1. Installation of the Android development tools
Google provides tools to develop Android applications. You can choice between Eclipse or IntelliJ based tools.
This guide describes both approaches but the focus is on the Eclipse based tooling.
Development for Android can be done on a reasonable sized computer. For a nice experience a modern computer is recommended, for example a 2.6 GHz CPU with at least 8 GB of memory. A SSD speeds up the start of the Android emulator.
The Android SDK is 32bit, therefore on a 64bit Linux system you need to have the package
ia32-libs installed. For Ubuntu you can do this via the following command.apt-get install ia32-libs
Please check your distribution documentation, if you are using a different flavor of Linux.
Google provides a packaged and configured Android development environment based on the Eclipse IDE calledAndroid Developer Tools. Under the following URL you find an archive file which includes all required tools for Android development: Getting the Android SDK .
Extract the zip file and start the Android Developer Tools (Eclipse) which are located in the
eclipse folder. You can do this, by double-clicking on the eclipse native launcher (e.g. eclipse.exe under Windows).See Section 7, “Updating an Eclipse IDE for Android development” for a description how to update your existing Eclipse IDE to perform Android development.
The Android SDK Manager allows you to install specific versions of the Android API. Select → from the Eclipse menu or use the
tools/android program from your Android SDK installation.
The Android SDK Manager allows you to install and delete Android packages.
From the tree select the version of Android you would like to develop for and press the button. The following screenshot shows the selection for the API 16 version of Android.
Press the button and accept the license for all packages. After the installation is completed, restart the Eclipse IDE.
In this exercise you create and start an AVD. Even if you have a real Android device available you should get familiar with the creation and usage of ADVs so that you have the possibility to test your application with different Android versions and configurations.
Define a new Android Virtual Device (ADV) with open the AVD Manager via → and press the button.
Enter values similar to the following screenshot.
Afterwards press the button. This will create the AVD configuration and display it under the list of available virtual devices.
Google also provides a modified version other IntelliJ IDE called Android Studio for developing Android applications.
This tutorial uses Eclipse for its description but very similar functionality is available for Android Studio. UseInstalling Android Studio to learn how to install and use it.
The following description assumes that you have already a flavor of the Eclipse IDE installed which you want to update to develop Android applications. Use the Eclipse update manager via → and start the
android to install all available components for the Android Development Tools (ADT) from the following URL:https://dl-ssl.google.com/android/eclipse/
After the new Android development components are installed, you will be prompted to install the Android SDK. You can use the following wizard or go to the next section to learn how to do it manually.
After the installation of the ADT the Eclipse tooling allows to download the Android SDK automatically. Alternatively you can also manually download the Android SDK from the Android SDK download page.
http://developer.android.com/sdk/index.html
The download contains a zip file, which you can extract to any place in your file system, e.g. on my Linux system I placed it into the
/home/vogella/android-sdks folder. Avoid using spaces in the path name, otherwise you may experience problems with the usage of the Android SDK.You also have to define the location of the Android SDK in the Eclipse Preferences. In Eclipse open the Preferences dialog via the menu → . Select Android and enter the installation path of the Android SDK.
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