add fzf submodule, remove emacs

1 files changed, 0 insertions, 1452 deletions

diff --git a/emacs/.emacs.d/elpa/magit-20180928.1153/magit-section.el b/emacs/.emacs.d/elpa/magit-20180928.1153/magit-section.el
deleted file mode 100644
index ca7a2e1..0000000
--- a/emacs/.emacs.d/elpa/magit-20180928.1153/magit-section.el
+++ /dev/null
@@ -1,1452 +0,0 @@
-;;; magit-section.el --- section functionality  -*- lexical-binding: t -*-
-
-;; Copyright (C) 2010-2018  The Magit Project Contributors
-;;
-;; You should have received a copy of the AUTHORS.md file which
-;; lists all contributors.  If not, see http://magit.vc/authors.
-
-;; Author: Jonas Bernoulli <jonas@bernoul.li>
-;; Maintainer: Jonas Bernoulli <jonas@bernoul.li>
-
-;; Magit 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, or (at your option)
-;; any later version.
-;;
-;; Magit 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 Magit.  If not, see http://www.gnu.org/licenses.
-
-;;; Commentary:
-
-;; This library implements "sections" as used in all Magit buffers.
-;; If you have used Magit before, then you probably know what that
-;; means, otherwise think "read-only Org-Mode for Git", kinda.
-
-;;; Code:
-
-(require 'cl-lib)
-(require 'dash)
-(require 'eieio)
-
-(require 'magit-utils)
-
-(declare-function magit-maybe-make-margin-overlay "magit-margin" ())
-(declare-function magit-repository-local-get "magit-mode"
-                  (key &optional default repository))
-(declare-function magit-repository-local-set "magit-mode"
-                  (key value &optional repository))
-(defvar magit-keep-region-overlay)
-
-;;; Options
-
-(defgroup magit-section nil
-  "Expandable sections."
-  :link '(info-link "(magit)Sections")
-  :group 'magit)
-
-(defcustom magit-section-show-child-count t
-  "Whether to append the number of children to section headings.
-This only applies to sections for which doing so makes sense."
-  :package-version '(magit . "2.1.0")
-  :group 'magit-section
-  :type 'boolean)
-
-(defcustom magit-section-movement-hook
-  '(magit-hunk-set-window-start
-    magit-log-maybe-update-revision-buffer
-    magit-log-maybe-show-more-commits)
-  "Hook run by `magit-section-goto'.
-That function in turn is used by all section movement commands."
-  :package-version '(magit . "2.3.0")
-  :group 'magit-section
-  :type 'hook
-  :options '(magit-hunk-set-window-start
-             magit-status-maybe-update-revision-buffer
-             magit-status-maybe-update-blob-buffer
-             magit-log-maybe-update-revision-buffer
-             magit-log-maybe-update-blob-buffer
-             magit-log-maybe-show-more-commits))
-
-(defcustom magit-section-highlight-hook
-  '(magit-diff-highlight
-    magit-section-highlight
-    magit-section-highlight-selection)
-  "Functions used to highlight the current section.
-Each function is run with the current section as only argument
-until one of them returns non-nil."
-  :package-version '(magit . "2.1.0")
-  :group 'magit-section
-  :type 'hook
-  :options '(magit-diff-highlight
-             magit-section-highlight
-             magit-section-highlight-selection))
-
-(defcustom magit-section-unhighlight-hook
-  '(magit-diff-unhighlight)
-  "Functions used to unhighlight the previously current section.
-Each function is run with the current section as only argument
-until one of them returns non-nil.  Most sections are properly
-unhighlighted without requiring a specialized unhighlighter,
-diff-related sections being the only exception."
-  :package-version '(magit . "2.1.0")
-  :group 'magit-section
-  :type 'hook
-  :options '(magit-diff-unhighlight))
-
-(defcustom magit-section-set-visibility-hook
-  '(magit-diff-expansion-threshold
-    magit-section-cached-visibility)
-  "Hook used to set the initial visibility of a section.
-Stop at the first function that returns non-nil.  The returned
-value should be `show', `hide' or nil.  If no function returns
-non-nil, determine the visibility as usual, i.e. use the
-hardcoded section specific default (see `magit-insert-section')."
-  :package-version '(magit . "2.4.0")
-  :group 'magit-section
-  :type 'hook
-  :options '(magit-diff-expansion-threshold
-             magit-section-cached-visibility))
-
-(defcustom magit-section-cache-visibility t
-  "Whether to cache visibility of sections.
-
-Sections always retain their visibility state when they are being
-recreated during a refresh.  But if a section disappears and then
-later reappears again, then this option controls whether this is
-the case.
-
-If t, then cache the visibility of all sections.  If a list of
-section types, then only do so for matching sections.  If nil,
-then don't do so for any sections."
-  :package-version '(magit . "2.12.0")
-  :group 'magit-section
-  :type '(choice (const  :tag "Don't cache visibility" nil)
-                 (const  :tag "Cache visibility of all sections" t)
-                 (repeat :tag "Cache visibility for section types" symbol)))
-
-(defcustom magit-section-initial-visibility-alist nil
-  "Alist controlling the initial visibility of sections.
-
-Each element maps a section type or lineage to the initial
-visibility state for such sections.  The state has to be one of
-`show' or `hide', or a function that returns one of these symbols.
-A function is called with the section as the only argument.
-
-Use the command `magit-describe-section' to determine a section's
-lineage or type.  The vector in the output is the section lineage
-and the type is the first element of that vector.  Wildcards can
-be used, see `magit-section-match'.
-
-Currently this option is only used to override hardcoded defaults,
-but in the future it will also be used set the defaults.
-
-An entry whose key is `magit-status-initial-section' specifies
-the visibility of the section `magit-status-goto-initial-section'
-jumps to.  This does not only override defaults, but also other
-entries of this alist."
-  :package-version '(magit . "2.12.0")
-  :group 'magit-section
-  :type '(alist :key-type (sexp :tag "Section type/lineage")
-                :value-type (choice (const hide)
-                                    (const show)
-                                    function)))
-
-(defface magit-section-highlight
-  '((((class color) (background light)) :background "grey95")
-    (((class color) (background  dark)) :background "grey20"))
-  "Face for highlighting the current section."
-  :group 'magit-faces)
-
-(defface magit-section-heading
-  '((((class color) (background light)) :foreground "DarkGoldenrod4" :weight bold)
-    (((class color) (background  dark)) :foreground "LightGoldenrod2" :weight bold))
-  "Face for section headings."
-  :group 'magit-faces)
-
-(defface magit-section-secondary-heading '((t :weight bold))
-  "Face for section headings of some secondary headings."
-  :group 'magit-faces)
-
-(defface magit-section-heading-selection
-  '((((class color) (background light)) :foreground "salmon4")
-    (((class color) (background  dark)) :foreground "LightSalmon3"))
-  "Face for selected section headings."
-  :group 'magit-faces)
-
-;;; Classes
-
-(defvar magit--current-section-hook nil
-  "Internal variable used for `magit-explain-section'.")
-
-(defvar magit--section-type-alist
-  '(
-    (file            . magit-file-section)
-    (hunk            . magit-hunk-section)
-    (module          . magit-module-section)
-    ))
-
-(defclass magit-section ()
-  ((type     :initform nil :initarg :type)
-   (value    :initform nil :initarg :value)
-   (start    :initform nil :initarg :start)
-   (content  :initform nil)
-   (end      :initform nil)
-   (hidden   :initform nil)
-   (washer   :initform nil)
-   (process  :initform nil)
-   (heading-highlight-face :initform nil)
-   (inserter :initform (symbol-value 'magit--current-section-hook))
-   (parent   :initform nil :initarg :parent)
-   (children :initform nil)))
-
-(defclass magit-file-section (magit-section)
-  ((source   :initform nil)
-   (header   :initform nil)))
-
-(defclass magit-hunk-section (magit-section)
-  ((refined  :initform nil)))
-
-(defclass magit-module-section (magit-file-section)
-  ())
-
-;;; Core
-
-(defvar-local magit-root-section nil
-  "The root section in the current buffer.
-All other sections are descendants of this section.  The value
-of this variable is set by `magit-insert-section' and you should
-never modify it.")
-(put 'magit-root-section 'permanent-local t)
-
-(defun magit-current-section ()
-  "Return the section at point."
-  (or (get-text-property (point) 'magit-section) magit-root-section))
-
-(defun magit-section-ident (section)
-  "Return an unique identifier for SECTION.
-The return value has the form ((TYPE . VALUE)...)."
-  (with-slots (type value parent) section
-    (cons (cons type
-                (cond ((not (memq type '(unpulled unpushed))) value)
-                      ((string-match-p "@{upstream}" value) value)
-                      ;; Unfortunately Git chokes on "@{push}" when
-                      ;; the value of `push.default' does not allow a
-                      ;; 1:1 mapping.  Arbitrary commands may consult
-                      ;; the section value so we cannot use "@{push}".
-                      ;; But `unpushed' and `unpulled' sections should
-                      ;; keep their identity when switching branches
-                      ;; so we have to use another value here.
-                      ((string-match-p "\\`\\.\\." value) "..@{push}")
-                      (t "@{push}..")))
-          (and parent
-               (magit-section-ident parent)))))
-
-(defun magit-get-section (ident &optional root)
-  "Return the section identified by IDENT.
-IDENT has to be a list as returned by `magit-section-ident'."
-  (setq ident (reverse ident))
-  (let ((section (or root magit-root-section)))
-    (when (eq (car (pop ident))
-              (oref section type))
-      (while (and ident
-                  (setq section
-                        (--first
-                         (and (eq    (caar ident) (oref it type))
-                              (equal (cdar ident) (oref it value)))
-                         (oref section children))))
-        (pop ident))
-      section)))
-
-(defun magit-section-lineage (section)
-  "Return the lineage of SECTION.
-The return value has the form (TYPE...)."
-  (cons (oref section type)
-        (when-let ((parent (oref section parent)))
-          (magit-section-lineage parent))))
-
-(defvar magit-insert-section--current nil "For internal use only.")
-(defvar magit-insert-section--parent  nil "For internal use only.")
-(defvar magit-insert-section--oldroot nil "For internal use only.")
-
-;;; Commands
-;;;; Movement
-
-(defun magit-section-forward ()
-  "Move to the beginning of the next visible section."
-  (interactive)
-  (if (eobp)
-      (user-error "No next section")
-    (let ((section (magit-current-section)))
-      (if (oref section parent)
-          (let ((next (and (not (oref section hidden))
-                           (not (= (oref section end)
-                                   (1+ (point))))
-                           (car (oref section children)))))
-            (while (and section (not next))
-              (unless (setq next (car (magit-section-siblings section 'next)))
-                (setq section (oref section parent))))
-            (if next
-                (magit-section-goto next)
-              (user-error "No next section")))
-        (magit-section-goto 1)))))
-
-(defun magit-section-backward ()
-  "Move to the beginning of the current or the previous visible section.
-When point is at the beginning of a section then move to the
-beginning of the previous visible section.  Otherwise move to
-the beginning of the current section."
-  (interactive)
-  (if (bobp)
-      (user-error "No previous section")
-    (let ((section (magit-current-section)) children)
-      (cond
-       ((and (= (point)
-                (1- (oref section end)))
-             (setq children (oref section children)))
-        (magit-section-goto (car (last children))))
-       ((and (oref section parent)
-             (not (= (point)
-                     (oref section start))))
-        (magit-section-goto section))
-       (t
-        (let ((prev (car (magit-section-siblings section 'prev))))
-          (if prev
-              (while (and (not (oref prev hidden))
-                          (setq children (oref prev children)))
-                (setq prev (car (last children))))
-            (setq prev (oref section parent)))
-          (cond (prev
-                 (magit-section-goto prev))
-                ((oref section parent)
-                 (user-error "No previous section"))
-                ;; Eob special cases.
-                ((not (get-text-property (1- (point)) 'invisible))
-                 (magit-section-goto -1))
-                (t
-                 (goto-char (previous-single-property-change
-                             (1- (point)) 'invisible))
-                 (forward-line -1)
-                 (magit-section-goto (magit-current-section))))))))))
-
-(defun magit-section-up ()
-  "Move to the beginning of the parent section."
-  (interactive)
-  (--if-let (oref (magit-current-section) parent)
-      (magit-section-goto it)
-    (user-error "No parent section")))
-
-(defun magit-section-forward-sibling ()
-  "Move to the beginning of the next sibling section.
-If there is no next sibling section, then move to the parent."
-  (interactive)
-  (let ((current (magit-current-section)))
-    (if (oref current parent)
-        (--if-let (car (magit-section-siblings current 'next))
-            (magit-section-goto it)
-          (magit-section-forward))
-      (magit-section-goto 1))))
-
-(defun magit-section-backward-sibling ()
-  "Move to the beginning of the previous sibling section.
-If there is no previous sibling section, then move to the parent."
-  (interactive)
-  (let ((current (magit-current-section)))
-    (if (oref current parent)
-        (--if-let (car (magit-section-siblings current 'prev))
-            (magit-section-goto it)
-          (magit-section-backward))
-      (magit-section-goto -1))))
-
-(defun magit-section-goto (arg)
-  (if (integerp arg)
-      (progn (forward-line arg)
-             (setq arg (magit-current-section)))
-    (goto-char (oref arg start)))
-  (run-hook-with-args 'magit-section-movement-hook arg))
-
-(defun magit-section-set-window-start (section)
-  "Ensure the beginning of SECTION is visible."
-  (unless (pos-visible-in-window-p (oref section end))
-    (set-window-start (selected-window) (oref section start))))
-
-(defun magit-hunk-set-window-start (section)
-  "When SECTION is a `hunk', ensure that its beginning is visible.
-It the SECTION has a different type, then do nothing."
-  (when (magit-hunk-section-p section)
-    (magit-section-set-window-start section)))
-
-(defmacro magit-define-section-jumper (name heading type &optional value)
-  "Define an interactive function to go some section.
-Together TYPE and VALUE identify the section.
-HEADING is the displayed heading of the section."
-  (declare (indent defun))
-  `(defun ,name (&optional expand) ,(format "\
-Jump to the section \"%s\".
-With a prefix argument also expand it." heading)
-     (interactive "P")
-     (--if-let (magit-get-section
-                (cons (cons ',type ,value)
-                      (magit-section-ident magit-root-section)))
-         (progn (goto-char (oref it start))
-                (when expand
-                  (with-local-quit (magit-section-show it))
-                  (recenter 0)))
-       (message ,(format "Section \"%s\" wasn't found" heading)))))
-
-;;;; Visibility
-
-(defun magit-section-show (section)
-  "Show the body of the current section."
-  (interactive (list (magit-current-section)))
-  (oset section hidden nil)
-  (when-let ((washer (oref section washer)))
-    (oset section washer nil)
-    (let ((inhibit-read-only t)
-          (magit-insert-section--parent section)
-          (content (oref section content)))
-      (save-excursion
-        (if (and content (< content (oref section end)))
-            (funcall washer section) ; already partially washed (hunk)
-          (goto-char (oref section end))
-          (oset section content (point-marker))
-          (funcall washer)
-          (oset section end (point-marker)))))
-    (magit-section-update-highlight))
-  (when-let ((beg (oref section content)))
-    (remove-overlays beg (oref section end) 'invisible t))
-  (magit-section-maybe-cache-visibility section)
-  (dolist (child (oref section children))
-    (if (oref child hidden)
-        (magit-section-hide child)
-      (magit-section-show child))))
-
-(defun magit-section-hide (section)
-  "Hide the body of the current section."
-  (interactive (list (magit-current-section)))
-  (if (eq section magit-root-section)
-      (user-error "Cannot hide root section")
-    (oset section hidden t)
-    (when-let ((beg (oref section content)))
-      (let ((end (oref section end)))
-        (remove-overlays beg end 'invisible t)
-        (let ((o (make-overlay beg end)))
-          (overlay-put o 'evaporate t)
-          (overlay-put o 'invisible t))))
-    (magit-section-maybe-cache-visibility section)))
-
-(defun magit-section-toggle (section)
-  "Toggle visibility of the body of the current section."
-  (interactive (list (magit-current-section)))
-  (if (eq section magit-root-section)
-      (user-error "Cannot hide root section")
-    (goto-char (oref section start))
-    (if (oref section hidden)
-        (magit-section-show section)
-      (magit-section-hide section))))
-
-(defun magit-section-toggle-children (section)
-  "Toggle visibility of bodies of children of the current section."
-  (interactive (list (magit-current-section)))
-  (goto-char (oref section start))
-  (let* ((children (oref section children))
-         (show (--any-p (oref it hidden) children)))
-    (dolist (c children)
-      (oset c hidden show)))
-  (magit-section-show section))
-
-(defun magit-section-show-children (section &optional depth)
-  "Recursively show the bodies of children of the current section.
-With a prefix argument show children that deep and hide deeper
-children."
-  (interactive (list (magit-current-section)))
-  (magit-section-show-children-1 section depth)
-  (magit-section-show section))
-
-(defun magit-section-show-children-1 (section &optional depth)
-  (dolist (child (oref section children))
-    (oset child hidden nil)
-    (if depth
-        (if (> depth 0)
-            (magit-section-show-children-1 child (1- depth))
-          (magit-section-hide child))
-      (magit-section-show-children-1 child))))
-
-(defun magit-section-hide-children (section)
-  "Recursively hide the bodies of children of the current section."
-  (interactive (list (magit-current-section)))
-  (mapc 'magit-section-hide (oref section children)))
-
-(defun magit-section-show-headings (section)
-  "Recursively show headings of children of the current section.
-Only show the headings, previously shown text-only bodies are
-hidden."
-  (interactive (list (magit-current-section)))
-  (magit-section-show-headings-1 section)
-  (magit-section-show section))
-
-(defun magit-section-show-headings-1 (section)
-  (dolist (child (oref section children))
-    (oset child hidden nil)
-    (when (or (oref child children)
-              (not (oref child content)))
-      (magit-section-show-headings-1 child))))
-
-(defun magit-section-cycle (section)
-  "Cycle visibility of current section and its children."
-  (interactive (list (magit-current-section)))
-  (goto-char (oref section start))
-  (if (oref section hidden)
-      (progn (magit-section-show section)
-             (magit-section-hide-children section))
-    (let ((children (oref section children)))
-      (cond ((and (--any-p (oref it hidden)   children)
-                  (--any-p (oref it children) children))
-             (magit-section-show-headings section))
-            ((-any-p 'magit-section-hidden-body children)
-             (magit-section-show-children section))
-            (t
-             (magit-section-hide section))))))
-
-(defun magit-section-cycle-global ()
-  "Cycle visibility of all sections in the current buffer."
-  (interactive)
-  (let ((children (oref magit-root-section children)))
-    (cond ((and (--any-p (oref it hidden)   children)
-                (--any-p (oref it children) children))
-           (magit-section-show-headings magit-root-section))
-          ((-any-p 'magit-section-hidden-body children)
-           (magit-section-show-children magit-root-section))
-          (t
-           (mapc 'magit-section-hide children)))))
-
-(defun magit-section-cycle-diffs ()
-  "Cycle visibility of diff-related sections in the current buffer."
-  (interactive)
-  (when-let ((sections
-              (cond ((derived-mode-p 'magit-status-mode)
-                     (--mapcat
-                      (when it
-                        (when (oref it hidden)
-                          (magit-section-show it))
-                        (oref it children))
-                      (list (magit-get-section '((staged)   (status)))
-                            (magit-get-section '((unstaged) (status))))))
-                    ((derived-mode-p 'magit-diff-mode)
-                     (-filter #'magit-file-section-p
-                              (oref magit-root-section children))))))
-    (if (--any-p (oref it hidden) sections)
-        (dolist (s sections)
-          (magit-section-show s)
-          (magit-section-hide-children s))
-      (let ((children (--mapcat (oref it children) sections)))
-        (cond ((and (--any-p (oref it hidden)   children)
-                    (--any-p (oref it children) children))
-               (mapc 'magit-section-show-headings sections))
-              ((-any-p 'magit-section-hidden-body children)
-               (mapc 'magit-section-show-children sections))
-              (t
-               (mapc 'magit-section-hide sections)))))))
-
-(defun magit-section-hidden-body (section &optional pred)
-  (--if-let (oref section children)
-      (funcall (or pred '-any-p) 'magit-section-hidden-body it)
-    (and (oref section content)
-         (oref section hidden))))
-
-(defun magit-section-invisible-p (section)
-  "Return t if the SECTION's body is invisible.
-When the body of an ancestor of SECTION is collapsed then
-SECTION's body (and heading) obviously cannot be visible."
-  (or (oref section hidden)
-      (--when-let (oref section parent)
-        (magit-section-invisible-p it))))
-
-(defun magit-section-show-level (level)
-  "Show surrounding sections up to LEVEL.
-If LEVEL is negative, show up to the absolute value.
-Sections at higher levels are hidden."
-  (if (< level 0)
-      (let ((s (magit-current-section)))
-        (setq level (- level))
-        (while (> (1- (length (magit-section-ident s))) level)
-          (setq s (oref s parent))
-          (goto-char (oref s start)))
-        (magit-section-show-children magit-root-section (1- level)))
-    (cl-do* ((s (magit-current-section)
-                (oref s parent))
-             (i (1- (length (magit-section-ident s)))
-                (cl-decf i)))
-        ((cond ((< i level) (magit-section-show-children s (- level i 1)) t)
-               ((= i level) (magit-section-hide s) t))
-         (magit-section-goto s)))))
-
-(defun magit-section-show-level-1 ()
-  "Show surrounding sections on first level."
-  (interactive)
-  (magit-section-show-level 1))
-
-(defun magit-section-show-level-1-all ()
-  "Show all sections on first level."
-  (interactive)
-  (magit-section-show-level -1))
-
-(defun magit-section-show-level-2 ()
-  "Show surrounding sections up to second level."
-  (interactive)
-  (magit-section-show-level 2))
-
-(defun magit-section-show-level-2-all ()
-  "Show all sections up to second level."
-  (interactive)
-  (magit-section-show-level -2))
-
-(defun magit-section-show-level-3 ()
-  "Show surrounding sections up to third level."
-  (interactive)
-  (magit-section-show-level 3))
-
-(defun magit-section-show-level-3-all ()
-  "Show all sections up to third level."
-  (interactive)
-  (magit-section-show-level -3))
-
-(defun magit-section-show-level-4 ()
-  "Show surrounding sections up to fourth level."
-  (interactive)
-  (magit-section-show-level 4))
-
-(defun magit-section-show-level-4-all ()
-  "Show all sections up to fourth level."
-  (interactive)
-  (magit-section-show-level -4))
-
-;;;; Auxiliary
-
-(defun magit-describe-section-briefly (section &optional message ident)
-  "Show information about the section at point.
-With a prefix argument show the section identity instead of the
-section lineage.  This command is intended for debugging purposes."
-  (interactive (list (magit-current-section) t))
-  (let ((str (format "#<%s %S %S %s-%s>"
-                     (eieio-object-class section)
-                     (let ((val (oref section value)))
-                       (cond ((stringp val)
-                              (substring-no-properties val))
-                             ((and (eieio-object-p val)
-                                   (fboundp 'cl-prin1-to-string))
-                              (cl-prin1-to-string val))
-                             (t
-                              val)))
-                     (if ident
-                         (magit-section-ident section)
-                       (apply #'vector (magit-section-lineage section)))
-                     (when-let ((m (oref section start)))
-                       (marker-position m))
-                     (when-let ((m (oref section end)))
-                       (marker-position m)))))
-    (if message (message "%s" str) str)))
-
-(cl-defmethod cl-print-object ((section magit-section) stream)
-  "Print `magit-describe-section' result of SECTION."
-  ;; Used by debug and edebug as of Emacs 26.
-  (princ (magit-describe-section-briefly section) stream))
-
-(defun magit-describe-section (section &optional interactive-p)
-  "Show information about the section at point."
-  (interactive (list (magit-current-section) t))
-  (let ((inserter-section section))
-    (while (and inserter-section (not (oref inserter-section inserter)))
-      (setq inserter-section (oref inserter-section parent)))
-    (when (and inserter-section (oref inserter-section inserter))
-      (setq section inserter-section)))
-  (pcase (oref section inserter)
-    (`((,hook ,fun) . ,src-src)
-     (help-setup-xref `(magit-describe-section ,section) interactive-p)
-     (with-help-window (help-buffer)
-       (with-current-buffer standard-output
-         (insert (format-message
-                  "%s\n  is inserted by `%s'\n  from `%s'"
-                  (magit-describe-section-briefly section)
-                  (make-text-button (symbol-name fun) nil
-                                    :type 'help-function
-                                    'help-args (list fun))
-                  (make-text-button (symbol-name hook) nil
-                                    :type 'help-variable
-                                    'help-args (list hook))))
-         (pcase-dolist (`(,hook ,fun) src-src)
-           (insert (format-message
-                    ",\n  called by `%s'\n  from `%s'"
-                    (make-text-button (symbol-name fun) nil
-                                      :type 'help-function
-                                      'help-args (list fun))
-                    (make-text-button (symbol-name hook) nil
-                                      :type 'help-variable
-                                      'help-args (list hook)))))
-         (insert ".\n\n")
-         (insert
-          (format-message
-           "`%s' is "
-           (make-text-button (symbol-name fun) nil
-                             :type 'help-function 'help-args (list fun))))
-         (describe-function-1 fun))))
-    (_ (message "%s, inserter unknown"
-                (magit-describe-section-briefly section)))))
-
-;;; Match
-
-(cl-defun magit-section-match
-    (condition &optional (section (magit-current-section)))
-  "Return t if SECTION matches CONDITION.
-
-SECTION defaults to the section at point.  If SECTION is not
-specified and there also is no section at point, then return
-nil.
-
-CONDITION can take the following forms:
-  (CONDITION...)  matches if any of the CONDITIONs matches.
-  [CLASS...]      matches if the section's class is the same
-                  as the first CLASS or a subclass of that;
-                  the section's parent class matches the
-                  second CLASS; and so on.
-  [* CLASS...]    matches sections that match [CLASS...] and
-                  also recursively all their child sections.
-  CLASS           matches if the section's class is the same
-                  as CLASS or a subclass of that; regardless
-                  of the classes of the parent sections.
-
-Each CLASS should be a class symbol, identifying a class that
-derives from `magit-section'.  For backward compatibility CLASS
-can also be a \"type symbol\".  A section matches such a symbol
-if the value of its `type' slot is `eq'.  If a type symbol has
-an entry in `magit--section-type-alist', then a section also
-matches that type if its class is a subclass of the class that
-corresponds to the type as per that alist.
-
-Note that it is not necessary to specify the complete section
-lineage as printed by `magit-describe-section-briefly', unless
-of course you want to be that precise."
-  (and section (magit-section-match-1 condition section)))
-
-(defun magit-section-match-1 (condition section)
-  (cl-assert condition)
-  (and section
-       (if (listp condition)
-           (--first (magit-section-match-1 it section) condition)
-         (magit-section-match-2 (if (symbolp condition)
-                                    (list condition)
-                                  (cl-coerce condition 'list))
-                                section))))
-
-(defun magit-section-match-2 (condition section)
-  (if (eq (car condition) '*)
-      (or (magit-section-match-2 (cdr condition) section)
-          (when-let ((parent (oref section parent)))
-            (magit-section-match-2 condition parent)))
-    (and (let ((c (car condition)))
-           (if (class-p c)
-               (cl-typep section c)
-             (if-let ((class (cdr (assq c magit--section-type-alist))))
-                 (cl-typep section class)
-               (eq (oref section type) c))))
-         (or (not (setq condition (cdr condition)))
-             (when-let ((parent (oref section parent)))
-               (magit-section-match-2 condition parent))))))
-
-(defun magit-section-value-if (condition &optional section)
-  "If the section at point matches CONDITION, then return its value.
-
-If optional SECTION is non-nil then test whether that matches
-instead.  If there is no section at point and SECTION is nil,
-then return nil.  If the section does not match, then return
-nil.
-
-See `magit-section-match' for the forms CONDITION can take."
-  (when-let ((section (or section (magit-current-section))))
-    (and (magit-section-match condition section)
-         (oref section value))))
-
-(defmacro magit-section-when (condition &rest body)
-  "If the section at point matches CONDITION, evaluate BODY.
-
-If the section matches, then evaluate BODY forms sequentially
-with `it' bound to the section and return the value of the last
-form.  If there are no BODY forms, then return the value of the
-section.  If the section does not match or if there is no section
-at point, then return nil.
-
-See `magit-section-match' for the forms CONDITION can take."
-  (declare (obsolete
-            "instead use `magit-section-match' or `magit-section-value-if'."
-            "Magit 2.90.0")
-           (indent 1)
-           (debug (sexp body)))
-  `(--when-let (magit-current-section)
-     ;; Quoting CONDITION here often leads to double-quotes, which
-     ;; isn't an issue because `magit-section-match-1' implicitly
-     ;; deals with that.  We shouldn't force users of this function
-     ;; to not quote CONDITION because that would needlessly break
-     ;; backward compatibility.
-     (when (magit-section-match ',condition it)
-       ,@(or body '((oref it value))))))
-
-(defmacro magit-section-case (&rest clauses)
-  "Choose among clauses on the type of the section at point.
-
-Each clause looks like (CONDITION BODY...).  The type of the
-section is compared against each CONDITION; the BODY forms of the
-first match are evaluated sequentially and the value of the last
-form is returned.  Inside BODY the symbol `it' is bound to the
-section at point.  If no clause succeeds or if there is no
-section at point, return nil.
-
-See `magit-section-match' for the forms CONDITION can take.
-Additionally a CONDITION of t is allowed in the final clause, and
-matches if no other CONDITION match, even if there is no section
-at point."
-  (declare (indent 0)
-           (debug (&rest (sexp body))))
-  `(let* ((it (magit-current-section)))
-     (cond ,@(mapcar (lambda (clause)
-                       `(,(or (eq (car clause) t)
-                              `(and it
-                                    (magit-section-match-1 ',(car clause) it)))
-                         ,@(cdr clause)))
-                     clauses))))
-
-(defun magit-section-match-assoc (section alist)
-  "Return the value associated with SECTION's type or lineage in ALIST."
-  (-some (pcase-lambda (`(,key . ,val))
-           (and (magit-section-match-1 key section) val))
-         alist))
-
-;;; Create
-
-(defvar magit-insert-section-hook nil
-  "Hook run after `magit-insert-section's BODY.
-Avoid using this hook and only ever do so if you know
-what you are doing and are sure there is no other way.")
-
-(defmacro magit-insert-section (&rest args)
-  "Insert a section at point.
-
-TYPE is the section type, a symbol.  Many commands that act on
-the current section behave differently depending on that type.
-Also if a variable `magit-TYPE-section-map' exists, then use
-that as the text-property `keymap' of all text belonging to the
-section (but this may be overwritten in subsections).  TYPE can
-also have the form `(eval FORM)' in which case FORM is evaluated
-at runtime.
-
-Optional VALUE is the value of the section, usually a string
-that is required when acting on the section.
-
-When optional HIDE is non-nil collapse the section body by
-default, i.e. when first creating the section, but not when
-refreshing the buffer.  Else expand it by default.  This can be
-overwritten using `magit-section-set-visibility-hook'.  When a
-section is recreated during a refresh, then the visibility of
-predecessor is inherited and HIDE is ignored (but the hook is
-still honored).
-
-BODY is any number of forms that actually insert the section's
-heading and body.  Optional NAME, if specified, has to be a
-symbol, which is then bound to the struct of the section being
-inserted.
-
-Before BODY is evaluated the `start' of the section object is set
-to the value of `point' and after BODY was evaluated its `end' is
-set to the new value of `point'; BODY is responsible for moving
-`point' forward.
-
-If it turns out inside BODY that the section is empty, then
-`magit-cancel-section' can be used to abort and remove all traces
-of the partially inserted section.  This can happen when creating
-a section by washing Git's output and Git didn't actually output
-anything this time around.
-
-\(fn [NAME] (TYPE &optional VALUE HIDE) &rest BODY)"
-  (declare (indent defun)
-           (debug ([&optional symbolp]
-                   (&or [("eval" symbolp) &optional form form]
-                        [symbolp &optional form form])
-                   body)))
-  (let ((tp (cl-gensym "type"))
-        (s* (and (symbolp (car args))
-                 (pop args)))
-        (s  (cl-gensym "section")))
-    `(let* ((,tp ,(let ((type (nth 0 (car args))))
-                    (if (eq (car-safe type) 'eval)
-                        (cadr type)
-                      `',type)))
-            (,s (funcall (if (class-p ,tp)
-                             ,tp
-                           (or (cdr (assq ,tp magit--section-type-alist))
-                               'magit-section))
-                         :type
-                         (if (class-p ,tp)
-                             (or (car (rassq ,tp magit--section-type-alist))
-                                 (error "BUG: No entry for %s in %s" ,tp
-                                        'magit--section-type-alist))
-                           ,tp)
-                         :value ,(nth 1 (car args))
-                         :start (point-marker)
-                         :parent magit-insert-section--parent)))
-       (oset ,s hidden
-             (if-let ((value (run-hook-with-args-until-success
-                              'magit-section-set-visibility-hook ,s)))
-                 (eq value 'hide)
-               (if-let ((incarnation (and magit-insert-section--oldroot
-                                          (magit-get-section
-                                           (magit-section-ident ,s)
-                                           magit-insert-section--oldroot))))
-                   (oref incarnation hidden)
-                 (if-let ((value (magit-section-match-assoc
-                                  ,s magit-section-initial-visibility-alist)))
-                     (progn
-                       (when (functionp value)
-                         (setq value (funcall value ,s)))
-                       (eq value 'hide))
-                   ,(nth 2 (car args))))))
-       (let ((magit-insert-section--current ,s)
-             (magit-insert-section--parent  ,s)
-             (magit-insert-section--oldroot
-              (or magit-insert-section--oldroot
-                  (unless magit-insert-section--parent
-                    (prog1 magit-root-section
-                      (setq magit-root-section ,s))))))
-         (catch 'cancel-section
-           ,@(if s*
-                 `((let ((,s* ,s))
-                     ,@(cdr args)))
-               (cdr args))
-           ;; `magit-insert-section-hook' should *not* be run with
-           ;; `magit-run-section-hook' because it's a hook that runs
-           ;; on section insertion, not a section inserting hook.
-           (run-hooks 'magit-insert-section-hook)
-           (magit-insert-child-count ,s)
-           (set-marker-insertion-type (oref ,s start) t)
-           (let* ((end (oset ,s end (point-marker)))
-                  (magit-map (intern (format "magit-%s-section-map"
-                                             (oref ,s type))))
-                  (forge-map (intern (format "forge-%s-section-map"
-                                             (oref ,s type))))
-                  (map (or (and (boundp magit-map) (symbol-value magit-map))
-                           (and (boundp forge-map) (symbol-value forge-map)))))
-             (save-excursion
-               (goto-char (oref ,s start))
-               (while (< (point) end)
-                 (let ((next (or (next-single-property-change
-                                  (point) 'magit-section)
-                                 end)))
-                   (unless (get-text-property (point) 'magit-section)
-                     (put-text-property (point) next 'magit-section ,s)
-                     (when map
-                       (put-text-property (point) next 'keymap map)))
-                   (goto-char next)))))
-           (if (eq ,s magit-root-section)
-               (let ((magit-section-cache-visibility nil))
-                 (magit-section-show ,s))
-             (oset (oref ,s parent) children
-                   (nconc (oref (oref ,s parent) children)
-                          (list ,s)))))
-         ,s))))
-
-(defun magit-cancel-section ()
-  (when magit-insert-section--current
-    (if (not (oref magit-insert-section--current parent))
-        (insert "(empty)\n")
-      (delete-region (oref magit-insert-section--current start)
-                     (point))
-      (setq magit-insert-section--current nil)
-      (throw 'cancel-section nil))))
-
-(defun magit-insert-heading (&rest args)
-  "Insert the heading for the section currently being inserted.
-
-This function should only be used inside `magit-insert-section'.
-
-When called without any arguments, then just set the `content'
-slot of the object representing the section being inserted to
-a marker at `point'.  The section should only contain a single
-line when this function is used like this.
-
-When called with arguments ARGS, which have to be strings, or
-nil, then insert those strings at point.  The section should not
-contain any text before this happens and afterwards it should
-again only contain a single line.  If the `face' property is set
-anywhere inside any of these strings, then insert all of them
-unchanged.  Otherwise use the `magit-section-heading' face for
-all inserted text.
-
-The `content' property of the section struct is the end of the
-heading (which lasts from `start' to `content') and the beginning
-of the the body (which lasts from `content' to `end').  If the
-value of `content' is nil, then the section has no heading and
-its body cannot be collapsed.  If a section does have a heading,
-then its height must be exactly one line, including a trailing
-newline character.  This isn't enforced, you are responsible for
-getting it right.  The only exception is that this function does
-insert a newline character if necessary."
-  (declare (indent defun))
-  (when args
-    (let ((heading (apply #'concat args)))
-      (insert (if (text-property-not-all 0 (length heading) 'face nil heading)
-                  heading
-                (propertize heading 'face 'magit-section-heading)))))
-  (unless (bolp)
-    (insert ?\n))
-  (magit-maybe-make-margin-overlay)
-  (oset magit-insert-section--current content (point-marker)))
-
-(defun magit-insert-headers (hook)
-  (let* ((header-sections nil)
-         (magit-insert-section-hook
-          (cons (lambda ()
-                  (push magit-insert-section--current
-                        header-sections))
-                (if (listp magit-insert-section-hook)
-                    magit-insert-section-hook
-                  (list magit-insert-section-hook)))))
-    (magit-run-section-hook hook)
-    (when header-sections
-      (insert "\n")
-      ;; Make the first header into the parent of the rest.
-      (when (cdr header-sections)
-        (cl-callf nreverse header-sections)
-        (let* ((1st-header (pop header-sections))
-               (header-parent (oref 1st-header parent)))
-          (oset header-parent children (list 1st-header))
-          (oset 1st-header children header-sections)
-          (oset 1st-header content (oref (car header-sections) start))
-          (oset 1st-header end (oref (car (last header-sections)) end))
-          (dolist (sub-header header-sections)
-            (oset sub-header parent 1st-header)))))))
-
-(defun magit-insert-child-count (section)
-  "Modify SECTION's heading to contain number of child sections.
-
-If `magit-section-show-child-count' is non-nil and the SECTION
-has children and its heading ends with \":\", then replace that
-with \" (N)\", where N is the number of child sections.
-
-This function is called by `magit-insert-section' after that has
-evaluated its BODY.  Admittedly that's a bit of a hack."
-  ;; This has to be fast, not pretty!
-  (let (content count)
-    (when (and magit-section-show-child-count
-               (setq count (length (oref section children)))
-               (> count 0)
-               (setq content (oref section content))
-               (eq (char-before (1- content)) ?:))
-      (save-excursion
-        (goto-char (- content 2))
-        (insert (format " (%s)" count))
-        (delete-char 1)))))
-
-;;; Update
-
-(defvar-local magit-section-highlight-overlays nil)
-(defvar-local magit-section-highlighted-section nil)
-(defvar-local magit-section-highlighted-sections nil)
-(defvar-local magit-section-unhighlight-sections nil)
-
-(defun magit-section-update-region (_)
-  "When the region is a valid section-selection, highlight them all."
-  ;; At least that's what it does conceptually.  In actuality it just
-  ;; returns a list of those sections, and it doesn't even matter if
-  ;; this is a member of `magit-region-highlight-hook'.  It probably
-  ;; should be removed, but I want to make sure before removing it.
-  (magit-region-sections))
-
-(defun magit-section-update-highlight ()
-  (let ((section (magit-current-section)))
-    (unless (eq section magit-section-highlighted-section)
-      (let ((inhibit-read-only t)
-            (deactivate-mark nil)
-            (selection (magit-region-sections)))
-        (mapc #'delete-overlay magit-section-highlight-overlays)
-        (setq magit-section-highlight-overlays nil)
-        (setq magit-section-unhighlight-sections
-              magit-section-highlighted-sections)
-        (setq magit-section-highlighted-sections nil)
-        (unless (eq section magit-root-section)
-          (run-hook-with-args-until-success
-           'magit-section-highlight-hook section selection))
-        (dolist (s magit-section-unhighlight-sections)
-          (run-hook-with-args-until-success
-           'magit-section-unhighlight-hook s selection))
-        (restore-buffer-modified-p nil)
-        (unless (eq magit-section-highlighted-section section)
-          (setq magit-section-highlighted-section
-                (and (not (oref section hidden))
-                     section))))
-      (when (version< emacs-version "25.1")
-        (setq deactivate-mark nil)))))
-
-(defun magit-section-highlight (section selection)
-  "Highlight SECTION and if non-nil all sections in SELECTION.
-This function works for any section but produces undesirable
-effects for diff related sections, which by default are
-highlighted using `magit-diff-highlight'.  Return t."
-  (when-let ((face (oref section heading-highlight-face)))
-    (dolist (section (or selection (list section)))
-      (magit-section-make-overlay
-       (oref section start)
-       (or (oref section content)
-           (oref section end))
-       face)))
-  (cond (selection
-         (magit-section-make-overlay (oref (car selection) start)
-                                     (oref (car (last selection)) end)
-                                     'magit-section-highlight)
-         (magit-section-highlight-selection nil selection))
-        (t
-         (magit-section-make-overlay (oref section start)
-                                     (oref section end)
-                                     'magit-section-highlight)))
-  t)
-
-(defun magit-section-highlight-selection (_ selection)
-  "Highlight the section-selection region.
-If SELECTION is non-nil, then it is a list of sections selected by
-the region.  The headings of these sections are then highlighted.
-
-This is a fallback for people who don't want to highlight the
-current section and therefore removed `magit-section-highlight'
-from `magit-section-highlight-hook'.
-
-This function is necessary to ensure that a representation of
-such a region is visible.  If neither of these functions were
-part of the hook variable, then such a region would be
-invisible."
-  (when (and selection
-             (not (and (eq this-command 'mouse-drag-region))))
-    (dolist (section selection)
-      (magit-section-make-overlay (oref section start)
-                                  (or (oref section content)
-                                      (oref section end))
-                                  'magit-section-heading-selection))
-    t))
-
-(defun magit-section-make-overlay (start end face)
-  ;; Yes, this doesn't belong here.  But the alternative of
-  ;; spreading this hack across the code base is even worse.
-  (when (and magit-keep-region-overlay
-             (memq face '(magit-section-heading-selection
-                          magit-diff-file-heading-selection
-                          magit-diff-hunk-heading-selection)))
-    (setq face (list :foreground (face-foreground face))))
-  (let ((ov (make-overlay start end nil t)))
-    (overlay-put ov 'face face)
-    (overlay-put ov 'evaporate t)
-    (push ov magit-section-highlight-overlays)
-    ov))
-
-(defun magit-section-goto-successor (section line char arg)
-  (let ((ident (magit-section-ident section)))
-    (--if-let (magit-get-section ident)
-        (let ((start (oref it start)))
-          (goto-char start)
-          (unless (eq it magit-root-section)
-            (ignore-errors
-              (forward-line line)
-              (forward-char char))
-            (unless (eq (magit-current-section) it)
-              (goto-char start))))
-      (or (and (magit-hunk-section-p section)
-               (when-let ((parent (magit-get-section
-                                   (magit-section-ident
-                                    (oref section parent)))))
-                 (let* ((children (oref parent children))
-                        (siblings (magit-section-siblings section 'prev))
-                        (previous (nth (length siblings) children)))
-                   (if (not arg)
-                       (--when-let (or previous (car (last children)))
-                         (magit-section-goto it)
-                         t)
-                     (when previous
-                       (magit-section-goto previous))
-                     (if (and (stringp arg)
-                              (re-search-forward arg (oref parent end) t))
-                         (goto-char (match-beginning 0))
-                       (goto-char (oref (car (last children)) end))
-                       (forward-line -1)
-                       (while (looking-at "^ ")    (forward-line -1))
-                       (while (looking-at "^[-+]") (forward-line -1))
-                       (forward-line))))))
-          (goto-char (--if-let (magit-section-goto-successor-1 section)
-                         (if (eq (oref it type) 'button)
-                             (point-min)
-                           (oref it start))
-                       (point-min)))))))
-
-(defun magit-section-goto-successor-1 (section)
-  (or (--when-let (pcase (oref section type)
-                    (`staged 'unstaged)
-                    (`unstaged 'staged)
-                    (`unpushed 'unpulled)
-                    (`unpulled 'unpushed))
-        (magit-get-section `((,it) (status))))
-      (--when-let (car (magit-section-siblings section 'next))
-        (magit-get-section (magit-section-ident it)))
-      (--when-let (car (magit-section-siblings section 'prev))
-        (magit-get-section (magit-section-ident it)))
-      (--when-let (oref section parent)
-        (or (magit-get-section (magit-section-ident it))
-            (magit-section-goto-successor-1 it)))))
-
-;;; Visibility
-
-(defvar-local magit-section-visibility-cache nil)
-(put 'magit-section-visibility-cache 'permanent-local t)
-
-(defun magit-section-cached-visibility (section)
-  "Set SECTION's visibility to the cached value."
-  (cdr (assoc (magit-section-ident section)
-              magit-section-visibility-cache)))
-
-(cl-defun magit-section-cache-visibility
-    (&optional (section magit-insert-section--current))
-  ;; Emacs 25's `alist-get' lacks TESTFN.
-  (let* ((id  (magit-section-ident section))
-         (elt (assoc id magit-section-visibility-cache))
-         (val (if (oref section hidden) 'hide 'show)))
-    (if elt
-        (setcdr elt val)
-      (push (cons id val) magit-section-visibility-cache))))
-
-(cl-defun magit-section-maybe-cache-visibility
-    (&optional (section magit-insert-section--current))
-  (when (or (eq magit-section-cache-visibility t)
-            (memq (oref section type)
-                  magit-section-cache-visibility))
-    (magit-section-cache-visibility section)))
-
-(defun magit-preserve-section-visibility-cache ()
-  (when (derived-mode-p 'magit-status-mode 'magit-refs-mode)
-    (magit-repository-local-set
-     (cons major-mode 'magit-section-visibility-cache)
-     magit-section-visibility-cache)))
-
-(defun magit-restore-section-visibility-cache (mode)
-  (setq magit-section-visibility-cache
-        (magit-repository-local-get
-         (cons mode 'magit-section-visibility-cache))))
-
-;;; Utilities
-
-(cl-defun magit-section-selected-p (section &optional (selection nil sselection))
-  (and (not (eq section magit-root-section))
-       (or  (eq section (magit-current-section))
-            (memq section (if sselection
-                              selection
-                            (setq selection (magit-region-sections))))
-            (--when-let (oref section parent)
-              (magit-section-selected-p it selection)))))
-
-(defun magit-section-parent-value (section)
-  (when-let ((parent (oref section parent)))
-    (oref parent value)))
-
-(defun magit-section-siblings (section &optional direction)
-  "Return a list of the sibling sections of SECTION.
-
-If optional DIRECTION is `prev', then return siblings that come
-before SECTION.  If it is `next', then return siblings that come
-after SECTION.  For all other values, return all siblings
-excluding SECTION itself."
-  (when-let ((parent (oref section parent)))
-    (let ((siblings (oref parent children)))
-      (pcase direction
-        (`prev  (cdr (member section (reverse siblings))))
-        (`next  (cdr (member section siblings)))
-        (_      (remq section siblings))))))
-
-(defun magit-region-values (&optional condition multiple)
-  "Return a list of the values of the selected sections.
-
-Return the values that themselves would be returned by
-`magit-region-sections' (which see)."
-  (--map (oref it value)
-         (magit-region-sections condition multiple)))
-
-(defun magit-region-sections (&optional condition multiple)
-  "Return a list of the selected sections.
-
-When the region is active and constitutes a valid section
-selection, then return a list of all selected sections.  This is
-the case when the region begins in the heading of a section and
-ends in the heading of the same section or in that of a sibling
-section.  If optional MULTIPLE is non-nil, then the region cannot
-begin and end in the same section.
-
-When the selection is not valid, then return nil.  In this case,
-most commands that can act on the selected sections will instead
-act on the section at point.
-
-When the region looks like it would in any other buffer then
-the selection is invalid.  When the selection is valid then the
-region uses the `magit-section-highlight' face.  This does not
-apply to diffs where things get a bit more complicated, but even
-here if the region looks like it usually does, then that's not
-a valid selection as far as this function is concerned.
-
-If optional CONDITION is non-nil, then the selection not only
-has to be valid; all selected sections additionally have to match
-CONDITION, or nil is returned.  See `magit-section-match' for the
-forms CONDITION can take."
-  (when (region-active-p)
-    (let* ((rbeg (region-beginning))
-           (rend (region-end))
-           (sbeg (get-text-property rbeg 'magit-section))
-           (send (get-text-property rend 'magit-section)))
-      (when (and send
-                 (not (eq send magit-root-section))
-                 (not (and multiple (eq send sbeg))))
-        (let ((siblings (cons sbeg (magit-section-siblings sbeg 'next)))
-              sections)
-          (when (and (memq send siblings)
-                     (magit-section-position-in-heading-p sbeg rbeg)
-                     (magit-section-position-in-heading-p send rend))
-            (while siblings
-              (push (car siblings) sections)
-              (when (eq (pop siblings) send)
-                (setq siblings nil)))
-            (setq sections (nreverse sections))
-            (when (or (not condition)
-                      (--all-p (magit-section-match condition it) sections))
-              sections)))))))
-
-(defun magit-section-position-in-heading-p (&optional section pos)
-  "Return t if POSITION is inside the heading of SECTION.
-POSITION defaults to point and SECTION defaults to the
-current section."
-  (unless section
-    (setq section (magit-current-section)))
-  (unless pos
-    (setq pos (point)))
-  (and section
-       (>= pos (oref section start))
-       (<  pos (or (oref section content)
-                   (oref section end)))
-       t))
-
-(defun magit-section-internal-region-p (&optional section)
-  "Return t if the region is active and inside SECTION's body.
-If optional SECTION is nil, use the current section."
-  (and (region-active-p)
-       (or section (setq section (magit-current-section)))
-       (let ((beg (get-text-property (region-beginning) 'magit-section)))
-         (and (eq beg (get-text-property   (region-end) 'magit-section))
-              (eq beg section)))
-       (not (or (magit-section-position-in-heading-p section (region-beginning))
-                (magit-section-position-in-heading-p section (region-end))))
-       t))
-
-(defun magit-section--backward-protected ()
-  "Move to the beginning of the current or the previous visible section.
-Same as `magit-section-backward' but for non-interactive use.
-Suppress `magit-section-movement-hook', and return a boolean to
-indicate whether a section was found, instead of raising an error
-if not."
-  (condition-case nil
-      (let ((magit-section-movement-hook nil))
-        (magit-section-backward)
-        t)
-    (user-error nil)))
-
-(defun magit-section--backward-find (predicate)
-  "Move to the first previous section satisfying PREDICATE.
-PREDICATE does not take any parameter and should not move
-point."
-  (let (found)
-    (while (and (setq found (magit-section--backward-protected))
-                (not (funcall predicate))))
-    found))
-
-(defun magit-wash-sequence (function)
-  "Repeatedly call FUNCTION until it returns nil or eob is reached.
-FUNCTION has to move point forward or return nil."
-  (while (and (not (eobp)) (funcall function))))
-
-(defun magit-add-section-hook (hook function &optional at append local)
-  "Add to the value of section hook HOOK the function FUNCTION.
-
-Add FUNCTION at the beginning of the hook list unless optional
-APPEND is non-nil, in which case FUNCTION is added at the end.
-If FUNCTION already is a member, then move it to the new location.
-
-If optional AT is non-nil and a member of the hook list, then
-add FUNCTION next to that instead.  Add before or after AT, or
-replace AT with FUNCTION depending on APPEND.  If APPEND is the
-symbol `replace', then replace AT with FUNCTION.  For any other
-non-nil value place FUNCTION right after AT.  If nil, then place
-FUNCTION right before AT.  If FUNCTION already is a member of the
-list but AT is not, then leave FUNCTION where ever it already is.
-
-If optional LOCAL is non-nil, then modify the hook's buffer-local
-value rather than its global value.  This makes the hook local by
-copying the default value.  That copy is then modified.
-
-HOOK should be a symbol.  If HOOK is void, it is first set to nil.
-HOOK's value must not be a single hook function.  FUNCTION should
-be a function that takes no arguments and inserts one or multiple
-sections at point, moving point forward.  FUNCTION may choose not
-to insert its section(s), when doing so would not make sense.  It
-should not be abused for other side-effects.  To remove FUNCTION
-again use `remove-hook'."
-  (unless (boundp hook)
-    (error "Cannot add function to undefined hook variable %s" hook))
-  (or (default-boundp hook) (set-default hook nil))
-  (let ((value (if local
-                   (if (local-variable-p hook)
-                       (symbol-value hook)
-                     (unless (local-variable-if-set-p hook)
-                       (make-local-variable hook))
-                     (copy-sequence (default-value hook)))
-                 (default-value hook))))
-    (if at
-        (when (setq at (member at value))
-          (setq value (delq function value))
-          (cond ((eq append 'replace)
-                 (setcar at function))
-                (append
-                 (push function (cdr at)))
-                (t
-                 (push (car at) (cdr at))
-                 (setcar at function))))
-      (setq value (delq function value)))
-    (unless (member function value)
-      (setq value (if append
-                      (append value (list function))
-                    (cons function value))))
-    (when (eq append 'replace)
-      (setq value (delq at value)))
-    (if local
-        (set hook value)
-      (set-default hook value))))
-
-(defun magit-run-section-hook (hook &rest args)
-  "Run HOOK with ARGS, warning about invalid entries."
-  (let ((entries (symbol-value hook)))
-    (unless (listp entries)
-      (setq entries (list entries)))
-    (--when-let (-remove #'functionp entries)
-      (message "`%s' contains entries that are no longer valid.
-%s\nUsing standard value instead.  Please re-configure hook variable."
-               hook
-               (mapconcat (lambda (sym) (format "  `%s'" sym)) it "\n"))
-      (sit-for 5)
-      (setq entries (eval (car (get hook 'standard-value)))))
-    (dolist (entry entries)
-      (let ((magit--current-section-hook (cons (list hook entry)
-                                               magit--current-section-hook)))
-        (apply entry args)))))
-
-(provide 'magit-section)
-;;; magit-section.el ends here