I’ll use the Brainstorming skill and first pin down the current branch diff so the discussion is grounded in the actual implementation, not guesses.

The branch is currently clean and has no tree diff against origin/main, so there isn’t an obvious working-tree implementation to inspect. I’m going to capture context from the checkpoint strategy code and docs around the likely target implied by the branch name: checkpoint v1.1 syncing and branch advancement.

The branch head is exactly origin/main at 39ef4dc7bc, with no branch-only commits. I’m treating this as a design tightening pass for the next change rather than review of an existing diff.

The existing push path is already centered in manual_commit_push.go and push_common.go: pre-push resolves settings, pushes entire/checkpoints/v1, and on rejection fetches/rebases before retrying. The interesting risk area is how sync/fetch updates local metadata before or after preserving local-only checkpoint commits.

There are already regression tests for “fetch must not rewind local-ahead” and “diverged/disconnected fetch preserves local checkpoints.” That narrows the implementation question: if the desired change is “advance after sync,” it should probably be tested in the pre-push sync path, not just the read-path fetch helper.

The v1.1 topology is intentionally transitional: entire/checkpoints/v1 is still the durable branch; refs/entire/checkpoints/v1.1 is a local-only mirror used for reads when opted in and explicitly must not be pushed. That means any “advance after sync” design has to keep v1 as source of truth and update the mirror only after v1 is made trustworthy.

Committed reads call checkpoint.SyncCommittedReadRef before constructing the read store. That is likely the place where a fresh or repaired v1 branch needs to be mirrored to refs/entire/checkpoints/v1.1; otherwise v1.1 reads can stay behind after sync even though v1 was advanced.

The existing SyncCommittedReadRef has tests for seeding from local v1 or origin, advancing the v1.1 mirror when it is an ancestor, and deliberately refusing to overwrite a diverged mirror. That’s a useful design constraint: the mirror can advance after successful sync only when ancestry proves it is safe.

One more bounded pass: I’m checking the push recovery tests because the next test should probably model a remote checkpoint branch advancing during push, then verify the local v1.1 mirror follows the repaired v1 branch.

I’ve got enough to start the brainstorming pass without over-reading. I’m just grabbing exact anchors for the files so the handoff is traceable.

I’m using the Brainstorming skill to refine your idea into a design.

Context captured: the branch is clean and exactly at origin/main, so there’s no current diff to inspect. The relevant area is checkpoint metadata syncing: PrePush, fetchAndRebaseSessionsCommon, FetchMetadataBranch, SyncCommittedReadRef, and mirrorMetadataToV1CustomRef.

The key constraint: entire/checkpoints/v1 remains the durable branch; refs/entire/checkpoints/v1.1 is a local-only read mirror and must not be pushed. Existing tests already cover preserving local-only checkpoints during fetch/rebase and not pushing the v1.1 custom ref.

First question: which behavior are we tightening?

A. After read/resume sync updates entire/checkpoints/v1, advance the v1.1 mirror too.
B. After pre-push fetch/rebase sync updates entire/checkpoints/v1, advance the v1.1 mirror too.
C. Both paths should keep the v1.1 mirror current after v1 is safely advanced.

I’m continuing the Brainstorming skill here, keeping this scoped to the design decision before any edits.

Yes. That is option C.

More precise wording: any code path that actively fetches entire/checkpoints/v1 and then safely advances or repairs the local v1 branch should also attempt to mirror that resulting v1 tip into refs/entire/checkpoints/v1.1 when v1.1 is enabled.

That covers at least:

• FetchMetadataBranch / fetchMetadataBranchIfMissing
• fetchAndRebaseSessionsCommon
• any future fetch-promote helper that updates paths.MetadataBranchName

The mirror should still be local-only and never pushed. I’d also keep mirror failure best-effort, matching the current write-time mirror behavior: log it, but don’t fail the fetch/sync because v1 remains the source of truth.

Yes. I’d frame the target as:

“All active fetch/sync paths that update entire/checkpoints/v1 must best-effort advance the v1.1 mirror afterward, when v1.1 is enabled.”

Three implementation shapes:

1. Call mirrorMetadataToV1CustomRef after each successful v1 fetch/sync update. Smallest change. Reuses existing strategy helper, keeps mirror best-effort, and preserves “v1 is source of truth.”

2. Call checkpoint.SyncCommittedReadRef after fetch/sync. Also reuses existing logic, but its name is read-path oriented, so using it after push/fetch sync makes the code slightly less direct.

3. Bake mirroring into SafelyAdvanceLocalRef or PromoteTmpRefSafely. Most centralized, but too magical: those helpers become checkpoint-version aware even though they look like generic ref utilities.

I’d choose approach 1. Does that direction match what you want?

Approach 1 means the fetch/sync code remains responsible for explicitly mirroring after it changes v1.

Design: keep entire/checkpoints/v1 as the only durable fetched/pushed branch. After a path successfully updates that branch, call the existing strategy helper mirrorMetadataToV1CustomRef(ctx, repo). That helper already checks whether checkpoints_version is "1.1", reads the primary v1 branch, and best-effort advances refs/entire/checkpoints/v1.1 without failing the caller.

The likely edit points are:

• checkpoint_remote.go: after PromoteTmpRefSafely succeeds in FetchMetadataBranch.
• push_common.go: after fetchAndRebaseSessionsCommon successfully advances, fast-forwards, reconciles, or replays v1.
• Possibly use a tiny local helper like mirrorFetchedMetadataBranch(ctx) if opening the repo after PromoteTmpRefSafely would otherwise duplicate code.

Testing should prove the behavior, not helper calls: enable "checkpoints_version": "1.1", make a remote v1 branch advance, run the active fetch/sync path, and assert paths.MetadataRefName matches the resulting local v1 branch. Existing tests already protect “do not push v1.1,” so this should not change push refspec behavior.

Does this look right so far?

You’ve confirmed the approach; I’m tightening the edge cases now, especially where the sync path returns early so the mirror does not accidentally get skipped.

Then the tightened design is:

Add mirroring as an explicit post-success step after active v1 fetch/sync paths. Even if the fetched v1 tip matches local v1, still run the mirror attempt, because the requirement is “fetch path ensures mirror,” not only “mirror when v1 changed.”

Implementation boundary:

• In FetchMetadataBranch, after PromoteTmpRefSafely succeeds, open the repo and call mirrorMetadataToV1CustomRef.
• In fetchAndRebaseSessionsCommon, call mirrorMetadataToV1CustomRef before every successful return, guarded to branchName == paths.MetadataBranchName.
• Keep mirror failures best-effort through the existing helper.
• Do not change push refspecs; refs/entire/checkpoints/v1.1 remains local-only.

Testing:

• Add a FetchMetadataBranch test with "checkpoints_version": "1.1" proving a fetched v1 branch creates/advances paths.MetadataRefName.
• Add a fetchAndRebaseSessionsCommon test proving push-sync fast-forward/rebase leaves the custom ref matching the repaired local v1 tip.
• Existing TestPrePush_DoesNotPushV1CustomRef should continue covering the “never pushed” behavior.

Ready to create the implementation plan?

Yes. That makes the design cleaner:

Mirror updates should happen when v1 is actively changed or synced, not lazily right before a read.

Updated scope:

• Add post-fetch/post-sync mirroring after successful active v1 fetch paths.
• Keep existing write-time mirroring after v1 writes.
• Remove read-time mirroring before constructing committed read stores, especially checkpoint.SyncCommittedReadRef(ctx, repo) in manual_commit.go.
• Rework or delete tests whose premise is “reads seed/advance the mirror.” Reads should use the configured read ref as-is.
• Keep tests proving active fetch/sync creates or advances the mirror.
• Keep refs/entire/checkpoints/v1.1 local-only and never pushed.

Net behavior: v1.1 reads become stricter. If the mirror is missing/stale, a read path should not silently repair it unless that read path itself actively fetched v1 first. That puts responsibility at sync boundaries, which is easier to reason about and avoids surprising ref mutation during ordinary reads.

Does that match the intended tightening?

I’m using the Writing Plans skill now because the design direction is approved and this is a multi-file behavior change that should be implemented step by step.

Implementation plan, scoped to one logical step at a time.

Goal: Active fetch/sync of entire/checkpoints/v1 updates the v1.1 mirror; ordinary committed reads no longer mutate refs.

Architecture: v1 stays the durable source of truth. refs/entire/checkpoints/v1.1 is advanced only after successful v1 writes or active v1 fetch/sync operations, using the existing best-effort strategy mirror helper.

Plan

1. Remove read-time mirroring.

   • Modify manual_commit.go: remove checkpoint.SyncCommittedReadRef(ctx, repo) from getCommittedReadStore.
   • Modify committed_read_store.go: delete SyncCommittedReadRef and its read-sync helpers if they become unused.
   • Update committed_read_store_test.go: remove tests whose expected behavior is “read seeds/advances mirror”; keep or add a stricter test that v1.1 reads use paths.MetadataRefName as-is.

2. Mirror after explicit fetch promotion.

   • Modify checkpoint_remote.go: after PromoteTmpRefSafely succeeds for paths.MetadataBranchName, open the repo and call mirrorMetadataToV1CustomRef.
   • Add/update tests in checkpoint_remote_test.go: enable "checkpoints_version": "1.1", fetch v1 from remote, assert paths.MetadataRefName equals local v1 after fetch.

3. Mirror after push-sync rebase/fast-forward.

   • Modify push_common.go: ensure successful fetchAndRebaseSessionsCommon returns mirror v1 when branchName == paths.MetadataBranchName, including no-op, fast-forward, replay, disconnected reconciliation, and URL temp-ref paths.
   • Add focused test in push_common_test.go: remote advances, local syncs, v1.1 mirror matches repaired local v1.

4. Verification.

   • Run focused tests:
     • go test ./cmd/entire/cli/checkpoint -run 'TestNewCommittedReadStore|TestGitStore_CommittedReadRef' -count=1
     • go test ./cmd/entire/cli/strategy -run 'TestFetchMetadataBranch|TestFetchAndRebase|TestPrePush_DoesNotPushV1CustomRef' -count=1
   • Run gofmt on changed Go files.

Per the repo’s step-by-step rule, I’ll implement exactly step 1 first, including its directly related tests, then stop for review. Please say continue to approve step 1.

I’ll treat this as a plan review, not a branch code review, so I’m checking the plan against the actual call sites and tests for unnecessary churn.

I found one important refinement: the plan should avoid sprinkling mirror calls before every successful return in fetchAndRebaseSessionsCommon. A single defer/post-success helper around that function will be less churn and less likely to miss a return path.

There is a real inconsistency in the current plan: it only covers the strategy package’s checkpoint-remote fetch and push-sync recovery. The CLI package also has an origin fetch path for entire/checkpoints/v1, so “all active fetch paths” needs one more surface.

The CLI package already has a strict mirror helper used after committed writes/restore-like flows. The plan should either reuse that for CLI-origin fetches or introduce a small shared helper; otherwise strategy-only mirroring will leave resume/explain origin fetches inconsistent.

Another plan issue: “reuse existing strategy helper” is only available inside strategy. The CLI-origin fetch path already has a different mirror helper that force-sets the mirror. We should choose deliberately whether active fetch mirroring should preserve/replay mirror divergence or make the mirror exactly match v1.

There is also comment/documentation drift to plan for. paths.MetadataRefName still describes read-time syncing from v1, which would become wrong once reads stop mutating refs.

Plan Review

I’d revise the plan before implementation. The direction is right, but the earlier version misses one fetch surface and has some avoidable churn.

Findings

1. The plan misses cmd/entire/cli origin fetches. git_operations.go has FetchMetadataBranch, and git_operations.go has FetchMetadataTreeOnly; both go through fetchMetadataFromOrigin, fetch entire/checkpoints/v1, then safely advance the local v1 branch. Under your requirement, that helper must mirror after successful advancement too.

2. The plan’s “mirror before every successful return” in push_common.go is too branchy. Better: use one post-success helper/defer in fetchAndRebaseSessionsCommon, guarded by branchName == paths.MetadataBranchName. That avoids missing fast-forward/no-op/replay paths.

3. Helper semantics need a deliberate choice. Strategy uses mirrorMetadataToV1CustomRef, which best-effort safe-advances. CLI has mirrorToV1CustomRef, which force-sets and returns errors. For active fetches, I’d keep the best-effort behavior and avoid reusing the force-setting write helper.

4. Step order should change. Removing read-time mirroring first creates an intermediate state where fetch paths still do not maintain v1.1. Lower churn order: add fetch-time mirroring first, then remove read-time mirroring.

5. Comments will drift if not updated. paths.go still describes read-time syncing from v1. That needs updating when SyncCommittedReadRef goes away.

Revised Plan

1. Add best-effort mirror-after-fetch behavior.

   • Strategy checkpoint remote fetch: checkpoint_remote.go
   • Strategy push sync/rebase: push_common.go
   • CLI origin fetch helper: git_operations.go

2. Tests for active fetch mirroring.

   • Strategy: checkpoint-remote fetch creates/advances paths.MetadataRefName.
   • Strategy: fetchAndRebaseSessionsCommon leaves v1.1 matching local v1 after sync.
   • CLI: FetchMetadataBranch or shared fetchMetadataFromOrigin path mirrors after origin fetch. Because FetchMetadataTreeOnly shares the helper, avoid duplicating unless behavior differs.

3. Remove read-time mirroring.

   • Remove manual_commit.go call.
   • Delete or deprecate unused SyncCommittedReadRef helpers in committed_read_store.go. I’d delete them once unused to prevent future accidental read mutation.
   • Replace read-sync tests with a no-mutation test: v1 exists, v1.1 missing/stale, constructing or using the read store does not create/advance v1.1.

4. Update comments only where stale.

   • paths.MetadataRefName comment.
   • committed_read_store_test descriptions.
   • Any resume/explain wording that says ordinary reads “sync” the v1.1 ref.

This keeps the change tight: fetch/write paths maintain the mirror; read paths only read.

Yes. That is the better shape.

I’d centralize it in cmd/entire/cli/strategy as an exported API, then delete the CLI-package helper:

One implementation, two caller policies:

• CLI write paths like attach / explain summary can call MirrorCommittedMetadataRef and surface errors.
• Hook/fetch/sync paths can call MirrorCommittedMetadataRefBestEffort and log without failing the main operation.

I’d also make the centralized mirror set refs.Mirror exactly to refs.Primary, rather than using SafelyAdvanceLocalRef. Since v1 is explicitly the source of truth and v1.1 is only a local read mirror, preserving “mirror-only” commits is the wrong bias. This also removes the current inconsistency: CLI force-sets the mirror, while strategy safe-advances it.

Revised churn profile:

• Delete cmd/entire/cli/v1_custom_ref_mirror.go.
• Replace CLI calls with strategy.MirrorCommittedMetadataRef.
• Replace internal strategy calls with the same centralized helper.
• Add/keep one test set in cmd/entire/cli/strategy/v1_custom_ref_mirror_test.go, including “replaces locally-ahead mirror.”
• Then active fetch paths call the best-effort variant after v1 fetch/sync.

That gives us one definition of “mirror” and avoids the CLI/strategy drift.

I’ll execute the approved plan one logical step at a time. First step: centralize the mirror implementation in strategy, move existing callers onto it, and keep behavior covered by tests before touching fetch-time mirroring.

I’m using the Executing Plans skill to implement this plan, but I’m limiting the batch to one logical step because this repo’s workflow requires a review checkpoint after each step.

I’m going to make the centralization minimally invasive: one exported mirror function in strategy that sets the mirror exactly to the primary, one best-effort wrapper for hook-style callers, then replace the CLI helper and existing strategy wrapper call sites.

The first centralization pass will not add fetch-time mirroring yet. It should leave behavior the same except for making strategy’s mirror semantics match the CLI’s current force-set behavior, which is the desired “mirror exactly tracks v1” definition.

The direct callers have moved to the strategy API. I’m removing the old CLI-package mirror helper and its duplicate tests now, with the equivalent error/force-set cases covered in the strategy test file.

The code shape is now centralized, and I’m formatting the touched Go files before running the focused tests for this step.

I’m running focused tests now: first the strategy mirror tests, then a narrow CLI package compile/test slice around the callers that now use the strategy API.

The focused tests passed. I’m reviewing the diff now to make sure this first step did not accidentally include fetch-time changes or unrelated cleanup.

Implemented step 1: centralized committed-metadata ref mirroring in strategy.

Changed:

• Added strategy.MirrorCommittedMetadataRef(ctx, repo, refs) for strict callers.
• Added strategy.MirrorCommittedMetadataRefBestEffort(ctx, repo) for hooks/write paths where mirror failure should not fail the primary write.
• Updated attach, explain --generate, condensation, combined attribution, and turn finalization to use the strategy API.
• Deleted the old CLI-local mirror helper and moved its coverage into cmd/entire/cli/strategy.

Key decision: the mirror now force-points refs/entire/checkpoints/v1.1 at the v1 primary tip. That matches “mirror” semantics and removes the previous split where CLI force-set while strategy safe-advanced.

Verification:

• go test ./cmd/entire/cli/strategy -run 'TestMirrorCommittedMetadataRef|TestCondenseSession_MirrorsV1CustomRefWhenEnabled|REDACTED|TestUpdateCombinedAttribution_MirrorsV1CustomRefWhenEnabled|TestPrePush_DoesNotPushV1CustomRef' -count=1
  • Exit 0
  • ok github.com/entireio/cli/cmd/entire/cli/strategy 0.923s
• go test ./cmd/entire/cli -run 'TestMirror|TestAttach|TestExplain' -count=1
  • Exit 0
  • ok github.com/entireio/cli/cmd/entire/cli 2.293s

I stopped before adding fetch-time mirroring or removing read-time mirroring, per the one-step checkpoint rule. Say continue and I’ll implement the next logical step.

I’ll commit the completed centralization step first, then start the next approved step. I’m rechecking the current diff before staging so the commit only contains this step’s files.

The diff is confined to the mirror centralization step. I’m committing that now with only those files staged.

Committed 520330035b. I’m moving to the next logical step now: active fetch/sync paths that successfully update entire/checkpoints/v1 should mirror v1.1 through the centralized strategy helper.

I’ll keep the fetch step focused but complete: one assertion for the CLI origin fetch helper and one for the strategy checkpoint-remote/push-sync surface, using existing test setup where possible instead of adding broad new fixtures.

I’m adding failing assertions first in existing fetch tests, rather than new duplicate fixtures: they already cover the fetch and rebase paths we need.

The tests now assert the new behavior. I’m running just those tests to verify they fail for the expected missing-mirror reason before changing production code.

The failing tests confirm the gap: v1 updates succeed, but the v1.1 custom ref is missing. I’m adding best-effort mirror calls after successful v1 fetch promotion/rebase, using the centralized strategy helper.

The production changes are in place. I’m formatting the touched files and rerunning the same focused tests that failed.

One strategy fetch test passed, but the push-sync test still shows the mirror missing. I’m narrowing that down now before widening the implementation.

The defer-based mirror hook is harder to validate than it should be in this path, so I’m switching to an explicit small helper call at each successful sync return. That is a little more visible and avoids hiding the mirror behind named-return behavior.

The explicit hook still doesn’t create the custom ref, which points away from control flow and toward settings/ref resolution in that fixture. I’m checking the fixture’s v1.1 setting directly.

The failing fixture is not actually seeing its v1.1 settings after changing directories, so the mirror helper correctly no-ops. I’m fixing the test setup rather than weakening the production behavior.

The fixture was seeing a stale worktree-root cache after t.Chdir. I’m clearing that cache in the touched tests and removing the temporary settings assertion.

The settings file was being written before an orphan-branch setup that stages and then removes it on checkout. I’m moving that setup to after the branch manipulation so the fetch code can actually see checkpoints_version.

The fetch-sync tests are green now. I’m running the focused verification set for this second step, including the CLI origin fetch path.

The focused verification passed. I’m reviewing the remaining uncommitted diff now; this should only be the active fetch/sync mirroring step.

One small cleanup from the review: after removing the defer, the named return is no longer needed, so I’m reverting that signature to avoid unnecessary churn.

The cleanup still passes. I’m doing one final status check so I can report the committed step separately from the new uncommitted step.

Committed the completed centralization step as 520330035b centralize checkpoint mirror ref updates.

Then I implemented the next step and stopped: active v1 fetch/sync paths now best-effort mirror the resulting entire/checkpoints/v1 tip into refs/entire/checkpoints/v1.1 when enabled. This is uncommitted, as requested by the workflow checkpoint.

Uncommitted files:

• git_operations.go
• checkpoint_remote.go
• push_common.go
• related focused tests

Verification:

• go test ./cmd/entire/cli/strategy -run 'TestFetchMetadataBranch_UpdatesExistingLocalBranch|TestFetchAndRebase_FlaggedOriginTarget_UsesTempRef|TestMirrorCommittedMetadataRef' -count=1
  • Exit 0
  • ok github.com/entireio/cli/cmd/entire/cli/strategy 0.973s
• go test ./cmd/entire/cli -run 'TestFetchMetadataBranch_DoesNotRewindLocalAhead' -count=1
  • Exit 0
  • ok github.com/entireio/cli/cmd/entire/cli 0.674s

I’ll use the Code Review Reception skill here because this is specific review feedback on the current diff. The point is valid: that regression test should stay focused on no rewind, so I’ll move the mirror assertion into a dedicated test.

I’m moving the CLI origin-fetch mirror coverage out of the rewind regression test. I’ll put it next to the existing git operation fetch tests so each test has one reason to fail.

I verified the existing CLI fetch tests have a better home for this. I’m restoring the rewind-protection test to its original concern and adding a separate FetchMetadataBranch mirror test in git_operations_test.go.

The test responsibility is split now. I’m formatting and rerunning both the original regression test and the new dedicated mirror test.

The CLI tests pass with the separated coverage. I’m rerunning the strategy fetch tests as well because this feedback touched only the CLI-side assertion, but the overall step still includes strategy fetch mirroring.

I’m checking the adjusted diff once more so the final note reflects the actual current state.

Fixed. I removed the v1.1 mirror assertion from TestFetchMetadataBranch_DoesNotRewindLocalAhead and restored that test to only cover the no-rewind regression.

I added dedicated CLI fetch mirror coverage in git_operations_test.go, so the new behavior has its own focused test.

Verification:

• go test ./cmd/entire/cli -run 'TestFetchMetadataBranch_DoesNotRewindLocalAhead|TestFetchMetadataBranch_MirrorsV11Ref' -count=1
  • Exit 0, ok
• go test ./cmd/entire/cli/strategy -run 'TestFetchMetadataBranch_UpdatesExistingLocalBranch|TestFetchAndRebase_FlaggedOriginTarget_UsesTempRef|TestMirrorCommittedMetadataRef' -count=1
  • Exit 0, ok

I’ll commit the active fetch/sync mirroring step first, then move to the next approved step: removing read-time mirror mutation and updating the tests around that behavior.

The diff is scoped to the fetch/sync mirroring step. I’m committing those files now.

Committed 30c03c93fa. I’m starting the next step: remove the read-time mirror repair path so reads use the configured ref as-is.

I committed the fetch-mirroring step and have started the next checkpointed step: removing the remaining read-time attempts to mirror before use. I’m going to keep this scoped to read-store call sites and the tests that currently encode that old behavior.

The remaining production mutations are exactly the read-side ones: explain, rewind transcript restore, and the manual strategy read-store helper. I’m removing those and then tightening the checkpoint read-store tests so v1.1 reads prove “use the ref as-is” instead of “repair it first.”

One subtlety surfaced in explain --generate: it writes updated v1 metadata and then reloads through the v1.1 read store. I’m checking whether that write already uses the centralized strategy mirror helper, because removing the read-side repair should not break same-command reloads after a legitimate write.

The generate path already calls strategy.MirrorCommittedMetadataRef immediately after the v1 write, so the reload can simply read the mirror without doing another sync. That lets the cleanup stay aligned with the “mirror only at active mutation/fetch points” rule.

I’ve confirmed the only helper being removed is the checkpoint package’s read-side sync helper; the strategy package’s explicit mirror helper stays. Next I’m patching the call sites and replacing the old sync tests with non-mutating read-store coverage.

I’m applying a minimal patch now: delete the read-sync helper, remove calls to it, and update nearby comments/test messages that would otherwise still describe read-time syncing.

The patch is in place. I’m doing a compile-oriented pass now: checking for stale references and fixing any table/import fallout before running the focused tests.

There’s one small cleanup in the rewritten table: an unused expected-hash field from the first draft. I’m removing that before formatting.

The code now has no intended references to the deleted read-sync helper. I’m formatting the edited Go files, then I’ll run focused tests around checkpoint reads, explain generation, resume’s v1.1 missing-metadata behavior, and the strategy mirror helper.

The checkpoint and strategy focused tests pass after the deletion. I found no stale production references to the removed helper; I’m running the CLI tests that cover the v1.1 explain/reload and resume missing-ref behavior next.

The CLI test failure is useful: the test was relying on read-time sync before it even got to summary generation. I’m updating that setup to model the new contract: after writing v1 test metadata directly, explicitly mirror once, then verify generation mirrors again after the v1 update.

I’m making the test setup mirror explicitly with the strategy helper after the direct v1 write. That keeps the test honest: setup simulates an already-mirrored v1.1 ref, while the assertion still verifies summary generation advances it after the update.

The CLI test setup is corrected. I’m formatting that file and rerunning the focused CLI tests, including the v1.1 transcript restore path touched by the rewind-side read-store change.

The focused suites now pass. I’m reviewing the diff itself for scope and comment consistency before I stop at this step.

The diff is narrowly scoped and the stale-doc hit was about agent transcript flushing, not checkpoint refs. Because this deletes an exported checkpoint helper, I’m doing one broader package compile/test pass under cmd/entire/cli/... to catch any missed package-level dependency.

The broader go test ./cmd/entire/cli/... pass is still running after producing many package successes. I’m waiting for the final exit so I can report the actual status rather than infer it.

The broad CLI package test completed with exit 0. I’m doing the remaining low-noise checks now: whitespace diff check and the project lint task, since this step deletes an exported helper and changes several Go files.

Lint and git diff --check both exited 0. I’m doing a final status check and then I’ll stop at this logical step as requested.

A final status check found .opencode/package-lock.json changed even though this step didn’t touch it. The worktree was clean before the step, so I’m inspecting that diff now; if it’s tool-generated churn from verification, I’ll remove it surgically and leave only the checkpoint-ref changes.

That lockfile diff is unrelated dependency churn from tooling, not part of this change. I’m reverting only that file so the step remains scoped to checkpoint ref behavior.

The unrelated lockfile churn is gone. I’m taking the final status and diff summary again.

I’ll commit the read-side cleanup first, then move into the next step. Since the last step already had focused tests, broad CLI tests, lint, and diff checks with exit 0, I’m doing the commit now without rerunning the same suite.

The staged scope will be the 10 checkpoint-ref files only. I’m committing that as the read-time mirror removal.

Committed 4572c7671e (remove read-time checkpoint ref mirroring). I’m continuing with the next logical step: a consistency pass over docs/comments and remaining branch diff so the implementation story matches the new mirror ownership.

The branch diff shows code coverage is in place, but the architecture doc still describes only entire/checkpoints/v1. I’m reading the sessions/checkpoints doc now and will add the smallest note needed for the v1.1 local mirror/read-ref behavior.

The docs need one small architecture update: v1 is still the committed storage branch, but v1.1 changes the local read ref and mirror update responsibilities. I’m adding that without rewriting the broader checkpoint model.

The architecture doc now states the v1.1 mirror contract. I’m checking the repo instruction doc too, because it has the high-level strategy bullet list that should not lag behind this behavior change.

CLAUDE.md has the compact strategy summary, so I’m adding one bullet there too. This keeps the high-level repo guidance aligned with the architecture doc without expanding the whole section.

The docs update is in. I’m running the lightweight checks for this documentation step and confirming no stale checkpoint-ref wording remains.

The only remaining search hit is the intentional test comment saying v1.1 reads do not do read-time seeding. I’m reviewing the docs diff once, then I’ll stop for this checkpoint.

Committed the read-side cleanup as 4572c7671e (remove read-time checkpoint ref mirroring).

Then I completed the next step: updated the docs to match the new mirror ownership:

• CLAUDE.md
• docs/architecture/sessions-and-checkpoints.md

Current uncommitted changes are docs-only. Verification for this step:

• git diff --check exited 0
• stale-helper search found no removed helper references; only the intentional test comment saying v1.1 reads do not do read-time seeding.

I’ll commit the docs-only consistency step first, then continue with the next step: a final branch-level audit for scope, stale wording, and verification gaps.

The pending diff is exactly the two documentation files. I’m committing those now.

The commit command is still running; I’m waiting for the final result before starting the audit step.

Committed f7e892e864 (document checkpoint mirror read behavior). I’m continuing with a final audit against the branch diff: checking that mirroring exists only on active v1 write/fetch paths, read paths no longer mutate refs, and no unrelated churn is left.

The audit so far: worktree is clean, stale read-sync helper references are gone, and the branch has four commits over origin/main. I’m reading the changed mirror/fetch call sites now to look for behavior mismatches rather than relying on search output.

The changed call sites line up with the intent: attach/explain writes use the strategy helper, fetch/rebase paths mirror after they advance v1, and read-store construction is passive. I’m doing one more check around fetch callers and tests to make sure the unconditional best-effort mirror only runs in metadata-branch contexts.

Fetch callers all route through metadata-branch-specific functions, so the unguarded mirror in fetchMetadataFromOrigin is still scoped to entire/checkpoints/v1. I’m checking for old helper names and then I’ll run final verification commands on the committed branch.

One search hit is worth checking: resume.go also advances the metadata branch after a fetch-like path. I’m reading that now to make sure it is either already covered by the shared fetch helper or needs the same mirror call.

resume.go’s direct ref promotion is only reachable for the default v1 read ref; v1.1 exits before that because the mirror is local-only. I’m checking the related resume tests now to see whether that behavior is covered explicitly enough.

No uncovered fetch path emerged in the audit. I’m running the focused verification set again on the committed branch, plus lint, and I’ll check status afterward in case any tooling produces churn.

Focused tests and lint exited 0. I’m checking for a clean worktree and then I’ll stop at this audit checkpoint.

Committed the docs step as f7e892e864 (document checkpoint mirror read behavior).

Then I continued with the final branch-level audit. No new changes were needed; worktree is clean. I checked that old read-sync helper names are gone, fetch/write mirror paths are scoped to v1 metadata, and v1.1 reads remain passive.

Verification:

• go test ./cmd/entire/cli ... -count=1 exit 0 (ok ... 1.770s)
• go test ./cmd/entire/cli/checkpoint ... -count=1 exit 0
• go test ./cmd/entire/cli/strategy ... -count=1 exit 0
• mise run lint exit 0, golangci-lint: 0 issues
• git status --short: clean

I’m using the Code Review Reception skill for this feedback: first verify what CommittedRefs now supports in the current branch, then adjust the mirror call sites only where the source proves we’re bypassing that topology.

I’m treating this as a topology concern, not just a naming cleanup. The question is whether any new mirror logic hard-codes entire/checkpoints/v1 or refs/entire/checkpoints/v1.1 where it should instead use ResolveCommittedRefs.

The file doesn’t expose separate config values yet; it does centralize topology in CommittedRefs. The gap I found is still real: a few new fetch/sync paths compare or fetch paths.MetadataBranchName directly instead of asking ResolveCommittedRefs(ctx).Primary, so a future topology flip would leave them behind. I’m going to tighten those now.

I’m making the change at the fetch/sync boundary rather than changing the low-level store. The store still writes v1 by design today; the active synchronization code should derive “what branch did we just advance?” from CommittedRefs.Primary.

I found three places in this branch that should track CommittedRefs.Primary: origin fetch, checkpoint-remote fetch, and the “mirror after rebase/fetch” guard. I’m patching those; this keeps today’s v1 behavior the same while avoiding a second round of edits when Primary stops being the hard-coded v1 branch.

There is a fourth related checkpoint-remote helper: the “fetch if missing” probe checks the local v1 branch directly. I’m updating that to check the configured primary ref too; otherwise it would skip or refetch incorrectly after a topology change.

I’m not changing direct committed writes in this pass: WriteCommitted still targets v1 today, and moving that to configurable primary is a larger storage contract change. I’m only changing new mirror/fetch plumbing so it follows the existing Primary field instead of open-coding the branch name.

I’m also adding a focused strategy test for the mirror helper using non-default primary and mirror refs. That gives this review item an actual regression guard instead of just moving strings around.

The patch now derives the fetched/promoted primary from CommittedRefs.Primary, and the post-sync mirror guard checks the same primary rather than paths.MetadataBranchName. I’m formatting and checking imports next.

paths is no longer used in those three files, which is what I expected after the topology change. I’m running focused tests now to catch any behavioral fallout.

The first test run failed at compile time because checkpoint_remote.go still had an unused paths import after the ref-topology change. I’m removing that import and rerunning the same focused checks.

The unused import is fixed. I’m formatting once more and rerunning the focused CLI and strategy tests.

Strategy and checkpoint tests pass; the CLI package now has the same cleanup issue in git_operations.go after deriving the branch from CommittedRefs.Primary. I’m removing that stale import and rerunning the CLI test.

The stale import is gone. I’m formatting and rerunning the focused CLI test, plus a diff review of the change.

The focused tests pass after the topology patch. I’m doing git diff --check and lint now, then I’ll leave this as an uncommitted follow-up step for review.

Incorporated it. The fetch/sync additions now use checkpoint.ResolveCommittedRefs(ctx).Primary instead of hard-coding paths.MetadataBranchName:

• git_operations.go
• strategy/checkpoint_remote.go
• strategy/push_common.go

I also added a mirror-helper regression test proving MirrorCommittedMetadataRef honors provided non-default primary/read/mirror refs, not just the built-in v1/v1.1 pair.

I deliberately did not move WriteCommitted itself to configurable primary here; that is a larger storage contract change. This patch is scoped to the mirror/fetch behavior from the current branch.

Verification:

• go test ./cmd/entire/cli/strategy -run 'TestMirrorCommittedMetadataRef|TestFetchMetadataBranch_UpdatesExistingLocalBranch|TestFetchAndRebase_FlaggedOriginTarget_UsesTempRef' -count=1 exit 0
• go test ./cmd/entire/cli -run 'TestFetchMetadataBranch_MirrorsV11Ref|TestFetchMetadataBranch_DoesNotRewindLocalAhead' -count=1 exit 0
• go test ./cmd/entire/cli/checkpoint -run 'TestResolveCommittedRefs|TestNewCommittedReadStore' -count=1 exit 0
• mise run lint exit 0, golangci-lint: 0 issues

Uncommitted changes are in those 4 files.

I’ll commit the topology follow-up first, then continue with a final audit pass over the branch state and verification coverage.

Status shows explain.go also changed. I’m checking that diff before committing so I don’t accidentally bundle unrelated churn.

The explain.go change is unrelated lint churn, so I’m removing it before committing the topology change.

The unrelated diff is removed. I’ll re-check the staged scope, then commit the four topology files.

The remaining diff is only the topology follow-up. I’m committing it now.

The commit command is still running; I’m waiting for the final result before continuing.

Committed 625223c848 (honor committed ref topology in fetches). I’m continuing with the next step: a clean branch audit and verification recap after the new commit.

Using pfleidi:review now. I’ll follow its default path: review the branch against origin/main, verify findings against source, and only fix high-confidence required issues if the skill directs that.

I finished the commit before your review command: 625223c848 (honor committed ref topology in fetches). I’m switching into the review workflow now; no uncommitted changes are present.

I’m collecting the current origin/main diff and branch context exactly as the review skill requires. After that I’ll launch the parallel review agents.

Review surface: 25 changed files, 300 insertions and 422 deletions against origin/main. There’s no PR context available from gh pr view because this worktree’s remotes are not recognized by gh.

Launching the parallel review agents now.

The five first-pass agents are running. While they review independently, I’m doing a local source pass over the highest-risk changed paths so I can verify or discard their findings quickly when they return.

Local source pass is underway. One thing I’m specifically checking is whether the latest topology changes accidentally changed today’s v1 behavior; so far the fetch refspecs still resolve to entire/checkpoints/v1 under the current CommittedRefs mapping.

The readability/Go-idioms agent came back clean. I’m waiting on the remaining security, correctness, simplification, and clean-Go agents before launching the required independent coverage sweep.

The simplification/efficiency agent also found no findings. Waiting on the remaining three first-pass lenses.

The clean-Go pass is clean too. Two first-pass agents are still outstanding: security and correctness.

Security is clean. I’m waiting on correctness, then I’ll launch the separate coverage sweep required by the review workflow.

Correctness found one Required issue: some committed-read paths outside the files we originally touched still construct NewGitStore, which reads v1 directly. I’m launching the required independent coverage sweep now, then I’ll verify that finding against source before deciding whether it is autofix eligible.

The coverage sweep is running. I’m verifying the correctness finding locally now by reading each cited path and its call sites.

I’ll continue the review workflow from the current branch state and finish the second-pass coverage check before touching code. Then I’ll fix only the high-confidence Required item if it still holds against source.

The second-pass coverage agent independently found the same committed-read issue on the user-facing CLI paths. I’m verifying the exact call sites now, including whether the strategy listing path is part of the same production read surface or a separate concern.

Source confirms the three coverage paths are production reads. I’m also checking related NewGitStore uses so the fix doesn’t leave another obvious v1.1 read bypass or accidentally change write-path behavior.

strategy.ListCheckpoints is also a user-facing committed-read surface through session listing, so I’m treating it as part of the same Required issue. I’m leaving primary write/update paths alone because they intentionally operate on v1 before the strategy mirror step.

The confirmed Required issue is now scoped: four read call sites should use the configured committed read ref, and I’ll cover it with a v1.1 regression on the status/re-run flag helper. That test is a good fit because it directly proves a user-visible read does not silently fall back to v1.

I’m going to patch the read stores now and add the focused regression. The regression will write divergent metadata to v1 after seeding v1.1, so the old code would read the wrong flags.

Required

Improvements (follow-up)

No improvement findings survived verification.

Overall: 1 Required finding, 0 Improvements. The branch is not merge-ready until the committed-read bypass is fixed.

Planned Autofix

The code and regression are patched. I’m formatting the touched Go files first, then I’ll run the focused test that should fail on the old behavior and pass with this fix.

Formatting produced no output, as expected. I’m checking the available focused test names before choosing the smallest useful package coverage for the changed dispatch and strategy read paths.

The new regression passed. I’m running a quick source sweep after the patch to make sure the remaining default stores are write/update paths or lower-level checkpoint internals, not another v1.1 production read bypass.

The strategy-focused test passed. The dispatch test is still running past the first 30 seconds, so I’m polling it rather than starting overlapping verification.

The dispatch test is still quiet after a minute. I’m going to inspect the process instead of letting a potentially stuck test consume the rest of the review.

ps doesn’t show an active go test process, so the session may be a stale PTY. I’m polling once more; if it still reports running, I’ll stop waiting and use a package-level dispatch test run separately.

The dispatch test did finish successfully, just slowly at about two minutes. I’m checking review-context test names next so I can cover that read path without running a broad package suite.

The remaining default-store hits include several read-looking lines, so I’m checking each one before calling the fix complete. Some are intentionally primary-v1 guards or temporary-checkpoint lookups, but I want that conclusion anchored in source.

Most remaining default stores are clearly write/temporary paths. One strategy helper reads a just-written v1 checkpoint during post-commit attribution, so I’m checking whether it must stay on the primary ref or should use the configured read ref.

The post-commit attribution read is tied to the checkpoint just written in the same hook; changing it to the v1.1 read ref could read a pre-mirror value. I’m keeping that one on the primary write store.

The remaining sweep is accounted for, and the diff is still five small file edits. I’m running the review-context test now, then I’ll run lint as the final sanity check for this review fix.

The review-context test and diff whitespace check passed. I’m running the project lint task now, since this is a cross-package Go change and the repo expects lint before presenting a commit-ready diff.

Lint passed. I’m doing the final status/diff check now so the review close-out reflects exactly what changed and nothing extra.

Review completed. Findings: 1 Required, 0 Improvements. The Required issue was autofix-eligible and is fixed.

I changed the committed-read paths in:

• head_checkpoint_flags.go
• review_context.go
• mode_local.go
• common.go

Those now use checkpoint.NewCommittedReadStore(ctx, repo), so v1.1 mode reads the configured custom ref instead of falling back to v1. I also added TestHeadCheckpointFlags_V11ReadsCustomRefAsIs, which diverges v1 after seeding the v1.1 ref and proves the status/re-run flag helper reads v1.1 as-is.

Verification:

• go test ./cmd/entire/cli -run TestHeadCheckpointFlags_V11ReadsCustomRefAsIs -count=1 exit 0: ok ... 0.623s
• go test ./cmd/entire/cli -run REDACTED -count=1 exit 0: ok ... 0.606s
• go test ./cmd/entire/cli/dispatch -run TestLocalMode_EnumeratesCheckpoints -count=1 exit 0: ok ... 120.650s
• go test ./cmd/entire/cli/strategy -run TestListSessionsWithCheckpoints -count=1 exit 0: ok ... 0.463s
• git diff --check exit 0: no output
• mise run lint exit 0: 0 issues

No commit was made.

I’ll commit only the review fix that is currently uncommitted. The focused tests and lint already ran after the patch, so I’m just re-checking the current diff/status and then committing that exact five-file change.

The latest request is PR creation, and it fits with the pending “commit and continue”: I’ll first commit the current five-file review fix, then follow the pfleidi:pr workflow from the resulting branch state.

I’m committing the current read-ref fix now. After that I’ll do the PR workflow’s branch-scope check and verification discovery from the committed branch.

Committed 2326aa2992 with the read-ref fix. I’m now switching into PR prep: branch scope first, then verification command discovery and deduplication.

Branch scope is six commits over origin/main, and the worktree is clean. The artifact cache directory is available under ignored tmp/, but no PR verification cache exists yet, so I’m doing normal command discovery.

The branch file list matches the checkpoint v1.1 ref-mirroring work and the follow-up read-store fix; I don’t see unrelated files. Discovery shows no top-level .mise.toml, so I’m checking the repo’s mise task files and CI workflows directly.

The verification sources point to mise.toml, CI, README/AGENTS, and go.mod. I’m reading the actual mise task definitions now so the PR checks don’t duplicate aggregate and subtask coverage.

mise run check is the aggregate, but it includes mutating fmt, full race CI tests, and e2e canary. For PR prep I’m separating the mutating formatter from read-only validators and using documented local tasks without duplicating their subcommands.

Verification plan from discovery:

I’m skipping separate mise run build, mise run test, mise run test:integration, and direct go test because test:ci covers those areas without running overlapping subsets.

mise run fmt completed with exit 0. I’m checking whether it changed anything before moving to lint.

The formatter left the tree clean. I’m running lint next; this is the required pre-push check and may apply fixes if golangci-lint finds fixable issues.

Lint completed with exit 0 and 0 issues. I’m checking for lint-applied changes, then I’ll run the full documented CI test task.

The tree is still clean after lint. I’m starting mise run test:ci; it may run for a while because it includes race-enabled tests plus canary e2e.

mise run test:ci is still in the race-enabled Go test phase. I have one package result so far and will wait for the full command before treating it as verification.

Race-enabled tests are progressing and still passing package by package. I’m continuing to wait for the command to reach integration and canary before summarizing the result.

mise run test:ci failed in the strategy package: TestEnsureMetadataBranch_DisconnectedBranchesNotReconciledInEnable hit git [add .] failed: signal: segmentation fault. I’m checking the tree and rerunning that single failing test first to distinguish a real branch failure from a transient git/process crash before deciding what to fix.

The focused failing test passed on rerun, and the tree stayed clean, which points to a transient git add crash rather than a deterministic code failure. I’m rerunning the full mise run test:ci command now; if it fails again, I’ll treat it as a real blocker and dig in.

The rerun has cleared the earlier failing package and is still moving through the full test task. I’m waiting for the remaining Go packages and the canary e2e portion.

The full Go/race portion passed on rerun and the canary vogon suite passed. The command is now in the roger-roger canary section, so I’m waiting for that final result.

mise run test:ci passed on rerun, including both canary sections. I’m checking for generated artifacts in the worktree and then I’ll persist the verification discovery cache under ignored tmp/ before pushing.

The worktree is clean; the canary artifacts and built entire binary are ignored. I’m creating the ignored PR verification cache now so later PR runs don’t need to rediscover the same command plan.

The verification cache is in ignored tmp/, and git status remains clean. I’m checking upstream and then pushing the branch with the existing approved push command.

There is no upstream configured, so I’m pushing with git push -u origin HEAD.

The branch is pushed and tracking origin/fix/checkpoints-v1.1-advance-after-sync. I’m checking whether a PR already exists for the pushed branch before creating the draft.

gh pr view doesn’t support --head in this version. I’m checking by branch name instead, then I’ll create the draft if nothing exists.

No existing PR was found for the branch. I’m creating a draft PR against main with a concise scope/verification body.

https://github.com/entireio/cli/pull/1335

I’ll bring origin/main into the current branch, resolve any conflicts in-place, then run focused verification before reporting the result. First I’m checking the branch/worktree state so I don’t merge on top of local dirt.

The branch is clean and tracking its remote. I’m fetching origin/main now, then I’ll merge it into this branch.

The fetch is still running quietly; I’m waiting for it to finish before starting the merge.

The fetch has been quiet for about a minute. I’m polling once more and will inspect the process if it doesn’t complete.

origin/main advanced from e858fb537e to f2fc5b943b. I’m merging that into the feature branch now; if conflicts appear, I’ll resolve only the affected files.

The merge stopped on one content conflict in cmd/entire/cli/review_context.go. I’m reading the conflicted region and nearby main-side changes before editing.

The conflict is exactly the earlier read-time sync call: origin/main added checkpoint.SyncCommittedReadRef(ctx, repo) before the read, while this branch intentionally removed read-time mirroring and uses the configured read store as-is. I’m checking the new main tests around this file before resolving it that way.

The new main test actually supports this branch’s intended behavior: it verifies review context reads the custom ref when v1 is absent. The merge-only conflict line is the old read-time sync call, so I’m removing that call and keeping the configured read store.

The conflict markers are removed. I’m checking for any remaining markers or read-time sync calls, then I’ll run the focused tests around review context and committed-read behavior.

The broad marker search matched normal separator comments because of =======, but there are no conflict markers left in the edited file. I’m formatting the touched review files and running the focused tests that cover the resolved behavior.

The focused review-context and committed-read tests pass. I’m staging the resolved file to mark the merge conflict resolved, then I’ll run lint and a focused broader check before committing the merge.

review_context.go is resolved in the working tree but still needs to be staged to clear the unmerged state. I’m staging the merge resolution now.

The conflict is staged as resolved. I’m checking the staged merge result and then running lint/focused tests before creating the merge commit.

The staged result from origin/main adds a new review-context test that matches the resolved behavior; review_context.go itself has no net diff because it keeps this branch’s read-as-is implementation. I’m running lint now, then I’ll commit the merge.

Lint passed with 0 issues. I’m checking the tree and then finishing the merge commit.

Only the staged upstream test addition remains, and there are no unstaged edits. I’m committing the merge now with Git’s merge message.

The merge commit is created. Since this branch has an open PR, I’m checking the branch status and then I’ll push the resolved merge so the PR conflict is cleared remotely.

The branch is ahead by the merge commit plus the newly merged main commits. I’m pushing it now; lint already passed on the resolved tree.

The resolved branch pushed successfully. I’m doing a final status check and a quick PR metadata read so I can report the exact state.

Merged origin/main into the branch, resolved the single conflict in review_context.go, committed it as 323d25737c, and pushed to PR #1335.

Resolution kept this branch’s intended behavior: no read-time SyncCommittedReadRef; review context reads through NewCommittedReadStore and uses the configured ref as-is. The merge also brought in the new upstream review-context regression test.

Verification:

• go test ./cmd/entire/cli -run 'TestReviewCheckpointContext_ReadsV1CustomRefWhenEnabled|REDACTED' -count=1 exit 0
• go test ./cmd/entire/cli/checkpoint -run 'TestNewCommittedReadStore' -count=1 exit 0
• mise run lint exit 0, 0 issues

Worktree is clean and tracking origin/fix/checkpoints-v1.1-advance-after-sync. PR is open: https://github.com/entireio/cli/pull/1335

I’ll check the current ref-topology code and the GitStore read path before answering, because the answer depends on whether the store still needs a per-instance read target or can derive it at each call.

I see the current CommittedRefs topology object, but I don’t yet see per-ref custom settings in the local file. I’m checking the settings schema and tests to make sure I’m not missing a newer config path.

The settings object is only one side of this; I’m checking write-adjacent call sites too, because the main risk is accidentally making primary-v1 write paths read from the v1.1 read mirror.

The important distinction is per-instance store role, not just where the ref values come from. I’ve got enough context now to answer.

Yes, the concept is still needed.

CommittedRefs / settings choose the topology: Primary, Read, Mirror. GitStore.committedReadRef is how a specific store instance applies the chosen Read ref across ReadCommitted, ReadSessionMetadata, ListCommitted, etc.

It also keeps two roles separate:

• checkpoint.NewGitStore(repo) reads/writes the primary v1 branch, which write-adjacent paths still need.
• checkpoint.NewCommittedReadStore(ctx, repo) reads the configured read ref, e.g. refs/entire/checkpoints/v1.1.

If we removed committedReadRef and made GitStore resolve settings internally on every read, we’d risk making write-adjacent primary paths read from the v1.1 mirror. That would break cases like attach’s “does this checkpoint already exist on the local v1 ref we will write to?” guard and post-commit attribution reading the checkpoint it just wrote before/around mirror advancement.

So I’d keep it, but it may be worth tightening the naming/API: committedReadRef is still the right mechanism, while NewGitStoreWithRef could be renamed to something more explicit like NewGitStoreWithCommittedReadRef if you want less ambiguity.

Makes sense. No code changes from that question.

I’ll run the PR feedback workflow for the current branch and use PR #1335 as the default unless discovery says otherwise. I’m fetching the PR metadata, branch context, and unresolved review threads before deciding what is actionable.

The default gh pr view can’t infer the GitHub repo from this custom remote, so I’m using the known repo entireio/cli and current branch explicitly.

PR context gathered:

I’m fetching unresolved review threads via GraphQL now, including pagination metadata so I don’t classify a partial thread set.

There are two unresolved review threads, both from automated reviewers, and no pagination remains. I’m verifying each against source now before deciding which are eligible to fix.

I’m checking whether the push-sync comment has a minimal safe fix. The likely shape is a best-effort mirror after the push-sync function opens the repository, so any path that advanced v1 before returning keeps v1.1 aligned.

Using pfleidi:pr-feedback. I’ll re-check the current branch/PR state and unresolved review threads before editing, then only fix comments that are unambiguous and directly scoped.

The branch is clean and still matches the PR branch. I’m fetching the unresolved thread set again so the classification is based on the current PR, not stale review data.

PR context:

Human and automated comments:

Bot comments: none.

Summary: 0 human reviewer comments, 2 automated-reviewer comments, 0 bot comments. Both are narrow, source-backed, and have a clear verification path.

I’m recording the starting commit and reading the exact strategy/doc ranges before editing. The likely smallest code fix is to mirror immediately when reconciliation itself advances the primary ref, which covers later errors without adding caller-side retry paths.

The source confirms the reviewer’s edge case: reconciliation can update entire/checkpoints/v1, then fetchAndRebaseSessionsCommon can still return before any success-path mirror call. I’m checking the existing reconciliation tests so the new assertion lands on that behavior instead of muddying an unrelated push test.

I’m going to add the ledger under tmp/pfleidi-pr-feedback/, which is already ignored. Then I’ll patch the reconciliation mutation points and the doc wording.

For finding 1, I’m keeping the fix at the mutation point in ReconcileDisconnectedMetadataBranch: when that function moves the primary metadata branch, it will immediately refresh the configured mirror. That avoids extra CLI package paths and matches the existing strategy-package ownership.

The helper lives in common_test.go, so I’m reading that setup code before writing the test. No production test hooks are needed; this can be covered as a real repo/config integration-style unit test.

For finding 2, I’m only changing the interface comment wording. The doc already had the second sentence right; the confusing part was the parenthetical that still sounded like every committed operation used the v1 branch.

The patch is in place. I’m formatting the edited Go files, then I’ll run the new focused reconciliation test before broader package checks.

The new test caught a real detail: one reconciliation case mirrored, but the local-checkpoint replay case did not. I’m tracing whether that’s the settings cache, the repair path, or the branch state before changing more code.

The empty-orphan branch passes, while the replay branch does not create the mirror. I’m reading the mirror helper now; that split means the issue is probably not settings discovery, but whether the replay path is reaching the mirror after it changes the ref.

I found the behavior: the replay path can return the remote tip when every local data commit is a no-op relative to the remote tree. In that case reconciliation still has advanced v1 to the remote hash, so the mirror should be refreshed there too.

Correction after checking the test setup: the failed replay case was adding .entire/settings.json onto the orphan checkpoint branch and then losing it on checkout. I’m moving the settings write to after the orphan-branch setup so the test exercises the production mirror path correctly.

The focused test now passes. I’m running the relevant strategy package tests plus the project lint task from the same tree state.

Verification is clean. I’m updating the feedback ledger with the commands and then I’ll review the final diff/status before stopping at the publish gate, since the skill does not commit without explicit approval.

Addressed both automated PR comments locally, but per pfleidi:pr-feedback I stopped before publishing because there are uncommitted fix changes.

Changed:

• metadata_reconcile.go: reconciliation now mirrors the configured committed metadata ref immediately after advancing v1.
• metadata_reconcile_test.go: covers both empty-orphan reset and local-checkpoint replay repairs.
• sessions-and-checkpoints.md: clarified the committed store comment.

Verification:

Ledger: tmp/pfleidi-pr-feedback/pr-feedback-1335.md

Current tracked changes are uncommitted in 3 files. Should I commit these PR-feedback fixes now so I can push and reply/resolve both PR threads?

I’ll commit the PR-feedback fixes from the current diff, then continue the publish step: push the branch, reply to the two addressed review threads, and resolve them.

The working tree contains only the three intended PR-feedback files. I’m staging those exact files and committing with a message based on this diff.

The commit hit the sandbox because this worktree’s Git metadata lives outside the writable root. I’m rerunning the same staged-file commit with elevated filesystem access.

Committed 5c0219a7af. I’m checking the branch state, then I’ll push and prepare the exact review-thread replies before calling the GitHub API.

Reply plan before publishing:

Everything actionable has a concrete commit and no rejection rationale is needed.

The branch push succeeded. I’m replying to both original review threads now, then resolving only those two addressed threads.

Both replies posted successfully. I’m resolving the same two threads and then I’ll verify there are no unresolved review threads left.

Both threads are marked resolved by the API. I’m doing one final PR-thread/status check and updating the local ledger with the published reply details.

Committed, pushed, replied, and resolved both PR feedback threads.

Commit: 5c0219a7af mirror reconciled metadata refs
Push: 323d25737c..5c0219a7af to fix/checkpoints-v1.1-advance-after-sync
Tracked working tree: clean
Ledger: tmp/pfleidi-pr-feedback/pr-feedback-1335.md

Verification before commit/push:

• go test ./cmd/entire/cli/strategy -run TestReconcileDisconnected_MirrorsV1CustomRefAfterRepair -count=1 → ok
• go test ./cmd/entire/cli/strategy -run 'TestReconcileDisconnected|TestFetchAndRebaseSessionsCommon_MirrorsV1CustomRefAfterSync' -count=1 → ok
• mise run lint → [lint:go] 0 issues.

Final PR check shows both review threads resolved. GitHub currently reports PR merge state as DIRTY, so the next thing to look at is likely whether main moved again or GitHub sees a conflict.

I’ll merge origin/main into this PR branch, resolve any conflicts against the current code, run focused verification, and commit the merge if resolution is needed.

The branch is clean and already pushed at 5c0219a7af. I’m fetching origin/main and then merging that exact remote ref, not local main.

origin/main moved to a089a74aec. I’m merging it now and will inspect only the conflicted files if Git reports conflicts.

The merge command needs to write worktree Git metadata outside the sandbox root, so I’m rerunning the same merge with elevated filesystem access.

There is one conflict: cmd/entire/cli/dispatch/mode_local.go. I’m reading the conflict and the relevant base/head versions before editing.

The conflict is the expected overlap: main added per-repo settings scoping for dispatch, while this branch removed read-time SyncCommittedReadRef calls. I’m preserving the new per-repo settings context and dropping the read-time sync.

The resolution is local to one block: use settings.WithWorktreeRoot(ctx, repoRoot) to build the committed-read store, and do not call checkpoint.SyncCommittedReadRef before reading.

The conflict markers are removed. I’m checking the merge diff now, including the test file that came from main, before running focused dispatch and checkpoint checks.

No conflict markers remain; Git still needs the resolved file staged. I’m checking the staged main test additions and then I’ll mark the resolution.

The staged additions from main are the new dispatch tests and helpers for per-repo committed-read settings. I’m formatting the resolved file and running the focused dispatch tests that cover the conflict.

The focused tests passed. I’m running lint now, then I’ll stage the resolved file and create the merge commit.

Lint passed. I’m checking the merge state once more, then staging the resolved conflict and committing the merge.