dotemacs

consult.el (202935B)

---

 ;;; consult.el --- Consulting completing-read -*- lexical-binding: t -*-
 
 ;; Copyright (C) 2021, 2022  Free Software Foundation, Inc.
 
 ;; Author: Daniel Mendler and Consult contributors
 ;; Maintainer: Daniel Mendler <mail@daniel-mendler.de>
 ;; Created: 2020
 ;; Version: 0.19
 ;; Package-Requires: ((emacs "27.1") (compat "28.1"))
 ;; Homepage: https://github.com/minad/consult
 
 ;; This file is part of GNU Emacs.
 
 ;; This program is free software: you can redistribute it and/or modify
 ;; it under the terms of the GNU General Public License as published by
 ;; the Free Software Foundation, either version 3 of the License, or
 ;; (at your option) any later version.
 
 ;; This program is distributed in the hope that it will be useful,
 ;; but WITHOUT ANY WARRANTY; without even the implied warranty of
 ;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 ;; GNU General Public License for more details.
 
 ;; You should have received a copy of the GNU General Public License
 ;; along with this program.  If not, see <http://www.gnu.org/licenses/>.
 
 ;;; Commentary:
 
 ;; Consult implements a set of `consult-<thing>' commands which use
 ;; `completing-read' to select from a list of candidates. Consult provides an
 ;; enhanced buffer switcher `consult-buffer' and search and navigation commands
 ;; like `consult-imenu' and `consult-line'. Searching through multiple files is
 ;; supported by the asynchronous `consult-grep' command. Many Consult commands
 ;; allow previewing candidates - if a candidate is selected in the completion
 ;; view, the buffer shows the candidate immediately.
 
 ;; The Consult commands are compatible with completion systems based
 ;; on the Emacs `completing-read' API, including the default completion
 ;; system, Vertico, Mct, Icomplete and Selectrum.
 
 ;; Consult has been inspired by Counsel. Some of the Consult commands
 ;; originated in the Counsel package or the Selectrum wiki. See the
 ;; README for a full list of contributors.
 
 ;;; Code:
 
 (eval-when-compile
   (require 'cl-lib)
   (require 'subr-x))
 (require 'bookmark)
 (require 'kmacro)
 (require 'recentf)
 (require 'seq)
 (require 'compat)
 (require 'compat-28)
 
 (defgroup consult nil
   "Consulting `completing-read'."
   :group 'convenience
   :group 'minibuffer
   :prefix "consult-")
 
 ;;;; Customization
 
 (defcustom consult-narrow-key nil
   "Prefix key for narrowing during completion.
 
 Good choices for this key are (kbd \"<\") or (kbd \"C-+\") for example.
 
 The key must be either a string or a vector.
 This is the key representation accepted by `define-key'."
   :type '(choice key-sequence (const nil)))
 
 (defcustom consult-widen-key nil
   "Key used for widening during completion.
 
 If this key is unset, defaults to twice the `consult-narrow-key'.
 
 The key must be either a string or a vector.
 This is the key representation accepted by `define-key'."
   :type '(choice key-sequence (const nil)))
 
 (defcustom consult-project-function
   #'consult--default-project-function
   "Function which returns project root directory.
 The function takes one boolargument MAY-PROMPT. If MAY-PROMPT is non-nil,
 the function may ask the prompt the user for a project directory.
 The root directory is used by `consult-buffer' and `consult-grep'."
   :type '(choice function (const nil)))
 
 (defcustom consult-async-refresh-delay 0.2
   "Refreshing delay of the completion ui for asynchronous commands.
 
 The completion ui is only updated every `consult-async-refresh-delay'
 seconds. This applies to asynchronous commands like for example
 `consult-grep'."
   :type 'float)
 
 (defcustom consult-async-input-throttle 0.4
   "Input throttle for asynchronous commands.
 
 The asynchronous process is started only every
 `consult-async-input-throttle' seconds. This applies to asynchronous
 commands, e.g., `consult-grep'."
   :type 'float)
 
 (defcustom consult-async-input-debounce 0.2
   "Input debounce for asynchronous commands.
 
 The asynchronous process is started only when there has not been new
 input for `consult-async-input-debounce' seconds. This applies to
 asynchronous commands, e.g., `consult-grep'."
   :type 'float)
 
 (defcustom consult-async-min-input 3
   "Minimum number of letters needed, before asynchronous process is called.
 
 This applies to asynchronous commands, e.g., `consult-grep'."
   :type 'integer)
 
 (defcustom consult-async-split-style 'perl
   "Async splitting style, see `consult-async-split-styles-alist'."
   :type '(choice (const :tag "No splitting" nil)
                  (const :tag "Comma" comma)
                  (const :tag "Semicolon" semicolon)
                  (const :tag "Perl" perl)))
 
 (defcustom consult-async-split-styles-alist
   '((nil :function consult--split-nil)
     (comma :separator ?, :function consult--split-separator)
     (semicolon :separator ?\; :function consult--split-separator)
     (perl :initial "#" :function consult--split-perl))
   "Async splitting styles."
   :type '(alist :key-type symbol :value-type plist))
 
 (defcustom consult-mode-histories
   '((eshell-mode . eshell-history-ring)
     (comint-mode . comint-input-ring)
     (term-mode   . term-input-ring))
   "Alist of (mode . history) pairs of mode histories.
 The histories can be rings or lists."
   :type '(alist :key-type symbol :value-type symbol))
 
 (defcustom consult-themes nil
   "List of themes (symbols or regexps) to be presented for selection.
 nil shows all `custom-available-themes'."
   :type '(repeat (choice symbol regexp)))
 
 (defcustom consult-after-jump-hook '(recenter)
   "Function called after jumping to a location.
 
 Commonly used functions for this hook are `recenter' and
 `reposition-window'. You may want to add a function which pulses the
 current line, e.g., `pulse-momentary-highlight-one-line' is supported on
 Emacs 28 and newer. The hook called during preview and for the jump
 after selection."
   :type 'hook)
 
 (defcustom consult-line-start-from-top nil
   "Start search from the top if non-nil.
 Otherwise start the search at the current line and wrap around."
   :type 'boolean)
 
 (defcustom consult-line-point-placement 'match-beginning
   "Where to leave point after `consult-line' jumps to a match."
   :type '(choice (const :tag "Beginning of the line" line-beginning)
                  (const :tag "Beginning of the match" match-beginning)
                  (const :tag "End of the match" match-end)))
 
 (defcustom consult-line-numbers-widen t
   "Show absolute line numbers when narrowing is active.
 
 See also `display-line-numbers-widen'."
   :type 'boolean)
 
 (defcustom consult-goto-line-numbers t
   "Show line numbers for `consult-goto-line'."
   :type 'boolean)
 
 (defcustom consult-fontify-preserve t
   "Preserve fontification for line-based commands."
   :type 'boolean)
 
 (defcustom consult-fontify-max-size 1048576
   "Buffers larger than this byte limit are not fontified.
 
 This is necessary in order to prevent a large startup time
 for navigation commands like `consult-line'."
   :type 'integer)
 
 (defcustom consult-buffer-filter
   '("\\` "
     "\\`\\*Completions\\*\\'"
     "\\`\\*Flymake log\\*\\'"
     "\\`\\*Semantic SymRef\\*\\'"
     "\\`\\*tramp/.*\\*\\'")
   "Filter regexps for `consult-buffer'.
 
 The default setting is to filter ephemeral buffer names beginning with a space
 character, the *Completions* buffer and a few log buffers."
   :type '(repeat regexp))
 
 (defcustom consult-buffer-sources
   '(consult--source-hidden-buffer
     consult--source-modified-buffer
     consult--source-buffer
     consult--source-recent-file
     consult--source-bookmark
     consult--source-project-buffer
     consult--source-project-recent-file)
   "Sources used by `consult-buffer'.
 See also `consult-project-buffer-sources'.
 See `consult--multi' for a description of the source data structure."
   :type '(repeat symbol))
 
 (defcustom consult-project-buffer-sources nil
   "Sources used by `consult-project-buffer'.
 See also `consult-buffer-sources'.
 See `consult--multi' for a description of the source data structure."
   :type '(repeat symbol))
 
 (defcustom consult-mode-command-filter
   '(;; Filter commands
     "-mode\\'" "--"
     ;; Filter whole features
     simple mwheel time so-long recentf)
   "Filter commands for `consult-mode-command'."
   :type '(repeat (choice symbol regexp)))
 
 (defcustom consult-grep-max-columns 300
   "Maximal number of columns of grep output."
   :type 'integer)
 
 (defconst consult--grep-match-regexp
   "\\`\\(?:\\./\\)?\\([^\n\0]+\\)\0\\([0-9]+\\)\\([-:\0]\\)"
   "Regexp used to match file and line of grep output.")
 
 (defcustom consult-grep-args
   "grep --null --line-buffered --color=never --ignore-case --line-number -I -r ."
   "Command line arguments for grep, see `consult-grep'.
 The dynamically computed arguments are appended."
   :type 'string)
 
 (defcustom consult-git-grep-args
   "git --no-pager grep --null --color=never --ignore-case\
    --extended-regexp --line-number -I"
   "Command line arguments for git-grep, see `consult-git-grep'.
 The dynamically computed arguments are appended."
   :type 'string)
 
 (defcustom consult-ripgrep-args
   "rg --null --line-buffered --color=never --max-columns=1000 --path-separator /\
    --smart-case --no-heading --line-number ."
   "Command line arguments for ripgrep, see `consult-ripgrep'.
 The dynamically computed arguments are appended."
   :type 'string)
 
 (defcustom consult-find-args
   "find . -not ( -wholename */.* -prune )"
   "Command line arguments for find, see `consult-find'.
 The dynamically computed arguments are appended."
   :type 'string)
 
 (defcustom consult-locate-args
   "locate --ignore-case --existing"
   "Command line arguments for locate, see `consult-locate'.
 The dynamically computed arguments are appended."
   :type 'string)
 
 (defcustom consult-man-args
   "man -k"
   "Command line arguments for man, see `consult-man'.
 The dynamically computed arguments are appended."
   :type 'string)
 
 (defcustom consult-preview-key 'any
   "Preview trigger keys, can be nil, \\='any, a single key or a list of keys."
   :type '(choice (const :tag "Any key" any)
                  (list :tag "Debounced" (const :debounce) (float :tag "Seconds" 0.1) (const any))
                  (const :tag "No preview" nil)
                  (key-sequence :tag "Key")
                  (repeat :tag "List of keys" key-sequence)))
 
 (defcustom consult-preview-max-size 10485760
   "Files larger than this byte limit are not previewed."
   :type 'integer)
 
 (defcustom consult-preview-raw-size 524288
   "Files larger than this byte limit are previewed in raw form."
   :type 'integer)
 
 (defcustom consult-preview-max-count 10
   "Number of files to keep open at once during preview."
   :type 'integer)
 
 (defcustom consult-preview-excluded-files nil
   "List of regexps matched against names of files, which are not previewed."
   :type '(repeat regexp))
 
 (defcustom consult-preview-allowed-hooks
   '(global-font-lock-mode-check-buffers
     save-place-find-file-hook)
   "List of `find-file' hooks, which should be executed during file preview."
   :type '(repeat symbol))
 
 (defcustom consult-preview-variables
   '((inhibit-message . t)
     (enable-dir-local-variables . nil)
     (enable-local-variables . :safe)
     (non-essential . t)
     (delay-mode-hooks . t))
   "Variables which are bound for file preview."
   :type '(alist :key-type symbol))
 
 (defcustom consult-bookmark-narrow
   `((?f "File" ,#'bookmark-default-handler)
     (?h "Help" ,#'help-bookmark-jump)
     (?i "Info" ,#'Info-bookmark-jump)
     (?p "Picture" ,#'image-bookmark-jump)
     (?d "Docview" ,#'doc-view-bookmark-jump)
     (?m "Man" ,#'Man-bookmark-jump)
     (?w "Woman" ,#'woman-bookmark-jump)
     (?g "Gnus" ,#'gnus-summary-bookmark-jump)
     ;; Introduced on Emacs 28
     (?s "Eshell" eshell-bookmark-jump)
     (?e "Eww" eww-bookmark-jump)
     (?v "VC Directory" vc-dir-bookmark-jump))
   "Bookmark narrowing configuration.
 
 Each element of the list must have the form \\='(char name handler)."
   :type '(repeat (list character string function)))
 
 ;;;; Faces
 
 (defgroup consult-faces nil
   "Faces used by Consult."
   :group 'consult
   :group 'faces)
 
 (defface consult-preview-line
   '((t :inherit consult-preview-insertion :extend t))
   "Face used for line previews.")
 
 (defface consult-preview-match
   '((t :inherit match))
   "Face used for match previews in `consult-grep'.")
 
 (defface consult-preview-cursor
   '((t :inherit consult-preview-match))
   "Face used for cursor previews and marks in `consult-mark'.")
 
 (defface consult-preview-error
   '((t :inherit isearch-fail))
   "Face used for cursor previews and marks in `consult-compile-error'.")
 
 (defface consult-preview-insertion
   '((t :inherit region))
   "Face used for previews of text to be inserted.
 Used by `consult-completion-in-region', `consult-yank' and `consult-history'.")
 
 (defface consult-narrow-indicator
   '((t :inherit warning))
   "Face used for the narrowing indicator.")
 
 (defface consult-async-running
   '((t :inherit consult-narrow-indicator))
   "Face used if asynchronous process is running.")
 
 (defface consult-async-finished
   '((t :inherit success))
   "Face used if asynchronous process has finished.")
 
 (defface consult-async-failed
   '((t :inherit error))
   "Face used if asynchronous process has failed.")
 
 (defface consult-async-split
   '((t :inherit font-lock-negation-char-face))
   "Face used to highlight punctuation character.")
 
 (defface consult-help
   '((t :inherit shadow))
   "Face used to highlight help, e.g., in `consult-register-store'.")
 
 (defface consult-key
   '((t :inherit font-lock-keyword-face))
   "Face used to highlight keys, e.g., in `consult-register'.")
 
 (defface consult-line-number
   '((t :inherit consult-key))
   "Face used to highlight location line in `consult-global-mark'.")
 
 (defface consult-file
   '((t :inherit font-lock-function-name-face))
   "Face used to highlight files in `consult-buffer'.")
 
 (defface consult-grep-context
   '((t :inherit shadow))
   "Face used to highlight grep context in `consult-grep'.")
 
 (defface consult-bookmark
   '((t :inherit font-lock-constant-face))
   "Face used to highlight bookmarks in `consult-buffer'.")
 
 (defface consult-buffer
   '((t))
   "Face used to highlight buffers in `consult-buffer'.")
 
 (defface consult-line-number-prefix
   '((t :inherit line-number))
   "Face used to highlight line number prefixes.")
 
 (defface consult-line-number-wrapped
   '((t :inherit consult-line-number-prefix :inherit font-lock-warning-face))
   "Face used to highlight line number prefixes, if the line number wrapped around.")
 
 (defface consult-separator
   '((((class color) (min-colors 88) (background light))
      :foreground "#ccc")
     (((class color) (min-colors 88) (background dark))
      :foreground "#333"))
   "Face used for thin line separators in `consult-register-window'.")
 
 ;;;; History variables
 
 (defvar consult--keep-lines-history nil)
 (defvar consult--grep-history nil)
 (defvar consult--find-history nil)
 (defvar consult--man-history nil)
 (defvar consult--line-history nil)
 (defvar consult--apropos-history nil)
 (defvar consult--theme-history nil)
 (defvar consult--minor-mode-menu-history nil)
 (defvar consult--kmacro-history nil)
 (defvar consult--buffer-history nil)
 
 ;;;; Internal variables
 
 (defvar consult--regexp-compiler
   #'consult--default-regexp-compiler
   "Regular expression compiler used by `consult-grep' and other commands.
 The function must return a list of regular expressions and a highlighter
 function.")
 
 (defvar consult--customize-alist
   ;; Disable preview in frames, since frames do not get up cleaned
   ;; properly. Preview is only supported by `consult-buffer' and
   ;; `consult-buffer-other-window'.
   `((,#'consult-buffer-other-frame :preview-key nil))
   "Command configuration alist for fine-grained configuration.
 
 Each element of the list must have the form (command-name plist...). The
 options set here will be evaluated and passed to `consult--read', when
 called from the corresponding command. Note that the options depend on
 the private `consult--read' API and should not be considered as stable
 as the public API.")
 
 (defvar consult--buffer-display #'switch-to-buffer
   "Buffer display function.")
 
 (defvar consult--completion-candidate-hook
   (list #'consult--default-completion-minibuffer-candidate
         #'consult--default-completion-list-candidate)
   "Get candidate from completion system.")
 
 (defvar consult--completion-refresh-hook nil
   "Refresh completion system.")
 
 (defvar-local consult--preview-function nil
   "Minibuffer-local variable which exposes the current preview function.
 This function can be called by custom completion systems from
 outside the minibuffer.")
 
 (defconst consult--tofu-char #x200000
   "Special character used to encode line prefixes for disambiguation.
 We use invalid characters outside the Unicode range.")
 
 (defconst consult--tofu-range #x100000
   "Special character range.")
 
 (defvar-local consult--narrow nil
   "Current narrowing key.")
 
 (defvar-local consult--narrow-keys nil
   "Narrowing prefixes of the current completion.")
 
 (defvar-local consult--narrow-predicate nil
   "Narrowing predicate of the current completion.")
 
 (defvar-local consult--narrow-overlay nil
   "Narrowing indicator overlay.")
 
 (defvar consult--gc-threshold (* 64 1024 1024)
   "Large gc threshold for temporary increase.")
 
 (defvar consult--gc-percentage 0.5
   "Large gc percentage for temporary increase.")
 
 (defvar consult--process-chunk (* 1024 1024)
   "Increase process output chunk size.")
 
 (defvar consult--async-log
   " *consult-async*"
   "Buffer for async logging output used by `consult--async-process'.")
 
 (defvar-local consult--focus-lines-overlays nil
   "Overlays used by `consult-focus-lines'.")
 
 ;;;; Customization helper
 
 (defun consult--customize-put (cmds prop form)
   "Set property PROP to FORM of commands CMDS."
   (dolist (cmd cmds)
     (cond
      ((and (boundp cmd) (consp (symbol-value cmd)))
       (set cmd (plist-put (symbol-value cmd) prop (eval form 'lexical))))
      ((functionp cmd)
       (setf (alist-get cmd consult--customize-alist)
             (plist-put (alist-get cmd consult--customize-alist) prop form)))
      (t (user-error "%s is neither a Consult command nor a Consult source"
                     cmd))))
   nil)
 
 (defmacro consult-customize (&rest args)
   "Set properties of commands or sources.
 ARGS is a list of commands or sources followed by the list of keyword-value
 pairs."
   (let ((setter))
     (while args
       (let ((cmds (seq-take-while (lambda (x) (not (keywordp x))) args)))
         (setq args (seq-drop-while (lambda (x) (not (keywordp x))) args))
         (while (keywordp (car args))
           (push `(consult--customize-put ',cmds ,(car args) ',(cadr args)) setter)
           (setq args (cddr args)))))
     (macroexp-progn setter)))
 
 (defun consult--customize-get (&optional cmd)
   "Get configuration from `consult--customize-alist' for CMD."
   (mapcar (lambda (x) (eval x 'lexical))
           (alist-get (or cmd this-command) consult--customize-alist)))
 
 ;;;; Helper functions and macros
 
 (defun consult--command-split (str)
   "Return command argument and options list given input STR."
   (save-match-data
     (let ((opts (when (string-match " +--\\( +\\|\\'\\)" str)
                   (prog1 (substring str (match-end 0))
                     (setq str (substring str 0 (match-beginning 0)))))))
       ;; split-string-and-unquote fails if the quotes are invalid. Ignore it.
       (cons str (and opts (ignore-errors (split-string-and-unquote opts)))))))
 
 (defun consult--highlight-regexps (regexps ignore-case str)
   "Highlight REGEXPS in STR.
 If a regular expression contains capturing groups, only these are highlighted.
 If no capturing groups are used highlight the whole match. Case is ignored
 if IGNORE-CASE is non-nil."
   (let ((case-fold-search ignore-case))
     (dolist (re regexps)
       (when (string-match re str)
         ;; Unfortunately there is no way to avoid the allocation of the match
         ;; data, since the number of capturing groups is unknown.
         (let ((m (match-data)))
           (setq m (or (cddr m) m))
           (while m
             (when (car m)
               (add-face-text-property (car m) (cadr m)
                                       'consult-preview-match nil str))
             (setq m (cddr m))))))))
 
 (defconst consult--convert-regexp-table
   (append
    ;; For simplicity, treat word beginning/end as word boundaries,
    ;; since PCRE does not make this distinction. Usually the
    ;; context determines if \b is the beginning or the end.
    '(("\\<" . "\\b") ("\\>" . "\\b")
      ("\\_<" . "\\b") ("\\_>" . "\\b"))
    ;; Treat \` and \' as beginning and end of line. This is more
    ;; widely supported and makes sense for line-based commands.
    '(("\\`" . "^") ("\\'" . "$"))
    ;; Historical: Unescaped *, +, ? are supported at the beginning
    (mapcan (lambda (x)
              (mapcar (lambda (y)
                        (cons (concat x y)
                              (concat (string-remove-prefix "\\" x) "\\" y)))
                      '("*" "+" "?")))
            '("" "\\(" "\\(?:" "\\|" "^"))
    ;; Different escaping
    (mapcan (lambda (x) `(,x (,(cdr x) . ,(car x))))
            '(("\\|" . "|")
              ("\\(" . "(") ("\\)" . ")")
              ("\\{" . "{") ("\\}" . "}"))))
   "Regexp conversion table.")
 
 (defun consult--convert-regexp (regexp type)
   "Convert Emacs REGEXP to regexp syntax TYPE."
   (if (memq type '(emacs basic))
       regexp
     ;; Support for Emacs regular expressions is fairly complete for basic
     ;; usage. There are a few unsupported Emacs regexp features:
     ;; - \= point matching
     ;; - Syntax classes \sx \Sx
     ;; - Character classes \cx \Cx
     ;; - Explicitly numbered groups (?3:group)
     (replace-regexp-in-string
      (rx (or "\\\\" "\\^"                         ;; Pass through
              (seq (or "\\(?:" "\\|") (any "*+?")) ;; Historical: \|+ or \(?:* etc
              (seq "\\(" (any "*+"))               ;; Historical: \(* or \(+
              (seq (or bos "^") (any "*+?"))       ;; Historical: + or * at the beginning
              (seq (opt "\\") (any "(){|}"))       ;; Escape parens/braces/pipe
              (seq "\\" (any "'<>`"))              ;; Special escapes
              (seq "\\_" (any "<>"))))             ;; Beginning or end of symbol
      (lambda (x) (or (cdr (assoc x consult--convert-regexp-table)) x))
      regexp 'fixedcase 'literal)))
 
 (defun consult--default-regexp-compiler (input type ignore-case)
   "Compile the INPUT string to a list of regular expressions.
 The function should return a pair, the list of regular expressions and a
 highlight function. The highlight function should take a single
 argument, the string to highlight given the INPUT. TYPE is the desired
 type of regular expression, which can be `basic', `extended', `emacs' or
 `pcre'. If IGNORE-CASE is non-nil return a highlight function which
 matches case insensitively."
   (setq input (consult--split-escaped input))
   (cons (mapcar (lambda (x) (consult--convert-regexp x type)) input)
         (when-let (regexps (seq-filter #'consult--valid-regexp-p input))
           (apply-partially #'consult--highlight-regexps regexps ignore-case))))
 
 (defun consult--split-escaped (str)
   "Split STR at spaces, which can be escaped with backslash."
   (mapcar
    (lambda (x) (string-replace "\0" " " x))
    (split-string (replace-regexp-in-string
                   "\\\\\\\\\\|\\\\ "
                   (lambda (x) (if (equal x "\\ ") "\0" x))
                   str 'fixedcase 'literal)
                  " +" t)))
 
 (defun consult--join-regexps (regexps type)
   "Join REGEXPS of TYPE."
   ;; Add lookahead wrapper only if there is more than one regular expression
   (cond
    ((and (eq type 'pcre) (cdr regexps))
     (concat "^" (mapconcat (lambda (x) (format "(?=.*%s)" x))
                            regexps "")))
    ((eq type 'basic)
     (string-join regexps ".*"))
    (t
     (when (length> regexps 3)
       (message "Too many regexps, %S ignored. Use post-filtering!"
                (string-join (seq-drop regexps 3) " "))
       (setq regexps (seq-take regexps 3)))
     (consult--regexp-join-permutations regexps
                                        (and (memq type '(basic emacs)) "\\")))))
 
 (defun consult--regexp-join-permutations (regexps esc)
   "Join all permutations of REGEXPS.
 ESC is the escaping string for choice and groups."
   (pcase regexps
     ('nil "")
     (`(,r) r)
     (`(,r1 ,r2) (concat r1 ".*" r2 esc "|" r2 ".*" r1))
     (_ (mapconcat
         (lambda (r)
           (concat r ".*" esc "("
                   (consult--regexp-join-permutations (remove r regexps) esc)
                   esc ")"))
         regexps (concat esc "|")))))
 
 (defun consult--valid-regexp-p (re)
   "Return t if regexp RE is valid."
   (condition-case nil
       (progn (string-match-p re "") t)
     (invalid-regexp nil)))
 
 (defun consult--regexp-filter (regexps)
   "Create filter regexp from REGEXPS."
   (if (stringp regexps)
       regexps
     (mapconcat (lambda (x) (concat "\\(?:" x "\\)")) regexps "\\|")))
 
 (defmacro consult--keep! (list form)
   "Evaluate FORM for every element of LIST and keep the non-nil results."
   (declare (indent 1))
   (let ((head (make-symbol "head"))
         (prev (make-symbol "prev"))
         (result (make-symbol "result")))
     `(let* ((,head (cons nil ,list))
             (,prev ,head))
        (while (cdr ,prev)
          (if-let (,result (let ((it (cadr ,prev))) ,form))
              (progn
                (pop ,prev)
                (setcar ,prev ,result))
            (setcdr ,prev (cddr ,prev))))
        (setq ,list (cdr ,head))
        nil)))
 
 ;; Upstream bug#46326, Consult issue https://github.com/minad/consult/issues/193
 (defmacro consult--minibuffer-with-setup-hook (fun &rest body)
   "Variant of `minibuffer-with-setup-hook' using a symbol and `fset'.
 
 This macro is only needed to prevent memory leaking issues with
 the upstream `minibuffer-with-setup-hook' macro.
 FUN is the hook function and BODY opens the minibuffer."
   (declare (indent 1) (debug t))
   (let ((hook (make-symbol "hook"))
         (append))
     (when (eq (car-safe fun) :append)
       (setq append '(t) fun (cadr fun)))
     `(let ((,hook (make-symbol "consult--minibuffer-setup")))
        (fset ,hook (lambda ()
                      (remove-hook 'minibuffer-setup-hook ,hook)
                      (funcall ,fun)))
        (unwind-protect
            (progn
              (add-hook 'minibuffer-setup-hook ,hook ,@append)
              ,@body)
          (remove-hook 'minibuffer-setup-hook ,hook)))))
 
 (defun consult--completion-filter (pattern cands category _highlight)
   "Filter CANDS with PATTERN.
 
 CATEGORY is the completion category, used to find the completion style via
 `completion-category-defaults' and `completion-category-overrides'.
 HIGHLIGHT must be non-nil if the resulting strings should be highlighted."
   ;; completion-all-completions returns an improper list
   ;; where the last link is not necessarily nil.
   (nconc (completion-all-completions pattern cands nil (length pattern)
                                      `(metadata (category . ,category)))
          nil))
 
 (defun consult--completion-filter-complement (pattern cands category _highlight)
   "Filter CANDS with complement of PATTERN.
 See `consult--completion-filter' for the arguments CATEGORY and HIGHLIGHT."
   (let ((ht (consult--string-hash (consult--completion-filter pattern cands category nil))))
     (seq-remove (lambda (x) (gethash x ht)) cands)))
 
 (defun consult--completion-filter-dispatch (pattern cands category highlight)
   "Filter CANDS with PATTERN with optional complement.
 Either using `consult--completion-filter' or
 `consult--completion-filter-complement', depending on if the pattern starts
 with a bang. See `consult--completion-filter' for the arguments CATEGORY and
 HIGHLIGHT."
   (cond
    ((string-match-p "\\`!? ?\\'" pattern) cands) ;; empty pattern
    ((string-prefix-p "! " pattern) (consult--completion-filter-complement
                                     (substring pattern 2) cands category nil))
    (t (consult--completion-filter pattern cands category highlight))))
 
 (defmacro consult--each-line (beg end &rest body)
   "Iterate over each line.
 
 The line beginning/ending BEG/END is bound in BODY."
   (declare (indent 2))
   (let ((max (make-symbol "max")))
     `(save-excursion
        (let ((,beg (point-min)) (,max (point-max)) end)
          (while (< ,beg ,max)
            (goto-char ,beg)
            (let ((inhibit-field-text-motion t))
              (setq ,end (line-end-position)))
            ,@body
            (setq ,beg (1+ ,end)))))))
 
 (defun consult--display-width (string)
   "Compute width of STRING taking display and invisible properties into account."
   (let ((pos 0) (width 0) (end (length string)))
     (while (< pos end)
       (let ((nextd (next-single-property-change pos 'display string end))
             (display (get-text-property pos 'display string)))
         (if (stringp display)
             (setq width (+ width (string-width display))
                   pos nextd)
           (while (< pos nextd)
             (let ((nexti (next-single-property-change pos 'invisible string nextd)))
               (unless (get-text-property pos 'invisible string)
                 (setq width (+ width (compat-string-width string pos nexti))))
               (setq pos nexti))))))
     width))
 
 (defun consult--string-hash (strings)
   "Create hashtable from STRINGS."
   (let ((ht (make-hash-table :test #'equal :size (length strings))))
     (dolist (str strings)
       (puthash str t ht))
     ht))
 
 (defmacro consult--local-let (binds &rest body)
   "Buffer local let BINDS of dynamic variables in BODY."
   (declare (indent 1))
   (let ((buffer (make-symbol "buffer"))
         (local (mapcar (lambda (x) (cons (make-symbol "local") (car x))) binds)))
     `(let ((,buffer (current-buffer))
            ,@(mapcar (lambda (x) `(,(car x) (local-variable-p ',(cdr x)))) local))
        (unwind-protect
            (progn
              ,@(mapcar (lambda (x) `(make-local-variable ',(car x))) binds)
              (let (,@binds)
                ,@body))
          (when (buffer-live-p ,buffer)
            (with-current-buffer ,buffer
              ,@(mapcar (lambda (x)
                          `(unless ,(car x)
                             (kill-local-variable ',(cdr x))))
                        local)))))))
 
 (defun consult--abbreviate-directory (dir)
   "Return abbreviated directory DIR for use in `completing-read' prompt."
   (save-match-data
     (let ((adir (abbreviate-file-name dir)))
       (if (string-match "/\\([^/]+\\)/\\([^/]+\\)/\\'" adir)
           (format "…/%s/%s/" (match-string 1 adir) (match-string 2 adir))
         adir))))
 
 (defun consult--directory-prompt (prompt dir)
   "Return prompt and directory.
 
 PROMPT is the prompt prefix. The directory
 is appended to the prompt prefix. For projects
 only the project name is shown. The `default-directory'
 is not shown. Other directories are abbreviated and
 only the last two path components are shown.
 
 If DIR is a string, it is returned.
 If DIR is a true value, the user is asked.
 Then the `consult-project-function' is tried.
 Otherwise the `default-directory' is returned."
   (let* ((dir
           (cond
            ((stringp dir) dir)
            (dir
             ;; Preserve this-command across `read-directory-name' call,
             ;; such that `consult-customize' continues to work.
             (let ((this-command this-command))
               (read-directory-name "Directory: " nil nil t)))
            (t (or (consult--project-root) default-directory))))
          (edir (file-name-as-directory (expand-file-name dir)))
          ;; Bind default-directory in order to find the project
          (pdir (let ((default-directory edir)) (consult--project-root))))
     (cons
      (cond
       ((equal edir pdir)
        (format "%s (Project %s): " prompt (consult--project-name pdir)))
       ((equal edir (file-name-as-directory (expand-file-name default-directory)))
        (concat prompt ": "))
       (t (format "%s (%s): " prompt (consult--abbreviate-directory dir))))
      edir)))
 
 (defun consult--default-project-function (may-prompt)
   "Return project root directory.
 When no project is found and MAY-PROMPT is non-nil ask the user."
   (when-let (proj (project-current may-prompt))
     (cond
      ((fboundp 'project-root) (project-root proj))
      ((fboundp 'project-roots) (car (project-roots proj))))))
 
 (defun consult--project-root (&optional may-prompt)
   "Return project root as absolute path.
 When no project is found and MAY-PROMPT is non-nil ask the user."
   ;; Preserve this-command across project selection,
   ;; such that `consult-customize' continues to work.
   (let ((this-command this-command))
     (when-let (root (and consult-project-function
                          (funcall consult-project-function may-prompt)))
       (expand-file-name root))))
 
 (defun consult--project-name (dir)
   "Return the project name for DIR."
   (if (string-match "/\\([^/]+\\)/\\'" dir)
       (match-string 1 dir)
     dir))
 
 (defun consult--format-location (file line &optional str)
   "Format location string 'FILE:LINE:STR'."
   (setq line (number-to-string line)
         str (concat file ":" line (and str ":") str)
         file (length file))
   (put-text-property 0 file 'face 'consult-file str)
   (put-text-property (1+ file) (+ 1 file (length line)) 'face 'consult-line-number str)
   str)
 
 (defmacro consult--overlay (beg end &rest props)
   "Make consult overlay between BEG and END with PROPS."
   (let ((ov (make-symbol "ov"))
         (puts))
     (while props
       (push `(overlay-put ,ov ,(car props) ,(cadr props)) puts)
       (setq props (cddr props)))
     `(let ((,ov (make-overlay ,beg ,end)))
        ,@puts
        ,ov)))
 
 (defun consult--remove-dups (list)
   "Remove duplicate strings from LIST."
   (delete-dups (copy-sequence list)))
 
 (defsubst consult--in-range-p (pos)
   "Return t if position POS lies in range `point-min' to `point-max'."
   (<= (point-min) pos (point-max)))
 
 (defun consult--type-group (types)
   "Return group function for TYPES."
   (lambda (cand transform)
     (if transform
         cand
       (alist-get (get-text-property 0 'consult--type cand) types))))
 
 (defun consult--type-narrow (types)
   "Return narrowing configuration from TYPES."
   (list :predicate
         (lambda (cand) (eq (get-text-property 0 'consult--type cand) consult--narrow))
         :keys types))
 
 (defun consult--completion-window-p ()
   "Return non-nil if the selected window belongs to the completion UI."
   (or (eq (selected-window) (active-minibuffer-window))
       (eq #'completion-list-mode (buffer-local-value 'major-mode (window-buffer)))))
 
 (defun consult--location-state (candidates)
   "Location state function.
 The cheap location markers from CANDIDATES are upgraded on window
 selection change to full Emacs markers."
   (let ((jump (consult--jump-state))
         (hook (make-symbol "consult--location-upgrade")))
     (fset hook
           (lambda (_)
             (unless (consult--completion-window-p)
               (remove-hook 'window-selection-change-functions hook)
               (mapc #'consult--get-location candidates))))
     (lambda (action cand)
       (pcase action
         ('setup (add-hook 'window-selection-change-functions hook))
         ('exit (remove-hook 'window-selection-change-functions hook)))
       (funcall jump action cand))))
 
 (defun consult--get-location (cand)
   "Return location from CAND."
   (let ((loc (get-text-property 0 'consult-location cand)))
     (when (consp (car loc))
       ;; Transform cheap marker to real marker
       (setcar loc (set-marker (make-marker) (cdar loc) (caar loc))))
     loc))
 
 (defun consult--lookup-member (selected candidates &rest _)
   "Lookup SELECTED in CANDIDATES list, return original element."
   (car (member selected candidates)))
 
 (defun consult--lookup-cons (selected candidates &rest _)
   "Lookup SELECTED in CANDIDATES alist, return cons."
   (assoc selected candidates))
 
 (defun consult--lookup-cdr (selected candidates &rest _)
   "Lookup SELECTED in CANDIDATES alist, return cdr of element."
   (cdr (assoc selected candidates)))
 
 (defun consult--lookup-location (selected candidates &rest _)
   "Lookup SELECTED in CANDIDATES list of `consult-location' category.
 Return the location marker."
   (when-let (found (member selected candidates))
     (car (consult--get-location (car found)))))
 
 (defun consult--lookup-prop (prop selected candidates &rest _)
   "Lookup SELECTED in CANDIDATES list and return PROP value."
   (when-let (found (member selected candidates))
     (get-text-property 0 prop (car found))))
 
 (defun consult--lookup-candidate (selected candidates &rest _)
   "Lookup SELECTED in CANDIDATES list and return property `consult--candidate'."
   (consult--lookup-prop 'consult--candidate selected candidates))
 
 (defun consult--forbid-minibuffer ()
   "Raise an error if executed from the minibuffer."
   (when (minibufferp)
     (user-error "`%s' called inside the minibuffer" this-command)))
 
 (defun consult--require-minibuffer ()
   "Raise an error if executed outside the minibuffer."
   (unless (minibufferp)
     (user-error "`%s' must be called inside the minibuffer" this-command)))
 
 (defun consult--fontify-all ()
   "Ensure that the whole buffer is fontified."
   ;; Font-locking is lazy, i.e., if a line has not been looked at yet, the line
   ;; is not font-locked. We would observe this if consulting an unfontified
   ;; line. Therefore we have to enforce font-locking now, which is slow. In
   ;; order to prevent is hang-up we check the buffer size against
   ;; `consult-fontify-max-size'.
   (when (and consult-fontify-preserve jit-lock-mode
              (< (buffer-size) consult-fontify-max-size))
     (jit-lock-fontify-now)))
 
 (defun consult--fontify-region (start end)
   "Ensure that region between START and END is fontified."
   (when (and consult-fontify-preserve jit-lock-mode)
     (jit-lock-fontify-now start end)))
 
 (defmacro consult--with-increased-gc (&rest body)
   "Temporarily increase the gc limit in BODY to optimize for throughput."
   (let ((overwrite (make-symbol "overwrite")))
     `(let* ((,overwrite (> consult--gc-threshold gc-cons-threshold))
             (gc-cons-threshold (if ,overwrite consult--gc-threshold gc-cons-threshold))
             (gc-cons-percentage (if ,overwrite consult--gc-percentage gc-cons-percentage)))
        ,@body)))
 
 (defun consult--count-lines (pos)
   "Move to position POS and return number of lines."
   (let ((line 0))
     (while (< (point) pos)
       (forward-line)
       (when (<= (point) pos)
         (setq line (1+ line))))
     (goto-char pos)
     line))
 
 (defun consult--position-marker (buffer line column)
   "Get marker in BUFFER from LINE and COLUMN."
   (when (buffer-live-p buffer)
     (with-current-buffer buffer
       (save-restriction
         (save-excursion
           (widen)
           (goto-char (point-min))
           ;; Location data might be invalid by now!
           (ignore-errors
             (forward-line (1- line))
             (forward-char column))
           (point-marker))))))
 
 (defun consult--line-group (cand transform)
   "Group function used by `consult-line-multi'.
 If TRANSFORM non-nil, return transformed CAND, otherwise return title."
   (if transform
       cand
     (let ((marker (car (get-text-property 0 'consult-location cand))))
       (buffer-name
        ;; Handle cheap marker
        (if (consp marker)
            (car marker)
          (marker-buffer marker))))))
 
 (defun consult--line-prefix (&optional curr-line)
   "Annotate `consult-location' candidates with line numbers.
 CURR-LINE is the current line number."
   (setq curr-line (or curr-line -1))
   (let* ((width (length (number-to-string (line-number-at-pos
                                            (point-max)
                                            consult-line-numbers-widen))))
          (before (format #("%%%dd " 0 6 (face consult-line-number-wrapped)) width))
          (after (format #("%%%dd " 0 6 (face consult-line-number-prefix)) width)))
     (lambda (cand)
       (let ((line (cdr (get-text-property 0 'consult-location cand))))
         (list cand (format (if (< line curr-line) before after) line) "")))))
 
 (defun consult--location-candidate (cand marker line &rest props)
   "Add MARKER and LINE as \\='consult-location text property to CAND.
 Furthermore add the additional text properties PROPS, and append
 tofu-encoded MARKER suffix for disambiguation."
   ;; Handle cheap marker
   (setq cand (concat cand (consult--tofu-encode (if (consp marker) (cdr marker) marker))))
   (add-text-properties 0 1 `(consult-location (,marker . ,line) ,@props) cand)
   cand)
 
 ;; There is a similar variable `yank-excluded-properties'. Unfortunately
 ;; we cannot use it here since it excludes too much (e.g., invisible)
 ;; and at the same time not enough (e.g., cursor-sensor-functions).
 (defconst consult--remove-text-properties
   '(category cursor cursor-intangible cursor-sensor-functions field follow-link
     fontified front-sticky help-echo insert-behind-hooks insert-in-front-hooks intangible keymap
     local-map modification-hooks mouse-face pointer read-only rear-nonsticky yank-handler)
   "List of text properties to remove from buffer strings.")
 
 (defsubst consult--buffer-substring (beg end &optional fontify)
   "Return buffer substring between BEG and END.
 If FONTIFY and `consult-fontify-preserve' are non-nil, first ensure that the
 region has been fontified."
   (if consult-fontify-preserve
       (let (str)
         (when fontify (consult--fontify-region beg end))
         (setq str (buffer-substring beg end))
         ;; TODO Propose the addition of a function `preserve-list-of-text-properties'
         (remove-list-of-text-properties 0 (- end beg) consult--remove-text-properties str)
         str)
     (buffer-substring-no-properties beg end)))
 
 (defun consult--region-with-cursor (beg end marker)
   "Return region string with a marking at the cursor position.
 
 BEG is the begin position.
 END is the end position.
 MARKER is the cursor position."
   (let ((str (consult--buffer-substring beg end 'fontify)))
     (if (>= marker end)
         (concat str #(" " 0 1 (face consult-preview-cursor)))
       (put-text-property (- marker beg) (- (1+ marker) beg)
                          'face 'consult-preview-cursor str)
       str)))
 
 (defun consult--line-with-cursor (marker)
   "Return current line where the cursor MARKER is highlighted."
   (let ((inhibit-field-text-motion t))
     (consult--region-with-cursor (line-beginning-position) (line-end-position) marker)))
 
 ;;;; Preview support
 
 (defun consult--filter-find-file-hook (orig &rest hooks)
   "Filter `find-file-hook' by `consult-preview-allowed-hooks'.
 This function is an advice for `run-hooks'.
 ORIG is the original function, HOOKS the arguments."
   (if (memq 'find-file-hook hooks)
       (cl-letf* (((default-value 'find-file-hook)
                   (seq-filter (lambda (x)
                                 (memq x consult-preview-allowed-hooks))
                               (default-value 'find-file-hook)))
                  (find-file-hook (default-value 'find-file-hook)))
         (apply orig hooks))
     (apply orig hooks)))
 
 (defun consult--find-file-temporarily (name)
   "Open file NAME temporarily for preview."
   (when-let* (((not (seq-find (lambda (x) (string-match-p x name))
                               consult-preview-excluded-files)))
               ;; file-attributes may throw permission denied error
               (attrs (ignore-errors (file-attributes name)))
               (size (file-attribute-size attrs)))
     (if (> size consult-preview-max-size)
         (progn
           (message "File `%s' (%s) is too large for preview"
                    name (file-size-human-readable size))
           nil)
       (let* ((vars (delq nil
                          (mapcar
                           (pcase-lambda (`(,k . ,v))
                             (if (boundp k)
                                 (list k v (default-value k) (symbol-value k))
                               (message "consult-preview-variables: The variable `%s' is not bound" k)
                               nil))
                           consult-preview-variables)))
              (buf (unwind-protect
                       (progn
                         (advice-add #'run-hooks :around #'consult--filter-find-file-hook)
                         (pcase-dolist (`(,k ,v . ,_) vars)
                           (set-default k v)
                           (set k v))
                         (find-file-noselect name 'nowarn (> size consult-preview-raw-size)))
                     (advice-remove #'run-hooks #'consult--filter-find-file-hook)
                     (pcase-dolist (`(,k ,_ ,d ,v) vars)
                       (set-default k d)
                       (set k v)))))
         (cond
          ((and (> size consult-preview-raw-size)
                (with-current-buffer buf
                  (save-excursion
                    (goto-char (point-min))
                    (search-forward "\0" nil 'noerror))))
           (kill-buffer buf)
           (message "Binary file `%s' not previewed literally" name)
           nil)
          ((ignore-errors (buffer-local-value 'so-long-detected-p buf))
           (kill-buffer buf)
           (message "File `%s' with long lines not previewed" name)
           nil)
          (t buf))))))
 
 (defun consult--temporary-files ()
   "Return a function to open files temporarily for preview."
   (let ((dir default-directory)
         (hook (make-symbol "consult--temporary-files-window-selection-change"))
         (orig-buffers (buffer-list))
         temporary-buffers)
     (fset hook
           (lambda (_)
             ;; Fully initialize previewed files and keep them alive.
             (unless (consult--completion-window-p)
               (let (live-files)
                 (pcase-dolist (`(,file . ,buf) temporary-buffers)
                   (when-let (wins (and (buffer-live-p buf)
                                        (get-buffer-window-list buf)))
                     (push (cons file (mapcar
                                       (lambda (win)
                                         (cons win (window-state-get win t)))
                                       wins))
                           live-files)))
                 (pcase-dolist (`(,_ . ,buf) temporary-buffers)
                   (kill-buffer buf))
                 (setq temporary-buffers nil)
                 (pcase-dolist (`(,file . ,wins) live-files)
                   (when-let (buf (find-file-noselect file))
                     (push buf orig-buffers)
                     (pcase-dolist (`(,win . ,state) wins)
                       (setf (car (alist-get 'buffer state)) buf)
                       (window-state-put state win))))))))
     (lambda (&optional name)
       (if name
           (let ((default-directory dir))
             (setq name (abbreviate-file-name (expand-file-name name)))
             (or
              ;; Find existing fully initialized buffer (non-previewed). We have
              ;; to check for fully initialized buffer before accessing the
              ;; previewed buffers, since `embark-act' can open a buffer which is
              ;; currently previewed, such that we end up with two buffers for
              ;; the same file - one previewed and only partially initialized and
              ;; one fully initialized. In this case we prefer the fully
              ;; initialized buffer. For directories `get-file-buffer' returns nil,
              ;; therefore we have to special case Dired.
              (if (and (fboundp 'dired-find-buffer-nocreate) (file-directory-p name))
                  (dired-find-buffer-nocreate name)
                (get-file-buffer name))
              ;; Find existing previewed buffer. Previewed buffers are not fully
              ;; initialized (hooks are delayed) in order to ensure fast preview.
              (cdr (assoc name temporary-buffers))
              ;; Finally, if no existing buffer has been found, open the file for
              ;; preview.
              (when-let (buf (consult--find-file-temporarily name))
                ;; Only add new buffer if not already in the list
                (unless (or (rassq buf temporary-buffers) (memq buf orig-buffers))
                  (add-hook 'window-selection-change-functions hook)
                  (push (cons name buf) temporary-buffers)
                  ;; Disassociate buffer from file by setting `buffer-file-name'
                  ;; and `dired-directory' to nil and rename the buffer. This
                  ;; lets us open an already previewed buffer with the Embark
                  ;; default action C-. RET.
                  (with-current-buffer buf
                    (rename-buffer
                     (format " Preview:%s"
                             (file-name-nondirectory (directory-file-name name)))
                     'unique))
                  ;; The buffer disassociation is delayed to avoid breaking modes
                  ;; like `pdf-view-mode' or `doc-view-mode' which rely on
                  ;; `buffer-file-name'. Executing (set-visited-file-name nil)
                  ;; early also prevents the major mode initialization.
                  (let ((hook (make-symbol "consult--temporary-files-disassociate")))
                    (fset hook (lambda ()
                                 (when (buffer-live-p buf)
                                   (with-current-buffer buf
                                     (remove-hook 'pre-command-hook hook)
                                     (setq-local buffer-read-only t
                                                 dired-directory nil
                                                 buffer-file-name nil)))))
                    (add-hook 'pre-command-hook hook))
                  ;; Only keep a few buffers alive
                  (while (length> temporary-buffers consult-preview-max-count)
                    (kill-buffer (cdar (last temporary-buffers)))
                    (setq temporary-buffers (nbutlast temporary-buffers))))
                buf)))
         (remove-hook 'window-selection-change-functions hook)
         (pcase-dolist (`(,_ . ,buf) temporary-buffers)
           (kill-buffer buf))
         (setq temporary-buffers nil)))))
 
 (defun consult--invisible-open-permanently ()
   "Open overlays which hide the current line.
 See `isearch-open-necessary-overlays' and `isearch-open-overlay-temporary'."
   (dolist (ov (let ((inhibit-field-text-motion t))
                 (overlays-in (line-beginning-position) (line-end-position))))
     (when-let (fun (overlay-get ov 'isearch-open-invisible))
       (when (invisible-p (overlay-get ov 'invisible))
         (funcall fun ov)))))
 
 (defun consult--invisible-open-temporarily ()
   "Temporarily open overlays which hide the current line.
 See `isearch-open-necessary-overlays' and `isearch-open-overlay-temporary'."
   (let (restore)
     (dolist (ov (let ((inhibit-field-text-motion t))
                   (overlays-in (line-beginning-position) (line-end-position))))
       (let ((inv (overlay-get ov 'invisible)))
         (when (and (invisible-p inv) (overlay-get ov 'isearch-open-invisible))
           (push (if-let (fun (overlay-get ov 'isearch-open-invisible-temporary))
                     (progn
                       (funcall fun ov nil)
                       (lambda () (funcall fun ov t)))
                   (overlay-put ov 'invisible nil)
                   (lambda () (overlay-put ov 'invisible inv)))
                 restore))))
     restore))
 
 (defun consult--jump-1 (pos)
   "Go to POS and recenter."
   (if (and (markerp pos) (not (marker-buffer pos)))
       ;; Only print a message, no error in order to not mess
       ;; with the minibuffer update hook.
       (message "Buffer is dead")
     ;; Switch to buffer if it is not visible
     (when (and (markerp pos) (not (eq (current-buffer) (marker-buffer pos))))
       (consult--buffer-action (marker-buffer pos) 'norecord))
     ;; Widen if we cannot jump to the position (idea from flycheck-jump-to-error)
     (unless (= (goto-char pos) (point))
       (widen)
       (goto-char pos))))
 
 (defun consult--jump (pos)
   "Push current position to mark ring, go to POS and recenter."
   (when pos
     ;; When the marker is in the same buffer, record previous location
     ;; such that the user can jump back quickly.
     (when (or (not (markerp pos)) (eq (current-buffer) (marker-buffer pos)))
       ;; push-mark mutates markers in the mark-ring and the mark-marker.
       ;; Therefore we transform the marker to a number to be safe.
       ;; We all love side effects!
       (setq pos (+ pos 0))
       (push-mark (point) t))
     (consult--jump-1 pos)
     (consult--invisible-open-permanently)
     (run-hooks 'consult-after-jump-hook))
   nil)
 
 (defun consult--jump-preview (&optional face)
   "The preview function used if selecting from a list of candidate positions.
 The function can be used as the `:state' argument of `consult--read'.
 FACE is the cursor face."
   (let ((face (or face 'consult-preview-cursor))
         (saved-min (point-min-marker))
         (saved-max (point-max-marker))
         (saved-pos (point-marker))
         overlays invisible)
     (set-marker-insertion-type saved-max t) ;; Grow when text is inserted
     (lambda (action cand)
       (when (eq action 'preview)
         (mapc #'funcall invisible)
         (mapc #'delete-overlay overlays)
         (setq invisible nil overlays nil)
         (if (not cand)
             ;; If position cannot be previewed, return to saved position
             (let ((saved-buffer (marker-buffer saved-pos)))
               (if (not saved-buffer)
                   (message "Buffer is dead")
                 (set-buffer saved-buffer)
                 (narrow-to-region saved-min saved-max)
                 (goto-char saved-pos)))
           ;; Jump to position
           (consult--jump-1 cand)
           (setq invisible (consult--invisible-open-temporarily)
                 overlays
                 (list (save-excursion
                         (let ((vbeg (progn (beginning-of-visual-line) (point)))
                               (vend (progn (end-of-visual-line) (point)))
                               (end (line-end-position)))
                           (consult--overlay vbeg (if (= vend end) (1+ end) vend)
                                             'face 'consult-preview-line
                                             'window (selected-window))))
                       (consult--overlay (point) (1+ (point))
                                         'face face
                                         'window (selected-window))))
           (run-hooks 'consult-after-jump-hook))))))
 
 (defun consult--jump-state (&optional face)
   "The state function used if selecting from a list of candidate positions.
 The function can be used as the `:state' argument of `consult--read'.
 FACE is the cursor face."
   (let ((preview (consult--jump-preview face)))
     (lambda (action cand)
       (funcall preview action cand)
       (when (and cand (eq action 'return))
         (consult--jump cand)))))
 
 (defmacro consult--define-state (type)
   "Define state function for TYPE."
   `(defun ,(intern (format "consult--%s-state" type)) ()
      (let ((preview (,(intern (format "consult--%s-preview" type)))))
        (lambda (action cand)
          (funcall preview action cand)
          (when (and cand (eq action 'return))
            (,(intern (format "consult--%s-action" type)) cand))))))
 
 (defun consult--preview-key-normalize (preview-key)
   "Normalize PREVIEW-KEY, return alist of keys and debounce times."
   (let ((keys)
         (debounce 0))
     (setq preview-key (ensure-list preview-key))
     (while preview-key
       (if (eq (car preview-key) :debounce)
           (setq debounce (cadr preview-key)
                 preview-key (cddr preview-key))
         (push (cons (car preview-key) debounce) keys)
         (pop preview-key)))
     keys))
 
 (defun consult--preview-key-debounce (preview-key cand)
   "Return debounce value of PREVIEW-KEY given the current candidate CAND."
   (when (and (consp preview-key) (memq :keys preview-key))
     (setq preview-key (funcall (plist-get preview-key :predicate) cand)))
   (let ((map (make-sparse-keymap))
         (keys (this-single-command-keys))
         any)
     (dolist (x (consult--preview-key-normalize preview-key))
       (if (eq (car x) 'any)
           (setq any (cdr x))
         (define-key map (car x) `(lambda () ,(cdr x)))))
     (setq keys (lookup-key map keys))
     (if (functionp keys) (funcall keys) any)))
 
 (defun consult--append-local-post-command-hook (fun)
   "Append FUN to local `post-command-hook' list."
   ;; Symbol indirection because of bug#46407.
   (let ((hook (make-symbol "consult--preview-post-command")))
     (fset hook fun)
     ;; TODO Emacs 28 has a bug, where the hook--depth-alist is not cleaned up properly
     ;; Do not use the broken add-hook here.
     ;;(add-hook 'post-command-hook sym 'append 'local)
     (setq-local post-command-hook
                 (append
                  (remove t post-command-hook)
                  (list hook)
                  (and (memq t post-command-hook) '(t))))))
 
 (defun consult--with-preview-1 (preview-key state transform candidate fun)
   "Add preview support for FUN.
 See `consult--with-preview' for the arguments
 PREVIEW-KEY, STATE, TRANSFORM and CANDIDATE."
   (let ((input "") narrow selected timer last-preview)
     (consult--minibuffer-with-setup-hook
         (if (and state preview-key)
             (lambda ()
               (let ((exit-hook (make-symbol "consult--preview-minibuffer-exit")))
                 (fset exit-hook
                       (lambda ()
                         (when timer
                           (cancel-timer timer)
                           (setq timer nil))
                         (with-selected-window (or (minibuffer-selected-window) (next-window))
                           ;; STEP 3: Reset preview
                           (when last-preview
                             (funcall state 'preview nil))
                           ;; STEP 4: Notify the preview function of the minibuffer exit
                           (funcall state 'exit nil))))
                 (add-hook 'minibuffer-exit-hook exit-hook nil 'local))
               ;; STEP 1: Setup the preview function
               (with-selected-window (or (minibuffer-selected-window) (next-window))
                 (funcall state 'setup nil))
               (setq consult--preview-function
                     (lambda ()
                       (when-let ((cand (funcall candidate)))
                         (with-selected-window (active-minibuffer-window)
                           (let* ((input (minibuffer-contents-no-properties))
                                  (transformed (funcall transform narrow input cand))
                                  (new-preview (cons input cand)))
                             (with-selected-window (or (minibuffer-selected-window) (next-window))
                               (when-let (debounce (consult--preview-key-debounce preview-key transformed))
                                 (when timer
                                   (cancel-timer timer)
                                   (setq timer nil))
                                 (unless (equal last-preview new-preview)
                                   (if (> debounce 0)
                                       (let ((win (selected-window)))
                                         (setq timer
                                               (run-at-time
                                                debounce nil
                                                (lambda ()
                                                  (when (window-live-p win)
                                                    (with-selected-window win
                                                      ;; STEP 2: Preview candidate
                                                      (funcall state 'preview transformed)
                                                      (setq last-preview new-preview)))))))
                                     ;; STEP 2: Preview candidate
                                     (funcall state 'preview transformed)
                                     (setq last-preview new-preview))))))))))
               (consult--append-local-post-command-hook
                (lambda ()
                  (setq input (minibuffer-contents-no-properties)
                        narrow consult--narrow)
                  (funcall consult--preview-function))))
           (lambda ()
             (consult--append-local-post-command-hook
              (lambda () (setq input (minibuffer-contents-no-properties)
                               narrow consult--narrow)))))
       (unwind-protect
           (cons (setq selected (when-let (result (funcall fun))
                                  (funcall transform narrow input result)))
                 input)
         (when state
           ;; STEP 5: The preview function should perform its final action
           (funcall state 'return selected))))))
 
 (defmacro consult--with-preview (preview-key state transform candidate &rest body)
   "Add preview support to BODY.
 
 STATE is the state function.
 TRANSFORM is the transformation function.
 CANDIDATE is the function returning the current candidate.
 PREVIEW-KEY are the keys which triggers the preview.
 
 The state function takes two arguments, an action argument and the
 selected candidate. The candidate argument can be nil if no candidate is
 selected or if the selection was aborted. The function is called in
 sequence with the following arguments:
 
   1. \\='setup nil         After entering the mb (minibuffer-setup-hook).
 ⎧ 2. \\='preview CAND/nil  Preview candidate CAND or reset if CAND is nil.
 ⎪    \\='preview CAND/nil
 ⎪    \\='preview CAND/nil
 ⎪    ...
 ⎩ 3. \\='preview nil       Reset preview.
   4. \\='exit nil          Before exiting the mb (minibuffer-exit-hook).
   5. \\='return CAND/nil   After leaving the mb, CAND has been selected.
 
 The state function is always executed with the original window selected,
 see `minibuffer-selected-window'. The state function is called once in
 the beginning of the minibuffer setup with the `setup' argument. This is
 useful in order to perform certain setup operations which require that
 the minibuffer is initialized. During completion candidates are
 previewed. Then the function is called with the `preview' argument and a
 candidate CAND or nil if no candidate is selected. Furthermore if nil is
 passed for CAND, then the preview must be undone and the original state
 must be restored. The call with the `exit' argument happens once at the
 end of the completion process, just before exiting the minibuffer. The
 minibuffer is still alive at that point. Both `setup' and `exit' are
 only useful for setup and cleanup operations. They don't receive a
 candidate as argument. After leaving the minibuffer, the selected
 candidate or nil is passed to the state function with the action
 argument `return'. At this point the state function can perform the
 actual action on the candidate. The state function with the `return'
 argument is the continuation of `consult--read'. Via `unwind-protect' it
 is guaranteed, that if the `setup' action of a state function is
 invoked, the state function will also be called with `exit' and
 `return'."
   (declare (indent 4))
   `(consult--with-preview-1 ,preview-key ,state ,transform ,candidate (lambda () ,@body)))
 
 ;;;; Narrowing support
 
 (defun consult--widen-key ()
   "Return widening key, if `consult-widen-key' is not set.
 The default is twice the `consult-narrow-key'."
   (or consult-widen-key (and consult-narrow-key (vconcat consult-narrow-key consult-narrow-key))))
 
 (defun consult-narrow (key)
   "Narrow current completion with KEY.
 
 This command is used internally by the narrowing system of `consult--read'."
   (interactive
    (list (unless (equal (this-single-command-keys) (consult--widen-key))
            last-command-event)))
   (consult--require-minibuffer)
   (setq consult--narrow key)
   (when consult--narrow-predicate
     (setq minibuffer-completion-predicate (and consult--narrow consult--narrow-predicate)))
   (when consult--narrow-overlay
     (delete-overlay consult--narrow-overlay))
   (when consult--narrow
     (setq consult--narrow-overlay
           (consult--overlay
            (1- (minibuffer-prompt-end)) (minibuffer-prompt-end)
            'before-string
            (propertize (format " [%s]" (alist-get consult--narrow
                                                   consult--narrow-keys))
                        'face 'consult-narrow-indicator))))
   (run-hooks 'consult--completion-refresh-hook))
 
 (defconst consult--narrow-delete
   `(menu-item
     "" nil :filter
     ,(lambda (&optional _)
        (when (string= (minibuffer-contents-no-properties) "")
          (lambda ()
            (interactive)
            (consult-narrow nil))))))
 
 (defconst consult--narrow-space
   `(menu-item
     "" nil :filter
     ,(lambda (&optional _)
        (let ((str (minibuffer-contents-no-properties)))
          (when-let (pair (or (and (length= str 1)
                                   (assoc (aref str 0) consult--narrow-keys))
                              (and (string= str "")
                                   (assoc 32 consult--narrow-keys))))
            (lambda ()
              (interactive)
              (delete-minibuffer-contents)
              (consult-narrow (car pair))))))))
 
 (defun consult-narrow-help ()
   "Print narrowing help as a `minibuffer-message'.
 
 This command can be bound to a key in `consult-narrow-map',
 to make it available for commands with narrowing."
   (interactive)
   (consult--require-minibuffer)
   (let ((minibuffer-message-timeout 1000000))
     (minibuffer-message
      (mapconcat
       (lambda (x) (concat
                    (propertize (char-to-string (car x)) 'face 'consult-key) " "
                    (propertize (cdr x) 'face 'consult-help)))
       (seq-filter (lambda (x) (/= (car x) 32))
                   consult--narrow-keys)
       " "))))
 
 (defun consult--narrow-setup (settings map)
   "Setup narrowing with SETTINGS and keymap MAP."
   (if (memq :keys settings)
       (setq consult--narrow-predicate (plist-get settings :predicate)
             consult--narrow-keys (plist-get settings :keys))
     (setq consult--narrow-predicate nil
           consult--narrow-keys settings))
   (when consult-narrow-key
     (dolist (pair consult--narrow-keys)
       (define-key map
         (vconcat consult-narrow-key (vector (car pair)))
         (cons (cdr pair) #'consult-narrow))))
   (when-let (widen (consult--widen-key))
     (define-key map widen (cons "All" #'consult-narrow))))
 
 ;; Emacs 28: hide in M-X
 (put #'consult-narrow-help 'completion-predicate #'ignore)
 (put #'consult-narrow 'completion-predicate #'ignore)
 
 ;;;; Splitting completion style
 
 (defun consult--split-perl (str &optional _plist)
   "Split input STR in async input and filtering part.
 
 The function returns a list with three elements: The async
 string, the start position of the completion filter string and a
 force flag. If the first character is a punctuation character it
 determines the separator. Examples: \"/async/filter\",
 \"#async#filter\"."
   (if (string-match-p "^[[:punct:]]" str)
       (save-match-data
         (let ((q (regexp-quote (substring str 0 1))))
           (string-match (concat "^" q "\\([^" q "]*\\)\\(" q "\\)?") str)
           `(,(match-string 1 str)
             ,(match-end 0)
             ;; Force update it two punctuation characters are entered.
             ,(match-end 2)
             ;; List of highlights
             (0 . ,(match-beginning 1))
             ,@(and (match-end 2) `((,(match-beginning 2) . ,(match-end 2)))))))
     `(,str ,(length str))))
 
 (defun consult--split-nil (str &optional _plist)
   "Treat the complete input STR as async input."
   `(,str ,(length str)))
 
 (defun consult--split-separator (str plist)
   "Split input STR in async input and filtering part at first separator.
 PLIST is the splitter configuration, including the separator."
   (let ((sep (regexp-quote (char-to-string (plist-get plist :separator)))))
     (save-match-data
       (if (string-match (format "^\\([^%s]+\\)\\(%s\\)?" sep sep) str)
           `(,(match-string 1 str)
             ,(match-end 0)
             ;; Force update it space is entered.
             ,(match-end 2)
             ;; List of highlights
             ,@(and (match-end 2) `((,(match-beginning 2) . ,(match-end 2)))))
         `(,str ,(length str))))))
 
 (defun consult--split-setup (split)
   "Setup splitting completion style with splitter function SPLIT."
   (let* ((styles completion-styles)
          (catdef completion-category-defaults)
          (catovr completion-category-overrides)
          (try (lambda (str table pred point)
                 (let ((completion-styles styles)
                       (completion-category-defaults catdef)
                       (completion-category-overrides catovr)
                       (pos (cadr (funcall split str))))
                   (pcase (completion-try-completion (substring str pos) table pred
                                                     (max 0 (- point pos)))
                     ('t t)
                     (`(,newstr . ,newpt)
                      (cons (concat (substring str 0 pos) newstr)
                            (+ pos newpt)))))))
          (all (lambda (str table pred point)
                 (let ((completion-styles styles)
                       (completion-category-defaults catdef)
                       (completion-category-overrides catovr)
                       (pos (cadr (funcall split str))))
                   (completion-all-completions (substring str pos) table pred
                                               (max 0 (- point pos)))))))
     (setq-local completion-styles-alist (cons `(consult--split ,try ,all "")
                                               completion-styles-alist)
                 completion-styles '(consult--split)
                 completion-category-defaults nil
                 completion-category-overrides nil)))
 
 ;;;; Async support
 
 (defmacro consult--with-async (bind &rest body)
   "Setup asynchronous completion in BODY.
 
 BIND is the asynchronous function binding."
   (declare (indent 1))
   (let ((async (car bind)))
     `(let ((,async ,@(cdr bind))
            (new-chunk (max read-process-output-max consult--process-chunk))
            orig-chunk)
        (consult--minibuffer-with-setup-hook
            ;; Append such that we overwrite the completion style setting of
            ;; `fido-mode'. See `consult--async-split' and
            ;; `consult--split-setup'.
            (:append
             (lambda ()
               (when (functionp ,async)
                 (setq orig-chunk read-process-output-max
                       read-process-output-max new-chunk)
                 (funcall ,async 'setup)
                 ;; Push input string to request refresh.
                 ;; We use a symbol in order to avoid adding lambdas to the hook variable.
                 ;; Symbol indirection because of bug#46407.
                 (let ((sym (make-symbol "consult--async-after-change")))
                   (fset sym (lambda (&rest _) (funcall ,async (minibuffer-contents-no-properties))))
                   (run-at-time 0 nil sym)
                   (add-hook 'after-change-functions sym nil 'local)))))
          (let ((,async (if (functionp ,async) ,async (lambda (_) ,async))))
            (unwind-protect
                ,(macroexp-progn body)
              (funcall ,async 'destroy)
              (when (and orig-chunk (eq read-process-output-max new-chunk))
                (setq read-process-output-max orig-chunk))))))))
 
 (defun consult--async-sink ()
   "Create ASYNC sink function.
 
 An async function must accept a single action argument. For the \\='setup action
 it is guaranteed that the call originates from the minibuffer. For the other
 actions no assumption about the context can be made.
 
 \\='setup   Setup the internal closure state. Return nil.
 \\='destroy Destroy the internal closure state. Return nil.
 \\='flush   Flush the list of candidates. Return nil.
 \\='refresh Request UI refresh. Return nil.
 nil      Return the list of candidates.
 list     Append the list to the already existing candidates list and return it.
 string   Update with the current user input string. Return nil."
   (let (candidates last buffer previewed)
     (lambda (action)
       (pcase-exhaustive action
         ('setup
          (setq buffer (current-buffer))
          nil)
         ((or (pred stringp) 'destroy) nil)
         ('flush (setq candidates nil last nil previewed nil))
         ('refresh
          ;; Refresh the UI when the current minibuffer window belongs
          ;; to the current asynchronous completion session.
          (when-let (win (active-minibuffer-window))
            (when (eq (window-buffer win) buffer)
              (with-selected-window win
                (run-hooks 'consult--completion-refresh-hook)
                ;; Interaction between asynchronous completion tables and
                ;; preview: We have to trigger preview immediately when
                ;; candidates arrive (Issue #436).
                (when (and consult--preview-function candidates (not previewed))
                  (setq previewed t)
                  (funcall consult--preview-function)))))
          nil)
         ('nil candidates)
         ((pred consp)
          (setq last (last (if last (setcdr last action) (setq candidates action))))
          candidates)))))
 
 (defun consult--async-split-style ()
   "Return the async splitting style function and initial string."
   (or (alist-get consult-async-split-style consult-async-split-styles-alist)
       (user-error "Splitting style `%s' not found" consult-async-split-style)))
 
 (defun consult--async-split-initial (initial)
   "Return initial string for async command.
 INITIAL is the additional initial string."
   (concat (plist-get (consult--async-split-style) :initial) initial))
 
 (defun consult--async-split-thingatpt (thing)
   "Return THING at point with async initial prefix."
   (when-let (str (thing-at-point thing))
     (consult--async-split-initial str)))
 
 (defun consult--async-split (async &optional split)
   "Create async function, which splits the input string.
 ASYNC is the async sink.
 SPLIT is the splitting function."
   (unless split
     (let* ((style (consult--async-split-style))
            (fn (plist-get style :function)))
       (setq split (lambda (str) (funcall fn str style)))))
   (lambda (action)
     (pcase action
       ('setup
        (consult--split-setup split)
        (funcall async 'setup))
       ((pred stringp)
        (pcase-let* ((`(,async-str ,_ ,force . ,highlights)
                      (funcall split action))
                     (async-len (length async-str))
                     (input-len (length action))
                     (end (minibuffer-prompt-end)))
          ;; Highlight punctuation characters
          (remove-list-of-text-properties end (+ end input-len) '(face))
          (dolist (hl highlights)
            (put-text-property (+ end (car hl)) (+ end (cdr hl))
                               'face 'consult-async-split))
          (funcall async
                   ;; Pass through if the input is long enough!
                   (if (or force (>= async-len consult-async-min-input))
                       async-str
                     ;; Pretend that there is no input
                     ""))))
       (_ (funcall async action)))))
 
 (defun consult--async-log (formatted &rest args)
   "Log FORMATTED ARGS to variable `consult--async-log'."
   (with-current-buffer (get-buffer-create consult--async-log)
     (goto-char (point-max))
     (insert (apply #'format formatted args))))
 
 (defun consult--process-indicator (event)
   "Return the process indicator character for EVENT."
   (cond
    ((string-prefix-p "killed" event)
     #(";" 0 1 (face consult-async-failed)))
    ((string-prefix-p "finished" event)
     #(":" 0 1 (face consult-async-finished)))
    (t
     #("!" 0 1 (face consult-async-failed)))))
 
 (defun consult--async-process (async cmd &rest props)
   "Create process source async function.
 
 ASYNC is the async function which receives the candidates.
 CMD is the command line builder function.
 PROPS are optional properties passed to `make-process'."
   (let (proc proc-buf last-args indicator count)
     (lambda (action)
       (pcase action
         ("" ;; If no input is provided kill current process
          (when proc
            (delete-process proc)
            (kill-buffer proc-buf)
            (setq proc nil proc-buf nil))
          (setq last-args nil))
         ((pred stringp)
          (funcall async action)
          (let* ((args (funcall cmd action))
                 (flush t)
                 (rest "")
                 (proc-filter
                  (lambda (_ out)
                    (when flush
                      (setq flush nil)
                      (funcall async 'flush))
                    (let ((lines (split-string out "[\r\n]+")))
                      (if (not (cdr lines))
                          (setq rest (concat rest (car lines)))
                        (setcar lines (concat rest (car lines)))
                        (let* ((len (length lines))
                               (last (nthcdr (- len 2) lines)))
                          (setq rest (cadr last)
                                count (+ count len -1))
                          (setcdr last nil)
                          (funcall async lines))))))
                 (proc-sentinel
                  (lambda (_ event)
                    (when flush
                      (setq flush nil)
                      (funcall async 'flush))
                    (overlay-put indicator 'display (consult--process-indicator event))
                    (when (and (string-prefix-p "finished" event) (not (string= rest "")))
                      (setq count (+ count 1))
                      (funcall async (list rest)))
                    (consult--async-log
                     "consult--async-process sentinel: event=%s lines=%d\n"
                     (string-trim event) count)
                    (with-current-buffer (get-buffer-create consult--async-log)
                      (goto-char (point-max))
                      (insert ">>>>> stderr >>>>>\n")
                      (insert-buffer-substring proc-buf)
                      (insert "<<<<< stderr <<<<<\n")))))
            (unless (equal args last-args)
              (setq last-args args)
              (when proc
                (delete-process proc)
                (kill-buffer proc-buf)
                (setq proc nil proc-buf nil))
              (when args
                (overlay-put indicator 'display #("*" 0 1 (face consult-async-running)))
                (consult--async-log "consult--async-process started %S\n" args)
                (setq count 0
                      proc-buf (generate-new-buffer " *consult-async-stderr*")
                      proc (apply #'make-process
                                  `(,@props
                                    :connection-type pipe
                                    :name ,(car args)
                                    ;;; XXX tramp bug, the stderr buffer must be empty
                                    :stderr ,proc-buf
                                    :noquery t
                                    :command ,args
                                    :filter ,proc-filter
                                    :sentinel ,proc-sentinel))))))
          nil)
         ('destroy
          (when proc
            (delete-process proc)
            (kill-buffer proc-buf)
            (setq proc nil proc-buf nil))
          (delete-overlay indicator)
          (funcall async 'destroy))
         ('setup
          (setq indicator (make-overlay (- (minibuffer-prompt-end) 2)
                                        (- (minibuffer-prompt-end) 1)))
          (funcall async 'setup))
         (_ (funcall async action))))))
 
 (defun consult--async-highlight (async builder)
   "Return ASYNC function which highlightes the candidates.
 BUILDER is the command line builder."
   (let ((highlight))
     (lambda (action)
       (cond
        ((stringp action)
         (setq highlight (plist-get (funcall builder action) :highlight))
         (funcall async action))
        ((and (consp action) highlight)
         (dolist (str action)
           (funcall highlight str))
         (funcall async action))
        (t (funcall async action))))))
 
 (defun consult--async-throttle (async &optional throttle debounce)
   "Create async function from ASYNC which throttles input.
 
 The THROTTLE delay defaults to `consult-async-input-throttle'.
 The DEBOUNCE delay defaults to `consult-async-input-debounce'."
   (setq throttle (or throttle consult-async-input-throttle)
         debounce (or debounce consult-async-input-debounce))
   (let ((input "") (last) (timer))
     (lambda (action)
       (pcase action
         ((pred stringp)
          (unless (string= action input)
            (when timer
              (cancel-timer timer)
              (setq timer nil))
            (funcall async "") ;; cancel running process
            (setq input action)
            (unless (string= action "")
              (setq timer
                    (run-at-time
                     (+ debounce
                        (if last
                            (min (- (float-time) last) throttle)
                          0))
                     nil
                     (lambda ()
                       (setq last (float-time))
                       (funcall async action))))))
          nil)
         ('destroy
          (when timer (cancel-timer timer))
          (funcall async 'destroy))
         (_ (funcall async action))))))
 
 (defun consult--async-refresh-immediate (async)
   "Create async function from ASYNC, which refreshes the display.
 
 The refresh happens immediately when candidates are pushed."
   (lambda (action)
     (pcase action
       ((or (pred consp) 'flush)
        (prog1 (funcall async action)
          (funcall async 'refresh)))
       (_ (funcall async action)))))
 
 (defun consult--async-refresh-timer (async &optional delay)
   "Create async function from ASYNC, which refreshes the display.
 
 The refresh happens after a DELAY, defaulting to `consult-async-refresh-delay'."
   (let ((timer) (refresh) (delay (or delay consult-async-refresh-delay)))
     (lambda (action)
       (prog1 (funcall async action)
         (pcase action
           ((or (pred consp) 'flush)
            (setq refresh t)
            (unless timer
              (setq timer (run-at-time
                           nil delay
                           (lambda ()
                             (when refresh
                               (setq refresh nil)
                               (funcall async 'refresh)))))))
           ('destroy (when timer (cancel-timer timer))))))))
 
 (defmacro consult--async-transform (async &rest transform)
   "Use FUN to TRANSFORM candidates of ASYNC."
   (let ((async-var (make-symbol "async"))
         (action-var (make-symbol "action")))
     `(let ((,async-var ,async))
        (lambda (,action-var)
          (funcall ,async-var (if (consp ,action-var) (,@transform ,action-var) ,action-var))))))
 
 (defun consult--async-map (async fun)
   "Map candidates of ASYNC by FUN."
   (consult--async-transform async mapcar fun))
 
 (defun consult--async-filter (async fun)
   "Filter candidates of ASYNC by FUN."
   (consult--async-transform async seq-filter fun))
 
 (defun consult--command-builder (builder)
   "Return command line builder given CMD.
 BUILDER is the command line builder function."
   (lambda (input)
     (setq input (funcall builder input))
     (if (stringp (car input))
         input
       (plist-get input :command))))
 
 (defmacro consult--async-command (builder &rest args)
   "Asynchronous command pipeline.
 ARGS is a list of `make-process' properties and transforms. BUILDER is the
 command line builder function, which takes the input string and must either
 return a list of command line arguments or a plist with the command line
 argument list :command and a highlighting function :highlight."
   (declare (indent 1))
   `(thread-first (consult--async-sink)
      (consult--async-refresh-timer)
      ,@(seq-take-while (lambda (x) (not (keywordp x))) args)
      (consult--async-process
       (consult--command-builder ,builder)
       ,@(seq-drop-while (lambda (x) (not (keywordp x))) args))
      (consult--async-throttle)
      (consult--async-split)))
 
 ;;;; Special keymaps
 
 (defvar consult-async-map
   (let ((map (make-sparse-keymap)))
     ;; Async keys overwriting some unusable defaults for the default completion
     (define-key map [remap minibuffer-complete-word] #'self-insert-command)
     ;; Remap Emacs 29 history and default completion for now.
     ;; See https://github.com/minad/consult/issues/613
     (define-key map [remap minibuffer-complete-defaults] #'ignore)
     (define-key map [remap minibuffer-complete-history] #'consult-history)
     map)
   "Keymap added for commands with asynchronous candidates.")
 
 (defvar consult-narrow-map
   (let ((map (make-sparse-keymap)))
     (define-key map " " consult--narrow-space)
     (define-key map "\d" consult--narrow-delete)
     map)
   "Narrowing keymap which is added to the local minibuffer map.
 Note that `consult-narrow-key' and `consult-widen-key' are bound dynamically.")
 
 ;;;; Internal API: consult--read
 
 (defun consult--add-history (async items)
   "Add ITEMS to the minibuffer future history.
 ASYNC must be non-nil for async completion functions."
   (delete-dups
    (append
     ;; the defaults are at the beginning of the future history
     (ensure-list minibuffer-default)
     ;; then our custom items
     (remove "" (remq nil (ensure-list items)))
     ;; Add all the completions for non-async commands. For async commands this feature
     ;; is not useful, since if one selects a completion candidate, the async search is
     ;; restarted using that candidate string. This usually does not yield a desired
     ;; result since the async input uses a special format, e.g., `#grep#filter'.
     (unless async
       (all-completions ""
                        minibuffer-completion-table
                        minibuffer-completion-predicate)))))
 
 (defun consult--setup-keymap (keymap async narrow preview-key)
   "Setup minibuffer keymap.
 
 KEYMAP is a command-specific keymap.
 ASYNC must be non-nil for async completion functions.
 NARROW are the narrow settings.
 PREVIEW-KEY are the preview keys."
   (let ((old-map (current-local-map))
         (map (make-sparse-keymap)))
 
     ;; Add narrow keys
     (when narrow
       (consult--narrow-setup narrow map))
 
     ;; Preview trigger keys
     (when (and (consp preview-key) (memq :keys preview-key))
       (setq preview-key (plist-get preview-key :keys)))
     (setq preview-key (mapcar #'car (consult--preview-key-normalize preview-key)))
     (when preview-key
       (dolist (key preview-key)
         (unless (or (eq key 'any) (lookup-key old-map key))
           (define-key map key #'ignore))))
 
     ;; Put the keymap together
     (use-local-map
      (make-composed-keymap
       (delq nil (list keymap
                       (and async consult-async-map)
                       (and narrow consult-narrow-map)
                       map))
       old-map))))
 
 (defsubst consult--tofu-p (char)
   "Return non-nil if CHAR is a tofu."
   (<= consult--tofu-char char (+ consult--tofu-char consult--tofu-range -1)))
 
 (defun consult--tofu-hide (str)
   "Hide the tofus in STR."
   (let* ((max (length str))
          (end max))
     (while (and (> end 0) (consult--tofu-p (aref str (1- end))))
       (setq end (1- end)))
     (when (< end max)
       (setq str (copy-sequence str))
       (put-text-property end max 'invisible t str))
     str))
 
 (defun consult--tofu-hide-in-minibuffer (&rest _)
   "Hide the tofus in the minibuffer."
   (let* ((min (minibuffer-prompt-end))
          (max (point-max))
          (pos max))
     (while (and (> pos min) (consult--tofu-p (char-before pos)))
       (setq pos (1- pos)))
     (when (< pos max)
       (add-text-properties pos max '(invisible t rear-nonsticky t cursor-intangible t)))))
 
 (defsubst consult--tofu-append (cand id)
   "Append tofu-encoded ID to CAND."
   (setq id (char-to-string (+ consult--tofu-char id)))
   (add-text-properties 0 1 '(invisible t consult-strip t) id)
   (concat cand id))
 
 (defsubst consult--tofu-get (cand)
   "Extract tofu-encoded ID from CAND."
   (- (aref cand (1- (length cand))) consult--tofu-char))
 
 ;; We must disambiguate the lines by adding a prefix such that two lines with
 ;; the same text can be distinguished. In order to avoid matching the line
 ;; number, such that the user can search for numbers with `consult-line', we
 ;; encode the line number as characters outside the unicode range.
 ;; By doing that, no accidential matching can occur.
 (defun consult--tofu-encode (n)
   "Return tofu-encoded number N."
   (let (str tofu)
     (while (progn
              (setq tofu (char-to-string
                          (+ consult--tofu-char (% n consult--tofu-range)))
                    str (if str (concat tofu str) tofu))
              (and (>= n consult--tofu-range)
                   (setq n (/ n consult--tofu-range)))))
     (add-text-properties 0 (length str) '(invisible t consult-strip t) str)
     str))
 
 (defun consult--read-annotate (fun cand)
   "Annotate CAND with annotation function FUN."
   (pcase (funcall fun cand)
     (`(,_ ,_ ,suffix) suffix)
     (ann ann)))
 
 (defun consult--read-affixate (fun cands)
   "Affixate CANDS with annotation function FUN."
   (mapcar (lambda (cand)
             (let ((ann (funcall fun cand)))
               (if (consp ann)
                   ann
                 (setq ann (or ann ""))
                 (list cand ""
                       ;; The default completion UI adds the `completions-annotations' face
                       ;; if no other faces are present.
                       (if (text-property-not-all 0 (length ann) 'face nil ann)
                           ann
                         (propertize ann 'face 'completions-annotations))))))
           cands))
 
 (cl-defun consult--read-1 (candidates &key
                                       prompt predicate require-match history default
                                       keymap category initial narrow add-history annotate
                                       state preview-key sort lookup group inherit-input-method)
   "See `consult--read' for the documentation of the arguments."
   (consult--minibuffer-with-setup-hook
       (:append (lambda ()
                  (add-hook 'after-change-functions #'consult--tofu-hide-in-minibuffer nil 'local)
                  (consult--setup-keymap keymap (functionp candidates) narrow preview-key)
                  (setq-local minibuffer-default-add-function
                              (apply-partially #'consult--add-history (functionp candidates) add-history))))
     (consult--with-async (async candidates)
       ;; NOTE: Do not unnecessarily let-bind the lambdas to avoid
       ;; overcapturing in the interpreter. This will make closures and the
       ;; lambda string representation larger, which makes debugging much worse.
       ;; Fortunately the overcapturing problem does not affect the bytecode
       ;; interpreter which does a proper scope analyis.
       (let* ((metadata `(metadata
                          ,@(when category `((category . ,category)))
                          ,@(when group `((group-function . ,group)))
                          ,@(when annotate
                              `((affixation-function
                                 . ,(apply-partially #'consult--read-affixate annotate))
                                (annotation-function
                                 . ,(apply-partially #'consult--read-annotate annotate))))
                          ,@(unless sort '((cycle-sort-function . identity)
                                           (display-sort-function . identity)))))
              (result
               (consult--with-preview
                   preview-key state
                   (lambda (narrow input cand)
                     (funcall lookup cand (funcall async nil) input narrow))
                   (apply-partially #'run-hook-with-args-until-success
                                    'consult--completion-candidate-hook)
                 (completing-read prompt
                                  (lambda (str pred action)
                                    (if (eq action 'metadata)
                                        metadata
                                      (complete-with-action action (funcall async nil) str pred)))
                                  predicate require-match initial
                                  (if (symbolp history) history (cadr history))
                                  default
                                  inherit-input-method))))
         (pcase-exhaustive history
           (`(:input ,var)
            (set var (cdr (symbol-value var)))
            (add-to-history var (cdr result)))
           ((pred symbolp)))
         (car result)))))
 
 (cl-defun consult--read (candidates &rest options &key
                                     prompt predicate require-match history default
                                     keymap category initial narrow add-history annotate
                                     state preview-key sort lookup group inherit-input-method)
   "Enhanced completing read function selecting from CANDIDATES.
 
 Keyword OPTIONS:
 
 PROMPT is the string which is shown as prompt message in the minibuffer.
 PREDICATE is a filter function called for each candidate.
 REQUIRE-MATCH equals t means that an exact match is required.
 HISTORY is the symbol of the history variable.
 DEFAULT is the default selected value.
 ADD-HISTORY is a list of items to add to the history.
 CATEGORY is the completion category.
 SORT should be set to nil if the candidates are already sorted.
 LOOKUP is a lookup function passed selected, candidates, input and narrow.
 ANNOTATE is a function passed a candidate string to return an annotation.
 INITIAL is the initial input.
 STATE is the state function, see `consult--with-preview'.
 GROUP is a completion metadata `group-function'.
 PREVIEW-KEY are the preview keys (nil, \\='any, a single key or a list of keys).
 NARROW is an alist of narrowing prefix strings and description.
 KEYMAP is a command-specific keymap.
 INHERIT-INPUT-METHOD, if non-nil the minibuffer inherits the input method."
   ;; supported types
   (cl-assert (or (functionp candidates)     ;; async table
                  (obarrayp candidates)      ;; obarray
                  (hash-table-p candidates)  ;; hash table
                  (not candidates)           ;; empty list
                  (stringp (car candidates)) ;; string list
                  (and (consp (car candidates)) (stringp (caar candidates)))   ;; string alist
                  (and (consp (car candidates)) (symbolp (caar candidates))))) ;; symbol alist
   (ignore prompt predicate require-match history default
           keymap category initial narrow add-history annotate
           state preview-key sort lookup group inherit-input-method)
   (apply #'consult--read-1 candidates
          (append
           (consult--customize-get)
           options
           (list :prompt "Select: "
                 :preview-key consult-preview-key
                 :sort t
                 :lookup (lambda (selected &rest _) selected)))))
 
 ;;;; Internal API: consult--multi
 
 (defsubst consult--multi-source (sources cand)
   "Lookup source for CAND in SOURCES list."
   (aref sources (consult--tofu-get cand)))
 
 (defun consult--multi-predicate (sources cand)
   "Predicate function called for each candidate CAND given SOURCES."
   (let* ((src (consult--multi-source sources cand))
          (narrow (plist-get src :narrow))
          (type (or (car-safe narrow) narrow -1)))
     (or (eq consult--narrow type)
         (not (or consult--narrow (plist-get src :hidden))))))
 
 (defun consult--multi-narrow (sources)
   "Return narrow list from SOURCES."
   (thread-last sources
     (mapcar (lambda (src)
               (when-let (narrow (plist-get src :narrow))
                 (if (consp narrow)
                     narrow
                   (when-let (name (plist-get src :name))
                     (cons narrow name))))))
     (delq nil)
     (delete-dups)))
 
 (defun consult--multi-annotate (sources align cand)
   "Annotate candidate CAND with `consult--multi' type, given SOURCES and ALIGN."
   (let* ((src (consult--multi-source sources cand))
          (annotate (plist-get src :annotate))
          (ann (if annotate
                   (funcall annotate (cdr (get-text-property 0 'multi-category cand)))
                 (plist-get src :name))))
     (and ann (concat align ann))))
 
 (defun consult--multi-group (sources cand transform)
   "Return title of candidate CAND or TRANSFORM the candidate given SOURCES."
   (if transform
       cand
     (plist-get (consult--multi-source sources cand) :name)))
 
 (defun consult--multi-preview-key (sources)
   "Return preview keys from SOURCES."
   (list :predicate
         (lambda (cand)
           (if (plist-member (cdr cand) :preview-key)
               (plist-get (cdr cand) :preview-key)
             consult-preview-key))
         :keys
         (delete-dups
          (seq-mapcat (lambda (src)
                        (let ((key (if (plist-member src :preview-key)
                                       (plist-get src :preview-key)
                                     consult-preview-key)))
                          (ensure-list key)))
                      sources))))
 
 (defun consult--multi-lookup (sources selected candidates _input narrow &rest _)
   "Lookup SELECTED in CANDIDATES given SOURCES, with potential NARROW."
   (unless (string-blank-p selected)
     (if-let (found (member selected candidates))
         (cons (cdr (get-text-property 0 'multi-category (car found)))
               (consult--multi-source sources selected))
       (let* ((tofu (consult--tofu-p (aref selected (1- (length selected)))))
              (src (cond
                    (tofu (consult--multi-source sources selected))
                    (narrow (seq-find (lambda (src)
                                        (let ((n (plist-get src :narrow)))
                                          (eq (or (car-safe n) n -1) narrow)))
                                      sources))
                    ((seq-find (lambda (src) (plist-get src :default)) sources))
                    ((aref sources 0)))))
         `(,(if tofu (substring selected 0 -1) selected) :match nil ,@src)))))
 
 (defun consult--multi-candidates (sources)
   "Return `consult--multi' candidates from SOURCES."
   (let ((def) (idx 0) (max-width 0) (candidates))
     (seq-doseq (src sources)
       (let* ((face (and (plist-member src :face) `(face ,(plist-get src :face))))
              (cat (plist-get src :category))
              (items (plist-get src :items))
              (items (if (functionp items) (funcall items) items)))
         (when (and (not def) (plist-get src :default) items)
           (setq def (consult--tofu-append (car items) idx)))
         (dolist (item items)
           (let ((cand (consult--tofu-append item idx))
                 (width (consult--display-width item)))
             ;; Preserve existing `multi-category' datum of the candidate.
             (if (get-text-property 0 'multi-category cand)
                 (when face (add-text-properties 0 (length item) face cand))
               ;; Attach `multi-category' datum and face.
               (add-text-properties 0 (length item)
                                    `(multi-category (,cat . ,item) ,@face) cand))
             (when (> width max-width) (setq max-width width))
             (push cand candidates))))
       (setq idx (1+ idx)))
     (list def (+ 3 max-width) (nreverse candidates))))
 
 (defun consult--multi-enabled-sources (sources)
   "Return vector of enabled SOURCES."
   (vconcat
    (seq-filter (lambda (src)
                  (if-let (pred (plist-get src :enabled))
                      (funcall pred)
                    t))
                (mapcar (lambda (src)
                          (if (symbolp src) (symbol-value src) src))
                        sources))))
 
 (defun consult--multi-state (sources)
   "State function given SOURCES."
   (when-let (states (delq nil (mapcar (lambda (src)
                                         (when-let (fun (plist-get src :state))
                                           (cons src (funcall fun))))
                                       sources)))
     (let (last-fun)
       (pcase-lambda (action `(,cand . ,src))
         (pcase action
           ('setup
            (pcase-dolist (`(,_ . ,fun) states)
              (funcall fun 'setup nil)))
           ('exit
            (pcase-dolist (`(,_ . ,fun) states)
              (funcall fun 'exit nil)))
           ('preview
            (let ((selected-fun (cdr (assq src states))))
              ;; If the candidate source changed during preview communicate to
              ;; the last source, that none of its candidates is previewed anymore.
              (when (and last-fun (not (eq last-fun selected-fun)))
                (funcall last-fun 'preview nil))
              (setq last-fun selected-fun)
              (when selected-fun
                (funcall selected-fun 'preview cand))))
           ('return
            (let ((selected-fun (cdr (assq src states))))
              ;; Finish all the sources, except the selected one.
              (pcase-dolist (`(,_ . ,fun) states)
                (unless (eq fun selected-fun)
                  (funcall fun 'return nil)))
              ;; Finish the source with the selected candidate
              (when selected-fun
                (funcall selected-fun 'return cand)))))))))
 
 (defun consult--multi (sources &rest options)
   "Select from candidates taken from a list of SOURCES.
 
 OPTIONS is the plist of options passed to `consult--read'. The following
 options are supported: :require-match, :history, :keymap, :initial,
 :add-history, :sort and :inherit-input-method. The other options of
 `consult--read' are used by the implementation of `consult--multi' and
 should be overwritten only in special scenarios.
 
 The function returns the selected candidate in the form (cons candidate
 source-plist). The plist has the key :match with a value nil if the
 candidate does not exist, t if the candidate exists and `new' if the
 candidate has been created. The sources of the source list can either be
 symbols of source variables or source values. Source values must be
 plists with the following fields:
 
 Required source fields:
 * :category - Completion category.
 * :items - List of strings to select from or function returning list of strings.
 
 Optional source fields:
 * :name - Name of the source, used for narrowing, group titles and annotations.
 * :narrow - Narrowing character or (character . string) pair.
 * :enabled - Function which must return t if the source is enabled.
 * :hidden - When t candidates of this source are hidden by default.
 * :face - Face used for highlighting the candidates.
 * :annotate - Annotation function called for each candidate, returns string.
 * :history - Name of history variable to add selected candidate.
 * :default - Must be t if the first item of the source is the default value.
 * :action - Function called with the selected candidate.
 * :new - Function called with new candidate name, only if :require-match is nil.
 * :state - State constructor for the source, must return the state function.
 * Other source fields can be added specifically to the use case."
   (let* ((sources (consult--multi-enabled-sources sources))
          (candidates (consult--with-increased-gc
                       (consult--multi-candidates sources)))
          (align (propertize
                  " " 'display
                  `(space :align-to (+ left ,(cadr candidates)))))
          (selected (apply #'consult--read
                           (caddr candidates)
                           (append
                            options
                            (list
                             :default     (car candidates)
                             :category    'multi-category
                             :predicate   (apply-partially #'consult--multi-predicate sources)
                             :annotate    (apply-partially #'consult--multi-annotate sources align)
                             :group       (apply-partially #'consult--multi-group sources)
                             :lookup      (apply-partially #'consult--multi-lookup sources)
                             :preview-key (consult--multi-preview-key sources)
                             :narrow      (consult--multi-narrow sources)
                             :state       (consult--multi-state sources))))))
     (when-let (history (plist-get (cdr selected) :history))
       (add-to-history history (car selected)))
     (if (plist-member (cdr selected) :match)
         (when-let (fun (plist-get (cdr selected) :new))
           (funcall fun (car selected))
           (plist-put (cdr selected) :match 'new))
       (when-let (fun (plist-get (cdr selected) :action))
         (funcall fun (car selected)))
       (setq selected `(,(car selected) :match t ,@(cdr selected))))
     selected))
 
 ;;;; Internal API: consult--prompt
 
 (cl-defun consult--prompt-1 (&key prompt history add-history initial default
                                   keymap state preview-key transform inherit-input-method)
   "See `consult--prompt' for documentation."
   (consult--minibuffer-with-setup-hook
       (:append (lambda ()
                  (consult--setup-keymap keymap nil nil preview-key)
                  (setq-local minibuffer-default-add-function
                              (apply-partially #'consult--add-history nil add-history))))
     (car (consult--with-preview
              preview-key state
              (lambda (_narrow inp _cand) (funcall transform inp)) #'always
            (read-from-minibuffer prompt initial nil nil history default inherit-input-method)))))
 
 (cl-defun consult--prompt (&rest options &key prompt history add-history initial default
                                  keymap state preview-key transform inherit-input-method)
   "Read from minibuffer.
 
 Keyword OPTIONS:
 
 PROMPT is the string to prompt with.
 TRANSFORM is a function which is applied to the current input string.
 HISTORY is the symbol of the history variable.
 INITIAL is initial input.
 DEFAULT is the default selected value.
 ADD-HISTORY is a list of items to add to the history.
 STATE is the state function, see `consult--with-preview'.
 PREVIEW-KEY are the preview keys (nil, \\='any, a single key or a list of keys).
 KEYMAP is a command-specific keymap."
   (ignore prompt history add-history initial default
           keymap state preview-key transform inherit-input-method)
   (apply #'consult--prompt-1
          (append
           (consult--customize-get)
           options
           (list :prompt "Input: "
                 :preview-key consult-preview-key
                 :transform #'identity))))
 
 ;;;; Functions
 
 ;;;;; Function: consult-completion-in-region
 
 (defun consult--insertion-preview (start end)
   "State function for previewing a candidate in a specific region.
 The candidates are previewed in the region from START to END. This function is
 used as the `:state' argument for `consult--read' in the `consult-yank' family
 of functions and in `consult-completion-in-region'."
   (unless (or (minibufferp)
               ;; XXX Disable preview if anything odd is going on with the markers. Otherwise we get
               ;; "Marker points into wrong buffer errors". See
               ;; https://github.com/minad/consult/issues/375, where Org mode source blocks are
               ;; completed in a different buffer than the original buffer. This completion is
               ;; probably also problematic in my Corfu completion package.
               (not (eq (window-buffer) (current-buffer)))
               (and (markerp start) (not (eq (marker-buffer start) (current-buffer))))
               (and (markerp end) (not (eq (marker-buffer end) (current-buffer)))))
     (let (ov)
       (lambda (action cand)
         (cond
          ((and (not cand) ov)
           (delete-overlay ov)
           (setq ov nil))
          ((and (eq action 'preview) cand)
            (unless ov
              (setq ov (consult--overlay start end
                                         'invisible t
                                         'window (selected-window))))
            ;; Use `add-face-text-property' on a copy of "cand in order to merge face properties
            (setq cand (copy-sequence cand))
            (add-face-text-property 0 (length cand) 'consult-preview-insertion t cand)
            ;; Use the `before-string' property since the overlay might be empty.
            (overlay-put ov 'before-string cand)))))))
 
 ;;;###autoload
 (defun consult-completion-in-region (start end collection &optional predicate)
   "Use minibuffer completion as the UI for `completion-at-point'.
 
 The function is called with 4 arguments: START END COLLECTION PREDICATE.
 The arguments and expected return value are as specified for
 `completion-in-region'. Use as a value for `completion-in-region-function'.
 
 The function can be configured via `consult-customize'.
 
     (consult-customize consult-completion-in-region
                        :completion-styles (basic)
                        :cycle-threshold 3)
 
 These configuration options are supported:
 
     * :cycle-threshold - Cycling threshold (def: `completion-cycle-threshold')
     * :completion-styles - Use completion styles (def: `completion-styles')
     * :require-match - Require matches when completing (def: nil)
     * :prompt - The prompt string shown in the minibuffer"
   (barf-if-buffer-read-only)
   (cl-letf* ((config (consult--customize-get #'consult-completion-in-region))
              ;; Overwrite both the local and global value of `completion-styles', such that the
              ;; `completing-read' minibuffer sees the overwritten value in any case. This is
              ;; necessary if `completion-styles' is buffer-local.
              ;; NOTE: The completion-styles will be overwritten for recursive editing sessions!
              (cs (or (plist-get config :completion-styles) completion-styles))
              (completion-styles cs)
              ((default-value 'completion-styles) cs)
              (prompt (or (plist-get config :prompt) "Completion: "))
              (require-match (plist-get config :require-match))
              (preview-key (if (plist-member config :preview-key)
                               (plist-get config :preview-key)
                             consult-preview-key))
              (initial (buffer-substring-no-properties start end))
              (metadata (completion-metadata initial collection predicate))
              (threshold (or (plist-get config :cycle-threshold) (completion--cycle-threshold metadata)))
              (all (completion-all-completions initial collection predicate (length initial)))
              ;; Provide `:annotation-function' if `:company-docsig' is specified
              (completion-extra-properties
               (if-let (fun (and (not (plist-get completion-extra-properties :annotation-function))
                                 (plist-get completion-extra-properties :company-docsig)))
                   `(:annotation-function
                     ,(lambda (cand)
                        (concat (propertize " " 'display '(space :align-to center))
                                (funcall fun cand)))
                     ,@completion-extra-properties)
                 completion-extra-properties)))
     ;; error if `threshold' is t or the improper list `all' is too short
     (if (and threshold
              (or (not (consp (ignore-errors (nthcdr threshold all))))
                  (and completion-cycling completion-all-sorted-completions)))
         (completion--in-region start end collection predicate)
       (let* ((limit (car (completion-boundaries initial collection predicate "")))
              (category (completion-metadata-get metadata 'category))
              (buffer (current-buffer))
              (completion
               (cond
                ((atom all) nil)
                ((and (consp all) (atom (cdr all)))
                 (concat (substring initial 0 limit) (car all)))
                (t (car
                    (consult--with-preview
                        preview-key
                        ;; preview state
                        (consult--insertion-preview start end)
                        ;; transformation function
                        (if (eq category 'file)
                            (cond
                             ;; Transform absolute file names
                             ((file-name-absolute-p initial)
                              (lambda (_narrow _inp cand)
                                (substitute-in-file-name cand)))
                             ;; Ensure that ./ prefix is kept for the shell (#356)
                             ((string-match-p "\\`\\.\\.?/" initial)
                              (lambda (_narrow _inp cand)
                                (setq cand (file-relative-name (substitute-in-file-name cand)))
                                (if (string-match-p "\\`\\.\\.?/" cand) cand (concat "./" cand))))
                             ;; Simplify relative file names
                             (t
                              (lambda (_narrow _inp cand)
                                (file-relative-name (substitute-in-file-name cand)))))
                          (lambda (_narrow _inp cand) cand))
                        ;; candidate function
                        (apply-partially #'run-hook-with-args-until-success
                                         'consult--completion-candidate-hook)
                      (consult--local-let ((enable-recursive-minibuffers t))
                        (if (eq category 'file)
                            ;; We use read-file-name, since many completion UIs make it nicer to
                            ;; navigate the file system this way; and we insert the initial text
                            ;; directly into the minibuffer to allow the user's completion
                            ;; styles to expand it as appropriate (particularly useful for the
                            ;; partial-completion and initials styles, which allow for very
                            ;; condensed path specification).
                            (consult--minibuffer-with-setup-hook
                                (lambda () (insert initial))
                              (read-file-name prompt nil initial require-match nil predicate))
                          (completing-read prompt
                                           ;; Evaluate completion table in the original buffer.
                                           ;; This is a reasonable thing to do and required
                                           ;; by some completion tables in particular by lsp-mode.
                                           ;; See https://github.com/minad/vertico/issues/61.
                                           (if (functionp collection)
                                               (lambda (&rest args)
                                                 (with-current-buffer buffer
                                                   (apply collection args)))
                                             collection)
                                           predicate require-match initial)))))))))
         (if completion
             (progn
               ;; bug#55205: completion--replace removes properties!
               (completion--replace start end (setq completion (concat completion)))
               (when-let (exit (plist-get completion-extra-properties :exit-function))
                 (funcall exit completion
                          ;; If completion is finished and cannot be further completed,
                          ;; return 'finished. Otherwise return 'exact.
                          (if (eq (try-completion completion collection predicate) t)
                              'finished 'exact)))
               t)
           (message "No completion")
           nil)))))
 
 ;;;; Commands
 
 ;;;;; Command: consult-multi-occur
 
 ;;;###autoload
 (defun consult-multi-occur (bufs regexp &optional nlines)
   "Improved version of `multi-occur' based on `completing-read-multiple'.
 
 See `multi-occur' for the meaning of the arguments BUFS, REGEXP and NLINES."
   (interactive (cons
                 (mapcar #'get-buffer
                         (completing-read-multiple "Buffer: "
                                                   #'internal-complete-buffer))
                 (occur-read-primary-args)))
   (occur-1 regexp nlines bufs))
 
 ;;;;; Command: consult-outline
 
 (defun consult--outline-candidates ()
   "Return alist of outline headings and positions."
   (consult--forbid-minibuffer)
   (let* ((line (line-number-at-pos (point-min) consult-line-numbers-widen))
          (heading-regexp (concat "^\\(?:"
                                  ;; default definition from outline.el
                                  (or (bound-and-true-p outline-regexp) "[*\^L]+")
                                  "\\)"))
          (heading-alist (bound-and-true-p outline-heading-alist))
          (level-fun (or (bound-and-true-p outline-level)
                         (lambda () ;; as in the default from outline.el
                           (or (cdr (assoc (match-string 0) heading-alist))
                               (- (match-end 0) (match-beginning 0))))))
          (inhibit-field-text-motion t)
          (buffer (current-buffer))
          (candidates))
     (save-excursion
       (goto-char (point-min))
       (while (save-excursion (re-search-forward heading-regexp nil t))
         (setq line (+ line (consult--count-lines (match-beginning 0))))
         (push (consult--location-candidate
                (consult--buffer-substring (line-beginning-position)
                                           (line-end-position)
                                           'fontify)
                (cons buffer (point)) line
                'consult--outline-level (funcall level-fun))
               candidates)
         (unless (eobp) (forward-char 1))))
     (unless candidates
       (user-error "No headings"))
     (nreverse candidates)))
 
 ;;;###autoload
 (defun consult-outline ()
   "Jump to an outline heading, obtained by matching against `outline-regexp'.
 
 This command supports narrowing to a heading level and candidate preview.
 The symbol at point is added to the future history."
   (interactive)
   (let* ((candidates (consult--outline-candidates))
          (min-level (- (apply #'min (mapcar
                                      (lambda (cand)
                                        (get-text-property 0 'consult--outline-level cand))
                                      candidates))
                        ?1))
          (narrow-pred (lambda (cand)
                         (<= (get-text-property 0 'consult--outline-level cand)
                             (+ consult--narrow min-level))))
          (narrow-keys (mapcar (lambda (c) (cons c (format "Level %c" c)))
                               (number-sequence ?1 ?9))))
     (consult--read
      candidates
      :prompt "Go to heading: "
      :annotate (consult--line-prefix)
      :category 'consult-location
      :sort nil
      :require-match t
      :lookup #'consult--line-match
      :narrow `(:predicate ,narrow-pred :keys ,narrow-keys)
      :history '(:input consult--line-history)
      :add-history (thing-at-point 'symbol)
      :state (consult--location-state candidates))))
 
 ;;;;; Command: consult-mark
 
 (defun consult--mark-candidates (markers)
   "Return list of candidates strings for MARKERS."
   (consult--forbid-minibuffer)
   (let ((candidates)
         (current-buf (current-buffer)))
     (save-excursion
       (dolist (marker markers)
         (when-let ((pos (marker-position marker))
                    (buf (marker-buffer marker)))
           (when (and (eq buf current-buf)
                      (consult--in-range-p pos))
             (goto-char pos)
             ;; `line-number-at-pos' is a very slow function, which should be replaced everywhere.
             ;; However in this case the slow line-number-at-pos does not hurt much, since
             ;; the mark ring is usually small since it is limited by `mark-ring-max'.
             (push (consult--location-candidate
                    (consult--line-with-cursor marker) marker
                    (line-number-at-pos pos consult-line-numbers-widen))
                   candidates)))))
     (unless candidates
       (user-error "No marks"))
     (nreverse (delete-dups candidates))))
 
 ;;;###autoload
 (defun consult-mark (&optional markers)
   "Jump to a marker in MARKERS list (defaults to buffer-local `mark-ring').
 
 The command supports preview of the currently selected marker position.
 The symbol at point is added to the future history."
   (interactive)
   (consult--read
    (consult--mark-candidates
     (or markers (cons (mark-marker) mark-ring)))
    :prompt "Go to mark: "
    :annotate (consult--line-prefix)
    :category 'consult-location
    :sort nil
    :require-match t
    :lookup #'consult--lookup-location
    :history '(:input consult--line-history)
    :add-history (thing-at-point 'symbol)
    :state (consult--jump-state)))
 
 ;;;;; Command: consult-global-mark
 
 (defun consult--global-mark-candidates (markers)
   "Return list of candidates strings for MARKERS."
   (consult--forbid-minibuffer)
   (let ((candidates))
     (save-excursion
       (dolist (marker markers)
         (when-let ((pos (marker-position marker))
                    (buf (marker-buffer marker)))
           (unless (minibufferp buf)
             (with-current-buffer buf
               (when (consult--in-range-p pos)
                 (goto-char pos)
                 ;; `line-number-at-pos' is slow, see comment in `consult--mark-candidates'.
                 (let ((line (line-number-at-pos pos consult-line-numbers-widen)))
                   (push (concat
                          (propertize (consult--format-location (buffer-name buf) line "")
                                      'consult-location (cons marker line)
                                      'consult-strip t)
                          (consult--line-with-cursor marker)
                          (consult--tofu-encode marker))
                         candidates))))))))
     (unless candidates
       (user-error "No global marks"))
     (nreverse (delete-dups candidates))))
 
 ;;;###autoload
 (defun consult-global-mark (&optional markers)
   "Jump to a marker in MARKERS list (defaults to `global-mark-ring').
 
 The command supports preview of the currently selected marker position.
 The symbol at point is added to the future history."
   (interactive)
   (consult--read
    (consult--global-mark-candidates
     (or markers global-mark-ring))
    :prompt "Go to global mark: "
    ;; Despite `consult-global-mark' formating the candidates in grep-like
    ;; style, we are not using the 'consult-grep category, since the candidates
    ;; have location markers attached.
    :category 'consult-location
    :sort nil
    :require-match t
    :lookup #'consult--lookup-location
    :history '(:input consult--line-history)
    :add-history (thing-at-point 'symbol)
    :state (consult--jump-state)))
 
 ;;;;; Command: consult-line
 
 (defun consult--line-candidates (top curr-line)
   "Return list of line candidates.
 Start from top if TOP non-nil.
 CURR-LINE is the current line number."
   (consult--forbid-minibuffer)
   (consult--fontify-all)
   (let* (default-cand candidates
          (buffer (current-buffer))
          (line (line-number-at-pos (point-min) consult-line-numbers-widen)))
     (consult--each-line beg end
       (let ((str (consult--buffer-substring beg end)))
         (unless (string-blank-p str)
           (push (consult--location-candidate str (cons buffer (point)) line) candidates)
           (when (and (not default-cand) (>= line curr-line))
             (setq default-cand candidates)))
         (setq line (1+ line))))
     (when candidates
       (nreverse
        (if (or top (not default-cand))
            candidates
          (let ((before (cdr default-cand)))
            (setcdr default-cand nil)
            (nconc before candidates)))))))
 
 (defun consult--line-match (selected candidates input &rest _)
   "Lookup position of match.
 
 SELECTED is the currently selected candidate.
 CANDIDATES is the list of candidates.
 INPUT is the input string entered by the user."
   (when-let (pos (consult--lookup-location selected candidates))
     (if (or (string-blank-p input)
             (eq consult-line-point-placement 'line-beginning))
         pos
       (let ((beg 0)
             (end (length selected)))
         ;; Ignore tofu-encoded unique line number suffix
         (while (and (> end 0) (consult--tofu-p (aref selected (1- end))))
           (setq end (1- end)))
         ;; Find match end position, remove characters from line end until
         ;; matching fails
         (let ((step 16))
           (while (> step 0)
             (while (and (> (- end step) 0)
                         ;; Use consult-location completion category when
                         ;; filtering lines. Highlighting is not necessary here,
                         ;; but it is actually cheaper to highlight a single
                         ;; candidate, since setting up deferred highlighting is
                         ;; costly.
                         (consult--completion-filter input
                                                     (list (substring selected 0 (- end step)))
                                                     'consult-location 'highlight))
               (setq end (- end step)))
             (setq step (/ step 2))))
         ;; Find match beginning position, remove characters from line beginning
         ;; until matching fails
         (when (eq consult-line-point-placement 'match-beginning)
           (let ((step 16))
             (while (> step 0)
               (while (and (< (+ beg step) end)
                           ;; See comment above, call to `consult--completion-filter'.
                           (consult--completion-filter input
                                                       (list (substring selected (+ beg step) end))
                                                       'consult-location 'highlight))
                 (setq beg (+ beg step)))
               (setq step (/ step 2)))
             (setq end beg)))
         ;; Marker can be dead, therefore ignore errors. Create a new marker instead of an integer,
         ;; since the location may be in another buffer, e.g., for `consult-line-all'.
         (ignore-errors
           (if (or (not (markerp pos))
                   (eq (marker-buffer pos)
                       (window-buffer (or (minibuffer-selected-window) (next-window)))))
               (+ pos end)
             ;; Only create a new marker when jumping across buffers, to avoid
             ;; creating unnecessary markers, when scrolling through candidates.
             ;; Creating markers is not free.
             (move-marker
              (make-marker)
              (+ pos end)
              (marker-buffer pos))))))))
 
 (cl-defun consult--line (candidates &key curr-line prompt initial group)
   "Select from from line CANDIDATES and jump to the match.
 CURR-LINE is the current line. See `consult--read' for the arguments PROMPT,
 INITIAL and GROUP."
   (consult--read
    candidates
    :prompt prompt
    :annotate (consult--line-prefix curr-line)
    :group group
    :category 'consult-location
    :sort nil
    :require-match t
    ;; Always add last isearch string to future history
    :add-history (list (thing-at-point 'symbol) isearch-string)
    :history '(:input consult--line-history)
    :lookup #'consult--line-match
    :default (car candidates)
    ;; Add isearch-string as initial input if starting from isearch
    :initial (or initial
                 (and isearch-mode
                      (prog1 isearch-string (isearch-done))))
    :state (consult--location-state candidates)))
 
 ;;;###autoload
 (defun consult-line (&optional initial start)
   "Search for a matching line.
 
 Depending on the setting `consult-line-point-placement' the command jumps to
 the beginning or the end of the first match on the line or the line beginning.
 The default candidate is the non-empty line next to point. This command obeys
 narrowing. Optional INITIAL input can be provided. The search starting point is
 changed if the START prefix argument is set. The symbol at point and the last
 `isearch-string' is added to the future history."
   (interactive (list nil (not (not current-prefix-arg))))
   (let ((curr-line (line-number-at-pos (point) consult-line-numbers-widen))
         (top (not (eq start consult-line-start-from-top))))
     (consult--line
      (or (consult--with-increased-gc
           (consult--line-candidates top curr-line))
          (user-error "No lines"))
      :curr-line (and (not top) curr-line)
      :prompt (if top "Go to line from top: " "Go to line: ")
      :initial initial)))
 
 ;;;;; Command: consult-line-multi
 
 (defun consult--line-multi-candidates (buffers)
   "Collect the line candidates from multiple buffers.
 BUFFERS is the list of buffers."
   (or (apply #'nconc
              (consult--buffer-map buffers
               #'consult--line-candidates 'top most-positive-fixnum))
       (user-error "No lines")))
 
 ;;;###autoload
 (defun consult-line-multi (query &optional initial)
   "Search for a matching line in multiple buffers.
 
 By default search across all project buffers. If the prefix argument QUERY is
 non-nil, all buffers are searched. Optional INITIAL input can be provided. See
 `consult-line' for more information. In order to search a subset of buffers,
 QUERY can be set to a plist according to `consult--buffer-query'."
   (interactive "P")
   (unless (keywordp (car-safe query))
     (setq query (list :sort 'alpha :directory (and (not query) 'project))))
   (let ((buffers (consult--buffer-query-prompt "Go to line" query)))
     (consult--line
      (consult--line-multi-candidates (cdr buffers))
      :prompt (car buffers)
      :initial initial
      :group #'consult--line-group)))
 
 ;;;;; Command: consult-keep-lines
 
 (defun consult--keep-lines-state (filter)
   "State function for `consult-keep-lines' with FILTER function."
   (let ((font-lock-orig font-lock-mode)
         (hl-line-orig (bound-and-true-p hl-line-mode))
         (point-orig (point))
         lines content-orig replace last-input)
     (if (use-region-p)
         (save-restriction
           ;; Use the same behavior as `keep-lines'.
           (let ((rbeg (region-beginning))
                 (rend (save-excursion
                         (goto-char (region-end))
                         (unless (or (bolp) (eobp))
                           (forward-line 0))
                         (point))))
             (consult--fontify-region rbeg rend)
             (narrow-to-region rbeg rend)
             (consult--each-line beg end
               (push (consult--buffer-substring beg end) lines))
             (setq content-orig (buffer-string)
                   replace (lambda (content &optional pos)
                             (delete-region rbeg rend)
                             (insert content)
                             (goto-char (or pos rbeg))
                             (setq rend (+ rbeg (length content)))
                             (add-face-text-property rbeg rend 'region t)))))
       (consult--fontify-all)
       (setq content-orig (buffer-string)
             replace (lambda (content &optional pos)
                       (delete-region (point-min) (point-max))
                       (insert content)
                       (goto-char (or pos (point-min)))))
       (consult--each-line beg end
         (push (consult--buffer-substring beg end) lines)))
     (setq lines (nreverse lines))
     (lambda (action input)
       ;; Restoring content and point position
       (when (and (eq action 'return) last-input)
         ;; No undo recording, modification hooks, buffer modified-status
         (with-silent-modifications (funcall replace content-orig point-orig)))
       ;; Committing or new input provided -> Update
       (when (and input ;; Input has been povided
                  (or
                   ;; Committing, but not with empty input
                   (and (eq action 'return) (not (string-match-p "\\`!? ?\\'" input)))
                   ;; Input has changed
                   (not (equal input last-input))))
         (let ((filtered-content
                (if (string-match-p "\\`!? ?\\'" input)
                    ;; Special case the empty input for performance.
                    ;; Otherwise it could happen that the minibuffer is empty,
                    ;; but the buffer has not been updated.
                    content-orig
                  (if (eq action 'return)
                      (apply #'concat (mapcan (lambda (x) (list x "\n"))
                                              (funcall filter input lines)))
                    (while-no-input
                      ;; Heavy computation is interruptible if *not* committing!
                      ;; Allocate new string candidates since the matching function mutates!
                      (apply #'concat (mapcan (lambda (x) (list x "\n"))
                                              (funcall filter input (mapcar #'copy-sequence lines)))))))))
           (when (stringp filtered-content)
             (when font-lock-mode (font-lock-mode -1))
             (when (bound-and-true-p hl-line-mode) (hl-line-mode -1))
             (if (eq action 'return)
                 (atomic-change-group
                   ;; Disable modification hooks for performance
                   (let ((inhibit-modification-hooks t))
                     (funcall replace filtered-content)))
               ;; No undo recording, modification hooks, buffer modified-status
               (with-silent-modifications
                 (funcall replace filtered-content)
                 (setq last-input input))))))
       ;; Restore modes
       (when (eq action 'return)
         (when hl-line-orig (hl-line-mode 1))
         (when font-lock-orig (font-lock-mode 1))))))
 
 ;;;###autoload
 (defun consult-keep-lines (&optional filter initial)
   "Select a subset of the lines in the current buffer with live preview.
 
 The selected lines are kept and the other lines are deleted. When called
 interactively, the lines selected are those that match the minibuffer input. In
 order to match the inverse of the input, prefix the input with `! '. When
 called from elisp, the filtering is performed by a FILTER function. This
 command obeys narrowing.
 
 FILTER is the filter function.
 INITIAL is the initial input."
   (interactive
    (list (lambda (pattern cands)
            ;; Use consult-location completion category when filtering lines
            (consult--completion-filter-dispatch
             pattern cands 'consult-location 'highlight))))
   (consult--forbid-minibuffer)
   (cl-letf ((ro buffer-read-only)
             ((buffer-local-value 'buffer-read-only (current-buffer)) nil))
     (consult--minibuffer-with-setup-hook
         (lambda ()
           (when ro
             (minibuffer-message
              (substitute-command-keys
               " [Unlocked read-only buffer. \\[minibuffer-keyboard-quit] to quit.]"))))
         (consult--with-increased-gc
          (consult--prompt
           :prompt "Keep lines: "
           :initial initial
           :history 'consult--keep-lines-history
           :state (consult--keep-lines-state filter))))))
 
 ;;;;; Command: consult-focus-lines
 
 (defun consult--focus-lines-state (filter)
   "State function for `consult-focus-lines' with FILTER function."
   (let (lines overlays last-input pt-orig pt-min pt-max)
     (save-excursion
       (save-restriction
         (if (not (use-region-p))
             (consult--fontify-all)
           (consult--fontify-region (region-beginning) (region-end))
           (narrow-to-region
            (region-beginning)
            ;; Behave the same as `keep-lines'.
            ;; Move to the next line.
            (save-excursion
              (goto-char (region-end))
              (unless (or (bolp) (eobp))
                (forward-line 0))
              (point))))
         (setq pt-orig (point) pt-min (point-min) pt-max (point-max))
         (let ((i 0))
           (consult--each-line beg end
             ;; NOTE: Use "\n" for empty lines, since we need
             ;; a string to attach the text property to.
             (let ((line (if (eq beg end) (char-to-string ?\n)
                           (buffer-substring-no-properties beg end))))
               (put-text-property 0 1 'consult--focus-line (cons (cl-incf i) beg) line)
               (push line lines)))
           (setq lines (nreverse lines)))))
     (lambda (action input)
       ;; New input provided -> Update
       (when (and input (not (equal input last-input)))
         (let (new-overlays)
           (pcase (while-no-input
                    (unless (string-match-p "\\`!? ?\\'" input) ;; empty input.
                      (let* ((inhibit-quit (eq action 'return)) ;; Non interruptible, when quitting!
                             (not (string-prefix-p "! " input))
                             (stripped (string-remove-prefix "! " input))
                             (matches (funcall filter stripped lines))
                             (old-ind 0)
                             (block-beg pt-min)
                             (block-end pt-min))
                        (while old-ind
                          (let ((match (pop matches)) (ind nil) (beg pt-max) (end pt-max) prop)
                            (when match
                              (setq prop (get-text-property 0 'consult--focus-line match)
                                    ind (car prop)
                                    beg (cdr prop)
                                    ;; NOTE: Check for empty lines, see above!
                                    end (+ 1 beg (if (equal match "\n") 0 (length match)))))
                            (unless (eq ind (1+ old-ind))
                              (let ((a (if not block-beg block-end))
                                    (b (if not block-end beg)))
                                (when (/= a b)
                                  (push (consult--overlay a b 'invisible t) new-overlays)))
                              (setq block-beg beg))
                            (setq block-end end old-ind ind)))))
                    'commit)
             ('commit
              (mapc #'delete-overlay overlays)
              (setq last-input input overlays new-overlays))
             (_ (mapc #'delete-overlay new-overlays)))))
       (when (eq action 'return)
         (cond
          ((not input)
           (mapc #'delete-overlay overlays)
           (goto-char pt-orig))
          ((equal input "")
           (consult-focus-lines 'show)
           (goto-char pt-orig))
          (t
           ;; Sucessfully terminated -> Remember invisible overlays
           (setq consult--focus-lines-overlays
                 (nconc consult--focus-lines-overlays overlays))
           ;; move point past invisible
           (goto-char (if-let (ov (and (invisible-p pt-orig)
                                       (seq-find (lambda (ov) (overlay-get ov 'invisible))
                                                 (overlays-at pt-orig))))
                          (overlay-end ov)
                        pt-orig))))))))
 
 ;;;###autoload
 (defun consult-focus-lines (&optional show filter initial)
   "Hide or show lines using overlays.
 
 The selected lines are shown and the other lines hidden. When called
 interactively, the lines selected are those that match the minibuffer input. In
 order to match the inverse of the input, prefix the input with `! '. With
 optional prefix argument SHOW reveal the hidden lines. Alternatively the
 command can be restarted to reveal the lines. When called from elisp, the
 filtering is performed by a FILTER function. This command obeys narrowing.
 
 FILTER is the filter function.
 INITIAL is the initial input."
   (interactive
    (list current-prefix-arg
          (lambda (pattern cands)
            ;; Use consult-location completion category when filtering lines
            (consult--completion-filter-dispatch
             pattern cands 'consult-location nil))))
   (if show
       (progn
         (mapc #'delete-overlay consult--focus-lines-overlays)
         (setq consult--focus-lines-overlays nil)
         (message "All lines revealed"))
     (consult--forbid-minibuffer)
     (consult--with-increased-gc
      (consult--prompt
       :prompt
       (if consult--focus-lines-overlays
           "Focus on lines (RET to reveal): "
         "Focus on lines: ")
       :initial initial
       :history 'consult--keep-lines-history
       :state (consult--focus-lines-state filter)))))
 
 ;;;;; Command: consult-goto-line
 
 (defun consult--goto-line-position (str msg)
   "Transform input STR to line number.
 Print an error message with MSG function."
   (if-let (line (and str
                      (string-match-p "\\`[[:digit:]]+\\'" str)
                      (string-to-number str)))
       (let ((pos (save-excursion
                    (save-restriction
                      (when consult-line-numbers-widen
                        (widen))
                      (goto-char (point-min))
                      (forward-line (1- line))
                      (point)))))
         (if (consult--in-range-p pos)
             pos
           (funcall msg "Line number out of range.")
           nil))
     (when (and str (not (string= str "")))
       (funcall msg "Please enter a number."))
     nil))
 
 ;;;###autoload
 (defun consult-goto-line (&optional arg)
   "Read line number and jump to the line with preview.
 
 Jump directly if a line number is given as prefix ARG. The command respects
 narrowing and the settings `consult-goto-line-numbers' and
 `consult-line-numbers-widen'."
   (interactive "P")
   (if arg
       (call-interactively #'goto-line)
     (consult--forbid-minibuffer)
     (consult--local-let ((display-line-numbers consult-goto-line-numbers)
                          (display-line-numbers-widen consult-line-numbers-widen))
       (while (if-let (pos (consult--goto-line-position
                            (consult--prompt
                             :prompt "Go to line: "
                             ;; goto-line-history is available on Emacs 28
                             :history
                             (and (boundp 'goto-line-history) 'goto-line-history)
                             :state
                             (let ((preview (consult--jump-preview)))
                               (lambda (action str)
                                 (funcall preview action
                                          (consult--goto-line-position str #'ignore)))))
                            #'minibuffer-message))
                  (consult--jump pos)
                t)))))
 
 ;;;;; Command: consult-recent-file
 
 (defun consult--file-preview ()
   "Create preview function for files."
   (let ((open (consult--temporary-files))
         (preview (consult--buffer-preview)))
     (lambda (action cand)
       (unless cand
         (funcall open))
       (funcall preview action
                (and cand
                     (eq action 'preview)
                     (funcall open cand))))))
 
 (defun consult--file-action (file)
   "Open FILE via `consult--buffer-action'."
   (consult--buffer-action (find-file-noselect file)))
 
 (consult--define-state file)
 
 ;;;###autoload
 (defun consult-recent-file ()
   "Find recent file using `completing-read'."
   (interactive)
   (find-file
    (consult--read
     (or (mapcar #'abbreviate-file-name recentf-list)
         (user-error "No recent files, `recentf-mode' is %s"
                     (if recentf-mode "on" "off")))
     :prompt "Find recent file: "
     :sort nil
     :require-match t
     :category 'file
     :state (consult--file-preview)
     :history 'file-name-history)))
 
 ;;;;; Command: consult-file-externally
 
 ;;;###autoload
 (defun consult-file-externally (file)
   "Open FILE externally using the default application of the system."
   (interactive "fOpen externally: ")
   (if (and (eq system-type 'windows-nt)
            (fboundp 'w32-shell-execute))
       (w32-shell-execute "open" file)
     (call-process (pcase system-type
                     ('darwin "open")
                     ('cygwin "cygstart")
                     (_ "xdg-open"))
                   nil 0 nil
                   (expand-file-name file))))
 
 ;;;;; Command: consult-mode-command
 
 (defun consult--mode-name (mode)
   "Return name part of MODE."
   (replace-regexp-in-string
    "global-\\(.*\\)-mode" "\\1"
    (replace-regexp-in-string
     "\\(-global\\)?-mode\\'" ""
     (if (eq mode 'c-mode)
         "cc"
       (symbol-name mode))
     'fixedcase)
    'fixedcase))
 
 (defun consult--mode-command-candidates (modes)
   "Extract commands from MODES.
 
 The list of features is searched for files belonging to the modes.
 From these files, the commands are extracted."
   (let* ((buffer (current-buffer))
          (command-filter (consult--regexp-filter (seq-filter #'stringp consult-mode-command-filter)))
          (feature-filter (seq-filter #'symbolp consult-mode-command-filter))
          (minor-hash (consult--string-hash minor-mode-list))
          (minor-local-modes (seq-filter (lambda (m)
                                           (and (gethash m minor-hash)
                                                (local-variable-if-set-p m)))
                                         modes))
          (minor-global-modes (seq-filter (lambda (m)
                                            (and (gethash m minor-hash)
                                                 (not (local-variable-if-set-p m))))
                                          modes))
          (major-modes (seq-remove (lambda (m)
                                     (gethash m minor-hash))
                                   modes))
          (major-paths-hash (consult--string-hash (mapcar #'symbol-file major-modes)))
          (minor-local-paths-hash (consult--string-hash (mapcar #'symbol-file minor-local-modes)))
          (minor-global-paths-hash (consult--string-hash (mapcar #'symbol-file minor-global-modes)))
          (major-name-regexp (regexp-opt (mapcar #'consult--mode-name major-modes)))
          (minor-local-name-regexp (regexp-opt (mapcar #'consult--mode-name minor-local-modes)))
          (minor-global-name-regexp (regexp-opt (mapcar #'consult--mode-name minor-global-modes)))
          (commands))
     (dolist (feature load-history commands)
       (when-let (name (alist-get 'provide feature))
         (let* ((path (car feature))
                (file (file-name-nondirectory path))
                (key (cond
                      ((memq name feature-filter) nil)
                      ((or (gethash path major-paths-hash)
                           (string-match-p major-name-regexp file))
                       ?m)
                      ((or (gethash path minor-local-paths-hash)
                           (string-match-p minor-local-name-regexp file))
                       ?l)
                      ((or (gethash path minor-global-paths-hash)
                           (string-match-p minor-global-name-regexp file))
                       ?g))))
           (when key
             (dolist (cmd (cdr feature))
               (let ((sym (cdr-safe cmd)))
                 (when (and (consp cmd)
                            (eq (car cmd) 'defun)
                            (commandp sym)
                            (not (get sym 'byte-obsolete-info))
                            ;; Emacs 28 has a `read-extended-command-predicate'
                            (if (bound-and-true-p read-extended-command-predicate)
                                (funcall read-extended-command-predicate sym buffer)
                              t))
                   (let ((name (symbol-name sym)))
                     (unless (string-match-p command-filter name)
                       (push (propertize name
                                         'consult--candidate sym
                                         'consult--type key)
                             commands))))))))))))
 
 ;;;###autoload
 (defun consult-mode-command (&rest modes)
   "Run a command from any of the given MODES.
 
 If no MODES are specified, use currently active major and minor modes."
   (interactive)
   (unless modes
     (setq modes (cons major-mode
                       (seq-filter (lambda (m)
                                     (and (boundp m) (symbol-value m)))
                                   minor-mode-list))))
   (let ((narrow `((?m . ,(format "Major: %s" major-mode))
                   (?l . "Local Minor")
                   (?g . "Global Minor"))))
     (command-execute
      (consult--read
       (consult--mode-command-candidates modes)
       :prompt "Mode command: "
       :predicate
       (lambda (cand)
         (let ((key (get-text-property 0 'consult--type cand)))
           (if consult--narrow
               (= key consult--narrow)
             (/= key ?g))))
       :lookup #'consult--lookup-candidate
       :group (consult--type-group narrow)
       :narrow narrow
       :require-match t
       :history 'extended-command-history
       :category 'command))))
 
 ;;;;; Command: consult-yank
 
 (defun consult--read-from-kill-ring ()
   "Open kill ring menu and return selected string."
   ;; `current-kill' updates `kill-ring' with a possible interprogram-paste (#443)
   (current-kill 0)
   ;; Do not specify a :lookup function in order to preserve completion-styles
   ;; highlighting of the current candidate. We have to perform a final lookup
   ;; to obtain the original candidate which may be propertized with
   ;; yank-specific properties, like 'yank-handler.
   (consult--lookup-member
    (consult--read
     (consult--remove-dups
      (or kill-ring (user-error "Kill ring is empty")))
     :prompt "Yank from kill-ring: "
     :history t ;; disable history
     :sort nil
     :category 'kill-ring
     :require-match t
     :state
     (consult--insertion-preview
      (point)
      ;; If previous command is yank, hide previously yanked string
      (or (and (eq last-command 'yank) (mark t)) (point))))
    kill-ring))
 
 ;; Adapted from the Emacs `yank-from-kill-ring' function.
 ;;;###autoload
 (defun consult-yank-from-kill-ring (string &optional arg)
   "Select STRING from the kill ring and insert it.
 With prefix ARG, put point at beginning, and mark at end, like `yank' does.
 
 This command behaves like `yank-from-kill-ring' in Emacs 28, which also offers
 a `completing-read' interface to the `kill-ring'. Additionally the Consult
 version supports preview of the selected string."
   (interactive (list (consult--read-from-kill-ring) current-prefix-arg))
   (when string
     (setq yank-window-start (window-start))
     (push-mark)
     (insert-for-yank string)
     (setq this-command 'yank)
     (when (consp arg)
       ;; Swap point and mark like in `yank'.
       (goto-char (prog1 (mark t)
                    (set-marker (mark-marker) (point) (current-buffer)))))))
 
 (put 'consult-yank-replace 'delete-selection 'yank)
 (put 'consult-yank-pop 'delete-selection 'yank)
 (put 'consult-yank-from-kill-ring 'delete-selection 'yank)
 
 ;;;###autoload
 (defun consult-yank-pop (&optional arg)
   "If there is a recent yank act like `yank-pop'.
 
 Otherwise select string from the kill ring and insert it.
 See `yank-pop' for the meaning of ARG.
 
 This command behaves like `yank-pop' in Emacs 28, which also offers a
 `completing-read' interface to the `kill-ring'. Additionally the Consult
 version supports preview of the selected string."
   (interactive "*p")
   (if (eq last-command 'yank)
       (yank-pop (or arg 1))
     (call-interactively #'consult-yank-from-kill-ring)))
 
 ;; Adapted from the Emacs yank-pop function.
 ;;;###autoload
 (defun consult-yank-replace (string)
   "Select STRING from the kill ring.
 
 If there was no recent yank, insert the string.
 Otherwise replace the just-yanked string with the selected string.
 
 There exists no equivalent of this command in Emacs 28."
   (interactive (list (consult--read-from-kill-ring)))
   (when string
     (if (not (eq last-command 'yank))
         (consult-yank-from-kill-ring string)
       (let ((inhibit-read-only t)
             (pt (point))
             (mk (mark t)))
         (setq this-command 'yank)
         (funcall (or yank-undo-function 'delete-region) (min pt mk) (max pt mk))
         (setq yank-undo-function nil)
         (set-marker (mark-marker) pt (current-buffer))
         (insert-for-yank string)
         (set-window-start (selected-window) yank-window-start t)
         (if (< pt mk)
             (goto-char (prog1 (mark t)
                          (set-marker (mark-marker) (point) (current-buffer)))))))))
 
 ;;;;; Command: consult-bookmark
 
 (defun consult--bookmark-preview ()
   "Create preview function for bookmarks."
   (let ((preview (consult--jump-preview))
         (open (consult--temporary-files)))
     (lambda (action cand)
       (unless cand
         (funcall open))
       (funcall
        preview action
        ;; Only preview bookmarks with the default handler.
        (when-let* ((bm (and cand (eq action 'preview) (assoc cand bookmark-alist)))
                    (handler (bookmark-get-handler bm))
                    (file (and (or (not handler)
                                   (eq handler #'bookmark-default-handler))
                               (bookmark-get-filename bm)))
                    (pos (bookmark-get-position bm))
                    (buf (funcall open file)))
          (set-marker (make-marker) pos buf))))))
 
 (defun consult--bookmark-action (bm)
   "Open BM via `consult--buffer-action'."
   (bookmark-jump bm consult--buffer-display))
 
 (consult--define-state bookmark)
 
 (defun consult--bookmark-candidates ()
   "Return bookmark candidates."
   (bookmark-maybe-load-default-file)
   (let ((narrow (mapcar (pcase-lambda (`(,y ,_ ,x)) (cons x y))
                         consult-bookmark-narrow)))
     (mapcar (lambda (cand)
               (propertize (car cand)
                           'consult--type
                           (alist-get
                            (or (bookmark-get-handler cand) #'bookmark-default-handler)
                            narrow)))
             bookmark-alist)))
 
 ;;;###autoload
 (defun consult-bookmark (name)
   "If bookmark NAME exists, open it, otherwise create a new bookmark with NAME.
 
 The command supports preview of file bookmarks and narrowing. See the
 variable `consult-bookmark-narrow' for the narrowing configuration."
   (interactive
    (list
     (let ((narrow (mapcar (pcase-lambda (`(,x ,y ,_)) (cons x y))
                           consult-bookmark-narrow)))
       (consult--read
        (consult--bookmark-candidates)
        :prompt "Bookmark: "
        :state (consult--bookmark-preview)
        :category 'bookmark
        :history 'bookmark-history
        ;; Add default names to future history.
        ;; Ignore errors such that `consult-bookmark' can be used in
        ;; buffers which are not backed by a file.
        :add-history (ignore-errors (bookmark-prop-get (bookmark-make-record) 'defaults))
        :group (consult--type-group narrow)
        :narrow (consult--type-narrow narrow)))))
   (bookmark-maybe-load-default-file)
   (if (assoc name bookmark-alist)
       (bookmark-jump name)
     (bookmark-set name)))
 
 ;;;;; Command: consult-apropos
 
 ;;;###autoload
 (defun consult-apropos ()
   "Select pattern and call `apropos'.
 
 The default value of the completion is the symbol at point. As a better
 alternative, you can run `embark-export' from commands like `M-x' and
 `describe-symbol'."
   (interactive)
   (let ((pattern
          (consult--read
           obarray
           :prompt "Apropos: "
           :predicate (lambda (x) (or (fboundp x) (boundp x) (facep x) (symbol-plist x)))
           :history 'consult--apropos-history
           :category 'symbol
           :default (thing-at-point 'symbol))))
     (when (string= pattern "")
       (user-error "No pattern given"))
     (apropos pattern)))
 
 ;;;;; Command: consult-complex-command
 
 ;;;###autoload
 (defun consult-complex-command ()
   "Select and evaluate command from the command history.
 
 This command can act as a drop-in replacement for `repeat-complex-command'."
   (interactive)
   (let* ((history (or (delete-dups (mapcar #'prin1-to-string command-history))
                       (user-error "There are no previous complex commands")))
          (cmd (read (consult--read
                      history
                      :prompt "Command: "
                      :default (car history)
                      :sort nil
                      :history t ;; disable history
                      :category 'expression))))
     ;; Taken from `repeat-complex-command'
     (add-to-history 'command-history cmd)
     (apply #'funcall-interactively
            (car cmd)
            (mapcar (lambda (e) (eval e t)) (cdr cmd)))))
 
 ;;;;; Command: consult-history
 
 (declare-function ring-elements "ring")
 (defun consult--current-history (&optional history)
   "Return the normalized HISTORY or the history relevant to the current buffer.
 
 If the minibuffer is active, returns the minibuffer history,
 otherwise the history corresponding to the mode is returned.
 There is a special case for `repeat-complex-command',
 for which the command history is used."
   (cond
    (history)
    ;; If pressing "C-x M-:", i.e., `repeat-complex-command',
    ;; we are instead querying the `command-history' and get a full s-expression.
    ;; Alternatively you might want to use `consult-complex-command',
    ;; which can also be bound to "C-x M-:"!
    ((eq last-command 'repeat-complex-command)
     (setq history (mapcar #'prin1-to-string command-history)))
    ;; In the minibuffer we use the current minibuffer history,
    ;; which can be configured by setting `minibuffer-history-variable'.
    ((minibufferp)
     (if (eq minibuffer-history-variable t)
         (user-error "Minibuffer history is disabled for `%s'" this-command)
       (setq history (mapcar #'consult--tofu-hide (symbol-value minibuffer-history-variable)))))
    ;; Otherwise we use a mode-specific history, see `consult-mode-histories'.
    (t (when-let (found
                  (or (seq-find (lambda (ring)
                                  (and (derived-mode-p (car ring))
                                       (boundp (cdr ring))))
                                consult-mode-histories)
                      (user-error
                       "No history configured for `%s', see `consult-mode-histories'"
                       major-mode)))
         (setq history (symbol-value (cdr found))))))
   (consult--remove-dups (if (ring-p history) (ring-elements history) history)))
 
 ;; This command has been adopted from https://github.com/oantolin/completing-history/.
 ;;;###autoload
 (defun consult-history (&optional history)
   "Insert string from HISTORY of current buffer.
 In order to select from a specific HISTORY, pass the history variable
 as argument. See also `cape-history' from the Cape package."
   (interactive)
   (let ((str (consult--local-let ((enable-recursive-minibuffers t))
                (consult--read
                 (or (consult--current-history history)
                     (user-error "History is empty"))
                 :prompt "History: "
                 :history t ;; disable history
                 :category ;; Report category depending on history variable
                 (and (minibufferp)
                      (pcase minibuffer-history-variable
                        ('extended-command-history 'command)
                        ('buffer-name-history 'buffer)
                        ('face-name-history 'face)
                        ('read-envvar-name-history 'environment-variable)
                        ('bookmark-history 'bookmark)
                        ('file-name-history 'file)))
                 :sort nil
                 :state (consult--insertion-preview (point) (point))))))
     (when (minibufferp)
       (delete-minibuffer-contents))
     (insert (substring-no-properties str))))
 
 ;;;;; Command: consult-isearch-history
 
 (defun consult-isearch-forward (&optional reverse)
   "Continue isearch forward optionally in REVERSE."
   (interactive)
   (consult--require-minibuffer)
   (setq isearch-new-forward (not reverse) isearch-new-nonincremental nil)
   (funcall (or (command-remapping #'exit-minibuffer) #'exit-minibuffer)))
 
 (defun consult-isearch-backward (&optional reverse)
   "Continue isearch backward optionally in REVERSE."
   (interactive)
   (consult-isearch-forward (not reverse)))
 
 ;; Emacs 28: hide in M-X
 (put #'consult-isearch-backward 'completion-predicate #'ignore)
 (put #'consult-isearch-forward 'completion-predicate #'ignore)
 
 (defvar consult-isearch-history-map
   (let ((map (make-sparse-keymap)))
     (define-key map [remap isearch-forward] #'consult-isearch-forward)
     (define-key map [remap isearch-backward] #'consult-isearch-backward)
     map)
   "Additional keymap used by `consult-isearch-history'.")
 
 (defun consult--isearch-history-candidates ()
   "Return isearch history candidates."
   ;; NOTE: Do not throw an error on empty history,
   ;; in order to allow starting a search.
   ;; We do not :require-match here!
   (let ((history (if (eq t search-default-mode)
                      (append regexp-search-ring search-ring)
                    (append search-ring regexp-search-ring))))
     (cons
      (delete-dups
       (mapcar
        (lambda (cand)
          ;; The search type can be distinguished via text properties.
          (let* ((props (plist-member (text-properties-at 0 cand)
                                      'isearch-regexp-function))
                 (type (pcase (cadr props)
                         ((and 'nil (guard (not props))) ?r)
                         ('nil                           ?l)
                         ('word-search-regexp            ?w)
                         ('isearch-symbol-regexp         ?s)
                         ('char-fold-to-regexp           ?c)
                         (_                              ?u))))
            ;; Disambiguate history items. The same string could
            ;; occur with different search types.
            (consult--tofu-append cand type)))
        history))
      (if history
          (+ 4 (apply #'max (mapcar #'length history)))
        0))))
 
 (defconst consult--isearch-history-narrow
   '((?c . "Char")
     (?u . "Custom")
     (?l . "Literal")
     (?r . "Regexp")
     (?s . "Symbol")
     (?w . "Word")))
 
 ;;;###autoload
 (defun consult-isearch-history ()
   "Read a search string with completion from the Isearch history.
 
 This replaces the current search string if Isearch is active, and
 starts a new Isearch session otherwise."
   (interactive)
   (consult--forbid-minibuffer)
   (let* ((isearch-message-function 'ignore) ;; Avoid flicker in echo area
          (inhibit-redisplay t)              ;; Avoid flicker in mode line
          (candidates (consult--isearch-history-candidates))
          (align (propertize " " 'display `(space :align-to (+ left ,(cdr candidates))))))
     (unless isearch-mode (isearch-mode t))
     (with-isearch-suspended
      (setq isearch-new-string
            (consult--read
             (car candidates)
             :prompt "I-search: "
             :category 'consult-isearch
             :history t ;; disable history
             :sort nil
             :initial isearch-string
             :keymap consult-isearch-history-map
             :annotate
             (lambda (cand)
               (concat align (alist-get (consult--tofu-get cand) consult--isearch-history-narrow)))
             :group
             (lambda (cand transform)
               (if transform
                   cand
                 (alist-get (consult--tofu-get cand) consult--isearch-history-narrow)))
             :lookup
             (lambda (selected candidates &rest _)
               (if-let (found (member selected candidates))
                   (substring (car found) 0 -1)
                 selected))
             :state
             (lambda (action cand)
               (when (and (eq action 'preview) cand)
                 (setq isearch-string cand)
                 (isearch-update-from-string-properties cand)
                 (isearch-update)))
             :narrow
             (list :predicate
                   (lambda (cand) (= (consult--tofu-get cand) consult--narrow))
                   :keys consult--isearch-history-narrow))
            isearch-new-message
            (mapconcat 'isearch-text-char-description isearch-new-string "")))
     ;; Setting `isearch-regexp' etc only works outside of `with-isearch-suspended'.
     (unless (plist-member (text-properties-at 0 isearch-string) 'isearch-regexp-function)
       (setq isearch-regexp t
             isearch-regexp-function nil))))
 
 ;;;;; Command: consult-minor-mode-menu
 
 (defun consult--minor-mode-candidates ()
   "Return list of minor-mode candidate strings."
   (mapcar
    (pcase-lambda (`(,name . ,sym))
      (propertize
       name
       'consult--candidate sym
       'consult--minor-mode-narrow
       (logior
        (ash (if (local-variable-if-set-p sym) ?l ?g) 8)
        (if (and (boundp sym) (symbol-value sym)) ?i ?o))
       'consult--minor-mode-group
       (concat
        (if (local-variable-if-set-p sym) "Local " "Global ")
        (if (and (boundp sym) (symbol-value sym)) "On" "Off"))))
    (nconc
     ;; according to describe-minor-mode-completion-table-for-symbol
     ;; the minor-mode-list contains *all* minor modes
     (mapcar (lambda (sym) (cons (symbol-name sym) sym)) minor-mode-list)
     ;; take the lighters from minor-mode-alist
     (delq nil
           (mapcar (pcase-lambda (`(,sym ,lighter))
                     (when (and lighter (not (equal "" lighter)))
                       (setq lighter (string-trim (format-mode-line lighter)))
                       (unless (string-blank-p lighter)
                         (cons lighter sym))))
                   minor-mode-alist)))))
 
 (defconst consult--minor-mode-menu-narrow
   '((?l . "Local")
     (?g . "Global")
     (?i . "On")
     (?o . "Off")))
 
 ;;;###autoload
 (defun consult-minor-mode-menu ()
   "Enable or disable minor mode.
 
 This is an alternative to `minor-mode-menu-from-indicator'."
   (interactive)
   (call-interactively
    (consult--read
     (consult--minor-mode-candidates)
     :prompt "Minor mode: "
     :require-match t
     :category 'minor-mode
     :group
     (lambda (cand transform)
       (if transform cand (get-text-property 0 'consult--minor-mode-group cand)))
     :narrow
     (list :predicate
           (lambda (cand)
             (let ((narrow (get-text-property 0 'consult--minor-mode-narrow cand)))
               (or (= (logand narrow 255) consult--narrow)
                   (= (ash narrow -8) consult--narrow))))
           :keys
           consult--minor-mode-menu-narrow)
     :lookup #'consult--lookup-candidate
     :history 'consult--minor-mode-menu-history)))
 
 ;;;;; Command: consult-theme
 
 ;;;###autoload
 (defun consult-theme (theme)
   "Disable current themes and enable THEME from `consult-themes'.
 
 The command supports previewing the currently selected theme."
   (interactive
    (list
     (let* ((regexp (consult--regexp-filter
                     (mapcar (lambda (x) (if (stringp x) x (format "\\`%s\\'" x)))
                             consult-themes)))
            (avail-themes (seq-filter
                           (lambda (x) (string-match-p regexp (symbol-name x)))
                           (cons 'default (custom-available-themes))))
            (saved-theme (car custom-enabled-themes)))
       (consult--read
        (mapcar #'symbol-name avail-themes)
        :prompt "Theme: "
        :require-match t
        :category 'theme
        :history 'consult--theme-history
        :lookup (lambda (selected &rest _)
                  (setq selected (and selected (intern-soft selected)))
                  (or (and selected (car (memq selected avail-themes)))
                      saved-theme))
        :state (lambda (action theme)
                 (pcase action
                   ('return (consult-theme (or theme saved-theme)))
                   ((and 'preview (guard theme)) (consult-theme theme))))
        :default (symbol-name (or saved-theme 'default))))))
   (when (eq theme 'default) (setq theme nil))
   (unless (eq theme (car custom-enabled-themes))
     (mapc #'disable-theme custom-enabled-themes)
     (when theme
       (if (custom-theme-p theme)
           (enable-theme theme)
         (load-theme theme :no-confirm)))))
 
 ;;;;; Command: consult-buffer
 
 (defun consult--buffer-sort-alpha (buffers)
   "Sort BUFFERS alphabetically, but push down starred buffers."
   (sort buffers
         (lambda (x y)
           (setq x (buffer-name x) y (buffer-name y))
           (let ((a (and (length> x 0) (eq (aref x 0) ?*)))
                 (b (and (length> y 0) (eq (aref y 0) ?*))))
             (if (eq a b)
                 (string< x y)
               (not a))))))
 
 (defun consult--buffer-sort-visibility (buffers)
   "Sort BUFFERS by visibility."
   (let ((hidden)
         (current (current-buffer)))
     (consult--keep! buffers
       (unless (eq it current)
         (if (get-buffer-window it 'visible)
             it
           (push it hidden)
           nil)))
     (nconc (nreverse hidden) buffers (list (current-buffer)))))
 
 (defun consult--normalize-directory (dir)
   "Normalize directory DIR.
 DIR can be project, nil or a path."
   (cond
     ((eq dir 'project) (consult--project-root))
     (dir (expand-file-name dir))))
 
 (defun consult--buffer-query-prompt (prompt query)
   "Buffer query function returning a scope description.
 PROMPT is the prompt format string.
 QUERY is passed to `consult--buffer-query'."
   (let* ((dir (plist-get query :directory))
          (ndir (consult--normalize-directory dir))
          (buffers (apply #'consult--buffer-query :directory ndir query))
          (count (length buffers)))
     (cons (format "%s (%d buffer%s%s): " prompt count
                   (if (= count 1) "" "s")
                   (cond
                    ((and ndir (eq dir 'project))
                     (format ", Project %s" (consult--project-name ndir)))
                    (ndir (concat  ", " (consult--abbreviate-directory ndir)))
                    (t "")))
           buffers)))
 
 (cl-defun consult--buffer-query (&key sort directory mode as predicate (filter t)
                                       include (exclude consult-buffer-filter))
   "Buffer query function.
 DIRECTORY can either be project or a path.
 SORT can be visibility, alpha or nil.
 FILTER can be either t, nil or invert.
 EXCLUDE is a list of regexps.
 INCLUDE is a list of regexps.
 MODE can be a mode or a list of modes to restrict the returned buffers.
 PREDICATE is a predicate function.
 AS is a conversion function."
   ;; This function is the backbone of most `consult-buffer' source. The
   ;; function supports filtering by various criteria which are used throughout
   ;; Consult.
   (let ((root (consult--normalize-directory directory))
         (buffers (buffer-list)))
     (when sort
       (setq buffers (funcall (intern (format "consult--buffer-sort-%s" sort)) buffers)))
     (when (or filter mode as root)
       (let ((mode (ensure-list mode))
             (exclude-re (consult--regexp-filter exclude))
             (include-re (consult--regexp-filter include)))
         (consult--keep! buffers
           (and
            (or (not mode)
                (apply #'provided-mode-derived-p
                       (buffer-local-value 'major-mode it) mode))
            (pcase-exhaustive filter
              ('nil t)
              ((or 't 'invert)
               (eq (eq filter t)
                   (and
                    (or (not exclude)
                        (not (string-match-p exclude-re (buffer-name it))))
                    (or (not include)
                        (not (not (string-match-p include-re (buffer-name it)))))))))
            (or (not root)
                (when-let (dir (buffer-local-value 'default-directory it))
                  (string-prefix-p root
                                   (if (and (/= 0 (length dir)) (eq (aref dir 0) ?/))
                                       dir
                                     (expand-file-name dir)))))
            (or (not predicate) (funcall predicate it))
            (if as (funcall as it) it)))))
     buffers))
 
 (defun consult--buffer-map (buffer &rest app)
   "Run function application APP for each BUFFER.
 Report progress and return a list of the results"
   (consult--with-increased-gc
    (let* ((count (length buffer))
           (reporter (make-progress-reporter "Collecting" 0 count)))
      (prog1
          (seq-map-indexed (lambda (buf idx)
                             (with-current-buffer buf
                               (prog1 (apply app)
                                 (progress-reporter-update
                                  reporter (1+ idx) (buffer-name)))))
                  buffer)
        (progress-reporter-done reporter)))))
 
 (defun consult--buffer-file-hash ()
   "Return hash table of all buffer file names."
   (consult--string-hash (consult--buffer-query :as #'buffer-file-name)))
 
 (defun consult--buffer-preview ()
   "Buffer preview function."
   (let ((orig-buf (current-buffer)) other-win)
     (lambda (action cand)
       (when (eq action 'preview)
         (when (and (eq consult--buffer-display #'switch-to-buffer-other-window)
                    (not other-win))
           (switch-to-buffer-other-window orig-buf)
           (setq other-win (selected-window)))
         (let ((win (or other-win (selected-window))))
           (when (window-live-p win)
             (with-selected-window win
               (cond
                ((and cand (get-buffer cand))
                 (switch-to-buffer cand 'norecord))
                ((buffer-live-p orig-buf)
                 (switch-to-buffer orig-buf 'norecord))))))))))
 
 (defun consult--buffer-action (buffer &optional norecord)
   "Switch to BUFFER via `consult--buffer-display' function.
 If NORECORD is non-nil, do not record the buffer switch in the buffer list."
   (funcall consult--buffer-display buffer norecord))
 
 (consult--define-state buffer)
 
 (defvar consult--source-bookmark
   `(:name     "Bookmark"
     :narrow   ?m
     :category bookmark
     :face     consult-bookmark
     :history  bookmark-history
     :items    ,#'bookmark-all-names
     :state    ,#'consult--bookmark-state)
   "Bookmark candidate source for `consult-buffer'.")
 
 (defvar consult--source-project-buffer
   `(:name     "Project Buffer"
     :narrow   (?p . "Project")
     :hidden   t
     :category buffer
     :face     consult-buffer
     :history  buffer-name-history
     :state    ,#'consult--buffer-state
     :enabled  ,(lambda () consult-project-function)
     :items
     ,(lambda ()
        (when-let (root (consult--project-root))
          (consult--buffer-query :sort 'visibility
                                 :directory root
                                 :as #'buffer-name))))
   "Project buffer candidate source for `consult-buffer'.")
 
 (defvar consult--source-project-recent-file
   `(:name     "Project File"
     :narrow   (?p . "Project")
     :hidden   t
     :category file
     :face     consult-file
     :history  file-name-history
     :state    ,#'consult--file-state
     :new
     ,(lambda (file)
        (consult--file-action
         (expand-file-name file (consult--project-root))))
     :enabled
     ,(lambda ()
        (and consult-project-function
             recentf-mode))
     :items
     ,(lambda ()
       (when-let (root (consult--project-root))
         (let ((len (length root))
               (ht (consult--buffer-file-hash)))
           (mapcar (lambda (file)
                     (let ((part (substring file len)))
                       (when (equal part "") (setq part "./"))
                       (put-text-property 0 (length part)
                                          'multi-category `(file . ,file) part)
                       part))
                   (seq-filter (lambda (x)
                                 (and (not (gethash x ht))
                                      (string-prefix-p root x)))
                               recentf-list))))))
   "Project file candidate source for `consult-buffer'.")
 
 (defvar consult--source-hidden-buffer
   `(:name     "Hidden Buffer"
     :narrow   32
     :hidden   t
     :category buffer
     :face     consult-buffer
     :history  buffer-name-history
     :action   ,#'consult--buffer-action
     :items
     ,(lambda () (consult--buffer-query :sort 'visibility
                                        :filter 'invert
                                        :as #'buffer-name)))
   "Hidden buffer candidate source for `consult-buffer'.")
 
 (defvar consult--source-modified-buffer
   `(:name     "Modified Buffer"
     :narrow   ?*
     :hidden   t
     :category buffer
     :face     consult-buffer
     :history  buffer-name-history
     :state    ,#'consult--buffer-state
     :items
     ,(lambda () (consult--buffer-query :sort 'visibility
                                        :as #'buffer-name
                                        :predicate
                                        (lambda (buf)
                                          (and (buffer-modified-p buf)
                                               (buffer-file-name buf))))))
   "Modified buffer candidate source for `consult-buffer'.")
 
 (defvar consult--source-buffer
   `(:name     "Buffer"
     :narrow   ?b
     :category buffer
     :face     consult-buffer
     :history  buffer-name-history
     :state    ,#'consult--buffer-state
     :default  t
     :items
     ,(lambda () (consult--buffer-query :sort 'visibility
                                        :as #'buffer-name)))
   "Buffer candidate source for `consult-buffer'.")
 
 (defvar consult--source-recent-file
   `(:name     "File"
     :narrow   ?f
     :category file
     :face     consult-file
     :history  file-name-history
     :state    ,#'consult--file-state
     :new      ,#'consult--file-action
     :enabled  ,(lambda () recentf-mode)
     :items
     ,(lambda ()
        (let ((ht (consult--buffer-file-hash)))
          (mapcar #'abbreviate-file-name
                  (seq-remove (lambda (x) (gethash x ht)) recentf-list)))))
   "Recent file candidate source for `consult-buffer'.")
 
 ;;;###autoload
 (defun consult-buffer (&optional sources)
   "Enhanced `switch-to-buffer' command with support for virtual buffers.
 
 The command supports recent files, bookmarks, views and project files as
 virtual buffers. Buffers are previewed. Narrowing to buffers (b), files (f),
 bookmarks (m) and project files (p) is supported via the corresponding
 keys. In order to determine the project-specific files and buffers, the
 `consult-project-function' is used. The virtual buffer SOURCES
 default to `consult-buffer-sources'. See `consult--multi' for the
 configuration of the virtual buffer sources."
   (interactive)
   (let ((selected (consult--multi (or sources consult-buffer-sources)
                                   :require-match
                                   (confirm-nonexistent-file-or-buffer)
                                   :prompt "Switch to: "
                                   :history 'consult--buffer-history
                                   :sort nil)))
     ;; For non-matching candidates, fall back to buffer creation.
     (unless (plist-get (cdr selected) :match)
       (consult--buffer-action (car selected)))))
 
 ;; Populate `consult-project-buffer-sources'.
 (setq consult-project-buffer-sources
       (list
        `(:hidden nil :narrow ?b ,@consult--source-project-buffer)
        `(:hidden nil :narrow ?f ,@consult--source-project-recent-file)))
 
 (defmacro consult--with-project (&rest body)
   "Ensure that BODY is executed with a project root."
   ;; We have to work quite hard here to ensure that the project root is
   ;; only overriden at the current recursion level. When entering a
   ;; recursive minibuffer session, we should be able to still switch the
   ;; project. But who does that? Working on the first level on project A
   ;; and on the second level on project B and on the third level on project C?
   ;; You mustn't be afraid to dream a little bigger, darling.
   `(let ((consult-project-function
           (let ((root (or (consult--project-root t) (user-error "No project found")))
                 (depth (recursion-depth))
                 (orig consult-project-function))
             (lambda (may-prompt)
               (if (= depth (recursion-depth))
                   root
                 (funcall orig may-prompt))))))
      ,@body))
 
 ;;;###autoload
 (defun consult-project-buffer ()
   "Enhanced `project-switch-to-buffer' command with support for virtual buffers.
 The command may prompt you for a project directory if it is invoked from
 outside a project. See `consult-buffer' for more details."
   (interactive)
   (consult--with-project
     (consult-buffer consult-project-buffer-sources)))
 
 ;;;###autoload
 (defun consult-buffer-other-window ()
   "Variant of `consult-buffer' which opens in other window."
   (interactive)
   (let ((consult--buffer-display #'switch-to-buffer-other-window))
     (consult-buffer)))
 
 ;;;###autoload
 (defun consult-buffer-other-frame ()
   "Variant of `consult-buffer' which opens in other frame."
   (interactive)
   (let ((consult--buffer-display #'switch-to-buffer-other-frame))
     (consult-buffer)))
 
 ;;;;; Command: consult-kmacro
 
 (defun consult--kmacro-candidates ()
   "Return alist of kmacros and indices."
   (thread-last
       ;; List of macros
       (append (when last-kbd-macro
                 `((,last-kbd-macro ,kmacro-counter ,kmacro-counter-format)))
               kmacro-ring)
     ;; Add indices
     (seq-map-indexed #'cons)
     ;; Filter mouse clicks
     (seq-remove (lambda (x) (seq-some #'mouse-event-p (caar x))))
     ;; Format macros
     (mapcar (pcase-lambda (`((,keys ,counter ,format) . ,index))
               (propertize
                (format-kbd-macro keys 1)
                'consult--candidate index
                'consult--kmacro-annotation
                ;; If the counter is 0 and the counter format is its default,
                ;; then there is a good chance that the counter isn't actually
                ;; being used.  This can only be wrong when a user
                ;; intentionally starts the counter with a negative value and
                ;; then increments it to 0.
                (cond
                 ((not (string= format "%d")) ;; show counter for non-default format
                  (format " (counter=%d, format=%s) " counter format))
                 ((/= counter 0) ;; show counter if non-zero
                  (format " (counter=%d)" counter))))))
     (delete-dups)))
 
 ;;;###autoload
 (defun consult-kmacro (arg)
   "Run a chosen keyboard macro.
 
 With prefix ARG, run the macro that many times.
 Macros containing mouse clicks are omitted."
   (interactive "p")
   (let ((selected (consult--read
                    (or (consult--kmacro-candidates)
                        (user-error "No keyboard macros defined"))
                    :prompt "Keyboard macro: "
                    :category 'consult-kmacro
                    :require-match t
                    :sort nil
                    :history 'consult--kmacro-history
                    :annotate
                    (lambda (cand)
                      (get-text-property 0 'consult--kmacro-annotation cand))
                    :lookup #'consult--lookup-candidate)))
     (if (= 0 selected)
         ;; If the first element has been selected, just run the last macro.
         (kmacro-call-macro (or arg 1) t nil)
       ;; Otherwise, run a kmacro from the ring.
       (let* ((selected (1- selected))
              (kmacro (nth selected kmacro-ring))
              ;; Temporarily change the variables to retrieve the correct
              ;; settings.  Mainly, we want the macro counter to persist, which
              ;; automatically happens when cycling the ring.
              (last-kbd-macro (car kmacro))
              (kmacro-counter (cadr kmacro))
              (kmacro-counter-format (caddr kmacro)))
         (kmacro-call-macro (or arg 1) t)
         ;; Once done, put updated variables back into the ring.
         (setf (nth selected kmacro-ring)
               (list last-kbd-macro
                     kmacro-counter
                     kmacro-counter-format))))))
 
 ;;;;; Command: consult-grep
 
 (defun consult--grep-format (async builder)
   "Return ASYNC function highlighting grep match results.
 BUILDER is the command argument builder."
   (let ((highlight))
     (lambda (action)
       (cond
        ((stringp action)
         (setq highlight (plist-get (funcall builder action) :highlight))
         (funcall async action))
        ((consp action)
         (let (result)
           (save-match-data
             (dolist (str action)
               (when (and (string-match consult--grep-match-regexp str)
                          ;; Filter out empty context lines
                          (or (/= (aref str (match-beginning 3)) ?-)
                              (/= (match-end 0) (length str))))
                 (let* ((file (match-string 1 str))
                        (line (match-string 2 str))
                        (ctx (= (aref str (match-beginning 3)) ?-))
                        (sep (if ctx "-" ":"))
                        (content (substring str (match-end 0)))
                        (file-len (length file))
                        (line-len (length line)))
                   (when (length> content consult-grep-max-columns)
                     (setq content (substring content 0 consult-grep-max-columns)))
                   (when highlight
                     (funcall highlight content))
                   (setq str (concat file sep line sep content))
                   ;; Store file name in order to avoid allocations in `consult--grep-group'
                   (add-text-properties 0 file-len `(face consult-file consult--grep-file ,file) str)
                   (put-text-property (1+ file-len) (+ 1 file-len line-len) 'face 'consult-line-number str)
                   (when ctx
                     (add-face-text-property (+ 2 file-len line-len) (length str) 'consult-grep-context 'append str))
                   (push str result)))))
           (funcall async (nreverse result))))
        (t (funcall async action))))))
 
 (defun consult--grep-position (cand &optional find-file)
   "Return the grep position marker for CAND.
 FIND-FILE is the file open function, defaulting to `find-file'."
   (when cand
     (let* ((file-end (next-single-property-change 0 'face cand))
            (line-end (next-single-property-change (+ 1 file-end) 'face cand))
            (col (next-single-property-change (+ 1 line-end) 'face cand))
            (file (substring-no-properties cand 0 file-end))
            (line (string-to-number (substring-no-properties cand (+ 1 file-end) line-end))))
       (setq col (if col (- col line-end 1) 0))
       (consult--position-marker
        (funcall (or find-file #'find-file) file)
        line col))))
 
 (defun consult--grep-state ()
   "Grep state function."
   (let ((open (consult--temporary-files))
         (jump (consult--jump-state)))
     (lambda (action cand)
       (unless cand
         (funcall open))
       (funcall jump action (consult--grep-position
                             cand
                             (and (not (eq action 'return)) open))))))
 
 (defun consult--grep-group (cand transform)
   "Return title for CAND or TRANSFORM the candidate."
   (if transform
       (substring cand (1+ (length (get-text-property 0 'consult--grep-file cand))))
     (get-text-property 0 'consult--grep-file cand)))
 
 (defun consult--grep (prompt builder dir initial)
   "Run grep in DIR.
 
 BUILDER is the command builder.
 PROMPT is the prompt string.
 INITIAL is inital input."
   (let* ((prompt-dir (consult--directory-prompt prompt dir))
          (default-directory (cdr prompt-dir)))
     (consult--read
      (consult--async-command builder
        (consult--grep-format builder)
        :file-handler t) ;; allow tramp
      :prompt (car prompt-dir)
      :lookup #'consult--lookup-member
      :state (consult--grep-state)
      :initial (consult--async-split-initial initial)
      :add-history (consult--async-split-thingatpt 'symbol)
      :require-match t
      :category 'consult-grep
      :group #'consult--grep-group
      :history '(:input consult--grep-history)
      :sort nil)))
 
 (defun consult--grep-lookahead-p (&rest cmd)
   "Return t if grep CMD supports lookahead."
   (with-temp-buffer
     (insert "xaxbx")
     (eq 0 (apply #'call-process-region (point-min) (point-max)
                  (car cmd) nil nil nil `(,@(cdr cmd) "^(?=.*b)(?=.*a)")))))
 
 (defvar consult--grep-regexp-type nil)
 
 (defun consult--grep-builder (input)
   "Build command line given INPUT."
   (unless (boundp 'grep-find-ignored-files) (require 'grep))
   (pcase-let* ((cmd (append (split-string-and-unquote consult-grep-args)
                             (mapcar (lambda (s) (concat "--exclude=" s))
                                     (bound-and-true-p grep-find-ignored-files))
                             (mapcar (lambda (s) (concat "--exclude-dir=" s))
                                     (bound-and-true-p grep-find-ignored-directories))))
                (`(,arg . ,opts) (consult--command-split input))
                (flags (append cmd opts))
                (ignore-case (or (member "-i" flags) (member "--ignore-case" flags))))
     (if (or (member "-F" flags) (member "--fixed-strings" flags))
         `(:command (,@cmd "-e" ,arg ,@opts) :highlight
                    ,(apply-partially #'consult--highlight-regexps
                                      (list (regexp-quote arg)) ignore-case))
       (pcase-let* ((type (or consult--grep-regexp-type
                              (setq consult--grep-regexp-type
                                    (if (consult--grep-lookahead-p (car cmd) "-P") 'pcre 'extended))))
                    (`(,re . ,hl) (funcall consult--regexp-compiler arg type ignore-case)))
         (when re
           `(:command
             (,@cmd
              ,(if (eq type 'pcre) "-P" "-E") ;; perl or extended
              "-e" ,(consult--join-regexps re type)
              ,@opts)
             :highlight ,hl))))))
 
 ;;;###autoload
 (defun consult-grep (&optional dir initial)
   "Search with `grep' for files in DIR where the content matches a regexp.
 
 The initial input is given by the INITIAL argument.
 
 The input string is split, the first part of the string (grep input) is
 passed to the asynchronous grep process and the second part of the string is
 passed to the completion-style filtering.
 
 The input string is split at a punctuation character, which is given as the
 first character of the input string. The format is similar to Perl-style
 regular expressions, e.g., /regexp/. Furthermore command line options can be
 passed to grep, specified behind --. The overall prompt input has the form
 `#async-input -- grep-opts#filter-string'.
 
 Note that the grep input string is transformed from Emacs regular expressions
 to Posix regular expressions. Always enter Emacs regular expressions at the
 prompt. `consult-grep' behaves like builtin Emacs search commands, e.g.,
 Isearch, which take Emacs regular expressions. Furthermore the asynchronous
 input split into words, each word must match separately and in any order. See
 `consult--regexp-compiler' for the inner workings. In order to disable
 transformations of the grep input, adjust `consult--regexp-compiler'
 accordingly.
 
 Here we give a few example inputs:
 
 #alpha beta         : Search for alpha and beta in any order.
 #alpha.*beta        : Search for alpha before beta.
 #\\(alpha\\|beta\\) : Search for alpha or beta (Note Emacs syntax!)
 #word -- -C3        : Search for word, include 3 lines as context
 #first#second       : Search for first, quick filter for second.
 
 The symbol at point is added to the future history. If `consult-grep'
 is called interactively with a prefix argument, the user can specify
 the directory to search in. By default the project directory is used
 if `consult-project-function' is defined and returns non-nil.
 Otherwise the `default-directory' is searched."
   (interactive "P")
   (consult--grep "Grep" #'consult--grep-builder dir initial))
 
 ;;;;; Command: consult-git-grep
 
 (defun consult--git-grep-builder (input)
   "Build command line given CONFIG and INPUT."
   (pcase-let* ((cmd (split-string-and-unquote consult-git-grep-args))
                (`(,arg . ,opts) (consult--command-split input))
                (flags (append cmd opts))
                (ignore-case (or (member "-i" flags) (member "--ignore-case" flags))))
     (if (or (member "-F" flags) (member "--fixed-strings" flags))
         `(:command (,@cmd "-e" ,arg ,@opts) :highlight
                    ,(apply-partially #'consult--highlight-regexps
                                      (list (regexp-quote arg)) ignore-case))
       (pcase-let ((`(,re . ,hl) (funcall consult--regexp-compiler arg 'extended ignore-case)))
         (when re
           `(:command
             (,@cmd ,@(cdr (mapcan (lambda (x) (list "--and" "-e" x)) re)) ,@opts)
             :highlight ,hl))))))
 
 ;;;###autoload
 (defun consult-git-grep (&optional dir initial)
   "Search with `git grep' for files in DIR where the content matches a regexp.
 The initial input is given by the INITIAL argument. See `consult-grep'
 for more details."
   (interactive "P")
   (consult--grep "Git-grep" #'consult--git-grep-builder dir initial))
 
 ;;;;; Command: consult-ripgrep
 
 (defvar consult--ripgrep-regexp-type nil)
 
 (defun consult--ripgrep-builder (input)
   "Build command line given INPUT."
   (pcase-let* ((cmd (split-string-and-unquote consult-ripgrep-args))
                (`(,arg . ,opts) (consult--command-split input))
                (flags (append cmd opts))
                (ignore-case (if (or (member "-S" flags) (member "--smart-case" flags))
                                 (let (case-fold-search)
                                   ;; Case insensitive if there are no uppercase letters
                                   (not (string-match-p "[[:upper:]]" arg)))
                               (or (member "-i" flags) (member "--ignore-case" flags)))))
     (if (or (member "-F" flags) (member "--fixed-strings" flags))
         `(:command (,@cmd "-e" ,arg ,@opts) :highlight
                    ,(apply-partially #'consult--highlight-regexps
                                      (list (regexp-quote arg)) ignore-case))
       (pcase-let* ((type (or consult--ripgrep-regexp-type
                              (setq consult--ripgrep-regexp-type
                                    (if (consult--grep-lookahead-p (car cmd) "-P") 'pcre 'extended))))
                    (`(,re . ,hl) (funcall consult--regexp-compiler arg type ignore-case)))
         (when re
           `(:command
             (,@cmd ,@(and (eq type 'pcre) '("-P"))
                    "-e" ,(consult--join-regexps re type)
                    ,@opts)
             :highlight ,hl))))))
 
 ;;;###autoload
 (defun consult-ripgrep (&optional dir initial)
   "Search with `rg' for files in DIR where the content matches a regexp.
 The initial input is given by the INITIAL argument. See `consult-grep'
 for more details."
   (interactive "P")
   (consult--grep "Ripgrep" #'consult--ripgrep-builder dir initial))
 
 ;;;;; Command: consult-find
 
 (defun consult--find (prompt builder initial)
   "Run find command in current directory.
 
 The function returns the selected file.
 The filename at point is added to the future history.
 
 BUILDER is the command builder.
 PROMPT is the prompt.
 INITIAL is inital input."
   (consult--read
    (consult--async-command builder
      (consult--async-map (lambda (x) (string-remove-prefix "./" x)))
      (consult--async-highlight builder)
      :file-handler t) ;; allow tramp
    :prompt prompt
    :sort nil
    :require-match t
    :initial (consult--async-split-initial initial)
    :add-history (consult--async-split-thingatpt 'filename)
    :category 'file
    :history '(:input consult--find-history)))
 
 (defvar consult--find-regexp-type nil)
 
 (defun consult--find-builder (input)
   "Build command line given INPUT."
   (pcase-let* ((cmd (split-string-and-unquote consult-find-args))
                (type (or consult--find-regexp-type
                          (setq consult--find-regexp-type
                                (if (eq 0 (call-process-shell-command
                                           (concat (car cmd) " -regextype emacs -version")))
                                    'emacs 'basic))))
                (`(,arg . ,opts) (consult--command-split input))
                ;; ignore-case=t since -iregex is used below
                (`(,re . ,hl) (funcall consult--regexp-compiler arg type t)))
     (when re
       (list :command
             (append cmd
                     (cdr (mapcan
                           (lambda (x)
                             `("-and" "-iregex"
                               ,(format ".*%s.*"
                                        ;; HACK Replace non-capturing groups with capturing groups.
                                        ;; GNU find does not support non-capturing groups.
                                        (replace-regexp-in-string
                                         "\\\\(\\?:" "\\(" x 'fixedcase 'literal))))
                           re))
                     opts)
             :highlight hl))))
 
 ;;;###autoload
 (defun consult-find (&optional dir initial)
   "Search for files in DIR matching input regexp given INITIAL input.
 
 The find process is started asynchronously, similar to `consult-grep'.
 See `consult-grep' for more details regarding the asynchronous search."
   (interactive "P")
   (let* ((prompt-dir (consult--directory-prompt "Find" dir))
          (default-directory (cdr prompt-dir)))
     (find-file (consult--find (car prompt-dir) #'consult--find-builder initial))))
 
 ;;;;; Command: consult-locate
 
 (defun consult--locate-builder (input)
   "Build command line given CONFIG and INPUT."
   (pcase-let ((`(,arg . ,opts) (consult--command-split input)))
     (unless (string-blank-p arg)
       (list :command (append (split-string-and-unquote consult-locate-args)
                              (list arg) opts)
             :highlight (cdr (consult--default-regexp-compiler input 'basic t))))))
 
 ;;;###autoload
 (defun consult-locate (&optional initial)
   "Search with `locate' for files which match input given INITIAL input.
 
 The input is treated literally such that locate can take advantage of
 the locate database index. Regular expressions would often force a slow
 linear search through the entire database. The locate process is started
 asynchronously, similar to `consult-grep'. See `consult-grep' for more
 details regarding the asynchronous search."
   (interactive)
   (find-file (consult--find "Locate: " #'consult--locate-builder initial)))
 
 ;;;;; Command: consult-man
 
 (defun consult--man-builder (input)
   "Build command line given CONFIG and INPUT."
   (pcase-let ((`(,arg . ,opts) (consult--command-split input)))
     (unless (string-blank-p arg)
       (list :command (append (split-string-and-unquote consult-man-args)
                              (list arg) opts)
             :highlight (cdr (consult--default-regexp-compiler input 'basic t))))))
 
 (defun consult--man-format (lines)
   "Format man candidates from LINES."
   (let ((candidates))
     (save-match-data
       (dolist (str lines)
         (when (string-match "\\`\\(.*?\\([^ ]+\\) *(\\([^,)]+\\)[^)]*).*?\\) +- +\\(.*\\)\\'" str)
           (let ((names (match-string 1 str))
                 (name (match-string 2 str))
                 (section (match-string 3 str))
                 (desc (match-string 4 str)))
             (add-face-text-property 0 (length names) 'consult-file nil names)
             (push (cons
                    (format "%s - %s" names desc)
                    (concat section " " name))
                   candidates)))))
     (nreverse candidates)))
 
 ;;;###autoload
 (defun consult-man (&optional initial)
   "Search for man page given INITIAL input.
 
 The input string is not preprocessed and passed literally to the
 underlying man commands. The man process is started asynchronously,
 similar to `consult-grep'. See `consult-grep' for more details regarding
 the asynchronous search."
   (interactive)
   (man (consult--read
         (consult--async-command #'consult--man-builder
           (consult--async-transform consult--man-format)
           (consult--async-highlight #'consult--man-builder))
         :prompt "Manual entry: "
         :require-match t
         :lookup #'consult--lookup-cdr
         :initial (consult--async-split-initial initial)
         :add-history (consult--async-split-thingatpt 'symbol)
         :history '(:input consult--man-history))))
 
 ;;;; Preview at point in completions buffers
 
 (define-minor-mode consult-preview-at-point-mode
   "Preview minor mode for *Completions* buffers.
 When moving around in the *Completions* buffer, the candidate at point is
 automatically previewed."
   :init-value nil :group 'consult
   (if consult-preview-at-point-mode
       (add-hook 'post-command-hook #'consult-preview-at-point nil 'local)
     (remove-hook 'post-command-hook #'consult-preview-at-point 'local)))
 
 (defun consult-preview-at-point ()
   "Preview candidate at point in *Completions* buffer."
   (interactive)
   (when-let* ((win (active-minibuffer-window))
               (buf (window-buffer win))
               (fun (buffer-local-value 'consult--preview-function buf)))
     (funcall fun)))
 
 ;;;; Integration with the default completion system
 
 (defun consult--default-completion-minibuffer-candidate ()
   "Return current minibuffer candidate from default completion system or Icomplete."
   (when (and (minibufferp)
              (eq completing-read-function #'completing-read-default))
     (let ((content (minibuffer-contents-no-properties)))
       ;; When the current minibuffer content matches a candidate, return it!
       (if (test-completion content
                            minibuffer-completion-table
                            minibuffer-completion-predicate)
           content
         ;; Return the full first candidate of the sorted completion list.
         (when-let ((completions (completion-all-sorted-completions)))
           (concat
            (substring content 0 (or (cdr (last completions)) 0))
            (car completions)))))))
 
 (defun consult--default-completion-list-candidate ()
   "Return current candidate at point from completions buffer."
   (let (beg end)
     (when (and
            (derived-mode-p 'completion-list-mode)
            ;; Logic taken from `choose-completion'.
            ;; TODO Upstream a `completion-list-get-candidate' function.
            (cond
             ((and (not (eobp)) (get-text-property (point) 'mouse-face))
              (setq end (point) beg (1+ (point))))
             ((and (not (bobp)) (get-text-property (1- (point)) 'mouse-face))
              (setq end (1- (point)) beg (point)))))
       (setq beg (previous-single-property-change beg 'mouse-face)
             end (or (next-single-property-change end 'mouse-face) (point-max)))
       (or (get-text-property beg 'completion--string)
           (buffer-substring-no-properties beg end)))))
 
 ;; Announce now that consult has been loaded
 (provide 'consult)
 
 ;;;; Integration with other completion systems
 
 (with-eval-after-load 'icomplete (require 'consult-icomplete))
 (with-eval-after-load 'selectrum (require 'consult-selectrum))
 (with-eval-after-load 'vertico (require 'consult-vertico))
 (with-eval-after-load 'mct (add-hook 'consult--completion-refresh-hook
                                      'mct--live-completions-refresh))
 
 ;;; consult.el ends here