Exception in Armv8-A and Kernel Crash debugging

Unlock expert-level Linux kernel crash debugging skills and become a more effective software engineer. This course provides a deep dive into the inner workings of the Linux kernel and the Armv8-A architecture, equipping you with the knowledge to troubleshoot critical system issues.

Are you struggling with kernel crashes? Do you aspire to enhance your debugging abilities and reach a senior engineering level? Want to understand the techniques used by BSP engineers at leading chipset companies like Qualcomm? Or, as a manager, need a stronger technical foundation to make informed decisions regarding kernel crash resolution? This course is designed for you.

Why Master Kernel Crash Debugging?

As a system software engineer, you'll inevitably encounter unexpected issues and bugs. Kernel crashes can occur during critical phases:

• Boot during bring-up: Resolve issues early in the development cycle.
• Verification testing: Identify and fix problems after initial system setup.

This course empowers you to significantly improve your troubleshooting ability and gain a comprehensive understanding of kernel crash scenarios.

What You'll Learn:

• Exception Handling in Armv8-A: Gain a solid understanding of how exceptions are managed within the Armv8-A architecture, specifically within the Linux kernel.
• Register Updates During Exceptions: Learn precisely how CPU registers are updated when Arm throws an exception.
• Kernel Crash Case Studies: Analyze real-world kernel crash scenarios to understand common causes and debugging strategies.
• Practical Debugging with TRACE32 & Crash Utility: Master the use of industry-standard tools like TRACE32 and the crash utility to effectively analyze kernel memory dumps.

Hands-on Practice:

Upon enrollment, you'll receive access to +6 kernel memory dumps for practical debugging exercises. This course offers unique, practical content not found in many other resources.

By the end of this course, you will:

• Understand Armv8-A Exception Handling: Gain a thorough understanding of how exceptions are handled within the Linux kernel on Armv8-A.
• Recognize Kernel Crash Signatures: Become familiar with the telltale signs and patterns associated with different types of kernel crashes.
• Debug Kernel Crash Memory Dumps: Confidently analyze and debug kernel memory dumps using industry-standard tools.