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TLA+ spec generation from a modeling brief. Use when: (1) turning code analysis findings into a TLA+ specification, (2) generating model checking and trace validation specs, (3) producing instrumentation mappings for trace collection.
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
SOC 職業分類に基づく
Bug confirmation and reproduction. Use when: (1) a bug has been found by model checking and needs code-level validation, (2) reproducing a bug in the real system to confirm it is not a false positive, (3) assessing whether a TLA+ counterexample maps to a real triggerable scenario.
TLA+ Model Checking workflow. Use when: (1) running TLC model checking or simulation on a TLA+ spec, (2) analyzing counterexamples from invariant violations, (3) determining whether a violation is an invariant mismatch, a spec issue, or a real bug in the system implementation.
Severity classification of Phase 4a results. Assign severity to REPRODUCED bugs and ENV_LIMITED/MASKED findings, while recording non-severity dispositions such as FALSE POSITIVE, PENDING REPAIR, DEFERRED, and INCOMPLETE.
TLA+ Verification workflow (orchestration). Use when: running the full verification loop — iterating between trace validation and model checking until both pass, ensuring spec faithfully models the system.
Trace harness generation (Phase 2.5). Use when: (1) instrumenting a system's source code to emit NDJSON traces for TLA+ trace validation, (2) writing test scenarios that exercise protocol code paths, (3) producing the first batch of traces from instrumented tests.
TLA+ Trace Validation workflow. Use when: (1) validating if a trace matches a TLA+ spec, (2) debugging trace validation failures (TLC reports 'Temporal properties were violated' or validation stops unexpectedly), (3) fixing spec/trace inconsistencies after root cause is identified.
| name | spec-generation |
| description | TLA+ spec generation from a modeling brief. Use when: (1) turning code analysis findings into a TLA+ specification, (2) generating model checking and trace validation specs, (3) producing instrumentation mappings for trace collection. |
Read guide.md for the full workflow methodology.
