Description
Windbg Course – A Complete Guide to Advanced Windows Debugging. Have you ever felt that your Windows OS is slow or has a BSOD? Or program error or lag or program slowness in Windows? Have you ever had to click the restart button on your PC or Windows server to fix a problem and had no idea when it would happen again? Or are you asked to analyze the memory of a compromised system to isolate a malware? , If that bothers you, then this tutorial, among many other topics, is about rooting out and solving such complex problems once and for all. Windbg is the most powerful debugging and reverse engineering tool on the Windows platform. Windbg is like an X-ray scan plus MRI plus CT for programs running on the Windows OS, including the OS itself. This helps us to eliminate the complex problems we have discussed in Windows (the operating system) and the programs running in it. As the name suggests, this tutorial contains all the details you need to master windbg. I have done my best to make sure this is the best and most comprehensive windbg tutorial currently available and I will continue to add topics to make sure it remains true in the future.
target group
If you are using or want to learn windbg for any reason, you already know what you are doing and there is no better place than this course. If you have been following my YouTube series, this course is a super complete set of it. Since below are some of the categories of students we target, I highly recommend this course.
Support Engineer: If you are a support engineer or escalation engineer supporting a product in Windows or Windows itself, I definitely recommend this course.
Malware Analyst and Cybersecurity Specialist: If you are interested in basic cybersecurity, especially on the Windows platform, this tool should definitely be in your arsenal. When it comes to reverse engineering, I don’t prefer to compare even ida pro or any similar tool with windbg, but I have always found windbg to be one of the most powerful and efficient tools in reverse engineering. With Debugging
Windows SysAdmins: Another key audience is Windows administrators, who can use tools like this at any time to learn more about the product they are working with and troubleshoot problems on a whole different level.
C and C++ Programmers: Last but not least, perhaps the most important category of students is the advanced C and C++ programmers, which include driver developers, testers, software maintenance engineers, etc. Wondering why your app crashes, hangs, slows down, or consumes too many resources? This happens occasionally even in production and you have no way to reproduce this problem in your development environment. Have you been asked to debug an issue in a codebase that you have no idea about? Or do you just want to see what exactly the latest cpp 20 feature does behind the scenes? This tutorial is for you.
In short, this course is for those who want to study Windows internals and advanced production debugging in Windows. If you post this tutorial, you don’t need to read all the Windows internals and debugging books, but instead of reading some abstract results from some books, debug everything you want to know. Post this tutorial, you don’t need to read and learn the internals of the operating system from any book, but you will debug it and understand it when you need to.
Course structure
This course consists of 3 chapters
In Chapter 1, we discuss the concepts needed to get started and focus more on debugger commands.
In Chapter 2, we will apply what we learned in Chapter 1 to various debugging scenarios such as crashes, hangs, slowness, leaks, and more. For this chapter, we will use demo programs and we will have the source code of these demo programs. First, we will discuss user mode issues and then move on to kernel mode.
In Chapter 3, we will use the lessons learned in Chapters 1 and 2 to troubleshoot similar problems in production or in real production. In this chapter, we will analyze out of memory cases for which we have no source code or idea. We will start with notmyfault internal system problems and then slowly move to real production debugging scenarios. If students are interested enough in this lesson, I will add more lessons to this chapter. Students can also submit snapshots to this chapter, analyze them for free, and share the experience with others.
What you will learn in the Windbg – A Complete Guide to Advanced Windows Debugging Course
-
Advanced Windows debugging
-
Analyzing the core dump in Windows
-
The debugging process stops
-
The debugging system is interrupted
-
Internals in Windows user mode
-
Internal settings for Windows kernel mode
This course is suitable for people who
- Anyone who wants to learn advanced Windows debugging and reverse engineering with Windbg
- Security experts
- Reverse Engineer
- Malware analysts
- Support engineers
- Software developer
- Software engineers
- Windows administrators
- Stair engineers
Course Specifications Windbg – A Complete Guide to Advanced Windows Debugging
- Editor: Udemy
- Lecturer: Anand George
- Training level: beginner to advanced
- Training duration: 26 hours and 27 minutes
- Number of courses: 127
Headlines of the course Windbg – A Complete Guide to Advanced Windows Debugging on 1/2023
Prerequisites for Windbg Course – A Complete Guide to Advanced Windows Debugging
- c programming
- 1 to 2 years IT experience under Windows
Course pictures
Sample video of the course
installation Guide
After extracting, you can watch it with your favorite player.
English subtitles
Quality: 720p
Download link
File(s) password: free download software
File size
18.5GB