Persist reasoning ceilings and exact mappings for OpenAI groups, enforce them across HTTP and WebSocket forwarding, and invalidate cached auth snapshots.
Resolve const-block conflict in openai_gateway_grok_cache.go:
keep #4590's client tool cache constants, drop grokFreeRolling24hTokenLimit
(moved to pkg/xai as IsGrokFreeRolling24hTokenLimit with legacy 2M support).
Subscription plans can carry a display-only ISO currency code, but the admin plan table and user plan cards still used a hard-coded dollar sign. Resolve the symbol through the shared currency helper while retaining existing number formatting, the currency code label, and legacy blank-currency behavior.
Constraint: Plans without a currency must keep the legacy USD display
Rejected: Reformat complete prices with Intl.NumberFormat | it would change existing decimals and remove the explicit currency code
Confidence: high
Scope-risk: narrow
Reversibility: clean
Directive: Keep plan currency symbols aligned across admin and user displays
Tested: targeted Vitest 4 tests; targeted ESLint; vue-tsc; Vite production build; full Vitest 1222 tests passed
Not-tested: Full Vitest has 2 unrelated upstream failures in admin.system.rollback.spec.ts
Related: https://github.com/Wei-Shaw/sub2api/issues/4609
The project's dark theme uses the custom slate-based dark-* palette
(928 dark:bg-dark-* / 787 dark:border-dark-* occurrences), but a
minority of surfaces still used Tailwind's neutral gray-* scale, which
has a visibly cooler hue next to slate cards — most noticeably the
filter dropdown panels on the usage, accounts and subscriptions pages.
Migrate the remaining dark:bg-gray-* / dark:border-gray-* (and their
hover: variants) to the dark-* palette across 12 components: filter
dropdowns, chart card borders, menu separators, and small badges.
49 class-string substitutions, no structural or logic changes;
dark:text-gray-* is untouched since gray text on dark surfaces is the
established project-wide convention.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Admins often recreate groups with the same pricing, routing, and account membership. A server-side duplicate creates an inactive copy for review, preserves eligible account priorities, and recovers ambiguous retries without creating extra groups.
Constraint: Group has no neutral JSON metadata field for durable operation recovery
Constraint: Model routing references account IDs, so copied configuration requires matching bindings
Rejected: Rebuild from the list response | it omits configuration and account priority details
Rejected: Store operation identity in business configuration | it would pollute real group settings
Confidence: high
Scope-risk: moderate
Reversibility: clean
Directive: Keep duplicated groups inactive until an administrator reviews the copied configuration
Tested: Go unit and full tests, go vet, integration-tag compile, frontend Vitest, lint, typecheck, production build, and Playwright duplicate flow
Not-tested: PostgreSQL container integration locally because Docker is unavailable; CI will execute the database-backed suite
Admins often recreate monitors with the same endpoint, model, and request settings. A server-side duplicate keeps the stored API key out of the browser, creates a disabled copy for review, and uses stable operation identity to recover ambiguous retries without creating extra rows.
Constraint: Stored monitor API keys must never be returned to the browser
Constraint: Applying a request template must preserve internal duplicate recovery metadata
Rejected: Rebuild the monitor from list data | list responses only contain a masked API key
Rejected: Copy runtime state and history | a duplicate should start as an unverified configuration
Confidence: high
Scope-risk: moderate
Reversibility: clean
Directive: Keep duplicated monitors disabled until an administrator reviews and enables them
Tested: Go unit tests for repository, service, and admin handler; integration-tag compile; go vet; golangci-lint v2.9; frontend Vitest, ESLint, typecheck, production build; Playwright duplicate flow
Not-tested: PostgreSQL container integration locally because Docker is unavailable; CI will execute the database-backed suite