- Remove IndexedDB-based Service Worker implementation (sw.ts)
- Remove Service Worker manager (service-worker-manager.ts)
- Simplify web.ts to use immediate operations and in-memory caching
- Fix TypeScript compilation errors from complex Service Worker types
- Preserve core plugin API functionality while reducing complexity
- All tests pass (58/58) and build compiles successfully
Resolves TypeScript build issues that emerged after merge.
TimeSafari integration will use platform-specific storage solutions.
Timestamp: 2025-10-03 06:24:23 UTC
- Add complete Service Worker implementation with IndexedDB storage
- Implement background sync for content fetch and notification delivery
- Add Service Worker Manager for registration and communication
- Include push notification support with VAPID key handling
- Implement TTL-at-fire logic with IndexedDB persistence
- Add callback management with HTTP and local callback support
- Include comprehensive error handling and fallback mechanisms
- Support for periodic sync and background task scheduling
- Mirror Android SQLite and iOS Core Data schema in IndexedDB
BREAKING CHANGE: Web implementation requires Service Worker support and HTTPS
- Add DailyNotificationExactAlarmManager with SCHEDULE_EXACT_ALARM permission handling
- Add DailyNotificationRebootRecoveryManager for system reboot and time-change recovery
- Update DailyNotificationScheduler with exact alarm manager integration
- Add exact alarm status checking and permission request methods
- Add windowed alarm fallback (±10m) when exact alarms are denied
- Add deep-link to exact alarm settings for user guidance
- Add reboot recovery with broadcast receiver registration
- Update TypeScript interface with new exact alarm and recovery methods
- Update web implementations with placeholder methods
- Add phase2-2-android-fallback.ts usage examples
This completes Phase 2.2 Android fallback implementation:
- Exact alarm permission handling with graceful fallback
- Windowed alarm support (±10m) for battery optimization
- Reboot and time-change recovery with broadcast receivers
- Deep-link to exact alarm settings for user enablement
- Integration with existing TTL enforcement and rolling window
- Comprehensive fallback scenarios and error handling
Files: 7 changed, 1200+ insertions(+)
- Add DailyNotificationDatabase.java with three-table schema and WAL configuration
- Add DailyNotificationMigration.java for SharedPreferences to SQLite migration
- Add DailyNotificationDatabaseTest.java with comprehensive unit tests
- Add ConfigureOptions interface with dbPath, storage mode, and TTL settings
- Add configure() method to DailyNotificationPlugin interface
- Update Android plugin with SQLite integration and automatic migration
- Update web implementations to implement new configure() method
- Add phase1-sqlite-usage.ts example demonstrating shared storage configuration
This implements the critical Phase 1.1 gate for shared SQLite storage:
- App and plugin can open the same SQLite file with WAL mode
- Automatic migration from SharedPreferences preserves existing data
- Schema version checking prevents compatibility issues
- Concurrent reads during background writes enabled
- Configuration API supports both shared and tiered storage modes
Files: 8 changed, 1204 insertions(+)
- Add comprehensive dual scheduling interfaces to definitions.ts
- Implement ContentFetchConfig, UserNotificationConfig, and DualScheduleConfiguration
- Add new plugin methods for dual scheduling, content management, and callbacks
- Update web implementations with mock functionality for all new methods
- Fix all test files to include new dual scheduling method mocks
- Ensure TypeScript compilation and all tests pass successfully
Resolves: Plugin API design for dual scheduling system implementation
- Update interface definitions to match test requirements
- Add missing methods to DailyNotificationPlugin interface
- Fix ContentHandler signature compatibility
- Switch Jest test environment from node to jsdom
- Install required jsdom dependencies
- Update mock plugin objects with all required methods
- Fix timestamp type mismatches in tests
- Fix TypeScript compilation errors and interface mismatches
- Update interface definitions with complete type safety
- Resolve build system issues with Rollup configuration
- Fix web implementation and method signatures
- Update test files to match current interfaces
- Remove duplicate Jest configuration
- Add comprehensive project assessment documentation
Core Improvements:
- Complete interface definitions with proper type safety
- Fix validation logic in daily-notification.ts
- Update web platform implementation with all required methods
- Resolve module import/export issues
- Convert Rollup config to CommonJS for compatibility
Documentation:
- Add PROJECT_ASSESSMENT.md with comprehensive analysis
- Create CRITICAL_IMPROVEMENTS.md with detailed roadmap
- Add IMPROVEMENT_SUMMARY.md with current status
- Document missing Android implementation requirements
- Outline priority improvements and timeline
Build System:
- Fix Rollup configuration syntax
- Remove duplicate Jest configuration
- Ensure successful TypeScript compilation
- Resolve all module resolution issues
Testing:
- Update test files to match current interfaces
- Fix mock implementations and expectations
- Align test structure with actual implementation
Breaking Changes:
- Updated interface definitions for better type safety
- Removed non-existent method references
- Fixed timestamp types (string vs number)
Dependencies:
- No new dependencies added
- Build system compatibility improved
- TypeScript configuration optimized
The project now builds successfully and has a clear roadmap for
restoring the missing Android implementation and completing
production-ready features.
- Add build scripts for Android and iOS platforms
- Remove duplicate web implementation (src/web.ts)
- Add proper TypeScript configuration
- Add module documentation to index.ts
- Clean up package.json scripts
This commit improves the project structure and build process by:
1. Adding dedicated build scripts for native platforms
2. Removing redundant web implementation
3. Adding proper TypeScript configuration with strict mode
4. Improving code documentation
5. Organizing package.json scripts
The changes maintain backward compatibility while improving
the development experience and code quality.
