Summary
• Migrated all ratio-related sources into `setting/ratio_setting/`
– `model_ratio.go` (renamed from model-ratio.go)
– `cache_ratio.go`
– `group_ratio.go`
• Changed package name to `ratio_setting` and relocated initialization (`ratio_setting.InitRatioSettings()` in main).
• Updated every import & call site:
– Model / cache / completion / image ratio helpers
– Group ratio helpers (`GetGroupRatio*`, `ContainsGroupRatio`, `CheckGroupRatio`, etc.)
– JSON-serialization & update helpers (`*Ratio2JSONString`, `Update*RatioByJSONString`)
• Adjusted controllers, middleware, relay helpers, services and models to reference the new package.
• Removed obsolete `setting` / `operation_setting` imports; added missing `ratio_setting` imports.
• Adopted idiomatic map iteration (`for key := range m`) where value is unused.
• Ran static checks to ensure clean build.
This commit centralises all ratio configuration (model, cache and group) in one cohesive module, simplifying future maintenance and improving code clarity.
feat(api):
• Add optional `type` query param to `/api/channel` endpoint for type-specific pagination
• Return `type_counts` map with counts for each channel type
• Implement `GetChannelsByType`, `CountChannelsByType`, `CountChannelsGroupByType` in `model/channel.go`
feat(frontend):
• Introduce type Tabs in `ChannelsTable` to switch between channel types
• Tabs show dynamic counts using backend `type_counts`; “All” is computed from sum
• Persist active type, reload data on tab change (with proper query params)
perf(frontend):
• Use a request counter (`useRef`) to discard stale responses when tabs switch quickly
• Move all `useMemo` hooks to top level to satisfy React Hook rules
• Remove redundant local type counting fallback when backend data present
ui:
• Remove icons from response-time tags for cleaner look
• Use Semi-UI native arrow controls for Tabs; custom arrow code deleted
chore:
• Minor refactor & comments for clarity
• Ensure ESLint Hook rules pass
Result: Channel list now supports fast, accurate type filtering with correct counts, improved concurrency safety, and cleaner UI.
* backend
- model: add `Remark` field (varchar 255, `json:"remark,omitempty"`); AutoMigrate handles schema change automatically
- controller:
* accept `remark` on user create/update endpoints
* hide remark from regular users (`GetSelf`) by zero-ing the field before JSON marshalling
* clarify inline comment explaining the omitempty behaviour
* frontend (React / Semi UI)
- AddUser.js & EditUser.js: add “Remark” input for admins
- UsersTable.js:
* remove standalone “Remark” column
* show remark as a truncated Tag next to username with Tooltip for full text
* import Tooltip component
- i18n: reuse existing translations where applicable
This commit enables administrators to label users with private notes while ensuring those notes are never exposed to the users themselves.
Backend
- Introduce `setting/console_setting` package that defines `ConsoleSetting` struct with JSON tags and validation rules.
- Register the new module with `config.GlobalConfig` to enable automatic injection/export of configuration values.
- Remove legacy `setting/console.go` and the manual `OptionMap` hooks; clean up `model/option.go`.
- Add `controller/console_migrate.go` providing `/api/option/migrate_console_setting` endpoint for one-off data migration.
- Update controllers (`misc`, `option`, `uptime_kuma`) and router to consume namespaced keys `console_setting.*`.
Frontend
- Refactor dashboard pages (`SettingsAPIInfo`, `SettingsAnnouncements`, `SettingsFAQ`, `SettingsUptimeKuma`) and detail page to read/write the new keys.
- Simplify `DashboardSetting.js` state to only include namespaced options.
BREAKING CHANGE: All console-related option keys are now stored under `console_setting.*`. Run the migration endpoint once after deployment to preserve existing data.
Backend
• Introduced `validateExpiredTime` helper in `controller/redemption.go`; reused in both Add & Update endpoints to enforce “expiry time must not be earlier than now”, eliminating duplicated checks
• Removed `RedemptionCodeStatusExpired` constant and all related references – expiry is now determined exclusively by the `expired_time` field for simpler, safer state management
• Simplified `DeleteInvalidRedemptions`: deletes codes that are `used` / `disabled` or `enabled` but already expired, without relying on extra status codes
• Controller no longer mutates `status` when listing or fetching redemption codes; clients derive expiry status from timestamp
Frontend
• Added reusable `isExpired` helper in `RedemptionsTable.js`; leveraged for:
– status rendering (orange “Expired” tag)
– action-menu enable/disable logic
– row styling
• Removed duplicated inline expiry logic, improving readability and performance
• Adjusted toolbar layout: on small screens the “Clear invalid codes” button now wraps onto its own line, while “Add” & “Copy” remain grouped
Result
The codebase is now more maintainable, secure, and performant with no redundant constants, centralized validation, and cleaner UI behaviour across devices.
Front-end enhancements around “Add custom models”:
• EditChannel.js / EditTagModal.js
– Skip models that already exist instead of blocking the action.
– Collect actually inserted items and display:
• Success toast: “Added N models: model1, model2 …”
• Info toast when no new model detected.
– Keeps UX smooth while preserving deduplication logic.
• i18n
– en.json: added keys
• "已新增 {{count}} 个模型：{{list}}"
• "未发现新增模型"
– Fixed a broken JSON string containing smart quotes to maintain valid syntax.
Result:
Users can bulk-paste model names; duplicates are silently ignored and the UI clearly lists what was incrementally appended. All messages are fully internationalised.
Closes#1218
The previous patch lower-cased `group` and `model` when building the
temporary `abilitySet` used to prevent duplicate inserts.
This merged models that differ only by letter case, e.g.
`GPT-3.5-turbo` vs `gpt-3.5-turbo`, causing them to disappear from the
user’s available-models list and pricing page.
Change:
• ability.go – removed all `strings.ToLower` calls when composing the
deduplication key (`group|model`), so duplicates are checked in a
case-sensitive manner while preserving the original data.
Result:
• `GPT-3.5-turbo` and `gpt-3.5-turbo` are now treated as distinct
models throughout the system.
When importing large model lists (≈700+) an attempt to save a channel
could fail with:
Error 1062 (23000): Duplicate entry 'default-DeepSeek-1' for key 'abilities.PRIMARY'
Root cause: AddAbilities / UpdateAbilities inserted the same
(group, model) pair multiple times if the input list contained
duplicates or case-variants (e.g. `default` vs `Default`).
Changes:
• ability.go
– AddAbilities: introduced `abilitySet` to deduplicate by
lower-cased `group|model` key before batch-inserting.
– UpdateAbilities: applied the same deduplication logic when
rebuilding abilities inside a transaction.
Notes:
• The lower-casing is only for set comparison; the original
`group` and `model` values are preserved when persisting to DB,
so case sensitivity of stored data is unchanged.
• Batch chunking logic (lo.Chunk) and performance characteristics
remain unaffected.
Fixes#1215
- Add IP field to Log model with database index and default empty value
- Implement conditional IP recording based on user setting in RecordConsumeLog and RecordErrorLog
- Add UserSettingRecordIpLog constant and update user settings API to handle record_ip_log field
- Create dedicated "IP记录" tab in personal settings under "其他设置" section
- Add IP column to logs table with help tooltip explaining recording conditions
- Make IP column visible to all users (not admin-only) with proper filtering for consume/error log types
- Restrict display of use_time and retry columns to consume and error log types only
- Update personal settings UI structure: rename "通知设置" to "其他设置" to accommodate new functionality
- Add proper translation support and maintain consistent styling across components
The IP logging feature is disabled by default and only records client IP addresses
for consume (type 2) and error (type 5) logs when explicitly enabled by users
in their personal settings.
Introduce application uptime monitoring to improve observability and reliability.
• Add UptimeService to track process start time and expose uptime in seconds
• Create /health/uptime endpoint returning the current uptime in JSON format
• Integrate uptime metric into existing health-check middleware
• Update README with instructions for consuming the new endpoint
• Add unit tests covering UptimeService and new health route
This change enables operations teams and dashboards to programmatically
determine how long the service has been running, facilitating automated
alerts and trend analysis.
- **Code Organization & Architecture:**
- Restructured component with clear sections (Hooks, Constants, Helper Functions, etc.)
- Added comprehensive code organization comments for better maintainability
- Extracted reusable helper functions and constants for better separation of concerns
- **Performance Optimizations:**
- Implemented extensive use of useCallback and useMemo hooks for expensive operations
- Optimized data processing pipeline with dedicated processing functions
- Memoized chart configurations, performance metrics, and grouped stats data
- Cached helper functions like getTrendSpec, handleCopyUrl, and modal handlers
- **UI/UX Enhancements:**
- Added Empty state component with construction illustrations for better UX
- Implemented responsive grid layout with conditional API info section visibility
- Enhanced button styling with consistent rounded design and hover effects
- Added mini trend charts to statistics cards for visual data representation
- Improved form field consistency with reusable createFormField helper
- **Feature Improvements:**
- Added self-use mode detection to conditionally hide/show API information section
- Enhanced chart configurations with centralized CHART_CONFIG constant
- Improved time handling with dedicated helper functions (getTimeInterval, getInitialTimestamp)
- Added comprehensive performance metrics calculation (RPM/TPM trends)
- Implemented advanced data aggregation and processing workflows
- **Code Quality & Maintainability:**
- Extracted complex data processing logic into dedicated functions
- Added proper prop destructuring and state organization
- Implemented consistent naming conventions and helper utilities
- Enhanced error handling and loading states management
- Added comprehensive JSDoc-style comments for better code documentation
- **Technical Debt Reduction:**
- Replaced repetitive form field definitions with reusable components
- Consolidated chart update logic into centralized updateChartSpec function
- Improved data flow with better state management patterns
- Reduced code duplication through strategic use of helper functions
This refactor significantly improves component performance, maintainability, and user experience while maintaining backward compatibility and existing functionality.
