The quality of a mobile platform overrides success when the offspring application perks up. The users of the platform demand responsive and well performing apps. The Android apps they choose to install have to deliver stable user experience and good functionality, if they fail to do the expected-they get uninstalled.
As per the current statistics Android covers 83% of the mobile market with 2 billion apps on the Google Play Store. The number is still rising and so is the competition of high performing apps, it’s therefore important for the developers to understand that the Android applications they create run on a resource constrained environment that is powered mainly by battery.
If developers want to improve the performance of an app, they need to make use of the data and algorithm that is right. There are certain coding practices that need to be incorporated with the app development process in order to attain perfectly optimized Android App. Some of the major development ethics that should be kept in mind include: avoiding any work that’s not necessary, only giving up the memory that needs to be allocated and the last but not the least is micro optimization of the Android app.
You can get a smoothly performing app by optimizing it the way required. And if you face difficulty in finding the best ways of slimming down the application for optimal performance and successful mobile app development then consult VeztekUSA. Meanwhile here is a list of practices which should be adopted for performance optimization of an Android App.
Performance Optimization Practice #1:
Always keep a good coding practice and start with the practice and keep it to the end. Let your common sense guide you and use standard but well established algorithms and design patterns. The very long standing and best coding mantras also include: if acquiring late then releasing early, and in regards to resource-if you’re opening it then you should close it.
Performance Optimization Practice #2:
Operations of the main UI thread should be blocked on and off. Let custom background services, IntentService, thread, or AsyncTask to the work and keep the apps alive. Loaders can simplify the state management of loading data. This is prevention of application from freezing or lagging during some processing.
You can asynchronously perform operation and offload processing so that the app stays responsive. The operations which can take time include: internet and database, writing and reading of disk, content provider access, and parsing as well.
Performance Optimization Practice #3:
Use the latest features provided by Android platform to keep you app up to date. Android platform continues to improve every day; it evolves, and brings something new to offer. You can replace the retired features with the new ones. The latest APIs as loaders are a great way to help developers write better responding and stable apps.
Performance Optimization Practice #4:
The violations of coding practices can be tracked with the help of Android API, StrictMode. It helps indicating two major issues, whether the app is leaking memory, and if the app is performing lengthy blocking operations.
Performance Optimization Practice #5:
The presence of logging and debugging code built in the app can make the app take more time then routine to develop. Keep all the features minimized that can hinder the performance.
Android is the best platform to leverage mobile app development. It is evolving but even then It makes it easy for develop applications that are not only feature user friendly interface but is flexible as well. Your development of mobile apps on Android platform will give you a great start and will take you a long way. You on the hand always need to keep the performance of your app as priority.
If performance of app is not good then there is probability that app will get uninstalled sooner then expected. The steps mentioned above might not seem to show minor improvement but if these steps are followed, efficiency will become a routine of your coding. A full performance app is guaranteed.