| blob | f3f8cf43a604cfe80468b312db42a340018c478d |
1 This is gdbint.info, produced by makeinfo version 4.8 from
2 ../.././gdb/doc/gdbint.texinfo.
4 INFO-DIR-SECTION Software development
5 START-INFO-DIR-ENTRY
6 * Gdb-Internals: (gdbint). The GNU debugger's internals.
7 END-INFO-DIR-ENTRY
9 This file documents the internals of the GNU debugger GDB.
10 Copyright (C) 1990, 1991, 1992, 1993, 1994, 1996, 1998, 1999, 2000,
11 2001, 2002, 2003, 2004, 2005, 2006 Free Software Foundation, Inc.
12 Contributed by Cygnus Solutions. Written by John Gilmore. Second
13 Edition by Stan Shebs.
15 Permission is granted to copy, distribute and/or modify this document
16 under the terms of the GNU Free Documentation License, Version 1.1 or
17 any later version published by the Free Software Foundation; with no
18 Invariant Sections, with no Front-Cover Texts, and with no Back-Cover
19 Texts. A copy of the license is included in the section entitled "GNU
20 Free Documentation License".
22 \x1f
23 File: gdbint.info, Node: Index, Prev: GNU Free Documentation License, Up: Top
25 Index
26 *****
29 * Menu:
31 * *ADDRESS_CLASS_TYPE_FLAGS_TO_NAME: Target Architecture Definition.
32 (line 281)
33 * *gdbarch_data: Coding. (line 132)
34 * _initialize_language: Language Support. (line 79)
35 * a.out format: Symbol Handling. (line 199)
36 * abstract interpretation of function prologues: Algorithms. (line 72)
37 * add_cmd: User Interface. (line 21)
38 * add_com: User Interface. (line 21)
39 * add_setshow_cmd: User Interface. (line 26)
40 * add_setshow_cmd_full: User Interface. (line 26)
41 * add_symtab_fns: Symbol Handling. (line 23)
42 * adding a new host: Host Definition. (line 13)
43 * adding a symbol-reading module: Symbol Handling. (line 23)
44 * adding a target: Target Architecture Definition.
45 (line 1451)
46 * adding debugging info reader: Symbol Handling. (line 333)
47 * adding source language: Language Support. (line 17)
48 * ADDR_BITS_REMOVE: Target Architecture Definition.
49 (line 521)
50 * address classes: Target Architecture Definition.
51 (line 262)
52 * address representation: Target Architecture Definition.
53 (line 145)
54 * address spaces, separate data and code: Target Architecture Definition.
55 (line 145)
56 * ADDRESS_CLASS_NAME_TO_TYPE_FLAGS: Target Architecture Definition.
57 (line 535)
58 * ADDRESS_CLASS_NAME_to_TYPE_FLAGS: Target Architecture Definition.
59 (line 286)
60 * ADDRESS_CLASS_NAME_TO_TYPE_FLAGS_P: Target Architecture Definition.
61 (line 546)
62 * ADDRESS_CLASS_TYPE_FLAGS: Target Architecture Definition.
63 (line 274)
64 * ADDRESS_CLASS_TYPE_FLAGS (BYTE_SIZE, DWARF2_ADDR_CLASS): Target Architecture Definition.
65 (line 550)
66 * ADDRESS_CLASS_TYPE_FLAGS_P: Target Architecture Definition.
67 (line 559)
68 * ADDRESS_CLASS_TYPE_FLAGS_TO_NAME: Target Architecture Definition.
69 (line 563)
70 * ADDRESS_CLASS_TYPE_FLAGS_TO_NAME_P: Target Architecture Definition.
71 (line 567)
72 * ADDRESS_TO_POINTER: Target Architecture Definition.
73 (line 253)
74 * ADJUST_BREAKPOINT_ADDRESS: Target Architecture Definition.
75 (line 646)
76 * algorithms: Algorithms. (line 6)
77 * ALIGN_STACK_ON_STARTUP: Host Definition. (line 93)
78 * allocate_symtab: Language Support. (line 83)
79 * assumptions about targets: Coding. (line 540)
80 * ATTR_NORETURN: Host Definition. (line 178)
81 * BELIEVE_PCC_PROMOTION: Target Architecture Definition.
82 (line 579)
83 * BFD library: Support Libraries. (line 9)
84 * BIG_BREAKPOINT: Target Architecture Definition.
85 (line 601)
86 * BITS_BIG_ENDIAN: Target Architecture Definition.
87 (line 584)
88 * BPT_VECTOR: Target Architecture Definition.
89 (line 1435)
90 * BREAKPOINT <1>: Target Architecture Definition.
91 (line 590)
92 * BREAKPOINT: Algorithms. (line 232)
93 * breakpoint address adjusted: Target Architecture Definition.
94 (line 646)
95 * BREAKPOINT_FROM_PC: Target Architecture Definition.
96 (line 615)
97 * breakpoints: Algorithms. (line 175)
98 * bug-gdb mailing list: Getting Started. (line 72)
99 * C data types: Coding. (line 415)
100 * call frame information: Algorithms. (line 38)
101 * call stack frame: Algorithms. (line 14)
102 * CALL_DUMMY_LOCATION: Target Architecture Definition.
103 (line 679)
104 * CANNOT_FETCH_REGISTER: Target Architecture Definition.
105 (line 685)
106 * CANNOT_STEP_HW_WATCHPOINTS: Algorithms. (line 404)
107 * CANNOT_STORE_REGISTER: Target Architecture Definition.
108 (line 690)
109 * CC_HAS_LONG_LONG: Host Definition. (line 138)
110 * CFI (call frame information): Algorithms. (line 38)
111 * char: Target Architecture Definition.
112 (line 92)
113 * checkpoints: Algorithms. (line 580)
114 * CHILD_PREPARE_TO_STORE: Native Debugging. (line 134)
115 * cleanup: User Interface. (line 223)
116 * cleanups: Coding. (line 12)
117 * CLEAR_SOLIB: Native Debugging. (line 243)
118 * CLI: User Interface. (line 12)
119 * code pointers, word-addressed: Target Architecture Definition.
120 (line 145)
121 * coding standards: Coding. (line 214)
122 * COFF debugging info: Symbol Handling. (line 300)
123 * COFF format: Symbol Handling. (line 214)
124 * command implementation: Getting Started. (line 60)
125 * command interpreter: User Interface. (line 12)
126 * comment formatting: Coding. (line 389)
127 * compiler warnings: Coding. (line 270)
128 * CONVERT_REGISTER_P: Target Architecture Definition.
129 (line 471)
130 * converting between pointers and addresses: Target Architecture Definition.
131 (line 145)
132 * converting integers to addresses: Target Architecture Definition.
133 (line 991)
134 * converting targets to multi-arch: Target Architecture Definition.
135 (line 1503)
136 * CRLF_SOURCE_FILES: Host Definition. (line 99)
137 * current_language: Language Support. (line 75)
138 * D10V addresses: Target Architecture Definition.
139 (line 145)
140 * data output: User Interface. (line 254)
141 * data-pointer, per-architecture/per-module: Coding. (line 100)
142 * DEBUG_PTRACE: Native Debugging. (line 246)
143 * debugging GDB: Debugging GDB. (line 6)
144 * DECR_PC_AFTER_BREAK: Target Architecture Definition.
145 (line 701)
146 * DEFAULT_PROMPT: Host Definition. (line 106)
147 * deprecate_cmd: User Interface. (line 32)
148 * DEPRECATED_BIG_REMOTE_BREAKPOINT: Target Architecture Definition.
149 (line 609)
150 * DEPRECATED_EXTRACT_STRUCT_VALUE_ADDRESS: Target Architecture Definition.
151 (line 756)
152 * DEPRECATED_EXTRACT_STRUCT_VALUE_ADDRESS_P: Target Architecture Definition.
153 (line 763)
154 * DEPRECATED_FP_REGNUM: Target Architecture Definition.
155 (line 766)
156 * DEPRECATED_FRAME_CHAIN: Target Architecture Definition.
157 (line 810)
158 * DEPRECATED_FRAME_CHAIN_VALID: Target Architecture Definition.
159 (line 813)
160 * DEPRECATED_FRAME_INIT_SAVED_REGS: Target Architecture Definition.
161 (line 821)
162 * DEPRECATED_FRAME_SAVED_PC: Target Architecture Definition.
163 (line 834)
164 * DEPRECATED_FRAMELESS_FUNCTION_INVOCATION: Target Architecture Definition.
165 (line 774)
166 * DEPRECATED_FUNCTION_START_OFFSET: Target Architecture Definition.
167 (line 873)
168 * DEPRECATED_GET_SAVED_REGISTER: Target Architecture Definition.
169 (line 920)
170 * DEPRECATED_IBM6000_TARGET: Target Architecture Definition.
171 (line 924)
172 * DEPRECATED_INIT_EXTRA_FRAME_INFO: Target Architecture Definition.
173 (line 944)
174 * DEPRECATED_INIT_FRAME_PC: Target Architecture Definition.
175 (line 949)
176 * DEPRECATED_LITTLE_REMOTE_BREAKPOINT: Target Architecture Definition.
177 (line 609)
178 * DEPRECATED_POP_FRAME: Target Architecture Definition.
179 (line 1156)
180 * DEPRECATED_PUSH_ARGUMENTS.: Target Architecture Definition.
181 (line 1160)
182 * DEPRECATED_REG_STRUCT_HAS_ADDR: Target Architecture Definition.
183 (line 1139)
184 * DEPRECATED_REGISTER_RAW_SIZE: Target Architecture Definition.
185 (line 397)
186 * DEPRECATED_REGISTER_VIRTUAL_SIZE: Target Architecture Definition.
187 (line 402)
188 * DEPRECATED_REMOTE_BREAKPOINT: Target Architecture Definition.
189 (line 609)
190 * DEPRECATED_SIGTRAMP_END: Target Architecture Definition.
191 (line 966)
192 * DEPRECATED_SIGTRAMP_START: Target Architecture Definition.
193 (line 965)
194 * DEPRECATED_STACK_ALIGN: Target Architecture Definition.
195 (line 1281)
196 * DEPRECATED_USE_STRUCT_CONVENTION: Target Architecture Definition.
197 (line 1407)
198 * deprecating commands: User Interface. (line 32)
199 * design: Coding. (line 535)
200 * DEV_TTY: Host Definition. (line 109)
201 * DIRNAME_SEPARATOR: Coding. (line 605)
202 * DISABLE_UNSETTABLE_BREAK: Target Architecture Definition.
203 (line 707)
204 * discard_cleanups: Coding. (line 39)
205 * do_cleanups: Coding. (line 35)
206 * DOS text files: Host Definition. (line 100)
207 * DW_AT_address_class: Target Architecture Definition.
208 (line 262)
209 * DW_AT_byte_size: Target Architecture Definition.
210 (line 262)
211 * DWARF 1 debugging info: Symbol Handling. (line 313)
212 * DWARF 2 debugging info: Symbol Handling. (line 321)
213 * DWARF2_REG_TO_REGNUM: Target Architecture Definition.
214 (line 736)
215 * DWARF_REG_TO_REGNUM: Target Architecture Definition.
216 (line 732)
217 * ECOFF debugging info: Symbol Handling. (line 306)
218 * ECOFF format: Symbol Handling. (line 228)
219 * ECOFF_REG_TO_REGNUM: Target Architecture Definition.
220 (line 740)
221 * ELF format: Symbol Handling. (line 261)
222 * END_OF_TEXT_DEFAULT: Target Architecture Definition.
223 (line 744)
224 * evaluate_subexp: Language Support. (line 58)
225 * executable_changed: GDB Observers. (line 82)
226 * experimental branches: Versions and Branches.
227 (line 116)
228 * expression evaluation routines: Language Support. (line 58)
229 * expression parser: Language Support. (line 21)
230 * EXTRACT_RETURN_VALUE: Target Architecture Definition.
231 (line 748)
232 * extract_typed_address: Target Architecture Definition.
233 (line 191)
234 * FDL, GNU Free Documentation License: GNU Free Documentation License.
235 (line 6)
236 * fetch_core_registers: Native Debugging. (line 63)
237 * FETCH_INFERIOR_REGISTERS: Native Debugging. (line 142)
238 * field output functions: User Interface. (line 254)
239 * file names, portability: Coding. (line 573)
240 * FILENAME_CMP: Coding. (line 599)
241 * find_pc_function: Symbol Handling. (line 122)
242 * find_pc_line: Symbol Handling. (line 122)
243 * find_sym_fns: Symbol Handling. (line 18)
244 * finding a symbol: Symbol Handling. (line 119)
245 * fine-tuning gdbarch structure: Target Architecture Definition.
246 (line 33)
247 * FOPEN_RB: Host Definition. (line 112)
248 * FP0_REGNUM: Native Debugging. (line 149)
249 * frame: Algorithms. (line 14)
250 * frame, unwind: Algorithms. (line 17)
251 * frame_align: Target Architecture Definition.
252 (line 779)
253 * FRAME_NUM_ARGS: Target Architecture Definition.
254 (line 829)
255 * frame_pop: Target Architecture Definition.
256 (line 1156)
257 * frame_register_unwind: Algorithms. (line 23)
258 * full symbol table: Symbol Handling. (line 90)
259 * function prototypes: Coding. (line 437)
260 * function usage: Coding. (line 419)
261 * FUNCTION_EPILOGUE_SIZE: Target Architecture Definition.
262 (line 867)
263 * fundamental types: Symbol Handling. (line 164)
264 * GCC2_COMPILED_FLAG_SYMBOL: Target Architecture Definition.
265 (line 888)
266 * GCC_COMPILED_FLAG_SYMBOL: Target Architecture Definition.
267 (line 888)
268 * GDB_MULTI_ARCH: Target Architecture Definition.
269 (line 894)
270 * gdb_osabi: Target Architecture Definition.
271 (line 114)
272 * GDB_OSABI_ARM_APCS: Target Architecture Definition.
273 (line 85)
274 * GDB_OSABI_ARM_EABI_V1: Target Architecture Definition.
275 (line 79)
276 * GDB_OSABI_ARM_EABI_V2: Target Architecture Definition.
277 (line 82)
278 * GDB_OSABI_FREEBSD_AOUT: Target Architecture Definition.
279 (line 58)
280 * GDB_OSABI_FREEBSD_ELF: Target Architecture Definition.
281 (line 61)
282 * GDB_OSABI_GO32: Target Architecture Definition.
283 (line 73)
284 * GDB_OSABI_HURD: Target Architecture Definition.
285 (line 46)
286 * GDB_OSABI_LINUX: Target Architecture Definition.
287 (line 55)
288 * GDB_OSABI_NETBSD_AOUT: Target Architecture Definition.
289 (line 64)
290 * GDB_OSABI_NETBSD_ELF: Target Architecture Definition.
291 (line 67)
292 * GDB_OSABI_NETWARE: Target Architecture Definition.
293 (line 76)
294 * GDB_OSABI_OSF1: Target Architecture Definition.
295 (line 52)
296 * GDB_OSABI_SOLARIS: Target Architecture Definition.
297 (line 49)
298 * GDB_OSABI_SVR4: Target Architecture Definition.
299 (line 43)
300 * GDB_OSABI_UNKNOWN: Target Architecture Definition.
301 (line 39)
302 * GDB_OSABI_WINCE: Target Architecture Definition.
303 (line 70)
304 * GDB_TARGET_IS_HPPA: Target Architecture Definition.
305 (line 903)
306 * gdbarch_data: Coding. (line 108)
307 * gdbarch_in_function_epilogue_p: Target Architecture Definition.
308 (line 959)
309 * gdbarch_init_osabi: Target Architecture Definition.
310 (line 120)
311 * gdbarch_register_osabi: Target Architecture Definition.
312 (line 98)
313 * gdbarch_register_osabi_sniffer: Target Architecture Definition.
314 (line 107)
315 * gdbarch_return_value: Target Architecture Definition.
316 (line 1212)
317 * GDBINIT_FILENAME: Host Definition. (line 78)
318 * generic host support: Host Definition. (line 46)
319 * get_frame_register: Algorithms. (line 23)
320 * get_frame_type: Algorithms. (line 30)
321 * GET_LONGJMP_TARGET <1>: Native Debugging. (line 156)
322 * GET_LONGJMP_TARGET <2>: Target Architecture Definition.
323 (line 909)
324 * GET_LONGJMP_TARGET: Algorithms. (line 290)
325 * hardware breakpoints: Algorithms. (line 182)
326 * hardware watchpoints: Algorithms. (line 306)
327 * HAVE_CONTINUABLE_WATCHPOINT: Algorithms. (line 400)
328 * HAVE_DOS_BASED_FILE_SYSTEM: Coding. (line 582)
329 * HAVE_LONG_DOUBLE: Host Definition. (line 147)
330 * HAVE_MMAP: Host Definition. (line 115)
331 * HAVE_NONSTEPPABLE_WATCHPOINT: Algorithms. (line 396)
332 * HAVE_STEPPABLE_WATCHPOINT: Algorithms. (line 392)
333 * HAVE_TERMIO: Host Definition. (line 120)
334 * host: Overall Structure. (line 50)
335 * host, adding: Host Definition. (line 13)
336 * i386_cleanup_dregs: Algorithms. (line 556)
337 * I386_DR_LOW_GET_STATUS: Algorithms. (line 463)
338 * I386_DR_LOW_RESET_ADDR: Algorithms. (line 459)
339 * I386_DR_LOW_SET_ADDR: Algorithms. (line 456)
340 * I386_DR_LOW_SET_CONTROL: Algorithms. (line 453)
341 * i386_insert_hw_breakpoint: Algorithms. (line 538)
342 * i386_insert_watchpoint: Algorithms. (line 510)
343 * i386_region_ok_for_watchpoint: Algorithms. (line 488)
344 * i386_remove_hw_breakpoint: Algorithms. (line 538)
345 * i386_remove_watchpoint: Algorithms. (line 510)
346 * i386_stopped_by_hwbp: Algorithms. (line 550)
347 * i386_stopped_by_watchpoint: Algorithms. (line 502)
348 * i386_stopped_data_address: Algorithms. (line 495)
349 * I386_USE_GENERIC_WATCHPOINTS: Algorithms. (line 434)
350 * IN_SOLIB_CALL_TRAMPOLINE: Target Architecture Definition.
351 (line 972)
352 * IN_SOLIB_DYNSYM_RESOLVE_CODE: Target Architecture Definition.
353 (line 980)
354 * IN_SOLIB_RETURN_TRAMPOLINE: Target Architecture Definition.
355 (line 976)
356 * inferior_created: GDB Observers. (line 89)
357 * INNER_THAN: Target Architecture Definition.
358 (line 953)
359 * insert or remove hardware breakpoint: Algorithms. (line 261)
360 * insert or remove hardware watchpoint: Algorithms. (line 366)
361 * insert or remove software breakpoint: Algorithms. (line 238)
362 * INT_MAX: Host Definition. (line 123)
363 * INT_MIN: Host Definition. (line 124)
364 * INTEGER_TO_ADDRESS: Target Architecture Definition.
365 (line 991)
366 * IS_ABSOLUTE_PATH: Coding. (line 593)
367 * IS_DIR_SEPARATOR: Coding. (line 588)
368 * ISATTY: Host Definition. (line 130)
369 * item output functions: User Interface. (line 254)
370 * KERNEL_U_ADDR: Native Debugging. (line 172)
371 * KERNEL_U_ADDR_HPUX: Native Debugging. (line 180)
372 * L_SET: Host Definition. (line 166)
373 * language parser: Language Support. (line 25)
374 * language support: Language Support. (line 6)
375 * legal papers for code contributions: Debugging GDB. (line 42)
376 * length_of_subexp: Language Support. (line 58)
377 * libgdb: libgdb. (line 9)
378 * libiberty library: Support Libraries. (line 51)
379 * line wrap in output: Coding. (line 190)
380 * lint: Host Definition. (line 199)
381 * list output functions: User Interface. (line 131)
382 * LITTLE_BREAKPOINT: Target Architecture Definition.
383 (line 601)
384 * long long data type: Host Definition. (line 139)
385 * LONG_MAX: Host Definition. (line 125)
386 * LONGEST: Host Definition. (line 133)
387 * longjmp debugging: Algorithms. (line 285)
388 * lookup_symbol: Symbol Handling. (line 128)
389 * LSEEK_NOT_LINEAR: Host Definition. (line 161)
390 * make_cleanup: Coding. (line 28)
391 * making a new release of gdb: Releasing GDB. (line 6)
392 * memory representation: Target Architecture Definition.
393 (line 441)
394 * MEMORY_INSERT_BREAKPOINT: Target Architecture Definition.
395 (line 631)
396 * MEMORY_REMOVE_BREAKPOINT: Target Architecture Definition.
397 (line 631)
398 * minimal symbol table: Symbol Handling. (line 97)
399 * minsymtabs: Symbol Handling. (line 97)
400 * mmap: Host Definition. (line 116)
401 * multi-arch data: Coding. (line 100)
402 * NAME_OF_MALLOC: Target Architecture Definition.
403 (line 1442)
404 * NATDEPFILES: Native Debugging. (line 8)
405 * native conditionals: Native Debugging. (line 128)
406 * native core files: Native Debugging. (line 63)
407 * native debugging: Native Debugging. (line 6)
408 * nesting level in ui_out functions: User Interface. (line 143)
409 * Netware Loadable Module format: Symbol Handling. (line 278)
410 * new year procedure: Start of New Year Procedure.
411 (line 6)
412 * NO_HIF_SUPPORT: Target Architecture Definition.
413 (line 1012)
414 * NO_STD_REGS: Host Definition. (line 82)
415 * NORETURN: Host Definition. (line 171)
416 * normal_stop: GDB Observers. (line 76)
417 * normal_stop observer: GDB Observers. (line 48)
418 * notification about inferior execution stop: GDB Observers. (line 48)
419 * notifications about changes in internals: Algorithms. (line 610)
420 * object file formats: Symbol Handling. (line 196)
421 * observer pattern interface: Algorithms. (line 610)
422 * observers implementation rationale: GDB Observers. (line 9)
423 * obsolete code: Debugging GDB. (line 94)
424 * obstacks: Support Libraries. (line 68)
425 * ONE_PROCESS_WRITETEXT: Native Debugging. (line 185)
426 * op_print_tab: Language Support. (line 91)
427 * opcodes library: Support Libraries. (line 39)
428 * OS ABI variants: Target Architecture Definition.
429 (line 16)
430 * OS9K_VARIABLES_INSIDE_BLOCK: Target Architecture Definition.
431 (line 1431)
432 * PARM_BOUNDARY: Target Architecture Definition.
433 (line 1135)
434 * parse_exp_1: Language Support. (line 97)
435 * partial symbol table: Symbol Handling. (line 100)
436 * PC_LOAD_SEGMENT: Target Architecture Definition.
437 (line 1123)
438 * PC_REGNUM: Target Architecture Definition.
439 (line 1127)
440 * PE-COFF format: Symbol Handling. (line 252)
441 * per-architecture module data: Coding. (line 100)
442 * pointer representation: Target Architecture Definition.
443 (line 145)
444 * POINTER_TO_ADDRESS: Target Architecture Definition.
445 (line 244)
446 * portability: Coding. (line 556)
447 * portable file name handling: Coding. (line 573)
448 * porting to new machines: Porting GDB. (line 6)
449 * prefixify_subexp: Language Support. (line 58)
450 * PRINT_FLOAT_INFO: Target Architecture Definition.
451 (line 712)
452 * print_registers_info: Target Architecture Definition.
453 (line 716)
454 * print_subexp: Language Support. (line 91)
455 * PRINT_VECTOR_INFO: Target Architecture Definition.
456 (line 725)
457 * PRINTF_HAS_LONG_DOUBLE: Host Definition. (line 151)
458 * PRINTF_HAS_LONG_LONG: Host Definition. (line 142)
459 * PROC_NAME_FMT: Native Debugging. (line 190)
460 * PROCESS_LINENUMBER_HOOK: Target Architecture Definition.
461 (line 1146)
462 * program counter: Algorithms. (line 182)
463 * prologue analysis: Algorithms. (line 38)
464 * prologue-value.c: Algorithms. (line 72)
465 * PROLOGUE_FIRSTLINE_OVERLAP: Target Architecture Definition.
466 (line 1149)
467 * prompt: Host Definition. (line 107)
468 * PS_REGNUM: Target Architecture Definition.
469 (line 1152)
470 * pseudo-evaluation of function prologues: Algorithms. (line 72)
471 * psymtabs: Symbol Handling. (line 93)
472 * PTRACE_ARG3_TYPE: Native Debugging. (line 195)
473 * push_dummy_call: Target Architecture Definition.
474 (line 1160)
475 * push_dummy_code: Target Architecture Definition.
476 (line 1174)
477 * raw register representation: Target Architecture Definition.
478 (line 342)
479 * read_fp: Target Architecture Definition.
480 (line 1366)
481 * read_pc: Target Architecture Definition.
482 (line 1366)
483 * read_sp: Target Architecture Definition.
484 (line 1366)
485 * reading of symbols: Symbol Handling. (line 12)
486 * red zone: Target Architecture Definition.
487 (line 807)
488 * register data formats, converting: Target Architecture Definition.
489 (line 441)
490 * register groups: Target Architecture Definition.
491 (line 1036)
492 * register representation: Target Architecture Definition.
493 (line 441)
494 * REGISTER_CONVERT_TO_RAW: Target Architecture Definition.
495 (line 430)
496 * REGISTER_CONVERT_TO_TYPE: Target Architecture Definition.
497 (line 503)
498 * REGISTER_CONVERT_TO_VIRTUAL: Target Architecture Definition.
499 (line 415)
500 * REGISTER_CONVERTIBLE: Target Architecture Definition.
501 (line 390)
502 * REGISTER_NAME: Target Architecture Definition.
503 (line 1190)
504 * register_reggroup_p: Target Architecture Definition.
505 (line 1036)
506 * REGISTER_TO_VALUE: Target Architecture Definition.
507 (line 480)
508 * register_type: Target Architecture Definition.
509 (line 1067)
510 * REGISTER_U_ADDR: Native Debugging. (line 199)
511 * REGISTER_VIRTUAL_TYPE: Target Architecture Definition.
512 (line 1063)
513 * regset_from_core_section: Target Architecture Definition.
514 (line 1082)
515 * regular expressions library: Support Libraries. (line 109)
516 * Release Branches: Versions and Branches.
517 (line 93)
518 * remote debugging support: Host Definition. (line 57)
519 * REMOTE_BPT_VECTOR: Target Architecture Definition.
520 (line 1439)
521 * representations, raw and virtual registers: Target Architecture Definition.
522 (line 342)
523 * representations, register and memory: Target Architecture Definition.
524 (line 441)
525 * requirements for GDB: Requirements. (line 6)
526 * restart: Algorithms. (line 580)
527 * running the test suite: Testsuite. (line 20)
528 * SAVE_DUMMY_FRAME_TOS: Target Architecture Definition.
529 (line 1201)
530 * SCANF_HAS_LONG_DOUBLE: Host Definition. (line 156)
531 * SDB_REG_TO_REGNUM: Target Architecture Definition.
532 (line 1208)
533 * secondary symbol file: Symbol Handling. (line 33)
534 * SEEK_CUR: Host Definition. (line 185)
535 * SEEK_SET: Host Definition. (line 186)
536 * sentinel frame: Algorithms. (line 30)
537 * SENTINEL_FRAME: Algorithms. (line 30)
538 * separate data and code address spaces: Target Architecture Definition.
539 (line 145)
540 * serial line support: Host Definition. (line 57)
541 * SHELL_COMMAND_CONCAT: Native Debugging. (line 202)
542 * SHELL_FILE: Native Debugging. (line 206)
543 * SIGWINCH_HANDLER: Host Definition. (line 85)
544 * SIGWINCH_HANDLER_BODY: Host Definition. (line 89)
545 * SKIP_PERMANENT_BREAKPOINT: Target Architecture Definition.
546 (line 1251)
547 * SKIP_PROLOGUE: Target Architecture Definition.
548 (line 1262)
549 * SKIP_SOLIB_RESOLVER: Target Architecture Definition.
550 (line 984)
551 * SKIP_TRAMPOLINE_CODE: Target Architecture Definition.
552 (line 1266)
553 * SLASH_STRING: Coding. (line 610)
554 * software breakpoints: Algorithms. (line 208)
555 * software watchpoints: Algorithms. (line 306)
556 * SOFTWARE_SINGLE_STEP: Target Architecture Definition.
557 (line 1090)
558 * SOFTWARE_SINGLE_STEP_P: Target Architecture Definition.
559 (line 1086)
560 * SOFUN_ADDRESS_MAYBE_MISSING: Target Architecture Definition.
561 (line 1096)
562 * SOLIB_ADD: Native Debugging. (line 210)
563 * SOLIB_CREATE_INFERIOR_HOOK: Native Debugging. (line 216)
564 * solib_loaded: GDB Observers. (line 96)
565 * solib_unloaded: GDB Observers. (line 101)
566 * SOM debugging info: Symbol Handling. (line 328)
567 * SOM format: Symbol Handling. (line 270)
568 * source code formatting: Coding. (line 349)
569 * SP_REGNUM: Target Architecture Definition.
570 (line 1271)
571 * spaces, separate data and code address: Target Architecture Definition.
572 (line 145)
573 * STAB_REG_TO_REGNUM: Target Architecture Definition.
574 (line 1276)
575 * stabs debugging info: Symbol Handling. (line 290)
576 * stabs_argument_has_addr: Target Architecture Definition.
577 (line 1139)
578 * stack alignment: Host Definition. (line 94)
579 * START_INFERIOR_TRAPS_EXPECTED: Native Debugging. (line 220)
580 * STEP_SKIPS_DELAY: Target Architecture Definition.
581 (line 1290)
582 * STOP_SIGNAL: Host Definition. (line 190)
583 * STOPPED_BY_WATCHPOINT: Algorithms. (line 408)
584 * STORE_RETURN_VALUE: Target Architecture Definition.
585 (line 1297)
586 * store_typed_address: Target Architecture Definition.
587 (line 209)
588 * struct: GDB Observers. (line 62)
589 * struct value, converting register contents to: Target Architecture Definition.
590 (line 441)
591 * submitting patches: Debugging GDB. (line 30)
592 * sym_fns structure: Symbol Handling. (line 23)
593 * symbol files: Symbol Handling. (line 12)
594 * symbol lookup: Symbol Handling. (line 119)
595 * symbol reading: Symbol Handling. (line 12)
596 * SYMBOL_RELOADING_DEFAULT: Target Architecture Definition.
597 (line 1305)
598 * SYMBOLS_CAN_START_WITH_DOLLAR: Target Architecture Definition.
599 (line 935)
600 * symtabs: Symbol Handling. (line 90)
601 * system dependencies: Coding. (line 560)
602 * table output functions: User Interface. (line 131)
603 * target: Overall Structure. (line 50)
604 * target architecture definition: Target Architecture Definition.
605 (line 6)
606 * target vector: Target Vector Definition.
607 (line 6)
608 * TARGET_CAN_USE_HARDWARE_WATCHPOINT: Algorithms. (line 352)
609 * target_changed: GDB Observers. (line 79)
610 * TARGET_CHAR_BIT: Target Architecture Definition.
611 (line 1309)
612 * TARGET_CHAR_SIGNED: Target Architecture Definition.
613 (line 1312)
614 * TARGET_COMPLEX_BIT: Target Architecture Definition.
615 (line 1322)
616 * TARGET_DOUBLE_BIT: Target Architecture Definition.
617 (line 1328)
618 * TARGET_DOUBLE_COMPLEX_BIT: Target Architecture Definition.
619 (line 1332)
620 * TARGET_FLOAT_BIT: Target Architecture Definition.
621 (line 1338)
622 * TARGET_HAS_HARDWARE_WATCHPOINTS: Algorithms. (line 349)
623 * target_insert_breakpoint: Algorithms. (line 238)
624 * target_insert_hw_breakpoint: Algorithms. (line 261)
625 * target_insert_watchpoint: Algorithms. (line 366)
626 * TARGET_INT_BIT: Target Architecture Definition.
627 (line 1341)
628 * TARGET_LONG_BIT: Target Architecture Definition.
629 (line 1344)
630 * TARGET_LONG_DOUBLE_BIT: Target Architecture Definition.
631 (line 1348)
632 * TARGET_LONG_LONG_BIT: Target Architecture Definition.
633 (line 1352)
634 * TARGET_PRINT_INSN: Target Architecture Definition.
635 (line 1389)
636 * TARGET_PTR_BIT: Target Architecture Definition.
637 (line 1356)
638 * TARGET_READ_FP: Target Architecture Definition.
639 (line 1366)
640 * TARGET_READ_PC: Target Architecture Definition.
641 (line 1363)
642 * TARGET_READ_SP: Target Architecture Definition.
643 (line 1365)
644 * TARGET_REGION_OK_FOR_HW_WATCHPOINT: Algorithms. (line 362)
645 * target_remove_breakpoint: Algorithms. (line 238)
646 * target_remove_hw_breakpoint: Algorithms. (line 261)
647 * target_remove_watchpoint: Algorithms. (line 366)
648 * TARGET_SHORT_BIT: Target Architecture Definition.
649 (line 1359)
650 * target_stopped_data_address: Algorithms. (line 383)
651 * TARGET_VIRTUAL_FRAME_POINTER: Target Architecture Definition.
652 (line 1378)
653 * TARGET_WRITE_PC: Target Architecture Definition.
654 (line 1364)
655 * TCP remote support: Host Definition. (line 66)
656 * TDEPFILES: Target Architecture Definition.
657 (line 1453)
658 * terminal device: Host Definition. (line 110)
659 * test suite: Testsuite. (line 6)
660 * test suite organization: Testsuite. (line 80)
661 * trimming language-dependent code: Language Support. (line 101)
662 * tuple output functions: User Interface. (line 131)
663 * type: Target Architecture Definition.
664 (line 408)
665 * type codes: Symbol Handling. (line 172)
666 * types: Coding. (line 431)
667 * U_REGS_OFFSET: Native Debugging. (line 231)
668 * ui_out functions: User Interface. (line 47)
669 * ui_out functions, usage examples: User Interface. (line 397)
670 * ui_out_field_core_addr: User Interface. (line 287)
671 * ui_out_field_fmt: User Interface. (line 261)
672 * ui_out_field_fmt_int: User Interface. (line 280)
673 * ui_out_field_int: User Interface. (line 273)
674 * ui_out_field_skip: User Interface. (line 351)
675 * ui_out_field_stream: User Interface. (line 319)
676 * ui_out_field_string: User Interface. (line 291)
677 * ui_out_flush: User Interface. (line 391)
678 * ui_out_list_begin: User Interface. (line 234)
679 * ui_out_list_end: User Interface. (line 240)
680 * ui_out_message: User Interface. (line 375)
681 * ui_out_spaces: User Interface. (line 370)
682 * ui_out_stream_delete: User Interface. (line 314)
683 * ui_out_table_begin: User Interface. (line 165)
684 * ui_out_table_body: User Interface. (line 191)
685 * ui_out_table_end: User Interface. (line 194)
686 * ui_out_table_header: User Interface. (line 178)
687 * ui_out_text: User Interface. (line 357)
688 * ui_out_tuple_begin: User Interface. (line 210)
689 * ui_out_tuple_end: User Interface. (line 216)
690 * ui_out_wrap_hint: User Interface. (line 381)
691 * ui_stream: User Interface. (line 308)
692 * UINT_MAX: Host Definition. (line 126)
693 * ULONG_MAX: Host Definition. (line 127)
694 * unwind_dummy_id: Target Architecture Definition.
695 (line 1401)
696 * unwind_pc: Target Architecture Definition.
697 (line 840)
698 * unwind_sp: Target Architecture Definition.
699 (line 854)
700 * USE_PROC_FS: Native Debugging. (line 226)
701 * USG: Host Definition. (line 194)
702 * using ui_out functions: User Interface. (line 397)
703 * value_as_address: Target Architecture Definition.
704 (line 223)
705 * value_from_pointer: Target Architecture Definition.
706 (line 232)
707 * VALUE_TO_REGISTER: Target Architecture Definition.
708 (line 492)
709 * VARIABLES_INSIDE_BLOCK: Target Architecture Definition.
710 (line 1423)
711 * vendor branches: Versions and Branches.
712 (line 108)
713 * virtual register representation: Target Architecture Definition.
714 (line 342)
715 * void: GDB Observers. (line 67)
716 * volatile: Host Definition. (line 202)
717 * watchpoints: Algorithms. (line 300)
718 * watchpoints, on x86: Algorithms. (line 425)
719 * word-addressed machines: Target Architecture Definition.
720 (line 145)
721 * wrap_here: Coding. (line 190)
722 * write_pc: Target Architecture Definition.
723 (line 1366)
724 * writing tests: Testsuite. (line 132)
725 * x86 debug registers: Algorithms. (line 425)
726 * XCOFF format: Symbol Handling. (line 236)