPU temperature from therm_adt746x
527 Fan speed from therm_adt746x
530 \e[1malignr (num)
\e[0m
531 Right-justify text, with space of N
534 \e[1malignc (num)
\e[0m
538 \e[1mapm_adapter
\e[0m
539 Display APM AC adapter status (FreeBSD only)
542 \e[1mapm_battery_life
\e[0m
543 Display APM battery life in percent (FreeBSD only)
546 \e[1mapm_battery_time
\e[0m
547 Display remaining APM battery life in hh:mm:ss or "unknown" if
548 AC adapterstatus is on-line or charging (FreeBSD only)
551 \e[1maudacious_bar (height),(width)
\e[0m
555 \e[1maudacious_bitrate
\e[0m
556 Bitrate of current tune
559 \e[1maudacious_channels
\e[0m
560 Number of audio channels of current tune
563 \e[1maudacious_filename
\e[0m
564 Full path and filename of current tune
567 \e[1maudacious_frequency
\e[0m
568 Sampling frequency of current tune
571 \e[1maudacious_length
\e[0m
572 Total length of current tune as MM:SS
575 \e[1maudacious_length_seconds
\e[0m
576 Total length of current tune in seconds
579 \e[1maudacious_playlist_position
\e[0m
580 Playlist position of current tune
583 \e[1maudacious_playlist_length
\e[0m
584 Number of tunes in playlist
587 \e[1maudacious_position
\e[0m
588 Position of current tune (MM:SS)
591 \e[1maudacious_position_seconds
\e[0m
592 Position of current tune in seconds
595 \e[1maudacious_status
\e[0m
596 Player status (Playing/Paused/Stopped/Not running)
599 \e[1maudacious_title (max length)
\e[0m
600 Title of current tune with optional maximum length specifier
603 \e[1maudacious_main_volume
\e[0m
604 The current volume fetched from Audacious
607 \e[1mbattery (num)
\e[0m
608 Battery status and remaining percentage capacity of ACPI or APM
609 battery. ACPI battery number can be given as argument (default
613 \e[1mbattery_short (num)
\e[0m
614 Battery status and remaining percentage capacity of ACPI or APM
615 battery. ACPI battery number can be given as argument (default
616 is BAT0). This mode display a short status, which means that C
617 is displayed instead of charging and D is displayed instead of
621 \e[1mbattery_bar (height),(width) (num)
\e[0m
622 Battery percentage remaining of ACPI battery in a bar. ACPI bat‐
623 tery number can be given as argument (default is BAT0).
626 \e[1mbattery_percent (num)
\e[0m
627 Battery percentage remaining for ACPI battery. ACPI battery num‐
628 ber can be given as argument (default is BAT0).
631 \e[1mbattery_time (num)
\e[0m
632 Battery charge/discharge time remaining of ACPI battery. ACPI
633 battery number can be given as argument (default is BAT0).
636 \e[1mbmpx_artist
\e[0m
637 Artist in current BMPx track
641 Album in current BMPx track
645 Title of the current BMPx track
649 Track number of the current BMPx track
652 \e[1mbmpx_bitrate
\e[0m
653 Bitrate of the current BMPx track
657 URI of the current BMPx track
661 Amount of memory buffered
664 \e[1mcached
\e[22mAmount of memory cached
667 \e[1mcolor (color)
\e[0m
668 Change drawing color to color
671 \e[1mcolorN
\e[22mChange drawing color to colorN configuration option, where N is
672 a digit between 0 and 9, inclusively.
675 \e[1mconky_version
\e[0m
679 \e[1mconky_build_date
\e[0m
683 \e[1mconky_build_arch
\e[0m
684 CPU architecture Conky was built for
688 CPU usage in percents. For SMP machines, the CPU number can be
689 provided as an argument. ${cpu cpu0} is the total usage, and
690 ${cpu cpuX} (X >= 1) are individual CPUs.
693 \e[1mcpubar (cpuN) (height),(width)
\e[0m
694 Bar that shows CPU usage, height is bar's height in pixels. See
695 $cpu for more info on SMP.
698 \e[1mcpugauge (cpuN) (height),(width)
\e[0m
699 Elliptical gauge that shows CPU usage, height and width are
700 gauge's vertical and horizontal axis respectively. See $cpu for
704 \e[1mcpugraph (cpuN) ("normal"|"log") (height),(width) (gradient colour 1)
\e[0m
705 \e[1m(gradient colour 2) (scale)
\e[0m
706 CPU usage graph, with optional colours in hex, minus the #. See
707 $cpu for more info on SMP. Uses a logarithmic scale (to see
708 small numbers) when you use "log" instead of "normal".
711 \e[1mdiskio (device)
\e[0m
712 Displays current disk IO. Device is optional, and takes the form
713 of sda for /dev/sda. Individual partitions are allowed.
716 \e[1mdiskiograph ("normal"|"log") (height),(width) (gradient colour 1) (gra‐
\e[0m
717 \e[1mdient colour 2) (scale) (device)
\e[0m
718 Disk IO graph, colours defined in hex, minus the #. If scale is
719 non-zero, it becomes the scale for the graph. Uses a logarithmic
720 scale (to see small numbers) when you use "log" instead of "nor‐
724 \e[1mdiskio_read (device)
\e[0m
725 Displays current disk IO for reads. Device as in diskio.
728 \e[1mdiskiograph_read ("normal"|"log") (height),(width) (gradient colour 1)
\e[0m
729 \e[1m(gradient colour 2) (scale) (device)
\e[0m
730 Disk IO graph for reads, colours defined in hex, minus the #. If
731 scale is non-zero, it becomes the scale for the graph. Device as
732 in diskio. Uses a logarithmic scale (to see small numbers) when
733 you use "log" instead of "normal".
736 \e[1mdiskio_write (device)
\e[0m
737 Displays current disk IO for writes. Device as in diskio.
740 \e[1mdiskiograph_write ("normal"|"log") (height),(width) (gradient colour 1)
\e[0m
741 \e[1m(gradient colour 2) (scale) (device)
\e[0m
742 Disk IO graph for writes, colours defined in hex, minus the #.
743 If scale is non-zero, it becomes the scale for the graph. Device
744 as in diskio. Uses a logarithmic scale (to see small numbers)
745 when you use "log" instead of "normal".
748 \e[1mdisk_protect device
\e[0m
749 Disk protection status, if supported (needs kernel-patch).
750 Prints either "frozen" or "free " (note the padding).
753 \e[1mdownspeed net
\e[0m
754 Download speed in KiB
757 \e[1mdownspeedf net
\e[0m
758 Download speed in KiB with one decimal
761 \e[1mdownspeedgraph ("normal"|"log") (height),(width) (gradient colour 1)
\e[0m
762 \e[1m(gradient colour 2) (scale) (net)
\e[0m
763 Download speed graph, colours defined in hex, minus the #. If
764 scale is non-zero, it becomes the scale for the graph. Uses a
765 logarithmic scale (to see small numbers) when you use "log" in‐
769 \e[1melse
\e[22mText to show if any of the above are not true
772 \e[1mentropy_avail
\e[0m
773 Current entropy available for crypto freaks
776 \e[1mentropy_bar (height),(width)
\e[0m
777 Normalized bar of available entropy for crypto freaks
780 \e[1mentropy_poolsize
\e[0m
781 Total size of system entropy pool for crypto freaks
784 \e[1meval string
\e[0m
785 Evalutates given string according to the rules of TEXT interpre‐
786 tation, i.e. parsing any contained text object specifications
787 into their output, any occuring '$$' into a single '$' and so
788 on. The output is then being parsed again.
791 \e[1mexec command
\e[0m
792 Executes a shell command and displays the output in conky. warn‐
793 ing: this takes a lot more resources than other variables. I'd
794 recommend coding wanted behaviour in C and posting a patch.
797 \e[1mexecbar command
\e[0m
798 Same as exec, except if the first value return is a value be‐
799 tween 0-100, it will use that number for a bar. The size for the
800 bar is currently fixed, but that may change in the future.
803 \e[1mexecgauge command
\e[0m
804 Same as exec, except if the first value return is a value be‐
805 tween 0-100, it will use that number for a gauge. The size for
806 the gauge is currently fixed, but you may change that for the
807 future conky release.
810 \e[1mexecgraph ("normal"|"log") (height),(width) (gradient colour 1) (gradi‐
\e[0m
811 \e[1ment colour 2) (scale) command
\e[0m
812 Same as execbar, but graphs values. Uses a logaritmic scale when
813 the log option is given (to see small numbers). Values still
814 have to be between 0 and 100.
817 \e[1mexeci interval command
\e[0m
818 Same as exec but with specific interval. Interval can't be less
819 than update_interval in configuration. See also $texeci
822 \e[1mexecibar interval command
\e[0m
823 Same as execbar, except with an interval
826 \e[1mexecigraph interval command
\e[0m
827 Same as execgraph, but takes an interval arg graphs values
830 \e[1mexecp command
\e[0m
831 Executes a shell command and displays the output in conky. warn‐
832 ing: this takes a lot more resources than other variables. I'd
833 recommend coding wanted behaviour in C and posting a patch. This
834 differs from $exec in that it parses the output of the command,
835 so you can insert things like ${color red}hi!${color} in your
836 script and have it correctly parsed by Conky. Caveats: Conky
837 parses and evaluates the output of $execp every time Conky
838 loops, and then destroys all the objects. If you try to use any‐
839 thing like $execi within an $execp statement, it will function‐
840 ally run at the same interval that the $execp statement runs, as
841 it is created and destroyed at every interval.
844 \e[1mexecpi interval command
\e[0m
845 Same as execp but with specific interval. Interval can't be less
846 than update_interval in configuration. Note that the output from
847 the $execpi command is still parsed and evaluated at every in‐
851 \e[1mfont (font)
\e[0m
852 Specify a different font. This new font will apply to the cur‐
853 rent line and everything following. You can use a $font with no
854 arguments to change back to the default font (much like with
859 Returns CPU #n's frequency in MHz. CPUs are counted from 1. If
860 omitted, the parameter defaults to 1.
864 Returns CPU #n's frequency in GHz. CPUs are counted from 1. If
865 omitted, the parameter defaults to 1.
868 \e[1mfreq_dyn (n)
\e[0m
869 Returns CPU #n's frequency in MHz (defaults to 1), but is calcu‐
870 lated by counting to clock cycles to complete an instruction.
871 Only available for x86/amd64.
874 \e[1mfreq_dyn_g (n)
\e[0m
875 Returns CPU #n's frequency in GHz (defaults to 1), but is calcu‐
876 lated by counting to clock cycles to complete an instruction.
877 Only available for x86/amd64.
880 \e[1mfs_bar (height),(width) fs
\e[0m
881 Bar that shows how much space is used on a file system. height
882 is the height in pixels. fs is any file on that file system.
885 \e[1mfs_free (fs)
\e[0m
886 Free space on a file system available for users.
889 \e[1mfs_free_perc (fs)
\e[0m
890 Free percentage of space on a file system available for users.
893 \e[1mfs_size (fs)
\e[0m
897 \e[1mfs_type (fs)
\e[0m
901 \e[1mfs_used (fs)
\e[0m
902 File system used space
905 \e[1mgoto x
\e[22mThe next element will be printed at position 'x'.
909 Displays the default route's interface or "multiple"/"none" ac‐
913 \e[1mgw_ip
\e[22mDisplays the default gateway's IP or "multiple"/"none" accord‐
917 \e[1mhddtemp dev, (host,(port))
\e[0m
918 Displays temperature of a selected hard disk drive as reported
919 by the hddtemp daemon running on host:port. Default host is
920 127.0.0.1, default port is 7634.
923 \e[1mhead logfile lines (interval)
\e[0m
924 Displays first N lines of supplied text text file. If interval
925 is not supplied, Conky assumes 2x Conky's interval. Max of 30
926 lines can be displayed, or until the text buffer is filled.
929 \e[1mhr (height)
\e[0m
930 Horizontal line, height is the height in pixels
933 \e[1mhwmon (dev) type n
\e[0m
934 Hwmon sensor from sysfs (Linux 2.6). Parameter dev may be omit‐
935 ted if you have only one hwmon device. Parameter type is either
936 'in' or 'vol' meaning voltage; 'fan' meaning fan; 'temp' meaning
937 temperature. Parameter n is number of the sensor. See
938 /sys/class/hwmon/ on your local computer.
941 \e[1miconv_start codeset_from codeset_to
\e[0m
942 Convert text from one codeset to another using GNU iconv. Needs
943 to be stopped with iconv_stop.
947 Stop iconv codeset conversion.
950 \e[1mi2c (dev) type n
\e[0m
951 I2C sensor from sysfs (Linux 2.6). Parameter dev may be omitted
952 if you have only one I2C device. Parameter type is either 'in'
953 or 'vol' meaning voltage; 'fan' meaning fan; 'temp' meaning tem‐
954 perature. Parameter n is number of the sensor. See
955 /sys/bus/i2c/devices/ on your local computer.
958 \e[1mi8k_ac_status
\e[0m
959 If running the i8k kernel driver for Inspiron laptops, displays
960 whether ac power is on, as listed in /proc/i8k (translated to
961 human-readable). Beware that this is by default not enabled by
966 If running the i8k kernel driver for Inspiron laptops, displays
967 the bios version as listed in /proc/i8k.
970 \e[1mi8k_buttons_status
\e[0m
971 If running the i8k kernel driver for Inspiron laptops, displays
972 the volume buttons status as listed in /proc/i8k.
975 \e[1mi8k_cpu_temp
\e[0m
976 If running the i8k kernel driver for Inspiron laptops, displays
977 the cpu temperature in Celsius, as reported by /proc/i8k.
980 \e[1mi8k_left_fan_rpm
\e[0m
981 If running the i8k kernel driver for Inspiron laptops, displays
982 the left fan's rate of rotation, in revolutions per minute as
983 listed in /proc/i8k. Beware, some laptops i8k reports these fans
987 \e[1mi8k_left_fan_status
\e[0m
988 If running the i8k kernel driver for Inspiron laptops, displays
989 the left fan status as listed in /proc/i8k (translated to human-
990 readable). Beware, some laptops i8k reports these fans in re‐
994 \e[1mi8k_right_fan_rpm
\e[0m
995 If running the i8k kernel driver for Inspiron laptops, displays
996 the right fan's rate of rotation, in revolutions per minute as
997 listed in /proc/i8k. Beware, some laptops i8k reports these fans
1001 \e[1mi8k_right_fan_status
\e[0m
1002 If running the i8k kernel driver for Inspiron laptops, displays
1003 the right fan status as listed in /proc/i8k (translated to hu‐
1004 man-readable). Beware, some laptops i8k reports these fans in
1008 \e[1mi8k_serial
\e[0m
1009 If running the i8k kernel driver for Inspiron laptops, displays
1010 your laptop serial number as listed in /proc/i8k.
1013 \e[1mi8k_version
\e[0m
1014 If running the i8k kernel driver for Inspiron laptops, displays
1015 the version formatting of /proc/i8k.
1019 If running the IBM ACPI, displays the fan speed.
1022 \e[1mibm_temps N
\e[0m
1023 If running the IBM ACPI, displays the temperatures from the IBM
1024 temperature sensors (N=0..7) Sensor 0 is on the CPU, 3 is on the
1028 \e[1mibm_volume
\e[0m
1029 If running the IBM ACPI, displays the "master" volume, con‐
1030 trolled by the volume keys (0-14).
1033 \e[1mibm_brightness
\e[0m
1034 If running the IBM ACPI, displays the brigtness of the laptops's
1038 \e[1mif_empty (var)
\e[0m
1039 if conky variable VAR is empty, display everything between
1040 $if_empty and the matching $endif
1043 \e[1mif_existing file (string)
\e[0m
1044 if FILE exists, display everything between if_existing and the
1045 matching $endif. The optional second paramater checks for FILE
1046 containing the specified string and prints everything between
1047 $if_existing and the matching $endif.
1050 \e[1mif_gw
\e[22mif there is at least one default gateway, display everything be‐
1051 tween $if_gw and the matching $endif
1054 \e[1mif_match expression
\e[0m
1055 Evaluates the given boolean expression, printing everything be‐
1056 tween $if_match and the matching $endif depending on whether the
1057 evaluation returns true or not. Valid expressions consist of a
1058 left side, an operator and a right side. Left and right sides
1059 are being parsed for contained text objects before evaluation.
1060 Recognised left and right side types are:
1062 \e[1mdouble
\e[22m: argument consists of only digits and a single dot.
1063 \e[1mlong
\e[22m: argument consists of only digits.
1064 \e[1mstring
\e[22m: argument is enclosed in quotation mark or the checks for
1065 double and long failed before.
1067 Valid operands are: '>', '<', '>=', '<=', '==', '!='.
1070 \e[1mif_running (process)
\e[0m
1071 if PROCESS is running, display everything $if_running and the
1072 matching $endif. This uses the ``pidof'' command, so the -x
1073 switch is also supported.
1076 \e[1mif_mounted (mountpoint)
\e[0m
1077 if MOUNTPOINT is mounted, display everything between $if_mounted
1078 and the matching $endif
1081 \e[1mif_smapi_bat_installed (INDEX)
\e[0m
1082 when using smapi, if the battery with index INDEX is installed,
1083 display everything between $if_smapi_bat_installed and the
1087 \e[1mif_up (interface)
\e[0m
1088 if INTERFACE exists and is up, display everything between $if_up
1089 and the matching $endif
1092 \e[1mif_updatenr (updatenr)
\e[0m
1093 If it's the UPDATENR-th time that conky updates, display every‐
1094 thing between $if_updatenr and the matching $endif. The counter
1095 resets when the highest UPDATENR is reached. Example :
1096 "{$if_updatenr 1}foo$endif{$if_updatenr 2}bar$endif{$if_updatenr
1097 4}$endif" shows foo 25% of the time followed by bar 25% of the
1098 time followed by nothing the other half of the time.
1101 \e[1mimap_messages (args)
\e[0m
1102 Displays the number of messages in your global IMAP inbox by de‐
1103 fault. You can define individual IMAP inboxes seperately by
1104 passing arguments to this object. Arguments are: "host user pass
1105 [-i interval] [-p port] [-e command] [-r retries]". Default port
1106 is 143, default interval is 5 minutes, and default number of re‐
1107 tries before giving up is 5. If the password is supplied as '*',
1108 you will be prompted to enter the password when Conky starts.
1111 \e[1mimap_unseen (args)
\e[0m
1112 Displays the number of unseen messages in your global IMAP inbox
1113 by default. You can define individual IMAP inboxes seperately by
1114 passing arguments to this object. Arguments are: "host user pass
1115 [-i interval] [-p port] [-e command] [-r retries]". Default port
1116 is 143, default interval is 5 minutes, and default number of re‐
1117 tries before giving up is 5. If the password is supplied as '*',
1118 you will be prompted to enter the password when Conky starts.
1121 \e[1mioscheduler disk
\e[0m
1122 Prints the current ioscheduler used for the given disk name
1123 (i.e. e.g. "hda" or "sdb")
1126 \e[1mkernel
\e[22mKernel version
1129 \e[1mlaptop_mode
\e[0m
1130 The value of /proc/sys/vm/laptop_mode
1134 (1,2,3)> System load average, 1 is for past 1 minute, 2 for past
1135 5 minutes and 3 for past 15 minutes.
1138 \e[1mloadgraph ("normal"|"log") (height),(width) (gradient colour 1) (gradi‐
\e[0m
1139 \e[1ment colour 2) (scale)
\e[0m
1140 Load1 average graph, similar to xload, with optional colours in
1141 hex, minus the #. Uses a logarithmic scale (to see small num‐
1142 bers) when you use "log" instead of "normal".
1145 \e[1mlines textfile
\e[0m
1146 Displays the number of lines in the given file
1150 Machine, i686 for example
1153 \e[1mmails (mailbox) (interval)
\e[0m
1154 Mail count in the specified mailbox or your mail spool if not.
1155 Both mbox and maildir type mailboxes are supported. You can use
1156 a program like fetchmail to get mails from some server using
1157 your favourite protocol. See also new_mails.
1160 \e[1mnew_mails (mailbox) (interval)
\e[0m
1161 Unread mail count in the specified mailbox or mail spool if not.
1162 Both mbox and maildir type mailboxes are supported.
1165 \e[1mseen_mails (maildir) (interval)
\e[0m
1166 Number of mails marked as seen in the specified mailbox or mail
1167 spool if not. Only maildir type mailboxes are supported, mbox
1168 type will return -1.
1171 \e[1munseen_mails (maildir) (interval)
\e[0m
1172 Number of new or unseen mails in the specified mailbox or mail
1173 spool if not. Only maildir type mailboxes are supported, mbox
1174 type will return -1.
1177 \e[1mflagged_mails (maildir) (interval)
\e[0m
1178 Number of mails marked as flagged in the specified mailbox or
1179 mail spool if not. Only maildir type mailboxes are supported,
1180 mbox type will return -1.
1183 \e[1munflagged_mails (maildir) (interval)
\e[0m
1184 Number of mails not marked as flagged in the specified mailbox
1185 or mail spool if not. Only maildir type mailboxes are supported,
1186 mbox type will return -1.
1189 \e[1mforwarded_mails (maildir) (interval)
\e[0m
1190 Number of mails marked as forwarded in the specified mailbox or
1191 mail spool if not. Only maildir type mailboxes are supported,
1192 mbox type will return -1.
1195 \e[1munforwarded_mails (maildir) (interval)
\e[0m
1196 Number of mails not marked as forwarded in the specified mailbox
1197 or mail spool if not. Only maildir type mailboxes are supported,
1198 mbox type will return -1.
1201 \e[1mreplied_mails (maildir) (interval)
\e[0m
1202 Number of mails marked as replied in the specified mailbox or
1203 mail spool if not. Only maildir type mailboxes are supported,
1204 mbox type will return -1.
1207 \e[1munreplied_mails (maildir) (interval)
\e[0m
1208 Number of mails not marked as replied in the specified mailbox
1209 or mail spool if not. Only maildir type mailboxes are supported,
1210 mbox type will return -1.
1213 \e[1mdraft_mails (maildir) (interval)
\e[0m
1214 Number of mails marked as draft in the specified mailbox or mail
1215 spool if not. Only maildir type mailboxes are supported, mbox
1216 type will return -1.
1219 \e[1mtrashed_mails (maildir) (interval)
\e[0m
1220 Number of mails marked as trashed in the specified mailbox or
1221 mail spool if not. Only maildir type mailboxes are supported,
1222 mbox type will return -1.
1225 \e[1mmboxscan (-n number of messages to print) (-fw from width) (-sw subject
\e[0m
1226 \e[1mwidth) mbox
\e[0m
1227 Print a summary of recent messages in an mbox format mailbox.
1228 mbox parameter is the filename of the mailbox (can be encapsu‐
1229 lated using '"', ie. ${mboxscan -n 10 "/home/brenden/some box"}
1232 \e[1mmem
\e[22mAmount of memory in use
1235 \e[1mmembar (height),(width)
\e[0m
1236 Bar that shows amount of memory in use
1239 \e[1mmemgauge (height),(width)
\e[0m
1240 Gauge that shows amount of memory in use (see cpugauge)
1243 \e[1mmemgraph ("normal"|"log") (height),(width) (gradient colour 1) (gradi‐
\e[0m
1244 \e[1ment colour 2) (scale)
\e[0m
1245 Memory usage graph. Uses a logarithmic scale (to see small num‐
1246 bers) when you use "log" instead of "normal".
1249 \e[1mmemeasyfree
\e[0m
1250 Amount of free memory including the memory that is very easily
1251 freed (buffers/cache)
1255 Amount of free memory
1258 \e[1mmemmax
\e[22mTotal amount of memory
1262 Percentage of memory in use
1265 \e[1mmixer (device)
\e[0m
1266 Prints the mixer value as reported by the OS. Default mixer is
1267 "vol", but you can specify one of the following optional argu‐
1268 ments: "vol", "bass", "treble", "synth", "pcm", "speaker",
1269 "line", "mic", "cd", "mix", "pcm2", "rec", "igain", "ogain",
1270 "line1", "line2", "line3", "dig1", "dig2", "dig3", "phin",
1271 "phout", "video", "radio", "monitor". Refer to the definition of
1272 SOUND_DEVICE_NAMES in <linux/soundcard.h> (on Linux), <sound‐
1273 card.h> (on OpenBSD), or <sys/soundcard.h> to find the exact op‐
1274 tions available on your system.
1277 \e[1mmixerbar (device)
\e[0m
1278 Displays mixer value in a bar as reported by the OS. See docs
1279 for $mixer for details on arguments.
1282 \e[1mmixerr (device)
\e[0m
1283 Prints the right channel mixer value as reported by the OS. See
1284 docs for $mixer for details on arguments.
1287 \e[1mmixerrbar (device)
\e[0m
1288 Displays the right channel mixer value in a bar as reported by
1289 the OS. See docs for $mixer for details on arguments.
1292 \e[1mmixerl (device)
\e[0m
1293 Prints the left channel mixer value as reported by the OS. See
1294 docs for $mixer for details on arguments.
1297 \e[1mmixerlbar (device)
\e[0m
1298 Displays the left channel mixer value in a bar as reported by
1299 the OS. See docs for $mixer for details on arguments.
1303 Current state of MOC; playing, stopped etc.
1307 File name of the current MOC song
1311 Title of the current MOC song
1314 \e[1mmoc_artist
\e[0m
1315 Artist of the current MOC song
1319 The current song name being played in MOC.
1323 Album of the current MOC song
1326 \e[1mmoc_totaltime
\e[0m
1327 Total length of the current MOC song
1330 \e[1mmoc_timeleft
\e[0m
1331 Time left in the current MOC song
1334 \e[1mmoc_curtime
\e[0m
1335 Current time of the current MOC song
1338 \e[1mmoc_bitrate
\e[0m
1339 Bitrate in the current MOC song
1343 Rate of the current MOC song
1347 Number of the monitor on which conky is running
1350 \e[1mmonitor_number
\e[0m
1354 \e[1mmpd_artist
\e[0m
1355 Artist in current MPD song must be enabled at compile
1359 Album in current MPD song
1362 \e[1mmpd_bar (height),(width)
\e[0m
1363 Bar of mpd's progress
1366 \e[1mmpd_bitrate
\e[0m
1367 Bitrate of current song
1370 \e[1mmpd_status
\e[0m
1371 Playing, stopped, et cetera.
1374 \e[1mmpd_title (max length)
\e[0m
1375 Title of current MPD song
1382 \e[1mmpd_elapsed
\e[0m
1386 \e[1mmpd_length
\e[0m
1390 \e[1mmpd_percent
\e[0m
1391 Percent of song's progress
1394 \e[1mmpd_random
\e[0m
1395 Random status (On/Off)
1398 \e[1mmpd_repeat
\e[0m
1399 Repeat status (On/Off)
1403 Prints the MPD track field
1407 Prints the MPD name field
1411 Prints the file name of the current MPD song
1414 \e[1mmpd_smart (max length)
\e[0m
1415 Prints the song name in either the form "artist - title" or file
1416 name, depending on whats available
1419 \e[1mif_mpd_playing
\e[0m
1420 if mpd is playing or paused, display everything between
1421 $if_mpd_playing and the matching $endif
1424 \e[1mnameserver (index)
\e[0m
1425 Print a nameserver from /etc/resolv.conf. Index starts at and
1433 \e[1mnvidia threshold temp ambient gpufreq memfreq imagequality
\e[0m
1434 Nvidia graficcard support for the XNVCtrl library. Each option
1435 can be shortened to the least significant part. Temperatures
1436 are printed as float, all other values as integer.
1438 \e[1mthreshold
\e[22m: the thresholdtemperature at which the gpu slows down
1439 \e[1mtemp
\e[22m: gives the gpu current temperature
1440 \e[1mambient
\e[22m: gives current air temperature near GPU case
1441 \e[1mgpufreq
\e[22m: gives the current gpu frequency
1442 \e[1mmemfreq
\e[22m: gives the current mem frequency
1443 \e[1mimagequality
\e[22m: which imagequality should be choosen by OpenGL ap‐
1447 \e[1moutlinecolor (color)
\e[0m
1448 Change outline color
1451 \e[1mpb_battery item
\e[0m
1452 If running on Apple powerbook/ibook, display information on bat‐
1453 tery status. The item parameter specifies, what information to
1454 display. Exactly one item must be specified. Valid items are:
1456 \e[1mstatus
\e[22m: Display if battery is fully charged, charging, discharg‐
1457 ing or absent (running on AC)
1458 \e[1mpercent
\e[22m: Display charge of battery in percent, if charging or
1459 discharging. Nothing will be displayed, if battery is fully
1461 \e[1mtime
\e[22m: Display the time remaining until the battery will be fully
1462 charged or discharged at current rate. Nothing is displayed, if
1463 battery is absent or if it's present but fully charged and not
1467 \e[1mplatform (dev) type n
\e[0m
1468 Platform sensor from sysfs (Linux 2.6). Parameter dev may be
1469 omitted if you have only one platform device. Platform type is
1470 either 'in' or 'vol' meaning voltage; 'fan' meaning fan; 'temp'
1471 meaning temperature. Parameter n is number of the sensor. See
1472 /sys/bus/platform/devices/ on your local computer.
1475 \e[1mpop3_unseen (args)
\e[0m
1476 Displays the number of unseen messages in your global POP3 inbox
1477 by default. You can define individual POP3 inboxes seperately by
1478 passing arguments to this object. Arguments are: "host user pass
1479 [-i interval] [-p port] [-e command] [-r retries]". Default port
1480 is 110, default interval is 5 minutes, and default number of re‐
1481 tries before giving up is 5. If the password is supplied as '*',
1482 you will be prompted to enter the password when Conky starts.
1485 \e[1mpop3_used (args)
\e[0m
1486 Displays the amount of space (in MiB, 2^20) used in your global
1487 POP3 inbox by default. You can define individual POP3 inboxes
1488 seperately by passing arguments to this object. Arguments are:
1489 "host user pass [-i interval] [-p port] [-e command] [-r re‐
1490 tries]". Default port is 110, default interval is 5 minutes, and
1491 default number of retries before giving up is 5. If the password
1492 is supplied as '*', you will be prompted to enter the password
1496 \e[1mpre_exec shell command
\e[0m
1497 Executes a shell command one time before conky displays anything
1498 and puts output as text.
1502 Total processes (sleeping and running)
1505 \e[1mrunning_processes
\e[0m
1506 Running processes (not sleeping), requires Linux 2.6
1509 \e[1mscroll length (step) text
\e[0m
1510 Scroll 'text' by 'step' characters showing 'length' number of
1511 characters at the same time. The text may also contain vari‐
1512 ables. 'step' is optional and defaults to 1 if not set. If a var
1513 creates output on multiple lines then the lines are placed be‐
1514 hind each other separated with a '|'-sign. Do NOT use vars that
1515 change colors or otherwise affect the design inside a scrolling
1516 text. If you want spaces between the start and the end of
1517 'text', place them at the end of 'text' not at the front ("foo‐
1518 bar" and " foobar" can both generate "barfoo" but "foobar " will
1519 keep the spaces like this "bar foo").
1522 \e[1mshadecolor (color)
\e[0m
1523 Change shading color
1526 \e[1msmapi (ARGS)
\e[0m
1527 when using smapi, display contents of the /sys/devices/plat‐
1528 form/smapi directory. ARGS are either '(FILENAME)' or 'bat (IN‐
1529 DEX) (FILENAME)' to display the corresponding files' content.
1530 This is a very raw method of accessing the smapi values. When
1531 available, better use one of the smapi_* variables instead.
1534 \e[1msmapi_bat_bar (INDEX),(height),(width)
\e[0m
1535 when using smapi, display the remaining capacity of the battery
1536 with index INDEX as a bar.
1539 \e[1msmapi_bat_perc (INDEX)
\e[0m
1540 when using smapi, display the remaining capacity in percent of
1541 the battery with index INDEX. This is a separate variable be‐
1542 cause it supports the 'use_spacer' configuration option.
1545 \e[1msmapi_bat_power INDEX
\e[0m
1546 when using smapi, display the current power of the battery with
1547 index INDEX in watt. This is a separate variable because the
1548 original read out value is being converted from mW. The sign of
1549 the output reflects charging (positive) or discharging (nega‐
1553 \e[1msmapi_bat_temp INDEX
\e[0m
1554 when using smapi, display the current temperature of the battery
1555 with index INDEX in degree Celsius. This is a separate variable
1556 because the original read out value is being converted from mil‐
1560 \e[1mstippled_hr (space)
\e[0m
1561 Stippled (dashed) horizontal line
1564 \e[1mswapbar (height),(width)
\e[0m
1565 Bar that shows amount of swap in use
1568 \e[1mswap
\e[22mAmount of swap in use
1572 Total amount of swap
1576 Percentage of swap in use
1580 System name, Linux for example
1583 \e[1mtcp_portmon port_begin port_end item (index)
\e[4m
\e[22m(ip4
\e[24m
\e[4monly
\e[24m
\e[4mat
\e[24m
\e[4mpresent)
\e[0m
1584 TCP port monitor for specified local ports. Port numbers must be
1585 in the range 1 to 65535. Valid items are:
1587 \e[1mcount
\e[22m- total number of connections in the range
1588 \e[1mrip
\e[22m- remote ip address
1589 \e[1mrhost
\e[22m- remote host name
1590 \e[1mrport
\e[22m- remote port number
1591 \e[1mrservice
\e[22m- remote service name from /etc/services
1592 \e[1mlip
\e[22m- local ip address
1593 \e[1mlhost
\e[22m- local host name
1594 \e[1mlport
\e[22m- local port number
1595 \e[1mlservice
\e[22m- local service name from /etc/services
1597 The connection index provides you with access to each connection
1598 in the port monitor. The monitor will return information for in‐
1599 dex values from 0 to n-1 connections. Values higher than n-1 are
1600 simply ignored. For the "count" item, the connection index must
1601 be omitted. It is required for all other items.
1604 \e[1m${tcp_portmon 6881 6999 count}
\e[22m- displays the number of connec‐
1605 tions in the bittorrent port range
1606 \e[1m${tcp_portmon 22 22 rip 0}
\e[22m- displays the remote host ip of the
1607 first sshd connection
1608 \e[1m${tcp_portmon 22 22 rip 9}
\e[22m- displays the remote host ip of the
1609 tenth sshd connection
1610 \e[1m${tcp_portmon 1 1024 rhost 0}
\e[22m- displays the remote host name of
1611 the first connection on a privileged port
1612 \e[1m${tcp_portmon 1 1024 rport 4}
\e[22m- displays the remote host port of
1613 the fifth connection on a privileged port
1614 \e[1m${tcp_portmon 1 65535 lservice 14}
\e[22m- displays the local service
1615 name of the fifteenth connection in the range of all ports
1617 Note that port monitor variables which share the same port range
1618 actually refer to the same monitor, so many references to a sin‐
1619 gle port range for different items and different indexes all use
1620 the same monitor internally. In other words, the program avoids
1621 creating redundant monitors.
1623 \e[1mtexeci interval command
\e[0m
1624 Runs a command at an interval inside a thread and displays the
1625 output. Same as $execi, except the command is run inside a
1626 thread. Use this if you have a slow script to keep Conky updat‐
1627 ing. You should make the interval slightly longer then the time
1628 it takes your script to execute. For example, if you have a
1629 script that take 5 seconds to execute, you should make the in‐
1630 terval at least 6 seconds. See also $execi.
1633 \e[1moffset (pixels)
\e[0m
1634 Move text over by N pixels. See also $voffset.
1637 \e[1mrss url delay_in_minutes action item_num
\e[0m
1638 Download and parse RSS feeds. Action may be one of the follow‐
1639 ing: feed_title, item_title (with num par), item_desc (with num
1640 par) and item_titles.
1643 \e[1mtab (width, (start))
\e[0m
1644 Puts a tab of the specified width, starting from column 'start'.
1645 The unit is pixels for both arguments.
1648 \e[1mtail logfile lines (interval)
\e[0m
1649 Displays last N lines of supplied text text file. If interval is
1650 not supplied, Conky assumes 2x Conky's interval. Max of 30 lines
1651 can be displayed, or until the text buffer is filled.
1654 \e[1mtemplateN (arg1) (arg2) (arg3 ...)
\e[0m
1655 Evaluate the content of the templateN configuration variable
1656 (where N is a value between 0 and 9, inclusively), applying sub‐
1657 stitutions as described in the documentation of the correspond‐
1658 ing configuration variable. The number of arguments is option‐
1659 al, but must match the highest referred index in the template.
1660 You can use the same special sequences in each argument as the
1661 ones valid for a template definition, e.g. to allow an argument
1662 to contain a whitespace. Also simple nesting of templates is
1665 Here are some examples of template definitions:
1668 template1 \1: ${fs_used \2} / ${fs_size \2}
1671 The following list shows sample usage of the templates defined
1672 above, with the equivalent syntax when not using any template at
1675 using template same without template
1676 ─────────────────────────────────────────────────────────────────────────────────
1677 ${template0 node name} $nodename
1678 ${template1 root /} root: ${fs_free /} /
1680 ${template1 ${template2\ disk\ root} /} disk root: ${fs_free /} / ${fs_size /}
1683 \e[1mtime (format)
\e[0m
1684 Local time, see man strftime to get more information about for‐
1688 \e[1mutime (format)
\e[0m
1689 Display time in UTC (universal coordinate time).
1692 \e[1mtztime (timezone) (format)
\e[0m
1693 Local time for specified timezone, see man strftime to get more
1694 information about format. The timezone argument is specified in
1695 similar fashion as TZ environment variable. For hints, look in
1696 /usr/share/zoneinfo. e.g. US/Pacific, Europe/Zurich, etc.
1699 \e[1mtotaldown net
\e[0m
1700 Total download, overflows at 4 GB on Linux with 32-bit arch and
1701 there doesn't seem to be a way to know how many times it has al‐
1702 ready done that before conky has started.
1705 \e[1mtop type, num
\e[0m
1706 This takes arguments in the form:top (name) (number) Basically,
1707 processes are ranked from highest to lowest in terms of cpu us‐
1708 age, which is what (num) represents. The types are: "name",
1709 "pid", "cpu", "mem", "mem_res", "mem_vsize", and "time". There
1710 can be a max of 10 processes listed.
1713 \e[1mtop_mem type, num
\e[0m
1714 Same as top, except sorted by mem usage instead of cpu
1717 \e[1mtop_time type, num
\e[0m
1718 Same as top, except sorted by total CPU time instead of current
1722 \e[1mtotalup net
\e[0m
1723 Total upload, this one too, may overflow
1726 \e[1mupdates Number of updates
\e[0m
1730 \e[1mupspeed net
\e[0m
1734 \e[1mupspeedf net
\e[0m
1735 Upload speed in KiB with one decimal
1738 \e[1mupspeedgraph ("normal"|"log") (height),(width) (gradient colour 1)
\e[0m
1739 \e[1m(gradient colour 2) (scale) (net)
\e[0m
1740 Upload speed graph, colours defined in hex, minus the #. If
1741 scale is non-zero, it becomes the scale for the graph. Uses a
1742 logarithmic scale (to see small numbers) when you use "log" in‐
1746 \e[1muptime
\e[22mUptime
1749 \e[1muptime_short
\e[0m
1750 Uptime in a shorter format
1753 \e[1muser_number
\e[0m
1754 Number of users logged in
1757 \e[1muser_names
\e[0m
1758 Lists the names of the users logged in
1761 \e[1muser_terms
\e[0m
1762 Lists the consoles in use
1765 \e[1muser_times
\e[0m
1766 Lists how long users have been logged in for
1769 \e[1mvoffset (pixels)
\e[0m
1770 Change vertical offset by N pixels. Negative values will cause
1771 text to overlap. See also $offset.
1774 \e[1mvoltage_mv (n)
\e[0m
1775 Returns CPU #n's voltage in mV. CPUs are counted from 1. If
1776 omitted, the parameter defaults to 1.
1779 \e[1mvoltage_v (n)
\e[0m
1780 Returns CPU #n's voltage in V. CPUs are counted from 1. If omit‐
1781 ted, the parameter defaults to 1.
1784 \e[1mwireless_essid net
\e[0m
1785 Wireless access point ESSID (Linux only)
1788 \e[1mwireless_mode net
\e[0m
1789 Wireless mode (Managed/Ad-Hoc/Master) (Linux only)
1792 \e[1mwireless_bitrate net
\e[0m
1793 Wireless bitrate (ie 11 Mb/s) (Linux only)
1796 \e[1mwireless_ap net
\e[0m
1797 Wireless access point MAC address (Linux only)
1800 \e[1mwireless_link_qual net
\e[0m
1801 Wireless link quality (Linux only)
1804 \e[1mwireless_link_qual_max net
\e[0m
1805 Wireless link quality maximum value (Linux only)
1808 \e[1mwireless_link_qual_perc net
\e[0m
1809 Wireless link quality in percents (Linux only)
1812 \e[1mwireless_link_bar (height), (width) net
\e[0m
1813 Wireless link quality bar (Linux only)
1816 \e[1mwords textfile
\e[0m
1817 Displays the number of words in the given file
1820 \e[1mxmms2_artist
\e[0m
1821 Artist in current XMMS2 song
1824 \e[1mxmms2_album
\e[0m
1825 Album in current XMMS2 song
1828 \e[1mxmms2_title
\e[0m
1829 Title in current XMMS2 song
1832 \e[1mxmms2_genre
\e[0m
1833 Genre in current XMMS2 song
1836 \e[1mxmms2_comment
\e[0m
1837 Comment in current XMMS2 song
1840 \e[1mxmms2_decoder
\e[0m
1844 \e[1mxmms2_transport
\e[0m
1845 Transport plugin used
1849 Full path to current song
1852 \e[1mxmms2_tracknr
\e[0m
1853 Track number in current XMMS2 song
1856 \e[1mxmms2_bitrate
\e[0m
1857 Bitrate of current song
1861 XMMS2 id of current song
1864 \e[1mxmms2_duration
\e[0m
1865 Duration of current song
1868 \e[1mxmms2_elapsed
\e[0m
1872 \e[1mxmms2_size
\e[0m
1873 Size of current song
1876 \e[1mxmms2_percent
\e[0m
1877 Percent of song's progress
1880 \e[1mxmms2_status
\e[0m
1881 XMMS2 status (Playing, Paused, Stopped, or Disconnected)
1884 \e[1mxmms2_bar (height),(width)
\e[0m
1885 Bar of XMMS2's progress
1888 \e[1mxmms2_smart
\e[0m
1889 Prints the song name in either the form "artist - title" or file
1890 name, depending on whats available
1893 \e[1mif_xmms2_connected
\e[0m
1894 Display everything between $if_xmms2_connected and the matching
1895 $endif if xmms2 is running.
1898 \e[1meve api_userid api_key character_id
\e[0m
1899 Fetches your currently training skill from the Eve Online API
1900 servers (http://www.eve-online.com/) and displays the skill
1901 along with the remaining training time.
1905 conky
\e[1m-t '${time %D %H:%M}' -o -u 30
\e[0m
1906 Start Conky in its own window with date and clock as text and 30
1907 sec update interval.
1909 conky
\e[1m-a top_left -x 5 -y 500 -d
\e[0m
1910 Start Conky to background at coordinates (5, 500).
1913 \e[4m~/.conkyrc
\e[24m default configuration file
1916 Drawing to root or some other desktop window directly doesn't work with
1917 all window managers. Especially doesn't work well with Gnome and it has
1918 been reported that it doesn't work with KDE either. Nautilus can be
1919 disabled from drawing to desktop with program gconf-editor. Uncheck
1920 show_desktop in /apps/nautilus/preferences/. There is -w switch in
1921 Conky to set some specific window id. You might find xwininfo -tree
1922 useful to find the window to draw to. You can also use -o argument
1923 which makes Conky to create its own window. If you do try running Conky
1924 in its own window, be sure to read up on the own_window_type settings
1928 ⟨http://conky.sourceforge.net/⟩
1930 ⟨http://www.sourceforge.net/projects/conky⟩
1932 #conky on irc.freenode.net
1935 Copyright (c) 2005-2009 Brenden Matthews, Philip Kovacs, et. al. Any
1936 original torsmo code is licensed under the BSD license (see LICENSE.BSD
1937 for a copy). All code written since the fork of torsmo is licensed un‐
1938 der the GPL (see LICENSE.GPL for a copy), except where noted different‐
1939 ly (such as in portmon code, timed thread code, and audacious code
1940 which are LGPL, and prss which is an MIT-style license).
1943 The Conky dev team (see AUTHORS for a full list of contributors).