Gist 477b1e1737cfc76ca3b7fb09d13c1c54

100%

Gist 477b1e1737cfc76ca3b7fb09d13c1c54

✓ Published0🌍 Public

Last edited May 27, 2017

Created on May 27, 2017

This example demonstrates a reactive application architecture following an Actions → State → UI flow, where user interactions trigger state changes that are rendered as a virtual DOM. It uses the iBlokz UI boilerplate with hyperscript helpers and snabbdom for efficient patching, while state management relies on RxJS-style observable streams with a `scan` reducer. The code shows a counter interface with increment/decrement buttons, illustrating how action functions return immutable state reducers and how UI components receive state and actions as arguments.

AI-generated description

Similar vizzes

Loading thumbnail…

Gist 8420271

This example demonstrates a React-style virtual DOM implementation using the `virtual-dom` library, showcasing a Todo app with animated state updates. The code builds a virtual DOM tree from observable state (via `observ`), renders it to a real DOM element, and uses a diffing algorithm to compute minimal changes between state versions. A requestAnimationFrame loop batches these patches and applies them at 60fps, ensuring smooth UI updates while preserving input focus and other temporary state. The visualization highlights how the virtual DOM approach separates concerns: `h` constructs virtual nodes, `render` creates the initial DOM, `diff` computes changes, and `batch`/`patch` apply them efficiently—all orchestrated with reactive observables and a delegator for events.

Aalessioalex

74% match

Loading thumbnail…

Gist 7dc4898b7ffc460291957e8784871131

This example demonstrates a React application that integrates Redux for state management with asynchronous actions via Redux Thunk. It sets up a centralized store using `createStore`, applies the `thunk` middleware, and connects the app through a `Provider` component. The root component is rendered into the DOM with `react-dom`’s `render` method, using `window.__REDUX_DEVTOOLS_EXTENSION__` for debugging. The code shows how to wire together React, Redux, and Redux Thunk, though it does not display any visual data or charting logic, focusing solely on the application’s foundational architecture.

Aamortka

69% match

Loading thumbnail…

Gist 42ff8cbaaacab6e163d98ce5c7eed5ac

This example demonstrates a Redux-based task management flow where users can add todo items either synchronously or asynchronously. It shows how actions like `addTodo`, `setVisibilityFilter`, and `toggleTodo` update the application state, while the async variant fetches a title from the JSONPlaceholder API using `fetch` before dispatching the action. The code uses Redux’s `dispatch` pattern with a thunk-like function to handle asynchronous logic, and it assigns unique IDs via `nextTodoId`. No rendering or visualization library is present; the focus is purely on state management and action creation.

Aamortka

69% match

Loading thumbnail…

Action, reducer and store drills

This example demonstrates how to visualize Redux state management through interactive “drill” views. It shows a live, force-directed graph of actions, reducers, and store state, with nodes and links updating in real time as actions dispatch. The visualization uses `d3.forceSimulation` for layout and `d3.select` with data joins to render transitions. A CRUD reducer example (from the Glitch project “tulip-buffet”) provides the underlying state logic, while a second file (gistfile1.txt) defines internationalization (i18n) state for language-specific labels. The code wires Redux store subscriptions to D3 updates, animating node positions via `transition.attrTween`.

Aarcox80

67% match

Loading thumbnail…

Redux + D3 in the browser

A Redux store manages a counter and iteration count, displayed as a text label in an SVG. The D3 v4 code renders the SVG and two buttons, while Redux dispatches `INCREMENT`, `DECREMENT`, `ZERO`, and `RESET` actions. A `d3.interval` timer randomly dispatches increment or decrement actions every 100 milliseconds. The store’s `subscribe` method updates the text element in response to state changes, demonstrating a pure Redux pattern for UI synchronization without a view-binding library.

PPhilippe Rivière

67% match

Loading thumbnail…

Simple Unidirectional Data Flow

This example demonstrates a simple unidirectional data flow pattern, using a counter that increments on button click. The current count is displayed in the DOM, and each click dispatches an INCREMENT action to a reducer function, which returns a new state object. The updated state is then passed to a render function that updates the text content of the counter element. The code uses vanilla JavaScript, with plain DOM methods like `getElementById` and `addEventListener` to handle interaction and rendering.

MMark D. Clements

67% match

Loading thumbnail…

Gist 7f789f99d7069a4220ed

This example demonstrates a minimalist MVC architecture built with Cranium, a custom library that uses Underscore.js for utility functions and jQuery-like DOM selection. It shows how a model, view, and controller interact: user clicks on increment or alert buttons trigger controller methods, which update the model, and the view re-renders an Underscore template displaying the counter value. A separate todo example illustrates model changes notifying the view to re-render its checkbox and title template. The code relies on Cranium’s Events system for model-view communication and DOM event binding.

Aamundo

66% match

Loading thumbnail…

Gist 7e25cbcd7c60d58ca2949795d215284a

This example illustrates four distinct approaches to reacting to a state change in an Angular application, using the RxJS `filter` and `take` operators within a `store` service. It shows how to implement a save action by observing `saveButtonState`, then demonstrates wrapping the same observable logic in a Promise for async handling, and finally presents simpler alternatives using a callback and an event emitter. The code relies on `ButtonState` enums and a `saveDone` event emitter, with no external visualization libraries or data sources involved.

HHypercubed

65% match