729 lines
51 KiB
Plaintext
729 lines
51 KiB
Plaintext
This is gdbint.info, produced by makeinfo version 4.8 from
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../.././gdb/doc/gdbint.texinfo.
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INFO-DIR-SECTION Software development
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START-INFO-DIR-ENTRY
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* Gdb-Internals: (gdbint). The GNU debugger's internals.
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END-INFO-DIR-ENTRY
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This file documents the internals of the GNU debugger GDB.
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Copyright (C) 1990, 1991, 1992, 1993, 1994, 1996, 1998, 1999, 2000,
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2001, 2002, 2003, 2004, 2005, 2006 Free Software Foundation, Inc.
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Contributed by Cygnus Solutions. Written by John Gilmore. Second
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Edition by Stan Shebs.
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Permission is granted to copy, distribute and/or modify this document
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under the terms of the GNU Free Documentation License, Version 1.1 or
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any later version published by the Free Software Foundation; with no
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Invariant Sections, with no Front-Cover Texts, and with no Back-Cover
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Texts. A copy of the license is included in the section entitled "GNU
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Free Documentation License".
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File: gdbint.info, Node: Index, Prev: GNU Free Documentation License, Up: Top
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Index
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*****
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[index ]
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* Menu:
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* *ADDRESS_CLASS_TYPE_FLAGS_TO_NAME: Target Architecture Definition.
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(line 281)
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* *gdbarch_data: Coding. (line 132)
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* _initialize_language: Language Support. (line 79)
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* a.out format: Symbol Handling. (line 199)
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* abstract interpretation of function prologues: Algorithms. (line 72)
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* add_cmd: User Interface. (line 21)
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* add_com: User Interface. (line 21)
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* add_setshow_cmd: User Interface. (line 26)
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* add_setshow_cmd_full: User Interface. (line 26)
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* add_symtab_fns: Symbol Handling. (line 23)
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* adding a new host: Host Definition. (line 13)
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* adding a symbol-reading module: Symbol Handling. (line 23)
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* adding a target: Target Architecture Definition.
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(line 1451)
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* adding debugging info reader: Symbol Handling. (line 333)
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* adding source language: Language Support. (line 17)
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* ADDR_BITS_REMOVE: Target Architecture Definition.
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(line 521)
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* address classes: Target Architecture Definition.
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(line 262)
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* address representation: Target Architecture Definition.
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(line 145)
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* address spaces, separate data and code: Target Architecture Definition.
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(line 145)
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* ADDRESS_CLASS_NAME_TO_TYPE_FLAGS: Target Architecture Definition.
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(line 535)
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* ADDRESS_CLASS_NAME_to_TYPE_FLAGS: Target Architecture Definition.
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(line 286)
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* ADDRESS_CLASS_NAME_TO_TYPE_FLAGS_P: Target Architecture Definition.
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(line 546)
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* ADDRESS_CLASS_TYPE_FLAGS: Target Architecture Definition.
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(line 274)
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* ADDRESS_CLASS_TYPE_FLAGS (BYTE_SIZE, DWARF2_ADDR_CLASS): Target Architecture Definition.
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(line 550)
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* ADDRESS_CLASS_TYPE_FLAGS_P: Target Architecture Definition.
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(line 559)
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* ADDRESS_CLASS_TYPE_FLAGS_TO_NAME: Target Architecture Definition.
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(line 563)
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* ADDRESS_CLASS_TYPE_FLAGS_TO_NAME_P: Target Architecture Definition.
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(line 567)
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* ADDRESS_TO_POINTER: Target Architecture Definition.
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(line 253)
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* ADJUST_BREAKPOINT_ADDRESS: Target Architecture Definition.
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(line 646)
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* algorithms: Algorithms. (line 6)
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* ALIGN_STACK_ON_STARTUP: Host Definition. (line 93)
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* allocate_symtab: Language Support. (line 83)
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* assumptions about targets: Coding. (line 540)
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* ATTR_NORETURN: Host Definition. (line 178)
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* BELIEVE_PCC_PROMOTION: Target Architecture Definition.
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(line 579)
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* BFD library: Support Libraries. (line 9)
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* BIG_BREAKPOINT: Target Architecture Definition.
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(line 601)
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* BITS_BIG_ENDIAN: Target Architecture Definition.
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(line 584)
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* BPT_VECTOR: Target Architecture Definition.
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(line 1435)
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* BREAKPOINT <1>: Target Architecture Definition.
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(line 590)
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* BREAKPOINT: Algorithms. (line 232)
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* breakpoint address adjusted: Target Architecture Definition.
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(line 646)
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* BREAKPOINT_FROM_PC: Target Architecture Definition.
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(line 615)
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* breakpoints: Algorithms. (line 175)
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* bug-gdb mailing list: Getting Started. (line 72)
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* C data types: Coding. (line 415)
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* call frame information: Algorithms. (line 38)
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* call stack frame: Algorithms. (line 14)
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* CALL_DUMMY_LOCATION: Target Architecture Definition.
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(line 679)
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* CANNOT_FETCH_REGISTER: Target Architecture Definition.
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(line 685)
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* CANNOT_STEP_HW_WATCHPOINTS: Algorithms. (line 404)
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* CANNOT_STORE_REGISTER: Target Architecture Definition.
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(line 690)
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* CC_HAS_LONG_LONG: Host Definition. (line 138)
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* CFI (call frame information): Algorithms. (line 38)
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* char: Target Architecture Definition.
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(line 92)
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* checkpoints: Algorithms. (line 580)
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* CHILD_PREPARE_TO_STORE: Native Debugging. (line 134)
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* cleanup: User Interface. (line 223)
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* cleanups: Coding. (line 12)
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* CLEAR_SOLIB: Native Debugging. (line 243)
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* CLI: User Interface. (line 12)
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* code pointers, word-addressed: Target Architecture Definition.
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(line 145)
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* coding standards: Coding. (line 214)
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* COFF debugging info: Symbol Handling. (line 300)
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* COFF format: Symbol Handling. (line 214)
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* command implementation: Getting Started. (line 60)
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* command interpreter: User Interface. (line 12)
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* comment formatting: Coding. (line 389)
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* compiler warnings: Coding. (line 270)
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* CONVERT_REGISTER_P: Target Architecture Definition.
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(line 471)
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* converting between pointers and addresses: Target Architecture Definition.
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(line 145)
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* converting integers to addresses: Target Architecture Definition.
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(line 991)
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* converting targets to multi-arch: Target Architecture Definition.
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(line 1503)
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* CRLF_SOURCE_FILES: Host Definition. (line 99)
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* current_language: Language Support. (line 75)
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* D10V addresses: Target Architecture Definition.
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(line 145)
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* data output: User Interface. (line 254)
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* data-pointer, per-architecture/per-module: Coding. (line 100)
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* DEBUG_PTRACE: Native Debugging. (line 246)
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* debugging GDB: Debugging GDB. (line 6)
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* DECR_PC_AFTER_BREAK: Target Architecture Definition.
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(line 701)
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* DEFAULT_PROMPT: Host Definition. (line 106)
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* deprecate_cmd: User Interface. (line 32)
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* DEPRECATED_BIG_REMOTE_BREAKPOINT: Target Architecture Definition.
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(line 609)
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* DEPRECATED_EXTRACT_STRUCT_VALUE_ADDRESS: Target Architecture Definition.
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(line 756)
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* DEPRECATED_EXTRACT_STRUCT_VALUE_ADDRESS_P: Target Architecture Definition.
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(line 763)
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* DEPRECATED_FP_REGNUM: Target Architecture Definition.
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(line 766)
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* DEPRECATED_FRAME_CHAIN: Target Architecture Definition.
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(line 810)
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* DEPRECATED_FRAME_CHAIN_VALID: Target Architecture Definition.
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(line 813)
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* DEPRECATED_FRAME_INIT_SAVED_REGS: Target Architecture Definition.
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(line 821)
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* DEPRECATED_FRAME_SAVED_PC: Target Architecture Definition.
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(line 834)
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* DEPRECATED_FRAMELESS_FUNCTION_INVOCATION: Target Architecture Definition.
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(line 774)
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* DEPRECATED_FUNCTION_START_OFFSET: Target Architecture Definition.
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(line 873)
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* DEPRECATED_GET_SAVED_REGISTER: Target Architecture Definition.
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(line 920)
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* DEPRECATED_IBM6000_TARGET: Target Architecture Definition.
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(line 924)
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* DEPRECATED_INIT_EXTRA_FRAME_INFO: Target Architecture Definition.
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(line 944)
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* DEPRECATED_INIT_FRAME_PC: Target Architecture Definition.
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(line 949)
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* DEPRECATED_LITTLE_REMOTE_BREAKPOINT: Target Architecture Definition.
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(line 609)
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* DEPRECATED_POP_FRAME: Target Architecture Definition.
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(line 1156)
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* DEPRECATED_PUSH_ARGUMENTS.: Target Architecture Definition.
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(line 1160)
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* DEPRECATED_REG_STRUCT_HAS_ADDR: Target Architecture Definition.
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(line 1139)
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* DEPRECATED_REGISTER_RAW_SIZE: Target Architecture Definition.
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(line 397)
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* DEPRECATED_REGISTER_VIRTUAL_SIZE: Target Architecture Definition.
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(line 402)
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* DEPRECATED_REMOTE_BREAKPOINT: Target Architecture Definition.
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(line 609)
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* DEPRECATED_SIGTRAMP_END: Target Architecture Definition.
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(line 966)
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* DEPRECATED_SIGTRAMP_START: Target Architecture Definition.
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(line 965)
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* DEPRECATED_STACK_ALIGN: Target Architecture Definition.
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(line 1281)
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* DEPRECATED_USE_STRUCT_CONVENTION: Target Architecture Definition.
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(line 1407)
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* deprecating commands: User Interface. (line 32)
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* design: Coding. (line 535)
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* DEV_TTY: Host Definition. (line 109)
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* DIRNAME_SEPARATOR: Coding. (line 605)
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* DISABLE_UNSETTABLE_BREAK: Target Architecture Definition.
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(line 707)
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* discard_cleanups: Coding. (line 39)
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* do_cleanups: Coding. (line 35)
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* DOS text files: Host Definition. (line 100)
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* DW_AT_address_class: Target Architecture Definition.
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(line 262)
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* DW_AT_byte_size: Target Architecture Definition.
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(line 262)
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* DWARF 1 debugging info: Symbol Handling. (line 313)
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* DWARF 2 debugging info: Symbol Handling. (line 321)
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* DWARF2_REG_TO_REGNUM: Target Architecture Definition.
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(line 736)
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* DWARF_REG_TO_REGNUM: Target Architecture Definition.
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(line 732)
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* ECOFF debugging info: Symbol Handling. (line 306)
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* ECOFF format: Symbol Handling. (line 228)
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* ECOFF_REG_TO_REGNUM: Target Architecture Definition.
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(line 740)
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* ELF format: Symbol Handling. (line 261)
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* END_OF_TEXT_DEFAULT: Target Architecture Definition.
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(line 744)
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* evaluate_subexp: Language Support. (line 58)
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* executable_changed: GDB Observers. (line 82)
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* experimental branches: Versions and Branches.
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(line 116)
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* expression evaluation routines: Language Support. (line 58)
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* expression parser: Language Support. (line 21)
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* EXTRACT_RETURN_VALUE: Target Architecture Definition.
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(line 748)
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* extract_typed_address: Target Architecture Definition.
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(line 191)
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* FDL, GNU Free Documentation License: GNU Free Documentation License.
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(line 6)
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* fetch_core_registers: Native Debugging. (line 63)
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* FETCH_INFERIOR_REGISTERS: Native Debugging. (line 142)
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* field output functions: User Interface. (line 254)
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* file names, portability: Coding. (line 573)
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* FILENAME_CMP: Coding. (line 599)
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* find_pc_function: Symbol Handling. (line 122)
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* find_pc_line: Symbol Handling. (line 122)
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* find_sym_fns: Symbol Handling. (line 18)
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* finding a symbol: Symbol Handling. (line 119)
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* fine-tuning gdbarch structure: Target Architecture Definition.
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(line 33)
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* FOPEN_RB: Host Definition. (line 112)
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* FP0_REGNUM: Native Debugging. (line 149)
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* frame: Algorithms. (line 14)
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* frame, unwind: Algorithms. (line 17)
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* frame_align: Target Architecture Definition.
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(line 779)
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* FRAME_NUM_ARGS: Target Architecture Definition.
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(line 829)
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* frame_pop: Target Architecture Definition.
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(line 1156)
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* frame_register_unwind: Algorithms. (line 23)
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* full symbol table: Symbol Handling. (line 90)
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* function prototypes: Coding. (line 437)
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* function usage: Coding. (line 419)
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* FUNCTION_EPILOGUE_SIZE: Target Architecture Definition.
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(line 867)
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* fundamental types: Symbol Handling. (line 164)
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* GCC2_COMPILED_FLAG_SYMBOL: Target Architecture Definition.
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(line 888)
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* GCC_COMPILED_FLAG_SYMBOL: Target Architecture Definition.
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(line 888)
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* GDB_MULTI_ARCH: Target Architecture Definition.
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(line 894)
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* gdb_osabi: Target Architecture Definition.
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(line 114)
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* GDB_OSABI_ARM_APCS: Target Architecture Definition.
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(line 85)
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* GDB_OSABI_ARM_EABI_V1: Target Architecture Definition.
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(line 79)
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* GDB_OSABI_ARM_EABI_V2: Target Architecture Definition.
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(line 82)
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* GDB_OSABI_FREEBSD_AOUT: Target Architecture Definition.
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(line 58)
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* GDB_OSABI_FREEBSD_ELF: Target Architecture Definition.
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(line 61)
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* GDB_OSABI_GO32: Target Architecture Definition.
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(line 73)
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* GDB_OSABI_HURD: Target Architecture Definition.
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(line 46)
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* GDB_OSABI_LINUX: Target Architecture Definition.
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(line 55)
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* GDB_OSABI_NETBSD_AOUT: Target Architecture Definition.
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(line 64)
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* GDB_OSABI_NETBSD_ELF: Target Architecture Definition.
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(line 67)
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* GDB_OSABI_NETWARE: Target Architecture Definition.
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(line 76)
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* GDB_OSABI_OSF1: Target Architecture Definition.
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(line 52)
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* GDB_OSABI_SOLARIS: Target Architecture Definition.
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(line 49)
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* GDB_OSABI_SVR4: Target Architecture Definition.
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(line 43)
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* GDB_OSABI_UNKNOWN: Target Architecture Definition.
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(line 39)
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* GDB_OSABI_WINCE: Target Architecture Definition.
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(line 70)
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* GDB_TARGET_IS_HPPA: Target Architecture Definition.
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(line 903)
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* gdbarch_data: Coding. (line 108)
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* gdbarch_in_function_epilogue_p: Target Architecture Definition.
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(line 959)
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* gdbarch_init_osabi: Target Architecture Definition.
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(line 120)
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* gdbarch_register_osabi: Target Architecture Definition.
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(line 98)
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* gdbarch_register_osabi_sniffer: Target Architecture Definition.
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(line 107)
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* gdbarch_return_value: Target Architecture Definition.
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(line 1212)
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* GDBINIT_FILENAME: Host Definition. (line 78)
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* generic host support: Host Definition. (line 46)
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* get_frame_register: Algorithms. (line 23)
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* get_frame_type: Algorithms. (line 30)
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* GET_LONGJMP_TARGET <1>: Native Debugging. (line 156)
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* GET_LONGJMP_TARGET <2>: Target Architecture Definition.
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(line 909)
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* GET_LONGJMP_TARGET: Algorithms. (line 290)
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* hardware breakpoints: Algorithms. (line 182)
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* hardware watchpoints: Algorithms. (line 306)
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* HAVE_CONTINUABLE_WATCHPOINT: Algorithms. (line 400)
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* HAVE_DOS_BASED_FILE_SYSTEM: Coding. (line 582)
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* HAVE_LONG_DOUBLE: Host Definition. (line 147)
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* HAVE_MMAP: Host Definition. (line 115)
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* HAVE_NONSTEPPABLE_WATCHPOINT: Algorithms. (line 396)
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* HAVE_STEPPABLE_WATCHPOINT: Algorithms. (line 392)
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* HAVE_TERMIO: Host Definition. (line 120)
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* host: Overall Structure. (line 50)
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* host, adding: Host Definition. (line 13)
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* i386_cleanup_dregs: Algorithms. (line 556)
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* I386_DR_LOW_GET_STATUS: Algorithms. (line 463)
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* I386_DR_LOW_RESET_ADDR: Algorithms. (line 459)
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||
* I386_DR_LOW_SET_ADDR: Algorithms. (line 456)
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||
* I386_DR_LOW_SET_CONTROL: Algorithms. (line 453)
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||
* i386_insert_hw_breakpoint: Algorithms. (line 538)
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||
* i386_insert_watchpoint: Algorithms. (line 510)
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||
* i386_region_ok_for_watchpoint: Algorithms. (line 488)
|
||
* i386_remove_hw_breakpoint: Algorithms. (line 538)
|
||
* i386_remove_watchpoint: Algorithms. (line 510)
|
||
* i386_stopped_by_hwbp: Algorithms. (line 550)
|
||
* i386_stopped_by_watchpoint: Algorithms. (line 502)
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||
* i386_stopped_data_address: Algorithms. (line 495)
|
||
* I386_USE_GENERIC_WATCHPOINTS: Algorithms. (line 434)
|
||
* IN_SOLIB_CALL_TRAMPOLINE: Target Architecture Definition.
|
||
(line 972)
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||
* IN_SOLIB_DYNSYM_RESOLVE_CODE: Target Architecture Definition.
|
||
(line 980)
|
||
* IN_SOLIB_RETURN_TRAMPOLINE: Target Architecture Definition.
|
||
(line 976)
|
||
* inferior_created: GDB Observers. (line 89)
|
||
* INNER_THAN: Target Architecture Definition.
|
||
(line 953)
|
||
* insert or remove hardware breakpoint: Algorithms. (line 261)
|
||
* insert or remove hardware watchpoint: Algorithms. (line 366)
|
||
* insert or remove software breakpoint: Algorithms. (line 238)
|
||
* INT_MAX: Host Definition. (line 123)
|
||
* INT_MIN: Host Definition. (line 124)
|
||
* INTEGER_TO_ADDRESS: Target Architecture Definition.
|
||
(line 991)
|
||
* IS_ABSOLUTE_PATH: Coding. (line 593)
|
||
* IS_DIR_SEPARATOR: Coding. (line 588)
|
||
* ISATTY: Host Definition. (line 130)
|
||
* item output functions: User Interface. (line 254)
|
||
* KERNEL_U_ADDR: Native Debugging. (line 172)
|
||
* KERNEL_U_ADDR_HPUX: Native Debugging. (line 180)
|
||
* L_SET: Host Definition. (line 166)
|
||
* language parser: Language Support. (line 25)
|
||
* language support: Language Support. (line 6)
|
||
* legal papers for code contributions: Debugging GDB. (line 42)
|
||
* length_of_subexp: Language Support. (line 58)
|
||
* libgdb: libgdb. (line 9)
|
||
* libiberty library: Support Libraries. (line 51)
|
||
* line wrap in output: Coding. (line 190)
|
||
* lint: Host Definition. (line 199)
|
||
* list output functions: User Interface. (line 131)
|
||
* LITTLE_BREAKPOINT: Target Architecture Definition.
|
||
(line 601)
|
||
* long long data type: Host Definition. (line 139)
|
||
* LONG_MAX: Host Definition. (line 125)
|
||
* LONGEST: Host Definition. (line 133)
|
||
* longjmp debugging: Algorithms. (line 285)
|
||
* lookup_symbol: Symbol Handling. (line 128)
|
||
* LSEEK_NOT_LINEAR: Host Definition. (line 161)
|
||
* make_cleanup: Coding. (line 28)
|
||
* making a new release of gdb: Releasing GDB. (line 6)
|
||
* memory representation: Target Architecture Definition.
|
||
(line 441)
|
||
* MEMORY_INSERT_BREAKPOINT: Target Architecture Definition.
|
||
(line 631)
|
||
* MEMORY_REMOVE_BREAKPOINT: Target Architecture Definition.
|
||
(line 631)
|
||
* minimal symbol table: Symbol Handling. (line 97)
|
||
* minsymtabs: Symbol Handling. (line 97)
|
||
* mmap: Host Definition. (line 116)
|
||
* multi-arch data: Coding. (line 100)
|
||
* NAME_OF_MALLOC: Target Architecture Definition.
|
||
(line 1442)
|
||
* NATDEPFILES: Native Debugging. (line 8)
|
||
* native conditionals: Native Debugging. (line 128)
|
||
* native core files: Native Debugging. (line 63)
|
||
* native debugging: Native Debugging. (line 6)
|
||
* nesting level in ui_out functions: User Interface. (line 143)
|
||
* Netware Loadable Module format: Symbol Handling. (line 278)
|
||
* new year procedure: Start of New Year Procedure.
|
||
(line 6)
|
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* NO_HIF_SUPPORT: Target Architecture Definition.
|
||
(line 1012)
|
||
* NO_STD_REGS: Host Definition. (line 82)
|
||
* NORETURN: Host Definition. (line 171)
|
||
* normal_stop: GDB Observers. (line 76)
|
||
* normal_stop observer: GDB Observers. (line 48)
|
||
* notification about inferior execution stop: GDB Observers. (line 48)
|
||
* notifications about changes in internals: Algorithms. (line 610)
|
||
* object file formats: Symbol Handling. (line 196)
|
||
* observer pattern interface: Algorithms. (line 610)
|
||
* observers implementation rationale: GDB Observers. (line 9)
|
||
* obsolete code: Debugging GDB. (line 94)
|
||
* obstacks: Support Libraries. (line 68)
|
||
* ONE_PROCESS_WRITETEXT: Native Debugging. (line 185)
|
||
* op_print_tab: Language Support. (line 91)
|
||
* opcodes library: Support Libraries. (line 39)
|
||
* OS ABI variants: Target Architecture Definition.
|
||
(line 16)
|
||
* OS9K_VARIABLES_INSIDE_BLOCK: Target Architecture Definition.
|
||
(line 1431)
|
||
* PARM_BOUNDARY: Target Architecture Definition.
|
||
(line 1135)
|
||
* parse_exp_1: Language Support. (line 97)
|
||
* partial symbol table: Symbol Handling. (line 100)
|
||
* PC_LOAD_SEGMENT: Target Architecture Definition.
|
||
(line 1123)
|
||
* PC_REGNUM: Target Architecture Definition.
|
||
(line 1127)
|
||
* PE-COFF format: Symbol Handling. (line 252)
|
||
* per-architecture module data: Coding. (line 100)
|
||
* pointer representation: Target Architecture Definition.
|
||
(line 145)
|
||
* POINTER_TO_ADDRESS: Target Architecture Definition.
|
||
(line 244)
|
||
* portability: Coding. (line 556)
|
||
* portable file name handling: Coding. (line 573)
|
||
* porting to new machines: Porting GDB. (line 6)
|
||
* prefixify_subexp: Language Support. (line 58)
|
||
* PRINT_FLOAT_INFO: Target Architecture Definition.
|
||
(line 712)
|
||
* print_registers_info: Target Architecture Definition.
|
||
(line 716)
|
||
* print_subexp: Language Support. (line 91)
|
||
* PRINT_VECTOR_INFO: Target Architecture Definition.
|
||
(line 725)
|
||
* PRINTF_HAS_LONG_DOUBLE: Host Definition. (line 151)
|
||
* PRINTF_HAS_LONG_LONG: Host Definition. (line 142)
|
||
* PROC_NAME_FMT: Native Debugging. (line 190)
|
||
* PROCESS_LINENUMBER_HOOK: Target Architecture Definition.
|
||
(line 1146)
|
||
* program counter: Algorithms. (line 182)
|
||
* prologue analysis: Algorithms. (line 38)
|
||
* prologue-value.c: Algorithms. (line 72)
|
||
* PROLOGUE_FIRSTLINE_OVERLAP: Target Architecture Definition.
|
||
(line 1149)
|
||
* prompt: Host Definition. (line 107)
|
||
* PS_REGNUM: Target Architecture Definition.
|
||
(line 1152)
|
||
* pseudo-evaluation of function prologues: Algorithms. (line 72)
|
||
* psymtabs: Symbol Handling. (line 93)
|
||
* PTRACE_ARG3_TYPE: Native Debugging. (line 195)
|
||
* push_dummy_call: Target Architecture Definition.
|
||
(line 1160)
|
||
* push_dummy_code: Target Architecture Definition.
|
||
(line 1174)
|
||
* raw register representation: Target Architecture Definition.
|
||
(line 342)
|
||
* read_fp: Target Architecture Definition.
|
||
(line 1366)
|
||
* read_pc: Target Architecture Definition.
|
||
(line 1366)
|
||
* read_sp: Target Architecture Definition.
|
||
(line 1366)
|
||
* reading of symbols: Symbol Handling. (line 12)
|
||
* red zone: Target Architecture Definition.
|
||
(line 807)
|
||
* register data formats, converting: Target Architecture Definition.
|
||
(line 441)
|
||
* register groups: Target Architecture Definition.
|
||
(line 1036)
|
||
* register representation: Target Architecture Definition.
|
||
(line 441)
|
||
* REGISTER_CONVERT_TO_RAW: Target Architecture Definition.
|
||
(line 430)
|
||
* REGISTER_CONVERT_TO_TYPE: Target Architecture Definition.
|
||
(line 503)
|
||
* REGISTER_CONVERT_TO_VIRTUAL: Target Architecture Definition.
|
||
(line 415)
|
||
* REGISTER_CONVERTIBLE: Target Architecture Definition.
|
||
(line 390)
|
||
* REGISTER_NAME: Target Architecture Definition.
|
||
(line 1190)
|
||
* register_reggroup_p: Target Architecture Definition.
|
||
(line 1036)
|
||
* REGISTER_TO_VALUE: Target Architecture Definition.
|
||
(line 480)
|
||
* register_type: Target Architecture Definition.
|
||
(line 1067)
|
||
* REGISTER_U_ADDR: Native Debugging. (line 199)
|
||
* REGISTER_VIRTUAL_TYPE: Target Architecture Definition.
|
||
(line 1063)
|
||
* regset_from_core_section: Target Architecture Definition.
|
||
(line 1082)
|
||
* regular expressions library: Support Libraries. (line 109)
|
||
* Release Branches: Versions and Branches.
|
||
(line 93)
|
||
* remote debugging support: Host Definition. (line 57)
|
||
* REMOTE_BPT_VECTOR: Target Architecture Definition.
|
||
(line 1439)
|
||
* representations, raw and virtual registers: Target Architecture Definition.
|
||
(line 342)
|
||
* representations, register and memory: Target Architecture Definition.
|
||
(line 441)
|
||
* requirements for GDB: Requirements. (line 6)
|
||
* restart: Algorithms. (line 580)
|
||
* running the test suite: Testsuite. (line 20)
|
||
* SAVE_DUMMY_FRAME_TOS: Target Architecture Definition.
|
||
(line 1201)
|
||
* SCANF_HAS_LONG_DOUBLE: Host Definition. (line 156)
|
||
* SDB_REG_TO_REGNUM: Target Architecture Definition.
|
||
(line 1208)
|
||
* secondary symbol file: Symbol Handling. (line 33)
|
||
* SEEK_CUR: Host Definition. (line 185)
|
||
* SEEK_SET: Host Definition. (line 186)
|
||
* sentinel frame: Algorithms. (line 30)
|
||
* SENTINEL_FRAME: Algorithms. (line 30)
|
||
* separate data and code address spaces: Target Architecture Definition.
|
||
(line 145)
|
||
* serial line support: Host Definition. (line 57)
|
||
* SHELL_COMMAND_CONCAT: Native Debugging. (line 202)
|
||
* SHELL_FILE: Native Debugging. (line 206)
|
||
* SIGWINCH_HANDLER: Host Definition. (line 85)
|
||
* SIGWINCH_HANDLER_BODY: Host Definition. (line 89)
|
||
* SKIP_PERMANENT_BREAKPOINT: Target Architecture Definition.
|
||
(line 1251)
|
||
* SKIP_PROLOGUE: Target Architecture Definition.
|
||
(line 1262)
|
||
* SKIP_SOLIB_RESOLVER: Target Architecture Definition.
|
||
(line 984)
|
||
* SKIP_TRAMPOLINE_CODE: Target Architecture Definition.
|
||
(line 1266)
|
||
* SLASH_STRING: Coding. (line 610)
|
||
* software breakpoints: Algorithms. (line 208)
|
||
* software watchpoints: Algorithms. (line 306)
|
||
* SOFTWARE_SINGLE_STEP: Target Architecture Definition.
|
||
(line 1090)
|
||
* SOFTWARE_SINGLE_STEP_P: Target Architecture Definition.
|
||
(line 1086)
|
||
* SOFUN_ADDRESS_MAYBE_MISSING: Target Architecture Definition.
|
||
(line 1096)
|
||
* SOLIB_ADD: Native Debugging. (line 210)
|
||
* SOLIB_CREATE_INFERIOR_HOOK: Native Debugging. (line 216)
|
||
* solib_loaded: GDB Observers. (line 96)
|
||
* solib_unloaded: GDB Observers. (line 101)
|
||
* SOM debugging info: Symbol Handling. (line 328)
|
||
* SOM format: Symbol Handling. (line 270)
|
||
* source code formatting: Coding. (line 349)
|
||
* SP_REGNUM: Target Architecture Definition.
|
||
(line 1271)
|
||
* spaces, separate data and code address: Target Architecture Definition.
|
||
(line 145)
|
||
* STAB_REG_TO_REGNUM: Target Architecture Definition.
|
||
(line 1276)
|
||
* stabs debugging info: Symbol Handling. (line 290)
|
||
* stabs_argument_has_addr: Target Architecture Definition.
|
||
(line 1139)
|
||
* stack alignment: Host Definition. (line 94)
|
||
* START_INFERIOR_TRAPS_EXPECTED: Native Debugging. (line 220)
|
||
* STEP_SKIPS_DELAY: Target Architecture Definition.
|
||
(line 1290)
|
||
* STOP_SIGNAL: Host Definition. (line 190)
|
||
* STOPPED_BY_WATCHPOINT: Algorithms. (line 408)
|
||
* STORE_RETURN_VALUE: Target Architecture Definition.
|
||
(line 1297)
|
||
* store_typed_address: Target Architecture Definition.
|
||
(line 209)
|
||
* struct: GDB Observers. (line 62)
|
||
* struct value, converting register contents to: Target Architecture Definition.
|
||
(line 441)
|
||
* submitting patches: Debugging GDB. (line 30)
|
||
* sym_fns structure: Symbol Handling. (line 23)
|
||
* symbol files: Symbol Handling. (line 12)
|
||
* symbol lookup: Symbol Handling. (line 119)
|
||
* symbol reading: Symbol Handling. (line 12)
|
||
* SYMBOL_RELOADING_DEFAULT: Target Architecture Definition.
|
||
(line 1305)
|
||
* SYMBOLS_CAN_START_WITH_DOLLAR: Target Architecture Definition.
|
||
(line 935)
|
||
* symtabs: Symbol Handling. (line 90)
|
||
* system dependencies: Coding. (line 560)
|
||
* table output functions: User Interface. (line 131)
|
||
* target: Overall Structure. (line 50)
|
||
* target architecture definition: Target Architecture Definition.
|
||
(line 6)
|
||
* target vector: Target Vector Definition.
|
||
(line 6)
|
||
* TARGET_CAN_USE_HARDWARE_WATCHPOINT: Algorithms. (line 352)
|
||
* target_changed: GDB Observers. (line 79)
|
||
* TARGET_CHAR_BIT: Target Architecture Definition.
|
||
(line 1309)
|
||
* TARGET_CHAR_SIGNED: Target Architecture Definition.
|
||
(line 1312)
|
||
* TARGET_COMPLEX_BIT: Target Architecture Definition.
|
||
(line 1322)
|
||
* TARGET_DOUBLE_BIT: Target Architecture Definition.
|
||
(line 1328)
|
||
* TARGET_DOUBLE_COMPLEX_BIT: Target Architecture Definition.
|
||
(line 1332)
|
||
* TARGET_FLOAT_BIT: Target Architecture Definition.
|
||
(line 1338)
|
||
* TARGET_HAS_HARDWARE_WATCHPOINTS: Algorithms. (line 349)
|
||
* target_insert_breakpoint: Algorithms. (line 238)
|
||
* target_insert_hw_breakpoint: Algorithms. (line 261)
|
||
* target_insert_watchpoint: Algorithms. (line 366)
|
||
* TARGET_INT_BIT: Target Architecture Definition.
|
||
(line 1341)
|
||
* TARGET_LONG_BIT: Target Architecture Definition.
|
||
(line 1344)
|
||
* TARGET_LONG_DOUBLE_BIT: Target Architecture Definition.
|
||
(line 1348)
|
||
* TARGET_LONG_LONG_BIT: Target Architecture Definition.
|
||
(line 1352)
|
||
* TARGET_PRINT_INSN: Target Architecture Definition.
|
||
(line 1389)
|
||
* TARGET_PTR_BIT: Target Architecture Definition.
|
||
(line 1356)
|
||
* TARGET_READ_FP: Target Architecture Definition.
|
||
(line 1366)
|
||
* TARGET_READ_PC: Target Architecture Definition.
|
||
(line 1363)
|
||
* TARGET_READ_SP: Target Architecture Definition.
|
||
(line 1365)
|
||
* TARGET_REGION_OK_FOR_HW_WATCHPOINT: Algorithms. (line 362)
|
||
* target_remove_breakpoint: Algorithms. (line 238)
|
||
* target_remove_hw_breakpoint: Algorithms. (line 261)
|
||
* target_remove_watchpoint: Algorithms. (line 366)
|
||
* TARGET_SHORT_BIT: Target Architecture Definition.
|
||
(line 1359)
|
||
* target_stopped_data_address: Algorithms. (line 383)
|
||
* TARGET_VIRTUAL_FRAME_POINTER: Target Architecture Definition.
|
||
(line 1378)
|
||
* TARGET_WRITE_PC: Target Architecture Definition.
|
||
(line 1364)
|
||
* TCP remote support: Host Definition. (line 66)
|
||
* TDEPFILES: Target Architecture Definition.
|
||
(line 1453)
|
||
* terminal device: Host Definition. (line 110)
|
||
* test suite: Testsuite. (line 6)
|
||
* test suite organization: Testsuite. (line 80)
|
||
* trimming language-dependent code: Language Support. (line 101)
|
||
* tuple output functions: User Interface. (line 131)
|
||
* type: Target Architecture Definition.
|
||
(line 408)
|
||
* type codes: Symbol Handling. (line 172)
|
||
* types: Coding. (line 431)
|
||
* U_REGS_OFFSET: Native Debugging. (line 231)
|
||
* ui_out functions: User Interface. (line 47)
|
||
* ui_out functions, usage examples: User Interface. (line 397)
|
||
* ui_out_field_core_addr: User Interface. (line 287)
|
||
* ui_out_field_fmt: User Interface. (line 261)
|
||
* ui_out_field_fmt_int: User Interface. (line 280)
|
||
* ui_out_field_int: User Interface. (line 273)
|
||
* ui_out_field_skip: User Interface. (line 351)
|
||
* ui_out_field_stream: User Interface. (line 319)
|
||
* ui_out_field_string: User Interface. (line 291)
|
||
* ui_out_flush: User Interface. (line 391)
|
||
* ui_out_list_begin: User Interface. (line 234)
|
||
* ui_out_list_end: User Interface. (line 240)
|
||
* ui_out_message: User Interface. (line 375)
|
||
* ui_out_spaces: User Interface. (line 370)
|
||
* ui_out_stream_delete: User Interface. (line 314)
|
||
* ui_out_table_begin: User Interface. (line 165)
|
||
* ui_out_table_body: User Interface. (line 191)
|
||
* ui_out_table_end: User Interface. (line 194)
|
||
* ui_out_table_header: User Interface. (line 178)
|
||
* ui_out_text: User Interface. (line 357)
|
||
* ui_out_tuple_begin: User Interface. (line 210)
|
||
* ui_out_tuple_end: User Interface. (line 216)
|
||
* ui_out_wrap_hint: User Interface. (line 381)
|
||
* ui_stream: User Interface. (line 308)
|
||
* UINT_MAX: Host Definition. (line 126)
|
||
* ULONG_MAX: Host Definition. (line 127)
|
||
* unwind_dummy_id: Target Architecture Definition.
|
||
(line 1401)
|
||
* unwind_pc: Target Architecture Definition.
|
||
(line 840)
|
||
* unwind_sp: Target Architecture Definition.
|
||
(line 854)
|
||
* USE_PROC_FS: Native Debugging. (line 226)
|
||
* USG: Host Definition. (line 194)
|
||
* using ui_out functions: User Interface. (line 397)
|
||
* value_as_address: Target Architecture Definition.
|
||
(line 223)
|
||
* value_from_pointer: Target Architecture Definition.
|
||
(line 232)
|
||
* VALUE_TO_REGISTER: Target Architecture Definition.
|
||
(line 492)
|
||
* VARIABLES_INSIDE_BLOCK: Target Architecture Definition.
|
||
(line 1423)
|
||
* vendor branches: Versions and Branches.
|
||
(line 108)
|
||
* virtual register representation: Target Architecture Definition.
|
||
(line 342)
|
||
* void: GDB Observers. (line 67)
|
||
* volatile: Host Definition. (line 202)
|
||
* watchpoints: Algorithms. (line 300)
|
||
* watchpoints, on x86: Algorithms. (line 425)
|
||
* word-addressed machines: Target Architecture Definition.
|
||
(line 145)
|
||
* wrap_here: Coding. (line 190)
|
||
* write_pc: Target Architecture Definition.
|
||
(line 1366)
|
||
* writing tests: Testsuite. (line 132)
|
||
* x86 debug registers: Algorithms. (line 425)
|
||
* XCOFF format: Symbol Handling. (line 236)
|
||
|
||
|