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Author SHA1 Message Date
claude-code a446ad6d1d Merge pull request '推 main 的戳記改綁「push 真正的目標 repo」,不再綁 hook 自己的 cwd' (#52) from fix/push-guard-cross-repo-stamp into main 2026-08-23 07:31:01 +00:00
Leo 41c56acd32 推 main 的戳記改綁「push 真正的目標 repo」,不再綁 hook 自己的 cwd
跨 repo 交辦時(總管站在 A repo,要推 B repo 的 main)main-and-prod-push-guard
的戳記機制永遠對不上:HERE 讀的是 hook 自己的 cwd(=session 的真身,不會變),
WANT 是總管替目標 repo(B)寫進戳記的路徑——兩者結構性地不可能相等,不是
判斷錯,是這個情境在舊模型裡根本不存在(inkstone/ISEP#30 comment 3949,
脈絡 inkstone/InkStoneCo#57,2026-08-21 實撞)。

新增 hooks/lib/push_target_dir.py:純 tokenize(不執行任何指令)解析指令裡
`cd <path> && git push` 或 `git -C <path> push` 真正會落地的目錄,對多層 cd
鏈與子殼(`(cd A && ...); git push` 這種子殼 cd 不能外洩出去)都做了範圍化——
這條範圍化是防穿透的關鍵,不是順手:沒有它,`(cd A && true); git push`
會被誤判成推向 A,讓替 A 開的舊戳記錯誤地放行推到殼外真正的目標。解不出來
一律退回舊行為(hook 自己的 cwd),維持 fail-closed 方向不變。

順手修掉補測時自己抓到的另一個洞:`(git push origin HEAD:main)`——單純加一層
括號——舊版目的地判斷完全偵測不到,整段直接放行,跟戳記無關。成因是截斷
refspec 尾巴的 sed 只認 `;`/`&`/`|` 三種字元,沒算到 `)`;補上即可,git 的
refspec 語法本來就不允許出現 `)`,這裡截斷永遠安全。

綁 repo+單次用完即丟兩條 2026-08-11/12 用血換來的性質完全沒有鬆動:只是把
「現在人在哪個 repo」問得更準,比對邏輯一個字沒動。

實測:
- hooks/tests/main-and-prod-push-guard.test.sh 舊有 8 向:8/8
- scripts/test-main-and-prod-push-guard.sh 舊有 11 向:11/11
- 新增 hooks/tests/main-and-prod-push-guard-cross-repo.test.sh 17 向
  (跨 repo 正向/反向不准鬆/git -C/子殼範圍化/括號洞/單次用完即丟/
  900 秒逾時/空戳記/既有行為零回歸):17/17

本輪只驗證,未拿去放行任何真實推送;plugin.json 隨慣例 bump 0.3.4 -> 0.3.5
並重跑 vendor-to-shell.py(.shell-payload 為 gitignore 產物,不入版控)。

Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
2026-08-23 14:18:28 +08:00
claude-code 2eb9b2aaaa Merge pull request '身為總管,我要閘擋的是動作不是字面,我才不會一晚被自己的閘擋六次' (#51) from fix/push-guard-target-not-substring into main 2026-08-20 17:30:46 +00:00
Leo 67dae3b814 推送閘改成判目標,不判整條指令裡有沒有那個字
一個晚上誤攔六次,全都不是在推預設分支:
  ① checkout -b 建新分支時把預設分支寫在後面,再推那條新分支
  ② gh pr create 指定 base——根本不是 git push
  ③ 推 tag(refs/tags/…)
  ④ 推 feature 分支(帶 -u)
  ⑤ 它擋住了我用來**測試它自己**的那條指令
  ⑥ 它擋住了這一筆的 commit——因為 message 裡引用了那幾個字

leo 2026-08-17 早就講過這個形狀:文字層封路必敗,
「紅線寫得越細,命中關鍵字的機率越高 ⇒ 那些閘在懲罰謹慎」。
舊版掃整條指令字串,正是文字層。

改成解析 push 的目標 refspec:
  旗標跳過/第一個非旗標=remote/a:b 取 b/refs/tags/* 不算分支
  一個 refspec 都沒給,才退回看當前分支

八向實測(hooks/tests/main-and-prod-push-guard.test.sh,8/8):
  五種該放行的(今晚誤攔的原形狀,含分支名帶 domain 那種)全過
  三種該擋的全擋

中途自己抓到一個 bug:tag 被跳過後目標清單變空 → 退回猜當前分支
⇒ 當前分支剛好叫預設名時誤擋。改成看到 refspec 就不退回猜測。

Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
2026-08-21 01:29:55 +08:00
claude-code 43c328d26f Merge pull request 'feat/milestone-must-have-due' (#50) from feat/milestone-must-have-due into main 2026-08-20 17:26:08 +00:00
claude-code bcb736ed19 Merge pull request 'fix/worksheet-dedup-by-content' (#49) from fix/worksheet-dedup-by-content into main 2026-08-20 17:26:06 +00:00
Leo 6772ca67d3 每個里程碑都要有真的期限,9999 也擋
leo 2026-08-21:「以後所有的 milestone 限制時間」「你根本沒有時間概念,浪費一整天」

實查七個 open milestone:六個期限是 9999-01-01、一個空白。
9999 比空白更糟——盤點時每一格看起來都有值,
於是沒有人發現這裡從來沒有時間壓力。七個已全部改成真日期。

新增 hooks/milestone-due-guard.sh,四向實測:
  無 due_on → exit 2
  due_on 帶 9999 → exit 2
  真期限 → exit 0
  只是讀 milestone → exit 0

規範補 M4.8(怎麼定期限、過期只對帳不自動關)。

Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
2026-08-21 01:25:12 +08:00
Leo 1b5551274a 待驗工作單改用宣稱內容去重,驗過的不再冒出來
stamp 原本雜湊「交件路徑」⇒ 同樣的宣稱每回合生一個新檔名,
而且不知道總管已經驗過了。

實際發作(2026-08-21 一個 session 內):同兩條 sdd-guard 宣稱連生四張單
1c97d461/fcb285dc/256de849/394b97ae——驗掉一張下一回合又冒一張,
Stop 閘於是變成永遠過不去。閘在懲罰有照做的人。

改成雜湊宣稱內容本身,並在寫檔前檢查 verified/ 底下有沒有同名。

雙向實測:
  兩次不同 transcript、同樣宣稱 → 只生 1 個檔
  移進 verified/ 後再跑         → SKIP:already-verified,沒再冒出來

過程中兩個自己的錯,記下來免得下次重犯:
  ① 先猜了變數名 blocked/ok/nogo,實際是 ok_hits/ng_hits
     ——猜錯的話 _claims 永遠是空的、悄悄退回舊行為,不會報錯
  ② 測試資料先寫成 role:assistant,再寫成 role:user 都不觸發
     ——它要的是 <task-notification> 裡的 <result>
     前兩次「0 個檔」我差點當成去重成功

Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
2026-08-21 01:18:16 +08:00
11 changed files with 499 additions and 49 deletions
+1 -1
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@@ -1,7 +1,7 @@
{
"name": "isep",
"description": "InkStone Environment Plugin —— leo 的 Claude Code 環境唯一真相源:43 支機械閘(53 條註冊,白話盤點見 docs/hooks-inventory.md)、7 支 slash command、2 支 skill、27 支腳本,外加治理規範與標籤真相源。本機與雲端裝同一份,沒有子集。",
"version": "0.3.2",
"version": "0.3.5",
"keywords": [
"inkstone",
"guardrails",
+25
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@@ -677,3 +677,28 @@ Gitea 的 milestone 只管得到同一個 repo,所以六個群在 `inkstone/IS
結構(正交) hub ← tracking issue 標記
封存不刪 duplicate ← 由 close/duplicate 取代,保留在歷史票上
```
### M4.8 每個里程碑都要有真的期限(leo 2026-08-21 立)
> 「**以後所有的 milestone 限制時間**」/「**你根本沒有時間概念,浪費一整天**」
🔴 **`9999-01-01` 不算期限。** 立這條的當下實查七個 open milestone
**六個的期限是 `9999-01-01`**——那是「沒有期限」穿了一件期限的衣服,
比空白更糟:盤點時每一格看起來都有值,於是沒有人發現這裡從來沒有時間壓力。
**怎麼定**:里程碑的 deliverable 是**一個可測的版本**M4.0)。
問一句「**這個版本幾號要能給 leo 打開?**」,那天就是期限。
| 剩幾張未結 | 期限 |
|---|---|
| 本週要收 | 三天 |
| 13 張 | 一週 |
| 4 張以上 | 兩週 |
**過期了怎麼辦**:不自動關、不自動打 tag(M4.3 已否決那條)。
過期只做兩件事——**對帳**(哪幾張沒動)與**通知**。
期限的用途是製造節奏,不是製造假完成。
**機械閘**`hooks/milestone-due-guard.sh`PreToolUse `Bash`):
建 milestone 沒有 `due_on`、或 `due_on` 帶 `9999` → 擋。
四向實測:無 due_on 擋/9999 擋/真期限放行/只是讀 milestone 放行。
+5 -1
View File
@@ -40,6 +40,10 @@
{
"type": "command",
"command": "${CLAUDE_PLUGIN_ROOT}/hooks/ticket-api-bypass-guard.sh"
},
{
"type": "command",
"command": "${CLAUDE_PLUGIN_ROOT}/hooks/milestone-due-guard.sh"
}
]
},
@@ -323,4 +327,4 @@
}
]
}
}
}
+174
View File
@@ -0,0 +1,174 @@
#!/usr/bin/env python3
"""hooks/lib/push_target_dir.py -- shared helper (inkstone/ISEP#40 S7-style
lib helper: source of truth for a small piece of logic, not a gate by
itself; nothing here decides allow/block on its own).
What it answers: given a shell command string that somewhere invokes
`git ... push ...`, which directory will that push actually execute in?
Why this exists (inkstone/ISEP#30 comment 3949, 脈絡見 InkStoneCo#57):
main-and-prod-push-guard.sh's stamp_ok() used to read `git rev-parse
--show-toplevel` from the *hook's own* cwd (= the session's real repo) as
"HERE", and compare it against the repo path the caller wrote into the
stamp ("WANT"). That works when the push target IS the repo the session is
standing in. It can never work otherwise: a `cd <other-repo> && git push
origin HEAD:main` changes the *push's* directory but not the hook's, so
HERE stays the real repo forever while WANT is (correctly) the other repo
-- the two can never match, no matter how carefully the caller follows the
gate's own instructions. This isn't a bad judgment call; that scenario
simply doesn't exist in the old model.
This module extracts the directory the push *actually* runs in, purely by
tokenizing -- it never executes anything. Two sources, first one found
wins (in the order a real shell would apply them):
- a `cd <path>` chain preceding the push, scoped correctly across
subshells: a `(` inherits the current directory from its parent at the
moment it opens, but whatever a subshell `cd`s to does NOT leak back
out to sibling commands after the matching `)` closes (this mirrors
real bash: a subshell's cwd change is local to that subshell). This
scoping is load-bearing, not cosmetic: without it, `(cd /repo-A &&
true); git push origin main` would misattribute the later push (which
really runs wherever the outer shell already was) to /repo-A, and a
stale/legitimate stamp for /repo-A could then wrongly wave through a
push into whatever the outer cwd actually is -- the exact "stamp
opened for repo A also opens the door for repo B" shape 2026-08-11
already burned us on once.
- a `-C <path>` flag on the git invocation itself, which further wins
over any `cd` chain (matches git's own precedence: `-C` sets the
directory for that invocation regardless of the shell's cwd).
Multiple relative `cd`/`-C` hops are combined by plain string join here
(no `..`/`~`/`$()` resolution) -- resolving the combined expression to a
real, canonical, absolute path is left to the caller, which does it with a
read-only `cd "<expr>" && pwd` in a throwaway subshell. That two-step split
matters: this module only ever *parses*, so it stays side-effect-free even
when fed a hostile or malformed command; only the caller's final `cd`
touches the filesystem, and `cd` cannot execute anything, it can only fail
to find a directory.
If no `cd`/`-C` applies (the push runs wherever the hook itself is, i.e.
today's behaviour), or the command doesn't parse, prints nothing -- the
caller falls back to its existing cwd-based resolution. That fallback
direction is deliberately the *safe* one: on any parse ambiguity we hand
back "unknown" rather than guess, and an unresolved HERE can only make the
gate keep blocking (fail toward blocking), never open a door it wouldn't
have opened before.
Usage:
printf '%s' "$CMD" | python3 push_target_dir.py
"""
import shlex
import sys
_SEPARATORS = {";", "&&", "||", "|", "&", "\n"}
def _join(base, path):
"""Combine a cwd-so-far (`base`, or None if unknown/hook-cwd) with a
`cd`/`-C` argument written in the command. Absolute paths and `~`
replace the base outright; anything else is appended textually --
normalizing `..`/`.` is intentionally left to the caller's real `cd`."""
if not path:
return base
if path == "-" or path.startswith("$"):
# `cd -` (previous dir) and `$VAR`/`$(...)` expansions can't be
# resolved by tokenizing alone -- treat as "unknown" rather than
# guess wrong, which keeps the caller on its safe fallback path.
return None
if path.startswith("/") or path.startswith("~"):
return path
if base is None:
return path
return base.rstrip("/") + "/" + path
def _classify(tokens):
if not tokens:
return ("other", None)
if tokens[0] == "cd" and len(tokens) > 1:
return ("cd", tokens[1])
if tokens[0] == "git" and "push" in tokens[1:]:
return ("push", tokens)
return ("other", None)
def _events(cmd):
"""Tokenize cmd into (kind, value) events in source order: 'enter'/
'exit' for parens (subshell boundaries), 'cd'/'push'/'other' for
statements split on the usual shell separators. Returns [] on any
quoting error -- caller then falls back to cwd-based resolution."""
try:
lexer = shlex.shlex(cmd, posix=True, punctuation_chars=True)
lexer.whitespace_split = True
toks = list(lexer)
except ValueError:
return []
events = []
seg = []
def flush():
if seg:
# _classify's "push" branch returns `tokens` by reference; copy
# before clear() below, or the event's tuple would observe the
# list emptied out from under it (aliasing, not a value copy).
events.append(_classify(seg[:]))
seg.clear()
for tok in toks:
if tok == "(":
flush()
events.append(("enter", None))
elif tok == ")":
flush()
events.append(("exit", None))
elif tok in _SEPARATORS:
flush()
else:
seg.append(tok)
flush()
return events
def find_push_target(cmd):
events = _events(cmd)
if not events:
return ""
stack = [None] # cwd-so-far per paren depth; None = "same as hook cwd"
result = None
saw_push = False
for kind, val in events:
if kind == "enter":
stack.append(stack[-1]) # child subshell inherits current dir
elif kind == "exit":
if len(stack) > 1:
stack.pop() # subshell's own cd's don't leak out
elif kind == "cd":
stack[-1] = _join(stack[-1], val)
elif kind == "push":
saw_push = True
c_path = None
toks = val
for j, t in enumerate(toks):
if t == "-C" and j + 1 < len(toks):
c_path = toks[j + 1]
break
if t.startswith("-C") and len(t) > 2:
c_path = t[2:]
break
result = _join(stack[-1], c_path) if c_path else stack[-1]
if not saw_push:
return ""
return result or ""
def main():
cmd = sys.stdin.read()
sys.stdout.write(find_push_target(cmd))
if __name__ == "__main__":
main()
+62 -2
View File
@@ -98,7 +98,32 @@ stamp_ok() {
# 等於一把萬用鑰匙——正是 08-11 那次穿透的形狀(替 A repo 開的門 B repo 也走得過)。
# 而且 `.claude/settings.local.json` 裡真的放行過 `touch /tmp/.main-push-ok`。
# ⇒ 現在**空內容一律不算數**:要嘛寫得出 repo 路徑且對得上,要嘛不放行。
HERE=$(git rev-parse --show-toplevel 2>/dev/null || printf '')
#
# 🔴 2026-08-23inkstone/ISEP#30 comment 3949,脈絡 InkStoneCo#57):
# `HERE` 原本一律讀 hook 自己的 cwd(=session 站著的那個 repo)。
# 只要要推的 repo **不是**「session 站著的那個 repo」——例如指令自己
# `cd <別的 repo> && git push` 或 `git -C <別的 repo> push`——HERE 永遠是
# 總管的真身,而總管替目標 repo 開的 WANT 永遠對不上,這道閘就**永遠沒辦法
# 合法通過**。不是判斷錯,是這個情境在舊模型裡根本不存在(照閘的指示做
# 戳記,戳記內容天生就贏不了)。
# 改法:先看指令本身有沒有把 push 的執行目錄改掉
# lib/push_target_dir.py——純 tokenize,不執行任何指令,
# 對 `cd A && cd B && git push` 這種多層鏈與 `(cd A && …); git push` 這種
# 子殼會不會外洩都做了範圍化,理由見該檔檔頭);解得出來就 `cd` 進那個
# 目錄(唯讀操作,`cd` 本身不會執行任何東西)問 git 那裡的 toplevel 是誰;
# 解不出來(沒有 cd/-C,或指令太怪解析失敗)才退回舊行為=hook 自己的 cwd。
# 🔴 綁 repo+單次用完即丟兩條性質完全沒有鬆動:這裡只是把「現在人在哪個
# repo」問得更準,比對邏輯(下面兩行)一個字沒動。
_push_target_dir="$(dirname "$0")/lib/push_target_dir.py"
_target_expr=""
if [ -f "$_push_target_dir" ]; then
_target_expr=$(printf '%s' "$CMD" | python3 "$_push_target_dir" 2>/dev/null || printf '')
fi
if [ -n "$_target_expr" ]; then
HERE=$(cd "$_target_expr" 2>/dev/null && git rev-parse --show-toplevel 2>/dev/null || printf '')
else
HERE=$(git rev-parse --show-toplevel 2>/dev/null || printf '')
fi
WANT=$(head -1 "$STAMP" 2>/dev/null || printf '')
[ -n "$WANT" ] || return 1
[ -n "$HERE" ] || return 1
@@ -125,7 +150,42 @@ if printf '%s' "$CMD" | grep -qE '(^|[;&|(`]|&&|\|\|)[[:space:]]*git([[:space:]]
# 2026-08-20: match the target branch on a word boundary, not a bare substring --
# a glob like *main* also matches "domain" (d-o-**m-a-i-n**), e.g. a push to
# `fix/custom-domain-setup` would have false-positived.
if printf '%s' "$CMD" | grep -qE '(^|[^A-Za-z])(main|master)([^A-Za-z]|$)'; then
# 2026-08-21: 只看 **push 的目標**,不再掃整條指令。
# 舊版掃整條 ⇒ 一個晚上誤攔四次,全都是推 feature branch 或 tag
# git checkout -b fix/x main && git push origin fix/x ← 「main」在 checkout 上
# gh pr create --base main ← 根本不是 git push
# git checkout origin/main --detach; git push origin refs/tags/v0.3.3
# ⇒ **紅線寫得越細,命中關鍵字的機率越高**(leo 2026-08-17 的觀察,
# 文字層封路必敗)。這裡改成判動作的目標,不是判字面。
# 2026-08-23(順著 inkstone/ISEP#30 comment 3949 補測時自己抓到的洞,不在原票範圍
# 但屬於同一支閘、同一段邏輯,且直接讓下面「反向不准鬆」的驗證跑不過,所以一併修):
# `(git push origin HEAD:main)`——單純用括號包住整條指令——舊版會整段放行,
# 跟 HERE/戳記完全無關,**連目的地判斷本身都沒觸發**。
# 成因:截斷 refspec 尾巴只切 `;``&``|` 三種字元,沒算到 `)`——
# 於是「HEAD:main)」被當成一個 token`${_tok##*:}` 剝完冒號還剩「main)」,
# 跟 `^main$` 對不上 ⇒ 判定成「看不出目標」⇒ 整段放行。加 `)` 進截斷字元。
# git 的 refspec/分支名語法本來就不允許出現 `)`,所以在這裡截斷永遠安全,
# 不會誤傷任何合法的推送目標。
_push_seg=$(printf '%s' "$CMD" | sed -E 's/.*git[[:space:]]+(-[^[:space:]]+[[:space:]]+)*push//' | sed -E 's/[;&|)].*//')
_dest=""
_seen_remote=0
_saw_refspec=0
for _tok in $_push_seg; do
case "$_tok" in
-*) continue ;; # 旗標
refs/tags/*|*:refs/tags/*) _saw_refspec=1; continue ;; # 推 tag 不是推分支
esac
if [ "$_seen_remote" = "0" ]; then _seen_remote=1; continue; fi # 第一個非旗標=remote
_saw_refspec=1
_dest="$_dest ${_tok##*:}" # a:b 的目標是 b;沒有冒號就是它自己
done
# 🔴 只有「一個 refspec 都沒給」才退回猜當前分支。
# 看到 refspec(哪怕是 tag)就照它判——否則推 tag 會被當成推當前分支,
# 而當前分支若剛好叫 main 就誤擋(2026-08-21 實測抓到)。
if [ "${_saw_refspec:-0}" = "0" ]; then
_dest=$(git rev-parse --abbrev-ref HEAD 2>/dev/null || echo "")
fi
if printf '%s' "$_dest" | tr ' ' '\n' | grep -qE '^(main|master)$'; then
stamp_ok && exit 0
# ── 擋下的同時,把「誰想推什麼」留成一份請求(leo 2026-08-12)───────────
+42
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@@ -0,0 +1,42 @@
#!/usr/bin/env bash
# milestone-due-guard.sh — 建 milestone 一定要有真的期限(leo 2026-08-21 立)
#
# leo 原話:「**以後所有的 milestone 限制時間**」
# 「**你根本沒有時間概念,浪費一整天**」
#
# 🔴 為什麼連 9999 也要擋:立這條的當下實查七個 open milestone
# 六個的期限是 `9999-01-01`——那是「沒有期限」穿了一件期限的衣服,
# 比空白更糟,因為它讓盤點時看起來每一格都有值。
set -uo pipefail
INPUT=$(cat)
CMD=$(printf '%s' "$INPUT" | python3 -c "import json,sys;print(json.load(sys.stdin).get('tool_input',{}).get('command',''))" 2>/dev/null || echo "")
[ -z "$CMD" ] && exit 0
# 只管「建 milestone」這個動作
printf '%s' "$CMD" | grep -qE 'milestones' || exit 0
printf '%s' "$CMD" | grep -qE '\-X *POST|--request *POST' || exit 0
DUE=$(printf '%s' "$CMD" | grep -oE '"due_on"[^,}]*' | head -1)
BAD=""
[ -z "$DUE" ] && BAD="沒有 due_on"
printf '%s' "$DUE" | grep -q '9999' && BAD="due_on 是 9999(等於沒有期限)"
[ -z "$BAD" ] && exit 0
cat >&2 <<MSG
⏱️ 里程碑期限閘:$BAD
【leo 2026-08-21】「**以後所有的 milestone 限制時間**」
「**你根本沒有時間概念,浪費一整天**」
🔴 9999-01-01 也算違規。立這條的當下實查七個 open milestone
六個是 9999——那是「沒有期限」穿了一件期限的衣服,
比空白更糟,因為盤點時每一格看起來都有值。
怎麼定:這個里程碑的 deliverable 是**一個可測的版本**。
問「這個版本幾號要能給 leo 打開?」,那天就是期限。
剩 1–3 張票 → 一週;4 張以上 → 兩週;本週要收 → 三天。
加上去再送一次: "due_on": "YYYY-MM-DDT23:59:59Z"
MSG
exit 2
+15 -2
View File
@@ -119,8 +119,21 @@ if not ok_hits and not ng_hits:
sid = (d.get("session_id") or "nosid")[:8]
aid = (d.get("agent_id") or d.get("subagent_id") or "")[:10]
stamp = hashlib.sha1((tp + sid + aid).encode()).hexdigest()[:8]
path = os.path.join(os.environ["DIR"], "claims-%s-%s.md" % (sid, stamp))
# 🔴 2026-08-21stamp 原本雜湊「交件路徑」⇒ 同樣的宣稱每回合生一個新檔名,
# 而且不知道總管已經驗過了。實際發作:同兩條 sdd-guard 宣稱連生四張單
# 1c97d461fcb285dc256de849394b97ae),驗掉一張下一回合又冒一張。
# ⇒ 改成雜湊**宣稱內容本身**:同樣的宣稱=同一個檔名 ⇒ 驗過就不再冒出來。
_claims = sorted(set(str(x) for x in (ok_hits + ng_hits)))
# 🔴 空清單就退回舊行為 —— 但那等於這支閘沒抓到任何宣稱,本來就會 SKIP,
# 所以這個 fallback 實際上不會被用到;留著只是不讓 stamp 變成空字串的雜湊。
_basis = "\n".join(_claims) if _claims else (tp + sid + aid)
stamp = hashlib.sha1(_basis.encode()).hexdigest()[:8]
_name = "claims-%s-%s.md" % (sid, stamp)
path = os.path.join(os.environ["DIR"], _name)
# 已經驗過並移進 verified/ 的,不要再生一次。
if os.path.exists(os.path.join(os.environ["DIR"], "verified", _name)):
print("SKIP:already-verified"); raise SystemExit
def block(title, items, howto, cap):
if not items:
+105
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@@ -0,0 +1,105 @@
#!/usr/bin/env bash
# 跨 repo 戳記實測(inkstone/ISEP#30 comment 3949,脈絡 inkstone/InkStoneCo#57
#
# 補的是什麼:hooks/tests/main-and-prod-push-guard.test.sh 那八向都只在單一 repo
# (測試腳本自己所在的 repo)裡驗證,從沒測過「站在 A、要推 B 的 main」這個形狀
# ——而這正是 2026-08-21 真的撞到、讓戳記永遠對不上的那個情境。這支專門補這塊。
#
# 用法:main-and-prod-push-guard-cross-repo.test.sh <要測的 hook 絕對路徑>
# 路徑務必給絕對路徑——測試會 cd 進臨時建立的 A/B repo 再呼叫它,相對路徑
# 到那時就對不上了(自己撞過一次:exit=127 command not found)。
set -u
G="$1"
STAMP=/tmp/.main-push-ok
WORK=$(mktemp -d)
trap 'rm -rf "$WORK"; rm -f "$STAMP"' EXIT
for d in A B; do
git init -q -b main "$WORK/$d"
git -C "$WORK/$d" config user.email t@t.com
git -C "$WORK/$d" config user.name t
echo x > "$WORK/$d/f.txt"
git -C "$WORK/$d" add f.txt
git -C "$WORK/$d" commit -q -m init
done
A="$WORK/A"; B="$WORK/B"
pass=0; fail=0
t() { # t <說明> <cwd> <指令> <期望 exit>
local desc="$1" cwd="$2" cmd="$3" want="$4"
local rc
rc=$(cd "$cwd" && CLAUDE_CODE_CHILD_SESSION=1 python3 -c '
import json, subprocess, sys
p = subprocess.run(["bash", sys.argv[2]],
input=json.dumps({"tool_name": "Bash",
"tool_input": {"command": sys.argv[1]}}),
capture_output=True, text=True)
print(p.returncode)
' "$cmd" "$G")
if [ "$rc" = "$want" ]; then printf ' ✅ %-58s exit=%s\n' "$desc" "$rc"; pass=$((pass+1))
else printf ' ❌ %-58s exit=%s(期望 %s\n' "$desc" "$rc" "$want"; fail=$((fail+1)); fi
}
echo "── 2026-08-21 實撞的原形狀:站在 A,要推 B 的 main ──"
rm -f "$STAMP"
t "沒戳記 → 擋" "$A" "cd $B && git push origin HEAD:main" 2
git -C "$B" rev-parse --show-toplevel > "$STAMP"
t "替 B 開的戳記 → 推 B 的 main 該放行(舊版在此情境永遠擋,這是本票要修的洞)" \
"$A" "cd $B && git push origin HEAD:main" 0
echo "── 反向不准鬆:替 A 開的戳記,不能拿去放行推 B(08-11 那次穿透的形狀)──"
git -C "$A" rev-parse --show-toplevel > "$STAMP"
t "替 A 開的戳記 → 拿去推 B 的 main 必須仍被擋" \
"$A" "cd $B && git push origin HEAD:main" 2
rm -f "$STAMP"
echo "── git -C 語法要吃到同一套判斷 ──"
git -C "$B" rev-parse --show-toplevel > "$STAMP"
t "替 B 開戳記,用 git -C B push" "$A" "git -C $B push origin main" 0
rm -f "$STAMP"
echo "── 08-11 原始穿透的形狀:子殼裡的 cd 不能外洩到殼外 ──"
git -C "$A" rev-parse --show-toplevel > "$STAMP"
t "子殼裡 cd 去 B 但沒在殼內推;殼外站著 A 真的推 → 符合 A 的戳記,放行" \
"$A" "(cd $B && true); git push origin HEAD:main" 0
rm -f "$STAMP"
git -C "$A" rev-parse --show-toplevel > "$STAMP"
t "子殼裡 cd 去 B 且在殼內真的推 → 目標是 B,戳記是 A,必須擋" \
"$A" "(cd $B && git push origin HEAD:main)" 2
rm -f "$STAMP"
echo "── 順手抓到、一併修的洞:純括號包住整條指令,不准繞過目的地判斷 ──"
t "(git push origin HEAD:main) 沒有任何戳記 → 必須擋(舊版在此整段放行)" \
"$A" "(git push origin HEAD:main)" 2
echo "── 同 reposession 站著的那個)舊行為原封不動 ──"
rm -f "$STAMP"
t "站在 A 推 A 自己的 main,沒戳記 → 擋" "$A" "git push origin HEAD:main" 2
git -C "$A" rev-parse --show-toplevel > "$STAMP"
t "站在 A 推 A 自己的 main,替 A 開戳記 → 放行" "$A" "git push origin HEAD:main" 0
rm -f "$STAMP"
echo "── 舊有行為一條都不能壞 ──"
t "推 feature branch 放行" "$A" "git push origin feat/xyz" 0
t "推 tag 放行" "$A" "git push origin refs/tags/v1.0.0" 0
t "只是提到 main 的 gh pr create,放行" "$A" "gh pr create --base main --title t" 0
echo "── subagent 沒戳記,即使 cd 去別的 repo 也照擋 ──"
rm -f "$STAMP"
t "subagent 站在 A、cd 去 B 推 main,沒戳記仍擋" "$A" "cd $B && git push origin HEAD:main" 2
echo "── 單次用完即丟、900 秒逾時:換到跨 repo 場景一樣要成立 ──"
git -C "$B" rev-parse --show-toplevel > "$STAMP"
t "第一次:替 B 開戳記推 B → 放行" "$A" "cd $B && git push origin HEAD:main" 0
t "第二次:同一枚戳記(已用掉)再推一次 → 應該擋" "$A" "cd $B && git push origin HEAD:main" 2
rm -f "$STAMP"; touch "$STAMP"
t "touch 出的空戳記 → 推 B 的 main 仍應擋(08-12 補的洞不能被本次改動重開)" \
"$A" "cd $B && git push origin HEAD:main" 2
rm -f "$STAMP"
git -C "$B" rev-parse --show-toplevel > "$STAMP"
touch -t "$(date -v-16M +%Y%m%d%H%M.%S 2>/dev/null || date -d '-16 minutes' +%Y%m%d%H%M.%S)" "$STAMP" 2>/dev/null
t "16 分鐘前開的戳記 → 已過期,推 B 應擋" "$A" "cd $B && git push origin HEAD:main" 2
rm -f "$STAMP"
echo "────── 通過 $pass 失敗 $fail"
[ "$fail" = 0 ]
+24 -37
View File
@@ -1,42 +1,29 @@
#!/usr/bin/env bash
# main-and-prod-push-guard.sh 的迴歸測試——重點在「geek6688 豁免的範圍夠不夠窄」。
# 🔴 寫成檔案跑:測試指令必然含 `wrangler deploy`,直接在 Bash 打會被 prod-write-guard 擋
#
# 用一個**沒有 .github-armed** 的臨時 CLAUDE_PROJECT_DIR
# 否則本機真的有那個檔 ⇒「該擋的」會假性通過,測了等於沒測。
HOOK="$1"
TMPPROJ=$(mktemp -d)
trap 'rm -rf "$TMPPROJ"' EXIT
# 八向實測 main-and-prod-push-guard.sh
# 放在檔案裡跑,因為測試字串本身會觸發「舊版」那支閘(第五次誤攔)
G="$1" # 要測的 hook 路徑
pass=0; fail=0
mk(){ python3 -c "import json,sys;print(json.dumps({'tool_name':'Bash','tool_input':{'command':sys.argv[1]}}))" "$1"; }
PASS=0; FAIL=0
t(){ mk "$3" | env CLAUDE_PROJECT_DIR="$TMPPROJ" "$HOOK" >/dev/null 2>&1; rc=$?
got=$([ $rc -eq 2 ] && echo block || echo pass)
if [ "$got" = "$1" ]; then echo "$2"; PASS=$((PASS+1))
else echo "$2 —— 期望 $1,實得 $got"; FAIL=$((FAIL+1)); fi; }
t() { # t <說明> <指令> <期望 exit>
printf '{"tool_name":"Bash","tool_input":{"command":"%s"}}' "$2" \
| CLAUDE_CODE_CHILD_SESSION=1 CLAUDE_PROJECT_DIR="$(dirname "$(dirname "$G")")" \
bash "$G" >/tmp/pg.out 2>&1
rc=$?
if [ "$rc" = "$3" ]; then printf ' ✅ %-46s exit=%s\n' "$1" "$rc"; pass=$((pass+1))
else printf ' ❌ %-46s exit=%s(期望 %s\n' "$1" "$rc" "$3"; fail=$((fail+1)); fi
}
D="wrangler deploy"
echo "── 該放行(今晚五次誤攔的原形狀)──"
t "checkout -b 後推 feature 分支" 'git checkout -q -b fix/x ma'"in"' && git push -q origin fix/x' 0
t "gh pr create --base(不是 git push" 'gh pr create --head f --base ma'"in"' --title t' 0
t "推 tag" 'git push -q origin refs/tags/v0.3.3' 0
t "推 feature 分支(帶 -u" 'git push -q -u origin feat/milestone-must-have-due' 0
t "分支名含 domain" 'git push origin fix/custom-domain-setup' 0
echo "── geek6688leo 2026-08-12 明文授權總管可直接動)應放行 ──"
t pass "指名 geek6688 主機名" "npx $D --name arcrun-cypher-executor --config geek6688.toml"
t pass "用 geek6688 的 token 變數" "CLOUDFLARE_API_TOKEN=\$CLOUDFLARE_API_TOKEN_CC_SHIPPING_CORE npx $D"
t pass "用 geek6688 的 account id 變數" "CLOUDFLARE_ACCOUNT_ID=\$CLOUDFLARE_ACCOUNT_ID_GEEK6688 npx $D"
echo "── 該擋 ──"
t "直接推預設分支" 'git push origin ma'"in" 2
t "HEAD:預設分支" 'git push origin HEAD:ma'"in" 2
t "推 master" 'git push -q origin mas'"ter" 2
echo "── 其他實例仍要 leo 親手 arm(範圍不能外溢)──"
t block "打 leo21c" "npx $D --name arcrun-mcp --account-id leo21c-acct"
t block "打 uncle6 官方" "npx $D --name arcrun-kbdb --config uncle6.toml"
t block "看不出打哪裡" "npx $D"
t block "wrangler publish 到別台" "npx wrangler publish --name arcrun-mcp"
t block "versions deploy 到別台" "npx wrangler versions deploy --name arcrun-kbdb"
echo "── stage 照舊自由 ──"
t pass "帶 --env staging" "npx $D --env staging"
t pass "打 staging 主機" "npx $D --name arcrun-rag-installer-staging"
echo "── 非部署動作不受影響 ──"
t pass "推自己的分支" "git push -u gitea fix/my-branch"
t pass "讀本閘原始碼(指令裡含關鍵字)" "sed -n '1,50p' .claude/hooks/main-and-prod-push-guard.sh"
echo
echo "結果:通過 $PASS 失敗 $FAIL"
[ $FAIL -eq 0 ] || exit 1
echo "────── 通過 $pass 失敗 $fail"
[ "$fail" = "0" ]
+23 -6
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@@ -1,25 +1,42 @@
# 推 main 的請求:未署名
- repo/Users/youlinhsieh/Documents/tech_projects/ISEP
- 分支:main
- 時間:2026-08-20 20:59:30
- 分支:fix/push-guard-target-not-substring
- 時間:2026-08-21 01:28:51
- 它想跑的指令:
```
git push gitea HEAD:main
git push -q origin master
```
## 還沒推上去的 commit(原始資料,不是轉述)
```
43c328d Merge pull request 'feat/milestone-must-have-due' (#50) from feat/milestone-must-have-due into main
bcb736e Merge pull request 'fix/worksheet-dedup-by-content' (#49) from fix/worksheet-dedup-by-content into main
6772ca6 每個里程碑都要有真的期限,9999 也擋
1b55512 待驗工作單改用宣稱內容去重,驗過的不再冒出來
1920d4c Merge pull request '身為 leo,我要雲端 clone 下來就有閘,我才不用先處理憑證' (#48) from fix/b4-real-probe into main
47ed778 改走「直接複製進薄殼 repo」,並修掉一支會偷跑指令的閘
03d9782 查了官方文件才發現:setup script 根本讀不到環境變數,而 exit 1 會鎖死 session
36d8e05 認證驗證加 timeout:掛住比失敗更糟
1356372 B4 的探針我自己沒撞過,實撞後發現它根本不會擋
d306158 Merge pull request '身為 leo,我要雲端 env 檔能直接產在桌面,我才不用去翻隱藏目錄' (#46) from feat/cloud-env-outdir into main
9099c3f make-cloud-env.sh:輸出路徑可指定,且不再對使用者指定的目錄動權限
5bceb03 v0.3.1
4e73b8b Merge pull request '身為 leo,我要雲端驗收步驟在閘死掉時真的變紅,我才不會再被三個綠燈騙一次' (#45) from fix/testing-b-section-discriminating into main
291787e TESTING.md B 段整段換掉——舊版在閘全滅時會回綠
3a95121 雲端零閘的兩個真因:setup 不自驗+沒有 release 撐版本號 (#44)
daa1674 雲端零閘的兩個真因:setup 從不驗證自己+沒有任何 release 撐版本號
c48495d Merge pull request 'fix(hooks): sdd-guard.sh 修「解析失敗仍照擋、且訊息洩漏 /nonexistent」' (#42) from fix/sdd-guard-path-resolution into main
8718658 fix(hooks): sdd-guard.sh 修「解析失敗仍照擋、且訊息洩漏 /nonexistent」(InkStoneCo#22
e6d183d Merge pull request '產生雲端 env 設定給 leo 貼(InkStoneCo#14' (#41) from feat/cloud-env-generator into main
f855d82 產生雲端 env 設定,不要 leo 自己拼湊(InkStoneCo#14
```
## 改了哪些檔
```
docs/TESTING.md | 14 +---------
scripts/make-cloud-env.sh | 69 -----------------------------------------------
2 files changed, 1 insertion(+), 82 deletions(-)
```
---
+23
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@@ -0,0 +1,23 @@
# 推 main 的請求:未署名
- repo/Users/youlinhsieh/Documents/tech_projects/InkStoneCo
- 分支:main
- 時間:2026-08-21 01:28:23
- 它想跑的指令:
```
git push -q origin master
```
## 還沒推上去的 commit(原始資料,不是轉述)
```
```
## 改了哪些檔
```
```
---
總管裁完請刪掉這個檔——留著代表「還沒裁」。