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xmonad vs i3

xmonad vs i3

i3 wurde 2009 von Michael Stapelberg initiiert, in der Absicht, einen alternativen Fenstermanager für Power-User und Entwickler zu programmieren. My experience as long time xmonad user is that i3 is great if default configuration and default options are good for you (and they are really good for a lot of uses that don't have specific needs. Wire xmonad up to your login manager. But I see xmonad's Turing-complete configuration and automated layouts as superior. In the question “What are the best window managers for Linux?” i3 is ranked 1st while Xmonad is ranked 3rd. For questions that are not answered by the i3 user guide, because they concern tools outside of i3 for example, there is the community question & answer site. i3 has plain-text configuration, meaning that no lua or haskell is needed. Xmonad is a tiling window manager for the X window system, written in Haskell. i3 allows for stacking of windows in its environment. The functionality simply isn't there and the dev refuses to include it as a part of i3 core. Many default layouts, and tools for quickly and easily building your own, are available through XMonad-contrib, and highly re-usable configurations are commonly shared through blog articles and the Xmonad Wiki. i3: C: BSD: Dynamic: no titlebar buttons No Yes Yes No Yes Yes 3 2009-03-15 IceWM: C++: LGPL: Stacking: Yes third-party Yes Yes Yes No Yes 4.5 1997 2020-09-17 Ion: C, Lua: LGPL with naming restrictions on modified versions Tiling: no titlebar buttons No Yes No Yes Yes 2000 2009-01-10 JWM: C: MIT (Formerly GPL) Stacking: Yes third-party Yes EWMH Yes No Yes 3 2003 KWin (KDE) C++ GPL: … From xmonad to i3 on Ubuntu 14.04. xmonad is a tiling window manager for X11. i3 is good enough, xmonad is for people that know exactly what they need. ", but yes with xmonad you can do everything you need, but with some pain that comes with it, i3 is tilling WM for the masses and I like it and support it, but I will never use it - it is not flexible enough and is treating me as an idiot user. The configuration is simple and many things work out of the box but I feel it can be limited. When comparing Xmonad vs bspwm, the Slant community recommends Xmonad for most people. Why should I use xmonad? Configuration is compiled into the WM, and it can be changed/updated on-the-fly, without requiring a full reload. xmonad uses a simple tiling algorithm to tile the windows to fill the screen without gaps, while ensuring space is managed in a reasonable way. xmonad 0.15 (2018-09-30) is available from our download page. XMonad separates screens and workspaces. This makes it pain to play games on laptops using discrete GPU. I'm also feeling limited by i3 but I'm switching to "awesome" instead, seeing as it's configured by a sane language. This makes possible opening set of most used apps with 1 shortcut always on the same screens. XMonad uses dynamic tiling which means that it automatically handles arranging your windows into various layouts which the user can cycle through. WANT TO SUPPORT THE CHANNEL? It's normal to be less popular, but it is much better. This way the user can take advantage of tiling as well as floating windows, all in the same session. Setting up bspwm is much more of a headache due to developers assuming things are clearer than they are. The ratio each pane takes up on the screen is configurable, as are the number of clients in each pane. This is more intuitive than other WMs e.g. I liked the idea of a tiled window manager, and xmonad seemed to be popular so I tried it out… Ditching xmonad for i3. If I wanted dynamically managed automated layouts, I could have them with dwm (and have Turing complete configuration, too!) I don't need Turing-complete configuration for my window manager. If you use startx rather than a display manager and have GNOME or KDE installed, add STARTUP=x-window-manager. i3 is a tiling window manager designed for X11, inspired by wmii and written in C. It supports tiling, stacking, and tabbing layouts, which it handles dynamically. xmonad-contrib api docs – reference documentation for all of xmonad's contrib modules development tutorial – learn to write your own extension In your environment Installing from tarball - Gnome - KDE - XFCE - Arch Linux - OS X - OLPC. So even though I could do the same in xmonad, it is just not worth the hassle. I liked the idea of a tiled window manager, and xmonad seemed to be popular so I tried it out. I've tested i3, which is getting very popular. Compare i3 vs XMonad vs awesome - Slant in media, movies and news with linux opinion poll tiling-window-manager; Configuring Stalonetray — Xmonad Tutorial for Beginning Beginners 1.0 documentation in s.o. Consider installing one of the following packages from the AUR: 1. dmenu2AUR: dmenu fork with many useful patches applied and additional capabilities added including dimming, specifying a custom opacity, and underlining. Both times, I'm starting xcompmgr only with -n for simple client-side compositing. Trackback specific URI for this entry. Ich möchte reflectHoriz (von XMonad.Layout.PerWorkspace) auf Layouts auf meinem linken Monitor verwenden, so dass das … What are the best window managers for Linux? It would be best if this were built-in however. i3 can allow for the user to manage floating windows. Four tiling window managers: spectrwm, i3, dwm, xmonad Posted by Anthony Campbell on Wednesday, June 13. Haskell keeps this code clean, concise, and readable, and its type system keeps you safe from any serious mistakes. xmonad is packaged and distributed on a wide range of Unix-like operating systems, such as a large number of Linux distributions, and BSD systems. Once you get Linux installed and i3 up and running, you will boot into something totally bland and ugly with a prompt asking you if you would like i3-wizard to generate you a config in your user directory. Con. The documentation in XMonad-contrib is very clear and easy to read. In comparison to i3, the mental model adopted by XMonad is (unexpectedly) much more intuitive in several aspects, out of the box: The concepts of “screen” and “workspace” are cleanly separate, which is great. xmonad, by default, divides the screen into two `panes'. The use of Haskell as an extension language means that popular pieces of functionality are easily shared and widely available as Haskell Libraries. Screen area is not wasted by window decorations. The entire window manager is extremely small, and includes nothing beyond basic window manipulation and tiling. This means that users aren't limited to a small set of pre-programmed layouts and actions: anything can be programmed into the configuration. Install the xmonad binary and config library. XMonad legt das Layout fest, abhängig davon, welcher Monitor angezeigt wird (1) Ist es möglich, das Layout des Arbeitsbereichs irgendwie zu ändern, je nachdem, auf welchem physischen Bildschirm ich es ausstelle? Report a bug and we'll squash it for you in the next release. firefox. i3, which only has the notion of workspace but not "screen" and requires you to remember workspace numbering. i3 is really easy to get started, has an awesome user guide, and have a good set of functionality out of box. without dragging in the entire Haskell toolchain. There is a manual workaround though. But I suggest i3 to my friends, they will be up and running and liking tilling WM much faster with i3 than with xmonad. Cookies help us deliver our Services. What are the best tiling window managers for Linux? XMonad can handle multi-monitor setups by default. When I explain my needs they are like "I didn't even know you can do that shit! XMonad depends on GHC (the Glasgow Haskell Compiler) which can take up about 700 MB or disk space. i think haskell and unix-philosophy just scares some people. This is more intuitive than other WMs e.g. By using our Services or clicking I agree, you agree to our use of cookies. i3, which only has the notion of workspace but not "screen" and requires you to remember workspace numbering. Follow our blog or on twitter, or the xmonad reddit. User can assign specific workspaces to specific displays as well as apps to workspaces. Floating mode can be toggled by pressing $mod+Shift+Space. You know you are in the Linux Wild West when the Window Manager you are using doesn't have a logo - just saying. You can move windows from one monitor to the other by moving it to the appropriate workspace, or by moving it around like normal. It's OK, perhaps easier to configure thanks to text configuration. Various patched variants exist which extend dmenu's default functionality. Xinerama simply was not designed for dynamic configuration. No Trackbacks. (I'm not sure why there is hype around i3, though: it's reasonably small, it manages your windows, but it's nothing to get excited about. But I don't understand all the hype around it. So it's time for a … xmonad is tiling. Sometimes this is necessary, even when the Dev rejects feature requests. One of the questions that I've been getting asked over and over again--why bother with a tiling window manager? What is the best edition of Manjaro Linux? It works well, and when you create a new workspace, it'll end up on the monitor that your currently focused window is on. RandR provides more information about your outputs and connected screens than Xinerama does. I recently gave xmonad a go after seeing Nick at work using it. For its features and use, see the guided tour. Any opinions? What are the most user friendly advanced window managers on Linux? xmonad automates the common task of arranging windows, so you can concentrate on getting stuff done. Compared to something like i3 for example, a user following through i3's documentation is basically guaranteed to get a working desktop suited to their needs. Ranging from custom keyboard shortcuts to placement of opened apps, it is up to the user as to how they would like their window manager to behave. I found that it was more suitable for some work flows, and allowed you to rearrange your screen very dynamically. What are the best Linux tiling window managers with high DPI support for retina displays. Taskbar setup is also easier. Terminal-bell gets passed through and marks the workspace visibly. Encourages user modification. I'm pretty much a full-time Haskeller, and I use i3. I used to use Xmonad and switched back to i3 because of a bug with my configuration that I couldn't solve (which I think I posted about on this sub, in fact). i3, which only has the notion of workspace but not "screen" and requires you to remember workspace numbering. i3 is configured through a plaintext configuration file. In i3, each monitor has it's own workspaces attached to it. i3 is good enough, xmonad is for people that know exactly what they need. haskell - tutorial - xmonad vs i3 . Xmonad is more static in that respect. But I have to admit that the out-of-the-box XMonad configuration is terrible, while i3 is pretty usable. Shifting pains from i3 First off, this question is more generally about manual vs automatic window managers. The user keeps their hands in one spot (most of the time). Lisp makes it easy to automate most of your tasks via your WM. Using transparent windows can cause them to crash. MUSIC: Intro: Queens of the Stone Age - No One Knows (UNKLE Reconstruction) Video: Mikk Rebane - Mirror Tell us what you’re passionate about to get your personalized feed and help others. One will find that the mouse is used less and less, making navigation quicker over time. I've gotten used to the workflow and have completely forgotten that I'm using a new-to-me window manager. Use a pre-built binary. Lustre recommends the best products at their lowest prices – right on Amazon. Press question mark to learn the rest of the keyboard shortcuts. This allows you to have the sick option of having those wicked gaps everyone loves. I've used i3 for two and half years. (Update Dec 2016: I’m still using i3, and here are the links to my config files: ~/.i3/config, ~/.config/i3status/config, and ~/.Xresources. This document describes how to build and install xmonad. I disagree. Can you provide a screenshot of the settings working (xmonad) vs. not working (i3)? The layout isn't automatic. This makes it fast and light, even on very small and slow systems. Let's discuss! It's simple to modify basic settings, and the example config has lots of comments to get you started. Has a steep learning curve for beginners. I'm a longtime xmonad user. Like a lot of tiling window managers, the learning curve for XMonad is quite steep. This allows programs to use the entire screen.NOTE: Default config has window title bar enabled so there is a little screen space lose on the top of the screen. The developer refuses to allow this feature. Wayland doesn't suffer screen tearing like Xorg does, its generally better with multiple monitors, its security model is better, and its the future. xmonad is minimal. I find it much easier to configure, with the defaults not far from my preferences. via --recompile), and neither xmonad.hs nor any *.hs / *.lhs / *.hsc files in lib/ have been changed. " Sway, I think that really boils down to a few things. Your operating system distribution may have binary packages for xmonad already, or perhaps, many of their dependencies. This is more intuitive than other WMs e.g. If I didn't have some prior Haskell practice, it would have taken me a lot longer. Tiling means there are no fancy compositing or window effects to take up system resources. I've often fantasized about creating an xmonad distribution that mimics i3's functionality, just to help people get started, but I've never been unhappy enough with my i3 setup to make the switch. The way xmonad manage windows is different from i3. Settings didn't change between screenshots. Out of the box, there are no window decorations, status bar nor icon dock; just clean lines and efficiency. Use of Haskell, in conjunction with smart programming practices, guarantees a crash-free experience. i find xmonads defaults pretty sensible.

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