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# Phase 4: Reminders & Calendar Extension
**Timeline: Weeks 17-22**
This phase focuses on implementing the Reminders & Calendar functionality with potential integration with the Goal Planner extension.
## Week 17-18: Reminders System Implementation
### Time-based Reminders
- [ ] Design reminder data structure and schema
- [ ] Implement reminder creation interface
- [ ] Develop reminder editing and deletion
- [ ] Create time-based triggering system
- [ ] Build notification delivery mechanism
### Recurring Reminders
- [ ] Implement recurring pattern definition
- [ ] Create daily/weekly/monthly/yearly options
- [ ] Develop custom recurrence patterns
- [ ] Build exception handling for recurrence
- [ ] Design recurrence preview and validation
### Notification System
- [ ] Implement multi-platform notifications
- [ ] Create notification customization options
- [ ] Develop notification acknowledgment tracking
- [ ] Build notification snooze functionality
- [ ] Design notification grouping and batching
### Priority and Categorization
- [ ] Implement priority levels for reminders
- [ ] Create category management for reminders
- [ ] Develop filtering by priority and category
- [ ] Build sorting options for reminder lists
- [ ] Design visual indicators for priority levels
## Week 19-20: Calendar Interface Development
### Calendar View
- [ ] Design and implement monthly calendar view
- [ ] Create weekly and daily view options
- [ ] Develop agenda/list view alternative
- [ ] Build view customization options
- [ ] Implement print and export functionality
### Event Management
- [ ] Implement event creation interface
- [ ] Create event editing and deletion
- [ ] Develop all-day vs. time-specific events
- [ ] Build multi-day event handling
- [ ] Design event details and description
### Timeline Visualization
- [ ] Create visual timeline of upcoming events
- [ ] Implement zooming and scrolling
- [ ] Develop filtering and customization
- [ ] Build event clustering for busy periods
- [ ] Design color coding by category/source
### Location-based Alerts
- [ ] Implement location awareness (if appropriate)
- [ ] Create geofencing for location triggers
- [ ] Develop location suggestion and search
- [ ] Build favorite locations management
- [ ] Design privacy controls for location data
## Week 21-22: Goal Planner Integration
### Unified Interface
- [ ] Design combined goal and reminder view
- [ ] Implement visual integration between systems
- [ ] Create consistent interaction patterns
- [ ] Build navigation between related items
- [ ] Develop unified search across both systems
### Synchronized View
- [ ] Implement goal deadlines as calendar events
- [ ] Create milestone visualization on calendar
- [ ] Develop progress tracking within calendar
- [ ] Build reminder creation from goals
- [ ] Design visual distinction between types
### AI Scheduling Suggestions
- [ ] Integrate AI for optimal scheduling
- [ ] Create time allocation recommendations
- [ ] Develop conflict detection and resolution
- [ ] Build workload balancing suggestions
- [ ] Design goal-aligned time management
### Time Blocking
- [ ] Implement time blocking interface
- [ ] Create block customization and templates
- [ ] Develop recurring time blocks
- [ ] Build productivity analytics for blocks
- [ ] Design block visualization on calendar
### Integration Testing
- [ ] Test goal-calendar synchronization
- [ ] Verify notification delivery
- [ ] Validate data consistency between systems
- [ ] Ensure performance with large datasets
- [ ] Confirm backup and restore functionality
## Final Deliverables Checklist
### Reminders System
- [ ] Reminder creation and management works correctly
- [ ] Recurring reminders function as expected
- [ ] Notifications are delivered reliably
- [ ] Priority and categorization are effective
- [ ] User can easily manage their reminders
### Calendar Functionality
- [ ] Calendar view displays events clearly
- [ ] Event management is intuitive
- [ ] Timeline provides useful upcoming view
- [ ] Location-based features work as intended
- [ ] Calendar data can be exported/shared
### Goal Planner Integration
- [ ] Unified interface is cohesive and intuitive
- [ ] Synchronized view shows relevant information
- [ ] AI suggestions are helpful for scheduling
- [ ] Time blocking enhances productivity
- [ ] Systems work together without conflicts
### Documentation
- [ ] Reminders & Calendar features are documented
- [ ] Integration with Goal Planner is explained
- [ ] Best practices for time management are included
- [ ] Export and sharing options are described
- [ ] Privacy considerations for location are addressed
## Development Standards
- Ensure reliable notification delivery across platforms
- Test timezone handling thoroughly
- Optimize calendar rendering for performance
- Create comprehensive tests for recurring pattern logic
- Document all reminder and calendar interfaces
- Test with realistic usage patterns and data volumes

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# Phase 3: User Goal Planner Extension
**Timeline: Weeks 11-16**
This phase focuses on implementing the User Goal Planner extension for short, medium, and long-term goal setting and tracking.
## Week 11-12: Goal Planning Foundation
### Goal Management System
- [ ] Design goal data structure and schema
- [ ] Implement goal creation interface
- [ ] Develop goal editing and updating
- [ ] Create goal deletion and archiving
- [ ] Build goal categorization system
### Goal Categorization
- [ ] Implement short/medium/long-term categorization
- [ ] Create custom category management
- [ ] Develop goal tagging system
- [ ] Build goal filtering and sorting
- [ ] Design goal priority system
### Progress Tracking
- [ ] Implement progress percentage calculation
- [ ] Create milestone tracking system
- [ ] Develop goal status states (not started, in progress, completed, etc.)
- [ ] Build progress history and trends
- [ ] Design progress visualization indicators
### Milestone Management
- [ ] Create milestone creation interface
- [ ] Implement milestone dependencies
- [ ] Develop milestone completion tracking
- [ ] Build milestone notification system
- [ ] Design milestone adjustment capabilities
## Week 13-14: Goal Visualization and Analytics
### Progress Visualization
- [ ] Design and implement progress charts
- [ ] Create goal completion timelines
- [ ] Develop milestone visualization
- [ ] Build category-based progress views
- [ ] Implement comparison to planned schedule
### Goal Timeline View
- [ ] Create visual timeline interface
- [ ] Implement goal placement on timeline
- [ ] Develop timeline zooming and navigation
- [ ] Build timeline filtering by category
- [ ] Design timeline export capabilities
### Analytics Implementation
- [ ] Create goal completion rate analytics
- [ ] Implement trending and patterns analysis
- [ ] Develop time-to-completion statistics
- [ ] Build category performance metrics
- [ ] Design personal productivity insights
### Notification System
- [ ] Implement goal deadline notifications
- [ ] Create milestone approach alerts
- [ ] Develop progress update reminders
- [ ] Build achievement celebration notifications
- [ ] Design notification preference management
## Week 15-16: AI-Enhanced Goal Planning
### AI Goal Recommendations
- [ ] Integrate AI for goal suggestions
- [ ] Implement personalized goal recommendations
- [ ] Create goal difficulty estimation
- [ ] Build realistic timeline suggestions
- [ ] Develop goal balancing across categories
### Actionable Steps Generation
- [ ] Implement AI-assisted step generation
- [ ] Create step sequencing and dependencies
- [ ] Develop step effort estimation
- [ ] Build step completion tracking
- [ ] Design step adjustment capabilities
### Adaptive Goal Adjustment
- [ ] Implement progress-based goal adjustment
- [ ] Create adaptive milestone management
- [ ] Develop deadline renegotiation system
- [ ] Build goal scope refinement
- [ ] Design intelligent priority shifting
### Goal Prioritization
- [ ] Implement AI-assisted prioritization
- [ ] Create impact vs. effort analysis
- [ ] Develop deadline-based prioritization
- [ ] Build category balancing algorithm
- [ ] Design dependency-aware prioritization
### AI Chat Integration
- [ ] Implement conversational goal management
- [ ] Create natural language goal creation
- [ ] Develop chat-based progress updates
- [ ] Build goal inquiry and reporting via chat
- [ ] Design AI coaching conversations for goals
## Final Deliverables Checklist
### Goal Planning System
- [ ] Goal creation and management works smoothly
- [ ] Short/medium/long-term categorization functions correctly
- [ ] Progress tracking provides accurate information
- [ ] Milestones can be created and managed effectively
- [ ] Goals can be categorized and prioritized
### Visualization and Analytics
- [ ] Progress visualization is clear and informative
- [ ] Timeline view shows goals in chronological order
- [ ] Analytics provide useful insights
- [ ] Notifications are timely and relevant
- [ ] Reports can be generated and exported
### AI Enhancement
- [ ] AI recommendations are helpful and relevant
- [ ] Step generation creates actionable plans
- [ ] Goal adjustments adapt to changing circumstances
- [ ] Prioritization helps users focus on important goals
- [ ] Chat integration allows natural interaction with goals
### Documentation
- [ ] Goal Planner usage is clearly documented
- [ ] AI features are explained with examples
- [ ] Integration with other extensions is described
- [ ] Best practices for goal setting are included
- [ ] Export and backup procedures are documented
## Development Standards
- Create comprehensive tests for goal tracking logic
- Ensure goal data is stored securely
- Document all goal-related interfaces
- Optimize visualization for performance
- Create meaningful AI training for goal recommendations
- Test with various goal scenarios and timeframes

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# Phase 2: AI Integration and AI Chat Extension
**Timeline: Weeks 5-10**
This phase focuses on implementing the AI integration and developing the AI Chat extension with personality selector.
## Week 5-6: AI Integration Framework
### Claude Integration
- [ ] Research Claude API capabilities and limitations
- [ ] Set up Claude API authentication
- [ ] Implement Claude API client wrapper
- [ ] Create model selection interface
- [ ] Implement context window management
- [ ] Design streaming response handling
### LM Studio Integration
- [ ] Set up integration with LM Studio for local models
- [ ] Implement model selection and management interface
- [ ] Create performance optimization for different hardware
- [ ] Develop parameter adjustment interface
- [ ] Test custom model loading capabilities
### AI Provider Framework
- [ ] Design and implement AI provider abstraction layer
- [ ] Create provider switching mechanism
- [ ] Implement fallback strategies
- [ ] Design common interface for different AI providers
- [ ] Build provider-specific optimizations
### API Key Management
- [ ] Design secure API key storage system
- [ ] Implement encryption for API keys
- [ ] Create user interface for API key management
- [ ] Build key validation mechanism
- [ ] Implement key rotation support
## Week 7-8: AI Chat Extension Development
### Conversational Interface
- [ ] Design and implement chat interface
- [ ] Create message threading system
- [ ] Implement real-time message streaming
- [ ] Build typing indicators and response status
- [ ] Design and implement file/media attachment support
### AI Personality Selector
- [ ] Design personality system architecture
- [ ] Create predefined personality profiles
- [ ] Implement personality customization interface
- [ ] Build personality switching mechanism
- [ ] Develop personality parameter management
- [ ] Implement personality persistence between sessions
### Context Management
- [ ] Design conversation history storage
- [ ] Implement efficient context window management
- [ ] Create dynamic context prioritization
- [ ] Build context summarization for long conversations
- [ ] Implement context attachment from other extensions
### Chat History and Memory
- [ ] Design and implement chat history storage
- [ ] Create search and filtering for past conversations
- [ ] Implement conversation export capabilities
- [ ] Build conversation pinning and categorization
- [ ] Develop conversation continuation from history
## Week 9-10: AI Security and Integration
### Chat Security
- [ ] Implement end-to-end encryption for conversations
- [ ] Create secure message storage
- [ ] Design and implement deletion controls
- [ ] Build logging and auditing features
- [ ] Implement content filtering options
### Extension Integration
- [ ] Design AI extension API
- [ ] Implement extension access to AI capabilities
- [ ] Create context sharing between AI and extensions
- [ ] Develop command delegation to extensions
- [ ] Build extension communication framework
### Command Parsing
- [ ] Design command recognition system
- [ ] Implement command parsing and routing
- [ ] Create command execution framework
- [ ] Build command help and suggestion system
- [ ] Develop natural language command understanding
### Privacy Controls
- [ ] Design comprehensive privacy settings
- [ ] Implement data retention controls
- [ ] Create data export and deletion capabilities
- [ ] Build privacy policy integration
- [ ] Develop transparency reporting features
### Performance Optimization
- [ ] Profile AI response performance
- [ ] Implement response caching where appropriate
- [ ] Optimize context management for speed
- [ ] Reduce memory consumption for long conversations
- [ ] Implement adaptive quality settings based on device
## Final Deliverables Checklist
### AI Chat Extension
- [ ] Chat interface works fluidly with real-time updates
- [ ] AI personalities can be selected and customized
- [ ] Conversations maintain context appropriately
- [ ] History is properly stored and retrievable
- [ ] Performance is optimized for different devices
### AI Integration
- [ ] Claude API integration functions correctly
- [ ] LM Studio integration works for local models
- [ ] Provider abstraction layer functions as intended
- [ ] API keys are stored securely
- [ ] Switching between providers works seamlessly
### Security and Privacy
- [ ] End-to-end encryption is properly implemented
- [ ] Privacy controls function as expected
- [ ] Data retention policies are enforced
- [ ] User data is handled according to best practices
- [ ] Security testing has been conducted
### Documentation
- [ ] AI Chat extension usage is documented
- [ ] API key setup instructions are clear
- [ ] AI capabilities and limitations are documented
- [ ] Privacy practices are clearly explained
- [ ] Extension integration API is documented
## Development Standards
- Always create unit tests for new AI functionality
- Minimize context window usage for efficiency
- Document all AI-related interfaces and behaviors
- Ensure privacy by design in all AI features
- Create meaningful and descriptive AI prompts
- Test with multiple AI models and personalities