@unnchapentry{Scope of this Document}{10001}{Top}{1}
@numchapentry{Summary}{1}{Summary}{1}
@numsecentry{Requirements}{1.1}{Requirements}{1}
@numsecentry{Contributors}{1.2}{Contributors}{1}
@numchapentry{Overall Structure}{2}{Overall Structure}{2}
@numsecentry{The Symbol Side}{2.1}{}{2}
@numsecentry{The Target Side}{2.2}{}{2}
@numsecentry{Configurations}{2.3}{}{2}
@numsecentry{Source Tree Structure}{2.4}{}{3}
@numchapentry{Algorithms}{3}{Algorithms}{4}
@numsecentry{Prologue Analysis}{3.1}{}{4}
@numsecentry{Breakpoint Handling}{3.2}{}{6}
@numsecentry{Single Stepping}{3.3}{}{7}
@numsecentry{Signal Handling}{3.4}{}{7}
@numsecentry{Thread Handling}{3.5}{}{7}
@numsecentry{Inferior Function Calls}{3.6}{}{7}
@numsecentry{Longjmp Support}{3.7}{}{7}
@numsecentry{Watchpoints}{3.8}{}{8}
@numsubsecentry{Watchpoints and Threads}{3.8.1}{}{10}
@numsubsecentry{x86 Watchpoints}{3.8.2}{}{10}
@numsecentry{Checkpoints}{3.9}{}{13}
@numsecentry{Observing changes in @sc {gdb} internals}{3.10}{}{13}
@numchapentry{User Interface}{4}{User Interface}{14}
@numsecentry{Command Interpreter}{4.1}{}{14}
@numsecentry{UI-Independent Output---the @code {ui_out} Functions}{4.2}{}{14}
@numsubsecentry{Overview and Terminology}{4.2.1}{}{14}
@numsubsecentry{General Conventions}{4.2.2}{}{15}
@numsubsecentry{Table, Tuple and List Functions}{4.2.3}{}{15}
@numsubsecentry{Item Output Functions}{4.2.4}{}{17}
@numsubsecentry{Utility Output Functions}{4.2.5}{}{19}
@numsubsecentry{Examples of Use of @code {ui_out} functions}{4.2.6}{}{20}
@numsecentry{Console Printing}{4.3}{}{23}
@numsecentry{TUI}{4.4}{}{23}
@numchapentry{libgdb}{5}{libgdb}{23}
@numsecentry{libgdb 1.0}{5.1}{}{23}
@numsecentry{libgdb 2.0}{5.2}{}{23}
@numsecentry{The @code {libgdb} Model}{5.3}{}{23}
@numsecentry{CLI support}{5.4}{}{24}
@numsecentry{@code {libgdb} components}{5.5}{}{24}
@numchapentry{Values}{6}{Values}{25}
@numsecentry{Values}{6.1}{}{25}
@numchapentry{Stack Frames}{7}{Stack Frames}{26}
@numsecentry{Selecting an Unwinder}{7.1}{}{26}
@numsecentry{Unwinding the Frame ID}{7.2}{}{27}
@numsecentry{Unwinding Registers}{7.3}{}{27}
@numchapentry{Symbol Handling}{8}{Symbol Handling}{28}
@numsecentry{Symbol Reading}{8.1}{}{28}
@numsecentry{Partial Symbol Tables}{8.2}{}{29}
@numsecentry{Types}{8.3}{}{31}
@unnsubsecentry{Fundamental Types (e.g., @code {FT_VOID}, @code {FT_BOOLEAN}).}{10001.3.1}{}{31}
@unnsubsecentry{Type Codes (e.g., @code {TYPE_CODE_PTR}, @code {TYPE_CODE_ARRAY}).}{10001.3.2}{}{31}
@unnsubsecentry{Builtin Types (e.g., @code {builtin_type_void}, @code {builtin_type_char}).}{10001.3.3}{}{31}
@numsecentry{Object File Formats}{8.4}{}{31}
@numsubsecentry{a.out}{8.4.1}{}{31}
@numsubsecentry{COFF}{8.4.2}{}{31}
@numsubsecentry{ECOFF}{8.4.3}{}{32}
@numsubsecentry{XCOFF}{8.4.4}{}{32}
@numsubsecentry{PE}{8.4.5}{}{32}
@numsubsecentry{ELF}{8.4.6}{}{32}
@numsubsecentry{SOM}{8.4.7}{}{32}
@numsecentry{Debugging File Formats}{8.5}{}{32}
@numsubsecentry{stabs}{8.5.1}{}{32}
@numsubsecentry{COFF}{8.5.2}{}{32}
@numsubsecentry{Mips debug (Third Eye)}{8.5.3}{}{33}
@numsubsecentry{DWARF 2}{8.5.4}{}{33}
@numsubsecentry{Compressed DWARF 2}{8.5.5}{}{33}
@numsubsecentry{DWARF 3}{8.5.6}{}{33}
@numsubsecentry{SOM}{8.5.7}{}{33}
@numsecentry{Adding a New Symbol Reader to @sc {gdb}}{8.6}{}{33}
@numsecentry{Memory Management for Symbol Files}{8.7}{}{34}
@numchapentry{Language Support}{9}{Language Support}{34}
@numsecentry{Adding a Source Language to @sc {gdb}}{9.1}{}{34}
@numchapentry{Host Definition}{10}{Host Definition}{35}
@numsecentry{Adding a New Host}{10.1}{}{36}
@numsecentry{Host Conditionals}{10.2}{}{36}
@numchapentry{Target Architecture Definition}{11}{Target Architecture Definition}{38}
@numsecentry{Operating System ABI Variant Handling}{11.1}{OS ABI Variant Handling}{38}
@numsecentry{Initializing a New Architecture}{11.2}{Initialize New Architecture}{40}
@numsubsecentry{How an Architecture is Represented}{11.2.1}{How an Architecture is Represented}{40}
@numsubsecentry{Looking Up an Existing Architecture}{11.2.2}{Looking Up an Existing Architecture}{41}
@numsubsecentry{Creating a New Architecture}{11.2.3}{Creating a New Architecture}{41}
@numsecentry{Registers and Memory}{11.3}{Registers and Memory}{42}
@numsecentry{Pointers Are Not Always Addresses}{11.4}{Pointers and Addresses}{42}
@numsecentry{Address Classes}{11.5}{Address Classes}{44}
@numsecentry{Register Representation}{11.6}{Register Representation}{45}
@numsubsecentry{Raw and Cooked Registers}{11.6.1}{Raw and Cooked Registers}{45}
@numsubsecentry{Functions and Variables Specifying the Register Architecture}{11.6.2}{Register Architecture Functions & Variables}{46}
@numsubsecentry{Functions Giving Register Information}{11.6.3}{Register Information Functions}{47}
@numsubsecentry{Using Different Register and Memory Data Representations}{11.6.4}{Register and Memory Data}{49}
@numsubsecentry{Register Caching}{11.6.5}{Register Caching}{50}
@numsecentry{Frame Interpretation}{11.7}{Frame Interpretation}{50}
@numsubsecentry{All About Stack Frames}{11.7.1}{All About Stack Frames}{50}
@numsubsecentry{Frame Handling Terminology}{11.7.2}{Frame Handling Terminology}{52}
@numsubsecentry{Prologue Caches}{11.7.3}{Prologue Caches}{53}
@numsubsecentry{Functions and Variable to Analyze Frames}{11.7.4}{Functions and Variable to Analyze Frames}{53}
@numsubsecentry{Functions to Access Frame Data}{11.7.5}{Functions to Access Frame Data}{54}
@numsubsecentry{Analyzing Stacks---Frame Sniffers}{11.7.6}{Analyzing Stacks---Frame Sniffers}{55}
@numsecentry{Inferior Call Setup}{11.8}{Inferior Call Setup}{57}
@numsubsecentry{About Dummy Frames}{11.8.1}{About Dummy Frames}{57}
@numsubsecentry{Functions Creating Dummy Frames}{11.8.2}{Functions Creating Dummy Frames}{57}
@numsecentry{Adding support for debugging core files}{11.9}{Adding support for debugging core files}{58}
@numsecentry{Defining Other Architecture Features}{11.10}{Defining Other Architecture Features}{58}
@numsecentry{Adding a New Target}{11.11}{Adding a New Target}{67}
@numchapentry{Target Descriptions}{12}{Target Descriptions}{68}
@numsecentry{Target Descriptions Implementation}{12.1}{Target Descriptions Implementation}{68}
@numsecentry{Adding Target Described Register Support}{12.2}{Adding Target Described Register Support}{69}
@numchapentry{Target Vector Definition}{13}{Target Vector Definition}{70}
@numsecentry{Managing Execution State}{13.1}{Managing Execution State}{70}
@numsecentry{Existing Targets}{13.2}{Existing Targets}{70}
@numsubsecentry{File Targets}{13.2.1}{}{70}
@numsubsecentry{Standard Protocol and Remote Stubs}{13.2.2}{}{70}
@numsubsecentry{ROM Monitor Interface}{13.2.3}{}{71}
@numsubsecentry{Custom Protocols}{13.2.4}{}{71}
@numsubsecentry{Transport Layer}{13.2.5}{}{71}
@numsubsecentry{Builtin Simulator}{13.2.6}{}{71}
@numchapentry{Native Debugging}{14}{Native Debugging}{71}
@numsecentry{ptrace}{14.1}{}{72}
@numsecentry{/proc}{14.2}{}{72}
@numsecentry{win32}{14.3}{}{72}
@numsecentry{shared libraries}{14.4}{}{72}
@numsecentry{Native Conditionals}{14.5}{}{72}
@numchapentry{Support Libraries}{15}{Support Libraries}{73}
@numsecentry{BFD}{15.1}{}{73}
@numsecentry{opcodes}{15.2}{}{73}
@numsecentry{readline}{15.3}{}{73}
@numsecentry{libiberty}{15.4}{}{74}
@numsubsecentry{@code {obstacks} in @sc {gdb}}{15.4.1}{}{74}
@numsecentry{gnu-regex}{15.5}{}{74}
@numsecentry{Array Containers}{15.6}{}{75}
@numsecentry{include}{15.7}{}{77}
@numchapentry{Coding}{16}{Coding}{77}
@numsecentry{Cleanups}{16.1}{}{78}
@numsecentry{Per-architecture module data}{16.2}{}{79}
@numsecentry{Wrapping Output Lines}{16.3}{}{80}
@numsecentry{@sc {gdb} Coding Standards}{16.4}{}{81}
@numsubsecentry{ISO C}{16.4.1}{}{81}
@numsubsecentry{Memory Management}{16.4.2}{}{81}
@numsubsecentry{Compiler Warnings}{16.4.3}{}{81}
@numsubsecentry{Formatting}{16.4.4}{}{82}
@numsubsecentry{Comments}{16.4.5}{}{83}
@numsubsecentry{C Usage}{16.4.6}{}{83}
@numsubsecentry{Function Prototypes}{16.4.7}{}{83}
@numsubsecentry{Internal Error Recovery}{16.4.8}{}{84}
@numsubsecentry{Command Names}{16.4.9}{}{84}
@numsubsecentry{File Names}{16.4.10}{}{84}
@numsubsecentry{Include Files}{16.4.11}{}{84}
@numsubsecentry{Clean Design and Portable Implementation}{16.4.12}{}{85}
@numchapentry{Porting @sc {gdb}}{17}{Porting GDB}{87}
@numchapentry{Versions and Branches}{18}{Versions and Branches}{87}
@numsecentry{Versions}{18.1}{}{87}
@numsecentry{Release Branches}{18.2}{}{89}
@numsecentry{Vendor Branches}{18.3}{}{89}
@numsecentry{Experimental Branches}{18.4}{}{89}
@numsubsecentry{Guidelines}{18.4.1}{}{89}
@numsubsecentry{Tags}{18.4.2}{}{90}
@numchapentry{Start of New Year Procedure}{19}{Start of New Year Procedure}{90}
@numchapentry{Releasing @sc {gdb}}{20}{Releasing GDB}{91}
@numsecentry{Branch Commit Policy}{20.1}{}{91}
@numsecentry{Obsoleting code}{20.2}{}{92}
@numsecentry{Before the Branch}{20.3}{}{92}
@numsubsecentry{Review the bug data base}{20.3.1}{}{93}
@numsubsecentry{Check all cross targets build}{20.3.2}{}{93}
@numsecentry{Cut the Branch}{20.4}{}{93}
@numsecentry{Stabilize the branch}{20.5}{}{94}
@numsecentry{Create a Release}{20.6}{}{95}
@numsubsecentry{Create a release candidate}{20.6.1}{}{95}
@numsubsecentry{Sanity check the tar ball}{20.6.2}{}{97}
@numsubsecentry{Make a release candidate available}{20.6.3}{}{97}
@numsubsecentry{Make a formal release available}{20.6.4}{}{98}
@numsubsecentry{Cleanup}{20.6.5}{}{99}
@numsecentry{Post release}{20.7}{}{100}
@numchapentry{Testsuite}{21}{Testsuite}{100}
@numsecentry{Using the Testsuite}{21.1}{}{100}
@numsecentry{Testsuite Parameters}{21.2}{}{101}
@numsecentry{Testsuite Configuration}{21.3}{}{102}
@numsecentry{Testsuite Organization}{21.4}{}{103}
@numsecentry{Writing Tests}{21.5}{}{104}
@numchapentry{Hints}{22}{Hints}{104}
@numsecentry{Getting Started}{22.1}{Getting Started}{104}
@numsecentry{Debugging @sc {gdb} with itself}{22.2}{Debugging GDB}{105}
@numsecentry{Submitting Patches}{22.3}{}{106}
@numsecentry{Build Script}{22.4}{}{107}
@appentry{@sc {gdb} Currently available observers}{A}{GDB Observers}{107}
@appsecentry{Implementation rationale}{A.1}{}{107}
@appsecentry{Debugging}{A.2}{}{107}
@appsecentry{@code {normal_stop} Notifications}{A.3}{}{108}
@appentry{GNU Free Documentation License}{B}{GNU Free Documentation License}{110}
@unnchapentry{Index}{10002}{Index}{118}