1 #include "arm_cde.h"
2
3 /* { dg-do compile } */
4 /* { dg-require-effective-target arm_v8_1m_main_cde_mve_fp_ok } */
5 /* { dg-add-options arm_v8_1m_main_cde_mve_fp } */
6 /* { dg-final { check-function-bodies "**" "" } } */
7 /* { dg-additional-options "-mfpu=auto" } */
8
9 /* Test that the assembly is produced as expected.
10 Test that the same thing happens for each valid type.
11 (ensure we check *every* valid type, though we're not bothering with every
12 type combination, just checking "all same type" and "different types",
13 also want to check every valid type at least once) */
14
15 /* Use every valid type for the output -- demonstrate can use any 128 bit value
16 (which is a requirement for these intrinsics). */
17 #define TEST_CDE_MVE_INTRINSIC_1(name, arguments) \
18 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, __builtin_neon_ti, int, int, arguments) \
19 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, float16x8_t, int, int, arguments) \
20 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, float32x4_t, int, int, arguments) \
21 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, uint8x16_t, int, int, arguments) \
22 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, uint16x8_t, int, int, arguments) \
23 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, uint32x4_t, int, int, arguments) \
24 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, uint64x2_t, int, int, arguments) \
25 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, int8x16_t, int, int, arguments) \
26 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, int16x8_t, int, int, arguments) \
27 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, int32x4_t, int, int, arguments) \
28 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, int64x2_t, int, int, arguments) \
29
30 #define TEST_CDE_MVE_INTRINSIC_2(name, arguments) \
31 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, __builtin_neon_ti, uint8x16_t, int, arguments) \
32 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, uint8x16_t, __builtin_neon_ti, int, arguments) \
33 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, float16x8_t, uint16x8_t, int, arguments) \
34 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, float16x8_t, float32x4_t, int, arguments) \
35 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, float32x4_t, uint8x16_t, int, arguments) \
36 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, int64x2_t, uint8x16_t, int, arguments) \
37 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, int8x16_t, uint8x16_t, int, arguments) \
38 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, uint16x8_t, uint8x16_t, int, arguments) \
39 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, uint8x16_t, int64x2_t, int, arguments) \
40 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, uint8x16_t, int8x16_t, int, arguments) \
41 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, uint8x16_t, uint16x8_t, int, arguments) \
42 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, uint8x16_t, uint8x16_t, int, arguments)
43
44 #define TEST_CDE_MVE_INTRINSIC_3(name, arguments) \
45 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, __builtin_neon_ti, uint8x16_t, uint8x16_t, arguments) \
46 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, uint8x16_t, uint8x16_t, __builtin_neon_ti, arguments) \
47 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, uint8x16_t, uint8x16_t, uint8x16_t, arguments) \
48 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, float16x8_t, float16x8_t, float16x8_t, arguments) \
49 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, float32x4_t, uint64x2_t, float16x8_t, arguments) \
50 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, uint16x8_t, uint8x16_t, uint8x16_t, arguments) \
51 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, uint8x16_t, uint16x8_t, uint8x16_t, arguments) \
52 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, uint8x16_t, uint8x16_t, uint16x8_t, arguments) \
53 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, int8x16_t, uint8x16_t, uint8x16_t, arguments) \
54 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, uint8x16_t, int8x16_t, uint8x16_t, arguments) \
55 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, uint8x16_t, uint8x16_t, int8x16_t, arguments) \
56 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, int64x2_t, uint8x16_t, uint8x16_t, arguments) \
57 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, uint8x16_t, int64x2_t, uint8x16_t, arguments) \
58 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, uint8x16_t, uint8x16_t, int64x2_t, arguments) \
59 TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, uint8x16_t, int64x2_t, int64x2_t, arguments)
60
61
62 #define TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, accum_type, n_type, m_type, arguments) \
63 accum_type test_cde_##name##accum_type##n_type##m_type ( \
64 __attribute__ ((unused)) n_type n, \
65 __attribute__ ((unused)) m_type m) \
66 { \
67 accum_type accum = (accum_type)(uint32x4_t){0,0,0,0}; \
68 accum += (accum_type) __arm_##name arguments; \
69 return accum; \
70 }
71
72 TEST_CDE_MVE_INTRINSIC_1(vcx1q_u8, (0, 33))
73 TEST_CDE_MVE_INTRINSIC_1(vcx1qa, (0, accum, 33))
74
75 TEST_CDE_MVE_INTRINSIC_2(vcx2q_u8, (0, n, 33))
76 TEST_CDE_MVE_INTRINSIC_2(vcx2q, (0, n, 33))
77 TEST_CDE_MVE_INTRINSIC_2(vcx2qa, (0, accum, n, 33))
78
79 TEST_CDE_MVE_INTRINSIC_3(vcx3q_u8, (0, n, m, 12))
80 TEST_CDE_MVE_INTRINSIC_3(vcx3q, (0, n, m, 12))
81 TEST_CDE_MVE_INTRINSIC_3(vcx3qa, (0, accum, n, m, 12))
82
83 #undef TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE
84 #define TEST_CDE_MVE_INTRINSIC_SPECIFIED_TYPE(name, accum_type, n_type, m_type, arguments) \
85 accum_type test_cde_##name##accum_type##n_type##m_type ( \
86 __attribute__ ((unused)) n_type n, \
87 __attribute__ ((unused)) m_type m, \
88 mve_pred16_t pred) \
89 { \
90 accum_type accum = (accum_type)(uint32x4_t){0,0,0,0}; \
91 accum += (accum_type) __arm_##name arguments; \
92 return accum; \
93 }
94
95 TEST_CDE_MVE_INTRINSIC_1(vcx1q_m, (0, accum, 32, pred))
96 TEST_CDE_MVE_INTRINSIC_1(vcx1qa_m, (0, accum, 32, pred))
97
98 TEST_CDE_MVE_INTRINSIC_2(vcx2q_m, (0, accum, n, 32, pred))
99 TEST_CDE_MVE_INTRINSIC_2(vcx2qa_m, (0, accum, n, 32, pred))
100
101 TEST_CDE_MVE_INTRINSIC_3(vcx3q_m, (0, accum, n, m, 15, pred))
102 TEST_CDE_MVE_INTRINSIC_3(vcx3qa_m, (0, accum, n, m, 15, pred))
103
104 /* This testcase checks that in all compilations this C code produces the
105 expected CDE instructions from the above intrinsics.
106
107 Here we check that there are the expected number of `vcx*` occurences, and
108 that each function has the expected form in it.
109
110 Another testcase (cde-mve-full-assembly.c) checks that when using
111 `-mfloat-abi=hard` and when compiled with an FPU the above C code produces
112 code that demonstrates the compiler knows that the intrinsics are constant
113 and pure, and that demonstrates the compiler generates sane code from them.
114 That testcase needs these special arguments so it can ignore things like
115 accounting for the soft float ABI or leftovers from temporaries that are
116 later removed when generating code for a target with Floating Point
117 registers but without an FPU. */
118
119 /* { dg-final { scan-assembler-times "\tvcx1\t" 11 } } */
120 /* { dg-final { scan-assembler-times "\tvcx1a\t" 11 } } */
121 /* { dg-final { scan-assembler-times "\tvcx2\t" 24 } } */
122 /* { dg-final { scan-assembler-times "\tvcx2a\t" 12 } } */
123 /* { dg-final { scan-assembler-times "\tvcx3\t" 30 } } */
124 /* { dg-final { scan-assembler-times "\tvcx3a\t" 15 } } */
125
126 /* { dg-final { scan-assembler-times "\tvcx1t\t" 11 } } */
127 /* { dg-final { scan-assembler-times "\tvcx1at\t" 11 } } */
128 /* { dg-final { scan-assembler-times "\tvcx2t\t" 12 } } */
129 /* { dg-final { scan-assembler-times "\tvcx2at\t" 12 } } */
130 /* { dg-final { scan-assembler-times "\tvcx3t\t" 15 } } */
131 /* { dg-final { scan-assembler-times "\tvcx3at\t" 15 } } */
132
133 /*
134 ** test_cde_vcx1q_u8__builtin_neon_tiintint:
135 ** ...
136 ** vcx1 p0, q[0-7], #33
137 ** ...
138 */
139 /*
140 ** test_cde_vcx1q_u8float16x8_tintint:
141 ** ...
142 ** vcx1 p0, q[0-7], #33
143 ** ...
144 */
145 /*
146 ** test_cde_vcx1q_u8float32x4_tintint:
147 ** ...
148 ** vcx1 p0, q[0-7], #33
149 ** ...
150 */
151 /*
152 ** test_cde_vcx1q_u8uint8x16_tintint:
153 ** ...
154 ** vcx1 p0, q[0-7], #33
155 ** ...
156 */
157 /*
158 ** test_cde_vcx1q_u8uint16x8_tintint:
159 ** ...
160 ** vcx1 p0, q[0-7], #33
161 ** ...
162 */
163 /*
164 ** test_cde_vcx1q_u8uint32x4_tintint:
165 ** ...
166 ** vcx1 p0, q[0-7], #33
167 ** ...
168 */
169 /*
170 ** test_cde_vcx1q_u8uint64x2_tintint:
171 ** ...
172 ** vcx1 p0, q[0-7], #33
173 ** ...
174 */
175 /*
176 ** test_cde_vcx1q_u8int8x16_tintint:
177 ** ...
178 ** vcx1 p0, q[0-7], #33
179 ** ...
180 */
181 /*
182 ** test_cde_vcx1q_u8int16x8_tintint:
183 ** ...
184 ** vcx1 p0, q[0-7], #33
185 ** ...
186 */
187 /*
188 ** test_cde_vcx1q_u8int32x4_tintint:
189 ** ...
190 ** vcx1 p0, q[0-7], #33
191 ** ...
192 */
193 /*
194 ** test_cde_vcx1q_u8int64x2_tintint:
195 ** ...
196 ** vcx1 p0, q[0-7], #33
197 ** ...
198 */
199 /*
200 ** test_cde_vcx1qa__builtin_neon_tiintint:
201 ** ...
202 ** vcx1a p0, q[0-7], #33
203 ** ...
204 */
205 /*
206 ** test_cde_vcx1qafloat16x8_tintint:
207 ** ...
208 ** vcx1a p0, q[0-7], #33
209 ** ...
210 */
211 /*
212 ** test_cde_vcx1qafloat32x4_tintint:
213 ** ...
214 ** vcx1a p0, q[0-7], #33
215 ** ...
216 */
217 /*
218 ** test_cde_vcx1qauint8x16_tintint:
219 ** ...
220 ** vcx1a p0, q[0-7], #33
221 ** ...
222 */
223 /*
224 ** test_cde_vcx1qauint16x8_tintint:
225 ** ...
226 ** vcx1a p0, q[0-7], #33
227 ** ...
228 */
229 /*
230 ** test_cde_vcx1qauint32x4_tintint:
231 ** ...
232 ** vcx1a p0, q[0-7], #33
233 ** ...
234 */
235 /*
236 ** test_cde_vcx1qauint64x2_tintint:
237 ** ...
238 ** vcx1a p0, q[0-7], #33
239 ** ...
240 */
241 /*
242 ** test_cde_vcx1qaint8x16_tintint:
243 ** ...
244 ** vcx1a p0, q[0-7], #33
245 ** ...
246 */
247 /*
248 ** test_cde_vcx1qaint16x8_tintint:
249 ** ...
250 ** vcx1a p0, q[0-7], #33
251 ** ...
252 */
253 /*
254 ** test_cde_vcx1qaint32x4_tintint:
255 ** ...
256 ** vcx1a p0, q[0-7], #33
257 ** ...
258 */
259 /*
260 ** test_cde_vcx1qaint64x2_tintint:
261 ** ...
262 ** vcx1a p0, q[0-7], #33
263 ** ...
264 */
265 /*
266 ** test_cde_vcx2q_u8__builtin_neon_tiuint8x16_tint:
267 ** ...
268 ** vcx2 p0, q[0-7], q[0-7], #33
269 ** ...
270 */
271 /*
272 ** test_cde_vcx2q_u8uint8x16_t__builtin_neon_tiint:
273 ** ...
274 ** vcx2 p0, q[0-7], q[0-7], #33
275 ** ...
276 */
277 /*
278 ** test_cde_vcx2q_u8float16x8_tuint16x8_tint:
279 ** ...
280 ** vcx2 p0, q[0-7], q[0-7], #33
281 ** ...
282 */
283 /*
284 ** test_cde_vcx2q_u8float16x8_tfloat32x4_tint:
285 ** ...
286 ** vcx2 p0, q[0-7], q[0-7], #33
287 ** ...
288 */
289 /*
290 ** test_cde_vcx2q_u8float32x4_tuint8x16_tint:
291 ** ...
292 ** vcx2 p0, q[0-7], q[0-7], #33
293 ** ...
294 */
295 /*
296 ** test_cde_vcx2q_u8int64x2_tuint8x16_tint:
297 ** ...
298 ** vcx2 p0, q[0-7], q[0-7], #33
299 ** ...
300 */
301 /*
302 ** test_cde_vcx2q_u8int8x16_tuint8x16_tint:
303 ** ...
304 ** vcx2 p0, q[0-7], q[0-7], #33
305 ** ...
306 */
307 /*
308 ** test_cde_vcx2q_u8uint16x8_tuint8x16_tint:
309 ** ...
310 ** vcx2 p0, q[0-7], q[0-7], #33
311 ** ...
312 */
313 /*
314 ** test_cde_vcx2q_u8uint8x16_tint64x2_tint:
315 ** ...
316 ** vcx2 p0, q[0-7], q[0-7], #33
317 ** ...
318 */
319 /*
320 ** test_cde_vcx2q_u8uint8x16_tint8x16_tint:
321 ** ...
322 ** vcx2 p0, q[0-7], q[0-7], #33
323 ** ...
324 */
325 /*
326 ** test_cde_vcx2q_u8uint8x16_tuint16x8_tint:
327 ** ...
328 ** vcx2 p0, q[0-7], q[0-7], #33
329 ** ...
330 */
331 /*
332 ** test_cde_vcx2q_u8uint8x16_tuint8x16_tint:
333 ** ...
334 ** vcx2 p0, q[0-7], q[0-7], #33
335 ** ...
336 */
337 /*
338 ** test_cde_vcx2q__builtin_neon_tiuint8x16_tint:
339 ** ...
340 ** vcx2 p0, q[0-7], q[0-7], #33
341 ** ...
342 */
343 /*
344 ** test_cde_vcx2quint8x16_t__builtin_neon_tiint:
345 ** ...
346 ** vcx2 p0, q[0-7], q[0-7], #33
347 ** ...
348 */
349 /*
350 ** test_cde_vcx2qfloat16x8_tuint16x8_tint:
351 ** ...
352 ** vcx2 p0, q[0-7], q[0-7], #33
353 ** ...
354 */
355 /*
356 ** test_cde_vcx2qfloat16x8_tfloat32x4_tint:
357 ** ...
358 ** vcx2 p0, q[0-7], q[0-7], #33
359 ** ...
360 */
361 /*
362 ** test_cde_vcx2qfloat32x4_tuint8x16_tint:
363 ** ...
364 ** vcx2 p0, q[0-7], q[0-7], #33
365 ** ...
366 */
367 /*
368 ** test_cde_vcx2qint64x2_tuint8x16_tint:
369 ** ...
370 ** vcx2 p0, q[0-7], q[0-7], #33
371 ** ...
372 */
373 /*
374 ** test_cde_vcx2qint8x16_tuint8x16_tint:
375 ** ...
376 ** vcx2 p0, q[0-7], q[0-7], #33
377 ** ...
378 */
379 /*
380 ** test_cde_vcx2quint16x8_tuint8x16_tint:
381 ** ...
382 ** vcx2 p0, q[0-7], q[0-7], #33
383 ** ...
384 */
385 /*
386 ** test_cde_vcx2quint8x16_tint64x2_tint:
387 ** ...
388 ** vcx2 p0, q[0-7], q[0-7], #33
389 ** ...
390 */
391 /*
392 ** test_cde_vcx2quint8x16_tint8x16_tint:
393 ** ...
394 ** vcx2 p0, q[0-7], q[0-7], #33
395 ** ...
396 */
397 /*
398 ** test_cde_vcx2quint8x16_tuint16x8_tint:
399 ** ...
400 ** vcx2 p0, q[0-7], q[0-7], #33
401 ** ...
402 */
403 /*
404 ** test_cde_vcx2quint8x16_tuint8x16_tint:
405 ** ...
406 ** vcx2 p0, q[0-7], q[0-7], #33
407 ** ...
408 */
409 /*
410 ** test_cde_vcx2qa__builtin_neon_tiuint8x16_tint:
411 ** ...
412 ** vcx2a p0, q[0-7], q[0-7], #33
413 ** ...
414 */
415 /*
416 ** test_cde_vcx2qauint8x16_t__builtin_neon_tiint:
417 ** ...
418 ** vcx2a p0, q[0-7], q[0-7], #33
419 ** ...
420 */
421 /*
422 ** test_cde_vcx2qafloat16x8_tuint16x8_tint:
423 ** ...
424 ** vcx2a p0, q[0-7], q[0-7], #33
425 ** ...
426 */
427 /*
428 ** test_cde_vcx2qafloat16x8_tfloat32x4_tint:
429 ** ...
430 ** vcx2a p0, q[0-7], q[0-7], #33
431 ** ...
432 */
433 /*
434 ** test_cde_vcx2qafloat32x4_tuint8x16_tint:
435 ** ...
436 ** vcx2a p0, q[0-7], q[0-7], #33
437 ** ...
438 */
439 /*
440 ** test_cde_vcx2qaint64x2_tuint8x16_tint:
441 ** ...
442 ** vcx2a p0, q[0-7], q[0-7], #33
443 ** ...
444 */
445 /*
446 ** test_cde_vcx2qaint8x16_tuint8x16_tint:
447 ** ...
448 ** vcx2a p0, q[0-7], q[0-7], #33
449 ** ...
450 */
451 /*
452 ** test_cde_vcx2qauint16x8_tuint8x16_tint:
453 ** ...
454 ** vcx2a p0, q[0-7], q[0-7], #33
455 ** ...
456 */
457 /*
458 ** test_cde_vcx2qauint8x16_tint64x2_tint:
459 ** ...
460 ** vcx2a p0, q[0-7], q[0-7], #33
461 ** ...
462 */
463 /*
464 ** test_cde_vcx2qauint8x16_tint8x16_tint:
465 ** ...
466 ** vcx2a p0, q[0-7], q[0-7], #33
467 ** ...
468 */
469 /*
470 ** test_cde_vcx2qauint8x16_tuint16x8_tint:
471 ** ...
472 ** vcx2a p0, q[0-7], q[0-7], #33
473 ** ...
474 */
475 /*
476 ** test_cde_vcx2qauint8x16_tuint8x16_tint:
477 ** ...
478 ** vcx2a p0, q[0-7], q[0-7], #33
479 ** ...
480 */
481 /*
482 ** test_cde_vcx3q_u8__builtin_neon_tiuint8x16_tuint8x16_t:
483 ** ...
484 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
485 ** ...
486 */
487 /*
488 ** test_cde_vcx3q_u8uint8x16_tuint8x16_t__builtin_neon_ti:
489 ** ...
490 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
491 ** ...
492 */
493 /*
494 ** test_cde_vcx3q_u8uint8x16_tuint8x16_tuint8x16_t:
495 ** ...
496 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
497 ** ...
498 */
499 /*
500 ** test_cde_vcx3q_u8uint16x8_tuint8x16_tuint8x16_t:
501 ** ...
502 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
503 ** ...
504 */
505 /*
506 ** test_cde_vcx3q_u8uint8x16_tuint16x8_tuint8x16_t:
507 ** ...
508 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
509 ** ...
510 */
511 /*
512 ** test_cde_vcx3q_u8uint8x16_tuint8x16_tuint16x8_t:
513 ** ...
514 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
515 ** ...
516 */
517 /*
518 ** test_cde_vcx3q_u8float16x8_tfloat16x8_tfloat16x8_t:
519 ** ...
520 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
521 ** ...
522 */
523 /*
524 ** test_cde_vcx3q_u8float32x4_tuint64x2_tfloat16x8_t:
525 ** ...
526 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
527 ** ...
528 */
529 /*
530 ** test_cde_vcx3q_u8int8x16_tuint8x16_tuint8x16_t:
531 ** ...
532 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
533 ** ...
534 */
535 /*
536 ** test_cde_vcx3q_u8uint8x16_tint8x16_tuint8x16_t:
537 ** ...
538 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
539 ** ...
540 */
541 /*
542 ** test_cde_vcx3q_u8uint8x16_tuint8x16_tint8x16_t:
543 ** ...
544 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
545 ** ...
546 */
547 /*
548 ** test_cde_vcx3q_u8int64x2_tuint8x16_tuint8x16_t:
549 ** ...
550 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
551 ** ...
552 */
553 /*
554 ** test_cde_vcx3q_u8uint8x16_tint64x2_tuint8x16_t:
555 ** ...
556 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
557 ** ...
558 */
559 /*
560 ** test_cde_vcx3q_u8uint8x16_tuint8x16_tint64x2_t:
561 ** ...
562 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
563 ** ...
564 */
565 /*
566 ** test_cde_vcx3q_u8uint8x16_tint64x2_tint64x2_t:
567 ** ...
568 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
569 ** ...
570 */
571 /*
572 ** test_cde_vcx3q__builtin_neon_tiuint8x16_tuint8x16_t:
573 ** ...
574 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
575 ** ...
576 */
577 /*
578 ** test_cde_vcx3quint8x16_tuint8x16_t__builtin_neon_ti:
579 ** ...
580 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
581 ** ...
582 */
583 /*
584 ** test_cde_vcx3quint8x16_tuint8x16_tuint8x16_t:
585 ** ...
586 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
587 ** ...
588 */
589 /*
590 ** test_cde_vcx3qfloat16x8_tfloat16x8_tfloat16x8_t:
591 ** ...
592 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
593 ** ...
594 */
595 /*
596 ** test_cde_vcx3qfloat32x4_tuint64x2_tfloat16x8_t:
597 ** ...
598 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
599 ** ...
600 */
601 /*
602 ** test_cde_vcx3quint16x8_tuint8x16_tuint8x16_t:
603 ** ...
604 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
605 ** ...
606 */
607 /*
608 ** test_cde_vcx3quint8x16_tuint16x8_tuint8x16_t:
609 ** ...
610 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
611 ** ...
612 */
613 /*
614 ** test_cde_vcx3quint8x16_tuint8x16_tuint16x8_t:
615 ** ...
616 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
617 ** ...
618 */
619 /*
620 ** test_cde_vcx3qint8x16_tuint8x16_tuint8x16_t:
621 ** ...
622 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
623 ** ...
624 */
625 /*
626 ** test_cde_vcx3quint8x16_tint8x16_tuint8x16_t:
627 ** ...
628 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
629 ** ...
630 */
631 /*
632 ** test_cde_vcx3quint8x16_tuint8x16_tint8x16_t:
633 ** ...
634 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
635 ** ...
636 */
637 /*
638 ** test_cde_vcx3qint64x2_tuint8x16_tuint8x16_t:
639 ** ...
640 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
641 ** ...
642 */
643 /*
644 ** test_cde_vcx3quint8x16_tint64x2_tuint8x16_t:
645 ** ...
646 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
647 ** ...
648 */
649 /*
650 ** test_cde_vcx3quint8x16_tuint8x16_tint64x2_t:
651 ** ...
652 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
653 ** ...
654 */
655 /*
656 ** test_cde_vcx3quint8x16_tint64x2_tint64x2_t:
657 ** ...
658 ** vcx3 p0, q[0-7], q[0-7], q[0-7], #12
659 ** ...
660 */
661 /*
662 ** test_cde_vcx3qa__builtin_neon_tiuint8x16_tuint8x16_t:
663 ** ...
664 ** vcx3a p0, q[0-7], q[0-7], q[0-7], #12
665 ** ...
666 */
667 /*
668 ** test_cde_vcx3qauint8x16_tuint8x16_t__builtin_neon_ti:
669 ** ...
670 ** vcx3a p0, q[0-7], q[0-7], q[0-7], #12
671 ** ...
672 */
673 /*
674 ** test_cde_vcx3qauint8x16_tuint8x16_tuint8x16_t:
675 ** ...
676 ** vcx3a p0, q[0-7], q[0-7], q[0-7], #12
677 ** ...
678 */
679 /*
680 ** test_cde_vcx3qafloat16x8_tfloat16x8_tfloat16x8_t:
681 ** ...
682 ** vcx3a p0, q[0-7], q[0-7], q[0-7], #12
683 ** ...
684 */
685 /*
686 ** test_cde_vcx3qafloat32x4_tuint64x2_tfloat16x8_t:
687 ** ...
688 ** vcx3a p0, q[0-7], q[0-7], q[0-7], #12
689 ** ...
690 */
691 /*
692 ** test_cde_vcx3qauint16x8_tuint8x16_tuint8x16_t:
693 ** ...
694 ** vcx3a p0, q[0-7], q[0-7], q[0-7], #12
695 ** ...
696 */
697 /*
698 ** test_cde_vcx3qauint8x16_tuint16x8_tuint8x16_t:
699 ** ...
700 ** vcx3a p0, q[0-7], q[0-7], q[0-7], #12
701 ** ...
702 */
703 /*
704 ** test_cde_vcx3qauint8x16_tuint8x16_tuint16x8_t:
705 ** ...
706 ** vcx3a p0, q[0-7], q[0-7], q[0-7], #12
707 ** ...
708 */
709 /*
710 ** test_cde_vcx3qaint8x16_tuint8x16_tuint8x16_t:
711 ** ...
712 ** vcx3a p0, q[0-7], q[0-7], q[0-7], #12
713 ** ...
714 */
715 /*
716 ** test_cde_vcx3qauint8x16_tint8x16_tuint8x16_t:
717 ** ...
718 ** vcx3a p0, q[0-7], q[0-7], q[0-7], #12
719 ** ...
720 */
721 /*
722 ** test_cde_vcx3qauint8x16_tuint8x16_tint8x16_t:
723 ** ...
724 ** vcx3a p0, q[0-7], q[0-7], q[0-7], #12
725 ** ...
726 */
727 /*
728 ** test_cde_vcx3qaint64x2_tuint8x16_tuint8x16_t:
729 ** ...
730 ** vcx3a p0, q[0-7], q[0-7], q[0-7], #12
731 ** ...
732 */
733 /*
734 ** test_cde_vcx3qauint8x16_tint64x2_tuint8x16_t:
735 ** ...
736 ** vcx3a p0, q[0-7], q[0-7], q[0-7], #12
737 ** ...
738 */
739 /*
740 ** test_cde_vcx3qauint8x16_tuint8x16_tint64x2_t:
741 ** ...
742 ** vcx3a p0, q[0-7], q[0-7], q[0-7], #12
743 ** ...
744 */
745 /*
746 ** test_cde_vcx3qauint8x16_tint64x2_tint64x2_t:
747 ** ...
748 ** vcx3a p0, q[0-7], q[0-7], q[0-7], #12
749 ** ...
750 */
751
752 /*
753 ** test_cde_vcx1q_m__builtin_neon_tiintint:
754 ** ...
755 ** vpst
756 ** vcx1t p0, q[0-7], #32
757 ** ...
758 */
759 /*
760 ** test_cde_vcx1q_mfloat16x8_tintint:
761 ** ...
762 ** vpst
763 ** vcx1t p0, q[0-7], #32
764 ** ...
765 */
766 /*
767 ** test_cde_vcx1q_mfloat32x4_tintint:
768 ** ...
769 ** vpst
770 ** vcx1t p0, q[0-7], #32
771 ** ...
772 */
773 /*
774 ** test_cde_vcx1q_muint8x16_tintint:
775 ** ...
776 ** vpst
777 ** vcx1t p0, q[0-7], #32
778 ** ...
779 */
780 /*
781 ** test_cde_vcx1q_muint16x8_tintint:
782 ** ...
783 ** vpst
784 ** vcx1t p0, q[0-7], #32
785 ** ...
786 */
787 /*
788 ** test_cde_vcx1q_muint32x4_tintint:
789 ** ...
790 ** vpst
791 ** vcx1t p0, q[0-7], #32
792 ** ...
793 */
794 /*
795 ** test_cde_vcx1q_muint64x2_tintint:
796 ** ...
797 ** vpst
798 ** vcx1t p0, q[0-7], #32
799 ** ...
800 */
801 /*
802 ** test_cde_vcx1q_mint8x16_tintint:
803 ** ...
804 ** vpst
805 ** vcx1t p0, q[0-7], #32
806 ** ...
807 */
808 /*
809 ** test_cde_vcx1q_mint16x8_tintint:
810 ** ...
811 ** vpst
812 ** vcx1t p0, q[0-7], #32
813 ** ...
814 */
815 /*
816 ** test_cde_vcx1q_mint32x4_tintint:
817 ** ...
818 ** vpst
819 ** vcx1t p0, q[0-7], #32
820 ** ...
821 */
822 /*
823 ** test_cde_vcx1q_mint64x2_tintint:
824 ** ...
825 ** vpst
826 ** vcx1t p0, q[0-7], #32
827 ** ...
828 */
829 /*
830 ** test_cde_vcx1qa_m__builtin_neon_tiintint:
831 ** ...
832 ** vpst
833 ** vcx1at p0, q[0-7], #32
834 ** ...
835 */
836 /*
837 ** test_cde_vcx1qa_mfloat16x8_tintint:
838 ** ...
839 ** vpst
840 ** vcx1at p0, q[0-7], #32
841 ** ...
842 */
843 /*
844 ** test_cde_vcx1qa_mfloat32x4_tintint:
845 ** ...
846 ** vpst
847 ** vcx1at p0, q[0-7], #32
848 ** ...
849 */
850 /*
851 ** test_cde_vcx1qa_muint8x16_tintint:
852 ** ...
853 ** vpst
854 ** vcx1at p0, q[0-7], #32
855 ** ...
856 */
857 /*
858 ** test_cde_vcx1qa_muint16x8_tintint:
859 ** ...
860 ** vpst
861 ** vcx1at p0, q[0-7], #32
862 ** ...
863 */
864 /*
865 ** test_cde_vcx1qa_muint32x4_tintint:
866 ** ...
867 ** vpst
868 ** vcx1at p0, q[0-7], #32
869 ** ...
870 */
871 /*
872 ** test_cde_vcx1qa_muint64x2_tintint:
873 ** ...
874 ** vpst
875 ** vcx1at p0, q[0-7], #32
876 ** ...
877 */
878 /*
879 ** test_cde_vcx1qa_mint8x16_tintint:
880 ** ...
881 ** vpst
882 ** vcx1at p0, q[0-7], #32
883 ** ...
884 */
885 /*
886 ** test_cde_vcx1qa_mint16x8_tintint:
887 ** ...
888 ** vpst
889 ** vcx1at p0, q[0-7], #32
890 ** ...
891 */
892 /*
893 ** test_cde_vcx1qa_mint32x4_tintint:
894 ** ...
895 ** vpst
896 ** vcx1at p0, q[0-7], #32
897 ** ...
898 */
899 /*
900 ** test_cde_vcx1qa_mint64x2_tintint:
901 ** ...
902 ** vpst
903 ** vcx1at p0, q[0-7], #32
904 ** ...
905 */
906 /*
907 ** test_cde_vcx2q_m__builtin_neon_tiuint8x16_tint:
908 ** ...
909 ** vpst
910 ** vcx2t p0, q[0-7], q[0-7], #32
911 ** ...
912 */
913 /*
914 ** test_cde_vcx2q_muint8x16_t__builtin_neon_tiint:
915 ** ...
916 ** vpst
917 ** vcx2t p0, q[0-7], q[0-7], #32
918 ** ...
919 */
920 /*
921 ** test_cde_vcx2q_mfloat16x8_tuint16x8_tint:
922 ** ...
923 ** vpst
924 ** vcx2t p0, q[0-7], q[0-7], #32
925 ** ...
926 */
927 /*
928 ** test_cde_vcx2q_mfloat16x8_tfloat32x4_tint:
929 ** ...
930 ** vpst
931 ** vcx2t p0, q[0-7], q[0-7], #32
932 ** ...
933 */
934 /*
935 ** test_cde_vcx2q_mfloat32x4_tuint8x16_tint:
936 ** ...
937 ** vpst
938 ** vcx2t p0, q[0-7], q[0-7], #32
939 ** ...
940 */
941 /*
942 ** test_cde_vcx2q_mint64x2_tuint8x16_tint:
943 ** ...
944 ** vpst
945 ** vcx2t p0, q[0-7], q[0-7], #32
946 ** ...
947 */
948 /*
949 ** test_cde_vcx2q_mint8x16_tuint8x16_tint:
950 ** ...
951 ** vpst
952 ** vcx2t p0, q[0-7], q[0-7], #32
953 ** ...
954 */
955 /*
956 ** test_cde_vcx2q_muint16x8_tuint8x16_tint:
957 ** ...
958 ** vpst
959 ** vcx2t p0, q[0-7], q[0-7], #32
960 ** ...
961 */
962 /*
963 ** test_cde_vcx2q_muint8x16_tint64x2_tint:
964 ** ...
965 ** vpst
966 ** vcx2t p0, q[0-7], q[0-7], #32
967 ** ...
968 */
969 /*
970 ** test_cde_vcx2q_muint8x16_tint8x16_tint:
971 ** ...
972 ** vpst
973 ** vcx2t p0, q[0-7], q[0-7], #32
974 ** ...
975 */
976 /*
977 ** test_cde_vcx2q_muint8x16_tuint16x8_tint:
978 ** ...
979 ** vpst
980 ** vcx2t p0, q[0-7], q[0-7], #32
981 ** ...
982 */
983 /*
984 ** test_cde_vcx2q_muint8x16_tuint8x16_tint:
985 ** ...
986 ** vpst
987 ** vcx2t p0, q[0-7], q[0-7], #32
988 ** ...
989 */
990 /*
991 ** test_cde_vcx2qa_m__builtin_neon_tiuint8x16_tint:
992 ** ...
993 ** vpst
994 ** vcx2at p0, q[0-7], q[0-7], #32
995 ** ...
996 */
997 /*
998 ** test_cde_vcx2qa_muint8x16_t__builtin_neon_tiint:
999 ** ...
1000 ** vpst
1001 ** vcx2at p0, q[0-7], q[0-7], #32
1002 ** ...
1003 */
1004 /*
1005 ** test_cde_vcx2qa_mfloat16x8_tuint16x8_tint:
1006 ** ...
1007 ** vpst
1008 ** vcx2at p0, q[0-7], q[0-7], #32
1009 ** ...
1010 */
1011 /*
1012 ** test_cde_vcx2qa_mfloat16x8_tfloat32x4_tint:
1013 ** ...
1014 ** vpst
1015 ** vcx2at p0, q[0-7], q[0-7], #32
1016 ** ...
1017 */
1018 /*
1019 ** test_cde_vcx2qa_mfloat32x4_tuint8x16_tint:
1020 ** ...
1021 ** vpst
1022 ** vcx2at p0, q[0-7], q[0-7], #32
1023 ** ...
1024 */
1025 /*
1026 ** test_cde_vcx2qa_mint64x2_tuint8x16_tint:
1027 ** ...
1028 ** vpst
1029 ** vcx2at p0, q[0-7], q[0-7], #32
1030 ** ...
1031 */
1032 /*
1033 ** test_cde_vcx2qa_mint8x16_tuint8x16_tint:
1034 ** ...
1035 ** vpst
1036 ** vcx2at p0, q[0-7], q[0-7], #32
1037 ** ...
1038 */
1039 /*
1040 ** test_cde_vcx2qa_muint16x8_tuint8x16_tint:
1041 ** ...
1042 ** vpst
1043 ** vcx2at p0, q[0-7], q[0-7], #32
1044 ** ...
1045 */
1046 /*
1047 ** test_cde_vcx2qa_muint8x16_tint64x2_tint:
1048 ** ...
1049 ** vpst
1050 ** vcx2at p0, q[0-7], q[0-7], #32
1051 ** ...
1052 */
1053 /*
1054 ** test_cde_vcx2qa_muint8x16_tint8x16_tint:
1055 ** ...
1056 ** vpst
1057 ** vcx2at p0, q[0-7], q[0-7], #32
1058 ** ...
1059 */
1060 /*
1061 ** test_cde_vcx2qa_muint8x16_tuint16x8_tint:
1062 ** ...
1063 ** vpst
1064 ** vcx2at p0, q[0-7], q[0-7], #32
1065 ** ...
1066 */
1067 /*
1068 ** test_cde_vcx2qa_muint8x16_tuint8x16_tint:
1069 ** ...
1070 ** vpst
1071 ** vcx2at p0, q[0-7], q[0-7], #32
1072 ** ...
1073 */
1074 /*
1075 ** test_cde_vcx3q_m__builtin_neon_tiuint8x16_tuint8x16_t:
1076 ** ...
1077 ** vpst
1078 ** vcx3t p0, q[0-7], q[0-7], q[0-7], #15
1079 ** ...
1080 */
1081 /*
1082 ** test_cde_vcx3q_muint8x16_tuint8x16_t__builtin_neon_ti:
1083 ** ...
1084 ** vpst
1085 ** vcx3t p0, q[0-7], q[0-7], q[0-7], #15
1086 ** ...
1087 */
1088 /*
1089 ** test_cde_vcx3q_muint8x16_tuint8x16_tuint8x16_t:
1090 ** ...
1091 ** vpst
1092 ** vcx3t p0, q[0-7], q[0-7], q[0-7], #15
1093 ** ...
1094 */
1095 /*
1096 ** test_cde_vcx3q_mfloat16x8_tfloat16x8_tfloat16x8_t:
1097 ** ...
1098 ** vpst
1099 ** vcx3t p0, q[0-7], q[0-7], q[0-7], #15
1100 ** ...
1101 */
1102 /*
1103 ** test_cde_vcx3q_mfloat32x4_tuint64x2_tfloat16x8_t:
1104 ** ...
1105 ** vpst
1106 ** vcx3t p0, q[0-7], q[0-7], q[0-7], #15
1107 ** ...
1108 */
1109 /*
1110 ** test_cde_vcx3q_muint16x8_tuint8x16_tuint8x16_t:
1111 ** ...
1112 ** vpst
1113 ** vcx3t p0, q[0-7], q[0-7], q[0-7], #15
1114 ** ...
1115 */
1116 /*
1117 ** test_cde_vcx3q_muint8x16_tuint16x8_tuint8x16_t:
1118 ** ...
1119 ** vpst
1120 ** vcx3t p0, q[0-7], q[0-7], q[0-7], #15
1121 ** ...
1122 */
1123 /*
1124 ** test_cde_vcx3q_muint8x16_tuint8x16_tuint16x8_t:
1125 ** ...
1126 ** vpst
1127 ** vcx3t p0, q[0-7], q[0-7], q[0-7], #15
1128 ** ...
1129 */
1130 /*
1131 ** test_cde_vcx3q_mint8x16_tuint8x16_tuint8x16_t:
1132 ** ...
1133 ** vpst
1134 ** vcx3t p0, q[0-7], q[0-7], q[0-7], #15
1135 ** ...
1136 */
1137 /*
1138 ** test_cde_vcx3q_muint8x16_tint8x16_tuint8x16_t:
1139 ** ...
1140 ** vpst
1141 ** vcx3t p0, q[0-7], q[0-7], q[0-7], #15
1142 ** ...
1143 */
1144 /*
1145 ** test_cde_vcx3q_muint8x16_tuint8x16_tint8x16_t:
1146 ** ...
1147 ** vpst
1148 ** vcx3t p0, q[0-7], q[0-7], q[0-7], #15
1149 ** ...
1150 */
1151 /*
1152 ** test_cde_vcx3q_mint64x2_tuint8x16_tuint8x16_t:
1153 ** ...
1154 ** vpst
1155 ** vcx3t p0, q[0-7], q[0-7], q[0-7], #15
1156 ** ...
1157 */
1158 /*
1159 ** test_cde_vcx3q_muint8x16_tint64x2_tuint8x16_t:
1160 ** ...
1161 ** vpst
1162 ** vcx3t p0, q[0-7], q[0-7], q[0-7], #15
1163 ** ...
1164 */
1165 /*
1166 ** test_cde_vcx3q_muint8x16_tuint8x16_tint64x2_t:
1167 ** ...
1168 ** vpst
1169 ** vcx3t p0, q[0-7], q[0-7], q[0-7], #15
1170 ** ...
1171 */
1172 /*
1173 ** test_cde_vcx3q_muint8x16_tint64x2_tint64x2_t:
1174 ** ...
1175 ** vpst
1176 ** vcx3t p0, q[0-7], q[0-7], q[0-7], #15
1177 ** ...
1178 */
1179 /*
1180 ** test_cde_vcx3qa_m__builtin_neon_tiuint8x16_tuint8x16_t:
1181 ** ...
1182 ** vpst
1183 ** vcx3at p0, q[0-7], q[0-7], q[0-7], #15
1184 ** ...
1185 */
1186 /*
1187 ** test_cde_vcx3qa_muint8x16_tuint8x16_t__builtin_neon_ti:
1188 ** ...
1189 ** vpst
1190 ** vcx3at p0, q[0-7], q[0-7], q[0-7], #15
1191 ** ...
1192 */
1193 /*
1194 ** test_cde_vcx3qa_muint8x16_tuint8x16_tuint8x16_t:
1195 ** ...
1196 ** vpst
1197 ** vcx3at p0, q[0-7], q[0-7], q[0-7], #15
1198 ** ...
1199 */
1200 /*
1201 ** test_cde_vcx3qa_mfloat16x8_tfloat16x8_tfloat16x8_t:
1202 ** ...
1203 ** vpst
1204 ** vcx3at p0, q[0-7], q[0-7], q[0-7], #15
1205 ** ...
1206 */
1207 /*
1208 ** test_cde_vcx3qa_mfloat32x4_tuint64x2_tfloat16x8_t:
1209 ** ...
1210 ** vpst
1211 ** vcx3at p0, q[0-7], q[0-7], q[0-7], #15
1212 ** ...
1213 */
1214 /*
1215 ** test_cde_vcx3qa_muint16x8_tuint8x16_tuint8x16_t:
1216 ** ...
1217 ** vpst
1218 ** vcx3at p0, q[0-7], q[0-7], q[0-7], #15
1219 ** ...
1220 */
1221 /*
1222 ** test_cde_vcx3qa_muint8x16_tuint16x8_tuint8x16_t:
1223 ** ...
1224 ** vpst
1225 ** vcx3at p0, q[0-7], q[0-7], q[0-7], #15
1226 ** ...
1227 */
1228 /*
1229 ** test_cde_vcx3qa_muint8x16_tuint8x16_tuint16x8_t:
1230 ** ...
1231 ** vpst
1232 ** vcx3at p0, q[0-7], q[0-7], q[0-7], #15
1233 ** ...
1234 */
1235 /*
1236 ** test_cde_vcx3qa_mint8x16_tuint8x16_tuint8x16_t:
1237 ** ...
1238 ** vpst
1239 ** vcx3at p0, q[0-7], q[0-7], q[0-7], #15
1240 ** ...
1241 */
1242 /*
1243 ** test_cde_vcx3qa_muint8x16_tint8x16_tuint8x16_t:
1244 ** ...
1245 ** vpst
1246 ** vcx3at p0, q[0-7], q[0-7], q[0-7], #15
1247 ** ...
1248 */
1249 /*
1250 ** test_cde_vcx3qa_muint8x16_tuint8x16_tint8x16_t:
1251 ** ...
1252 ** vpst
1253 ** vcx3at p0, q[0-7], q[0-7], q[0-7], #15
1254 ** ...
1255 */
1256 /*
1257 ** test_cde_vcx3qa_mint64x2_tuint8x16_tuint8x16_t:
1258 ** ...
1259 ** vpst
1260 ** vcx3at p0, q[0-7], q[0-7], q[0-7], #15
1261 ** ...
1262 */
1263 /*
1264 ** test_cde_vcx3qa_muint8x16_tint64x2_tuint8x16_t:
1265 ** ...
1266 ** vpst
1267 ** vcx3at p0, q[0-7], q[0-7], q[0-7], #15
1268 ** ...
1269 */
1270 /*
1271 ** test_cde_vcx3qa_muint8x16_tuint8x16_tint64x2_t:
1272 ** ...
1273 ** vpst
1274 ** vcx3at p0, q[0-7], q[0-7], q[0-7], #15
1275 ** ...
1276 */
1277 /*
1278 ** test_cde_vcx3qa_muint8x16_tint64x2_tint64x2_t:
1279 ** ...
1280 ** vpst
1281 ** vcx3at p0, q[0-7], q[0-7], q[0-7], #15
1282 ** ...
1283 */