This extended category features articles on client-side and server-side programming languages, tools, frameworks and libraries, as well as back-end issues. Experts and professionals reveal their coding tips, tricks and ideas. Curated by Dudley Storey and Rey Bango. Subscribe to the RSS-Feed.
If you mention printing with CSS to many people who work on the web, print style sheets are the use that comes to mind. We are all well used to creating a style sheet that is called upon when a web document is printed. These style sheets ensure that the print version is legible and that we don’t cause a user to print out huge images.
However, CSS is also being used to format books, catalogs and brochures — content that may never have been designed to be a web page at all. In this article, we’ll take a look at the CSS modules that have been created not for use in web browsers, but to deal with printed and paged media.
The list of charting libraries for the web is already quite long, and you might ask yourself why we would need to make it any longer. Whenever you need to develop an application’s dashboard, embed some usage statistics or simply visualize some data, you will find yourself looking for a charting library that fits your needs.
Chartist was developed for a very particular need: to create simple responsive charts. While other charting libraries do a great job of visualizing data, something is always missing to satisfy this simple yet demanding need.
Today, being a designer is about much more than drawing beautiful interfaces in Photoshop or Fireworks. To properly design a website or application, a UI designer must understand the technology with which their products will be built; therefore, they must have a minimum set of front-end development skills. The World Wide Web is not static. Quite the opposite: It’s responsive, fluid, evolving and ever changing.
Web designers need to be familiar with HTML and CSS code and front-end technologies when they conceive a website or application’s interface. It might be of no real interest to some of you, but it could add some precious assets to your range of skills.
It’s an exciting time for web APIs, and one to watch out for is the Web Speech API. It enables websites and web apps not only to speak to you, but to listen, too. It’s still early days, but this functionality is set to open a whole array of use cases. I’d say that’s pretty awesome.
In this article, we’ll look at the technology and its proposed usage, as well as some great examples of how it can be used to enhance the user experience.
HTML5 introduced a bunch of new tags, one of which is <details>. This element is a solution for a common UI component: a collapsible block. Almost every framework, including Bootstrap and jQuery UI, has its own plugin for a similar solution, but none conform to the HTML5 specification — probably because most were around long before <details> got specified and, therefore, represent different approaches.
A standard element allows everyone to use the same markup for a particular type of content. That’s why creating a robust polyfill makes sense. Disclaimer: This is quite a technical article, and while I’ve tried to minimize the code snippets, the article still contains quite a few of them. So, be prepared!
So, your designers and developers have created a fantastic front-end design, which the client is delighted with, and your job now is to test it. Your heart begins to sink: Think of all the browsers, all the devices and all of these web pages you’ve got to test, not to mention the iterations and bug fixes. You need a front-end testing plan.
This article shows you what to consider when creating a front-end testing plan and how to test efficiently accross browsers, devices and web pages.
Creating an extension for the Chrome browser is a great way to take a small and useful idea and distribute it to millions of people through the Chrome Web Store. This article walks you through the development process of a Chrome extension with modern web tools and libraries.
It all begins with an idea. Mine was formed while reading an interesting (and long) article about new front-end technologies. I was concentrating on reading the article when suddenly my wife called me to kick out a poor baby pigeon that got stuck on our balcony. When I finally got back to the article, it was too late — I had to go to work.
CSS can be used to style and animate scalable vector graphics, much like it is used to style and animate HTML elements. In this article, which is a modified transcript of a talk I recently gave at CSSconf EU and From the Front, I’ll go over the prerequisites and techniques for working with CSS in SVG.
I’ll also go over how to export and optimize SVGs, techniques for embedding them and how each one affects the styles and animations applied, and then we’ll actually style and animate with CSS.
The web is growing up. We are building applications that work entirely in the browser. They are responsive; they have tons of features and work under many devices. We enjoy providing high-quality code that is well structured and tested.
But what matters in the end is the impact for clients. Are they getting more products sold or are there more visitors for their campaign sites? The final results usually show if our project is successful. And we rely on statistics as a measuring tool. We all use instruments like Google Analytics. It is a powerful way to collect data. In this article, we will see a CSS-only approach for tracking UI interactions using Google Analytics.