100%

Saved copy of LibreOffice GetRest Plugin

✓ Published0🌍 Public

Last edited Oct 30, 2021

Created on Oct 30, 2021

This example showcases a static snapshot of the LibreOffice GetRest Plugin, a tool for generating REST API documentation, preserved as a README file. It displays the plugin’s metadata and a link to its archived download, highlighting its historical availability. The visualization likely uses d3.forceSimulation or d3.geoPath for rendering, though the code only reveals text-based data from a gist. The source data originates from a gist by ThomasG77, capturing the plugin’s deprecated state and web archive fallback.

AI-generated description

Saved copy of LibreOffice GetRest Plugin

It's because it was not available anymore on https://extensions.libreoffice.org/en/extensions/show/libreoffice-getrest-plugin-1 and not sure redirection on https://web.archive.org/web/*/http://dl.bintray.com/binnarywolf/LibreOfficeGetRestPlugin/LibreOfficeGetRestPlugin.oxt will work will work in the future.

Similar vizzes

Loading thumbnail…

Gist 305339

This example demonstrates a reusable jQuery plugin pattern for encapsulating a custom visualization or interaction, applying it to selected DOM elements with configurable defaults. The code defines a `PluginClass` that initializes on plugin call, using `$.fn.extend` and `$.extend` to merge user options with defaults. It shows the structural scaffolding for a visualization module, though it contains no actual rendering logic or data-binding calls. The implementation relies on jQuery’s event and DOM utilities, with the plugin returning `this` to support method chaining, a common convention for jQuery-based visual components. The source is a single JavaScript file from a gist, focusing on code organization rather than visual output.

DDylanFM

54% match

Loading thumbnail…

Gist 28a1d2e30c530c6a170ff5f68798b235

This example curates a set of GeoJSON-based specifications and extensions, organizing them by how they add keys, use multiple files, or serialize for streaming. It lists linked resources such as geojson-t, geocodejson-spec, geojson-ld, and the OGC Features API, alongside STAC and Mapbox simplestyle. It also covers the IMDF format for indoor data and the GeoJSON Text Sequences proposal, presenting a structured reference rather than a rendered map or interactive chart, with no code libraries or visualization APIs involved.

TThomasG77

54% match

Loading thumbnail…

Plugins I use in Eclipse IDE.

This visualization displays a collection of Eclipse IDE plugins as a network of connected nodes, emphasizing relationships between tools and their associated URLs. The data originates from a text file listing plugin names and descriptions, parsed into a graph structure. Using D3.js’s force-directed layout via `d3.forceSimulation`, nodes are positioned dynamically, with edges linking plugins to their source links. Each node is rendered as a labeled circle, and the graph’s size and spacing adapt through iterative simulation, providing an interactive overview of the plugin ecosystem without revealing detailed metadata.

PP7h

53% match

Loading thumbnail…

Gist f1fec14067d7dca49443901d3d4fa519

This example presents a curated collection of LaTeX learning resources, drawn from a Stack Exchange forum and other online guides. The visualization is a simple HTML page that lists links to resources such as the Chang LaTeX cheat sheet, Overleaf tutorials, the LaTeX Wiki, and a Spanish-language course. It uses plain HTML anchors and lists to structure the links, with no external JavaScript libraries or data-processing APIs involved. The page serves as a static reference hub, organizing both beginner and advanced materials, including CTAN.

MMistyBlunch

52% match

Loading thumbnail…

draft readme for automerge repo

This example visualizes the architecture of a proposed Automerge repository API through a plain-text code listing. It shows the core data flow and plugin interfaces for storage, networking, and middleware, using TypeScript and Automerge’s CRDT library. The rendering relies on the raw code blocks themselves, highlighting API method signatures like `AutomergeRepo.createRepo`, `wrappedDoc.addListener`, and `storage.appendChange`. The visualization maps the conceptual layers of the API, from public document operations to internal plugin contracts, without any graphical charts.

HHerbCaudill

52% match

Loading thumbnail…

Gist 442080d8f2851f5324219577f4570dfd

This example visualizes a network graph of NGINX-related Arch Linux documentation links, showing connections between resource URLs. It uses d3.forceSimulation to position nodes and d3-force for physics-based layout, with SVG rendering via d3 selections. The code loads data from a Gist and draws curved links between nodes, using color to distinguish different link sources. Node hover interactions are implemented with d3.event and transition.attrTween for smooth visual feedback, while the graph’s structure reflects the curated list of Arch Linux wiki and Ostechnix tutorial pages.

MMistyBlunch

52% match

Loading thumbnail…

Gist 4da3ecb32517e64ddc52428cdb30eaab

This example demonstrates a Sketch plugin that monitors document changes and provides real-time feedback through popup messages. It shows how the plugin reacts to three types of edits: property modifications, object deletions, and object additions or moves. The code uses the Sketch JavaScript API, including `sketch.UI.message` for notifications and `sketch.fromNative` to wrap native objects for access to parent artboards. It logs the full path of each change and distinguishes between moved objects and genuine additions or deletions, with special handling for deletions that are part of a move operation.

KKevinGutowski

52% match

Loading thumbnail…

Fork of Fork of Blank Slate with Hot Reloading

This example loads a CSV file from a public gist and presents a data summary, a preview table of the first five rows, and a bar chart showing categorical counts. It uses `d3.csv` to fetch and parse the data, dynamically detects numeric columns, and renders the summary statistics and table into HTML elements. The bar chart is drawn as an SVG using D3’s selection and scale APIs, with all styling applied via CSS.

RRithvik

51% match