- #Adb kill server mac emulator install#
- #Adb kill server mac emulator drivers#
- #Adb kill server mac emulator update#
- #Adb kill server mac emulator driver#
Once connected, open a Terminal window and execute the Linux lsusb command to list currently available USB devices: ~$ lsusbīus 001 Device 001: ID 1d6b:0001 Linux Foundation 1.1 root hub It may also be necessary to reboot the system.įor the purposes of this chapter, we will once again use Ubuntu Linux as a reference example in terms of configuring adb on Linux to connect to a physical Kindle Fire device for application testing.īegin by attaching the Kindle Fire device to a USB port on the Ubuntu Linux system.
#Adb kill server mac emulator update#
In the event that the device is not listed, try executing the following command: android update adb Within the Command Prompt window, execute the following commands to restart the ADB server: adb kill-serverįinally, verify that the Kindle Fire device has been detected: adb devicesĪs long as the device is listed, the environment is ready to test applications on the actual Kindle Fire device. In the device manager, there will be an entry listed as Kindle Fire which, when unfolded, will list Android Composite ADB Interface: Open the Control Panel, change the Category menu to large icons and click on the Device Manager entry.
#Adb kill server mac emulator drivers#
With the drivers installed, attach the device to the computer. Once the installation is complete, click Finish in the wizard dialog then close the setup window.
#Adb kill server mac emulator driver#
The installation wizard will subsequently perform the driver installation.
#Adb kill server mac emulator install#
Verify that the default Destination Folder is acceptable before clicking on the Install button to initiate the driver installation process. Having changed directory, execute the following command: KindleDriversĪfter a short delay, the Kindle Fire USB Drivers Setup tool will appear as shown in Figure 6-1: Next, open a Command Prompt window and change directory using the following command (where is the path to the location where the SDK was installed in Setting up a Kindle Fire Android Development Environment): cd \extras\amazon\kindle_fire_usb_driver Once the device drivers have been uninstalled, disconnect the device from the computer. In the event that it is listed, right-click on it and select Uninstall from the menu. Unfold this category and check to see if the Kindle Fire device is listed. In the resulting dialog, check for a category entitled Portable Devices.
Next, display the Control Panel and select Device Manager.
In order for the device to connect to ADB it must be configured as an Android ADB Composite Device.įirst, connect the Kindle Fire device to the computer system if it is not currently connected. When a Kindle Fire with ADB support disabled is attached to a Windows system it is configured as a Portable Device.
The following command output indicates the presence of an AVD on the system but no physical devices: $ adb devices For example, a listing of currently active virtual or physical devices may be obtained using the devices command-line argument. Similarly, the Eclipse ADT Plugin also has a built-in client.Ī variety of tasks may be performed using the adb command-line tool. For example, a client is provided in the form of a command-line tool named adb located in the Android SDK platform-tools sub-directory. The ADB client can take a variety of forms. The ADB consists of a client, a server process running in the background on the development system and a daemon background process running in either AVDs or physical Android devices such as the Kindle Fire. The primary purpose of the ADB is to facilitate interaction between the development system and both AVD emulators and physical Android devices for the purposes of running and debugging applications.
An Overview of the Android Debug Bridge (ADB)
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