designing-distributed-system-tests

designing-distributed-system-tests is a Test strategy & case design skill for AI agents, published by shenli in the distributed-system-testing repository on GitHub. Skillspace rates designing-distributed-system-tests D (61/100) and it passed the safety scan; the rating is based on static analysis only.

Use when designing a test plan for a distributed or stateful system — anything with persistence, replication, consensus, retries, idempotency, async messaging, multi-tenancy, or partial failure. Plans are claim-driven; investigate the product's claimed guarantees first, then design hypotheses and scenarios that try to falsify those claims under fault. Handles both change-scoped plans (a specific commit / PR / feature) and project-wide plans (a holistic plan for the whole system with existing-test inventory and gap analysis). Also use when asked to write a stability plan, fault matrix, release-validation plan, durability test plan, partition test plan, upgrade test plan, crash-recovery test plan, linearizability test plan, deterministic-simulation plan, tenant isolation test plan, authz / boundary test plan, namespace isolation plan, multi-protocol access plan, fairness test plan, noisy-neighbor test plan, "test plan to enough coverage", "what should we be testing", or "make a holistic…

Grade

D

Quality

61 / 100

Safety

Passed

GitHub stars

223

Unproven: rated by static analysis only, not yet compared head-to-head.

This rating describes the version of the repository we crawled; it may have changed since, so go by its current files.

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