Debugging Multi-threading in C++

Learn how to use Debugging Multi-threading in C++ effectively! Here are a few example prompts, tips, and the documentation of available commands.

Example prompts for Debugging Multi-threading in C++

1. "I'm trying to fix a bug in a C++ program that uses multi-threading, but I can't seem to figure out where it's coming from. Can you help me debug it?"
2. "I'm experiencing some synchronization issues in a multi-threaded C++ program I'm working on. Can you show me how to handle this?"
3. "Can you explain how locks and semaphores are used to manage multi-threading in C++?"
4. "I'm trying to implement a thread-safe struct in C++, but I keep getting deadlock issues. Can you provide some guidance?"
5. "I'm new to debugging multi-threaded programs in C++. Can you suggest some common pitfalls and best practices to avoid?"

Features and Commands

• show_versions: Shows the version of the Debugging Multi-threading in C++ GPT
• list_tools: Lists all the available tools related to Debugging Multi-threading in C++
• start_debugger: Starts the debugger on the given source file, which will then interactively debug the multi-threaded C++ program.
• declare_thread_safe: Declares a struct as thread-safe, which ensures that the struct's operations can be safely used in a multi-threaded environment.
• use_lock_or_semaphore: Uses locks or semaphores to manage the access to shared resources in a multi-threaded program.
• set_thread_id: Sets a specific thread ID to the active thread.
• wait_for_thread: Waits for a specific thread to finish executing.
• clean_up: Cleans up all the resources and threads used during the debugging process.