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diff --git a/.config/emacs/lisp/libs/compat-31.el b/.config/emacs/lisp/libs/compat-31.el
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-;;; compat-31.el --- Functionality added in Emacs 31 -*- lexical-binding: t; -*-
-
-;; Copyright (C) 2025-2026 Free Software Foundation, Inc.
-
-;; 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 <https://www.gnu.org/licenses/>.
-
-;;; Commentary:
-
-;; Functionality added in Emacs 31, needed by older Emacs versions.
-
-;;; Code:
-
-(eval-when-compile (load "compat-macs.el" nil t t))
-(compat-require compat-30 "30.1")
-
-;; TODO Update to 31.1 as soon as the Emacs emacs-31 branch version bumped
-(compat-version "31.0.50")
-
-;;;; Defined in subr.el
-
-(compat-defun error-type-p (symbol) ;; <compat-tests:error-api>
-  "Return non-nil if SYMBOL is a condition type."
-  (get symbol 'error-conditions))
-
-(compat-defun error-has-type-p (error condition) ;; <compat-tests:error-api>
-  "Return non-nil if ERROR is of type CONDITION (or a subtype of it)."
-  (unless (let ((type (car-safe error)))
-            (and type (symbolp type) (listp (cdr error))
-                 (error-type-p type)))
-    (signal 'wrong-type-argument (list error)))
-  (or (eq condition t)
-      (memq condition (get (car error) 'error-conditions))))
-
-(compat-defalias error-type car ;; <compat-tests:error-api>
- "Return the symbol which represents the type of ERROR.
-\n(fn ERROR)")
-
-(compat-defalias error-slot-value elt ;; <compat-tests:error-api>
-  "Access the SLOT of object ERROR.
-Slots are specified by position, and slot 0 is the error symbol.
-\n(fn ERROR SLOT)")
-
-(compat-defun ensure-proper-list (object) ;; <compat-tests:ensure-proper-list>
-  "Return OBJECT as a list.
-If OBJECT is already a proper list, return OBJECT itself.  If it's not a
-proper list, return a one-element list containing OBJECT.
-
-`ensure-list' is usually preferable because that function runs in
-constant time, but this one has to traverse the whole of OBJECT."
-  (declare (side-effect-free error-free))
-  (if (proper-list-p object)
-      object
-    (list object)))
-
-(compat-defun set-local (variable value) ;; <compat-tests:set-local>
-  "Make VARIABLE buffer local and set it to VALUE."
-  (set (make-local-variable variable) value))
-
-(compat-defun take-while (pred list) ;; <compat-tests:take-while>
-  "Return the longest prefix of LIST whose elements satisfy PRED."
-  (let ((r nil))
-    (while (and list (funcall pred (car list)))
-      (push (car list) r)
-      (setq list (cdr list)))
-    (nreverse r)))
-
-(compat-defun drop-while (pred list) ;; <compat-tests:drop-while>
-  "Skip initial elements of LIST satisfying PRED and return the rest."
-  (while (and list (funcall pred (car list)))
-    (setq list (cdr list)))
-  list)
-
-(compat-defun all (pred list) ;; <compat-tests:all>
-  "Non-nil if PRED is true for all elements in LIST."
-  (not (drop-while pred list)))
-
-(compat-defun member-if (pred list) ;; <compat-tests:member-if>
-  "Non-nil if PRED is true for at least one element in LIST.
-Returns the LIST suffix starting at the first element that satisfies PRED,
-or nil if none does."
-  (drop-while (lambda (x) (not (funcall pred x))) list))
-
-(compat-defalias any member-if) ;; <compat-tests:member-if>
-
-(compat-defun hash-table-contains-p (key table) ;; <compat-tests:hash-table-contains-p>
-  "Return non-nil if TABLE has an element with KEY."
-  (declare (side-effect-free t))
-  (let ((missing '#:missing))
-    (not (eq (gethash key table missing) missing))))
-
-(compat-defmacro static-when (condition &rest body) ;; <compat-tests:static-when>
-  "A conditional compilation macro.
-Evaluate CONDITION at macro-expansion time.  If it is non-nil,
-expand the macro to evaluate all BODY forms sequentially and return
-the value of the last one, or nil if there are none."
-  (declare (indent 1) (debug t))
-  (if body
-      (if (eval condition lexical-binding)
-          (cons 'progn body)
-        nil)
-    (macroexp-warn-and-return (format-message "`static-when' with empty body")
-                              (list 'progn nil nil) '(empty-body static-when) t)))
-
-(compat-defmacro static-unless (condition &rest body) ;; <compat-tests:static-unless>
-  "A conditional compilation macro.
-Evaluate CONDITION at macro-expansion time.  If it is nil,
-expand the macro to evaluate all BODY forms sequentially and return
-the value of the last one, or nil if there are none."
-  (declare (indent 1) (debug t))
-  (if body
-      (if (eval condition lexical-binding)
-          nil
-        (cons 'progn body))
-    (macroexp-warn-and-return (format-message "`static-unless' with empty body")
-                              (list 'progn nil nil) '(empty-body static-unless) t)))
-
-(compat-defun oddp (integer) ;; <compat-tests:oddp>
-  "Return t if INTEGER is odd."
-  (not (eq (% integer 2) 0)))
-
-(compat-defun evenp (integer) ;; <compat-tests:evenp>
-  "Return t if INTEGER is even."
-  (eq (% integer 2) 0))
-
-(compat-defun plusp (number) ;; <compat-tests:plusp>
-  "Return t if NUMBER is positive."
-  (> number 0))
-
-(compat-defun minusp (number) ;; <compat-tests:minusp>
-  "Return t if NUMBER is negative."
-  (< number 0))
-
-(compat-defmacro incf (place &optional delta) ;; <compat-tests:incf>
-  "Increment PLACE by DELTA (default to 1).
-
-The DELTA is first added to PLACE, and then stored in PLACE.
-Return the incremented value of PLACE.
-
-See also `decf'."
-  (gv-letplace (getter setter) place
-    (funcall setter `(+ ,getter ,(or delta 1)))))
-
-(compat-defmacro decf (place &optional delta) ;; <compat-tests:decf>
-  "Decrement PLACE by DELTA (default to 1).
-
-The DELTA is first subtracted from PLACE, and then stored in PLACE.
-Return the decremented value of PLACE.
-
-See also `incf'."
-  (gv-letplace (getter setter) place
-    (funcall setter `(- ,getter ,(or delta 1)))))
-
-;;;; Defined in color.el
-
-(compat-defun color-blend (a b &optional alpha) ;; <compat-tests:color-blend>
-  "Blend the two colors A and B in linear space with ALPHA.
-A and B should be lists (RED GREEN BLUE), where each element is
-between 0.0 and 1.0, inclusive.  ALPHA controls the influence A
-has on the result and should be between 0.0 and 1.0, inclusive.
-
-For instance:
-
-   (color-blend \\='(1 0.5 1) \\='(0 0 0) 0.75)
-      => (0.75 0.375 0.75)"
-  (setq alpha (or alpha 0.5))
-  (let (blend)
-    (dotimes (i 3)
-      (push (+ (* (nth i a) alpha) (* (nth i b) (- 1 alpha))) blend))
-    (nreverse blend)))
-
-;;;; Defined in time-date.el
-
-(compat-defvar seconds-to-string ;; <compat-tests:seconds-to-string>
-  (list (list 1 "ms" 0.001)
-        (list 100 "s" 1)
-        (list (* 60 100) "m" 60.0)
-        (list (* 3600 30) "h" 3600.0)
-        (list (* 3600 24 400) "d" (* 3600.0 24.0))
-        (list nil "y" (* 365.25 24 3600)))
-  "Formatting used by the function `seconds-to-string'.")
-
-(compat-defvar seconds-to-string-readable ;; <compat-tests:seconds-to-string>
-  `(("Y" "year"   "years"   ,(round (* 60 60 24 365.2425)))
-    ("M" "month"  "months"  ,(round (* 60 60 24 30.436875)))
-    ("w" "week"   "weeks"   ,(* 60 60 24 7))
-    ("d" "day"    "days"    ,(* 60 60 24))
-    ("h" "hour"   "hours"   ,(* 60 60))
-    ("m" "minute" "minutes" 60)
-    ("s" "second" "seconds" 1))
-  "Formatting used by the function `seconds-to-string' with READABLE set.
-The format is an alist, with string keys ABBREV-UNIT, and elements like:
-
-  (ABBREV-UNIT UNIT UNIT-PLURAL SECS)
-
-where UNIT is a unit of time, ABBREV-UNIT is the abbreviated form of
-UNIT, UNIT-PLURAL is the plural form of UNIT, and SECS is the number of
-seconds per UNIT.")
-
-(compat-defun seconds-to-string (delay &optional readable abbrev precision) ;; <compat-tests:seconds-to-string>
-  "Handle optional arguments READABLE, ABBREV and PRECISION."
-  :extended t
-  (cond
-   ((< delay 0)
-    (concat "-" (seconds-to-string (- delay) readable precision)))
-   (readable
-    (let* ((stsa seconds-to-string-readable)
-           (expanded (eq readable 'expanded))
-           digits
-           (round-to (cond
-                      ((wholenump precision)
-                       (setq digits precision)
-                       (expt 10 (- precision)))
-                      ((and (floatp precision) (< precision 1.))
-                       (setq digits (- (floor (log precision 10))))
-                       precision)
-                      (t (setq digits 0) 1)))
-           (dformat (if (> digits 0) (format "%%0.%df" digits)))
-           (padding (if abbrev "" " "))
-           here cnt cnt-pre here-pre cnt-val isfloatp)
-      (if (= (round delay round-to) 0)
-          (format "0%s" (if abbrev "s" " seconds"))
-        (while (and (setq here (pop stsa)) stsa
-                    (< (/ delay (nth 3 here)) 1)))
-        (or (and
-             expanded stsa 	; smaller unit remains
-             (progn
-               (setq
-                here-pre here here (car stsa)
-                cnt-pre (floor (/ (float delay) (nth 3 here-pre)))
-                cnt (round
-                     (/ (- (float delay) (* cnt-pre (nth 3 here-pre)))
-                        (nth 3 here))
-                     round-to))
-               (if (> cnt 0) t (setq cnt cnt-pre here here-pre here-pre nil))))
-            (setq cnt (round (/ (float delay) (nth 3 here)) round-to)))
-        (setq cnt-val (* cnt round-to)
-              isfloatp (and (> digits 0)
-                            (> (- cnt-val (floor cnt-val)) 0.)))
-        (cl-labels
-            ((unit (val here &optional plural)
-               (cond (abbrev (car here))
-                     ((and (not plural) (<= (floor val) 1)) (nth 1 here))
-                     (t (nth 2 here)))))
-          (concat
-           (when here-pre
-             (concat (number-to-string cnt-pre) padding
-                     (unit cnt-pre here-pre) " "))
-           (if isfloatp (format dformat cnt-val)
-             (number-to-string (floor cnt-val)))
-           padding
-           (unit cnt-val here isfloatp)))))) ; float formats are always plural
-   ((= 0 delay) "0s")
-   (t (let ((sts seconds-to-string) here)
-        (while (and (car (setq here (pop sts)))
-                    (<= (car here) delay)))
-        (concat (format "%.2f" (/ delay (car (cddr here)))) (cadr here))))))
-
-;;;; Defined in minibuffer.el
-
-(compat-defun completion-list-candidate-at-point (&optional pt) ;; <compat-tests:completion-list-candidate-at-point>
-  "Candidate string and bounds at PT in completions buffer.
-The return value has the format (STR BEG END).
-The optional argument PT defaults to (point)."
-  (let ((pt (or pt (point))) beg end)
-    (cond
-     ((and (/= pt (point-max)) (get-text-property pt 'mouse-face))
-      (setq end pt beg (1+ pt)))
-     ((and (/= pt (point-min)) (get-text-property (1- pt) 'mouse-face))
-      (setq end (1- pt) beg pt)))
-    (when (and beg end)
-      (setq beg (previous-single-property-change beg 'mouse-face))
-      (setq end (or (next-single-property-change end 'mouse-face) (point-max)))
-      (list (or (get-text-property beg 'completion--string)
-                (buffer-substring beg end))
-            beg end))))
-
-(compat-defun completion-table-with-metadata (table metadata) ;; <compat-tests:completion-table-with-metadata>
-  "Return new completion TABLE with METADATA.
-METADATA should be an alist of completion metadata.  See
-`completion-metadata' for a list of supported metadata."
-  (lambda (string pred action)
-    (if (eq action 'metadata)
-        `(metadata . ,metadata)
-      (complete-with-action action table string pred))))
-
-;;;; Defined in subr-x.el
-
-(compat-defun add-remove--display-text-property (start end spec value &optional object remove)  ;; <compat-tests:add-display-text-property>
-  "Helper function for `add-display-text-property' and `remove-display-text-property'."
-  (let ((sub-start start)
-        (sub-end 0)
-        (limit (if (stringp object)
-                   (min (length object) end)
-                 (min end (point-max))))
-        disp)
-    (while (< sub-end end)
-      (setq sub-end (next-single-property-change sub-start 'display object
-                                                 limit))
-      (if (not (setq disp (get-text-property sub-start 'display object)))
-          (unless remove
-            (put-text-property sub-start sub-end 'display (list spec value)
-                               object))
-        (let ((changed nil)
-              type)
-          (setq disp
-                (cond
-                 ((vectorp disp)
-                  (setq type 'vector)
-                  (seq-into disp 'list))
-                 ((or (not (consp (car-safe disp)))
-                      (eq (caar disp) 'margin))
-                  (setq type 'scalar)
-                  (list disp))
-                 (t
-                  (setq type 'list)
-                  disp)))
-          (when-let* ((old (assoc spec disp)))
-            (setq disp (if (eq type 'list)
-                           (remove old disp)
-                         (delete old disp))
-                  changed t))
-          (unless remove
-            (setq disp (cons (list spec value) disp)
-                  changed t))
-          (when changed
-            (if (not disp)
-                (remove-text-properties sub-start sub-end '(display nil) object)
-              (when (eq type 'vector)
-                (setq disp (seq-into disp 'vector)))
-              (put-text-property sub-start sub-end 'display disp object)))))
-      (setq sub-start sub-end))))
-
-(compat-defun remove-display-text-property (start end spec &optional object) ;; <compat-tests:remove-display-text-property>
-  "Remove the display specification SPEC from the text from START to END.
-SPEC is the car of the display specification to remove, e.g. `height'.
-If any text in the region has other display specifications, those specs
-are retained.
-
-OBJECT is either a string or a buffer to remove the specification from.
-If omitted, OBJECT defaults to the current buffer."
-  (add-remove--display-text-property start end spec nil object 'remove))
-
-(compat-defvar work-buffer-limit 10 ;; <compat-tests:with-work-buffer>
-  "Maximum number of reusable work buffers.
-When this limit is exceeded, newly allocated work buffers are
-automatically killed, which means that in a such case
-`with-work-buffer' becomes equivalent to `with-temp-buffer'.")
-
-;; On Emacs 29 and newer `kill-all-local-variables' has a KILL-PERMANENT argument.
-(static-if (< emacs-major-version 29) nil
-  (compat-defvar work-buffer--list nil ;; <compat-tests:with-work-buffer>
-    "List of work buffers.")
-
-  (compat-defun work-buffer--get () ;; <compat-tests:with-work-buffer>
-    "Get a work buffer."
-    (let ((buffer (pop work-buffer--list)))
-      (if (buffer-live-p buffer)
-          buffer
-        (generate-new-buffer " *work*" t))))
-
-  (compat-defun work-buffer--release (buffer) ;; <compat-tests:with-work-buffer>
-    "Release work BUFFER."
-    (if (buffer-live-p buffer)
-        (with-current-buffer buffer
-          (let ((inhibit-read-only t))
-            (erase-buffer)
-            (delete-all-overlays))
-          (let (change-major-mode-hook)
-            (setq buffer-read-only nil)
-            (kill-all-local-variables t))
-          (push buffer work-buffer--list)))
-    (when (> (length work-buffer--list) work-buffer-limit)
-      (mapc #'kill-buffer (nthcdr work-buffer-limit work-buffer--list))
-      (setq work-buffer--list (ntake work-buffer-limit work-buffer--list)))))
-
-(compat-defmacro with-work-buffer (&rest body) ;; <compat-tests:with-work-buffer>
-  "Create a work buffer, and evaluate BODY there like `progn'.
-Like `with-temp-buffer', but reuse an already created temporary buffer
-when possible, instead of creating a new one on each call.  Avoid
-retaining state referring to a work buffer, and kill any indirect
-buffers you create that use a work buffer as a base."
-  (declare (indent 0) (debug t))
-  (static-if (< emacs-major-version 29)
-      `(with-temp-buffer ,@body)
-    (let ((work-buffer (make-symbol "work-buffer")))
-      `(let ((,work-buffer (work-buffer--get)))
-         (with-current-buffer ,work-buffer
-           (unwind-protect
-               (progn ,@body)
-             (work-buffer--release ,work-buffer)))))))
-
-;;;; Defined in button.el
-
-(compat-defun unbuttonize-region (start end) ;; <compat-tests:buttonize-region>
-  "Remove all the buttons between START and END.
-This removes both text-property and overlay based buttons."
-  (dolist (o (overlays-in start end))
-    (when (overlay-get o 'button)
-      (delete-overlay o)))
-  (with-silent-modifications
-    (remove-text-properties start end (button--properties nil nil nil))
-    (add-face-text-property start end 'button nil)))
-
-(provide 'compat-31)
-;;; compat-31.el ends here