#5261 added a captcha check to POST /auth/oauth/pending/create-account, but
the shared create-account form only gates its send-code button on the
Turnstile token — the submit button's disabled condition never included it.
Turnstile tokens are single-use, so handleSendCode resets the widget in its
finally block and clears the token. Submitting inside the window before the
widget re-solves omits turnstile_token from the payload, and the backend
answers ErrTurnstileVerificationFailed (turnstile_service.go:65). With an
interaction-required challenge the widget does not re-solve on its own, so
the failure persists until the user notices and verifies again — while the
button stays enabled and says nothing.
Gate the submit button on the token, mirroring the send-code button and
EmailVerifyView, which already gates its pending-OAuth submit the same way.
handleSubmit repeats the check because implicit form submission (Enter in a
text input) bypasses the button's disabled state.
The Tencent path is unaffected: handleSubmit already acquires a fresh proof
per submit, and turnstile_enabled is false in that configuration.
Verified with the component spec (11 passed) and vue-tsc --noEmit (clean).
The account+model transient breaker reset its failure streak whenever the
gap since the previous failure exceeded a one-minute window. That made the
breaker's sensitivity a function of request rate rather than upstream
health: a gateway called less often than once a minute never advanced past
streak 1, where the cooldown is zero, so a consistently broken account was
never blocked. Every request re-selected it, paid a full upstream attempt,
and only then failed over to a healthy account.
Observed on a low-traffic deployment: two accounts returning 500 and 503
stayed in rotation indefinitely, logging `failure_streak: 1, cooldown_ms: 0`
on every request and adding ~750ms to each one before a working account was
reached.
The streak is already cleared on success — recordSuccess deletes the entry,
and every OpenAI handler reports the schedule result — so the time-based
reset is not needed to recover a healthy account. Keep a TTL purely to bound
the map for account+model pairs that stopped being used, and raise it well
above the cooldowns so it no longer doubles as a streak reset.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Review follow-ups on the reset-credit caching flow:
- Recover account state BEFORE (and independently of) the reset-credit
display cache. A failed cache refresh could previously abort the run and
leave the account rate-limited — the very reason the credit was spent
(#3672 / #3740). The recovered account row is now returned even when the
cache refresh fails.
- Run the post-reset bookkeeping on a detached, time-boxed context and give
the panel reset call a larger timeout. A client abort no longer strands a
consumed (non-refundable) credit with an unrecovered account, and the
chained upstream calls can no longer exceed the client timeout and invite a
retry that spends a second credit.
- Persist the reset-credit snapshot through POST /accounts/:id/quota/refresh
instead of a side-effecting GET flag, so the write is covered by the audit
middleware. A rejected snapshot write now degrades to cache_persisted=false
instead of turning a successful upstream read into a 502 that left the card
without a credit count and the reset button permanently disabled.
- Reject snapshots whose positive count carries no expiration entries, and
drop expired credits (clamping the count) when rehydrating, so a stale
cache can no longer light up the reset button.
- Keep nil quota / rate-limit services nil in the handler's interface fields;
storing a nil *Service made the "not enabled" guards non-nil.
- Time-box the usage-refresh suppression and reuse handleAccountUpdated so the
patched row also enters the auto-refresh silent window.
Wesley Liddick