sim-scaffold

Scaffolding a module for deterministic simulation testing (DST) requires generating boilerplate with sans-IO patterns and proptest state machine tests. This Skill automates creating that initial file structure and template code, ensuring modules are simulation-ready from day one without costly retrofitting.

Structuring a gossip protocol for fault injection testing requires a pure state machine core and effect-based design. This Skill provides tailored file structures and template code specifically for gossip protocols, integrating fault injection points directly into the generated scaffold.

A coordination module needs sans-IO design for simulation testing to ensure deterministic execution by separating logic from side effects. This Skill generates scaffolds using sans-IO patterns, creating a pure state machine core that a simulation harness can drive predictably.

Yes, you can use proptest state machine tests for pipeline components by generating a scaffold that integrates these tests natively. This Skill supports pipeline components alongside coordination modules, providing the necessary template code to enable DST-ready testing frameworks.

Yes, scaffolding DST-ready modules prevents costly retrofitting by enforcing simulation-testable patterns during initial creation. This Skill ensures code incorporates sans-IO designs and fault injection points from the outset, avoiding the architectural refactoring needed when testing is added later.

Generating a simulation harness for a state machine module involves creating template code that drives a pure state machine core. This Skill automates building that harness alongside the module logic, providing the necessary scaffolding to execute deterministic simulation tests immediately.