multiple-cursors.el VS helm

You'll need to install an extension for it, but yes it does. Here is one example: https://github.com/magnars/multiple-cursors.el

For me, the beauty of Beancount[0] is that it's just text files in Git. There's a web UI I use for generating reports, and a Python API with which I hacked together some import/export scripts, but 99% of my interactions with it are via Emacs[1] and Magit.

A ton of repetitive bookkeeping tasks become so much easier when you can copy and paste, or use keyboard macros or something like multiple-cursors[2], rather than have to click tens or hundreds of times in a GUI. Many years ago I used QuickBooks, and basic tasks like importing a bank statement took at least an order of magnitude longer than they do now.

Having my company's books in Git is also huge when it comes to auditing, concurrency, backups, and figuring out where things went wrong when accounts don't balance. As mentioned in another comment: `git diff` is a really powerful tool and it's awesome to be able to check out the books as they existed at a particular point in time. `git blame` is great for when things don't balance. Writing meaningful commit messages and comments keeps me sane when I try to remember a year later why something is recorded the way it is.

The biggest downside—or advantage, depending on how you look at it—is that there's no default or built-in chart of accounts, so you need a certain level of accounting acumen (or professional advice) to set things up at first. I'm pretty sure GnuCash aims to be more plug-and-play, whereas Beancount is more akin to a programming library that you use to build an accounting system that works for you. I agree with the grandparent commenter, who said that text-based accounting is "the best and most flexible accounting experience I've ever had." But the cost of that flexibility is that a certain level of base knowledge is a prerequisite.

[0]: https://beancount.io/

[1]: https://github.com/beancount/beancount-mode

[2]: https://github.com/magnars/multiple-cursors.el

The original multiple cursors package is amazing for what it is, but it scales very badly. Emacs is efficient when editing at one place at a time (as you'd do normally), and when mc replicates all the edits character-by-character for all the cursors, it does the very opposite of this: many edits all in very different places. It works quite well when using just a few cursors, but going above a dozen of them causes them to be visibly sluggish.

Recently multiple-cursors has been unusable for me on Emacs 29.0.60 (not a release yet). Movements (and possibly other operations) don't work with the following error:

If you intend to use Emacs for this (as opposed to some external script), you're probably better off using the keyboard macros or a regular search&replace instead of multiple cursors (I assume the Magnars flavor of them). As flexible as they are, they don't scale well and they get exponentially slower the more cursors you have. Having 2500 cursors sounds insane.

You can do something similar with multiple cursors.

Then, in *rg* buffer, we transform org-link-expand-abbrev into org-link-RENAMED the way we prefer (we have all the Emacs power, some of us might use query-replace, other might use multiple-cursors.el, other iedit, etc.). And so *rg* buffer looks like this:

There is also multiple-cursors.el, which looks the closest to what you want, but it's also the buggiest.

(setq inhibit-startup-message t) (setq visible-bell t) (setq make-backup-files nil) ; Disable the creation of ~ files (setq auto-save-default nil) ;; stop creating those #auto-save# files (setq display-line-numbers-mode t) ;(scroll-bar-mode -1) ; Disable visible scrollbar. Only for visual GUI ;(tool-bar-mode -1) ; Disable the toolbar. Only for visual GUI ;(tooltip-mode -1) ; Disable tooltips (menu-bar-mode -1) ; Disable the menu bar. Only for visual GUI ;(set-fringe-mode 10) ;(setq visible-bell t) ; Mac OSX specific ;mac-function-modifier ;mac-control-modifier) ;mac-command-modifier ;mac-option-modifier ;mac-right-command-modifier ;mac-right-control-modifier ;mac-right-option-modifier ;; key bindings (when (eq system-type 'darwin) ;; mac specific settings (set-terminal-coding-system 'utf-8) (set-keyboard-coding-system 'utf-8) (prefer-coding-system 'utf-8) (setq mac-command-modifier 'meta) (setq mac-control-modifier 'control) (global-set-key [kp-delete] 'delete-char) ;; sets fn-delete to be right-delete ) ;; ORG Mode (global-set-key (kbd "C-c l") #'org-store-link) (global-set-key (kbd "C-c a") #'org-agenda) (global-set-key (kbd "C-c c") #'org-capture) ;; packages (require 'package) (add-to-list 'package-archives '("melpa" . "https://melpa.org/packages/")) ;; Comment/uncomment this line to enable MELPA Stable if desired. See `package-archive-priorities` ;; and `package-pinned-packages`. Most users will not need or want to do this. ;;(add-to-list 'package-archives '("melpa-stable" . "https://stable.melpa.org/packages/") t) (package-initialize) ;; LSP-mode config (setq package-selected-packages '(lsp-mode yasnippet lsp-treemacs helm-lsp projectile hydra flycheck company avy which-key helm-xref dap-mode)) (when (cl-find-if-not #'package-installed-p package-selected-packages) (package-refresh-contents) (mapc #'package-install package-selected-packages)) ;; sample `helm' configuration use https://github.com/emacs-helm/helm/ for details (helm-mode) (require 'helm-xref) (define-key global-map [remap find-file] #'helm-find-files) (define-key global-map [remap execute-extended-command] #'helm-M-x) (define-key global-map [remap switch-to-buffer] #'helm-mini) (which-key-mode) (add-hook 'c-mode-hook 'lsp) (add-hook 'c++-mode-hook 'lsp) (lsp-treemacs-sync-mode 1) (setq gc-cons-threshold (* 100 1024 1024) read-process-output-max (* 1024 1024) treemacs-space-between-root-nodes nil company-idle-delay 0.0 company-minimum-prefix-length 1 lsp-idle-delay 0.1) ;; clangd is fast (with-eval-after-load 'lsp-mode (add-hook 'lsp-mode-hook #'lsp-enable-which-key-integration) (require 'dap-cpptools) (yas-global-mode)) ;; theme (load-theme 'modus-vivendi t)

Oh wow wow wow! I just checked your commit on the repository. That's so amazing. I really appreciate that. And I also found a convenient donation link.

Next you "only" have to remember (elisp) function names. "Completion UIs" like ivy/counsel, icomplete, helm or vertico/consult, give you a nice auto completion list on M-x (choose the one of them, you like the most). Some of those Completion UIs will display existing keybindings and a short documentation for commands, near the auto complete candidates. So you will start to remember more keybindings without "learning sessions", just because invoking functions via keybindings is much faster (more convenient).

I use imenu, and helm-imenu to filter out the list interactively. Instead of scrolling through, you "jump" to an item via completion like helm-imenu, which filters all headings interactively in real-time as you type.

I personally use Helm, so I can manage all files (open, delete, copy, rename, etc) all from completing prompt directly, I don't need to open Dired for that.

Helm 1.2 release was in September 2011: https://github.com/emacs-helm/helm/releases/tag/v1.2

I updated helm recently and when trying to use it after startup I was hitting "Defining as dynamic an already lexical var" . debugger showed me it was due to `ffap-machine-p-local` not being defined yet, digging into helm-lib.el i found that it is due to the ffap let bindings added recently to `helm-guess-filename-at-point` - the first one was to address this issue https://github.com/emacs-helm/helm/issues/2574 and more recently two more ffaps were let bound. I can fix by adding `(require 'ffap)` in the helm `use-package` `:config` -- wondering if this is the recommended way or if it might be something worth living inside helm-lib.el near the top where it requires cl-lib already?

Related to https://github.com/emacs-helm/helm/discussions/2577

Yes, Helm. Probably others like Embark.