cycle-onionify | MIGRATED ! | Reactive Programming library

cycle-onionify is a JavaScript library typically used in Programming Style, Reactive Programming, React applications. cycle-onionify has no bugs, it has no vulnerabilities, it has a Permissive License and it has low support. You can install using 'npm i stump-cycle-onionify' or download it from GitHub, npm.

A fractal state management tool for Cycle.js applications. onionify creates a wrapped main function, where the wrapped result will have a top-level state stream, and will pass that down to the actual main function. Onionify is a component wrapper, not a driver. This way, your application state won't live in a driver, because the wrapped main is still just a Cycle.js app that can be given to Cycle.run. State stream as source, reducer stream as sink. Your main function can expect a StateSource object under sources.onion, and is supposed to return a stream of reducer functions under sinks.onion. One large state tree for your entire application. All the state in your application should live in the state stream managed internally by onionify. Smaller components in your application can access and update pieces of state by interfacing with its parent component with the help of @cycle/isolate. The parent gives an isolated onion source to its child, and receives an isolated onion sink from its child. The parent component interfaces with the grandparent component in the same style. This makes state management fractal. "Fractal" means that every component in the hierarchy is built in the same way as the top-level main function is built. As a consequence, there is no absolute "global" state, since every component treats its state management relative to its parent. The top-most component will have onionify as its parent. As a consequence, state management is layered like an onion. State streams (sources) will be "peeled off" one layer each time they cross a component input boundary. Reducer streams (sinks) will be stacked one layer each time they cross a component output boundary.