- Added explicit coverage for activeDid-aware retry policy enhancements
- Specified Android DailyNotificationFetchWorker.java modifications for activeDid change detection
- Specified web callback-registry.ts enhancements for authentication refresh
- Added platform policy unification (android 1min→1hour vs web 1sec→1min standardization)
- Added integration with existing circuit breaker and error handling systems
This addresses the gap where scheduled event retry enhancements were only
mentioned at high level but lacked specific implementation steps.
- Added Current Implementation Baseline section documenting existing functionality
- Updated authentication examples to enhance existing DailyNotificationETagManager.java
- Modified HTTP request implementation to extend existing DailyNotificationFetcher.java
- Updated plugin interface to extend current DailyNotificationPlugin rather than replace
- Corrected implementation phases to build upon existing infrastructure:
* Phase 1: Extend core infrastructure (not rebuild)
* Phase 2: Add activeDid integration to existing methods
* Phase 3: Enhance existing background integration
* Phase 4: Add TimeSafari-specific features
- Updated Android examples to show enhancement of existing SQLite + SharedPreferences
- Updated Web examples to enhance existing IndexedDB (no host delegation initially)
- Changed status from 'implementation plan' to 'enhancement plan for existing implementation'
- Aligned dependencies with existing plugin infrastructure rather than new requirements
The plan now accurately reflects building upon our working plugin instead of
rebuilding from scratch, providing a realistic enhancement roadmap.
- Consolidated DATABASE_ACCESS_CLARIFICATION.md content into main plan
- Consolidated ACTIVE_DID_CHANGE_REQUIREMENTS.md content into main plan
- Consolidated TIMESAFARI_INTEGRATION_ANALYSIS.md content into main plan
- Enhanced main document with Option A architecture overview
- Added comprehensive TimeSafari integration patterns section
- Added critical requirement section for activeDid change detection
- Added event-based solution implementation details
- Updated README.md to reference single consolidated document
- Eliminated unnecessary document proliferation as requested
The BACKGROUND_DATA_FETCHING_PLAN.md now serves as the single source of truth
for all implementation guidance, containing Option A architecture, TimeSafari
integration patterns, activeDid change management, and platform-specific details.
- Added reference to BACKGROUND_DATA_FETCHING_PLAN.md with host-provided activeDid architecture
- Added reference to new DATABASE_ACCESS_CLARIFICATION.md document
- Provides clear documentation links for the Option A implementation approach
- Added critical requirement that plugin MUST be notified of activeDid changes
- Enhanced plugin interface with onActiveDidChange() callback method
- Added clearCacheForNewIdentity() and refreshAuthenticationForNewIdentity() methods
- Updated integration examples to include activeDid change listeners
- Created comprehensive ActiveDid change requirements document covering:
* Security implications of not detecting changes
* Event-based notification pattern implementation
* Cache clearing and authentication refresh requirements
* Testing scenarios for identity switching
* Platform-specific considerations and edge cases
* Performance optimization for rapid identity changes
This addresses the critical data integrity and security requirement that the plugin
must know when TimeSafari users switch identities to prevent data leakage.
- Simplified authentication to use single activeDid instead of complex user management
- Updated plugin interface to require only setActiveDid() method
- Modified API requests to use activeDid as both issuer and recipient
- Streamlined configuration to activeDid: string instead of complex credential object
- Aligned JWT generation with simple DID-based authentication pattern
- Reduced complexity while maintaining security through DID signing
This assumption significantly simplifies the host application integration.
- Document native HTTP client implementation for Android/iOS
- Include JWT authentication strategies (Basic DID + Advanced Passkey)
- Detail API endpoint integration with TimeSafari/Endorser.ch patterns
- Cover error handling, caching, and performance optimization
- Provide migration phases and testing strategies
- Include platform-specific considerations and success criteria
This plan replaces web push implementations with native solutions
for reliable background data fetching across all target platforms.
- Add UI_REQUIREMENTS.md with detailed UI component specifications
- Add ui-integration-examples.ts with ready-to-use UI components
- Document all required UI elements for plugin integration
- Include platform-specific UI components (Android/iOS/Web)
- Provide complete implementation examples with TypeScript
- Add responsive design guidelines and accessibility requirements
- Include error handling and status monitoring UI components
- Update README.md to reference new UI documentation
UI Components Covered:
✅ Permission management dialogs and status displays
✅ Configuration panels for settings and preferences
✅ Status dashboards with real-time monitoring
✅ Platform-specific components (battery optimization, background refresh)
✅ Error handling and recovery UI
✅ Testing and debug components
✅ Complete integration examples with event handling
- Add VERIFICATION_REPORT.md with detailed analysis of closed-app requirements
- Add VERIFICATION_CHECKLIST.md for regular verification process
- Update README.md to reference verification documentation
- Document all test scenarios and platform-specific implementations
- Include performance metrics and security considerations
- Define quarterly verification schedule and success criteria
The verification report confirms the plugin meets all requirements:
✅ Local notifications from device database
✅ Data populated by scheduled network fetches
✅ Works when app is closed
✅ TTL enforcement and error handling
✅ Cross-platform support with platform optimizations
- Add comprehensive configuration system with timesafari-config.json
- Create shared config-loader.ts with TypeScript interfaces and mock services
- Update Android test app to use TimeSafari community notification patterns
- Update iOS test app with rolling window and community features
- Update Electron test app with desktop-specific TimeSafari integration
- Enhance test API server to simulate Endorser.ch API endpoints
- Add pagination support with afterId/beforeId parameters
- Implement parallel API requests pattern for offers, projects, people, items
- Add community analytics and notification bundle endpoints
- Update all test app UIs for TimeSafari-specific functionality
- Update README with comprehensive TimeSafari testing guide
All test apps now demonstrate:
- Real Endorser.ch API integration patterns
- TimeSafari community-building features
- Platform-specific optimizations (Android/iOS/Electron)
- Comprehensive error handling and performance monitoring
- Configuration-driven testing with type safety
- Add Android test app with exact alarm permission testing
- Add iOS test app with rolling window and BGTaskScheduler testing
- Add Electron test app with mock implementations and IPC
- Include automated setup scripts for each platform
- Provide comprehensive testing checklist and troubleshooting guide
- Follow best practices for Capacitor plugin testing
Test apps include:
- Plugin configuration and scheduling validation
- Platform-specific feature testing (Android exact alarms, iOS rolling window)
- Performance monitoring and debug information
- Error handling and edge case testing
- Cross-platform API consistency validation
Setup: Run ./setup-*.sh scripts for automated platform setup
Testing: Each app provides interactive UI for comprehensive plugin validation
Files: 25+ new files across test-apps/ directory
- Add DailyNotificationPerformanceOptimizer for Android with comprehensive optimization
- Add DailyNotificationPerformanceOptimizer for iOS with Swift performance management
- Implement database query optimization with indexes and PRAGMA settings
- Add memory usage monitoring with automatic cleanup and thresholds
- Implement object pooling for frequently used objects to reduce allocation
- Add battery usage tracking and background CPU optimization
- Add network request optimization and efficiency monitoring
- Add comprehensive performance metrics and reporting
- Add production-ready optimization with stress testing support
- Add phase3-3-performance-optimization.ts usage examples
This implements Phase 3.3 performance optimization for production reliability:
- Database indexes for query optimization (slot_id, fetched_at, status, etc.)
- Memory monitoring with warning/critical thresholds and automatic cleanup
- Object pooling for String, Data, and other frequently used objects
- Battery optimization with background CPU usage minimization
- Network request batching and efficiency improvements
- Comprehensive performance metrics tracking and reporting
- Production-ready optimization with configurable thresholds
- Cross-platform implementation (Android + iOS)
Files: 3 changed, 1200+ insertions(+)
- 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 GLOSSARY.md with core terminology and cross-references
- Add implementation-roadmap.md with 3-phase development plan
- Add notification-system.md with Native-First architecture spec
- Update ios/Plugin/README.md to reflect actual vs planned implementation status
This establishes the foundation for implementing shared SQLite storage,
TTL-at-fire enforcement, rolling window safety, and platform completion
as outlined in the phased roadmap.
Files: 4 changed, 807 insertions(+), 13 deletions(-)
- Remove .gradle/ directory from git tracking (build cache files)
- Add .gradle/ to .gitignore to prevent future tracking
- Clean up repository by excluding unnecessary build artifacts
Gradle build cache files (fileHashes, configuration-cache, etc.) are
machine-specific and should not be committed to version control.
This improves repository cleanliness and prevents build conflicts.
- Remove legacy rule files (documentation.mdc, general_development.mdc, etc.)
- Implement new meta-rule system with core, app, and feature categories
- Add meta-rule files for different workflows (bug diagnosis, feature planning, etc.)
- Create organized directory structure: core/, app/, features/, database/, etc.
- Add comprehensive README.md for rules documentation
- Establish new rule architecture with always-on and workflow-specific rules
This restructuring improves rule organization, enables better workflow management,
and provides clearer separation of concerns for different development tasks.
- Mark test suite as 100% complete (58/58 tests passing)
- Update project status to 90% complete
- Mark immediate priority items as completed
- Add next phase roadmap for iOS enhancement and web implementation
- Update success metrics and risk assessment
- Reflect readiness for next development phase
- Fix time format validation regex to require leading zeros
- Fix content handler validation with proper async/await
- Resolve Jest configuration issues with dist directory exclusion
- All test suites now passing: advanced-scenarios, enterprise-scenarios, daily-notification, edge-cases
- Complete validation system working correctly for time, timezone, content handlers
- Test suite stability confirmed with multiple runs
- Add current status overview showing Phase 1-3 as 100% complete
- Document test coverage at 93% (54/58 tests passing)
- Add immediate priority actions for completing test suite
- Outline next phases: iOS enhancement, web implementation, production readiness
- Include success metrics, risk assessment, and technical debt items
- Provide clear roadmap for next 6-8 hours of development
- Mark overall project as 85% complete with clear next milestones
- Add URL requirement validation
- Add time format validation (24-hour format)
- Add timezone validation using Intl.DateTimeFormat
- Add retry count and interval range validation
- Add content handler validation with timeout support
- Add basic schedule conflict detection
- Update validation to run before plugin calls
- Make validation methods async for content handler testing
- All validation now happens in DailyNotification class before calling native plugin
- Fix test structure to use DailyNotification class with mocks
- Add proper validation for required URL parameter
- Fix event handler error handling in setupEventListeners
- Update all tests to use mock plugin instead of Capacitor plugin
- Add comprehensive validation tests for URL, time, timezone, retry settings
- All 18 daily-notification tests now passing
- 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
- Mark metrics & monitoring items as complete
- Update user experience items (permissions, test notifications)
- Mark platform optimizations for Android as complete
- Update integration tests for Android scenarios
- Mark performance tests as complete
- Update API documentation status
- Mark user guides as mostly complete
- Update definition of done items
- Mark Android implementation as complete
- Update core pipeline status to implemented
- Mark security checklist items as complete
- Update current status and next actions
Description:
- Add battery status and power state monitoring
- Implement adaptive scheduling based on battery levels
- Add maintenance worker for background tasks
- Enhance logging with structured DailyNotificationLogger
- Add configuration management with DailyNotificationConfig
- Define constants in DailyNotificationConstants
- Improve error handling and recovery mechanisms
Testing:
- Add comprehensive test coverage for battery optimization
- Add test coverage for power state management
- Add test coverage for maintenance tasks
- Add test coverage for configuration management
- Add test coverage for constants validation
Documentation:
- Add comprehensive file-level documentation
- Add method-level documentation
- Add test documentation
- Add configuration documentation
This commit improves the iOS implementation's reliability and battery
efficiency by adding robust error handling, logging, and configuration
management to make the plugin more maintainable and debuggable.
Matthew Raymer