This category features articles on best and emerging practices for responsive website design, Web apps and native apps. While the mobile Web is still in it's infancy, we can learn from the experiences of professionals who are working on mobile every day. Curated by Derek Allard. .
Popular tags in this category: Android, iPad, iPhone, iOS, Tablets, CSS, HTML.
Now and again, I hit the swimming pool. It’s a good way to exercise, but also to relax after a long day in front of my PC. I can do quite a few laps in my front crawl, but only because I don’t use my legs much. I kick steadily to ensure that my legs stay lifted and don’t slow me down. I don’t use my legs much for forward propulsion.
Does this relate to mobile Web development, responsive Web design and server-side device detection? The analogy is a stretch, but yes, it does.
<picture> element supports a number of different types of fallback content, but the current implementation of these fallbacks is problematic. In this article, we’ll explore how the fallbacks work, how they fail and what can be done about it.
Android is huge: 480 million people currently use Android devices, and 1 million new devices are activated daily. This means that every three weeks, the number of people who activate new Android devices is equal to the entire population of Australia. (Recent studies by Nielsen show that more Android devices are on the market than iOS devices.)
Popular apps that become available on Android experience huge growth. For example, Instagram grew by 10 million users with the launch of its Android app — in just 10 days.
Animation makes games real. Movement adds excitement to a game and makes the characters more realistic. In this article, we’ll look at the Cocos2D library and how it supports programmatic animations in iPhone games.
This article is part of a series that teaches you how to create iPhone games based on the open-source game Seven Bridges. Make sure to check out the first article in the series, “Designing an Open-Source iPhone Game” and look at the source code in the Seven Bridges GitHub repository.
In many ways, responsive Web design deserves a big share of the honor for making the Web more usable on non-desktop devices. This trend of letting the browser determine more about how a Web page should be displayed makes sense, especially now that mobile browsers are slightly more trustworthy than in the old days of mobile.
However, a responsive website is not automatically a mobile-friendly website. Amid the buzz of trendy Web development techniques, the good ol’ Web server doesn’t get the spotlight it deserves. Modern Web development should be about finding the right balance between server-side and client-side implementation.
A recent study (PDF) found that more than 80% of people are disappointed with the experience of browsing Web on mobile devices and would use their smartphones more if the browsing experience improved.
This isn’t surprising when 64% of smartphone users expect websites to load in 4 seconds or less, while the average website takes more than twice that amount, at 9 seconds. This article explains techniques you can use to make your websites faster on mobile devices.
There is no longer any debate about whether we need to address the design needs of mobile website users. While mobile browsers and platforms are creating new challenges for us, jQuery Mobile, an open-source multiplatform UI framework, can help us succeed with our mobile apps.
jQuery Mobile was released to help designers and developers create mobile Web experiences that are easy to build, multiplatform, customizable and unobtrusive in code. In this article, we’ll discuss what we need in order to use jQuery Mobile, as well as its basic architecture, and how to deal with a typical app’s features, such as theme, fixed toolbar, page navigation, buttons, lists and forms. You’ll get a practical idea of how to create a jQuery Mobile app and how to extend it with advanced features.
There are 3,997 different Android devices. Your navigation should work with all of them. C-Swipe can help: It is an alternative navigation pattern for tablets and mobile devices that is novel, ergonomic and localized.
This article provides a detailed walk-through of the design and code and provides a downloadable mini-app so that you can try out C-Swipe to see whether it’s right for your app.