When you start your journey in Front-end Development, as you are
introduced to HTML and CSS preferably in a project-based learning
system, everything about it is very interesting.

You get to develop your first project and the next after that most probably
through cloning existing pages to exercise your learned knowledge which
I have to say is indeed highly satisfying.

As time goes on with you acquiring more knowledge in the field, that feeling of interest never seems to depreciate. (If you are not familiar with project-based learning, I greatly recommend you check out written by a friend of mine known as Witah Georjane).

But as you make further progress and get quite advanced, you will soon
start to realize that the projects you are working on are getting bigger and bigger, and the pages demand more input and work in the course of
their design and hence require more time for their completion which time
you technically do not have much of.

This will lead you to ask yourself a question many programmers and developers such as yourself have asked before which is, “How can I make the development process of my HTML web-pages quicker and simpler, and still produce great work and output ?”.

But in an attempt to answer this wonderful question, this article will focus on CSS Frameworks and Preprocessors as tools we can use to boost efficiency in the development process of HTML web-pages.

But before we get to that, written by another friend of mine known as Lucas Delbel is also a good place to look concerning boosting efficiency as a Front-end Developer.

What are CSS Frameworks and Preprocessors and how can you use them to drive efficiency?

Efficiency is the good use of time and energy in a way that does not waste any.

Note: This article assumes you have prior knowledge and a fairly good
understanding of HTML 5 and CSS 3. If you don’t, take a look at .

Let’s take a look at the CSS Frameworks first.

A Framework is a set of tools, libraries, conventions, and best
practices that attempt to abstract routine tasks into generic modules that can be reused.

Well simply put, A CSS Framework is a set of tools and libraries involving
standardized CSS properties that can be reused to make a developer’s
design job easier and thus more efficient.

Think of it this way, say you have a color that is generally going to appear
in several elements through-out your page, you could simply assign that
color to a class and use that class on all the elements you feel require
that specific color in your web-page.

CSS Frameworks use this above theory on a broader level; you could create
your own, or you could use the already existing ones on the internet.

There are numerous open-source CSS Frameworks all over the internet and the most common ones are Twitter Bootstrap (Bootstrap) and Zurb Foundation (Foundation). For the purposes of this article, we will only be looking at Bootstrap.

Bootstrap is a CSS Framework that was created by developers at twitter to
standardize the use of repetitive CSS styling properties used
through-out their pages to ease their designing phase for more
efficiency.

Again, lucky for us, Bootstrap was made available to the public to benefit all developers and like any other CSS Framework, it enables you to style
your HTML elements from within your HTML file by assigning bootstrap
classes to those specific elements.

For example, you could create a fully responsive and styled header section
for your web-page by easily copying the following code from the and pasting it into your HTML file:

<div class=”jumbotron jumbotron-fluid”>
 <div class=”container”>
  <h1 class=”display-4">Fluid jumbotron</h1>
  <p class=”lead”>This is a modified jumbotron that occupies the entire horizontal space of its parent.</p>
 </div>
</div>

All you have to do is to import the necessary bootstrap files required to
enable your project to recognize the above Bootstrap classes.

With this, except for custom styling that would be specific to your
web-page, a CSS Framework like Bootstrap would nullify the need to
create a CSS file for styling your HTML elements which in my books is a
pretty good boost of efficiency.

Now let’s take a look at CSS Preprocessors.

A CSS Preprocessor is a program that takes a code written in a
preprocessed language and converts it into the same old CSS we have been writing for years.

CSS Preprocessors enable developers to write more specific, flexible, and
maintainable CSS. This is because they are not bound by the limitations
of plain old CSS.

Since a CSS preprocessor is written in a programming language, it provides
more freedom by providing various functionalities such as variables, nesting, inheritance, mixins, functions and mathematical operations
which enable easy automating of repetitive tasks such as CSS styling
properties.

SASS stands for “Syntactically Awesome Style Sheet” which is written in the
RUBY programming language, and just like any other CSS preprocessor, it
permits developers to use abstracting in their CSS code.

In simple terms, this means you can generalize CSS code that applies to
the styling of numerous HTML elements in a single location and get to
reuse it to style those various elements.

For example the use of variables that enables assigning of CSS properties
to a variable name of your choice and calling that name in styling various elements of your choice in CSS.

$primary_background : red;
$primary_color: blue;

body {
 background-color: $primary_background;
 color: $primary_color;
}

In Conclusion

We all agree that efficiency is highly valuable and beneficial in any
production process, and the HTML pages design process is not any
different.

Any steps and solutions taken to boost efficiency during this process are
steps in the right direction. For this reason, I believe CSS Frameworks and preprocessors ought to be incorporated by any Front-end Developer in their design process. They help to immensely reduce the work invested and time spent on styling various HTML elements which ultimately reduces time spent on each project, thus increasing the rapidness with which more projects are designed.