The text-based approach (string append + substring matching) failed to
detect already-merged snippets when config.toml was reformatted by
external tools (MCP sync, Codex CLI). Replace with smol-toml parse/
stringify + existing deepMerge/isSubset/deepRemove for correct
structural operations. Falls back to text matching on parse failure.
- Add useOpenClawModelOptions hook to aggregate models from all configured OpenClaw providers
- Replace read-only primary model display with a searchable Select dropdown
- Replace comma-separated fallback text input with add/remove Select rows
- Filter out already-selected models from fallback options
- Show "(not configured)" marker for values whose provider has been deleted
- Unify terminology: rename "主模型/Primary Model" to "默认模型/Default Model"
- Add Primary/Fallback badge to each model card in OpenClaw form
- Update modelsHint to explain model ordering semantics
- Reorder 11 aggregator/third-party presets to put Opus first
The status code from a simple GET request reflects route matching,
not actual endpoint availability. Users only need latency and
reachability info, which the latency number already conveys.
Show an informational dialog when users first click the health check
button, explaining its limitations (OAuth providers, relay services,
Bedrock). The dialog persists the confirmation in settings so it only
appears once per device.
Stream Check always used Anthropic Messages API format, causing false
failures for providers with api_format="openai_chat" (e.g. NVIDIA).
Now detects api_format from provider meta/settings_config and uses
the correct endpoint (/v1/chat/completions) and headers accordingly.
Re-enable the stream check feature that was hidden in v3.11.0.
All backend code, database schema, and i18n keys were preserved;
only the frontend UI needed uncommenting across 4 files.
OpenCode and OpenClaw are excluded as the backend does not support them.
Reorganize docs/user-manual/ from flat structure to language subdirectories
(zh/, en/, ja/) with shared assets/. Move existing Chinese docs into zh/,
fix image paths, add multilingual navigation README, and translate all 23
markdown files (~4500 lines each) to English and Japanese.
During app startup, iterate all app types and extract non-provider-specific
config fields from live configuration files into the database. This runs
only when no snippet exists yet for a given app type, enabling incremental
extraction as new apps are configured.
The i18next t() calls for proxy.takeover.enabled/disabled were missing
the `app` interpolation parameter, causing {{app}} placeholders in
translation strings to render literally instead of showing the app name.
After moving ProxyToggle/FailoverToggle outside toolbarRef, the flex-1
class was accidentally left only on the outer wrapper. Without flex-1,
toolbarRef.clientWidth reflects content width instead of available space,
causing useAutoCompact's exit condition to never trigger.
Pass "system" to set_window_theme instead of explicitly detecting dark/light,
so Tauri uses window.set_theme(None) and the WebView's prefers-color-scheme
media query stays in sync with the real OS theme.
Move the proxy on/off switch from the accordion header into the panel
content area, placing it right above the app takeover section. This
ensures users see the takeover options immediately after enabling the
proxy, preventing the common pitfall of running the proxy without
actually taking over any app.
- Simplify accordion trigger to standard style with Badge only
- Add AnimatePresence animation for takeover section reveal
- Remove duplicate takeover switches from running info card
- Update stoppedDescription i18n to reference "above toggle"
- Add proxy.takeover.hint key in zh/en/ja
Revert the partial key-field merging refactoring introduced in 992dda5c,
along with two dependent commits (24fa8a18, 87604b18) that referenced
the now-removed ClaudeQuickToggles component.
The whitelist-based partial merge approach had critical issues:
- Non-whitelisted custom fields were lost during provider switching
- Backfill permanently stripped non-key fields from the database
- Whitelist required constant maintenance to track upstream changes
This restores the proven "full config overwrite + Common Config Snippet"
architecture where each provider stores its complete configuration and
shared settings are managed via a separate snippet mechanism.
Reverted commits:
- 24fa8a18: context-aware JSON editor hint + hide quick toggles
- 87604b18: hide ClaudeQuickToggles when creating
- 992dda5c: partial key-field merging refactoring
Restored:
- Full config snapshot write (write_live_snapshot) for Claude/Codex/Gemini
- Full config backfill (settings_config = live_config)
- Common Config Snippet UI and backend commands
- 6 frontend components/hooks for common config editing
- configApi barrel export and DB snippet methods
Removed:
- ClaudeQuickToggles component
- write_live_partial / backfill_key_fields / patch_claude_live
- All KEY_FIELDS constants
Previously OpenCode and OpenClaw auto-imported providers from live config
on app startup, which could confuse users. Now they follow the same
pattern as Claude/Codex/Gemini: manual import via the empty state button.
Expand the partial key-field merging section with Before/After explanation
and migration guide. Mark it as a breaking change in Highlights and Notes
sections across all three languages (zh/en/ja) and CHANGELOG.md.
- Update version numbers in package.json, Cargo.toml, tauri.conf.json
- Add CHANGELOG.md entry for v3.11.0
- Add trilingual release notes (zh/en/ja)
- Update user manual version info
backup_database_file() returning Ok(None) was silently resolved as null
on the frontend, bypassing try/catch and showing a success toast without
actually creating a backup file. Now None is converted to an explicit
Err so the frontend correctly displays an error toast.
The hasApiKeyField() gate added for Bedrock AKSK/API Key distinction
was incorrectly hiding the API Key input for all new providers with
empty env config. Scope the gate to cloud_provider category only.
JSON does not support duplicate keys — the second `openclaw` object was
silently overwriting the first, causing all provider form field translations
(providerKey, apiProtocol, baseUrl, models, etc.) to be lost at runtime.
OMO and OMO Slim are OpenCode plugins, not standalone apps — users
should be able to fully remove them. Remove the count-based guard that
prevented deleting the last active provider, and clean up the now-unused
provider-count API surface across the full stack.
Each OMO provider now stores its complete configuration directly in
settings_config.otherFields instead of relying on a shared OmoGlobalConfig
merged at write time. This simplifies the data flow from a 4-tuple
(agents, categories, otherFields, useCommonConfig) to a 3-tuple and
eliminates an entire DB table, two Tauri commands, and ~1700 lines of
merge/sync code across frontend and backend.
Backend:
- Delete database/dao/omo.rs (OmoGlobalConfig struct + get/save methods)
- Remove get/set_config_snippet from settings DAO
- Remove get/set_common_config_snippet Tauri commands
- Replace merge_config() with build_config() in services/omo.rs
- Simplify OmoVariant (remove config_key, known_keys)
- Simplify import_from_local and build_local_file_data
- Rewrite all OMO service tests
Frontend:
- Delete OmoCommonConfigEditor.tsx and OmoGlobalConfigFields.tsx
- Delete src/lib/api/config.ts
- Remove OmoGlobalConfig type and merge preview functions
- Remove useGlobalConfig/useSaveGlobalConfig query hooks
- Simplify useOmoDraftState (remove all common config state)
- Replace OmoCommonConfigEditor with read-only JsonEditor preview
- Clean i18n keys (zh/en/ja)
When activating an OMO provider, deactivate all OMO Slim providers
in the same transaction and delete the Slim config file, and vice
versa. This prevents both plugin variants from being active
simultaneously.
OMO Slim queries (["omo-slim", ...]) were not invalidated alongside
OMO queries, causing stale UI state when switching/adding/deleting
OMO Slim providers.
Regular agents & categories: align with oh-my-opencode model-requirements.ts
fallback chains (oracle→gpt-5.2, librarian→gemini-3-flash, etc.)
Slim agents: derive from Regular's design philosophy — match each agent
to its functional counterpart's first-choice model instead of using
the outdated Slim defaults. Also fix provider/model format to pure
model IDs for suffix matching compatibility.
- Parallelize 5 provider scans using std::thread::scope
- Add read_head_tail_lines() to read only first 10 + last 30 lines from JSONL files, skipping potentially large middle sections
- Cache Codex UUID regex with LazyLock to avoid repeated compilation
- Skip expensive I/O in OpenCode when session title is already available
The hint text and ClaudeQuickToggles were misleading when editing
non-current providers or creating new ones, since the editor only
contains a config snippet rather than the full live settings.json.
The quick toggles (hide AI attribution, extended thinking, teammates
mode) patch the live config of the currently active provider, which
is incorrect during provider creation. Only show them in edit mode.
Update Sonnet and Opus model IDs/names to 4.6 across Claude, OpenClaw,
and OpenCode provider preset configurations. OPENCODE_PRESET_MODEL_VARIANTS
(SDK model catalog) is intentionally left unchanged.
Add SSAI Code as a partner provider across all five apps with endpoint,
API key URL, and partner promotion config. Rename brand from SSSAiCode
to SSAI Code. Rename sssaicoding.svg to sssaicode.svg and register icon.
Add trilingual promotion text for $10 bonus credit. Add missing models
arrays in OpenClaw presets for CrazyRouter and SSAI Code.
Add CrazyRouter as a partner provider across all five apps with endpoint,
API key URL, and partner promotion config. Add trilingual promotion text
for the 30% bonus credit offer. Register aicoding and crazyrouter icons
in the icon index. Fix indentation in openclawProviderPresets.
Add AICoding as a partner provider across all five apps (Claude, Codex,
Gemini, OpenClaw, OpenCode) with endpoint, API key URL, and partner
promotion configuration. Add trilingual (zh/en/ja) promotion text for
the first top-up discount.
