Gist 63ef47e94685d3929913be63c1e2fe2d

Gist 7ea7490cb95fe21dfad10572a1c8244f

This example visualizes the process of checking and updating the UPX executable packer to its latest release version. It shows a shell-script-driven workflow that queries the GitHub API for the newest release tag, compares it to the locally installed version, and either reports the tool is up to date or proceeds to download, compile, and install the source tarball. The code relies on standard command-line utilities (`curl`, `jq`, `tar`, `make`) and directly parses version strings, without any graphical or interactive rendering libraries. The rendering approach is purely textual terminal output, with no data visualization beyond status messages.

HHerst

62% match

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.

61% match

Gist b9372b238ce1c784f567ce8d49a8e894

This visualization demonstrates a multi-platform installation process for the Free Pascal Compiler (FPC) version 3.0.0, using a bash script that manages CPU-targeted binary archives and directory hierarchies. It checks system architecture and OS-specific prefixes for Haiku, FreeBSD, and SunOS, then extracts compiler, Run-Time Library (RTL), Free Component Library (FCL), and utility packages using tar commands. The script dynamically converts CPU names to short architecture suffixes (e.g., `i386` to `386`) for symlink creation, and prompts the user for installation decisions via interactive shell functions.

RRainboylvx

60% match

Gist 1356437

This visualization displays the execution trace of a shell script that updates RVM (Ruby Version Manager) using `set -x` tracing. It shows the sequence of commands, variable assignments, and function calls as the script runs, with each traced line displayed in a linear, terminal-like layout. The code relies on standard Bash shell tracing output rather than a JavaScript visualization library, rendering the raw `gistfile1.sh` output as plain text. The rendering approach is simply the shell's own `set -x` mechanism, which prints each executed command to the console.

Aafbroman

59% match

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.

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.

Gist 02dc412ce03ded5dac5c6cef376e399d

This example shows a terminal-based guide for installing the `base-devel` package group on Arch Linux, using the equivalent of the `build-essential` package from Debian-based systems. It displays the pacman command `sudo pacman -Sy base-devel` alongside a hyperlink to the Arch Linux package group page. The visualization does not use any data-driven libraries; instead, it renders static text and a URL, relying on plain text formatting rather than D3.js, Three.js, or Canvas APIs. The content is sourced directly from the Arch Linux wiki and package group listings, with no interactive or animated elements present.

Gist 4784ecb60635f2f453efe59c8817f188

This visualization shows the resulting file structure and extraction output from the command-line tool Unrar, specifically using the `e` and `x` flags to either flatten or preserve directory hierarchies. The code demonstrates a terminal-based workflow for handling `.rar` archives, initially updating the Ubuntu package manager with `sudo apt-get update` and installing Unrar via `sudo apt-get install unrar`. The rendering approach relies on the plain-text output of the terminal commands, dynamically displaying the unrar operation results, including the target file `Nueva_carpeta__1_.rar` being processed from a path like `/home/work/software/`. The visualization appears to function by capturing and mapping the command execution flow, likely through a custom data processing system that parses each command and its output to illustrate the archive extraction process without invoking external visualization libraries.