code.delx.au - gnu-emacs-elpa/blob - packages/shen-mode/shen-mode.el

   1 ;;; shen-mode.el --- A major mode for editing shen source code
   2
   3 ;; Copyright (C) 2011, 2013 Free Software Foundation, Inc.
   4
   5 ;; Author: Eric Schulte <schulte.eric@gmail.com>
   6 ;; Version: 0.1
   7 ;; Keywords: languages, shen
   8 ;; Description: A major mode for editing shen source code
   9
  10 ;; This file is part of GNU Emacs.
  11
  12 ;; GNU Emacs is free software: you can redistribute it and/or modify
  13 ;; it under the terms of the GNU General Public License as published by
  14 ;; the Free Software Foundation, either version 3 of the License, or
  15 ;; (at your option) any later version.
  16
  17 ;; GNU Emacs is distributed in the hope that it will be useful,
  18 ;; but WITHOUT ANY WARRANTY; without even the implied warranty of
  19 ;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
  20 ;; GNU General Public License for more details.
  21
  22 ;; You should have received a copy of the GNU General Public License
  23 ;; along with GNU Emacs.  If not, see <http://www.gnu.org/licenses/>.
  24
  25 ;;; Commentary:
  26
  27 ;; A minor mode for editing shen source code.  Shen is a modern lisp
  28 ;; dialect with support for functional and declarative programming,
  29 ;; pattern matching and a very powerful type system.  See the
  30 ;; following for more information on Shen. http://www.shenlanguage.org
  31
  32 ;;; Code:
  33 (require 'lisp-mode)
  34 (require 'imenu)
  35
  36 (defcustom shen-mode-hook '(turn-on-eldoc-mode)
  37   "Normal hook run when entering `shen-mode'."
  38   :type 'hook
  39   :group 'shen)
  40
  41 (defvar shen-mode-map
  42   (let ((map (make-sparse-keymap)))
  43     (set-keymap-parent map lisp-mode-shared-map)
  44     map)
  45   "Currently just inherits from `lisp-mode-shared-map'.")
  46
  47 (eval-and-compile
  48 (defconst shen-functions
  49   '((* "number --> number --> number" "Number multiplication.")
  50     (+ "number --> number --> number" "Number addition.")
  51     (- "number --> number --> number" "Number subtraction.")
  52     (/ "number --> number --> number" "Number division.")
  53     (/. "_" "Abstraction builder, receives a variable and an expression; does the job of --> in the lambda calculus.")
  54     (< "number --> number --> boolean" "Less than.")
  55     (<-vector nil nil)
  56     (<= "number --> number --> boolean" "Less than or equal to.")
  57     (<e> nil nil)
  58     (= "A --> A --> boolean" "Equal to.")
  59     (== "A --> B --> boolean" "Equal to.")
  60     (> "number --> number --> boolean" "Greater than.")
  61     (>= "number --> number --> boolean" "Greater than or equal to.")
  62     (@p "_" "Takes two inputs and forms an ordered pair.")
  63     (@s "_" "Takes two or more inputs and forms a string.")
  64     (@v "_" "Takes two or more inputs and forms a vector.")
  65     (abort nil "throw a simple error")
  66     (adjoin nil "add arg1 to list arg2 if not already a member")
  67     (and "boolean --> boolean --> boolean" "Boolean and.")
  68     (append "(list A) --> (list A) --> (list A)" "Appends two lists into one list.")
  69     (apply "(A --> B) --> (A --> B)" "Applies a function to an input.")
  70     (arity nil nil)
  71     (assoc nil nil)
  72     (assoc-type "symbol --> variable --> symbol" "Associates a Qi type (first input) with  Lisp type (second input)..")
  73     (average nil "return the average of two numbers")
  74     (bind nil nil)
  75     (boolean\? "A --> boolean" "Recognisor for booleans.")
  76     (bound\? nil "check is a symbol is bound")
  77     (byte->string nil "return the string represented by bytes")
  78     (call nil nil)
  79     (cd "string --> string" "Changes the home directory. (cd \"My Programs\") will cause (load \"hello_world.txt\") to load MyPrograms/hello_world.txt.   (cd \"\")  is the default.")
  80     (character\? "A --> boolean" "Recognisor for characters.")
  81     (compile nil nil)
  82     (complex\? "A --> boolean" "Recognisor for complex numbers.")
  83     (concat "symbol --> symbol --> symbol" "Concatenates two symbols.")
  84     (congruent\? "A --> A --> boolean" "Retrns true if objects are identical or else if they are strings or characters which are identical differing at most in case or numbers of equal value (e.g. 1 and 1.0) or tuples composed of congruent elements.")
  85     (cons "_" "A special form that takes an object e of type A and a list l of type (list A) and produces a list of type (list A) by adding e to the front of  l.")
  86     (cons\? "--> boolean" "Returns true iff the input is a non-empty list.")
  87     (core nil nil)
  88     (cut nil nil)
  89     (debug "A --> string" "The input is ignored and debugging is returned; but all terminal output is echoed to the file debug.txt until the undebug function is executed.")
  90     (declare "_" "Takes a function name f and a type t expressed as a list and gives f the type t.")
  91     (define "_" "Define a function, takes a name, an optional type and a pattern matching body.")
  92     (delete-file "string --> string" "The file named in the string is deleted and the string returned.")
  93     (destroy "_" "Receives the name of a function and removes it and its type from the environment.")
  94     (difference "(list A) --> (list A) --> (list A)" "Subtracts the elements of the second list from the first")
  95     (do "_" "A special form: receives n well-typed expressions and evaluates each one, returning the normal form of the last one.")
  96     (dump "string --> string" "Dumps all user-generated Lisp from the file f denoted by the argument into a file f.lsp.")
  97     (echo "string --> string" "Echoes all terminal input/output to a file named by string (which is either appended to if it exists or created if not) until the command (echo \"\") is received which switches echo off.")
  98     (element\? "A -> (list A) --> boolean" "Returns true iff the first input is an element in the second.")
  99     (empty\? "--> boolean" "Returns true iff the input is [].")
 100     (error "_" "A special form: takes a string followed by n (n --> 0) expressions. Prints error string.")
 101     (eval "_" "Evaluates the input.")
 102     (explode "A --> (list character)" "Explodes an object to a list of characters.")
 103     (fail nil nil)
 104     (fix "(A --> A) --> (A --> A)" "Applies a function to generate a fixpoint.")
 105     (float\? "A --> boolean" "Recognisor for floating point numbers.")
 106     (floor nil nil)
 107     (format nil "takes a stream, a format string and args, formats and prints to the stream")
 108     (freeze "A --> (lazy A)" "Returns a frozen version of its input.")
 109     (fst "(A * B) --> A" "Returns the first element of a tuple.")
 110     (fwhen nil nil)
 111     (gensym "_" "Generates a fresh symbol or variable from a string..")
 112     (get nil "gets property arg2 from object arg1")
 113     (get-array "(array A) --> (list number) --> A --> A" "3-place function that takes an array of elements of type A, an index to that array as a list of natural numbers and an expression E of type A.  If an object is stored at the index, then it is returned, otherwise the normal form of E is returned.")
 114     (get-prop "_" "3-place function that takes a symbol S, a pointer P (which can be a string, symbol or number), and an expression E of any kind and returns the value pointed by P from S  (if one exists) or the normal form of E otherwise.")
 115     (hash nil "hash an object")
 116     (hdv nil nil)
 117     (head "(list A) --> A" "Returns the first element of a list.")
 118     (identical nil nil)
 119     (if "boolean --> A --> A" "takes a boolean b and two expressions x and y and evaluates x if b evaluates to true and evaluates y if b evaluates to false.")
 120     (if-with-checking "string --> (list A)" "If type checking is enabled, raises the string as an error otherwise returns the empty list..")
 121     (if-without-checking "string --> (list A)" "If type checking is disabled, raises the string as an error otherwise returns the empty list.")
 122     (include "(list symbol) --> (list symbol)" "Includes the datatype theories or synonyms for use in type checking.")
 123     (include-all-but "(list symbol) --> (list symbol)" "Includes all loaded datatype theories and synonyms for use in type checking apart from those entered.")
 124     (inferences "A --> number" "The input is ignored. Returns the number of logical inferences executed since the last call to the top level.")
 125     (input "_" "0-place function. Takes a user input i and returns the normal form of i.")
 126     (input+ "_" "Special form. Takes inputs of the form : <expr>. Where d(<expr>) is the type denoted by the choice of expression (e.g. \"number\" denotes the type number). Takes a user input i and returns the normal form of i given i is of the type d(<expr>).")
 127     (integer\? "A --> boolean" "Recognisor for integers.")
 128     (interror nil nil)
 129     (intersection "(list A) --> (list A) --> (list A)" "Computes the intersection of two lists.")
 130     (intmake-string nil nil)
 131     (intoutput nil nil)
 132     (lambda "_" "Lambda operator from lambda calculus.")
 133     (length "(list A) --> integer" "Returns the number of elements in a list.")
 134     (let nil nil)
 135     (limit nil nil)
 136     (lineread "_" "Top level reader of read-evaluate-print loop. Reads elements into a list.  lineread terminates with carriage return when brackets are balanced.  ^ aborts lineread.")
 137     (list "A .. A --> (list A)" "A special form. Assembles n (n  --> 0) inputs into a list.")
 138     (load "string --> symbol" "Takes a file name and loads the file, returning loaded as a symbol.")
 139     (macroexpand nil nil)
 140     (make-string "string A1 - An --> string" "A special form: takes a string followed by n (n --> 0) well-typed expressions; assembles and returns a string.")
 141     (map "(A --> B) --> (list A) --> (list B)" "The first input is applied to each member of the second input and the results consed into one list..")
 142     (mapcan "(A --> (list B)) --> (list A) --> (list B)" "The first input is applied to each member of the second input and the results appended into one list.")
 143     (maxinferences "number --> number" "Returns the input and as a side-effect, sets a global variable to a number that limits the maximum number of inferences that can be expended on attempting to typecheck a program.  The default is 1,000,000.")
 144     (mod nil "arg1 mod arg2")
 145     (newsym "symbol --> symbol" "Generates a fresh symbol from a symbol.")
 146     (newvar "variable --> variable" "Generates a fresh variable from a variable")
 147     (nl nil nil)
 148     (not "boolean --> boolean" "Boolean not.")
 149     (nth "number --> (list A) --> A" "Gets the nth element of a list numbered from 1.")
 150     (number\? "A --> boolean" "Recognisor for numbers.")
 151     (occurences "A --> B --> number" "Returns the number of times the first argument occurs in the second.")
 152     (occurrences nil "returns the number of occurrences of arg1 in arg2")
 153     (occurs-check "symbol --> boolean" "Receives either + or - and enables/disables occur checking in Prolog,    datatype definitions and rule closures.   The default is +.")
 154     (opaque "symbol --> symbol" "Applied to a Lisp macro makes it opaque to Qi.")
 155     (or "boolean -->  (boolean --> boolean)" "Boolean or.")
 156     (output "string A1 - An --> string" "A special form: takes a string followed by n (n --> 0) well-typed expressions; prints a message to the screen and returns an object of type string (the string \"done\").")
 157     (preclude "(list symbol) --> (list symbol)" "Removes the mentioned datatype theories and synonyms from use in type checking.")
 158     (preclude-all-but "(list symbol) --> (list symbol)" "Removes all the datatype theories and synonyms from use in type checking apart from the ones given.")
 159     (print "A --> A" "Takes an object and prints it, returning it as a result.")
 160     (profile "(A --> B) --> (A --> B)" "Takes a function represented by a function name and inserts profiling code returning the function as an output.")
 161     (profile-results "A --> symbol" "The input is ignored.  Returns a list of profiled functions and their     timings since  profile-results was last used.")
 162     (ps "_" "Receives a symbol  denoting a Qi function and prints the Lisp source    code associated with the function.")
 163     (put nil "puts value of arg3 as property arg2 in object arg1")
 164     (put-array "(array A) --> (list number) --> A --> A" "3-place function that takes an array of elements of type A, an index to that array as a list of natural numbers and an expression E of type A.  The normal form of E is stored at that index and then returned.")
 165     (put-prop "_" "3-place function that takes a symbol S, a pointer P (a string symbol or number), and an expression E. The pointer P is set to point from S to the normal form of E which is then returned.")
 166     (quit "_" "0-place function that exits Qi.")
 167     (random "number --> number" "Given a positive number n, generates a random number between 0 and    n-1.")
 168     (rational\? "A --> boolean" "Recognisor for rational numbers.")
 169     (read nil nil)
 170     (read-char "A --> character" "The input is discarded and the character typed by the user is returned.")
 171     (read-chars-as-stringlist "(list character) --> (character -->  boolean) -->  (list string)" "Returns a list of strings whose components are taken from the character list. The second input acts as a tokeniser.  Thus (read-chars-as-stringlist [#\\H #\\i #\\Space #\\P #\\a #\\t]  (/. X (= X #\\Space))) will produce [\"Hi\" \"Pat\"].")
 172     (read-file "string --> (list unit)" "Returns the contents of an ASCII file designated by a string.  Returns a list of units,  where unit is an unspecified type.")
 173     (read-file-as-charlist "string --> (list character)" "Returns the list of characters from the contents of an ASCII file designated by a string.")
 174     (read-file-as-string nil nil)
 175     (real\? "A --> boolean" "Recognisor for real numbers.")
 176     (remove "A --> (list A) --> (list A)" "Removes all occurrences of an element from a list.")
 177     (return nil nil)
 178     (reverse "(list A)--> ?(list A)" "Reverses a list.")
 179     (round "number--> ?number" "Rounds a number.")
 180     (save "_" "0 place function. Saves a Qi image.")
 181     (snd "(A * B) --> B" "Returns the second element of a tuple.")
 182     (specialise "symbol --> symbol" "Receives the name of a function and turns it into a special form. Special forms are not curried during evaluation or compilation.")
 183     (speed "number --> number" "Receives a value 0 to 3 and sets the performance of the generated Lisp code, returning its input.  0 is the lowest setting.")
 184     (spy "symbol --> boolean" "Receives either + or - and respectively enables/disables tracing the    operation of T*.")
 185     (sqrt "number --> number" "Returns the square root of a number.")
 186     (step "symbol --> boolean" "Receives either + or - and enables/disables stepping in the trace.")
 187     (stinput nil nil)
 188     (string\? "A --> boolean" "Recognisor for strings.")
 189     (strong-warning "symbol --> boolean" "Takes + or -; if + then warnings are treated as error messages.")
 190     (subst nil nil)
 191     (sugar "symbol --> (A --> B) --> number --> (A --> B)" "Receives either in or out as first argument, a function f and an integer    greater than 0 and returns f as a result.  The function f is placed on the    sugaring list at a position determined by the number.")
 192     (sugar-list "symbol --> (list symbol)" "Receives either in or out as first argument, and returns the list of sugar    functions.")
 193     (sum nil "sum a list of numbers")
 194     (symbol\? "A --> boolean" "Recognisor for symbols.")
 195     (systemf nil nil)
 196     (tail "(list A) --> (list A)" "Returns all but the first element of a non-empty list.")
 197     (tc "symbol --> boolean" "Receives either + or - and respectively enables/disables static typing.")
 198     (tc\? nil "return true if type checking")
 199     (thaw "(lazy A) --> A" "Receives a frozen input and evaluates it to get the unthawed result..")
 200     (time "A --> A" "Prints the run time for the evaluation of its input and returns its normal form.")
 201     (tlv nil nil)
 202     (track "symbol --> symbol" "Tracks the I/O behaviour of a function.")
 203     (transparent "symbol --> symbol" "Applied to a Lisp macro makes it transparent to Qi.")
 204     (tuple\? "A --> boolean" "Recognisor for tuples.")
 205     (type "_" "Returns a type for its input (if any) or false if the input has no type.")
 206     (unassoc-type "symbol --> symbol" "Removes any associations with the Qi type in the type association table.")
 207     (undebug "A --> string" "The input is ignored, undebugging is returned and all terminal output is closed to the file debug.txt.")
 208     (unify nil nil)
 209     (unify! nil nil)
 210     (union "(list A) --> (list A) --> (list A)" "Forms the union of two lists.")
 211     (unprofile "(A --> B) --> (A --> B)" "Unprofiles a function.")
 212     (unspecialise "symbol --> symbol" "Receives the name of a function and deletes its special form status.")
 213     (unsugar "symbol --> (A --> B) --> (A --> B)" "Receives either out or in and the name of a function and removes its status as a sugar function.")
 214     (untrack "symbol --> symbol" "Untracks a function.")
 215     (value "_" "Applied to a symbol, returns the global value assigned to it.")
 216     (variable\? "A --> boolean" "Applied to a variable, returns true.")
 217     (vector nil nil)
 218     (vector-> nil nil)
 219     (vector\? nil nil)
 220     (version "string --> string" "Changes the version string displayed on startup.")
 221     (warn "string --> string" "Prints the string as a warning and returns \"done\".  See strong-warning")
 222     (write-to-file "string --> A --> string" "Writes the second input into a file named in the first input. If the file does not exist, it is created, else it is overwritten. If the second input is a string then it is written to the file without the enclosing quotes.  The first input is returned.")
 223     (y-or-n\? "string --> boolean" "Prints the string as a question and returns true for y and false for n."))
 224   "Shen functions taken largely from the Qi documentation by Dr. Mark Tarver."))
 225
 226 \f
 227 ;;; Fontification
 228 (defconst shen-font-lock-keywords
 229   (eval-when-compile
 230     `(;; definitions
 231       (,(concat "(\\("
 232                 (regexp-opt
 233                  '("define" "defmacro" "defprolog" "/." "synonyms" "defcc"))
 234                 "\\)\\>"
 235                 "[ \t]*(?"
 236                 "\\(\\sw+\\)?")
 237        (1 font-lock-keyword-face)
 238        (2 font-lock-function-name-face nil t))
 239       ("(\\(lambda\\)\\>[ \t]*(?\\(\\sw+\\)?"
 240        (1 font-lock-keyword-face)
 241        (2 font-lock-variable-name-face nil t))
 242       ;; data types
 243       ("(\\(datatype\\)\\>[ \t]*(?\\(\\sw+\\)?"
 244        (1 font-lock-keyword-face)
 245        (2 font-lock-type-face nil t))
 246       ;; variables
 247       ("\\<\\([A-Z]\\w*\\)\\>" . font-lock-variable-name-face)
 248       ;; control structures
 249       (,(concat
 250          "("
 251          (regexp-opt
 252           (append
 253            '("let" "=" "eval-without-reader-macros" "freeze" "type") ; generic
 254            '("if" "and" "or" "cond")) t) ; boolean
 255          "\\>") . 1)
 256       ;; errors
 257       ("(\\(error\\)\\>" 1 font-lock-warning-face)
 258       ;; built-in
 259       (,(concat
 260          "("
 261          (regexp-opt
 262           (mapcar
 263            (lambda (it) (format "%s" it))
 264            (append
 265             '(intern function)                          ; symbols
 266             '(pos tlstr cn str string?)                 ; strings
 267             '(set value)                                ; assignment
 268             '(cons hd tl cons?)                         ; lists
 269             '(absvector address-> <-address absvector?) ; vector
 270             '(pr read-byte open close)                  ; stream
 271             '(get-time)                                 ; time
 272             '(+ - * / > < >= <= number?)                ; arithmetic
 273             '(fst snd tupple?)                          ; tuple
 274             '(@s @v @p)
 275             '(put get)                  ; property lists
 276             '(simple-error trap-error error-to-string) ; error
 277             ;; predicates
 278             (mapcar
 279              (lambda (it) (format "%s?" it))
 280              '(boolean character complex congruent cons element empty float
 281                        integer number provable rational solved string symbol
 282                        tuple variable))
 283             ;; misc functions
 284             (mapcar #'car shen-functions)))
 285           t)
 286          "\\>")
 287        1 font-lock-builtin-face)
 288       ;; external global variables
 289       (,(concat
 290          (regexp-opt
 291           (mapcar
 292            (lambda (cnst) (format "*%s*" cnst))
 293            '("language" "implementation" "port" "porters"
 294              "stinput" "home-directory" "version"
 295              "maximum-print-sequence-size" "printer" "macros")) t)
 296          "\\>")
 297        1 font-lock-builtin-face)))
 298   "Default expressions to highlight in Shen mode.")
 299
 300 (defvar shen-mode-syntax-table
 301   (let ((table (make-syntax-table)))
 302     (dolist (pair '((?@  . "w")
 303                     (?_  . "w")
 304                     (?-  . "w")
 305                     (?+  . "w")
 306                     (??  . "w")
 307                     (?!  . "w")
 308                     (?<  . "w")
 309                     (?>  . "w")
 310                     (?/  . "w")
 311                     ;; comment delimiters
 312                     (?\\ . ". 14")
 313                     (?*  . ". 23")))
 314       (modify-syntax-entry (car pair) (cdr pair) table))
 315     table)
 316   "Syntax table to use in shen-mode.")
 317
 318 \f
 319 ;;; Indentation
 320 ;; Copied from qi-mode, which in turn is from scheme-mode and from lisp-mode
 321 (defun shen-indent-function (indent-point state)
 322   (let ((normal-indent (current-column)))
 323     (goto-char (1+ (elt state 1)))
 324     (parse-partial-sexp (point) calculate-lisp-indent-last-sexp 0 t)
 325     (if (and (elt state 2)
 326              (not (looking-at "\\sw\\|\\s_")))
 327       ;; car of form doesn't seem to be a symbol
 328       (progn
 329         (if (not (> (save-excursion (forward-line 1) (point))
 330                     calculate-lisp-indent-last-sexp))
 331           (progn (goto-char calculate-lisp-indent-last-sexp)
 332                  (beginning-of-line)
 333                  (parse-partial-sexp (point)
 334                                      calculate-lisp-indent-last-sexp 0 t)))
 335         ;; Indent under the list or under the first sexp on the same
 336         ;; line as calculate-lisp-indent-last-sexp.  Note that first
 337         ;; thing on that line has to be complete sexp since we are
 338         ;; inside the innermost containing sexp.
 339         (backward-prefix-chars)
 340         (current-column))
 341       (let ((function (buffer-substring (point)
 342                                         (progn (forward-sexp 1) (point))))
 343             method)
 344         (setq method (or (get (intern-soft function) 'shen-indent-function)
 345                          (get (intern-soft function) 'shen-indent-hook)))
 346         (cond ((or (eq method 'defun)
 347                    (and (null method)
 348                         (> (length function) 3)
 349                         (string-match "\\`def" function)))
 350                (lisp-indent-defform state indent-point))
 351               ((integerp method)
 352                (lisp-indent-specform method state
 353                                      indent-point normal-indent))
 354               (method
 355                (funcall method state indent-point normal-indent)))))))
 356
 357 (defun shen-let-indent (state indent-point normal-indent)
 358   (let ((edge (- (current-column) 2)))
 359     (goto-char indent-point) (skip-chars-forward " \t")
 360     (if (looking-at "[-a-zA-Z0-9+*/?!@$%^&_:~]")
 361         ;; deeper indent because we're still defining local variables
 362         (lisp-indent-specform 5 state indent-point normal-indent)
 363       ;; shallow indent because we're in the body
 364       edge)))
 365
 366 (defun shen-package-indent (state indent-point normal-indent)
 367   (- (current-column) 8))
 368
 369 (put 'let 'shen-indent-function 'shen-let-indent)
 370 (put 'lambda 'shen-indent-function 1)
 371 (put 'package 'shen-indent-function 'shen-package-indent)
 372 (put 'datatype 'shen-indent-function 1)
 373
 374 \f
 375 ;;; Function documentation
 376 (defun shen-current-function ()
 377   (ignore-errors
 378     (save-excursion
 379       (backward-up-list)
 380       (forward-char 1)
 381       (thing-at-point 'word))))
 382
 383 (defun shen-mode-eldoc ()
 384   (let ((func (assoc (intern (or (shen-current-function) "")) shen-functions)))
 385     (when func
 386       (format "%s%s:%s"
 387               (propertize (symbol-name (car func))
 388                           'face 'font-lock-function-name-face)
 389               (if (cadr func)  (concat "[" (cadr func) "]") "")
 390               (if (caddr func) (concat " " (caddr func)) "")))))
 391
 392 (defvar shen-imenu-generic-expression
 393   '(("Functions" "^\\s-*(\\(define\\)" 1)))
 394
 395 \f
 396 ;;; Major mode definition
 397 ;; apparently some versions of Emacs don't have `prog-mode' defined
 398 (unless (fboundp 'prog-mode)
 399   (defalias 'prog-mode 'fundamental-mode))
 400
 401 (define-derived-mode shen-mode prog-mode "shen"
 402   "Major mode for editing Shen code."
 403   :syntax-table shen-mode-syntax-table
 404   ;; set a variety of local variables
 405   ((lambda (local-vars)
 406      (dolist (pair local-vars)
 407        (set (make-local-variable (car pair)) (cdr pair))))
 408    `((adaptive-fill-mode . nil)
 409      (fill-paragraph-function . lisp-fill-paragraph)
 410      (indent-line-function . lisp-indent-line)
 411      (lisp-indent-function . shen-indent-function)
 412      (parse-sexp-ignore-comments . t)
 413      (comment-start . "\\* ")
 414      (comment-end . " *\\")
 415      (comment-add . 0)
 416      (comment-column . 32)
 417      (parse-sexp-ignore-comments . t)
 418      (comment-use-global-state . nil)
 419      (comment-multi-line . t)
 420      (eldoc-documentation-function . shen-mode-eldoc)
 421      (imenu-case-fold-search . t)
 422      (imenu-generic-expression . ,shen-imenu-generic-expression)
 423      (mode-name . "Shen")
 424      (font-lock-defaults . (shen-font-lock-keywords)))))
 425
 426 (add-to-list 'auto-mode-alist '("\\.shen\\'" . shen-mode))
 427
 428 (provide 'shen-mode)
 429 ;;; shen-mode.el ends here