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Debugging with GDB Reference manual 1 2 10th Edition by Richard Stallman, Roland Pesch, Stan Shebs ISBN 0983159238 9780983159230

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Debugging with GDB v8 3 1 10th Edition Richard Stallman Digital Instant Download

Author(s): Richard Stallman, Roland Pesch, Stan Shebs
ISBN(s): 9780983159230, 0983159238
Edition: 10
File Details: PDF, 2.64 MB
Year: 2019
Language: english
SKU: EB-10635648 Category: Tags: , ,

Debugging with GDB Reference manual 1 2 10th Edition by Richard Stallman, Roland Pesch, Stan Shebs  – Ebook PDF Instant Download/Delivery: 0983159238, 9780983159230
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ISBN 10: 0983159238 
ISBN 13: 9780983159230
Author: Richard Stallman, Roland Pesch, Stan Shebs 

The GNU Debugger allows you to see what is going on “inside” a program while it executes – or what a program was doing at the moment it crashed.

GDB supports C, C++, Java, Fortran and Assembly among other languages; it is also designed to work closely with the GNU Compiler Collection (GCC).

The GNU Debugger Program has four special features that helps you catch bugs in the act:

* It starts your program for you, specifying anything that might affect it’s behavior.
* Makes your program stop under specified conditions.
* Examines what happened when the program stopped.
* Allows you to experiment with changes to see what effect they have on the program.

This book will show you:

* setting and clearing breakpoints
* examining the stack, source files and data
* examining the symbol table
* altering program execution
* specifying a target for debugging
* how to control the debugger
* how to use canned command sequences
* how to install GDB
* and much more!

This manual is written for programmers. It is designed so someone can begin utilizing GDB after just reading the first chapter, or read the whole manual and master the program. Synopsis of ideas and extensive examples are given.

Debugging with GDB Reference manual 1 2 10th Table of contents:

Part I: Getting In and Out of GDB

  • 1. A Sample GDB Session
    • Basic commands and workflow
  • 2. Getting In and Out of GDB
    • Invoking GDB (gdb command-line options)
    • Quitting GDB
    • Shell commands

Part II: GDB Commands

  • 3. GDB Commands
    • Command syntax (completion, repetition, help)
    • Command files
    • Arguments
    • Macros
    • Command aliases

Part III: Running Programs Under GDB

  • 4. Running Your Program
    • Starting and stopping programs
    • Arguments to your program
    • Input/output
    • Working directories
    • Environment variables
    • Signals
    • Thread debugging
    • Process record and replay
  • 5. Stopping Your Program
    • Breakpoints, watchpoints, and catchpoints
    • Managing breakpoints (enabling, disabling, deleting)
    • Breakpoint conditions
    • Breakpoint commands
    • Temporary breakpoints
    • Watchpoints (data breakpoints)
    • Catchpoints (event breakpoints)
    • Set next statement
  • 6. Examining the Stack
    • Stack frames
    • Backtraces (where, bt)
    • Selecting a frame
    • Information about a frame
  • 7. Examining Source Files
    • Listing source lines (list)
    • Searching source files
    • Specifying source directories
    • Source path
  • 8. Examining Data
    • Expressions (variables, operators)
    • Program variables
    • Virtual memory
    • Examining memory (x command)
    • Automatic display of expressions (display)
    • Setting values
    • Convenience variables
    • Value history
    • Type checking

Part IV: Debugging Features

  • 9. Debugging with Languages
    • C and C++ specific features (namespaces, templates, exceptions)
    • Fortran
    • Go
    • Other languages (e.g., Ada, D, Modula-2, Rust)
    • Language-specific options
  • 10. Debugging Optimized Code
    • Understanding optimized code challenges
    • Strategies for debugging optimized binaries
  • 11. Debugging in Multiple Languages
  • 12. Catching Errors
    • Handling signals
    • Handling exceptions (C++, Ada)
  • 13. Inspecting the Low-Level Machine
    • Registers
    • Machine code (disassembly)
    • Memory maps
  • 14. Tracing and Probes
    • Static tracepoints (e.g., SystemTap, DTrace integration)
    • Dynamic tracepoints (GDB’s internal tracepoints)
  • 15. Reverse Debugging
    • Reverse execution (reverse-next, reverse-step, etc.)
    • Enabling and disabling reverse execution

Part V: Advanced Topics and Customization

  • 16. Controlling GDB
    • Setting options (show command)
    • User-defined commands
    • Python scripting in GDB
    • Hooks
  • 17. Connecting to a Remote Target
    • Remote debugging over serial, TCP/IP
    • GDB remote protocol
    • Debugging embedded systems
  • 18. Debugging Core Files
    • Analyzing post-mortem dumps
  • 19. Debugging Shared Libraries
  • 20. Debugging Threads
    • Thread commands (info threads, thread )
  • 21. Debugging Forks
    • Debugging parent/child processes
  • 22. Overlay Programming (for embedded systems)
  • 23. Symbol Tables
    • Loading symbol files
    • Stripping symbols
  • 24. Inferred Inferior Features (e.g., for missing debug info)
  • 25. Using GDB with GNU Emacs
    • The GDB-MI interface
  • 26. Using GDB with DDD
  • 27. GDB Internal

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Tags: Richard Stallman, Roland Pesch, Stan Shebs, Debugging