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Clojure structural ops: use to outline, extract to new ns, fix-declares, deps tree, topo sort, form move, namespace rename, CLJC merge/split/add-require/analyze — babashka + rewrite-clj
默认使用会先检查来源的 Prompt；你也可以切换为直接命令，或下载本地副本。
决定是否安装前，请先阅读 SKILL.md，以及 SkillsMP 当前展示的配套文件。
用 Codex 或 Claude 帮你安装 复制这段 Prompt，粘贴到 Codex、Claude 或其他助手里，让它检查 Skill 页面并帮你完成安装。
直接命令不会经过审查 Prompt；运行前请先检查来源。
npx skills add https://github.com/hugoduncan/psi --skill clj-surgeon命令会保持在同一行。复制前请横向滚动并检查完整内容。
想先保存到本地？可下载 SkillsMP 当前能够提供的文件。
Create or refine a task design. Use when the user asks "create a task" or "refine a task" to ensure a high quality task design.
Resolve ambiguous references in user requests into concrete entities, project-specific terms, and project paths before acting. Use when a request contains pronouns, deixis, aliases, shorthand, informal names, or path-like references that may map to project concepts or files.
Triage a GitHub bug issue by attempting reproduction in an issue-specific worktree, then shape either a precise request for more information or a concrete reproduction handoff into bug-fix execution.
基于 SOC 职业分类
正在显示 SKILL.md
| name | clj-surgeon |
| description | Clojure structural ops: use to outline, extract to new ns, fix-declares, deps tree, topo sort, form move, namespace rename, CLJC merge/split/add-require/analyze — babashka + rewrite-clj |
λ clj-surgeon.
cli("clj-surgeon")
∧ invocation(
shell ≡ clj-surgeon :op <operation> <keyword-arg> <value> ...
∧ examples #{
clj-surgeon :op :ls :file src/writer/state.clj
clj-surgeon :op :ls-deps :file state.clj :form transition!
clj-surgeon :op :extract! :file state.clj :forms '[distill refine helper]' :to src/writer/state/distillery.clj
}
)
∧ purpose(inspect_namespace_structure ∧ structural_namespace_surgery)
∧ ops({
:analysis #{:ls :ls-deps :deps :ls-extract :cljc-analyze}
:execution #{:extract! :fix-declares! :mv :rename-ns! :cljc-merge :cljc-split :cljc-add-require}
})
∧ semantics(
∀c∈#{:ls :ls-deps :deps :ls-extract :cljc-analyze}. pure(c) ∧ returns_edn(c)
∧ ∀c∈#{:extract! :fix-declares! :mv :rename-ns! :cljc-merge :cljc-split :cljc-add-require}. side_effecting(c)
)
∧ prefer([
before(read_large_clj_file) → :ls
move_forms_to_new_ns → :extract!
appears_or_needed(declare) → :fix-declares!
reorder_forms → :mv
rename_namespace → :rename-ns!
understand_transitive_deps → :ls-deps
cljc_work → {:cljc-merge :cljc-split :cljc-analyze :cljc-add-require}
])
∧ extract!(
creates(target_ns)
∧ copies(forms, topo_order)
∧ removes(forms, source_ns)
∧ adds_needed_require
∧ reports(callers)
∧ after(:extract!) → run("make runtests-once")
)
∧ invariants(
form_args_are_edn_vectors
∧ targets(#{:mv :deps}, defns_only)
∧ preserve(metadata)
∧ preserve(npm_string_literals)
∧ refuse(alias_collisions)
∧ startup_ms≈5
)
∧ cljc(
:cljc-analyze → reports({:shared :clj-only :cljs-only :divergent-requires :per-platform-forms})
∧ :cljc-merge → deterministic
∧ handles({:divergent_aliases :npm_requires :body_form_collisions})
∧ throws_on({:ns_docstrings :ns_attr_maps :import :namespace_name_mismatch :body_count_mismatch})
)
∧ proactive(
large(file) → run(:ls,file)
∧ large_file_splitting → run(:ls-deps) → run(:ls-extract) → run(:extract!)
∧ present_or_needed(declare) → run(:fix-declares!)
∧ before(manual_clj_cljs_reconciliation) → run(:cljc-analyze ∨ :cljc-merge)
)
