Hybrid mobile applications are just like any other application that appears on mobile. They are easily installed on your mobile device. You can find these apps on the App Store. With these apps, you can interact with friends, play games, track your health, and take pictures via social media.
Hybrid mobile applications are developed by combining web technologies such as CSS, HTML, and JS, much like websites on the Internet. The main difference is that hybrid applications are hosted within native apps that further use WebView on the mobile platform. Here, WebView is a chromeless browser window, usually configured to run in full screen.
In fact, the hybrid mobile app gives you access to a variety of device features. Cameras, accelerometers, contacts, and much more. However, you cannot access these features inside your mobile browser. In addition, hybrid mobile applications include native UI elements in situations where they are inevitably needed, as evidenced by Basecamp’s approach to hybrid application development.
It’s not easy to answer the question of how mobile apps are built. Similarly, hybrid mobile apps are no exception. A well-written hybrid application should not behave or look different from its native equivalent. However, users don’t care because they only need apps that work properly. That’s really important to them. If you’re trying to figure out whether your mobile application is hybrid or native, it’s like trying to distinguish between rare grape varieties of wine.
It doesn’t really matter unless you really care about this. The important thing is how it works in the long run because no one cares about how the development of hybrid mobile applications was built. Hybrid mobile applications are said to be good when they perform well for users.
How is a hybrid mobile application built?
Hybrid mobile apps follow the same method as other websites are built. Both are built with a combination of technologies such as CSS, HTML, and JS. Hybrid apps typically target web views hosted in native containers rather than mobile browsers. This gives users access to various hardware features of their mobile devices.
Speaking of Apache Cordova, it actually started as a project named PhoneGap. But lately, PhoneGap is considered a distribution of Apache Cordova with additional tools. Can you check out Cordova, PhoneGap, and the origin of the name to find out more about its history?
Various application assets such as CSS, HTML, JS, etc. are packaged via tools via Apache Cordova to target the platform SDK. Once a hybrid app is built, it can run like any other app on a mobile device. Apache Cordova provides tools that are highly driven by a command-line interface. However, mobile app developers can take advantage of effective solutions such as IDEs such as Visual Studio and the Telerik platform to further increase their productivity.
Since mobile app developers don’t want to be tied to their own platform, hybrid mobile apps provide mobile app developers to reuse their existing skills in web development. This mainly includes SDKs and programming languages provided by platform vendors.
Obviously, it’s true that mobile app developers will be able to target multiple platforms with hybrid mobile app development. However, each platform has a set of caveats regarding WebView or the Web runtime. This is more true for Android and is inconsistent across OS versions.
In addition, there must be some unique features of the platform that mobile app developers may want to target. In such cases, you need to take advantage of platform-specific code and plugin combinations that take advantage of these features. Optionally, mobile app developers can take advantage of third-party web runtimes such as Crosswalk that can be further incorporated into hybrid applications.