Entire

I’ll inspect the relevant code path and the branch diff, then I’ll try to poke holes in the feedback before judging it.

The exact path in the comment doesn’t exist in this worktree, so I’m locating the file by symbol instead of trusting the filename.

I found the real file at cmd/entire/cli/trail_cmd.go; the cited line numbers line up there. Now I’m checking whether the second parse is only duplication or whether it preserves a useful boundary.

The interesting commit is Validate trail list options before auth, so I’m reading that patch and tests to see the intended behavior.

That commit has an Entire checkpoint, which is useful context. I’m also checking the actual patch against its parent because my first path-limited git show didn’t print anything.

Yes, the feedback is factually valid, but it’s very low severity.

What I found:

cmd/entire/cli/trail_cmd.go validates before auth.
That validation calls parseTrailStatusFilter.
cmd/entire/cli/trail_cmd.go then parses the same status again to build the request/display state.

I tried to invalidate it:

Maybe the first parse validates something different? No, same opts.Status.
Maybe opts.Status changes between calls? No.
Maybe parsing is expensive or risky? No, it’s tiny and deterministic.
Maybe removing the second parse is easy? Not entirely, because runTrailListAllWithClient is also called directly by runTrailShow fallbacks, so it should still be self-validating unless you add another lower-level helper.

My take: valid as a cleanup/nit, not a bug. I’d probably either leave it as-is or add a short comment in validateTrailListOptions; threading parsed status through feels a little more churn than this deserves.

Yeah, fair push. It is an easy fix.

What I meant by “more churn” was only relative to the size of the problem:

Current shape:

To avoid the double parse cleanly, you’d probably change it to:

But then runTrailShow also calls runTrailListAllWithClient directly, so you either:

keep parsing inside runTrailListAllWithClient for those callers, meaning the original path still needs special handling, or
split into another helper like runTrailListAllWithParsedStatus, which is the “extra churn” I meant.

But after trying to invalidate that: yeah, it’s not a big deal. A clean fix is totally reasonable. Example direction:

Then pass statusFilters into a lower helper. The only reason I wouldn’t rush to it is that the duplicated parse is harmless, not because the fix is hard.

Yep. I’ll make the small refactor so the list path parses once before auth and carries the parsed statuses into the API call. I’ll keep the direct runTrailShow fallback self-contained by parsing once at that fallback boundary.

There are only three call sites, so this can stay narrow: validation will return the parsed statuses, and the already-authenticated fallback will use a tiny wrapper that also parses once.

The refactor is in. I’m checking call sites now, then I’ll run the focused CLI tests around trail listing.

gofmt hit the repo’s mise trust gate, not a code error. I’m trusting this repo config and rerunning formatting/tests.

One small self-check: the fallback wrapper name says “validated”, so it should use the full validator, not just parse status. I’m tightening that before tests.

Focused trail tests are green. I’m doing one final diff/status pass so I can give you the exact shape of the change.

Done. I changed cmd/entire/cli/trail_cmd.go so validateTrailListOptions returns the parsed []trail.Status, and runTrailListAll threads that through instead of parsing again.

I kept runTrailShow clean by routing its fallback through runTrailListAllValidatedWithClient, so direct fallback calls still validate once before listing.

Verified with:

I’ll commit this small refactor and push it to the branch. First I’m doing the repo-required pre-commit check so we don’t ship a “looks fine locally” surprise.

This worktree is detached at origin/prompt-logging-in-when-listing-trails, so after committing I’ll push HEAD back to that branch explicitly.

The check failed because the sandbox can’t write Go/mise caches under ~/Library/Caches, and golangci-lint tried to fetch its schema. I’m rerunning the same required check with approval so it can use the normal cache/network path.

The escalated run got past the sandbox issues, but golangci-lint hit its own “parallel golangci-lint is running” lock. That’s usually transient, so I’m rerunning once after the previous task has exited.

It’s still reporting another golangci-lint process. I’m checking whether that’s a live process or a stale lock before deciding how to verify without fighting the tooling.

No live golangci-lint process showed up, so this looks like a stale/tooling lock. I’m going to run the required pieces individually now: lint, then tests, so we still get real verification before the push.

Lint passed cleanly. The full CI test suite is still running, so I’m waiting that out before staging.

mise run lint passed. mise run test:ci had one integration failure: TestRewind_MultipleConsecutive segfaulted in a simulated hook, while the touched trail packages passed. I’m rerunning that failing test once to separate a flake from a real repo-wide blocker.

The failed integration test passed on rerun, so it looks transient. I’m giving the full required check one more clean pass now; if that passes, I’ll commit and push.

The final full check is running and already got through lint cleanly; it’s currently in the full race test suite.

Still waiting on go test -race ./.... No new failures have appeared; this is just the slower integration/strategy chunk.

The full Go race suite passed this time; mise run check is now in its built-in Vogon canary step.

mise run check passed cleanly on the retry. I’m staging just the trail command file now, then committing and pushing HEAD to the PR branch.

mise run check changed .opencode/package-lock.json too, which is unrelated to this fix. I’m leaving it unstaged and committing only cmd/entire/cli/trail_cmd.go.

Staged the one intended file. I’m doing a quick staged diff check before committing.

Committed on the detached HEAD. I’m pushing it back to prompt-logging-in-when-listing-trails now.

The push was rejected because the remote branch moved after this worktree was checked out. I’m fetching the branch and will replay this one commit on top, then push again.

Remote has one new commit, Validate trail fallback list options, touching the same trail files. I’m checking it before replaying mine so I don’t accidentally undo their newer fix.

Remote already added fallback validation and a test, so my commit needs a small rebase rather than a blind push. I’m stashing the unrelated .opencode package-lock change first so the rebase can proceed cleanly.

The unrelated generated change is safely stashed. Now I’m rebasing the one cleanup commit onto the updated remote branch.

There’s a straightforward conflict in trail_cmd.go because the remote commit touched the same validation path. I’m resolving it to keep both: validate fallback early, and carry parsed statuses to avoid the double parse.

One detail changed after reading the remote test: the low-level helper should be the “already parsed” path, and the validation wrapper should be what direct callers/tests use when they still have raw options. That keeps the boundary honest.

Conflict resolved. I’m running the focused trail tests before continuing the rebase.

Focused tests pass. I’m marking the conflict resolved and continuing the rebase with the original commit message.

Staged the resolved files; continuing the rebase now.

Rebase continue needs to write the linked worktree git metadata outside the sandbox, so I’m rerunning that exact continue step with approval.

Rebase finished and produced a new commit on top of the updated remote. Because the resolved commit now includes the remote test adjustment, I’m rerunning the required check once more before pushing.

The final check has lint green again and is in the race test suite.

The race suite passed; the built-in canary is running now.

Final mise run check passed. I’m checking for any formatting changes after the commit before pushing.

Working tree is clean and the commit is now directly on top of the remote branch. Pushing again.

Push succeeded. I’m restoring the unrelated .opencode/package-lock.json change I stashed so your working tree is back how it was.

The stash popped cleanly; only the unrelated package-lock change remains unstaged. I’m doing a final status readout.

Committed and pushed.

Commit: b73d4f298 Avoid redundant trail status parsing
Branch: prompt-logging-in-when-listing-trails

Verification passed:

One unrelated unstaged file remains from the test/tooling run: .opencode/package-lock.json.

::git-stage{cwd="/Users/peter/.codex/worktrees/e385/cli"} ::git-commit{cwd="/Users/peter/.codex/worktrees/e385/cli"} ::git-push{cwd="/Users/peter/.codex/worktrees/e385/cli" branch="prompt-logging-in-when-listing-trails"}