Recon SDK related files
Windows 8 adb drivers and latest Lollipop Ubuntu/Windows executables: http://www.reconinstruments.com/wp-content/recon-sdk/adb.zip
First time only to get the SDK Add-On:
- Open the Android SDK Manager
- Click on Tools
- Select Manage Add-Ons site
- Select User Defined Sites
- Select New and add: http://www.reconinstruments.com/wp-content/recon-sdk/repository.xml
- Click close
- Scroll Down to API-16 and check "Recon Instruments"
- Select to download the add-on
To add it to your Gradle Project:
- In the build.gradle, set this: compileSdkVersion 'Recon Instruments:Recon Instruments SDK Add-On:16'
To add it to your Eclipse Project:
- In the project properties, under Android, select "Recon Instruments SDK"
Copy Tools/devices.xml into your local .android directory
Windows XP: C:\Documents and Settings[User Name].android Windows vista or windows 7: C:\Users.android Linux, Max OS: ~/.android
if you have previous user defined device definitions you want to keep, you'll have to manually merge the device tag into your existing devices.xml
from command line, in your android SDK tools/ directory, run android avd
(Note: the android device manager included with Android Studio or Intellij IDEA will not be able to configure dynamic hardware controls, creating a skin should overcome this)
go to 'Device Definitions', select 'Recon Jet' and press Create AVD
for Target, select 'Android 4.1.2 - API Level 16' for CPU, select 'Intel Atom (x86)' for skin, select 'Skin with dynamic hardware controls'
press 'Ok' close the Android Virtual Device Manager
From your IDE, you can now start an emulator from your IDEs android virtual device manager, or from the device chooser dialog when starting an app
Currently this uses a generic android system image and as such will not be exactly equivalent to testing your apps on a real jet device