(require 'compat-macs "compat-macs.el")
(compat-declare-version "28.1")
(compat-defun string-search (needle haystack &optional start-pos)
"Search for the string NEEDLE in the strign HAYSTACK.
The return value is the position of the first occurrence of
NEEDLE in HAYSTACK, or nil if no match was found.
The optional START-POS argument says where to start searching in
HAYSTACK and defaults to zero (start at the beginning).
It must be between zero and the length of HAYSTACK, inclusive.
Case is always significant and text properties are ignored."
:note "Prior to Emacs 27 `string-match' has issues handling
multibyte regular expressions. As the compatibility function
for `string-search' is implemented via `string-match', these
issues are inherited."
(when (and start-pos (or (< (length haystack) start-pos)
(< start-pos 0)))
(signal 'args-out-of-range (list start-pos)))
(save-match-data
(let ((case-fold-search nil))
(string-match (regexp-quote needle) haystack start-pos))))
(compat-defun length= (sequence length)
"Returns non-nil if SEQUENCE has a length equal to LENGTH."
(cond
((null sequence) (zerop length))
((consp sequence)
(and (null (nthcdr length sequence))
(nthcdr (1- length) sequence)
t))
((arrayp sequence)
(= (length sequence) length))
((signal 'wrong-type-argument sequence))))
(compat-defun length< (sequence length)
"Returns non-nil if SEQUENCE is shorter than LENGTH."
(cond
((null sequence) (not (zerop length)))
((listp sequence)
(null (nthcdr (1- length) sequence)))
((arrayp sequence)
(< (length sequence) length))
((signal 'wrong-type-argument sequence))))
(compat-defun length> (sequence length)
"Returns non-nil if SEQUENCE is longer than LENGTH."
(cond
((listp sequence)
(and (nthcdr length sequence) t))
((arrayp sequence)
(> (length sequence) length))
((signal 'wrong-type-argument sequence))))
(compat-defun file-name-concat (directory &rest components)
"Append COMPONENTS to DIRECTORY and return the resulting string.
Elements in COMPONENTS must be a string or nil.
DIRECTORY or the non-final elements in COMPONENTS may or may not end
with a slash -- if they don’t end with a slash, a slash will be
inserted before contatenating."
(let ((seperator (eval-when-compile
(if (memq system-type '(ms-dos windows-nt cygwin))
"\\" "/")))
(last (if components (car (last components)) directory)))
(mapconcat (lambda (part)
(if (eq part last) last
(replace-regexp-in-string
(concat seperator "+\\'") "" part)))
(cons directory components)
seperator)))
(compat-defun garbage-collect-maybe (_factor)
"Call ‘garbage-collect’ if enough allocation happened.
FACTOR determines what \"enough\" means here: If FACTOR is a
positive number N, it means to run GC if more than 1/Nth of the
allocations needed to trigger automatic allocation took place.
Therefore, as N gets higher, this is more likely to perform a GC.
Returns non-nil if GC happened, and nil otherwise."
:note "For releases of Emacs before version 28, this function will do nothing."
nil)
(compat-defun unlock-buffer ()
"Handle `file-error' conditions:
Handles file system errors by calling ‘display-warning’ and
continuing as if the error did not occur."
:prefix t
(condition-case error
(unlock-buffer)
(file-error
(display-warning
'(unlock-file)
(message "%s, ignored" (error-message-string error))
:warning))))
(compat-defun string-width (string &optional from to)
"Handle optional arguments FROM and TO:
Optional arguments FROM and TO specify the substring of STRING to
consider, and are interpreted as in `substring'."
:prefix t
(let* ((len (length string))
(from (or from 0))
(to (or to len)))
(if (and (= from 0) (= to len))
(string-width string)
(string-width (substring string from to)))))
(compat-defun directory-files (directory &optional full match nosort count)
"Handle additional optional argument COUNT:
If COUNT is non-nil and a natural number, the function will
return COUNT number of file names (if so many are present)."
:prefix t
(let ((files (directory-files directory full match nosort)))
(when (natnump count)
(setf (nthcdr count files) nil))
files))
(declare-function json-insert nil (object &rest args))
(declare-function json-serialize nil (object &rest args))
(declare-function json-parse-string nil (string &rest args))
(declare-function json-parse-buffer nil (&rest args))
(compat-defun json-serialize (object &rest args)
"Handle top-level JSON values."
:prefix t
:min-version "27"
(if (or (listp object) (vectorp object))
(apply #'json-serialize object args)
(substring (json-serialize (list object)) 1 -1)))
(compat-defun json-insert (object &rest args)
"Handle top-level JSON values."
:prefix t
:min-version "27"
(if (or (listp object) (vectorp object))
(apply #'json-insert object args)
(insert (apply 'compat-json-serialize object args))))
(compat-defun json-parse-string (string &rest args)
"Handle top-level JSON values."
:prefix t
:min-version "27"
(if (string-match-p "\\`[[:space:]]*[[{]" string)
(apply #'json-parse-string string args)
(elt (apply #'json-parse-string (concat "[" string "]") args) 0)))
(compat-defun json-parse-buffer (&rest args)
"Handle top-level JSON values."
:prefix t
:min-version "27"
(if (looking-at-p "[[:space:]]*[[{]")
(apply #'json-parse-buffer args)
(catch 'escape
(atomic-change-group
(with-syntax-table
(let ((st (make-syntax-table)))
(modify-syntax-entry ?\" "\"" st)
(modify-syntax-entry ?. "_" st)
st)
(let ((inhibit-read-only t))
(save-excursion
(insert "[")
(forward-sexp 1)
(insert "]"))))
(throw 'escape (elt (apply #'json-parse-buffer args) 0))))))
(compat-defun color-values-from-color-spec (spec)
"Parse color SPEC as a numeric color and return (RED GREEN BLUE).
This function recognises the following formats for SPEC:
#RGB, where R, G and B are hex numbers of equal length, 1-4 digits each.
rgb:R/G/B, where R, G, and B are hex numbers, 1-4 digits each.
rgbi:R/G/B, where R, G and B are floating-point numbers in [0,1].
If SPEC is not in one of the above forms, return nil.
Each of the 3 integer members of the resulting list, RED, GREEN,
and BLUE, is normalized to have its value in [0,65535]."
(let ((case-fold-search nil))
(save-match-data
(cond
((string-match
"\\`#\\(?:\\(?1:[[:xdigit:]]\\{1\\}\\)\\(?2:[[:xdigit:]]\\{1\\}\\)\\(?3:[[:xdigit:]]\\{1\\}\\)\\|\\(?1:[[:xdigit:]]\\{2\\}\\)\\(?2:[[:xdigit:]]\\{2\\}\\)\\(?3:[[:xdigit:]]\\{2\\}\\)\\|\\(?1:[[:xdigit:]]\\{3\\}\\)\\(?2:[[:xdigit:]]\\{3\\}\\)\\(?3:[[:xdigit:]]\\{3\\}\\)\\|\\(?1:[[:xdigit:]]\\{4\\}\\)\\(?2:[[:xdigit:]]\\{4\\}\\)\\(?3:[[:xdigit:]]\\{4\\}\\)\\)\\'"
spec)
(let ((max (1- (ash 1 (* (- (match-end 1) (match-beginning 1)) 4)))))
(list (/ (* (string-to-number (match-string 1 spec) 16) 65535) max)
(/ (* (string-to-number (match-string 2 spec) 16) 65535) max)
(/ (* (string-to-number (match-string 3 spec) 16) 65535) max))))
((string-match
"\\`rgb:\\([[:xdigit:]]\\{1,4\\}\\)/\\([[:xdigit:]]\\{1,4\\}\\)/\\([[:xdigit:]]\\{1,4\\}\\)\\'"
spec)
(list (/ (* (string-to-number (match-string 1 spec) 16) 65535)
(1- (ash 1 (* (- (match-end 1) (match-beginning 1)) 4))))
(/ (* (string-to-number (match-string 2 spec) 16) 65535)
(1- (ash 1 (* (- (match-end 2) (match-beginning 2)) 4))))
(/ (* (string-to-number (match-string 3 spec) 16) 65535)
(1- (ash 1 (* (- (match-end 3) (match-beginning 3)) 4))))))
((string-match
"\\`rgbi:[[:space:]]*\\([+-]?\\(?:[[:digit:]]+\\(?:\\.[[:digit:]]*\\)?\\|\\.[[:digit:]]+\\)\\(?:e[+-]?[[:digit:]]+\\)?\\)/[[:space:]]*\\([+-]?\\(?:[[:digit:]]+\\(?:\\.[[:digit:]]*\\)?\\|\\.[[:digit:]]+\\)\\(?:e[+-]?[[:digit:]]+\\)?\\)/[[:space:]]*\\([+-]?\\(?:[[:digit:]]+\\(?:\\.[[:digit:]]*\\)?\\|\\.[[:digit:]]+\\)\\(?:e[+-]?[[:digit:]]+\\)?\\)\\'"
spec)
(let ((r (round (* (string-to-number (match-string 1 spec)) 65535)))
(g (round (* (string-to-number (match-string 2 spec)) 65535)))
(b (round (* (string-to-number (match-string 3 spec)) 65535))))
(when (and (<= 0 r) (<= r 65535)
(<= 0 g) (<= g 65535)
(<= 0 b) (<= b 65535))
(list r g b))))))))
(compat-defun string-replace (fromstring tostring instring)
"Replace FROMSTRING with TOSTRING in INSTRING each time it occurs."
(when (equal fromstring "")
(signal 'wrong-length-argument '(0)))
(let ((case-fold-search nil))
(replace-regexp-in-string
(regexp-quote fromstring)
tostring instring
t t)))
(compat-defun always (&rest _arguments)
"Do nothing and return t.
This function accepts any number of ARGUMENTS, but ignores them.
Also see `ignore'."
t)
(compat-defun insert-into-buffer (buffer &optional start end)
"Insert the contents of the current buffer into BUFFER.
If START/END, only insert that region from the current buffer.
Point in BUFFER will be placed after the inserted text."
(let ((current (current-buffer)))
(with-current-buffer buffer
(insert-buffer-substring current start end))))
(compat-defun replace-string-in-region (string replacement &optional start end)
"Replace STRING with REPLACEMENT in the region from START to END.
The number of replaced occurrences are returned, or nil if STRING
doesn't exist in the region.
If START is nil, use the current point. If END is nil, use `point-max'.
Comparisons and replacements are done with fixed case."
(if start
(when (< start (point-min))
(error "Start before start of buffer"))
(setq start (point)))
(if end
(when (> end (point-max))
(error "End after end of buffer"))
(setq end (point-max)))
(save-excursion
(let ((matches 0)
(case-fold-search nil))
(goto-char start)
(while (search-forward string end t)
(delete-region (match-beginning 0) (match-end 0))
(insert replacement)
(setq matches (1+ matches)))
(and (not (zerop matches))
matches))))
(compat-defun replace-regexp-in-region (regexp replacement &optional start end)
"Replace REGEXP with REPLACEMENT in the region from START to END.
The number of replaced occurrences are returned, or nil if REGEXP
doesn't exist in the region.
If START is nil, use the current point. If END is nil, use `point-max'.
Comparisons and replacements are done with fixed case.
REPLACEMENT can use the following special elements:
`\\&' in NEWTEXT means substitute original matched text.
`\\N' means substitute what matched the Nth `\\(...\\)'.
If Nth parens didn't match, substitute nothing.
`\\\\' means insert one `\\'.
`\\?' is treated literally."
(if start
(when (< start (point-min))
(error "Start before start of buffer"))
(setq start (point)))
(if end
(when (> end (point-max))
(error "End after end of buffer"))
(setq end (point-max)))
(save-excursion
(let ((matches 0)
(case-fold-search nil))
(goto-char start)
(while (re-search-forward regexp end t)
(replace-match replacement t)
(setq matches (1+ matches)))
(and (not (zerop matches))
matches))))
(compat-defun buffer-local-boundp (symbol buffer)
"Return non-nil if SYMBOL is bound in BUFFER.
Also see `local-variable-p'."
(catch 'fail
(condition-case nil
(buffer-local-value symbol buffer)
(void-variable nil (throw 'fail nil)))
t))
(compat-defmacro with-existing-directory (&rest body)
"Execute BODY with `default-directory' bound to an existing directory.
If `default-directory' is already an existing directory, it's not changed."
(declare (indent 0) (debug t))
(let ((quit (make-symbol "with-existing-directory-quit")))
`(catch ',quit
(dolist (dir (list default-directory
(expand-file-name "~/")
(getenv "TMPDIR")
"/tmp/"
"/"))
(when (and dir (file-exists-p dir))
(throw ',quit (let ((default-directory dir))
,@body)))))))
(compat-defmacro dlet (binders &rest body)
"Like `let' but using dynamic scoping."
(declare (indent 1) (debug let))
`(let (_)
,@(mapcar (lambda (binder)
`(defvar ,(if (consp binder) (car binder) binder)))
binders)
(let ,binders ,@body)))
(compat-defun ensure-list (object)
"Return OBJECT as a list.
If OBJECT is already a list, return OBJECT itself. If it's
not a list, return a one-element list containing OBJECT."
(if (listp object)
object
(list object)))
(compat-defun subr-primitive-p (object)
"Return t if OBJECT is a built-in primitive function."
(subrp object))
(compat-defun string-clean-whitespace (string)
"Clean up whitespace in STRING.
All sequences of whitespaces in STRING are collapsed into a
single space character, and leading/trailing whitespace is
removed."
:feature 'subr-x
(let ((blank "[[:blank:]\r\n]+"))
(replace-regexp-in-string
"^[[:blank:]\r\n]+\\|[[:blank:]\r\n]+$"
""
(replace-regexp-in-string
blank " " string))))
(compat-defun string-fill (string length)
"Clean up whitespace in STRING.
All sequences of whitespaces in STRING are collapsed into a
single space character, and leading/trailing whitespace is
removed."
:feature 'subr-x
(with-temp-buffer
(insert string)
(goto-char (point-min))
(let ((fill-column length)
(adaptive-fill-mode nil))
(fill-region (point-min) (point-max)))
(buffer-string)))
(compat-defun string-lines (string &optional omit-nulls)
"Split STRING into a list of lines.
If OMIT-NULLS, empty lines will be removed from the results."
:feature 'subr-x
(split-string string "\n" omit-nulls))
(compat-defun string-pad (string length &optional padding start)
"Pad STRING to LENGTH using PADDING.
If PADDING is nil, the space character is used. If not nil, it
should be a character.
If STRING is longer than the absolute value of LENGTH, no padding
is done.
If START is nil (or not present), the padding is done to the end
of the string, and if non-nil, padding is done to the start of
the string."
:feature 'subr-x
(unless (natnump length)
(signal 'wrong-type-argument (list 'natnump length)))
(let ((pad-length (- length (length string))))
(if (< pad-length 0)
string
(concat (and start
(make-string pad-length (or padding ?\s)))
string
(and (not start)
(make-string pad-length (or padding ?\s)))))))
(compat-defun string-chop-newline (string)
"Remove the final newline (if any) from STRING."
:feature 'subr-x
(if (and (>= (length string) 1) (= (aref string (1- (length string))) ?\n))
(substring string 0 -1)
string))
(compat-defmacro named-let (name bindings &rest body)
"Looping construct taken from Scheme.
Like `let', bind variables in BINDINGS and then evaluate BODY,
but with the twist that BODY can evaluate itself recursively by
calling NAME, where the arguments passed to NAME are used
as the new values of the bound variables in the recursive invocation."
:feature 'subr-x
(declare (indent 2) (debug (symbolp (&rest (symbolp form)) body)))
(let ((fargs (mapcar (lambda (b)
(let ((var (if (consp b) (car b) b)))
(make-symbol (symbol-name var))))
bindings))
(aargs (mapcar (lambda (b) (if (consp b) (cadr b))) bindings))
rargs)
(dotimes (i (length bindings))
(let ((b (nth i bindings)))
(push (list (if (consp b) (car b) b) (nth i fargs))
rargs)
(setf (if (consp b) (car b) b)
(nth i fargs))))
(letrec
((quit (make-symbol "quit")) (self (make-symbol "self"))
(total-tco t)
(macro (lambda (&rest args)
(setq total-tco nil)
`(funcall ,self . ,args)))
(tco-progn (lambda (exprs)
(append
(butlast exprs)
(list (funcall tco (car (last exprs)))))))
(tco (lambda (expr)
(cond
((eq (car-safe expr) 'if)
(append (list 'if
(cadr expr)
(funcall tco (nth 2 expr)))
(funcall tco-progn (nthcdr 3 expr))))
((eq (car-safe expr) 'cond)
(let ((conds (cdr expr)) body)
(while conds
(let ((branch (pop conds)))
(push (cond
((cdr branch) (funcall tco-progn branch))
((null conds) (list t (funcall tco (car branch))))
((progn
branch)))
body)))
(cons 'cond (nreverse body))))
((eq (car-safe expr) 'or)
(if (cddr expr)
(let ((var (make-symbol "var")))
`(let ((,var ,(cadr expr)))
(if ,var ,(funcall tco var)
,(funcall tco (cons 'or (cddr expr))))))
(funcall tco (cadr expr))))
((eq (car-safe expr) 'condition-case)
(append (list 'condition-case (cadr expr) (nth 2 expr))
(mapcar
(lambda (handler)
(cons (car handler)
(funcall tco-progn (cdr handler))))
(nthcdr 3 expr))))
((memq (car-safe expr) '(and progn))
(cons (car expr) (funcall tco-progn (cdr expr))))
((memq (car-safe expr) '(let let*))
(append (list (car expr) (cadr expr))
(funcall tco-progn (cddr expr))))
((eq (car-safe expr) name)
(let (sets (args (cdr expr)))
(dolist (farg fargs)
(push (list farg (pop args))
sets))
(cons 'setq (apply #'nconc (nreverse sets)))))
(`(throw ',quit ,expr))))))
(let ((tco-body (funcall tco (macroexpand-all (macroexp-progn body)))))
(when tco-body
(setq body `((catch ',quit
(while t (let ,rargs ,@(macroexp-unprogn tco-body))))))))
(let ((expand (macroexpand-all (macroexp-progn body) (list (cons name macro)))))
(if total-tco
`(let ,bindings ,expand)
`(funcall
(letrec ((,self (lambda ,fargs ,expand))) ,self)
,@aargs))))))
(declare-function compat--string-trim-left "compat-26" (string &optional regexp))
(declare-function compat--directory-name-p "compat-25" (name))
(compat-defun file-name-with-extension (filename extension)
"Set the EXTENSION of a FILENAME.
The extension (in a file name) is the part that begins with the last \".\".
Trims a leading dot from the EXTENSION so that either \"foo\" or
\".foo\" can be given.
Errors if the FILENAME or EXTENSION are empty, or if the given
FILENAME has the format of a directory.
See also `file-name-sans-extension'."
(let ((extn (compat--string-trim-left extension "[.]")))
(cond
((string= filename "")
(error "Empty filename"))
((string= extn "")
(error "Malformed extension: %s" extension))
((compat--directory-name-p filename)
(error "Filename is a directory: %s" filename))
(t
(concat (file-name-sans-extension filename) "." extn)))))
(compat-defun directory-empty-p (dir)
"Return t if DIR names an existing directory containing no other files.
Return nil if DIR does not name a directory, or if there was
trouble determining whether DIR is a directory or empty.
Symbolic links to directories count as directories.
See `file-symlink-p' to distinguish symlinks."
(and (file-directory-p dir)
(null (directory-files dir nil directory-files-no-dot-files-regexp t))))
(compat-defun file-modes-number-to-symbolic (mode &optional filetype)
"Return a string describing a file's MODE.
For instance, if MODE is #o700, then it produces `-rwx------'.
FILETYPE if provided should be a character denoting the type of file,
such as `?d' for a directory, or `?l' for a symbolic link and will override
the leading `-' char."
(string
(or filetype
(pcase (lsh mode -12)
(#o014 ?s) (#o012 ?l) (#o006 ?b) (#o004 ?d) (#o002 ?c) (#o001 ?p) (_ ?-)))
(if (zerop (logand 256 mode)) ?- ?r)
(if (zerop (logand 128 mode)) ?- ?w)
(if (zerop (logand 64 mode))
(if (zerop (logand 2048 mode)) ?- ?S)
(if (zerop (logand 2048 mode)) ?x ?s))
(if (zerop (logand 32 mode)) ?- ?r)
(if (zerop (logand 16 mode)) ?- ?w)
(if (zerop (logand 8 mode))
(if (zerop (logand 1024 mode)) ?- ?S)
(if (zerop (logand 1024 mode)) ?x ?s))
(if (zerop (logand 4 mode)) ?- ?r)
(if (zerop (logand 2 mode)) ?- ?w)
(if (zerop (logand 512 mode))
(if (zerop (logand 1 mode)) ?- ?x)
(if (zerop (logand 1 mode)) ?T ?t))))
(compat-defun file-backup-file-names (filename)
"Return a list of backup files for FILENAME.
The list will be sorted by modification time so that the most
recent files are first."
(let* ((filename (file-name-sans-versions
(make-backup-file-name (expand-file-name filename))))
(dir (file-name-directory filename))
files)
(dolist (file (file-name-all-completions
(file-name-nondirectory filename) dir))
(let ((candidate (concat dir file)))
(when (and (backup-file-name-p candidate)
(string= (file-name-sans-versions candidate) filename))
(push candidate files))))
(sort files #'file-newer-than-file-p)))
(compat-defun make-lock-file-name (filename)
"Make a lock file name for FILENAME.
This prepends \".#\" to the non-directory part of FILENAME, and
doesn't respect `lock-file-name-transforms', as Emacs 28.1 and
onwards does."
(expand-file-name
(concat
".#" (file-name-nondirectory filename))
(file-name-directory filename)))
(declare-function tramp-tramp-file-p "tramp" (name))
(compat-defun null-device ()
"Return the best guess for the null device."
(require 'tramp)
(if (tramp-tramp-file-p default-directory)
"/dev/null"
null-device))
(compat-defun format-prompt (prompt default &rest format-args)
"Format PROMPT with DEFAULT.
If FORMAT-ARGS is nil, PROMPT is used as a plain string. If
FORMAT-ARGS is non-nil, PROMPT is used as a format control
string, and FORMAT-ARGS are the arguments to be substituted into
it. See `format' for details.
If DEFAULT is a list, the first element is used as the default.
If not, the element is used as is.
If DEFAULT is nil or an empty string, no \"default value\" string
is included in the return value."
(concat
(if (null format-args)
prompt
(apply #'format prompt format-args))
(and default
(or (not (stringp default))
(> (length default) 0))
(format " (default %s)"
(if (consp default)
(car default)
default)))
": "))
(compat-defun count-windows (&optional minibuf all-frames)
"Handle optional argument ALL-FRAMES:
If ALL-FRAMES is non-nil, count the windows in all frames instead
just the selected frame."
:prefix t
(if all-frames
(let ((sum 0))
(dolist (frame (frame-list))
(with-selected-frame frame
(setq sum (+ (count-windows minibuf) sum))))
sum)
(count-windows minibuf)))
(declare-function mouse-set-point "mouse" (event &optional promote-to-region))
(compat-defun thing-at-mouse (event thing &optional no-properties)
"Return the THING at mouse click.
Like `thing-at-point', but tries to use the event
where the mouse button is clicked to find a thing nearby."
:feature 'thingatpt
(save-excursion
(mouse-set-point event)
(thing-at-point thing no-properties)))
(compat-defun macroexp-file-name ()
"Return the name of the file from which the code comes.
Returns nil when we do not know.
A non-nil result is expected to be reliable when called from a macro in order
to find the file in which the macro's call was found, and it should be
reliable as well when used at the top-level of a file.
Other uses risk returning non-nil value that point to the wrong file."
:feature 'macroexp
(let ((file (car (last current-load-list))))
(or (if (stringp file) file)
(bound-and-true-p byte-compile-current-file))))
(compat-defmacro with-environment-variables (variables &rest body)
"Set VARIABLES in the environent and execute BODY.
VARIABLES is a list of variable settings of the form (VAR VALUE),
where VAR is the name of the variable (a string) and VALUE
is its value (also a string).
The previous values will be be restored upon exit."
(declare (indent 1) (debug (sexp body)))
(unless (consp variables)
(error "Invalid VARIABLES: %s" variables))
`(let ((process-environment (copy-sequence process-environment)))
,@(mapcar (lambda (elem)
`(setenv ,(car elem) ,(cadr elem)))
variables)
,@body))
(compat-defun button-buttonize (string callback &optional data)
"Make STRING into a button and return it.
When clicked, CALLBACK will be called with the DATA as the
function argument. If DATA isn't present (or is nil), the button
itself will be used instead as the function argument."
:feature 'button
(propertize string
'face 'button
'button t
'follow-link t
'category t
'button-data data
'keymap button-map
'action callback))
(defvar generated-autoload-file)
(compat-defun make-directory-autoloads (dir output-file)
"Update autoload definitions for Lisp files in the directories DIRS.
DIR can be either a single directory or a list of
directories. (The latter usage is discouraged.)
The autoloads will be written to OUTPUT-FILE. If any Lisp file
binds `generated-autoload-file' as a file-local variable, write
its autoloads into the specified file instead.
The function does NOT recursively descend into subdirectories of the
directory or directories specified."
(let ((generated-autoload-file output-file))
(apply 'update-directory-autoloads
(if (listp dir) dir (list dir)))))
(compat-defun decoded-time-period (time)
"Interpret DECODED as a period and return its length in seconds.
For computational purposes, years are 365 days long and months
are 30 days long."
:feature 'time-date
:version "28"
(+ (if (consp (nth 0 time))
(/ (float (car (nth 0 time)))
(cdr (nth 0 time)))
(or (nth 0 time) 0))
(* (or (nth 1 time) 0) 60)
(* (or (nth 2 time) 0) 60 60)
(* (or (nth 3 time) 0) 60 60 24)
(* (or (nth 4 time) 0) 60 60 24 30)
(* (or (nth 5 time) 0) 60 60 24 365)))
(compat--inhibit-prefixed (provide 'compat-28))