![]() If you have at least one macro recorded, you can export them along with any other settings and share them with others.įrom the main menu, select File | Manage IDE Settings | Export Settings. Press Control+Alt+S to open the IDE settings and then select Keymap.Ĭreate a new keymap or select an existing keymap from the list of keymaps.Įxpand the Macros node and select the macro for which you want to create a keyboard shortcut.Īlternatively, you can press Control+Shift+A to open the Find Action dialog, type your macro name, select it, and then press Alt+Enter to bind a shortcut. ![]() Remove the selected action from the macro. The right side of the dialog shows a list of actions in the selected macro with the following button: The left side of the dialog shows a list of available macros with the following buttons: To play back a named macro, select Edit | Macros and click the necessary macro name. To play back a temporary macro, select Edit | Macros | Play Back Last Macro. If the macro is intended for temporary use only, you can leave the name blank. In the Enter Macro Name dialog, specify the name for the new macro and click OK. Select Edit | Macros | Stop Macro Recording. Perform necessary actions that you want to be recorded. Record a macroįrom the main menu, select Edit | Macros | Start Macro Recording. For permanent macros, assign unique names. You can't record button clicks, navigating to popups, and accessing tool windows, menus, and dialogs.Ī temporary macro can be used without a name. ![]() Macros can be used to combine a sequence of editor-related actions within a file. You can record, edit, and play back macros, assign shortcuts to them, and share them. An Emacs Lisp equivalent would be, for example, you might be using the s library and you want to take a list of strings, trim them, then join them with comma, and then wrap the result in curly braces using just the threading-last macro, but you are wondering what to do with the last step.Macros provide a convenient way to automate repetitive procedures you do frequently while writing code. In that case, some of them tend to use a neat trick to manage to write it with the thread-last macro (rather than write it with the thread-middle macro). ![]() (I tend to use CL-LIB more because it’s shipped with Emacs.)Ĭlojure programmers sometimes come to a situation where they have to write a form that seems to require two or three times last-argument threading and just one first-argument or middle-argument threading. My examples in this article show some reliance on CL-LIB functions (rather than functions from the two libraries: dash and s) because I tend to depend on CL-LIB functions and also because I am not assuming the readers to be familiar with functions from the two libraries. If you want to get the most out of threading macros, you may want to start depending on functions from the two libraries. For example, many functions from dash that work on lists consistently take the list as the last argument so that you can use just the thread-last macro with them. The dash library and the s library are two Emacs Lisp libraries that sticks to that Clojure consensus and that is a sort of selling point of the two libraries. In Clojure, consensus seems to be that Clojure libraries should be designed in such a way that users usually only have to use just one of the thread-first macro and the thread-last macro just once for a group of steps.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |