NAME¶

spectrwm — window manager for X11

SYNOPSIS¶

OPTIONS¶

-c file

Specify a configuration file to load instead of scanning for one.

-d

Enable debug mode and logging to stderr.

-v

Print version and exit.

DESCRIPTION¶

spectrwm is a minimalistic window manager that tries to stay out of the way so that valuable screen real estate can be used for much more important stuff. It has sane defaults and does not require one to learn a language to do any configuration. It was written by hackers for hackers and it strives to be small, compact and fast.

When spectrwm starts up, it reads settings from its configuration file, spectrwm.conf. See the CONFIGURATION FILES section below.

The following notation is used throughout this page:

spectrwm is very simple in its use. Most of the actions are initiated via key or pointer button bindings. See the BINDINGS section below for defaults and customizations.

CONFIGURATION FILES¶

spectrwm looks for the user-configuration file in the following order:

1. $XDG_CONFIG_HOME/spectrwm/spectrwm.conf
2. ~/.config/spectrwm/spectrwm.conf (if $XDG_CONFIG_HOME is either not set or empty)
3. ~/.spectrwm.conf.

If the user-configuration file is not found, spectrwm then looks for the global configuration file in the following order:

1. $XDG_CONFIG_DIRS/spectrwm/spectrwm.conf (each colon-separated directory in $XDG_CONFIG_DIRS)
2. /etc/xdg/spectrwm/spectrwm.conf (if $XDG_CONFIG_DIRS is either not set or empty)
3. /etc/spectrwm.conf

The format of the file is

For example:

Enabling or disabling an option is done by using 1 or 0 respectively.

Colors need to be specified per the XQueryColor(3) specification. In addition, alpha transparency may be specified via the format rbga:red/green/blue/alpha (8-bit hex values) For example, to specify a 50% transparent blue status bar background:

Note that a compositing manager is required for alpha transparency.

Mark option values may be wrapped in single/double quotes to prevent whitespace trimming, specify empty strings, etc. Literal quote/backslash characters can be escaped with a backslash ‘\’, when needed.

Comments begin with a #. When a literal ‘#’ is desired in an option, then it must be escaped with a backslash, i.e. \#

The file supports the following keywords:

autorun

Launch an application in a specified workspace at start-of-day. Defined in the format ws[idx]:application, e.g. ws[2]:xterm launches an xterm(1) in workspace 2. Specify ‘ws[-1]’ to launch applications such as desktop managers and panels in free mode to keep them always mapped.

Note that libswmhack.so is required for "spawn-in-workspace" behavior. See the SWMHACK section below for more information, tips, and workarounds if a program fails to spawn in the specified workspace.

bar_action

External script that populates additional information in the status bar, such as battery life.

bar_action_expand

Process bar_format character sequences in bar_action output; default is 0.

bar_at_bottom

Place the statusbar at the bottom of each region instead of the top. Default is 0.

bar_border[x]

Border color of status bar(s) on screen number x. Default is rgb:00/80/80.

bar_border_free[x]

Border color of a status bar for a focused region on screen number x when a workspace-free window is focused. Default is rgb:80/80/00.

bar_border_unfocus[x]

Border color of status bar(s) for unfocused region(s) on screen number x. Default is rgb:00/40/40.

bar_border_width

Set status bar border thickness in pixels. Disable border by setting to 0.

bar_color[x]

Background color of status bar(s) on screen number x.

A comma separated list of up to 10 colors can be specified. The first value is used as the default background color. Any of these colors can then be selected as a background color in the status bar through the use of the markup sequence +@bg=n; where n is between 0 and 9.

bar_color_free[x]

Background color of a status bar for a focused region on screen number x when a workspace-free window is focused.

A comma separated list of up to 10 colors can be specified, with the same syntax and behavior as bar_color. Default is rgb:40/40/00.

bar_color_selected[x]

Background color for selected menu items on screen number x. Defaults to the value of bar_border.

bar_color_unfocus[x]

Background color of status bar(s) for unfocused region(s) on screen number x.

A comma separated list of up to 10 colors can be specified, with the same syntax and behavior as bar_color for unfocused bar(s). Defaults to the value of bar_color.

bar_enabled

Set default bar_toggle state; default is 1.

bar_enabled_ws[x]

Set default bar_toggle_ws state on workspace x; default is 1.

bar_font

Fonts used in the status bar. Either Xft or X Logical Font Description (XLFD) may be used to specify fonts. Fallback fonts may be specified by separating each font with a comma. If all entries are in XLFD syntax, font set will be used. If at least one entry is Xft, Xft will be used.

The default is to use font set.

If Xft is used, a comma-separated list of up to 10 fonts can be specified. The first entry is the default font. Any font defined here can then be selected in the status bar through the use of the markup sequence +@fn=n; where n is between 0 and 9.

Also note that dmenu(1) prior to 4.6 does not support Xft fonts.

Xft examples:

bar_font = Terminus:style=Regular:pixelsize=14:antialias=true

bar_font = -*-profont-medium-*-*-*-11-*-*-*-*-*-*-*,Terminus:pixelsize=14,-*-clean-medium-*-*-*-12-*-*-*-*-*-*-*

Font set examples:

bar_font = -*-terminus-medium-*-*-*-14-*-*-*-*-*-*-*

bar_font = -*-profont-medium-*-*-*-11-*-*-*-*-*-*-*,-*-terminus-medium-*-*-*-14-*-*-*-*-*-*-*,-*-clean-medium-*-*-*-12-*-*-*-*-*-*-*

To list the available fonts in your system see fc-list(1) or xlsfonts(1) manpages. The xfontsel(1) application can help with the XLFD setting.

bar_font_color[x]

Foreground color of the status bar(s) on screen number x.

A comma separated list of up to 10 colors can be specified. The first value is used as the default foreground color. Any of these colors can then be selected as a foreground color in the status bar through the use of the markup sequence +@fg=n; where n is between 0 and 9.

bar_font_color_unfocus[x]

Foreground color of status bar(s) for unfocused region(s) on screen number x.

A comma separated list of up to 10 colors can be specified, with the same syntax and behavior as bar_font_color for unfocused bar(s). Defaults to the value of bar_font_color.

bar_font_color_selected[x]

Foreground color for selected menu items on screen number x. Defaults to the value of bar_color.

bar_font_pua

Specify a font to override the Unicode Private Use Area code points (U+E000 -> U+F8FF, U+F0000 -> U+FFFFD, U+100000 -> U+10FFFD). Some fonts use these code points to provide special icon glyphs. Available only with Xft fonts.

bar_format

Set the bar format string, overriding clock_format and all of the enabled options. The format is passed through strftime(3) before being used. It may contain the following character sequences:

Character sequence	Replaced with
+<	Pad with a space
+A	Output of the external script
+C	Window class (from WM_CLASS)
+D	Workspace name
+F	Focus status indicator
+I	Workspace index
+L	Workspace list indicator
+M	Number of iconic (minimized) windows in workspace
+N	Screen number
+P	Window class and instance separated by a colon
+R	Region index
+S	Stacking algorithm
+T	Window instance (from WM_CLASS)
+U	Urgency hint
+V	Program version
+w	Number of windows in workspace
+W	Window name (from _NET_WM_NAME/WM_NAME)
+|[weight][justify]	Begin new section and reset markup sequence effects. weight is a positive integer used to allocate horizontal space between 'L', 'C' and 'R' sections (see justify). The default weight is 1. justify can have the value L, C, R or T. L, C, R are for left, center and right justified sections respectively. A 'T' section will limit its space usage to fit to the text. If no value is specified for a given section, the setting from bar_justify is used.
++	A literal ‘+’
+@	Prefix for text markup sequences

The currently recognized text markup sequences are:

Character sequence	Action
+@fn=n;	Selects font n (from 0 to 9) from bar_font.
+@fg=n;	Selects foreground color n (from 0 to 9) from bar_font_color.
+@bg=n;	Selects background color n (from 0 to 9) from bar_color.
+@stp;	Stops the interpretation of markup sequences. Any markup sequence found after +@stp will appear as normal characters in the status bar.

Note that markup sequences in bar_action script output will only be processed if bar_action_expand is enabled.

All character sequences may limit its output to a specific length, for example +64A. By default, no padding/alignment is done in case the length of the replaced string is less than the specified length (64 in the example). The padding/alignment can be enabled using a '_' character in the sequence. For example: +_64W, +64_W and +_64_W enable padding before (right alignment), after (left alignment), and both before and after (center alignment) window name, respectively. Any characters that do not match the specification are copied as-is.

bar_justify

Justify the status bar text. Possible values are left, center, and right.

Note that if the output is not left justified, it may not be properly aligned in some circumstances, due to the white-spaces in the default static format. See the bar_format option for more details.

bind[x]

Bind key or button combo to action x. See the BINDINGS section below.

border_width

Set window border thickness in pixels. Disable all borders by setting to 0.

boundary_width

Set region containment boundary width in pixels. This is how far a window must be dragged/resized (with the pointer) beyond the region edge before it is allowed outside the region. Disable the window containment effect by setting to 0.

cancelkey

Change the key used as an alternative means of terminating move/resize operations. Default is Escape.

See the BINDINGS section below for details on how to find key names.

click_to_raise

Enable or disable raising stacking priority when clicking on a window. Default is 1.

clock_enabled

Enable or disable displaying the clock in the status bar. Disable by setting to 0 so a custom clock could be used in the bar_action script.

color_focus_free

Border color of the currently focused window that is in free mode. Default is yellow.

color_focus_maximized_free

Border color of the currently focused maximized window that is in free mode. Defaults to the value of color_focus_free.

color_unfocus_free

Border color of unfocused windows that are in free mode, default is rgb:88/88/00.

color_unfocus_maximized_free

Border color of unfocused maximized windows that are in free mode. Defaults to the value of color_unfocus_free.

color_focus

Border color of the currently focused window. Default is red.

color_focus_maximized

Border color of the currently focused, maximized window. Defaults to the value of color_focus.

color_unfocus

Border color of unfocused windows, default is rgb:88/88/88.

color_unfocus_maximized

Border color of unfocused, maximized windows. Defaults to the value of color_unfocus.

cycle_visible

Include workspaces that are mapped when switching with ws_next, ws_prev, ws_next_all, ws_prev_all, ws_next_move, or ws_prev_move. Enable by setting to 1.

Note that mapped workspaces will be swapped unless workspace_clamp is enabled. If warp_focus is also enabled, focus will go to the region where the workspace is mapped.

dialog_ratio

Some applications have dialogue windows that are too small to be useful. This ratio adjusts the window/region size ratio for transient windows having the TRANSSZ quirk. For example, 0.6 is 60% of the the monitor size if the current region spans the monitor.

disable_border

Remove border when bar is disabled and there is only one window on the region. Enable by setting to 1. Setting this to always removes the border regardless of the bar being enabled/disabled. Defaults to 0.

focus_close

Window to put focus when the focused window is closed. Possible values are first, next, previous (default), last and prior. next and previous are relative to the window that is closed. prior is the last focused window in the workspace.

focus_close_wrap

Whether to allow the focus to jump to the last window when the first window is closed or vice versa. Disable by setting to 0.

focus_default

Window to put focus when no window has been focused. Possible values are first and last (default).

focus_mark_none

Set the bar_format focus status indicator (+F) string to substitute when no window is focused. Default is ''.

focus_mark_normal

Set the bar_format focus status indicator (+F) string to substitute when a normal (not floating, maximized or free) window is focused. Default is ''.

focus_mark_floating

Set the bar_format focus status indicator (+F) string to substitute when a floating window is focused. Default is '(f)'.

focus_mark_free

Set the bar_format focus status indicator (+F) string to substitute when a window that is in free mode is focused. Default is '(*)'.

focus_mark_maximized

Set the bar_format focus status indicator (+F) string to substitute when a maximized window is focused. Default is '(m)'.

focus_mode

Window focus behavior with respect to the pointer. Possible values:

default

Set window focus on border crossings caused by cursor motion and window interaction.

follow

Set window focus on all cursor border crossings, including workspace switches and changes to layout.

manual

Set window focus on window interaction only.

fullscreen_hide_other

When a fullscreen window is focused and not in below state, hide unrelated windows in the same workspace. Useful for transparent windows. Defaults to 0.

fullscreen_unfocus

Set handling when a fullscreen window loses focus. Possible values:

none

Leave window fullscreen. (default)

restore

Exit fullscreen.

iconify

Minimize/hide the window.

float

Exit fullscreen and float window.

below

Set below state on the window.

quick_below

Set below state on the window, unset when refocused.

Note that this option is ignored in max layout.

iconic_enabled

Display the number of iconic (minimized) windows in the status bar. Enable by setting to 1.

keyboard_mapping

Clear all key bindings (not button bindings) and load new bindings from the specified file. This allows you to load pre-defined key bindings for your keyboard layout. See the KEYBOARD MAPPING FILES section below for a list of keyboard mapping files that have been provided for several keyboard layouts.

Note that /dev/null can be specified if you only want to clear bindings.

layout

Select layout to use at start-of-day. Defined in the format ws[idx]:master_grow:master_add:stack_inc:always_raise:stack_mode, e.g. ws[2]:-4:0:1:0:horizontal sets workspace 2 to the horizontal stack mode, shrinks the master area by 4 ticks and adds one window to the stack, while maintaining default floating window behavior. Possible stack_mode values are vertical, vertical_flip, horizontal, horizontal_flip, max and floating.

See master_grow, master_shrink, master_add, master_del, stack_inc, stack_dec, stack_balance, and always_raise for more information. Note that the stacking options are complicated and have side-effects. One should familiarize oneself with these commands before experimenting with the layout option.

This setting is not retained at restart.

max_layout_maximize

Automatically maximize windows in max layout. Note that automatic maximize behavior is disabled for windows that are unmaximized in max layout. Maximizing the window or resetting the layout with stack_reset enables it again. Enabled by default. Disable by setting to 0.

maximize_hide_bar

When set to 1, maximize_toggle will also hide/restore the bar visibility of the affected workspace. Defaults to 0.

maximize_hide_other

When a maximized window is focused and not in below state, hide unrelated windows in the same workspace. Useful for transparent windows. Defaults to 0.

maximized_unfocus

Set handling when a maximized window loses focus. Possible values:

none

Leave window maximized.

restore

Unmaximize window. (default)

iconify

Minimize/hide the window.

float

Unmaximize and float window.

below

Set below state on the window.

quick_below

Set below state on the window, unset when refocused.

Note that this option is ignored in max layout.

modkey

Change the current modifier value of MOD in bind entries that come later in the configuration file. For existing bindings, the new value is substituted for the previous value. Possible values are Mod1 (default), Mod2, Mod3, Mod4 and Mod5.

Mod1 is generally the Alt key, Mod2 is the Command key on macOS and Mod4 is the Windows key on a PC. The current modifier key mapping can be found by running xmodmap(1).

name

Set the name of a workspace at start-of-day. Defined in the format ws[idx]:name, e.g. ws[1]:Console sets the name of workspace 1 to “Console”.

program[p]

Define new action to spawn a program p. See the PROGRAMS section below.

quirk[c[:i[:n]]]

Add "quirk" for windows with class c, instance i (optional) and name n (optional). See the QUIRKS section below.

region

Allocates a custom region, removing any autodetected regions that occupy the same space on the specified logical X screen number. Defined in the format screen[idx]:widthxheight+x+y[,rotation], e.g. screen[1]:800x1200+0+0 or screen[1]:800x1200+0+0,inverted (with optional rotation).

To make a region span multiple monitors, create a region big enough to cover them all, e.g. screen[1]:2048x768+0+0 makes the region span two monitors with 1024x768 resolution sitting one next to the other.

Possible values for the optional rotation argument are normal (default), left, inverted and right. Note that rotation is used by workspace_autorotate.

region_padding

Pixel width of empty space within region borders. Disable by setting to 0.

snap_range

Set the distance in pixels a tiled/maximized window must be moved (with the pointer) to unsnap and float freely. Set to 0 to unsnap immediately. Default is 25.

spawn_position

Position in stack to place newly spawned windows. Possible values are first, next, previous and last (default). next and previous are relative to the focused window.

stack_enabled

Enable or disable displaying the current stacking algorithm in the status bar.

stack_mark_floating

Set the floating layout mark for the bar_format stacking indicator (+S). Default is '[~]'.

stack_mark_horizontal

Set the horizontal layout mark for the bar_format stacking indicator (+S). Default is '[-]'.

stack_mark_horizontal_flip

Set the horizontal_flip layout mark for the bar_format stacking indicator (+S). Default is '[v]'.

stack_mark_max

Set the max layout mark for the bar_format stacking indicator (+S). Default is '[ ]'.

stack_mark_vertical

Set the vertical layout mark for the bar_format stacking indicator (+S). Default is '[|]'.

stack_mark_vertical_flip

Set the vertical_flip layout mark for the bar_format stacking indicator (+S). Default is '[>]'.

term_width

Set a preferred minimum width for the terminal. If this value is greater than 0, spectrwm will attempt to adjust the font sizes in the terminal to keep the terminal width above this number as the window is resized. Only xterm(1) is currently supported. The xterm(1) binary must not be setuid or setgid, which it is by default on most systems. Users may need to set program[term] (see the PROGRAMS section) to use an alternate copy of the xterm(1) binary without the setgid bit set.

tile_gap

Pixel width of empty space between tiled windows. Negative values cause overlap. Set this to the opposite of border_width to collapse the border between tiles. Disable by setting to 0.

urgent_collapse

Minimizes the space consumed by the urgency hint indicator by removing the placeholders for non-urgent workspaces, the trailing space when there are urgent windows and the default leading space. Enable by setting to 1.

urgent_enabled

Enable or disable the urgency hint indicator in the status bar. Note that many terminal emulators require an explicit setting for the bell character to trigger urgency on the window. In xterm(1), for example, one needs to add the following line to .Xdefaults:

xterm.bellIsUrgent: true

verbose_layout

Enable or disable displaying the current master window count and stack column/row count in the status bar. Enable by setting to 1. See master_add, master_del, stack_inc and stack_dec for more information.

warp_focus

Focus on the target window/workspace/region when clamped. For example, when attempting to switch to a workspace that is mapped on another region and workspace_clamp is enabled, focus on the region with the target workspace. Enable by setting to 1.

warp_pointer

Centers the pointer on the focused window when using bindings to change focus, switch workspaces, change regions, etc. Enable by setting to 1.

window_class_enabled

Enable or disable displaying the window class name (from WM_CLASS) in the status bar. Enable by setting to 1.

window_instance_enabled

Enable or disable displaying the window instance name (from WM_CLASS) in the status bar. Enable by setting to 1.

window_name_enabled

Enable or disable displaying the window display name (from _NET_WM_NAME/WM_NAME) in the status bar. Enable by setting to 1.

To prevent excessively large window names from pushing the remaining text off the bar, it is limited to 64 characters, by default. See the bar_format option for more details.

workspace_autorotate

When moving workspaces across regions, auto-rotate vertical/horizontal layouts based on rotation data from xrandr(1). Enable by setting to 1.

workspace_clamp

Prevents workspaces from being swapped when attempting to switch to a workspace that is mapped to another region. Use warp_focus if you want to focus on the region containing the workspace and warp_pointer if you want to also send the pointer. Enable by setting to 1.

workspace_indicator

Configure the status bar workspace indicator. One or more of the following options may be specified in a comma-separated list:

listcurrent

Include the current workspace.

listactive

Include workspaces with windows.

listempty

Include empty workspaces.

listnamed

Include named workspaces.

listurgent

Include workspaces with urgent window(s).

listall

Include all workspaces.

hidecurrent

Always exclude the current workspace from the list.

markcurrent

Indicate the current workspace if it is in the list.

markactive

Indicate workspaces in the list that are active.

markempty

Indicate workspaces in the list that are empty.

markurgent

Indicate workspaces in the list that contain urgent window(s).

printnames

Display the names of named workspaces in the list.

noindexes

Hide the index of the workspaces.

The default is listcurrent,listactive,markcurrent,printnames

Note that markup sequences can be used to style the workspace indicator. For example, to change the color of the current workspace:

workspace_mark_current = '+@fg=1;'
workspace_mark_current_suffix = '+@fg=0;'

workspace_limit

Set the total number of workspaces available. Minimum is 1, maximum is 22, default is 10.

workspace_mark_active

Set the string inserted before active workspaces in the workspace_indicator. Default is '^'.

workspace_mark_active_suffix

Set the string inserted after active workspaces in the workspace_indicator. Default is '' (empty string).

workspace_mark_current

Set the string inserted before the current workspace in the workspace_indicator. Default is '*'.

workspace_mark_current_suffix

Set the string inserted after the current workspace in the workspace_indicator. Default is '' (empty string).

workspace_mark_empty

Set the string inserted before empty workspaces in the workspace_indicator. Default is '-'.

workspace_mark_empty_suffix

Set the string inserted after empty workspaces in the workspace_indicator. Default is '' (empty string).

workspace_mark_urgent

Set the string inserted before urgent workspaces in the workspace_indicator. Default is '!'.

workspace_mark_urgent_suffix

Set the string inserted after urgent workspaces in the workspace_indicator. Default is '' (empty string).

STACK MODES¶

vertical

Master area is on the left and stack area is on the right. Additional windows are vertically tiled in stack area.

vertical flipped

Same as above but stack and master areas are swapped.

horizontal

Master area is on the top and stack area is on the bottom. Additional windows are horizontally tiled in stack area.

horizontal flipped

Same as above but stack and master areas are swapped.

max

The focused window occupies the whole region, except for the bar (if enabled).

floating

Windows are untiled and can be resized and positioned.

WINDOW STATES¶

These can be set/unset by the corresponding toggle actions listed in the BINDINGS section below.

floating

The window is stacked above others and is not in a tile; it may be freely resized and positioned.

below

The window is floating, but stacked below others.

maximized

The window occupies the work area of the region (area that excludes space reserved by the bar, docks/panels, etc.) By default, focusing another window removes the maximized state of the window. See maximized_unfocus to configure unfocused behavior.

fullscreen

The window occupies the whole region. By default, focusing another window does not remove the fullscreen state of the window. See fullscreen_unfocus to configure unfocused behavior.

free

The window is floating, but not bound by regions, workspaces or their layouts. It is always mapped, unless iconified, and may be resized and positioned anywhere.

PROGRAMS¶

spectrwm allows you to define custom actions to launch programs of your choice and then bind them the same as with built-in actions. See the BINDINGS section below.

Custom programs in the configuration file are specified as follows:

action is any identifier that does not conflict with a built-in action or keyword, progpath is the desired program, and arg is zero or more arguments to the program.

With the exception of '~' expansion, program calls are executed as-is without any interpretation. A shell can be called to execute shell commands. (e.g. sh -c 'command string').

Remember that when using ‘#’ in your program call, it must be escaped with a backslash, i.e. \#

The following argument variables are replaced with values at the time the program is spawned:

Example:

program[ff] = /usr/local/bin/firefox http://spectrwm.org/
bind[ff] = MOD+Shift+b # Now M-S-b launches firefox

To cancel the previous, unbind it:

bind[] = MOD+Shift+b

Default programs:

Note that optional default programs will not be validated unless overridden. If a default program fails validation, you can resolve the exception by installing the program, modifying the program call or disabling the program by freeing the respective binding.

For example, to override lock:

program[lock] = xscreensaver-command -lock

To unbind lock and prevent it from being validated:

bind[] = MOD+Shift+Delete

Note that when a program is spawned, spectrwm aims to place its windows in its spawn workspace. See the SWMHACK section below for more information, tips, and workarounds if a program fails to spawn in the correct workspace.

BINDINGS¶

spectrwm provides many functions (or actions) accessed via key or pointer button bindings.

The default bindings are listed below:

The action names and descriptions are listed below:

Custom bindings in the configuration file are specified as follows:

action is one of the actions listed above (or empty to unbind) and combo is in the form of zero or more modifier keys and/or special arguments (Mod1, Shift, Control, MOD, etc.) and a normal key (b, Space, etc) or a button (Button1 .. Button255), separated by ‘+’. Multiple key/button combinations may be bound to the same action.

Special arguments:

MOD example:

bind[reset] = Mod4+q # bind Windows-key + q to reset
bind[] = Mod1+q # unbind Alt + q
bind[move] = MOD+Button3 # Bind move to M-Button3
bind[] = MOD+Button1 # Unbind default move binding.

ANYMOD example:

bind[focus] = ANYMOD+Button3
bind[move] = MOD+Button3

In the above example, M-⟨Button3⟩ initiates move and ⟨Button3⟩ pressed with any other combination of modifiers sets focus to the window/region under the pointer.

REPLAY example:

bind[focus] = REPLAY+Button3

In the above example, when ⟨Button3⟩ is pressed without any modifier(s), focus is set to the window under the pointer and the button press is passed to the window.

To bind non-latin characters such as å or π you must enter the xkb character name instead of the character itself. Run xev(1), focus the window and press the specific key and in the terminal output read the symbol name. In the following example for å:

KeyPress event, serial 41, synthetic NO, window 0x2600001,
    root 0x15a, subw 0x0, time 106213808, (11,5), root:(359,823),
    state 0x0, keycode 24 (keysym 0xe5, aring), same_screen YES,
    XLookupString gives 2 bytes: (c3 a5) "å"
    XmbLookupString gives 2 bytes: (c3 a5) "å"
    XFilterEvent returns: False

The xkb name is aring. In other words, in spectrwm.conf add:

bind[program] = MOD+aring

To clear all default keyboard bindings and specify your own, see the keyboard_mapping option.

KEYBOARD MAPPING FILES¶

Keyboard mapping files for several keyboard layouts are listed below. These files can be used with the keyboard_mapping setting to load pre-defined key bindings for the specified keyboard layout.

QUIRKS¶

spectrwm provides "quirks" which handle windows that must be treated specially in a tiling window manager, such as some dialogs and fullscreen apps.

The default quirks are described below:

The quirks themselves are described below:

Custom quirks in the configuration file are specified as follows:

class, instance (optional) and name (optional) are patterns used to determine which window(s) the quirk(s) apply to and quirk is one of the quirks from the list above.

Note that patterns are interpreted as POSIX Extended Regular Expressions. Any ':', '[' or ']' must be escaped with '\'. See regex(7) for more information on POSIX Extended Regular Expressions.

For example:

quirk[MPlayer] = FLOAT + FULLSCREEN + FOCUSPREV # Float all windows having a class of 'MPlayer'
quirk[.*] = FLOAT # Float all windows by default.
quirk[.*:.*:.*] = FLOAT # Same as above.
quirk[Firefox:Navigator] = FLOAT # Float all Firefox browser windows.
quirk[::Console] = FLOAT # Float windows with WM_CLASS not set and a window name of 'Console'.
quirk[\[0-9\].*:.*:\[\[\:alnum\:\]\]*] = FLOAT # Float windows with WM_CLASS class beginning with a number, any WM_CLASS instance and a _NET_WM_NAME/WM_NAME either blank or containing alphanumeric characters without spaces.
quirk[pcb:pcb] = NONE # remove existing quirk

You can obtain class, instance and name by running xprop(1) and then clicking on the desired window. In the following example the main window of Firefox was clicked:

$ xprop | grep -E "^(WM_CLASS|_NET_WM_NAME|WM_NAME)"
WM_CLASS(STRING) = "Navigator", "Firefox"
WM_NAME(STRING) = "spectrwm - ConformalOpenSource"
_NET_WM_NAME(UTF8_STRING) = "spectrwm - ConformalOpenSource"

Note that xprop(1) displays WM_CLASS as:

WM_CLASS(STRING) = "<instance>", "<class>"

In the example above the quirk entry would be:

quirk[Firefox:Navigator] = FLOAT

spectrwm also automatically assigns quirks to windows based on the value of the window's _NET_WM_WINDOW_TYPE property as follows:

In all other cases, no automatic quirks are assigned to the window. Quirks specified in the configuration file override the automatic quirks.

EWMH¶

spectrwm partially implements the Extended Window Manager Hints (EWMH) specification. This enables controlling windows as well as spectrwm itself from external scripts and programs. This is achieved by spectrwm responding to certain ClientMessage events. From the terminal these events can be conveniently sent using tools such as wmctrl(1) and xdotool(1). For the actual format of these ClientMessage events, see the EWMH specification.

The id of the currently focused window is stored in the _NET_ACTIVE_WINDOW property of the root window. This can be used for example to retrieve the title of the currently active window with xprop(1) and grep(1):

$ WINDOWID=`xprop -root _NET_ACTIVE_WINDOW | grep -o "0x.*"`
$ xprop -id $WINDOWID _NET_WM_NAME | grep -o "\".*\""

A window can be focused by sending a _NET_ACTIVE_WINDOW client message to the root window. For example, using wmctrl(1) to send the message (assuming 0x4a0000b is the id of the window to be focused):

$ wmctrl -i -a 0x4a0000b

Windows can be closed by sending a _NET_CLOSE_WINDOW client message to the root window. For example, using wmctrl(1) to send the message (assuming 0x4a0000b is the id of the window to be closed):

$ wmctrl -i -c 0x4a0000b

Windows can be floated and un-floated by adding or removing the _NET_WM_STATE_ABOVE atom from the _NET_WM_STATE property of the window. This can be achieved by sending a _NET_WM_STATE client message to the root window. For example, the following toggles the floating state of a window using wmctrl(1) to send the message (assuming 0x4a0000b is the id of the window to be floated or un-floated):

$ wmctrl -i -r 0x4a0000b -b toggle,above

Windows can also be iconified and un-iconified by substituting _NET_WM_STATE_HIDDEN for _NET_WM_STATE_ABOVE in the previous example:

$ wmctrl -i -r 0x4a0000b -b toggle,hidden

Floating windows can also be resized and moved by sending a _NET_MOVERESIZE_WINDOW client message to the root window. For example, using wmctrl(1) to send the message (assuming 0x4a0000b is the id of the window to be resize/moved):

$ wmctrl -i -r 0x4a0000b -e 0,100,50,640,480

This moves the window to (100,50) and resizes it to 640x480.

Any _NET_MOVERESIZE_WINDOW events received for stacked windows are ignored.

SWMHACK¶

When spawning a program via autorun or a binding, spectrwm aims to place the program's windows (if any) in its spawn workspace. To accomplish this "spawn-in-workspace" behavior, spectrwm must determine the intended spawn workspace when managing a new window. Since it cannot be done with X11 alone, libswmhack.so is included to make this feature possible.

When a program is spawned, spectrwm automatically sets LD_PRELOAD and _SWM_WS in the program's spawn environment to enable libswmhack.so when it is executed. Note that LD_PRELOAD is the path to libswmhack.so and _SWM_WS is the spawn workspace for any windows created by the program.

When running programs from terminals, scripts, etc, the inherited environment may need to be configured. It is possible to override the spawn workspace by setting _SWM_WS to a different value. Alternatively, _SWM_WS can be unset(1) or set to a blank value to disable "spawn-in-workspace" behavior. Note that workspaces are counted from 0. ‘-1’ can be specified to put windows into workspace-free mode.

For example, to play a video with mpv(1) on workspace 10 without changing the spawn workspace in the environment:

$ _SWM_WS=9 mpv video.mkv

Play the video in free mode so that it remains mapped when switching workspaces.

$ _SWM_WS=-1 mpv video.mkv

Disable "spawn-in-workspace" in the environment so that new windows map on whichever workspace happens to be focused.

$ unset _SWM_WS

Change the environment to spawn programs in free mode.

$ export _SWM_WS=-1

When spawning a program that creates windows via a daemon, ensure the daemon is started with the correct LD_PRELOAD in its environment.

For example, when starting urxvtd(1) via xinit(1), LD_PRELOAD must be specified.

LD_PRELOAD=/usr/lib/spectrwm/libswmhack.so.0.0 urxvtd -q -o -f

Note that some operating systems may ignore LD_PRELOAD if certain conditions are not met. It is advised to check the man page of ld.so.

In situations where libswmhack.so cannot be used, it is possible to use a quirk to spawn a program in a specific workspace.

e.g. launch an xterm(1) in workspace 2 on startup:

autorun = ws[2]:xterm -name ws2
quirk[XTerm:ws2] = WS[2]

Note that XCB programs are currently unsupported by libswmhack.so.

SIGNALS¶

Sending spectrwm a HUP signal will restart it.

FILES¶

~/.spectrwm.conf

spectrwm user specific settings.

/etc/spectrwm.conf

spectrwm global settings.

HISTORY¶

spectrwm was inspired by xmonad & dwm.

AUTHORS¶

spectrwm was written by: