![]() You can see the builder in action above, highlighting our query results. The following query extracts all the let properties in file. This time, we'll run the entire flow, including macro creation and executing until there is an error (i.e. Let's bring out the big guns and run on the entire dataset. Our previous example ran on a handful of SF symbols. C-u 0 C-x e kmacro-end-and-call-macro (with zero prefix) repeat until there is an error. Press e immediately after to execute again. To start/end recording and executing keyboard macros, use:Ĭ-x ( kmacro-start-macro C-x ) kmacro-end-macro C-x e kmacro-end-and-call-macro runs your macro. We are now at a strategic location where we can replay the above commands. " As a smartparens user, inserting quote with region places quotes around selection. C-e end-of-line to select the entire line. C- set-mark-command to activate the region. C-u C- set-mark-command (with prefix) to jump back to where we started before searching. C-w kill-ring-save to cut/kill the symbol. C-SPC set-mark-command to activate the region. Starting with the cursor at the beginning of, these are the keystrokes we'd need to record:Ĭ-s iseach-forward to search for a character and jump to it = insert = so we jump to = Symbols = runs isearch-exit since we're done jumping. ![]() This looks fairly magical (and it is), but when you break it down into its building blocks, it's nothing more than recording your keystrokes and replaying them. (run-hook-with-args 'org-cycle-hook 'children)īeware, this was a minimal effort (with redundant code, duplication, etc) and should likely be considered a proof of concept of sorts, but the results look promising. ( when ( and backward (org-babel-where-is-src-block-head)) "Similar to ` org-next-block ' but for returning position. ( defun ar/org-next-block-pos ( &optional backward) ( and (not backward) (> pos-after pos-before)))) ( when ( and pos-after ( or ( and backward (> pos-before pos-after)) ( defun ar/org-next-link-pos ( &optional backward) ( when ( and pos-after (not (equal pos-before pos-after))) (org-next-visible-heading ( if backward -1 1)) "Similar to ` org-next-visible-heading ' but for returning position. ( defun ar/org-next-visible-heading-pos ( &optional backward) (run-hook-with-args 'org-cycle-hook 'children)))) (closest-pos ( when ( or heading-pos link-pos block-pos) (block-pos (ar/org-next-block-pos backward)) (link-pos (ar/org-next-link-pos backward)) ( let* ((heading-pos (ar/org-next-visible-heading-pos backward)) ( if ( and backward (eq (point) (point-min))) Beginning of slide, go to previous slide. ( defun ar/org-present-next-item ( &optional backward) To restore balance to the galaxy, I also added ar/org-present-previous-item. Now that I can find out the next location of either of these items, I can subsequently glue the navigation logic in a function like ar/org-present-next-item. This gave me ar/rg-next-visible-heading-pos, ar/rg-next-link-pos, and ar/rg-next-block-pos respectively. I wrapped the existing functions to enable returning positions. While these make it easy to jump through jump between headings, links, org block on their own, I wanted to jump to whichever one of these is next (similar a web browser's tab behaviour).
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