Robin_Walker
Best Practices on Optimization of Android Mobile App Development
When it comes to mobile app development, Android as a platform is usually preferred over iOS, mainly because of the greater lucidity in development, functionality, as well as larger revenue opportunities through in-app advertising.
Here are the best practices that ensure the consistent, or even incremental performance of Android mobile app development:
Optimized battery
Battery life is a vital precursor to the success of any mobile app, no matter the device, or the platform it runs on. This makes each and every app on that device, partly responsible for any loss in battery life.
Native interface
Android apps are based largely on the Java programming language, and corresponding tools available for development, all based on Java.
Improved layout
Whatever the functional specs may be, the end user is also greatly swayed for, or against a particular app based on how it looks. This can be dealt with by spotting points of improvement in the system UI, and improving said UI features of the layout.
Multi-thread
Something that could significantly reduce the load for the app, as well as the device it is on, is through dispatching of multiple threads, loaded with certain work/operation commands. This way there will be improvements across a variety of touch points. By doing so, Android app developers ensure that there is scalability to any, and all improvement trends, as well as enhanced performance of long-run tasks.
Best Practices on Optimization of Android Mobile App Development
When it comes to mobile app development, Android as a platform is usually preferred over iOS, mainly because of the greater lucidity in development, functionality, as well as larger revenue opportunities through in-app advertising.
Here are the best practices that ensure the consistent, or even incremental performance of Android mobile app development:
Optimized battery
Battery life is a vital precursor to the success of any mobile app, no matter the device, or the platform it runs on. This makes each and every app on that device, partly responsible for any loss in battery life.
Native interface
Android apps are based largely on the Java programming language, and corresponding tools available for development, all based on Java.
Improved layout
Whatever the functional specs may be, the end user is also greatly swayed for, or against a particular app based on how it looks. This can be dealt with by spotting points of improvement in the system UI, and improving said UI features of the layout.
Multi-thread
Something that could significantly reduce the load for the app, as well as the device it is on, is through dispatching of multiple threads, loaded with certain work/operation commands. This way there will be improvements across a variety of touch points. By doing so, Android app developers ensure that there is scalability to any, and all improvement trends, as well as enhanced performance of long-run tasks.