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.
Following the market's demand for minimalistic and consistent UIs, and the growth in modular web development, we tend to pay more and more attention to documentation and the efficiency of designer–engineer workflow with each project we undertake. Also, since the documentation process is often the weakest spot for modern web teams, we're constantly looking for the right tools to help us.
Living style guides help front-end developers transform front-end codebases into well-described pattern libraries with the minimum of effort. But to make them really efficient, we need to choose the proper tools — so let’s have a closer look at what our community has to offer.
Web scraping is the process of programmatically retrieving information from the Internet. As the volume of data on the web has increased, this practice has become increasingly widespread, and a number of powerful services have emerged to simplify it.
Unfortunately, the majority of them are costly, limited or have other disadvantages. Instead of turning to one of these third-party resources, you can use Node.js to create a powerful web scraper that is both extremely versatile and completely free.
It's just like that for your product, too: people rely on our products to work. Bugs erode trust, which in turn loses customers. So when we began updating Foundation, a responsive CSS framework, we wanted to ensure everything worked. Thoroughly. We know that many people rely on our software for their work, and maintaining that trust is paramount.
In this article you'll learn our methodology for testing responsively, not just on a case by case, page-from-PSD comp. See, we've developed a certain system to make sure that nothing's broken at launch on different devices.
Responding to user input is arguably the core of what we do as interface developers. In order to build responsive web products, understanding how touch, mouse, pointer and keyboard actions and the browser work together is key. You have likely experienced the 300-millisecond delay in mobile browsers or wrestled with touchmove versus scrolling.
In this article we will introduce the event cascade and use this knowledge to implement a demo of a tap event that supports the many input methods while not breaking in proxy browsers such as Opera Mini.
There are some things we know and like about SVGs. First, SVGs have smooth, clean edges on any display, so using SVGs can reduce the number of HTTP requests for image replacement. Second, it’s easy to make an SVG scalable to its container for responsive development.
In this article we’ll cover a few ways of using SVG sprites to describe motion on the web. I’ll show some techniques for using SVG sprites in complex animation that takes advantage of these factors. All examples shown will assume the use of an auto-prefixer and some basic knowledge of CSS animations.
Data visualization is on the rise. Publishers around the world — individual bloggers and major online publications alike — are realizing that charts, maps and combinations of the two can convey a message far more effectively than plain numbers can.
From simple charts to fancy infographics to complex timeline animations, data visualizations are popping up all over the Internet. However, as in any other area, once everyone gets on the train, distinguishing yourself from the pack becomes hard.
Although the syntax might be initially confounding, flexbox lives up to its name. It creates intelligent boxes that are stretchable, squeezable and capable of changing visual order. It provides simple solutions to layout paradigms that CSS has always struggled with: vertical centering and equal heights. Flex items are truly accommodating and a pleasure to work with.
Flexbox truly shines with HTML5 web applications. Most web apps consist of a series of modular, reusable components. You can use flexbox for those bits of layout that induce headaches and that depend on brittle CSS hacks to work. Small modules work very well with flexbox, and you can use floats and other tools for broader sections of the layout.
Static analyzers look at code and find problems before you run it. They do simple checks, like enforcing syntax (for example, tabs instead of spaces), and more holistic checks, like making sure your functions aren’t too complex. Static analyzers also find errors that you can’t find with testing, like instances of == when you meant ===.
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Meet Smashing Book #5, our new book on real-life responsive design. With front-end techniques and patterns from actual projects, it's a playbook to master all the tricky facets and hurdles of responsive design. Save 25% today.
Fixing RWD issues can be quite easy — once you understand exactly why they come up. The Mobile Web Handbook will help you understand technical issues on mobile and how to deal with them effectively.
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