


Pytorch-kaldi - pytorch-kaldi is a project for developing state-of-the-art DNN/RNN hybrid speech recognition systems Npm-pdfreader - 🚜 Read text and parse tables from PDF files Json-to-crystal - Convert JSON structures into Crystal classes with JSON mappingsĭefaultxrs-pd-abstractions - a set of abstractions written for pure data, including sequencers, guis, and other utilties Python-lorem - :snake: Python library for the generation of random text that looks like Latin Pycharm-color-scheme - Color Schemes to P圜harm IDE Thus, re-base was built.įakturama - Wystawiaj faktury za darmo i bez ograniczeń After chatting with Jacob Turner, we wanted to create a way to allow the one way binding of ReactFire with ES6 classes along some more features like two way data binding and listening to Firebase endpoints without actually binding a state property to them. The problem with ReactFire is because it uses Mixins, it's not compatible with ES6 classes. So whenever your data changes, your state will be updated. Sync a Firebase endpoint with a property on your component's state. I came across ReactFire built by Jacob Wenger at Firebase and loved his idea. So I did away with my reliance upon Flux and tried to think of a clean way to implement React with Firebase.

It makes sense why they don't work together, because they're both trying to accomplish roughly the same thing. I was enlightened to the fact that Firebase and Flux really don't work well together. After struggling for a bit, I tweeted my frustrations. I spent a few weeks trying to figure out the cleanest way to implement Firebase into my React/Flux application. Forget about your data persistence and focus on what really matters, your application's state. re-base, inspired by Relay, combines the benefits of React and Firebase by allowing each component to specify its own data dependency. Firebase makes persisting your data easy to implement. React.js makes managing state easy to reason about.

Re-base - :fire: A Relay inspired library for building React.js + Firebase applications.
