From: Michael Stapelberg Date: Wed, 25 Apr 2012 21:40:04 +0000 (+0200) Subject: add i3 v4.2 X-Git-Url: https://git.sur5r.net/?a=commitdiff_plain;h=a51955422cfef50d617cd856bddec422cb8c3493;p=i3%2Fi3.github.io add i3 v4.2 --- diff --git a/_docs/Makefile b/_docs/Makefile index 259dd22..9a02b2a 100644 --- a/_docs/Makefile +++ b/_docs/Makefile @@ -1,5 +1,5 @@ -all: hacking-howto.html debugging.html repositories.html userguide.html ipc.html multi-monitor.html wsbar.html i3status.html i3.html i3-config-wizard.html i3-nagbar.html i3-migrate-config-to-v4.html i3-msg.html testsuite.html +all: hacking-howto.html debugging.html debugging-release-version.html i3bar-protocol.html repositories.html userguide.html ipc.html multi-monitor.html wsbar.html i3status.html i3.html i3-config-wizard.html i3-nagbar.html i3-migrate-config-to-v4.html i3-msg.html testsuite.html hacking-howto.html: hacking-howto asciidoc -a linkcss -a stylesdir=/css -a scriptsdir=/js --backend=xhtml11 -f conf/i3html.conf -a toc -n $< @@ -10,6 +10,12 @@ testsuite.html: testsuite debugging.html: debugging asciidoc -a linkcss -a stylesdir=/css -a scriptsdir=/js --backend=xhtml11 -f conf/i3html.conf -n $< +debugging-release-version.html: debugging-release-version + asciidoc -a linkcss -a stylesdir=/css -a scriptsdir=/js --backend=xhtml11 -f conf/i3html.conf -n $< + +i3bar-protocol.html: i3bar-protocol + asciidoc -a linkcss -a stylesdir=/css -a scriptsdir=/js --backend=xhtml11 -f conf/i3html.conf -n $< + repositories.html: repositories asciidoc -a linkcss -a stylesdir=/css -a scriptsdir=/js --backend=xhtml11 -f conf/i3html.conf -n $< diff --git a/_docs/debugging b/_docs/debugging index 5e71ecf..e0c812c 100644 --- a/_docs/debugging +++ b/_docs/debugging @@ -1,7 +1,7 @@ Debugging i3: How To ==================== -Michael Stapelberg -July 2011 +Michael Stapelberg +February 2012 This document describes how to debug i3 suitably for sending us useful bug reports, even if you have no clue of C programming. @@ -10,100 +10,79 @@ First of all: Thank you for being interested in debugging i3. It really means something to us to get your bug fixed. If you have any questions about the debugging and/or need further help, do not hesitate to contact us! -== Enabling logging +== Verify you are using the latest (development) version -i3 logs useful information to stdout. To have a clearly defined place where log -files will be saved, you should redirect stdout and stderr in your -+~/.xsession+. While you’re at it, putting each run of i3 in a separate log -file with date/time in its filename is a good idea to not get confused about -the different log files later on. +Please verify that you are using the latest version of i3: --------------------------------------------------------------------- -exec /usr/bin/i3 >~/i3log-$(date +'%F-%k-%M-%S') 2>&1 --------------------------------------------------------------------- - -To enable verbose output and all levels of debug output (required when -attaching logfiles to bugreports), add the parameters +-V -d all+, like this: - --------------------------------------------------------------------- -exec /usr/bin/i3 -V -d all >~/i3log-$(date +'%F-%k-%M-%S') 2>&1 --------------------------------------------------------------------- - -== Enabling core dumps +--------------- +$ i3 --version +i3 version 4.1.2-248-g51728ba (2012-02-12, branch "next") +--------------- -When i3 crashes, often you have the chance of getting a 'core dump' (an image -of the memory of the i3 process which can be loaded into a debugger). To get a -core dump, you have to make sure that the user limit for core dump files is set -high enough. Many systems ship with a default value which even forbids core -dumps completely. To disable the limit completely and thus enable core dumps, -use the following command (in your +~/.xsession+, before starting i3): +Your version can look like this: -------------------- -ulimit -c unlimited -------------------- +4.1.2:: +You are using a release version. Please +upgrade to a development version first, or read +link:debugging-release-version.html[Debugging i3: How To (release version)]. -Furthermore, to easily recognize core dumps and allow multiple of them, you -should set a custom core dump filename pattern, using a command like the -following: +4.1.2-248-g51728ba:: +Your version is 248 commits newer than 4.1.2, and the git revision of your +version is +51728ba+. Go to http://code.i3wm.org/i3/commit/?h=next and see if +the line "commit" starts with the same revision. If so, you are using the +latest version. ---------------------------------------------- -sudo sysctl -w kernel.core_pattern=core.%e.%p ---------------------------------------------- +Development versions of i3 have several properties which make debugging easier: -This will generate files which have the executable’s file name (%e) and the -process id (%p) in it. You can save this setting across reboots using -+/etc/sysctl.conf+. +1. Shared memory debug logging is enabled by default. You do not have to enable + logging explicitly. +2. Core dumps are enabled by default. +3. If you are using a version from the Debian/Ubuntu autobuilder, it is + compiled without optimization. Debug symbols are available in the i3-wm-dbg + package. When compiling i3 yourself, debug mode is the default. -== Compiling with debug symbols +== Obtaining the debug logfile -To actually get useful core dumps, you should make sure that your version of i3 -is compiled with debug symbols, that is, that the symbols are not stripped -during the build process. You can check whether your executable contains -symbols by issuing the following command: +No matter whether i3 misbehaved in some way without crashing or whether it just +crashed, the logfile provides all information necessary to debug the problem. ----------------- -file $(which i3) ----------------- - -You should get an output like this: ------------------------------------------------------------------------------- -/usr/bin/i3: ELF 64-bit LSB executable, x86-64, version 1 (SYSV), dynamically -linked (uses shared libs), for GNU/Linux 2.6.18, not stripped ------------------------------------------------------------------------------- - -Notice the +not stripped+, which is the important part. If you have a version -which is stripped, please have a look if your distribution provides debug -symbols (package +i3-wm-dbg+ on Debian for example) or if you can turn off -stripping. If nothing helps, please build i3 from source. +To save a compressed version of the logfile (suitable for attaching it to a +bugreport), use: +-------------------------------------------------------------------- +i3-dump-log | gzip -9c > /tmp/i3.log.gz +-------------------------------------------------------------------- -== Generating a backtrace +This command does not depend on i3 (it also works when i3 currently displays +the crash dialog), but it requires a working X11 connection. When running it +from a virtual console (Ctrl-Alt-F1), use: -Once you have made sure that your i3 is compiled with debug symbols and that -core dumps are enabled, you can start making sense out of the core dumps. +-------------------------------------------------------------------- +DISPLAY=:0 i3-dump-log | gzip -9c > /tmp/i3.log.gz +-------------------------------------------------------------------- -Because the core dump depends on the original executable (and its debug -symbols), please do this as soon as you encounter the problem. If you -re-compile i3, your core dump might be useless afterwards. +== Obtaining a backtrace -Please install +gdb+, a debugger for C. No worries, you don’t need to learn it -now. Start gdb using the following command (replacing the actual name of the -core dump of course): +When i3 displays its crash dialog, do the following: ----------------------------- -gdb $(which i3) core.i3.3849 ----------------------------- +1. Switch to a virtual console (Ctrl-Alt-F1) or login from a different computer +2. Generate a backtrace (see below) +3. Switch back to the crash dialog (Ctrl-Alt-F7) +4. Restart i3 in-place (you will keep your session), continue working -Then, generate a backtrace using: +This is how you get a backtrace from a running i3 process: --------------- -backtrace full --------------- +----------------- +I3PID=$(pidof i3) +gdb /proc/$I3PID/exe $I3PID \ + --batch --quiet \ + --ex 'backtrace full' > /tmp/i3-backtrace.txt 2>&1 +----------------- == Sending bug reports/debugging on IRC -When sending bug reports, please paste the relevant part of the log (if in -doubt, please send us rather too much information than too less) and the whole -backtrace (if there was a core dump). +When sending bug reports, please attach the *whole* log file. Even if you think +you found the section which clearly highlights the problem, additional +information might be necessary to completely diagnose the problem. When debugging with us in IRC, be prepared to use a so called nopaste service such as http://nopaste.info or http://pastebin.com because pasting large diff --git a/_docs/debugging-release-version b/_docs/debugging-release-version new file mode 100644 index 0000000..71aa773 --- /dev/null +++ b/_docs/debugging-release-version @@ -0,0 +1,126 @@ +Debugging i3: How To (release version) +====================================== +Michael Stapelberg +February 2012 + +This document describes how to debug i3 suitably for sending us useful bug +reports, even if you have no clue of C programming. + +First of all: Thank you for being interested in debugging i3. It really means +something to us to get your bug fixed. If you have any questions about the +debugging and/or need further help, do not hesitate to contact us! + +NOTE: This document is for the release version of i3. If you are using a +development version, please see link:debugging.html[Debugging i3: How To] +instead. + +== Consider using the development version + +This document is for the release version of i3. In many cases, bugs are already +fixed in the development version of i3. If they aren’t, we will still ask you +to reproduce your error with the most recent development version of i3. +Therefore, please upgrade to a development version and continue reading at +link:debugging.html[Debugging i3: How To]. + +If you absolutely cannot upgrade to a development version of i3, you may +continue reading this document. + +== Enabling logging + +i3 logs useful information to stdout. To have a clearly defined place where log +files will be saved, you should redirect stdout and stderr in your ++~/.xsession+. While you’re at it, putting each run of i3 in a separate log +file with date/time in its filename is a good idea to not get confused about +the different log files later on. + +-------------------------------------------------------------------- +exec /usr/bin/i3 >~/i3log-$(date +'%F-%k-%M-%S') 2>&1 +-------------------------------------------------------------------- + +To enable verbose output and all levels of debug output (required when +attaching logfiles to bugreports), add the parameters +-V -d all+, like this: + +-------------------------------------------------------------------- +exec /usr/bin/i3 -V -d all >~/i3log-$(date +'%F-%k-%M-%S') 2>&1 +-------------------------------------------------------------------- + +== Enabling core dumps + +When i3 crashes, often you have the chance of getting a 'core dump' (an image +of the memory of the i3 process which can be loaded into a debugger). To get a +core dump, you have to make sure that the user limit for core dump files is set +high enough. Many systems ship with a default value which even forbids core +dumps completely. To disable the limit completely and thus enable core dumps, +use the following command (in your +~/.xsession+, before starting i3): + +------------------- +ulimit -c unlimited +------------------- + +Furthermore, to easily recognize core dumps and allow multiple of them, you +should set a custom core dump filename pattern, using a command like the +following: + +--------------------------------------------- +sudo sysctl -w kernel.core_pattern=core.%e.%p +--------------------------------------------- + +This will generate files which have the executable’s file name (%e) and the +process id (%p) in it. You can save this setting across reboots using ++/etc/sysctl.conf+. + +== Compiling with debug symbols + +To actually get useful core dumps, you should make sure that your version of i3 +is compiled with debug symbols, that is, that the symbols are not stripped +during the build process. You can check whether your executable contains +symbols by issuing the following command: + +---------------- +file $(which i3) +---------------- + +You should get an output like this: +------------------------------------------------------------------------------ +/usr/bin/i3: ELF 64-bit LSB executable, x86-64, version 1 (SYSV), dynamically +linked (uses shared libs), for GNU/Linux 2.6.18, not stripped +------------------------------------------------------------------------------ + +Notice the +not stripped+, which is the important part. If you have a version +which is stripped, please have a look if your distribution provides debug +symbols (package +i3-wm-dbg+ on Debian for example) or if you can turn off +stripping. If nothing helps, please build i3 from source. + +== Generating a backtrace + +Once you have made sure that your i3 is compiled with debug symbols and that +core dumps are enabled, you can start making sense out of the core dumps. + +Because the core dump depends on the original executable (and its debug +symbols), please do this as soon as you encounter the problem. If you +re-compile i3, your core dump might be useless afterwards. + +Please install +gdb+, a debugger for C. No worries, you don’t need to learn it +now. Start gdb using the following command (replacing the actual name of the +core dump of course): + +---------------------------- +gdb $(which i3) core.i3.3849 +---------------------------- + +Then, generate a backtrace using: + +-------------- +backtrace full +-------------- + +== Sending bug reports/debugging on IRC + +When sending bug reports, please paste the relevant part of the log (if in +doubt, please send us rather too much information than too less) and the whole +backtrace (if there was a core dump). + +When debugging with us in IRC, be prepared to use a so called nopaste service +such as http://nopaste.info or http://pastebin.com because pasting large +amounts of text in IRC sometimes leads to incomplete lines (servers have line +length limitations) or flood kicks. diff --git a/_docs/hacking-howto b/_docs/hacking-howto index 9a7ec9d..73ae963 100644 --- a/_docs/hacking-howto +++ b/_docs/hacking-howto @@ -63,57 +63,22 @@ to a specific file type, a window manager should not limit itself to a certain layout (like dwm, awesome, …) but provide mechanisms for you to easily create the layout you need at the moment. -=== The layout table +=== The layout tree -********************************************************************************* -This section has not been updated for v4.0 yet, sorry! We wanted to release on -time, but we will update this soon. Please talk to us on IRC if you need to -know stuff *NOW* :). -********************************************************************************* - -///////////////////////////////////////////////////////////////////////////////// -To accomplish flexible layouts, we decided to simply use a table. The table -grows and shrinks as you need it. Each cell holds a container which then holds -windows (see picture below). You can use different layouts for each container -(default layout and stacking layout). +The data structure which i3 uses to keep track of your windows is a tree. Every +node in the tree is a container (type +Con+). Some containers represent actual +windows (every container with a +window != NULL+), some represent split +containers and a few have special purposes: they represent workspaces, outputs +(like VGA1, LVDS1, …) or the X11 root window. So, when you open a terminal and immediately open another one, they reside in -the same container, in default layout. The layout table has exactly one column, -one row and therefore one cell. When you move one of the terminals to the -right, the table needs to grow. It will be expanded to two columns and one row. -This enables you to have different layouts for each container. The table then -looks like this: +the same split container, which uses the default layout. In case of an empty +workspace, the split container we are talking about is the workspace. -[width="15%",cols="^,^"] -|======== -| T1 | T2 -|======== - -When moving terminal 2 to the bottom, the table will be expanded again. - -[width="15%",cols="^,^"] -|======== -| T1 | -| | T2 -|======== - -You can really think of the layout table like a traditional HTML table, if -you’ve ever designed one. Especially col- and rowspan work similarly. Below, -you see an example of colspan=2 for the first container (which has T1 as -window). - -[width="15%",cols="^asciidoc"] -|======== -| T1 -| -[cols="^,^",frame="none"] -!======== -! T2 ! T3 -!======== -|======== - -Furthermore, you can freely resize table cells. -///////////////////////////////////////////////////////////////////////////////// +To get an impression of how different layouts are represented, just play around +and look at the data structures -- they are exposed as a JSON hash. See +http://i3wm.org/docs/ipc.html#_get_tree_reply for documentation on that and an +example. == Files @@ -160,7 +125,7 @@ src/debug.c:: Contains debugging functions to print unhandled X events. src/ewmh.c:: -iFunctions to get/set certain EWMH properties easily. +Functions to get/set certain EWMH properties easily. src/floating.c:: Contains functions for floating mode (mostly resizing/dragging). @@ -243,17 +208,13 @@ Legacy support for Xinerama. See +src/randr.c+ for the preferred API. == Data structures -********************************************************************************* -This section has not been updated for v4.0 yet, sorry! We wanted to release on -time, but we will update this soon. Please talk to us on IRC if you need to -know stuff *NOW* :). -********************************************************************************* - -///////////////////////////////////////////////////////////////////////////////// See include/data.h for documented data structures. The most important ones are explained right here. +///////////////////////////////////////////////////////////////////////////////// +// TODO: update image + image:bigpicture.png[The Big Picture] ///////////////////////////////////////////////////////////////////////////////// @@ -261,7 +222,7 @@ image:bigpicture.png[The Big Picture] So, the hierarchy is: . *X11 root window*, the root container -. *Virtual screens* (Screen 0 in this example) +. *Output container* (LVDS1 in this example) . *Content container* (there are also containers for dock windows) . *Workspaces* (Workspace 1 in this example, with horizontal orientation) . *Split container* (vertically split) @@ -269,68 +230,57 @@ So, the hierarchy is: The data type is +Con+, in all cases. -=== Virtual screens +=== X11 root window + +The X11 root window is a single window per X11 display (a display is identified +by +:0+ or +:1+ etc.). The root window is what you draw your background image +on. It spans all the available outputs, e.g. +VGA1+ is a specific part of the +root window and +LVDS1+ is a specific part of the root window. -A virtual screen (type `i3Screen`) is generated from the connected outputs -obtained through RandR. The difference to the raw RandR outputs as seen -when using +xrandr(1)+ is that it falls back to the lowest common resolution of -the actual enabled outputs. +=== Output container + +Every active output obtained through RandR is represented by one output +container. Outputs are considered active when a mode is configured (meaning +something is actually displayed on the output) and the output is not a clone. For example, if your notebook has a screen resolution of 1280x800 px and you connect a video projector with a resolution of 1024x768 px, set it up in clone -mode (+xrandr \--output VGA1 \--mode 1024x768 \--same-as LVDS1+), i3 will have -one virtual screen. +mode (+xrandr \--output VGA1 \--mode 1024x768 \--same-as LVDS1+), i3 will +reduce the resolution to the lowest common resolution and disable one of the +cloned outputs afterwards. However, if you configure it using +xrandr \--output VGA1 \--mode 1024x768 -\--right-of LVDS1+, i3 will generate two virtual screens. For each virtual -screen, a new workspace will be assigned. New workspaces are created on the -screen you are currently on. +\--right-of LVDS1+, i3 will set both outputs active. For each output, a new +workspace will be assigned. New workspaces are created on the output you are +currently on. + +=== Content container + +Each output has multiple children. Two of them are dock containers which hold +dock clients. The other one is the content container, which holds the actual +content (workspaces) of this output. === Workspace A workspace is identified by its name. Basically, you could think of workspaces as different desks in your office, if you like the desktop -methaphor. They just contain different sets of windows and are completely +metaphor. They just contain different sets of windows and are completely separate of each other. Other window managers also call this ``Virtual desktops''. -=== The layout table - -********************************************************************************* -This section has not been updated for v4.0 yet, sorry! We wanted to release on -time, but we will update this soon. Please talk to us on IRC if you need to -know stuff *NOW* :). -********************************************************************************* +=== Split container -///////////////////////////////////////////////////////////////////////////////// - -Each workspace has a table, which is just a two-dimensional dynamic array -containing Containers (see below). This table grows and shrinks as you need it -(by moving windows to the right you can create a new column in the table, by -moving them to the bottom you create a new row). - -///////////////////////////////////////////////////////////////////////////////// +A split container is a container which holds an arbitrary amount of split +containers or X11 window containers. It has an orientation (horizontal or +vertical) and a layout. -=== Container +Split containers (and X11 window containers, which are a subtype of split +containers) can have different border styles. -********************************************************************************* -This section has not been updated for v4.0 yet, sorry! We wanted to release on -time, but we will update this soon. Please talk to us on IRC if you need to -know stuff *NOW* :). -********************************************************************************* +=== X11 window container -///////////////////////////////////////////////////////////////////////////////// - -A container is the content of a table’s cell. It holds an arbitrary amount of -windows and has a specific layout (default layout, stack layout or tabbed -layout). Containers can consume multiple table cells by modifying their -colspan/rowspan attribute. - -///////////////////////////////////////////////////////////////////////////////// - -=== Client - -A client is x11-speak for a window. +An X11 window container holds exactly one X11 window. These are the leaf nodes +of the layout tree, they cannot have any children. == List/queue macros @@ -421,8 +371,9 @@ After reparenting, the window type (`_NET_WM_WINDOW_TYPE`) is checked to see whether this window is a dock (`_NET_WM_WINDOW_TYPE_DOCK`), like dzen2 for example. Docks are handled differently, they don’t have decorations and are not assigned to a specific container. Instead, they are positioned at the bottom -of the screen. To get the height which needs to be reserved for the window, -the `_NET_WM_STRUT_PARTIAL` property is used. +or top of the screen (in the appropriate dock area containers). To get the +height which needs to be reserved for the window, the `_NET_WM_STRUT_PARTIAL` +property is used. Furthermore, the list of assignments (to other workspaces, which may be on other screens) is checked. If the window matches one of the user’s criteria, @@ -484,64 +435,218 @@ src/layout.c, function resize_client(). == Rendering (src/layout.c, render_layout() and render_container()) -********************************************************************************* -This section has not been updated for v4.0 yet, sorry! We wanted to release on -time, but we will update this soon. Please talk to us on IRC if you need to -know stuff *NOW* :). -********************************************************************************* - -///////////////////////////////////////////////////////////////////////////////// - - -There are several entry points to rendering: `render_layout()`, -`render_workspace()` and `render_container()`. The former one calls -`render_workspace()` for every screen, which in turn will call -`render_container()` for every container inside its layout table. Therefore, if -you need to render only a single container, for example because a window was -removed, added or changed its title, you should directly call -render_container(). - -Rendering consists of two steps: In the first one, in `render_workspace()`, each -container gets its position (screen offset + offset in the table) and size -(container's width times colspan/rowspan). Then, `render_container()` is called, -which takes different approaches, depending on the mode the container is in: - -=== Common parts - -On the frame (the window which was created around the client’s window for the -decorations), a black rectangle is drawn as a background for windows like -MPlayer, which do not completely fit into the frame. - -=== Default mode - -Each clients gets the container’s width and an equal amount of height. - -=== Stack mode - -In stack mode, a window containing the decorations of all windows inside the -container is placed at the top. The currently focused window is then given the -whole remaining space. - -=== Tabbed mode - -Tabbed mode is like stack mode, except that the window decorations are drawn -in one single line at the top of the container. - -=== Window decorations +Rendering in i3 version 4 is the step which assigns the correct sizes for +borders, decoration windows, child windows and the stacking order of all +windows. In a separate step (+x_push_changes()+), these changes are pushed to +X11. + +Keep in mind that all these properties (+rect+, +window_rect+ and +deco_rect+) +are temporary, meaning they will be overwritten by calling +render_con+. +Persistent position/size information is kept in +geometry+. + +The entry point for every rendering operation (except for the case of moving +floating windows around) currently is +tree_render()+ which will re-render +everything that’s necessary (for every output, only the currently displayed +workspace is rendered). This behavior is expected to change in the future, +since for a lot of updates, re-rendering everything is not actually necessary. +Focus was on getting it working correct, not getting it work very fast. + +What +tree_render()+ actually does is calling +render_con()+ on the root +container and then pushing the changes to X11. The following sections talk +about the different rendering steps, in the order of "top of the tree" (root +container) to the bottom. + +=== Rendering the root container + +The i3 root container (`con->type == CT_ROOT`) represents the X11 root window. +It contains one child container for every output (like LVDS1, VGA1, …), which +is available on your computer. + +Rendering the root will first render all tiling windows and then all floating +windows. This is necessary because a floating window can be positioned in such +a way that it is visible on two different outputs. Therefore, by first +rendering all the tiling windows (of all outputs), we make sure that floating +windows can never be obscured by tiling windows. + +Essentially, though, this code path will just call +render_con()+ for every +output and +x_raise_con(); render_con()+ for every floating window. + +In the special case of having a "global fullscreen" window (fullscreen mode +spanning all outputs), a shortcut is taken and +x_raise_con(); render_con()+ is +only called for the global fullscreen window. + +=== Rendering an output + +Output containers (`con->layout == L_OUTPUT`) represent a hardware output like +LVDS1, VGA1, etc. An output container has three children (at the moment): One +content container (having workspaces as children) and the top/bottom dock area +containers. + +The rendering happens in the function +render_l_output()+ in the following +steps: + +1. Find the content container (`con->type == CT_CON`) +2. Get the currently visible workspace (+con_get_fullscreen_con(content, + CF_OUTPUT)+). +3. If there is a fullscreened window on that workspace, directly render it and + return, thus ignoring the dock areas. +4. Sum up the space used by all the dock windows (they have a variable height + only). +5. Set the workspace rects (x/y/width/height) based on the position of the + output (stored in `con->rect`) and the usable space + (`con->rect.{width,height}` without the space used for dock windows). +6. Recursively raise and render the output’s child containers (meaning dock + area containers and the content container). + +=== Rendering a workspace or split container + +From here on, there really is no difference anymore. All containers are of +`con->type == CT_CON` (whether workspace or split container) and some of them +have a `con->window`, meaning they represent an actual window instead of a +split container. + +==== Default layout + +In default layout, containers are placed horizontally or vertically next to +each other (depending on the `con->orientation`). If a child is a leaf node (as +opposed to a split container) and has border style "normal", appropriate space +will be reserved for its window decoration. + +==== Stacked layout + +In stacked layout, only the focused window is actually shown (this is achieved +by calling +x_raise_con()+ in reverse focus order at the end of +render_con()+). + +The available space for the focused window is the size of the container minus +the height of the window decoration for all windows inside this stacked +container. -The window decorations consist of a rectangle in the appropriate color (depends -on whether this window is the currently focused one, the last focused one in a -not focused container or not focused at all) forming the background. -Afterwards, two lighter lines are drawn and the last step is drawing the -window’s title (see WM_NAME) onto it. +If border style is "1pixel" or "none", no window decoration height will be +reserved (or displayed later on), unless there is more than one window inside +the stacked container. + +==== Tabbed layout + +Tabbed layout works precisely like stacked layout, but the window decoration +position/size is different: They are placed next to each other on a single line +(fixed height). + +==== Dock area layout + +This is a special case. Users cannot chose the dock area layout, but it will be +set for the dock area containers. In the dockarea layout (at the moment!), +windows will be placed above each other. + +=== Rendering a window + +A window’s size and position will be determined in the following way: + +1. Subtract the border if border style is not "none" (but "normal" or "1pixel"). +2. Subtract the X11 border, if the window has an X11 border > 0. +3. Obey the aspect ratio of the window (think MPlayer). +4. Obey the height- and width-increments of the window (think terminal emulator + which can only be resized in one-line or one-character steps). + +== Pushing updates to X11 / Drawing + +A big problem with i3 before version 4 was that we just sent requests to X11 +anywhere in the source code. This was bad because nobody could understand the +entirety of our interaction with X11, it lead to subtle bugs and a lot of edge +cases which we had to consider all over again. + +Therefore, since version 4, we have a single file, +src/x.c+, which is +responsible for repeatedly transferring parts of our tree datastructure to X11. + ++src/x.c+ consists of multiple parts: + +1. The state pushing: +x_push_changes()+, which calls +x_push_node()+. +2. State modification functions: +x_con_init+, +x_reinit+, + +x_reparent_child+, +x_move_win+, +x_con_kill+, +x_raise_con+, +x_set_name+ + and +x_set_warp_to+. +3. Expose event handling (drawing decorations): +x_deco_recurse()+ and + +x_draw_decoration()+. + +=== Pushing state to X11 + +In general, the function +x_push_changes+ should be called to push state +changes. Only when the scope of the state change is clearly defined (for +example only the title of a window) and its impact is known beforehand, one can +optimize this and call +x_push_node+ on the appropriate con directly. + ++x_push_changes+ works in the following steps: + +1. Clear the eventmask for all mapped windows. This leads to not getting + useless ConfigureNotify or EnterNotify events which are caused by our + requests. In general, we only want to handle user input. +2. Stack windows above each other, in reverse stack order (starting with the + most obscured/bottom window). This is relevant for floating windows which + can overlap each other, but also for tiling windows in stacked or tabbed + containers. We also update the +_NET_CLIENT_LIST_STACKING+ hint which is + necessary for tab drag and drop in Chromium. +3. +x_push_node+ will be called for the root container, recursively calling + itself for the container’s children. This function actually pushes the + state, see the next paragraph. +4. If the pointer needs to be warped to a different position (for example when + changing focus to a differnt output), it will be warped now. +5. The eventmask is restored for all mapped windows. +6. Window decorations will be rendered by calling +x_deco_recurse+ on the root + container, which then recursively calls itself for the children. +7. If the input focus needs to be changed (because the user focused a different + window), it will be updated now. +8. +x_push_node_unmaps+ will be called for the root container. This function + only pushes UnmapWindow requests. Separating the state pushing is necessary + to handle fullscreen windows (and workspace switches) in a smooth fashion: + The newly visible windows should be visible before the old windows are + unmapped. + ++x_push_node+ works in the following steps: + +1. Update the window’s +WM_NAME+, if changed (the +WM_NAME+ is set on i3 + containers mainly for debugging purposes). +2. Reparents a child window into the i3 container if the container was created + for a specific managed window. +3. If the size/position of the i3 container changed (due to opening a new + window or switching layouts for example), the window will be reconfigured. + Also, the pixmap which is used to draw the window decoration/border on is + reconfigured (pixmaps are size-dependent). +4. Size/position for the child window is adjusted. +5. The i3 container is mapped if it should be visible and was not yet mapped. + When mapping, +WM_STATE+ is set to +WM_STATE_NORMAL+. Also, the eventmask of + the child window is updated and the i3 container’s contents are copied from + the pixmap. +6. +x_push_node+ is called recursively for all children of the current + container. + ++x_push_node_unmaps+ handles the remaining case of an i3 container being +unmapped if it should not be visible anymore. +WM_STATE+ will be set to ++WM_STATE_WITHDRAWN+. + + +=== Drawing window decorations/borders/backgrounds + ++x_draw_decoration+ draws window decorations. It is run for every leaf +container (representing an actual X11 window) and for every non-leaf container +which is in a stacked/tabbed container (because stacked/tabbed containers +display a window decoration for split containers, which at the moment just says +"another container"). + +Then, parameters are collected to be able to determine whether this decoration +drawing is actually necessary or was already done. This saves a substantial +number of redraws (depending on your workload, but far over 50%). + +Assuming that we need to draw this decoration, we start by filling the empty +space around the child window (think of MPlayer with a specific aspect ratio) +in the user-configured client background color. + +Afterwards, we draw the appropriate border (in case of border styles "normal" +and "1pixel") and the top bar (in case of border style "normal"). + +The last step is drawing the window title on the top bar. -=== Fullscreen windows -For fullscreen windows, the `rect` (x, y, width, height) is not changed to -allow the client to easily go back to its previous position. Instead, -fullscreen windows are skipped when rendering. +///////////////////////////////////////////////////////////////////////////////// -=== Resizing containers +== Resizing containers By clicking and dragging the border of a container, you can resize the whole column (respectively row) which this container is in. This is necessary to keep @@ -567,41 +672,123 @@ floating windows: ///////////////////////////////////////////////////////////////////////////////// -== User commands / commandmode (src/cmdparse.{l,y}) - -********************************************************************************* -This section has not been updated for v4.0 yet, sorry! We wanted to release on -time, but we will update this soon. Please talk to us on IRC if you need to -know stuff *NOW* :). -********************************************************************************* - -///////////////////////////////////////////////////////////////////////////////// - - -Like in vim, you can control i3 using commands. They are intended to be a -powerful alternative to lots of shortcuts, because they can be combined. There -are a few special commands, which are the following: - -exec :: -Starts the given command by passing it to `/bin/sh`. - -restart:: -Restarts i3 by executing `argv[0]` (the path with which you started i3) without -forking. - -w:: -"With". This is used to select a bunch of windows. Currently, only selecting -the whole container in which the window is in, is supported by specifying "w". - -f, s, d:: -Toggle fullscreen, stacking, default mode for the current window/container. - -The other commands are to be combined with a direction. The directions are h, -j, k and l, like in vim (h = left, j = down, k = up, l = right). When you just -specify the direction keys, i3 will move the focus in that direction. You can -provide "m" or "s" before the direction to move a window respectively or snap. - -///////////////////////////////////////////////////////////////////////////////// +== User commands (parser-specs/commands.spec) + +In the configuration file and when using i3 interactively (with +i3-msg+, for +example), you use commands to make i3 do things, like focus a different window, +set a window to fullscreen, and so on. An example command is +floating enable+, +which enables floating mode for the currently focused window. See the +appropriate section in the link:userguide.html[User’s Guide] for a reference of +all commands. + +In earlier versions of i3, interpreting these commands was done using lex and +yacc, but experience has shown that lex and yacc are not well suited for our +command language. Therefore, starting from version 4.2, we use a custom parser +for user commands (not yet for the configuration file). +The input specification for this parser can be found in the file ++parser-specs/commands.spec+. Should you happen to use Vim as an editor, use +:source parser-specs/highlighting.vim to get syntax highlighting for this file +(highlighting files for other editors are welcome). + +.Excerpt from commands.spec +----------------------------------------------------------------------- +state INITIAL: + '[' -> call cmd_criteria_init(); CRITERIA + 'move' -> MOVE + 'exec' -> EXEC + 'workspace' -> WORKSPACE + 'exit' -> call cmd_exit() + 'restart' -> call cmd_restart() + 'reload' -> call cmd_reload() +----------------------------------------------------------------------- + +The input specification is written in an extremely simple format. The +specification is then converted into C code by the Perl script +generate-commands-parser.pl (the output file names begin with GENERATED and the +files are stored in the +include+ directory). The parser implementation ++src/commands_parser.c+ includes the generated C code at compile-time. + +The above excerpt from commands.spec illustrates nearly all features of our +specification format: You describe different states and what can happen within +each state. State names are all-caps; the state in the above excerpt is called +INITIAL. A list of tokens and their actions (separated by an ASCII arrow) +follows. In the excerpt, all tokens are literals, that is, simple text strings +which will be compared with the input. An action is either the name of a state +in which the parser will transition into, or the keyword 'call', followed by +the name of a function (and optionally a state). + +=== Example: The WORKSPACE state + +Let’s have a look at the WORKSPACE state, which is a good example of all +features. This is its definition: + +.WORKSPACE state (commands.spec) +---------------------------------------------------------------- +# workspace next|prev|next_on_output|prev_on_output +# workspace back_and_forth +# workspace +state WORKSPACE: + direction = 'next_on_output', 'prev_on_output', 'next', 'prev' + -> call cmd_workspace($direction) + 'back_and_forth' + -> call cmd_workspace_back_and_forth() + workspace = string + -> call cmd_workspace_name($workspace) +---------------------------------------------------------------- + +As you can see from the commands, there are multiple different valid variants +of the workspace command: + +workspace :: + The word 'workspace' can be followed by any of the tokens 'next', + 'prev', 'next_on_output' or 'prev_on_output'. This command will + switch to the next or previous workspace (optionally on the same + output). + + There is one function called +cmd_workspace+, which is defined + in +src/commands.c+. It will handle this kind of command. To know which + direction was specified, the direction token is stored on the stack + with the name "direction", which is what the "direction = " means in + the beginning. + + +NOTE: Note that you can specify multiple literals in the same line. This has + exactly the same effect as if you specified `direction = + 'next_on_output' -> call cmd_workspace($direction)` and so forth. + + +NOTE: Also note that the order of literals is important here: If 'next' were + ordered before 'next_on_output', then 'next_on_output' would never + match. + +workspace back_and_forth:: + This is a very simple case: When the literal 'back_and_forth' is found + in the input, the function +cmd_workspace_back_and_forth+ will be + called without parameters and the parser will return to the INITIAL + state (since no other state was specified). +workspace :: + In this case, the workspace command is followed by an arbitrary string, + possibly in quotes, for example "workspace 3" or "workspace bleh". + + This is the first time that the token is actually not a literal (not in + single quotes), but just called string. Other possible tokens are word + (the same as string, but stops matching at a whitespace) and end + (matches the end of the input). + +=== Introducing a new command + +The following steps have to be taken in order to properly introduce a new +command (or possibly extend an existing command): + +1. Define a function beginning with +cmd_+ in the file +src/commands.c+. Copy + the prototype of an existing function. +2. After adding a comment on what the function does, copy the comment and + function definition to +include/commands.h+. Make the comment in the header + file use double asterisks to make doxygen pick it up. +3. Write a test case (or extend an existing test case) for your feature, see + link:testsuite.html[i3 testsuite]. For now, it is sufficient to simply call + your command in all the various possible ways. +4. Extend the parser specification in +parser-specs/commands.spec+. Run the + testsuite and see if your new function gets called with the appropriate + arguments for the appropriate input. +5. Actually implement the feature. +6. Document the feature in the link:userguide.html[User’s Guide]. == Moving containers @@ -749,6 +936,11 @@ Without much ado, here is the list of cases which need to be considered: leads to code which looks like it works fine but which does not work under certain conditions. +* Forgetting to call `floating_fix_coordinates(con, old_rect, new_rect)` after + moving workspaces across outputs. Coordinates for floating containers are + not relative to workspace boundaries, so you must correct their coordinates + or those containers will show up in the wrong workspace or not at all. + == Using git / sending patches For a short introduction into using git, see @@ -780,3 +972,73 @@ git format-patch origin ----------------------- Just send us the generated file via email. + +== Thought experiments + +In this section, we collect thought experiments, so that we don’t forget our +thoughts about specific topics. They are not necessary to get into hacking i3, +but if you are interested in one of the topics they cover, you should read them +before asking us why things are the way they are or why we don’t implement +things. + +=== Using cgroups per workspace + +cgroups (control groups) are a linux-only feature which provides the ability to +group multiple processes. For each group, you can individually set resource +limits, like allowed memory usage. Furthermore, and more importantly for our +purposes, they serve as a namespace, a label which you can attach to processes +and their children. + +One interesting use for cgroups is having one cgroup per workspace (or +container, doesn’t really matter). That way, you could set different priorities +and have a workspace for important stuff (say, writing a LaTeX document or +programming) and a workspace for unimportant background stuff (say, +JDownloader). Both tasks can obviously consume a lot of I/O resources, but in +this example it doesn’t really matter if JDownloader unpacks the download a +minute earlier or not. However, your compiler should work as fast as possible. +Having one cgroup per workspace, you would assign more resources to the +programming workspace. + +Another interesting feature is that an inherent problem of the workspace +concept could be solved by using cgroups: When starting an application on +workspace 1, then switching to workspace 2, you will get the application’s +window(s) on workspace 2 instead of the one you started it on. This is because +the window manager does not have any mapping between the process it starts (or +gets started in any way) and the window(s) which appear. + +Imagine for example using dmenu: The user starts dmenu by pressing Mod+d, dmenu +gets started with PID 3390. The user then decides to launch Firefox, which +takes a long time. So he enters firefox into dmenu and presses enter. Firefox +gets started with PID 4001. When it finally finishes loading, it creates an X11 +window and uses MapWindow to make it visible. This is the first time i3 +actually gets in touch with Firefox. It decides to map the window, but it has +no way of knowing that this window (even though it has the _NET_WM_PID property +set to 4001) belongs to the dmenu the user started before. + +How do cgroups help with this? Well, when pressing Mod+d to launch dmenu, i3 +would create a new cgroup, let’s call it i3-3390-1. It launches dmenu in that +cgroup, which gets PID 3390. As before, the user enters firefox and Firefox +gets launched with PID 4001. This time, though, the Firefox process with PID +4001 is *also* member of the cgroup i3-3390-1 (because fork()ing in a cgroup +retains the cgroup property). Therefore, when mapping the window, i3 can look +up in which cgroup the process is and can establish a mapping between the +workspace and the window. + +There are multiple problems with this approach: + +. Every application has to properly set +_NET_WM_PID+. This is acceptable and + patches can be written for the few applications which don’t set the hint yet. +. It does only work on Linux, since cgroups are a Linux-only feature. Again, + this is acceptable. +. The main problem is that some applications create X11 windows completely + independent of UNIX processes. An example for this is Chromium (or + gnome-terminal), which, when being started a second time, communicates with + the first process and lets the first process open a new window. Therefore, if + you have a Chromium window on workspace 2 and you are currently working on + workspace 3, starting +chromium+ does not lead to the desired result (the + window will open on workspace 2). + +Therefore, my conclusion is that the only proper way of fixing the "window gets +opened on the wrong workspace" problem is in the application itself. Most +modern applications support freedesktop startup-notifications which can be +used for this. diff --git a/_docs/i3bar-protocol b/_docs/i3bar-protocol new file mode 100644 index 0000000..f66c7a9 --- /dev/null +++ b/_docs/i3bar-protocol @@ -0,0 +1,148 @@ +i3bar input protocol +==================== +Michael Stapelberg +February 2012 + +This document explains the protocol in which i3bar expects its input. It +provides support for colors, urgency, shortening and easy manipulation. + +== Rationale for chosing JSON + +Before describing the protocol, let’s cover why JSON is a building block of +this protocol. + +1. Other bar display programs such as dzen2 or xmobar are using in-band + signaling: they recognize certain sequences (like ^fg(#330000) in your input + text). We would like to avoid that and separate information from + meta-information. By information, we mean the actual output, like the IP + address of your ethernet adapter and by meta-information, we mean in which + color it should be displayed right now. +2. It is easy to write a simple script which manipulates part(s) of the input. + Each block of information (like a block for the disk space indicator, a block + for the current IP address, etc.) can be identified specifically and modified + in whichever way you like. +3. It remains easy to write a simple script which just suffixes (or prefixes) a + status line input, because tools like i3status will output their JSON in + such a way that each line array will be terminated by a newline. Therefore, + you are not required to use a streaming JSON parser, but you can use any + JSON parser and write your script in any programming language. In fact, you + can decide to not bother with the JSON parsing at all and just inject your + output at a specific position (beginning or end). +4. Relying on JSON does not introduce any new dependencies. In fact, the IPC + interface of i3 also uses JSON, therefore i3bar already depends on JSON. + +The only point against using JSON is computational complexity. If that really +bothers you, just use the plain text input format (which i3bar will continue to +support). + +== The protocol + +The first message of the protocol is a header block, which contains (at least) +the version of the protocol to be used. In case there are significant changes +(not only additions), the version will be incremented. i3bar will still +understand the old protocol version, but in order to use the new one, you need +to provide the correct version. The header block is terminated by a newline and +consists of a single JSON hash: + +*Example*: +---------------- +{ "version": 1 } +---------------- + +What follows is an infinite array (so it should be parsed by a streaming JSON +parser, but as described above you can go for a simpler solution), whose +elements are one array per status line. A status line is one unit of +information which should be displayed at a time. i3bar will not display any +input until the status line is complete. In each status line, every block will +be represented by a JSON hash: + +*Example*: +------ +[ + + [ + { + "full_text": "E: 10.0.0.1 (1000 Mbit/s)", + "color": "#00ff00" + }, + { + "full_text": "2012-01-05 20:00:01" + } + ], + + [ + { + "full_text": "E: 10.0.0.1 (1000 Mbit/s)", + "color": "#00ff00" + }, + { + "full_text": "2012-01-05 20:00:02" + } + ], + … +------ + +Please note that this example was pretty printed for human consumption. +i3status and others will output single statuslines in one line, separated by +\n. + +=== Blocks in detail + +full_text:: + The most simple block you can think of is one which just includes the + only required key, the +full_text+ key. i3bar will display the string + value and that’s it. +short_text:: + Where appropriate, the +short_text+ (string) entry should also be + provided. It will be used in case the status line needs to be shortened + because it uses more space than your screen provides. For example, when + displaying an IPv6 address, the prefix is usually (!) more relevant + than the suffix, because the latter stays constant when using autoconf, + while the prefix changes. When displaying the date, the time is more + important than the date (it is more likely that you know which day it + is than what time it is). +color:: + To make the current state of the information easy to spot, colors can + be used. For example, the wireless block could be displayed in red + (using the +color+ (string) entry) if the card is not associated with + any network and in green or yellow (depending on the signal strength) + when it is associated. + Colors are specified in hex (like in HTML), starting with a leading + hash sign. For example, +#ff0000+ means red. +name and instance:: + Every block should have a unique +name+ (string) entry so that it can + be easily identified in scripts which process the output. i3bar + completely ignores the name and instance fields. Make sure to also + specify an +instance+ (string) entry where appropriate. For example, + the user can have multiple disk space blocks for multiple mount points. +urgent:: + A boolean which specifies whether the current value is urgent. Examples + are battery charge values below 1 percent or no more available disk + space (for non-root users). The presentation of urgency is up to i3bar. + +If you want to put in your own entries into a block, prefix the key with an +underscore (_). i3bar will ignore all keys it doesn’t understand, and prefixing +them with an underscore makes it clear in every script that they are not part +of the i3bar protocol. + +*Example*: +------------------------------------------ +{ + "full_text": "E: 10.0.0.1 (1000 Mbit/s)", + "_ethernet_vendor": "Intel" +} +------------------------------------------ + +An example of a block which uses all possible entries follows: + +*Example*: +------------------------------------------ +{ + "full_text": "E: 10.0.0.1 (1000 Mbit/s)", + "short_text": "10.0.0.1", + "color": "#00ff00", + "urgent": false, + "name": "ethernet", + "instance": "eth0" +} +------------------------------------------ diff --git a/_docs/ipc b/_docs/ipc index 61a85c0..83ab721 100644 --- a/_docs/ipc +++ b/_docs/ipc @@ -1,7 +1,7 @@ IPC interface (interprocess communication) ========================================== -Michael Stapelberg -October 2011 +Michael Stapelberg +February 2012 This document describes how to interface with i3 from a separate process. This is useful for example to remote-control i3 (to write test cases for example) or @@ -48,7 +48,7 @@ Currently implemented message types are the following: COMMAND (0):: The payload of the message is a command for i3 (like the commands you can bind to keys in the configuration file) and will be executed - directly after receiving it. There is no reply to this message. + directly after receiving it. GET_WORKSPACES (1):: Gets the current workspaces. The reply will be a JSON-encoded list of workspaces (see the reply section). @@ -113,17 +113,17 @@ The following reply types are implemented: COMMAND (0):: Confirmation/Error code for the COMMAND message. -GET_WORKSPACES (1):: +WORKSPACES (1):: Reply to the GET_WORKSPACES message. SUBSCRIBE (2):: Confirmation/Error code for the SUBSCRIBE message. -GET_OUTPUTS (3):: +OUTPUTS (3):: Reply to the GET_OUTPUTS message. -GET_TREE (4):: +TREE (4):: Reply to the GET_TREE message. -GET_MARKS (5):: +MARKS (5):: Reply to the GET_MARKS message. -GET_BAR_CONFIG (6):: +BAR_CONFIG (6):: Reply to the GET_BAR_CONFIG message. === COMMAND reply @@ -136,7 +136,7 @@ property is +success (bool)+, but this will be expanded in future versions. { "success": true } ------------------- -=== GET_WORKSPACES reply +=== WORKSPACES reply The reply consists of a serialized list of workspaces. Each workspace has the following properties: @@ -250,7 +250,7 @@ rect (map):: ] ------------------- -=== GET_TREE reply +=== TREE reply The reply consists of a serialized tree. Each node in the tree (representing one container) has at least the properties listed below. While the nodes might @@ -433,7 +433,7 @@ JSON dump: } ------------------------ -=== GET_MARKS reply +=== MARKS reply The reply consists of a single array of strings for each container that has a mark. The order of that array is undefined. If more than one container has the @@ -442,7 +442,7 @@ contents are not unique). If no window has a mark the response will be the empty array []. -=== GET_BAR_CONFIG reply +=== BAR_CONFIG reply This can be used by third-party workspace bars (especially i3bar, but others are free to implement compatible alternatives) to get the +bar+ block @@ -623,4 +623,5 @@ Ruby:: Perl:: http://search.cpan.org/search?query=AnyEvent::I3 Python:: - http://github.com/thepub/i3ipc + https://github.com/whitelynx/i3ipc + https://github.com/ziberna/i3-py (includes higher-level features) diff --git a/_docs/refcard.html b/_docs/refcard.html new file mode 100644 index 0000000..a4427f4 --- /dev/null +++ b/_docs/refcard.html @@ -0,0 +1,186 @@ + + + + + i3 Reference Card + + + + +
+
+ +

i3 Reference Card

+ http://i3wm.org/docs/userguide.html +

+ Throughout this guide, the i3 logo will be used to refer to the configured modifier. + This is the  key (Mod1) by default, + with super/ (Mod4) being a popular alternative. +

+
+ +
+

Basics

+ + + + + + +
+ + open new terminal + +
+j + focus left + +
+k + focus down + +
+l + focus up + +
+; + focus right +
+
+ + +
+

Changing the container layout

+ + + + +
+e + default + +
+s + stacking + +
+w + tabbed +
+
+ +
+ +
+

Fullscreen mode

+ + +
+f + toggle fullscreen +
+
+ + +
+

Opening other applications

+ + +
+d + open application (with dmenu) +
+ + +
+

Closing windows

+ + +
+ + q + kill a window +
+
+ + +
+

Using workspaces

+ + +
+1–9 + switch to another workspace +
+
+ + +
+

Moving windows to workspaces

+ + +
+ + 1–9 + move a window to another workspace +
+
+ +
+ +
+

Resizing

+

Look at “Resizing containers / windows” section of the user guide.

+
+ + +
+

Restart / Exit

+ + + +
+ + r + restart i3 inplace + +
+ + e + + exit i3 +
+ + +
+

Floating

+ + + +
+ +  + toggle floating + +
+ + drag floating +
+
+ + + +

+ Permission is granted to copy, distribute and/or modify this document provided + the copyright notice and this permission notice are preserved on all copies. +

+
+ diff --git a/_docs/refcard_style.css b/_docs/refcard_style.css new file mode 100644 index 0000000..361cac6 --- /dev/null +++ b/_docs/refcard_style.css @@ -0,0 +1,45 @@ +/* Generated by Font Squirrel (http://www.fontsquirrel.com) on April 12, 2012 */ + + + +@font-face { + /* This declaration targets Internet Explorer */ + font-family: 'LinuxLibertine'; + src: url('linlibertine_r-webfont.eot'); +} + +@font-face { + /* This declaration targets everything else */ + font-family: 'LinuxLibertine'; + src: url(//:) format('no404'), 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format('truetype'), url('linlibertine_r-webfont.svg#LinuxLibertineRegular') format('svg'); + font-weight: normal; + font-style: normal; +} + +@font-face { + /* This declaration targets Internet Explorer */ + font-family: 'LinuxBiolinumKeyboard'; + src: url('linbiolinum_k-webfont.eot'); +} + +@font-face { + /* This declaration targets everything else */ + font-family: 'LinuxBiolinumKeyboard'; + src: url(//:) format('no404'), 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format('truetype'), url('linbiolinum_k-webfont.svg#LinuxBiolinumKeyboardRegular') format('svg'); + font-weight: normal; + font-style: normal; +} + +@font-face { + /* This declaration targets Internet Explorer */ + font-family: 'LinuxBiolinum'; + src: url('linbiolinum_r-webfont.eot'); +} + +@font-face { + /* This declaration targets everything else */ + font-family: 'LinuxBiolinum'; + src: url(//:) format('no404'), 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format('truetype'), url('linbiolinum_r-webfont.svg#LinuxBiolinumRegular') format('svg'); + font-weight: normal; + font-style: normal; +} diff --git a/_docs/userguide b/_docs/userguide index e75f1ca..4145279 100644 --- a/_docs/userguide +++ b/_docs/userguide @@ -1,7 +1,7 @@ i3 User’s Guide =============== Michael Stapelberg -October 2011 +April 2012 This document contains all the information you need to configure and use the i3 window manager. If it does not, please contact us on IRC (preferred) or post your @@ -89,7 +89,7 @@ To display a window in fullscreen mode or to go out of fullscreen mode again, press +mod+f+. There is also a global fullscreen mode in i3 in which the client will span all -available outputs. +available outputs (the command is +fullscreen global+). === Opening other applications @@ -303,7 +303,8 @@ also mix your bindings, though i3 will not protect you from overlapping ones). * A keysym (key symbol) is a description for a specific symbol, like "a" or "b", but also more strange ones like "underscore" instead of "_". These are the ones you use in Xmodmap to remap your keys. To get the current - mapping of your keys, use +xmodmap -pke+. + mapping of your keys, use +xmodmap -pke+. To interactively enter a key and + see what keysym it is configured to, use +xev+. * Keycodes do not need to have a symbol assigned (handy for custom vendor hotkeys on some notebooks) and they will not change their meaning as you @@ -370,6 +371,27 @@ floating_modifier floating_modifier Mod1 -------------------------------- +=== Constraining floating window size + +The maximum and minimum dimensions of floating windows can be specified. If +either dimension of +floating_maximum_size+ is specified as -1, that dimension +will be unconstrained with respect to its maximum value. If either dimension of ++floating_maximum_size+ is undefined, or specified as 0, i3 will use a default +value to constrain the maximum size. +floating_minimum_size+ is treated in a +manner analogous to +floating_maximum_size+. + +*Syntax*: +---------------------------------------- +floating_minimum_size x +floating_maximum_size x +---------------------------------------- + +*Example*: +-------------------------------------- +floating_minimum_size 75 x 50 +floating_maximum_size -1 x -1 +-------------------------------------- + === Orientation for new workspaces New workspaces get a reasonable default orientation: Wide-screen monitors @@ -591,7 +613,7 @@ You can change all colors which i3 uses to draw the window decorations. *Syntax*: -------------------------------------------- -colorclass border background text +colorclass border background text indicator -------------------------------------------- Where colorclass can be one of: @@ -624,18 +646,24 @@ area of the terminal and the i3 border. Colors are in HTML hex format (#rrggbb), see the following example: *Examples (default colors)*: ------------------------------------------------ -# class border backgr. text -client.focused #4c7899 #285577 #ffffff -client.focused_inactive #333333 #5f676a #ffffff -client.unfocused #333333 #222222 #888888 -client.urgent #2f343a #900000 #ffffff ------------------------------------------------ +--------------------------------------------------------- +# class border backgr. text indicator +client.focused #4c7899 #285577 #ffffff #2e9ef4 +client.focused_inactive #333333 #5f676a #ffffff #484e50 +client.unfocused #333333 #222222 #888888 #292d2e +client.urgent #2f343a #900000 #ffffff #900000 +--------------------------------------------------------- Note that for the window decorations, the color around the child window is the background color, and the border color is only the two thin lines at the top of the window. +The indicator color is used for indicating where a new window will be opened. +For horizontal split containers, the right border will be painted in indicator +color, for vertical split containers, the bottom border. This only applies to +single windows within a split container, which are otherwise indistinguishable +from single windows outside of a split container. + === Interprocess communication i3 uses unix sockets to provide an IPC interface. This allows third-party @@ -799,6 +827,29 @@ bar { } --------------------------- +=== i3bar command + +By default i3 will just pass +i3bar+ and let your shell handle the execution, +searching your +$PATH+ for a correct version. +If you have a different +i3bar+ somewhere or the binary is not in your +$PATH+ you can +tell i3 what to execute. + +The specified command will be passed to +sh -c+, so you can use globbing and +have to have correct quoting etc. + +*Syntax*: +---------------------- +i3bar_command command +---------------------- + +*Example*: +------------------------------------------------- +bar { + i3bar_command /home/user/bin/i3bar +} +------------------------------------------------- + +[[status_command]] === Statusline command i3bar can run a program and display every line of its +stdout+ output on the @@ -815,31 +866,41 @@ status_command command *Example*: ------------------------------------------------- -status_command i3status --config ~/.i3status.conf +bar { + status_command i3status --config ~/.i3status.conf +} ------------------------------------------------- === Display mode You can have i3bar either be visible permanently at one edge of the screen (+dock+ mode) or make it show up when you press your modifier key (+hide+ -mode). +mode). The modifier key can be configured using the +modifier+ option. The hide mode maximizes screen space that can be used for actual windows. Also, i3bar sends the +SIGSTOP+ and +SIGCONT+ signals to the statusline process to save battery power. -The default is dock mode. +The default is dock mode; in hide mode, the default modifier is Mod4 (usually +the windows key). *Syntax*: ---------------- mode +modifier ---------------- *Example*: ---------------- -mode hide +bar { + mode hide + modifier Mod1 +} ---------------- +Available modifiers are Mod1-Mod5, Shift, Control (see +xmodmap(1)+). + +[[i3bar_position]] === Position This option determines in which edge of the screen i3bar should show up. @@ -853,7 +914,9 @@ position *Example*: --------------------- -position top +bar { + position top +} --------------------- === Output(s) @@ -862,6 +925,9 @@ You can restrict i3bar to one or more outputs (monitors). The default is to handle all outputs. Restricting the outputs is useful for using different options for different outputs by using multiple 'bar' blocks. +To make a particular i3bar instance handle multiple outputs, specify the output +directive multiple times. + *Syntax*: --------------- output @@ -871,18 +937,20 @@ output ------------------------------- # big monitor: everything bar { - output HDMI2 - status_command i3status + # The display is connected either via HDMI or via DisplayPort + output HDMI2 + output DP2 + status_command i3status } # laptop monitor: bright colors and i3status with less modules. bar { - output LVDS1 - status_command i3status --config ~/.i3status-small.conf - colors { - background #000000 - statusline #ffffff - } + output LVDS1 + status_command i3status --config ~/.i3status-small.conf + colors { + background #000000 + statusline #ffffff + } } ------------------------------- @@ -896,16 +964,28 @@ you can turn off the functionality entirely. *Syntax*: ------------------------- -tray_output +tray_output ------------------------- *Example*: ------------------------- # disable system tray -tray_output none +bar { + tray_output none +} + +# show tray icons on the primary monitor +tray_output primary # show tray icons on the big monitor -tray_output HDMI2 +bar { + tray_output HDMI2 +} +------------------------- + +Note that you might not have a primary output configured yet. To do so, run: +------------------------- +xrandr --output --primary ------------------------- === Font @@ -920,7 +1000,9 @@ font *Example*: -------------------------------------------------------------- -font -misc-fixed-medium-r-normal--13-120-75-75-C-70-iso10646-1 +bar { + font -misc-fixed-medium-r-normal--13-120-75-75-C-70-iso10646-1 +} -------------------------------------------------------------- === Workspace buttons @@ -937,7 +1019,9 @@ workspace_buttons *Example*: -------------------- -workspace_buttons no +bar { + workspace_buttons no +} -------------------- === Colors @@ -950,19 +1034,19 @@ background:: statusline:: Text color to be used for the statusline. focused_workspace:: - Text color/background color for a workspace button when the workspace + Border, background and text color for a workspace button when the workspace has focus. active_workspace:: - Text color/background color for a workspace button when the workspace + Border, background and text color for a workspace button when the workspace is active (visible) on some output, but the focus is on another one. You can only tell this apart from the focused workspace when you are using multiple monitors. inactive_workspace:: - Text color/background color for a workspace button when the workspace + Border, background and text color for a workspace button when the workspace does not have focus and is not active (visible) on any output. This will be the case for most workspaces. urgent_workspace:: - Text color/background color for workspaces which contain at least one + Border, background and text color for a workspace button when the workspace window with the urgency hint set. *Syntax*: @@ -971,20 +1055,22 @@ colors { background statusline - colorclass + colorclass } ---------------------------------------- -*Example*: +*Example (default colors)*: -------------------------------------- -colors { - background #000000 - statusline #ffffff - - focused_workspace #ffffff #285577 - active_workspace #ffffff #333333 - inactive_workspace #888888 #222222 - urgent_workspace #ffffff #900000 +bar { + colors { + background #000000 + statusline #ffffff + + focused_workspace #4c7899 #285577 #ffffff + active_workspace #333333 #5f676a #ffffff + inactive_workspace #333333 #222222 #888888 + urgent_workspace #2f343a #900000 #ffffff + } } -------------------------------------- @@ -1005,9 +1091,9 @@ specific workspace and immediately switch to that workspace, you can configure the following keybinding: *Example*: -------------------------------------------- -bindsym mod+x move workspace 3; workspace 3 -------------------------------------------- +-------------------------------------------------------- +bindsym mod+x move container to workspace 3; workspace 3 +-------------------------------------------------------- [[command_criteria]] @@ -1036,6 +1122,10 @@ id:: Compares the X11 window ID, which you can get via +xwininfo+ for example. title:: Compares the X11 window title (_NET_WM_NAME or WM_NAME as fallback). +urgent:: + Compares the urgent state of the window. Can be "latest" or "oldest". + Matches the latest or oldest urgent window, respectively. + (The following aliases are also available: newest, last, recent, first) con_mark:: Compares the mark set for this container, see <>. con_id:: @@ -1066,7 +1156,7 @@ exec [--no-startup-id] command bindsym mod+g exec gimp # Start the terminal emulator urxvt which is not yet startup-notification-aware -bindsym mod+enter exec --no-startup-id urxvt +bindsym mod+Return exec --no-startup-id urxvt ------------------------------ The +--no-startup-id+ parameter disables startup-notification support for this @@ -1123,7 +1213,8 @@ bindsym mod+t floating toggle === Focusing/Moving containers -To change the focus, use the focus command: +focus left+, +focus right+, +focus down+ and +focus up+. +To change the focus, use the focus command: +focus left+, +focus right+, +focus +down+ and +focus up+. There are a few special parameters you can use for the focus command: @@ -1138,6 +1229,9 @@ tiling:: Sets focus to the last focused tiling container. mode_toggle:: Toggles between floating/tiling containers. +output:: + Followed by a direction or an output name, this will focus the + corresponding output. For moving, use +move left+, +move right+, +move down+ and +move up+. @@ -1145,7 +1239,9 @@ For moving, use +move left+, +move right+, +move down+ and +move up+. ----------------------------------- focus focus +focus output <|output> move [ px] +move [absolute] position [[ px] [ px]|center] ----------------------------------- Note that the amount of pixels you can specify for the +move+ command is only @@ -1165,6 +1261,12 @@ bindsym mod+u focus parent # Focus last floating/tiling container bindsym mod+g focus mode_toggle +# Focus the output right to the current one +bindsym mod+x focus output right + +# Focus the big output +bindsym mod+x focus output HDMI-2 + # Move container to the left, bottom, top, right: bindsym mod+j move left bindsym mod+k move down @@ -1174,28 +1276,39 @@ bindsym mod+semicolon move right # Move container, but make floating containers # move more than the default bindsym mod+j move left 20 px + +# Move floating container to the center +# of all outputs +bindsym mod+c move absolute position center ---------------------- === Changing (named) workspaces/moving to workspaces To change to a specific workspace, use the +workspace+ command, followed by the number or name of the workspace. To move containers to specific workspaces, use -+move workspace+. ++move container to workspace+. You can also switch to the next and previous workspace with the commands +workspace next+ and +workspace prev+, which is handy, for example, if you have workspace 1, 3, 4 and 9 and you want to cycle through them with a single key -combination. Similarly, you can use +move workspace next+ and +move workspace -prev+ to move a container to the next/previous workspace. +combination. To restrict those to the current output, use +workspace +next_on_output+ and +workspace prev_on_output+. Similarly, you can use +move +container to workspace next+ and +move container to workspace prev+ to move a +container to the next/previous workspace. [[back_and_forth]] To switch back to the previously focused workspace, use +workspace back_and_forth+. To move a container to another xrandr output such as +LVDS1+ or +VGA1+, you can -use the +move output+ command followed by the name of the target output. You -may also use +left+, +right+, +up+, +down+ instead of the xrandr output name to -move to the next output in the specified direction. +use the +move container to output+ command followed by the name of the target +output. You may also use +left+, +right+, +up+, +down+ instead of the xrandr +output name to move to the next output in the specified direction. + +To move a whole workspace to another xrandr output such as +LVDS1+ or +VGA1+, +you can use the +move workspace to output+ command followed by the name of the +target output. You may also use +left+, +right+, +up+, +down+ instead of the +xrandr output name to move to the next output in the specified direction. *Examples*: ------------------------- @@ -1203,12 +1316,15 @@ bindsym mod+1 workspace 1 bindsym mod+2 workspace 2 ... -bindsym mod+Shift+1 move workspace 1 -bindsym mod+Shift+2 move workspace 2 +bindsym mod+Shift+1 move container to workspace 1 +bindsym mod+Shift+2 move container to workspace 2 ... # switch between the current and the previously focused one bindsym mod+b workspace back_and_forth + +# move the whole workspace to the next output +bindsym mod+x move workspace to output right ------------------------- ==== Named workspaces @@ -1235,7 +1351,28 @@ bindsym mod+2 workspace 2: www Note that the workspace will really be named "1: mail". i3 treats workspace names beginning with a number in a slightly special way. Normally, named workspaces are ordered the way they appeared. When they start with a number, i3 -will order them numerically. +will order them numerically. Also, you will be able to use +workspace number 1+ +to switch to the workspace which begins with number 1, regardless of which name +it has. This is useful in case you are changing the workspace’s name +dynamically. + +=== Renaming workspaces + +You can rename workspaces. This might be useful to start with the default +numbered workspaces, do your work, and rename the workspaces afterwards to +reflect what’s actually on them. + +*Syntax*: +---------------------------------------------------- +rename workspace to +---------------------------------------------------- + +*Examples*: +------------------------------------------------ +i3-msg 'rename workspace 5 to 6' +i3-msg 'rename workspace 1 to "1: www"' +i3-msg 'rename workspace "1: www" to "10: www"' +------------------------------------------------ [[resizingconfig]] @@ -1249,11 +1386,13 @@ If you want to resize containers/windows using your keyboard, you can use the resize [ px] [or ppt] --------------------------------------------------------- -Direction can be one of +up+, +down+, +left+ or +right+. The optional pixel -argument specifies by how many pixels a *floating container* should be grown or -shrunk (the default is 10 pixels). The ppt argument means percentage points -and specifies by how many percentage points a *tiling container* should be -grown or shrunk (the default is 10 percentage points). +Direction can either be one of +up+, +down+, +left+ or +right+. Or you can be +less specific and use +width+ or +height+, in which case i3 will take/give +space from all the other containers. The optional pixel argument specifies by +how many pixels a *floating container* should be grown or shrunk (the default +is 10 pixels). The ppt argument means percentage points and specifies by how +many percentage points a *tiling container* should be grown or shrunk (the +default is 10 percentage points). I recommend using the resize command inside a so called +mode+: @@ -1262,21 +1401,20 @@ I recommend using the resize command inside a so called +mode+: mode "resize" { # These bindings trigger as soon as you enter the resize mode - # They resize the border in the direction you pressed, e.g. - # when pressing left, the window is resized so that it has - # more space on its left - - bindsym j resize shrink left - bindsym Shift+j resize grow left - - bindsym k resize grow down - bindsym Shift+k resize shrink down - - bindsym l resize shrink up - bindsym Shift+l resize grow up - - bindsym semicolon resize grow right - bindsym Shift+semicolon resize shrink right + # Pressing left will shrink the window’s width. + # Pressing right will grow the window’s width. + # Pressing up will shrink the window’s height. + # Pressing down will grow the window’s height. + bindsym j resize shrink width 10 px or 10 ppt + bindsym k resize grow height 10 px or 10 ppt + bindsym l resize shrink height 10 px or 10 ppt + bindsym semicolon resize grow width 10 px or 10 ppt + + # same bindings, but for the arrow keys + bindsym Left resize shrink width 10 px or 10 ppt + bindsym Down resize grow height 10 px or 10 ppt + bindsym Up resize shrink height 10 px or 10 ppt + bindsym Right resize grow width 10 px or 10 ppt # back to normal: Enter or Escape bindsym Return mode "default" @@ -1413,6 +1551,40 @@ bindsym mod+Shift+w reload bindsym mod+Shift+e exit ---------------------------- +=== Scratchpad + +There are two commands to use any existing window as scratchpad window. +move +scratchpad+ will move a window to the scratchpad workspace. This will make it +invisible until you show it again. There is no way to open that workspace. +Instead, when using +scratchpad show+, the window will be shown again, as a +floating window, centered on your current workspace (using +scratchpad show+ on +a visible scratchpad window will make it hidden again, so you can have a +keybinding to toggle). + +As the name indicates, this is useful for having a window with your favorite +editor always at hand. However, you can also use this for other permanently +running applications which you don’t want to see all the time: Your music +player, alsamixer, maybe even your mail client…? + +*Syntax*: +--------------- +move scratchpad + +scratchpad show +--------------- + +*Examples*: +------------------------------------------------ +# Make the currently focused window a scratchpad +bindsym mod+Shift+minus move scratchpad + +# Show the first scratchpad window +bindsym mod+minus scratchpad show + +# Show the sup-mail scratchpad window, if any. +bindsym mod4+s [title="^Sup ::"] scratchpad show +------------------------------------------------ + [[multi_monitor]] == Multiple monitors @@ -1534,14 +1706,13 @@ If you don’t already have your favorite way of generating such a status line this task. It was written in C with the goal of using as few syscalls as possible to reduce the time your CPU is woken up from sleep states. Because i3status only spits out text, you need to combine it with some other tool, like -i3bar. Use a pipe to connect them: +i3status | i3bar -d+. +i3bar. See <> for how to display i3status in i3bar. Regardless of which application you use to display the status line, you want to make sure that it registers as a dock window using EWMH hints. i3 will position the window either at the top or at the bottom of the screen, depending -on which hint the application sets. With i3bar, you can use +-d+ or +-dbottom+ -for positioning it at the bottom and +-dtop+ to position it at the top of the -screen. +on which hint the application sets. With i3bar, you can configure its position, +see <>. === Giving presentations (multi-monitor) diff --git a/docs/debugging-release-version.html b/docs/debugging-release-version.html new file mode 100644 index 0000000..f7ec1c5 --- /dev/null +++ b/docs/debugging-release-version.html @@ -0,0 +1,175 @@ + + + + + + +i3: Debugging i3: How To (release version) + + + + + + + +
+

i3 - improved tiling WM

 + +
+
+ +
+
+

This document describes how to debug i3 suitably for sending us useful bug +reports, even if you have no clue of C programming.

+

First of all: Thank you for being interested in debugging i3. It really means +something to us to get your bug fixed. If you have any questions about the +debugging and/or need further help, do not hesitate to contact us!

+
+ + + +
+
Note
+		This document is for the release version of i3. If you are using a +development version, please see Debugging i3: How To +instead.
+
+
+
+
+

1. Consider using the development version

+
+

This document is for the release version of i3. In many cases, bugs are already +fixed in the development version of i3. If they aren’t, we will still ask you +to reproduce your error with the most recent development version of i3. +Therefore, please upgrade to a development version and continue reading at +Debugging i3: How To.

+

If you absolutely cannot upgrade to a development version of i3, you may +continue reading this document.

+
+
+
+

2. Enabling logging

+
+

i3 logs useful information to stdout. To have a clearly defined place where log +files will be saved, you should redirect stdout and stderr in your +~/.xsession. While you’re at it, putting each run of i3 in a separate log +file with date/time in its filename is a good idea to not get confused about +the different log files later on.

+
+
+
exec /usr/bin/i3 >~/i3log-$(date +'%F-%k-%M-%S') 2>&1
+
+

To enable verbose output and all levels of debug output (required when +attaching logfiles to bugreports), add the parameters -V -d all, like this:

+
+
+
exec /usr/bin/i3 -V -d all >~/i3log-$(date +'%F-%k-%M-%S') 2>&1
+
+
+
+
+

3. Enabling core dumps

+
+

When i3 crashes, often you have the chance of getting a core dump (an image +of the memory of the i3 process which can be loaded into a debugger). To get a +core dump, you have to make sure that the user limit for core dump files is set +high enough. Many systems ship with a default value which even forbids core +dumps completely. To disable the limit completely and thus enable core dumps, +use the following command (in your ~/.xsession, before starting i3):

+
+
+
ulimit -c unlimited
+
+

Furthermore, to easily recognize core dumps and allow multiple of them, you +should set a custom core dump filename pattern, using a command like the +following:

+
+
+
sudo sysctl -w kernel.core_pattern=core.%e.%p
+
+

This will generate files which have the executable’s file name (%e) and the +process id (%p) in it. You can save this setting across reboots using +/etc/sysctl.conf.

+
+
+
+

4. Compiling with debug symbols

+
+

To actually get useful core dumps, you should make sure that your version of i3 +is compiled with debug symbols, that is, that the symbols are not stripped +during the build process. You can check whether your executable contains +symbols by issuing the following command:

+
+
+
file $(which i3)
+
+

You should get an output like this:

+
+
+
/usr/bin/i3: ELF 64-bit LSB executable, x86-64, version 1 (SYSV), dynamically
+linked (uses shared libs), for GNU/Linux 2.6.18, not stripped
+
+

Notice the not stripped, which is the important part. If you have a version +which is stripped, please have a look if your distribution provides debug +symbols (package i3-wm-dbg on Debian for example) or if you can turn off +stripping. If nothing helps, please build i3 from source.

+
+
+
+

5. Generating a backtrace

+
+

Once you have made sure that your i3 is compiled with debug symbols and that +core dumps are enabled, you can start making sense out of the core dumps.

+

Because the core dump depends on the original executable (and its debug +symbols), please do this as soon as you encounter the problem. If you +re-compile i3, your core dump might be useless afterwards.

+

Please install gdb, a debugger for C. No worries, you don’t need to learn it +now. Start gdb using the following command (replacing the actual name of the +core dump of course):

+
+
+
gdb $(which i3) core.i3.3849
+
+

Then, generate a backtrace using:

+
+
+
backtrace full
+
+
+
+
+

6. Sending bug reports/debugging on IRC

+
+

When sending bug reports, please paste the relevant part of the log (if in +doubt, please send us rather too much information than too less) and the whole +backtrace (if there was a core dump).

+

When debugging with us in IRC, be prepared to use a so called nopaste service +such as http://nopaste.info or http://pastebin.com because pasting large +amounts of text in IRC sometimes leads to incomplete lines (servers have line +length limitations) or flood kicks.

+
+
+
+
+ + + diff --git a/docs/debugging.html b/docs/debugging.html index 4101fc0..2fc749b 100644 --- a/docs/debugging.html +++ b/docs/debugging.html @@ -30,8 +30,8 @@ window.onload = function(){asciidoc.footnotes();}
@@ -43,101 +43,123 @@ debugging and/or need further help, do not hesitate to contact us!

-

1. Enabling logging

+

1. Verify you are using the latest (development) version

-

i3 logs useful information to stdout. To have a clearly defined place where log -files will be saved, you should redirect stdout and stderr in your -~/.xsession. While you’re at it, putting each run of i3 in a separate log -file with date/time in its filename is a good idea to not get confused about -the different log files later on.

+

Please verify that you are using the latest version of i3:

-
exec /usr/bin/i3 >~/i3log-$(date +'%F-%k-%M-%S') 2>&1
+
$ i3 --version
+i3 version 4.1.2-248-g51728ba (2012-02-12, branch "next")
-

To enable verbose output and all levels of debug output (required when -attaching logfiles to bugreports), add the parameters -V -d all, like this:

-
-
-
exec /usr/bin/i3 -V -d all >~/i3log-$(date +'%F-%k-%M-%S') 2>&1
-
-
-
-
-

2. Enabling core dumps

-
-

When i3 crashes, often you have the chance of getting a core dump (an image -of the memory of the i3 process which can be loaded into a debugger). To get a -core dump, you have to make sure that the user limit for core dump files is set -high enough. Many systems ship with a default value which even forbids core -dumps completely. To disable the limit completely and thus enable core dumps, -use the following command (in your ~/.xsession, before starting i3):

-
-
-
ulimit -c unlimited
-
-

Furthermore, to easily recognize core dumps and allow multiple of them, you -should set a custom core dump filename pattern, using a command like the -following:

-
-
-
sudo sysctl -w kernel.core_pattern=core.%e.%p
-
-

This will generate files which have the executable’s file name (%e) and the -process id (%p) in it. You can save this setting across reboots using -/etc/sysctl.conf.

+

Your version can look like this:

+
+
+4.1.2 +
+
+

+You are using a release version. Please +upgrade to a development version first, or read +Debugging i3: How To (release version). +

+
+
+4.1.2-248-g51728ba +
+
+

+Your version is 248 commits newer than 4.1.2, and the git revision of your +version is 51728ba. Go to http://code.i3wm.org/i3/commit/?h=next and see if +the line "commit" starts with the same revision. If so, you are using the +latest version. +

+
+
+

Development versions of i3 have several properties which make debugging easier:

+
    +
  1. +

    +Shared memory debug logging is enabled by default. You do not have to enable + logging explicitly. +

    +
    2. +
  2. +

    +Core dumps are enabled by default. +

    +
    3. +
  3. +

    +If you are using a version from the Debian/Ubuntu autobuilder, it is + compiled without optimization. Debug symbols are available in the i3-wm-dbg + package. When compiling i3 yourself, debug mode is the default. +

    +
    4. +
-

3. Compiling with debug symbols

+

2. Obtaining the debug logfile

-

To actually get useful core dumps, you should make sure that your version of i3 -is compiled with debug symbols, that is, that the symbols are not stripped -during the build process. You can check whether your executable contains -symbols by issuing the following command:

+

No matter whether i3 misbehaved in some way without crashing or whether it just +crashed, the logfile provides all information necessary to debug the problem.

+

To save a compressed version of the logfile (suitable for attaching it to a +bugreport), use:

-
file $(which i3)
+
i3-dump-log | gzip -9c > /tmp/i3.log.gz
-

You should get an output like this:

+

This command does not depend on i3 (it also works when i3 currently displays +the crash dialog), but it requires a working X11 connection. When running it +from a virtual console (Ctrl-Alt-F1), use:

-
/usr/bin/i3: ELF 64-bit LSB executable, x86-64, version 1 (SYSV), dynamically
-linked (uses shared libs), for GNU/Linux 2.6.18, not stripped
+
DISPLAY=:0 i3-dump-log | gzip -9c > /tmp/i3.log.gz
-

Notice the not stripped, which is the important part. If you have a version -which is stripped, please have a look if your distribution provides debug -symbols (package i3-wm-dbg on Debian for example) or if you can turn off -stripping. If nothing helps, please build i3 from source.

-

4. Generating a backtrace

+

3. Obtaining a backtrace

-

Once you have made sure that your i3 is compiled with debug symbols and that -core dumps are enabled, you can start making sense out of the core dumps.

-

Because the core dump depends on the original executable (and its debug -symbols), please do this as soon as you encounter the problem. If you -re-compile i3, your core dump might be useless afterwards.

-

Please install gdb, a debugger for C. No worries, you don’t need to learn it -now. Start gdb using the following command (replacing the actual name of the -core dump of course):

-
-
-
gdb $(which i3) core.i3.3849
-
-

Then, generate a backtrace using:

+

When i3 displays its crash dialog, do the following:

+
    +
  1. +

    +Switch to a virtual console (Ctrl-Alt-F1) or login from a different computer +

    +
    2. +
  2. +

    +Generate a backtrace (see below) +

    +
    3. +
  3. +

    +Switch back to the crash dialog (Ctrl-Alt-F7) +

    +
    4. +
  4. +

    +Restart i3 in-place (you will keep your session), continue working +

    +
    5. +
+

This is how you get a backtrace from a running i3 process:

-
backtrace full
+
I3PID=$(pidof i3)
+gdb /proc/$I3PID/exe $I3PID \
+    --batch --quiet \
+    --ex 'backtrace full' > /tmp/i3-backtrace.txt 2>&1
-

5. Sending bug reports/debugging on IRC

+

4. Sending bug reports/debugging on IRC

-

When sending bug reports, please paste the relevant part of the log (if in -doubt, please send us rather too much information than too less) and the whole -backtrace (if there was a core dump).

+

When sending bug reports, please attach the whole log file. Even if you think +you found the section which clearly highlights the problem, additional +information might be necessary to completely diagnose the problem.

When debugging with us in IRC, be prepared to use a so called nopaste service such as http://nopaste.info or http://pastebin.com because pasting large amounts of text in IRC sometimes leads to incomplete lines (servers have line diff --git a/docs/hacking-howto.html b/docs/hacking-howto.html index 382b5c3..afdca82 100644 --- a/docs/hacking-howto.html +++ b/docs/hacking-howto.html @@ -141,13 +141,19 @@ layout (like dwm, awesome, …) but provide mechanisms for you to easily create the layout you need at the moment.

-

1.2. The layout table

-
-
-

This section has not been updated for v4.0 yet, sorry! We wanted to release on -time, but we will update this soon. Please talk to us on IRC if you need to -know stuff NOW :).

-
+

1.2. The layout tree

+

The data structure which i3 uses to keep track of your windows is a tree. Every +node in the tree is a container (type Con). Some containers represent actual +windows (every container with a window != NULL), some represent split +containers and a few have special purposes: they represent workspaces, outputs +(like VGA1, LVDS1, …) or the X11 root window.

+

So, when you open a terminal and immediately open another one, they reside in +the same split container, which uses the default layout. In case of an empty +workspace, the split container we are talking about is the workspace.

+

To get an impression of how different layouts are represented, just play around +and look at the data structures — they are exposed as a JSON hash. See +http://i3wm.org/docs/ipc.html#_get_tree_reply for documentation on that and an +example.

@@ -257,7 +263,7 @@ src/ewmh.c

-iFunctions to get/set certain EWMH properties easily. +Functions to get/set certain EWMH properties easily.

@@ -455,12 +461,8 @@ Legacy support for Xinerama. See src/randr.c for the preferred API.

3. Data structures

-
-
-

This section has not been updated for v4.0 yet, sorry! We wanted to release on -time, but we will update this soon. Please talk to us on IRC if you need to -know stuff NOW :).

-
+

See include/data.h for documented data structures. The most important ones are +explained right here.

So, the hierarchy is:

  1. @@ -470,7 +472,7 @@ know stuff NOW :).

  • -Virtual screens (Screen 0 in this example) +Output container (LVDS1 in this example)

  • @@ -496,49 +498,53 @@ know stuff NOW :).

    • The data type is Con, in all cases.

    -

    3.1. Virtual screens

    -

    A virtual screen (type i3Screen) is generated from the connected outputs -obtained through RandR. The difference to the raw RandR outputs as seen -when using xrandr(1) is that it falls back to the lowest common resolution of -the actual enabled outputs.

    +

    3.1. X11 root window

    +

    The X11 root window is a single window per X11 display (a display is identified +by :0 or :1 etc.). The root window is what you draw your background image +on. It spans all the available outputs, e.g. VGA1 is a specific part of the +root window and LVDS1 is a specific part of the root window.

    +
    +
    +

    3.2. Output container

    +

    Every active output obtained through RandR is represented by one output +container. Outputs are considered active when a mode is configured (meaning +something is actually displayed on the output) and the output is not a clone.

    For example, if your notebook has a screen resolution of 1280x800 px and you connect a video projector with a resolution of 1024x768 px, set it up in clone -mode (xrandr --output VGA1 --mode 1024x768 --same-as LVDS1), i3 will have -one virtual screen.

    +mode (xrandr --output VGA1 --mode 1024x768 --same-as LVDS1), i3 will +reduce the resolution to the lowest common resolution and disable one of the +cloned outputs afterwards.

    However, if you configure it using xrandr --output VGA1 --mode 1024x768 ---right-of LVDS1, i3 will generate two virtual screens. For each virtual -screen, a new workspace will be assigned. New workspaces are created on the -screen you are currently on.

    +--right-of LVDS1, i3 will set both outputs active. For each output, a new +workspace will be assigned. New workspaces are created on the output you are +currently on.

    + +
    +

    3.3. Content container

    +

    Each output has multiple children. Two of them are dock containers which hold +dock clients. The other one is the content container, which holds the actual +content (workspaces) of this output.

    -

    3.2. Workspace

    +

    3.4. Workspace

    A workspace is identified by its name. Basically, you could think of workspaces as different desks in your office, if you like the desktop -methaphor. They just contain different sets of windows and are completely +metaphor. They just contain different sets of windows and are completely separate of each other. Other window managers also call this “Virtual desktops”.

    -

    3.3. The layout table

    -
    -
    -

    This section has not been updated for v4.0 yet, sorry! We wanted to release on -time, but we will update this soon. Please talk to us on IRC if you need to -know stuff NOW :).

    -
    +

    3.5. Split container

    +

    A split container is a container which holds an arbitrary amount of split +containers or X11 window containers. It has an orientation (horizontal or +vertical) and a layout.

    +

    Split containers (and X11 window containers, which are a subtype of split +containers) can have different border styles.

    -

    3.4. Container

    -
    -
    -

    This section has not been updated for v4.0 yet, sorry! We wanted to release on -time, but we will update this soon. Please talk to us on IRC if you need to -know stuff NOW :).

    -
    -
    -
    -

    3.5. Client

    -

    A client is x11-speak for a window.

    +

    3.6. X11 window container

    +

    An X11 window container holds exactly one X11 window. These are the leaf nodes +of the layout tree, they cannot have any children.

    @@ -685,8 +691,9 @@ reparented to the bigger one (called "frame").

    whether this window is a dock (_NET_WM_WINDOW_TYPE_DOCK), like dzen2 for example. Docks are handled differently, they don’t have decorations and are not assigned to a specific container. Instead, they are positioned at the bottom -of the screen. To get the height which needs to be reserved for the window, -the _NET_WM_STRUT_PARTIAL property is used.

    +or top of the screen (in the appropriate dock area containers). To get the +height which needs to be reserved for the window, the _NET_WM_STRUT_PARTIAL +property is used.

    Furthermore, the list of assignments (to other workspaces, which may be on other screens) is checked. If the window matches one of the user’s criteria, it may either be put in floating mode or moved to a different workspace. If the @@ -756,32 +763,491 @@ src/layout.c, function resize_client().

    14. Rendering (src/layout.c, render_layout() and render_container())

    -
    -
    -

    This section has not been updated for v4.0 yet, sorry! We wanted to release on -time, but we will update this soon. Please talk to us on IRC if you need to -know stuff NOW :).

    -
    +

    Rendering in i3 version 4 is the step which assigns the correct sizes for +borders, decoration windows, child windows and the stacking order of all +windows. In a separate step (x_push_changes()), these changes are pushed to +X11.

    +

    Keep in mind that all these properties (rect, window_rect and deco_rect) +are temporary, meaning they will be overwritten by calling render_con. +Persistent position/size information is kept in geometry.

    +

    The entry point for every rendering operation (except for the case of moving +floating windows around) currently is tree_render() which will re-render +everything that’s necessary (for every output, only the currently displayed +workspace is rendered). This behavior is expected to change in the future, +since for a lot of updates, re-rendering everything is not actually necessary. +Focus was on getting it working correct, not getting it work very fast.

    +

    What tree_render() actually does is calling render_con() on the root +container and then pushing the changes to X11. The following sections talk +about the different rendering steps, in the order of "top of the tree" (root +container) to the bottom.

    +
    +

    14.1. Rendering the root container

    +

    The i3 root container (con->type == CT_ROOT) represents the X11 root window. +It contains one child container for every output (like LVDS1, VGA1, …), which +is available on your computer.

    +

    Rendering the root will first render all tiling windows and then all floating +windows. This is necessary because a floating window can be positioned in such +a way that it is visible on two different outputs. Therefore, by first +rendering all the tiling windows (of all outputs), we make sure that floating +windows can never be obscured by tiling windows.

    +

    Essentially, though, this code path will just call render_con() for every +output and x_raise_con(); render_con() for every floating window.

    +

    In the special case of having a "global fullscreen" window (fullscreen mode +spanning all outputs), a shortcut is taken and x_raise_con(); render_con() is +only called for the global fullscreen window.

    +
    +
    +

    14.2. Rendering an output

    +

    Output containers (con->layout == L_OUTPUT) represent a hardware output like +LVDS1, VGA1, etc. An output container has three children (at the moment): One +content container (having workspaces as children) and the top/bottom dock area +containers.

    +

    The rendering happens in the function render_l_output() in the following +steps:

    +
      +
    1. +

      +Find the content container (con->type == CT_CON) +

      +
      2. +
    2. +

      +Get the currently visible workspace (con_get_fullscreen_con(content, + CF_OUTPUT)). +

      +
      3. +
    3. +

      +If there is a fullscreened window on that workspace, directly render it and + return, thus ignoring the dock areas. +

      +
      4. +
    4. +

      +Sum up the space used by all the dock windows (they have a variable height + only). +

      +
      5. +
    5. +

      +Set the workspace rects (x/y/width/height) based on the position of the + output (stored in con->rect) and the usable space + (con->rect.{width,height} without the space used for dock windows). +

      +
      6. +
    6. +

      +Recursively raise and render the output’s child containers (meaning dock + area containers and the content container). +

      +
      7. +
    +
    +
    +

    14.3. Rendering a workspace or split container

    +

    From here on, there really is no difference anymore. All containers are of +con->type == CT_CON (whether workspace or split container) and some of them +have a con->window, meaning they represent an actual window instead of a +split container.

    +
    +

    14.3.1. Default layout

    +

    In default layout, containers are placed horizontally or vertically next to +each other (depending on the con->orientation). If a child is a leaf node (as +opposed to a split container) and has border style "normal", appropriate space +will be reserved for its window decoration.

    +
    +
    +

    14.3.2. Stacked layout

    +

    In stacked layout, only the focused window is actually shown (this is achieved +by calling x_raise_con() in reverse focus order at the end of render_con()).

    +

    The available space for the focused window is the size of the container minus +the height of the window decoration for all windows inside this stacked +container.

    +

    If border style is "1pixel" or "none", no window decoration height will be +reserved (or displayed later on), unless there is more than one window inside +the stacked container.

    +
    +
    +

    14.3.3. Tabbed layout

    +

    Tabbed layout works precisely like stacked layout, but the window decoration +position/size is different: They are placed next to each other on a single line +(fixed height).

    +
    +
    +

    14.3.4. Dock area layout

    +

    This is a special case. Users cannot chose the dock area layout, but it will be +set for the dock area containers. In the dockarea layout (at the moment!), +windows will be placed above each other.

    +
    +
    +
    +

    14.4. Rendering a window

    +

    A window’s size and position will be determined in the following way:

    +
      +
    1. +

      +Subtract the border if border style is not "none" (but "normal" or "1pixel"). +

      +
      2. +
    2. +

      +Subtract the X11 border, if the window has an X11 border > 0. +

      +
      3. +
    3. +

      +Obey the aspect ratio of the window (think MPlayer). +

      +
      4. +
    4. +

      +Obey the height- and width-increments of the window (think terminal emulator + which can only be resized in one-line or one-character steps). +

      +
      5. +
    +
    -

    15. User commands / commandmode (src/cmdparse.{l,y})

    +

    15. Pushing updates to X11 / Drawing

    -
    +

    A big problem with i3 before version 4 was that we just sent requests to X11 +anywhere in the source code. This was bad because nobody could understand the +entirety of our interaction with X11, it lead to subtle bugs and a lot of edge +cases which we had to consider all over again.

    +

    Therefore, since version 4, we have a single file, src/x.c, which is +responsible for repeatedly transferring parts of our tree datastructure to X11.

    +

    src/x.c consists of multiple parts:

    +
      +
    1. +

      +The state pushing: x_push_changes(), which calls x_push_node(). +

      +
      2. +
    2. +

      +State modification functions: x_con_init, x_reinit, + x_reparent_child, x_move_win, x_con_kill, x_raise_con, x_set_name + and x_set_warp_to. +

      +
      3. +
    3. +

      +Expose event handling (drawing decorations): x_deco_recurse() and + x_draw_decoration(). +

      +
      4. +
    +
    +

    15.1. Pushing state to X11

    +

    In general, the function x_push_changes should be called to push state +changes. Only when the scope of the state change is clearly defined (for +example only the title of a window) and its impact is known beforehand, one can +optimize this and call x_push_node on the appropriate con directly.

    +

    x_push_changes works in the following steps:

    +
      +
    1. +

      +Clear the eventmask for all mapped windows. This leads to not getting + useless ConfigureNotify or EnterNotify events which are caused by our + requests. In general, we only want to handle user input. +

      +
      2. +
    2. +

      +Stack windows above each other, in reverse stack order (starting with the + most obscured/bottom window). This is relevant for floating windows which + can overlap each other, but also for tiling windows in stacked or tabbed + containers. We also update the _NET_CLIENT_LIST_STACKING hint which is + necessary for tab drag and drop in Chromium. +

      +
      3. +
    3. +

      +x_push_node will be called for the root container, recursively calling + itself for the container’s children. This function actually pushes the + state, see the next paragraph. +

      +
      4. +
    4. +

      +If the pointer needs to be warped to a different position (for example when + changing focus to a differnt output), it will be warped now. +

      +
      5. +
    5. +

      +The eventmask is restored for all mapped windows. +

      +
      6. +
    6. +

      +Window decorations will be rendered by calling x_deco_recurse on the root + container, which then recursively calls itself for the children. +

      +
      7. +
    7. +

      +If the input focus needs to be changed (because the user focused a different + window), it will be updated now. +

      +
      8. +
    8. +

      +x_push_node_unmaps will be called for the root container. This function + only pushes UnmapWindow requests. Separating the state pushing is necessary + to handle fullscreen windows (and workspace switches) in a smooth fashion: + The newly visible windows should be visible before the old windows are + unmapped. +

      +
      9. +
    +

    x_push_node works in the following steps:

    +
      +
    1. +

      +Update the window’s WM_NAME, if changed (the WM_NAME is set on i3 + containers mainly for debugging purposes). +

      +
      2. +
    2. +

      +Reparents a child window into the i3 container if the container was created + for a specific managed window. +

      +
      3. +
    3. +

      +If the size/position of the i3 container changed (due to opening a new + window or switching layouts for example), the window will be reconfigured. + Also, the pixmap which is used to draw the window decoration/border on is + reconfigured (pixmaps are size-dependent). +

      +
      4. +
    4. +

      +Size/position for the child window is adjusted. +

      +
      5. +
    5. +

      +The i3 container is mapped if it should be visible and was not yet mapped. + When mapping, WM_STATE is set to WM_STATE_NORMAL. Also, the eventmask of + the child window is updated and the i3 container’s contents are copied from + the pixmap. +

      +
      6. +
    6. +

      +x_push_node is called recursively for all children of the current + container. +

      +
      7. +
    +

    x_push_node_unmaps handles the remaining case of an i3 container being +unmapped if it should not be visible anymore. WM_STATE will be set to +WM_STATE_WITHDRAWN.

    +
    +
    +

    15.2. Drawing window decorations/borders/backgrounds

    +

    x_draw_decoration draws window decorations. It is run for every leaf +container (representing an actual X11 window) and for every non-leaf container +which is in a stacked/tabbed container (because stacked/tabbed containers +display a window decoration for split containers, which at the moment just says +"another container").

    +

    Then, parameters are collected to be able to determine whether this decoration +drawing is actually necessary or was already done. This saves a substantial +number of redraws (depending on your workload, but far over 50%).

    +

    Assuming that we need to draw this decoration, we start by filling the empty +space around the child window (think of MPlayer with a specific aspect ratio) +in the user-configured client background color.

    +

    Afterwards, we draw the appropriate border (in case of border styles "normal" +and "1pixel") and the top bar (in case of border style "normal").

    +

    The last step is drawing the window title on the top bar.

    +
    +
    +
    +
    +

    16. User commands (parser-specs/commands.spec)

    +
    +

    In the configuration file and when using i3 interactively (with i3-msg, for +example), you use commands to make i3 do things, like focus a different window, +set a window to fullscreen, and so on. An example command is floating enable, +which enables floating mode for the currently focused window. See the +appropriate section in the User’s Guide for a reference of +all commands.

    +

    In earlier versions of i3, interpreting these commands was done using lex and +yacc, but experience has shown that lex and yacc are not well suited for our +command language. Therefore, starting from version 4.2, we use a custom parser +for user commands (not yet for the configuration file). +The input specification for this parser can be found in the file +parser-specs/commands.spec. Should you happen to use Vim as an editor, use +:source parser-specs/highlighting.vim to get syntax highlighting for this file +(highlighting files for other editors are welcome).

    +
    +
    Excerpt from commands.spec
    -

    This section has not been updated for v4.0 yet, sorry! We wanted to release on -time, but we will update this soon. Please talk to us on IRC if you need to -know stuff NOW :).

    +
    state INITIAL:
+  '[' -> call cmd_criteria_init(); CRITERIA
+  'move' -> MOVE
+  'exec' -> EXEC
+  'workspace' -> WORKSPACE
+  'exit' -> call cmd_exit()
+  'restart' -> call cmd_restart()
+  'reload' -> call cmd_reload()
    +

    The input specification is written in an extremely simple format. The +specification is then converted into C code by the Perl script +generate-commands-parser.pl (the output file names begin with GENERATED and the +files are stored in the include directory). The parser implementation +src/commands_parser.c includes the generated C code at compile-time.

    +

    The above excerpt from commands.spec illustrates nearly all features of our +specification format: You describe different states and what can happen within +each state. State names are all-caps; the state in the above excerpt is called +INITIAL. A list of tokens and their actions (separated by an ASCII arrow) +follows. In the excerpt, all tokens are literals, that is, simple text strings +which will be compared with the input. An action is either the name of a state +in which the parser will transition into, or the keyword call, followed by +the name of a function (and optionally a state).

    +
    +

    16.1. Example: The WORKSPACE state

    +

    Let’s have a look at the WORKSPACE state, which is a good example of all +features. This is its definition:

    +
    +
    WORKSPACE state (commands.spec)
    +
    +
    # workspace next|prev|next_on_output|prev_on_output
+# workspace back_and_forth
+# workspace <name>
+state WORKSPACE:
+  direction = 'next_on_output', 'prev_on_output', 'next', 'prev'
+      -> call cmd_workspace($direction)
+  'back_and_forth'
+      -> call cmd_workspace_back_and_forth()
+  workspace = string
+      -> call cmd_workspace_name($workspace)
    +
    +

    As you can see from the commands, there are multiple different valid variants +of the workspace command:

    +
    +
    +workspace <direction> +
    +
    +

    + The word workspace can be followed by any of the tokens next, + prev, next_on_output or prev_on_output. This command will + switch to the next or previous workspace (optionally on the same + output).
    + There is one function called cmd_workspace, which is defined + in src/commands.c. It will handle this kind of command. To know which + direction was specified, the direction token is stored on the stack + with the name "direction", which is what the "direction = " means in + the beginning.
    +

    +
    +
    +
    + + + +
    +
    Note
    +    		Note that you can specify multiple literals in the same line. This has + exactly the same effect as if you specified direction = + 'next_on_output' -> call cmd_workspace($direction) and so forth.
    +
    +
    + + + +
    +
    Note
    +    		Also note that the order of literals is important here: If next were + ordered before next_on_output, then next_on_output would never + match.
    +
    +
    +
    +workspace back_and_forth +
    +
    +

    + This is a very simple case: When the literal back_and_forth is found + in the input, the function cmd_workspace_back_and_forth will be + called without parameters and the parser will return to the INITIAL + state (since no other state was specified). +

    +
    +
    +workspace <name> +
    +
    +

    + In this case, the workspace command is followed by an arbitrary string, + possibly in quotes, for example "workspace 3" or "workspace bleh".
    + This is the first time that the token is actually not a literal (not in + single quotes), but just called string. Other possible tokens are word + (the same as string, but stops matching at a whitespace) and end + (matches the end of the input). +

    +
    +
    +
    +
    +

    16.2. Introducing a new command

    +

    The following steps have to be taken in order to properly introduce a new +command (or possibly extend an existing command):

    +
      +
    1. +

      +Define a function beginning with cmd_ in the file src/commands.c. Copy + the prototype of an existing function. +

      +
      2. +
    2. +

      +After adding a comment on what the function does, copy the comment and + function definition to include/commands.h. Make the comment in the header + file use double asterisks to make doxygen pick it up. +

      +
      3. +
    3. +

      +Write a test case (or extend an existing test case) for your feature, see + i3 testsuite. For now, it is sufficient to simply call + your command in all the various possible ways. +

      +
      4. +
    4. +

      +Extend the parser specification in parser-specs/commands.spec. Run the + testsuite and see if your new function gets called with the appropriate + arguments for the appropriate input. +

      +
      5. +
    5. +

      +Actually implement the feature. +

      +
      6. +
    6. +

      +Document the feature in the User’s Guide. +

      +
      7. +
    +
    -

    16. Moving containers

    +

    17. Moving containers

    The movement code is pretty delicate. You need to consider all cases before making any changes or before being able to fully understand how it works.

    -

    16.1. Case 1: Moving inside the same container

    +

    17.1. Case 1: Moving inside the same container

    The reference layout for this case is a single workspace in horizontal orientation with two containers on it. Focus is on the left container (1).

    @@ -806,7 +1272,7 @@ commented with "the easy case": it calls TAILQ_NEXT to get the container right of the current one and swaps both containers.

    -

    16.2. Case 2: Move a container into a split container

    +

    17.2. Case 2: Move a container into a split container

    The reference layout for this case is a horizontal workspace with two containers. The right container is a v-split with two containers. Focus is on the left container (1).

    @@ -840,7 +1306,7 @@ empty.

    be flattened.

    -

    16.3. Case 3: Moving to non-existant top/bottom

    +

    17.3. Case 3: Moving to non-existant top/bottom

    Like in case 1, the reference layout for this case is a single workspace in horizontal orientation with two containers on it. Focus is on the left container:

    @@ -874,7 +1340,7 @@ container and the container above/below the current one (on the level of flattened.

    -

    16.4. Case 4: Moving to existant top/bottom

    +

    17.4. Case 4: Moving to existant top/bottom

    The reference layout for this case is a vertical workspace with two containers. The bottom one is a h-split containing two containers (1 and 2). Focus is on the bottom left container (1).

    @@ -901,7 +1367,7 @@ orientation change does not need to be performed because the workspace already is in vertical orientation.

    -

    16.5. Case 5: Moving in one-child h-split

    +

    17.5. Case 5: Moving in one-child h-split

    The reference layout for this case is a horizontal workspace with two containers having a v-split on the left side with a one-child h-split on the bottom. Focus is on the bottom left container (2(h)):

    @@ -933,7 +1399,7 @@ orientation will be force-changed), this case is equivalent to case 2 or case 4.

    -

    16.6. Case 6: Floating containers

    +

    17.6. Case 6: Floating containers

    The reference layout for this case is a horizontal workspace with two containers plus one floating h-split container. Focus is on the floating container.

    @@ -945,7 +1411,7 @@ by calling the function attach_to_workspace.

    -

    17. Click handling

    +

    18. Click handling

    Without much ado, here is the list of cases which need to be considered:

      @@ -995,7 +1461,7 @@ click on border/decoration to resize a tiling con
    -

    18. Gotchas

    +

    19. Gotchas

    • @@ -1005,11 +1471,19 @@ Forgetting to call xcb_flush(conn); after sending a request. This usual certain conditions.

      • +
    • +

      +Forgetting to call floating_fix_coordinates(con, old_rect, new_rect) after + moving workspaces across outputs. Coordinates for floating containers are + not relative to workspace boundaries, so you must correct their coordinates + or those containers will show up in the wrong workspace or not at all. +

      +
    -

    19. Using git / sending patches

    +

    20. Using git / sending patches

    For a short introduction into using git, see http://www.spheredev.org/wiki/Git_for_the_lazy or, for more documentation, see @@ -1037,6 +1511,85 @@ apply to the branch, preserving your commit message and name:

    Just send us the generated file via email.

    +
    +

    21. Thought experiments

    +
    +

    In this section, we collect thought experiments, so that we don’t forget our +thoughts about specific topics. They are not necessary to get into hacking i3, +but if you are interested in one of the topics they cover, you should read them +before asking us why things are the way they are or why we don’t implement +things.

    +
    +

    21.1. Using cgroups per workspace

    +

    cgroups (control groups) are a linux-only feature which provides the ability to +group multiple processes. For each group, you can individually set resource +limits, like allowed memory usage. Furthermore, and more importantly for our +purposes, they serve as a namespace, a label which you can attach to processes +and their children.

    +

    One interesting use for cgroups is having one cgroup per workspace (or +container, doesn’t really matter). That way, you could set different priorities +and have a workspace for important stuff (say, writing a LaTeX document or +programming) and a workspace for unimportant background stuff (say, +JDownloader). Both tasks can obviously consume a lot of I/O resources, but in +this example it doesn’t really matter if JDownloader unpacks the download a +minute earlier or not. However, your compiler should work as fast as possible. +Having one cgroup per workspace, you would assign more resources to the +programming workspace.

    +

    Another interesting feature is that an inherent problem of the workspace +concept could be solved by using cgroups: When starting an application on +workspace 1, then switching to workspace 2, you will get the application’s +window(s) on workspace 2 instead of the one you started it on. This is because +the window manager does not have any mapping between the process it starts (or +gets started in any way) and the window(s) which appear.

    +

    Imagine for example using dmenu: The user starts dmenu by pressing Mod+d, dmenu +gets started with PID 3390. The user then decides to launch Firefox, which +takes a long time. So he enters firefox into dmenu and presses enter. Firefox +gets started with PID 4001. When it finally finishes loading, it creates an X11 +window and uses MapWindow to make it visible. This is the first time i3 +actually gets in touch with Firefox. It decides to map the window, but it has +no way of knowing that this window (even though it has the _NET_WM_PID property +set to 4001) belongs to the dmenu the user started before.

    +

    How do cgroups help with this? Well, when pressing Mod+d to launch dmenu, i3 +would create a new cgroup, let’s call it i3-3390-1. It launches dmenu in that +cgroup, which gets PID 3390. As before, the user enters firefox and Firefox +gets launched with PID 4001. This time, though, the Firefox process with PID +4001 is also member of the cgroup i3-3390-1 (because fork()ing in a cgroup +retains the cgroup property). Therefore, when mapping the window, i3 can look +up in which cgroup the process is and can establish a mapping between the +workspace and the window.

    +

    There are multiple problems with this approach:

    +
      +
    1. +

      +Every application has to properly set _NET_WM_PID. This is acceptable and + patches can be written for the few applications which don’t set the hint yet. +

      +
      2. +
    2. +

      +It does only work on Linux, since cgroups are a Linux-only feature. Again, + this is acceptable. +

      +
      3. +
    3. +

      +The main problem is that some applications create X11 windows completely + independent of UNIX processes. An example for this is Chromium (or + gnome-terminal), which, when being started a second time, communicates with + the first process and lets the first process open a new window. Therefore, if + you have a Chromium window on workspace 2 and you are currently working on + workspace 3, starting chromium does not lead to the desired result (the + window will open on workspace 2). +

      +
      4. +
    +

    Therefore, my conclusion is that the only proper way of fixing the "window gets +opened on the wrong workspace" problem is in the application itself. Most +modern applications support freedesktop startup-notifications which can be +used for this.

    +
    +
    +
    @@ -199,7 +199,7 @@ COMMAND (0)

    -GET_WORKSPACES (1) +WORKSPACES (1)

    @@ -215,7 +215,7 @@ SUBSCRIBE (2)

    -GET_OUTPUTS (3) +OUTPUTS (3)

    @@ -223,7 +223,7 @@ GET_OUTPUTS (3)

    -GET_TREE (4) +TREE (4)

    @@ -231,7 +231,7 @@ GET_TREE (4)

    -GET_MARKS (5) +MARKS (5)

    @@ -239,7 +239,7 @@ GET_MARKS (5)

    -GET_BAR_CONFIG (6) +BAR_CONFIG (6)

    @@ -259,7 +259,7 @@ property is success (bool), but this will be expanded in future version

    -

    3.3. GET_WORKSPACES reply

    +

    3.3. WORKSPACES reply

    The reply consists of a serialized list of workspaces. Each workspace has the following properties:

    @@ -441,7 +441,7 @@ rect (map)
    -

    3.6. GET_TREE reply

    +

    3.6. TREE reply

    The reply consists of a serialized tree. Each node in the tree (representing one container) has at least the properties listed below. While the nodes might have more properties, please do not use any properties which are not documented @@ -736,7 +736,7 @@ VGA1

    -

    3.7. GET_MARKS reply

    +

    3.7. MARKS reply

    The reply consists of a single array of strings for each container that has a mark. The order of that array is undefined. If more than one container has the same mark, it will be represented multiple times in the reply (the array @@ -744,7 +744,7 @@ contents are not unique).

    If no window has a mark the response will be the empty array [].

    -

    3.8. GET_BAR_CONFIG reply

    +

    3.8. BAR_CONFIG reply

    This can be used by third-party workspace bars (especially i3bar, but others are free to implement compatible alternatives) to get the bar block configuration from i3.

    @@ -1055,7 +1055,8 @@ Python

    - http://github.com/thepub/i3ipc + https://github.com/whitelynx/i3ipc + https://github.com/ziberna/i3-py (includes higher-level features)

    diff --git a/docs/logo-30.png b/docs/logo-30.png new file mode 100644 index 0000000..207b888 Binary files /dev/null and b/docs/logo-30.png differ diff --git a/docs/refcard.html b/docs/refcard.html new file mode 100644 index 0000000..a4427f4 --- /dev/null +++ b/docs/refcard.html @@ -0,0 +1,186 @@ + + + + + i3 Reference Card + + + + +
    +
    + +

    i3 Reference Card

    + http://i3wm.org/docs/userguide.html +

    + Throughout this guide, the i3 logo will be used to refer to the configured modifier. + This is the  key (Mod1) by default, + with super/ (Mod4) being a popular alternative. +

    +
    + +
    +

    Basics

    + + + + + + +
    + + open new terminal + +
    +j + focus left + +
    +k + focus down + +
    +l + focus up + +
    +; + focus right +
    +
    + + +
    +

    Changing the container layout

    + + + + +
    +e + default + +
    +s + stacking + +
    +w + tabbed +
    +
    + +
    + +
    +

    Fullscreen mode

    + + +
    +f + toggle fullscreen +
    +
    + + +
    +

    Opening other applications

    + + +
    +d + open application (with dmenu) +
    + + +
    +

    Closing windows

    + + +
    + + q + kill a window +
    +
    + + +
    +

    Using workspaces

    + + +
    +1–9 + switch to another workspace +
    +
    + + +
    +

    Moving windows to workspaces

    + + +
    + + 1–9 + move a window to another workspace +
    +
    + +
    + +
    +

    Resizing

    +

    Look at “Resizing containers / windows” section of the user guide.

    +
    + + +
    +

    Restart / Exit

    + + + +
    + + r + restart i3 inplace + +
    + + e + + exit i3 +
    + + +
    +

    Floating

    + + + +
    + +  + toggle floating + +
    + + drag floating +
    +
    + + + +

    + Permission is granted to copy, distribute and/or modify this document provided + the copyright notice and this permission notice are preserved on all copies. +

    +
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format('truetype'), url('linlibertine_r-webfont.svg#LinuxLibertineRegular') format('svg'); + font-weight: normal; + font-style: normal; +} + +@font-face { + /* This declaration targets Internet Explorer */ + font-family: 'LinuxBiolinumKeyboard'; + src: url('linbiolinum_k-webfont.eot'); +} + +@font-face { + /* This declaration targets everything else */ + font-family: 'LinuxBiolinumKeyboard'; + src: url(//:) format('no404'), 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format('truetype'), url('linbiolinum_k-webfont.svg#LinuxBiolinumKeyboardRegular') format('svg'); + font-weight: normal; + font-style: normal; +} + +@font-face { + /* This declaration targets Internet Explorer */ + font-family: 'LinuxBiolinum'; + src: url('linbiolinum_r-webfont.eot'); +} + +@font-face { + /* This declaration targets everything else */ + font-family: 'LinuxBiolinum'; + src: url(//:) format('no404'), 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format('truetype'), url('linbiolinum_r-webfont.svg#LinuxBiolinumRegular') format('svg'); + font-weight: normal; + font-style: normal; +} diff --git a/docs/userguide.html b/docs/userguide.html index 3df88cc..a0cdea9 100644 --- a/docs/userguide.html +++ b/docs/userguide.html @@ -31,7 +31,7 @@ window.onload = function(){asciidoc.footnotes(); asciidoc.toc(2);}

    i3 User’s Guide

    Michael Stapelberg
    <michael+i3@stapelberg.de>
    -October 2011 +April 2012
    Table of Contents
    @@ -146,7 +146,7 @@ a single line which is vertically split.

    To display a window in fullscreen mode or to go out of fullscreen mode again, press mod+f.

    There is also a global fullscreen mode in i3 in which the client will span all -available outputs.

    +available outputs (the command is fullscreen global).

    2.4. Opening other applications

    @@ -369,7 +369,8 @@ also mix your bindings, though i3 will not protect you from overlapping ones).xmodmap -pke. + mapping of your keys, use xmodmap -pke. To interactively enter a key and + see what keysym it is configured to, use xev.

  • @@ -450,7 +451,28 @@ ratio will be preserved).

    • -

    4.5. Orientation for new workspaces

    +

    4.5. Constraining floating window size

    +

    The maximum and minimum dimensions of floating windows can be specified. If +either dimension of floating_maximum_size is specified as -1, that dimension +will be unconstrained with respect to its maximum value. If either dimension of +floating_maximum_size is undefined, or specified as 0, i3 will use a default +value to constrain the maximum size. floating_minimum_size is treated in a +manner analogous to floating_maximum_size.

    +

    Syntax:

    +
    +
    +
    floating_minimum_size <width> x <height>
+floating_maximum_size <width> x <height>
    +
    +

    Example:

    +
    +
    +
    floating_minimum_size 75 x 50
+floating_maximum_size -1 x -1
    +
    +
    +
    +

    4.6. Orientation for new workspaces

    New workspaces get a reasonable default orientation: Wide-screen monitors (anything wider than high) get horizontal orientation, rotated monitors (anything higher than wide) get vertical orientation.

    @@ -468,7 +490,7 @@ behaviour.

    -

    4.6. Layout mode for new containers

    +

    4.7. Layout mode for new containers

    This option determines in which mode new containers on workspace level will start.

    Syntax:

    @@ -483,7 +505,7 @@ start.

    -

    4.7. Border style for new windows

    +

    4.8. Border style for new windows

    This option determines which border style new windows will have.

    Syntax:

    @@ -497,7 +519,7 @@ start.

    -

    4.8. Arbitrary commands for specific windows (for_window)

    +

    4.9. Arbitrary commands for specific windows (for_window)

    With the for_window command, you can let i3 execute any command when it encounters a specific window. This can be used to set windows to floating or to change their border style, for example.

    @@ -523,7 +545,7 @@ for_window [title="x200: ~/work"] floating enable

    The valid criteria are the same as those for commands, see [command_criteria].

    -

    4.9. Variables

    +

    4.10. Variables

    As you learned in the section about keyboard bindings, you will have to configure lots of bindings containing modifier keys. If you want to save yourself some typing and be able to change the modifier you use later, @@ -546,7 +568,7 @@ configuration file and run it before starting i3 (for example in your ~/.xsession file).

    -

    4.10. Automatically putting clients on specific workspaces

    +

    4.11. Automatically putting clients on specific workspaces

    To automatically make a specific window show up on a specific workspace, you can use an assignment. You can match windows by using any criteria, see [command_criteria]. It is recommended that you match on window classes @@ -597,7 +619,7 @@ details about the matching process and the window’s actual class, instance and title when starting up.

    -

    4.11. Automatically starting applications on i3 startup

    +

    4.12. Automatically starting applications on i3 startup

    By using the exec keyword outside a keybinding, you can configure which commands will be performed by i3 on initial startup. exec commands will not run when restarting i3, if you need a command to run @@ -621,7 +643,7 @@ exec --no-startup-id urxvt

    The flag --no-startup-id is explained in [exec].

    -

    4.12. Automatically putting workspaces on specific screens

    +

    4.13. Automatically putting workspaces on specific screens

    If you assign clients to workspaces, it might be handy to put the workspaces on specific screens. Also, the assignment of workspaces to screens will determine which workspace i3 uses for a new screen when adding screens @@ -645,12 +667,12 @@ workspace "2: vim" output VGA1

    -

    4.13. Changing colors

    +

    4.14. Changing colors

    You can change all colors which i3 uses to draw the window decorations.

    Syntax:

    -
    colorclass border background text
    +
    colorclass border background text indicator

    Where colorclass can be one of:

    @@ -705,18 +727,23 @@ area of the terminal and the i3 border.

    Examples (default colors):

    -
    # class                 border  backgr. text
-client.focused          #4c7899 #285577 #ffffff
-client.focused_inactive #333333 #5f676a #ffffff
-client.unfocused        #333333 #222222 #888888
-client.urgent           #2f343a #900000 #ffffff
    +
    # class                 border  backgr. text    indicator
+client.focused          #4c7899 #285577 #ffffff #2e9ef4
+client.focused_inactive #333333 #5f676a #ffffff #484e50
+client.unfocused        #333333 #222222 #888888 #292d2e
+client.urgent           #2f343a #900000 #ffffff #900000

    Note that for the window decorations, the color around the child window is the background color, and the border color is only the two thin lines at the top of the window.

    +

    The indicator color is used for indicating where a new window will be opened. +For horizontal split containers, the right border will be painted in indicator +color, for vertical split containers, the bottom border. This only applies to +single windows within a split container, which are otherwise indistinguishable +from single windows outside of a split container.

    -

    4.14. Interprocess communication

    +

    4.15. Interprocess communication

    i3 uses unix sockets to provide an IPC interface. This allows third-party programs to get information from i3, such as the current workspaces (to display a workspace bar), and to control i3.

    @@ -738,7 +765,7 @@ user can create that directory.

    the next section.

    -

    4.15. Focus follows mouse

    +

    4.16. Focus follows mouse

    If you have a setup where your mouse usually is in your way (like a touchpad on your laptop which you do not want to disable completely), you might want to disable focus follows mouse and control focus only by using your keyboard. @@ -756,7 +783,7 @@ to click on links in your browser window).

    -

    4.16. Popups during fullscreen mode

    +

    4.17. Popups during fullscreen mode

    When you are in fullscreen mode, some applications still open popup windows (take Xpdf for example). This is because these applications may not be aware that they are in fullscreen mode (they do not check the corresponding hint). @@ -787,7 +814,7 @@ Leave fullscreen mode. This is the default.

    -

    4.17. Focus wrapping

    +

    4.18. Focus wrapping

    When being in a tabbed or stacked container, the first container will be focused when you use focus down on the last container — the focus wraps. If however there is another stacked/tabbed container in that direction, focus will @@ -809,7 +836,7 @@ will always wrap.

    -

    4.18. Forcing Xinerama

    +

    4.19. Forcing Xinerama

    As explained in-depth in http://i3wm.org/docs/multi-monitor.html, some X11 video drivers (especially the nVidia binary driver) only provide support for Xinerama instead of RandR. In such a situation, i3 must be told to use the @@ -832,7 +859,7 @@ that’s it).

    Xinerama, instead they are counted up, starting at 0: xinerama-0, xinerama-1, …

    -

    4.19. Automatic back-and-forth when switching to the current workspace

    +

    4.20. Automatic back-and-forth when switching to the current workspace

    This configuration directive enables automatic workspace back_and_forth (see [back_and_forth]) when switching to the workspace that is currently focused.

    For instance: Assume you are on workspace "1: www" and switch to "2: IM" using @@ -894,7 +921,28 @@ multiple bar blocks to use different settings for different outputs (monitors):< }

    -

    5.1. Statusline command

    +

    5.1. i3bar command

    +

    By default i3 will just pass i3bar and let your shell handle the execution, +searching your $PATH for a correct version. +If you have a different i3bar somewhere or the binary is not in your $PATH you can +tell i3 what to execute.

    +

    The specified command will be passed to sh -c, so you can use globbing and +have to have correct quoting etc.

    +

    Syntax:

    +
    +
    +
    i3bar_command command
    +
    +

    Example:

    +
    +
    +
    bar {
+    i3bar_command /home/user/bin/i3bar
+}
    +
    +
    +
    +

    5.2. Statusline command

    i3bar can run a program and display every line of its stdout output on the right hand side of the bar. This is useful to display system information like your current IP address, battery status or date/time.

    @@ -908,31 +956,39 @@ have to have correct quoting etc.

    Example:

    -
    status_command i3status --config ~/.i3status.conf
    +
    bar {
+    status_command i3status --config ~/.i3status.conf
+}
    -

    5.2. Display mode

    +

    5.3. Display mode

    You can have i3bar either be visible permanently at one edge of the screen (dock mode) or make it show up when you press your modifier key (hide -mode).

    +mode). The modifier key can be configured using the modifier option.

    The hide mode maximizes screen space that can be used for actual windows. Also, i3bar sends the SIGSTOP and SIGCONT signals to the statusline process to save battery power.

    -

    The default is dock mode.

    +

    The default is dock mode; in hide mode, the default modifier is Mod4 (usually +the windows key).

    Syntax:

    -
    mode <dock|hide>
    +
    mode <dock|hide>
+modifier <Modifier>

    Example:

    -
    mode hide
    +
    bar {
+    mode hide
+    modifier Mod1
+}
    +

    Available modifiers are Mod1-Mod5, Shift, Control (see xmodmap(1)).

    -

    5.3. Position

    +

    5.4. Position

    This option determines in which edge of the screen i3bar should show up.

    The default is bottom.

    Syntax:

    @@ -943,14 +999,18 @@ save battery power.

    Example:

    -
    position top
    +
    bar {
+    position top
+}
    -

    5.4. Output(s)

    +

    5.5. Output(s)

    You can restrict i3bar to one or more outputs (monitors). The default is to handle all outputs. Restricting the outputs is useful for using different options for different outputs by using multiple bar blocks.

    +

    To make a particular i3bar instance handle multiple outputs, specify the output +directive multiple times.

    Syntax:

    @@ -961,23 +1021,25 @@ options for different outputs by using multiple bar blocks.

    # big monitor: everything
 bar {
-        output HDMI2
-        status_command i3status
+    # The display is connected either via HDMI or via DisplayPort
+    output HDMI2
+    output DP2
+    status_command i3status
 }
 
 # laptop monitor: bright colors and i3status with less modules.
 bar {
-        output LVDS1
-        status_command i3status --config ~/.i3status-small.conf
-        colors {
-                background #000000
-                statusline #ffffff
-        }
+    output LVDS1
+    status_command i3status --config ~/.i3status-small.conf
+    colors {
+        background #000000
+        statusline #ffffff
+    }
 }
    -

    5.5. Tray output

    +

    5.6. Tray output

    i3bar by default provides a system tray area where programs such as NetworkManager, VLC, Pidgin, etc. can place little icons.

    You can configure on which output (monitor) the icons should be displayed or @@ -985,20 +1047,32 @@ you can turn off the functionality entirely.

    Syntax:

    -
    tray_output <none|output>
    +
    tray_output <none|primary|output>

    Example:

    # disable system tray
-tray_output none
+bar {
+    tray_output none
+}
+
+# show tray icons on the primary monitor
+tray_output primary
 
 # show tray icons on the big monitor
-tray_output HDMI2
    +bar { + tray_output HDMI2 +} +
    +

    Note that you might not have a primary output configured yet. To do so, run:

    +
    +
    +
    xrandr --output <output> --primary
    -

    5.6. Font

    +

    5.7. Font

    Specifies the font (again, X core font, not Xft, just like in i3) to be used in the bar.

    Syntax:

    @@ -1009,11 +1083,13 @@ the bar.

    Example:

    -
    font -misc-fixed-medium-r-normal--13-120-75-75-C-70-iso10646-1
    +
    bar {
+    font -misc-fixed-medium-r-normal--13-120-75-75-C-70-iso10646-1
+}
    -

    5.7. Workspace buttons

    +

    5.8. Workspace buttons

    Specifies whether workspace buttons should be shown or not. This is useful if you want to display a statusline-only bar containing additional information.

    The default is to show workspace buttons.

    @@ -1025,11 +1101,13 @@ you want to display a statusline-only bar containing additional information.

    Example:

    -
    workspace_buttons no
    +
    bar {
+    workspace_buttons no
+}
    -

    5.8. Colors

    +

    5.9. Colors

    As with i3, colors are in HTML hex format (#rrggbb). The following colors can be configured at the moment:

    @@ -1054,7 +1132,7 @@ focused_workspace

    - Text color/background color for a workspace button when the workspace + Border, background and text color for a workspace button when the workspace has focus.

    @@ -1063,7 +1141,7 @@ active_workspace

    - Text color/background color for a workspace button when the workspace + Border, background and text color for a workspace button when the workspace is active (visible) on some output, but the focus is on another one. You can only tell this apart from the focused workspace when you are using multiple monitors. @@ -1074,7 +1152,7 @@ inactive_workspace

    - Text color/background color for a workspace button when the workspace + Border, background and text color for a workspace button when the workspace does not have focus and is not active (visible) on any output. This will be the case for most workspaces.

    @@ -1084,7 +1162,7 @@ urgent_workspace

    - Text color/background color for workspaces which contain at least one + Border, background and text color for a workspace button when the workspace window with the urgency hint set.

    @@ -1096,20 +1174,22 @@ urgent_workspace background <color> statusline <color> - colorclass <foreground> <background> + colorclass <border> <background> <text> }
    -

    Example:

    +

    Example (default colors):

    -
    colors {
-    background #000000
-    statusline #ffffff
+
    bar {
+    colors {
+        background #000000
+        statusline #ffffff
 
-    focused_workspace  #ffffff #285577
-    active_workspace   #ffffff #333333
-    inactive_workspace #888888 #222222
-    urgent_workspace   #ffffff #900000
+        focused_workspace  #4c7899 #285577 #ffffff
+        active_workspace   #333333 #5f676a #ffffff
+        inactive_workspace #333333 #222222 #888888
+        urgent_workspace   #2f343a #900000 #ffffff
+    }
 }
    @@ -1133,7 +1213,7 @@ the following keybinding:

    Example:

    -
    bindsym mod+x move workspace 3; workspace 3
    +
    bindsym mod+x move container to workspace 3; workspace 3

    Furthermore, you can change the scope of a command, that is, which containers should be affected by that command, by using various criteria. These are @@ -1190,6 +1270,16 @@ title

    +urgent +
    +
    +

    + Compares the urgent state of the window. Can be "latest" or "oldest". + Matches the latest or oldest urgent window, respectively. + (The following aliases are also available: newest, last, recent, first) +

    +
    +
    con_mark
    @@ -1228,7 +1318,7 @@ searched in your $PATH.

    bindsym mod+g exec gimp # Start the terminal emulator urxvt which is not yet startup-notification-aware -bindsym mod+enter exec --no-startup-id urxvt     +bindsym mod+Return exec --no-startup-id urxvt

    The --no-startup-id parameter disables startup-notification support for this particular exec command. With startup-notification, i3 can make sure that a @@ -1282,7 +1372,8 @@ bindsym mod+t floating toggle

    6.4. Focusing/Moving containers

    -

    To change the focus, use the focus command: focus left, focus right, focus down and focus up.

    +

    To change the focus, use the focus command: focus left, focus right, focus +down and focus up.

    There are a few special parameters you can use for the focus command:

    @@ -1326,6 +1417,15 @@ mode_toggle Toggles between floating/tiling containers.

    +
    +output +
    +
    +

    + Followed by a direction or an output name, this will focus the + corresponding output. +

    +

    For moving, use move left, move right, move down and move up.

    Syntax:

    @@ -1333,7 +1433,9 @@ mode_toggle 
    focus <left|right|down|up>
 focus <parent|child|floating|tiling|mode_toggle>
-move <left|right|down|up> [<px> px]
    +focus output <<left|right|down|up>|output> +move <left|right|down|up> [<px> px] +move [absolute] position [[<px> px] [<px> px]|center]

    Note that the amount of pixels you can specify for the move command is only relevant for floating containers. The default amount is 10 pixels.

    @@ -1352,6 +1454,12 @@ bindsym mod+u focus parent # Focus last floating/tiling container bindsym mod+g focus mode_toggle +# Focus the output right to the current one +bindsym mod+x focus output right + +# Focus the big output +bindsym mod+x focus output HDMI-2 + # Move container to the left, bottom, top, right: bindsym mod+j move left bindsym mod+k move down @@ -1360,25 +1468,35 @@ bindsym mod+semicolon move right # Move container, but make floating containers # move more than the default -bindsym mod+j move left 20 px +bindsym mod+j move left 20 px + +# Move floating container to the center +# of all outputs +bindsym mod+c move absolute position center

    6.5. Changing (named) workspaces/moving to workspaces

    To change to a specific workspace, use the workspace command, followed by the number or name of the workspace. To move containers to specific workspaces, use -move workspace.

    +move container to workspace.

    You can also switch to the next and previous workspace with the commands workspace next and workspace prev, which is handy, for example, if you have workspace 1, 3, 4 and 9 and you want to cycle through them with a single key -combination. Similarly, you can use move workspace next and move workspace -prev to move a container to the next/previous workspace.

    +combination. To restrict those to the current output, use workspace +next_on_output and workspace prev_on_output. Similarly, you can use move +container to workspace next and move container to workspace prev to move a +container to the next/previous workspace.

    To switch back to the previously focused workspace, use workspace back_and_forth.

    To move a container to another xrandr output such as LVDS1 or VGA1, you can -use the move output command followed by the name of the target output. You -may also use left, right, up, down instead of the xrandr output name to -move to the next output in the specified direction.

    +use the move container to output command followed by the name of the target +output. You may also use left, right, up, down instead of the xrandr +output name to move to the next output in the specified direction.

    +

    To move a whole workspace to another xrandr output such as LVDS1 or VGA1, +you can use the move workspace to output command followed by the name of the +target output. You may also use left, right, up, down instead of the +xrandr output name to move to the next output in the specified direction.

    Examples:

    @@ -1386,12 +1504,15 @@ move to the next output in the specified direction.

    bindsym mod+2 workspace 2 ... -bindsym mod+Shift+1 move workspace 1 -bindsym mod+Shift+2 move workspace 2 +bindsym mod+Shift+1 move container to workspace 1 +bindsym mod+Shift+2 move container to workspace 2 ... # switch between the current and the previously focused one -bindsym mod+b workspace back_and_forth +bindsym mod+b workspace back_and_forth + +# move the whole workspace to the next output +bindsym mod+x move workspace to output right

    6.5.1. Named workspaces

    @@ -1415,11 +1536,32 @@ bindsym mod+2 workspace 2: www

    Note that the workspace will really be named "1: mail". i3 treats workspace names beginning with a number in a slightly special way. Normally, named workspaces are ordered the way they appeared. When they start with a number, i3 -will order them numerically.

    +will order them numerically. Also, you will be able to use workspace number 1 +to switch to the workspace which begins with number 1, regardless of which name +it has. This is useful in case you are changing the workspace’s name +dynamically.

    + +
    +

    6.6. Renaming workspaces

    +

    You can rename workspaces. This might be useful to start with the default +numbered workspaces, do your work, and rename the workspaces afterwards to +reflect what’s actually on them.

    +

    Syntax:

    +
    +
    +
    rename workspace <old_name> to <new_name>
    +
    +

    Examples:

    +
    +
    +
    i3-msg 'rename workspace 5 to 6'
+i3-msg 'rename workspace 1 to "1: www"'
+i3-msg 'rename workspace "1: www" to "10: www"'
    +
    -

    6.6. Resizing containers/windows

    +

    6.7. Resizing containers/windows

    If you want to resize containers/windows using your keyboard, you can use the resize command:

    Syntax:

    @@ -1427,11 +1569,13 @@ will order them numerically.

    resize <grow|shrink> <direction> [<px> px] [or <ppt> ppt]
    -

    Direction can be one of up, down, left or right. The optional pixel -argument specifies by how many pixels a floating container should be grown or -shrunk (the default is 10 pixels). The ppt argument means percentage points -and specifies by how many percentage points a tiling container should be -grown or shrunk (the default is 10 percentage points).

    +

    Direction can either be one of up, down, left or right. Or you can be +less specific and use width or height, in which case i3 will take/give +space from all the other containers. The optional pixel argument specifies by +how many pixels a floating container should be grown or shrunk (the default +is 10 pixels). The ppt argument means percentage points and specifies by how +many percentage points a tiling container should be grown or shrunk (the +default is 10 percentage points).

    I recommend using the resize command inside a so called mode:

    Example: Configuration file, defining a mode for resizing
    @@ -1439,21 +1583,20 @@ grown or shrunk (the default is 10 percentage points).

    mode "resize" {
         # These bindings trigger as soon as you enter the resize mode
 
-        # They resize the border in the direction you pressed, e.g.
-        # when pressing left, the window is resized so that it has
-        # more space on its left
+        # Pressing left will shrink the window’s width.
+        # Pressing right will grow the window’s width.
+        # Pressing up will shrink the window’s height.
+        # Pressing down will grow the window’s height.
+        bindsym j           resize shrink width 10 px or 10 ppt
+        bindsym k           resize grow height 10 px or 10 ppt
+        bindsym l           resize shrink height 10 px or 10 ppt
+        bindsym semicolon   resize grow width 10 px or 10 ppt
 
-        bindsym j resize shrink left
-        bindsym Shift+j resize grow left
-
-        bindsym k resize grow down
-        bindsym Shift+k resize shrink down
-
-        bindsym l resize shrink up
-        bindsym Shift+l resize grow up
-
-        bindsym semicolon resize grow right
-        bindsym Shift+semicolon resize shrink right
+        # same bindings, but for the arrow keys
+        bindsym Left        resize shrink width 10 px or 10 ppt
+        bindsym Down        resize grow height 10 px or 10 ppt
+        bindsym Up          resize shrink height 10 px or 10 ppt
+        bindsym Right       resize grow width 10 px or 10 ppt
 
         # back to normal: Enter or Escape
         bindsym Return mode "default"
@@ -1465,7 +1608,7 @@ bindsym mod+r mode "resize"
    -

    6.7. Jumping to specific windows

    +

    6.8. Jumping to specific windows

    Often when in a multi-monitor environment, you want to quickly jump to a specific window. For example, while working on workspace 3 you may want to jump to your mail client to email your boss that you’ve achieved some @@ -1486,7 +1629,7 @@ bindsym mod+a [class="urxvt" title="VIM"] focus

    -

    6.8. VIM-like marks (mark/goto)

    +

    6.9. VIM-like marks (mark/goto)

    This feature is like the jump feature: It allows you to directly jump to a specific window (this means switching to the appropriate workspace and setting focus to the windows). However, you can directly mark a specific window with @@ -1511,7 +1654,7 @@ $ i3-msg '[con_mark="irssi"] focus'

    -

    6.9. Changing border style

    +

    6.10. Changing border style

    To change the border of the current client, you can use border normal to use the normal border (including window title), border 1pixel to use a 1-pixel border (no window title) and border none to make the client borderless.

    @@ -1525,7 +1668,7 @@ bindsym mod+u border none
    -

    6.10. Reloading/Restarting/Exiting

    +

    6.11. Reloading/Restarting/Exiting

    You can make i3 reload its configuration file with reload. You can also restart i3 inplace with the restart command to get it out of some weird state (if that should ever happen) or to perform an upgrade without having to restart @@ -1539,6 +1682,39 @@ bindsym mod+Shift+w reload bindsym mod+Shift+e exit

    +
    +

    6.12. Scratchpad

    +

    There are two commands to use any existing window as scratchpad window. move +scratchpad will move a window to the scratchpad workspace. This will make it +invisible until you show it again. There is no way to open that workspace. +Instead, when using scratchpad show, the window will be shown again, as a +floating window, centered on your current workspace (using scratchpad show on +a visible scratchpad window will make it hidden again, so you can have a +keybinding to toggle).

    +

    As the name indicates, this is useful for having a window with your favorite +editor always at hand. However, you can also use this for other permanently +running applications which you don’t want to see all the time: Your music +player, alsamixer, maybe even your mail client…?

    +

    Syntax:

    +
    +
    +
    move scratchpad
+
+scratchpad show
    +
    +

    Examples:

    +
    +
    +
    # Make the currently focused window a scratchpad
+bindsym mod+Shift+minus move scratchpad
+
+# Show the first scratchpad window
+bindsym mod+minus scratchpad show
+
+# Show the sup-mail scratchpad window, if any.
+bindsym mod4+s [title="^Sup ::"] scratchpad show
    +
    +
    @@ -1671,13 +1847,12 @@ approach you have in the task bar of a traditional desktop environment.

    i3status | i3bar -d.

    +i3bar. See [status_command] for how to display i3status in i3bar.

    Regardless of which application you use to display the status line, you want to make sure that it registers as a dock window using EWMH hints. i3 will position the window either at the top or at the bottom of the screen, depending -on which hint the application sets. With i3bar, you can use -d or -dbottom -for positioning it at the bottom and -dtop to position it at the top of the -screen.

    +on which hint the application sets. With i3bar, you can configure its position, +see [i3bar_position].

    8.2. Giving presentations (multi-monitor)

    diff --git a/downloads/RELEASE-NOTES-4.2.txt b/downloads/RELEASE-NOTES-4.2.txt new file mode 100644 index 0000000..b6759ce --- /dev/null +++ b/downloads/RELEASE-NOTES-4.2.txt @@ -0,0 +1,100 @@ + + ┌──────────────────────────────┐ + │ Release notes for i3 v4.2 │ + └──────────────────────────────┘ + +This is the second release of the new major version of i3, v4.2. It is +considered stable. All users of i3 are strongly encouraged to upgrade. + +A big change with this release is (again) a new parser for commands. You might +get the impression that we like rewriting parsers, but check the commit message +of commit a532f5a for rationale on this decision. + +A more visible change to users is the introduction of a scratchpad command: +This is useful to have a permanent editor session ready whenever you need it. +Or your music player. Or email client? Or $programming-language REPL? Give it a +try! + +Also, you are finally able to move workspaces between the different outputs if +you are using multiple monitors. You can rename workspaces on the fly and +identify named workspaces by their number. So you can rename "1: www" to "1: +code" with one simple rename command and all your keybindings will still work. + +A subtle indicator of the split state of containers has been introduced: In +case you are in a split container with precisely one window (a situation which +you could not recognize by looking at your screen previously), i3 will +highlight the bottom/right border of the split container in a lighter blue. +This should reduce confusion about whether you are dealing with a split +container or not. + +And finally, i3bar now supports a JSON input protocol, so that with a +subsequent release of i3status, you will be able to use colors in your bar! + + ┌────────────────────────────┐ + │ Changes in v4.2 │ + └────────────────────────────┘ + + • i3-sensible-*: don’t call which without parameters + • i3-config-wizard: Mark the currently selected modifier with an arrow + • i3bar: kick tray clients after output configuration changed + • i3bar: kill child processes when exit()ing (they might be stopped) + • i3bar now supports a JSON input format to provide colors and more (later) + • Support different modifier keys for showing i3bar in hide mode + • bar config: add i3bar_command for non-standard setups + • Implement scratchpad functionality + • Implement 'focus output left|right|up|down' + • Implement 'workspace next_on_output|prev_on_output' + • Implement 'move workspace to output ' + • Implement a new parser for commands + • Implement 'workspace number ' to switch to named workspaces + • Implement 'move [container|window] to workspace number ' + • Implement 'rename workspace to ' + • Re-implement borders in the workspace bar + • Draw a separator line after each tab in tabbed mode + • Ignore aspect ratio during fullscreen mode (fixes MPlayer subtitles) + • Correctly restore focus after in-place restarts + • Highlight the right/bottom border of split windows ("indicator") + • Install /usr/share/applications/i3.desktop so that you can select i3 as a + window manager in GNOME + • Don’t migrate unfocused empty workspaces when disabling an output + • randr: Skip workspaces which are assigned to a different output when + creating a new workspace + • Implement an urgency flag criterion + • Render only once for all matching assignments + • Implement support for user configuration of constraints on floating window + dimensions + • Extend move command for floating windows + • Added option to select primary display on tray_output + • Implement resize , use it in the default config + • Replace the old fullscreen container when requesting fullscreen + • Prevent changing focus outside a container when scrolling on the + decorations + • Only resize when the left/right mouse button is used, not when scrolling + • docs: replace the refcard with an HTML version + • cfgparse: accept force-xinerama as a synonym of force_xinerama + • Implement support for 32 bit visuals (necessary for transparency) + • X11: only copy the requested region from buffer pixmaps in ExposeEvents + + ┌────────────────────────────┐ + │ Bugfixes │ + └────────────────────────────┘ + + • Bugfix: Don’t leak IPC file descriptors + • Bugfix: fix empty tray icon areas in i3bar + • Bugfix: properly handle workspace names with double quotes + + ┌────────────────────────────┐ + │ Thanks! │ + └────────────────────────────┘ + +Thanks for testing, bugfixes, discussions and everything I forgot go out to: + + Aaron Small, ablepharus, aksr, alexander, badboy, B-con, beauby, ben, biiter, + binzter, cg, cradle, darkraven, dbp, dcoppa, Don, dothebart, D Thompson, + eeemsi, f8l, Fandekasp, fernandotcl, gamo, garga, gregkh, Han, helgikrs, + Jeremy O'Brien, jjfoerch, joepd, Jose Pereira, Jure Ziberna, MasterofJOKers, + Merovius, mhcerri, migueldvb, moemoe, mseed, mxf, nh2, noxxun, Paul, Pavel + Löbl, Peter Bui, Phlogistique, phnom, piroko, rami, SardemFF7, xeen, xpt, + zeus + +-- Michael Stapelberg, 2012-04-25 diff --git a/downloads/i3-4.2.tar.bz2 b/downloads/i3-4.2.tar.bz2 new file mode 100644 index 0000000..ab8f1ec Binary files /dev/null and b/downloads/i3-4.2.tar.bz2 differ diff --git a/downloads/i3-4.2.tar.bz2.asc b/downloads/i3-4.2.tar.bz2.asc new file mode 100644 index 0000000..75a126e --- /dev/null +++ b/downloads/i3-4.2.tar.bz2.asc @@ -0,0 +1,17 @@ +-----BEGIN PGP SIGNATURE----- +Version: GnuPG v1.4.11 (GNU/Linux) + +iQIcBAABCAAGBQJPmGzIAAoJEE5xYO1KyO4d4pQQAI4W6P/WiTt8L1khxhhFaLHG +YQY2ZDbvq9BhdH3wP9p8EjfQRS3nY67atzCFR8uLzdwkfOCjtW/uy52zgsnIEezd +JOBxim1c3CHZ9FvT4ZQASES550XS4LfSJvgbnskZ1Itn/yIOAPLGrHBNcqo0wQwq +X5m7gDe5Llabwmdr1KUP0AzZrS2Or0I0h7Sx/2Htbs/qHSBck+qoMYQ/1VaShuA7 +zyyDVmLQB1KfVlKfaxpnuZP6OlqXT7E4QGcrmyKbikS7FZnPGNdtAl0Bi3cYVMeO +R+FfJMyVyolFDgAV6sjHfhmoVIUiYKZqRxpHrIjdPClIlGbfaRNZNsFIC6oNh1TD +QPYwdOBaIbJ/auD2Vw4M2TgCxabgQXGJ5bBKsyfF09ouhWyRRQqjGOn8LF+nGr10 +azXmRsZAUpkeuTpxeMPYUUVJPWDt5g+YAAmWS4EGZSabx6IQXiJxwZi11aqbsne4 +SFcJwA4wjRxXg8nKIwx4Ppkolwij0iWKBW/pA8RQtY8II2M7/LaPqe9BgYB+OQPX +Ml+SoT/u3W0yCWN1oFXw7W3D2rqAqhFYbGcXVeSPdnF4qJrlpPcw25kl7tK2UPZp +AfarzbrA+MYZowLFGpR8SXmcXsWcKxi0104ntLR3N+tbaMnxF+OQYM+7Mf3lr3Co +gQtqVdhu43HKR9ut7fWP +=UJ1l +-----END PGP SIGNATURE----- diff --git a/downloads/index.html.mako b/downloads/index.html.mako index 8ccac3c..5f5f5d2 100644 --- a/downloads/index.html.mako +++ b/downloads/index.html.mako @@ -79,7 +79,7 @@ We also provide Debian and Ubuntu repositories

    Downloads

    - The current stable version is 4.1.2. + The current stable version is 4.2.

    @@ -102,6 +102,15 @@ We also provide Debian and Ubuntu repositories + + 4.2 + i3-4.2.tar.bz2 + 741 KiB + signature + 2012-04-25 + release notes + + 4.1.2 i3-4.1.2.tar.bz2 diff --git a/index.html.mako b/index.html.mako index 01bebcd..ec0c592 100644 --- a/index.html.mako +++ b/index.html.mako @@ -20,7 +20,7 @@ ➡ Download the latest version - 4.1.2 + 4.2