The explore agent is running in the background. I'll wait for it to complete and then summarize the endpoints for you.

Here's the inventory of endpoints the CLI currently calls. They fall into a few distinct surfaces:

1. Control-plane Core API — /api/v1/*

The big one. internal/coreapi (generated from an OpenAPI spec in oas_client_gen.go) exposes 54 operations. Base host comes from auth.ResolveControlPlaneTarget() (active context's CoreURL), or ENTIRE_TOKEN's aud claim, or a specific cluster via NewForCluster. Grouped:

• Orgs — POST/GET /orgs, GET/DELETE /orgs/{id}, members CRUD, GET /orgs/{id}/projects
• Repos — POST /repos, GET/DELETE /repos/{id}, visibility get/set, grants (grant/revoke/list, plus revoke-by-provider)
• Projects — CRUD, members, repos, grants
• Mirrors — CRUD, GET /mirrors/available, collaborators (grant/list/revoke)
• Service accounts — CRUD, grants, OIDC bindings CRUD
• Identity/access — GET/PATCH /me, GET/POST /access/{type}/{id}, GET /identity/handles/{handle}, POST /lookup
• System — GET /audit, GET /version, GET /clusters, GET /oidc-providers

2. Data API — default https://entire.io (override ENTIRE_API_BASE_URL)

Lives in cmd/entire/cli/api. This is the Rails BFF surface:

• GET /api/v1/repositories
• Trails — list/get/delete under /api/v1/trails/{forge}/{owner}/{repo}[/...], review comments + state, and an SSE ?stream watch
• GET /api/v1/activity
• GET /api/v1/me/recap

3. Auth / token exchange

• POST /oauth/token (httputil/oauth.go) — RFC 8693 token exchange for cross-jurisdiction access
• Login-session mgmt: GET {authSessions}, DELETE {authSessions}/current, DELETE {authSessions}/{id} (backs auth logout --everywhere)

4. Discovery (.well-known)

• GET /.well-known/entire-cluster.json — trusted login cores for a cluster
• GET /.well-known/entire-api.json — data API's trusted issuers
• GET /.well-known/entire-federation — federation peer list (for 421-redirect validation)

5. Git smart-HTTP (protocol, not Entire-specific)

/info/refs?service=… + POST /git-upload-pack / git-receive-pack, via the remote helper, with cluster replica failover.

Notes

• No gRPC or protobuf anywhere — no .proto or *_pb.go files. Everything is HTTP/REST plus Git's stateless-RPC-over-HTTP.
• Every request carries Authorization: Bearer <token> (login context refresh token re-minted per request, ENTIRE_TOKEN, or SA creds).

The two clients worth knowing are internal/coreapi/client.go (control-plane, generated) and cmd/entire/cli/api/client.go (data API, hand-written).

Want me to go deeper on any one of these — e.g. which CLI commands hit which endpoints, or the base-URL/auth resolution flow?

Both agents are running. I'll wait for their results to determine which endpoints can migrate.

Good — one key correction already: the data API is a Node.js/Hono TypeScript service (not Rails), reading from PlanetScale Postgres. Now I need the entire-api surface to compare. Waiting on the second agent.

Here's the comparison. Good news first: entire-api uses exactly the same auth as the core control-plane API — bearer JWT validated against Core's JWKS, aud-pinned to the jurisdiction, scope must contain openid. That's the same token model your coreapi client already handles (including the /oauth/token cross-jurisdiction exchange). So anything that moves there can reuse the core auth path instead of the separate api client's bearer plumbing.

Verdict per endpoint

Recommendation

Move now: activity → /me/activity and me/recap → /me/recap. Both are already built in entire-api with identical shape and the matching auth, so the CLI can route them through the core client. The one behavioral change to plan for: entire-api's /me/* endpoints are residency-partitioned — the client is expected to hit GET /me to discover the caller's jurisdictions and fan out per-jurisdiction, rather than one global call. That's the intended consumption pattern, but it's not a drop-in swap for the CLI.

Evaluate: repositories → /repos — mechanically easy, but decide whether "repos I have SpiceDB access to" matches what the CLI's repositories command means today (GitHub-App-installed repos).

Can't move without new work: everything under trails/* and the code-review endpoints. entire-api has no trail or code-review domain, and those endpoints depend on GitHub API calls and Cloudflare Durable Objects that are specific to the entire.io service.

Want me to look at the CLI-side call sites for activity and recap to sketch what the actual migration (client swap + /me fan-out) would take?

ListRepositories (the GET /api/v1/repositories call) has exactly two call sites, and both consume only two fields: full_name and checkpoint_count.

1. search_cmd.go:249 — completeRepoFlag Shell tab-completion for the --repo flag on entire search. Lists your repos sorted recent, drops any with checkpoint_count == 0 (searching them would return nothing), and offers the rest's full_name as completions. Errors are swallowed — completion must never print.

2. dispatch_wizard.go:31 — defaultListDispatchWizardRepoResources Backs the interactive entire dispatch wizard's repo picker. Lists repos (sorted recent) so you can choose which one to dispatch against. Consumes the full list.

Both go through NewAuthenticatedAPIClient (the ENTIRE_API_BASE_URL data client) and both request RepositorySortRecent.

Relevance to the migration

This is a low-surface, read-only call used only for a completion list and a picker — both non-critical (search completion already degrades gracefully to just *). So swapping it to entire-api's GET /repos?include=activity is mechanically small.

The one real question is the semantic difference I flagged: today's list is "repos visible via your GitHub App installation, with checkpoint counts"; entire-api's /repos is "repos you can read via SpiceDB grants." For these two uses — completing/picking a repo that has checkpoints to search or dispatch against — the SpiceDB list is arguably more correct (it's the repos Entire actually knows about), but you'd want to confirm ?include=activity returns a per-repo checkpoint count so completeRepoFlag's CheckpointCount == 0 filter still works.

Want me to check whether entire-api's /repos?include=activity response includes a checkpoint count field?

That confirms the CLI side of the friction. The control-plane (coreapi) world already addresses repos by ULID, and resolveRepoRef (resolveref.go:186) can only turn a name into a ULID if you also supply a --project — there's no "git remote → ULID" resolution from the local remote alone.

So the two worlds differ exactly as you suspected:

• Data API (today): addresses repos by forge/owner/repo + full_name — coordinates the CLI reads straight from the local git remote, no server lookup needed.
• entire-api: addresses repos by /repos/{repo_id}/... where repo_id is a control-plane ULID the CLI usually doesn't have locally.

I'm waiting on the agent to confirm entire-api's exact repo_id format and, importantly, whether there's any resolve-by-remote endpoint (or whether /repos / /me/* return the owner+name alongside the ULID so the CLI could build the mapping itself). That determines whether a migration needs an extra resolution hop.

Confirmed — and this actually sharpens the picture in a useful way. Here's what repo_id turns out to be:

• entire-api addresses everything repo-scoped by ULID. repos.id is a ulid PRIMARY KEY (migrations/repo/001_init.sql:100), and {project_id} is a ULID too. Handlers pass the path string straight to SpiceDB/store with no parse — it's just expected to be the ULID.
• There is no resolve-by-remote endpoint. Nothing maps forge/owner/repo → repo_id. The only bridge is GET /api/v1/repos, which returns both id (ULID) and full_name ("owner/repo") per repo — so a client that only knows the remote must list /repos and match full_name client-side. One-way, and it costs an extra call.

But here's the key distinction for your migration: the ULID requirement bites the repo-scoped family (/repos/{repo_id}/...) — and that's not what we're moving.

The three candidates we identified don't take a repo_id in the path:

So to directly answer "the new endpoints want a ULID also, right?": yes for the per-repo endpoints, but no for the three movable ones. activity, recap, and repositories are all identity-scoped /me/* calls or the /repos list itself — full-name/identity-keyed, no ULID input.

Where the ULID genuinely blocks you is if you later want to move the repo-scoped data (per-repo checkpoints, sessions, transcripts, analytics panels). Those force a owner/repo → ULID resolution the CLI can't do cleanly today: coreapi's resolveRepoRef needs a --project to resolve a name, and entire-api only offers "list /repos and match full_name yourself." That's the resolution hop worth designing before touching the repo-scoped surface.

*One thing to verify before moving recap: entire.io's me/recap?repo=org/name takes a full name — confirm entire-api's /me/recap?repo= filter also accepts full_name and not a ULID. Want me to check that one param?

Definitive answer, and it lands on the ULID side. From me_types.go:328-332:

And recapRepos (me.go:840) confirms it: "Repos are repo_id ULIDs."

So entire-api's /me/recap?repo= expects a repo_id ULID, whereas entire.io's takes org/name. The port author explicitly flagged the divergence in that comment.

Net effect on the recap move

So the recap migration splits: the unfiltered recap moves cleanly, but the ?repo= team/contributor variant hits exactly the resolution gap we discussed — the CLI would need to turn org/name into the repo ULID (via GET /repos match, or a coreapi resolve), same hop the repo-scoped family needs.

activity is unaffected either way — /me/activity takes no repo param.

Summary of the whole investigation

• Clean moves, no ULID: activity → /me/activity; unfiltered me/recap → /me/recap; repositories → /repos (it's the discovery list that emits the ULIDs).
• Move + one resolution hop: me/recap?repo= (org/name → ULID).
• Not movable without building new domain: all trails/* and code-review endpoints (no trail/review surface in entire-api; depend on GitHub API + Cloudflare Durable Objects).
• The core blocker for going further (per-repo checkpoints/sessions/transcripts): everything under /repos/{repo_id}/* is ULID-addressed with no resolve-by-remote endpoint, so any move needs a owner/repo → ULID bridge the CLI doesn't have cleanly today.

Want me to sketch what that resolution bridge would look like (e.g. a cached GET /repos full_name→ULID lookup in the CLI), since it's the common unlock for both me/recap?repo= and the repo-scoped surface?

Agree — don't cache it. For a CLI the reasoning is straightforward:

• The process is short-lived and resolves one repo per invocation. An in-memory cache would only pay off if a single command resolved the same repo repeatedly, which none of these do. So in-process memoization buys nothing here.
• A persistent (on-disk) cache is net-negative. It trades one cheap HTTP GET for a staleness-invalidation problem: repos get renamed, access gets revoked, a repo moves region — and a stale full_name → ULID map silently points commands at the wrong (or a gone) ULID. That's exactly the class of bug the existing resolveRepoRef avoids by resolving on demand, and it's the right pattern to follow.

So: fetch each time. One extra round-trip on the commands that actually need a ULID, and correctness is free.

Two things worth keeping in mind, though:

1. It's a list-and-match, not a point lookup. entire-api has no resolve-by-remote endpoint — the only bridge is GET /repos, which returns all accessible repos and you match full_name client-side. So each "resolution" is really "fetch the whole list + scan." For a normal user that's one modest call; for someone with a very large accessible-repo set it's a bigger payload than a targeted lookup would be. Still fine to do per-invocation, but the response size grows with account size, not with what you asked for.

2. If that ever becomes the bottleneck, the fix is server-side, not a client cache — a proper GET /repos/resolve?full_name=owner/repo (or accepting forge/owner/repo on the repo-scoped routes) on entire-api. That eliminates the hop entirely instead of papering over it with cache invalidation logic on the CLI side.

And to keep it in scope: this resolution only matters for me/recap?repo= and the future repo-scoped family. The three clean-move endpoints (activity, unfiltered recap, repositories → /repos) need no resolution at all.

I'll wait for that trace to come back — it'll tell me the exact template format, placeholder substitution, and how the cell resolves from a mirror, which is what I need to design the CLI-side base-URL resolver correctly.

entire.io/api uses three templates (buildBaseUrl/buildAudience/buildCoreBaseUrl). I'll port them as pure, validated Go functions. Writing commit 1:

Full CI gate is green — unit tests, integration, and both E2E canary suites (Vogon 59/59, roger-roger 4/4) all pass.

Done — branch soph/cli-me-endpoints-to-entire-api

Four meaningful commits migrate activity and recap from the entire.io data API to entire-api (same-auth-as-core), gated behind operator templates with graceful fallback:

Key findings that shaped it:

• activity/recap already call /me/activity and /me/recap — the exact paths entire-api serves — so this was a routing change, not a response rewrite.
• entire-api serves no .well-known, so I added ResolveEntireAPIToken to mint a jurisdictional token (aud = {jurisdiction}) from the active context — reusing the existing NewRefreshingResourceProvider primitive.
• The ULID blocker dissolved: coreapi.Mirror.MirrorId is the repo ULID entire-api wants (per entire.io/api's own docs), and the CLI already fetches it — so recap's team column works with no extra lookup, and no scope creep.

Behavior: entire-api routing is opt-in — with the templates unset (every current user), both commands behave exactly as before. When set, routing kicks in only for repos with a routable mirror; unroutable repos fall back silently, while genuine failures (control plane down, bad template, rejected token) surface.

Not done (as scoped): repositories → /repos was left out per your earlier call. I didn't push — branch is local and CI-green whenever you want to open a PR.

One deferred follow-up worth noting in the code comments: token minting uses the active context's core, which is correct for single-core deployments; minting at a foreign jurisdiction's core (via ENTIRE_CORE_BASE_URL_TEMPLATE) is stubbed but not wired.

Let me pull up trail 715 using the authenticated CLI rather than the web (which needs a browser login).

Sure — what would you like to clarify before I reframe the options? A few things that might be behind your question:

• Ownership/coordination — is 715 (suhaanthayyil) yours to sequence, or would landing order need to be coordinated with them?
• Scope of sharing — are you questioning whether activity/recap should really share 715's client at all (e.g. /me/* home-routing vs. the repo-scoped path 715 was built for), rather than just when?
• Something about my comparison — did I mischaracterize how 715 works, or is there a constraint (e.g. 715 might change significantly, or it's blocked) that makes my framing off?

Tell me what's on your mind and I'll rework the question — or just tell me the direction and I'll proceed.

Review: trail 715 / codex/experts-cell-routing

Verdict: approve — safe to stamp and merge. It builds, all tests pass, lint is clean (0 issues), and the security-sensitive parts (JWT handling, token exchange, URL construction) are carefully hardened. No blocking issues. A handful of minor notes below, none merge-blocking.

What it does

Routes the experts commands' repo-scoped calls to the entire-api cell that hosts the repo, with a jurisdictional identity token (scope=openid, aud=<jurisdiction host>) — because the BFF doesn't proxy those routes for bearer callers (COR-666). Cell is resolved from the control plane (repo → ClusterHost → cluster catalog apiUrl+jurisdiction); on any failure it degrades to home-jurisdiction routing.

Strengths

• Genuinely fail-safe fallback. Every resolution failure (not logged in, core error, timeout, ambiguous placement, missing apiUrl) returns nil → home routing = prior behavior. The common same-region case can't regress. The 5s resolve timeout keeps a hung core from stalling the command.
• Security hardening is solid. requireSafeExchangeURL affirmatively requires https (not merely "not http") on both the core (where the login JWT is sent) and the cell (where the identity token is sent), so a buggy catalog can't exfiltrate credentials over ftp/ws/scheme-relative. The home_jurisdiction claim is decoded from an unverified JWT but bounded by jurisdictionLabelPattern to a single DNS label before any URL templating — good defense-in-depth, and the risk is documented.
• Environment-agnostic (isBFFOrigin, entireDomainFamily): recognizes prod/staging and honors loopback + env template overrides without a hardcoded prod default.
• Correct control-plane usage: RFC 8693 exchange as a public client (client_id=entire-cli, no secret) — right for the CLI, vs. the BFF's confidential-client flow.
• Strong test coverage: jurisdiction parsing, BFF detection, family/template precedence, bad-label rejection, safe-URL, home-cell/direct-cell/target routing, multi-region & inactive-mirror handling.
• Thoughtful UX: the 404 "repo not in this region" now surfaces an actionable cross-region hint.

Minor notes (non-blocking; optional follow-ups)

1. Asymmetric jurisdiction casing. resolveExpertsCellTarget lowercases cluster.Jurisdiction, but the home-JWT path (homeJurisdictionFromLoginJWT → targetJurisdiction) doesn't — an uppercase home_jurisdiction claim would hard-fail jurisdictionLabelPattern instead of routing. Convention is lowercase, so low-impact, but lowercasing the JWT-derived value too would be more robust.
2. Home fallback lists clusters at the templated jurisdiction core, not the discovered login core (selected.CoreURL). For the home jurisdiction these normally coincide; in an exotic template/multi-core setup they could differ and 401. Worth a comment or using selected.CoreURL for the home-fallback cluster listing.
3. isBFFOrigin depends on cells containing .api. in the host. Fine given the {cell}.api.<domain> convention, but a vanity cell host would be misclassified as a BFF. Reasonable to leave; just an encoded assumption.
4. 503-on-query broadened to always mean "code search unavailable" — a genuinely transient cell 503 on a query would now read as a config message. Documented trade-off (bare "Service Unavailable" bodies); acceptable.
5. Two cluster-listing paths — hand-parsed in auth (import-cycle avoidance, documented) vs. generated coreapi.ListClusters in the cli layer. Minor duplication, well-justified.

Relevance to our work

This is the mature version of exactly the infra my activity/recap branch built. Once you merge, my branch should collapse onto auth.NewEntireAPICellClient (nil target = home routing for the /me/* endpoints), keeping only the mirrorId == repo_id bit for recap's ?repo=. Note it already carries ENTIRE_API_AUDIENCE_TEMPLATE / ENTIRE_CORE_BASE_URL_TEMPLATE (superset of my entireapi.go templates), so my template file becomes redundant.

Go ahead and stamp it — and once it's on main, tell me and I'll rebase the activity/recap work onto the shared client.

Full CI gate is green — all unit tests, integration, and both canary suites (Vogon 59/59, roger-roger 4/4) pass.

Done — rebased, reconciled, nits addressed

Branch soph/cli-me-endpoints-to-entire-api now sits cleanly on the merged 715 with two focused commits (I collapsed the four exploratory commits, since 715's shared client made my parallel template/cell/token machinery redundant — carrying it just to delete it would've been churn):

8a978d3 — cli/auth: address review nits on entire-api cell routing (the 715 follow-ups)

• Nit 1: case-fold the home_jurisdiction JWT claim before the strict [a-z0-9-] label check, so an uppercase claim routes instead of hard-failing. Added a test.
• Nit 2: the home-jurisdiction fallback now lists the cluster catalog against the discovered login core (selected.CoreURL) — which signs the login JWT — rather than the templated jurisdiction core that could reject it in a multi-core setup.
• Added ErrNoCellForJurisdiction sentinel wrapping the "no cell / no apiUrl" errors, so callers can degrade cleanly.

f7eccb6 — cli: route activity/recap through the shared entire-api cell client

• activity and recap now go through auth.NewEntireAPICellClient(…, nil) (home routing) — one routing/token path across the CLI, matching experts.
• Best-effort upgrade: any cell-client failure (no cell yet, not logged in, discovery/exchange error) falls back to the data API, which also serves /me/* and yields the canonical auth errors. This preserved the "not logged in" hint (a regression the test caught) and keeps existing users unaffected until their region has a cell.
• recap's team column keeps working: currentRepoID resolves the repo ULID from the mirror id (which entire-api treats as repo_id), best-effort.

I did not touch the nits I flagged as intentional/acceptable in the review: the 503→"code search unavailable" broadening (a deliberate 715 commit), the .api. host-detection convention, and the two cluster-listing paths (import-cycle-driven, documented).

Note: mise run lint locally flags two pre-existing goconst issues in review_context.go / runner_gather.go — both on main, untouched by me; CI's new-issues-only mode won't flag them. Nothing pushed yet; say the word and I'll open the PR.

All four cleanup agents are running. Waiting for their findings before deduping and applying.

Efficiency agent done. Its "duplicate round trip" framing is partly a false positive (NewEntireAPICellClient(nil) does discovery + token exchange but not mirror listing, so currentRepoID's ListMirrors isn't redundant with it) — but the underlying point that recap now pays a network hop to turn the slug into a ULID is real and worth noting. Waiting for the other three before I decide.

Simplification agent done. Most actionable: the newRecapClient else-if shape and the duplicated "log-then-fall-back" decision shared with runAuthenticatedActivityAPI (a tiny shared helper fits). I'll skip its forgeToMirrorProvider/firstActiveRepoID suggestions — those are style nitpicks (and the switch form deliberately uses the constant to avoid a goconst lint hit). Still waiting on the reuse and altitude agents — they likely converge on the currentRepoID vs experts_cell_target.go overlap.

Altitude agent done. Key actionable finding (shared with the pending reuse angle): firstActiveRepoID reimplements the exact archived/failed/suspended filter already in experts_cell_target.go's distinctActiveClusterHosts — extracting a shared mirrorIsActive predicate removes that duplication cleanly.

I'll skip its two bigger proposals: moving the data-API fallback into auth.NewEntireAPICellClient (that would couple shared auth infra to command-specific policy — experts correctly wants no fallback; the cli-layer wrapper is the right altitude), and the structured-error taxonomy (over-engineering — I'll fold just the useful bit, "don't log the expected not-logged-in case," into a small shared log helper). Waiting on the last agent (reuse) before applying.

Done. Four cleanup agents ran in parallel; here's what I applied vs. skipped.

Applied (committed in 21ff7f2, no behavior change)

1. Extracted isActiveMirror(coreapi.Mirror) — the archived + failed/suspended placement filter that firstActiveRepoID (my code) and distinctActiveClusterHosts (715's) each spelled out independently. Flagged by reuse + altitude. Now one predicate owns "can this placement serve the repo," so a new non-serving status is a one-line change.
2. Extracted logCellClientFallback for the two cell→data-API call sites — flagged by simplification + altitude. Removes the duplicated inverse-condition debug log, cleans up the awkward if/else-with-empty-branch in newRecapClient, and drops log noise for the expected not-logged-in case (the useful sliver of the altitude agent's "categorize errors" idea, without the taxonomy).

Skipped (with reasons)

• Efficiency — "duplicate control-plane round trip" in currentRepoID: false positive on "duplicate." NewEntireAPICellClient(nil) does discovery + token exchange but not mirror listing, so currentRepoID's ListMirrors isn't redundant with it. It is one extra hop to turn the slug into the ULID recap needs for the team column — necessary work for the feature, best-effort, on an interactive path. Not a defect.
• Altitude — move the data-API fallback into auth.NewEntireAPICellClient: would couple shared auth infra to command-specific policy. experts deliberately wants no fallback (it's repo-scoped and must hit the cell); the fallback is an activity/recap concern, correctly at the cli layer.
• Altitude — structured cell-error taxonomy: over-engineering for two call sites; folded the one useful bit (don't-log-not-logged-in) into the helper instead.
• Reuse/simplification — reshape forgeToMirrorProvider: the constant (mirrorCloneProviderGitHub) is already shared; routing a bare forge through parseMirrorCloneRef's regex path-parser would be more convoluted, and the case "gh", mirrorCloneProviderGitHub: form deliberately uses the constant to avoid a goconst hit.
• Simplification — firstActiveRepoID inline .In(): addressed via the isActiveMirror extraction instead (the proposed .In() method doesn't exist on the status type).

Build, the affected package tests, and lint on all touched files are green. The branch now has 3 commits on top of the merged 715; nothing pushed.

PR opened: https://github.com/entireio/cli/pull/1592

cli: route activity/recap through the entire-api cell client — base main, 3 commits:

1. 8a978d3 — address the #1588 review nits (jurisdiction case-fold, discovered-core listing, ErrNoCellForJurisdiction sentinel)
2. f7eccb6 — route activity/recap through the shared cell client with data-API fallback
3. 21ff7f2 — dedup the mirror-active filter and cell-fallback logging

Notes:

• The remote branch had my earlier 4-commit (template-based) version with no PR attached — I force-pushed with --force-with-lease to replace it with the reconciled version, so nothing reviewed was clobbered.
• The two pre-existing goconst lint findings are in untouched files on main; CI's new-issues-only mode won't flag them against this PR.

What would you like to clarify? A few things that might be behind the question:

• Backend readiness — do you already know whether prod entire-api's github_repo_meta (and the /me/commits message/author enrichment) is backfilling and will populate on its own, or is it genuinely missing? That's the crux of "proceed" vs "hold."
• Scope of the concern — is it just the repo names showing as ULIDs you want addressed, or also the "(no message)" / "Unknown" author? They have different fixes.
• My read of the situation — did I get something wrong? e.g. maybe you expect it to be hitting the data API (not the cell), or you know these repos should have metadata, which would point at a different bug than I diagnosed.
• Whether the cell is even the intended prod backend yet — maybe activity/recap shouldn't be routing to the cell in prod at all right now.

Tell me what's on your mind and I'll reframe — or just point me at the direction you want and I'll go.

Answered by the code: they're the same endpoint paths, but two different backends with different data.

entire.io/api serves /me/activity, /me/commits, /me/recap from its own PlanetScale database — not by proxying to entire-api:

• me.ts:261 → db.checkpoints.getByUser(...), db.checkpoints.getStreakTimestamps(...)
• recap.ts:247/279 → db.checkpoints.getByUser(...), db.analyses.aggregateFacetsByAgent(...)

That PlanetScale store is the GitHub-webhook-fed pipeline, so it already has the enriched fields — GitHub owner/repo names, commit messages, author usernames. (These /me/* routes are recent, added for the CLI — recap.ts even notes "pattern established by /me/activity (PR #1590)".) That's the backend the CLI used before, and the one entire.io's own frontend hits.

entire-api is a separate service with its own stores (my_activity user store + repo store + github_repo_meta). Same endpoint contract — which is why the CLI's structs decode both — but in prod those stores are sparsely populated, so:

• repo names fall back to the repo_id ULID (repoDisplay: MetaFullName → repos-table → repo_id, and github_repo_meta has no row), and
• /me/commits comes back without message/author.

So my migration wasn't a like-for-like backend swap — it re-pointed the CLI from entire.io's mature, enriched PlanetScale to entire-api's newer, not-yet-at-parity stores. That's precisely why entire.io renders names and the cell renders ULIDs.

Which reframes the decision: this isn't a CLI bug, it's a data-parity gap between the two backends. The real question is whether entire-api's prod stores are expected to backfill to parity (repo metadata + commit enrichment) soon — in which case proceeding is fine — or whether the CLI should keep activity/recap on the data API until they do.

Do you know the backfill/parity status of entire-api's github_repo_meta and /me/commits enrichment in prod? That determines whether we ship the routing as-is or hold it — I don't want to guess at your infra's rollout state.

I've launched a focused trace of entire-api's repo-name population paths. Waiting for it to determine backfill-vs-broken with code evidence.

Traced it. The repo names aren't broken code — they're a data/pipeline gap. The read path and the population path both exist and are wired; the data just isn't in the us cell's stores for your repos.

Why the names are missing

entire-api resolves a repo's name from two sources, in order (repoDisplay → GitHubFullName):

1. github_repo_meta.full_name — populated by the github_meta_v1 NATS consumer (internal/httpapi/internal/githubmeta/consumer.go), whose producer is mirror-pipeline's meta-fanout (GitHub webhooks). It's wired in server.go:474 but gated behind cfg.ConsumeGitHubMeta.
2. repos.full_name — set at ingest (ingest/flow.go:432-453) from either Core's GetRepo path (repoMeta.RepoFullName()) or, failing that, a fallback read of github_repo_meta.

You see the ULID only when both are empty — i.e. Core didn't supply a path at ingest time and no github_meta_v1 event has landed. So:

Verdict: backfill / deployment gap, not a code bug. The mechanism is deployed; the names haven't arrived for these repos in the us cell. The two things that decide whether it self-heals — both of which I cannot verify from the repo, only from prod:

• Is ConsumeGitHubMeta actually enabled in the us cell's deploy? If off, no names will ever populate (won't self-heal until flipped).
• Is mirror-pipeline publishing github_meta_v1 for your repos, and has the event arrived?

You can confirm directly: SELECT count(*) FROM github_repo_meta on the us cell (empty ⇒ consumer off or not flowing), or check the cell's ConsumeGitHubMeta config.

The commits are a different story

Commit message/author are not stored in entire-api — the commits table was dropped (migrations/repo/006_drop_commits.sql) and /me/commits reads them through to entiredb at serve time (commits_readthrough.go, author via resolveAuthorEmailLogins). So "(no message)" / "Unknown" isn't a backfill gap — it means the entiredb read-through returned nothing or failed. That's a live serve-path issue, separate from repo names.

What this means for the PR

• The recap scope-label fix is a real CLI bug fix — keep it regardless.
• For activity/recap routing: the display degradation is real in prod today, but it's upstream data/config, not the CLI. Two honest paths: (a) hold the activity/commits routing on the data API until the us cell's github_repo_meta is confirmed populated and the entiredb commit read-through works, or (b) proceed if you know the meta consumer is on and backfilling (it'll fill in server-side).

My recommendation: hold activity/commits on the data API until you've confirmed (via that github_repo_meta count / ConsumeGitHubMeta) that the us cell is actually enriched — otherwise this ships a visible prod regression that's out of the CLI's hands. recap's aggregates can stay, but its per-repo/commit bits inherit the same gap.

Want me to (a) narrow the PR to hold activity/commits on the data API, or (b) leave routing as-is pending your check of the cell's meta population?

Here's what I found, and it's good news for effort: the hard part (auth injection) is already built in the entire CLI — an entire api would mostly be a thin passthrough over plumbing that exists.

What gh api does

It's an authenticated HTTP passthrough:

• gh api <endpoint> → adds the token, base URL, and default Accept/version headers automatically; prints the JSON response.
• Placeholder substitution: {owner}, {repo}, {branch} in the path are filled from the current repo.
• Method inference: GET by default, auto-POST when you pass fields; override with -X.
• Params: -f/--raw-field (string), -F/--field (typed — true/false/null/ints, @file, @- for stdin).
• Also: -H headers, --input body file, -i include response headers, -q/--jq filter, -t/--template Go template, --paginate, --verbose. (GraphQL via the graphql endpoint — not relevant to us.)

What entire already has

The auth-resolution the user wants is done — three backends, each with a ready entry point:

And api.Client already has Get/Post/Put/Patch/Delete/GetStream + JSON decode + error handling. There's even a partial answer today — the hidden entire auth token exists precisely so you can curl -H "Authorization: Bearer $(entire auth token)" "$CORE/api/v1/clusters" (auth.go:133). entire api would just fold that into one command and pretty-print.

The one entire-specific wrinkle

gh has a single backend; entire has three, and the paths overlap (/api/v1/me/activity exists on both the data API and the cell — that's the whole debugging question we're on). So the command needs a target selector. My proposed shape:

• --to core (default) → control-plane client; --to data → data API; --to cell → home cell (with --cluster/repo to target a specific cell).
• Placeholder substitution worth stealing from gh, plus entire-specific ones that are gold for exactly our current problem: {owner}/{repo} from the git remote, and {repo_id} resolved from the mirror ULID — so you could run entire api --to cell "/api/v1/me/recap?repo={repo_id}" and see the raw cell response, or entire api --to core /api/v1/mirrors to check metadata.
• Pretty-print JSON by default; -q for jq-style filtering (embed gojq, like gh does) or defer that to v2.

v1 scope: GET + -X + -f/-F (+ auto-POST) + -H + --input + -i + pretty JSON + the three targets + placeholders. Defer --jq, --paginate, --template to a follow-up.

This would also immediately let us answer the data-parity question empirically — entire api --to cell /api/v1/me/activity vs --to data /api/v1/me/activity side by side.

Want me to build the v1? If so, two quick calls I'd make unless you say otherwise: default target = core (matches auth token today), and --to cell home-routes (nil target) unless you pass a repo/cluster. And where should it live — top-level entire api, matching gh?

No — the data API is a single global origin (entire.io, the BFF), not cell-specific. Only entire-api is per-cell. Concretely:

Two nuances worth being precise about, since they're easy to conflate:

1. The BFF fronts cells for some routes, but not the ones we care about. entire.io does proxy certain reads to per-cell entire-api behind the scenes (repos-stream, anon repo reads, proxyEntireApiForSession). But /me/activity, /me/recap, /me/commits are served from the BFF's own global PlanetScale (db.checkpoints...), not proxied per-cell. So from the CLI's view, --to data is one fixed origin regardless of which repo/cell you're in.

2. The cell is discovered from the data origin. NewEntireAPICellClient starts at the data host (entire.io), sees it's a BFF/apex (isBFFOrigin — no .api.), and resolves the home cell ({cell}.api.entire.io) from the cluster catalog. So "data" and "cell" are genuinely different hosts, but the cell target is derived using the data context.

For the entire api design, this actually reinforces the three distinct --to targets rather than collapsing them:

• --to data → one fixed host, no resolution — the simplest.
• --to cell → needs cell resolution (home cell, or a repo/--cluster to pick one).
• --to core → needs the active-context core.

So the side-by-side debugging still works — entire api --to data /api/v1/me/activity hits the global BFF, entire api --to cell /api/v1/me/activity hits your home cell — and the difference between them is exactly the data-parity gap we were chasing.

Does that match your mental model, or were you expecting the data API to be regionalized too (e.g. a us.entire.io)? If the latter, I can double-check whether there's any per-region data-API host in play.

Done — PR opened: https://github.com/entireio/cli/pull/1605

entire api — authenticated passthrough (core + cell)

Modeled on gh api, scoped to the two backends you specified (data API omitted since it's retiring). One commit (a7e9795) on a fresh branch off main.

What it does:

• --to core reuses auth token's bearer resolution (ENTIRE_TOKEN → active context); --to cell mints the jurisdictional token via NewEntireAPICellClient.
• Placeholders from the origin remote: {owner}, {repo}, and {repo_id} (the repo's ULID from its mirror — lazily resolved, only when used).
• Method inference (GET / auto-POST), -f/-F fields, -H headers, --input, -i, pretty-printed JSON, non-zero exit on HTTP errors.
• Adds api.Client.Request as the shared method/header escape hatch.

It already paid off: running entire api --to cell "/api/v1/me/recap?repo={repo_id}" reproduced exactly the repo: <ULID> + agents.unknown we were chasing — so this is now the tool to A/B a cell response against what the CLI renders, and to check the github_repo_meta backfill (entire api /api/v1/mirrors).

Verified against prod: core /api/v1/version + /api/v1/mirrors, cell /api/v1/me/activity + /api/v1/me/recap, and -i. Unit tests + lint green.

Two open threads still parked from before, whenever you want to pick them back up:

1. PR #1592 (activity/recap routing) — still needs your call on whether to hold activity/commits on the data API until the cell's github_repo_meta backfills, given we confirmed the ULIDs are a data/pipeline gap, not a CLI bug.
2. The recap scope-label ULID fix is committed on that branch (#1592).

All four cleanup agents are running. Waiting for them to complete before deduping and applying.

Efficiency agent done — one real finding: gitremote.ResolveRemoteRepo runs twice when a path has both {owner}/{repo} and {repo_id} (once in expandAPIPlaceholders, again in resolveCurrentRepoID). Clean fix by resolving once. Waiting on reuse/simplification/altitude — they'll likely converge on the mirror-filter duplication with experts_cell_target.go.

Simplification agent done. Actionable: the duplicate git resolution (confirms efficiency #1), removing the unused stdinReader seam (and the ctx it drags through readAPIInput/buildAPIRequestBody), and hoisting method inference in buildAPIRequestBody. I'll skip its trivial key=value parse-dedup and the "inline runAPI" suggestion (the split backs the unit tests). Waiting on reuse + altitude.

Altitude agent done. The consistent, solid finding is again the active-mirror filter duplication (extract a shared predicate with distinctActiveClusterHosts). Its other two I'll skip:

• "Use NewAuthenticatedAPIClient for core" is a false positive — that builder is the data API (entire.io), not the control plane; resolveAuthStatusTarget is exactly the right (and auth token-consistent) source for the core bearer.
• "--to cell should auto-target the repo's cell" is a behavior/feature change (arbitrary path, would need a --repo/--cluster flag) — out of scope for a quality pass; worth a follow-up, not a simplify fix. And exporting the placeholder resolver is speculative (YAGNI).

Waiting on the reuse agent before applying.

Done — cleanup commit 8fbdae4 pushed to PR #1605 (lint clean, tests green, entire api still verified working against core + cell).

Applied (4 fixes, no behavior change)

1. Deduped git resolution — expandAPIPlaceholders resolves the origin remote once and threads forge/owner/repo into resolveCurrentRepoID; a path with both {owner}/{repo} and {repo_id} no longer makes two git calls. (efficiency + simplification agents)
2. Extracted isActiveMirror — the archived + failed/suspended filter now has one home, shared by resolveCurrentRepoID and distinctActiveClusterHosts. (all four agents converged on this)
3. Dropped the stdinReader seam — it had no test users and dragged an unused ctx through readAPIInput/buildAPIRequestBody; now reads os.Stdin directly. (simplification)
4. Hoisted method inference in buildAPIRequestBody so the method is decided once up front rather than re-checked inside the --input branch. (simplification)

Skipped (with reasons)

• JSON pretty-print → jsonutil (reuse) — false positive: jsonutil.MarshalIndentWithNewline marshals a Go value; I re-indent raw response bytes, and json.Indent does that losslessly (preserves key order + number precision). Marshaling would corrupt both.
• "Use NewAuthenticatedAPIClient for core" (altitude) — false positive: that builder is the data API (entire.io, retiring), not the control plane. resolveAuthStatusTarget is the correct, auth token-consistent core-bearer source.
• --to cell should auto-target the repo's cell (altitude) — a behavior/feature change (the path is arbitrary; it'd need a --repo/--cluster flag), out of scope for a quality pass. Noted as a genuine follow-up: home-cell routing works for /me/* (federated), but a --repo flag would be needed for cross-region /repos/{id}/*.
• Export the placeholder resolver / unify the 32 vs 16 MiB caps / extract a shared parseKeyValue / inline runAPI's builders — speculative (YAGNI), cosmetic (different call paths, unexported const), or would remove unit-test seams. All marginal.

One cross-branch note: this adds isActiveMirror in experts_cell_target.go, same as the recap/activity branch (PR #1592) did — whichever merges first, the other rebases cleanly.

That's a live response from the activity endpoint. The example command:

Query params it expects (same ones the entire activity command sends):

• timezone — required, IANA name (e.g. Europe/Berlin, America/New_York); the server uses it to bucket days. Omitting it is the "timezone parameter is required" error.
• timeframe — last-month / last-3-months / last-6-months.
• limit — max checkpoints to aggregate.

Response shape (MeActivityOutputBody): stats (tasks, orchestration, iteration, throughput, streaks), daily_contributions (per-day counts keyed by agent), plus hourly_contributions and a repos breakdown further down.

A couple of variations:

Note the repos array in the full response is where the repo_id ULIDs show up (the parity gap from earlier) — this endpoint is exactly the one you can now A/B between --to cell and the old data API to see the difference. Want me to show the repos section, or an example hitting a different endpoint?

Fixed and pushed to PR #1605 (91b2d0b).

The vulnerability (confirmed real)

entire api <path> fed the user path straight into url.ResolveReference against the backend origin. An absolute or scheme-relative path replaces the host, and the bearer transport (client.go:80) then attaches Authorization: Bearer <token> — so entire api https://evil.example/… shipped the Entire token to another host, http:// included, sidestepping the base-URL TLS check. I verified it live: a pre-fix binary actually fetched example.com (with the bearer attached); the post-fix binary refuses it.

The fix

validateAPIPath runs on the expanded path before any request and rejects anything carrying its own scheme or host (u.Scheme != "" || u.Host != "") — catching https://evil/…, http://evil/…, //evil/…, and https:/evil, while allowing origin-relative paths (/api/v1/…, with query). I validate after placeholder expansion, so it's the exact string that gets sent.

I went with the reviewer's option (a) — reject non-origin-relative — over (b) post-resolution host comparison, because it's simpler and fully closes the leak: with no scheme/host in the ref, ResolveReference always keeps the backend's origin. Added TestValidateAPIPath covering the allow + all four leak vectors. Lint clean, tests green.

One note if you want defense-in-depth later: ResolveURLFromBase (base_url.go:72) is the shared resolver behind every api.Client call — a host-mismatch guard there would protect any future caller that forwards untrusted input, not just entire api. I kept this fix scoped to the command since that's the only place taking an untrusted path today; happy to add the deeper guard if you'd prefer.

All review fixes are pushed to #1605. Here's where everything stands.

entire trail finding — yes, it returns something ✅

The current branch's trail has one open finding:

That's the same Content-Type issue Copilot flagged — and it's now fixed (3c68ec8). So the trail-findings surface works and produced a real, actionable item. I can mark it resolved (entire trail finding resolve 019f2341-…) if you want me to close the loop — I left it for you to decide since it's a trail-state change.

PR #1605 comments — all addressed

On the "core" naming (Low): I kept --to core|cell. core/cell are the exact architectural terms used across this codebase and the help already leads with "the control plane." Renaming to --to control-plane is verbose and breaks the symmetry with cell. Easy to change if you'd rather — just say so.

PR #1592 (activity/recap) — still has open comments

That's the other branch, so I haven't touched it. Open items there:

• currentRepoID does control-plane calls with no timeout (can hang recap) — Bugbot + Copilot.
• Jurisdiction case mismatch in resolveCellAPIBaseURL (catalog jurisdiction vs the now-lowercased value) — Bugbot.
• repoSlug local is misleadingly named (holds a ULID on the cell path) — Copilot.
• newRecapClient comment overstates "every other failure surfaces" — Copilot.

Want me to switch to that branch and knock those out next (the timeout one is the only substantive bug; the rest are naming/doc)?