Welcome, future software engineering rock stars! 🌟 Here are some exciting project options to level up your skills and create an amazing User Management System. Each project focuses on different aspects of the system and comes with its own set of challenges and learning opportunities. Remember, the goal is to build upon the existing system and showcase your abilities in a way that aligns with the project requirements.
- Description: Enhance the user profile management functionality by allowing users to upload and store their profile pictures using Minio, a distributed object storage system.
- User Story: As a user, I want to be able to upload and update my profile picture to personalize my account.
- Difficulty Level: Medium
- Minimum Viable Feature:
- Implement an API endpoint for users to upload their profile picture.
- Store the uploaded profile pictures securely in Minio.
- Update the user profile API endpoints to include the profile picture URL.
- Retrieve the profile picture URL from Minio when displaying user profiles.
- Optional Enhancements:
- Implement image resizing and optimization to ensure consistent image sizes and faster loading times.
- Add validation to restrict the allowed image formats and sizes.
- Provide a default profile picture for users who haven't uploaded one.
- Getting Started:
- Follow the Minio setup instructions: Setting up Object Storage with Minio with Docker
- Review the existing user profile management code and database schema.
- Create a new API endpoint for profile picture upload, handling file uploads and storage in Minio.
- Update the user profile model and database schema to include a field for the profile picture URL.
- Write unit tests to verify the profile picture upload and retrieval functionality.
- Description: Refactor the email notification system to use event processing with Celery as the task queue and Kafka as the message broker. This will enable efficient and scalable handling of various email notification events.
- User Story: As a user, I want to receive timely email notifications for important events such as account verification, account locking/unlocking, role upgrades, and professional status upgrades.
- Difficulty Level: High
- Minimum Viable Feature:
- Refactor the existing email notification code to use Celery tasks for sending emails asynchronously.
- Set up Kafka as the message broker for reliable and scalable event processing.
- Define event types for account verification, account locking/unlocking, role upgrades, and professional status upgrades.
- Implement Celery tasks to handle each event type and send the corresponding email notifications.
- Optional Enhancements:
- Implement retry mechanisms for failed email deliveries.
- Add monitoring and logging for the event processing pipeline.
- Optimize the email templates for better performance and maintainability.
- Getting Started:
- Read the article on Leveraging Celery and Kafka for Efficient Distributed Processing in Python to understand the concepts and architecture.
- Set up Celery and Kafka in your development environment.
- Refactor the existing email notification code to use Celery tasks.
- Define Kafka topics for each event type and configure Celery to consume messages from these topics.
- Implement the Celery tasks to handle each event type and send the corresponding email notifications.
- Write unit tests to verify the event processing and email notification functionality.
- Description: Implement search and filtering capabilities to allow administrators to easily find and manage users based on various criteria.
- User Story: As an administrator, I want to be able to search for users based on their username, email, role, or other relevant attributes and filter the user list accordingly.
- Difficulty Level: Medium
- Minimum Viable Feature:
- Add search functionality to allow administrators to search for users by username, email, or role.
- Implement filtering options to allow administrators to filter users based on criteria like account status or registration date range.
- Update the user management API endpoints to support search and filtering.
- Optional Enhancements:
- Implement advanced search using full-text search or ElasticSearch integration.
- Add pagination and sorting options to the user search results.
- Provide a user-friendly interface for administrators to perform user search and filtering.
- Getting Started:
- Review the existing user management code and API endpoints.
- Design and implement the search and filtering functionality, considering the search criteria and filtering options.
- Update the user management API endpoints to accept search and filtering parameters.
- Write unit tests to verify the user search and filtering functionality.
- Description: Enhance the existing Role-Based Access Control (RBAC) system to allow administrators to change user roles dynamically.
- User Story: As an administrator, I want to be able to change user roles from Authenticated to Manager or Admin, and vice versa, to manage user permissions effectively.
- Difficulty Level: Medium
- Minimum Viable Feature:
- Implement API endpoints for administrators to change user roles.
- Ensure that role changes are properly validated and propagated throughout the system.
- Log all role changes for auditing purposes.
- Optional Enhancements:
- Add an event publisher a role is changed.
- Getting Started:
- Review the existing RBAC implementation in the codebase.
- Design the API endpoints and request/response schemas for role management.
- Implement the role change functionality in the user management service.
- Write unit tests to verify the role change functionality and permission propagation.
- Description: Implement a comprehensive event management system with full BREAD (Browse, Read, Edit, Add, Delete) functionality, allowing managers and admins to create and manage events.
- User Story: As a manager or admin, I want to be able to create, view, update, and delete events, including details such as start and end dates, event creator, and other relevant fields.
- Difficulty Level: High
- Minimum Viable Feature:
- Implement API endpoints for event management with BREAD operations.
- Create database models and schemas for storing event information.
- Implement authorization checks to ensure only managers and admins can create and manage events.
- Optional Enhancements:
- Implement event registration functionality for users to sign up for events.
- Add event categories and tags for better organization and searchability.
- Implement event reminders and notifications for registered users.
- Getting Started:
- Design the database schema for storing event information, including fields like start date, end date, event creator, and other relevant details.
- Implement the API endpoints for event management, handling BREAD operations.
- Create the necessary database models and ORM mappings for events.
- Implement authorization checks in the API endpoints to restrict access based on user roles.
- Develop the frontend interface for event management, integrating with the API endpoints.
- Write unit tests to verify the event management functionality, including BREAD operations and authorization checks.
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Description: Implement localization support to allow the application to be easily translated into multiple languages.
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User Story: As a user, I want to be able to use the application in my preferred language.
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Difficulty Level: Medium
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Minimum Viable Feature:
- Add localization support to the application, allowing for easy translation of user-facing text.
- Research how to best handle localization for content translation of api responses and request handling.
- Implement a way for users to switch between available languages.
- Research best practices in handling timezones
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Optional Enhancements:
- Support dynamic language switching without requiring a page reload.
- Implement language fallback mechanism to handle missing translations gracefully.
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Getting Started:
- Research and choose a localization library or framework that integrates well with your application.
- Define the supported languages and create language resource files for each language.
- Implement language switching functionality, allowing users to change their preferred language.
- Update the application code to use the localized text from the language resource files.
- Write unit tests to verify the localization functionality.
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Description: Implement user retention analytics to track and analyze user engagement and retention within the application.
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User Story: As an administrator, I want to gain insights into user retention, user invitations, and conversion rates from anonymous to authenticated users.
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Difficulty Level: Medium
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Minimum Viable Feature:
- Track the number of anonymous users requesting published content.
- Monitor the conversion rate of anonymous users becoming authenticated users.
- Analyze user login activity to identify users who haven't logged in for 24 hours, 48 hours, 1 week, or 1 year.
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Optional Enhancements:
- Visualize user retention data through charts and graphs.
- Implement cohort analysis to track user retention over time.
- Provide actionable insights and recommendations based on user retention data.
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Getting Started:
- Review the existing user tracking and analytics code.
- Implement logging mechanisms to track anonymous user activity and conversion rates.
- Create database tables or use a suitable analytics service to store user retention data.
- Develop queries and algorithms to analyze user login activity and identify inactive users.
- Implement the user invitation functionality, including email templates and invitation tracking.
- Create API endpoints to retrieve user retention analytics data.
- Write unit tests to verify the accuracy and reliability of the user retention analytics.
- Description: Implement QR code generation functionality for user profiles, allowing users to share their profile information easily. Store the generated QR codes using Minio.
- User Story: As a user, I want to be able to invite people to the site through email by inputing their name and email address..
- Difficulty Level: Medium
- Minimum Viable Feature:
- Implement user invitation functionality through the API, allowing users to invite others to join the platform via email with a QR code in the invitation email.
- Generate unique QR codes for each invite that encodes parameter for a base64 encoded nickname field (nickname exists in the db) that identifies the user that invited them, so that we can track sucessful invitations. Create a table to track invitations and their usage. When you scan the QR code, the user should just be forwarded to another address set with a setting in config.py and their QR invite should be marked accepted in the database.
- Store the generated QR codes securely in Minio. Setting up Object Storage with Minio with Docker
- Provide an API endpoint for QR codes to show a user the number of invites sent and used.
- Provide an API endpoint to accept the invite
- Use .env file for forward email
- Provide a management BREAD HATEOS complete set of endpoints to administer invitations
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- Provide options to share the QR code image on social media or via email.
- Getting Started:
- Set up Minio for storing the generated QR code images.
- Research and select a suitable QR code generation library for your programming language.
- Design the QR code generation process, including the data to be encoded in the QR code (e.g., user profile URL).
- Implement the QR code generation functionality, storing the generated images in Minio.
- Write unit tests to verify the QR code generation, storage, and retrieval functionality.
- Write tests for testing the usage of the QR code to accept the invite by simulating the incoming request and updating the QR code
- WRite any additional tests to verify the BREAD HATEOS functionality similar to the Users table, but simpler.
- Description: Enhance the user profile management functionality to allow users to update their profile fields and enable managers and admins to upgrade users to professional status.
- User Story: As a user, I want to be able to manage my profile information and get upgraded to professional status by managers or admins.
- Difficulty Level: Easy
- Minimum Viable Feature:
- Implement API endpoints for users to update their profile fields, such as name, bio, location, etc.
- Create a separate API endpoint for managers and admins to upgrade a user to professional status.
- Update the user profile page to display the professional status and allow users to edit their profile fields.
- Send notifications to users when their professional status is upgraded.
- Optional Enhancements:
- Implement profile field validation to ensure data integrity.
- Allow users to add additional profile fields dynamically.
- Provide a user-friendly interface for managers and admins to search and select users for professional status upgrade.
- Getting Started:
- Review the existing user profile management code and database schema.
- Design the API endpoints for updating user profile fields and upgrading professional status.
- Implement the necessary database updates to store professional status information.
- Create the user profile update functionality, including form validation and database updates.
- Develop the professional status upgrade feature for managers and admins.
- Update the user profile page to display the professional status and allow profile field editing.
- Write unit tests to verify the profile update and professional status upgrade functionality.
- Description: Develop a console application to manage the User Management System, including features like dropping database tables, changing user roles, and uploading CSV files with user profile data.
- User Story: As an administrator, I want to have a command-line interface to perform administrative tasks such as database management, user role assignment, and bulk user creation from CSV files.
- Difficulty Level: High
- Minimum Viable Feature:
- Implement a command-line interface using a library like Click or ArgParse.
- Provide commands to drop all database tables, including the Alembic table, for database reset.
- Implement commands to change user roles (e.g., Authenticated to Manager or Admin).
- Add functionality to upload CSV files containing user profile data and create corresponding user accounts.
- Optional Enhancements:
- Implement data validation and error handling for CSV file uploads.
- Provide a command to export user data to a CSV file.
- Add commands to manage other system settings and configurations.
- Getting Started:
- Choose a suitable library for creating command-line interfaces, such as Click or ArgParse.
- Design the command structure and arguments for each administrative task.
- Implement the database management commands, including dropping tables and resetting the database.
- Create the commands for changing user roles, integrating with the existing RBAC system.
- Develop the functionality to parse CSV files and create user accounts based on the provided data.
- Write unit tests to verify the functionality of each command and the corresponding actions.
These project options offer a diverse range of features and enhancements to the User Management System, catering to different skill levels and interests. From profile picture upload with Minio to user retention analytics and QR code generation, these projects provide opportunities for students to explore various technologies and design patterns.
Remember to consider the existing system's capabilities and the project timeline when selecting and implementing these features. Focus on delivering a functional and well-tested minimum viable product, while also considering potential enhancements and optimizations.
When working on the projects, adhere to best practices such as:
- Following the coding standards and conventions established in the existing codebase.
- Writing clear and concise documentation for new features and any modifications made.
- Implementing appropriate error handling, data validation, and security measures.
- Conducting thorough testing, including unit tests and integration tests, to ensure the reliability and integrity of the new features.
- Seeking feedback and guidance from peers and instructors to improve the implementation and overcome any challenges.
Remember, the goal is to enhance your skills, gain practical experience, and contribute meaningfully to the User Management System project. Don't hesitate to ask questions, collaborate with others, and explore new technologies and techniques along the way.
Happy coding, and may your journey be filled with valuable learning experiences! 🚀✨