Gist 3e6254d26d7dbeebc0b0f0c822baee60

100%

Gist 3e6254d26d7dbeebc0b0f0c822baee60

✓ Published0🌍 Public

Last edited Jan 27, 2019

Created on Jan 27, 2019

This React example presents a minimal typing-race interface, displaying a header and a text input field. The application records the user’s keystrokes into the component’s state, updating the displayed text in real time. It uses React’s `React.Component`, the `event.target.value` property for input handling, and logs the current state to the console. The example demonstrates a basic two-way binding between a controlled input and the component’s state, showing the typed text as the user types.

AI-generated description

Similar vizzes

Loading thumbnail…

Gist 16f833f25c52e08f53e5255e4db05a2e

This example shows a real-time typing game where a user’s input is matched against a target text, displaying victory and elapsed time in milliseconds. The code uses React state and event handlers (`onChange`) to update the displayed text as the user types. It renders the current user input in an input field and shows a congratulatory message once the correct text is entered. The visualization relies on basic DOM updates rather than a charting library, focusing on interaction feedback through a simple JSX template.

115Dkatz

81% match

Loading thumbnail…

Gist 043532d6e0e677b8c9ccd8d994c70116

This interactive typing game tracks a player’s progress through a character-by-character comparison of their input against a target phrase. The interface uses React state management (`useState`) to store the snippet, the user’s typed text, and a game-state object that records victory status and start/end timestamps. The initial game state is defined as a constant with `victory: false` and null time fields, which are later updated as the game runs. The visualization does not include any graphical charting library; instead, it relies purely on React’s rendering and state logic to display the comparison and status.

115Dkatz

76% match

Loading thumbnail…

key bind

This example demonstrates a minimal React application that captures keyboard input. It renders an input field and logs a message to the console when the Enter key is pressed, using React’s `useState` and `onKeyPress` event handler. The code includes commented-out SVG elements and a `mousePosition` state, but only the input element is active. The app is built with React 16.9 and rendered via `ReactDOM.render` into the root div, with styling applied through an external stylesheet.

AAnimesh Nautiyal

70% match

Loading thumbnail…

Gist 4bf048f7f79c05c84eab4ce6e023d20f

This example demonstrates a React accordion interface with three collapsible panels, the third containing a nested React component that renders an editable text input field. The code uses the `react-bootstrap` Accordion and Panel components to structure the collapsible groups, while a custom `Test` component manages its own state via `getInitialState` and `handleChange` to update the input value in real time. The outer `Test` component’s render method creates an inner React class instance, though its parent panel primarily displays static placeholder text. The rendering is handled through `ReactDOM.render` on a specified mount node, with the input’s state initialized to the string "test".

66ewis

69% match

Loading thumbnail…

Small tests

This example demonstrates how React event handlers interact with contentEditable elements, rendering a large "Hey!" message that must be clicked or typed into to trigger console logs. The code defines a React class component with `handleClick` and `handleChange` methods bound to `onClick` and `onInput` props, using ReactDOM to mount the app into the root div. It relies on React 16.10.0 and ReactDOM production builds loaded via CDN, showcasing synthetic event handling on an editable HTML element.

Llapotok

67% match

Loading thumbnail…

React App

This example displays a minimal React interface with a text input, a submit button, and a copyright footer. It uses React state via `useState` to manage an input value and an array of submitted items, updating the list on button click. The code imports danfojs (as `dfd`) and Material-UI components, including `Typography`, `Link`, and `Container`, though the layout renders a static `Box` with text and a Material-UI footer. The app mounts through `ReactDOM.render` in `index.js`, referencing bundled scripts from React, ReactDOM, danfojs, and Material-UI.

Kkennethkamhw

67% match

Loading thumbnail…

Gist fed523040b43046b27a52290d26c4ceb

This example visualizes the structure of a small React component hierarchy through a static code excerpt, showing how typed props and event handlers are passed between parent and child components. The code uses the Flow type checker to define an `onSubmit` prop as a `Function`, with class `A` passing its `handleSomeEvent` method to component `B` via a prop. The rendering approach is purely textual, relying on the explicit Flow annotations and JSX syntax to illustrate data flow rather than any graphical output. It demonstrates type-safe callback propagation in a React/Flow environment, though no runtime visualization or data processing library appears in the snippet.

CCaged

67% match

Loading thumbnail…

#javascript

This example demonstrates a JavaScript code editor that maintains focus and blur states for a text input area. The snippet configures event handlers for editor focus and focus loss, using a React component that passes `onEditorFocus` and `onEditorLoseFocus` callbacks through its props. It shows how the editor responds to user interaction by triggering these custom methods, which could update a visualization or UI state. The code relies on React’s event system and component props to manage the editor’s behavior, with no external libraries like d3 or Canvas involved.

GGugaGongadze

66% match