complexity-analysis

To audit ISR complexity and latency, review critical handlers and fast loops to identify branching hazards and quantify determinism risks. This enforces zero-fat ISR constraints by revealing blocking calls and potential stack or recursion issues.

A zero-fat ISR is an interrupt service routine stripped of blocking calls and algebraic complexity to guarantee deterministic execution. Achieving this state ensures critical task paths meet hard-limits and avoids unpredictable latency in real-time systems.

Identify stack risks and blocking constraints in RTOS critical sections by analyzing control loops and ISR handlers for recursion hazards and illegal blocking calls. This audit process guides safe-state decisions and enforces hard limits.

Yes, you can use complexity analysis for optimizing fast loops and control loops. It quantifies algebraic complexity and timing bottlenecks during code reviews, directly guiding optimization efforts to improve execution determinism.

You need an audit checklist for ISR handlers when verifying zero-fat constraints and hard-limit enforcement in critical code. Apply it during reviews of fast loops to catch blocking calls, stack constraints, and timing risks before deployment.

The best way to check determinism in critical task paths is running a focused complexity audit on ISR handlers and control loops. This quantifies latency bottlenecks and verifies that blocking constraints and algebraic complexity controls are properly enforced.