MEmu Android Emulator Download – TechSpot
User guide Run apps on the Android Emulator The Android Emulator simulates Android devices on your computer so that you can test your application on a variety of devices and Android API levels without needing to have each physical device. The emulator provides almost all of the capabilities of a real Android device. You can simulate incoming phone calls and text messages, specify the location of the device, simulate different network speeds, simulate rotation and other hardware sensors, access the Google Play Store, and much more. Testing your app on the emulator is in some ways faster and easier than doing so on a physical device.
7 Awesome Projects that Allow You to Run Android on PC
User guide Run apps on the Android Emulator The Android Emulator simulates Android devices on your computer so that you can test your application on a variety of devices and Android API levels without needing to have each physical device. The emulator provides almost all of the capabilities of a real Android device. You can simulate incoming phone calls and text messages, specify the location of the device, simulate different network speeds, simulate rotation and other hardware sensors, access the Google Play Store, and much more.
Testing your app on the emulator is in some ways faster and easier than doing so on a physical device. For example, you can transfer data faster to the emulator than to a device connected over USB. Watch the following video for an overview of some emulator features. You can use the emulator manually through its graphical user interface and programmatically through the command line and the emulator console.
For a comparison of the features available through each interface, see Comparison of Android Emulator tools. Requirements and recommendations SDK Tools Intel processor on Windows or Linux: Android Studio 3. Support for the bit Windows emulator continues until June , including critical bug fixes, but no new features will be added. If you are using the emulator on a bit Windows system, you should plan to migrate to a bit Windows system.
If you are using the emulator on a bit Windows system, you can use the SDK Manager to install the latest version of the emulator for bit Windows.
Android virtual devices Each instance of the Android Emulator uses an Android virtual device AVD to specify the Android version and hardware characteristics of the simulated device. To effectively test your app, you should create an AVD that models each device on which your app is designed to run. Each AVD functions as an independent device, with its own private storage for user data, SD card, and so on.
By default, the emulator stores the user data, SD card data, and cache in a directory specific to that AVD. Run an app on the Android Emulator You can run an app from an Android Studio project, or you can run an app that’s been installed on the Android Emulator as you would run any app on a device. To start the Android Emulator and run an app in your project: In the toolbar, select the AVD that you want to run your app on from the target device drop-down menu.
Click Run. If you receive an error or warning message at the top of the dialog, click the link to correct the problem or to get more information. For macOS, if you see a Warning: If you don’t have this file, enter the following command in a terminal window: Double-click an AVD, or click Run. The Android Emulator appears. While the emulator is running, you can run Android Studio projects and choose the emulator as the target device. You can also drag one or more APKs onto the emulator to install them, and then run them.
An APK Installer dialog appears. When the installation completes, you can view the app in your apps list. To add a file to the emulated device, drag the file onto the emulator screen. You can view the file from Android Studio using the Device File Explorer , or find it from the device using the Downloads or Files app, depending on the device version.
Snapshots A snapshot is a stored image of an AVD Android Virtual Device that preserves the entire state of the device at the time that it was saved — including OS settings, application state, and user data. You can return to a saved system state by loading a snapshot whenever you choose, saving you the time of waiting for the operating system and applications on the virtual device to restart, as well as saving you the effort of bringing your app back to the state at which you want to resume your testing.
Starting a virtual device by loading a snapshot is much like waking a physical device from a sleep state, as opposed to booting it from a powered-off state.
For each AVD, you can have one quick-boot snapshot and any number of general snapshots. The simplest way to take advantage of snapshots is to use quick-boot snapshots: By default, each AVD is set to automatically save a quick-boot snapshot on exit and load from a quick-boot snapshot on start. The first time that an AVD starts, it must perform a cold boot, just like powering on a device. If Quick Boot is enabled, all subsequent starts load from the specified snapshot, and the system is restored to the state saved in that snapshot.
Snapshots are valid for the system image, AVD configuration, and emulator features with which they are saved. When you make a change in any of these areas, all snapshots of the affected AVD become invalid.
Most controls for saving, loading, and managing snapshots are in the Snapshots pane in the emulator’s Extended controls window. You can also control the Quick Boot options when starting the emulator from the command line. Save quick-boot snapshots To control whether the emulator automatically saves a snapshot for the currently open AVD when exiting, use the Save quick-boot state on exit menu in the Settings tab of the Snapshots category in the emulator’s Extended controls window: Always save an AVD snapshot when you close the emulator.
This is the default. Don’t save an AVD snapshot when you close the emulator. Prompt for whether to save an AVD snapshot when you close the emulator. Your selection applies only to the currently open AVD. If you don’t choose Yes in the Save quick-boot state on exit menu to automatically save a snapshot on exit, you can use the Save Now button below this menu to save a quick-boot snapshot at any time.
You cannot save snapshots while ADB is offline such as while Android is still booting. Save general snapshots Whereas you can only have one quick-boot snapshot for each AVD, you can have multiple general snapshots for each AVD. To save a general snapshot, open the emulator’s Extended controls window, select the Snapshots category, and click the Take snapshot button in the lower-right corner of the window.
To edit the name and description of the selected snapshot, click the edit button at the bottom of the window. Delete a snapshot To manually delete a snapshot, open the emulator’s Extended controls window, select the Snapshots category, select the snapshot, and click the delete button at the bottom of the window.
You can also specify whether you would like the emulator to automatically delete snapshots when they become invalid, such as when the AVD settings or emulator version change. By default, the emulator will ask you if you’d like for it to delete invalid snapshots. You can change this setting with the Delete invalid snapshots menu in the Settings tab of the Snapshots pane.
Load a snapshot To load a snapshot at any time, open the emulator’s Extended controls window, select the Snapshots category, choose a snapshot, and click the load button at the bottom of the window.
In Android Studio 3. Select Cold boot. Snapshot requirements and troubleshooting Snapshots do not work with Android 4. Snapshots do not work with ARM system images for Android 8. Snapshots are not reliable when software rendering is enabled. Loading or saving a snapshot is a memory-intensive operation.
If you do not have enough RAM free when a load or save operation begins, the operating system may swap the contents of RAM to the hard disk, which can greatly slow the operation. If you experience very slow snapshot loads or saves, you may be able to speed these operations by freeing RAM.
Closing applications that are not essential for your work is a good way to free RAM. Navigate the emulator screen Use your computer mouse pointer to mimic your finger on the touchscreen; select menu items and input fields; and click buttons and controls.
Use your computer keyboard to type characters and enter emulator shortcuts. Table 1. Gestures for navigating the emulator screen Feature Description Swipe the screen Point to the screen, press and hold the primary mouse button, swipe across the screen, and then release.
Drag an item Point to an item on the screen, press and hold the primary mouse button, move the item, and then release. Tap touch Point to the screen, press the primary mouse button, and then release. For example, you could click a text field to start typing in it, select an app, or press a button. Double tap Point to the screen, press the primary mouse button quickly twice, and then release. Touch and hold Point to an item on the screen, press the primary mouse button, hold, and then release.
For example, you could open options for an item. Type You can type in the emulator by using your computer keyboard, or using a keyboard that pops up on the emulator screen. For example, you could type in a text field after you selected it. Pinch and spread Pressing Control Command on Mac brings up a pinch gesture multi-touch interface. The mouse acts as the first finger, and across the anchor point is the second finger.
Drag the cursor to move the first point. Clicking the left mouse button acts like touching down both points, and releasing acts like picking both up. Vertical swipe Open a vertical menu on the screen and use the scroll wheel mouse wheel to scroll through the menu items until you see the one you want. Click the menu item to select it. Perform common actions in the emulator To perform common actions with the emulator, use the panel on the right side, as described in table 2.
You can use keyboard shortcuts to perform many common actions in the emulator. Table 2. Common actions in the emulator Feature.
Run Android apps on your computer with these Android emulators
For running smartphone Apps on PC, the emulator behaves as an Android system which can be installed on the Windows and the Apps from. BlueStacks is not an Android Emulator. BlueStacks is the best Android Gaming Platform on Earth and it can turn your PC into the best mobile gaming device. Last updated: September 10, Developer: Memu. License: Freeware. OS: Windows. File size: MB. Downloads: , User rating: votes.
The 7 Best Android Emulators for Windows 10
You could be a mobile developer who is looking to test your apps before making them live, or you may just prefer to play mobile games on a bigger screen. Whatever the reasons, there are tons of ways you can run Android on PC, from using a virtual machine or an emulator to running an Android-based desktop application. Here are six projects that bring Android to your desktop. MEmu MEmu is one of the best-functioning and best-adapted apps that lets you run Android on Windows Designed with gaming in mind, MEmu does a great job of integrating PC keyboard-and-mouse controls and gamepads into its build of Android, and response times are equally impressive.
Play Android games on PC with superb experience.
The primary tools made available from this are also available in the club located near the top of your screen, facilitating your connections with these features. In the bottom of the software, you can surf all your PCвs safe-keeping disks, including their particular partitions and the folders preserved there.
VIDEO: Run apps on the Android Emulator | Android Developers
You’ve heard of Android phones, but did you know you can install the entire Android operating system directly on your computer? Maybe you. Download MEmu Android Emulator for PC Windows for Windows. Download Latest Version( MB). Advertisement. Description. If you are using the emulator on a bit Windows system, you can use the SDK Manager to install the latest version of the emulator for bit Windows.
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