(setq seps (cdr seps))))
yes))))
-(defun align-adjust-col-for-rule (column rule spacing tab-stop)
+(defun align-adjust-col-for-rule (column _rule spacing tab-stop)
"Adjust COLUMN according to the given RULE.
SPACING specifies how much spacing to use.
TAB-STOP specifies whether SPACING refers to tab-stop boundaries."
(justify (cdr (assq 'justify rule)))
(col (or fixed 0))
(width 0)
- ecol change look)
+ ecol change)
;; Determine the alignment column.
(let ((a areas))
(car props) (cdr props)))))))))))
(setq areas (cdr areas))))))
+(defmacro align--set-marker (marker-var pos &optional type)
+ `(if ,marker-var
+ (move-marker ,marker-var ,pos)
+ (setq ,marker-var (copy-marker ,pos ,type))))
+
(defun align-region (beg end separate rules exclude-rules
&optional func)
"Align a region based on a given set of alignment rules.
aligner would have dealt with are."
(let ((end-mark (and end (copy-marker end t)))
(real-beg beg)
- (real-end end)
(report (and (not func) align-large-region beg end
(>= (- end beg) align-large-region)))
(rule-index 1)
tab-stop tab-stop-c
repeat repeat-c
valid valid-c
- pos-list first
+ first
regions index
last-point b e
save-match-data
(if (not here)
(goto-char end))
(forward-line)
- (setq end (point)
- end-mark (copy-marker end t))
+ (setq end (point))
+ (align--set-marker end-mark end t)
(goto-char beg)))
;; If we have a region to align, and `func' is set and
;; test whether we have found a match on the same
;; line as a previous match
(if (> (point) eol)
- (setq same nil
- eol (save-excursion
- (end-of-line)
- (point-marker))))
+ (progn
+ (setq same nil)
+ (align--set-marker eol (line-end-position))))
;; lookup the `repeat' attribute the first time
(or repeat-c
(progn
(align-regions regions align-props
rule func)
- (setq last-point (copy-marker b t)
- regions nil
- align-props nil))
- (setq last-point (copy-marker b t)))
+ (setq regions nil)
+ (setq align-props nil)))
+ (align--set-marker last-point b t)
;; restore the match data
(set-match-data save-match-data)