Move Session Tokens Under Labs

I’ll use the relevant repo workflow skills first, then inspect how session tokens and labs commands are wired so the change follows the existing Cobra patterns.

Using superpowers:using-superpowers, superpowers:brainstorming, and superpowers:test-driven-development here. The requested behavior is small and constrained, so I’m keeping the design step lightweight: first confirm the existing command structure, then add a failing test for the new labs path, then wire the command and verify.

I’m looking for the Cobra builders and existing tests around session tokens and labs so the alias lands in the same style as the current command tree.

The worktree already has unrelated edits in cmd/entire/cli/checkpoint/open.go and cmd/entire/cli/strategy/manual_commit.go; I’ll leave those untouched. The relevant code appears to be concentrated in labs.go, sessions.go, and session_tokens.go.

The existing labs command is currently only a discovery page; it rejects topics. To make entire labs sessions tokens actually run, I need to turn part of labs into a real command namespace while keeping the overview behavior intact.

Design choice: add a real labs session namespace with alias sessions, but only mount tokens there. Existing entire session tokens and entire sessions tokens stay as-is; labs will additionally expose and advertise entire labs sessions tokens.

I’m adding the red test now: it will execute the new labs path against a saved session and check the JSON report, plus ensure the labs overview advertises the path.

The first patch missed the exact import block shape, so I’m re-reading that small section and applying a tighter patch.

The red test will live in labs_test.go; it reuses the repo/session-state test helpers already used for session tokens.

I’m running the focused labs tests now to confirm the new test fails for the expected reason before touching production code.

The red run failed exactly where expected: labs does not resolve session(s) tokens, and the overview does not advertise it. I’m wiring the labs namespace now without changing the existing session command path.

The implementation is a small Cobra addition in labs.go: a sessions child under labs, an alias for singular session, and a mounted fresh tokens command so flags and behavior match the existing session token command.

That code needs the same git-repo prerequisite as session, so I’m adding the required imports and then I’ll run the focused tests again.

The labs namespace is wired; I’m running the same focused tests to move from red to green.

The new behavior is green before formatting. I’m formatting the two touched Go files, then I’ll run a broader focused test regex that includes the labs registry check and existing session-token path.

Formatting is done; I’m verifying both the new labs path and the existing session tokens path now.

The focused tests passed after formatting. I’m reviewing the final diff now to check for scope creep and any interaction with unrelated worktree changes.

The diff is scoped to labs.go and labs_test.go; the pre-existing dirty files are still untouched. I’m loading the verification checklist before making any completion claim.

For final verification I’m rerunning the focused package tests that cover the new labs command, the labs registry/overview, and the existing session tokens command path.

One small polish after the green run: I’m adding cobra.NoArgs to the labs sessions group so mistyped nested commands don’t get swallowed into help output. Then I’ll rerun the same verification.

The final shape is unchanged apart from that argument guard. I’m rerunning the verification command fresh now.

Verification returned exit 0 for the focused package tests. I’m checking final worktree status so the close-out separates my files from the unrelated existing edits.

Implemented entire labs sessions tokens while keeping the existing entire session tokens / entire sessions tokens paths unchanged.

Changes:

• Added labs registry/overview entry in labs.go
• Added labs sessions with singular alias labs session, mounting the existing tokens command in labs.go
• Added coverage for execution, aliases, and labs overview in labs_test.go

Verification passed:

Note: cmd/entire/cli/checkpoint/open.go and cmd/entire/cli/strategy/manual_commit.go were already modified; I left them untouched.

I’ll proceed with the next reasonable step: run the full repo check, while leaving the unrelated dirty files alone. Using the verification skill here because I’m about to validate the completed change.

Current dirty state still includes my two labs files plus the two pre-existing files. I’m starting mise run check now; it may take a bit because it includes formatting, linting, unit/integration, and canary CI tests.

The check surfaced lint failures in the two files that were dirty before my change: checkpoint/open.go and strategy/manual_commit.go, both ireturn. I’m waiting for the full command to finish so I can report the final exit state accurately.

mise run check is still running, likely because the integration/race test leg is continuing even after lint reported failures. I’ll keep it running to capture the complete result rather than interrupting it.

The test leg is progressing and package results so far are passing; the overall check still cannot pass unless the lint issues in the pre-existing dirty files are addressed. Still waiting for the terminal exit.

Integration tests have completed successfully in the output so far. The remaining packages are still running under the CI test step.

No new output in the last poll; I’m continuing to wait for the command to exit so there isn’t a background test process left running.

The check is still active with no additional output. I’m not starting anything else until this process finishes.

Still waiting on mise run check; the earlier lint result already tells us the final status will be failed, but I’m letting the running test leg finish cleanly.

There’s still no new output. Given this is the full CI task with race/integration coverage, this can be slow, so I’m continuing to poll rather than killing it mid-run.

The process is still running. I’ll give it more time because interrupting here would leave us with less useful evidence than the completed check output.

Still no new output from the check. If it continues much longer, I’ll inspect the process tree rather than guessing which test phase is still active.

The check has been quiet for several minutes, so I’m inspecting the process tree to see what’s still running before deciding whether to keep waiting.

The sandbox blocked ps, so I can’t inspect the process tree directly from here. I’m going back to polling the check process; it is still the authoritative command session.

Still running with no new output. I’m continuing to wait because the command was started as the full repo check and should be allowed to return a final status.

No new output yet. The useful result so far is that lint failed on pre-existing dirty files, while many test packages, including integration, have passed; I’m still waiting for the final process exit.

The command remains active and quiet. I’m giving it another poll cycle rather than interrupting, since an incomplete mise run check would be less clear than a finished failure.

This has been quiet long enough that I’m going to stop the still-running check process; it already emitted lint failures, so the overall check cannot pass. I’ll then run a small fresh verification for the labs change so we have clean evidence for this patch specifically.

The full check ended failed: lint had already failed, and the long strategy race package was interrupted after ~8 minutes. I’m running the focused labs/session-token tests fresh now so the change itself has clean verification evidence.

Focused verification for the labs change passed. I’m checking status one more time because mise run check runs gofmt -s -w ., and I want to catch whether it rewrote anything outside the files we intended.

mise run check did not add new files, but because it runs repo-wide gofmt -s -w ., the already-dirty checkpoint/open.go and strategy/manual_commit.go remain part of the diff. I’m not editing them further.

Proceeded with broader verification.

Result:

• mise run check failed.
• Failure reason: golangci-lint reported ireturn issues in the two files that were already dirty before my change:
  • cmd/entire/cli/checkpoint/open.go:58
  • cmd/entire/cli/strategy/manual_commit.go:55
  • cmd/entire/cli/strategy/manual_commit.go:65
• The long test:ci leg was still running after several minutes; I interrupted it after the lint failure had already made the overall check fail.

Fresh focused verification for this change passed:

Current dirty files are:

• My changes: cmd/entire/cli/labs.go, cmd/entire/cli/labs_test.go
• Pre-existing/unrelated dirty files: cmd/entire/cli/checkpoint/open.go, cmd/entire/cli/strategy/manual_commit.go

I’ll fix the check failures in the dirty files now. Using systematic debugging for the lint failure, with the failed mise run check output as the starting symptom.

Root cause is clear from the diff: the existing //nolint:ireturn justifications were removed from interface-returning abstraction-boundary helpers, so golangci-lint reports ireturn. I’m checking nearby lint-suppression style before restoring the narrow suppressions.

The working pattern is the same one already used in attach.go: return the interface at a deliberate capability boundary with an explanatory nolint:ireturn. I’m restoring those suppressions on the three specific helpers that lint flagged.

That fixes the checkpoint facade warning. I’m applying the same narrow restoration to the strategy store accessors now.

The lint fix is applied. I’m running the lint task first because it directly targets the failure from mise run check.

mise run lint now exits 0 with golangci-lint reporting 0 issues. I’m rerunning the focused behavior tests for the labs/session-token change before deciding whether to launch another full mise run check.

Because the earlier failure came from mise run check, I’m rerunning the full check now and will let it finish this time unless it errors.

The full check is underway. Lint and formatting have already completed cleanly; the remaining long-running part is go test -tags=integration -race ./....

The race/integration package run has completed cleanly, including the previously long strategy package. The check has moved on to the Vogon canary E2E stage.

The full mise run check completed successfully this time. I’m doing one final status/diff check so the close-out is precise about what changed.

Fixed. The ireturn failures were caused by removed //nolint:ireturn justifications in the checkpoint/strategy store helpers, so I restored those. Those files are clean again; only the intended labs files are modified.

Verification now passes:

That completed with lint clean, integration/race tests passing, and the Vogon/Roger canary E2E tests passing.

I’ll proceed by packaging the verified change into a commit. I’m going to use the committer workflow so the commit stays scoped to the labs command change.

The working tree is now scoped to the two labs files. I’m staging only those files and checking the staged diff before committing.

Staging hit the sandbox boundary because this worktree’s git metadata lives outside the writable root. I’m requesting escalation for the git write operations needed to stage and commit the scoped files.

The two files are staged. I’m reviewing the staged diff now to make sure the commit contains only the intended labs command and tests.

The staged diff is scoped to the two intended files. I’m committing it with a message that describes the new labs command path.

The commit was created. I’m checking the final repository state and commit summary now.

Committed the verified change.

Commit: 5f004a343 feat(cli): add labs sessions tokens command

git status --short is clean. Verification before commit passed with mise run check including lint, integration/race tests, and canary E2E.

I’ll proceed to publish this branch and open a draft PR. I’m checking the GitHub publishing workflow and current branch/remote state first so the push targets the right place.

The branch is tokens-labs and the worktree is clean. I’m checking gh availability/auth and the default base branch before pushing.

gh is installed and authenticated. The GitHub API call was blocked by restricted network access, so I’m rerunning the repository lookup with escalation as required.

The PR target is entireio/cli with base main. Since mise run check passed after the final changes, I’m pushing tokens-labs to origin now.

The branch pushed and is tracking origin/tokens-labs. I’m loading the GitHub PR creation tool metadata so I can open a draft PR using the connector first.

I’m creating the PR as a draft against main with a concise summary and the exact validation command that passed.

The GitHub connector cannot create PRs for this repo with its integration token (403 Resource not accessible by integration), so I’m falling back to gh pr create as the workflow allows.

The draft PR was created at https://github.com/entireio/cli/pull/1558. I’m doing one final local status check before closing out.

Published the branch and opened a draft PR:

https://github.com/entireio/cli/pull/1558

Branch is clean and tracking origin/tokens-labs. Commit is 5f004a343 feat(cli): add labs sessions tokens command.

Validation included mise run check, which passed before pushing.

You’re right. I over-interpreted “under labs” as a new nested entire labs sessions tokens command instead of the small labs-discovery move. I’m going to revise the PR down to just listing the existing entire session(s) tokens command in labs, and remove the new command namespace/tests.

The small version is: no newLabsSessionsCmd, no extra command execution tests. Just add the existing session tokens command to the labs registry/overview and let the existing registry test prove the command exists.

The prior labs-token work already established the intended pattern: add an entry to experimentalCommands and one or two overview assertions. I’m changing this branch to follow that pattern.

labs.go is now just a registry/listing change. I’m removing the command-execution tests that only existed for the overbuilt nested path.

The diff should now be small. I’m formatting and running focused tests for labs plus session-token coverage.

Relative to the overbuilt commit this is mostly deletion, which is what we want. I’m verifying the reduced behavior now.

Focused tests pass. I’m checking the net diff against main to confirm the PR is now just a small labs registry/test update.

One detail: since you named entire sessions tokens, I’m going to display the plural alias in labs, while keeping the registry path pointed at the canonical session tokens command. That keeps behavior unchanged and the change tiny.

The reduced diff now only changes the labs list and its overview assertions. I’m formatting, then I’ll run lint plus the focused labs tests before amending and force-pushing the PR branch.

Lint and focused tests are clean. I’m checking the net diff against the branch parent before amending, to make sure the final commit is just the small labs move.

The net labs diff is now only 8 added lines. I also see two store-helper files dirty again, so I’m checking whether they’re the lint suppressions before amending anything; I won’t bundle unrelated drift into the PR.

Those are the same removed lint suppressions; they should stay as they were, and they do not belong in this PR. I’m restoring them so only the labs files remain dirty.

Only the labs files should be dirty now. I’m checking status, then I’ll amend the existing commit.

Status is scoped to the two labs files, and the final commit content will be 8 added lines. I’m staging those and amending the existing PR commit.

The smaller diff is staged. I’m amending the commit with a message that reflects that this only surfaces the existing command in labs.

The commit is amended to the small version. I’m force-pushing with lease to update the existing draft PR, then I’ll update the PR description so it no longer claims there is a new command path.

The branch is clean and diverged only because the local commit was amended. I’m force-pushing with lease now.

The PR branch now points at the smaller commit. I’m updating the PR body to match the revised scope.

The PR title/body are updated. I’m doing a final status check before I summarize the corrected state.

Fixed the PR down to the small intended change.

Current PR: https://github.com/entireio/cli/pull/1558
New commit: 0afd0406c feat(cli): list session token diagnostics in labs

The final diff is 8 lines total:

• Adds existing entire sessions tokens to labs overview/registry.
• Adds overview test assertions.
• No new labs sessions command namespace.

Verified after the reduction:

• mise run lint
• GOCACHE=/private/tmp/entire-go-cache go test ./cmd/entire/cli -run 'TestLabs|TestSessionsCmd_TokensSubcommand' -count=1

Branch is clean and pushed.

I’ll fix the PR branch shape. The likely issue is that tokens-labs is stacked on earlier token-diagnostics commits, so GitHub is showing all of that instead of just the tiny labs-listing commit. I’m using the git recovery workflow and checking the branch ancestry before rewriting anything.

The branch is stacked: tokens-labs sits on a long token-diagnostics branch, so a PR against main includes all of those commits. I’m fetching the current remote refs and checking whether the right fix is to retarget the PR to the stack base or rebuild tokens-labs directly on origin/main.

Fetch succeeded. I’m comparing the branch against origin/main and looking for the smallest viable base.

origin/main already has session tokens, tokens, and tokens profile, so the clean fix is to rebuild the PR branch directly on origin/main with only the 8-line labs listing change. I’m preserving the current stacked branch in a local backup ref before changing the PR branch.

The worktree is clean. I’m creating a local backup of the current stacked tip, then switching to a fresh branch from origin/main to reconstruct the PR as one small commit.

Backup branch backup/tokens-labs-stacked-0afd040 exists. I’m switching to a fresh branch from origin/main now.

Now I’m applying only the labs listing change on top of origin/main: add entire sessions tokens to the labs registry and overview assertions.

The branch is now based on origin/main with the tiny patch. I’m verifying the exact diff size before committing.

The uncommitted diff is 8 added lines across the two labs files. I’m running focused tests and lint before committing and pushing.

Validation passed on the rebuilt branch. I’m committing the small patch, then I’ll force-update the PR branch to this main-based commit.

The small diff is staged. I’m committing it with the same scoped message.

I understand the task now: the PR should not implement or move command behavior. It should be based on current main and contain only the tiny labs-listing change that surfaces the existing entire sessions tokens command under entire labs.

The local rebuilt branch is tokens-labs-main, one commit ahead of origin/main, with only labs.go and labs_test.go changed: 8 added lines. The existing PR branch is still the old stacked one until I replace it, so I’m force-updating origin/tokens-labs to this main-based commit.

The PR branch has been replaced with the rebuilt main-based commit. I’m checking GitHub’s PR file list and diff stats now to verify the visible PR is small.

Yes. The issue was branch ancestry, not just the code: the PR branch was stacked on the token diagnostics branch, so GitHub showed that whole stack.

I rebuilt the PR branch from origin/main and force-updated it. PR #1558 now shows:

• +8 / -0
• files only:
  • cmd/entire/cli/labs.go
  • cmd/entire/cli/labs_test.go
• one commit: bfdce73ae feat(cli): list session token diagnostics in labs

No new command namespace, no implementation move, just listing the existing entire sessions tokens command in labs. Verified the visible PR stats with gh pr view and file list with gh pr diff --name-only.

https://github.com/entireio/cli/pull/1558

I’ll trace the commit and the local Entire metadata before guessing. The likely distinction is “checkpoint trailer exists” versus “agent session attached to that checkpoint/trail,” but I’ll verify the actual state.

The commit does have an Entire-Checkpoint: bd550c3da02a trailer, so the missing part is not the trailer. I’m checking whether that checkpoint has session metadata locally and what entire trail can resolve for the branch.

Locally the checkpoint itself does have a session: bd550c3da02a resolves to session 019f13fe-e5fb-76a3-b973-ba3067145518. I’m checking the trail record separately, because trail linkage is a separate system from checkpoint/session metadata.

A likely mismatch is visible now: the commit was created on local branch tokens-labs-main, then pushed to remote branch tokens-labs. If trail lookup keys by branch name, the checkpoint/session can exist but not appear on the tokens-labs trail. I’m verifying the checkpoint’s recorded branch field.

Because I rebuilt the PR on a temporary local branch named tokens-labs-main, then pushed that commit to the remote branch tokens-labs.

Evidence:

• The commit has an Entire-Checkpoint trailer: bd550c3da02a.
• That checkpoint does have a session locally: 019f13fe-e5fb-76a3-b973-ba3067145518.
• But entire checkpoint explain bd550c3da02a --json shows:

So the session/checkpoint metadata is attached to tokens-labs-main, while the PR/trail is looking at tokens-labs. That branch-name mismatch is why the trail for the commit/PR branch does not show the session.

The code diff is now small, but the checkpoint metadata was created under the wrong local branch name.

I’ll fix the branch/session association rather than trying to hand-edit metadata. The session exists, but its checkpoint was created while the local branch was named tokens-labs-main; I need the PR commit/checkpoint to be produced on local branch tokens-labs so the trail lookup sees the session.

The local branch names are still split: tokens-labs-main is the clean one, and stale local tokens-labs points to the old stacked commit. I’m checking the attach command and hook behavior so I use the intended CLI path instead of manually editing checkpoint metadata.

entire session attach is the right command for adding a session to the last commit, but I need to run it while the local branch name is tokens-labs. Otherwise it will keep recording the wrong branch. I’m checking the attach duplicate-session path before running it, because the checkpoint already contains the session under the wrong branch.

Attaching via entire session attach alone would only reuse the existing checkpoint ID and re-amend the same trailer; it would not fix the checkpoint’s recorded branch. The cleaner repair is to recreate the tiny commit on a local branch actually named tokens-labs, so Entire writes the checkpoint/session under the branch the PR trail uses. I’ll keep the old stacked tip backed up and won’t push until I verify the new checkpoint says branch: tokens-labs.

Local tokens-labs now starts from origin/main. I’m switching to it and applying only the tiny labs diff without committing yet.

Now I’m applying the previous small patch with cherry-pick --no-commit, so the final commit is created fresh on tokens-labs rather than copied with the old checkpoint trailer.

The patch is applied but not committed. I’m checking the staged/working diff before creating the replacement commit.

The staged diff is exactly 8 lines. I’m committing it now on branch tokens-labs, then I’ll inspect the new checkpoint metadata before pushing.

The replacement commit is created. I’m checking whether it received a fresh checkpoint trailer and whether that checkpoint records branch tokens-labs.

The new commit has checkpoint aa95b08cbb02. I’m verifying that checkpoint now has the session and the correct branch name.

I’ll treat this as a git/checkpoint attachment issue, not another code change. I’m going to verify which branch and checkpoint the current commit records, then recreate or update the PR branch only if the trail metadata still points at the wrong place.

The likely reason is not that the session was missing. The earlier commit was created while the local branch was named tokens-labs-main, so the checkpoint existed but was indexed under that branch instead of the PR branch tokens-labs; I’m checking the fresh commit now.

Current local state is now the small commit on tokens-labs, and entire checkpoint explain aa95b08cbb02 reports branch: "tokens-labs" with one Codex session attached. I’m running the focused verification and checking the diff scope before pushing it back to the PR branch.

The focused tests passed, and the PR diff is now exactly two files with 8 added lines. I’m running the required lint pass before updating the remote PR branch.

Lint passed. I’m going to replace the remote PR branch with this rebuilt one-commit branch so the PR trail points at the checkpoint that contains the session.

The push was rejected because my local lease was stale, not because the branch update failed in a dangerous way. I’m fetching the current remote head and comparing it before deciding whether a force-with-lease is still safe.

Remote tokens-labs has moved since the last local view, so I’m checking exactly what is there before replacing it. If it is still the oversized branch, the safe update is to force-with-lease from that fetched remote SHA to the rebuilt one.

The fetched remote PR branch is still the oversized version: 48 files and 3k+ added lines. I’m fetching main too so I can compare against the actual current base before replacing the branch.

Against the freshly fetched origin/main, the local rebuilt branch is still only the 8-line labs change. I’m rebasing that one commit onto current main so the PR branch is both small and up to date before I force-with-lease it.

The rebase needs to write worktree git metadata outside the writable sandbox, so I’m rerunning it with approval.

The one commit is now rebased onto current main. I’m verifying the new commit still carries the checkpoint trailer and that the checkpoint still has the Codex session under tokens-labs.

The rebased commit is 7f2eb7c, has Entire-Checkpoint: aa95b08cbb02, and that checkpoint reports one session on branch tokens-labs. I’m rerunning focused tests and lint on the final tree before the remote update.

Focused tests passed on the rebased commit. The two zsh parse warnings are coming from shell startup/eval noise, not from the Go test command; the Go package test itself exits cleanly.

Lint passed on the final tree. I’m force-pushing with an explicit lease against the remote SHA I just inspected, so this only proceeds if nobody changed the PR branch again.

The remote branch is now updated to 7f2eb7c. I’m checking GitHub’s view of the PR to confirm the diff and branch metadata are what we expect.

GitHub now sees PR #1558 as a one-commit PR: 8 additions, 0 deletions, and only labs.go plus labs_test.go. I’m doing one last local trail/checkpoint check so I can answer the session question precisely.

The remote tracking ref now matches the local commit. The local branch was still configured to track origin/main, which makes git status look confusing, so I’m correcting the local upstream to origin/tokens-labs.

Upstream is fixed locally. I’m checking final clean state and the trail command shape now; if trail show can surface the PR branch directly, I’ll verify that too.

The PR branch is clean against origin/tokens-labs, and GitHub reports head 7f2eb7c with the aa95b08cbb02 checkpoint trailer. I’m checking entire trail show for the branch so the trail view itself lines up.

entire trail show cannot run here because this CLI context is not logged into Entire, so I can’t inspect the hosted trail directly from this sandbox. I can still verify the commit-to-checkpoint link locally and confirm the checkpoint ref was pushed.

The local commit and local checkpoint metadata line up: commit 7f2eb7c has trailer aa95b08cbb02, and that checkpoint lists session 019f13fe-e5fb-76a3-b973-ba3067145518. The direct ls-remote for refs/heads/entire/checkpoints/v1 did not print a head, so I’m checking the exact local ref name used by this repo’s checkpoint storage.

This repo uses a separate checkpoint remote (git@github.com:entireio/cli-checkpoints.git), not origin, for checkpoint refs. I’m verifying against that remote directly.

The checkpoint remote has the same entire/checkpoints/v1 ref as local (fd3a2f3), so the checkpoint metadata containing the session has been pushed. I’m doing the required final verification pass before I wrap this up.

Final verification is checking the current branch, the pushed PR head, and the checkpoint/session linkage one more time.

The checkpoint remote advanced again during verification, so I’m checking whether the checkpoint ref that was pushed for this commit is included in the current remote checkpoint history. That matters for the hosted trail lookup.

The remote checkpoint ref fetched successfully. I’m checking ancestry now; if the checkpoint commit I pushed is an ancestor of the current remote ref, the later remote advance did not drop the session metadata.

The session was missing from the trail because the earlier checkpoint was created while the local branch name was tokens-labs-main, then pushed to the PR branch tokens-labs. So the session existed, but the checkpoint metadata was indexed under the wrong branch.

I rebuilt and pushed the PR branch correctly. Current PR: https://github.com/entireio/cli/pull/1558

Current state:

• PR head: 7f2eb7c6166de6516677bc8463fd876a75373263
• Checkpoint trailer on commit: Entire-Checkpoint: aa95b08cbb02
• Checkpoint branch metadata: branch: tokens-labs
• Attached session: 019f13fe-e5fb-76a3-b973-ba3067145518
• PR diff: 2 files, 8 additions, 0 deletions
• Files: cmd/entire/cli/labs.go, cmd/entire/cli/labs_test.go

Verification passed:

• focused Go tests passed
• mise run lint passed
• checkpoint remote contains the pushed checkpoint history

I could not run entire trail show directly here because this CLI context is not logged into Entire, but the commit-to-checkpoint-to-session link is now correct and pushed.

I’ll check the CLI auth state and the login flow first. If it requires a browser or device-code step, I’ll run the command and surface the exact prompt rather than guessing credentials.

This CLI is not logged in. I’m starting the device-code flow so you can complete auth in your browser while this shell waits for the token.

The device login is waiting with code 6TQH-R6ZA at https://us.auth.entire.io/cli/auth?user_code=6TQH-R6ZA. Open that URL and complete auth; I’ll keep the command alive and continue once it returns.

Login completed. I’m going to list the open findings for the current trail, then I’ll inspect the specific finding and apply the smallest code change needed.

The finding is specific: labs should display the canonical singular path entire session tokens, not the plural alias entire sessions tokens. That matches the existing registry pattern, so I’m making that tiny string/test update only.

I’m changing only the displayed invocation and help hint from plural alias to canonical singular path, plus the two test expectations.

The code change is in place. I’m running the focused labs/session tests and checking the rendered labs output before committing.

The focused test passed. The checked-in ./entire binary is stale, so its labs output is not a reliable source view; I’m using go run ./cmd/entire to verify the current source-rendered output instead.

Source output now shows entire session tokens, and lint passed. I’m amending the existing PR commit so the PR stays one small commit instead of adding a second cleanup commit.

The fix is staged. I’m amending the existing commit without changing its message.

The amended commit is still the same 8-line PR scope. I’m checking the new commit trailer and diff before pushing.

The amend preserved the existing checkpoint trailer, so I’m verifying whether that checkpoint now points at the amended commit or still points at the pre-amend SHA. If it’s stale, I’ll recreate the commit checkpoint before pushing.

The checkpoint metadata updated correctly: aa95b08cbb02 now lists commit 596f354 and the current Codex session on tokens-labs. I’m force-pushing with a lease to update the PR branch.

Remote still points to the previous PR commit, so the lease is current. Pushing now.

The PR branch is updated. I’m resolving the trail finding with the concrete fix message, then I’ll verify GitHub and the trail finding state.

The finding is resolved. I’m running final verification on the PR diff, finding state, tests/lint evidence, and checkpoint/session link before I close this out.

For the final check I’m rerunning the focused test and lint after the amend, then checking GitHub’s PR head and the trail finding status.

The PR and tests are clean. The finding list with default freshness is empty after the push, so I’m checking all freshness states to make sure the original finding is recorded as resolved rather than just hidden by code-version freshness.

Logged in and addressed the finding.

I changed the labs listing from the plural alias to the canonical command path:

• entire sessions tokens → entire session tokens
• entire sessions tokens --help → entire session tokens --help

Pushed amended PR commit: 596f35493e158140b2698e84fe794d25b185eea2
PR: https://github.com/entireio/cli/pull/1558

Verification:

• go test ./cmd/entire/cli -run 'TestLabs|TestSessionsCmd_TokensSubcommand' -count=1 passed
• mise run lint passed
• PR is still 2 files, 8 additions, 0 deletions
• Trail finding 019f1567-5bec-7180-b215-7fc0d4852511 is resolved
• No open current findings remain on trail 697