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comparison lisp/mule/mule-ccl.el @ 70:131b0175ea99 r20-0b30

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date Mon, 13 Aug 2007 09:02:59 +0200
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69:804d1389bcd6 70:131b0175ea99
1 ;;; mule-ccl.el --- Code Conversion Language functions.
2
3 ;; Copyright (C) 1992 Free Software Foundation, Inc.
4
5 ;; This file is part of XEmacs.
6
7 ;; XEmacs is free software; you can redistribute it and/or modify it
8 ;; under the terms of the GNU General Public License as published by
9 ;; the Free Software Foundation; either version 2, or (at your option)
10 ;; any later version.
11
12 ;; XEmacs is distributed in the hope that it will be useful, but
13 ;; WITHOUT ANY WARRANTY; without even the implied warranty of
14 ;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
15 ;; General Public License for more details.
16
17 ;; You should have received a copy of the GNU General Public License
18 ;; along with XEmacs; see the file COPYING. If not, write to the
19 ;; Free Software Foundation, Inc., 59 Temple Place - Suite 330,
20 ;; Boston, MA 02111-1307, USA.
21
22 ;;; 93.5.26 created for Mule Ver.0.9.8 by K.Handa <handa@etl.go.jp>
23
24 ;;;; #### This stuff doesn't work yet.
25
26 (defconst ccl-operator-table
27 '[if branch loop break repeat write-repeat write-read-repeat
28 read read-if read-branch write end])
29
30 (let (op (i 0) (len (length ccl-operator-table)))
31 (while (< i len)
32 (setq op (aref ccl-operator-table i))
33 (put op 'ccl-compile-function (intern (format "ccl-compile-%s" op)))
34 (setq i (1+ i))))
35
36 (defconst ccl-machine-code-table
37 '[set-cs set-cl set-r set-a
38 jump jump-cond write-jump write-read-jump write-c-jump
39 write-c-read-jump write-s-jump write-s-read-jump write-a-read-jump
40 branch
41 read1 read2 read-branch write1 write2 write-c write-s write-a
42 end
43 set-self-cs set-self-cl set-self-r set-expr-cl set-expr-r
44 jump-cond-c jump-cond-r read-jump-cond-c read-jump-cond-r
45 ])
46
47 (let (code (i 0) (len (length ccl-machine-code-table)))
48 (while (< i len)
49 (setq code (aref ccl-machine-code-table i))
50 (put code 'ccl-code i)
51 (put code 'ccl-dump-function (intern (format "ccl-dump-%s" code)))
52 (setq i (1+ i))))
53
54 (defconst ccl-register-table '[r0 r1 r2 r3 r4 r5 r6 r7])
55
56 (let (reg (i 0) (len (length ccl-register-table)))
57 (while (< i len)
58 (setq reg (aref ccl-register-table i))
59 (put reg 'ccl-register-number i)
60 (setq i (1+ i))))
61
62 (defconst ccl-arith-table
63 '[+ - * / % & | ^ << >> <8 >8 // nil nil nil < > == <= >= !=])
64
65 (let (arith (i 0) (len (length ccl-arith-table)))
66 (while (< i len)
67 (setq arith (aref ccl-arith-table i))
68 (if arith (put arith 'ccl-arith-code i))
69 (setq i (1+ i))))
70
71 (defconst ccl-self-arith-table
72 '[+= -= *= /= %= &= |= ^= <<= >>= <8= >8= //=])
73
74 (let (arith (i 0) (len (length ccl-self-arith-table)))
75 (while (< i len)
76 (setq arith (aref ccl-self-arith-table i))
77 (put arith 'ccl-self-arith-code i)
78 (setq i (1+ i))))
79
80 ;; this holds the compiled CCL program as it is being compiled.
81 (defvar ccl-program-vector nil)
82
83 ;; this holds the index into ccl-program-vector where the next
84 ;; instruction is to be stored.
85 (defvar ccl-current-ic 0)
86
87 ;; add a constant to the compiled CCL program, either at IC (if specified)
88 ;; or at the current instruction counter (and bumping that value)
89 (defun ccl-embed-const (const &optional ic)
90 (if ic
91 (aset ccl-program-vector ic const)
92 (aset ccl-program-vector ccl-current-ic const)
93 (setq ccl-current-ic (1+ ccl-current-ic))))
94
95 (defun ccl-embed-code (op reg const &optional ic)
96 (let ((machine-code (logior (get op 'ccl-code)
97 (if (symbolp reg)
98 (ash (get reg 'ccl-register-number) 5)
99 0)
100 (ash const 8))))
101 (if ic
102 (aset ccl-program-vector ic machine-code)
103 (aset ccl-program-vector ccl-current-ic machine-code)
104 (setq ccl-current-ic (1+ ccl-current-ic)))))
105
106 ;; advance the instruction counter by INC without doing anything else
107 (defun ccl-embed-nop (&optional inc)
108 (setq ccl-current-ic (+ ccl-current-ic (or inc 1))))
109
110 ;;;###autoload
111 (defun ccl-program-p (obj)
112 "T if OBJECT is a valid CCL compiled code."
113 (and (vectorp obj)
114 (let ((i 0) (len (length obj)) (flag t))
115 (if (> len 1)
116 (progn
117 (while (and flag (< i len))
118 (setq flag (integerp (aref obj i)))
119 (setq i (1+ i)))
120 flag)))))
121
122 (defvar ccl-loop-head nil)
123 (defvar ccl-breaks nil)
124
125 ;;;###autoload
126 (defun ccl-compile (ccl-program)
127 "Compile a CCL source program and return the compiled equivalent.
128 The return value will be a vector of integers."
129 (if (or (null (consp ccl-program))
130 (null (listp (car ccl-program))))
131 (error "CCL: Invalid source program: %s" ccl-program))
132 (if (null (vectorp ccl-program-vector))
133 (setq ccl-program-vector (make-vector 8192 0))
134 ;; perhaps not necessary but guarantees some sort of determinism
135 (fillarray ccl-program-vector 0))
136 (setq ccl-loop-head nil ccl-breaks nil)
137 (setq ccl-current-ic 0)
138 ;; leave space for offset to EOL program
139 (ccl-embed-nop)
140 (ccl-compile-1 (car ccl-program))
141 ;; store offset to EOL program in first word of compiled prog
142 (ccl-embed-const ccl-current-ic 0)
143 (if (car (cdr ccl-program))
144 (ccl-compile-1 (car (cdr ccl-program))))
145 (ccl-embed-code 'end 0 0)
146 (let ((vec (make-vector ccl-current-ic 0))
147 (i 0))
148 (while (< i ccl-current-ic)
149 (aset vec i (aref ccl-program-vector i))
150 (setq i (1+ i)))
151 vec))
152
153 (defun ccl-check-constant (arg cmd)
154 (if (>= arg 0)
155 arg
156 (error "CCL: Negative constant %s not allowed: %s" arg cmd)))
157
158 (defun ccl-check-register (arg cmd)
159 (if (get arg 'ccl-register-number)
160 arg
161 (error "CCL: Invalid register %s: %s" arg cmd)))
162
163 (defun ccl-check-reg-const (arg cmd)
164 (if (integer-or-char-p arg)
165 (ccl-check-constant arg cmd)
166 (ccl-check-register arg cmd)))
167
168 (defun ccl-check-compile-function (arg cmd)
169 (or (get arg 'ccl-compile-function)
170 (error "CCL: Invalid command: %s" cmd)))
171
172 ;; compile a block of CCL code (see CCL_BLOCK above).
173 (defun ccl-compile-1 (cmd-list)
174 (let (cmd)
175 ;; a CCL_BLOCK is either STATEMENT or (STATEMENT [STATEMENT ...])
176 ;; convert the former into the latter.
177 (if (or (not (listp cmd-list))
178 (and cmd-list (symbolp (car cmd-list))))
179 (setq cmd-list (list cmd-list)))
180 (while cmd-list
181 (setq cmd (car cmd-list))
182 ;; an int-or-char is equivalent to (r0 = int-or-char)
183 ;; a string is equivalent to (write string)
184 ;; convert the above two into their equivalent forms.
185 ;; everything else is a list.
186 (cond ((integer-or-char-p cmd)
187 (ccl-compile-set (list 'r0 '= cmd)))
188 ((stringp cmd)
189 (ccl-compile-write-string (list 'write cmd)))
190 ((listp cmd)
191 (if (eq (nth 1 cmd) '=)
192 (ccl-compile-set cmd)
193 (if (and (symbolp (nth 1 cmd))
194 (get (nth 1 cmd) 'ccl-self-arith-code))
195 (ccl-compile-self-set cmd)
196 (funcall (ccl-check-compile-function (car cmd) cmd) cmd))))
197 (t
198 (error "CCL: Invalid command: %s" cmd)))
199 (setq cmd-list (cdr cmd-list)))))
200
201 (defun ccl-compile-set (cmd)
202 (let ((rrr (ccl-check-register (car cmd) cmd))
203 (right (nth 2 cmd)))
204 (cond ((listp right)
205 ;; cmd == (RRR = (XXX OP YYY))
206 (ccl-compile-expression rrr right))
207 ((integer-or-char-p right)
208 (ccl-check-constant right cmd)
209 (if (< right 524288) ; (< right 2^19)
210 (ccl-embed-code 'set-cs rrr right)
211 (ccl-embed-code 'set-cl rrr 0)
212 (ccl-embed-const right)))
213 (t
214 (ccl-check-register right cmd)
215 (let ((ary (nth 3 cmd)))
216 (if (vectorp ary)
217 (let ((i 0) (len (length ary)))
218 (ccl-embed-code 'set-a rrr (get right 'ccl-register-number))
219 (ccl-embed-const len)
220 (while (< i len)
221 (ccl-check-constant (aref ary i) cmd)
222 (ccl-embed-const (aref ary i))
223 (setq i (1+ i))))
224 (ccl-embed-code 'set-r rrr right)))))))
225
226 (defun ccl-compile-self-set (cmd)
227 (let ((rrr (ccl-check-register (car cmd) cmd))
228 (right (nth 2 cmd)))
229 (if (listp right)
230 ;; cmd == (RRR SELF-OP= (XXX OP YYY))
231 (progn
232 (ccl-compile-expression 'r7 right)
233 (setq right 'r7)))
234 (ccl-compile-expression
235 rrr
236 (list rrr (intern (substring (symbol-name (nth 1 cmd)) 0 -1)) right))))
237
238 (defun ccl-compile-expression (rrr expr)
239 (let ((left (car expr))
240 (right (nth 2 expr)))
241 (if (listp left)
242 (progn
243 (ccl-compile-expression 'r7 left)
244 (setq left 'r7)))
245 (if (eq rrr left)
246 (if (integer-or-char-p right)
247 (if (< right 32768)
248 (ccl-embed-code 'set-self-cs rrr right)
249 (ccl-embed-code 'set-self-cl rrr 0)
250 (ccl-embed-const right))
251 (ccl-check-register right expr)
252 (ccl-embed-code 'set-self-r rrr (get right 'ccl-register-number)))
253 (if (integer-or-char-p right)
254 (progn
255 (ccl-embed-code 'set-expr-cl rrr (get left 'ccl-register-number))
256 (ccl-embed-const right))
257 (ccl-check-register right expr)
258 (ccl-embed-code 'set-expr-r rrr (get left 'ccl-register-number))
259 (ccl-embed-const (get right 'ccl-register-number))))
260 (ccl-embed-const (get (nth 1 expr) 'ccl-arith-code))))
261
262 (defun ccl-compile-write-string (cmd)
263 (if (/= (length cmd) 2)
264 (error "CCL: Invalid number of arguments: %s" cmd))
265 (let* ((str (nth 1 cmd))
266 (len (length str))
267 (i 0))
268 (ccl-embed-code 'write-s 0 0)
269 (ccl-embed-const len)
270 (while (< i len)
271 (ccl-embed-const (aref str i))
272 (setq i (1+ i)))))
273
274 (defun ccl-compile-if (cmd)
275 (if (and (/= (length cmd) 3) (/= (length cmd) 4))
276 (error "CCL: Invalid number of arguments: %s" cmd))
277 (let ((condition (nth 1 cmd))
278 (true-cmds (nth 2 cmd))
279 (false-cmds (nth 3 cmd))
280 ic0 ic1 ic2)
281 (if (listp condition)
282 ;; cmd == (if (XXX OP YYY) ...)
283 (if (listp (car condition))
284 ;; cmd == (if ((xxx op yyy) OP YYY) ...)
285 (progn
286 (ccl-compile-expression 'r7 (car condition))
287 (setq condition (cons 'r7 (cdr condition)))
288 (setq cmd (cons (car cmd)
289 (cons condition
290 (cdr (cdr cmd))))))))
291 (setq ic0 ccl-current-ic)
292 (ccl-embed-nop (if (listp condition) 3 1))
293 (ccl-compile-1 true-cmds)
294 (if (null false-cmds)
295 (setq ic1 ccl-current-ic)
296 (setq ic2 ccl-current-ic)
297 (ccl-embed-const 0)
298 (setq ic1 ccl-current-ic)
299 (ccl-compile-1 false-cmds)
300 (ccl-embed-code 'jump 0 ccl-current-ic ic2))
301 (if (symbolp condition)
302 (ccl-embed-code 'jump-cond condition ic1 ic0)
303 (let ((arg (nth 2 condition)))
304 (if (integer-or-char-p arg)
305 (progn
306 (ccl-embed-code 'jump-cond-c (car condition) ic1 ic0)
307 (ccl-embed-const arg (1+ ic0)))
308 (ccl-check-register arg cmd)
309 (ccl-embed-code 'jump-cond-r (car condition) ic1 ic0)
310 (ccl-embed-const (get arg 'ccl-register-number) (1+ ic0)))
311 (ccl-embed-const (get (nth 1 condition) 'ccl-arith-code) (+ ic0 2))))))
312
313 (defun ccl-compile-branch (cmd)
314 (if (< (length cmd) 3)
315 (error "CCL: Invalid number of arguments: %s" cmd))
316 (if (listp (nth 1 cmd))
317 (progn
318 (ccl-compile-expression 'r7 (nth 1 cmd))
319 (setq cmd (cons (car cmd)
320 (cons 'r7 (cdr (cdr cmd)))))))
321 (ccl-compile-branch-1 cmd))
322
323 (defun ccl-compile-read-branch (cmd)
324 (ccl-compile-branch-1 cmd))
325
326 (defun ccl-compile-branch-1 (cmd)
327 (if (< (length cmd) 3)
328 (error "CCL: Invalid number of arguments: %s" cmd))
329 (let ((rrr (ccl-check-register (car (cdr cmd)) cmd))
330 (branches (cdr (cdr cmd)))
331 i ic0 ic1 ic2
332 branch-tails)
333 (ccl-embed-code (car cmd) rrr (- (length cmd) 2))
334 (setq ic0 ccl-current-ic)
335 (ccl-embed-nop (1- (length cmd)))
336 (setq i 0)
337 (while branches
338 (ccl-embed-const ccl-current-ic (+ ic0 i))
339 (ccl-compile-1 (car branches))
340 (setq branch-tails (cons ccl-current-ic branch-tails))
341 (ccl-embed-nop)
342 (setq i (1+ i))
343 (setq branches (cdr branches)))
344 ;; We don't need `jump' from the last branch.
345 (setq branch-tails (cdr branch-tails))
346 (setq ccl-current-ic (1- ccl-current-ic))
347 (while branch-tails
348 (ccl-embed-code 'jump 0 ccl-current-ic (car branch-tails))
349 (setq branch-tails (cdr branch-tails)))
350 ;; This is the case `rrr' is out of range.
351 (ccl-embed-const ccl-current-ic (+ ic0 i))
352 ))
353
354 (defun ccl-compile-loop (cmd)
355 (if (< (length cmd) 2)
356 (error "CCL: Invalid number of arguments: %s" cmd))
357 (let ((ccl-loop-head ccl-current-ic)
358 (ccl-breaks nil))
359 (setq cmd (cdr cmd))
360 (while cmd
361 (ccl-compile-1 (car cmd))
362 (setq cmd (cdr cmd)))
363 (while ccl-breaks
364 (ccl-embed-code 'jump 0 ccl-current-ic (car ccl-breaks))
365 (setq ccl-breaks (cdr ccl-breaks)))))
366
367 (defun ccl-compile-break (cmd)
368 (if (/= (length cmd) 1)
369 (error "CCL: Invalid number of arguments: %s" cmd))
370 (if (null ccl-loop-head)
371 (error "CCL: No outer loop: %s" cmd))
372 (setq ccl-breaks (cons ccl-current-ic ccl-breaks))
373 (ccl-embed-nop))
374
375 (defun ccl-compile-repeat (cmd)
376 (if (/= (length cmd) 1)
377 (error "CCL: Invalid number of arguments: %s" cmd))
378 (if (null ccl-loop-head)
379 (error "CCL: No outer loop: %s" cmd))
380 (ccl-embed-code 'jump 0 ccl-loop-head))
381
382 (defun ccl-compile-write-repeat (cmd)
383 (if (/= (length cmd) 2)
384 (error "CCL: Invalid number of arguments: %s" cmd))
385 (if (null ccl-loop-head)
386 (error "CCL: No outer loop: %s" cmd))
387 (let ((arg (nth 1 cmd)))
388 (cond ((integer-or-char-p arg)
389 (ccl-embed-code 'write-c-jump 0 ccl-loop-head)
390 (ccl-embed-const arg))
391 ((stringp arg)
392 (ccl-embed-code 'write-s-jump 0 ccl-loop-head)
393 (let ((i 0) (len (length arg)))
394 (ccl-embed-const (length arg))
395 (while (< i len)
396 (ccl-embed-const (aref arg i))
397 (setq i (1+ i)))))
398 (t
399 (ccl-check-register arg cmd)
400 (ccl-embed-code 'write-jump arg ccl-loop-head)))))
401
402 (defun ccl-compile-write-read-repeat (cmd)
403 (if (or (< (length cmd) 2) (> (length cmd) 3))
404 (error "CCL: Invalid number of arguments: %s" cmd))
405 (if (null ccl-loop-head)
406 (error "CCL: No outer loop: %s" cmd))
407 (let ((rrr (ccl-check-register (nth 1 cmd) cmd))
408 (arg (nth 2 cmd)))
409 (cond ((null arg)
410 (ccl-embed-code 'write-read-jump rrr ccl-loop-head))
411 ((integer-or-char-p arg)
412 (ccl-embed-code 'write-c-read-jump rrr ccl-loop-head)
413 (ccl-embed-const arg))
414 ((or (stringp arg) (vectorp arg))
415 (ccl-embed-code (if (stringp arg)
416 'write-s-read-jump
417 'write-a-read-jump)
418 rrr ccl-loop-head)
419 (let ((i 0) (len (length arg)))
420 (ccl-embed-const (length arg))
421 (while (< i len)
422 (ccl-embed-const (aref arg i))
423 (setq i (1+ i)))))
424 (t (error "CCL: Invalide argument %s: %s" arg cmd)))))
425
426 (defun ccl-compile-read (cmd)
427 (let ((rrr (ccl-check-register (nth 1 cmd) cmd)))
428 (cond ((= (length cmd) 2)
429 (ccl-embed-code 'read1 rrr 0))
430 ((= (length cmd) 3)
431 (ccl-embed-code 'read2 rrr (get (nth 2 cmd) 'ccl-register-number)))
432 (t (error "CCL: Invalid number of arguments: %s" cmd)))))
433
434 (defun ccl-compile-read-if (cmd)
435 (if (and (/= (length cmd) 3) (/= (length cmd) 4))
436 (error "CCL: Invalid number of arguments: %s" cmd))
437 (let* ((expr (nth 1 cmd))
438 (rrr (ccl-check-register (car expr) cmd))
439 (true-cmds (nth 2 cmd))
440 (false-cmds (nth 3 cmd))
441 ic0 ic1 ic2)
442 (setq ic0 ccl-current-ic)
443 (ccl-embed-nop 3)
444 (ccl-compile-1 true-cmds)
445 (if (null false-cmds)
446 (setq ic1 ccl-current-ic)
447 (setq ic2 ccl-current-ic)
448 (ccl-embed-const 0)
449 (setq ic1 ccl-current-ic)
450 (ccl-compile-1 false-cmds)
451 (ccl-embed-code 'jump 0 ccl-current-ic ic2))
452 (let ((arg (nth 2 expr)))
453 (ccl-embed-code (if (integer-or-char-p arg) 'read-jump-cond-c
454 'read-jump-cond-r)
455 rrr ic1 ic0)
456 (ccl-embed-const (if (integer-or-char-p arg) arg
457 (get arg 'ccl-register-number))
458 (1+ ic0))
459 (ccl-embed-const (get (nth 1 expr) 'ccl-arith-code) (+ ic0 2)))))
460
461 (defun ccl-compile-write (cmd)
462 (if (and (/= (length cmd) 2) (/= (length cmd) 3))
463 (error "CCL: Invalid number of arguments: %s" cmd))
464 (let ((rrr (nth 1 cmd)))
465 (cond ((integer-or-char-p rrr)
466 (ccl-embed-code 'write-c 0 0)
467 (ccl-embed-const rrr))
468 ((stringp rrr)
469 (ccl-compile-write-string (list 'write rrr)))
470 (t
471 (ccl-check-register rrr cmd)
472 (let ((arg (nth 2 cmd)))
473 (if arg
474 (cond ((symbolp arg)
475 (ccl-check-register arg cmd)
476 (ccl-embed-code 'write2 rrr
477 (get arg 'ccl-register-number)))
478 ((vectorp arg)
479 (let ((i 0) (len (length arg)))
480 (ccl-embed-code 'write-a rrr 0)
481 (ccl-embed-const len)
482 (while (< i len)
483 (ccl-embed-const (aref arg i))
484 (setq i (1+ i)))))
485 (t (error "CCL: Invalid argument %s: %s" arg cmd)))
486 (ccl-embed-code 'write1 rrr 0)))))))
487
488 (defun ccl-compile-end (cmd)
489 (if (/= (length cmd) 1)
490 (error "CCL: Invalid number of arguments: %s" cmd))
491 (ccl-embed-code 'end 0 0))
492
493 ;;; CCL dump staffs
494 (defvar ccl-program-vector-dump nil)
495
496 ;;;###autoload
497 (defun ccl-dump (ccl-code)
498 "Disassemble compiled CCL-CODE."
499 (save-excursion
500 (set-buffer (get-buffer-create "*CCL-Dump*"))
501 (erase-buffer)
502 (setq ccl-program-vector-dump ccl-code)
503 (let ((len (length ccl-code)))
504 (insert "Main:\n")
505 (setq ccl-current-ic 1)
506 (if (> (aref ccl-code 0) 0)
507 (progn
508 (while (< ccl-current-ic (aref ccl-code 0))
509 (ccl-dump-1))
510 (insert "At EOF:\n")))
511 (while (< ccl-current-ic len)
512 (ccl-dump-1))
513 ))
514 (display-buffer (get-buffer "*CCL-Dump*")))
515
516 (defun ccl-get-next-code ()
517 (prog1
518 (aref ccl-program-vector-dump ccl-current-ic)
519 (setq ccl-current-ic (1+ ccl-current-ic))))
520
521 (defun ccl-dump-1 ()
522 (let* ((opcode (ccl-get-next-code))
523 (code (logand opcode 31))
524 (cmd (aref ccl-machine-code-table code))
525 (rrr (logand (ash opcode -5) 7))
526 (cc (ash opcode -8)))
527 (insert (format "%4d: " (1- ccl-current-ic)))
528 (funcall (get cmd 'ccl-dump-function) rrr cc)))
529
530 (defun ccl-dump-set-cs (rrr cc)
531 (insert (format "r%d = %s\n" rrr cc)))
532
533 (defun ccl-dump-set-cl (rrr cc)
534 (setq cc (ccl-get-next-code))
535 (insert (format "r%d = %s\n" rrr cc)))
536
537 (defun ccl-dump-set-r (rrr cc)
538 (insert (format "r%d = r%d\n" rrr cc)))
539
540 (defun ccl-dump-set-a (rrr cc)
541 (let ((range (ccl-get-next-code)) (i 0))
542 (insert (format "r%d = array[r%d] of length %d\n\t"
543 rrr cc range))
544 (let ((i 0))
545 (while (< i range)
546 (insert (format "%d " (ccl-get-next-code)))
547 (setq i (1+ i))))
548 (insert "\n")))
549
550 (defun ccl-dump-jump (rrr cc)
551 (insert (format "jump to %d\n" cc)))
552
553 (defun ccl-dump-jump-cond (rrr cc)
554 (insert (format "if !(r%d), jump to %d\n" rrr cc)))
555
556 (defun ccl-dump-write-jump (rrr cc)
557 (insert (format "write r%d, jump to %d\n" rrr cc)))
558
559 (defun ccl-dump-write-read-jump (rrr cc)
560 (insert (format "write r%d, read r%d, jump to %d\n" rrr rrr cc)))
561
562 (defun ccl-dump-write-c-jump (rrr cc)
563 (let ((const (ccl-get-next-code)))
564 (insert (format "write %s, jump to %d\n" const cc))))
565
566 (defun ccl-dump-write-c-read-jump (rrr cc)
567 (let ((const (ccl-get-next-code)))
568 (insert (format "write %s, read r%d, jump to %d\n" const rrr cc))))
569
570 (defun ccl-dump-write-s-jump (rrr cc)
571 (let ((len (ccl-get-next-code)) (i 0))
572 (insert "write \"")
573 (while (< i len)
574 (insert (format "%c" (ccl-get-next-code)))
575 (setq i (1+ i)))
576 (insert (format "\", jump to %d\n" cc))))
577
578 (defun ccl-dump-write-s-read-jump (rrr cc)
579 (let ((len (ccl-get-next-code)) (i 0))
580 (insert "write \"")
581 (while (< i len)
582 (insert (format "%c" (ccl-get-next-code)))
583 (setq i (1+ i)))
584 (insert (format "\", read r%d, jump to %d\n" rrr cc))))
585
586 (defun ccl-dump-write-a-read-jump (rrr cc)
587 (let ((len (ccl-get-next-code)) (i 0))
588 (insert (format "write array[r%d] of length %d, read r%d, jump to %d\n\t"
589 rrr len rrr cc))
590 (while (< i len)
591 (insert (format "%d " (ccl-get-next-code)))
592 (setq i (1+ i)))
593 (insert "\n")))
594
595 (defun ccl-dump-branch (rrr cc)
596 (let ((i 0))
597 (insert (format "jump to array[r%d] of length %d)\n\t" rrr cc))
598 (while (<= i cc)
599 (insert (format "%d " (ccl-get-next-code)))
600 (setq i (1+ i)))
601 (insert "\n")))
602
603 (defun ccl-dump-read1 (rrr cc)
604 (insert (format "read r%d\n" rrr)))
605
606 (defun ccl-dump-read2 (rrr cc)
607 (insert (format "read r%d and r%d\n" rrr cc)))
608
609 (defun ccl-dump-read-branch (rrr cc)
610 (insert (format "read r%d, " rrr))
611 (ccl-dump-branch rrr cc))
612
613 (defun ccl-dump-write1 (rrr cc)
614 (insert (format "write r%d\n" rrr)))
615
616 (defun ccl-dump-write2 (rrr cc)
617 (insert (format "write r%d and r%d\n" rrr cc)))
618
619 (defun ccl-dump-write-c (rrr cc)
620 (insert (format "write %s\n" (ccl-get-next-code))))
621
622 (defun ccl-dump-write-s (rrr cc)
623 (let ((len (ccl-get-next-code)) (i 0))
624 (insert "write \"")
625 (while (< i len)
626 (insert (format "%c" (ccl-get-next-code)))
627 (setq i (1+ i)))
628 (insert "\"\n")))
629
630 (defun ccl-dump-write-a (rrr cc)
631 (let ((len (ccl-get-next-code)) (i 0))
632 (insert (format "write array[r%d] of length %d\n\t" rrr len))
633 (while (< i 0)
634 (insert "%d " (ccl-get-next-code))
635 (setq i (1+ i)))
636 (insert "\n")))
637
638 (defun ccl-dump-end (rrr cc)
639 (insert "end\n"))
640
641 (defun ccl-dump-set-self-cs (rrr cc)
642 (let ((arith (aref ccl-arith-table (ccl-get-next-code))))
643 (insert (format "r%d %s= %s\n" rrr arith cc))))
644
645 (defun ccl-dump-set-self-cl (rrr cc)
646 (setq cc (ccl-get-next-code))
647 (let ((arith (aref ccl-arith-table (ccl-get-next-code))))
648 (insert (format "r%d %s= %s\n" rrr arith cc))))
649
650 (defun ccl-dump-set-self-r (rrr cc)
651 (let ((arith (aref ccl-arith-table (ccl-get-next-code))))
652 (insert (format "r%d %s= r%d\n" rrr arith cc))))
653
654 (defun ccl-dump-set-expr-cl (rrr cc)
655 (let ((const (ccl-get-next-code))
656 (arith (aref ccl-arith-table (ccl-get-next-code))))
657 (insert (format "r%d = r%d %s %s\n" rrr cc arith const))))
658
659 (defun ccl-dump-set-expr-r (rrr cc)
660 (let ((reg (ccl-get-next-code))
661 (arith (aref ccl-arith-table (ccl-get-next-code))))
662 (insert (format "r%d = r%d %s r%d\n" rrr cc arith reg))))
663
664 (defun ccl-dump-jump-cond-c (rrr cc)
665 (let ((const (ccl-get-next-code))
666 (arith (aref ccl-arith-table (ccl-get-next-code))))
667 (insert (format "if !(r%d %s %s), jump to %d\n" rrr arith const cc))))
668
669 (defun ccl-dump-jump-cond-r (rrr cc)
670 (let ((reg (ccl-get-next-code))
671 (arith (aref ccl-arith-table (ccl-get-next-code))))
672 (insert (format "if !(r%d %s r%d), jump to %d\n" rrr arith reg cc))))
673
674 (defun ccl-dump-read-jump-cond-c (rrr cc)
675 (insert (format "read r%d, " rrr))
676 (ccl-dump-jump-cond-c rrr cc))
677
678 (defun ccl-dump-read-jump-cond-r (rrr cc)
679 (insert (format "read r%d, " rrr))
680 (ccl-dump-jump-cond-r rrr cc))
681
682 ;; CCL emulation staffs
683
684 ;; Not yet implemented.
685
686 ;; For byte-compiler
687
688 ;;;###autoload
689 (defmacro define-ccl-program (name ccl-program &optional doc)
690 "Does (defconst NAME (ccl-compile (eval CCL-PROGRAM)) DOC).
691 Byte-compiler expand this macro while compiling."
692 (` (defconst (, name) (, (ccl-compile (eval ccl-program))) (, doc))))
693
694 (put 'define-ccl-program 'byte-hunk-handler 'macroexpand)
695
696 (provide 'ccl)