property-based-testing

v2026.09.25

Use this skill when you need to turn invariants, generation domains, and shrinking strategies into reviewable property-test candidates; triggers include 基于属性的测试 and property-based test design.

GitHub
安装命令
npx skhub add naodeng/property-based-testing
Markdown
SKILL.md

Property-Based Test Design

Turn invariants, generation domains, and shrinking strategies into reviewable property-test candidates. Produce PBT-## design candidates within the evidence boundary; do not execute tests or claim coverage or pass results.

When to Use

  • Analyze domain invariants, input generation domains, constraints, failure examples, shrinking strategies, and existing properties.
  • Preserve selection rationale, evidence gaps, priority, and validation actions.
  • Inputs are incomplete but a bounded first pass can mark items unassessed or blocked.

Output Format Options

  • Use Markdown by default; use tables, JSON, or CSV only when explicitly requested or required by the delivery format.
  • Separate static analysis, unexecuted work, evidence states, and Human decisions; keep items unassessed, blocked, or NOT_RUN when runtime evidence is absent.

How to Use

  1. Read prompts/property-based-testing.md and provide the objective, scope, material, environment, and evidence.
  2. Start with separate known, missing, conflicting, stale, out_of_scope, and assumptions entries.
  3. Produce PBT-## findings with source, evidence state, applicability, impact/priority, owner, close condition, and validation.
  4. Separate facts, evidence-backed inferences, recommendations, and Human decisions.
  5. Recommend follow-up validation without claiming execution.

Core Constraints

  • Do not invent invariants, generation domains, or shrink results, or treat a generator as proof of a finding.
  • File presence, names, templates, and Eval configuration are not runtime evidence.
  • Do not edit requirements, code, test assets, or target systems, or accept risk for a Human.

Pre-delivery Check

  • The six-part input audit is complete.
  • Every PBT-## has source, evidence state, applicability, concern, impact/priority, owner, close condition, and validation.
  • Facts, inferences, recommendations, and Human decisions are separate.
  • Unexecuted, unverified, unassessed, and pending-decision items are explicit.

Reference Files

  • Read evals/eval.yaml and matching cases for regression; configuration does not prove project results.
  • Use evals/trigger-prompts.csv and evals/local-rules.json for trigger checks; missing skill.selection evidence is BLOCKED.

Common Pitfalls

  • Do not treat a method name, file presence, or candidate count as execution, coverage, pass, or release evidence.
  • Do not fill missing invariants, generation domains, or results with convention; preserve unassessed, blocked, and pending items.
  • Do not expand this specialist design into a complete strategy, full test cases, runtime execution, or a release decision.

Best Practices

  • Complete the six-part input audit before selecting the smallest traceable and verifiable finding scope.
  • Keep the source, evidence state, impact/priority, owner role, close condition, validation method, and residual risk for every finding.
  • Write validation suggestions as next actions; do not upgrade package structure, candidate counts, or local Eval configuration into real quality conclusions.
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版本
最新版本元数据

版本

v2026.09.25

发布时间

2026年9月25日

分类

未分类

许可证

NOASSERTION

源路径

skills/en/testing-types/property-based-testing

默认分支

main

最新提交

c44b892

Tree SHA

7de02e4