front-end-interview-handbook VS node

Compare front-end-interview-handbook vs node and see what are their differences.

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front-end-interview-handbook node
18 273
32,107 83,262
- 1.4%
8.5 9.9
22 days ago 2 days ago
JavaScript JavaScript
MIT License GNU General Public License v3.0 or later
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Posts with mentions or reviews of front-end-interview-handbook. We have used some of these posts to build our list of alternatives and similar projects. The last one was on 2021-11-25.


Posts with mentions or reviews of node. We have used some of these posts to build our list of alternatives and similar projects. The last one was on 2021-11-24.
  • Learn How To Debug a NodeJS Express App With VSCode In Under An Hour
    2 projects | | 24 Nov 2021
    You'll need to have both Visual Studio Code and NodeJS installed for this guide. If you want to run and debug your app with a public URL instead of just localhost, you'll also need
  • 3 easy ways to install nodejs in linux
    1 project | | 23 Nov 2021
    To install linux binaries, just open up your browser and head over to Click on downloads tab then choose linux binaries. After the download is completed, go to the directory where you've downloaded your nodejs. Then extract the tar file by right-clicking on it and click on extract here.
  • Adding form validation to an Angular application
    5 projects | | 22 Nov 2021
    Node.js and npm
  • A New Type of Mojolicious Frontend
    5 projects | | 21 Nov 2021
    From there, we can install Typescript using Node. Since Typescript cannot bundle itself into a single file, we will also install Webpack:
  • How to Set Up Testing (TDD) for Typescript Nodejs API
    1 project | | 20 Nov 2021
    Install Nodejs
  • How to Build a Photo-Share App with React Native (Instagram Clone)
    2 projects | | 19 Nov 2021
    Firstly, you need to have NodeJs installed on your machine; you can go to their website to do that. Secondly, you need to have the Expo-CLI installed on your computer using the command below.
  • how do i execute my javascript code ?
    1 project | | 18 Nov 2021
    You can do essentially the same thing you do with Python with Javascript using NodeJS. Just install nodejs from their website , cd into the directory and run node my-script.js.
  • What's New in Node.js 17
    3 projects | | 17 Nov 2021
    Node.js continues to promisify its core APIs as part of its strategic initiative plan. In the last few major Node.js releases, Promise-based APIs were added for the dns, fs, stream, and timers modules.
  • Top 33 JavaScript Projects on GitHub (November 2021)
    29 projects | | 13 Nov 2021
    #12 nodejs/node
  • In-lining Styles Client Side
    7 projects | | 11 Nov 2021
    And it in-lines tagged HTML wonderfully. Works well.

    Still, it's overkill, brings with it dependencies cheerio, mensch and slick and a look into the code behind the on-line demo makes rapidly clear that Juice is parsing the style sheets and applying them in what looks to be, must be, a product of its age. It has over 1500 lines of Javascript and the repo was created in 2011 - the state of Javascript was woeful then compared with today (though not as woeful as in 2001 😏).

    So we have to give Juice full credit and admiration for its age and endurance, and that it's still being maintained and is useful. But I'll respectfully pass it by as I'm looking for a minimalist, native Javascript solution as far as possible, using the state of Javascript in 2021 a whole decade later (which in IT terms is an eon).

    inline-css 👎

    Immediately disconcerting is the npm documentation for this package. It says simply "Inspired by juice" and fails to tell us why the authors felt that embarking on a new project was worth their while. It hints at the fact that it's better than Juice in some way or other (why else start a new project inspired by it?), but lays no claim as to if or how that might be the case. A dark horse.

    The github repo dates to 2015 and so, it's not as long-in-the-tooth as Juice, but still, it likely leans on a more meager JavaScript standard than we have available today and quite possibly, like Juice resorts to parsing CSS code and interpreting it. It has about 1700 lines of Javascript and so is even larger than Juice! The last code contributions on github are early 2020 so at least it's being maintained which is good.

    Still, it also depends on cheerio, and so falls a little short of a native solution but worse, it does not provide us with any suggestion as to run-context (server side or client side).

    It's on npm, which is Node.js which suggests server-side JavaScript. It doesn't rule out that it works client-side, but there is zero indication provided that it does nor a test site, the way Juice provided. And like it or not, I associate npm primarily with Node.js and server side applications (rightly or wrongly).

    So for my needs, it goes respectfully into the too-hard basket. Failed, in a sense, by the poor quality of its own introductory presentation. An irony, because there is some nice documentation there, just not a nice introduction that spells out whether it runs client-side or not, how to if so, and how it's different from Juice and why we'd use it. All the obvious questions I have surfing in on it.

    css-inliner 👎

    Long story short, the introductory documentation fails this package even more than that for inline-css did. Again, it's on npm, and so looks targeted at server-side use and makes no effort to mention the other two (Juice or inline-css), or differentiate itself from them. The github repo dates back to 2015 as well and so it looks at some level to be an example of modern parallel development, this and inline-css emerging at the same time. And unsurprisingly, it again has around 1600 lines of JavaScript. The last code contribution was 2020 so again, at least it's being maintained which is good I guess.

    Still, no hint as to the run-context it supports (server-side and/or client-side) but hints, via its npm references and templating languages that it's a server-side tool not a client-side tool. Which doesn't rule out client-side application but again no claim that it works in that context, and no tips on how (if it does) and no demo site, so it's a respectful pass. Still seeking a lean native Javascript solution in preference to some pet project lacking clarity and exhibiting bloat.

    Native Javascript 👍

    The failure to find an existing solution, leads me to (seeking) a native JavaScript implementation and the journey of discovery that lies behind that.

    document.styleSheets provides us with a collection of CSSStyleSheets and CSSStyleSheet.rules in turn provides all of the CSSStyleRules in use and Element.matches() tells us if CSSStyleRule.selectorText applies to a given element.

    window.getComputedStyle() provides rapid access to the complete set of computed styles. That is, crucially it has taken all those styles that position things relative to the browser window and calculated where, in real coordinates it landed. Among other things. Crucially, it also has resolved all of CSS variables. It describes what an element actually looks like on the screen, rather than in the abstract CSS.

    We can use the style sheets and the computed styles to update the style attribute of each element and then, when all is done the innerText and the innerHTML or outerHTML are available for the the text/plain and text/html MIME parts respectively.

    Given we're in-lining styles, and we don't want to actually change the element in the DOM (we're just aiming to copy it to the clipboard in one form or another), we have to take a copy of the DOM element and in-line the styles on that. We have to use the computed style from the source element however as it is rendered on screen and the copy is not (hence has not got computed styles). To wit, we will have a source and target element one that is in the DOM and provides computed styles, and one that is not in the DOM and receives in-lined style attributes.

    Importantly an implementation like this is maybe 200, or 300 lines of JavaScript and not 1500.

    That more or less covers us and we have a terse native JavaScript in-lining solution!

    But ... performance, performance ... turns out that it's not slow, but it's not fast either, let's take a look at performance next, before we dive into an actual code implementation of the above schema - next week's article.

What are some alternatives?

When comparing front-end-interview-handbook and node you can also consider the following projects:

leakgirls-camsite-downloader - LeakGirls is a computer application that is capable of easily downloading videos any cam site.

widevine-l3-decryptor - A Chrome extension that demonstrates bypassing Widevine L3 DRM


deno - A modern runtime for JavaScript and TypeScript.

Hugo - The world’s fastest framework for building websites.

webpack - A bundler for javascript and friends. Packs many modules into a few bundled assets. Code Splitting allows for loading parts of the application on demand. Through "loaders", modules can be CommonJs, AMD, ES6 modules, CSS, Images, JSON, Coffeescript, LESS, ... and your custom stuff.

Svelte - Cybernetically enhanced web apps

bunkerized-nginx - 🛡️ Make your web services secure by default !

sharp-libvips - Packaging scripts to prebuild libvips and its dependencies - you're probably looking for

Bootstrap - The most popular HTML, CSS, and JavaScript framework for developing responsive, mobile first projects on the web.


Nim - Nim is a statically typed compiled systems programming language. It combines successful concepts from mature languages like Python, Ada and Modula. Its design focuses on efficiency, expressiveness, and elegance (in that order of priority).