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diff --git a/configs/shared/emacs/.emacs.d/elpa/ivy-20180911.1701/ivy.info b/configs/shared/emacs/.emacs.d/elpa/ivy-20180911.1701/ivy.info deleted file mode 100644 index d71a24837658..000000000000 --- a/configs/shared/emacs/.emacs.d/elpa/ivy-20180911.1701/ivy.info +++ /dev/null @@ -1,1885 +0,0 @@ -This is ivy.info, produced by makeinfo version 6.5 from ivy.texi. - -Ivy manual, version 0.8.0 - - Ivy is an interactive interface for completion in Emacs. Emacs uses -completion mechanism in a variety of contexts: code, menus, commands, -variables, functions, etc. Completion entails listing, sorting, -filtering, previewing, and applying actions on selected items. When -active, ‘ivy-mode’ completes the selection process by narrowing -available choices while previewing in the minibuffer. Selecting the -final candidate is either through simple keyboard character inputs or -through powerful regular expressions. - - Copyright (C) 2015-2018 Free Software Foundation, Inc. - - Permission is granted to copy, distribute and/or modify this - document under the terms of the GNU Free Documentation License, - Version 1.3 or any later version published by the Free Software - Foundation; with no Invariant Sections, with the Front-Cover Texts - being “A GNU Manual,” and with the Back-Cover Texts as in (a) - below. A copy of the license is included in the section entitled - “GNU Free Documentation License.” - - (a) The FSF’s Back-Cover Text is: “You have the freedom to copy and - modify this GNU manual.” -INFO-DIR-SECTION Emacs -START-INFO-DIR-ENTRY -* Ivy: (ivy). Using Ivy for completion. -END-INFO-DIR-ENTRY - - -File: ivy.info, Node: Top, Next: Introduction, Up: (dir) - -Ivy User Manual -*************** - -* Menu: - -* Introduction:: -* Installation:: -* Getting started:: -* Key bindings:: -* Completion Styles:: -* Customization:: -* Commands:: -* API:: -* Variable Index:: -* Keystroke Index:: - -— The Detailed Node Listing — - -Installation - -* Installing from Emacs Package Manager:: -* Installing from the Git repository:: - -Getting started - -* Basic customization:: - -Key bindings - -* Global key bindings:: -* Minibuffer key bindings:: - -Minibuffer key bindings - -* Key bindings for navigation:: -* Key bindings for single selection, action, then exit minibuffer: Key bindings for single selection action then exit minibuffer. -* Key bindings for multiple selections and actions, keep minibuffer open: Key bindings for multiple selections and actions keep minibuffer open. -* Key bindings that alter the minibuffer input:: -* Other key bindings:: -* Hydra in the minibuffer:: -* Saving the current completion session to a buffer:: - -Completion Styles - -* ivy--regex-plus:: -* ivy--regex-ignore-order:: -* ivy--regex-fuzzy:: - -Customization - -* Faces:: -* Defcustoms:: -* Actions:: -* Packages:: - -Actions - -* What are actions?:: -* How can different actions be called?:: -* How to modify the actions list?:: -* Example - add two actions to each command:: -* Example - define a new command with several actions:: - -Example - add two actions to each command - -* How to undo adding the two actions:: -* How to add actions to a specific command:: - -Example - define a new command with several actions - -* Test the above function with ivy-occur:: - -Commands - -* File Name Completion:: -* Buffer Name Completion:: -* Counsel commands:: - -File Name Completion - -* Using TRAMP:: - -API - -* Required arguments for ivy-read:: -* Optional arguments for ivy-read:: -* Example - counsel-describe-function:: -* Example - counsel-locate:: -* Example - ivy-read-with-extra-properties:: - - - -File: ivy.info, Node: Introduction, Next: Installation, Prev: Top, Up: Top - -1 Introduction -************** - -Ivy is for quick and easy selection from a list. When Emacs prompts for -a string from a list of several possible choices, Ivy springs into -action to assist in narrowing and picking the right string from a vast -number of choices. - - Ivy strives for minimalism, simplicity, customizability and -discoverability. - -Minimalism -.......... - - Uncluttered minibuffer is minimalism. Ivy shows the completion - defaults, the number of matches, and 10 candidate matches below the - input line. Customize ‘ivy-height’ to adjust the number of - candidate matches displayed in the minibuffer. - -Simplicity -.......... - - Simplicity is about Ivy’s behavior in the minibuffer. It is also - about the code interface to extend Ivy’s functionality. The - minibuffer area behaves as close to ‘fundamental-mode’ as possible. - ‘SPC’ inserts a space, for example, instead of being bound to the - more complex ‘minibuffer-complete-word’. Ivy’s code uses - easy-to-examine global variables; avoids needless complications - with branch-introducing custom macros. - -Customizability -............... - - Customizability is about being able to use different methods and - interfaces of completion to tailor the selection process. For - example, adding a custom display function that points to a selected - candidate with ‘>’, instead of highlighting the selected candidate - with the ‘ivy-current-match’ face (see ‘ivy-format-function’). Or - take the customization of actions, say after the candidate function - is selected. ‘RET’ uses ‘counsel-describe-function’ to describe - the function, whereas ‘M-o d’ jumps to that function’s definition - in the code. The ‘M-o’ prefix can be uniformly used with - characters like ‘d’ to group similar actions. - -Discoverability -............... - - Ivy displays easily discoverable commands through the hydra - facility. ‘C-o’ in the minibuffer displays a hydra menu. It opens - up within an expanded minibuffer area. Each menu item comes with - short documentation strings and highlighted one-key completions. - So discovering even seldom used keys is simply a matter of ‘C-o’ in - the minibuffer while in the midst of the Ivy interaction. This - discoverability minimizes exiting Ivy interface for documentation - look-ups. - - -File: ivy.info, Node: Installation, Next: Getting started, Prev: Introduction, Up: Top - -2 Installation -************** - -Install Ivy automatically through Emacs’s package manager, or manually -from Ivy’s development repository. - - Emacs 24.3 is the oldest version to run Ivy. Emacs 24.4 is the -oldest version that runs Ivy with fancy faces display. - -* Menu: - -* Installing from Emacs Package Manager:: -* Installing from the Git repository:: - - -File: ivy.info, Node: Installing from Emacs Package Manager, Next: Installing from the Git repository, Up: Installation - -2.1 Installing from Emacs Package Manager -========================================= - -‘M-x’ ‘package-install’ ‘RET’ ‘ivy’ ‘RET’ - - Ivy is installed as part of ‘ivy’ package, which is available from -two different package archives, GNU ELPA and MELPA. For the latest -stable version, use the GNU ELPA archives using the above M-x command. - - For current hourly builds, use the MELPA archives. In MELPA, Ivy is -split into three packages: ‘ivy’, ‘swiper’ and ‘counsel’; you can simply -install ‘counsel’ which will bring in the other two as dependencies. -See the code below for adding MELPA to the list of package archives: - - (require 'package) - (add-to-list 'package-archives - '("melpa" . "http://melpa.org/packages/")) - - After this do ‘M-x’ ‘package-refresh-contents’ ‘RET’, followed by -‘M-x’ ‘package-install’ ‘RET’ ‘counsel’ ‘RET’. - - For package manager details, see *note (emacs)Packages::. - - -File: ivy.info, Node: Installing from the Git repository, Prev: Installing from Emacs Package Manager, Up: Installation - -2.2 Installing from the Git repository -====================================== - -Why install from Git? -..................... - - • No need to wait for MELPA’s hourly builds - • Easy to revert to previous versions - • Contribute to Ivy’s development; send patches; pull requests - -Configuration steps -................... - - First clone the Swiper repository with: - - cd ~/git && git clone https://github.com/abo-abo/swiper - cd swiper && make compile - - Second, add these lines to the Emacs init file: - - (add-to-list 'load-path "~/git/swiper/") - (require 'ivy) - - Then, update the code with: - - git pull - make - - -File: ivy.info, Node: Getting started, Next: Key bindings, Prev: Installation, Up: Top - -3 Getting started -***************** - -First enable Ivy completion everywhere: - - (ivy-mode 1) - - Note: ‘ivy-mode’ can be toggled on and off with ‘M-x’ ‘ivy-mode’. - -* Menu: - -* Basic customization:: - - -File: ivy.info, Node: Basic customization, Up: Getting started - -3.1 Basic customization -======================= - -Here are some basic settings particularly useful for new Ivy users: - - (setq ivy-use-virtual-buffers t) - (setq ivy-count-format "(%d/%d) ") - - If you want, you can go without any customizations at all. The above -settings are the most bang for the buck in terms of customization. So -users that typically don’t like customize a lot are advised to look at -these settings first. - - For more advanced customizations, refer to ‘M-x describe-variable’ -documentation. - - -File: ivy.info, Node: Key bindings, Next: Completion Styles, Prev: Getting started, Up: Top - -4 Key bindings -************** - -* Menu: - -* Global key bindings:: -* Minibuffer key bindings:: - - -File: ivy.info, Node: Global key bindings, Next: Minibuffer key bindings, Up: Key bindings - -4.1 Global key bindings -======================= - -The recommended key bindings are: - -Ivy-based interface to standard commands -........................................ - - (global-set-key (kbd "C-s") 'swiper) - (global-set-key (kbd "M-x") 'counsel-M-x) - (global-set-key (kbd "C-x C-f") 'counsel-find-file) - (global-set-key (kbd "<f1> f") 'counsel-describe-function) - (global-set-key (kbd "<f1> v") 'counsel-describe-variable) - (global-set-key (kbd "<f1> l") 'counsel-find-library) - (global-set-key (kbd "<f2> i") 'counsel-info-lookup-symbol) - (global-set-key (kbd "<f2> u") 'counsel-unicode-char) - -Ivy-based interface to shell and system tools -............................................. - - (global-set-key (kbd "C-c g") 'counsel-git) - (global-set-key (kbd "C-c j") 'counsel-git-grep) - (global-set-key (kbd "C-c k") 'counsel-ag) - (global-set-key (kbd "C-x l") 'counsel-locate) - (global-set-key (kbd "C-S-o") 'counsel-rhythmbox) - -Ivy-resume and other commands -............................. - - ‘ivy-resume’ resumes the last Ivy-based completion. - - (global-set-key (kbd "C-c C-r") 'ivy-resume) - - -File: ivy.info, Node: Minibuffer key bindings, Prev: Global key bindings, Up: Key bindings - -4.2 Minibuffer key bindings -=========================== - -Ivy includes several minibuffer bindings, which are defined in the -‘ivy-minibuffer-map’ keymap variable. The most frequently used ones are -described here. - - ‘swiper’ or ‘counsel-M-x’ add more key bindings through the ‘keymap’ -argument to ‘ivy-read’. These keys, also active in the minibuffer, are -described under their respective commands. - - A key feature of ‘ivy-minibuffer-map’ is its full editing capability -where the familiar ‘C-a’, ‘C-f’, ‘M-d’, ‘M-DEL’, ‘M-b’, ‘M-w’, ‘C-k’, -‘C-y’ key bindings work the same as in ‘fundamental-mode’. - -* Menu: - -* Key bindings for navigation:: -* Key bindings for single selection, action, then exit minibuffer: Key bindings for single selection action then exit minibuffer. -* Key bindings for multiple selections and actions, keep minibuffer open: Key bindings for multiple selections and actions keep minibuffer open. -* Key bindings that alter the minibuffer input:: -* Other key bindings:: -* Hydra in the minibuffer:: -* Saving the current completion session to a buffer:: - - -File: ivy.info, Node: Key bindings for navigation, Next: Key bindings for single selection action then exit minibuffer, Up: Minibuffer key bindings - -4.2.1 Key bindings for navigation ---------------------------------- - - • ‘C-n’ (‘ivy-next-line’) selects the next candidate - • ‘C-p’ (‘ivy-previous-line’) selects the previous candidate - • ‘M-<’ (‘ivy-beginning-of-buffer’) selects the first candidate - • ‘M->’ (‘ivy-end-of-buffer’) selects the last candidate - • ‘C-v’ (‘ivy-scroll-up-command’) scrolls up by ‘ivy-height’ lines - • ‘M-v’ (‘ivy-scroll-down-command’) scrolls down by ‘ivy-height’ - lines - - -- User Option: ivy-wrap - Specifies the wrap-around behavior for ‘C-n’ and ‘C-p’. When - ‘ivy-wrap’ is set to ‘t’, ‘ivy-next-line’ and ‘ivy-previous-line’ - will cycle past the last and the first candidates respectively. - - Warp-around behavior is off by default. - - -- User Option: ivy-height - Use this option to adjust the minibuffer height, which also affects - scroll size when using ‘C-v’ and ‘M-v’ key bindings. - - ‘ivy-height’ is 10 lines by default. - - -File: ivy.info, Node: Key bindings for single selection action then exit minibuffer, Next: Key bindings for multiple selections and actions keep minibuffer open, Prev: Key bindings for navigation, Up: Minibuffer key bindings - -4.2.2 Key bindings for single selection, action, then exit minibuffer ---------------------------------------------------------------------- - -Ivy can offer several actions from which to choose which action to run. -This "calling an action" operates on the selected candidate. For -example, when viewing a list of files, one action could open it for -editing, one to view it, another to invoke a special function, and so -on. Custom actions can be added to this interface. The precise action -to call on the selected candidate can be delayed until after the -narrowing is completed. No need to exit the interface if unsure which -action to run. This delayed flexibility and customization of actions -extends usability of lists in Emacs. - -‘C-m’ or ‘RET’ (‘ivy-done’) -........................... - - Calls the default action and then exits the minibuffer. - -‘M-o’ (‘ivy-dispatching-done’) -.............................. - - Presents valid actions from which to choose. When only one action - is available, there is no difference between ‘M-o’ and ‘C-m’. - -‘C-j’ (‘ivy-alt-done’) -...................... - - When completing file names, selects the current directory candidate - and starts a new completion session there. Otherwise, it is the - same as ‘ivy-done’. - -‘TAB’ (‘ivy-partial-or-done’) -............................. - - Attempts partial completion, extending current input as much as - possible. ‘TAB TAB’ is the same as ‘C-j’ (‘ivy-alt-done’). - - Example ERT test: - - (should - (equal (ivy-with - '(progn - (ivy-read "Test: " '("can do" "can't, sorry" "other")) - ivy-text) - "c <tab>") - "can")) - -‘C-M-j’ (‘ivy-immediate-done’) -.............................. - - Exits with _the current input_ instead of _the current candidate_ - (like other commands). - - This is useful e.g. when you call ‘find-file’ to create a new - file, but the desired name matches an existing file. In that case, - using ‘C-j’ would select that existing file, which isn’t what you - want - use this command instead. - -‘C-'’ (‘ivy-avy’) -................. - - Uses avy to select one of the candidates on the current candidate - page. This can often be faster than multiple ‘C-n’ or ‘C-p’ - keystrokes followed by ‘C-m’. - - -File: ivy.info, Node: Key bindings for multiple selections and actions keep minibuffer open, Next: Key bindings that alter the minibuffer input, Prev: Key bindings for single selection action then exit minibuffer, Up: Minibuffer key bindings - -4.2.3 Key bindings for multiple selections and actions, keep minibuffer open ----------------------------------------------------------------------------- - -For repeatedly applying multiple actions or acting on multiple -candidates, Ivy does not close the minibuffer between commands. It -keeps the minibuffer open for applying subsequent actions. - - Adding an extra meta key to the normal key chord invokes the special -version of the regular commands that enables applying multiple actions. - -‘C-M-m’ (‘ivy-call’) -.................... - - Is the non-exiting version of ‘C-m’ (‘ivy-done’). - - Instead of closing the minibuffer, ‘C-M-m’ allows selecting another - candidate or another action. For example, ‘C-M-m’ on functions - list invokes ‘describe-function’. When combined with ‘C-n’, - function descriptions can be invoked quickly in succession. - -‘C-M-o’ (‘ivy-dispatching-call’) -................................ - - Is the non-exiting version of ‘M-o’ (‘ivy-dispatching-done’). - - For example, during the ‘counsel-rhythmbox’ completion, press - ‘C-M-o e’ to en-queue the selected candidate, followed by ‘C-n C-m’ - to play the next candidate - the current action reverts to the - default one after ‘C-M-o’. - -‘C-M-n’ (‘ivy-next-line-and-call’) -.................................. - - Combines ‘C-n’ and ‘C-M-m’. Applies an action and moves to next - line. - - Comes in handy when opening multiple files from - ‘counsel-find-file’, ‘counsel-git-grep’, ‘counsel-ag’, - ‘counsel-rg’, or ‘counsel-locate’ lists. Just hold ‘C-M-n’ for - rapid-fire default action on each successive element of the list. - -‘C-M-p’ (‘ivy-previous-line-and-call’) -...................................... - - Combines ‘C-p’ and ‘C-M-m’. - - Similar to the above except it moves through the list in the other - direction. - -‘ivy-resume’ -............ - - Recalls the state of the completion session just before its last - exit. - - Useful after an accidental ‘C-m’ (‘ivy-done’). - - -File: ivy.info, Node: Key bindings that alter the minibuffer input, Next: Other key bindings, Prev: Key bindings for multiple selections and actions keep minibuffer open, Up: Minibuffer key bindings - -4.2.4 Key bindings that alter the minibuffer input --------------------------------------------------- - -‘M-n’ (‘ivy-next-history-element’) -.................................. - - Cycles forward through the Ivy command history. - - Ivy updates an internal history list after each action. When this - history list is empty, ‘M-n’ inserts symbol (or URL) at point into - the minibuffer. - -‘M-p’ (‘ivy-previous-history-element’) -...................................... - - Cycles forward through the Ivy command history. - -‘M-i’ (‘ivy-insert-current’) -............................ - - Inserts the current candidate into the minibuffer. - - Useful for copying and renaming files, for example: ‘M-i’ to insert - the original file name string, edit it, and then ‘C-m’ to complete - the renaming. - -‘M-j’ (‘ivy-yank-word’) -....................... - - Inserts the sub-word at point into the minibuffer. - - This is similar to ‘C-s C-w’ with ‘isearch’. Ivy reserves ‘C-w’ - for ‘kill-region’. See also ‘ivy-yank-symbol’ and ‘ivy-yank-char’. - -‘S-SPC’ (‘ivy-restrict-to-matches’) -................................... - - Deletes the current input, and resets the candidates list to the - currently restricted matches. - - This is how Ivy provides narrowing in successive tiers. - -‘C-r’ (‘ivy-reverse-i-search’) -.............................. - - Starts a recursive completion session through the command’s - history. - - This works just like ‘C-r’ at the bash command prompt, where the - completion candidates are the history items. Upon completion, the - selected candidate string is inserted into the minibuffer. - - -File: ivy.info, Node: Other key bindings, Next: Hydra in the minibuffer, Prev: Key bindings that alter the minibuffer input, Up: Minibuffer key bindings - -4.2.5 Other key bindings ------------------------- - -‘M-w’ (‘ivy-kill-ring-save’) -............................ - - Copies selected candidates to the kill ring. - - Copies the region if the region is active. - - -File: ivy.info, Node: Hydra in the minibuffer, Next: Saving the current completion session to a buffer, Prev: Other key bindings, Up: Minibuffer key bindings - -4.2.6 Hydra in the minibuffer ------------------------------ - -‘C-o’ (‘hydra-ivy/body’) -........................ - - Invokes the hydra menu with short key bindings. - - When Hydra is active, minibuffer editing is disabled and menus -display short aliases: - -Short Normal Command name ------------------------------------------------- -‘o’ ‘C-g’ ‘keyboard-escape-quit’ -‘j’ ‘C-n’ ‘ivy-next-line’ -‘k’ ‘C-p’ ‘ivy-previous-line’ -‘h’ ‘M-<’ ‘ivy-beginning-of-buffer’ -‘l’ ‘M->’ ‘ivy-end-of-buffer’ -‘d’ ‘C-m’ ‘ivy-done’ -‘f’ ‘C-j’ ‘ivy-alt-done’ -‘g’ ‘C-M-m’ ‘ivy-call’ -‘u’ ‘C-c C-o’ ‘ivy-occur’ - - Hydra reduces key strokes, for example: ‘C-n C-n C-n C-n’ is ‘C-o -jjjj’ in Hydra. - - Hydra menu offers these additional bindings: - -‘c’ (‘ivy-toggle-calling’) -.......................... - - Toggle calling the action after each candidate change. It modifies - ‘j’ to ‘jg’, ‘k’ to ‘kg’ etc. - -‘m’ (‘ivy-rotate-preferred-builders’) -..................................... - - Rotate the current regexp matcher. - -‘>’ (‘ivy-minibuffer-grow’) -........................... - - Increase ‘ivy-height’ for the current minibuffer. - -‘<’ (‘ivy-minibuffer-shrink’) -............................. - - Decrease ‘ivy-height’ for the current minibuffer. - -‘w’ (‘ivy-prev-action’) -....................... - - Select the previous action. - -‘s’ (‘ivy-next-action’) -....................... - - Select the next action. - -‘a’ (‘ivy-read-action’) -....................... - - Use a menu to select an action. - -‘C’ (‘ivy-toggle-case-fold’) -............................ - - Toggle case folding (match both upper and lower case characters for - lower case input). - - -File: ivy.info, Node: Saving the current completion session to a buffer, Prev: Hydra in the minibuffer, Up: Minibuffer key bindings - -4.2.7 Saving the current completion session to a buffer -------------------------------------------------------- - -‘C-c C-o’ (‘ivy-occur’) -....................... - - Saves the current candidates to a new buffer and exits completion. - - The new buffer is read-only and has a few useful bindings defined. - -‘RET’ or ‘f’ (‘ivy-occur-press’) -................................ - - Call the current action on the selected candidate. - -‘mouse-1’ (‘ivy-occur-click’) -............................. - - Call the current action on the selected candidate. - -‘j’ (‘next-line’) -................. - - Move to next line. - -‘k’ (‘previous-line’) -..................... - - Move to previous line. - -‘a’ (‘ivy-occur-read-action’) -............................. - - Read an action and make it current for this buffer. - -‘o’ (‘ivy-occur-dispatch’) -.......................... - - Read an action and call it on the selected candidate. - -‘q’ (‘quit-window’) -................... - - Bury the current buffer. - - Ivy has no limit on the number of active buffers like these. - - Ivy takes care of naming buffers uniquely by constructing descriptive -names. For example: ‘*ivy-occur counsel-describe-variable "function$*’. - - -File: ivy.info, Node: Completion Styles, Next: Customization, Prev: Key bindings, Up: Top - -5 Completion Styles -******************* - -Ivy’s completion functions rely on a regex builder - a function that -transforms a string input to a string regex. All current candidates -simply have to match this regex. Each collection can be assigned its -own regex builder by customizing ‘ivy-re-builders-alist’. - - The keys of this alist are collection names, and the values are one -of the following: - • ‘ivy--regex’ - • ‘ivy--regex-plus’ - • ‘ivy--regex-ignore-order’ - • ‘ivy--regex-fuzzy’ - • ‘regexp-quote’ - - A catch-all key, ‘t’, applies to all collections that don’t have -their own key. - - The default is: - - (setq ivy-re-builders-alist - '((t . ivy--regex-plus))) - - This example shows a custom regex builder assigned to file name -completion: - - (setq ivy-re-builders-alist - '((read-file-name-internal . ivy--regex-fuzzy) - (t . ivy--regex-plus))) - - Here, ‘read-file-name-internal’ is a function that is passed as the -second argument to ‘completing-read’ for file name completion. - - The regex builder resolves as follows (in order of priority): - 1. ‘re-builder’ argument passed to ‘ivy-read’. - 2. ‘collection’ argument passed to ‘ivy-read’ is a function and has an - entry on ‘ivy-re-builders-alist’. - 3. ‘caller’ argument passed to ‘ivy-read’ has an entry on - ‘ivy-re-builders-alist’. - 4. ‘this-command’ has an entry on ‘ivy-re-builders-alist’. - 5. ‘t’ has an entry on ‘ivy-re-builders-alist’. - 6. ‘ivy--regex’. - -* Menu: - -* ivy--regex-plus:: -* ivy--regex-ignore-order:: -* ivy--regex-fuzzy:: - - -File: ivy.info, Node: ivy--regex-plus, Next: ivy--regex-ignore-order, Up: Completion Styles - -5.1 ivy–regex-plus -================== - -‘ivy--regex-plus’ is Ivy’s default completion method. - - ‘ivy--regex-plus’ matches by splitting the input by spaces and -rebuilding it into a regex. - - As the search string is typed in Ivy’s minibuffer, it is transformed -into valid regex syntax. If the string is ‘"for example"’, it is -transformed into - - "\\(for\\).*\\(example\\)" - - which in regex terminology matches ‘"for"’ followed by a wild card -and then ‘"example"’. Note how Ivy uses the space character to build -wild cards. To match a literal white space, use an extra space. So to -match one space type two spaces, to match two spaces type three spaces, -and so on. - - As Ivy transforms typed characters into regex strings, it provides an -intuitive feedback through font highlights. - - Ivy supports regexp negation with ‘"!"’. For example, ‘"define key ! -ivy quit"’ first selects everything matching ‘"define.*key"’, then -removes everything matching ‘"ivy"’, and finally removes everything -matching ‘"quit"’. What remains is the final result set of the negation -regexp. - - Since Ivy treats minibuffer input as a regexp, the standard regexp -identifiers work: ‘"^"’, ‘"$"’, ‘"\b"’ or ‘"[a-z]"’. The exceptions are -spaces, which translate to ‘".*"’, and ‘"!"’ that signal the beginning -of a negation group. - - -File: ivy.info, Node: ivy--regex-ignore-order, Next: ivy--regex-fuzzy, Prev: ivy--regex-plus, Up: Completion Styles - -5.2 ivy–regex-ignore-order -========================== - -‘ivy--regex-ignore-order’ ignores the order of regexp tokens when -searching for matching candidates. For instance, the input ‘"for -example"’ will match ‘"example test for"’. - - -File: ivy.info, Node: ivy--regex-fuzzy, Prev: ivy--regex-ignore-order, Up: Completion Styles - -5.3 ivy–regex-fuzzy -=================== - -‘ivy--regex-fuzzy’ splits each character with a wild card. Searching -for ‘"for"’ returns all ‘"f.*o.*r"’ matches, resulting in a large number -of hits. Yet some searches need these extra hits. Ivy sorts such large -lists using ‘flx’ package’s scoring mechanism, if it’s installed. - - ‘C-o m’ toggles the current regexp builder. - - -File: ivy.info, Node: Customization, Next: Commands, Prev: Completion Styles, Up: Top - -6 Customization -*************** - -* Menu: - -* Faces:: -* Defcustoms:: -* Actions:: -* Packages:: - - -File: ivy.info, Node: Faces, Next: Defcustoms, Up: Customization - -6.1 Faces -========= - -‘ivy-current-match’ -................... - - Highlights the currently selected candidate. - -‘ivy-minibuffer-match-face-1’ -............................. - - Highlights the background of the match. - -‘ivy-minibuffer-match-face-2’ -............................. - - Highlights the first (modulo 3) matched group. - -‘ivy-minibuffer-match-face-3’ -............................. - - Highlights the second (modulo 3) matched group. - -‘ivy-minibuffer-match-face-4’ -............................. - - Highlights the third (modulo 3) matched group. - -‘ivy-confirm-face’ -.................. - - Highlights the "(confirm)" part of the prompt. - - When ‘confirm-nonexistent-file-or-buffer’ set to ‘t’, then - confirming non-existent files in ‘ivy-mode’ requires an additional - ‘RET’. - - The confirmation prompt will use this face. - - For example: - - (setq confirm-nonexistent-file-or-buffer t) - - Then call ‘find-file’, enter "eldorado" and press ‘RET’ - the - prompt will be appended with "(confirm)". Press ‘RET’ once more to - confirm, or any key to continue the completion. - -‘ivy-match-required-face’ -......................... - - Highlights the "(match required)" part of the prompt. - - When completions have to match available candidates and cannot take - random input, the "(match required)" prompt signals this - constraint. - - For example, call ‘describe-variable’, enter "waldo" and press - ‘RET’ - "(match required)" is prompted. Press any key for the - prompt to disappear. - -‘ivy-subdir’ -............ - - Highlights directories when completing file names. - -‘ivy-remote’ -............ - - Highlights remote files when completing file names. - -‘ivy-virtual’ -............. - - Highlights virtual buffers when completing buffer names. - - Virtual buffers correspond to bookmarks and recent files list, - ‘recentf’. - - Enable virtual buffers with: - - (setq ivy-use-virtual-buffers t) - - -File: ivy.info, Node: Defcustoms, Next: Actions, Prev: Faces, Up: Customization - -6.2 Defcustoms -============== - - -- User Option: ivy-count-format - A string that specifies display of number of candidates and current - candidate, if one exists. - - The number of matching candidates by default is shown as a right- - padded integer value. - - To disable showing the number of candidates: - - (setq ivy-count-format "") - - To also display the current candidate: - - (setq ivy-count-format "(%d/%d) ") - - The ‘format’-style switches this variable uses are described in the - ‘format’ documentation. - - -- User Option: ivy-display-style - Specifies highlighting candidates in the minibuffer. - - The default setting is ‘'fancy’ in Emacs versions 24.4 or newer. - - Set ‘ivy-display-style’ to ‘nil’ for a plain minibuffer. - - -- User Option: ivy-on-del-error-function - Specifies what to do when ‘DEL’ (‘ivy-backward-delete-char’) fails. - - This is usually the case when there is no text left to delete, - i.e., when ‘DEL’ is typed at the beginning of the minibuffer. - - The default behavior is to quit the completion after ‘DEL’ – a - handy key to invoke after mistakenly triggering a completion. - - -File: ivy.info, Node: Actions, Next: Packages, Prev: Defcustoms, Up: Customization - -6.3 Actions -=========== - -* Menu: - -* What are actions?:: -* How can different actions be called?:: -* How to modify the actions list?:: -* Example - add two actions to each command:: -* Example - define a new command with several actions:: - - -File: ivy.info, Node: What are actions?, Next: How can different actions be called?, Up: Actions - -6.3.1 What are actions? ------------------------ - -An action is a function that is called after you select a candidate -during completion. This function takes a single string argument, which -is the selected candidate. - -Window context when calling an action -..................................... - - Currently, the action is executed in the minibuffer window context. - This means e.g. that if you call ‘insert’ the text will be - inserted into the minibuffer. - - If you want to execute the action in the initial window from which - the completion started, use the ‘with-ivy-window’ wrapper macro. - - (defun ivy-insert-action (x) - (with-ivy-window - (insert x))) - - -File: ivy.info, Node: How can different actions be called?, Next: How to modify the actions list?, Prev: What are actions?, Up: Actions - -6.3.2 How can different actions be called? ------------------------------------------- - - • ‘C-m’ (‘ivy-done’) calls the current action. - • ‘M-o’ (‘ivy-dispatching-done’) presents available actions for - selection, calls it after selection, and then exits. - • ‘C-M-o’ (‘ivy-dispatching-call’) presents available actions for - selection, calls it after selection, and then does not exit. - - -File: ivy.info, Node: How to modify the actions list?, Next: Example - add two actions to each command, Prev: How can different actions be called?, Up: Actions - -6.3.3 How to modify the actions list? -------------------------------------- - -Currently, you can append any amount of your own actions to the default -list of actions. This can be done either for a specific command, or for -all commands at once. - - Usually, the command has only one default action. The convention is -to use single letters when selecting a command, and the letter ‘o’ is -designated for the default command. This way, ‘M-o o’ should be always -equivalent to ‘C-m’. - - -File: ivy.info, Node: Example - add two actions to each command, Next: Example - define a new command with several actions, Prev: How to modify the actions list?, Up: Actions - -6.3.4 Example - add two actions to each command ------------------------------------------------ - -The first action inserts the current candidate into the Ivy window - the -window from which ‘ivy-read’ was called. - - The second action copies the current candidate to the kill ring. - - (defun ivy-yank-action (x) - (kill-new x)) - - (defun ivy-copy-to-buffer-action (x) - (with-ivy-window - (insert x))) - - (ivy-set-actions - t - '(("i" ivy-copy-to-buffer-action "insert") - ("y" ivy-yank-action "yank"))) - - Then in any completion session, ‘M-o y’ invokes ‘ivy-yank-action’, -and ‘M-o i’ invokes ‘ivy-copy-to-buffer-action’. - -* Menu: - -* How to undo adding the two actions:: -* How to add actions to a specific command:: - - -File: ivy.info, Node: How to undo adding the two actions, Next: How to add actions to a specific command, Up: Example - add two actions to each command - -6.3.4.1 How to undo adding the two actions -.......................................... - -Since ‘ivy-set-actions’ modifies the internal dictionary with new data, -set the extra actions list to ‘nil’ by assigning ‘nil’ value to the ‘t’ -key as follows: - - (ivy-set-actions t nil) - - -File: ivy.info, Node: How to add actions to a specific command, Prev: How to undo adding the two actions, Up: Example - add two actions to each command - -6.3.4.2 How to add actions to a specific command -................................................ - -Use the command name as the key: - - (ivy-set-actions - 'swiper - '(("i" ivy-copy-to-buffer-action "insert") - ("y" ivy-yank-action "yank"))) - - -File: ivy.info, Node: Example - define a new command with several actions, Prev: Example - add two actions to each command, Up: Actions - -6.3.5 Example - define a new command with several actions ---------------------------------------------------------- - - (defun my-action-1 (x) - (message "action-1: %s" x)) - - (defun my-action-2 (x) - (message "action-2: %s" x)) - - (defun my-action-3 (x) - (message "action-3: %s" x)) - - (defun my-command-with-3-actions () - (interactive) - (ivy-read "test: " '("foo" "bar" "baz") - :action '(1 - ("o" my-action-1 "action 1") - ("j" my-action-2 "action 2") - ("k" my-action-3 "action 3")))) - - The number 1 above is the index of the default action. Each action -has its own string description for easy selection. - -* Menu: - -* Test the above function with ivy-occur:: - - -File: ivy.info, Node: Test the above function with ivy-occur, Up: Example - define a new command with several actions - -6.3.5.1 Test the above function with ‘ivy-occur’ -................................................ - -To examine each action with each candidate in a key-efficient way, try: - - • Call ‘my-command-with-3-actions’ - • Press ‘C-c C-o’ to close the completion window and move to an - ivy-occur buffer - • Press ‘kkk’ to move to the first candidate, since the point is most - likely at the end of the buffer - • Press ‘oo’ to call the first action - • Press ‘oj’ and ‘ok’ to call the second and the third actions - • Press ‘j’ to move to the next candidate - • Press ‘oo’, ‘oj’, ‘ok’ - • Press ‘j’ to move to the next candidate - • and so on... - - -File: ivy.info, Node: Packages, Prev: Actions, Up: Customization - -6.4 Packages -============ - -‘org-mode’ -.......... - - ‘org-mode’ versions 8.3.3 or later obey ‘completing-read-function’ - (which ‘ivy-mode’ sets). Try refiling headings with similar names - to appreciate ‘ivy-mode’. - -‘magit’ -....... - - Magit requires this setting for ivy completion: - - (setq magit-completing-read-function 'ivy-completing-read) - -‘find-file-in-project’ -...................... - - It uses ivy by default if Ivy is installed. - -‘projectile’ -............ - - Projectile requires this setting for ivy completion: - - (setq projectile-completion-system 'ivy) - -‘helm-make’ -........... - - Helm-make requires this setting for ivy completion. - - (setq helm-make-completion-method 'ivy) - - -File: ivy.info, Node: Commands, Next: API, Prev: Customization, Up: Top - -7 Commands -********** - -* Menu: - -* File Name Completion:: -* Buffer Name Completion:: -* Counsel commands:: - - -File: ivy.info, Node: File Name Completion, Next: Buffer Name Completion, Up: Commands - -7.1 File Name Completion -======================== - -Since file name completion is ubiquitous, Ivy provides extra bindings -that work here: - -‘C-j’ (‘ivy-alt-done’) -...................... - - On a directory, restarts completion from that directory. - - On a file or ‘./’, exit completion with the selected candidate. - -‘DEL’ (‘ivy-backward-delete-char’) -.................................. - - Restart the completion in the parent directory if current input is - empty. - -‘//’ (‘self-insert-command’) -............................ - - Switch to the root directory. - -‘~’ (‘self-insert-command’) -........................... - - Switch to the home directory. - -‘/’ (‘self-insert-command’) -........................... - - If the current input matches an existing directory name exactly, - switch the completion to that directory. - -‘M-r’ (‘ivy-toggle-regexp-quote’) -................................. - - Toggle between input as regexp or not. - - Switch to matching literally since file names include ‘.’, which is - for matching any char in regexp mode. - -- User Option: ivy-extra-directories - Decide if you want to see ‘../’ and ‘./’ during file name - completion. - - Reason to remove: ‘../’ is the same as ‘DEL’. - - Reason not to remove: navigate anywhere with only ‘C-n’, ‘C-p’ and - ‘C-j’. - - Likewise, ‘./’ can be removed. - -History -....... - - File history works the same with ‘M-p’, ‘M-n’, and ‘C-r’, but uses - a custom code for file name completion that cycles through files - previously opened. It also works with TRAMP files. - -* Menu: - -* Using TRAMP:: - - -File: ivy.info, Node: Using TRAMP, Up: File Name Completion - -7.1.1 Using TRAMP ------------------ - -From any directory, with the empty input, inputting ‘/ssh:’ and pressing -‘C-j’ (or ‘RET’, which is the same thing) completes for host and user -names. - - For ‘/ssh:user@’ input, completes the domain name. - - ‘C-i’ works in a similar way to the default completion. - - You can also get sudo access for the current directory by inputting -‘/sudo::’ ‘RET’. Using ‘/sudo:’ (i.e. single colon instead of double) -will result in a completion session for the desired user. - - Multi-hopping is possible, although a bit complex. - -Example : connect to a remote host ‘cloud’ and open a file with ‘sudo’ there -............................................................................ - - • ‘C-x C-f’ ‘/ssh:cloud|sudo:root:/’. - - -File: ivy.info, Node: Buffer Name Completion, Next: Counsel commands, Prev: File Name Completion, Up: Commands - -7.2 Buffer Name Completion -========================== - - -- User Option: ivy-use-virtual-buffers - When non-nil, add ‘recentf-mode’ and bookmarks to - ‘ivy-switch-buffer’ completion candidates. - - Adding this to Emacs init file: - - (setq ivy-use-virtual-buffers t) - will add additional virtual buffers to the buffers list for recent - files. Selecting such virtual buffers, which are highlighted with - ‘ivy-virtual’ face, will open the corresponding file. - - -File: ivy.info, Node: Counsel commands, Prev: Buffer Name Completion, Up: Commands - -7.3 Counsel commands -==================== - -The main advantages of ‘counsel-’ functions over their basic equivalents -in ‘ivy-mode’ are: - - 1. Multi-actions and non-exiting actions work. - 2. ‘ivy-resume’ can resume the last completion session. - 3. Customize ‘ivy-set-actions’, ‘ivy-re-builders-alist’. - 4. Customize individual keymaps, such as ‘counsel-describe-map’, - ‘counsel-git-grep-map’, or ‘counsel-find-file-map’, instead of - customizing ‘ivy-minibuffer-map’ that applies to all completion - sessions. - - -File: ivy.info, Node: API, Next: Variable Index, Prev: Commands, Up: Top - -8 API -***** - -The main (and only) entry point is the ‘ivy-read’ function. It takes -two required arguments and many optional arguments that can be passed by -a key. The optional ‘:action’ argument is highly recommended for -features such as multi-actions, non-exiting actions, ‘ivy-occur’ and -‘ivy-resume’. - -* Menu: - -* Required arguments for ivy-read:: -* Optional arguments for ivy-read:: -* Example - counsel-describe-function:: -* Example - counsel-locate:: -* Example - ivy-read-with-extra-properties:: - - -File: ivy.info, Node: Required arguments for ivy-read, Next: Optional arguments for ivy-read, Up: API - -8.1 Required arguments for ‘ivy-read’ -===================================== - -‘prompt’ -........ - - A format string normally ending in a colon and a space. - - ‘%d’ anywhere in the string is replaced by the current number of - matching candidates. To use a literal ‘%’ character, escape it as - ‘%%’. See also ‘ivy-count-format’. - -‘collection’ -............ - - Either a list of strings, a function, an alist or a hash table. - - If a function, then it has to be compatible with ‘all-completions’. - - -File: ivy.info, Node: Optional arguments for ivy-read, Next: Example - counsel-describe-function, Prev: Required arguments for ivy-read, Up: API - -8.2 Optional arguments for ‘ivy-read’ -===================================== - -‘predicate’ -........... - - Is a function to filter the initial collection. It has to be - compatible with ‘all-completions’. Tip: most of the time, it’s - simpler to just apply this filter to the ‘collection’ argument - itself, e.g. ‘(cl-remove-if-not predicate collection)’. - -‘require-match’ -............... - - When set to a non-nil value, input must match one of the - candidates. Custom input is not accepted. - -‘initial-input’ -............... - - This string argument is included for compatibility with - ‘completing-read’, which inserts it into the minibuffer. - - It’s recommended to use the ‘preselect’ argument instead of this. - -‘history’ -......... - - Name of the symbol to store history. See ‘completing-read’. - -‘preselect’ -........... - - When set to a string value, select the first candidate matching - this value. - - When set to an integer value, select the candidate with that index - value. - - Every time the input becomes empty, the item corresponding to to - ‘preselect’ is selected. - -‘keymap’ -........ - - A keymap to be composed with ‘ivy-minibuffer-map’. This keymap has - priority over ‘ivy-minibuffer-map’ and can be modified at any later - stage. - -‘update-fn’ -........... - - Is the function called each time the current candidate changes. - This function takes no arguments and is called in the minibuffer’s - ‘post-command-hook’. See ‘swiper’ for an example usage. - -‘sort’ -...... - - When non-nil, use ‘ivy-sort-functions-alist’ to sort the collection - as long as the collection is not larger than ‘ivy-sort-max-size’. - -‘action’ -........ - - Is the function to call after selection. It takes a string - argument. - -‘unwind’ -........ - - Is the function to call before exiting completion. It takes no - arguments. This function is called even if the completion is - interrupted with ‘C-g’. See ‘swiper’ for an example usage. - -‘re-builder’ -............ - - Is a function that takes a string and returns a valid regex. See - ‘Completion Styles’ for details. - -‘matcher’ -......... - - Is a function that takes a regex string and a list of strings and - returns a list of strings matching the regex. Any ordinary Emacs - matching function will suffice, yet finely tuned matching functions - can be used. See ‘counsel-find-file’ for an example usage. - -‘dynamic-collection’ -.................... - - When non-nil, ‘collection’ will be used to dynamically generate the - candidates each time the input changes, instead of being used once - statically with ‘all-completions’ to generate a list of strings. - See ‘counsel-locate’ for an example usage. - -‘caller’ -........ - - Is a symbol that uniquely identifies the function that called - ‘ivy-read’, which may be useful for further customizations. - - -File: ivy.info, Node: Example - counsel-describe-function, Next: Example - counsel-locate, Prev: Optional arguments for ivy-read, Up: API - -8.3 Example - ‘counsel-describe-function’ -========================================= - -This is a typical example of a function with a non-async collection, -which is a collection where all the strings in the collection are known -prior to any input from the user. - - Only the first two arguments (along with ‘action’) are essential - -the rest of the arguments are for fine-tuning, and could be omitted. - - The ‘action’ argument could also be omitted - but then ‘ivy-read’ -would do nothing except returning the string result, which you could -later use yourself. However, it’s recommended that you use the ‘action’ -argument. - - (defun counsel-describe-function () - "Forward to `describe-function'." - (interactive) - (ivy-read "Describe function: " - (let (cands) - (mapatoms - (lambda (x) - (when (fboundp x) - (push (symbol-name x) cands)))) - cands) - :keymap counsel-describe-map - :preselect (ivy-thing-at-point) - :history 'counsel-describe-symbol-history - :require-match t - :sort t - :action (lambda (x) - (describe-function - (intern x))) - :caller 'counsel-describe-function)) - - Here are the interesting features of the above function, in the order -that they appear: - - • The ‘prompt’ argument is a simple string ending in ": ". - • The ‘collection’ argument evaluates to a (large) list of strings. - • The ‘keymap’ argument is for a custom keymap to supplement - ‘ivy-minibuffer-map’. - • The ‘preselect’ is provided by ‘ivy-thing-at-point’, which returns - a symbol near the point. Ivy then selects the first candidate from - the collection that matches this symbol. To select this - pre-selected candidate, a ‘RET’ will suffice. No further user - input is necessary. - • The ‘history’ argument is for keeping the history of this command - separate from the common history in ‘ivy-history’. - • The ‘require-match’ is set to ‘t’ since it doesn’t make sense to - call ‘describe-function’ on an un-interned symbol. - • The ‘sort’ argument is set to ‘t’ so choosing between similar - candidates becomes easier. Sometimes, the collection size will - exceed ‘ivy-sort-max-size’, which is 30000 by default. In that - case the sorting will not happen to avoid delays. - - Adjust this variable to choose between sorting time and completion - start-up time. - • The ‘action’ argument calls ‘describe-function’ on the interned - selected candidate. - • The ‘caller’ argument identifies this completion session. This is - important, since with the collection being a list of strings and - not a function name, the only other way for ‘ivy-read’ to identify - "who’s calling" and to apply the appropriate customizations is to - examine ‘this-command’. But ‘this-command’ would be modified if - another command called ‘counsel-describe-function’. - - -File: ivy.info, Node: Example - counsel-locate, Next: Example - ivy-read-with-extra-properties, Prev: Example - counsel-describe-function, Up: API - -8.4 Example - ‘counsel-locate’ -============================== - -This is a typical example of a function with an async collection. Since -the collection function cannot pre-compute all the locatable files in -memory within reasonable limits (time or memory), it relies on user -input to filter the universe of possible candidates to a manageable size -while also continuing to search asynchronously for possible candidates. -Both the filtering and searching continues with each character change of -the input with rapid updates to the collection presented without idle -waiting times. This live update will continue as long as there are -likely candidates. Eventually updates to the minibuffer will stop after -user input, filtering, and searching have exhausted looking for possible -candidates. - - Async collections suit long-running shell commands, such as ‘locate’. -With each new input, a new process starts while the old process is -killed. The collection is refreshed anew with each new process. -Meanwhile the user can provide more input characters (for further -narrowing) or select a candidate from the visible collection. - - (defun counsel-locate-function (str) - (or - (counsel-more-chars) - (progn - (counsel--async-command - (format "locate %s '%s'" - (mapconcat #'identity counsel-locate-options " ") - (counsel-unquote-regex-parens - (ivy--regex str)))) - '("" "working...")))) - - ;;;###autoload - (defun counsel-locate (&optional initial-input) - "Call the \"locate\" shell command. - INITIAL-INPUT can be given as the initial minibuffer input." - (interactive) - (ivy-read "Locate: " #'counsel-locate-function - :initial-input initial-input - :dynamic-collection t - :history 'counsel-locate-history - :action (lambda (file) - (with-ivy-window - (when file - (find-file file)))) - :unwind #'counsel-delete-process - :caller 'counsel-locate)) - - Here are the interesting features of the above functions, in the -order that they appear: - - • ‘counsel-locate-function’ takes a string argument and returns a - list of strings. Note that it’s not compatible with - ‘all-completions’, but since we’re not using that here, might as - well use one argument instead of three. - • ‘counsel-more-chars’ is a simple function that returns e.g. ‘'("2 - chars more")’ asking the user for more input. - • ‘counsel--async-command’ is a very easy API simplification that - takes a single string argument suitable for - ‘shell-command-to-string’. So you could prototype your function as - non-async using ‘shell-command-to-string’ and ‘split-string’ to - produce a collection, then decide that you want async and simply - swap in ‘counsel--async-command’. - • ‘counsel-locate’ is an interactive function with an optional - ‘initial-input’. - • ‘#'counsel-locate-function’ is passed as the ‘collection’ argument. - • ‘dynamic-collection’ is set to t, since this is an async - collection. - • ‘action’ argument uses ‘with-ivy-window’ wrapper, since we want to - open the selected file in the same window from which - ‘counsel-locate’ was called. - • ‘unwind’ argument is set to ‘#'counsel-delete-process’: when we - press ‘C-g’ we want to kill the running process created by - ‘counsel--async-command’. - • ‘caller’ argument identifies this command for easier customization. - - -File: ivy.info, Node: Example - ivy-read-with-extra-properties, Prev: Example - counsel-locate, Up: API - -8.5 Example - ‘ivy-read-with-extra-properties’ -============================================== - -This is another example to show how to associate additional values to -each displayed strings. - - (defun find-candidates-function (str pred _) - (let ((props '(1 2)) - (strs '("foo" "foo2"))) - (cl-mapcar (lambda (s p) (propertize s 'property p)) - strs - props))) - - (defun find-candidates () - (interactive) - (ivy-read "Find symbols: " - #'find-candidates-function - :action (lambda (x) - (message "Value: %s" (get-text-property 0 'property x) - )))) - - Here are the interesting features of the above function: - - • ‘find-candidates-function’ builds up a list of strings and - associates "foo" with the value 1 and "foo2" with 2. - • ‘find-candidates’ is an interactive function. - • ‘#'find-candidates’ is passed as the ‘collection’ argument. - • ‘action’ gets passed the selected string with the associated value. - It then retrieves that value and displays it. - - -File: ivy.info, Node: Variable Index, Next: Keystroke Index, Prev: API, Up: Top - -Variable Index -************** - - -* Menu: - -* ivy-alt-done: Key bindings for single selection action then exit minibuffer. - (line 30) -* ivy-alt-done <1>: File Name Completion. (line 12) -* ivy-avy: Key bindings for single selection action then exit minibuffer. - (line 64) -* ivy-backward-delete-char: File Name Completion. (line 19) -* ivy-call: Key bindings for multiple selections and actions keep minibuffer open. - (line 16) -* ivy-confirm-face: Faces. (line 34) -* ivy-count-format: Defcustoms. (line 6) -* ivy-current-match: Faces. (line 9) -* ivy-dispatching-call: Key bindings for multiple selections and actions keep minibuffer open. - (line 26) -* ivy-dispatching-done: Key bindings for single selection action then exit minibuffer. - (line 24) -* ivy-display-style: Defcustoms. (line 24) -* ivy-done: Key bindings for single selection action then exit minibuffer. - (line 19) -* ivy-extra-directories: File Name Completion. (line 45) -* ivy-height: Key bindings for navigation. - (line 21) -* ivy-immediate-done: Key bindings for single selection action then exit minibuffer. - (line 53) -* ivy-insert-current: Key bindings that alter the minibuffer input. - (line 23) -* ivy-kill-ring-save: Other key bindings. (line 9) -* ivy-match-required-face: Faces. (line 53) -* ivy-minibuffer-grow: Hydra in the minibuffer. - (line 45) -* ivy-minibuffer-map: Minibuffer key bindings. - (line 6) -* ivy-minibuffer-match-face-1: Faces. (line 14) -* ivy-minibuffer-match-face-2: Faces. (line 19) -* ivy-minibuffer-match-face-3: Faces. (line 24) -* ivy-minibuffer-match-face-4: Faces. (line 29) -* ivy-minibuffer-shrink: Hydra in the minibuffer. - (line 50) -* ivy-next-action: Hydra in the minibuffer. - (line 60) -* ivy-next-history-element: Key bindings that alter the minibuffer input. - (line 9) -* ivy-next-line-and-call: Key bindings for multiple selections and actions keep minibuffer open. - (line 36) -* ivy-occur: Saving the current completion session to a buffer. - (line 9) -* ivy-occur-click: Saving the current completion session to a buffer. - (line 21) -* ivy-occur-dispatch: Saving the current completion session to a buffer. - (line 41) -* ivy-occur-press: Saving the current completion session to a buffer. - (line 16) -* ivy-occur-read-action: Saving the current completion session to a buffer. - (line 36) -* ivy-on-del-error-function: Defcustoms. (line 31) -* ivy-partial-or-done: Key bindings for single selection action then exit minibuffer. - (line 37) -* ivy-prev-action: Hydra in the minibuffer. - (line 55) -* ivy-previous-history-element: Key bindings that alter the minibuffer input. - (line 18) -* ivy-previous-line-and-call: Key bindings for multiple selections and actions keep minibuffer open. - (line 47) -* ivy-read-action: Hydra in the minibuffer. - (line 65) -* ivy-remote: Faces. (line 71) -* ivy-restrict-to-matches: Key bindings that alter the minibuffer input. - (line 40) -* ivy-resume: Key bindings for multiple selections and actions keep minibuffer open. - (line 55) -* ivy-reverse-i-search: Key bindings that alter the minibuffer input. - (line 48) -* ivy-rotate-preferred-builders: Hydra in the minibuffer. - (line 40) -* ivy-subdir: Faces. (line 66) -* ivy-toggle-calling: Hydra in the minibuffer. - (line 34) -* ivy-toggle-case-fold: Hydra in the minibuffer. - (line 70) -* ivy-toggle-regexp-quote: File Name Completion. (line 41) -* ivy-use-virtual-buffers: Buffer Name Completion. - (line 6) -* ivy-virtual: Faces. (line 76) -* ivy-wrap: Key bindings for navigation. - (line 14) -* ivy-yank-word: Key bindings that alter the minibuffer input. - (line 32) - - -File: ivy.info, Node: Keystroke Index, Prev: Variable Index, Up: Top - -Keystroke Index -*************** - - -* Menu: - -* /: File Name Completion. (line 35) -* //: File Name Completion. (line 25) -* <: Hydra in the minibuffer. - (line 50) -* >: Hydra in the minibuffer. - (line 45) -* ~: File Name Completion. (line 30) -* a: Hydra in the minibuffer. - (line 65) -* a <1>: Saving the current completion session to a buffer. - (line 36) -* c: Hydra in the minibuffer. - (line 34) -* C: Hydra in the minibuffer. - (line 70) -* C-': Key bindings for single selection action then exit minibuffer. - (line 64) -* C-c C-o: Saving the current completion session to a buffer. - (line 9) -* C-j: Key bindings for single selection action then exit minibuffer. - (line 30) -* C-j <1>: File Name Completion. (line 12) -* C-m: Key bindings for single selection action then exit minibuffer. - (line 19) -* C-M-j: Key bindings for single selection action then exit minibuffer. - (line 53) -* C-M-m: Key bindings for multiple selections and actions keep minibuffer open. - (line 16) -* C-M-n: Key bindings for multiple selections and actions keep minibuffer open. - (line 36) -* C-M-o: Key bindings for multiple selections and actions keep minibuffer open. - (line 26) -* C-M-p: Key bindings for multiple selections and actions keep minibuffer open. - (line 47) -* C-o: Hydra in the minibuffer. - (line 9) -* C-r: Key bindings that alter the minibuffer input. - (line 48) -* DEL: File Name Completion. (line 19) -* f: Saving the current completion session to a buffer. - (line 16) -* j: Saving the current completion session to a buffer. - (line 26) -* k: Saving the current completion session to a buffer. - (line 31) -* m: Hydra in the minibuffer. - (line 40) -* M-i: Key bindings that alter the minibuffer input. - (line 23) -* M-j: Key bindings that alter the minibuffer input. - (line 32) -* M-n: Key bindings that alter the minibuffer input. - (line 9) -* M-o: Key bindings for single selection action then exit minibuffer. - (line 24) -* M-p: Key bindings that alter the minibuffer input. - (line 18) -* M-r: File Name Completion. (line 41) -* M-w: Other key bindings. (line 9) -* mouse-1: Saving the current completion session to a buffer. - (line 21) -* o: Saving the current completion session to a buffer. - (line 41) -* q: Saving the current completion session to a buffer. - (line 46) -* RET: Key bindings for single selection action then exit minibuffer. - (line 19) -* RET <1>: Saving the current completion session to a buffer. - (line 16) -* s: Hydra in the minibuffer. - (line 60) -* S-SPC: Key bindings that alter the minibuffer input. - (line 40) -* TAB: Key bindings for single selection action then exit minibuffer. - (line 37) -* w: Hydra in the minibuffer. - (line 55) - - - -Tag Table: -Node: Top1360 -Node: Introduction3271 -Node: Installation5782 -Node: Installing from Emacs Package Manager6232 -Node: Installing from the Git repository7345 -Node: Getting started8165 -Node: Basic customization8472 -Node: Key bindings9067 -Node: Global key bindings9259 -Node: Minibuffer key bindings10577 -Node: Key bindings for navigation11809 -Node: Key bindings for single selection action then exit minibuffer13016 -Node: Key bindings for multiple selections and actions keep minibuffer open15663 -Node: Key bindings that alter the minibuffer input18055 -Node: Other key bindings20000 -Node: Hydra in the minibuffer20378 -Node: Saving the current completion session to a buffer22481 -Node: Completion Styles23893 -Node: ivy--regex-plus25644 -Node: ivy--regex-ignore-order27130 -Node: ivy--regex-fuzzy27498 -Node: Customization27995 -Node: Faces28181 -Node: Defcustoms30308 -Node: Actions31602 -Node: What are actions?31928 -Node: How can different actions be called?32746 -Node: How to modify the actions list?33317 -Node: Example - add two actions to each command33977 -Node: How to undo adding the two actions34936 -Node: How to add actions to a specific command35388 -Node: Example - define a new command with several actions35804 -Node: Test the above function with ivy-occur36692 -Node: Packages37534 -Node: Commands38377 -Node: File Name Completion38562 -Node: Using TRAMP40358 -Node: Buffer Name Completion41235 -Node: Counsel commands41850 -Node: API42497 -Node: Required arguments for ivy-read43095 -Node: Optional arguments for ivy-read43748 -Node: Example - counsel-describe-function46964 -Node: Example - counsel-locate50207 -Node: Example - ivy-read-with-extra-properties53971 -Node: Variable Index55179 -Node: Keystroke Index62080 - -End Tag Table - - -Local Variables: -coding: utf-8 -End: |