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humanwhocodes/computer-science-in-javascript: Collection of classic computer science paradigms, algorithms, and approaches written in JavaScript.

by Nicholas C. Zakas

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Collection of classic computer science paradigms, algorithms, and approaches written in JavaScript. This is the source code for the series of blog posts on my website.

The most recent packages are found in these directories:

• src - the implementation source code
• tests - tests for the implementation source code

These directories contain old implementations that will be replaced eventually, they are just here to avoid confusing people who find this repo through the old blog posts:

• data-structures - data structure implementations that have not been updated yet
• encodings - encoding implementations that have not been updated yet
• algorithms - miscellanous algorithm implementations that have not been updated yet

As I update these, implementations will move from these folders into src.

• 2009 - the branch containing all of the original implementations as reflected in my 2009 blog post series.
• master - the branch where I'm updating the original implementations to use ECMAScript 2018 and later features.

You must be using Node.js v8 or later.

First, clone the repo:

$ git clone git://github.com/humanwhocodes/computer-science-in-javascript.git
$ cd computer-science-in-javascript

Then install the dependencies:

You can then run tests like this:

These are the most recent blog posts covering the most recent version of the code.

• Linked List
• Doubly-Linked List
• Circular Doubly-Linked List

At some point I will update these blog posts for the new implementations. For now, they still refer only to the 2009 version of this code.

• Binary Search Tree: Part 1, Part 2
• Doubly Linked List
• Linked List

• Bubble Sort
• Selection Sort

• Base64 Encoding
• Binary Search
• Credit Card Number Validation

You may find the code style of this module to be overly verbose with a lot of comments. That is intentional, as the primary use of this module is intended to be for educational purposes. There are frequently more concise ways of implementing the details of this class, but the more concise ways are difficult for newcomers who are unfamiliar with linked lists as a concept or JavaScript as a whole.

As this is part of series of tutorials I'm writing, only bug fixes will be accepted. No new functionality will be added to this module.

MIT

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