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wrap-it-up drops /tmp/ai-wrap-teardown-<project> to ask the Stop hook to kill the tmux session once the wrap certifies clean. When certification fails the Stop hook blocks and leaves the sentinel armed, which I did on purpose so a wrap blocked by a dirty tree can retry on a later stop without re-running the workflow.
I never bounded that retry to the session. An uncertified sentinel sat armed indefinitely and fired in whatever session next reached a clean tree. work's 11:37 wrap today left one armed. The 13:20 session ran startup, committed the task filing and the template sync, went clean, and the next stop consumed the two-hour-old sentinel and killed the terminal mid-work. Every stop before those commits had been blocked by the same sentinel failing certification, so the session spent its whole life either blocked or dead. archsetup's had been armed since Saturday on a live attached terminal, and home's was armed and waiting.
session-start-disarm.sh clears the project's sentinels at SessionStart. A new session means the wrap that armed one is gone, so its pending teardown is meaningless. Within-session retry is untouched, since the hook only runs at session start, and a test pins that. If teardown is still wanted, wrap-it-up re-arms it.
I disarmed the three live ones by hand before writing this, backed up under /tmp/disarmed-sentinels.
Four tests cover the disarm, one pins the retry behavior I did not want to lose. The scoping test matters most: a concurrent session in another project keeps its own sentinel.
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Centralize repository-state checks, bind teardown to a certified clean HEAD, and allow inbox-only refreshes. Guard installed symlinks from cross-project writes and add regression coverage.
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A bare "wrap it up" now tears the session down after the valediction: it kills the ai-term buffer and the aiv-<project> tmux session (which takes claude with it) and restores geometry. "wrap it up with summary" or "and summarize" keeps the buffer. "wrap it up and shutdown" gates on this being the only live ai-term session, then powers the machine off through an abort-able Emacs countdown.
Teardown can't run inline because it kills the session claude runs in, so the valediction would never flush. Step 6 instead drops a basename-keyed sentinel after commit+push is verified, and a new Stop hook (ai-wrap-teardown.sh) does the teardown when the response ends, by which point the valediction has rendered. The hook is a no-op on every normal stop because the sentinel only exists after a teardown wrap.
The runtime lives in .emacs.d/modules/ai-term.el (cj/ai-term-quit, cj/ai-term-live-count, cj/ai-term-shutdown-countdown), and the rulesets side calls it via emacsclient. I routed that companion to .emacs.d, so the feature is end-to-end once it lands. The hook has 8 bats tests. The live teardown and shutdown paths are a manual checklist in todo.org.
Built from the proposal. I went with both summary qualifiers, the Emacs-timer countdown, and the live-count gate.
Claude-Session: https://claude.ai/code/session_017PtX1nt1rtYVATuzmzBS4f
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