mARTin
d92a8c7210
- Added 'onDelete' and 'onNotes' support to TaskItem. - Implemented hover actions (Delete and Notes icons) for tasks. - Added Notes Modal for editing task markdown content. - Simplified navigation animation to remove blank flash (single-phase slide-in). - Fixed syntax error in updateTask function. - Updated styles for modal and task actions.
120 lines
5.8 KiB
Markdown
120 lines
5.8 KiB
Markdown
# Phase 1: Setup & Foundation - Discussion Document
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## Vision and Goals
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The vision for Phase 1: Setup & Foundation is to establish a solid technical foundation for the weekly todo list application that will enable all subsequent features. The goal is to create a functional prototype that demonstrates the core capabilities of the application while establishing the necessary infrastructure.
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### User Envisioned Implementation
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Based on the roadmap and requirements, the user envisions implementing the following core functionalities during Phase 1:
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1. **Project Initialization**: Setting up the development environment with appropriate tooling and frameworks
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2. **Basic Layout Structure**: Creating a weekly calendar view that displays tasks organized by day
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3. **Task Management Functions**: Implementing essential CRUD operations for tasks (create, read, update, delete)
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4. **User Interface**: Establishing a clean, intuitive interface for viewing and interacting with tasks
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5. **Data Persistence**: Implementing local storage capabilities to maintain task data between sessions
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6. **Navigation System**: Building the ability to navigate between different weeks and views
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### Core Implementation Goals
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The user wants to achieve these specific capabilities in Phase 1:
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1. **Weekly Calendar Display**: A grid-based layout showing a 7-day view with tasks properly organized by day
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2. **Task Creation**: Ability to add new tasks by clicking on specific days in the weekly view
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3. **Task Editing**: Functionality to modify task details including title, date, and description
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4. **Task Deletion**: Ability to remove unwanted tasks from the weekly view
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5. **Task Completion**: Visual indicators and functionality to mark tasks as complete/incomplete
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6. **Week Navigation**: Previous/next buttons to move between weeks
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7. **View Switching**: Ability to toggle between day and week views
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8. **Drag-and-Drop**: Reorganization of tasks between days using drag-and-drop interactions
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9. **Local Persistence**: Tasks saved in browser's local storage to persist between sessions
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### Success Criteria
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The user has defined clear success criteria that must be met by the end of Phase 1:
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1. Users can view a weekly calendar grid showing tasks organized by day
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2. Users can add new tasks by clicking on specific days in the weekly view
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3. Users can edit task details including title, date, and description
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4. Users can delete tasks from the weekly view
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5. Users can mark tasks as complete or incomplete with visual indicators
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6. Users can navigate between weeks using previous/next buttons
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7. Users can switch between day and week views to see different perspectives
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8. Users can drag and drop tasks between days to reorganize them
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9. User's tasks persist between browser sessions using local storage
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## Implementation Approach
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### Technical Stack Selection
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The user wants to establish a modern, efficient tech stack that will scale well for future phases. Based on the requirements, they likely favor:
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- Modern JavaScript/TypeScript for core logic
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- React/Vue/Angular for UI components
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- CSS frameworks for styling (likely Tailwind or similar)
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- Local storage APIs for data persistence
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- Responsive design principles for compatibility
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### Key Design Principles
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The user's vision includes these fundamental design principles:
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- Clean, minimalist interface similar to popular tools like TeuxDeux
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- Focus on speed and efficiency in task management
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- Intuitive workflow for adding and editing tasks
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- Clear visual distinction between tasks and calendar events
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- Responsive design that works on desktop and tablet
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## User Expectations and Requirements
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### Core Requirements (as defined in ROADMAP.md)
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1. **CORE-01**: User can view tasks and events in a weekly calendar view
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2. **CORE-02**: User can add tasks to specific days within the weekly view
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3. **CORE-03**: User can edit existing tasks (change title, date, description)
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4. **CORE-04**: User can delete tasks from the weekly view
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5. **CORE-05**: User can mark tasks as complete/incomplete
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6. **CORE-06**: User can navigate between weeks using previous/next buttons
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7. **CORE-07**: User can switch between day and week views
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8. **CORE-08**: User can drag and drop tasks between days to reorganize them
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9. **CORE-09**: User can persist tasks locally in the browser
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### Non-Functional Requirements
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The user emphasizes:
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- Performance: Interface should be responsive and fast
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- Compatibility: Works well on desktop and tablet
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- Security: Proper handling of user data
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- Simplicity: Intuitive workflow without unnecessary complexity
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## Risks and Mitigation Strategies
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### Technical Risks
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1. **Complexity of Drag-and-Drop Implementation**: May require third-party libraries or significant custom development
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2. **State Management**: Managing state across multiple components and views
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3. **Responsive Design**: Ensuring consistent functionality across devices
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4. **Data Persistence**: Handling edge cases with local storage
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### Mitigation Approaches
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- Evaluate lightweight drag-and-drop solutions early
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- Implement a robust state management solution from the start
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- Use responsive design frameworks and test extensively
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- Implement proper error handling for storage operations
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## Success Metrics
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By the end of Phase 1, the application should demonstrate:
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1. Stable weekly calendar view with proper task organization
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2. Functional task creation, editing, and deletion
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3. Intuitive navigation between weeks and views
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4. Reliable data persistence across sessions
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5. Clean, user-friendly interface that aligns with design goals
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## Next Steps
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The immediate next steps involve:
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1. Setting up the development environment and project structure
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2. Implementing the basic weekly calendar view
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3. Building core task management functionality
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4. Integrating local storage for data persistence
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5. Creating a responsive UI that works across devices |