rust-debugging

Resolve Rust borrow checker and lifetime errors by running cargo check to isolate the issue and using rustc --explain to decode the error. This Skill provides actionable guidance to fix compile-time ownership and type conflicts efficiently.

Debug Rust runtime panics and segfaults by enabling backtraces, reproducing the failure, and attaching rust-lldb or rust-gdb with Rust-specific pretty-printers. You can interactively inspect stack traces and variable states to locate the root cause.

Diagnose undefined behavior in unsafe Rust code by leveraging cargo test and attaching a debugger to inspect FFI boundaries and pointer operations. This Skill helps identify memory safety violations within unsafe blocks during development or CI workflows.

Yes, you can use cargo clippy to catch common Rust logic errors and anti-patterns, and cargo expand to inspect macro-generated code. These cargo tools accelerate diagnosis by revealing hidden issues before runtime debugging.

Debug Rust async tasks and concurrency issues by integrating tokio-console to inspect runtime task scheduling and state. This Skill covers using tokio-console to identify deadlocks, blocking operations, and other async anomalies in Rust projects.

Yes, this Skill supports setting up Rust debugging in VS Code by configuring LLDB or GDB with Rust-specific pretty-printers. It provides the necessary steps to enable interactive diagnosis of panics and logic errors within the editor.