STATE is the `parse-partial-sexp' state for current position."
(when-let ((start-of-innermost-containing-list (nth 1 state)))
(let* ((parents (nth 9 state))
- (second-cons-after (cddr parents))
- second-order-parent)
+ (first-cons-after (cdr parents))
+ (second-cons-after (cdr first-cons-after))
+ first-order-parent second-order-parent)
(while second-cons-after
(when (= start-of-innermost-containing-list
(car second-cons-after))
- (setq second-order-parent (car parents)
+ (setq second-order-parent (pop parents)
+ first-order-parent (pop parents)
;; Leave the loop.
second-cons-after nil))
(pop second-cons-after)
(pop parents))
(when second-order-parent
- (save-excursion
- (goto-char (1+ second-order-parent))
- (and (when-let ((head (ignore-errors
- ;; FIXME: This does not distinguish
- ;; between reading nil and a read error.
- ;; We don't care but still, better fix this.
- (read (current-buffer)))))
- (memq head '( cl-flet cl-labels cl-macrolet cl-flet*
- cl-symbol-macrolet)))
- ;; Now we must check that we are
- ;; in the second element of the flet-like form.
- ;; It would be easier if `parse-partial-sexp' also recorded
- ;; relative positions of subsexps in supersexps
- ;; but it doesn't so we check manually.
- ;;
- ;; First, we must be looking at list now.
- (ignore-errors (when (= (scan-lists (point) 1 0)
- (scan-sexps (point) 1))
- ;; Looking at list; descend into it:
- (down-list 1)
- t))
- ;; In Wishful Lisp, the following form would be
- ;; (cl-member start-of-innermost-containing-list
- ;; (points-at-beginning-of-lists-at-this-level)
- ;; :test #'=)
- (cl-loop
- with pos = (ignore-errors
- ;; The first local definition may be indented
- ;; with whitespace following open paren.
- (goto-char (scan-lists (point) 1 0))
- (goto-char (scan-lists (point) -1 0))
- (point))
- while pos
- do (if (= start-of-innermost-containing-list pos)
- (cl-return t)
- (setq pos (ignore-errors
- (goto-char (scan-lists (point) 2 0))
- (goto-char (scan-lists (point) -1 0))
- (point)))))))))))
+ (let (local-definitions-starting-point)
+ (and (save-excursion
+ (goto-char (1+ second-order-parent))
+ (when-let ((head (ignore-errors
+ ;; FIXME: This does not distinguish
+ ;; between reading nil and a read error.
+ ;; We don't care but still, better fix this.
+ (read (current-buffer)))))
+ (when (memq head '( cl-flet cl-labels cl-macrolet cl-flet*
+ cl-symbol-macrolet))
+ ;; In what follows, we rely on (point) returning non-nil.
+ (setq local-definitions-starting-point
+ (progn
+ (parse-partial-sexp
+ (point) first-order-parent nil
+ ;; From docstring of `parse-partial-sexp':
+ ;; Fourth arg non-nil means stop
+ ;; when we come to any character
+ ;; that starts a sexp.
+ t)
+ (point))))))
+ (ignore-errors
+ ;; We rely on `backward-up-list' working
+ ;; even when sexp is incomplete “to the right”.
+ (backward-up-list 2)
+ t)
+ (= local-definitions-starting-point (point))))))))
(defun lisp-indent-function (indent-point state)
"This function is the normal value of the variable `lisp-indent-function'.
h
i)))
=-=-=
+
+Name: flet-indentation-incomplete-sexp-no-side-effects-1
+Code: (lambda () (emacs-lisp-mode) (setq indent-tabs-mode nil) (newline nil t))
+Point-Char: |
+
+=-=
+(let ((x (and y|
+=-=
+(let ((x (and y
+ |
+=-=-=
+
+Name: flet-indentation-incomplete-sexp-no-side-effects-2
+
+=-=
+(let ((x|
+=-=
+(let ((x
+ |
+=-=-=
+
+Name: flet-indentation-incomplete-sexp-missing-whitespace-1
+Point-Char: |
+
+=-=
+(cl-flet((f (x)|
+=-=
+(cl-flet((f (x)
+ |
+=-=-=
+
+Name: flet-indentation-incomplete-sexp-missing-whitespace-2
+Point-Char: |
+
+=-=
+(cl-flet((f(x)|
+=-=
+(cl-flet((f(x)
+ |
+=-=-=
+
+Name: flet-indentation-incomplete-sexp-missing-whitespace-3
+
+=-=
+(cl-flet ((f(x)|
+=-=
+(cl-flet ((f(x)
+ |
+=-=-=
+
+Name: flet-indentation-incomplete-sexp-missing-whitespace-4
+
+=-=
+(cl-flet( (f (x)|
+=-=
+(cl-flet( (f (x)
+ |
+=-=-=
+
+Name: flet-indentation-incomplete-sexp-missing-whitespace-5
+
+=-=
+(cl-flet( (f(x)|
+=-=
+(cl-flet( (f(x)
+ |
+=-=-=
+
+Name: flet-indentation-incomplete-sexp-missing-and-excessive-whitespace-1
+
+=-=
+(cl-flet((f (x)|
+=-=
+(cl-flet((f (x)
+ |
+=-=-=
+
+Name: flet-indentation-incomplete-sexp-missing-and-excessive-whitespace-2
+
+=-=
+(cl-flet ((f(x)|
+=-=
+(cl-flet ((f(x)
+ |
+=-=-=
+
+Name: flet-indentation-incomplete-sexp-missing-and-excessive-whitespace-3
+
+=-=
+(cl-flet( (f (x)|
+=-=
+(cl-flet( (f (x)
+ |
+=-=-=
+
+Name: flet-indentation-incomplete-sexp-missing-and-excessive-whitespace-4
+
+=-=
+(cl-flet( (f (x)|
+=-=
+(cl-flet( (f (x)
+ |
+=-=-=
+
+Name: flet-indentation-incomplete-sexp-missing-and-excessive-whitespace-5
+
+=-=
+(cl-flet( (f (x)|
+=-=
+(cl-flet( (f (x)
+ |
+=-=-=
+
+Name: flet-indentation-incomplete-sexp-missing-and-excessive-whitespace-6
+
+=-=
+(cl-flet( (f(x)|
+=-=
+(cl-flet( (f(x)
+ |
+=-=-=