Friday, January 25, 2013

Android Application Development - A Simplified Process



Businesses have many choices when it comes to mobile application development. They can go for any of the available platforms including Android, iOS, BlackBerry or Windows Phone. They can also choose a web based mobile application development in case they want to be platform independent. But, if they want a global exposure to their business apps, they need to go for a globally popular platform, e.g. Android. Android is a leading mobile platform with more than 70 percent market share. Businesses have discovered that Android application development can let them explore a fresh world of prospects.

Android application development opens up the possibility of implementing Java managed code platform. It is an independently developed Java machine known as Dalvik. Native code opens up the possibility of interfacing through JNI.
Though it is presently unsupported Google Android team is working assiduously to develop the Android Native Development Kit for officially integration of C/C++ native code with Java using JNI for a perfect solution.

Using a particular technology, such as programming language and tools for Android application development mostly depends on the skills of developers. But developer's familiarity with C or C++ cannot be merely a reason to use the NDK. Unless, development team is proficient to handle this technology, they should not use it.

Many times, using native code technology can be beneficial. This method is useful in processing data or computing physics and graphics for games. Other good reasons include access to existing native libraries and high-level code.

for using native code, they should stay away from it.

You can see the best use of native code in Android game development projects. Many well-known, high performance game engines are based on C++. These are also quite helpful in cross platform game development. Professional Android developers know how to use the native code. They also know its capability and complexities.