cargo-crap: Finding Untested Complexity in AI-Generated Rust Code
cargo-crap finds complex, poorly tested Rust functions and turns untested complexity into a measurable guardrail for AI-assisted development.
Oleksandr Prokhorenko
Engineering epic products that transform lives and shape the future.
Latest posts
The Cost of Outsourcing Thinking to AI
A hiring manager’s perspective on the quiet decline of engineering fundamentals.
Stop Losing Intent: Absent, Null, and Value in Rust
Model Absent/Null/Value explicitly in Rust, avoid destructive updates, and learn why Option > is a trap
From 'It Might Work' to 'It Will Work': Typestate in Rust
From 'It Might Work' to 'It Will Work': Typestate in Rust
The Power of Compile-Time ECS Architecture in Rust
A deep dive into the compile-time ECS architecture in Rust, exploring its advantages over traditional ECS systems and how it can lead to more efficient and maintainable code.
Rust Type System Deep Dive From GATs to Type Erasure
A comprehensive dive into Rusts advanced type system features including Generic Associated Types, higher-rank lifetimes, phantom types, typeclass patterns, zero-sized types, and type erasure techniques.
Solving the ABA Problem in Rust with Hazard Pointers
Solving the ABA Problem in Rust: Hazard Pointers for Fine-Grained Memory Protection
Transition Systems in Rust
Learn how to define and implement state transitions using Rust, creating robust and maintainable transition systems.
Epoch Adventures: Breaking Free from ABA in Concurrent Rust
Epoch Adventures: Breaking Free from ABA in Concurrent Rust
Solving the ABA Problem in Rust with Tagged Pointers
Solving the ABA Problem in Rust: Tagged Pointers with Versioning
Computed Properties in Rust
Computed Properties in Rust: How to Implement Them Effectively
Custom Equatability in Rust
Custom Equatability in Rust: Beyond the Standard Cases
From Individual Contributor to Leadership
My Must-Read Book Recommendations for Aspiring Engineering Leaders