April 2026 | How to Debug a Python Application Calling Into C++ Libraries
Debugging is hard enough, but when your Python app crashes inside a complex C++ library, you're often left staring at a "black box".
Stop guessing where the logic failed and start seeing it.
This tutorial demonstrates how to use time travel debugging to step backward from a Python failure directly into the underlying C++ source. This helps bridge the language gap and find the root cause in minutes.
Large Language Models (LLMs) like Claude or Copilot are increasingly being used by software engineers as assistants in their workflows. They can speed up code exploration, explain unfamiliar error messages, and provide starting points for bug investigations.
But there's a catch... sometimes they make things up. These fabrications, also known as hallucinations, can be costly.
Undo provides the antidote to these hallucinations.
The evolution of semiconductor design verification
The race to release silicon out faster is on, and current methods for debugging regressions are failing to scale.
As a result, the industry is shifting toward agentic root cause analysis.
This article on embedded.com delves into how AI is used to speed up verification, so that new chips can be developed faster.