1 /* Disassemble i80960 instructions.
2 Copyright 1990, 1991, 1993, 1994, 1995, 1996, 1998, 1999, 2000, 2001, 2003,
3 2005, 2007 Free Software Foundation, Inc.
5 This file is part of the GNU opcodes library.
7 This library is free software; you can redistribute it and/or modify
8 it under the terms of the GNU General Public License as published by
9 the Free Software Foundation; either version 3, or (at your option)
12 It is distributed in the hope that it will be useful, but WITHOUT
13 ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
14 or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public
15 License for more details.
17 You should have received a copy of the GNU General Public License
18 along with this program; see the file COPYING. If not, write to the
19 Free Software Foundation, 51 Franklin Street - Fifth Floor, Boston, MA
25 static const char *const reg_names
[] = {
26 /* 0 */ "pfp", "sp", "rip", "r3", "r4", "r5", "r6", "r7",
27 /* 8 */ "r8", "r9", "r10", "r11", "r12", "r13", "r14", "r15",
28 /* 16 */ "g0", "g1", "g2", "g3", "g4", "g5", "g6", "g7",
29 /* 24 */ "g8", "g9", "g10", "g11", "g12", "g13", "g14", "fp",
30 /* 32 */ "pc", "ac", "ip", "tc", "fp0", "fp1", "fp2", "fp3"
34 static FILE *stream
; /* Output goes here */
35 static struct disassemble_info
*info
;
36 static void print_addr (bfd_vma
);
37 static void ctrl (bfd_vma
, unsigned long, unsigned long);
38 static void cobr (bfd_vma
, unsigned long, unsigned long);
39 static void reg (unsigned long);
40 static int mem (bfd_vma
, unsigned long, unsigned long, int);
41 static void ea (bfd_vma
, int, const char *, const char *, int, unsigned int);
42 static void dstop (int, int, int);
43 static void regop (int, int, int, int);
44 static void invalid (int);
45 static int pinsn (bfd_vma
, unsigned long, unsigned long);
46 static void put_abs (unsigned long, unsigned long);
49 /* Print the i960 instruction at address 'memaddr' in debugged memory,
50 on INFO->STREAM. Returns length of the instruction, in bytes. */
53 print_insn_i960 (bfd_vma memaddr
, struct disassemble_info
*info_arg
)
55 unsigned int word1
, word2
= 0xdeadbeef;
60 stream
= info
->stream
;
62 /* Read word1. Only read word2 if the instruction
63 needs it, to prevent reading past the end of a section. */
65 status
= (*info
->read_memory_func
) (memaddr
, (bfd_byte
*) buffer
, 4, info
);
68 (*info
->memory_error_func
) (status
, memaddr
, info
);
72 word1
= bfd_getl32 (buffer
);
74 /* Divide instruction set into classes based on high 4 bits of opcode. */
75 switch ( (word1
>> 28) & 0xf )
85 status
= (*info
->read_memory_func
)
86 (memaddr
+ 4, (bfd_byte
*) (buffer
+ 4), 4, info
);
89 (*info
->memory_error_func
) (status
, memaddr
, info
);
92 word2
= bfd_getl32 (buffer
+ 4);
96 return pinsn( memaddr
, word1
, word2
);
101 /*****************************************************************************
102 * All code below this point should be identical with that of
103 * the disassembler in gdmp960.
105 A noble sentiment, but at least in cosmetic ways (info->fprintf_func), it
106 just ain't so. -kingdon, 31 Mar 93
107 *****************************************************************************/
114 struct sparse_tabent
{
121 pinsn (bfd_vma memaddr
, unsigned long word1
, unsigned long word2
)
126 put_abs (word1
, word2
);
128 /* Divide instruction set into classes based on high 4 bits of opcode. */
129 switch ((word1
>> 28) & 0xf)
133 ctrl (memaddr
, word1
, word2
);
137 cobr (memaddr
, word1
, word2
);
149 instr_len
= mem (memaddr
, word1
, word2
, 0);
152 /* Invalid instruction, print as data word. */
162 ctrl (bfd_vma memaddr
, unsigned long word1
, unsigned long word2 ATTRIBUTE_UNUSED
)
165 static const struct tabent ctrl_tab
[] = {
166 { NULL
, 0, }, /* 0x00 */
167 { NULL
, 0, }, /* 0x01 */
168 { NULL
, 0, }, /* 0x02 */
169 { NULL
, 0, }, /* 0x03 */
170 { NULL
, 0, }, /* 0x04 */
171 { NULL
, 0, }, /* 0x05 */
172 { NULL
, 0, }, /* 0x06 */
173 { NULL
, 0, }, /* 0x07 */
174 { "b", 1, }, /* 0x08 */
175 { "call", 1, }, /* 0x09 */
176 { "ret", 0, }, /* 0x0a */
177 { "bal", 1, }, /* 0x0b */
178 { NULL
, 0, }, /* 0x0c */
179 { NULL
, 0, }, /* 0x0d */
180 { NULL
, 0, }, /* 0x0e */
181 { NULL
, 0, }, /* 0x0f */
182 { "bno", 1, }, /* 0x10 */
183 { "bg", 1, }, /* 0x11 */
184 { "be", 1, }, /* 0x12 */
185 { "bge", 1, }, /* 0x13 */
186 { "bl", 1, }, /* 0x14 */
187 { "bne", 1, }, /* 0x15 */
188 { "ble", 1, }, /* 0x16 */
189 { "bo", 1, }, /* 0x17 */
190 { "faultno", 0, }, /* 0x18 */
191 { "faultg", 0, }, /* 0x19 */
192 { "faulte", 0, }, /* 0x1a */
193 { "faultge", 0, }, /* 0x1b */
194 { "faultl", 0, }, /* 0x1c */
195 { "faultne", 0, }, /* 0x1d */
196 { "faultle", 0, }, /* 0x1e */
197 { "faulto", 0, }, /* 0x1f */
200 i
= (word1
>> 24) & 0xff;
201 if ((ctrl_tab
[i
].name
== NULL
) || ((word1
& 1) != 0))
207 (*info
->fprintf_func
) (stream
, ctrl_tab
[i
].name
);
209 /* Predicts branch not taken. */
210 (*info
->fprintf_func
) (stream
, ".f");
212 if (ctrl_tab
[i
].numops
== 1)
214 /* Extract displacement and convert to address. */
217 if (word1
& 0x00800000)
219 /* Sign bit is set. */
220 word1
|= (-1 & ~0xffffff); /* Sign extend. */
223 (*info
->fprintf_func
) (stream
, "\t");
224 print_addr (word1
+ memaddr
);
231 cobr (bfd_vma memaddr
, unsigned long word1
, unsigned long word2 ATTRIBUTE_UNUSED
)
237 static const struct tabent cobr_tab
[] = {
238 { "testno", 1, }, /* 0x20 */
239 { "testg", 1, }, /* 0x21 */
240 { "teste", 1, }, /* 0x22 */
241 { "testge", 1, }, /* 0x23 */
242 { "testl", 1, }, /* 0x24 */
243 { "testne", 1, }, /* 0x25 */
244 { "testle", 1, }, /* 0x26 */
245 { "testo", 1, }, /* 0x27 */
246 { NULL
, 0, }, /* 0x28 */
247 { NULL
, 0, }, /* 0x29 */
248 { NULL
, 0, }, /* 0x2a */
249 { NULL
, 0, }, /* 0x2b */
250 { NULL
, 0, }, /* 0x2c */
251 { NULL
, 0, }, /* 0x2d */
252 { NULL
, 0, }, /* 0x2e */
253 { NULL
, 0, }, /* 0x2f */
254 { "bbc", 3, }, /* 0x30 */
255 { "cmpobg", 3, }, /* 0x31 */
256 { "cmpobe", 3, }, /* 0x32 */
257 { "cmpobge",3, }, /* 0x33 */
258 { "cmpobl", 3, }, /* 0x34 */
259 { "cmpobne",3, }, /* 0x35 */
260 { "cmpoble",3, }, /* 0x36 */
261 { "bbs", 3, }, /* 0x37 */
262 { "cmpibno",3, }, /* 0x38 */
263 { "cmpibg", 3, }, /* 0x39 */
264 { "cmpibe", 3, }, /* 0x3a */
265 { "cmpibge",3, }, /* 0x3b */
266 { "cmpibl", 3, }, /* 0x3c */
267 { "cmpibne",3, }, /* 0x3d */
268 { "cmpible",3, }, /* 0x3e */
269 { "cmpibo", 3, }, /* 0x3f */
272 i
= ((word1
>> 24) & 0xff) - 0x20;
273 if (cobr_tab
[i
].name
== NULL
)
279 (*info
->fprintf_func
) (stream
, cobr_tab
[i
].name
);
281 /* Predicts branch not taken. */
283 (*info
->fprintf_func
) (stream
, ".f");
285 (*info
->fprintf_func
) (stream
, "\t");
287 src1
= (word1
>> 19) & 0x1f;
288 src2
= (word1
>> 14) & 0x1f;
292 (*info
->fprintf_func
) (stream
, "%d", src1
);
294 (*info
->fprintf_func
) (stream
, reg_names
[src1
]);
296 if (cobr_tab
[i
].numops
> 1)
300 (*info
->fprintf_func
) (stream
, ",sf%d,", src2
);
303 (*info
->fprintf_func
) (stream
, ",%s,", reg_names
[src2
]);
305 /* Extract displacement and convert to address. */
307 if (word1
& 0x00001000)
308 /* Negative displacement. */
309 word1
|= (-1 & ~0x1fff); /* Sign extend. */
311 print_addr (memaddr
+ word1
);
316 /* Returns instruction length: 4 or 8. */
319 mem (bfd_vma memaddr
, unsigned long word1
, unsigned long word2
, int noprint
)
325 const char *reg1
, *reg2
, *reg3
;
327 /* This lookup table is too sparse to make it worth typing in, but not
328 so large as to make a sparse array necessary. We create the table
331 /* NOTE: In this table, the meaning of 'numops' is:
333 2: 2 operands, load instruction
334 -2: 2 operands, store instruction. */
335 static struct tabent
*mem_tab
;
336 /* Opcodes of 0x8X, 9X, aX, bX, and cX must be in the table. */
339 #define MEM_SIZ ( * sizeof(struct tabent))
341 static const struct sparse_tabent mem_init
[] = {
343 { 0x82, "stob", -2 },
346 { 0x86, "callx", 1 },
348 { 0x8a, "stos", -2 },
356 { 0xac, "dcinva", 1 },
360 { 0xc2, "stib", -2 },
362 { 0xca, "stis", -2 },
365 static struct tabent mem_tab_buf
[MEM_MAX
- MEM_MIN
+ 1];
369 mem_tab
= mem_tab_buf
;
371 for (i
= 0; mem_init
[i
].opcode
!= 0; i
++)
373 j
= mem_init
[i
].opcode
- MEM_MIN
;
374 mem_tab
[j
].name
= mem_init
[i
].name
;
375 mem_tab
[j
].numops
= mem_init
[i
].numops
;
379 i
= ((word1
>> 24) & 0xff) - MEM_MIN
;
380 mode
= (word1
>> 10) & 0xf;
382 if ((mem_tab
[i
].name
!= NULL
) /* Valid instruction */
383 && ((mode
== 5) || (mode
>= 12)))
384 /* With 32-bit displacement. */
392 if ((mem_tab
[i
].name
== NULL
) || (mode
== 6))
398 (*info
->fprintf_func
) (stream
, "%s\t", mem_tab
[i
].name
);
400 reg1
= reg_names
[ (word1
>> 19) & 0x1f ]; /* MEMB only */
401 reg2
= reg_names
[ (word1
>> 14) & 0x1f ];
402 reg3
= reg_names
[ word1
& 0x1f ]; /* MEMB only */
403 offset
= word1
& 0xfff; /* MEMA only */
405 switch (mem_tab
[i
].numops
)
407 case 2: /* LOAD INSTRUCTION */
410 ea (memaddr
, mode
, reg2
, reg3
, word1
, word2
);
411 (*info
->fprintf_func
) (stream
, ",%s", reg1
);
415 (*info
->fprintf_func
) (stream
, "0x%x", (unsigned) offset
);
418 (*info
->fprintf_func
) (stream
, "(%s)", reg2
);
420 (*info
->fprintf_func
)(stream
, ",%s", reg1
);
424 case -2: /* STORE INSTRUCTION */
428 (*info
->fprintf_func
) (stream
, "%s,", reg1
);
429 ea (memaddr
, mode
, reg2
, reg3
, word1
, word2
);
434 (*info
->fprintf_func
) (stream
, "%s,0x%x", reg1
, (unsigned) offset
);
437 (*info
->fprintf_func
) (stream
, "(%s)", reg2
);
441 case 1: /* BX/CALLX INSTRUCTION */
445 ea (memaddr
, mode
, reg2
, reg3
, word1
, word2
);
450 (*info
->fprintf_func
) (stream
, "0x%x", (unsigned) offset
);
452 (*info
->fprintf_func
) (stream
, "(%s)", reg2
);
463 reg (unsigned long word1
)
473 /* This lookup table is too sparse to make it worth typing in, but not
474 so large as to make a sparse array necessary. We create the table
477 /* NOTE: In this table, the meaning of 'numops' is:
478 1: single operand, which is NOT a destination.
479 -1: single operand, which IS a destination.
480 2: 2 operands, the 2nd of which is NOT a destination.
481 -2: 2 operands, the 2nd of which IS a destination.
484 If an opcode mnemonic begins with "F", it is a floating-point
485 opcode (the "F" is not printed). */
487 static struct tabent
*reg_tab
;
488 static const struct sparse_tabent reg_init
[] =
490 #define REG_MIN 0x580
491 { 0x580, "notbit", 3 },
493 { 0x582, "andnot", 3 },
494 { 0x583, "setbit", 3 },
495 { 0x584, "notand", 3 },
499 { 0x589, "xnor", 3 },
500 { 0x58a, "not", -2 },
501 { 0x58b, "ornot", 3 },
502 { 0x58c, "clrbit", 3 },
503 { 0x58d, "notor", 3 },
504 { 0x58e, "nand", 3 },
505 { 0x58f, "alterbit", 3 },
506 { 0x590, "addo", 3 },
507 { 0x591, "addi", 3 },
508 { 0x592, "subo", 3 },
509 { 0x593, "subi", 3 },
510 { 0x594, "cmpob", 2 },
511 { 0x595, "cmpib", 2 },
512 { 0x596, "cmpos", 2 },
513 { 0x597, "cmpis", 2 },
514 { 0x598, "shro", 3 },
515 { 0x59a, "shrdi", 3 },
516 { 0x59b, "shri", 3 },
517 { 0x59c, "shlo", 3 },
518 { 0x59d, "rotate", 3 },
519 { 0x59e, "shli", 3 },
520 { 0x5a0, "cmpo", 2 },
521 { 0x5a1, "cmpi", 2 },
522 { 0x5a2, "concmpo", 2 },
523 { 0x5a3, "concmpi", 2 },
524 { 0x5a4, "cmpinco", 3 },
525 { 0x5a5, "cmpinci", 3 },
526 { 0x5a6, "cmpdeco", 3 },
527 { 0x5a7, "cmpdeci", 3 },
528 { 0x5ac, "scanbyte", 2 },
529 { 0x5ad, "bswap", -2 },
530 { 0x5ae, "chkbit", 2 },
531 { 0x5b0, "addc", 3 },
532 { 0x5b2, "subc", 3 },
533 { 0x5b4, "intdis", 0 },
534 { 0x5b5, "inten", 0 },
535 { 0x5cc, "mov", -2 },
536 { 0x5d8, "eshro", 3 },
537 { 0x5dc, "movl", -2 },
538 { 0x5ec, "movt", -2 },
539 { 0x5fc, "movq", -2 },
540 { 0x600, "synmov", 2 },
541 { 0x601, "synmovl", 2 },
542 { 0x602, "synmovq", 2 },
543 { 0x603, "cmpstr", 3 },
544 { 0x604, "movqstr", 3 },
545 { 0x605, "movstr", 3 },
546 { 0x610, "atmod", 3 },
547 { 0x612, "atadd", 3 },
548 { 0x613, "inspacc", -2 },
549 { 0x614, "ldphy", -2 },
550 { 0x615, "synld", -2 },
551 { 0x617, "fill", 3 },
552 { 0x630, "sdma", 3 },
553 { 0x631, "udma", 0 },
554 { 0x640, "spanbit", -2 },
555 { 0x641, "scanbit", -2 },
556 { 0x642, "daddc", 3 },
557 { 0x643, "dsubc", 3 },
558 { 0x644, "dmovt", -2 },
559 { 0x645, "modac", 3 },
560 { 0x646, "condrec", -2 },
561 { 0x650, "modify", 3 },
562 { 0x651, "extract", 3 },
563 { 0x654, "modtc", 3 },
564 { 0x655, "modpc", 3 },
565 { 0x656, "receive", -2 },
566 { 0x658, "intctl", -2 },
567 { 0x659, "sysctl", 3 },
568 { 0x65b, "icctl", 3 },
569 { 0x65c, "dcctl", 3 },
570 { 0x65d, "halt", 0 },
571 { 0x660, "calls", 1 },
572 { 0x662, "send", 3 },
573 { 0x663, "sendserv", 1 },
574 { 0x664, "resumprcs", 1 },
575 { 0x665, "schedprcs", 1 },
576 { 0x666, "saveprcs", 0 },
577 { 0x668, "condwait", 1 },
578 { 0x669, "wait", 1 },
579 { 0x66a, "signal", 1 },
580 { 0x66b, "mark", 0 },
581 { 0x66c, "fmark", 0 },
582 { 0x66d, "flushreg", 0 },
583 { 0x66f, "syncf", 0 },
584 { 0x670, "emul", 3 },
585 { 0x671, "ediv", 3 },
586 { 0x673, "ldtime", -1 },
587 { 0x674, "Fcvtir", -2 },
588 { 0x675, "Fcvtilr", -2 },
589 { 0x676, "Fscalerl", 3 },
590 { 0x677, "Fscaler", 3 },
591 { 0x680, "Fatanr", 3 },
592 { 0x681, "Flogepr", 3 },
593 { 0x682, "Flogr", 3 },
594 { 0x683, "Fremr", 3 },
595 { 0x684, "Fcmpor", 2 },
596 { 0x685, "Fcmpr", 2 },
597 { 0x688, "Fsqrtr", -2 },
598 { 0x689, "Fexpr", -2 },
599 { 0x68a, "Flogbnr", -2 },
600 { 0x68b, "Froundr", -2 },
601 { 0x68c, "Fsinr", -2 },
602 { 0x68d, "Fcosr", -2 },
603 { 0x68e, "Ftanr", -2 },
604 { 0x68f, "Fclassr", 1 },
605 { 0x690, "Fatanrl", 3 },
606 { 0x691, "Flogeprl", 3 },
607 { 0x692, "Flogrl", 3 },
608 { 0x693, "Fremrl", 3 },
609 { 0x694, "Fcmporl", 2 },
610 { 0x695, "Fcmprl", 2 },
611 { 0x698, "Fsqrtrl", -2 },
612 { 0x699, "Fexprl", -2 },
613 { 0x69a, "Flogbnrl", -2 },
614 { 0x69b, "Froundrl", -2 },
615 { 0x69c, "Fsinrl", -2 },
616 { 0x69d, "Fcosrl", -2 },
617 { 0x69e, "Ftanrl", -2 },
618 { 0x69f, "Fclassrl", 1 },
619 { 0x6c0, "Fcvtri", -2 },
620 { 0x6c1, "Fcvtril", -2 },
621 { 0x6c2, "Fcvtzri", -2 },
622 { 0x6c3, "Fcvtzril", -2 },
623 { 0x6c9, "Fmovr", -2 },
624 { 0x6d9, "Fmovrl", -2 },
625 { 0x6e1, "Fmovre", -2 },
626 { 0x6e2, "Fcpysre", 3 },
627 { 0x6e3, "Fcpyrsre", 3 },
628 { 0x701, "mulo", 3 },
629 { 0x708, "remo", 3 },
630 { 0x70b, "divo", 3 },
631 { 0x741, "muli", 3 },
632 { 0x748, "remi", 3 },
633 { 0x749, "modi", 3 },
634 { 0x74b, "divi", 3 },
635 { 0x780, "addono", 3 },
636 { 0x781, "addino", 3 },
637 { 0x782, "subono", 3 },
638 { 0x783, "subino", 3 },
639 { 0x784, "selno", 3 },
640 { 0x78b, "Fdivr", 3 },
641 { 0x78c, "Fmulr", 3 },
642 { 0x78d, "Fsubr", 3 },
643 { 0x78f, "Faddr", 3 },
644 { 0x790, "addog", 3 },
645 { 0x791, "addig", 3 },
646 { 0x792, "subog", 3 },
647 { 0x793, "subig", 3 },
648 { 0x794, "selg", 3 },
649 { 0x79b, "Fdivrl", 3 },
650 { 0x79c, "Fmulrl", 3 },
651 { 0x79d, "Fsubrl", 3 },
652 { 0x79f, "Faddrl", 3 },
653 { 0x7a0, "addoe", 3 },
654 { 0x7a1, "addie", 3 },
655 { 0x7a2, "suboe", 3 },
656 { 0x7a3, "subie", 3 },
657 { 0x7a4, "sele", 3 },
658 { 0x7b0, "addoge", 3 },
659 { 0x7b1, "addige", 3 },
660 { 0x7b2, "suboge", 3 },
661 { 0x7b3, "subige", 3 },
662 { 0x7b4, "selge", 3 },
663 { 0x7c0, "addol", 3 },
664 { 0x7c1, "addil", 3 },
665 { 0x7c2, "subol", 3 },
666 { 0x7c3, "subil", 3 },
667 { 0x7c4, "sell", 3 },
668 { 0x7d0, "addone", 3 },
669 { 0x7d1, "addine", 3 },
670 { 0x7d2, "subone", 3 },
671 { 0x7d3, "subine", 3 },
672 { 0x7d4, "selne", 3 },
673 { 0x7e0, "addole", 3 },
674 { 0x7e1, "addile", 3 },
675 { 0x7e2, "subole", 3 },
676 { 0x7e3, "subile", 3 },
677 { 0x7e4, "selle", 3 },
678 { 0x7f0, "addoo", 3 },
679 { 0x7f1, "addio", 3 },
680 { 0x7f2, "suboo", 3 },
681 { 0x7f3, "subio", 3 },
682 { 0x7f4, "selo", 3 },
683 #define REG_MAX 0x7f4
686 static struct tabent reg_tab_buf
[REG_MAX
- REG_MIN
+ 1];
690 reg_tab
= reg_tab_buf
;
692 for (i
= 0; reg_init
[i
].opcode
!= 0; i
++)
694 j
= reg_init
[i
].opcode
- REG_MIN
;
695 reg_tab
[j
].name
= reg_init
[i
].name
;
696 reg_tab
[j
].numops
= reg_init
[i
].numops
;
700 opcode
= ((word1
>> 20) & 0xff0) | ((word1
>> 7) & 0xf);
701 i
= opcode
- REG_MIN
;
703 if ((opcode
<REG_MIN
) || (opcode
>REG_MAX
) || (reg_tab
[i
].name
==NULL
))
709 mnemp
= reg_tab
[i
].name
;
720 (*info
->fprintf_func
) (stream
, mnemp
);
722 s1
= (word1
>> 5) & 1;
723 s2
= (word1
>> 6) & 1;
724 m1
= (word1
>> 11) & 1;
725 m2
= (word1
>> 12) & 1;
726 m3
= (word1
>> 13) & 1;
728 src2
= (word1
>> 14) & 0x1f;
729 dst
= (word1
>> 19) & 0x1f;
731 if (reg_tab
[i
].numops
!= 0)
733 (*info
->fprintf_func
) (stream
, "\t");
735 switch (reg_tab
[i
].numops
)
738 regop (m1
, s1
, src
, fp
);
744 regop (m1
, s1
, src
, fp
);
745 (*info
->fprintf_func
) (stream
, ",");
746 regop (m2
, s2
, src2
, fp
);
749 regop (m1
, s1
, src
, fp
);
750 (*info
->fprintf_func
) (stream
, ",");
754 regop (m1
, s1
, src
, fp
);
755 (*info
->fprintf_func
) (stream
, ",");
756 regop (m2
, s2
, src2
, fp
);
757 (*info
->fprintf_func
) (stream
, ",");
764 /* Print out effective address for memb instructions. */
767 ea (bfd_vma memaddr
, int mode
, const char *reg2
, const char *reg3
, int word1
,
771 static const int scale_tab
[] = { 1, 2, 4, 8, 16 };
773 scale
= (word1
>> 7) & 0x07;
775 if ((scale
> 4) || (((word1
>> 5) & 0x03) != 0))
780 scale
= scale_tab
[scale
];
785 (*info
->fprintf_func
)( stream
, "(%s)", reg2
);
787 case 5: /* displ+8(ip) */
788 print_addr (word2
+ 8 + memaddr
);
790 case 7: /* (reg)[index*scale] */
792 (*info
->fprintf_func
) (stream
, "(%s)[%s]", reg2
, reg3
);
794 (*info
->fprintf_func
) (stream
, "(%s)[%s*%d]", reg2
, reg3
, scale
);
796 case 12: /* displacement */
797 print_addr ((bfd_vma
) word2
);
799 case 13: /* displ(reg) */
800 print_addr ((bfd_vma
) word2
);
801 (*info
->fprintf_func
) (stream
, "(%s)", reg2
);
803 case 14: /* displ[index*scale] */
804 print_addr ((bfd_vma
) word2
);
806 (*info
->fprintf_func
) (stream
, "[%s]", reg3
);
808 (*info
->fprintf_func
) (stream
, "[%s*%d]", reg3
, scale
);
810 case 15: /* displ(reg)[index*scale] */
811 print_addr ((bfd_vma
) word2
);
813 (*info
->fprintf_func
) (stream
, "(%s)[%s]", reg2
, reg3
);
815 (*info
->fprintf_func
) (stream
, "(%s)[%s*%d]", reg2
, reg3
, scale
);
824 /* Register Instruction Operand. */
827 regop (int mode
, int spec
, int fp_reg
, int fp
)
831 /* Floating point instruction. */
837 case 0: (*info
->fprintf_func
) (stream
, "fp0");
839 case 1: (*info
->fprintf_func
) (stream
, "fp1");
841 case 2: (*info
->fprintf_func
) (stream
, "fp2");
843 case 3: (*info
->fprintf_func
) (stream
, "fp3");
845 case 16: (*info
->fprintf_func
) (stream
, "0f0.0");
847 case 22: (*info
->fprintf_func
) (stream
, "0f1.0");
849 default: (*info
->fprintf_func
) (stream
, "?");
855 /* Non-FP register. */
856 (*info
->fprintf_func
) (stream
, reg_names
[fp_reg
]);
861 /* Not floating point. */
865 (*info
->fprintf_func
) (stream
, "%d", fp_reg
);
871 (*info
->fprintf_func
) (stream
, reg_names
[fp_reg
]);
873 (*info
->fprintf_func
) (stream
, "sf%d", fp_reg
);
878 /* Register Instruction Destination Operand. */
881 dstop (int mode
, int dest_reg
, int fp
)
883 /* 'dst' operand can't be a literal. On non-FP instructions, register
884 mode is assumed and "m3" acts as if were "s3"; on FP-instructions,
885 sf registers are not allowed so m3 acts normally. */
887 regop (mode
, 0, dest_reg
, fp
);
889 regop (0, mode
, dest_reg
, fp
);
895 (*info
->fprintf_func
) (stream
, ".word\t0x%08x", (unsigned) word1
);
899 print_addr (bfd_vma a
)
901 (*info
->print_address_func
) (a
, info
);
905 put_abs (unsigned long word1 ATTRIBUTE_UNUSED
,
906 unsigned long word2 ATTRIBUTE_UNUSED
)
913 switch ((word1
>> 28) & 0xf)
920 /* MEM format instruction. */
921 len
= mem (0, word1
, word2
, 1);
929 (*info
->fprintf_func
) (stream
, "%08x %08x\t", word1
, word2
);
931 (*info
->fprintf_func
) (stream
, "%08x \t", word1
);