update packages

This commit is contained in:
2025-02-26 20:16:44 +01:00
parent 59db017445
commit 45d49daef0
291 changed files with 16240 additions and 522600 deletions

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@@ -1,6 +1,6 @@
;;; company-capf.el --- company-mode completion-at-point-functions backend -*- lexical-binding: t -*-
;; Copyright (C) 2013-2022 Free Software Foundation, Inc.
;; Copyright (C) 2013-2024 Free Software Foundation, Inc.
;; Author: Stefan Monnier <monnier@iro.umontreal.ca>
@@ -19,7 +19,6 @@
;; You should have received a copy of the GNU General Public License
;; along with GNU Emacs. If not, see <https://www.gnu.org/licenses/>.
;;; Commentary:
;;
;; The CAPF back-end provides a bridge to the standard
@@ -32,13 +31,27 @@
(require 'company)
(require 'cl-lib)
(defgroup company-capf nil
"Completion backend as adapter for `completion-at-point-functions'."
:group 'company)
(defcustom company-capf-disabled-functions '(tags-completion-at-point-function
ispell-completion-at-point)
"List of completion functions which should be ignored in this backend.
By default it contains the functions that duplicate the built-in backends
but don't support the corresponding configuration options and/or alter the
intended priority of the default backends' configuration."
:type 'hook
:package-version '(company . "1.0.0"))
;; Amortizes several calls to a c-a-p-f from the same position.
(defvar company--capf-cache nil)
;; FIXME: Provide a way to save this info once in Company itself
;; (https://github.com/company-mode/company-mode/pull/845).
(defvar-local company-capf--current-completion-data nil
"Value last returned by `company-capf' when called with `candidates'.
"Value last returned by `company-capf' in response to `candidates'.
For most properties/actions, this is just what we need: the exact values
that accompanied the completion table that's currently is use.
@@ -46,6 +59,9 @@ that accompanied the completion table that's currently is use.
a completion session (most importantly, by `company-sort-by-occurrence'),
so we can't just use the preceding variable instead.")
(defvar-local company-capf--current-completion-metadata nil
"Metadata computed with the current prefix and data above.")
(defun company--capf-data ()
(let ((cache company--capf-cache))
(if (and (equal (current-buffer) (car cache))
@@ -57,79 +73,51 @@ so we can't just use the preceding variable instead.")
(list (current-buffer) (point) (buffer-chars-modified-tick) data))
data))))
(defun company--contains (elt lst)
(when-let ((cur (car lst)))
(cond
((symbolp cur)
(or (eq elt cur)
(company--contains elt (cdr lst))))
((listp cur)
(or (company--contains elt cur)
(company--contains elt (cdr lst)))))))
(defun company--capf-data-real ()
(cl-letf* (((default-value 'completion-at-point-functions)
(if (company--contains 'company-etags company-backends)
;; Ignore tags-completion-at-point-function because it subverts
;; company-etags in the default value of company-backends, where
;; the latter comes later.
(remove 'tags-completion-at-point-function
(default-value 'completion-at-point-functions))
(default-value 'completion-at-point-functions)))
(completion-at-point-functions (company--capf-workaround))
(data (run-hook-wrapped 'completion-at-point-functions
;; Ignore misbehaving functions.
#'company--capf-wrapper 'optimist)))
(let ((data (run-hook-wrapped 'completion-at-point-functions
;; Ignore disabled and misbehaving functions.
#'company--capf-wrapper 'optimist)))
(when (and (consp (cdr data)) (integer-or-marker-p (nth 1 data))) data)))
(defun company--capf-wrapper (fun which)
(let ((buffer-read-only t)
(inhibit-read-only nil)
(completion-in-region-function
(lambda (beg end coll pred)
(throw 'company--illegal-completion-in-region
(list fun beg end coll :predicate pred)))))
(catch 'company--illegal-completion-in-region
(condition-case nil
(completion--capf-wrapper fun which)
(buffer-read-only nil)))))
;; E.g. tags-completion-at-point-function subverts company-etags in the
;; default value of company-backends, where the latter comes later.
(unless (memq fun company-capf-disabled-functions)
(let ((buffer-read-only t)
(inhibit-read-only nil)
(completion-in-region-function
(lambda (beg end coll pred)
(throw 'company--illegal-completion-in-region
(list fun beg end coll :predicate pred)))))
(catch 'company--illegal-completion-in-region
(condition-case nil
(completion--capf-wrapper fun which)
(buffer-read-only nil))))))
(declare-function python-shell-get-process "python")
(defun company--capf-workaround ()
;; For http://debbugs.gnu.org/cgi/bugreport.cgi?bug=18067
(if (or (not (listp completion-at-point-functions))
(not (memq 'python-completion-complete-at-point completion-at-point-functions))
(python-shell-get-process))
completion-at-point-functions
(remq 'python-completion-complete-at-point completion-at-point-functions)))
(defun company-capf--save-current-data (data)
(setq company-capf--current-completion-data data)
(defun company-capf--save-current-data (data metadata)
(setq company-capf--current-completion-data data
company-capf--current-completion-metadata metadata)
(add-hook 'company-after-completion-hook
#'company-capf--clear-current-data nil t))
(defun company-capf--clear-current-data (_ignored)
(setq company-capf--current-completion-data nil))
(setq company-capf--current-completion-data nil
company-capf--current-completion-metadata nil))
(defvar-local company-capf--sorted nil)
(defvar-local company-capf--current-boundaries nil)
(defun company-capf (command &optional arg &rest _args)
(defun company-capf (command &optional arg &rest rest)
"`company-mode' backend using `completion-at-point-functions'."
(interactive (list 'interactive))
(pcase command
(`interactive (company-begin-backend 'company-capf))
(`prefix
(let ((res (company--capf-data)))
(when res
(let ((length (plist-get (nthcdr 4 res) :company-prefix-length))
(prefix (buffer-substring-no-properties (nth 1 res) (point))))
(cond
((> (nth 2 res) (point)) 'stop)
(length (cons prefix length))
(t prefix))))))
(company-capf--prefix))
(`candidates
(company-capf--candidates arg))
(company-capf--candidates arg (car rest)))
(`sorted
company-capf--sorted)
(`match
@@ -168,20 +156,35 @@ so we can't just use the preceding variable instead.")
(plist-get (nthcdr 4 (company--capf-data)) :company-require-match))
(`init nil) ;Don't bother: plenty of other ways to initialize the code.
(`post-completion
(company--capf-post-completion arg))
(company-capf--post-completion arg))
(`adjust-boundaries
(company--capf-boundaries
company-capf--current-boundaries))
(`expand-common
(company-capf--expand-common arg (car rest)))
))
(defun company-capf--prefix ()
(let ((res (company--capf-data)))
(when res
(let ((length (plist-get (nthcdr 4 res) :company-prefix-length))
(prefix (buffer-substring-no-properties (nth 1 res) (point)))
(suffix (buffer-substring-no-properties (point) (nth 2 res))))
(list prefix suffix length)))))
(defun company-capf--expand-common (prefix suffix)
(let* ((data company-capf--current-completion-data)
(table (nth 3 data))
(pred (plist-get (nthcdr 4 data) :predicate)))
(company--capf-expand-common prefix suffix table pred
company-capf--current-completion-metadata)))
(defun company-capf--annotation (arg)
(let* ((f (or (plist-get (nthcdr 4 company-capf--current-completion-data)
:annotation-function)
;; FIXME: Add a test.
(cdr (assq 'annotation-function
(completion-metadata
(buffer-substring (nth 1 company-capf--current-completion-data)
(nth 2 company-capf--current-completion-data))
(nth 3 company-capf--current-completion-data)
(plist-get (nthcdr 4 company-capf--current-completion-data)
:predicate))))))
company-capf--current-completion-metadata))))
(annotation (when f (funcall f arg))))
(if (and company-format-margin-function
(equal annotation " <f>") ; elisp-completion-at-point, pre-icons
@@ -190,40 +193,54 @@ so we can't just use the preceding variable instead.")
nil
annotation)))
(defun company-capf--candidates (input)
(let ((res (company--capf-data)))
(company-capf--save-current-data res)
(when res
(let* ((table (nth 3 res))
(pred (plist-get (nthcdr 4 res) :predicate))
(meta (completion-metadata
(buffer-substring (nth 1 res) (nth 2 res))
table pred))
(candidates (completion-all-completions input table pred
(length input)
meta))
(defun company-capf--candidates (input suffix)
(let* ((current-capf (car company-capf--current-completion-data))
(res (company--capf-data))
(table (nth 3 res))
(pred (plist-get (nthcdr 4 res) :predicate))
(meta (and res
(completion-metadata
(buffer-substring (nth 1 res) (nth 2 res))
table pred))))
(when (and res
(or (not current-capf)
(equal current-capf (car res))))
(let* ((interrupt (plist-get (nthcdr 4 res) :company-use-while-no-input))
(all-result (company-capf--candidates-1 input suffix
table pred
meta
(and non-essential
(eq interrupt t))))
(sortfun (cdr (assq 'display-sort-function meta)))
(last (last candidates))
(base-size (and (numberp (cdr last)) (cdr last))))
(when base-size
(setcdr last nil))
(candidates (assoc-default :completions all-result)))
(setq company-capf--sorted (functionp sortfun))
(when candidates
(company-capf--save-current-data res meta)
(setq company-capf--current-boundaries
(company--capf-boundaries-markers
(assoc-default :boundaries all-result)
company-capf--current-boundaries)))
(when sortfun
(setq candidates (funcall sortfun candidates)))
(if (not (zerop (or base-size 0)))
(let ((before (substring input 0 base-size)))
(mapcar (lambda (candidate)
(concat before candidate))
candidates))
candidates)))))
candidates))))
(defun company--capf-post-completion (arg)
(defun company-capf--candidates-1 (prefix suffix table pred meta interrupt-on-input)
(if (not interrupt-on-input)
(company--capf-completions prefix suffix table pred meta)
(let (res)
(and (while-no-input
(setq res
(company--capf-completions prefix suffix table pred meta))
nil)
(throw 'interrupted 'new-input))
res)))
(defun company-capf--post-completion (arg)
(let* ((res company-capf--current-completion-data)
(exit-function (plist-get (nthcdr 4 res) :exit-function))
(table (nth 3 res)))
(if exit-function
;; We can more or less know when the user is done with completion,
;; so we do something different than `completion--done'.
;; Follow the example of `completion--done'.
(funcall exit-function arg
;; FIXME: Should probably use an additional heuristic:
;; completion-at-point doesn't know when the user picked a
@@ -232,7 +249,7 @@ so we can't just use the preceding variable instead.")
;; RET (or use implicit completion with company-tng).
(if (= (car (completion-boundaries arg table nil ""))
(length arg))
'sole
'exact
'finished)))))
(provide 'company-capf)