bin/textmate diff

100%

bin/textmate diff

✓ Published0🌍 Public

Last edited Jul 27, 2009

Created on Jul 27, 2009

This example visualizes the changes in a Ruby script’s URL constants, showing old and new values as paired text nodes. It uses a diff of `bin/textmate` from a gist by akollegger as its data source. The visualization renders the diff lines with a force-directed layout, likely via `d3.forceSimulation`, and highlights removed and added lines in contrasting colors. The code applies a text-diff algorithm to emphasize the exact character-level substitutions within the URL strings.

AI-generated description

Similar vizzes

Loading thumbnail…

text diff

This animation demonstrates text differences between two versions of code. The visualization displays the diff algorithm's output as colored text: red for removed characters and green for added ones. Using an animated transition, it compares the original JavaScript files character-by-character, highlighting insertions and deletions in a side-by-side or inline view. The animation smoothly morphs between the old and new text states, making it easy to spot exactly what changed in the code.

11wheel

70% match

Loading thumbnail…

text-diff

This animated text-diff visualization demonstrates how a piece of text evolves through multiple versions, using a color-coded diff algorithm to highlight insertions, deletions, and changes. The animation steps through each version transition, with falling text characters and a slider to scrub through the timeline. The diff.js library implements Myers' O(ND) difference algorithm, while D3.js handles the smooth animated transitions between text states. A play button and current index display allow users to control and track the sequence of text revisions.

11wheel

69% match

Loading thumbnail…

htmldiff

htmldiff visualizes changes between two HTML documents by rendering the before and after versions side-by-side with matching content highlighted. It uses a custom tokenizer to split HTML into tags, words, and whitespace, then applies a diff algorithm that finds matching blocks and computes insertions, deletions, and replacements. The result is displayed through a renderer that wraps changed segments with styled spans, making edits immediately visible. The code relies on plain JavaScript DOM manipulation and CSS classes rather than external visualization libraries.

Aalessioalex

64% match

Loading thumbnail…

Gist 6722086fb446bde84909a90e7c9cde7d

This gallery example visualizes the discrepancy between two versions of an Individual Contributor License Agreement. It presents a side-by-side comparison of the original text and a proposed rewrite, highlighting the specific additions, deletions, and modifications made. The visualization uses the `d3.js` library to render the text-based data, differentiating between unchanged, added, and removed segments through distinct visual encoding. The rendering approach focuses on a line-by-line diff analysis, with the source data being directly embedded within the HTML file.

BBartekDu

62% match

Loading thumbnail…

Gist 82f1941cefca78989adf

This visualization presents a text-based cheat sheet for tmux, organized into sections for commands, controls, sessions, windows, and panes. The data is plain terminal text formatted with ASCII art tables and separators, rendered likely as an HTML document. The implementation uses standard web technologies, with CSS for styling the preformatted text blocks, tables, and syntax-like highlighting. It does not employ JavaScript visualization libraries, SVG, or canvas rendering; instead, it relies on static markup and typography to convey the hierarchical command structure. The example focuses on clarity of textual information rather than graphical encoding.

PP7h

59% 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

59% match

Loading thumbnail…

Gist 182096

This visualization uses a force-directed layout to map the release history of RVM, a Ruby version manager, as a network of connected version nodes. It shows how successive versions (0.0.35, 0.0.36, etc.) branch and iterate over time. The code employs `d3.forceSimulation` to position nodes, with links representing sequential releases, while `d3.select` and `transition.attrTween` animate the network’s stabilization. Data comes from the gist’s embedded terminal output, parsing version numbers and dates from plain-text log lines. The rendering uses SVG elements (circles and lines) via D3’s data joins, with a dark background emphasizing the colored nodes.

DDylanFM

59% match

Loading thumbnail…

Atom-Beautify debugging information

This example visualizes the debugging output of the Atom text editor’s Atom-Beautify package. Using D3.js’s `forceSimulation` and `forceAtlas2` layouts, it maps a network of files and dependencies from the package’s source code. The rendering employs SVG paths and circles colored by file type, with tooltips revealing file paths pulled directly from the gist’s markdown data. The graph’s animated clustering shows the modular structure of the beautification libraries.

TTaikiKine

58% match