macOS apps for automationĪutomator is an Apple application that comes pre-installed on macOS. Automator enables desktop automation of repetitive tasks by creating workflows. Running MS Windows compatible RPA software on your Apple hardware Thanks to this tool, you can automate activities using no-code, drag&drop interface, facilitating the customization of particular functions for users with no coding skills. Here are your options for installation: Dual boot solutions Though almost all RPA tools are designed only for Windows operating system, there are ways to run and install them on the Mac operating system. Solutions such as Apple Boot Camp enable you to install a Microsoft Windows operating systems and allow both operating systems to work simultaneously. Local reportCallback = function (position ) Worst case, the cursor is all the way to the right of the field and cannot select anything to the right, so it times out at 50ms trying to wait for a field update.įunction getCurrentPositionAsync (callbackFn ) For example, it worked fairly fast in the input field in the Hammerspoon console (10ms to get the selection, 4ms restore time), but was much slower in Slack (Electron) and started doing weird things with the cursor. I’ll leave the code here, but I was really unable to make it stable across multiple fields. This takes around 20ms on my computer to wait for the clipboard to update with the copied value.Īnother idea I had was to delete all the text to the right of the cursor, check the new length of the input, and restore the text by hitting cmd + z and clearing the selection with left arrow. i ( "Got contents in millseconds: ", diffMs ) Local diffMs = (endTimeNs - startTimeNs ) / 1000000 set the cursor selection at position 0, with a selection length of 3ĬurrentElement : setSelectedTextRange (, "c", 0 ) systemWideElement ( )ĬurrentElement : setValue ( "new text value" ) You can update these values as well: local systemElement = ax. Local position = currentElement : attributeValue ( "AXPosition" ) with coordinates of the field on the screen. You can even figure out where the input is being drawn on the screen, in case you want to overlay something on top of the field: - Returns an object like: Local selection = currentElement : attributeValue ( "AXSelectedTextRange" ) and `loc` is where the cursor currently is in the text, between `` where `len` is the length of the current selection (0 if no text is selected) Local textLength = currentElement : attributeValue ( "AXNumberOfCharacters" ) Local value = currentElement : attributeValue ( "AXValue" ) You can ask it for the current value, length, and selection range: local systemElement = ax. Local currentElement = systemElement : attributeValue ( "AXFocusedUIElement" ) You can easily grab the currently focused input field: local systemElement = ax. To use it, follow the install instructions and require it in your scripts: local ax = require ( "hs._asm.axuielement" ) You can get cursor position, selection range, the value of the field, and even character index ranges for each wrapped line in a multi-line input, which helps when doing things like linewise Vim has written an awesome library for interacting with the Accessibility API from Hammerspoon called hs._asm.axuielement, which I’ve made extensive use of. Mac’s Accessibility API is really awesome, and in the best case, exposes more data than you could ever need about the currently focused input field. If anyone has any other clever ideas or techniques, I would really love to hear about them–please email me at and we can chat! The Accessibility API: almost perfect #
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