Skip to main content
SimilarExport ZIP
100%

Working drives

✓ Published0🌍 Public
CCameron-Grams
Last edited Aug 5, 2018
Created on Jul 26, 2018

This visualization maps the process of mounting and managing external drives on a Linux system, using a flowchart-style layout. It shows the sequence from identifying a drive (via `lsblk` or `sudo fdisk -l`) through creating a mount point, mounting the partition, and updating `/etc/fstab` for persistence, ending with optional symbolic links in `Documents`. The code uses D3.js (`d3.forceSimulation` or similar layout) to arrange nodes and links, with text labels for each terminal command and file path. Data comes from the author’s collected notes and cited tutorials, rendered as a directed graph where each step branches into sub-actions like `sudo chown` for permissions.

AI-generated description

Similar vizzes

Loading thumbnail…

Gist 1d9f8369903b05d5a6ffde2c7e6e3cf7

This example visualizes a collection of command-line snippets for checking system hardware and memory, organizing them as nodes in a force-directed graph. It uses d3.forceSimulation to position and link the entries, with each node’s fill color presumably representing a category or `free` command output. The network diagram emphasizes relationships between common Linux commands like `lspci -k` and `free -h`, presented as a clickable, explorable chart. The rendering relies on D3’s SVG capabilities, with code sourced from a public gist.

MMistyBlunch
65% match
Loading thumbnail…

Gist 8cc56701b1ffabad9825c205b2c0a77e

This example visualizes a step-by-step guide to post-installation tasks for Arch Linux, rendered as an interactive flowchart. The diagram uses a force-directed layout powered by `d3.forceSimulation` to position nodes and links, with SVG elements for the boxes and arrows. Each node represents a command or tip from the original Markdown file, and viewers can hover to inspect details. The code parses the source text and constructs the network graph, demonstrating a flexible approach to turning documentation into an explorable visual structure.

MMistyBlunch
65% match
Loading thumbnail…

Gist 93f2b4ad88451cab624a50ea0da1d8dc

This example visualizes a simple command-line workflow for extracting and executing archived files in Linux, showing tar and sudo commands in a terminal-style interface. The visualization uses D3.js to render the text output, likely employing `d3.select` and `d3.text` to load and display the command results. It presents a static, sequential display of terminal commands and their outputs, with no interactive elements beyond the initial rendering. The data is hardcoded as a plain text string containing the shell commands and their expected responses, and the code uses D3’s selection and text manipulation methods to place the content on the page.

MMistyBlunch
64% match
Loading thumbnail…

Gist 70fafe8547608313b223b2b4dff80491

This visualization displays a node-link diagram of the Linux `PATH` environment variable, rendered as an interactive force-directed graph. The code uses `d3.js` with `d3.forceSimulation` to position nodes and `d3.geoPath` for the background map, though the map appears static. Each directory entry from the `PATH` is a node, with edges showing the order of directories. The graph is drawn using the Canvas API, with `getImageData` used to detect node hover collisions. Data comes from the referenced OpenSource.com article on setting `PATH` in Linux, encoded directly into the JavaScript.

MMistyBlunch
63% match
Loading thumbnail…

Gist 37128af71824779d01db3758902ca8ed

This example visualizes the installation steps for Node.js on Ubuntu using a procedural, code-driven diagram. It presents a sequence of terminal commands and system prompts as a branching flowchart, with nodes representing actions like `sudo apt install nodejs` and verification steps like `node -v`. The visualization uses D3.js to render the graph, likely employing `d3.forceSimulation` for node positioning and SVG elements for drawing links and labels. The code also relies on standard D3 selection and data-binding methods to map the command list into a structured network, highlighting the order and dependencies between installation phases.

MMistyBlunch
63% match
Loading thumbnail…

Linux Process Tree

This interactive visualization presents the Linux process hierarchy as an expandable tree diagram, built with D3.js v3. Each node represents a running process, with links showing parent-child relationships derived from a CSV file generated from the `ps` command. The tree layout organizes processes by depth, with nodes spaced horizontally and vertically to reveal the process hierarchy. Users can click on any node to collapse or expand its subtree, helping to manage the visual density of the many processes. Hovering over a node triggers a tooltip that displays additional process details such as PID, command name, user, CPU usage, and memory size. The visualization uses smooth transitions when nodes expand or collapse, and all interactions are implemented with SVG elements.

663anp3ca
60% match
Loading thumbnail…

Gist ef922100e5c3d57bc49a219fb2623ccd

This example visualizes a collection of Linux command-line tips, presenting each command as a tile with its syntax and a brief explanation. It uses a force-directed graph layout via `d3.forceSimulation` to position the command tiles, which are rendered as HTML elements. The code filters and displays the data based on user interaction, highlighting commands that match a search term. The visualization is built with D3.js and demonstrates how to map textual data into an interactive, spatially organized interface.

MMistyBlunch
60% match
Loading thumbnail…

Gist 1a9660527e35cdeba43b

This example visualizes a Git branching and merging workflow as a sequence of command blocks, showing each step from checkout through commit and merge. The code uses d3’s selection and transition methods to animate the blocks appearing in sequence, with text labels for branch names and commit messages. It renders as a simple timeline of styled HTML divs, where the data—the list of shell commands—is embedded directly in the markup and driven by d3’s data join. The visualization emphasizes the order and syntax of typical Git operations without simulating actual repository behavior.

LLayne Smith
59% match