Android Studio is a unique and new, independent development environment, that was recently launched by Google to complement the Android open source operating system. It was designed to offer new tools not available with Eclipse, currently the largest popular open source IDE. It provides access to a wide range of tools that are specific to the Android experience including:

Android Studio offers a simplified set of commands that simplifies Android application development. You no longer have to deal with tedious and confusing Gradient based settings, as Android Studio handles everything for you. Also in this version, Google made several improvements that were aimed to make the Android Studio a more reliable development environment. New and improved features include better error output, support for multiple device devices, and improved memory management. In this article, we’ll take a quick look at the benefits of using Android Studio as compared to other Android development tools.

One of the key features of Android studio is that it works on the Android device platform. This includes, all of the standard Android features such as, dialers, text-to-speak buttons, action bars, and notification center. With this in place, it’s possible to quickly debug and trace any errors that occur while on the Android operating system without having to use a third party device or logging into a different site. The ability to run Android studio directly on your computer also means that you can use your laptop, desktop, or tablet for development instead of the Android mobile phone. All of the standard Android features are supported by Android studio, such as, image viewer, accelerometer, clock, barometer, geographical location, support for the Web key store, and much more.

Another key feature of Android studio is that it is an open source project. Google has open sourced the Android SDK in order to help software developers like you and me easily develop Android applications. By taking advantage of the SDK, it’s possible to get access to the source code through a number of different ways. First, the Android set contains tools and documentation for developers to use which include, bug reports, changes to the coding from the Android developers, and so forth. You can even get the latest official versions of Android Studio and the SDK from the Google Android site. This ensures that you always have the most up to date and most efficient version of the operating system, and it also ensures that you don’t have to spend money getting an upgraded version from a third party manufacturer.

Finally, android studio offers a number of different developmental environments which make it possible for you to work on different types of apps. If you’re working on a more specific piece of software, for example, you may want to consider the “development” and “platform” environments. These two environments provide you with a more specific set of tools that allow you to develop on the android operating system and then test and debug your code against the different devices that support that type of platform. If you want to develop for multiple platforms using the android studio development environment, then you may want to consider one of the many “pro” packages which are offered as part of the SDK.

As we’ve covered, the benefits of using the android studio framework include many things ranging from better control over errors, a more agile development environment, support for multiple Gradle plugins, and access to the source code. However, in order to use the Gradle plugin, which is used by Android Studio, you need to have the new and gradle repository included in your build directory. This ensures that both Gradle and the new libraries will be properly supported by your android studio installation.