dotemacs

README.org (60101B)

---

 #+TITLE: Embark: Emacs Mini-Buffer Actions Rooted in Keymaps
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 #+TEXINFO_DIR_CATEGORY: Emacs misc features
 #+TEXINFO_DIR_TITLE: Embark: (embark).
 #+TEXINFO_DIR_DESC: Emacs Mini-Buffer Actions Rooted in Keymaps
 
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 * Overview
 
 Embark makes it easy to choose a command to run based on what is near
 point, both during a minibuffer completion session (in a way familiar
 to Helm or Counsel users) and in normal buffers. Bind the command
 =embark-act= to a key and it acts like prefix-key for a keymap of
 /actions/ (commands) relevant to the /target/ around point. With point on
 an URL in a buffer you can open the URL in a browser or eww or
 download the file it points to. If while switching buffers you spot an
 old one, you can kill it right there and continue to select another.
 Embark comes preconfigured with over a hundred actions for common
 types of targets such as files, buffers, identifiers, s-expressions,
 sentences; and it is easy to add more actions and more target types.
 Embark can also collect all the candidates in a minibuffer to an
 occur-like buffer or export them to a buffer in a major-mode specific
 to the type of candidates, such as dired for a set of files, ibuffer
 for a set of buffers, or customize for a set of variables.
 
 ** Acting on targets
 
 You can think of =embark-act= as a keyboard-based version of a
 right-click contextual menu. The =embark-act= command (which you should
 bind to a convenient key), acts as a prefix for a keymap offering you
 relevant /actions/ to use on a /target/ determined by the context:
 
 - In the minibuffer, the target is the current top completion
   candidate.
 - In the =*Completions*= buffer the target is the completion at point.
 - In a regular buffer, the target is the region if active, or else the
   file, symbol, URL, s-expression or defun at point.
 
 Multiple targets can be present at the same location and you can cycle
 between them by repeating the =embark-act= key binding. The type of
 actions offered depend on the type of the target. Here is a sample of
 a few of the actions offered in the default configuration:
 
 - For files you get offered actions like deleting, copying,
   renaming, visiting in another window, running a shell command on the
   file, etc.
 - For buffers the actions include switching to or killing the buffer.
 - For package names the actions include installing, removing or
   visiting the homepage.
 - For Emacs Lisp symbols the actions include finding the definition,
   looking up documentation, evaluating (which for a variable
   immediately shows the value, but for a function lets you pass it
   some arguments first). There are some actions specific to variables,
   such as setting the value directly or though the customize system,
   and some actions specific to commands, such as binding it to a key.
 
 By default when you use =embark-act= if you don't immediately select an
 action, after a short delay Embark will pop up a buffer showing a list
 of actions and their corresponding key bindings. If you are using
 =embark-act= outside the minibuffer, Embark will also highlight the
 current target. These behaviors are configurable via the variable
 =embark-indicators=. Instead of selecting an action via its key binding,
 you can select it by name with completion by typing =C-h= after
 =embark-act=.
 
 Everything is easily configurable: determining the current target,
 classifying it, and deciding which actions are offered for each type
 in the classification. The above introduction just mentions part of
 the default configuration.
 
 Configuring which actions are offered for a type is particularly easy
 and requires no programming: the variable =embark-keymap-alist=
 associates target types with variables containing keymaps, and those
 keymaps containing bindings for the actions. (To examine the available
 categories and their associated keymaps, you can use =C-h v
 embark-keymap-alist= or customize that variable.) For example, in the
 default configuration the type =file= is associated with the symbol
 =embark-file-map=. That symbol names a keymap with single-letter key
 bindings for common Emacs file commands, for instance =c= is bound to
 =copy-file=. This means that if you are in the minibuffer after running
 a command that prompts for a file, such as =find-file= or =rename-file=,
 you can copy a file by running =embark-act= and then pressing =c=.
 
 These action keymaps are very convenient but not strictly necessary
 when using =embark-act=: you can use any command that reads from the
 minibuffer as an action and the target of the action will be inserted
 at the first minibuffer prompt. After running =embark-act= all of your
 key bindings and even =execute-extended-command= can be used to run a
 command. For example, if you want to replace all occurrences of the
 symbol at point, just use =M-%= as the action, there is no need to bind
 =query-replace= in one of Embark's keymaps. Also, those action keymaps
 are normal Emacs keymaps and you should feel free to bind in them
 whatever commands you find useful as actions and want to be available
 through convenient bindings.
 
 The actions in =embark-general-map= are available no matter what type
 of completion you are in the middle of. By default this includes
 bindings to save the current candidate in the kill ring and to insert
 the current candidate in the previously selected buffer (the buffer
 that was current when you executed a command that opened up the
 minibuffer).
 
 Emacs's minibuffer completion system includes metadata indicating the
 /category/ of what is being completed. For example, =find-file='s
 metadata indicates a category of =file= and =switch-to-buffer='s metadata
 indicates a category of =buffer=. Embark has the related notion of the
 /type/ of a target for actions, and by default when category metadata
 is present it is taken to be the type of minibuffer completion
 candidates when used as targets. Emacs commands often do not set
 useful category metadata so the [[https://github.com/minad/marginalia][Marginalia]] package, which supplies
 this missing metadata, is highly recommended for use with Embark.
 
 Embark's default configuration has actions for the following target
 types: files, buffers, symbols, packages, URLs, bookmarks, and as a
 somewhat special case, actions for when the region is active. You can
 read about the [[https://github.com/oantolin/embark/wiki/Default-Actions][default actions and their key bindings]] on the GitHub
 project wiki.
 
 ** The default action on a target
 
 Embark has a notion of default action for a target:
 
 - If the target is a minibuffer completion candidate, then the default
   action is whatever command opened the minibuffer in the first place.
   For example if you run =kill-buffer=, then the default action will be
   to kill buffers.
 - If the target comes from a regular buffer (i.e., not a minibuffer),
   then the default action is whatever is bound to =RET= in the keymap of
   actions for that type of target. For example, in Embark's default
   configuration for a URL found at point the default action is
   =browse-url=, because =RET= is bound to =browse-url= in the =embark-url-map=
   keymap.
 
 To run the default action you can press =RET= after running =embark-act=.
 Note that if there are several different targets at a given location,
 each has its own default action, so first cycle to the target you want
 and then press =RET= to run the corresponding default action.
 
 There is also =embark-dwim= which runs the default action for the first
 target found. It's pretty handy in non-minibuffer buffers: with
 Embark's default configuration it will:
 
 - Open the file at point.
 - Open the URL at point in a web browser (using the =browse-url=
   command).
 - Compose a new email to the email address at point.
 - In an Emacs Lisp buffer, if point is on an opening parenthesis or
   right after a closing one, it will evaluate the corresponding
   expression.
 - Go to the definition of an Emacs Lisp function, variable or macro at
   point.
 - Find the file corresponding to an Emacs Lisp library at point.
 
 ** Working with sets of possible targets
 
 Besides acting individually on targets, Embark lets you work
 collectively on a set of target /candidates/. For example, while you are
 in the minibuffer the candidates are simply the possible completions
 of your input. Embark provides three main commands to work on candidate
 sets:
 
 - The =embark-act-all= command runs the same action on each of the
   current candidates. It is just like using =embark-act= on each
   candidate in turn. (Because you can easily act on many more
   candidates than you meant to, by default Embark asks you to confirm
   uses of =embark-act-all=; you can turn this off by setting the user
   option =embark-confirm-act-all= to =nil=.)
 
 - The =embark-collect= command produces a buffer listing all the current
   candidates, for you to peruse and run actions on at your leisure.
   The candidates are displayed as a list showing additional
   annotations. If any of the candidates contain newlines, then
   horizontal lines are used to separate candidates.
 
   The Embark Collect buffer is somewhat "dired-like": you can select
   and deselect candidates through =embark-select= (available as an
   action in =embark-act=, bound to =SPC=; but you could also give it a
   global key binding). In an Embark Collect buffer =embark-act= is bound
   to =a= and =embark-act-all= is bound to =A=; =embark-act-all= will act on
   all currently marked candidates if there any, and will act on all
   candidates if none are marked. In particular, this means that =a SPC=
   will toggle whether the candidate at point is selected, and =A SPC=
   will select all candidates if none are selected, or deselect all
   selected candidates if there are some.
 
 - The =embark-export= command tries to open a buffer in an appropriate
   major mode for the set of candidates. If the candidates are files
   export produces a Dired buffer; if they are buffers, you get an
   Ibuffer buffer; and if they are packages you get a buffer in
   package menu mode.
 
   If you use the grepping commands from the [[https://github.com/minad/consult/][Consult]] package,
   =consult-grep=, =consult-git-grep= or =consult-ripgrep=, then you should
   install the =embark-consult= package, which adds support for exporting a
   list of grep results to an honest grep-mode buffer, on which you can
   even use [[https://github.com/mhayashi1120/Emacs-wgrep][wgrep]] if you wish.
 
 When in doubt choosing between exporting and collecting, a good rule
 of thumb is to always prefer =embark-export= since when an exporter to a
 special major mode is available for a given type of target, it will be
 more featureful than an Embark collect buffer, and if no such exporter
 is configured the =embark-export= command falls back to the generic
 =embark-collect=.
 
 These commands are always available as "actions" (although they do not
 act on just the current target but on all candidates) for =embark-act=
 and are bound to =A=, =S= (for "snapshot"), and =E=, respectively, in
 =embark-general-map=. This means that you do not have to bind your own
 key bindings for these (although you can, of course!), just a key
 binding for =embark-act=.
 
 In Embark Collect or Embark Export buffers that were obtained by
 running =embark-collect= or =embark-export= from within a minibuffer
 completion session, =g= is bound to a command that restarts the
 completion session, that is, the command that opened the minibuffer is
 run again and the minibuffer contents restored. You can then interact
 normally with the command, perhaps editing the minibuffer contents,
 and, if you wish, you can rerun =embark-collect= or =embark-export= to get
 an updated buffer.
 
 *** Selecting some targets to make an ad hoc candidate set
 
 The commands for working with sets of candidates just described,
 namely =embark-act-all=, =embark-export= and =embark-collect= by default
 work with all candidates defined in the current context. For example,
 in the minibuffer they operate on all currently completion candidates,
 or in a dired buffer they work on all marked files (or all files if
 none are marked). Embark also has a notion of /selection/, where you can
 accumulate an ad hoc list of targets for these commands to work on.
 
 The selection is controlled by using the =embark-select= action, bound
 to =SPC= in =embark-general-map= so that it is always available (you can
 also give =embark-select= a global key binding if you wish; when called
 directly, not as an action for =embark-act=, it will select the first
 target at point). Calling this action on a target toggles its
 membership in the current buffer's Embark selection; that is, it adds
 it to selection if not selected and removes it from the selection if
 it was selected. Whenever the selection for a buffer is non-empty, the
 commands =embark-act-all=, =embark-export= and =embark-collect= will act on
 the selection.
 
 To deselect all selected targets, you can use the =embark-select= action
 through =embark-act-all=, since this will run =embark-select= on each
 member of the current selection. Similarly if no targets are selected
 and you are in a minibuffer completion session, running =embark-select=
 from =embark-act-all= will select all the current completion candidates.
 
 By default, whenever some targets are selected in the current buffer,
 a count of selected targets appears in the mode line. This can be
 turned off or customized through the =embark-selection-indicator= user
 option.
 
 The selection functionality is supported in every buffer:
 
 - In the minibuffer this gives a convenient way to act on several
   completion candidates that don't follow any simple pattern: just go
   through the completions selecting the ones you want, then use
   =embark-act-all=. For example, you could attach several files at once
   to an email.
 - For Embark Collect buffers this functionality enables a dired-like
   workflow, in which you mark various candidates and apply an action
   to all at once. (It supersedes a previous ad hoc dired-like
   interface that was implemented only in Embark Collect buffers, with
   a slightly different interface.)
 - In a eww buffer you could use this to select various links you wish
   to follow up on, and then collect them into a buffer. Similarly,
   while reading Emacs's info manual you could select some symbols you
   want to read more about and export them to an =apropos-mode= buffer.
 - You can use selections in regular text or programming buffers to do
   complex editing operations. For example, if you have three
   paragraphs scattered over a file and you want to bring them
   together, you can select each one, insert them all somewhere and
   finally delete all of them (from their original locations).
   
 *** =embark-live= a live-updating variant of =embark-collect=
 
 Finally, there is also an =embark-live= variant of the =embark-collect=
 command which automatically updates the collection after each change
 in the source buffer. Users of a completion UI that automatically
 updates and displays the candidate list (such as Vertico, Icomplete,
 Fido-mode, or MCT) will probably not want to use
 =embark-live= from the minibuffer as they will then have two live
 updating displays of the completion candidates!
 
 A more likely use of =embark-live= is to be called from a regular buffer
 to display a sort of live updating "table of contents" for the buffer.
 This depends on having appropriate candidate collectors configured in
 =embark-candidate-collectors=. There are not many in Embark's default
 configuration, but you can try this experiment: open a dired buffer in
 a directory that has very many files, mark a few, and run =embark-live=.
 You'll get an Embark Collect buffer containing only the marked files,
 which updates as you mark or unmark files in dired. To make
 =embark-live= genuinely useful other candidate collectors are required.
 The =embark-consult= package (documented near the end of this manual)
 contains a few: one for imenu items and one for outline headings as
 used by =outline-minor-mode=. Those collectors really do give
 =embark-live= a table-of-contents feel.
 
 ** Switching to a different command without losing what you've typed
 
 Embark also has the =embark-become= command which is useful for when
 you run a command, start typing at the minibuffer and realize you
 meant a different command. The most common case for me is that I run
 =switch-to-buffer=, start typing a buffer name and realize I haven't
 opened the file I had in mind yet! I'll use this situation as a
 running example to illustrate =embark-become=. When this happens I can,
 of course, press =C-g= and then run =find-file= and open the file, but
 this requires retyping the portion of the file name you already
 typed. This process can be streamlined with =embark-become=: while still
 in the =switch-to-buffer= you can run =embark-become= and effectively
 make the =switch-to-buffer= command become =find-file= for this run.
 
 You can bind =embark-become= to a key in =minibuffer-local-map=, but it is
 also available as an action under the letter =B= (uppercase), so you
 don't need a binding if you already have one for =embark-act=. So,
 assuming I have =embark-act= bound to, say, =C-.=, once I realize I
 haven't open the file I can type =C-. B C-x C-f= to have
 =switch-to-buffer= become =find-file= without losing what I have already
 typed in the minibuffer.
 
 But for even more convenience, =embark-become= offers shorter key
 bindings for commands you are likely to want the current command to
 become. When you use =embark-become= it looks for the current command in
 all keymaps named in the list =embark-become-keymaps= and then activates
 all keymaps that contain it. For example, the default value of
 =embark-become-keymaps= contains a keymap =embark-become-file+buffer-map=
 with bindings for several commands related to files and buffers, in
 particular, it binds =switch-to-buffer= to =b= and =find-file= to =f=. So when
 I accidentally try to switch to a buffer for a file I haven't opened
 yet, =embark-become= finds that the command I ran, =switch-to-buffer=, is
 in the keymap =embark-become-file+buffer-map=, so it activates that
 keymap (and any others that also contain a binding for
 =switch-to-buffer=). The end result is that I can type =C-. B f= to
 switch to =find-file=.
 
 * Quick start
 
 The easiest way to install Embark is from GNU ELPA, just run =M-x
 package-install RET embark RET=. (It is also available on MELPA.) It is
 highly recommended to also install [[https://github.com/minad/marginalia][Marginalia]] (also available on GNU
 ELPA), so that Embark can offer you preconfigured actions in more
 contexts. For =use-package= users, the following is a very reasonable
 starting configuration:
 
 #+begin_src emacs-lisp
   (use-package marginalia
     :ensure t
     :config
     (marginalia-mode))
 
   (use-package embark
     :ensure t
 
     :bind
     (("C-." . embark-act)         ;; pick some comfortable binding
      ("C-;" . embark-dwim)        ;; good alternative: M-.
      ("C-h B" . embark-bindings)) ;; alternative for `describe-bindings'
 
     :init
 
     ;; Optionally replace the key help with a completing-read interface
     (setq prefix-help-command #'embark-prefix-help-command)
 
     ;; Show the Embark target at point via Eldoc.  You may adjust the Eldoc
     ;; strategy, if you want to see the documentation from multiple providers.
     (add-hook 'eldoc-documentation-functions #'embark-eldoc-first-target)
     ;; (setq eldoc-documentation-strategy #'eldoc-documentation-compose-eagerly)
 
     :config
 
     ;; Hide the mode line of the Embark live/completions buffers
     (add-to-list 'display-buffer-alist
                  '("\\`\\*Embark Collect \\(Live\\|Completions\\)\\*"
                    nil
                    (window-parameters (mode-line-format . none)))))
 
   ;; Consult users will also want the embark-consult package.
   (use-package embark-consult
     :ensure t ; only need to install it, embark loads it after consult if found
     :hook
     (embark-collect-mode . consult-preview-at-point-mode))
 #+end_src
 
 About the suggested key bindings for =embark-act= and =embark-dwim=:
 - Those key bindings are unlikely to work in the terminal, but
   terminal users are probably well aware of this and will know to
   select different bindings.
 - The suggested =C-.= binding is used by default in (at least some
   installations of) GNOME to input emojis, and Emacs doesn't even get
   a chance to respond to the binding. You can select a different key
   binding for =embark-act= or use =ibus-setup= to change the shortcut for
   emoji insertion (Emacs 29 will likely use =C-x 8 e e=, in case you
   want to set the same one system-wide).
 - The suggested alternative of =M-.= for =embark-dwim= is bound by default
   to =xref-find-definitions=. That is a very useful command but
   overwriting it with =embark-dwim= is sensible since in Embark's
   default configuration, =embark-dwim= will also find the definition of
   the identifier at point. (Note that =xref-find-definitions= with a
   prefix argument prompts you for an identifier, =embark-dwim= does not
   cover this case).
 
 Other Embark commands such as =embark-act-all=, =embark-become=,
 =embark-collect=, and =embark-export= can be run through =embark-act= as
 actions bound to =A=, =B=, =S= (for "snapshot"), and =E= respectively, and
 thus don't really need a dedicated key binding, but feel free to bind
 them directly if you so wish. If you do choose to bind them directly,
 you'll probably want to bind them in =minibuffer-local-map=, since they
 are most useful in the minibuffer (in fact, =embark-become= only works
 in the minibuffer).
 
 The command =embark-dwim= executes the default action at point. Another good
 keybinding for =embark-dwim= is =M-.= since =embark-dwim= acts like
 =xref-find-definitions= on the symbol at point. =C-.= can be seen as a
 right-click context menu at point and =M-.= acts like left-click. The
 keybindings are mnemonic, both act at the point (=.=).
 
 Embark needs to know what your minibuffer completion system considers
 to be the list of candidates and which one is the current candidate.
 Embark works out of the box if you use Emacs's default tab completion,
 the built-in =icomplete-mode= or =fido-mode=, or the third-party packages
 [[https://github.com/minad/vertico][Vertico]] or [[https://github.com/abo-abo/swiper][Ivy]].
 
 If you are a [[https://emacs-helm.github.io/helm/][Helm]] or [[https://github.com/abo-abo/swiper][Ivy]] user you are unlikely to want Embark since
 those packages include comprehensive functionality for acting on
 minibuffer completion candidates. (Embark does come with Ivy
 integration despite this.)
 
 * Advanced configuration
 ** Showing information about available targets and actions
 
 By default, if you run =embark-act= and do not immediately select an
 action, after a short delay Embark will pop up a buffer called =*Embark
 Actions*= containing a list of available actions with their key
 bindings. You can scroll that buffer with the mouse of with the usual
 commands =scroll-other-window= and =scroll-other-window-down= (bound by
 default to =C-M-v= and =C-M-S-v=).
 
 That functionality is provided by the =embark-mixed-indicator=, but
 Embark has other indicators that can provide information about the
 target and its type, what other targets you can cycle to, and which
 actions have key bindings in the action map for the current type of
 target. Any number of indicators can be active at once and the user
 option =embark-indicators= should be set to a list of the desired
 indicators.
 
 Embark comes with the following indicators:
 
 - =embark-minimal-indicator=: shows a messages in the echo area or
   minibuffer prompt showing the current target and the types of all
   targets starting with the current one; this one is on by default.
 
 - =embark-highlight-indicator=: highlights the target at point;
   also on by default.
 
 - =embark-verbose-indicator=: displays a table of actions and their key
   bindings in a buffer; this is not on by default, in favor of the
   mixed indicator described next.
 
 - =embark-mixed-indicator=: starts out by behaving as the minimal
   indicator but after a short delay acts as the verbose indicator;
   this is on by default.
 
 - =embark-isearch-highlight-indicator=: this only does something when
   the current target is the symbol at point, in which case it
   lazily highlights all occurrences of that symbol in the current
   buffer, like isearch; also on by default.
 
 Users of the popular [[https://github.com/justbur/emacs-which-key][which-key]] package may prefer to use the
 =embark-which-key-indicator= from the [[https://github.com/oantolin/embark/wiki/Additional-Configuration#use-which-key-like-a-key-menu-prompt][Embark wiki]]. Just copy its
 definition from the wiki into your configuration and customize the
 =embark-indicators= user option to exclude the mixed and verbose
 indicators and to include =embark-which-key-indicator=.
 
 ** Selecting commands via completions instead of key bindings
 
 As an alternative to reading the list of actions in the verbose or
 mixed indicators (see the previous section for a description of
 these), you can press the =embark-help-key=, which is =C-h= by default
 (but you may prefer =?= to free up =C-h= for use as a prefix) after
 running =embark-act=. Pressing the help key will prompt you for the name
 of an action with completion (but feel free to enter a command that is
 not among the offered candidates!), and will also remind you of the
 key bindings. You can press =embark-keymap-prompter-key=, which is =@= by
 default, at the prompt and then one of the key bindings to enter the
 name of the corresponding action.
 
 You may think that with the =*Embark Actions*= buffer popping up to
 remind you of the key bindings you'd never want to use completion to
 select an action by name, but personally I find that typing a small
 portion of the action name to narrow down the list of candidates feels
 significantly faster than visually scanning the entire list of actions.
 
 If you find you prefer entering actions that way, you can configure
 embark to always prompt you for actions by setting the variable
 =embark-prompter= to =embark-completing-read-prompter=.
 
 ** Quitting the minibuffer after an action
 
 By default, if you call =embark-act= from the minibuffer it quits the
 minibuffer after performing the action. You can change this by setting
 the user option =embark-quit-after-action= to =nil=. Having =embark-act= /not/
 quit the minibuffer can be useful to turn commands into little "thing
 managers". For example, you can use =find-file= as a little file manager
 or =describe-package= as a little package manager: you can run those
 commands, perform a series of actions, and then quit the command.
 
 If you want to control the quitting behavior in a fine-grained manner
 depending on the action, you can set =embark-quit-after-action= to an
 alist, associating commands to either =t= for quitting or =nil= for not
 quitting. When using an alist, you can use the special key =t= to
 specify the default behavior. For example, to specify that by default
 actions should not quit the minibuffer but that using =kill-buffer= as
 an action should quit, you can use the following configuration:
 
 #+begin_src emacs-lisp
   (setq embark-quit-after-action '((kill-buffer . t) (t . nil)))
 #+end_src
 
 The variable =embark-quit-after-action= only specifies a default, that
 is, it only controls whether or not =embark-act= quits the minibuffer
 when you call it without a prefix argument, and you can select the
 opposite behavior to what the variable says by calling =embark-act= with
 =C-u=. Also note that both the variable =embark-quit-after-action= and =C-u=
 have no effect when you call =embark-act= outside the minibuffer.
 
 If you find yourself using the quitting and non-quitting variants of
 =embark-act= about equally often, independently of the action, you may
 prefer to simply have separate commands for them instead of a single
 command that you call with =C-u= half the time. You could, for example,
 keep the default exiting behavior of =embark-act= and define a
 non-quitting version as follows:
 
 #+begin_src emacs-lisp
   (defun embark-act-noquit ()
     "Run action but don't quit the minibuffer afterwards."
     (interactive)
     (let ((embark-quit-after-action nil))
       (embark-act)))
 #+end_src
 
 ** Running some setup after injecting the target
 
 You can customize what happens after the target is inserted at the
 minibuffer prompt of an action. There are
 =embark-target-injection-hooks=, that are run by default after injecting
 the target into the minibuffer. The variable
 =embark-target-injection-hooks= is an alist associating commands to
 their setup hooks. There are two special keys: if no setup hook is
 specified for a given action, the hook associated to =t= is run; and the
 hook associated to =:always= is run regardless of the action. (This
 variable used to have the less explicit name of
 =embark-setup-action-hooks=, so please update your configuration.)
 
 For example, consider using =shell-command= as an action during file
 completion. It would be useful to insert a space before the target
 file name and to leave the point at the beginning, so you can
 immediately type the shell command to run on that file. That's why in
 Embark's default configuration there is an entry in
 =embark-target-injection-hooks= associating =shell-command= to a hook that
 includes =embark--shell-prep=, a simple helper function that quotes all
 the spaces in the file name, inserts an extra space at the beginning
 of the line and leaves point to the left of it.
 
 Now, the preparation that =embark--shell-prep= does would be useless if
 Embark did what it normally does after it inserts the target of the
 action at the minibuffer prompt, which is to "press =RET=" for you,
 accepting the target as is; if Embark did that for =shell-command= you
 wouldn't get a chance to type in the command to execute! That is why
 in Embark's default configuration the entry for =shell-command= in
 =embark-target-injection-hooks= also contains the function
 =embark--allow-edit=.
 
 Embark used to have a dedicated variable =embark-allow-edit-actions= to
 which you could add commands for which Embark should forgo pressing
 =RET= for you after inserting the target. Since its effect can also be
 achieved via the general =embark-target-injection-hooks= mechanism, that
 variable has been removed to simplify Embark. Be sure to update your
 configuration; if you had something like:
 
 #+begin_src emacs-lisp
   (add-to-list 'embark-allow-edit-actions 'my-command)
 #+end_src
 
 you should replace it with:
 
 #+begin_src emacs-lisp
   (push 'embark--allow-edit
         (alist-get 'my-command embark-target-injection-hooks))
 #+end_src
 
 
 Also note that while you could abuse =embark--allow-edit= so that you
 have to confirm "dangerous" actions such as =delete-file=, it is better
 to implement confirmation by adding the =embark--confirm= function to
 the appropriate entry of a different hook alist, namely,
 =embark-pre-action-hooks=.
 
 Besides =embark--allow-edit=, Embark comes with another function that is
 of general utility in action setup hooks: =embark--ignore-target=. Use
 it for commands that do prompt you in the minibuffer but for which
 inserting the target would be inappropriate. This is not a common
 situation but does occasionally arise. For example it is used by
 default for =shell-command-on-region=: that command is used as an action
 for region targets, and it prompts you for a shell command; you
 typically do /not/ want the target, that is the contents of the region,
 to be entered at that prompt!
 
 ** Running hooks before, after or around an action
 
 Embark has three variables, =embark-pre-action-hooks=,
 =embark-post-action-hooks= and =embark-around-action-hooks=, which are
 alists associating commands to hooks that should run before or after
 or as around advice for the command when used as an action. As with
 =embark-target-injection-hooks=, there are two special keys for the
 alists: =t= designates the default hook to run when no specific hook is
 specified for a command; and the hook associated to =:always= runs
 regardless.
 
 The default values of those variables are fairly extensive, adding
 creature comforts to make running actions a smooth experience. Embark
 comes with several functions intended to be added to these hooks, and
 used in the default values of =embark-pre-action-hooks=,
 =embark-post-action-hooks= and =embark-around-action-hooks=.
 
 For pre-action hooks:
 
 - =embark--confirm= :: Prompt the user for confirmation before executing
   the action. This is used be default for commands deemed "dangerous",
   or, more accurately, hard to undo, such as =delete-file= and
   =kill-buffer=.
 
 - =embark--unmark-target= :: Unmark the active region. Use this for
   commands you want to act on the region contents but without the
   region being active. The default configuration uses this function as
   a pre-action hook for =occur= and =query-replace=, for example, so that
   you can use them as actions with region targets to search the whole
   buffer for the text contained in the region. Without this pre-action
   hook using =occur= as an action for a region target would be
   pointless: it would search for the the region contents /in the
   region/, (typically, due to the details of regexps) finding only one
   match!
 
 - =embark--beginning-of-target= :: Move to the beginning of the target
   (for targets that report bounds). This is used by default for
   backward motion commands such as =backward-sexp=, so that they don't
   accidentally leave you on the current target.
 
 - =embark--end-of-target= :: Move to the end of the target. This is used
   similarly to the previous function, but also for commands that act
   on the last s-expression like =eval-last-sexp=. This allow you to act
   on an s-expression from anywhere inside it and still use
   =eval-last-sexp= as an action.
 
 - =embark--xref-push-markers= :: Push the current location on the xref
   marker stack. Use this for commands that take you somewhere and for
   which you'd like to be able to come back to where you were using
   =xref-pop-marker-stack=. This is used by default for =find-library=.
 
 For post-action hooks:
 
 - =embark--restart= :: Restart the command currently prompting in the
   minibuffer, so that the list of completion candidates is updated.
   This is useful as a post action hook for commands that delete or
   rename a completion candidate; for example the default value of
   =embark-post-action-hooks= uses it for =delete-file=, =kill-buffer=,
   =rename-file=, =rename-buffer=, etc.
 
 For around-action hooks:
 
 - =embark--mark-target= :: Save existing mark and point location, mark
   the target and run the action. Most targets at point outside the
   minibuffer report which region of the buffer they correspond to
   (this is the information used by =embark-highlight-indicator= to
   know what portion of the buffer to highlight); this function marks
   that region. It is useful as an around action hook for commands that
   expect a region to be marked, for example, it is used by default for
   =indent-region= so that it works on s-expression targets, or for
   =fill-region= so that it works on paragraph targets.
 
 - =embark--cd= :: Run the action with =default-directory= set to the
   directory associated to the current target. The target should be of
   type =file=, =buffer=, =bookmark= or =library=, and the associated directory
   is what you'd expect in each case.
 
 - =embark--narrow-to-target= :: Run the action with buffer narrowed to
   current target. Use this as an around hook to localize the effect of
   actions that don't already work on just the region. In the default
   configuration it is used for =repunctuate-sentences=.
 
 - =embark--save-excursion= :: Run the action restoring point at the end.
   The current default configuration doesn't use this but it is
   available for users.
 
 ** Creating your own keymaps
 
 All internal keymaps are defined with the standard helper macro
 =defvar-keymap=. For example a simple version of the file action keymap
 could be defined as follows:
 
 #+BEGIN_SRC emacs-lisp
   (defvar-keymap embark-file-map
     :doc "Example keymap with a few file actions"
     :parent embark-general-map
     "d" #'delete-file
     "r" #'rename-file
     "c" #'copy-file)
 #+END_SRC
 
 These action keymaps are perfectly normal Emacs
 keymaps.  You may want to inherit from the =embark-general-map= if you
 want to access the default Embark actions. Note that =embark-collect=
 and =embark-export= are also made available via =embark-general-map=.
 
 ** Defining actions for new categories of targets
 
 It is easy to configure Embark to provide actions for new types of
 targets, either in the minibuffer or outside it. I present below two
 very detailed examples of how to do this. At several points I'll
 explain more than one way to proceed, typically with the easiest
 option first. I include the alternative options since there will be
 similar situations where the easiest option is not available.
 
 *** New minibuffer target example - tab-bar tabs
 
 As an example, take the new [[https://www.gnu.org/software/emacs/manual/html_node/emacs/Tab-Bars.html][tab bars]] from Emacs 27. I'll explain how
 to configure Embark to offer tab-specific actions when you use the
 tab-bar-mode commands that mention tabs by name. The configuration
 explained here is now built-in to Embark (and Marginalia), but it's
 still a good self-contained example. In order to setup up tab actions
 you would need to: (1) make sure Embark knows those commands deal with
 tabs, (2) define a keymap for tab actions and configure Embark so it
 knows that's the keymap you want.
 
 **** Telling Embark about commands that prompt for tabs by name
 
 For step (1), it would be great if the =tab-bar-mode= commands reported
 the completion category =tab= when asking you for a tab with
 completion. (All built-in Emacs commands that prompt for file names,
 for example, do have metadata indicating that they want a =file=.) They
 do not, unfortunately, and I will describe a couple of ways to deal
 with this.
 
 Maybe the easiest thing is to configure [[https://github.com/minad/marginalia][Marginalia]] to enhance those
 commands. All of the =tab-bar-*-tab-by-name= commands have the words
 "tab by name" in the minibuffer prompt, so you can use:
 
 #+begin_src emacs-lisp
   (add-to-list 'marginalia-prompt-categories '("tab by name" . tab))
 #+end_src
 
 That's it! But in case you are ever in a situation where you don't
 already have commands that prompt for the targets you want, I'll
 describe how writing your own command with appropriate =category=
 metadata looks:
 
 #+begin_src emacs-lisp
   (defun my-select-tab-by-name (tab)
     (interactive
      (list
       (let ((tab-list (or (mapcar (lambda (tab) (cdr (assq 'name tab)))
                                   (tab-bar-tabs))
                           (user-error "No tabs found"))))
         (completing-read
          "Tabs: "
          (lambda (string predicate action)
            (if (eq action 'metadata)
                '(metadata (category . tab))
              (complete-with-action
               action tab-list string predicate)))))))
     (tab-bar-select-tab-by-name tab))
 #+end_src
 
 As you can see, the built-in support for setting the category
 meta-datum is not very easy to use or pretty to look at. To help with
 this I recommend the =consult--read= function from the excellent
 [[https://github.com/minad/consult/][Consult]] package. With that function we can rewrite the command as
 follows:
 
 #+begin_src emacs-lisp
   (defun my-select-tab-by-name (tab)
     (interactive
      (list
       (let ((tab-list (or (mapcar (lambda (tab) (cdr (assq 'name tab)))
                                   (tab-bar-tabs))
                           (user-error "No tabs found"))))
         (consult--read tab-list
                        :prompt "Tabs: "
                        :category 'tab))))
     (tab-bar-select-tab-by-name tab))
 #+end_src
 
 Much nicer! No matter how you define the =my-select-tab-by-name=
 command, the first approach with Marginalia and prompt detection has
 the following advantages: you get the =tab= category for all the
 =tab-bar-*-bar-by-name= commands at once, also, you enhance built-in
 commands, instead of defining new ones.
 
 **** Defining and configuring a keymap for tab actions
 
  Let's say we want to offer select, rename and close actions for tabs
  (in addition to Embark general actions, such as saving the tab name to
  the kill-ring, which you get for free). Then this will do:
 
  #+begin_src emacs-lisp
    (defvar-keymap embark-tab-actions
      :doc "Keymap for actions for tab-bar tabs (when mentioned by name)."
      :parent embark-general-map
      "s" #'tab-bar-select-tab-by-name
      "r" #'tab-bar-rename-tab-by-name
      "k" #'tab-bar-close-tab-by-name)
 
    (add-to-list 'embark-keymap-alist '(tab . embark-tab-actions))
  #+end_src
 
  What if after using this for a while you feel closing the tab
  without confirmation is dangerous? You have a couple of options:
 
  1. You can keep using the =tab-bar-close-tab-by-name= command, but have
     Embark ask you for confirmation:
     #+begin_src emacs-lisp
       (push #'embark--confirm
             (alist-get 'tab-bar-close-tab-by-name
                        embark-pre-action-hooks))
     #+end_src
 
  2. You can write your own command that prompts for confirmation and
     use that instead of =tab-bar-close-tab-by-name= in the above keymap:
     #+begin_src emacs-lisp
       (defun my-confirm-close-tab-by-name (tab)
         (interactive "sTab to close: ")
         (when (y-or-n-p (format "Close tab '%s'? " tab))
           (tab-bar-close-tab-by-name tab)))
     #+end_src
 
     Notice that this is a command you can also use directly from =M-x=
     independently of Embark. Using it from =M-x= leaves something to be
     desired, though, since you don't get completion for the tab names.
     You can fix this if you wish as described in the previous section.
 
 *** New target example in regular buffers - short Wikipedia links
 
 Say you want to teach Embark to treat text of the form
 =wikipedia:Garry_Kasparov= in any regular buffer as a link to Wikipedia,
 with actions to open the Wikipedia page in eww or an external browser
 or to save the URL of the page in the kill-ring. We can take advantage
 of the actions that Embark has preconfigured for URLs, so all we need
 to do is teach Embark that =wikipedia:Garry_Kasparov= stands for the URL
 =https://en.wikipedia.org/wiki/Garry_Kasparov=.
 
 You can be as fancy as you want with the recognized syntax. Here, to
 keep the example simple, I'll assume the link matches the regexp
 =wikipedia:[[:alnum:]_]+=. We will write a function that looks for a
 match surrounding point, and returns a dotted list of the form ='(url
 URL-OF-THE-PAGE START . END)= where =START= and =END= are the buffer
 positions bounding the target, and are used by Embark to highlight it
 if you have =embark-highlight-indicator= included in the list
 =embark-indicators=. (There are a couple of other options for the return
 value of a target finder: the bounding positions are optional and a
 single target finder is allowed to return multiple targets; see the
 documentation for =embark-target-finders= for details.)
 
 #+begin_src emacs-lisp
   (defun my-short-wikipedia-link ()
     "Target a link at point of the form wikipedia:Page_Name."
     (save-excursion
       (let* ((start (progn (skip-chars-backward "[:alnum:]_:") (point)))
              (end (progn (skip-chars-forward "[:alnum:]_:") (point)))
              (str (buffer-substring-no-properties start end)))
         (save-match-data
           (when (string-match "wikipedia:\\([[:alnum:]_]+\\)" str)
             `(url
               ,(format "https://en.wikipedia.org/wiki/%s"
                        (match-string 1 str))
               ,start . ,end))))))
 
   (add-to-list 'embark-target-finders 'my-short-wikipedia-link)
 #+end_src
 
 * How does Embark call the actions?
 
   Embark actions are normal Emacs commands, that is, functions with an
   interactive specification. In order to execute an action, Embark
   calls the command with =call-interactively=, so the command reads user
   input exactly as if run directly by the user. For example the
   command may open a minibuffer and read a string
   (=read-from-minibuffer=) or open a completion interface
   (=completing-read=). If this happens, Embark takes the target string
   and inserts it automatically into the minibuffer, simulating user
   input this way. After inserting the string, Embark exits the
   minibuffer, submitting the input. (The immediate minibuffer exit can
   be disabled for specific actions in order to allow editing the
   input; this is done by adding the =embark--allow-edit= function to the
   appropriate entry of =embark-target-injection-hooks=). Embark inserts
   the target string at the first minibuffer opened by the action
   command, and if the command happens to prompt the user for input
   more than once, the user still interacts with the second and further
   prompts in the normal fashion. Note that if a command does not
   prompt the user for input in the minibuffer, Embark still allows you
   to use it as an action, but of course, never inserts the target
   anywhere. (There are plenty of examples in the default configuration
   of commands that do not prompt the user bound to keys in the action
   maps, most of the region actions, for instance.)
 
   This is how Embark manages to reuse normal commands as actions. The
   mechanism allows you to use as Embark actions commands that were not
   written with Embark in mind (and indeed almost all actions that are
   bound by default in Embark's action keymaps are standard Emacs
   commands). It also allows you to write new custom actions in such a
   way that they are useful even without Embark.
 
   Staring from version 28.1, Emacs has a variable
   =y-or-n-p-use-read-key=, which when set to =t= causes =y-or-n-p= to use
   =read-key= instead of =read-from-minibuffer=. Setting
   =y-or-n-p-use-read-key= to =t= is recommended for Embark users because
   it keeps Embark from attempting to insert the target at a =y-or-n-p=
   prompt, which would almost never be sensible. Also consider this as
   a warning to structure your own action commands so that if they use
   =y-or-n-p=, they do so only after the prompting for the target.
 
   Here is a simple example illustrating the various ways of reading
   input from the user mentioned above. Bind the following commands to
   the =embark-symbol-map= to be used as actions, then put the point on
   some symbol and run them with =embark-act=:
 
   #+begin_src emacs-lisp
     (defun example-action-command1 ()
       (interactive)
       (message "The input was `%s'." (read-from-minibuffer "Input: ")))
 
     (defun example-action-command2 (arg input1 input2)
       (interactive "P\nsInput 1: \nsInput 2: ")
       (message "The first input %swas `%s', and the second was `%s'."
                (if arg "truly " "")
                input1
                input2))
 
     (defun example-action-command3 ()
       (interactive)
       (message "Your selection was `%s'."
                (completing-read "Select: " '("E" "M" "B" "A" "R" "K"))))
 
     (defun example-action-command4 ()
       (interactive)
       (message "I don't prompt you for input and thus ignore the target!"))
 
     (keymap-set embark-symbol-map "X 1" #'example-action-command1)
     (keymap-set embark-symbol-map "X 2" #'example-action-command2)
     (keymap-set embark-symbol-map "X 3" #'example-action-command3)
     (keymap-set embark-symbol-map "X 4" #'example-action-command4)
   #+end_src
 
   Also note that if you are using the key bindings to call actions,
   you can pass prefix arguments to actions in the normal way. For
   example, you can use =C-u X2= with the above demonstration actions to
   make the message printed by =example-action-command2= more emphatic.
   This ability to pass prefix arguments to actions is useful for some
   actions in the default configuration, such as
   =embark-shell-command-on-buffer=.
 
 ** Non-interactive functions as actions
 
   Alternatively, Embark does support one other type of action: a
   non-interactive function of a single argument. The target is passed
   as argument to the function. For example:
 
   #+begin_src emacs-lisp
     (defun example-action-function (target)
       (message "The target was `%s'." target))
 
     (keymap-set embark-symbol-map "X 4" #'example-action-function)
   #+end_src
 
   Note that normally binding non-interactive functions in a keymap is
   useless, since when attempting to run them using the key binding you
   get an error message similar to "Wrong type argument: commandp,
   example-action-function". In general it is more flexible to write
   any new Embark actions as commands, that is, as interactive
   functions, because that way you can also run them directly, without
   Embark. But there are a couple of reasons to use non-interactive
   functions as actions:
 
   1. You may already have the function lying around, and it is
      convenient to simply reuse it.
 
   2. For command actions the targets can only be simple string, with
      no text properties. For certain advanced uses you may want the
      action to receive a string /with/ some text properties, or even a
      non-string target.
 
 * Embark, Marginalia and Consult
 
 Embark cooperates well with the [[https://github.com/minad/marginalia][Marginalia]] and [[https://github.com/minad/consult][Consult]] packages.
 Neither of those packages is a dependency of Embark, but both are
 highly recommended companions to Embark, for opposite reasons:
 Marginalia greatly enhances Embark's usefulness, while Embark can help
 enhance Consult.
 
 In the remainder of this section I'll explain what exactly Marginalia
 does for Embark, and what Embark can do for Consult.
 
 ** Marginalia
 
 Embark comes with actions for symbols (commands, functions, variables
 with actions such as finding the definition, looking up the
 documentation, evaluating, etc.) in the =embark-symbol-map= keymap, and
 for packages (actions like install, delete, browse url, etc.) in the
 =embark-package-keymap=.
 
 Unfortunately Embark does not automatically offers you these keymaps
 when relevant, because many built-in Emacs commands don't report
 accurate category metadata. For example, a command like
 =describe-package=, which reads a package name from the minibuffer,
 does not have metadata indicating this fact.
 
 In an earlier Embark version, there were functions to supply this
 missing metadata, but they have been moved to Marginalia, which
 augments many Emacs command to report accurate category metadata.
 Simply activating =marginalia-mode= allows Embark to offer you the
 package and symbol actions when appropriate again. Candidate
 annotations in the Embark collect buffer are also provided by the
 Marginalia package:
 
 - If you install Marginalia and activate =marginalia-mode=, Embark
   Collect buffers will use the Marginalia annotations automatically.
 
 - If you don't install Marginalia, you will see only the annotations
   that come with Emacs (such as key bindings in =M-x=, or the unicode
   characters in =C-x 8 RET=).
 
 ** Consult
 
 The excellent Consult package provides many commands that use
 minibuffer completion, via the =completing-read= function; plenty of its
 commands can be considered enhanced versions of built-in Emacs
 commands, and some are completely new functionality. One common
 enhancement provided in all commands for which it makes sense is
 preview functionality, for example =consult-buffer= will show you a
 quick preview of a buffer before you actually switch to it.
 
 If you use both Consult and Embark you should install the
 =embark-consult= package which provides integration between the two. It
 provides exporters for several Consult commands and also tweaks the
 behavior of many Consult commands when used as actions with =embark-act=
 in subtle ways that you may not even notice, but make for a smoother
 experience. You need only install it to get these benefits: Embark
 will automatically load it after Consult if found.
 
 The =embark-consult= package provides the following exporters:
 
 - You can use =embark-export= from =consult-line=, =consult-outline=, or
   =consult-mark= to obtain an =occur-mode= buffer. As with the built-in
   =occur= command you use that buffer to jump to a match and after that,
   you can then use =next-error= and =previous-error= to navigate to other
   matches. You can also press =e= to activate =occur-edit-mode= and edit
   the matches in place!
 
 - You can export from any of the Consult asynchronous search commands,
   =consult-grep=, =consult-git-grep=, or =consult-ripgrep= to get a
   =grep-mode= buffer. Here too you can use =next-error= and =previous-error=
   to navigate among matches, and, if you install the [[http://github.com/mhayashi1120/Emacs-wgrep/raw/master/wgrep.el ][wgrep]] package,
   you can use it to edit the matches in place.
 
 In both cases, pressing =g= will rerun the Consult command you had
 exported from and re-enter the input you had typed (which is similar
 to reverting but a little more flexible). You can then proceed to
 re-export if that's what you want, but you can also edit the input
 changing the search terms or simply cancel if you see you are done
 with that search.
 
 The =embark-consult= also contains some candidates collectors that allow
 you to run =embark-live= to get a live-updating table of contents for
 your buffer:
 
 - =embark-consult-outline-candidates= produces the outline headings of
   the current buffer, using =consult-outline=.
 - =embark-consult-imenu-candidates= produces the imenu items of
   the current buffer, using =consult-imenu=.
 - =embark-consult-imenu-or-outline-candidates= is a simple combination
   of the two previous functions: it produces imenu items in buffers
   deriving from =prog-mode= and otherwise outline headings.
 
 The way to configure =embark-live= (or =embark-collect= and =embark-export=
 for that matter) to use one of these function is to add it at the end
 of the =embark-candidate-collectors= list. The =embark-consult= package by
 default adds the last one, which seems to be the most sensible
 default.
 
 Besides those exporters and candidate collectors, the =embark-consult=
 package provides many subtle tweaks and small integrations between
 Embark and Consult. Some examples are:
 
 - When used as actions, the asynchronous search commands will search
   only the files associated to the targets: if the targets /are/ files,
   it searches those files; for buffers it will search either the
   associated file if there is one, else all files in the buffer's
   =default-directory=; for bookmarks it will search the file they point
   to, same for Emacs Lisp libraries. This is particularly powerful
   when using =embark-act-all= to act on multiple files at once, for
   example you can use =consult-find= to search among file /names/ and then
   =embark-act-all= and =consult-grep= to search within the matching files.
 
  - For all other target types, those that do not have a sensible
    notion of associated file, a Consult search command (asynchronous
    or not) will search for the text of the target but leave the
    minibuffer open so you can interact with the Consult command.
 
 - =consult-imenu= will search for the target and take you directly to
   the location if it matches a unique imenu entry, otherwise it will
   leave the minibuffer open so you can navigate among the matches.
 
 * Related Packages
 
 There are several packages that offer functionality similar
 to Embark's. 
 
 - Acting on minibuffer completion candidates :: The popular Ivy and
   Helm packages have support for acting on the completion candidates
   of commands written using their APIs, and there is an extensive
   ecosystem of packages meant for Helm and for Ivy (the Ivy ones
   usually have "counsel" in the name) providing commands and
   appropriate actions.
 - Acting on things at point :: The built-in =context-menu-mode= provides
   a mouse-driven context-sensitive configurable menu. The =do-at-point=
   package by Philip Kaludercic (available on GNU ELPA), on the other
   hand is keyboard-driven.
 - Collecting completion candidates into a buffer :: The Ivy package
   has the command =ivy-occur= which is similar to =embark-collect=. As
   with Ivy actions, =ivy-occur= only works for commands written using
   the Ivy API.
   
 * Resources
 
 If you want to learn more about how others have used Embark here are
 some links to read:
 
 - [[https://karthinks.com/software/fifteen-ways-to-use-embark/][Fifteen ways to use Embark]], a blog post by Karthik Chikmagalur.
 - [[https://protesilaos.com/dotemacs/][Protesilaos Stavrou's dotemacs]], look for the section called
   "Extended minibuffer actions and more (embark.el and
   prot-embark.el)"
 
 And some videos to watch:
 
 - [[https://protesilaos.com/codelog/2021-01-09-emacs-embark-extras/][Embark and my extras]] by Protesilaos Stavrou.
 - [[https://youtu.be/qpoQiiinCtY][Embark -- Key features and tweaks]] by Raoul Comninos on the
   Emacs-Elements YouTube channel.
 - [[https://youtu.be/WsxXr1ncukY][Livestreamed: Adding an Embark context action to send a stream
   message]] by Sacha Chua.
 - [[https://youtu.be/qk2Is_sC8Lk][System Crafters Live! - The Many Uses of Embark]] by David Wilson.
 - [[https://youtu.be/5ffb2at2d7w][Using Emacs Episode 80 - Vertico, Marginalia, Consult and Embark]] by
   Mike Zamansky.
 
 * Contributions
 
 Contributions to Embark are very welcome. There is a [[https://github.com/oantolin/embark/issues/95][wish list]] for
 actions, target finders, candidate collectors and exporters. For other
 ideas you have for Embark, feel free to open an issue on the [[https://github.com/oantolin/embark/issues][issue
 tracker]]. Any neat configuration tricks you find might be a good fit
 for the [[https://github.com/oantolin/embark/wiki][wiki]].
 
 Code contributions are very welcome too, but since Embark is now on
 GNU ELPA, copyright assignment to the FSF is required before you can
 contribute code.
 
 * Acknowledgments
 
 While I, Omar Antolín Camarena, have written most of the Embark code
 and remain very stubborn about some of the design decisions, Embark
 has received substantial help from a number of other people which this
 document has neglected to mention for far too long. In particular,
 Daniel Mendler has been absolutely invaluable, implementing several
 important features, and providing a lot of useful advice.
 
 Code contributions:
 
 - [[https://github.com/minad][Daniel Mendler]]
 - [[https://github.com/clemera/][Clemens Radermacher]]
 - [[https://codeberg.org/jao/][José Antonio Ortega Ruiz]]
 - [[https://github.com/iyefrat][Itai Y. Efrat]]
 - [[https://github.com/a13][a13]]
 - [[https://github.com/jakanakaevangeli][jakanakaevangeli]]
 - [[https://github.com/mihakam][mihakam]]
 - [[https://github.com/leungbk][Brian Leung]]
 - [[https://github.com/karthink][Karthik Chikmagalur]]
 - [[https://github.com/roshanshariff][Roshan Shariff]]
 - [[https://github.com/condy0919][condy0919]]
 - [[https://github.com/DamienCassou][Damien Cassou]]
 - [[https://github.com/JimDBh][JimDBh]]
 
 Advice and useful discussions:
 
 - [[https://github.com/minad][Daniel Mendler]]
 - [[https://gitlab.com/protesilaos/][Protesilaos Stavrou]]
 - [[https://github.com/clemera/][Clemens Radermacher]]
 - [[https://github.com/hmelman/][Howard Melman]]
 - [[https://github.com/astoff][Augusto Stoffel]]
 - [[https://github.com/bdarcus][Bruce d'Arcus]]
 - [[https://github.com/jdtsmith][JD Smith]]
 - [[https://github.com/karthink][Karthik Chikmagalur]]
 - [[https://github.com/jakanakaevangeli][jakanakaevangeli]]
 - [[https://github.com/iyefrat][Itai Y. Efrat]]
 - [[https://github.com/mohkale][Mohsin Kaleem]]