![]() ![]() And some apps provide keyboard shortcuts without offering any way to override them, or worse, don't even offer keyboard shortcuts at all. Many other apps expose shortcuts through menus that can be overridden at the system level, but this gets tedious if you you have more than a few shortcuts you want to override. The apps that are easiest to customize explicitly allow users to declare keyboard shortcuts in the settings. It may require extra research to apply these principles to non-Mac computers. Tools do exist to accomplish the same results on other operating systems. Note for Windows and Linux users: While the principles outlined here are universal, the tools are Mac only. We'll start by learning how to install and configure the required apps, then, later on, I'll introduce the system of keyboard shortcut organization I use every day. ![]() We are going to walk through creating a system to bring uniformity to our apps with a single set of keyboard shortcuts. What if you could eliminate that switching cost? What if switching apps, rather than forcing you to learn new shortcuts, instead reinforced your muscle memory for the shortcuts you already know? In short, what if all of your apps felt the same? So, what happens when you try out a new app, and its keyboard shortcuts don’t align with your muscle memory? You could work on memorizing a whole new set of shortcuts, but then you face a cost of switching every time you change apps. You've likely memorized many of the shortcuts of your most used apps and, somewhere during this process, repetition has given way to muscle memory, making these shortcuts feel like second nature. But you're probably also aware that most of the apps you use on a daily basis provide keyboard shortcuts to increase the efficiency of routine tasks. You likely use a combination of your mouse and keyboard to interact with your computer throughout the day. the PID) of the applicationĮxtensions/application/libapplication_watcher.m line 142Įxtensions/application/libapplication_watcher.m line 224Įxtensions/application/libapplication_watcher.If you’re reading this, odds are you work on a computer. If the function is called with an event type of hs. then the application name parameter will be nil and the hs.application parameter, will only be useful for getting the UNIX process ID (i.e.An hs.application object representing the application, or nil if the application couldn't be found.An event type (see the constants defined above).A string containing the name of the application.fn - A function that will be called when application events happen.lost keyboard/mouse focus)Įxtensions/application/libapplication_watcher.m line 37Įxtensions/application/libapplication_watcher.m line 25Įxtensions/application/libapplication_watcher.m line 17Īn application is in the process of being launchedĮxtensions/application/libapplication_watcher.m line 13Įxtensions/application/libapplication_watcher.m line 21Įxtensions/application/libapplication_watcher.m line 29 given keyboard/mouse focus)Įxtensions/application/libapplication_watcher.m line 33Īn application has been deactivated (i.e. Methods - API calls which can only be made on an object returned by a constructorĪPI Documentation Constants activated SignatureĪn application has been activated (i.e.Constructors - API calls which return an object, typically one that offers API methods. ![]() Constants - Useful values which cannot be changed.This module is based primarily on code from the previous incarnation of Mjolnir by Markus Engelbrecht and Steven Degutis. Watch for application launch/terminate events Hammerspoon docs: hs.application.watcher docs » hs.application.watcher
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