Can it create unit tests?

Yes, a core part of the protocol is creating a minimal reproducible test case that fails, ensuring the fix can be verified and prevents regressions.

Does it support compiler errors?

No, this skill is focused on 'Verification' phase issues like logic errors and runtime panics that occur after the code has successfully compiled.

How does this skill help with Rust panics?

It analyzes the runtime panic context and systematically bisects your code to find the specific state or line causing the crash.

Will it clutter my code with print statements?

No, the protocol specifically mandates using idiomatic dbg!() macros and includes a final step to remove all debugging calls before the task is complete.

What is the Wolf Fence debugging method?

It is a binary search technique for code where you divide the execution path to isolate exactly where a variable or logic state deviates from expected behavior.

Rust Logic Error & Panic Debugger

Name: Rust Logic Error & Panic Debugger
Author: udapy

byudapy

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Security & Testing

Isolates and resolves complex logic errors and runtime panics in Rust applications using systematic debugging protocols.

About

The Rust Logic Error & Panic Debugger acts as a specialized detective for your Rust projects, specifically targeting issues that escape the compiler. It follows a rigorous protocol to identify the root cause of runtime failures, wrong outputs, and logic flaws. By utilizing the 'Wolf Fence' binary search technique and generating Minimal Reproducible Examples (MREs), it helps developers pinpoint exact failure locations. The skill leverages idiomatic Rust tools like the dbg!() macro and ensures a clean codebase by removing all instrumentation before final implementation.

Key Features

7 GitHub stars
Systematic logic error isolation
Runtime panic diagnosis and resolution
Minimal Reproducible Example (MRE) generation
Idiomatic dbg!() macro injection and management
Wolf Fence binary search debugging protocol

Use Cases

Converting vague bug reports into failing test cases for regression testing
Debugging silent logic errors where functions return incorrect data without crashing
Isolating the source of intermittent runtime panics in complex Rust modules

About

Key Features

7 GitHub stars
Systematic logic error isolation
Runtime panic diagnosis and resolution
Minimal Reproducible Example (MRE) generation
Idiomatic dbg!() macro injection and management
Wolf Fence binary search debugging protocol

Use Cases

Converting vague bug reports into failing test cases for regression testing
Debugging silent logic errors where functions return incorrect data without crashing
Isolating the source of intermittent runtime panics in complex Rust modules