Reactive UI components in Rust

• reactive-ui-components-in-rust

  1 4 0.0 Rust

If you’re feeling like, “just show me the code!” you can check it out here.

• vuex

  85 28,359 1.5 JavaScript

  🗃️ Centralized State Management for Vue.js.

  

Our state management approach is similar to that of Redux, Vuex and other Flux architectures, just on a smaller scale. Our user event triggers an action in JavaScript which tells WebAssembly we need to recalculate our state, and re-render the view. A key benefit of doing these state calculations in Rust is that the existing state never leaves our sandboxed environment; we only ever pass a reference to our Rust closure — which “closes” over the current state — to an event listener in our JavaScript.

• SurveyJS

  surveyjs.io featured

  Open-Source JSON Form Builder to Create Dynamic Forms Right in Your App. With SurveyJS form UI libraries, you can build and style forms in a fully-integrated drag & drop form builder, render them in your JS app, and store form submission data in any backend, inc. PHP, ASP.NET Core, and Node.js.

  

• redux

  268 60,471 9.0 TypeScript

  A JS library for predictable global state management

  

Our state management approach is similar to that of Redux, Vuex and other Flux architectures, just on a smaller scale. Our user event triggers an action in JavaScript which tells WebAssembly we need to recalculate our state, and re-render the view. A key benefit of doing these state calculations in Rust is that the existing state never leaves our sandboxed environment; we only ever pass a reference to our Rust closure — which “closes” over the current state — to an event listener in our JavaScript.

• flux

  26 17,417 6.7 JavaScript

  Discontinued Application Architecture for Building User Interfaces

  

Our state management approach is similar to that of Redux, Vuex and other Flux architectures, just on a smaller scale. Our user event triggers an action in JavaScript which tells WebAssembly we need to recalculate our state, and re-render the view. A key benefit of doing these state calculations in Rust is that the existing state never leaves our sandboxed environment; we only ever pass a reference to our Rust closure — which “closes” over the current state — to an event listener in our JavaScript.

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