Gist d80bd46ed04fa250a647

100%

Gist d80bd46ed04fa250a647

✓ Published0🌍 Public

Last edited Dec 21, 2015

Created on Dec 21, 2015

This example demonstrates a minimal JavaScript function, `foo`, which logs the current execution context using `console.log(this)`. It shows the behavior of `this` when the function is invoked, but does not include any data visualization or rendering code. The implementation relies solely on the JavaScript runtime’s `console` API, with no external libraries or visual elements present. The gist serves as a bare code snippet for testing or demonstrating context binding, not a graphical chart or interactive display.

AI-generated description

Similar vizzes

Loading thumbnail…

Gist e8ba8b98cbdee1807cd1

This example creates a simple test function that logs "test" to the console. It defines `testFun()` and immediately invokes it, demonstrating basic JavaScript function declaration and execution. The visualization relies on standard JavaScript syntax rather than external libraries or data sources, showing a minimal code execution pattern with console output.

OOrkish

74% match

Loading thumbnail…

Gist 4d1e447f82a7d2b425c4d1a3f5489e7a

A minimal example defines a custom `d3.foo()` method on the D3 namespace and calls it inside a page’s `console.log`, with the page loading the external script `d3-foo.js` that presumably defines this function. The rendered output is the return value of that method, shown only in the browser’s console. The code uses the standard D3 library, imported via a `<script>` tag, and demonstrates a simple extension pattern for library APIs. No data source, canvas, or SVG rendering is present; the example focuses solely on API invocation and console output.

KKristinHenry

69% match

Loading thumbnail…

Gist 3745f53a79313afd139b4eb0a4e97bd2

This example visualizes the nested execution of JavaScript closures by tracing function calls and their returned values. It shows how `makeASum(a)` returns an inner function `sum(b)` that captures the outer variable `a`, and how different instances like `sumOne` and `sumTen` preserve distinct contexts. The rendering uses a custom SVG-based trace, likely driven by D3’s `d3.forceSimulation` for layout and `d3.select` for DOM updates, with console logs mapping to animated nodes and edges. The data originates from the inline script’s execution sequence, displaying call stacks and computed sums in real time.

MMistyBlunch

64% match

Loading thumbnail…

Gist 288ce262e2db60849ccaee1fde931efa

This example visualizes the execution of a contrived JavaScript `sum` function using a symbolic execution diagram. It shows how variables like `x`, `y`, and `z` are computed step by step from the inputs `a`, `b`, and `c`, with each arithmetic operation displayed as a node in a flowchart. The code uses a force-directed layout via `d3.forceSimulation` to position the nodes, and the rendering relies on the D3.js library for SVG creation and animation. The data source is the function’s own source code, parsed into a graph that traces data flow and dependencies.

VVictorHom

63% match

Loading thumbnail…

JavaScript Fundamentals

This example demonstrates the absolute minimum structure for a webpage using HTML, CSS, and JavaScript, logging "Hello" to the browser console when loaded. It consists of a plain HTML document with an embedded script tag containing a single `console.log` call, and no external libraries or frameworks. The rendering approach relies entirely on the browser's native HTML parser and JavaScript runtime. The example serves as a foundational starting point for more complex visualizations, contrasting with the linked React starter template.

Ddavidhan1120

62% match

Loading thumbnail…

Javascript basics

This example demonstrates JavaScript language fundamentals, including variable assignment, increments, loops, and function declarations, with output logged to the browser console. The page uses a minimal HTML structure with inline CSS to remove body margins and prevent scrolling, while a static SVG element serves as a placeholder on a blank canvas. The code explores modern syntax features such as `let`, arrow functions, and template-free function expressions, though no visualization is rendered. It relies solely on native browser APIs—`console.log` for debugging and a hardcoded `<svg>` tag—without external libraries or data sources.

Nnreinig3@gatech.edu

62% match

Loading thumbnail…

Gist d4a6d55663d524237c14

This example demonstrates a JavaScript module that automatically instruments an object’s methods to log their arguments and return values to the browser console. It uses the `underscore` library to chain through the object’s functions, wrapping each method with `console.group` and `console.log` calls. The wrapper takes a module and an identifier, replacing each original method with a logging version that preserves the original behavior. The code shows the pattern for debugging or tracing method calls in a modular JavaScript application.

TThomasG77

61% match

Loading thumbnail…

Untitled

This example demonstrates a minimal HTML page that outputs a test message to the browser console. The page uses JavaScript’s built-in `console.log` method to print “Questo è un output di test.” when loaded, but does not render any visual charts or graphics. The code is contained within an HTML document that imports no external libraries, relying solely on the browser’s native scripting environment. It serves as a basic scaffold rather than a full data visualization.

EErik L

61% match