The road of mobile application development

The built-in mobile applications are expensive to develop and are often a very long project, mostly on the specific mobile devices and operating systems they build. But built-in mobile apps can take advantage of built-in device performance, such as compasses, cameras, and GPS. And usually provides better performance than writing in HTML5 Web language.

On the other hand, mobile application development is faster and more efficient than web-based HTML5, CSS3, and JavaScript platforms. In addition, they can work across multiple mobile platforms. Provide a single write that can be run anywhere in a mobile application. However, there is usually a lack of built-in application performance and no access to performance within all devices.

One way to replace the built-in and Web mobile applications is to mix mobile applications, which try to combine the advantages of built-in and HTML5 mobile application development while minimizing their disadvantages. In addition, hybrid mobile applications are distributed in app stores like Apple's App Store and Android play, just as built-in mobile apps are easier to use than simple HTML5 mobile apps. can be easily downloaded and run on a mobile device that is attached to the application store.

To build a hybrid mobile application, write the application core like the HTML5 mobile application, and then put it into the built-in device packaging. A hybrid mobile application running on a built-in container HTML5 the core and uses the mobile device's browser engine (not the browser itself) to render the HTML5 and process JavaScript locally. Built-in packaging essentially allows hybrid mobile applications to access built-in device performance, which is prohibited by mobile device browsers. It acts as an intermediary and translates instructions so that the content-mobile devices that developers write can be understood.

The HTML5 application core can then be reused by other mobile devices. Only built-in wrappers need to be rewritten for each mobile device and operating system. You can greatly reduce development time by using software automation from vendors such as PhoneGap and appcelerator to generate packages (also called containers).

Before delivering a built-in mobile or hybrid mobile application, consider the user experience and the availability of each development option to meet your mobile application goals and reach the level of investment. Also consider the benefits of the mixed-use applications noted above.

But be aware of the drawbacks of hybrid mobile applications, including performance issues. No mobile device browser fully supports HTML5, and this support is uneven across devices.

Writing a HTML5 hybrid mobile application core is often considered easy and requires little development experience, but that is not true. The process still requires developers to have HTML5, CSS3, and JavaScript experience. If you have Web application developers within your organization, this is a simple task. But if not, it will not be easy.

For a hybrid mobile application to develop, as simple as the ad says, the usual way to buy a vendor is to build a container based on the HTML5 core. Select a container manufacturer that fits your mobile application target. Because many container manufacturers are small companies, most are start-ups, to find a long-term survival of the manufacturers.

The development department should be considered as early as possible to develop and apply HTML5 for mobile applications. Today, with the HTML5 core of hybrid mobile application development can be transformed into HTML5 mobile Web applications in the future, and do not need to rewrite. This approach provides a very gentle way to HTML5 the world into the future and can get more support.