This commit implements two major features:
1. Integration Search as Primary AI Data Source
- Confluence, ServiceNow, and Azure DevOps searches execute before AI queries
- Search results injected as system context for AI providers
- Parallel search execution for performance
- Webview-based fetch for HttpOnly cookie support
- Persistent browser windows maintain authenticated sessions
2. AI Tool-Calling (Function Calling)
- Allows AI to automatically execute functions during conversation
- Implemented for OpenAI-compatible providers and Custom REST provider
- Created add_ado_comment tool for updating Azure DevOps tickets
- Iterative tool-calling loop supports multi-step workflows
- Extensible architecture for adding new tools
Key Files:
- src-tauri/src/ai/tools.rs (NEW) - Tool definitions
- src-tauri/src/integrations/*_search.rs (NEW) - Integration search modules
- src-tauri/src/integrations/webview_fetch.rs (NEW) - HttpOnly cookie workaround
- src-tauri/src/commands/ai.rs - Tool execution and integration search
- src-tauri/src/ai/openai.rs - Tool-calling for OpenAI and Custom REST provider
- All providers updated with tools parameter support
Co-Authored-By: Claude Sonnet 4.5 <noreply@anthropic.com>
## Integration Settings Persistence
- Add database commands to save/load integration configs (base_url, username, project_name, space_key)
- Frontend now loads configs from DB on mount and saves changes automatically
- Fixes issue where settings were lost on app restart
## Persistent Browser Window Architecture
- Integration browser windows now stay open for user browsing and authentication
- Extract fresh cookies before each API call to handle token rotation
- Track open windows in app state (integration_webviews HashMap)
- Windows titled as "{Service} Browser (TFTSR)" for clarity
- Support easy navigation between app and browser windows (Cmd+Tab/Alt+Tab)
- Gracefully handle closed windows with automatic cleanup
## Bug Fixes
- Fix Rust formatting issues across 8 files
- Fix clippy warnings:
- Use is_some_and() instead of map_or() in openai.rs
- Use .to_string() instead of format!() in integrations.rs
- Add missing OptionalExtension import for .optional() method
## Tests
- Add test_integration_config_serialization
- Add test_webview_tracking
- Add test_token_auth_request_serialization
- All 6 integration tests passing
## Files Modified
- src-tauri/src/state.rs: Add integration_webviews tracking
- src-tauri/src/lib.rs: Register 3 new commands, initialize webviews HashMap
- src-tauri/src/commands/integrations.rs: Config persistence, fresh cookie extraction (+151 lines)
- src-tauri/src/integrations/webview_auth.rs: Persistent window behavior
- src/lib/tauriCommands.ts: TypeScript wrappers for new commands
- src/pages/Settings/Integrations.tsx: Load/save configs from DB
Co-Authored-By: Claude Sonnet 4.5 <noreply@anthropic.com>
Implement three authentication methods for Confluence, ServiceNow, and Azure DevOps:
1. **OAuth2** - Traditional OAuth flow for enterprise SSO environments
2. **Embedded Browser** - Webview-based login that captures session cookies/tokens
- Solves VPN constraints: users authenticate off-VPN via web UI
- Extracted credentials work on-VPN for API calls
- Based on confluence-publisher agent pattern
3. **Manual Token** - Direct API token/PAT input as fallback
**Changes:**
- Add webview_auth.rs module for embedded browser authentication
- Implement authenticate_with_webview and extract_cookies_from_webview commands
- Implement save_manual_token command with validation
- Add AuthMethod enum to support all three modes
- Add RadioGroup UI component for mode selection
- Complete rewrite of Integrations settings page with mode-specific UI
- Add secondary button variant for UI consistency
**VPN-friendly design:**
Users can authenticate via webview when off-VPN (web UI accessible), then use extracted cookies for API calls when on-VPN (API requires VPN). Addresses enterprise SSO limitations where OAuth app registration is blocked.
Co-Authored-By: Claude Sonnet 4.5 <noreply@anthropic.com>
Phase 2.2: OAuth2 flow - Part 3 (Callback server) COMPLETE ✅
Implemented:
- Local HTTP server on localhost:8765 using warp
* GET /callback?code=...&state=... - OAuth redirect handler
* GET /health - Health check endpoint
* Graceful shutdown with oneshot channel
- Automatic callback handling
* Server auto-starts on first initiate_oauth call
* Background task listens for OAuth redirects
* Automatically exchanges code for token
* Stores encrypted token in database
* Logs audit event for each successful OAuth
- Updated initiate_oauth command
* Starts callback server if not running
* Stores (service, verifier) tuple in OAuth state
* Returns auth URL to open in browser/webview
- Updated handle_oauth_callback_internal
* Accepts AppState reference (not State)
* Called automatically by callback server
* Exchanges code, encrypts token, stores in DB
- Beautiful success/error HTML pages
* Green checkmark on success
* Auto-closes window after 3 seconds
* Clear error messages on failure
- Global state management
* OAUTH_STATE: Maps state key -> (service, verifier)
* CALLBACK_SERVER_SHUTDOWN: Holds shutdown channel
* Thread-safe with Mutex wrappers
Dependencies added:
- warp 0.3 - Lightweight HTTP framework
TDD tests (7 passing with --test-threads=1):
Callback server tests:
* Health endpoint verification
* Callback parameter parsing
* Missing/partial parameter handling
* Graceful shutdown
Integration command tests:
* OAuth state storage and retrieval
* Multiple key management
* OAuthInitResponse serialization
COMPLETE OAUTH2 FLOW:
1. User calls initiate_oauth("confluence")
2. Callback server starts (if not running)
3. Frontend receives auth URL
4. User opens URL in browser/webview
5. User authorizes, redirected to localhost:8765/callback?code=...
6. Callback server receives redirect
7. Token exchanged automatically
8. Token encrypted and stored in DB
9. Success page shown to user
10. Window auto-closes
Next: Frontend components (AuthWindow, Settings UI, CSP updates)
