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Development discipline from plan to green. New behaviour and known-cause fixes go red-green-refactor with the failing test watched red first, pure refactors go green-to-green with no manufactured red, and how-should-I-write-this questions get verified against current sources before answering. Use when the user says 写个新功能 / 修个 bug / implement this / 重构这段 / TDD / 该不该先写测试 / 这个 API 现在的推荐写法 / 你确定吗 (a correction right after a code change). Do not trigger for unknown-cause anomalies (dig's job), unsettled requirements (shaping's job), pure config or docs edits, or explaining concepts.
liustack/liustack · ★ 0 · Code & Development · score 70
Install: claude install-skill liustack/liustack
# coding: plan, then the right loop The bar for every line of code written here is **current best practice**: what is recommended and adopted today, not just an answer that runs. "It runs" and "this is how you should do it today" are different claims, and only meeting the first is how code ships resting on yesterday's idiom. Every writing path starts with a plan, sized to stakes. A trivial change plans in one sentence, in your head. A design-level change plans in `.issues/`. When shaping is installed, it is the planner for those: hand the unsettled requirement there, come back with the spec, and skip straight to red. Without it, plan inline. The plan itself may or may not land on disk, the stakes decide. Planning includes verification: version-sensitive practice (API, CLI, config, idioms) gets checked against an authoritative source before use, never written from memory. Official docs and the repo's own conventions outrank blog posts and recall. ## Dispatch | Request | Path | |---|---| | New behaviour, or a bug whose cause is known | Failure list → red → green → refactor | | Pure refactor | Prove the baseline green → refactor → green again. No manufactured red | | "How should I write this now" | Verify against current sources → answer | | Anomaly with unknown cause | Not this skill. `dig` finds the cause first | ## Verification, the judgment not the reflex The bar applies to every line of code. What varies is where memory can be trusted to meet it: actively verify on ve