Executes deterministic simulation tests with progressive difficulty levels for distributed coordination systems.
npx skills add https://github.com/ahrav/Gossip-rs --skill sim-run
Please help me install this Agent Skill. Skill: sim-run Source: https://github.com/ahrav/Gossip-rs/tree/main/.claude/skills/sim-run Command: npx skills add https://github.com/ahrav/Gossip-rs --skill sim-run
This Skill automates the execution of deterministic simulation tests with progressive difficulty levels, helping to identify and fix coordination bugs in distributed systems.
Run the sim-run skill to execute level 2 simulations with 100 seeds.
High-intent search queries and answers about installing and using this skill.
Deterministic simulation tests are automated by orchestrating seed management, workload selection, and progressive difficulty levels to validate distributed coordination systems under controlled fault injection scenarios like network partitions and lease expiry.
Invariant verification checks that mutual exclusion, fence monotonicity, shard coverage, and terminal irreversibility are maintained during fault injection scenarios like network partitions, lease expiry, and storage corruption.
Yes, fault injection scenarios include network partitions, lease expiry, and storage corruption, allowing you to validate distributed coordination systems against specific workloads like lease expiry during checkpoint.
Select the 'Lease expiry during checkpoint' workload template and run a 'Stormy' level simulation to test whether the distributed coordination system maintains consistency when lease expiry occurs during checkpoint operations.
Three progressive difficulty levels are supported: Sunny Day for basic checks, Stormy for fault injection scenarios, and Radioactive for maximum chaos, each exercising distributed coordination systems with increasing stress.
No external dependencies are required. The Skill operates independently to orchestrate seed management, workload selection, and invariant verification for distributed coordination systems across all difficulty levels.
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