4 /* Atoms, including false, are OK as rule productions.
5 * No matchdeclare predicates => match literal expressions only.
8 (tellsimp (foo1 (x), true),
9 tellsimp (foo2 (x), false),
10 tellsimp (foo3 (x), %pi),
11 tellsimp (foo4 (x), 1729),
13 tellsimpafter (bar1 (x), true),
14 tellsimpafter (bar2 (x), false),
15 tellsimpafter (bar3 (x), %pi),
16 tellsimpafter (bar4 (x), 1729),
18 defrule (r1, baz1 (x), true),
19 defrule (r2, baz2 (x), false),
20 defrule (r3, baz3 (x), %pi),
21 defrule (r4, baz4 (x), 1729),
26 [foo1 (x), foo2 (x), foo3 (x), foo4 (x), bar1 (x), bar2 (x), bar3 (x), bar4 (x)];
27 [true, false, %pi, 1729, true, false, %pi, 1729];
29 [r1 (baz1 (x)), r2 (baz2 (x)), r3 (baz3 (x)), r4 (baz4 (x))];
30 [true, false, %pi, 1729];
32 /* For defrule and defmatch, atoms (both literal and variable) are OK as rule templates.
33 * (Not OK for tellsimp and tellsimpafter, however.)
36 (defrule (rx, xx, foo_xx),
37 defrule (r1, 1, foo_1),
38 defrule (rs, "string", foo_string),
39 defrule (r17, 17.0, foo_17),
40 defrule (rtrue, true, foo_true),
41 defrule (rfalse, false, foo_false),
45 defmatch (ps, "string"),
46 defmatch (pfloat, 17.0),
47 defmatch (ptrue, true),
48 defmatch (pfalse, false),
53 [rx (xx), r1 (1), rs ("string"), r17 (17.0), rtrue (true), rfalse (false)];
54 [foo_xx, foo_1, foo_string, foo_17, foo_true, foo_false];
56 [rx (yy), r1 (2), rs ("string2"), r17 (29.0), rtrue (truly), rfalse (falsely)];
57 [false, false, false, false, false, false];
59 [px (xx), p1 (1), ps ("string"), pfloat (17.0), ptrue (true), pfalse (false)];
60 [true, true, true, true, true, true];
62 [px (yy), p1 (2), ps ("string2"), pfloat (29.0), ptrue (truly), pfalse (falsely)];
63 [false, false, false, false, false, false];
65 (matchdeclare (aa, atom, ii, integerp, ss, stringp, ff, floatnump, bb, booleanp),
66 booleanp (e) := atom (e) and (e = true or e = false),
68 defrule (ra, aa, [aa]),
69 defrule (ri, ii, ii / 10.0),
70 defrule (rs, ss, concat (ss, "1729")),
71 defrule (rf, ff, floor (ff)),
72 defrule (rb, bb, if bb then 1 else 0),
83 [ra (foobar), ri (17290), rs ("foobar"), rf (17.29), rb (false)];
84 [[foobar], 1729.0, "foobar1729", 17, 0];
86 [ra (foo + bar), ri (17290.0), rs (foobar), rf (1729), rb (foo (bar))];
87 [false, false, false, false, false];
89 [pa (foobar), pi (17290), ps ("foobar"), pf (1729.0), pb (false)];
90 [[aa = foobar], [ii = 17290], [ss = "foobar"], [ff = 1729.0], [bb = false]];
92 [pa (foo + bar), pi (17290.0), ps (foobar), pf (1729), pb (foo (bar))];
93 [false, false, false, false, false];
95 /* Match variables are OK as main operator names in defrule and defmatch,
96 * but not in tellsimp and tellsimpafter. Operators other than the main
97 * operator can be match variables in tellsimp and tellsimpafter.
98 * DROP A NOTE TO THIS EFFECT IN RULES.TEXI !!
103 f, lambda ([e], featurep (e, increasing)),
107 (defrule (r1, a(b), b(a)),
108 defrule (r2, f(x) < f(y), x < y),
110 defmatch (p2, f(x) < f(y)),
114 [r1 (foo (bar)), r2 (log (u + v) < log (u - v))];
115 [bar (foo), u + v < u - v];
117 [p1 (foo (bar)), p2 (log (u + v) < log (u - v))];
118 [[b = bar, a = foo], [y = u - v, x = u + v, f = log]];
120 for e in values do apply (remvalue, [e]);
123 [r1 (foo (bar + baz)), r2 (cosh (x) < cosh (y))];
126 [p1 (foo (bar + baz)), p2 (cosh (x) < cosh (y))];
129 (tellsimp (f(x) < f(y), x < y),
130 tellsimpafter (f(x) > f(y), x > y),
134 [log (u + v) < log (u - v), cosh (u + v) < cosh (u - v)];
135 [u + v < u - v, cosh (u + v) < cosh (u - v)];
137 [sinh (u + v) > sinh (u * v), sin (u + v) > sin (u * v)];
138 [u + v > u * v, sin (u + v) > sin (u * v)];
140 /* Various forms of matchdeclare predicates.
141 * These should different ways to say the same thing.
144 matchdeclare (aa1, true, aa2, all);
150 bb3, myintegerp_mmacro,
151 bb4, myintegerp_mmacro(),
152 bb3, myintegerp_mfunction,
153 bb4, myintegerp_mfunction(),
154 bb5, lambda ([x], integerp (x)),
155 bb6, lambda ([x], integerp (x)) (),
156 bb7, myintegerp_array_fcn [1234] ());
159 (myintegerp_mmacro (x) ::= buildq ([x], integerp (x)), myintegerp_mfunction (x) := integerp (x), myintegerp_array_fcn [1234] (x) := integerp (x), 0);
163 (cc1, freeof (%e, %i),
164 cc2, myfreeof_mmacro (%e, %i),
165 cc3, myfreeof_mfunction (%e, %i),
166 cc4, lambda ([x, y, z], freeof (x, y, z)) (%e, %i),
167 cc5, lambda ([[L]], apply (freeof, L)) (%e, %i),
168 cc6, myfreeof_array_fcn [1234] (%e, %i));
171 (myfreeof_mmacro ([L]) ::= buildq ([L], freeof (splice (L))), myfreeof_mfunction ([L]) := apply (freeof, L), myfreeof_array_fcn [1234] ([L]) := apply (freeof, L), 0);
174 /* Rules using equivalent predicate defns should have the same effect.
177 (tellsimpafter (fa1 (aa1), ga (aa1)),
178 tellsimpafter (fa2 (aa2), ga (aa2)),
180 tellsimpafter (fb1 (bb1), gb (bb1)),
181 tellsimpafter (fb2 (bb2), gb (bb2)),
182 tellsimpafter (fb3 (bb3), gb (bb3)),
183 tellsimpafter (fb4 (bb4), gb (bb4)),
184 tellsimpafter (fb5 (bb5), gb (bb5)),
185 tellsimpafter (fb6 (bb6), gb (bb6)),
186 tellsimpafter (fb7 (bb7), gb (bb7)),
188 tellsimpafter (fc1 (cc1), gc (cc1)),
189 tellsimpafter (fc2 (cc2), gc (cc2)),
190 tellsimpafter (fc3 (cc3), gc (cc3)),
191 tellsimpafter (fc4 (cc4), gc (cc4)),
192 tellsimpafter (fc5 (cc5), gc (cc5)),
193 tellsimpafter (fc6 (cc6), gc (cc6)),
197 [fa1 (%pi + %i), fa2 (%pi + %i)];
198 [ga (%pi + %i), ga (%pi + %i)];
200 [fb1 (100), fb2 (100), fb3 (100), fb4 (100), fb5 (100), fb6 (100), fb7 (100)];
201 [gb (100), gb (100), gb (100), gb (100), gb (100), gb (100), gb (100)];
203 (L : [fb1 (x), fb2 (x), fb3 (x), fb4 (x), fb5 (x), fb6 (x), fb7 (x)], 0);
210 [fb1 (x), fb2 (x), fb3 (x), fb4 (x), fb5 (x), fb6 (x), fb7 (x)];
215 [fc1 (x + y), fc2 (x + y), fc3 (x + y), fc4 (x + y), fc5 (x + y), fc6 (x + y)];
216 [gc (x + y), gc (x + y), gc (x + y), gc (x + y), gc (x + y), gc (x + y)];
218 (L : [fc1 (%i + y), fc2 (%i + y), fc3 (%i + y), fc4 (%i + y), fc5 (%i + y), fc6 (%i + y)], 0);
225 [fc1 (%i + y), fc2 (%i + y), fc3 (%i + y), fc4 (%i + y), fc5 (%i + y), fc6 (%i + y)];
230 /* Repeat tellsimpafter examples using tellsimp.
233 (tellsimp (f2a1 (aa1), ga (aa1)),
234 tellsimp (f2a2 (aa2), ga (aa2)),
236 tellsimp (f2b1 (bb1), gb (bb1)),
237 tellsimp (f2b2 (bb2), gb (bb2)),
238 tellsimp (f2b3 (bb3), gb (bb3)),
239 tellsimp (f2b4 (bb4), gb (bb4)),
240 tellsimp (f2b5 (bb5), gb (bb5)),
241 tellsimp (f2b6 (bb6), gb (bb6)),
242 tellsimp (f2b7 (bb7), gb (bb7)),
244 tellsimp (f2c1 (cc1), gc (cc1)),
245 tellsimp (f2c2 (cc2), gc (cc2)),
246 tellsimp (f2c3 (cc3), gc (cc3)),
247 tellsimp (f2c4 (cc4), gc (cc4)),
248 tellsimp (f2c5 (cc5), gc (cc5)),
249 tellsimp (f2c6 (cc6), gc (cc6)),
253 [f2a1 (%pi + %i), f2a2 (%pi + %i)];
254 [ga (%pi + %i), ga (%pi + %i)];
256 [f2b1 (100), f2b2 (100), f2b3 (100), f2b4 (100), f2b5 (100), f2b6 (100), f2b7 (100)];
257 [gb (100), gb (100), gb (100), gb (100), gb (100), gb (100), gb (100)];
259 (L : [f2b1 (x), f2b2 (x), f2b3 (x), f2b4 (x), f2b5 (x), f2b6 (x), f2b7 (x)], 0);
266 [f2b1 (x), f2b2 (x), f2b3 (x), f2b4 (x), f2b5 (x), f2b6 (x), f2b7 (x)];
271 [f2c1 (x + y), f2c2 (x + y), f2c3 (x + y), f2c4 (x + y), f2c5 (x + y), f2c6 (x + y)];
272 [gc (x + y), gc (x + y), gc (x + y), gc (x + y), gc (x + y), gc (x + y)];
274 (L : [f2c1 (%i + y), f2c2 (%i + y), f2c3 (%i + y), f2c4 (%i + y), f2c5 (%i + y), f2c6 (%i + y)], 0);
281 [f2c1 (%i + y), f2c2 (%i + y), f2c3 (%i + y), f2c4 (%i + y), f2c5 (%i + y), f2c6 (%i + y)];
286 /* Repeat tellsimpafter examples using defrule.
289 (defrule (rule_a1, f3a1 (aa1), ga (aa1)),
290 defrule (rule_a2, f3a2 (aa2), ga (aa2)),
292 defrule (rule_b1, f3b1 (bb1), gb (bb1)),
293 defrule (rule_b2, f3b2 (bb2), gb (bb2)),
294 defrule (rule_b3, f3b3 (bb3), gb (bb3)),
295 defrule (rule_b4, f3b4 (bb4), gb (bb4)),
296 defrule (rule_b5, f3b5 (bb5), gb (bb5)),
297 defrule (rule_b6, f3b6 (bb6), gb (bb6)),
298 defrule (rule_b7, f3b7 (bb7), gb (bb7)),
300 defrule (rule_c1, f3c1 (cc1), gc (cc1)),
301 defrule (rule_c2, f3c2 (cc2), gc (cc2)),
302 defrule (rule_c3, f3c3 (cc3), gc (cc3)),
303 defrule (rule_c4, f3c4 (cc4), gc (cc4)),
304 defrule (rule_c5, f3c5 (cc5), gc (cc5)),
305 defrule (rule_c6, f3c6 (cc6), gc (cc6)),
309 map (lambda ([e, r], apply (apply1, [e, r])), [f3a1 (%pi + %i), f3a2 (%pi + %i)], [rule_a1, rule_a2]);
310 [ga (%pi + %i), ga (%pi + %i)];
312 map (lambda ([e, r], apply (apply1, [e, r])), [f3b1 (100), f3b2 (100), f3b3 (100), f3b4 (100), f3b5 (100), f3b6 (100), f3b7 (100)], [rule_b1, rule_b2, rule_b3, rule_b4, rule_b5, rule_b6, rule_b7]);
313 [gb (100), gb (100), gb (100), gb (100), gb (100), gb (100), gb (100)];
315 map (lambda ([e, r], apply (apply1, [e, r])), [f3b1 (x), f3b2 (x), f3b3 (x), f3b4 (x), f3b5 (x), f3b6 (x), f3b7 (x)], [rule_b1, rule_b2, rule_b3, rule_b4, rule_b5, rule_b6, rule_b7]);
316 [f3b1 (x), f3b2 (x), f3b3 (x), f3b4 (x), f3b5 (x), f3b6 (x), f3b7 (x)];
318 map (lambda ([e, r], apply (apply1, [e, r])), [f3c1 (x + y), f3c2 (x + y), f3c3 (x + y), f3c4 (x + y), f3c5 (x + y), f3c6 (x + y)], [rule_c1, rule_c2, rule_c3, rule_c4, rule_c5, rule_c6]);
319 [gc (x + y), gc (x + y), gc (x + y), gc (x + y), gc (x + y), gc (x + y)];
321 map (lambda ([e, r], apply (apply1, [e, r])), [f3c1 (%i + y), f3c2 (%i + y), f3c3 (%i + y), f3c4 (%i + y), f3c5 (%i + y), f3c6 (%i + y)], [rule_c1, rule_c2, rule_c3, rule_c4, rule_c5, rule_c6]);
322 [f3c1 (%i + y), f3c2 (%i + y), f3c3 (%i + y), f3c4 (%i + y), f3c5 (%i + y), f3c6 (%i + y)];
324 /* Repeat tellsimpafter examples using defmatch.
327 (defmatch (prog_a1, f4a1 (aa1)),
328 defmatch (prog_a2, f4a2 (aa2)),
330 defmatch (prog_b1, f4b1 (bb1)),
331 defmatch (prog_b2, f4b2 (bb2)),
332 defmatch (prog_b3, f4b3 (bb3)),
333 defmatch (prog_b4, f4b4 (bb4)),
334 defmatch (prog_b5, f4b5 (bb5)),
335 defmatch (prog_b6, f4b6 (bb6)),
336 defmatch (prog_b7, f4b7 (bb7)),
338 defmatch (prog_c1, f4c1 (cc1)),
339 defmatch (prog_c2, f4c2 (cc2)),
340 defmatch (prog_c3, f4c3 (cc3)),
341 defmatch (prog_c4, f4c4 (cc4)),
342 defmatch (prog_c5, f4c5 (cc5)),
343 defmatch (prog_c6, f4c6 (cc6)),
347 map (lambda ([e, r], r(e)), [f4a1 (%pi + %i), f4a2 (%pi + %i)], [prog_a1, prog_a2]);
348 ['[aa1 = %pi + %i], '[aa2 = %pi + %i]];
350 map (lambda ([e, r], r(e)), [f4b1 (100), f4b2 (100), f4b3 (100), f4b4 (100), f4b5 (100), f4b6 (100), f4b7 (100)], [prog_b1, prog_b2, prog_b3, prog_b4, prog_b5, prog_b6, prog_b7]);
351 ['[bb1 = 100], '[bb2 = 100], '[bb3 = 100], '[bb4 = 100], '[bb5 = 100], '[bb6 = 100], '[bb7 = 100]];
353 map (lambda ([e, r], r(e)), [f4b1 (x), f4b2 (x), f4b3 (x), f4b4 (x), f4b5 (x), f4b6 (x), f4b7 (x)], [prog_b1, prog_b2, prog_b3, prog_b4, prog_b5, prog_b6, prog_b7]);
354 [false, false, false, false, false, false, false];
356 map (lambda ([e, r], r(e)), [f4c1 (x + y), f4c2 (x + y), f4c3 (x + y), f4c4 (x + y), f4c5 (x + y), f4c6 (x + y)], [prog_c1, prog_c2, prog_c3, prog_c4, prog_c5, prog_c6]);
357 ['[cc1 = y + x], '[cc2 = y + x], '[cc3 = y + x], '[cc4 = y + x], '[cc5 = y + x], '[cc6 = y + x]];
359 map (lambda ([e, r], r(e)), [f4c1 (%i + y), f4c2 (%i + y), f4c3 (%i + y), f4c4 (%i + y), f4c5 (%i + y), f4c6 (%i + y)], [prog_c1, prog_c2, prog_c3, prog_c4, prog_c5, prog_c6]);
360 [false, false, false, false, false, false];
362 /* Re-do above examples using DEFMSPEC functions in matchdeclare predicates.
363 * Commenting out this part because :lisp is not recognized in test scripts.
364 :lisp (defmspec $myintegerp_mspec (l) ($integerp (meval (cadr l))))
365 :lisp (defmspec $myfreeof_mspec (l) (apply '$freeof (mapcar #'meval (cdr l))))
368 (dd1, myintegerp_mspec,
369 dd2, myintegerp_mspec (),
370 ee1, myfreeof_mspec (%e, %i)),
374 (tellsimpafter (fd1 (dd1), gd (dd1)),
375 tellsimpafter (fd2 (dd2), gd (dd2)),
376 tellsimpafter (fe1 (ee1), ge (ee1)),
378 tellsimp (f2d1 (dd1), gd (dd1)),
379 tellsimp (f2d2 (dd2), gd (dd2)),
380 tellsimp (f2e1 (ee1), ge (ee1)),
382 defrule (rule_d1, f3d1 (dd1), gd (dd1)),
383 defrule (rule_d2, f3d2 (dd2), gd (dd2)),
384 defrule (rule_e1, f3e1 (ee1), ge (ee1)),
386 defmatch (prog_d1, f4d1 (dd1)),
387 defmatch (prog_d2, f4d2 (dd2)),
388 defmatch (prog_e1, f4e1 (ee1)),
392 [fd1 (100), fd2 (100), fe1 (x + y),
393 f2d1 (100), f2d2 (100), f2e1 (x + y),
394 apply1 (f3d1 (100), rule_d1), apply1 (f3d2 (100), rule_d2), apply1 (f3e1 (x + y), rule_e1),
395 prog_d1 (f4d1 (100)), prog_d2 (f4d2 (100)), prog_e1 (f4e1 (x + y))];
396 [gd (100), gd (100), ge (x + y),
397 gd (100), gd (100), ge (x + y),
398 gd (100), gd (100), ge (x + y),
399 '[dd1 = 100], '[dd2 = 100], '[ee1 = x + y]];
401 (L : [fd1 (x), fd2 (x), f2d1 (x), f2d2 (x)], 0);
408 [fd1 (x), fd2 (x), f2d1 (x), f2d2 (x)];
414 /* Examples of built-in and user-defined binary operators.
418 "@@" (a, b) := integerp(a) and integerp(b) and remainder(b, a) = 0,
419 matchdeclare (aa, "<"(100), bb, ">"(100), cc, "="(100), dd, "#"(100), ee, "@@"(100)),
420 tellsimpafter (FOO1 (aa, bb, cc, dd, ee), BAR1 (aa - 100, 100 - bb, cc - 100, dd - 100, ee / 100)),
424 FOO1 (17, 29, 1729, 29, 17);
425 FOO1 (17, 29, 1729, 29, 17);
427 FOO1 (1729, 17, 100, 29, 172900);
428 BAR1 (1729 - 100, 100 - 17, 0, 29 - 100, 1729);
430 /* Undecided expressions should be treated as failed matches
431 * (i.e. without causing a predicate evaluation error,
432 * and without treating some non-false value as true)
434 (matchdeclare (aa, "<"(foo0), bb, ">"(foo0), cc, "="(foo0), dd, "#"(foo0)),
435 tellsimpafter (BAZ1 (aa, bb, cc, dd), BLURF1 (aa - foo0, foo0 - bb, 0, dd - foo0)),
439 (BAZ1 (1729, 17, 100, 29), [op (%%), args (%%)]);
440 [BAZ1, [1729, 17, 100, 29]];
445 BAZ1 (1729, 17, 100, 29);
446 BLURF1 (1729 - 100, 100 - 17, 0, 29 - 100);
448 /* Arguments appearing in matched expressions should be evaluated just once
449 * (just as they would be if there were no matching).
452 /* NEED EXAMPLES HERE !! */
454 /* Additional miscellaneous examples.
456 (nzc (e) := constantp (e) and e # 0,
457 matchdeclare ([aa, bb], constantp, [xx, yy, zz], nzc),
458 declare (C1, constant),
459 r1: first (tellsimp (quux (aa, bb), foo (bb, aa))),
460 r2: first (tellsimp (foo (aa, bb), bar (aa*bb))),
461 r3: first (tellsimp (baz (aa, bb), foo (bb, aa))),
465 /* Verify that tellsimp-defined rules are applied one after another.
474 /* I'd like to kill just r1, but remrule has at least one bug (SF bug # 1204711)
482 (r4: first (tellsimpafter (quux (xx, yy), glurf (xx^yy))), 0);
488 /* For bug [ 1120546 ] defrule (a, b, c) (all atoms) confuses kill (rules)
494 (defrule (a, b, c), 0);
500 /* Unreported bug: patterns for + or * match any operator (not just + or *)
501 * when + or * is not the top-level operator and pattern variables
502 * partition the arguments of + or *.
505 (matchdeclare (xx, integerp, yy, lambda ([ee], not integerp (ee))),
506 defrule (r1, FOO (xx + yy), FOOPLUS (xx, yy)),
507 defrule (r2, FOO (xx * yy), FOOTIMES (xx, yy)),
511 apply1 (FOO (a + b + c + 123), r1);
512 FOOPLUS (123, a + b + c);
514 apply1 (FOO (x * y * z * 234), r2);
515 FOOTIMES (234, x * y * z);
517 apply1 (FOO (BAR (a, b, c, 123)), r1, r2);
518 FOOPLUS (0, BAR (a, b, c, 123));
520 apply1 (FOO (BAR (a, b, c, 123)), r2, r1);
521 FOOTIMES (1, BAR (a, b, c, 123));
523 apply1 (FOO (x + y + z + 345), r2);
524 FOOTIMES (1, x + y + z + 345);
526 apply1 (FOO (s * t * u * v * 456), r1);
527 FOOPLUS (0, s * t * u * v * 456);
529 (matchdeclare (xx, lambda ([e], integerp(e) and e # 0), yy, lambda ([ee], not integerp (ee))),
530 defrule (r1, FOO (xx + yy), FOOPLUS (xx, yy)),
531 matchdeclare (xx, lambda ([e], integerp(e) and e # 1)),
532 defrule (r2, FOO (xx * yy), FOOTIMES (xx, yy)),
536 apply1 (FOO (a + b + c + 123), r1);
537 FOOPLUS (123, a + b + c);
539 apply1 (FOO (x * y * z * 234), r2);
540 FOOTIMES (234, x * y * z);
542 apply1 (FOO (BAR (a, b, c, 123)), r1, r2);
543 FOO (BAR (a, b, c, 123));
545 apply1 (FOO (BAR (a, b, c, 123)), r2, r1);
546 FOO (BAR (a, b, c, 123));
548 apply1 (FOO (x + y + z + 345), r2);
549 FOO (x + y + z + 345);
551 apply1 (FOO (s * t * u * v * 456), r1);
552 FOO (s * t * u * v * 456);
554 /* Seems to work OK when pattern variables do not partition the arguments.
555 * Verify that continues to work after bug fix.
557 (matchdeclare (xx, bfloatp, yy, symbolp),
558 defrule (r3, BAR (xx + yy), BARPLUS (xx, yy)),
559 defrule (r4, BAR (xx * yy), BARTIMES (xx, yy)),
563 apply1 (BAR (1b0 + x + y), r3);
564 BARPLUS (1b0, x + y);
566 apply1 (BAR (2b0 * u * v), r4);
567 BARTIMES (2b0, u * v);
569 apply1 (BAR (FOO (3b0, g, h)), r3, r4);
570 BAR (FOO (3b0, g, h));
572 apply1 (BAR (4b0 * m * n), r3);
575 apply1 (BAR (5b0 + p + q), r4);
578 /* Examples derived from mailing list 2008-03-23
581 (kill (aa, bb, foo, bar),
585 foo, lambda ([ee], member (ee, '[sin, cos]))),
586 defmatch (bar, bb * foo (aa)),
590 (bar (12.345 * sin (54321)),
591 if %% = false then false else sort (%%));
592 [aa = 54321, bb = 12.345, foo = sin];
597 defmatch (baztimes, aa * foo (bb)),
598 defmatch (bazplus, aa + foo (bb)),
602 (baztimes (12.345 * sin (54321)),
603 if %% = false then false else sort (%%));
604 [aa = 12.345, bb = 54321, foo = sin];
606 (bazplus (12.345 + sin (54321)),
607 if %% = false then false else sort (%%));
608 [aa = 12.345, bb = 54321, foo = sin];
610 /* "rule issue" mailing list 2014-06-29 */
612 (matchdeclare (u, atom, fn, symbolp),
613 defrule (ddint21, 'integrate(delta(u)*fn(u), u, minf, inf), fn(0)),
614 ddint21('integrate(delta(u)*fn(u), u, minf, inf)));
617 (kill (f), apply1 (1/(1 + 'integrate (f(x)*delta(x), x, minf, inf)), ddint21));
621 defrule (r1, 'integrate (blurf(u) + fn(u), u, minf, inf), fn(1)),
622 r1 ('integrate (blurf(a) + g(a), a, minf, inf)));
625 /* rule for f interferes with function definition after kill
626 * discussion on mailing list circa 2015-08-17: "trouble with GCL build"
629 matchdeclare (xx, integerp),
630 tellsimp (f(xx), subst ('xx = xx, lambda ([a], a - xx))),
636 [fundef (f), f (10)]);
639 /* Verify that tellsimpafter rules are all applied.
640 * This is a test for commit 801a0bb which creates one *AFTERFLAG per rule.
641 * For good measure, verify that tellsimp and defrule work the same way.
645 kill (f, g, h, i, j, rj1, rj2, rj3),
646 tellsimpafter (f(1), f(0)),
647 tellsimpafter (f(2), f(1)),
648 tellsimpafter (f(3), f(2)),
649 tellsimpafter (g(3), g(2)),
650 tellsimpafter (g(2), g(1)),
651 tellsimpafter (g(1), g(0)),
652 tellsimp (h(1), h(0)),
653 tellsimp (h(2), h(1)),
654 tellsimp (h(3), h(2)),
655 tellsimp (i(3), i(2)),
656 tellsimp (i(2), i(1)),
657 tellsimp (i(1), i(0)),
658 defrule (rj1, j(1), j(0)),
659 defrule (rj2, j(2), j(1)),
660 defrule (rj3, j(3), j(2)),
676 /* apply1 applies rj1 until it fails, then rj2, then rj3.
677 * Since apply1 doesn't go back and try rj1 after rj2, or rj2 after rj3,
678 * it's expected that the result of apply1 isn't maximally simplified.
680 apply1 ([j(1), j(2), j(3)], rj1, rj2, rj3);
683 /* apply1 with rules in reverse order does produce j(0) in each case here.
685 apply1 ([j(1), j(2), j(3)], rj3, rj2, rj1);
688 /* apply2 reapplies earlier rules if a later one succeeds.
689 * So it's expected that the results will be maximally simplified,
690 * with rules in either order.
692 apply2 ([j(1), j(2), j(3)], rj1, rj2, rj3);
695 apply2 ([j(1), j(2), j(3)], rj3, rj2, rj1);
698 /* applyb1, like apply1, doesn't reapply rules,
699 * so it's expected results depend on the order of the rules.
701 applyb1 ([j(1), j(2), j(3)], rj1, rj2, rj3);
704 applyb1 ([j(1), j(2), j(3)], rj3, rj2, rj1);
707 /* Another test for commit 801a0bb. This time it's expected that *AFTERFLAG
708 * prevents repeated application of the same tellsimpafter rule,
709 * but a tellsimp rule is applied repeatedly (because it has no *AFTERFLAG).
713 matchdeclare (nn, lambda ([e], integerp(e) and e > 0)),
714 tellsimpafter (k(nn), nn + k(nn - 1)),
715 tellsimp (l(nn), nn + l(nn - 1)),
719 /* It's difficult to test the result of k(4) because k(3) + 4 is not maximally simplified
720 * and the test mechanism applies simplification to both the actual and expected results.
721 * See SIMPLE-EQUAL-P and APPROX-ALIKE in src/mload.lisp.
726 /* On the other hand, l(0) is maximally simplified, so there's no difficulty here.
731 /* Another test for commit 801a0bb.
732 * Tellsimpafter rules change operator from f, to g, to h, to i.
737 tellsimpafter(f(1), g(1)),
738 tellsimpafter(g(1), h(1)),
739 tellsimpafter(h(1), i(1)),