Linux Kernel Debugging (LFD445) Course Overview

Linux Kernel Debugging (LFD445) Course Overview

You will learn techniques for local debugging by configuring a system (physical or virtual) for remote debugging from a second system and working with the basic components of the Linux kernel that underlie the built-in debugging frameworks.

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Course Prerequisites

Prerequisites for Linux Kernel Debugging (LFD445)

To successfully undertake the Linux Kernel Debugging (LFD445) course, students should ideally possess the following minimum required knowledge:


  • Basic understanding of Linux operating system concepts and architecture
  • Proficiency in using the command line interface (CLI) for Linux
  • Familiarity with programming concepts, specifically in C programming language
  • Fundamental knowledge of system administration tasks in a Linux environment

Having this foundational knowledge will help you grasp the concepts and techniques covered in the course more effectively. If you're comfortable with these areas, you're well-prepared to delve into the intricacies of Linux kernel debugging!


Linux Kernel Debugging (LFD445)

Target Audience for Linux Kernel Debugging (LFD445)

Linux Kernel Debugging (LFD445) equips professionals with the skills to identify and resolve issues in the Linux kernel, making it ideal for those involved in system performance and reliability.


  • Linux System Administrators
  • Software Developers
  • DevOps Engineers
  • Quality Assurance (QA) Engineers
  • Technical Support Engineers
  • Systems Architects
  • Cybersecurity Analysts
  • Firmware Engineers
  • Open Source Contributors
  • Cloud Engineers
  • IT Consultants


Learning Objectives - What you will Learn in this Linux Kernel Debugging (LFD445)?

Introduction:
The Linux Kernel Debugging (LFD445) course equips students with essential skills to effectively analyze and troubleshoot the Linux kernel, fostering a deep understanding of debugging techniques and tools necessary for kernel development.

Learning Objectives and Outcomes:

  • Understand the Linux kernel architecture and its components
  • Familiarize with various debugging tools and techniques
  • Analyze kernel source code for troubleshooting
  • Use printk and other logging mechanisms for diagnostics
  • Implement kernel-level debugging with GDB
  • Explore kernel memory management issues
  • Investigate kernel crash dumps and analysis
  • Debug device drivers and their interactions with the kernel
  • Apply performance analysis techniques for kernel optimization
  • Develop skills for writing and using Linux kernel test suites

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