Android Emulator Mac With Bluetooth

In this document

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1. Using Hardware Acceleration
2. SD Card Emulation
3. Working with Emulator Disk Images
4. Emulator Networking
5. Using the Emulator Console

See also

The Android SDK includes a virtual mobile device emulatorthat runs on your computer. The emulator lets you prototype, develop and testAndroid applications without using a physical device.

The Android emulator mimics all of the hardware and software featuresof a typical mobile device, except that it cannot place actual phonecalls. It provides a variety of navigation and control keys, which you can 'press'using your mouse or keyboard to generate events for your application. It alsoprovides a screen in which your application is displayed, together with any otheractive Android applications.

To let you model and test your application more easily, the emulator utilizesAndroid Virtual Device (AVD) configurations. AVDs let you define certain hardwareaspects of your emulated phone and allow you to create many configurations to testmany Android platforms and hardware permutations. Once your application is running onthe emulator, it can use the services of the Android platform to invoke otherapplications, access the network, play audio and video, store and retrieve data,notify the user, and render graphical transitions and themes.

The emulator also includes a variety of debug capabilities, such as a consolefrom which you can log kernel output, simulate application interrupts (such asarriving SMS messages or phone calls), and simulate latency effects and dropoutson the data network.

Overview

The Android emulator is an application that provides a virtualmobile device on which you can run your Android applications. It runs a fullAndroid system stack, down to the kernel level, that includes a set ofpreinstalled applications (such as the dialer) that you can access from yourapplications. You can choose what version of the Android system you want torun in the emulator by configuring AVDs, and you can also customize themobile device skin and key mappings. When launching the emulator and at runtime,you can use a variety of commands and options to control its behavior.

The Android system images available through the Android SDK Manager containcode for the Android Linux kernel, the native libraries, the Dalvik VM, and thevarious Android packages (such as the Android framework and preinstalledapplications). The emulator provides dynamic binary translation of devicemachine code to the OS and processor architecture of your developmentmachine.

The Android emulator supports many hardware features likely to be found onmobile devices, including:

• An ARMv5 CPU and the corresponding memory-management unit (MMU)
• A 16-bit LCD display
• One or more keyboards (a Qwerty-based keyboard and associated Dpad/Phonebuttons)
• A sound chip with output and input capabilities
• Flash memory partitions (emulated through disk image files on thedevelopment machine)
• A GSM modem, including a simulated SIM Card
• A camera, using a webcam connected to your development computer.
• Sensors like an accelerometer, using data from a USB-connected Android device.

The following sections describe the emulator and its use for development of Androidapplications in more detail.

Android Virtual Devices and the Emulator

To use the emulator, you first must create one or more AVD configurations. In eachconfiguration, you specify an Android platform to run in the emulator and the set of hardwareoptions and emulator skin you want to use. Then, when you launch the emulator, you specifythe AVD configuration that you want to load.

Each AVD functions as an independent device, with its own private storage foruser data, SD card, and so on. When you launch the emulator with an AVD configuration,it automatically loads the user data and SD card data from the AVD directory. By default,the emulator stores the user data, SD card data, and cache in the AVD directory.

To create and manage AVDs you use the AVD Manager UI or the android toolthat is included in the SDK.For complete information about how to set up AVDs, see Managing Virtual Devices.

Starting and Stopping the Emulator

During development and testing of your application, you install and run yourapplication in the Android emulator. You can launch the emulator as a standaloneapplication from a command line, or you can run it from within your Eclipsedevelopment environment. In either case, you specify the AVD configuration toload and any startup options you want to use, as described in this document.

You can run your application on a single instance of the emulator or,depending on your needs, you can start multiple emulator instances and run yourapplication in more than one emulated device. You can use the emulator'sbuilt-in commands to simulate GSM phone calling or SMS between emulatorinstances, and you can set up network redirection that allows emulators to senddata to one another. For more information, see TelephonyEmulation, SMS Emulation, andEmulator Networking

To start an instance of the emulator from the command line, navigate to thetools/ folder of the SDK. Enter emulator commandlike this:

This initializes the emulator, loads an AVD configuration and displays the emulatorwindow. For more information about command line options for the emulator, see theAndroid Emulator tool reference.

Note: You can run multipleinstances of the emulator concurrently, each with its own AVD configuration andstorage area for user data, SD card, and so on.

If you are working in Eclipse, the ADT plugin for Eclipse installs yourapplication and starts the emulator automatically, when you run or debugthe application. You can specify emulator startup options in the Run/Debugdialog, in the Target tab. When the emulator is running, you can issueconsole commands as described later in this document.

If you are not working in Eclipse, see Installing Applicationson the Emulator for information about how to install your application.

To stop an emulator instance, just close the emulator's window.

For a reference of the emulator's startup commands and keyboard mapping, seethe Android Emulator toolreference.

Installing Applications on the Emulator

If you don't have access to Eclipse or the ADT Plugin, you can install your application on theemulator using the adb utility. Beforeinstalling the application, you need to build and package it into an .apk as describedin Building andRunning Apps. Once the application is installed, you can start the emulator from the commandline as described previously, using any startup options necessary.When the emulator is running, you can also connect to the emulator instance'sconsole to issue commands as needed.

As you update your code, you periodically package and install it on the emulator.The emulator preserves the application and its state data across restarts,in a user-data disk partition. To ensure that the application runs properlyas you update it, you may need to delete the emulator's user-data partition.To do so, start the emulator with the -wipe-data option.For more information about the user-data partition and other emulator storage,see Working with Emulator Disk Images.

Using Hardware Acceleration

In order to make the Android emulator run faster and be more responsive, you can configure it totake advantage of hardware acceleration, using a combination of configuration options, specificAndroid system images and hardware drivers.

Configuring Graphics Acceleration

Caution: As of SDK Tools Revision 17, the graphicsacceleration feature for the emulator is experimental; be alert for incompatibilities anderrors when using this feature.

Graphics acceleration for the emulator takes advantage of your development computer's graphicshardware, specifically its graphics processing unit (GPU), to make screen drawing faster. To usethe graphics acceleration feature, you must have the following versions of the Android developmenttools installed:

• Android SDK Tools, Revision 17 or higher
• Android SDK Platform API 15, Revision 3 or higher

Use the Android SDKManager to install these components:

Note: Not all applications are compatible with graphics hardwareacceleration. In particular, the Browser application and applications using the WebView component are not compatible with graphics acceleration.

To configure an AVD to use graphics acceleration:

1. Make sure you have the required SDK components installed (listed above).
2. Start the AVD Manager and create a new AVD with the Target value ofAndroid 4.0.3 (API Level 15), revision 3 or higher.
3. If you want to have graphics acceleration enabled by default for this AVD, in theHardware section, click New, select GPU emulationand set the value to Yes.

   Note: You can also enable graphics acceleration when youstart an emulator using command line options as describe in the next section.

4. Name the AVD instance and select any other configuration options.

   Caution: Do not select the Snapshot: Enabledoption. Snapshots are not supported for emulators with graphics acceleration enabled.

5. Click Create AVD to save the emulator configuration.

If you set GPU emulation to Yes for your AVD, then graphicsacceleration is automatically enabled when you run it. If you did not enable GPUemulation when you created the AVD, you can still enable it at runtime.

To enable graphics acceleration at runtime for an AVD:

• If you are running the emulator from the command line, just include the -gpu onoption:

  Note: You must specify an AVD configuration that usesAndroid 4.0.3 (API Level 15, revision 3) or higher system image target. Graphics acceleration is notavailable for earlier system images.

• If you are running the emulator from Eclipse, run your Android application using an AVD withthe -gpu on option enabled:
  1. In Eclipse, click your Android project folder and then select Run > RunConfigurations..
  2. In the left panel of the Run Configurations dialog, select your Androidproject run configuration or create a new configuration.
  3. Click the Target tab.
  4. Select the AVD you created in the previous procedure.
  5. In the Additional Emulator Command Line Options field, enter:
     -gpu on
  6. Run your Android project using this run configuration.

Configuring Virtual Machine Acceleration

Caution: As of SDK Tools Revision 17, the virtual machineacceleration feature for the emulator is experimental; be alert for incompatibilities and errorswhen using this feature.

Many modern CPUs provide extensions for running virtual machines (VMs) more efficiently. Takingadvantage of these extensions with the Android emulator requires some additional configuration ofyour development system, but can significantly improve the execution speed. Before attempting to usethis type of acceleration, you should first determine if your development system’s CPU supports oneof the following virtualization extensions technologies:

• Intel Virtualization Technology (VT, VT-x, vmx) extensions
• AMD Virtualization (AMD-V, SVM) extensions (only supported for Linux)

The specifications from the manufacturer of your CPU should indicate if it supportsvirtualization extensions. If your CPU does not support one of these virtualization technologies,then you cannot use virtual machine acceleration.

Note: Virtualization extensions are typically enabled throughyour computer's BIOS and are frequently turned off by default. Check the documentation for yoursystem's motherboard to find out how to enable virtualization extensions.

Once you have determined that your CPU supports virtualization extensions, make sure you can workwithin these additional requirements of running an emulator inside an accelerated virtualmachine:

• x86 AVD Only - You must use an AVD that is uses an x86 system image target.AVDs that use ARM-based system images cannot be accelerated using the emulator configurationsdescribed here.
• Not Inside a VM - You cannot run a VM-accelerated emulator inside anothervirtual machine, such as a VirtualBox or VMWare-hosted virtual machine. You must run the emulatordirectly on your system hardware.
• Other VM Drivers - If you are running another virtualization technology onyour system such as VirtualBox or VMWare, you may need to unload the driver for that virtual machinehosting software before running an accelerated emulator.
• OpenGL® Graphics - Emulation of OpenGL ES graphics may not perform at thesame level as an actual device.

To use virtual machine acceleration with the emulator, you need the following version of Androiddevelopment tools. Use the Android SDKManager to install these components:

• Android SDK Tools, Revision 17 or higher
• Android x86-based system image

If your development environment meets all of the requirements for running a VM-acceleratedemulator, you can use the AVD Manager to create an x86-based AVD configuration:

1. In the Android SDK Manager, make sure you have an x86-based System Image installed for your target Android version. If you do not have an x86 System Image installed, select one in the Android SDK Manager and install it.

   Tip: System images are listed under each API Level in the SDK Manager. Microsoft office 2016 for mac v15.41.0 vl.zip. An x86 system image may not be available for all API levels.

2. Start the AVD Manager and create a new AVD with an x86 value for theCPU/ABI field. You may need to select a specific Target value, orselect a Target value and then select a specific CPU/ABIoption.
3. Name the emulator instance and select any other configuration options.
4. Click Create AVD to save the emulator configuration.

Configuring VM Acceleration on Windows

Virtual machine acceleration for Windows requires the installation of the Intel HardwareAccelerated Execution Manager (Intel HAXM). The software requires an Intel CPU withVirtualization Technology (VT) support and one of the following operating systems:

• Windows 7 (32/64-bit)
• Windows Vista (32/64-bit)
• Windows XP (32-bit only)

To install the virtualization driver:

1. Start the Android SDK Manager, select Extras and then select IntelHardware Accelerated Execution Manager.
2. After the download completes, execute <sdk>/extras/intel/Hardware_Accelerated_Execution_Manager/IntelHAXM.exe.
3. Follow the on-screen instructions to complete installation.
4. After installation completes, confirm that the virtualization driver is operating correctly byopening a command prompt window and running the following command:

   You should see a status message including the following information:

To run an x86-based emulator with VM acceleration:

• If you are running the emulator from the command line, just specify an x86-based AVD:

  Note: You must provide an x86-based AVD configurationname, otherwise VM acceleration will not be enabled.

• If you are running the emulator from Eclipse, run your Android application with an x86-basedAVD:
  1. In Eclipse, click your Android project folder and then select Run > RunConfigurations..
  2. In the left panel of the Run Configurations dialog, select your Androidproject run configuration or create a new configuration.
  3. Click the Target tab.
  4. Select the x86-based AVD you created previously.
  5. Run your Android project using this run configuration.

You can adjust the amount of memory available to the Intel HAXM kernel extension by re-runningits installer.

You can stop using the virtualization driver by uninstalling it. Re-run the installer or usethe Control Panel to remove the software.

Configuring VM Acceleration on Mac

Virtual machine acceleration on a Mac requires the installation of the Intel Hardware AcceleratedExecution Manager (Intel HAXM) kernel extension to allow the Android emulator to make use of CPUvirtualization extensions. The kernel extension is compatible with Mac OS X Snow Leopard (version10.6.0) and higher.

To install the Intel HAXM kernel extension:

1. Start the Android SDK Manager, select Extras and then select IntelHardware Accelerated Execution Manager.
2. After the download completes, execute <sdk>/extras/intel/Hardware_Accelerated_Execution_Manager/IntelHAXM.dmg.
3. Double click the IntelHAXM.mpkg icon to begin installation.
4. Follow the on-screen instructions to complete installation.
5. After installation completes, confirm that the new kernel extension is operating correctly byopening a terminal window and running the following command:

   You should see a status message containing the following extension name, indicating that the kernel extension is loaded:

To run an x86-based emulator with VM acceleration:

• If you are running the emulator from the command line, just specify an x86-based AVD:

  Note: You must provide an x86-based AVD configurationname, otherwise VM acceleration will not be enabled.

• If you are running the emulator from Eclipse, run your Android application with an x86-basedAVD:
  1. In Eclipse, click your Android project folder and then select Run > RunConfigurations..
  2. In the left panel of the Run Configurations dialog, select your Androidproject run configuration or create a new configuration.
  3. Click the Target tab.
  4. Select the x86-based AVD you created previously.
  5. Run your Android project using this run configuration.

You can adjust the amount of memory available to the Intel HAXM kernel extension by re-runningthe installer.

You can stop using the virtualization kernel driver by uninstalling it. Before removing it, shutdown any running x86 emulators. To unload the virtualization kernel driver, run the followingcommand in a terminal window:

Configuring VM Acceleration on Linux

Linux-based systems support virtual machine acceleration through the KVM software package. Followinstructions for installing KVM on yourLinux system, and verify that KVM is enabled. In addition to following the installationinstructions, be aware of these configuration requirements:

• Running KVM requires specific user permissions, make sure you have sufficient permissionsaccording to the KVM installation instructions.
• If you use another virtualization technology in your Linux platform, unload its kernel driverbefore running the x86 emulator. For example, the VirtualBox driver program is vboxdrv.

To run an x86-based emulator with VM acceleration:

• If you are running the emulator from the command line, start the emulator with an x86-basedAVD and include the KVM options:

  Note: You must provide an x86-based AVD configurationname, otherwise VM acceleration will not be enabled.

• If you are running the emulator from Eclipse, run your Android application with an x86-basedAVD and include the KVM options:
  1. In Eclipse, click your Android project folder and then select Run > RunConfigurations..
  2. In the left panel of the Run Configurations dialog, select your Androidproject run configuration or create a new configuration.
  3. Click the Target tab.
  4. Select the x86-based AVD you created previously.
  5. In the Additional Emulator Command Line Options field, enter:
  6. Run your Android project using this run configuration.

Important: When using the -qemu command line option, make sureit is the last parameter in your command. All subsequent options are interpreted as qemu-specificparameters.

SD Card Emulation

You can create a disk image and then load it to the emulator at startup, tosimulate the presence of a user's SD card in the device. To do this, you can specifyan SD card image when you create an AVD, or you can use the mksdcard utility includedin the SDK.

The following sections describe how to create an SD card disk image, how to copyfiles to it, and how to load it in the emulator at startup.

Note that you can only load a disk image at emulator startup. Similarly, youcan not remove a simulated SD card from a running emulator. However, you canbrowse, send files to, and copy/remove files from a simulated SD card eitherwith adb or the emulator.

The emulator supports emulated SDHC cards, so you can create an SD card imageof any size up to 128 gigabytes.

Creating an SD card image

There are several ways of creating an SD card image. The easiest way is to use theAVD Manager to create a new SD card by specifying a size when you create an AVD.You can also use the android command line tool when creating an AVD. Just add the-c option to your command:

The -c option can also be used to to specify a path to an SD cardimage for the new AVD. For more information, see Managing Virtual Devicesfrom the Command Line.

You can also use the mksdcard tool, included in the SDK, to create a FAT32 diskimage that you can load in the emulator at startup. You can access mksdcard inthe tools/ directory of the SDK and create a disk image like this:

For example:

For more information, see mksdcard.

Copying files to an SD card image

Once you have created the disk image, you can copy files to it prior toloading it in the emulator. To copy files, you can mount the image as a loopdevice and then copy the files to it, or you can use a utility such as mtools tocopy the files directly to the image. The mtools package is available for Linux,Mac, and Windows.

Alternatively, you can use the adb push command to move files onto an SD card imagewhile it is loaded in an emulator. For more information see the adb push documentation.

Loading an SD card image

By default, the emulator loads the SD card image that is stored with the activeAVD (see the -avd startup option).

Alternatively, you can start the emulator with the-sdcard flag and specify the name and path of your image (relativeto the current working directory):

Working with Emulator Disk Images

The emulator uses mountable disk images stored on your development machine tosimulate flash (or similar) partitions on an actual device. For example, it uses adisk image containing an emulator-specific kernel, the Android system, aramdisk image, and writeable images for user data and simulated SD card.

To run properly, the emulator requires access to a specific set of disk imagefiles. By default, the Emulator always looks for the disk images in theprivate storage area of the AVD in use. If no images exist there whenthe Emulator is launched, it creates the images in the AVD directory based ondefault versions stored in the SDK.

Note: The default storage location forAVDs is in ~/.android/avd on OS X and Linux, C:Documents andSettings<user>.android on Windows XP, andC:Users<user>.androidon Windows Vista.

To let you use alternate or custom versions of the image files, the emulatorprovides startup options that override the default locations and filenames ofthe image files. When you use one of these options, the emulator searches for the imagefile under the image name or location that you specify; if it can not locate theimage, it reverts to using the default names and location.

The emulator uses three types of image files: default image files, runtimeimage files, and temporary image files. The sections below describe how tooverride the location/name of each type of file.

Default image files

When the emulator launches, but does not find an existing user data image inthe active AVD's storage area, it creates a new one from a default versionincluded in the SDK. The default user data image is read-only. The imagefiles are read-only.

The emulator provides the -system <dir> startup option tolet you override the location where the emulator looks for the defaultuser data image.

The emulator also provides a startup option that lets you override the nameof the default user data image, as described in the following table. When you use theoption, the emulator looks in the default directory, or in a custom location(if you specified -system <dir>).

Runtime images: user data and SD card

At runtime, the emulator reads and writes data to two disk images: auser-data image and (optionally) an SD card image. These images emulate the user-datapartition and removable storage media on actual device.

The emulator provides a default user-data disk image. At startup, the emulatorcreates the default image as a copy of the system user-data image (user-data.img),described above. The emulator stores the new image with the files of the active AVD.

The emulator provides startup options to let you override the actual names and storagelocations of the runtime images to load, as described in the following table. When you use oneof these options, the emulator looks for the specified file(s) in the current working directory,in the AVD directory, or in a custom location (if you specified a path with the filename).

User-Data Image

Each emulator instance uses a writeable user-data image to store user- andsession-specific data. For example, it uses the image to store a unique user'sinstalled application data, settings, databases, and files.

At startup, the emulator attempts to load a user-data image stored duringa previous session. It looks for the file in the current working directory,in the AVD directory described in a previous section and at the custom location/namethat you specified at startup.

• If it finds a user-data image, it mounts the image and makes it availableto the system for reading and writing of user data.
• If it does not find one, it creates an image by copying the system user-dataimage (userdata.img), described above. At device power-off, the system persiststhe user data to the image, so that it will be available in the next session.Note that the emulator stores the new disk image at the location/name that youspecify in -data startup option.

Note: Because of the AVD configurations used in the emulator,each emulator instance gets its own dedicated storage. There is no longer a needto use the -d option to specify an instance-specific storage area.

SD Card

Optionally, you can create a writeable disk image that the emulator can useto simulate removeable storage in an actual device. For information about how to create anemulated SD card and load it in the emulator, see SD Card Emulation

You can also use the android tool to automatically create an SD Card imagefor you, when creating an AVD. For more information, see Managing Virtual Devices with AVDManager.

Temporary Images

The emulator creates two writeable images at startup that it deletes atdevice power-off. The images are:

• A writable copy of the Android system image
• The /cache partition image

The emulator does not permit renaming the temporary system image orpersisting it at device power-off.

The /cache partition image is initially empty, and is used bythe browser to cache downloaded web pages and images. The emulator provides an-cache <file>, which specifies the name of the file in whichto persist the /cache image at device power-off. If <file> does not exist, the emulator creates it as an empty file.

You can also disable the use of the cache partition by specifying the-nocache option at startup.

Emulator Networking

The emulator provides versatile networking capabilities that you can use toset up complex modeling and testing environments for your application. Thesections below introduce the emulator's network architecture and capabilities.

Network Address Space

Each instance of the emulator runs behind a virtual router/firewall servicethat isolates it from your development machine's network interfaces and settingsand from the internet. An emulated device can not see your development machineor other emulator instances on the network. Instead, it sees only that it isconnected through Ethernet to a router/firewall.

The virtual router for each instance manages the 10.0.2/24 network addressspace — all addresses managed by the router are in the form of10.0.2.<xx>, where <xx> is a number. Addresses within this space arepre-allocated by the emulator/router as follows:

Note that the same address assignments are used by all running emulatorinstances. That means that if you have two instances running concurrently onyour machine, each will have its own router and, behind that, each will have anIP address of 10.0.2.15. The instances are isolated by a router and cannot see each other on the same network. For information about how tolet emulator instances communicate over TCP/UDP, see Connecting Emulator Instances.

Also note that the address 127.0.0.1 on your development machine correspondsto the emulator's own loopback interface. If you want to access services runningon your development machine's loopback interface (a.k.a. 127.0.0.1 on yourmachine), you should use the special address 10.0.2.2 instead.

Finally, note that each emulated device's pre-allocated addresses arespecific to the Android emulator and will probably be very different on realdevices (which are also very likely to be NAT-ed, i.e., behind arouter/firewall)

Local Networking Limitations

Android applications running in an emulator can connect to the network available on yourworkstation. However, they connect through the emulator, not directly to hardware, and the emulatoracts like a normal application on your workstation. This means that the emulator, and thus yourAndroid applications, are subject to some limitations:

• Communication with the emulated device may be blocked by a firewallprogram running on your machine.
• Communication with the emulated device may be blocked by another(physical) firewall/router to which your machine is connected.

The emulator's virtual router should be able to handle all outbound TCP andUDP connections/messages on behalf of the emulated device, provided yourdevelopment machine's network environment allows it to do so. There are nobuilt-in limitations on port numbers or ranges except the one imposed by yourhost operating system and network.

Depending on the environment, the emulator may not be able to support otherprotocols (such as ICMP, used for 'ping') might not be supported. Currently, theemulator does not support IGMP or multicast.

Using Network Redirection

To communicate with an emulator instance behind its virtual router, you needto set up network redirection on the virtual router. Clients can then connectto a specified guest port on the router, while the router directs trafficto/from that port to the emulated device's host port.

To set up the network redirection, you create a mapping of host and guestports/addresses on the the emulator instance. There are two ways to set upnetwork redirection: using emulator console commands and using the ADB tool, asdescribed below.

Setting up Redirection through the Emulator Console

Each emulator instance provides a control console the you can connect to, toissue commands that are specific to that instance. You can use theredir console command to set up redirection as needed for anemulator instance.

First, determine the console port number for the target emulator instance.For example, the console port number for the first emulator instance launched is5554. Next, connect to the console of the target emulator instance, specifyingits console port number, as follows:

Once connected, use the redir command to work with redirection.To add a redirection, use:

where <protocol> is either tcp or udp,and <host-port> and <guest-port> sets themapping between your own machine and the emulated system, respectively.

For example, the following command sets up a redirection that handles allincoming TCP connections to your host (development) machine on 127.0.0.1:5000and will pass them through to the emulated system's 10.0.2.15:6000.:

To delete a redirection, you can use the redir del command. Tolist all redirection for a specific instance, you can use redirlist. For more information about these and other console commands, seeUsing the Emulator Console.

Note that port numbers are restricted by your local environment. this typicallymeans that you cannot use host port numbers under 1024 without specialadministrator privileges. Also, you won't be able to set up a redirection for ahost port that is already in use by another process on your machine. In thatcase, redir generates an error message to that effect.

Setting Up Redirection through ADB

The Android Debug Bridge (ADB) tool provides port forwarding, an alternateway for you to set up network redirection. For more information, see Forwarding Ports in the ADBdocumentation.

Note that ADB does not currently offer any way to remove a redirection,except by killing the ADB server.

Configuring the Emulator's DNS Settings

At startup, the emulator reads the list of DNS servers that your system iscurrently using. It then stores the IP addresses of up to four servers on thislist and sets up aliases to them on the emulated addresses 10.0.2.3, 10.0.2.4,10.0.2.5 and 10.0.2.6 as needed.

On Linux and OS X, the emulator obtains the DNS server addresses by parsingthe file /etc/resolv.conf. On Windows, the emulator obtains theaddresses by calling the GetNetworkParams() API. Note that thisusually means that the emulator ignores the content of your 'hosts' file(/etc/hosts on Linux/OS X, %WINDOWS%/system32/HOSTS on Windows).

When starting the emulator at the command line, you can also use the-dns-server <serverList> option to manually specify theaddresses of DNS servers to use, where <serverList> is a comma-separatedlist of server names or IP addresses. You might find this option useful if youencounter DNS resolution problems in the emulated network (for example, an'Unknown Host error' message that appears when using the web browser).

Using the Emulator with a Proxy

If your emulator must access the Internet through a proxy server, you can usethe -http-proxy <proxy> option when starting the emulator, toset up the appropriate redirection. In this case, you specify proxy informationin <proxy> in one of these formats:

or

The -http-proxy option forces the emulator to use the specifiedHTTP/HTTPS proxy for all outgoing TCP connections. Redirection for UDP is notcurrently supported.

Alternatively, you can define the environment variablehttp_proxy to the value you want to use for<proxy>. In this case, you do not need to specify a value for<proxy> in the -http-proxy command — theemulator checks the value of the http_proxy environment variable atstartup and uses its value automatically, if defined.

You can use the -verbose-proxy option to diagnose proxyconnection problems.

Interconnecting Emulator Instances

To allow one emulator instance to communicate with another, you must set upthe necessary network redirection as illustrated below.

Assume that your environment is

• A is you development machine
• B is your first emulator instance, running on A
• C is your second emulator instance, also running on A

and you want to run a server on B, to which C will connect, here is how youcould set it up:

1. Set up the server on B, listening to10.0.2.15:<serverPort>
2. On B's console, set up a redirection fromA:localhost:<localPort> to B:10.0.2.15:<serverPort>
3. On C, have the client connect to 10.0.2.2:<localPort>

For example, if you wanted to run an HTTP server, you can select<serverPort> as 80 and <localPort> as8080:

• B listens on 10.0.2.15:80
• On B's console, issue redir add tcp:8080:80
• C connects to 10.0.2.2:8080

Sending a Voice Call or SMS to Another Emulator Instance

The emulator automatically forwards simulated voice calls and SMS messages from one instance toanother. To send a voice call or SMS, use the dialer application or SMS application, respectively,from one of the emulators.

To initiate a simulated voice call to another emulator instance:

1. Launch the dialer application on the originating emulator instance.
2. As the number to dial, enter the console port number of the instance you'd like to call. You can determine the console port number of the target instance by checking its window title, where the console port number is reported as 'Android Emulator (<port>).
3. Press 'Dial'. A new inbound call appears in the target emulator instance.

To send an SMS message to another emulator instance, launch the SMS application (if available). Specify the console port number of the target emulator instance as as the SMS address, enter the message text, and send the message. The message is delivered to the target emulator instance.

You can also connect to an emulator instance's console to simulate an incoming voice call or SMS. For more information, see Telephony Emulation and SMS Emulation.

Using the Emulator Console

Each running emulator instance provides a console that lets you query and control the emulateddevice environment. For example, you can use the console to manage port redirection, networkcharacteristics, and telephony events while your application is running on the emulator. Toaccess the console and enter commands, use telnet to connect to the console's port number.

To connect to the console of any running emulator instance at any time, use this command:

An emulator instance occupies a pair of adjacent ports: a console port and an adb port.The port numbers differ by 1, with the adb port having the higher port number. The consoleof the first emulator instance running on a given machine uses console port 5554 and adbport 5555. Subsequent instances use port numbers increasing by two — for example, 5556/5557,5558/5559, and so on. Up to 16 concurrent emulator instances can run a console facility.

To connect to the emulator console, you must specify a valid console port. If multiple emulator instances are running, you need to determine the console port of the emulator instance you want to connect to. You can find the instance's console port listed in the title of the instance window. For example, here's the window title for an instance whose console port is 5554:

Android Emulator (5554)

Alternatively, you can use the adb devices command, which prints a list of running emulator instances and their console port numbers. For more information, see Querying for Emulator/Device Instances in the adb documentation.

Note: The emulator listens for connections on ports 5554-5587 and accepts connections only from localhost.

Once you are connected to the console, you can then enter help [command] to see a list of console commands and learn about specific commands.

To exit the console session, use quit or exit.

The following sections below describe the major functional areas of the console.

Port Redirection

You can use the console to add and remove port redirection while the emulator is running. Afteryou connect to the console, manage port redirection by entering the following command:

The redir command supports the subcommands listed in the table below.

Geo Location Provider Emulation

You can use the console to set the geographic location reported to the applications runninginside an emulator. Use the geo command to send a simple GPS fix to theemulator, with or without NMEA 1083 formatting:

The geo command supports the subcommands listed in the table below.

You can issue the geo command as soon as an emulator instance is running. Theemulator sets the location you enter by creating a mock location provider. This provider responds tolocation listeners set by applications, and also supplies the location to the LocationManager. Any application can query the location manager to obtain thecurrent GPS fix for the emulated device by calling:

For more information about the Location Manager, see LocationManager.

Hardware Events Emulation

The event console commands sends hardware events to the emulator. The syntax for thiscommand is as follows:

The event command supports the subcommands listed in the table below.

Device Power Characteristics

The power command controls the power state reported by the emulator to applications. Thesyntax for this command is as follows:

The event command supports the subcommands listed in the table below.

Network Status

You can use the console to check the network status and current delay and speed characteristics. To do so, connect to the console and use the netstatus command. Here's an example of the command and its output.

Network Delay Emulation

The emulator lets you simulate various network latency levels, so that you can test yourapplication in an environment more typical of the actual conditions in which it will run. You canset a latency level or range at emulator startup or you can use the console to change the latency,while the application is running in the emulator.

To set latency at emulator startup, use the -netdelay emulator option with asupported <delay> value, as listed in the table below. Here are someexamples:

To make changes to network delay while the emulator is running, connect to the console and usethe netdelay command with a supported <delay> value from the tablebelow.

The format of network <delay> is one of the following (numbers are milliseconds):

Network Speed Emulation

The emulator also lets you simulate various network transfer rates.You can set a transfer rate or range at emulator startup or you can use the console to change therate, while the application is running in the emulator.

To set the network speed at emulator startup, use the -netspeed emulator option with a supported<speed> value, as listed in the table below. Here are some examples:

To make changes to network speed while the emulator is running, connect to the console and usethe netspeed command with a supported <speed> value from the tablebelow.

The format of network <speed> is one of the following (numbers arekilobits/sec):

Telephony Emulation

The Android emulator includes its own GSM emulated modem that lets you simulate telephonyfunctions in the emulator. For example, you can simulate inbound phone calls, establish dataconnections and terminate them. The Android system handles simulated calls exactly as it wouldactual calls. The emulator does not support call audio.

You can use the gsm command to access the emulator's telephony functions after connectingto the console. The syntax for this command is as follows:

The gsm command supports the subcommands listed in the table below.

SMS Emulation

The Android emulator console lets you generate an SMS message and direct it to an emulatorinstance. Once you connect to an emulator instance, you can generate an emulated incoming SMS usingthe following command:

where <senderPhoneNumber> contains an arbitrary numeric string.

The console forwards the SMS message to the Android framework, which passes it through to an application that handles that message type.

VM State

You can use the vm command to control the VM on an emulator instance. The syntax forthis command is as follows:

The vm command supports the subcommands listed in the table below.

Emulator Window

You can use the window command to manage the emulator window. The syntax for thiscommand is as follows:

The vm command supports the subcommands listed in the table below.

Terminating an Emulator Instance

You can terminate an emulator instance through the console, using the kill command.

Emulator Limitations

The functional limitations of the emulator include:

• No support for placing or receiving actual phone calls. You can simulate phone calls (placed and received) through the emulator console, however.
• No support for USB connections
• No support for device-attached headphones
• No support for determining network connected state
• No support for determining battery charge level and AC charging state
• No support for determining SD card insert/eject
• No support for Bluetooth

Troubleshooting Emulator Problems

The adb utility sees the emulator as an actual physical device. For this reason, youmight have to use the -d flag with some common adb commands, such asinstall. The -d flag lets you specify which of several connected devices to useas the target of a command. If you don't specify -d, the emulator targets the firstdevice in its list. For more information about adb, see Android Debug Bridge.

For emulators running on Mac OS X, if you see an error Warning: No DNS servers foundwhen starting the emulator, check to see whether you have an /etc/resolv.conf file. Ifnot, please run the following line in a command window:

See Frequently Asked Questions for moretroubleshooting information.

When a software is developed, it goes through various phases of testing. In the same way app developers spend many sleepless nights before finalizing their codes and strings. For this, an Android emulator is required where they can preview how their application will run on Android phone, and if any flaws persist they can instantly be fixed. Choosing the best Android emulator for Windows may seem to appear as a daunting task, but don’t worry as we’ve got you covered. The app market is flooded with a barrage of emulators each offering a different set of unique features.

The Best Android Emulator for Windows PC

here are the 15 best Android emulator for PC which can allow you to run Android on your system.

1. Bluestacks

BlueStacks is one of the most widely used Android emulator for Windows . It comes for free however just in Specific regions. It offers simple One-tick establishment on the Windows System (Split-online installer and also disconnected installer is accessible). Effectively introduce outsider apk’s or Android applications by just double tapping on the apk documents.

Also Read: How to Recover Pattern Lock In Android Without Factory Reset

2. Android’s Studio Emulator

Android Studio is the Google-approved one of the best Android emulator for PC. It accompanies a pack of tools to enable engineers to make applications and diversions particularly for Android. As it turns out, there is likewise a built in emulator that you can use to try out your application or game.

3. Remix OS Player

Remix OS Player is a free Android emulator for Windows in view of Android 6.0 Marshmallow. Before introducing Remix OS Player, please take note of that it doesn’t support some AMD chipsets and furthermore requires “Virtualisation Technology” empowered in your BIOS.

4. Andy

Andy is another free Android emulator app which runs pretty much the entire gamut of Android experience. That makes it great as a productivity focused emulator although it can play games as well. In any case, it is free and it does work very well!

Also Read: How To Prevent Your Phone From Overheating Netgear wnda3100 driver windows 10.

5.Genymotion

Genymotion allows you to build Android apps and test them on different platforms. Let’s say that you are building an app for Samsung Galaxy S6, but you don’t own that device. It comes with variety of development tools and features. In order to use full features of this Android emulator, you need to buy license. But, you can also enjoy free version and run your Android apps as a basic user.

6. Droid 4x

Droid4X has its own share of pros and cons. It includes a basic plan that ought to be simple for a great many people to utilize. It markets itself towards gamers and gloats support for simpler casual games. Be that as it may, as most Android emulators, you can do productivity stuff on the off chance that you need to.

7. Nox

Nox is based on Android 4.2.2 variant and it’s good with Intel and AMD processors. You can download it for Windows and OSX, both renditions are accessible for download. Nox is a free one of the best Android emulator for PC, so you don’t need to pay keeping in mind the end goal to utilize its full components. When you download the installation file, simply run it and start enjoying Nox. This emulator is most appropriate for diversions, it supports gamepads, console and mouse control. Along these lines you can play your diversions with your PC peripherals as well.

Also Read: 10 Best GPS Tracking Apps For Android

8. Windroy

Windroy works just like other Android emulator on this rundown, however it has something extra ordinary, it totally runs utilizing the Windows portion. Windroy is maybe the simplest emulator to use on this list, because of its lightweight user interface design.

9. KoPlayer

KoPlayer is one latest Android emulator for PC. It has likewise figured out how to fly under most radars up to this point. Its primary concentration is for gaming. You’ll have the capacity to utilize keymapping to copy a controller with your console. Players will likewise have the capacity to record diversion play and transfer it wherever they need.

10. MEmu

MEmu is one of the best Android emulator for PC that runs pretty well. One of its greatest components is support for both AMD and Intel chipsets. That is rarer than you’d might suspect. Also, it supports Android Jelly Bean, Kit Kat, and Lollipop. You can even run various occasions without a moment’s delay.

Also read: Best Video Editor Apps for Android

11. Xamarin Android Player

With the host of Android emulators out there available, Xamarin Android Player is one of the lesser know programming. Being the result of the first class programming engineers and organization, it doesn’t make you baffled with various bugs. All things considered, it requires the VirtualBox programming to get the Android UI on your desktop.

12. Make your Own

Just as the name justifies for running Make your Own you have to download VirtualBox (connected previously). Now you need to download a picture from Android-x86.org. From that point, it’s simply an issue of finding available guidelines on the web.

13. LeapDroid

LeapDroid is a powerful one of the best Android emulator for Windows 10,7 and 8. Google releasd some of the updates couple of years back including various security patches. It comes with a clutter free UI, very much upheld applications and amusements and lighter effect on framework assets, LeapDroid emerges.

P.S. If you’re into gaming and stuff then LeapDroid is the perfect choice.

14. Super Retro 16

With Super retro 16 you can play Super Mario RPG, which is one of its significant attractions. You can synchronize the cloud and get constant gaming on every one of your gadgets. The application includes on-screen controls, as much as mouse support for a few recreations accessible. For quick forward purposes, you can skirt the parts of the amusement that you couldn’t care less about. You can also enjoy the multiplayer mode while using Wi-Fi and Bluetooth.

15. NoxPlayer

Nox Player isn’t first on our list, but is a must have Android simulator for gamers. This Android emulator is available for free for Windows users and it aims to give great controls to gamers by offering them a slew of advanced features and controls.

Nox allows to use full-sized game controller, offers several gamer-oriented features, and supports full-sized controller for games.

Also Read: 14 Best Android Security Apps

So folks here were the 15 best Android emulator for PC. Each one has its own set of pros and cons, now you need to pick the one that is suitable as per your needs and requirement. Hope you’ll find something of use!

If you happen to know any other user friendly alternative feel free to drop us a comment.