Files
workbuddy_skills/product-planning/scripts/selftest_product_root.py
T
admin 8160f91559 技能库同步:另一台机的 2026-10-16 包 + element-picker 入包 + 工具归拢到技能级 assets/
product-planning(同步 26 改 65 新)
- 目录约定:docs/pm/<项目>/ ⇒ <工作区>/项目/<产品slug>/ 为产品根,下分 产品规划/ 与 产品原型/{designs,pages}
- ④段骨架六节 ⇒ 七节(新增「原型地址」;后两节改「页面导航」「原型状态取值」)
- ③段新增真机组件库;结案「源站只有暗色主题」,tokens.css(亮色)标为不可用于生产
- ③段改版规则反转为「一个产品只用一套原型、只留当前态」;②段新增 产品规划模板.md(表头唯一定义处)
- scripts:产品根定位重写(含 .registry/current-project 指针),新增 check_terms.py 与 selftest_product_root.py

session-mechanism(同步 3 改 2 新)
- references/06-技能优化规程.md 新增 §5「要求落在生成时看得见的面上」,总表 16 ⇒ 17 条;SKILL.md 同步
- scripts/collabctl.py 取回 _find_board() 候选定位(旧版写死 scripts/board.py,而看板已搬进 boards/会话看板/ ⇒ 旧版本就是坏的)

element-picker(新装)
- 按用户口径作「独立功能加入 product-planning」,非独立全局技能
- 修掉它自身三处路径漂移(技能根写法 ⇒ 同目录;README 两处旧落点;剪贴板示例文案与代码对齐)

工具归拢到技能级 assets/
- diagram-design / design-capture / element-picker / video-capture 从各段 assets/ 移到技能包 assets/
- 新增红线:本包有两处 assets/(技能级工具箱 vs 段内资产),引工具一律写「技能级 assets/<工具名>/」
- 路径口径由两类改三类(技能级工具箱 / 本段自带资产 / 同根技能)

不入库(磁盘保留)
- design-system-tiaoyue 整个目录(用户 2026-10-16 令):git rm -r --cached + .gitignore,理由=14 MB 且可 CDP 重采;
  已在 ③段 SKILL.md 注明「取仓后这一层是空的属正常,用自带套需另取或重采」
- element-picker 的运行期存档 marks/(服务自己会建目录)
2026-10-16 23:13:33 +08:00

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#!/usr/bin/env python
# -*- coding: utf-8 -*-
"""产品根定位自检:造临时夹具验 `_common.find_product_root()` 的三态行为。
为什么要有它:目录口径换成「工作区根 / 项目 / 产品根{产品规划, 产品原型{designs, pages}}」之后,
**认错产品根**会让产物落到别的产品目录下(事后极难拆干净)。
本脚本只造临时夹具、**绝不碰任何真实工作区**,跑完自动清理。
用法:
python scripts/selftest_product_root.py
退出码:0 = 全过;1 = 有用例没过。
"""
import importlib.util
import io
import os
import shutil
import sys
import tempfile
try:
sys.stdout.reconfigure(encoding="utf-8", errors="replace")
except Exception:
pass
SK = os.path.dirname(os.path.dirname(os.path.abspath(__file__)))
COMMON = os.path.join(SK, "references", "stage-delivery", "scripts", "_common.py")
def load_common():
spec = importlib.util.spec_from_file_location("_sm_common", COMMON)
mod = importlib.util.module_from_spec(spec)
sys.modules["_sm_common"] = mod
spec.loader.exec_module(mod)
return mod
def mkproot(p):
"""按新结构造一个产品根:产品规划/ + 产品原型/{designs,pages}/"""
for d in ("产品规划",
os.path.join("产品原型", "designs"),
os.path.join("产品原型", "pages")):
os.makedirs(os.path.join(p, d), exist_ok=True)
def main():
C = load_common()
fix = tempfile.mkdtemp(prefix="proot-selftest-")
out = []
def build_single():
mkproot(os.path.join(fix, "ws1", "项目", "only"))
def build_multi(pointer=""):
for nm in ("a", "b"):
mkproot(os.path.join(fix, "ws2", "项目", nm))
reg = os.path.join(fix, "ws2", ".registry")
os.makedirs(reg, exist_ok=True)
if pointer:
io.open(os.path.join(reg, "current-project"), "w", encoding="utf-8").write(pointer)
cases = [
("单产品·给工作区根", build_single, os.path.join(fix, "ws1"),
os.path.join(fix, "ws1", "项目", "only")),
("单产品·给产品根本身", build_single, os.path.join(fix, "ws1", "项目", "only"),
os.path.join(fix, "ws1", "项目", "only")),
("单产品·从子目录向上认", build_single,
os.path.join(fix, "ws1", "项目", "only", "产品原型", "pages"),
os.path.join(fix, "ws1", "项目", "only")),
("多产品·无指针·不许猜", build_multi, os.path.join(fix, "ws2"), ""),
("多产品·有指针·认指针", lambda: build_multi("b"), os.path.join(fix, "ws2"),
os.path.join(fix, "ws2", "项目", "b")),
]
try:
nfail = 0
for name, build, arg, expect in cases:
shutil.rmtree(fix, ignore_errors=True)
os.makedirs(fix, exist_ok=True)
build()
got = C.find_product_root(arg)
ok = os.path.normcase(os.path.abspath(got)) == os.path.normcase(os.path.abspath(expect))
out.append("%s %-26s 期望=%s | 实得=%s" % (
"[过]" if ok else "[FAIL]", name,
os.path.relpath(expect, fix) if expect else "(空)",
os.path.relpath(got, fix) if got else "(空)"))
if not ok:
nfail += 1
finally:
shutil.rmtree(fix, ignore_errors=True)
for line in out:
print(line)
print()
print("小计:%d / %d 过" % (len(cases) - nfail, len(cases)))
print("✅ 产品根定位全过。" if not nfail else "⛔ 有用例没过 —— 先修定位再跑流水线。")
return 0 if not nfail else 1
if __name__ == "__main__":
sys.exit(main())