![]() clearRules() - Removes all registered rules.setRules() - Establishes a collection of rules.removeRule() - Removes a rule from the collection of registered rules.addRule() - Adds a rule or updates the rule that has the same tag.Includes the following APIs to replace APIs in SplitController:.Added class for operations related to the EmbeddingRule class and subclasses.Includes isActivityEmbedded() to replace the API in SplitController.Added class for operations related to the Activity or ActivityStack classes.Added as a boolean property of the tag in the app manifest.PROPERTY_ACTIVITY_EMBEDDING_SPLITS_ENABLED Added a tag to rules so that developers can identify and manage specific rules. ![]() Changed pixels units to display-independent pixels (dp). Added the EmbeddingAspectRatio class to set a minimum ratio for applying activity embedding rules. Added the SplitAttributesclass to describe embedding splits. Refactored SplitController to be more focused on split properties extracted split rule APIs to RuleController and activity embedding APIs to ActivityEmbeddingController. tl drĪdded a manifest setting so you can inform the system your app has implemented activity embedding. We started with experimental APIs in 1.0.0 and are promoting them ultimately to stable in 1.1.0. The 1.1.0-beta01 release augments and refactors the APIs to provide greater versatility, capability, and control in managing task window splits. Add the 1.1.0-beta01 dependency to your app, follow the migration steps below (if you’re already using a previous version of the library), and let us know what you think! Activity embeddingĪctivity embedding enables you to optimize your multi-activity apps for large screens. We need your feedback so we can make WindowManager work best for you. The beta adds an assortment of new features and capabilities, which are ready for testing and early adoption today! The 1.1.0-beta01 release of Jetpack WindowManager continues the library’s steady progress toward stable release of version 1.1.0. Small and simple window manager of novel design.įast and lightweight tiling window manager for X11.Posted by Jon Eckenrode, Technical Writer, Software Engineering Simple stacking window manager started written in C. ![]() Tiling window manager written entirely in Common Lisp. Small dynamic tiling window manager for X11. Tiling window manager modeled after screen. Open-source, tiling window manager that is written in and extended with the Python programming language. Lightweight, dynamic window manager originally forked from aewm++. Highly configurable, next generation, stacking window manager for X11 with extensive standards support. Simple dynamic window manager, with features nicked from ratpoison and dwm. Simple EWMH compatible window manager with titlebars and frames. MATE's window manager, forked from Metacity, the window manager of GNOME 2. Tiling window manager for X11, based on 9wm. Minimalist tiling window manager, completely written from scratch.įree and open-source, lightweight, stacking window manager for X11. Manual tiling window manager for X11 using Xlib and Glib.Įxtremely lightweight window manager for the X window system. Open-source stacking window manager for X11 that was originally forked from Blackbox. Lightweight tiling and floating window manager forked from dwm.Įye-candy, compositing and stacking window manager that is released under the permissive BSD License. Lightweight, stacking window manager originally developed for OpenBSD. Lightweight, tiling, minimalist window manager that is written in C and represents its windows as leaves on a binary tree. Open-source stacking window manager written in C++ and licensed under the MIT License. ![]() Highly configurable, next generation, dynamic window manager for X. Stacking window manager that resembles the Amiga Workbench user interface. Minimalistic, dynamic X11 window manager.ĭynamic window manager with more modern features than aewm but with the same look and feel. See x11-wm on, or use eix ( app-portage/eix). This is a partial selection of window managers available in Gentoo. Windows managers can integrate a compositor, for buffering graphics before showing them, allowing visual effects, anti-flicker and other facilities. Dynamic window managers can dynamically switch between the other two paradigms.Tiling window managers represent windows as tiles, or split views, with windows displayed next to one another, but with none of the windows overlapping.Stacking (or floating) window managers have windows analogous to pieces of paper on a physical desktop, which can be stacked each on top of the others, with the one with which the user interacts on top of the stack, and totally visible.Windows managers can generally be dynamic, stacking, or tiling in their behavior. ![]()
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