Gist b9372b238ce1c784f567ce8d49a8e894

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

59% match

Gist fad71606fe06d36c511dd04d348bc7c3

This example documents a system administration workflow for installing the LaTeX typesetting environment and related scientific computing tools on Arch Linux. It shows a curated list of `sudo pacman -S` package installation commands, including `texlive-science`, `texlive-latexextra`, `graphviz`, and `dot2tex`, alongside notes about missing packages in the official repositories. The visualization also includes a step for copying macros from `bok-macrosV0.sty` into a curriculum file using Vim. The rendering simply presents the terminal commands and package names as plain text, with no graphical or interactive elements, relying on the raw command list to convey the installation sequence.

58% match

Gist 95d8b883a65f8efcb89318c01a98ab54

This example shows a shell script that automates the installation or upgrade of the Go programming language on a Linux system. The script fetches the latest Go version from the official Go version endpoint, checks the currently installed version, and proceeds to download and extract the appropriate Linux AMD64 tarball. It also updates the system’s PATH by appending the Go binary directory to `/etc/profile` if not already present. The code uses command-line tools like `curl`, `tar`, and `grep` to perform these operations, relying on Go’s public version API and download server.

HHerst

58% match

Gist 785d5d6a4bd9ed9227e9477a432b092f

This example shows a shell script that automates building dynamic XCFrameworks for WebRTC-based libraries across multiple Apple platforms, including tvOS, visionOS (xrOS), and Mac Catalyst. It demonstrates how to configure builds for device and simulator targets using GN and Ninja, with settings like `rtc_objc_prefix = "LK"`, deployment targets, and enabled codecs like libaom and dav1d. The script generates platform-specific framework bundles by invoking `gn gen` with different `target_environment` values, then runs `ninja` to compile each variant. It also toggles debug symbols and stripping based on the input mode, highlighting a structured approach to cross-compiling and packaging iOS-family frameworks.

AAgoujil2saad

Gist 46edd1c0f072399710e0

This example shows a Bash script automating the post-installation setup of an Elementary OS system, covering package installation, system cleanup, and hardware driver configuration. The code relies on standard command-line tools like `sudo apt-get`, `wget`, `add-apt-repository`, and `dpkg`, along with direct manipulation of system directories. It installs software such as Google Chrome, Gimp, and Steam while removing bloatware like Midori and Noise. The script also configures kernel updates, firmware, and proprietary graphics drivers from PPAs, emphasizing a streamlined, terminal-driven workflow.

MMrMattSim

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.

Gist 95ac46f989c1c942bd1e37603cda3aa9

This example documents the installation of a complete LaTeX typesetting environment on Arch Linux, focusing on TeX Live and its associated tools. It displays a sequence of shell commands executed via `sudo pacman`, installing the core `texlive-most` package alongside the document viewers `okular` and `kile`, plus the auxiliary `texlive-lang` and `biber` utilities. The visualization highlights the final package storage location at `/var/lib/texmf/arch/installedpkgs/`, referencing the official Arch Wiki page for TeX Live configuration, thereby illustrating the package-management workflow for a scientific document-preparation stack.

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.