linq.js - LINQ for JavaScript ver 2.2.0.2 (Jan. 21th, 2011)

A set of pure and immutable ES2015 functions aimed to make functional JavaScript more idiomatic.

This example presents a collection of pure, immutable ES2015 utility functions for idiomatic functional JavaScript. It includes array operations such as `combine`, `compact`, `difference`, and `intersection`, object helpers like `merge` and `toMap`, math functions (`min`, `max`, `sum`, `product`), and function decorators including `curry`, `once`, `maybe`, and `pipeline`. The code relies on native JavaScript features like `Array.prototype.includes`, `Set`, `Map`, `Object.assign`, and spread syntax. No external libraries or data sources are used; the gist demonstrates standalone, reusable functional patterns.

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60% match

Eloquent JS: Chapter 4 (take 3)

This example demonstrates solutions to the Chapter 4 exercises from *Eloquent JavaScript*, covering range, sum, array reversal, list conversion, and deep comparison. It shows the implementation of functions like `range`, `sum`, `reverseArray`, `arrayToList`, and `deepEqual`, with expected outputs logged via `console.log`. The page uses plain HTML, CSS, and JavaScript without external libraries, rendering results in the browser console rather than as visual graphics. The code highlights recursive approaches, step handling, and in-place array mutation, with a note that the deep comparison exercise was not fully solved.

59% match

Eloquent JS: Chapter 4 (take 2)

This example shows the console output from solving several exercises from Chapter 4 of Eloquent JavaScript, focusing on array manipulation functions. The code defines and tests a `range` function that generates numeric arrays, a `sum` function that totals array values, and two reversal functions: `reverseArray` which creates a new reversed array using `unshift`, and `reverseArrayInPlace` which mutates the original array by repeatedly unshifting elements. Written in vanilla JavaScript with no external libraries, the page uses `console.log` to print intermediate results and styled text via CSS.

57% match

Eloquent JS: Chapter 2

This example showcases the output of four JavaScript programming exercises from Chapter 2 of *Eloquent JavaScript*, rendered directly in the browser console. It demonstrates looping with `for` and `while` statements to print a triangular pattern of `#` symbols, the FizzBuzz sequence with conditional `if`/`else` logic, and a chessboard grid built through nested loops. The code uses plain JavaScript with `console.log` for output, and the accompanying HTML page uses inline CSS for styling. No external libraries are used, focusing purely on core language syntax and algorithmic thinking.

Code Examples

This example presents a collection of interactive C# code demonstrations embedded within a webpage. Using jQuery Mobile's collapsible widgets, the page organizes four distinct programming examples, including an Xunit test, JSON deserialization from local or web sources, a threading example, and a routine to sort and retrieve the top ten pizza toppings from order data. Each example is rendered live within the page via an iframe sourced from DotnetFiddle, allowing viewers to see the code and its output directly. The layout uses HTML and CSS for structure and styling.

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Eloquent JS: Chapter 6

This example demonstrates three JavaScript exercises from Eloquent JavaScript, Chapter 6, implemented as plain JavaScript classes and console output. It shows a `Vec` class with vector addition, subtraction, and length calculation, a `Group` class with add, delete, has, and static from methods, and a custom `GroupIterator` making groups iterable via `Symbol.iterator`. The code runs directly in the browser console, logging results for each exercise, including a numeric accumulation loop and string iteration, with no external libraries or frameworks beyond vanilla JavaScript.

Eloquent JS: Chapter 4

This example demonstrates JavaScript array manipulation and function definitions from Eloquent JavaScript Chapter 4, using the browser console for output. The code pushes, pops, shifts, and unshifts elements in an array, logging each operation's result. It then defines a `range` function that attempts to generate an array from start to end values, though the loop condition uses assignment instead of comparison, preventing correct execution. The page uses plain HTML, CSS, and JavaScript APIs including `console.log`, `Array.push`, `Array.pop`, `Array.shift`, and `Array.unshift`.