Threaddit is a full-stack Reddit clone; it's a comprehensive web application inspired by Reddit, built using Flask and its diverse libraries for the backend, combined with PostgreSQL for robust database management. The frontend is developed using React.js and its rich set of libraries, offering a seamless and dynamic user experience.
Threaddit is a personal portfolio project inspired by Reddit that replicates some of Reddit's core features. While not intended as a fully functional product, Threaddit serves as a demonstration of various web development skills and technologies.
The backend of Threaddit is built with Flask, PostgreSQL, and several associated libraries for robust database management. On the frontend, React.js is used to create a dynamic and responsive user interface. The project also leverages additional technologies like tanstack/react-query, Axios, React Router Dom, Framer Motion, and PropTypes to enhance the overall user experience.
Please note that Threaddit is a work in progress, and features may be added or removed as the project evolves.
For the backend of this project, a stack of versatile technologies has been employed. Python serves as the foundation, providing the flexibility and robustness necessary for web application development. The Flask framework, known for its simplicity and efficiency, has been instrumental in building the core structure. Additional libraries such as Flask Login, Flask Marshmallow, Flask SQLAlchemy, and Bcrypt have been integrated to enhance functionality, handle data, and ensure security. A full list is in requirements.txt.
On the front end, the project leverages a stack of essential technologies and libraries. React.js, the cornerstone of the frontend, provides the foundation for building dynamic and responsive user interfaces. To handle data communication with the backend and manage application state effectively, the project incorporates "tanstack/react-query. Axios is also integrated for efficient API requests, while React Router Dom ensures seamless navigation within the application. For added interactivity and animations, Framer Motion is utilized, enhancing the overall user experience. The project also employs PropTypes for enhanced type checking and validation.
The project's backend relies on PostgreSQL, a robust and open-source relational database system, to effectively handle data storage and management. Details about the schema, views, and relationships can be found in the backend folder as an SQL file; the schema is shown below.
In this project, I've implemented a set of features, which are shown below. It's important to note that features may be added or removed depending on development progress and evolving project goals. Additionally, there are pending features currently in development, as this project remains a work in progress.
- Login & Logout
- Register
- Edit Profile
- Delete Account
- Email Verification
- Password Change
- Notifications
- Subthread Creation
- Subthread Edit (by Mod, Admin, and Creator)
- Subthread Moderation (by Mod and Admin)
- Join Subthread
- Leave Subthread
- Search Subthreads
- Subthread Logo and Descriptions
- Banner & Rules
- Sort by Top, Hot, and New
- Sort by duration.
- Responsive Layout
- Ability to change layout
- Card and Gallery Layout
- Post Creation
- Post Edit
- Post Delete (by Mod, Admin, and Creator)
- Post Save & Unsave
- Ability to add an image to a post
- Ability to add video and gifs
- Report Posts
- Use Markdown instead of plain text.
- Create Comments
- Edit Comments & Edit Indicator
- Delete Comments
- Comment Tree with on-demand expansion
- Media as Comment
- Save Comments
- Use Markdown instead of plain text.
- Send & Receive
- Message Seen Indicator
- Delete Messages
- Edit Messages
- Send Media
- Ensure that PostgreSQL is installed on your system.
- Create a PostgreSQL database with a name of your choice.
- Make sure you have the necessary credentials (username and password) for this database.
- Details about the schema, views, and realtions can be found in the backend folder in a SQL file.
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Navigate to the project's backend folder.
-
Create a
.envfile in the backend folder and include the following environment variables:
DATABASE_URI=your_postgresql_database_uri
SECRET_KEY=your_flask_secret_key
CLOUDINARY_CLOUD_NAME=your_cloudinary_cloud_name
CLOUDINARY_API_KEY=your_cloudinary_api_key
CLOUDINARY_API_SECRET=your_cloudinary_api_secretReplace the placeholder values with your specific credentials.
- With the database set up and the environment variables configured, execute the
run.pyfile in the backend folder to start the Flask application. - Open a terminal, navigate to the backend folder, and run:
python run.py
This will start the Flask server.
- Once the Flask server is running, you can access the application by opening a web browser and navigating to the URL where it's hosted, or you can use
localhostif you're running it locally.
By following these steps, you should have the project up and running with the necessary database schema and environment variables configured. Make sure to replace the placeholder values with your actual credentials and API keys.
The project is currently hosted on render.com, utilizing their free tier hosting service, primarily driven by financial considerations. The database, which is PostgreSQL, is hosted on Neon DB's free tier, ensuring data accessibility while staying within budget constraints. The project involves user-uploaded images, which are stored and served via Cloudinary's free tier, offering a reliable solution for handling media assets. For those interested in exploring the project, it's accessible at threaddit.onrender.com, providing a glimpse into this cost-effective yet functional web application.