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TODO
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SHOW CALENDAR TODO LIST
DEVELOPMENT PLAN :
1. Development Environment Setup:
• Checklist:
✔ 1.1. Select and install an integrated development environment (IDE) suitable for C# and .NET (e.g., Visual Studio).
✔ 1.2. Install Git for version control.
✔ 1.3. Set up local development and testing servers (e.g., IIS for .NET).
✔ 1.4. Establish environment variables (.env) to store sensitive configurations.
2. GitHub Repository Creation:
• Checklist:
✔ 2.1. Create a new repository on GitHub.
✔ 2.2. Set up main branches: `main` for production, `develop` for development.
✔ 2.3. Write a clear README explaining the project, its setup, and usage.
✔ 2.4. Implement guidelines for external contributions.
3. Initial Backend Development:
3.1 Initial Configuration:
• .NET 8 Installation and Configuration with Visual Studio:
✔ Choose .NET 8 as the development framework for its enhanced performance and security.
✔ Configure a Visual Studio project to structure the application according to modern standards.
• Set Up NuGet for Library and Dependency Management:
✔ Use NuGet, the official package manager for .NET, to efficiently manage external dependencies.
✔ Install and configure essential libraries for the project, such as Entity Framework Core for database management.
3.2 Data Model Design and Implementation:
• Creation and Configuration of Data Models:
✔ Develop model classes for `User`, `Calendar`, `Appointment`, and `Notification`, reflecting the MySQL database structure.
✔ Precisely configure the relationships between models and annotations for data integrity.
• Entity Framework Core Initialization and Configuration:
✔ Establish `ApplicationDbContext` to manage interactions with the MySQL database.
✔ Create and apply migrations to structure the database according to defined models.
• Local MySQL Database Initialization:
✔ Set up a local MySQL database for development and testing.
✔ Ensure the database connection and proper functioning with the application.
3.3 API Construction:
• API Components Development:
✔ Design controllers to handle HTTP requests, with specific actions for each model.
✔ Create DTOs (Data Transfer Objects) to secure and optimize data transfer.
✔ Establish services to encapsulate complex business logic.
✔ Develop interfaces to define service contracts.
• CRUD Methods Implementation and Route Configuration:
✔ Define CRUD endpoints for each entity (e.g., GET, POST, PUT, DELETE).
✔ Precisely configure routes in controllers and use appropriate HTTP methods.
• Functional Testing with Postman:
✔ Use Postman to test various API endpoints.
✔ Validate the expected response from each endpoint and resolve encountered errors.
3.4 Authentication and Security:
• JWT Authentication Implementation:
✔ Integrate a JSON Web Tokens based authentication system to secure API access.
✔ Configure JWT generation, validation, and refresh mechanisms.
• Security Middleware Integration:
✔ Develop and integrate middleware for authentication error management and API general security.
✔ Implement access control strategies and data validation.
3.5 Unit Testing and Integration Sub-Solution Creation:
• Test Environment Setup with Xunit:
✔ Install and configure Xunit as the testing framework.
✔ Establish an isolated test database and simulate external services.
• Detailed Unit Testing:
✔ Write tests for individual service methods, ensuring they operate as expected independently of other components. @done(24-04-14 22:42)
✔ Test controllers with simulated requests to verify responses and HTTP statuses. @done(24-04-14 22:42)
• Comprehensive Integration Testing:
☐ Simulate real-use scenarios to test interactions among various application components.
☐ Validate data flows between models, databases, and web services.
• Test Automation and Integration:
☐ Configure CI/CD pipelines to automatically run tests on every push or pull request.
☐ Integrate test reports and code coverage to monitor code quality.
3.6 Solution Optimization and Refactoring with Unit and Integration Tests:
• Performance Analysis and Code Refactoring:
☐ Assess application performance to identify bottlenecks.
☐ Refactor code to improve quality, maintainability, and efficiency.
3.7 Adding Additional Features:
• Advanced Logging Integration:
☐ Implement a configurable logging system to monitor application activities in production.
☐ Configure log levels and formatting for easy diagnosis.
• Additional Features:
☐ Scheduled Task Manager: Integrate Quartz.NET to manage scheduled tasks, such as recurring notifications or maintenance operations.
☐ API Security with OAuth 2.0: Implement an authorization server to manage secure API access.
• Advanced Search Functionality:
☐ Integrate Elasticsearch for fast and efficient data searching.
☐ Business Intelligence Solution Integration: Use tools like Power BI for in-depth insights and analysis on collected data.
☐ Data Export APIs: Develop API endpoints for data export in CSV or Excel formats.
3.8 Deployment and Monitoring:
• Deployment Strategies:
☐ Implement gradual deployment strategies to minimize risks.
☐ Use Docker and Kubernetes for automated deployment and scaling.
• Advanced Monitoring Systems:
☐ Install and configure ELK Stack (Elasticsearch, Logstash, Kibana) for in-depth log analysis.
☐ Set up alerts based on performance thresholds or errors for quick intervention.
3.9 Advanced Documentation:
• Source Code Documentation:
☐ Detailed comments in the source code to explain design choices and complex algorithms.
☐ Regularly update documentation to reflect changes in the code.
• User and Developer Guides:
☐ Write step-by-step guides explaining how to use various application features.
☐ Create video tutorials or webinars to train users and developers.
3.10 Scalability Preparation:
• Performance and Capacity Evaluation:
☐ Conduct stress tests to simulate extreme load conditions and evaluate application responsiveness.
☐ Analyze results to identify and address bottlenecks.
• Scalability Planning:
☐ Design architecture to support the addition of microservices.
☐ Evaluate the use of serverless technologies for maximum elasticity.
4. Initial Frontend Development:
• 4.1. Initial Setup:
Checklist:
✔ Installation and setup of Next.js. @done(24-04-14 22:43)
✔ Establishment of TypeScript, Tailwind CSS and Shadcn/UI development environment. @done(24-04-14 22:43)
☐ Configuration of build and transpilation tools (Webpack, Babel).
• 4.2. Design and UI:
Checklist:
☐ Creation of user interface mockups and prototypes (e.g., using Figma).
☐ Development of user interface components using Next.js and React.
☐ Integration of Tailwind CSS for styling and layout.
• 4.3. Routing and State Management:
Checklist:
☐ Setup of routing with Next Router.
☐ Selection and implementation of state management (Redux, Context API).
☐ Management of global and local states for components.
• 4.4. Backend Connection:
Checklist:
☐ Establishment of API services to interact with the backend.
☐ Handling of HTTP requests (GET, POST, PUT, DELETE) with Axios or Fetch API.
☐ Processing of data received from the backend and UI update.
• 4.5. Security and Session Management:
Checklist:
☐ Implementation of client-side authentication.
☐ Secure management of JWT tokens and user sessions.
☐ Implementation of protection mechanisms against common vulnerabilities (CSRF, XSS).
• 4.6. Responsive Design and Accessibility:
Checklist:
☐ Ensuring the interface is responsive on different devices.
☐ Testing and optimization for various browsers.
☐ Checking and improving accessibility according to WCAG standards.
• 4.7. Front-End Testing:
Checklist:
☐ Setup of Jest for unit testing.
☐ Writing tests for React components.
☐ Integration tests for user flow and interactions.
• 4.8. Performance Optimization:
Checklist:
☐ Analysis of application performance with tools like Lighthouse.
☐ Implementation of optimization techniques (lazy loading, code splitting).
☐ Minimization of resources and reduction of loading time.
5. Integration with Messaging/Calendar/Video Conferencing Services:
• 5.1. Research and Selection of APIs:
Checklist:
☐ Identification and assessment of messaging APIs (Gmail, Outlook, etc.).
☐ Study of calendar service APIs (Google Calendar, Microsoft Outlook, Apple Calendar).
☐ Exploration of video conferencing APIs (Zoom, Microsoft Teams, etc.).
• 5.2. Integration of Messaging APIs:
Checklist:
☐ Establishment of connection and authentication with messaging services.
☐ Development of functionalities to read and send emails.
☐ Management of attachments and message formatting.
• 5.3. Synchronization with Calendars:
Checklist:
☐ Integration of calendar APIs to display and manage events.
☐ Implementation of bidirectional synchronization of calendars.
☐ Management of conflicts and real-time updates.
• 5.4. Integration of Video Conferencing Services:
Checklist:
☐ Development of the functionality to create and manage online meetings.
☐ Integration of video conferencing links in calendar invitations.
☐ Testing of compatibility and performance of video conferencing integrations.
• 5.5. Testing and Validation:
Checklist:
☐ Testing of integration with each service to ensure proper functioning.
☐ Validation of data exchange security and privacy.
☐ Usability tests to ensure integrations are intuitive for users.
6. Unit and Integration Testing:
• 6.1. Test Environment Setup:
Checklist:
☐ Installation and configuration of Xunit for Backend.
☐ Installation and configuration of Jest for Frontend.
☐ Establishment of an isolated testing environment with test data.
• 6.2. Backend Unit Testing:
Checklist:
☐ Writing unit tests for models (User, Calendar, Appointment, etc.).
☐ Testing services (AuthenticationService, CalendarService, etc.).
☐ Validation of authentication functionalities and error handling.
• 6.3. Frontend Unit Testing:
Checklist:
☐ Writing tests for React components (rendering tests, event tests).
☐ Testing state management logic (Redux or Context API).
☐ Testing user interactions (clicks, form submissions).
• 6.4. Integration Testing:
Checklist:
☐ Testing data flows between frontend and backend.
☐ Testing API endpoints (expected responses, error handling).
☐ Simulating real user scenarios and testing user journey.
• 6.5. Test Automation:
Checklist:
☐ Integrating tests into CI/CD pipelines.
☐ Setting up automatic test runs on pushes or pull requests.
☐ Implementing test reports and notifications in case of failure.
7. Writing Technical Documentation:
• Checklist:
☐ 7.1. Documentation of the source code, including comments and function descriptions.
☐ 7.2. Using Swagger or a similar tool to document API endpoints.
☐ 7.3. Writing a detailed technical manual detailing the architecture and internal workings.
8. User Guides:
• Checklist:
☐ 8.1. Creating user guides for installation, setup, and application usage.
☐ 8.2. Writing FAQs and troubleshooting documents.
☐ 8.3. Preparing written or video tutorials for end users.
9. Performance, Security, and Accessibility Testing:
• Checklist:
☐ 9.1. Using tools like JMeter to test application performance.
☐ 9.2. Verifying application security (e.g., SQL injection tests, XSS tests).
☐ 9.3. Ensuring web accessibility in accordance with WCAG standards.
10. Preparation for Community Contribution:
• Checklist:
☐ 10.1. Organizing webinars to introduce the project to the community.
☐ 10.2. Writing a document explaining how to contribute to the project.
☐ 10.3. Setting up a space for bug reports and feature suggestions.
11. Continuous Improvements and Maintenance:
• Checklist:
☐ 11.1. Planning regular sprints for the implementation of new features.
☐ 11.2. Reviewing and integrating user feedback.
☐ 11.3. Establishing a process for tracking and resolving bugs.
12. Expansion and Diversification:
• Checklist:
☐ 12.1. Assessing and integrating new features requested by the community.
☐ 12.2. Establishing partnerships with other open-source projects for integrations.
☐ 12.3. Developing a marketing strategy to promote the project.
Note
This schema is a starting point for the tasks to be done during the project development.
Depending on the specific needs of the project and additional functionalities, modifications
or additions may be necessary.