Dmitry Vostokov Reihenfolge der Bücher

The book offers a comprehensive guide to using the WinDbg debugger for in-depth analysis of system issues. It covers techniques for diagnosing crashes, freezes, and various memory-related problems, including heap corruption and leaks. Readers will learn to identify CPU spikes, blocked threads, deadlocks, and wait chains, equipping them with essential skills for effective troubleshooting in user space. This resource is invaluable for those seeking to enhance their debugging capabilities and resolve complex system errors.

The book provides a comprehensive guide to using the WinDbg debugger for analyzing system crashes and freezes. It focuses on navigating kernel and memory spaces while diagnosing abnormal software behavior. Readers will learn to identify patterns and troubleshoot issues effectively, making it an essential resource for software developers and system administrators seeking to enhance their debugging skills.

Focusing on the ARM64 architecture, this book provides insights into how Linux C and C++ compilers produce binary code. It delves into reversing and binary analysis, covering essential topics such as assembly language programming, live debugging, and static binary analysis of compiled code. Ideal for professionals dealing with embedded devices like mobile phones and tablets, it equips readers with practical skills for understanding and manipulating binary code in modern Linux environments.

Focusing on Intel x64 assembly language, the book covers essential topics such as writing assembly programs, understanding pointers, live debugging, and performing static binary analysis on compiled C and C++ code. It is tailored for Linux desktop and cloud developers, providing practical insights and techniques to enhance programming skills in a low-level context.

The book provides a comprehensive transcript of a seminar focused on physical memory analysis for Windows platforms, covering essential topics such as memory acquisition techniques, distinctions between user and kernel memory, and challenges in the analysis process. It includes practical insights into common WinDbg commands, memory analysis patterns, and frequent pitfalls, alongside a hands-on example with logs. This revised edition features updated slides and references, ensuring relevance for Windows 10 users and enhancing the overall learning experience.

Focusing on Python debugging, this book offers a pattern-oriented approach to help readers develop robust AI, machine learning, and cloud computing software. It aims to enhance understanding of diagnosing and addressing abnormal software structures and behaviors, equipping readers with essential skills for building reliable applications in these advanced fields.

The book features a comprehensive transcript of Software Diagnostics Services training, complemented by 16 practical exercises focused on Linux API topics. It is designed for individuals seeking to enhance their understanding of Linux API, which is essential for various applications in software diagnostics and development. The hands-on approach allows readers to gain practical experience while deepening their theoretical knowledge.

Focusing on advanced concepts in category theory, this book delves into adjoint functors, various diagram shapes, and the structures of cones and cocones. It also explores limits and colimits, as well as pullbacks and pushouts, providing a comprehensive understanding of these fundamental topics. As a companion to Visual Category Theory Brick by Brick Part 3, it enhances the reader's grasp of the intricate relationships and frameworks within category theory.

Focusing on the fundamentals of debugging, this training course offers a modernized approach to understanding memory dump analysis in Windows systems. It emphasizes the importance of foundational knowledge, such as pointers, for effectively utilizing WinDbg beyond basic commands. Drawing from nearly two decades of experience, the author highlights the relevance of these concepts for beginners, asserting that the core principles of operating systems, assembly language, and compiler architecture remain largely unchanged. This resource aims to equip readers with essential skills for practical debugging.

Focusing on practical application, this training manual offers a comprehensive guide to analyzing .NET memory dump patterns through 9 detailed exercises and source code for modeling applications. It covers 19 .NET and 19 unmanaged memory analysis patterns, equipping readers with skills to troubleshoot crashes, leaks, and deadlocks using Microsoft WinDbg. Updated for the latest tools and including a Docker option, the book targets software engineers, system administrators, and security researchers, requiring basic .NET knowledge for effective learning.