projects / deliverable / binutils-gdb.git / blame
| Commit | Line | Data |
|---|---|---|
| eb4c54a2 AC |
1 | // OBSOLETE /* ARC target-dependent stuff. |
| 2 | // OBSOLETE Copyright 1995, 1996, 1999, 2000, 2001 Free Software Foundation, Inc. | |
| 3 | // OBSOLETE | |
| 4 | // OBSOLETE This file is part of GDB. | |
| 5 | // OBSOLETE | |
| 6 | // OBSOLETE This program is free software; you can redistribute it and/or modify | |
| 7 | // OBSOLETE it under the terms of the GNU General Public License as published by | |
| 8 | // OBSOLETE the Free Software Foundation; either version 2 of the License, or | |
| 9 | // OBSOLETE (at your option) any later version. | |
| 10 | // OBSOLETE | |
| 11 | // OBSOLETE This program is distributed in the hope that it will be useful, | |
| 12 | // OBSOLETE but WITHOUT ANY WARRANTY; without even the implied warranty of | |
| 13 | // OBSOLETE MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the | |
| 14 | // OBSOLETE GNU General Public License for more details. | |
| 15 | // OBSOLETE | |
| 16 | // OBSOLETE You should have received a copy of the GNU General Public License | |
| 17 | // OBSOLETE along with this program; if not, write to the Free Software | |
| 18 | // OBSOLETE Foundation, Inc., 59 Temple Place - Suite 330, | |
| 19 | // OBSOLETE Boston, MA 02111-1307, USA. */ | |
| 20 | // OBSOLETE | |
| 21 | // OBSOLETE #include "defs.h" | |
| 22 | // OBSOLETE #include "frame.h" | |
| 23 | // OBSOLETE #include "inferior.h" | |
| 24 | // OBSOLETE #include "gdbcore.h" | |
| 25 | // OBSOLETE #include "target.h" | |
| 26 | // OBSOLETE #include "floatformat.h" | |
| 27 | // OBSOLETE #include "symtab.h" | |
| 28 | // OBSOLETE #include "gdbcmd.h" | |
| 29 | // OBSOLETE #include "regcache.h" | |
| 30 | // OBSOLETE #include "gdb_string.h" | |
| 31 | // OBSOLETE | |
| 32 | // OBSOLETE /* Local functions */ | |
| 33 | // OBSOLETE | |
| 34 | // OBSOLETE static int arc_set_cpu_type (char *str); | |
| 35 | // OBSOLETE | |
| 36 | // OBSOLETE /* Current CPU, set with the "set cpu" command. */ | |
| 37 | // OBSOLETE static int arc_bfd_mach_type; | |
| 38 | // OBSOLETE char *arc_cpu_type; | |
| 39 | // OBSOLETE char *tmp_arc_cpu_type; | |
| 40 | // OBSOLETE | |
| 41 | // OBSOLETE /* Table of cpu names. */ | |
| 42 | // OBSOLETE struct | |
| 43 | // OBSOLETE { | |
| 44 | // OBSOLETE char *name; | |
| 45 | // OBSOLETE int value; | |
| 46 | // OBSOLETE } | |
| 47 | // OBSOLETE arc_cpu_type_table[] = | |
| 48 | // OBSOLETE { | |
| 49 | // OBSOLETE { "arc5", bfd_mach_arc_5 }, | |
| 50 | // OBSOLETE { "arc6", bfd_mach_arc_6 }, | |
| 51 | // OBSOLETE { "arc7", bfd_mach_arc_7 }, | |
| 52 | // OBSOLETE { "arc8", bfd_mach_arc_8 }, | |
| 53 | // OBSOLETE { NULL, 0 } | |
| 54 | // OBSOLETE }; | |
| 55 | // OBSOLETE | |
| 56 | // OBSOLETE /* Used by simulator. */ | |
| 57 | // OBSOLETE int display_pipeline_p; | |
| 58 | // OBSOLETE int cpu_timer; | |
| 59 | // OBSOLETE /* This one must have the same type as used in the emulator. | |
| 60 | // OBSOLETE It's currently an enum so this should be ok for now. */ | |
| 61 | // OBSOLETE int debug_pipeline_p; | |
| 62 | // OBSOLETE | |
| 63 | // OBSOLETE #define ARC_CALL_SAVED_REG(r) ((r) >= 16 && (r) < 24) | |
| 64 | // OBSOLETE | |
| 65 | // OBSOLETE #define OPMASK 0xf8000000 | |
| 66 | // OBSOLETE | |
| 67 | // OBSOLETE /* Instruction field accessor macros. | |
| 68 | // OBSOLETE See the Programmer's Reference Manual. */ | |
| 69 | // OBSOLETE #define X_OP(i) (((i) >> 27) & 0x1f) | |
| 70 | // OBSOLETE #define X_A(i) (((i) >> 21) & 0x3f) | |
| 71 | // OBSOLETE #define X_B(i) (((i) >> 15) & 0x3f) | |
| 72 | // OBSOLETE #define X_C(i) (((i) >> 9) & 0x3f) | |
| 73 | // OBSOLETE #define X_D(i) ((((i) & 0x1ff) ^ 0x100) - 0x100) | |
| 74 | // OBSOLETE #define X_L(i) (((((i) >> 5) & 0x3ffffc) ^ 0x200000) - 0x200000) | |
| 75 | // OBSOLETE #define X_N(i) (((i) >> 5) & 3) | |
| 76 | // OBSOLETE #define X_Q(i) ((i) & 0x1f) | |
| 77 | // OBSOLETE | |
| 78 | // OBSOLETE /* Return non-zero if X is a short immediate data indicator. */ | |
| 79 | // OBSOLETE #define SHIMM_P(x) ((x) == 61 || (x) == 63) | |
| 80 | // OBSOLETE | |
| 81 | // OBSOLETE /* Return non-zero if X is a "long" (32 bit) immediate data indicator. */ | |
| 82 | // OBSOLETE #define LIMM_P(x) ((x) == 62) | |
| 83 | // OBSOLETE | |
| 84 | // OBSOLETE /* Build a simple instruction. */ | |
| 85 | // OBSOLETE #define BUILD_INSN(op, a, b, c, d) \ | |
| 86 | // OBSOLETE ((((op) & 31) << 27) \ | |
| 87 | // OBSOLETE | (((a) & 63) << 21) \ | |
| 88 | // OBSOLETE | (((b) & 63) << 15) \ | |
| 89 | // OBSOLETE | (((c) & 63) << 9) \ | |
| 90 | // OBSOLETE | ((d) & 511)) | |
| 91 | // OBSOLETE \f | |
| 92 | // OBSOLETE /* Codestream stuff. */ | |
| 93 | // OBSOLETE static void codestream_read (unsigned int *, int); | |
| 94 | // OBSOLETE static void codestream_seek (CORE_ADDR); | |
| 95 | // OBSOLETE static unsigned int codestream_fill (int); | |
| 96 | // OBSOLETE | |
| 97 | // OBSOLETE #define CODESTREAM_BUFSIZ 16 | |
| 98 | // OBSOLETE static CORE_ADDR codestream_next_addr; | |
| 99 | // OBSOLETE static CORE_ADDR codestream_addr; | |
| 100 | // OBSOLETE /* FIXME assumes sizeof (int) == 32? */ | |
| 101 | // OBSOLETE static unsigned int codestream_buf[CODESTREAM_BUFSIZ]; | |
| 102 | // OBSOLETE static int codestream_off; | |
| 103 | // OBSOLETE static int codestream_cnt; | |
| 104 | // OBSOLETE | |
| 105 | // OBSOLETE #define codestream_tell() \ | |
| 106 | // OBSOLETE (codestream_addr + codestream_off * sizeof (codestream_buf[0])) | |
| 107 | // OBSOLETE #define codestream_peek() \ | |
| 108 | // OBSOLETE (codestream_cnt == 0 \ | |
| 109 | // OBSOLETE ? codestream_fill (1) \ | |
| 110 | // OBSOLETE : codestream_buf[codestream_off]) | |
| 111 | // OBSOLETE #define codestream_get() \ | |
| 112 | // OBSOLETE (codestream_cnt-- == 0 \ | |
| 113 | // OBSOLETE ? codestream_fill (0) \ | |
| 114 | // OBSOLETE : codestream_buf[codestream_off++]) | |
| 115 | // OBSOLETE | |
| 116 | // OBSOLETE static unsigned int | |
| 117 | // OBSOLETE codestream_fill (int peek_flag) | |
| 118 | // OBSOLETE { | |
| 119 | // OBSOLETE codestream_addr = codestream_next_addr; | |
| 120 | // OBSOLETE codestream_next_addr += CODESTREAM_BUFSIZ * sizeof (codestream_buf[0]); | |
| 121 | // OBSOLETE codestream_off = 0; | |
| 122 | // OBSOLETE codestream_cnt = CODESTREAM_BUFSIZ; | |
| 123 | // OBSOLETE read_memory (codestream_addr, (char *) codestream_buf, | |
| 124 | // OBSOLETE CODESTREAM_BUFSIZ * sizeof (codestream_buf[0])); | |
| 125 | // OBSOLETE /* FIXME: check return code? */ | |
| 126 | // OBSOLETE | |
| 127 | // OBSOLETE | |
| 128 | // OBSOLETE /* Handle byte order differences -> convert to host byte ordering. */ | |
| 129 | // OBSOLETE { | |
| 130 | // OBSOLETE int i; | |
| 131 | // OBSOLETE for (i = 0; i < CODESTREAM_BUFSIZ; i++) | |
| 132 | // OBSOLETE codestream_buf[i] = | |
| 133 | // OBSOLETE extract_unsigned_integer (&codestream_buf[i], | |
| 134 | // OBSOLETE sizeof (codestream_buf[i])); | |
| 135 | // OBSOLETE } | |
| 136 | // OBSOLETE | |
| 137 | // OBSOLETE if (peek_flag) | |
| 138 | // OBSOLETE return codestream_peek (); | |
| 139 | // OBSOLETE else | |
| 140 | // OBSOLETE return codestream_get (); | |
| 141 | // OBSOLETE } | |
| 142 | // OBSOLETE | |
| 143 | // OBSOLETE static void | |
| 144 | // OBSOLETE codestream_seek (CORE_ADDR place) | |
| 145 | // OBSOLETE { | |
| 146 | // OBSOLETE codestream_next_addr = place / CODESTREAM_BUFSIZ; | |
| 147 | // OBSOLETE codestream_next_addr *= CODESTREAM_BUFSIZ; | |
| 148 | // OBSOLETE codestream_cnt = 0; | |
| 149 | // OBSOLETE codestream_fill (1); | |
| 150 | // OBSOLETE while (codestream_tell () != place) | |
| 151 | // OBSOLETE codestream_get (); | |
| 152 | // OBSOLETE } | |
| 153 | // OBSOLETE | |
| 154 | // OBSOLETE /* This function is currently unused but leave in for now. */ | |
| 155 | // OBSOLETE | |
| 156 | // OBSOLETE static void | |
| 157 | // OBSOLETE codestream_read (unsigned int *buf, int count) | |
| 158 | // OBSOLETE { | |
| 159 | // OBSOLETE unsigned int *p; | |
| 160 | // OBSOLETE int i; | |
| 161 | // OBSOLETE p = buf; | |
| 162 | // OBSOLETE for (i = 0; i < count; i++) | |
| 163 | // OBSOLETE *p++ = codestream_get (); | |
| 164 | // OBSOLETE } | |
| 165 | // OBSOLETE \f | |
| 166 | // OBSOLETE /* Set up prologue scanning and return the first insn. */ | |
| 167 | // OBSOLETE | |
| 168 | // OBSOLETE static unsigned int | |
| 169 | // OBSOLETE setup_prologue_scan (CORE_ADDR pc) | |
| 170 | // OBSOLETE { | |
| 171 | // OBSOLETE unsigned int insn; | |
| 172 | // OBSOLETE | |
| 173 | // OBSOLETE codestream_seek (pc); | |
| 174 | // OBSOLETE insn = codestream_get (); | |
| 175 | // OBSOLETE | |
| 176 | // OBSOLETE return insn; | |
| 177 | // OBSOLETE } | |
| 178 | // OBSOLETE | |
| 179 | // OBSOLETE /* | |
| 180 | // OBSOLETE * Find & return amount a local space allocated, and advance codestream to | |
| 181 | // OBSOLETE * first register push (if any). | |
| 182 | // OBSOLETE * If entry sequence doesn't make sense, return -1, and leave | |
| 183 | // OBSOLETE * codestream pointer random. | |
| 184 | // OBSOLETE */ | |
| 185 | // OBSOLETE | |
| 186 | // OBSOLETE static long | |
| 187 | // OBSOLETE arc_get_frame_setup (CORE_ADDR pc) | |
| 188 | // OBSOLETE { | |
| 189 | // OBSOLETE unsigned int insn; | |
| 190 | // OBSOLETE /* Size of frame or -1 if unrecognizable prologue. */ | |
| 191 | // OBSOLETE int frame_size = -1; | |
| 192 | // OBSOLETE /* An initial "sub sp,sp,N" may or may not be for a stdarg fn. */ | |
| 193 | // OBSOLETE int maybe_stdarg_decr = -1; | |
| 194 | // OBSOLETE | |
| 195 | // OBSOLETE insn = setup_prologue_scan (pc); | |
| 196 | // OBSOLETE | |
| 197 | // OBSOLETE /* The authority for what appears here is the home-grown ABI. | |
| 198 | // OBSOLETE The most recent version is 1.2. */ | |
| 199 | // OBSOLETE | |
| 200 | // OBSOLETE /* First insn may be "sub sp,sp,N" if stdarg fn. */ | |
| 201 | // OBSOLETE if ((insn & BUILD_INSN (-1, -1, -1, -1, 0)) | |
| 202 | // OBSOLETE == BUILD_INSN (10, SP_REGNUM, SP_REGNUM, SHIMM_REGNUM, 0)) | |
| 203 | // OBSOLETE { | |
| 204 | // OBSOLETE maybe_stdarg_decr = X_D (insn); | |
| 205 | // OBSOLETE insn = codestream_get (); | |
| 206 | // OBSOLETE } | |
| 207 | // OBSOLETE | |
| 208 | // OBSOLETE if ((insn & BUILD_INSN (-1, 0, -1, -1, -1)) /* st blink,[sp,4] */ | |
| 209 | // OBSOLETE == BUILD_INSN (2, 0, SP_REGNUM, BLINK_REGNUM, 4)) | |
| 210 | // OBSOLETE { | |
| 211 | // OBSOLETE insn = codestream_get (); | |
| 212 | // OBSOLETE /* Frame may not be necessary, even though blink is saved. | |
| 213 | // OBSOLETE At least this is something we recognize. */ | |
| 214 | // OBSOLETE frame_size = 0; | |
| 215 | // OBSOLETE } | |
| 216 | // OBSOLETE | |
| 217 | // OBSOLETE if ((insn & BUILD_INSN (-1, 0, -1, -1, -1)) /* st fp,[sp] */ | |
| 218 | // OBSOLETE == BUILD_INSN (2, 0, SP_REGNUM, FP_REGNUM, 0)) | |
| 219 | // OBSOLETE { | |
| 220 | // OBSOLETE insn = codestream_get (); | |
| 221 | // OBSOLETE if ((insn & BUILD_INSN (-1, -1, -1, -1, 0)) | |
| 222 | // OBSOLETE != BUILD_INSN (12, FP_REGNUM, SP_REGNUM, SP_REGNUM, 0)) | |
| 223 | // OBSOLETE return -1; | |
| 224 | // OBSOLETE | |
| 225 | // OBSOLETE /* Check for stack adjustment sub sp,sp,N. */ | |
| 226 | // OBSOLETE insn = codestream_peek (); | |
| 227 | // OBSOLETE if ((insn & BUILD_INSN (-1, -1, -1, 0, 0)) | |
| 228 | // OBSOLETE == BUILD_INSN (10, SP_REGNUM, SP_REGNUM, 0, 0)) | |
| 229 | // OBSOLETE { | |
| 230 | // OBSOLETE if (LIMM_P (X_C (insn))) | |
| 231 | // OBSOLETE frame_size = codestream_get (); | |
| 232 | // OBSOLETE else if (SHIMM_P (X_C (insn))) | |
| 233 | // OBSOLETE frame_size = X_D (insn); | |
| 234 | // OBSOLETE else | |
| 235 | // OBSOLETE return -1; | |
| 236 | // OBSOLETE if (frame_size < 0) | |
| 237 | // OBSOLETE return -1; | |
| 238 | // OBSOLETE | |
| 239 | // OBSOLETE codestream_get (); | |
| 240 | // OBSOLETE | |
| 241 | // OBSOLETE /* This sequence is used to get the address of the return | |
| 242 | // OBSOLETE buffer for a function that returns a structure. */ | |
| 243 | // OBSOLETE insn = codestream_peek (); | |
| 244 | // OBSOLETE if ((insn & OPMASK) == 0x60000000) | |
| 245 | // OBSOLETE codestream_get (); | |
| 246 | // OBSOLETE } | |
| 247 | // OBSOLETE /* Frameless fn. */ | |
| 248 | // OBSOLETE else | |
| 249 | // OBSOLETE { | |
| 250 | // OBSOLETE frame_size = 0; | |
| 251 | // OBSOLETE } | |
| 252 | // OBSOLETE } | |
| 253 | // OBSOLETE | |
| 254 | // OBSOLETE /* If we found a "sub sp,sp,N" and nothing else, it may or may not be a | |
| 255 | // OBSOLETE stdarg fn. The stdarg decrement is not treated as part of the frame size, | |
| 256 | // OBSOLETE so we have a dilemma: what do we return? For now, if we get a | |
| 257 | // OBSOLETE "sub sp,sp,N" and nothing else assume this isn't a stdarg fn. One way | |
| 258 | // OBSOLETE to fix this completely would be to add a bit to the function descriptor | |
| 259 | // OBSOLETE that says the function is a stdarg function. */ | |
| 260 | // OBSOLETE | |
| 261 | // OBSOLETE if (frame_size < 0 && maybe_stdarg_decr > 0) | |
| 262 | // OBSOLETE return maybe_stdarg_decr; | |
| 263 | // OBSOLETE return frame_size; | |
| 264 | // OBSOLETE } | |
| 265 | // OBSOLETE | |
| 266 | // OBSOLETE /* Given a pc value, skip it forward past the function prologue by | |
| 267 | // OBSOLETE disassembling instructions that appear to be a prologue. | |
| 268 | // OBSOLETE | |
| 269 | // OBSOLETE If FRAMELESS_P is set, we are only testing to see if the function | |
| 270 | // OBSOLETE is frameless. If it is a frameless function, return PC unchanged. | |
| 271 | // OBSOLETE This allows a quicker answer. */ | |
| 272 | // OBSOLETE | |
| 273 | // OBSOLETE CORE_ADDR | |
| 274 | // OBSOLETE arc_skip_prologue (CORE_ADDR pc, int frameless_p) | |
| 275 | // OBSOLETE { | |
| 276 | // OBSOLETE unsigned int insn; | |
| 277 | // OBSOLETE int i, frame_size; | |
| 278 | // OBSOLETE | |
| 279 | // OBSOLETE if ((frame_size = arc_get_frame_setup (pc)) < 0) | |
| 280 | // OBSOLETE return (pc); | |
| 281 | // OBSOLETE | |
| 282 | // OBSOLETE if (frameless_p) | |
| 283 | // OBSOLETE return frame_size == 0 ? pc : codestream_tell (); | |
| 284 | // OBSOLETE | |
| 285 | // OBSOLETE /* Skip over register saves. */ | |
| 286 | // OBSOLETE for (i = 0; i < 8; i++) | |
| 287 | // OBSOLETE { | |
| 288 | // OBSOLETE insn = codestream_peek (); | |
| 289 | // OBSOLETE if ((insn & BUILD_INSN (-1, 0, -1, 0, 0)) | |
| 290 | // OBSOLETE != BUILD_INSN (2, 0, SP_REGNUM, 0, 0)) | |
| 291 | // OBSOLETE break; /* not st insn */ | |
| 292 | // OBSOLETE if (!ARC_CALL_SAVED_REG (X_C (insn))) | |
| 293 | // OBSOLETE break; | |
| 294 | // OBSOLETE codestream_get (); | |
| 295 | // OBSOLETE } | |
| 296 | // OBSOLETE | |
| 297 | // OBSOLETE return codestream_tell (); | |
| 298 | // OBSOLETE } | |
| 299 | // OBSOLETE | |
| 300 | // OBSOLETE /* Is the prologue at PC frameless? */ | |
| 301 | // OBSOLETE | |
| 302 | // OBSOLETE int | |
| 303 | // OBSOLETE arc_prologue_frameless_p (CORE_ADDR pc) | |
| 304 | // OBSOLETE { | |
| 305 | // OBSOLETE return (pc == arc_skip_prologue (pc, 1)); | |
| 306 | // OBSOLETE } | |
| 307 | // OBSOLETE | |
| 308 | // OBSOLETE /* Return the return address for a frame. | |
| 309 | // OBSOLETE This is used to implement FRAME_SAVED_PC. | |
| 310 | // OBSOLETE This is taken from frameless_look_for_prologue. */ | |
| 311 | // OBSOLETE | |
| 312 | // OBSOLETE CORE_ADDR | |
| 313 | // OBSOLETE arc_frame_saved_pc (struct frame_info *frame) | |
| 314 | // OBSOLETE { | |
| 315 | // OBSOLETE CORE_ADDR func_start; | |
| 316 | // OBSOLETE unsigned int insn; | |
| 317 | // OBSOLETE | |
| 318 | // OBSOLETE func_start = get_pc_function_start (frame->pc) + FUNCTION_START_OFFSET; | |
| 319 | // OBSOLETE if (func_start == 0) | |
| 320 | // OBSOLETE { | |
| 321 | // OBSOLETE /* Best guess. */ | |
| 322 | // OBSOLETE return ARC_PC_TO_REAL_ADDRESS (read_memory_integer (FRAME_FP (frame) + 4, 4)); | |
| 323 | // OBSOLETE } | |
| 324 | // OBSOLETE | |
| 325 | // OBSOLETE /* The authority for what appears here is the home-grown ABI. | |
| 326 | // OBSOLETE The most recent version is 1.2. */ | |
| 327 | // OBSOLETE | |
| 328 | // OBSOLETE insn = setup_prologue_scan (func_start); | |
| 329 | // OBSOLETE | |
| 330 | // OBSOLETE /* First insn may be "sub sp,sp,N" if stdarg fn. */ | |
| 331 | // OBSOLETE if ((insn & BUILD_INSN (-1, -1, -1, -1, 0)) | |
| 332 | // OBSOLETE == BUILD_INSN (10, SP_REGNUM, SP_REGNUM, SHIMM_REGNUM, 0)) | |
| 333 | // OBSOLETE insn = codestream_get (); | |
| 334 | // OBSOLETE | |
| 335 | // OBSOLETE /* If the next insn is "st blink,[sp,4]" we can get blink from there. | |
| 336 | // OBSOLETE Otherwise this is a leaf function and we can use blink. Note that | |
| 337 | // OBSOLETE this still allows for the case where a leaf function saves/clobbers/ | |
| 338 | // OBSOLETE restores blink. */ | |
| 339 | // OBSOLETE | |
| 340 | // OBSOLETE if ((insn & BUILD_INSN (-1, 0, -1, -1, -1)) /* st blink,[sp,4] */ | |
| 341 | // OBSOLETE != BUILD_INSN (2, 0, SP_REGNUM, BLINK_REGNUM, 4)) | |
| 342 | // OBSOLETE return ARC_PC_TO_REAL_ADDRESS (read_register (BLINK_REGNUM)); | |
| 343 | // OBSOLETE else | |
| 344 | // OBSOLETE return ARC_PC_TO_REAL_ADDRESS (read_memory_integer (FRAME_FP (frame) + 4, 4)); | |
| 345 | // OBSOLETE } | |
| 346 | // OBSOLETE | |
| 347 | // OBSOLETE /* | |
| 348 | // OBSOLETE * Parse the first few instructions of the function to see | |
| 349 | // OBSOLETE * what registers were stored. | |
| 350 | // OBSOLETE * | |
| 351 | // OBSOLETE * The startup sequence can be at the start of the function. | |
| 352 | // OBSOLETE * 'st blink,[sp+4], st fp,[sp], mov fp,sp' | |
| 353 | // OBSOLETE * | |
| 354 | // OBSOLETE * Local space is allocated just below by sub sp,sp,nnn. | |
| 355 | // OBSOLETE * Next, the registers used by this function are stored (as offsets from sp). | |
| 356 | // OBSOLETE */ | |
| 357 | // OBSOLETE | |
| 358 | // OBSOLETE void | |
| 359 | // OBSOLETE frame_find_saved_regs (struct frame_info *fip, struct frame_saved_regs *fsrp) | |
| 360 | // OBSOLETE { | |
| 361 | // OBSOLETE long locals; | |
| 362 | // OBSOLETE unsigned int insn; | |
| 363 | // OBSOLETE CORE_ADDR dummy_bottom; | |
| 364 | // OBSOLETE CORE_ADDR adr; | |
| 365 | // OBSOLETE int i, regnum, offset; | |
| 366 | // OBSOLETE | |
| 367 | // OBSOLETE memset (fsrp, 0, sizeof *fsrp); | |
| 368 | // OBSOLETE | |
| 369 | // OBSOLETE /* If frame is the end of a dummy, compute where the beginning would be. */ | |
| 370 | // OBSOLETE dummy_bottom = fip->frame - 4 - REGISTER_BYTES - CALL_DUMMY_LENGTH; | |
| 371 | // OBSOLETE | |
| 372 | // OBSOLETE /* Check if the PC is in the stack, in a dummy frame. */ | |
| 373 | // OBSOLETE if (dummy_bottom <= fip->pc && fip->pc <= fip->frame) | |
| 374 | // OBSOLETE { | |
| 375 | // OBSOLETE /* all regs were saved by push_call_dummy () */ | |
| 376 | // OBSOLETE adr = fip->frame; | |
| 377 | // OBSOLETE for (i = 0; i < NUM_REGS; i++) | |
| 378 | // OBSOLETE { | |
| 379 | // OBSOLETE adr -= REGISTER_RAW_SIZE (i); | |
| 380 | // OBSOLETE fsrp->regs[i] = adr; | |
| 381 | // OBSOLETE } | |
| 382 | // OBSOLETE return; | |
| 383 | // OBSOLETE } | |
| 384 | // OBSOLETE | |
| 385 | // OBSOLETE locals = arc_get_frame_setup (get_pc_function_start (fip->pc)); | |
| 386 | // OBSOLETE | |
| 387 | // OBSOLETE if (locals >= 0) | |
| 388 | // OBSOLETE { | |
| 389 | // OBSOLETE /* Set `adr' to the value of `sp'. */ | |
| 390 | // OBSOLETE adr = fip->frame - locals; | |
| 391 | // OBSOLETE for (i = 0; i < 8; i++) | |
| 392 | // OBSOLETE { | |
| 393 | // OBSOLETE insn = codestream_get (); | |
| 394 | // OBSOLETE if ((insn & BUILD_INSN (-1, 0, -1, 0, 0)) | |
| 395 | // OBSOLETE != BUILD_INSN (2, 0, SP_REGNUM, 0, 0)) | |
| 396 | // OBSOLETE break; | |
| 397 | // OBSOLETE regnum = X_C (insn); | |
| 398 | // OBSOLETE offset = X_D (insn); | |
| 399 | // OBSOLETE fsrp->regs[regnum] = adr + offset; | |
| 400 | // OBSOLETE } | |
| 401 | // OBSOLETE } | |
| 402 | // OBSOLETE | |
| 403 | // OBSOLETE fsrp->regs[PC_REGNUM] = fip->frame + 4; | |
| 404 | // OBSOLETE fsrp->regs[FP_REGNUM] = fip->frame; | |
| 405 | // OBSOLETE } | |
| 406 | // OBSOLETE | |
| 407 | // OBSOLETE void | |
| 408 | // OBSOLETE arc_push_dummy_frame (void) | |
| 409 | // OBSOLETE { | |
| 410 | // OBSOLETE CORE_ADDR sp = read_register (SP_REGNUM); | |
| 411 | // OBSOLETE int regnum; | |
| 412 | // OBSOLETE char regbuf[MAX_REGISTER_RAW_SIZE]; | |
| 413 | // OBSOLETE | |
| 414 | // OBSOLETE read_register_gen (PC_REGNUM, regbuf); | |
| 415 | // OBSOLETE write_memory (sp + 4, regbuf, REGISTER_SIZE); | |
| 416 | // OBSOLETE read_register_gen (FP_REGNUM, regbuf); | |
| 417 | // OBSOLETE write_memory (sp, regbuf, REGISTER_SIZE); | |
| 418 | // OBSOLETE write_register (FP_REGNUM, sp); | |
| 419 | // OBSOLETE for (regnum = 0; regnum < NUM_REGS; regnum++) | |
| 420 | // OBSOLETE { | |
| 421 | // OBSOLETE read_register_gen (regnum, regbuf); | |
| 422 | // OBSOLETE sp = push_bytes (sp, regbuf, REGISTER_RAW_SIZE (regnum)); | |
| 423 | // OBSOLETE } | |
| 424 | // OBSOLETE sp += (2 * REGISTER_SIZE); | |
| 425 | // OBSOLETE write_register (SP_REGNUM, sp); | |
| 426 | // OBSOLETE } | |
| 427 | // OBSOLETE | |
| 428 | // OBSOLETE void | |
| 429 | // OBSOLETE arc_pop_frame (void) | |
| 430 | // OBSOLETE { | |
| 431 | // OBSOLETE struct frame_info *frame = get_current_frame (); | |
| 432 | // OBSOLETE CORE_ADDR fp; | |
| 433 | // OBSOLETE int regnum; | |
| 434 | // OBSOLETE struct frame_saved_regs fsr; | |
| 435 | // OBSOLETE char regbuf[MAX_REGISTER_RAW_SIZE]; | |
| 436 | // OBSOLETE | |
| 437 | // OBSOLETE fp = FRAME_FP (frame); | |
| 438 | // OBSOLETE get_frame_saved_regs (frame, &fsr); | |
| 439 | // OBSOLETE for (regnum = 0; regnum < NUM_REGS; regnum++) | |
| 440 | // OBSOLETE { | |
| 441 | // OBSOLETE CORE_ADDR adr; | |
| 442 | // OBSOLETE adr = fsr.regs[regnum]; | |
| 443 | // OBSOLETE if (adr) | |
| 444 | // OBSOLETE { | |
| 445 | // OBSOLETE read_memory (adr, regbuf, REGISTER_RAW_SIZE (regnum)); | |
| 446 | // OBSOLETE write_register_bytes (REGISTER_BYTE (regnum), regbuf, | |
| 447 | // OBSOLETE REGISTER_RAW_SIZE (regnum)); | |
| 448 | // OBSOLETE } | |
| 449 | // OBSOLETE } | |
| 450 | // OBSOLETE write_register (FP_REGNUM, read_memory_integer (fp, 4)); | |
| 451 | // OBSOLETE write_register (PC_REGNUM, read_memory_integer (fp + 4, 4)); | |
| 452 | // OBSOLETE write_register (SP_REGNUM, fp + 8); | |
| 453 | // OBSOLETE flush_cached_frames (); | |
| 454 | // OBSOLETE } | |
| 455 | // OBSOLETE \f | |
| 456 | // OBSOLETE /* Simulate single-step. */ | |
| 457 | // OBSOLETE | |
| 458 | // OBSOLETE typedef enum | |
| 459 | // OBSOLETE { | |
| 460 | // OBSOLETE NORMAL4, /* a normal 4 byte insn */ | |
| 461 | // OBSOLETE NORMAL8, /* a normal 8 byte insn */ | |
| 462 | // OBSOLETE BRANCH4, /* a 4 byte branch insn, including ones without delay slots */ | |
| 463 | // OBSOLETE BRANCH8, /* an 8 byte branch insn, including ones with delay slots */ | |
| 464 | // OBSOLETE } | |
| 465 | // OBSOLETE insn_type; | |
| 466 | // OBSOLETE | |
| 467 | // OBSOLETE /* Return the type of INSN and store in TARGET the destination address of a | |
| 468 | // OBSOLETE branch if this is one. */ | |
| 469 | // OBSOLETE /* ??? Need to verify all cases are properly handled. */ | |
| 470 | // OBSOLETE | |
| 471 | // OBSOLETE static insn_type | |
| 472 | // OBSOLETE get_insn_type (unsigned long insn, CORE_ADDR pc, CORE_ADDR *target) | |
| 473 | // OBSOLETE { | |
| 474 | // OBSOLETE unsigned long limm; | |
| 475 | // OBSOLETE | |
| 476 | // OBSOLETE switch (insn >> 27) | |
| 477 | // OBSOLETE { | |
| 478 | // OBSOLETE case 0: | |
| 479 | // OBSOLETE case 1: | |
| 480 | // OBSOLETE case 2: /* load/store insns */ | |
| 481 | // OBSOLETE if (LIMM_P (X_A (insn)) | |
| 482 | // OBSOLETE || LIMM_P (X_B (insn)) | |
| 483 | // OBSOLETE || LIMM_P (X_C (insn))) | |
| 484 | // OBSOLETE return NORMAL8; | |
| 485 | // OBSOLETE return NORMAL4; | |
| 486 | // OBSOLETE case 4: | |
| 487 | // OBSOLETE case 5: | |
| 488 | // OBSOLETE case 6: /* branch insns */ | |
| 489 | // OBSOLETE *target = pc + 4 + X_L (insn); | |
| 490 | // OBSOLETE /* ??? It isn't clear that this is always the right answer. | |
| 491 | // OBSOLETE The problem occurs when the next insn is an 8 byte insn. If the | |
| 492 | // OBSOLETE branch is conditional there's no worry as there shouldn't be an 8 | |
| 493 | // OBSOLETE byte insn following. The programmer may be cheating if s/he knows | |
| 494 | // OBSOLETE the branch will never be taken, but we don't deal with that. | |
| 495 | // OBSOLETE Note that the programmer is also allowed to play games by putting | |
| 496 | // OBSOLETE an insn with long immediate data in the delay slot and then duplicate | |
| 497 | // OBSOLETE the long immediate data at the branch target. Ugh! */ | |
| 498 | // OBSOLETE if (X_N (insn) == 0) | |
| 499 | // OBSOLETE return BRANCH4; | |
| 500 | // OBSOLETE return BRANCH8; | |
| 501 | // OBSOLETE case 7: /* jump insns */ | |
| 502 | // OBSOLETE if (LIMM_P (X_B (insn))) | |
| 503 | // OBSOLETE { | |
| 504 | // OBSOLETE limm = read_memory_integer (pc + 4, 4); | |
| 505 | // OBSOLETE *target = ARC_PC_TO_REAL_ADDRESS (limm); | |
| 506 | // OBSOLETE return BRANCH8; | |
| 507 | // OBSOLETE } | |
| 508 | // OBSOLETE if (SHIMM_P (X_B (insn))) | |
| 509 | // OBSOLETE *target = ARC_PC_TO_REAL_ADDRESS (X_D (insn)); | |
| 510 | // OBSOLETE else | |
| 511 | // OBSOLETE *target = ARC_PC_TO_REAL_ADDRESS (read_register (X_B (insn))); | |
| 512 | // OBSOLETE if (X_Q (insn) == 0 && X_N (insn) == 0) | |
| 513 | // OBSOLETE return BRANCH4; | |
| 514 | // OBSOLETE return BRANCH8; | |
| 515 | // OBSOLETE default: /* arithmetic insns, etc. */ | |
| 516 | // OBSOLETE if (LIMM_P (X_A (insn)) | |
| 517 | // OBSOLETE || LIMM_P (X_B (insn)) | |
| 518 | // OBSOLETE || LIMM_P (X_C (insn))) | |
| 519 | // OBSOLETE return NORMAL8; | |
| 520 | // OBSOLETE return NORMAL4; | |
| 521 | // OBSOLETE } | |
| 522 | // OBSOLETE } | |
| 523 | // OBSOLETE | |
| 524 | // OBSOLETE /* single_step() is called just before we want to resume the inferior, if we | |
| 525 | // OBSOLETE want to single-step it but there is no hardware or kernel single-step | |
| 526 | // OBSOLETE support. We find all the possible targets of the coming instruction and | |
| 527 | // OBSOLETE breakpoint them. | |
| 528 | // OBSOLETE | |
| 529 | // OBSOLETE single_step is also called just after the inferior stops. If we had | |
| 530 | // OBSOLETE set up a simulated single-step, we undo our damage. */ | |
| 531 | // OBSOLETE | |
| 532 | // OBSOLETE void | |
| 533 | // OBSOLETE arc_software_single_step (enum target_signal ignore, /* sig but we don't need it */ | |
| 534 | // OBSOLETE int insert_breakpoints_p) | |
| 535 | // OBSOLETE { | |
| 536 | // OBSOLETE static CORE_ADDR next_pc, target; | |
| 537 | // OBSOLETE static int brktrg_p; | |
| 538 | // OBSOLETE typedef char binsn_quantum[BREAKPOINT_MAX]; | |
| 539 | // OBSOLETE static binsn_quantum break_mem[2]; | |
| 540 | // OBSOLETE | |
| 541 | // OBSOLETE if (insert_breakpoints_p) | |
| 542 | // OBSOLETE { | |
| 543 | // OBSOLETE insn_type type; | |
| 544 | // OBSOLETE CORE_ADDR pc; | |
| 545 | // OBSOLETE unsigned long insn; | |
| 546 | // OBSOLETE | |
| 547 | // OBSOLETE pc = read_register (PC_REGNUM); | |
| 548 | // OBSOLETE insn = read_memory_integer (pc, 4); | |
| 549 | // OBSOLETE type = get_insn_type (insn, pc, &target); | |
| 550 | // OBSOLETE | |
| 551 | // OBSOLETE /* Always set a breakpoint for the insn after the branch. */ | |
| 552 | // OBSOLETE next_pc = pc + ((type == NORMAL8 || type == BRANCH8) ? 8 : 4); | |
| 553 | // OBSOLETE target_insert_breakpoint (next_pc, break_mem[0]); | |
| 554 | // OBSOLETE | |
| 555 | // OBSOLETE brktrg_p = 0; | |
| 556 | // OBSOLETE | |
| 557 | // OBSOLETE if ((type == BRANCH4 || type == BRANCH8) | |
| 558 | // OBSOLETE /* Watch out for branches to the following location. | |
| 559 | // OBSOLETE We just stored a breakpoint there and another call to | |
| 560 | // OBSOLETE target_insert_breakpoint will think the real insn is the | |
| 561 | // OBSOLETE breakpoint we just stored there. */ | |
| 562 | // OBSOLETE && target != next_pc) | |
| 563 | // OBSOLETE { | |
| 564 | // OBSOLETE brktrg_p = 1; | |
| 565 | // OBSOLETE target_insert_breakpoint (target, break_mem[1]); | |
| 566 | // OBSOLETE } | |
| 567 | // OBSOLETE | |
| 568 | // OBSOLETE } | |
| 569 | // OBSOLETE else | |
| 570 | // OBSOLETE { | |
| 571 | // OBSOLETE /* Remove breakpoints. */ | |
| 572 | // OBSOLETE target_remove_breakpoint (next_pc, break_mem[0]); | |
| 573 | // OBSOLETE | |
| 574 | // OBSOLETE if (brktrg_p) | |
| 575 | // OBSOLETE target_remove_breakpoint (target, break_mem[1]); | |
| 576 | // OBSOLETE | |
| 577 | // OBSOLETE /* Fix the pc. */ | |
| 578 | // OBSOLETE stop_pc -= DECR_PC_AFTER_BREAK; | |
| 579 | // OBSOLETE write_pc (stop_pc); | |
| 580 | // OBSOLETE } | |
| 581 | // OBSOLETE } | |
| 582 | // OBSOLETE \f | |
| 583 | // OBSOLETE /* Because of Multi-arch, GET_LONGJMP_TARGET is always defined. So test | |
| 584 | // OBSOLETE for a definition of JB_PC. */ | |
| 585 | // OBSOLETE #ifdef JB_PC | |
| 586 | // OBSOLETE /* Figure out where the longjmp will land. Slurp the args out of the stack. | |
| 587 | // OBSOLETE We expect the first arg to be a pointer to the jmp_buf structure from which | |
| 588 | // OBSOLETE we extract the pc (JB_PC) that we will land at. The pc is copied into PC. | |
| 589 | // OBSOLETE This routine returns true on success. */ | |
| 590 | // OBSOLETE | |
| 591 | // OBSOLETE int | |
| 592 | // OBSOLETE get_longjmp_target (CORE_ADDR *pc) | |
| 593 | // OBSOLETE { | |
| 594 | // OBSOLETE char buf[TARGET_PTR_BIT / TARGET_CHAR_BIT]; | |
| 595 | // OBSOLETE CORE_ADDR sp, jb_addr; | |
| 596 | // OBSOLETE | |
| 597 | // OBSOLETE sp = read_register (SP_REGNUM); | |
| 598 | // OBSOLETE | |
| 599 | // OBSOLETE if (target_read_memory (sp + SP_ARG0, /* Offset of first arg on stack */ | |
| 600 | // OBSOLETE buf, | |
| 601 | // OBSOLETE TARGET_PTR_BIT / TARGET_CHAR_BIT)) | |
| 602 | // OBSOLETE return 0; | |
| 603 | // OBSOLETE | |
| 604 | // OBSOLETE jb_addr = extract_address (buf, TARGET_PTR_BIT / TARGET_CHAR_BIT); | |
| 605 | // OBSOLETE | |
| 606 | // OBSOLETE if (target_read_memory (jb_addr + JB_PC * JB_ELEMENT_SIZE, buf, | |
| 607 | // OBSOLETE TARGET_PTR_BIT / TARGET_CHAR_BIT)) | |
| 608 | // OBSOLETE return 0; | |
| 609 | // OBSOLETE | |
| 610 | // OBSOLETE *pc = extract_address (buf, TARGET_PTR_BIT / TARGET_CHAR_BIT); | |
| 611 | // OBSOLETE | |
| 612 | // OBSOLETE return 1; | |
| 613 | // OBSOLETE } | |
| 614 | // OBSOLETE #endif /* GET_LONGJMP_TARGET */ | |
| 615 | // OBSOLETE \f | |
| 616 | // OBSOLETE /* Disassemble one instruction. */ | |
| 617 | // OBSOLETE | |
| 618 | // OBSOLETE static int | |
| 619 | // OBSOLETE arc_print_insn (bfd_vma vma, disassemble_info *info) | |
| 620 | // OBSOLETE { | |
| 621 | // OBSOLETE static int current_mach; | |
| 622 | // OBSOLETE static int current_endian; | |
| 623 | // OBSOLETE static disassembler_ftype current_disasm; | |
| 624 | // OBSOLETE | |
| 625 | // OBSOLETE if (current_disasm == NULL | |
| 626 | // OBSOLETE || arc_bfd_mach_type != current_mach | |
| 627 | // OBSOLETE || TARGET_BYTE_ORDER != current_endian) | |
| 628 | // OBSOLETE { | |
| 629 | // OBSOLETE current_mach = arc_bfd_mach_type; | |
| 630 | // OBSOLETE current_endian = TARGET_BYTE_ORDER; | |
| 631 | // OBSOLETE current_disasm = arc_get_disassembler (NULL); | |
| 632 | // OBSOLETE } | |
| 633 | // OBSOLETE | |
| 634 | // OBSOLETE return (*current_disasm) (vma, info); | |
| 635 | // OBSOLETE } | |
| 636 | // OBSOLETE \f | |
| 637 | // OBSOLETE /* Command to set cpu type. */ | |
| 638 | // OBSOLETE | |
| 639 | // OBSOLETE void | |
| 640 | // OBSOLETE arc_set_cpu_type_command (char *args, int from_tty) | |
| 641 | // OBSOLETE { | |
| 642 | // OBSOLETE int i; | |
| 643 | // OBSOLETE | |
| 644 | // OBSOLETE if (tmp_arc_cpu_type == NULL || *tmp_arc_cpu_type == '\0') | |
| 645 | // OBSOLETE { | |
| 646 | // OBSOLETE printf_unfiltered ("The known ARC cpu types are as follows:\n"); | |
| 647 | // OBSOLETE for (i = 0; arc_cpu_type_table[i].name != NULL; ++i) | |
| 648 | // OBSOLETE printf_unfiltered ("%s\n", arc_cpu_type_table[i].name); | |
| 649 | // OBSOLETE | |
| 650 | // OBSOLETE /* Restore the value. */ | |
| 651 | // OBSOLETE tmp_arc_cpu_type = xstrdup (arc_cpu_type); | |
| 652 | // OBSOLETE | |
| 653 | // OBSOLETE return; | |
| 654 | // OBSOLETE } | |
| 655 | // OBSOLETE | |
| 656 | // OBSOLETE if (!arc_set_cpu_type (tmp_arc_cpu_type)) | |
| 657 | // OBSOLETE { | |
| 658 | // OBSOLETE error ("Unknown cpu type `%s'.", tmp_arc_cpu_type); | |
| 659 | // OBSOLETE /* Restore its value. */ | |
| 660 | // OBSOLETE tmp_arc_cpu_type = xstrdup (arc_cpu_type); | |
| 661 | // OBSOLETE } | |
| 662 | // OBSOLETE } | |
| 663 | // OBSOLETE | |
| 664 | // OBSOLETE static void | |
| 665 | // OBSOLETE arc_show_cpu_type_command (char *args, int from_tty) | |
| 666 | // OBSOLETE { | |
| 667 | // OBSOLETE } | |
| 668 | // OBSOLETE | |
| 669 | // OBSOLETE /* Modify the actual cpu type. | |
| 670 | // OBSOLETE Result is a boolean indicating success. */ | |
| 671 | // OBSOLETE | |
| 672 | // OBSOLETE static int | |
| 673 | // OBSOLETE arc_set_cpu_type (char *str) | |
| 674 | // OBSOLETE { | |
| 675 | // OBSOLETE int i, j; | |
| 676 | // OBSOLETE | |
| 677 | // OBSOLETE if (str == NULL) | |
| 678 | // OBSOLETE return 0; | |
| 679 | // OBSOLETE | |
| 680 | // OBSOLETE for (i = 0; arc_cpu_type_table[i].name != NULL; ++i) | |
| 681 | // OBSOLETE { | |
| 682 | // OBSOLETE if (strcasecmp (str, arc_cpu_type_table[i].name) == 0) | |
| 683 | // OBSOLETE { | |
| 684 | // OBSOLETE arc_cpu_type = str; | |
| 685 | // OBSOLETE arc_bfd_mach_type = arc_cpu_type_table[i].value; | |
| 686 | // OBSOLETE return 1; | |
| 687 | // OBSOLETE } | |
| 688 | // OBSOLETE } | |
| 689 | // OBSOLETE | |
| 690 | // OBSOLETE return 0; | |
| 691 | // OBSOLETE } | |
| 692 | // OBSOLETE \f | |
| 693 | // OBSOLETE void | |
| 694 | // OBSOLETE _initialize_arc_tdep (void) | |
| 695 | // OBSOLETE { | |
| 696 | // OBSOLETE struct cmd_list_element *c; | |
| 697 | // OBSOLETE | |
| 698 | // OBSOLETE c = add_set_cmd ("cpu", class_support, var_string_noescape, | |
| 699 | // OBSOLETE (char *) &tmp_arc_cpu_type, | |
| 700 | // OBSOLETE "Set the type of ARC cpu in use.\n\ | |
| 701 | // OBSOLETE This command has two purposes. In a multi-cpu system it lets one\n\ | |
| 702 | // OBSOLETE change the cpu being debugged. It also gives one access to\n\ | |
| 703 | // OBSOLETE cpu-type-specific registers and recognize cpu-type-specific instructions.\ | |
| 704 | // OBSOLETE ", | |
| 705 | // OBSOLETE &setlist); | |
| 706 | // OBSOLETE set_cmd_cfunc (c, arc_set_cpu_type_command); | |
| 707 | // OBSOLETE c = add_show_from_set (c, &showlist); | |
| 708 | // OBSOLETE set_cmd_cfunc (c, arc_show_cpu_type_command); | |
| 709 | // OBSOLETE | |
| 710 | // OBSOLETE /* We have to use xstrdup() here because the `set' command frees it | |
| 711 | // OBSOLETE before setting a new value. */ | |
| 712 | // OBSOLETE tmp_arc_cpu_type = xstrdup (DEFAULT_ARC_CPU_TYPE); | |
| 713 | // OBSOLETE arc_set_cpu_type (tmp_arc_cpu_type); | |
| 714 | // OBSOLETE | |
| 715 | // OBSOLETE c = add_set_cmd ("displaypipeline", class_support, var_zinteger, | |
| 716 | // OBSOLETE (char *) &display_pipeline_p, | |
| 717 | // OBSOLETE "Set pipeline display (simulator only).\n\ | |
| 718 | // OBSOLETE When enabled, the state of the pipeline after each cycle is displayed.", | |
| 719 | // OBSOLETE &setlist); | |
| 720 | // OBSOLETE c = add_show_from_set (c, &showlist); | |
| 721 | // OBSOLETE | |
| 722 | // OBSOLETE c = add_set_cmd ("debugpipeline", class_support, var_zinteger, | |
| 723 | // OBSOLETE (char *) &debug_pipeline_p, | |
| 724 | // OBSOLETE "Set pipeline debug display (simulator only).\n\ | |
| 725 | // OBSOLETE When enabled, debugging information about the pipeline is displayed.", | |
| 726 | // OBSOLETE &setlist); | |
| 727 | // OBSOLETE c = add_show_from_set (c, &showlist); | |
| 728 | // OBSOLETE | |
| 729 | // OBSOLETE c = add_set_cmd ("cputimer", class_support, var_zinteger, | |
| 730 | // OBSOLETE (char *) &cpu_timer, | |
| 731 | // OBSOLETE "Set maximum cycle count (simulator only).\n\ | |
| 732 | // OBSOLETE Control will return to gdb if the timer expires.\n\ | |
| 733 | // OBSOLETE A negative value disables the timer.", | |
| 734 | // OBSOLETE &setlist); | |
| 735 | // OBSOLETE c = add_show_from_set (c, &showlist); | |
| 736 | // OBSOLETE | |
| 737 | // OBSOLETE tm_print_insn = arc_print_insn; | |
| 738 | // OBSOLETE } |