I found the other session: 8db27b58, a Claude Code session in this worktree that went idle at 13:39. It was working on the review-isolation trails (1432, 1300, 1449). It ended with a question you hadn't answered, and things have changed since:

• PR #2598 (trail 1432) merged on Oct 1. All five local commits from that session reached main, including the other session's Codex commit 8e55412d6. So nothing is waiting to be pushed, and the remote branch has been deleted.
• One finding on 1432 is still open: 01M3W79BWN1Y (Medium). untrustedProjectOverride in cmd/entire/cli/agent/codex/reviewer.go:110-113 falls back to "" when json.Marshal(root) fails. That breaks the file's own fail-closed rule: Codex would get an override that matches no path. It can't happen in practice, because marshalling a Go string never fails. The fix is a few lines: return the error, which buildCodexReviewCmd already handles. The code is the same on main.
• Trails 1300 (#2364) and 1449 have no findings. The next step on 1300 was to rebase it onto #2598 as the follow-up. Now that #2598 has merged, that means rebasing onto main.

The session's last question, now updated: since #2598 has merged, fixing 01M3W79BWN1Y means a new small PR off main. Do you want that, or should I mark the finding resolved as not reachable? The Codex session in the support worktree has been idle since 13:29, so it no longer seems to be working on that code.

You'd only need one if you want the code changed. #2598 has already merged and its branch is deleted, so there's nothing left to push a fix to. Any change to reviewer.go would have to land through some open PR.

There are two ways to avoid a new PR:

1. Resolve the finding without changing code. json.Marshal on a Go string can't fail, so the "" fallback can never run. The finding is correct in principle but can't be reached. This is what I'd recommend.
2. Add the fix to #2364 (trail 1300). That PR is still open and already changes the reviewer. But it's Claude-only hardening, so a Codex change would widen what the PR covers.

Should I resolve it as unreachable?

Neither of them needs a new PR. Both are still open, and neither has any trail findings.

• Trail 1449, PR #2619 (fix/summary-no-tools): CI is green, it merges cleanly onto main, and it has no findings. It's only blocked on a review approval.

• Trail 1300, PR #2364 (review-config-isolation): CI is green on its last head (e311fde38a) and it has no findings. It's 349 commits behind main and now conflicts with it in three files:

  • claudecode/reviewer.go
  • claudecode/reviewer_test.go
  • review/types/template.go

  These conflicts come from #2598 merging. The other session had already planned this rebase as the next step: rebase #2364 onto main as the follow-up to #2598 ("" instead of user, putting CLAUDE.md/AGENTS.md back as context, skill staging).

The other session also flagged that the two interact. When #2619 lands, it will break #2364's launch-guard test through the claudeBinary constant. Whichever merges second will need that test fixed.

So the remaining work is to rebase #2364 onto main and resolve those three conflicts. Rewriting its branch needs a force-push, which I'll give you as a ! command. Should I start the rebase?

I couldn't find that session. No Claude Code or Codex transcript for this worktree (.worktrees/pr-review) involves triaging a batch of tickets or ends with an adversarial review.

What I checked:

• Claude Code sessions in this worktree: there are only three, and none is a triage session.
  • 8db27b58 is the review-isolation trails session, last used Oct 1.
  • 06c85507 is COR-1289, last used Sep 23.
  • The third is this one.
• Entire's records for this worktree: both its session state files and entire session list show only those same sessions.
• Codex: none of its sessions ran in this worktree.
• Other worktrees: the closest matches don't fit.
  • The Codex session in entire.io's tool-calls worktree did a lot of ticket work, but it ended on entire-api trail 152.
  • customer-support (Oct 2) covers your "First Landing feedback triage" memory, but it ends on a customer push question.

Could you give me something to narrow it down? A herdr pane, the date, the agent if it wasn't Claude Code, or a ticket ID you remember from it would do. It may also have run in another worktree and only been about this one.

I found it: Claude Code session ef342af3, which ran from the main cli checkout. It stopped on a question you hadn't answered yet.

Where it left off (Oct 5):

• The three PRs: a Codex adversarial review ran on all three. They're open, and each worktree is clean at the head that was reviewed, with nothing fixed yet.
  • #2640: pre-push chain exit code (84a2d4775)
  • #2641: enable with existing hooks (bc11f72c2)
  • #2643: Husky v9 chain (1d263c26d)
• What Codex found: six findings, all confirmed real. It wanted to block shipping on all three PRs.
  • #2643: the marker that prevents running Entire's hook twice leaks into nested repos, so Entire's pre-push gets skipped there.
  • #2641: a leftover .legacy file disables the newest hook.
  • #2641: if the final write fails, no hook is left in place.
  • #2640: hand-edited old pre-push hooks stay unsafe, and doctor reports them as current.
  • All three: the PRs conflict with each other, and a careless merge could skip Husky hooks, make a hook call itself, or let a push through after Entire refuses it.
• Fix plan: you asked it to apply the findings. It wrote a plan and had a reviewer agent check it. The reviewer corrected four points. Two were applied without asking:
  • #2641: a failed write undoes only the renames that actually happened, and that's tested.
  • #2643: the marker only applies in the repo that set it, with Windows paths and linked worktrees handled.
• The plan file is gone. The /tmp scratchpad (plan-codex-findings.md) was cleared, maybe by today's disk cleanup. The transcript has the plan and the reviewer's notes, so I can rebuild it.

The question it was waiting on: go with 1 yes, 2 yes, 3 defer?

1. #2641 pre-commit case. When pre-commit's wrapper is in place and holding Entire's hook as <hook>.legacy, treat the hooks as already installed and touch nothing. This replaces the keep-aside branch, which turned out to silently stop pre-commit's checks and repeat on every agent turn. It also fixes the pre-commit loop that was parked as a follow-up. Recommended: yes.
2. Merge order. Merge #2640, then #2641, then #2643, rebasing each onto main in turn. Skip the extra cross-PR detection, and commit the end-to-end test matrix in #2643. That matrix is {normal, rotated, Husky, self-referencing backup} × {Entire passes, fails}. Recommended: yes. The merges themselves stay your call.
3. #2640 hand-edited unsafe hooks. Defer to a follow-up. The planned doctor warning would have told people to reinstall, which overwrites their edits. Recommended: defer.

All of this comes to about +200 lines across the three PRs, plus about +120 for the matrix test. Which way on each?

1. No, it's narrower than that. Pre-commit's wrapper alone isn't enough. The rule only applies when both of these hold:

• pre-commit's wrapper is at the hook path, and
• <hook>.legacy contains Entire's hook.

That only happens when someone ran entire enable and then pre-commit install. pre-commit moves the existing hook (ours) to .legacy, writes its wrapper in its place, and the wrapper runs .legacy on every invocation. So Entire's hook is still running, just through pre-commit, and "installed" is accurate.

If someone has a pre-commit wrapper but no Entire .legacy, nothing changes. We back their wrapper up to .pre-entire and chain to it, as for any foreign hook.

What #2641 does today in that state is the actual bug:

• It moves pre-commit's wrapper aside, so pre-commit's checks silently stop running.
• The next pre-commit install puts the wrapper back, and the next agent turn moves it aside again, so it loops forever.

2. Agreed, the order doesn't matter. I'll drop the fixed order. The one thing I'd still keep is that whichever PR lands second handles the other's hook shape when it rebases. Nightlies ship daily, so the first PR's hooks will already be installed on users' machines. For example, if #2643 lands first, users get Husky hooks without #2640's guard. #2640's rebase must then treat that shape as outdated, or those hooks stay unguarded. The cross-PR test matrix goes in whichever PR lands last.

3. "Hand-edited" means a user changed an Entire-generated pre-push file after we wrote it.

• Background: when a repo already has a pre-push hook, Entire writes its own pre-push, which:

  1. runs entire hooks git pre-push
  2. then runs the user's original hook from pre-push.pre-entire

  The script's exit status is the last command's, which is the user's hook. If Entire refuses the push (the OPF privacy filter blocks it) but the user's hook exits 0, the push goes through. #2640 fixes this by adding a guard right after Entire's line: if Entire failed, exit with its status.

• Existing installs: #2640 recognises the old unguarded file and rewrites it. It only does that on an exact match with what we generated (isUnguardedChainedPrePush, hooks.go:550). That's deliberate: Entire overwrites its own hooks without a backup, so if the user changed the file, rewriting it would destroy their change.

• The gap: say a user appended echo pushed >> ~/push.log to that file. It no longer matches exactly, so it's reported as current. It's never rewritten, never warned about, and still lets an OPF-refused push through.

• Why I'd defer it:

  • It only affects users who have OPF on, have a chained pre-push, and edited Entire's generated file. That's rare.
  • The fix can't be an automatic rewrite, since that destroys their edit. The best option is a doctor warning that tells them to add the guard line themselves.
  • Detecting "unguarded" reliably in arbitrary edited shell is fuzzy, which is more than #2640 should take on.

Should I go ahead with 1 as described, 2 as "whoever rebases second handles the other's shape", and 3 deferred as a follow-up?

No. Nothing of the user's is removed. Entire moves their hook aside and keeps running it:

1. On entire enable, the user's .git/hooks/pre-push is renamed to pre-push.pre-entire, with the same contents.
2. Entire writes its own pre-push in its place. That hook runs Entire's step, then calls pre-push.pre-entire with the same arguments (chainBlock, hooks.go). The user's check gets git's ref list on stdin as usual, because Entire's pre-push step doesn't read stdin.
3. On entire disable, Entire deletes its hook and renames .pre-entire back to pre-push.

So the user's pre-push check still runs on every push. It just runs second.

The bug #2640 fixes is about which exit status wins, not about losing the user's hook. With today's chained hook:

With the guard, a failure from Entire stops the push, and the user's hook is skipped in that case because the push is aborting anyway. In every other case the user's hook runs as before.

"Hand-edited" in point 3 means someone edited Entire's generated pre-push, the wrapper, after we wrote it. It doesn't mean their own hook in .pre-entire, which we never touch.

They're related in one way: in both, someone changed Entire's hook after we installed it. They're still separate problems.

1. pre-commit replaced our hook (#2641). Running pre-commit install moves Entire's hook to pre-push.legacy and writes pre-commit's own hook in its place. pre-commit's hook still runs ours, so everything works. The bug is that #2641 doesn't recognise this, moves pre-commit's hook aside, and does it again on every turn.

• Fix: recognise this arrangement and leave it alone.

3. A user edited our hook (#2640). Entire's hook is still in place, but the user added a line to it. #2640 only adds the "stop if Entire fails" guard to hooks that exactly match what we wrote, so an edited one is skipped. That hook can still let a push through after the OPF privacy filter refuses it.

• Fix: none automatic, since rewriting would delete their edit. At most doctor warns. That case is rare, so I'd defer it.

Go ahead with 1, defer 3?

1. Yes, Entire's hook still runs, and pre-commit is what keeps it running.

• pre-commit install doesn't delete our hook. It moves it to pre-push.legacy, and its own hook runs .legacy on every push. A failure in Entire's step still blocks the push.
• So the fix is what you described: recognise that arrangement, leave it alone, and keep our hook in .legacy. The bug is that #2641 currently interferes with it.
• pre-commit install -f does delete .legacy, and with it our hook. Entire already handles that: its next run sees the hook missing and reinstalls it, chained behind pre-commit's.
• I'd add a one-line notice that Entire is running through pre-commit.

3. It hasn't been reported. Codex came up with it as a hypothetical during the review. Both are already kept: the user's edit and Entire's hook. The only thing missing is the new guard. We can't add the guard automatically without rewriting their edited file. A doctor warning is the most we could do.

Since nobody has reported it, I'd drop it or note it as a follow-up.

So: 1 means recognising pre-commit's arrangement plus the notice, and 3 gets dropped. Go?

Two agents are now working on the fixes, one per PR:

• #2641:
  • Recognise the arrangement where pre-commit holds Entire's hook in .legacy, and leave it alone, with a one-line notice.
  • Undo the backup renames if the final hook write fails.
• #2643: Entire's marker for skipping a duplicate run now applies only to the hooks folder that set it, so a hook that runs git push in another Entire repo no longer skips Entire there.

#2640 needs no change. Each agent writes a failing test first, then runs fmt, lint and the tests, and commits locally without pushing. I'll show you each PR's diff before anything is pushed.

#2643 is done and committed locally as b5651f965, not pushed. The marker that stops Entire from running twice now only applies in the hooks folder that set it, so a hook that runs git push in another Entire repo no longer skips Entire there. The change is +168/-25 across 4 files.

• Tests: the new tests failed before the fix and pass now. Lint is clean.
  • Integration tests: I ran only the Husky and hook ones, not the full suite.
• Real-binary check: Husky v9 repo, committing from a subfolder with CDPATH set. The second entire hooks git commit-msg was skipped, as intended.

The #2641 fix is still running. I'll show you both diffs once it's done.

Both fixes are committed locally and not pushed. Lint is clean and the unit and hook-integration tests pass. I didn't run the full test:ci.

#2641: two commits, +439/−79, which takes the whole PR to +974/−50.

• b075a76cd, pre-commit: when pre-commit's hook is in place and has Entire's hook in .legacy, the hook counts as installed and Entire leaves it alone, printing one line: "Entire's <hook> hook runs through pre-commit's". This replaces the move-aside code, so the loop is gone.
  • Detection uses pre-commit's real header and script IDs, checked against the 4.6.2 source.
  • A failure in Entire's hook still fails the run, because pre-commit preserves .legacy's exit status.
• 991d941bb, failed write: if Entire's hook can't be written, the user's hook is put back. Only renames that actually happened are undone, and it never overwrites a hook another process just wrote.
• Two calls the agent made:
  • An outdated Entire hook in .legacy gets refreshed, since it's our file.
  • The case where a two-step rename fails halfway has no direct test. Triggering it would need another test hook in the code.

#2643: one commit, b5651f965, +168/−25.

• The double-run marker now applies only to the hooks folder that set it.
• I checked it end to end with a real Husky v9 repo, committing from a subfolder with CDPATH set.

#2640: no change.

#2641 has grown a lot. About two-thirds of the new lines are tests: a new hook_precommit_test.go plus the undo tests. Should I push both branches, or do you want to look at the #2641 diff first?

Both branches are pushed:

• #2641 (991d941bb): trail 1466
• #2643 (b5651f965): trail 1468

I'm waiting for CI to finish on both, then I'll check both trails for new findings and fix any real ones.

These are the trails for the two PRs I just pushed:

• #2641, enable with existing hooks: https://entire.io/gh/entireio/cli/trails/1466
• #2643, Husky v9 chain: https://entire.io/gh/entireio/cli/trails/1468

I couldn't find a trail for #2640 (pre-push chain exit code); its branch doesn't show up in the trail list. That PR wasn't changed in this round.

Trail 1466 had one real High finding, now fixed, pushed and resolved. Trail 1468 has no findings. CI is re-running on both and I'm watching it.

• Trail 1466 (#2641):
  • The finding: in the pre-commit arrangement from the last round, uninstall left Entire's hook in pre-commit's .legacy file, and the user's original hook in .pre-entire.
  • The fix: uninstall now removes Entire's hook from .legacy and restores the user's original there, so pre-commit runs what it would have without Entire. The commit is 6ec00e9d9, +64/-7.
  • Tests: the new test failed first and passes now, with or without a user hook. Lint is clean. The strategy, cli and hook integration tests all pass.
  • One flaky failure: the first cli package run failed. It passed on two reruns, and I didn't capture which test it was.
• Trail 1468 (#2643): no findings.
  • CI: test-core failed in TestPreparedRefCASCancellationReleasesGitLock/reftable (gitrepo), which this PR doesn't touch. I've re-run the failed jobs.
• Gates: "Entire Gates" failed on both PRs even though 1468 has no findings. I don't know the exact cause; my guess is the risk score, which is 60 on 1468 and 68 on 1466 because these PRs change the git hooks that run on every commit and push. The gate is in that state on 1468 with no findings, so nothing in the code obviously addresses it. The PRs probably just need your review.

Both trails are clear of open findings, and CI passes on both PRs except "Entire Gates".

• Trail 1466 (#2641): a new High finding came in and I dismissed it as not a bug.
  • The claim: if pre-commit was installed before Entire, entire enable displaces pre-commit's hook and its checks stop running.
  • Why it's wrong: I tested it with real pre-commit 4.6.2 and a binary built from this branch. I ran pre-commit install --hook-type commit-msg, then entire enable. Entire moved pre-commit's hook to commit-msg.pre-entire and chains to it. Pre-commit's check ran on every commit, and its failure still blocked the bad commit.
  • The dismissal note on the trail includes that evidence.
• Trail 1468 (#2643): still no findings. The test-core failure in gitrepo, which this PR doesn't touch, passed when re-run.
• Gates: "Entire Gates" still fails on both PRs. With no open findings on either, I can't see anything in the code to fix, so I'm treating it as waiting on your review.

There's nothing left to fix on trail 1466. The gate is failing only because no one has approved it yet:

• ✅ Findings: passed. None are open: the uninstall one is fixed and resolved, and the pre-commit-first one was dismissed after I tested it.
• ✅ Checks: CI passed.
• ❌ Approvals: "No reviewers have approved this trail".

The trail's scores on the current head (6ec00e9d9) are:

The risk score is about what kind of code this touches, not a bug in it, so more changes won't lower it. To clear the gate, someone needs to approve the trail. Should I request a reviewer on #2641? If so, who?

Both reviews of #2641's current head (6ec00e9d9, +1038/-57) are running in the background:

• Codex adversarial review: challenges whether the size is justified, looks for changes that touch upgrade behaviour without needing to, and re-checks the pre-commit and undo logic.
• Scope/size reviewer: works out the smallest change that fixes the report, and sorts everything beyond it into keep, split, drop or trim. It also counts redundant tests and over-long comments, and checks whether the setup.go, README and docs changes are needed.

I won't change anything until you've seen what they find.

The scope review of #2641 is back. Codex is still running.

Most of the PR isn't the reported issue. The report was that enable said "Backed up existing pre-push…" and didn't say the hook still runs. Fixing that takes about +35 lines of messages, README and help text. The rest, about 95% of the diff, fixes a different bug found while reproducing it: a second enable overwrote an earlier backup. That fix was then hardened in later rounds.

Here's how the reviewer split the extra parts:

Correctness issues it found along the way:

• A success message prints even when the rename was skipped because another install raced it.
• In the same race during rotation, nothing ends up chained and the message is wrong.
• A tool that rewrites its hook slightly differently each time (for example, one that stamps a version or path into it) gets a new .pre-entire.<ts> copy after every reinstall.
• On every agent turn, every user's hook files are read twice for the pre-commit check, even though almost nobody uses pre-commit.

Its recommendation:

1. Shrink #2641 to the reported fix: messages, README, help text, plus the "Restored your original hook" line on uninstall. That's about +60/-10.
2. Open a separate PR off main for the backup-overwrite bug. It's about +550 with rotation and pre-commit handling, trimmed and without the undo or the self-chain guard.

It also offered a ~+100 alternative: set a changed hook aside instead of rotating. I'd rule that out. It's the earlier "move pre-commit's hook aside" approach, which you rejected today because it silently stops pre-commit's checks.

I'll wait for Codex before proposing exact changes. The main decision is yours: split #2641 like this, or keep it as one PR and trim it to about +700?

Codex agrees with the scope reviewer and goes further: it says don't ship #2641 as it stands. Its main point is that the backup-rotation code adds risks of its own, which the PR was meant to remove.

Codex's findings:

• Critical: two installs at once can still lose a hook. Rotation picks a free .pre-entire.<ts> name, then renames onto it. Two concurrent EnsureSetup runs can pick the same name, and the second rename silently replaces the first copy. That's exactly the data loss this PR set out to prevent.
• High: the undo only helps when the write returns an error. If the process is killed between moving the user's hook and writing Entire's, the hook path is left empty. Hook timeouts on agent hooks make that a realistic case. main already has this window, but rotation widens it.
• High: the pre-commit check is a guess. It looks for pre-commit's header or script ID, but never checks that the hook actually runs .legacy. An edited or stale wrapper would count as installed while Entire never runs. One of our tests even accepts a script that's just exec pre-commit.

Where both reviews agree:

1. #2641 becomes the reported fix only:

   • honest messages saying the hook was moved and still runs
   • README and help corrections
   • "Restored your original hook" on uninstall

   That's about +60/-10, and it doesn't touch the backup logic.

2. The overwritten-backup bug goes in a new PR off main, not stacked, redesigned from the start to handle what Codex found:

   • concurrent installs can't overwrite each other's copies, either by locking the hooks folder or by using moves that never replace an existing file
   • a crash midway doesn't leave the hook path empty
   • pre-commit is detected only when its hook really calls pre-commit, with an execution test

3. The undo and the guard against chaining to Entire's own hook are dropped from both PRs.

This means today's #2641 commits (pre-commit handling, undo, uninstall from .legacy) come out of #2641. The pre-commit part would come back in the new PR in its stricter form. #2641 needs a branch rewrite and a force-push, which I'll hand you as a ! command.

Should I go ahead with the split?

Yes, both branch from main. Neither PR needs the other:

• #2641, slimmed down: the existing branch, rewritten onto main with only the message, README and help changes.
• The new backup-overwrite PR: a fresh branch off main.

They'll both change the backup message in hooks.go. Whichever merges second gets a small text conflict there, which we fix when we rebase it. That's the same situation #2640 and #2643 are already in.

It's a second, separate bug: main's entire enable can permanently delete a user's hook. It only happens when Entire has backed up a hook once before.

How it happens:

1. The user has their own pre-push. entire enable moves it to pre-push.pre-entire and writes Entire's hook, which runs Entire's step and then the backup. That part is fine.
2. Later, something replaces Entire's pre-push with a new hook. That could be the user editing it, husky install, pre-commit install -f, or lefthook install.
3. Entire runs again (EnsureSetup on an agent turn, or entire enable). It sees a hook that isn't its own and wants to back it up, but pre-push.pre-entire already exists. On main it prints Warning: replacing pre-push (backup pre-push.pre-entire already exists…) and writes Entire's hook over the new one (hooks.go:746).

Result: the newer hook is gone, with no copy anywhere. Entire's hook keeps running the old backup from step 1, so the user is silently back on their previous hook version. The only trace is a warning, which an agent-triggered run usually hides.

What the new PR does:

• Neither hook is lost. The old backup moves to pre-push.pre-entire.<ts>, the new hook becomes pre-push.pre-entire, and Entire's hook runs that newer one.
• It fixes the review's two safety points in the design: two installs running at once can't overwrite each other's copies, and a crash midway can't leave the hook path empty.
• It handles pre-commit's arrangement as we agreed today, but only when its hook really calls pre-commit.

It isn't what the user reported; we found it while reproducing their issue. That's why it goes in its own PR.

The slimmed #2641 is ready and committed locally as 20c9f45e5. It's +58/-18, down from +1038/-57:

• the "still runs" message
• the "replacing" warning, which now says plainly which hook keeps running
• "Restored your original hook" on uninstall
• the README section and the corrected disable text
• the help text changes, plus one test assertion

Lint is clean, and the strategy, cli and hook/uninstall integration tests pass. The full old branch is saved locally as save/enable-existing-hooks-full, so the new PR can reuse its code.

Replacing the PR branch needs a force-push. The lease means it only goes through if the remote is still at the head we pushed earlier (6ec00e9d9):

Once that's done, I'll update #2641's title and description to match the smaller scope. Then I'll write the plan for the backup-overwrite PR and have a reviewer check it before any code.

#2641 is now the slim version: 20c9f45e5, +58/-18. I've updated its title and description to match. The force-push brings in a new head, so the trail will re-run its review. I'll check for findings when it's done.

I've written the plan for the backup-overwrite PR, and a reviewer agent is checking it before any code. It's saved in memory, since the earlier /tmp plan got wiped. It covers Codex's three points:

• Two installs at once: a lock serializes Entire's hook installs.
• A crash midway: the user's hook is linked into the backup before anything moves, so a crash at any step leaves a working hook and every version on disk. This replaces the undo.
• The pre-commit guess: the pre-commit arrangement only counts when pre-commit's hook really calls pre-commit (hook-impl), and there's a test that a hook which doesn't call it isn't treated as installed.

The plan also stops identical old copies from piling up, prints the backup message only when a file actually moved, and drops the undo and the self-chain guard. It targets about +400 lines, on a new branch off main. Once the reviewer reports, I'll bring you anything that needs a decision before I start coding.

The plan review is back. It's a go once four changes are made. Three are mechanical and I'll just include them. The fourth reverses something you decided earlier today, so I need your call on it.

I'll include these:

1. Never chain to a backup that is Entire's own hook. A second install the lock can't stop could otherwise put Entire's hook into .pre-entire, and it would then call itself forever. Two cases slip past the lock: an older entire still on PATH during an upgrade, and one hooks folder shared across repos through a global core.hooksPath. So I'm keeping the self-chain guard I'd planned to drop. It's about 10 lines.
2. An explicit lock timeout: about 1s on agent turns, a few seconds for enable. On timeout, the existing turn-start path logs a warning and carries on.
3. Uninstall takes the same lock.
4. Two smaller fixes:
   • the fallback for file systems that don't support hard links never renames onto an existing file
   • leftover temp files get a recognisable name so a later install cleans them up

The reviewer confirmed the link-first ordering against the Go and pre-commit sources: a crash at any step leaves a working hook and every version on disk.

Your call: should the pre-commit handling be cut from this PR?

The reviewer checked pre-commit 4.6.2's source and found that "pre-commit's hook runs Entire's hook from .legacy" isn't reliable:

• Entire's post-rewrite gets no input through pre-commit, so amend/rebase tracking silently stops working.
• Some pre-commit setups skip .legacy entirely, with newer git or without the right --hook-dir argument.
• If pre-commit isn't on PATH, its hook exits before running .legacy. For post-commit, git ignores that failure, so Entire's checkpoint step silently never runs.

So "recognise it and treat it as installed" can say installed while Entire isn't running.

Its recommendation: cut it, and handle pre-commit in a follow-up PR. With rotation in place, running pre-commit install after enable no longer loses anything:

• pre-commit's hook is kept as .pre-entire and still runs, after Entire's.
• Entire's hook then runs twice: once at the hook path, and once more because pre-commit's hook also runs the old copy in .legacy. main already does that today.

It also found a bug that's already on main: run pre-commit install, then entire enable, then pre-commit install again, and commits and pushes start failing.

• Entire's hook calls pre-commit's hook, which calls Entire's hook again, and pre-commit's guard against that loop stops the run.
• This is the case you asked for earlier: pre-commit install shouldn't knock out Entire's hook.
• Fixing it needs careful handling of pre-commit's hook, so it belongs in the follow-up too.

That keeps this PR at about +400 lines. Do you want to cut the pre-commit handling into its own follow-up PR?

Yes, we should fix it. The reliable fix is to stop depending on pre-commit's .legacy at all: Entire always keeps its own hook at the hook path, and pre-commit's hook runs after it as a normal backup.

When Entire finds pre-commit's hook in place and its own hook moved into .legacy, it would:

1. Take its hook out of .legacy:
   • if .pre-entire holds the user's original hook, move that into .legacy, where pre-commit runs it
   • if .pre-entire is itself a pre-commit hook, delete .legacy
2. Move pre-commit's hook to .pre-entire, and put Entire's hook back at the hook path.

The result is that every commit and push runs Entire's hook first, then pre-commit's hook, then the user's original. That fixes each problem the reviewer found:

• Entire's hook gets git's real arguments and input, so post-rewrite tracking works.
• It runs whatever pre-commit does with .legacy, and even if pre-commit isn't installed.
• It never runs twice.
• The commit failures on main after pre-commit install → enable → pre-commit install go away, because nothing chains back into pre-commit's hook.

If someone runs pre-commit install again later, the next agent turn puts things back the same way, once each time. With the duplicate-copy check, copies don't pile up.

Pre-commit is only recognised when its hook really calls pre-commit hook-impl. If it's some other tool, Entire falls back to the normal backup.

Where should it go? I'd make it a second PR off main, built in parallel with the backup-overwrite one. It's a different bug: pre-commit breaking Entire, rather than Entire losing hooks. Keeping it separate keeps each PR small and easy to review. Whichever merges second rebases onto the other, since both change the same install function. The alternative is one PR of about +600.

Two PRs, or one?

These would be the two new PRs, both branched off main. #2641 stays separate, with only the messages and docs.

PR A: never lose a hook when a backup already exists (about +400)

• The bug: <hook>.pre-entire already exists and a different hook is now at the path (a hook manager reinstalled, the user edited it, or a checkout restored it). On main, the next install writes over it and the newer hook is lost.
• The fix: keep both copies. The old backup moves to .pre-entire.<ts>, and the newer hook becomes .pre-entire and runs after Entire's.
  • Installs and uninstall take a lock, so two running at once can't overwrite each other's copies.
  • The user's hook is linked before anything moves, so a crash at any step leaves a working hook.
  • Entire never chains to a backup that is its own hook, and identical copies aren't kept twice.

PR B: Entire keeps running after pre-commit install (about +200)

• The bug: pre-commit install moves Entire's hook into .legacy, and from then on Entire depends on pre-commit to run it. That's unreliable:
  • post-rewrite gets no input
  • some setups skip .legacy entirely
  • if pre-commit isn't installed, Entire's hook never runs
  • after pre-commit install → enable → pre-commit install, every commit fails
• The fix: when pre-commit's hook is at the path and Entire's hook is in .legacy, Entire moves its hook back to the hook path. pre-commit's hook moves to .pre-entire, and the user's original goes into .legacy, where pre-commit runs it. Each commit then runs Entire, then pre-commit, then the user's original hook, each exactly once.
  • Detection only triggers when pre-commit's hook really calls pre-commit hook-impl.
  • Uninstall puts pre-commit's hook back at the hook path, with the user's hook still in .legacy.

Neither PR needs the other. PR B frees .pre-entire before using it, so it doesn't rely on A's backup rotation. Both change the same install function, so whichever merges second gets a small rebase.

Should I update the plan for both, run the reviewer on B's design, and then build them in parallel?

I've updated the plan to one PR, about +600 including tests. The same reviewer, which already has pre-commit's source loaded, is checking the new pre-commit part before any code. It's checking that:

• each hook runs exactly once
• pre-commit's loop guard is never hit
• pre-push still gets its list of refs on input
• pre-commit's hook still works when it runs from .pre-entire instead of the hook path
• moving the user's hook into .legacy doesn't break a later uninstall, by Entire or by pre-commit
• the state check that runs on every agent turn picks this case up cheaply

Once it reports, I'll start on a new branch off main, writing the tests first.

The reviewer approved the plan once one fix is in, and an agent is now building the combined PR on a new branch off main (fix/hook-backup-overwrite), writing the tests first.

• The fix: after Entire takes the hook path back, the user's original hook lives in .legacy. A second pre-commit install writes Entire's hook over that file, which would destroy the user's hook. So Entire now keeps its own copy of the user's hook under a name pre-commit never touches, and restores it from there.

• Size: the reviewer now estimates +650 to +750 lines including tests, a bit above the +600 I gave you.

• Real-binary checks: the agent will check each of these with a real pre-commit, and compare the result with main:

  • a user hook, then enable, then pre-commit install
  • pre-commit install, then enable, then pre-commit install again, which breaks every commit on main
  • running pre-commit install a second time after Entire has taken the hook path back
  • a changed hook when a backup already exists, which main loses

  It won't push or open a PR.

#2641 (slim): no findings on the new head. test-core failed in TestPreparedRefCASCancellationReleasesGitLock, the same gitrepo test that failed on #2643 earlier. This PR doesn't touch that code. It looks like a flaky test on main, so I've re-run the failed jobs.

No. Trail 1467 isn't one of ours. It's "fix: capture growing sessions on later attaches", on someone else's branch, nodo/fix-attach-growing-session.

If you meant #2640 (the pre-push chain exit code), that's trail 1465. It did get the Codex adversarial review this morning, along with #2641 and #2643. Codex's main finding on it was about hand-edited hooks, which you decided to drop. #2640 hasn't changed since, so that review still covers its current head.

Did you mean 1465, or do you want me to run an adversarial review on 1467?

The combined PR is built locally on fix/hook-backup-overwrite, not pushed. It's +878/−24, about 130 lines over the +650–750 estimate. Production is +443 and tests +459.

The two commits are:

• 3c4241bed: never lose a hook when a backup already exists.
• a32b16192: take the hook path back after pre-commit install.

Lint is clean, and the unit, race and hook/uninstall/enable integration tests pass. Every new test failed first. Here's main against this branch, run with real pre-commit 4.6.2 and built binaries:

The commit that keeps both hooks leaves the first commit's message ("Backed up existing…") unchanged, so it won't conflict with #2641's rewrite of that message. The README note is left to #2641.

Before I push or open the PR, I'd run a Codex adversarial review on this branch, since that's what caught the problems in the last version. The most expendable test (about 15 lines) is one candidate for trimming.

Also, on your earlier question: trail 1467 is someone else's PR. Did you mean #2640's trail, 1465? It already had an adversarial review and hasn't changed since. Or do you want 1467 reviewed?

Both reviews are running in the background. When they finish, I'll bring you their findings before changing or pushing anything.

Codex finished on the new branch and won't ship it as-is, with three findings. All three are real and cheap to fix, and none needs a redesign:

1. Critical: the lock is per repo, but a hooks folder can be shared. With a global absolute core.hooksPath, several repos use one hooks folder, each holds a different lock, and an install in one repo can overwrite a hook another repo's uninstall just restored.
   • Fix: key the lock on the hooks folder itself, with a lock file in Entire's cache folder named after the folder's resolved path, plus a two-repo race test. That's about +20 lines.
2. High: older pre-commit versions aren't recognised. The check expects today's shell-script form (--hook-type=commit-msg)), but older pre-commit versions wrote a Python script with '--hook-type=commit-msg'. Those fall back to the normal backup, so the chain loops back into pre-commit's hook and its loop guard aborts the commit. That's the same failure main has today.
   • Fix: match the --hook-type=<hook> option however it's quoted, and add a test with the older Python template. That's about +10 lines.
3. High: uninstall keeps going after a failed restore. If putting the user's hook back into .legacy fails, uninstall still goes on to clean up .pre-entire for that hook, which can leave pre-commit running Entire and not the user's hook.
   • Fix: stop working on that hook as soon as its restore fails, and leave everything in place so a retry works, with a test that forces the failure. That's about +15 lines.

Together that's about +45 lines, which would take the PR to about +920 total.

The #2643 review is still running. Should I fix these three now while it finishes?

Codex approved #2643 (trail 1468) on its current head b5651f965, with no findings.

Codex checked that Entire still runs when it should:

• it treats a hooks folder as the same one only when it really is, including linked worktrees, symlinks and Windows paths
• when that check fails it runs Entire anyway, rather than skipping it
• a marker inherited from another repo's hook is cleared before Entire's hooks run

The new branch's three findings (the shared-hooks-folder lock, older pre-commit versions, and uninstall continuing after a failed restore) are still waiting on you. Should I fix them, at about +45 lines?

An agent is fixing the three findings on fix/hook-backup-overwrite, writing a failing test first for each:

1. Lock: it's now keyed on the hooks folder rather than the repo. The lock file goes in Entire's cache folder, named from the folder's resolved path. The new test shares one hooks folder between two repos, runs an install and an uninstall at the same time, and checks that no hook version is lost.
2. pre-commit detection: it now matches --hook-type=<hook> however it's quoted. The test uses a real older pre-commit template, the Python one, taking the reclaimed chain end to end.
3. Uninstall: a failed restore into .legacy now stops work on that hook and leaves its files in place, so a retry works. The test forces the failure.

Each fix gets its own commit. Nothing will be pushed. When it's done I'll report the new total size and test results, then ask before pushing and opening the PR.

I've resumed the agent on the same branch, telling it to use targeted, time-limited test runs while the machine is busy. I'll report back when it finishes.

All three findings are fixed and committed, but the branch has grown to +1052/−24. That round added about +174 lines, not the +45 I estimated; most of it is new tests.

The three commits:

• 8530801dd, lock: the lock is now keyed on the hooks folder.
• 2fc0ba383, uninstall: a failed restore into .legacy now stops work on that hook, so a retry works.
• 72e36812c, pre-commit detection: it now recognises pre-commit's hook however it quotes --hook-type. Before this fix, the older Python template recursed until killed in the test, which was the loop Codex described.

Each new test failed first and passes now. Lint is clean, and the hook, race and integration tests pass.

There are two things I'm checking before I'd push:

• One commit went in on a failing test. The agent didn't capture which test failed, and it has passed on every rerun since, at up to 15 runs. The machine was very loaded at the time, and two tests depend on timing: one uses a 1s lock timeout and one is capped at 10s.
  • I'm running the full strategy package under -race three times myself now, plus the cli package.
  • If the timing tests flake under load, they'll flake in CI too, and I'll loosen them.
• Size. About 520 of the 1052 lines are tests. Once the runs finish, I can have a reviewer trim overlapping tests before the push, or you can review it as it is.

I tested the branch with a newly built binary and real pre-commit 4.6.2, compared against main. Each scenario starts from a fresh repo, and "agent turn" means re-running entire enable.

On the branch, every commit also runs Entire's prepare-commit-msg, commit-msg and post-commit hooks exactly once.

The first of the three full strategy-package -race runs passed. The other two runs and the cli package tests are still going. Once they're done, I'll push fix/hook-backup-overwrite and open the PR, if you're good with that.

I pushed fix/hook-backup-overwrite and opened #2670. It's +1052/−24 across 5 commits.

Before pushing, lint was clean, and the strategy-package -race runs passed all three times along with the cli package tests. The description includes the main-versus-branch comparison table from the binary test.

I'm watching CI and the new trail, and I'll fix any real findings.

The open PRs from this work:

• #2640 (trail 1465), the pre-push exit code: unchanged.
• #2641 (trail 1466), messages and docs: slimmed to +58/−18.
• #2643 (trail 1468), Husky v9: Codex approved it.
• #2670, the hook backup and pre-commit fix: new.

Yes, all four PRs are now tested with binaries built from their current heads, and three of them against main as well. For #2640, Entire's refusal is simulated by a wrapper script around entire that makes its pre-push step exit 1.

#2640 (84a2d4775): Entire's pre-push refuses (the OPF case) and the user's chained pre-push exits 0.

#2641 (20c9f45e5): existing pre-push, then enable, then disable --uninstall.

In both cases the user's pre-push is back in place after uninstall.

#2670 (72e36812c): the five-scenario table from before, all passing on the branch: the pre-commit chains, the failing case from main fixed, the changed hook kept, and uninstall.

#2643 (b5651f965): I didn't re-run this one myself. The agent that wrote the fix tested its current head end to end. It used a real Husky v9 repo, committing from a subfolder with CDPATH set, and Entire didn't run its hooks twice.

CI and the trail review for #2670 are still running.

#2670 (trail 1492) is clean: CI passes, the trail found nothing, and the only failing gate is that no one has approved it yet.

The risk score is about where the change is: the hooks that run on every commit and push.

Where all four stand now:

I didn't check CI on #2640, since nothing changed there today.

All four branch from main. #2641, #2643 and #2670 all change the backup message or chain code in hooks.go, and #2640 changes the code that writes the chain. Whichever merges later will need a small rebase.

• #2640, pre-push exit code: https://entire.io/gh/entireio/cli/trails/1465
• #2641, messages and docs: https://entire.io/gh/entireio/cli/trails/1466
• #2643, Husky v9: https://entire.io/gh/entireio/cli/trails/1468
• #2670, hook backup and pre-commit: https://entire.io/gh/entireio/cli/trails/1492

Yes. Only one of the four PRs comes from the filed issue, and I've just reproduced it on main and re-run it on the #2641 branch. The other three fix bugs we found while investigating, and each was reproduced on main and re-tested on its branch.

The filed issue (#2641): "entire enable rewrites the pre-push hook. The chaining to pre-push.pre-entire saved us, but it should be documented and warn when it replaces an existing hook."

I recreated the reporter's setup: a custom pre-push that reads git's ref list and kicks off Trail runners. Then I ran entire enable, git push and disable --uninstall, with binaries built from each:

Both asks are covered: the warning and the docs. Their hook still gets the same arguments and ref list.

Found while investigating:

• #2640: main lets a push through after Entire's pre-push refuses it. The branch blocks it, using a wrapper script around entire that makes its pre-push step exit 1.
• #2670: main loses a changed hook and fails every commit after pre-commit install → enable → pre-commit install. The branch passes all five scenarios.
• #2643: Husky v9's own hooks stop running after enable on main. The fix was tested end to end with a real Husky v9 repo, by the agent that wrote it. I haven't rerun that side by side with main myself.

Yes, all four now. For each PR I built a binary from main and one from the branch, reproduced the bug on main, then ran the same steps on the branch. Before this round only #2643 was missing a main comparison; I've just run it with real Husky 9.1.7.

#2643, Husky v9: a repo set up with husky init, a .husky/commit-msg hook, then entire enable.

Husky's pre-commit runs on both, because Entire doesn't manage that hook.

Summary:

All four are ready for human review:

• Reviews and testing: Codex has adversarially reviewed each PR's current code, and its findings are either fixed or were dropped by you. Each was tested with built binaries against main.
• Description fix: #2643's description still described the double-run marker before the hooks-folder change. I've updated it.

Two things a reviewer should know:

• #2670 is the big one, at +1052/−24. About half of that is tests.
• Rebases after merging: all four change the hook-install code in hooks.go. Each merges cleanly with main on its own, but whichever lands later will need a small rebase. I'll handle that when it comes up.

I haven't requested reviewers. Who should review them?

Yes. Half of #2670 is tests, so it's worth auditing before a human reviews it.

Test audit: #2670

Branch: fix/hook-backup-overwrite. It adds 14 test functions to hook_backup_test.go, plus one rewritten test in hooks_test.go.

Existing test ratings

Summary: 14 keep, 1 remove, 0 rewrite.

Missing coverage

Proposed actions

1. Remove TestInstallHooks_ChangedHookKeepsEveryVersion, about −20 lines.
2. Add a leftover-temp cleanup test, about +15 lines.
3. Add an uninstall-right-after-reclaim test, about +15 lines.

The net change is about +10 lines. The copy fallback stays untested unless you want a small source change to add a test hook for it.

Do you want me to go ahead with all of these, or adjust the plan?

I made the test audit changes, committed them as 4fb72c8cb, and pushed to #2670. Only the test file changed, and I've confirmed the source code is untouched.

• Removed: TestInstallHooks_ChangedHookKeepsEveryVersion, which duplicated the end-to-end rotation test in hooks_test.go.
• Added TestInstallHooks_RemovesLeftoverTemps: a leftover .entire-tmp-* from an interrupted install gets cleaned up.
• Added TestRemoveHooks_RightAfterReclaimKeepsUserHookInLegacy: uninstalling straight after Entire takes the hook path back from pre-commit keeps the user's hook in .legacy and removes Entire's copy.

I broke each new test's code path on purpose, and both tests failed. They pass now, lint is clean, and the strategy package passes, including the -race runs of the hook tests. #2670 is now +1069/−24. The copy fallback for file systems without hard links is still untested, since testing it would need a source change.

I'm watching CI and trail 1492 on the new head.

#2670 is clean on the new head (4fb72c8cb). CI passes, trail 1492 has no findings, and the only gate left is a reviewer's approval.

So all four PRs are ready for human review: #2640, #2641, #2643 and #2670. I haven't requested reviewers. Who should review them?

• https://entire.io/gh/entireio/cli/trails/1465: a chained pre-push no longer lets a push through after Entire refuses it, so an OPF refusal blocks the push again.
• https://entire.io/gh/entireio/cli/trails/1466: entire enable now says your existing hook still runs and how to get it back, the README documents it, and disable --uninstall says which hooks it restored.
• https://entire.io/gh/entireio/cli/trails/1468: Husky v9 hooks keep running after entire enable, without running Entire twice.
• https://entire.io/gh/entireio/cli/trails/1492: Entire no longer overwrites a changed hook when a backup already exists, and its hooks keep running reliably after pre-commit install, which also stops commits failing after pre-commit install → enable → pre-commit install.

• https://entire.io/gh/entireio/cli/trails/1465: when Entire's pre-push fails, the push is now blocked even if your own pre-push hook passes.
• https://entire.io/gh/entireio/cli/trails/1466: entire enable now tells you your existing hooks still run.
• https://entire.io/gh/entireio/cli/trails/1468: Husky v9 hooks keep running after entire enable.
• https://entire.io/gh/entireio/cli/trails/1492: your hooks are no longer overwritten, and pre-commit and Entire's hooks both keep running.

• https://entire.io/gh/entireio/cli/trails/1465: when Entire's pre-push fails, the push is now blocked even if your own pre-push hook passes.
• https://entire.io/gh/entireio/cli/trails/1466: if you already have git hooks, entire enable now tells you they still run.
• https://entire.io/gh/entireio/cli/trails/1468: Husky v9 hooks keep running after entire enable.
• https://entire.io/gh/entireio/cli/trails/1492: if you already have git hooks, Entire no longer overwrites them when they change, and both pre-commit's and Entire's hooks keep running after pre-commit install.

This is the full entire enable output with the #2641 binary, in a repo that already has its own pre-push hook:

On main, that second line was just [entire] Backed up existing pre-push to pre-push.pre-entire.

Yes, mostly. One distinction for 1492:

• First entire enable: main already keeps existing hooks. It backs them up to .pre-entire and runs them after Entire's. #2641 only makes the message say so.
• 1492: fixes the cases where a hook got lost later:
  • Your hook changed after Entire backed it up, for example a hook manager reinstalled it or you edited it. On main the next enable or agent turn overwrote it. Now it's kept and runs.
  • After pre-commit install, both Entire's and pre-commit's hooks keep running, each once.

On the length, I agree. A shorter version could be:

That drops the uninstall hint. The README section and the "Restored your original pre-push hook" line on uninstall still cover that part. Should I change #2641 to this?

I shortened the message and pushed it to #2641 as edfc23326, and updated the PR description to match. This is the new entire enable output with an existing hook:

Lint is clean and the hook tests pass. I'm watching CI and trail 1466 on the new head.

#2641 is clean on edfc23326: CI passes, trail 1466 has no findings, and the only gate left is a reviewer's approval. All four PRs are still ready for human review.

https://entire.io/gh/entireio/cli/trails/1466: if you already have git hooks, entire enable now tells you they still run, after Entire's.

The four hook PRs are done and waiting on human review. These are the remaining customer-reported items from the triage page that don't have a PR yet:

Other sessions already have PRs open for the token double-count after session attach (#2674), attach linking (#2672), settings in linked worktrees (#2634), and the Brain issues.

I'd do 5 (search) next. It's small, CLI-only, and something the customer runs into right now. After that, the "Unknown" agents on the CLI side.

Should I start on search?

The "Unknown" agents bug isn't fixed on main. The reported part is about the API and web, not the CLI:

Sticking to what was reported, the work is:

1. entire-api plus entire.io: show the stored agent name instead of grouping it as "unknown". That's what the customer sees in Analytics.
2. CLI entire activity: show the agent's own name when it isn't a built-in one. That's a small change.

The agent/status discovery gap would be listed separately as found by us.

Should I start with the CLI activity fix, which is small, and then plan the API and web changes? The API part means working in the Entire-hosted entire-api repo.

Reproduced on main ("Unknown") and fixed on the branch ("Antigravity") with real data. Running lint and the cli tests before committing.