((or "#elif" "#else")
(setq prev-sibling (treesit-node-prev-sibling
(treesit-node-parent prev-sibling) t)))
- ;; If the start of the previous sibling isn't at the
- ;; beginning of a line, something's probably not quite
- ;; right, go a step further. (E.g., comment after a
- ;; statement.) If the previous sibling is the first named
- ;; node then anchor to that, e.g. when returning an aggregate
- ;; and starting the items on the same line as {.
+ ;; If the start of the previous sibling isn't at the beginning
+ ;; of a line, something's probably not quite right, go a step
+ ;; further. (E.g., comment after a statement.) If the
+ ;; previous sibling is the first named node, then anchor to
+ ;; that, e.g. when returning an aggregate and starting the
+ ;; items on the same line as {.
(_ (goto-char (treesit-node-start prev-sibling))
(if (or (looking-back (rx bol (* whitespace))
- (line-beginning-position)))
- (null (treesit-node-prev-sibling prev-sibling t))
+ (line-beginning-position))
+ (treesit-node-eq (treesit-node-child parent 0 t)
+ prev-sibling))
(setq continue nil)
(setq prev-sibling
(treesit-node-prev-sibling prev-sibling)))))))
struct pair { int fst, snd; };
struct pair
make_pair(int long_identifier_a[], int long_identifier_b[],
- int offset_a, int offset_b)
+ int offset_a, int offset_b)
{
int base_offset = 10;
return (struct pair) { long_identifier_a[base_offset + offset_b],