Dmitry Vostokov Livres

This resource helps technical support, escalation engineers, and Windows software testers master necessary prerequisites to understand and start debugging and crash dump analysis on Windows platforms.

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 provides a comprehensive guide to analyzing system crashes and abnormal software behavior using a pattern-oriented approach. It includes a full-color transcript of training sessions, featuring 12 exercises, source code for modeling applications, and 45 Q&A. Covering over 35 crash dump analysis patterns, it teaches users to navigate kernel and memory dumps with WinDbg. Aimed at technical support professionals and engineers, the updated 5th edition incorporates new memory dumps, Windows 11 exercises, and an optional Docker image, enhancing the learning experience.

The notebook provides a dedicated space for brainstorming blogging ideas, accommodating up to five blogs and five books. Additionally, it features sections for organizing work and home-related notes and tasks, making it a versatile tool for both creative and practical purposes.

This comprehensive transcript covers a webinar focused on pattern-driven approaches to software troubleshooting, debugging, and maintenance. It delves into various topics essential for enhancing software diagnostics, providing insights into effective strategies and methodologies. The content is tailored for professionals seeking to improve their skills in identifying and resolving software issues efficiently.

As a continuation of the Visual Category Theory series, this volume delves deeper into advanced concepts in category theory, providing a comprehensive exploration of its visual aspects. It builds upon the foundational ideas presented in Part 2, offering new insights and applications that enhance understanding of the subject. Readers can expect a thorough examination of theoretical frameworks, complemented by practical examples that illustrate complex ideas in an accessible manner.

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.