Wonderland

command module
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 Go to latest Published: Feb 26, 2020 License: BSD-3-Clause Imports: 37 Imported by: 0

README

NOTE: This repository is in maintenance mode. Wingo is still used every day, but because there are no tests, it is impossible to add new functionality. Therefore, I will only be doing work on Wingo required to make it work.

Wingo is an X window manager written in pure Go. All of its dependencies, from communicating with X up to drawing text on windows, are also in Go. Wingo is mostly ICCCM and EWMH compliant (see COMPLIANCE).

If you have Go installed and configured on your machine, all you need to do is: (For Archlinux users, Wingo is in the AUR.)

go get github.com/Anima-OS/Wonderland

And in your $HOME/.xinitrc:

exec wingo

Or if you're brave and are using a desktop environment, just run this to replace your current window manager: (Seriously though, save you work. Wingo is still very alpha.)

wingo --replace

Help

You can find me in the #wingo IRC channel on FreeNode.

My triple head setup

Triple head with Wingo

Dude... why?

Wingo has two features which, when combined, set it apart from other window managers (maybe):

  1. Support for both floating and tiling placement policies. Wingo can be used as a regular floating (stacking) window manager, complete with decorations, maximization, sticky windows, and most other things you might find in a window manager. Wingo can also be switched into a tiling mode where window decorations disappear, and windows are automatically managed via tiling.

  2. Workspaces per monitor. In a multi-head setup, each monitor can display its own workspace---independent of the other monitors. This makes changing your view of windows in multi-head setups much easier than in most other window managers, which will only allow you to see one workspace stretched across all of your monitors. Also, since placement policies like floating and tiling affect workspaces, this makes it possible for one monitor to be tiling while another is floating!

WARNING: The major drawback of using a workspaces per monitor model is that it violates an implicit assumption made by EWMH: that one and only one workspace may be viewable at any point in time. As a result, in multi-head setups, pagers and taskbars may operate in confusing ways. In a single head setup, they should continue to operate normally. Wingo provides prompts that allow you to add/remove workspaces and select clients that may alleviate the need for pagers or taskbars.

Configuration

Wingo is extremely configurable. This includes binding any of a vast number of commands to key or mouse presses, theming your window decorations and setting up hooks that will fire depending upon a set of match conditions.

All configuration is done using an INI like file format with support for simple variable substitution (which makes theming a bit simpler). No XML. No recompiling. No scripting.

A fresh set of configuration files can be added to $HOME/.config/wingo with

wingo --write-config

Each configuration file is heavily documented.

Configuring key/mouse bindings and hooks uses a central command system called Gribble. For example, one can add a workspace named "cromulent" with this command:

AddWorkspace "cromulent"

But that's not very flexible, right? It'd be nice if you could specify the name of workspace on the fly... For this, simply use the "Input" command as an argument to AddWorkspace, which shows a graphical prompt and allows you to type in a name:

AddWorkspace (Input "Enter your workspace name:")

The text entered into the input box will be passed to the AddWorkspace command.

Please see the HOWTO-COMMANDS file for more info. We've barely scratched the surface.

Scripting Wingo

So I lied earlier. You can kind of script Wingo by using its IPC mechanism. You'll need to make sure that wingo-cmd is installed:

go get github.com/Anima-OS/Wonderland/wingo-cmd

While Wingo is running, you can send any command you like:

wingo-cmd 'AddWorkspace "embiggen"'

Or perhaps you can't remember how to use the AddWorkspace command:

wingo-cmd --usage AddWorkspace

Which will print the parameters, their types and a description of the command.

Want to pipe some information to another program? No problem, since commands can return stuff!

wingo-cmd GetWorkspace

And you can even make commands repeat themselves every X milliseconds, which is ideal for use with something like dzen to show the name of the currently active window:

wingo-cmd --poll 500 'GetClientName (GetActive)' | dzen2

Finally, you can see a list of all commands, their parameters and their usage: (even if Wingo isn't running)

wingo-cmd --list-usage

(Wingo actually can provide enough information for ambitious hackers to script their own layouts in whatever programming language they like without ever having to deal with X at all. Assuming it has support for connecting to unix domain sockets. Or you could just use a shell with 'wingo-cmd' if you're into that kind of tomfoolery.)

Workspaces

Having some set number of workspaces labeled 1, 2, 3, 4, ... is a thing of the past. While Wingo won't stop you from using such a simplistic model, it will egg you on to try something else: dynamic workspaces.

Dynamic workspaces takes advantage of two things: workspace names and adding/removing workspaces as you need them.

This is something that I find useful since I'm typically working on multiple projects, and my needs change as I work on them. For example, when working on Wingo, I might add the "wingo" workspace, along with the "xephyr" workspace and the "gribble" workspace. When I'm done, I can remove those and add other workspaces for my next project. Or I can leave those workspaces intact for when I come back to them later.

With Wingo, such a workflow is natural because you're no longer confined to "removing only the last workspace" or some other such nonsense. Plus, adding a workspace requires that you name it---so workspaces always carry some semantic meaning.

(N.B. I don't mean to imply that this model is new, just uncommon; particularly among floating window managers. I've personally taken the model from xmonad-contrib's DynamicWorkspaces module.)

Tiling layouts

Right now, only simple tiling layouts are available. (Vertical and Horizontal.) Mostly because those are the layouts that I primarily use. I'll be adding more as they are demanded.

Ummm... manual tiling?

I'd actually love to add this to Wingo. It's slightly more complex than automatic tiling layouts, because it introduces the concept of containers, which is something that Wingo knows nothing about. Namely, a container can hold zero or more windows and an empty container may have focus.

Why doesn't Wingo have..?

Tags

Another popular workspace model (particularly among tiling window managers) is tagging a window with one or more workspaces.

Not only do I find this needlessly complex, but it doesn't really make sense in a model where more than one workspace can be visible in multi-head setups.

Shaded windows

This is in Openbox, but not Wingo. Honestly, I just never use it. I'm not really opposed to them, though.

Tabbed windows

The thought of programming the decorations for this scares me. This, like manual tiling, would also require that Wingo have a notion of containers (which it doesn't).

Compositing

Bandwidth allotment exceeded. Seriously.

If an ambitious person wanted to run with it, that's fine, but there are serious hurdles. The most pertinent one is mixing OpenGL with the pure X Go Binding. I am not sure how to do it.

One could use the X RENDER extension, but I think everyone hates that.

Wayland

I have done a non-trivial amount of research into Wayland (but not a big amount) and there are serious hurdles to overcome before Go can work with the Wayland protocol in a practical way. Namely, while a pure Go binding could be written easily enough, it would be forced into software compositing---which could be too slow. In order to do hardware compositing, I think you need OpenGL (specifically, EGL), which links against the libwayland libraries. (Yeah, that's a recursive dependency. Wooho.)

Plus, in order to use Wayland, Wingo would need a compositing backend (along with every other non-compositing X11 window manager). This is also not an easy task.

Supposedly there are some ideas for plans floating around that would let non-compositing X window managers to "plug into" the Wayland reference compositor (Weston). When this will be possible (or even if it will be possible with a window manager written in Go) remains to be seen.

If I am in err (and this is quite likely; my OpenGL knowledge is limited), please ping me.

Dependencies

You really should be using the 'go' tool to install Wingo, and therefore shouldn't care about dependencies. But I'll list them anyway---with many thanks to the authors (well, the ones that aren't me anyway).

Inspiration

Wingo is heavily inspired by Openbox and Xmonad. Basically, Openbox's floating semantics (although most window managers are the same in this regard) and Xmonad's automatic tiling style plus its workspace model (workspaces per monitor). I've also adopted Xmonad's "greedy" workspace switching and embedded the concepts from the "DynamicWorkspaces" contrib library into the Gribble command system.

Go your own way

Wingo is actually split up into many sub-packages. It is possible (but not necessarily likely) that you could pick out some of these sub-packages and use them in your own window manager. The packages of particular interest are probably the ones that do the most nitty gritty X stuff---especially relating to drawing windows. Here's a quick run down of those:

cursors

Sets up some plain old X cursors. Not very interesting.

prompt

Provides several different kinds of prompt windows that can take user input. These should actually work in an existing window manager. (See the examples in the package directory.) Prompt requires both the 'render' and 'text' Wingo packages.

render

Renders some very basic shapes and gradients to X windows.

text

Renders text to windows. Also provides a special window type that can act as a text box for user input.

Others

The only other package worth mentioning is 'frame'. It's probably too monolithic to be used in another window manager (unless you really like Wingo's decorations), but it's possible that it could serve as a half-decent template for your own frames.

The rest of the sub-packages (excluding xclient and wm, since they are very Wingo specific) could also be used, particularly since only minimal Client interfaces are required. However, most of them aren't that complex and therefore probably aren't worth it. And the ones that do have some complexity (maybe 'heads' and 'workspace') aren't packages that I'm particularly proud of.

Also, if you're wanting to make a Go window manager, my xgbutil package (separate from Wingo) will be a big help. Feel free to ping me.

My past X work

There's too much. The highlights are pytyle and Openbox Multihead.

For more: http://burntsushi.net/x11/

Documentation

Overview

wingo is an X window manager written in pure Go that supports floating and tiling window placement policies. It is mostly EWMH and ICCCM compliant. Its "unique" features are per-monitor workspaces and support for both floating and automatic placement policies (where neither is an after thought).

There is more documentation/guides/compliance in the project directory.

Usage: 

wingo-cmd [flags]

The flags are: 

--replace
	When set, Wingo will attempt to replace the currently running window
	manager. This does NOT change your default window manager or edit any
	files. The worst thing that can happen is X crashing.
--config-dir directory
	When set, Wingo will always try to read configuration files in the
	directory specified first. (Wingo will otherwise default to
	$HOME/.config/wingo or /etc/xdg/wingo.)
--write-config
	When set, Wingo will write a fresh set of default configuration files
	to $HOME/.config/wingo and then exit. Wingo will NOT write any files
	if $HOME/.config/wingo already exists (to prevent accidentally
	overwriting an existing configuration).
-p num-cpus
	The maximum number of CPUs that can be executing simultaneously.
	By default, this is set to the number of CPUs detected by the Go
	runtime. Anecdotally, Wingo feels snappier in this case. When debugging
	however, this should be set to '1' in order to see stack traces in
	their entirety if Wingo crashes.
--log-level level
	The logging level of Wingo. Valid values are 0, 1, 2, 3 or 4. Higher
	numbers result in more logging. When running normally, this should be
	set to 2, which includes errors and warnings. When debugging, this
	should be set to 3, which includes messages that usually are emitted
	in certain state transitions. (The log level 4 is probably too much for
	most uses, but it will include messages about hooks matching or not
	matching.)
--log-colors
	When set, the log output will highlight errors and warning differently
	from other text using terminal escape sequences.
--cpuprofile prof-file
	When set, a CPU profile will be written to prof-file when Wingo exits.

Source Files

View all Source files

Directories

Path Synopsis
package commands defines the Gribble command environment for Wingo.
 package commands defines the Gribble command environment for Wingo.
package cursors contains a few pre-defined X cursors that are used throughout Wingo.
 package cursors contains a few pre-defined X cursors that are used throughout Wingo.
package focus is responsible for maintaining a stack of all focusable clients in Wingo.
 package focus is responsible for maintaining a stack of all focusable clients in Wingo.
package frame draws window decorations around clients managed by Wingo.
 package frame draws window decorations around clients managed by Wingo.
package heads manages state and geometry information for each physical active head detected by Xinerama.
 package heads manages state and geometry information for each physical active head detected by Xinerama.
package hook defines, reads and executes hooks in Wingo.
 package hook defines, reads and executes hooks in Wingo.
package layout implements floating and tiling placement policies for Wingo.
 package layout implements floating and tiling placement policies for Wingo.
package logger is a very light wrapper around 'log' so we can control IO.
 package logger is a very light wrapper around 'log' so we can control IO.
package misc has some functions that really don't belong in any particular package.
 package misc has some functions that really don't belong in any particular package.
package prompt implements several prompt windows that can be used in any X window manager.
 package prompt implements several prompt windows that can be used in any X window manager.
examples/cycle
Example cycle shows how to use the cycle prompt.
 Example cycle shows how to use the cycle prompt.
examples/input
Example input shows how to use an Input prompt from the prompt pacakge.
 Example input shows how to use an Input prompt from the prompt pacakge.
examples/message
Example message shows how to use a Message prompt from the prompt pacakge.
 Example message shows how to use a Message prompt from the prompt pacakge.
examples/select
Example select shows how to use a Select prompt from the prompt pacakge.
 Example select shows how to use a Select prompt from the prompt pacakge.
package render provides several routines for drawing simple shapes and gradients.
 package render provides several routines for drawing simple shapes and gradients.
Package text provides text rendering helper functions and an abstraction to create input text windows.
 Package text provides text rendering helper functions and an abstraction to create input text windows.
examples/input
Example input shows how to create a window that reads text typed by the user and displays it.
 Example input shows how to create a window that reads text typed by the user and displays it.
Package wini provides an ini-like file parser.
 Package wini provides an ini-like file parser.
package wm is a Wingo specific package that maintains the global state of Wingo.
 package wm is a Wingo specific package that maintains the global state of Wingo.
Package workspace is responsible for maintaining the state for the workspaces used in Wingo.
 Package workspace is responsible for maintaining the state for the workspaces used in Wingo.
package xclient provides an implementation of an X client for use with all of Wingo's sub-packages.
 package xclient provides an implementation of an X client for use with all of Wingo's sub-packages.

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