Implements robust simulation assertions and invariant checks for complex system validation and chaos testing.
This skill empowers Claude to utilize the Moonpool simulation framework's advanced assertion suite, enabling the validation of safety invariants and the tracking of probabilistic coverage. By distinguishing between absolute invariants that must always hold and exploratory coverage targets that should eventually be reached, it helps developers build self-documenting, chaos-resistant code. It provides specialized macros for numeric watermarks and compound frontier tracking, guiding simulation engines toward boundary cases and rare error paths that traditional unit tests often miss.
Key Features
0126 GitHub stars
02Numeric watermark tracking for boundary bug exploration
03Coverage target tracking via sometimes-reach macros
04Compound frontier assertions for multi-step workflow validation
05Safety invariant validation using always-hold assertions
06Chaos injection support with reachability and unreachability checks
Use Cases
01Ensuring specific error paths are exercised during chaos engineering sessions
02Tracking per-value exploration buckets in complex state machine testing
03Validating safety invariants in distributed systems or simulation workloads
