Open the ‘Windows’ menu and select ‘Android SDK Manager’ to get started. If you’re working with a Google device (such as the Nexus line) you can download the necessary drivers through the Android SDK Manager. Your first stop should be the list of OEM USB Drivers maintained by Google. If you’re developing on Windows, you’ll need to install the USB driver for your device. Open the ‘Applications’ folder and select ‘Development.’ On the subsequent screen, ensure the ‘USB Debugging’ checkbox is ticked.Ģ. Before we start, you must enable debugging mode on your Android device. In this tutorial, we’ll cover the step-by-step, best-case-scenario of connecting Eclipse to your Android device, before providing a checklist of tips and tricks you can work your way through when Eclipse refuses to cooperate. However, this process is also notoriously temperamental and sometimes getting Eclipse to recognize your device can be surprisingly difficult.

With an Android device connected to your Eclipse installation, not only will you be able to experience your app exactly as the end-user will, but as an added bonus loading your app is often much quicker on a real device than on the Android emulator.Ĭonnecting Eclipse to your Android device sounds straightforward, with tracking down and installing the correct drivers the only time-consuming step. Eclipse and the Android Development Tools (ADT) provide a comprehensive emulator that can be fine-tuned to imitate an exhaustive range of device characteristics and real-world situations (incoming calls, text messages, changes of location etc.) However, the emulator has its limitations and cannot give you the same experience as running and debugging your app on a real device.

Eclipse development android