Windowmanager windows#
To do this graphically, right-click on the intersection the windows you want to adjust, and then drag all window borders to suit your preference. While you're working in a split screen in Awesome, you might find the need to adjust the proportions. If you're ready to move up from basic Bash scripting, you might consider Lua. Any amount of Lua you pick up from configuring Awesome is Lua you can use for real life Lua scripting. Lua is a consistent and logical language. For instance, this creates a Lua table: zombie = , Lua stores information in what it calls a "table", and it means that most everything in Lua has a structured hierarchy. The simplest concept, and yet the most important, is the Lua table construct. It's a simple language that's pretty intuitive once you understand a few basic concepts. Lua configurationĪwesome uses the Lua scripting language for configuration. When you're finished with an application, Awesome adjusts your layout again until, eventually, you're back to a full-screen terminal, just the way you like it. If you need to open a third application, you can launch that and Awesome makes room for it by splitting your screen into thirds. Your terminal is on one side, the web browser's on the other. When you really need web browser, though, you can launch it and Awesome makes room for it by splitting your screen in half.
Windowmanager full#
When you first launch it, your terminal window is full screen, just like the text console you really want to be greeted with upon login. With Awesome, your "primary" desktop can be your terminal. Tiling windowsĪwesome understands your plight. The bottom line is that, whether you like it or not, you need a desktop. Like it or not, you need an office suite. And even though you may use a perfectly reasonable markup language like AsciiDoc, you're probably sent a word processor document sometimes and, while you could use Pandoc to convert the document into AsciiDoc and then back into an office document, that risks losing something in translation. Like it or not, you need a web browser to interact with the ticketing system. For instance, even though there are issue tracking systems, like the open source Bugzilla, that provide terminal commands as an interface, sometimes you're on a team that uses an issue tracker (usually it's not open source) that provides only a web application. The reality of modern computing, however, is that there are some applications that are just easier to use through a graphical interface. You can find the app on GitHub.To be perfectly honest, the answer's often no, at least for 80% of your tasks.
Into multiple physical areas that can be seen by users as
Occupy with MATCH_PARENT width and height and any combination The metrics describe the size of the area the window would
Windowmanager how to#
So now that we know how to access an instance of WindowInfoRepository, let's see what to do with it.ĬurrentWindowMetrics returns a Flow for consuming the current WindowMetrics according to the current system state. Provide an instance of WindowInfoRepository that is associated The documentation of windowInfoRepository() says: How should I interact with an interface? The source file contains a companion object, which has an extension function to Activity. The main interaction point is WindowInfoRepository, an interface. It contains just a new interfaces and classes. Enter fullscreen mode Exit fullscreen modeĪfter that, you can access a new package.
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