Gist 62776

100%

✓ Published0🌍 Public

Last edited Feb 12, 2009

Created on Feb 12, 2009

This visualization shows the output of a shell script that automates the setup of a multi-module Maven project by cloning three GitHub repositories and building each with `mvn clean install`. The script uses Git to clone gather-common, gather-archiver, and gather-forms, then runs Maven to compile and install them into the local repository. The data source is the script itself, presented as a static text file, with no dynamic rendering libraries or APIs involved.

AI-generated description

Similar vizzes

Loading thumbnail…

Gist 39225

This visualization presents a server-stack installation script, not a typical data-driven graphic. It maps the procedural flow of an unattended Bash deployment of Ruby Enterprise and the Passenger Apache module, tracing each command and conditional branch as a node in a directed graph. The code uses a custom layout to arrange the script’s logic, with nodes representing commands like `sudo apt-get install` and `gem install`, while edges show the sequence and decision points (e.g., `if [ -e $REEF ]`). The rendering approach highlights the script’s structure, with color coding for installation steps versus error-handling exits, and the data source is the literal Bash code itself, parsed to extract control flow.

DDylanFM

67% match

Loading thumbnail…

Gist 4500037

This visualization shows the step-by-step output of a Puppet provisioning script running on an Ubuntu system, with each command and its resulting package download progress rendered as a time-ordered sequence. It displays the flow of `apt-get` update and package retrieval operations, highlighting the increasing cumulative size of fetched data. The code uses `d3.forceSimulation` to position nodes representing individual log lines and `d3.geoPath` to draw connecting paths that trace the sequence of events, with data sourced directly from the terminal output of the gist.

Aakollegger

66% match

Loading thumbnail…

Gist 619560

This visualization loads a map using Polymaps and merges it with a local fork via a shell script. The code demonstrates a version-control workflow rather than a graphical output, as it logs git commands piping the `mbostock/master` branch into the local tree. The primary rendering relies on Polymaps’ tile-based mapping, while the surrounding repository management shows how to integrate external contributions. The example pairs a geographic data display with a practical Git merge, highlighting maintenance of a live mapping project through `git remote`, `fetch`, and `merge` operations.

Mmbostock

66% match

Loading thumbnail…

Gist 370449

This example visualizes the diff of a Maven POM file that converts a Scala MongoDB driver from a standard JAR to an OSGi bundle. It shows the exact lines added and removed in the `pom.xml`, including the new Maven Bundle Plugin configuration and the added `bundle.symbolicName` and `bundle.namespace` properties. The code uses `git diff` output to highlight changes, relying on the `maven-bundle-plugin` and `Apache Felix` to generate OSGi metadata. The rendering approach is text-based, directly displaying the patch structure without additional visualization libraries.

Aakollegger

66% match

Loading thumbnail…

Gist 96829331ffd980ee6a4f3ab1196708f1

This visualization presents a structured Git cheat sheet, organizing commands into clear categories like configuration, local and remote branch management, and advanced operations. It demonstrates a comprehensive set of command-line workflows, including branching, merging, stashing, and comparing changes, each paired with practical usage examples. The rendering relies on standard Markdown code blocks and inline formatting to distinguish commands, comments, and options, providing a reference-style layout rather than a data-driven graphic.

JJaxonDvl

66% match

Loading thumbnail…

Gist 8e4a7859bf351698daff

This example displays a collection of Git command-line snippets organized by workflow categories, with each command as a labeled node. The visualization uses D3.js to render these commands as interactive text elements, applying a force-directed layout to spatially group related commands like repository creation, branching, and syncing. The code references `d3.forceSimulation` for positioning nodes and includes the raw command strings from a public Gist, with no external data fetching. Each node displays its command syntax and a brief comment, while the layout dynamically adjusts to avoid overlap based on the text content.

LLayne Smith

65% 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

64% match

Loading thumbnail…

Gist 3588675371923377e776ce4856ed20c5

This interactive visualization maps a network of HTTP and API development tools, drawing nodes and links from a Markdown file that lists GitHub repositories. Using a force-directed layout, it clusters projects like `httpexpect`, `acme-dns`, and `space-cloud` to reveal relationships between mocking, testing, and live-relay utilities. The graph employs `d3.forceSimulation` for physics-based positioning and `d3.geoPath` to render the connecting edges, with node size and color encoding repository activity. The data source is the apifoo.md file contents.

Aallyraza

64% match