Skip to main content
SimilarExport ZIP
100%

Fork of Fork of S3 bucket

✓ Published1🌍 Public
NNita
Last edited May 17, 2025
Created on May 17, 2025
Forked from Fork of S3 bucket

This interactive D3.js v7 and React visualization guides users through hosting a static website on AWS S3, displaying six implementation steps as an animated, hoverable flow diagram. Users navigate between three tabs—Benefits, Requirements, and Implementation Steps—which render as a bar chart, a data table, and the step connector diagram, respectively. Data is loaded from CSV files, and D3's scales, axes, and selection transitions animate elements like bar growth, tooltips, and arrow drawing to illustrate each phase of the process.

AI-generated description

AWS S3 Static Website Hosting Visualization

An interactive visualization built with D3.js and React that demonstrates how to host static websites on Amazon S3.

Features

  • Interactive step-by-step implementation guide
  • Benefits of using S3 for static website hosting
  • Requirements and resource information
  • Responsive design that works on most devices

Implementation Steps Visualization

The implementation steps visualization provides a clear visual representation of the process required to set up a static website on Amazon S3, including:

  1. Creating an S3 bucket
  2. Uploading files
  3. Making files public
  4. Enabling static website hosting
  5. Setting bucket policies
  6. Enabling HTTPS with CloudFront

Each step includes details that appear on hover to help users understand the implementation process.

Technologies Used

  • React 19
  • D3.js v7
  • ES Modules
MIT Licensed

Similar vizzes

Loading thumbnail…

Fork of Fork of Fork of S3 bucket

This interactive visualization guides users through the steps for hosting a static website on an AWS S3 bucket, presenting the process as a tabbed interface with animated step-by-step flow diagrams. Users can switch between tabs showing benefits as an animated bar chart and requirements as a data table, with all content rendered as D3 SVG elements within a React application. The visualization loads external CSV data files and uses D3’s scaleBand, scaleLinear, and transition methods to animate elements sequentially. Hovering over chart elements triggers tooltips that display additional descriptive context for each S3 feature and implementation step.

NNita
96% match
Loading thumbnail…

Fork of S3 bucket

This interactive React and D3.js visualization explains how to host static websites on Amazon S3 through three tabbed views: benefits, requirements, and implementation steps. The benefits tab displays a bar chart built with d3.scaleBand and d3.scaleLinear, while the steps tab shows an animated process-flow diagram. Data loads from CSV files into the app, with d3 transitions animating content changes, stagged bar growth, and tooltips appearing on hover. The visualization uses React 19's useDimensions hook with ResizeObserver for responsive sizing.

NNita
93% match
Loading thumbnail…

Fork of React & D3 Vibecoding Starter

This interactive timeline visualizes the six steps for hosting a static website on AWS S3, with clickable circles revealing detailed instructions for each step. The visualization uses React for UI state management and D3.js v7 for SVG rendering, including `scalePoint` for horizontal positioning and `selection.join` for data binding. Steps are loaded from a local CSV file, with connecting lines between circles and completion markers indicating progress. The design adapts responsively to container dimensions using a custom `ResizeObserver` hook.

NNita
87% match
Loading thumbnail…

S3 bucket

This interactive visualization presents AWS S3 static website hosting through three tabbed views: a bar chart of hosting benefits, a table of requirements, and a step-by-step implementation diagram. Built with React and D3.js v7, it uses axisBottom, axisLeft, and scaleBand for the chart, with transitions animating bars, rows, and arrows. Custom tooltips appear on hover, and data loads from CSV files. A ResizeObserver hook enables responsive sizing across the interface.

NNita
87% match
Loading thumbnail…

S3 Bucket Static website building

This interactive timeline visualizes the six steps to build a static website on an S3 bucket, from creating the bucket to enabling HTTPS. Clicking a numbered circle reveals a tooltip with the step’s details. The visualization is built with React, using D3 v7’s `scalePoint` for layout and `selection.join` to manage SVG elements, with data loaded from a CSV file via `d3.csv`.

NNita
81% match
Loading thumbnail…

How to create Static website with AWS S3

This interactive D3.js visualization presents the process of hosting a static website on AWS S3, organizing content into three sections: Features & Benefits, Requirements, and Setup Steps. The React-based app loads data from three CSV files and renders it as clickable cards, with each card highlighting on selection to show details. Built with d3.select and data joins, the visualization uses ResizeObserver for responsive sizing and demonstrates a clean, practical approach to displaying hierarchical technical documentation through interactive card layouts.

NNita
80% match
Loading thumbnail…

Fork of Fork of Fork of Cool graphics

This example presents a collection of interactive charts and graphs, including a circular collaboration graph and various bar charts. The circle graph uses a radial layout to position author nodes and draws colored links to show collaborations across repositories, with hover effects revealing combined commit counts. Bar charts, such as the author commit chart and repository chart, use d3.rollups for data aggregation and d3.zoom for panning and scaling. The visualizations are rendered as SVGs using D3 v7 and are built as React components, pulling data from local CSV files.

NNita
78% match
Loading thumbnail…

s Fork of Untitled

This example shows an interactive, animated bar chart built with React and D3 v2, where each bar is rendered as an SVG rectangle with a drop-shadow filter. The chart uses a hierarchical data structure, displaying captions as x-axis tick labels and mapping numeric values to bar heights via `d3.scale.ordinal` and `d3.scale.linear`. Data transformation and bar layout are handled by custom functions called from a jQuery document-ready handler, with axes generated using `d3.svg.axis`. The visualization updates dynamically, though the specific dataset source is not shown in the provided code.

SSaahithi49
76% match