Developed a blog website using Flask, a Python web framework. The website allows users to view blog posts, register, log in, and comment on posts. Utilized Flask-Bootstrap for styling and Flask-CKEditor for a rich text editor. Implemented user authentication and password hashing for secure registration and login. Users can create, edit, and delete their blog posts. The website also features an About and Contact page. The backend is powered by SQLAlchemy for data storage, and Flask-Gravatar to display user avatars. While the frontend template was downloaded, the focus was on the Python backend, data models, and user authentication.
To use the default provided database, here are the details:
Password | |
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[email protected] | [email protected] |
[email protected] | [email protected] |
[email protected] | [email protected] |
- Responsive Design: Enhance the website's user experience by making it fully responsive, ensuring seamless accessibility across various devices and screen sizes.
- User Roles: Implement role-based access control (RBAC) to assign different privileges to users, allowing for admin-only features and moderation capabilities.
- Search Functionality: Integrate a search bar to enable users to easily find specific blog posts based on keywords or categories.
- Pagination: Implement pagination for blog posts to optimize page loading speed and enhance user navigation on the website.
- Email Notifications: Add email notifications to notify users of new comments, responses, or when their posts receive comments.
- Social Media Integration: Integrate social media sharing buttons to facilitate easy sharing of blog posts on popular social platforms.
- Tags and Categories: Introduce a tagging and categorization system for blog posts to improve content organization and user discoverability.
- User Profile Customization: Allow users to personalize their profiles with custom avatars, bios, and other user-specific settings.
- Performance Optimization: Conduct thorough performance analysis and optimization to ensure the website runs efficiently and handles increasing traffic.
- Data Backup and Recovery: Implement a data backup mechanism to safeguard against data loss and enable easy recovery in case of any unforeseen issues.