Windbg - A complete guide for Advanced Windows Debugging from Udemy

What's inside

Learning objectives

Advanced windows debugging
Windbg
Windows internals
Dump analysis
Post-mortem debugging
Core dump analysis in windows
Debugging system crash
Debugging bsod

Debugging process hang
Debebugging system hang
Reverse engineering
Malware analysis
Debugging slow systems
Debugging slow applications
Windows usermode internals
Windows kernel mode internals

Advanced windows debugging
Windbg
Windows internals
Dump analysis
Post-mortem debugging
Core dump analysis in windows
Debugging system crash
Debugging bsod
Debugging process hang
Debebugging system hang
Reverse engineering
Malware analysis
Debugging slow systems
Debugging slow applications
Windows usermode internals
Windows kernel mode internals

Syllabus

Windbg Basics

This lecture is a brief introduction to the course. In this lecture we will be discussing,

· What is this course about?

· Targeted audience

· Structure of the course

In this lecture we will be discussing some viewing tips for the training.

In this lecture we will be discussing,

· The contents of each chapters in brief to give the overview of the entire course.

· What is a debugger?

· Different types of debuggers

· Whiteboard to explain text editor, compiler, linker and debugger

· What is Windbg?

In this lecture we will be discussing,

· How to install Windbg?

· Different versions of Windbg available.

In this lecture we will be discussing about,

· Different elements in Windbg UI

· How to attach Windbg?

· Different scenarios of debugging

All course materials current and future, will be available attached to this lecture,

Let me know if I am missing anything which is discussed in the course and will add it.

Mail me at [email protected].

Thank you,

Anand

In this lecture we will seeing the demo of,

· Attaching WinDbg to notepad

· Observing the frozen and unfrozen state of the notepad

In this lecture we will be discussing about,

· What is a dump?

· What information a dump contains?

In this lecture we will be discussing,

· Concept of symbol

· Demo to understand symbols.

· Whiteboard explaining symbols

In this lecture we will be discussing about,

· Call stack

· Global variables

· Local variables

In this lecture we will discuss the concept of,

· Kernel

· Process

· Thread

· Whiteboard to explain the relation between the above entities

In this lecture we will discussing about,

· Types of dump-hang, crash, kernel/user dumps, Time Travel Tracing

This lecture includes,

· Demo to take a dump

· How to open a dump in Windbg?

In this lecture we will be discussing,

· Overview of debugger commands

· Types of debugger commands- native, config and extension

In this lecture we will be discussing,

· What is help command and how to use it?

In this lecture we will see a demo explaining,

· How to set symbol path in Windbg?

In this lecture we will be discussing,

· Mismatched symbols

· Usage of the commands symnoisy and sympath

In this lecture we will be discussing the debugging command,

· !analyze -v

In this lecture we will be seeing a demo on,

· How to use .sympath command to set a symbol path?

In this lecture we will be discussing about,

· Debugger extensions

· How to load and unload debugger extensions using son of strike (sos) .NET extension?

· The commands discussed in this lecture are,

I. .chain

II. .extmatch

III. dbghelp

IV. .unload

V. .load

VI. l

VII. lmvn

VIII. !lmi

In this lecture we will be discussing the native commands,

· x

· ln

In this lecture we will be discussing the native commands,

· r

· k (kvn, kf)

In this lecture we will be discussing the native commands,

· e (ea)

· u (ub)

In this lecture we will be discussing the command,

· dc (dv, dps)

In this lecture we will be discussing the command,

· dt

· How to recursively dump using dt?

In this lecture we will be discussing,

· How to dump a doubly linked list?

In this lecture we will doing a demo to see the practical application of dt command.

Here, we will be discussing the commands,

· dv

· .frame

In this lecture we will be discussing the command,

s-search memory

In this lecture we will be discussing the commands,

· bp

· bm

· bd

· be

· ba

· bpcmds

· bl

In this lecture we will be discussing the commands,

· t

· p

· wt

· .logopen

.logclose

In this lecture we will be discussing about,

* wow64 mode of debugging

In this lecture we will see the demo of,

· 32bit application in 32bit debugger

· 64bit application in 64bit debugger

· 32bit application in 64bit debugger

· .effmach command

· Kernel mode debugging in wow64

In this lecture we will be explaining 32bit stack frame with the help of whiteboard.

In this lecture we will be explaining 32bit assembly language instructions with the help of a demo.

In this lecture we will be explaining 64bit assembly language instructions with the help of a demo.

In this lecture we will be discussing about,

· ChildEBP

· RetAddr

· argstochild

In this lecture we will be doing a demo showing different ways to give address range in commands.

In this lecture we will be discussing about,

· Different variants of foreach command

In this lecture we will discussing the commands,

· version

· vertarget

· pipe

In this lecture we will be discussing about,

· Time Travel Tracing

· Different commands related to time travel tracing

This lecture includes, the overview of what we have seen so far.

In this lecture we will be discussing,

· Overview of chapter 2

· Whiteboard- Generation of a program

· Whiteboard- how a program is loaded into memory

In this lecture we will be discussing the concepts,

· User mode

· Kernel mode (privileged mode)

· Address translation

· Virtual address

· Physical address

· Address space

· Relation between physical and virtual address

· Page table

· Cr3 register

· Interrupts

· Exceptions

In this lecture I will be explaining the concept of objects and handles with the help of whiteboard.

In this lecture we will be using whiteboard to explain the concepts,

· Memory allocation- APIs used to allocate memory like Virtual alloc, malloc, heap alloc

· Different types of memory allocation – committed, reserved

· Access Violation

In this lecture we will try to understand the concept of process and threads with the help of whiteboard.

In this lecture we will be discussing the concepts,

· User mode data structures- peb, teb

· System calls

· Demo to understand how system call is passed to kernel mode, with the help of windbg attached to kernel mode.

In this lecture we will be discussing the concepts,

· exe

· dll

· Driver

· Signature of portable executable (mz)

· Diagram-Second chance exemption handling

· Demo- first and second chance exception for a simple division by zero exception.

· Dump collection using windows error reporting (WER)

· Analyzing the dump

· Signs of crash

· Event Viewer

· Steps to handle a simple crash

· Procdump, debug diag, adplus

In this lecture we will be,

· Collecting dump using Procdump

· Discuss some more facts about WER(Windows Error Reporting).

In this lecture we will be seeing,

· Demo to explain access violation

· Whiteboard

In this lecture we will be explaining different types of exceptions using event filter in Windbg.

In this lecture we will be discussing,

· User mode memory corruption

· Whiteboard to explain:

I. Structure of heap

II. Heap Overrun

III. Heap Underrun

IV. Page Heap

In this lecture we will see a demo on,

· Heap Corruption

· Heap Overrun

· Heap Underrun

· Enabling page heap

In this lecture we will see a demo on,

· Double Free

· Access after free

In this lecture we will see,

· Structure of Stack

· Nature of Corruption

· Demo- Reconstruction of Stack

In this lecture we will see,

· Demo- Stack overflow

· User mode- case of poor exception handling

· !exchain command

In this lecture we will be learning,

· How to recognize a normal dump by collecting dumps of,

I. Scanf console application

II. Semi console application with a message box

III. Full-fledged Windows UI application

IV. Notepad

· !heap command

In this lecture we will explaining the following concepts with the help of whiteboard

· Slow application

· Mutually exclusive locks/mutex

· Deadlock

Also, we will be discussing,

· What is a hang?

In this lecture we will explaining the following concepts,

· Thread

· Scheduler/dispatcher

· Lock

· Wait

· Dispatcher object

· Whiteboard to explain UI Hang

In this lecture we will see a demo of,

· Slow application UI Hang

In this lecture we will see a demo of,

· User mode- critical session deadlock

In this lecture we will see a demo of,

· Collection of hang dump using procdump and task manager

In this lecture we will be discussing,

· What is a loader lock with the help of whiteboard.

· Demo- Loader lock.

· Usage of peb command to dump out loader lock.

· Walking waitchain in user mode.

In this lecture we will be discussing,

· Mutex deadlock

· How a mutex looks in the debugger?

In this lecture we will see a demo of,

· Thread executing an infinite loop

· Taking multiple dumps- idea of snapshot

In this lecture we will be discussing,

· Whiteboard- Explaining the concept of leak.

· Leak Analysis- Obtaining allocation stack- +USD way

· Using UMDH to find the difference between t1 and t2

In this lecture we will be seeing a slow application with the help of umdh.

In this lecture we will be discussing,

. Demo- More than 1 mb memory allocation inside nt Heap

. How a thread leak looks in a debugger?

In this lecture we will be discussing,

· Handle leak

· !htrace command

In this lecture we will see a demo of,

· Demo- Generic way of leak analysis

· Steps for leak analysis

In this lecture we will see a demo of,

· Leak- GDI handle

In this lecture we will see a demo of,

· Leak- Virtual alloc

In this lecture we will see a demo of,

· Dumping down vtable

· Looking at overloading

· Global constructor callback

· Global destructor callback

· Global constructor of a dll

· New

· Deletion of array

In this lecture we will see a demo of,

· Template functions

· Function overloading

· Case study- how dangerous is doing anything in loader lock

In this lecture we will see a demo of,

· Reading and writing to address space with the help of Facebook app using time travel tracing in Windbg preview.

· Security issues related to attaching a debugger to your system by third party.

In this lecture we will be discussing,

· Whiteboard- Kernel Mode/privileged mode

· Handling registers – cr3 register

· Interrupt handling

· Blue screen of death or kernel panic- unhandled exception in kernel mode

In this lecture we will be discussing,

· Difference between minidump, full dump and kernel dump

· Demo- configuring the system for full kernel memory dump

· Crash the system using Not My Fault from sysinternals

· Taking a full memory dump kernel mode.

In this lecture we will be analyzing,

· The kernel mode full memory dump using Windbg

· How to differentiate a kernel dump from user dump?

· What is an Executable search path?

· !thread command to see current process

· Switching into other threads and processes

· Viewing kernel mode process stack using !process 0 17 command

· .process command to switch into the context of a process

In this lecture we will be discussing,

· Kernel mode essential internals

· NMI- Not My Fault & NMI switch

· How to force system crash using keyboard?

· How to crash an EC2 instance in AWS?

· Vmss2core- Collect dump from virtual machines running on VMware workstation

· Trap or interrupt context

· System process- ntokrnl.exe (main process inside system process)

· IRP- IO request packet

In this lecture we will be discussing,

· ALPC- whiteboard explaining ALPC

· Eresource

· Difference between Eresource and critical session

· What is a mutex?

· Spinlocks

In this lecture we will be discussing,

· Timer interrupt handler

· Interrupt mask

· IRQL-passive level, APC level, DPC level

· Dispatcher object- thread, process, eresource, mutex, semaphore

· Concept of wait

· Why do we need to mask interrupt?

· Spinlocks revisited

In this lecture we will be discussing,

· Whiteboard- paging

· Paged and non-paged pool

· SysPTE- system page table entry

In this lecture we will be discussing,

· Implementation of Windows API

In this lecture we will be discussing,

· How to attach kernel debugger to Virtual machine?

· Demo- attaching Windbg to Windows logon UI

In this lecture we will be reviewing,

· The code of sample application which we will be using in the kernel mode with the help of whiteboard.

· Brief discussion on Windows drivers

In this lecture we will see a demo of,

· Kernel mode simple crash

· Usage of .trap command

In this lecture we will see a demo of,

· Kernel mode stack overflow

In this lecture we will see a demo of,

· Kernel mode stack corruption and rebuilding the stack

In this lecture we will see a demo of,

· Pool corruption

· Enabling special pool and trouble shooting pool corruption.

· Using !poolused command to see the pool tag

· Gflags

· Overview of what we have seen so far in kernel mode

In this lecture we will be discussing,

· Different bugcheck codes

· Concept of blue screen of death

In this lecture we will be discussing,

· Why kernel mode crashes are complicated than user mode?

· Tips to handle kernel mode crash

In this lecture we will be discussing,

· Reason for kernel hangs

· What is the difference between hard hang, soft hang & slowness?

· What are the different types of kernel hang?

In this lecture we will see a demo of,

· Spinlock Deadlock

In this lecture we will be discussing,

. Application high CPU-kernel mode

In this lecture we will see a demo of,

· System hang due to pool leak

In this lecture we will see a demo of,

· Eresource deadlock

· !locks command

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Explores debugging techniques for crashes, hangs, slowness, and resource issues, which are common challenges faced by C and C++ programmers in production environments

Covers reverse engineering techniques using Windbg, which is a valuable skill for malware analysis and cybersecurity professionals working on the Windows platform

Empowers Windows administrators to troubleshoot system-level problems and gain a deeper understanding of the Windows operating system, enabling them to resolve issues more effectively

Requires familiarity with Windows internals and debugging concepts, so learners may benefit from introductory material before taking this course

Features hands-on labs with source code for test applications, which allows learners to apply debugging techniques in a practical setting

Focuses on using Windbg for advanced debugging scenarios, so learners may find the content less relevant if they prefer other debugging tools

Reviews summary

Advanced windows debugging with windbg

According to learners, this course offers a comprehensive and deep dive into using Windbg for advanced Windows debugging. Students praise the instructor's expertise and the course's focus on practical scenarios, including analyzing crashes, hangs, leaks, and BSODs in both user and kernel modes. While it covers a vast amount of material and is considered highly valuable for professionals in fields like support, cybersecurity, and programming, many note that it has a steep learning curve and requires significant prior technical knowledge to fully grasp the complex topics discussed. The course is seen as a strong foundation for mastering Windbg.

Detailed look at both environments.

"I really liked that it covered debugging issues in both user and kernel space."

"Understanding the differences and techniques for each mode was very helpful."

"The transition from user to kernel debugging was well-structured."

Offers extensive detail on Windbg commands.

"The course covers a huge array of Windbg commands and features."

"I was impressed by the sheer breadth of topics covered, from basics to advanced techniques."

"Feels like a truly complete guide to Windbg as advertised."

Excellent real-world problem analysis.

"The sections on analyzing crashes, hangs, and memory leaks were particularly useful."

"I appreciated the focus on real-world debugging scenarios rather than just theoretical concepts."

"The demos tackling production-like issues are invaluable."

Highly knowledgeable and clear explanations.

"The instructor clearly knows Windbg and Windows internals inside and out."

"His ability to explain complex topics step-by-step is a major strength."

"Learning from someone with this level of practical experience is fantastic."

Challenging material demands significant effort.

"Mastering Windbg is inherently difficult, and this course doesn't shy away from that complexity."

"Requires dedicated time and practice to absorb and apply the concepts taught."

"Found myself re-watching lectures multiple times to fully grasp the material."

Not for beginners; assumes strong background.

"This is definitely not a beginner course; you need a solid understanding of Windows internals."

"Came in with some experience, but still found some sections quite challenging without prior deeper knowledge."

"The course moves fast and expects you to already know concepts like virtual memory, threads, etc."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Windbg - A complete guide for Advanced Windows Debugging with these activities:

Review Windows Internals Concepts

Show steps

Reinforce your understanding of Windows Internals concepts, which are crucial for effective debugging with WinDbg.

Show steps

Review key concepts like processes, threads, memory management, and the Windows kernel.
Study the differences between user mode and kernel mode.
Familiarize yourself with system calls and interrupt handling.

Create a WinDbg Command Reference Sheet

Show steps

Improve your command recall by compiling a reference sheet of commonly used WinDbg commands and their syntax.

Show steps

Review the WinDbg command documentation.
Identify the most frequently used commands.
Create a reference sheet with the command name, syntax, and a brief description.

Read 'Windows Internals, Part 1' by Pavel Yosifovich, Alex Ionescu, Mark Russinovich, and David A. Solomon

Show steps

Gain a deeper understanding of Windows internals to enhance your debugging skills.

View Windows Internals: System architecture,... on Amazon

Show steps

Obtain a copy of 'Windows Internals, Part 1'.
Read the chapters related to process and memory management.
Take notes on key concepts and data structures.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Read 'Practical Malware Analysis' by Michael Sikorski and Andrew Honig

Show steps

Learn malware analysis techniques to apply WinDbg in real-world security scenarios.

View Practical Malware Analysis: The Hands-On Guide... on Amazon

Show steps

Obtain a copy of 'Practical Malware Analysis'.
Read the chapters related to dynamic analysis and debugging.
Practice analyzing malware samples using WinDbg.

Write a Blog Post on a WinDbg Command

Show steps

Solidify your understanding of a specific WinDbg command by explaining its usage and providing examples in a blog post.

Show steps

Choose a WinDbg command that you find interesting or challenging.
Research the command's syntax, options, and usage scenarios.
Write a blog post explaining the command and providing practical examples.
Publish your blog post on a platform like Medium or your personal website.

Practice Analyzing Crash Dumps

Show steps

Develop practical skills in analyzing crash dumps using WinDbg to identify the root cause of system failures.

Show steps

Download sample crash dumps from online resources.
Load the crash dump into WinDbg.
Use commands like !analyze -v, k, and dt to examine the call stack, registers, and data structures.
Identify the faulting module and function.

Develop a WinDbg Extension for a Specific Task

Show steps

Extend WinDbg's functionality by creating a custom extension to automate a specific debugging task.

Show steps

Identify a repetitive debugging task that can be automated.
Learn how to create WinDbg extensions using the WinDbg API.
Implement your extension in C or C++.
Test and debug your extension.

Career center

Learners who complete Windbg - A complete guide for Advanced Windows Debugging will develop knowledge and skills that may be useful to these careers:

Reverse Engineer

Reverse Engineers analyze software to understand its functionality, often without access to the source code. Reverse engineering skills are crucial for tasks such as vulnerability analysis and software compatibility. This course is an ideal resource since it thoroughly covers Windbg, a powerful tool for reverse engineering on Windows. The course's emphasis on Windows internals and debugging techniques helps Reverse Engineers to dissect and comprehend complex software behaviors. Studying debugging system crashes, debugging process hang, and debugging system hang will help one become a Reverse Engineer. The insights into Windbg commands and debugging scenarios provided makes this course an invaluable asset.

See salaries and explore the career path for Reverse Engineer

Malware Analyst

Malware Analysts examine malicious software to understand its behavior and develop methods for detection and removal. The course's focus on Windbg, debugging, and reverse engineering directly aligns with the responsibilities of a Malware Analyst. This course provides the necessary skills to analyze memory dumps of compromised systems, isolate malware, and prevent future infections. Understanding Windows internals, debugging system crashes, and performing core dump analysis are essential for effective malware analysis. Thus, enrolling in this course ensures a malware analyst can adeptly use Windbg to combat sophisticated cyber threats.

See salaries and explore the career path for Malware Analyst

Escalation Engineer

Escalation Engineers handle complex technical issues that require in-depth investigation and advanced troubleshooting. The comprehensive Windbg training provided by this course directly supports the responsibilities of an Escalation Engineer. The course ensures engineers can effectively analyze memory dumps, debug system crashes, and reverse engineer software to identify root causes. By mastering Windbg and understanding Windows internals, escalation engineers can resolve the most challenging technical problems. This expertise is critical for maintaining system stability and preventing recurring issues. The debugging system crashes, debugging process hang, debugging system hang, and reverse engineering skills taught in this course are useful.

See salaries and explore the career path for Escalation Engineer

Security Engineer

A Security Engineer focuses on protecting computer systems and networks from threats. This often involves reverse engineering malware and analyzing system vulnerabilities. The comprehensive approach to Windbg offered by this course directly helps security engineers by teaching them how to perform in-depth debugging and reverse engineering on the Windows platform. By studying Windows internals and advanced debugging, a security engineer gains insights needed to isolate and understand malware, analyze memory dumps, and proactively address system weaknesses. This skillset is invaluable for identifying and mitigating security risks effectively. The course ensures a security engineer can leverage Windbg to its full potential.

See salaries and explore the career path for Security Engineer

Kernel Developer

Kernel Developers specialize in creating and maintaining the core of an operating system, which directly interfaces with hardware. This course in Windbg is highly relevant, providing essential skills for debugging and reverse engineering at the kernel level on Windows. The course materials emphasize the importance of low-level debugging and memory dump analysis, all critical for diagnosing issues within the kernel. By mastering Windbg, kernel developers can troubleshoot complex problems, optimize performance, and ensure system stability. This expertise is crucial for maintaining the integrity and efficiency of the Windows operating system. Experience with debugging system crashes, debugging process hang, and debugging system hang provides an excellent start to entering this field. A PhD is typically required for this role.

See salaries and explore the career path for Kernel Developer

Technical Support Engineer

Technical Support Engineers provide assistance to customers experiencing technical issues with software or hardware. The in-depth knowledge of Windbg offered by this course can greatly enhance a Technical Support Engineer's diagnostic and troubleshooting abilities. The course provides the skills to analyze system crashes, application hangs, and performance problems effectively. By using Windbg to its full potential, technical support engineers can identify the root causes of issues and provide targeted solutions. This expertise leads to faster resolution times and improved customer satisfaction. The debugging system crashes, debugging process hang, and debugging system hang skills taught in this course are useful.

See salaries and explore the career path for Technical Support Engineer

Vulnerability Analyst

Vulnerability Analysts identify weaknesses in software and systems that could be exploited by attackers. This course provides a good foundation for finding and analyzing vulnerabilities, especially on Windows. The course covers Windbg, Windows internals, and reverse engineering, all crucial skills for vulnerability analysis. By understanding how software functions at a low level, vulnerability analysts can discover potential flaws and develop mitigation strategies. The reverse engineering skills especially facilitates the discovery of vulnerabilities. Debugging system crashes, debugging process hang, and debugging system hang are useful.

See salaries and explore the career path for Vulnerability Analyst

System Administrator

System Administrators are responsible for the upkeep, configuration, and reliable operation of computer systems. This Windbg course can significantly enhance a System Administrator's ability to troubleshoot and resolve Windows system issues. The course provides the knowledge and skills needed to diagnose and fix system crashes, hangs, and slow performance. By mastering Windbg, system administrators can analyze memory dumps, identify root causes, and implement effective solutions. This level of expertise ensures system administrators can maintain stable and efficient Windows environments, reducing downtime and improving overall system reliability. The debugging system crashes, debugging process hang, and debugging system hang skills taught in this course are useful.

See salaries and explore the career path for System Administrator

Incident Responder

Incident Responders manage and mitigate the impact of security incidents, investigating breaches and restoring systems to normal operation. This course in Windbg may be useful to Incident Responders who work on Windows platforms. The course teaches skills in debugging system crashes, process hangs, and reverse engineering, which are essential for analyzing security incidents and identifying the root causes. The course ensures incident responders can efficiently analyze compromised systems and implement effective remediation strategies. The dump analysis skills taught in this course facilitates such insight.

See salaries and explore the career path for Incident Responder

Blue Team Member

Blue Team members are cybersecurity professionals who work to defend an organization against cyberattacks. The focus of this course is on Windbg and windows systems. This course is useful to Blue Team members. By mastering Windbg and understanding Windows internals, blue team members can enhance their ability to detect and respond to threats. This knowledge is valuable in preventing attacks and ensuring system security. The debugging system crashes, debugging process hang, and debugging system hang skills taught in this course are useful.

See salaries and explore the career path for Blue Team Member

Application Developer

Application Developers specialize in creating software applications for specific platforms, such as Windows. This course on Windbg is directly applicable to their work, providing essential skills for debugging and optimizing Windows applications. The course helps application developers tackle common issues such as application crashes, hangs, and slow performance. By mastering Windbg, application developers can effectively analyze memory dumps, identify root causes, and implement solutions. Thus, the debugging system crashes, debugging process hang, and debugging system hang skills taught in this course ensures they ship more reliable and efficient software. The post-mortem debugging skills taught in this course are useful.

See salaries and explore the career path for Application Developer

Software Developer

Software Developers create applications that run on various platforms. The knowledge gained in this course may be helpful for those who develop software for Windows, helping them diagnose and fix tricky problems. The deep dive into Windbg, debugging, and Windows internals provides developers with the ability to troubleshoot application crashes and performance problems effectively. This is crucial for delivering high-quality software. Furthermore the reverse engineering skills taught in this course are useful. The course may help software developers enhance their debugging skills and create more robust applications.

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Software Engineer

Software Engineers design, develop, and test software applications. While software engineers may work on a variety of systems, this course is specifically useful for Windows applications. The course helps software engineers debug application crashes, hangs, and slowness, which are critical for maintaining software quality and performance. By learning to use Windbg effectively, software engineers can diagnose and resolve issues that are difficult to reproduce in development environments. This capability is invaluable for ensuring the reliability and stability of Windows applications. It is also helpful for reverse engineering. The post-mortem debugging skills taught in this course are useful.

See salaries and explore the career path for Software Engineer

Systems Programmer

Systems Programmers develop and maintain system-level software, such as operating system components, device drivers, and system utilities. The skills taught in this course may be useful to Systems Programmers who work on Windows platforms. By studying Windows internals in depth, debugging system crashes, debugging process hangs, and debugging system hangs, the programmer gains expertise in diagnosing and resolving complex system issues. Furthermore the reverse engineering skills taught in this course are useful. This course may help a systems programmer develop robust and efficient system software.

See salaries and explore the career path for Systems Programmer

Operating Systems Developer

Operating Systems Developers design, develop, and maintain the core software that manages computer hardware and resources. This course in Windbg may be helpful to Operating Systems Developers. The debugging and reverse engineering skills taught in this course are relevant. By studying windows internals, debugging system crashes, debugging process hangs, and debugging system hangs, an Operating Systems Developer may become better at their job. The course enables the developer to delve deep into system-level issues and optimize performance.

See salaries and explore the career path for Operating Systems Developer

Windbg - A complete guide for Advanced Windows Debugging

What's inside

Learning objectives

Syllabus

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Reviews summary

Advanced windows debugging with windbg

Activities

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