I wanted to share a new Python project I've been working on called Jake. It's an alternative to popular link aggregator services like Linktree and OneLink. Jake leverages the power of GitHub Pages to provide you with a hassle-free way to create your one-link website. The best part? It won't cost you a dime!
With Jake, you can easily showcase all your important links and content in one central hub, neatly organized and easily accessible. Your website will have a sleek URL in the format of "username.github.io," giving it a professional touch.
Jake is completely written in Python and uses the `tinyhtml` library to generate static HTML websites. Simply fill in the `data.toml` file with your information, and Jake will automatically build and deploy your website to GitHub Pages using a GitHub action.
To give you a taste of what Jake can do, I've prepared a demo project for you to explore. Just visit https://thevahidal.github.io/jake and see the potential for yourself.
If you're interested in contributing or want to dive deeper into the project, you can find the Jake repository on GitHub at https://github.com/thevahidal/jake. I welcome all contributions, feedback, and bug reports. Your input will help shape the future of Jake and make it even better.
Thank you for taking the time to read about Jake. I can't wait to see what we can achieve together.
Best regards, Al
I'm excited to share an update about Soul, an open source project I created that acts as a RESTful and realtime server for SQLite databases.
Soul makes it incredibly simple to add a backend to any project - just give it a SQLite database file and it will instantly serve up CRUD endpoints without any additional configuration. When I first launched Soul a while back, its core functionality was just this.
A few months ago, one of Soul's long time contributors approached me about adding authentication and authorization capabilities. We worked together to design an ACL system, and they implemented it. I'm pleased to share that Soul now has robust user authentication and role-based access control built right in.
The authentication works by defining "roles" that map tables to permitted CRUD operations. These roles can then be assigned to users. This allows you to easily control which users have create, read, update or delete access to specific tables. It couldn't be much simpler to set up authorization for your SQLite APIs.
I'm grateful for the contributions that have helped Soul grow. Please check it out at https://github.com/thevahidal/soul to see these new features in action and get started with your own minimal backend. The project is actively developed and I welcome any feedback on how Soul can better serve developers. I hope Soul continues to lower the barriers to adding secure REST and realtime capabilities to projects.
Cheers, Al.