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614 lines
24 KiB
EmacsLisp
614 lines
24 KiB
EmacsLisp
;;; cl-indent.el --- enhanced lisp-indent mode
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;; Copyright (C) 1987, 2000, 2001, 2002 Free Software Foundation, Inc.
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;; Author: Richard Mlynarik <mly@eddie.mit.edu>
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;; Created: July 1987
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;; Maintainer: FSF
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;; Keywords: lisp, tools
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;; This file is part of GNU Emacs.
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;; GNU Emacs is free software; you can redistribute it and/or modify
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;; it under the terms of the GNU General Public License as published by
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;; the Free Software Foundation; either version 2, or (at your option)
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;; any later version.
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;; GNU Emacs is distributed in the hope that it will be useful,
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;; but WITHOUT ANY WARRANTY; without even the implied warranty of
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;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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;; GNU General Public License for more details.
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;; You should have received a copy of the GNU General Public License
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;; along with GNU Emacs; see the file COPYING. If not, write to the
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;; Free Software Foundation, Inc., 59 Temple Place - Suite 330,
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;; Boston, MA 02111-1307, USA.
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;;; Commentary:
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;; This package supplies a single entry point, common-lisp-indent-function,
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;; which performs indentation in the preferred style for Common Lisp code.
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;; To enable it:
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;;
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;; (setq lisp-indent-function 'common-lisp-indent-function)
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;;>> TODO
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;; :foo
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;; bar
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;; :baz
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;; zap
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;; &key (like &body)??
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;; &rest 1 in lambda-lists doesn't work
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;; -- really want (foo bar
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;; baz)
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;; not (foo bar
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;; baz)
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;; Need something better than &rest for such cases
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;;; Code:
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(defgroup lisp-indent nil
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"Indentation in Lisp"
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:group 'lisp)
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(defcustom lisp-indent-maximum-backtracking 3
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"*Maximum depth to backtrack out from a sublist for structured indentation.
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If this variable is 0, no backtracking will occur and forms such as flet
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may not be correctly indented."
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:type 'integer
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:group 'lisp-indent)
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(defcustom lisp-tag-indentation 1
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"*Indentation of tags relative to containing list.
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This variable is used by the function `lisp-indent-tagbody'."
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:type 'integer
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:group 'lisp-indent)
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(defcustom lisp-tag-body-indentation 3
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"*Indentation of non-tagged lines relative to containing list.
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This variable is used by the function `lisp-indent-tagbody' to indent normal
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lines (lines without tags).
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The indentation is relative to the indentation of the parenthesis enclosing
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the special form. If the value is t, the body of tags will be indented
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as a block at the same indentation as the first s-expression following
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the tag. In this case, any forms before the first tag are indented
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by `lisp-body-indent'."
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:type 'integer
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:group 'lisp-indent)
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(defcustom lisp-backquote-indentation t
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"*Whether or not to indent backquoted lists as code.
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If nil, indent backquoted lists as data, i.e., like quoted lists."
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:type 'boolean
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:group 'lisp-indent)
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(defcustom lisp-loop-keyword-indentation 3
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"*Indentation of loop keywords in extended loop forms."
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:type 'integer
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:group 'lisp-indent)
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(defcustom lisp-loop-forms-indentation 5
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"*Indentation of forms in extended loop forms."
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:type 'integer
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:group 'lisp-indent)
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(defcustom lisp-simple-loop-indentation 3
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"*Indentation of forms in simple loop forms."
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:type 'integer
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:group 'lisp-indent)
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(defvar lisp-indent-error-function)
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(defvar lisp-indent-defun-method '(4 &lambda &body))
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(defun extended-loop-p (loop-start)
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"True if an extended loop form starts at LOOP-START."
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(condition-case ()
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(save-excursion
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(goto-char loop-start)
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(forward-char 1)
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(forward-sexp 2)
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(backward-sexp 1)
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(looking-at "\\sw"))
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(error t)))
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(defun common-lisp-loop-part-indentation (indent-point state)
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"Compute the indentation of loop form constituents."
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(let* ((loop-indentation (save-excursion
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(goto-char (elt state 1))
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(current-column))))
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(goto-char indent-point)
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(beginning-of-line)
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(cond ((not (extended-loop-p (elt state 1)))
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(+ loop-indentation lisp-simple-loop-indentation))
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((looking-at "^\\s-*\\(:?\\sw+\\|;\\)")
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(+ loop-indentation lisp-loop-keyword-indentation))
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(t
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(+ loop-indentation lisp-loop-forms-indentation)))))
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;;;###autoload
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(defun common-lisp-indent-function (indent-point state)
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(if (save-excursion (goto-char (elt state 1))
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(looking-at "([Ll][Oo][Oo][Pp]"))
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(common-lisp-loop-part-indentation indent-point state)
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(common-lisp-indent-function-1 indent-point state)))
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(defun common-lisp-indent-function-1 (indent-point state)
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(let ((normal-indent (current-column)))
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;; Walk up list levels until we see something
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;; which does special things with subforms.
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(let ((depth 0)
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;; Path describes the position of point in terms of
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;; list-structure with respect to containing lists.
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;; `foo' has a path of (0 4 1) in `((a b c (d foo) f) g)'
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(path ())
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;; set non-nil when somebody works out the indentation to use
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calculated
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;; If non-nil, this is an indentation to use
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;; if nothing else specifies it more firmly.
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tentative-calculated
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(last-point indent-point)
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;; the position of the open-paren of the innermost containing list
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(containing-form-start (elt state 1))
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;; the column of the above
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sexp-column)
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;; Move to start of innermost containing list
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(goto-char containing-form-start)
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(setq sexp-column (current-column))
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;; Look over successively less-deep containing forms
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(while (and (not calculated)
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(< depth lisp-indent-maximum-backtracking))
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(let ((containing-sexp (point)))
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(forward-char 1)
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(parse-partial-sexp (point) indent-point 1 t)
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;; Move to the car of the relevant containing form
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(let (tem function method tentative-defun)
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(if (not (looking-at "\\sw\\|\\s_"))
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;; This form doesn't seem to start with a symbol
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(setq function nil method nil)
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(setq tem (point))
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(forward-sexp 1)
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(setq function (downcase (buffer-substring-no-properties
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tem (point))))
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(goto-char tem)
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(setq tem (intern-soft function)
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method (get tem 'common-lisp-indent-function))
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(cond ((and (null method)
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(string-match ":[^:]+" function))
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;; The pleblisp package feature
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(setq function (substring function
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(1+ (match-beginning 0)))
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method (get (intern-soft function)
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'common-lisp-indent-function)))
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((and (null method))
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;; backwards compatibility
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(setq method (get tem 'lisp-indent-function)))))
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(let ((n 0))
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;; How far into the containing form is the current form?
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(if (< (point) indent-point)
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(while (condition-case ()
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(progn
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(forward-sexp 1)
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(if (>= (point) indent-point)
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nil
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(parse-partial-sexp (point)
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indent-point 1 t)
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(setq n (1+ n))
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t))
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(error nil))))
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(setq path (cons n path)))
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;; backwards compatibility.
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(cond ((null function))
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((null method)
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(when (null (cdr path))
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;; (package prefix was stripped off above)
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(cond ((string-match "\\`def"
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function)
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(setq tentative-defun t))
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((string-match
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(eval-when-compile
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(concat "\\`\\("
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(regexp-opt '("with" "without" "do"))
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"\\)-"))
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function)
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(setq method '(&lambda &body))))))
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;; backwards compatibility. Bletch.
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((eq method 'defun)
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(setq method lisp-indent-defun-method)))
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(cond ((and (or (eq (char-after (1- containing-sexp)) ?\')
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(and (not lisp-backquote-indentation)
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(eq (char-after (1- containing-sexp)) ?\`)))
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(not (eq (char-after (- containing-sexp 2)) ?\#)))
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;; No indentation for "'(...)" elements
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(setq calculated (1+ sexp-column)))
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((or (eq (char-after (1- containing-sexp)) ?\,)
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(and (eq (char-after (1- containing-sexp)) ?\@)
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(eq (char-after (- containing-sexp 2)) ?\,)))
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;; ",(...)" or ",@(...)"
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(setq calculated normal-indent))
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((eq (char-after (1- containing-sexp)) ?\#)
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;; "#(...)"
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(setq calculated (1+ sexp-column)))
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((null method)
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;; If this looks like a call to a `def...' form,
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;; think about indenting it as one, but do it
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;; tentatively for cases like
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;; (flet ((defunp ()
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;; nil)))
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;; Set both normal-indent and tentative-calculated.
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;; The latter ensures this value gets used
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;; if there are no relevant containing constructs.
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;; The former ensures this value gets used
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;; if there is a relevant containing construct
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;; but we are nested within the structure levels
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;; that it specifies indentation for.
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(if tentative-defun
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(setq tentative-calculated
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(common-lisp-indent-call-method
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function lisp-indent-defun-method
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path state indent-point
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sexp-column normal-indent)
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normal-indent tentative-calculated)))
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((integerp method)
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;; convenient top-level hack.
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;; (also compatible with lisp-indent-function)
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;; The number specifies how many `distinguished'
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;; forms there are before the body starts
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;; Equivalent to (4 4 ... &body)
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(setq calculated (cond ((cdr path)
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normal-indent)
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((<= (car path) method)
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;; `distinguished' form
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(list (+ sexp-column 4)
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containing-form-start))
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((= (car path) (1+ method))
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;; first body form.
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(+ sexp-column lisp-body-indent))
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(t
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;; other body form
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normal-indent))))
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(t
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(setq calculated
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(common-lisp-indent-call-method
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function method path state indent-point
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sexp-column normal-indent)))))
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(goto-char containing-sexp)
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(setq last-point containing-sexp)
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(unless calculated
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(condition-case ()
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(progn (backward-up-list 1)
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(setq depth (1+ depth)))
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(error (setq depth lisp-indent-maximum-backtracking))))))
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(or calculated tentative-calculated))))
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(defun common-lisp-indent-call-method (function method path state indent-point
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sexp-column normal-indent)
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(let ((lisp-indent-error-function function))
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(if (symbolp method)
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(funcall method
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path state indent-point
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sexp-column normal-indent)
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(lisp-indent-259 method path state indent-point
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sexp-column normal-indent))))
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(defun lisp-indent-report-bad-format (m)
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(error "%s has a badly-formed %s property: %s"
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;; Love those free variable references!!
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lisp-indent-error-function 'common-lisp-indent-function m))
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;; Blame the crufty control structure on dynamic scoping
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;; -- not on me!
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(defun lisp-indent-259 (method path state indent-point
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sexp-column normal-indent)
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(catch 'exit
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(let ((p path)
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(containing-form-start (elt state 1))
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n tem tail)
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;; Isn't tail-recursion wonderful?
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(while p
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;; This while loop is for destructuring.
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;; p is set to (cdr p) each iteration.
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(if (not (consp method)) (lisp-indent-report-bad-format method))
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(setq n (1- (car p))
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p (cdr p)
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tail nil)
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(while n
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;; This while loop is for advancing along a method
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;; until the relevant (possibly &rest/&body) pattern
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;; is reached.
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;; n is set to (1- n) and method to (cdr method)
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;; each iteration.
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(setq tem (car method))
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(or (eq tem 'nil) ;default indentation
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(eq tem '&lambda) ;lambda list
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(and (eq tem '&body) (null (cdr method)))
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(and (eq tem '&rest)
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(consp (cdr method))
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(null (cddr method)))
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(integerp tem) ;explicit indentation specified
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(and (consp tem) ;destructuring
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(eq (car tem) '&whole)
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(or (symbolp (cadr tem))
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(integerp (cadr tem))))
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(and (symbolp tem) ;a function to call to do the work.
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(null (cdr method)))
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(lisp-indent-report-bad-format method))
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(cond ((and tail (not (consp tem)))
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;; indent tail of &rest in same way as first elt of rest
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(throw 'exit normal-indent))
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((eq tem '&body)
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;; &body means (&rest <lisp-body-indent>)
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(throw 'exit
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(if (and (= n 0) ;first body form
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(null p)) ;not in subforms
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(+ sexp-column
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lisp-body-indent)
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normal-indent)))
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((eq tem '&rest)
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;; this pattern holds for all remaining forms
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(setq tail (> n 0)
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n 0
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method (cdr method)))
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((> n 0)
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;; try next element of pattern
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(setq n (1- n)
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method (cdr method))
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(if (< n 0)
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;; Too few elements in pattern.
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(throw 'exit normal-indent)))
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((eq tem 'nil)
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(throw 'exit (list normal-indent containing-form-start)))
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((eq tem '&lambda)
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(throw 'exit
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(cond ((null p)
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(list (+ sexp-column 4) containing-form-start))
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((null (cdr p))
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(+ sexp-column 1))
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(t normal-indent))))
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((integerp tem)
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(throw 'exit
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(if (null p) ;not in subforms
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(list (+ sexp-column tem) containing-form-start)
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normal-indent)))
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((symbolp tem) ;a function to call
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(throw 'exit
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(funcall tem path state indent-point
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sexp-column normal-indent)))
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(t
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;; must be a destructing frob
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(if (not (null p))
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;; descend
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(setq method (cddr tem)
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n nil)
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(setq tem (cadr tem))
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(throw 'exit
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(cond (tail
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normal-indent)
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((eq tem 'nil)
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(list normal-indent
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containing-form-start))
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((integerp tem)
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(list (+ sexp-column tem)
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containing-form-start))
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(t
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(funcall tem path state indent-point
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sexp-column normal-indent))))))))))))
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(defun lisp-indent-tagbody (path state indent-point sexp-column normal-indent)
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(if (not (null (cdr path)))
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normal-indent
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(save-excursion
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(goto-char indent-point)
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(beginning-of-line)
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(skip-chars-forward " \t")
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(list (cond ((looking-at "\\sw\\|\\s_")
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;; a tagbody tag
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(+ sexp-column lisp-tag-indentation))
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((integerp lisp-tag-body-indentation)
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(+ sexp-column lisp-tag-body-indentation))
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((eq lisp-tag-body-indentation 't)
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(condition-case ()
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(progn (backward-sexp 1) (current-column))
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(error (1+ sexp-column))))
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(t (+ sexp-column lisp-body-indent)))
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; (cond ((integerp lisp-tag-body-indentation)
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; (+ sexp-column lisp-tag-body-indentation))
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; ((eq lisp-tag-body-indentation 't)
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; normal-indent)
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; (t
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; (+ sexp-column lisp-body-indent)))
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(elt state 1)
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))))
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(defun lisp-indent-do (path state indent-point sexp-column normal-indent)
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(if (>= (car path) 3)
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(let ((lisp-tag-body-indentation lisp-body-indent))
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(funcall (function lisp-indent-tagbody)
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path state indent-point sexp-column normal-indent))
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(funcall (function lisp-indent-259)
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'((&whole nil &rest
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;; the following causes weird indentation
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;;(&whole 1 1 2 nil)
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)
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(&whole nil &rest 1))
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path state indent-point sexp-column normal-indent)))
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(defun lisp-indent-defmethod (path state indent-point sexp-column
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normal-indent)
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"Indentation function defmethod."
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(lisp-indent-259 (if (and (>= (car path) 3)
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(null (cdr path))
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(save-excursion (goto-char (elt state 1))
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(forward-char 1)
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(forward-sexp 3)
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(backward-sexp)
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(looking-at ":")))
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'(4 4 (&whole 4 &rest 4) &body)
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(get 'defun 'common-lisp-indent-function))
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path state indent-point sexp-column normal-indent))
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(defun lisp-indent-function-lambda-hack (path state indent-point
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sexp-column normal-indent)
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;; indent (function (lambda () <newline> <body-forms>)) kludgily.
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(if (or (cdr path) ; wtf?
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(> (car path) 3))
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;; line up under previous body form
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normal-indent
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;; line up under function rather than under lambda in order to
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;; conserve horizontal space. (Which is what #' is for.)
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(condition-case ()
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(save-excursion
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(backward-up-list 2)
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(forward-char 1)
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(if (looking-at "\\(lisp:+\\)?function\\(\\Sw\\|\\S_\\)")
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(+ lisp-body-indent -1 (current-column))
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(+ sexp-column lisp-body-indent)))
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(error (+ sexp-column lisp-body-indent)))))
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(let ((l '((block 1)
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(case (4 &rest (&whole 2 &rest 1)))
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(ccase . case) (ecase . case)
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(typecase . case) (etypecase . case) (ctypecase . case)
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(catch 1)
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(cond (&rest (&whole 2 &rest 1)))
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(defvar (4 2 2))
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(defclass (6 4 (&whole 2 &rest 1) (&whole 2 &rest 1)))
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(defconstant . defvar)
|
||
(defcustom (4 2 2 2))
|
||
(defparameter . defvar)
|
||
(defconst . defcustom)
|
||
(define-condition . defclass)
|
||
(define-modify-macro (4 &lambda &body))
|
||
(defsetf (4 &lambda 4 &body))
|
||
(defun (4 &lambda &body))
|
||
(define-setf-method . defun)
|
||
(define-setf-expander . defun)
|
||
(defmacro . defun) (defsubst . defun) (deftype . defun)
|
||
(defmethod lisp-indent-defmethod)
|
||
(defpackage (4 2))
|
||
(defstruct ((&whole 4 &rest (&whole 2 &rest 1))
|
||
&rest (&whole 2 &rest 1)))
|
||
(destructuring-bind
|
||
((&whole 6 &rest 1) 4 &body))
|
||
(do lisp-indent-do)
|
||
(do* . do)
|
||
(dolist ((&whole 4 2 1) &body))
|
||
(dotimes . dolist)
|
||
(eval-when 1)
|
||
(flet ((&whole 4 &rest (&whole 1 &lambda &body)) &body))
|
||
(labels . flet)
|
||
(macrolet . flet)
|
||
(generic-flet . flet) (generic-labels . flet)
|
||
(handler-case (4 &rest (&whole 2 &lambda &body)))
|
||
(restart-case . handler-case)
|
||
;; `else-body' style
|
||
(if (nil nil &body))
|
||
;; single-else style (then and else equally indented)
|
||
(if (&rest nil))
|
||
(lambda (&lambda &rest lisp-indent-function-lambda-hack))
|
||
(let ((&whole 4 &rest (&whole 1 1 2)) &body))
|
||
(let* . let)
|
||
(compiler-let . let) ;barf
|
||
(handler-bind . let) (restart-bind . let)
|
||
(locally 1)
|
||
;(loop lisp-indent-loop)
|
||
(:method (&lambda &body)) ; in `defgeneric'
|
||
(multiple-value-bind ((&whole 6 &rest 1) 4 &body))
|
||
(multiple-value-call (4 &body))
|
||
(multiple-value-prog1 1)
|
||
(multiple-value-setq (4 2))
|
||
(multiple-value-setf . multiple-value-setq)
|
||
(pprint-logical-block (4 2))
|
||
(print-unreadable-object ((&whole 4 1 &rest 1) &body))
|
||
;; Combines the worst features of BLOCK, LET and TAGBODY
|
||
(prog (&lambda &rest lisp-indent-tagbody))
|
||
(prog* . prog)
|
||
(prog1 1)
|
||
(prog2 2)
|
||
(progn 0)
|
||
(progv (4 4 &body))
|
||
(return 0)
|
||
(return-from (nil &body))
|
||
(symbol-macrolet . let)
|
||
(tagbody lisp-indent-tagbody)
|
||
(throw 1)
|
||
(unless 1)
|
||
(unwind-protect (5 &body))
|
||
(when 1)
|
||
(with-accessors . multiple-value-bind)
|
||
(with-condition-restarts . multiple-value-bind)
|
||
(with-output-to-string (4 2))
|
||
(with-slots . multiple-value-bind)
|
||
(with-standard-io-syntax (2)))))
|
||
(dolist (el l)
|
||
(put (car el) 'common-lisp-indent-function
|
||
(if (symbolp (cdr el))
|
||
(get (cdr el) 'common-lisp-indent-function)
|
||
(car (cdr el))))))
|
||
|
||
|
||
;(defun foo (x)
|
||
; (tagbody
|
||
; foo
|
||
; (bar)
|
||
; baz
|
||
; (when (losing)
|
||
; (with-big-loser
|
||
; (yow)
|
||
; ((lambda ()
|
||
; foo)
|
||
; big)))
|
||
; (flet ((foo (bar baz zap)
|
||
; (zip))
|
||
; (zot ()
|
||
; quux))
|
||
; (do ()
|
||
; ((lose)
|
||
; (foo 1))
|
||
; (quux)
|
||
; foo
|
||
; (lose))
|
||
; (cond ((x)
|
||
; (win 1 2
|
||
; (foo)))
|
||
; (t
|
||
; (lose
|
||
; 3))))))
|
||
|
||
|
||
;(put 'while 'common-lisp-indent-function 1)
|
||
;(put 'defwrapper'common-lisp-indent-function ...)
|
||
;(put 'def 'common-lisp-indent-function ...)
|
||
;(put 'defflavor 'common-lisp-indent-function ...)
|
||
;(put 'defsubst 'common-lisp-indent-function ...)
|
||
|
||
;(put 'with-restart 'common-lisp-indent-function '((1 4 ((* 1))) (2 &body)))
|
||
;(put 'restart-case 'common-lisp-indent-function '((1 4) (* 2 ((0 1) (* 1)))))
|
||
;(put 'define-condition 'common-lisp-indent-function '((1 6) (2 6 ((&whole 1))) (3 4 ((&whole 1))) (4 &body)))
|
||
;(put 'with-condition-handler 'common-lisp-indent-function '((1 4 ((* 1))) (2 &body)))
|
||
;(put 'condition-case 'common-lisp-indent-function '((1 4) (* 2 ((0 1) (1 3) (2 &body)))))
|
||
;(put 'defclass 'common-lisp-indent-function '((&whole 2 &rest (&whole 2 &rest 1) &rest (&whole 2 &rest 1)))
|
||
;(put 'defgeneric 'common-lisp-indent-function 'defun)
|
||
|
||
;;; arch-tag: 7914d50f-92ec-4476-93fc-0f043a380e03
|
||
;;; cl-indent.el ends here
|