Public groups have always been bindable by every user: CanBindGroup returned
true for any non-exclusive group, and user_allowed_groups only ever carried the
exclusive groups an admin had granted. Admins had no way to hand a single user
a subset of the public groups short of converting a group to exclusive, which
changes it for everyone already using it.
A user now carries restrict_public_groups. While it is false, which is the
default and what every existing row migrates to, nothing changes: every public
group stays bindable. Once an admin turns it on for a user, that user's public
groups are narrowed to the ones listed in user_allowed_groups, the same table
that already gates exclusive groups.
The flag is an administrative control, so it rides on the admin user DTO only
and leaves the shape of the end-user endpoints alone.
The model plaza filter honours the flag as well, so a restricted user is not
shown groups they would be refused when binding a key. Anonymous visitors have
no user record and keep the previous view.
Enforcement rides on the existing CanBindGroup choke point, so it covers key
creation, key updates, and per-request authorization together. An API key bound
to a group that is later withdrawn stops working at request time rather than
lingering as a key that can be listed but not used.
The admin dialog gains a toggle over the public group list. Turning it off
re-checks every public group, so an admin cannot save a list that reads as
restrictive while the restriction itself is disabled.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Composite groups are a routing layer. The usage-side aggregation already
maps their traffic to the concrete account platform via
usageLogEffectivePlatformExpr, but the error aggregation read
ops_error_logs.platform verbatim. Pre-routing failures on composite groups
fall back to the group platform 'composite', which is never an enabled
monitor v2 config platform, so those error facts were filtered out of
every channel monitor v2 query and composite groups looked permanently
healthy.
Join groups/accounts in the error dedup CTE and resolve the effective
platform the same way as the usage side: account platform first, then a
real recorded platform, else 'unknown'. The window delete+rewrite
recompute rewrites historical facts with the corrected key.
- Replace ApplyCodexCanonicalIdentity with CodexCanonicalAuthIdentity /
ApplyCodexCanonicalAuthIdentity: the credential face (auth.openai.com
token exchange / refresh / PAT whoami) now sends the originator +
canonical User-Agent pair and no version header, matching codex-rs
default_headers(); the version gate (#3901) only exists on the
/backend-api/codex inference face. whoami keeps its original header
shape (originator + UA) with the canonical UA source.
- Token exchange and refresh send the full pair instead of a bare UA,
eliminating the half-identity (UA without originator) combination no
real client ever emits.
- Codex models manifest: the Version header now follows the client's
own client_version when it is valid and >= the upstream floor (same
source as the query param, restoring the pre-refactor consistency),
falling back to the canonical version otherwise; the query param
keeps its verbatim passthrough contract.
- Drop the now-unreferenced openAICodexProbeVersion constant and its
vacuous consistency assertions; probes resolve their version through
resolveCodexOutboundIdentity at runtime.
- user_repo.create(): keep the TxFromContext fast path, but restore
tolerance for dbent.ErrTxStarted in the self-owned-transaction branch.
ent's Client.Tx only inspects the driver type, so a repository built
from a tx-bound client (client-injected transactions, e.g. the
integration fixture testEntTx + tx.Client()) hits ErrTxStarted; reuse
that client instead of failing. Fixes the two red integration tests in
allowed_groups_contract_integration_test.go.
- createUserAndClaimInvitation: roll back via defer (matching the OAuth
registration precedent) so a panic inside the transaction cannot leak
the connection.
- settingRepoStub: guard call counters and state with a mutex; the new
concurrency regression test exercises it from multiple goroutines and
the unsynchronized counters were flagged by -race.
Reduce filtered admin usage statistics from four scans to one GROUPING SETS query so every breakdown shares the exact same filters. Add concurrent expression indexes for requested and upstream model filters on large usage_logs tables.
Token exchange, PAT whoami, models, probes, and pre-writes now follow
the same UA/version chain as Codex inference instead of hardcoded
codex-cli/0.91.0 or compile-time constants.
Ritel-T