Android Emulator Files Mac

This guide explains how to configure and use the Visual Studio Android Emulator to develop Xamarin.Android apps in Visual Studio 2015. Overview Microsoft Visual Studio 2015 includes an Android emulator that can be used as a target for debugging an Xamarin.Android app: Visual Studio Emulator for Android.

Open the Android Device Monitor. From here you can select your emulator and open the files as needed in the File Explorer. Locations APK data > app > appname Files data > data > appname iOS Simulator. The iOS simulator runs on a Mac, even if you are building via Windows. Top 10 Best Nintendo 3DS Emulator For Android, PCs, MAC, Linux. It also allows users to sync they save files with Google Drive for multi-device gaming. On top of all this, it also has the ability to speed up game time. DraStic is not free and comes at the price of ₹340.

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This emulator uses the Hyper-V capabilities of your development computer, resulting in faster launch and execution times than the default emulator that comes with the Android SDK. The Visual Studio Emulator for Android can be used as an alternative to the default Android SDK emulator when developing a Xamarin.Android application. This guide explains how to launch the Microsoft Android emulator from Visual Studio to test your app, and it describes the various features available in the emulator. You will learn how to select device profiles (similar to device definitions in the default Android SDK emulator) to simulate different types of Android devices.

Finally, a troubleshooting section explains common pitfalls and workarounds. Requirements To run the emulator, the computer must meet the requirements to run Hyper-V. Hyper-V requires a 64-bit version of the Pro edition of Windows 8, Windows 8.1, Windows 10, or higher.

For more information about requirements, see. ℹ️ Note: You cannot use HAXM (used by the Android SDK Emulator) while Hyper-V is enabled. For more about the limitations and potential problems with HAXM, see. Running the Emulator Visual Studio makes several pre-configured target-device profiles available in the Debug Target drop-down menu (as seen in the following screen shot).

The Microsoft Android Emulator targets are prefaced with VS Emulator: When Visual Studio starts a Xamarin.Android application, the emulator is launched with the chosen device target and the app is deployed to the emulator. A message will appear in the bottom left corner of Visual Studio indicating that the emulator is starting: After a startup delay, the emulator screen appears as shown on the left below. Drag the lock icon on the screen upwards to unlock the device. The Xamarin.Android app should then be running in the emulator as shown on the right: As with the default Android SDK emulator, it is possible to set breakpoints in the code, inspect variables, and view the call stack. The vertical toolbar to the right of the emulator provides access to emulator features: The following list summarizes the function of each button on the vertical toolbar: • Close – Shuts down the emulator application. This button is not used often – typically, the emulator is left running after first launch (to avoid the emulator restart delay) and closed only when it is no longer needed.

• Minimize – Leaves the emulator running but minimizes it to the taskbar. • Power – Simulates turning the device on and off.

(The emulator remains running.) • Multi-touch – Overlays several dots on the device display that act as touch points for pinching and zooming. Dragging one dot causes the other dot to move in the opposite direction, simulating two-finger movement. • Single Point Mouse Input – Returns the device to single point input (after using Multi-touch input). • Rotate Left/Rotate Right – Helps test how the app responds to orientation changes. For example, the first time the Rotate Left button is clicked, the emulator will switch to landscape mode.

When the the Rotate Right button is pressed the emulator will to return to portrait mode. • Fit to Screen – Zooms the size of the emulator screen so that it fits on the desktop screen. • Zoom – Scales the emulator screen by 33%, 50%, 66%, 100%, or by some custom percentage. The Additional Tools button will display a dialog opens that displays the extra features of the emulator: Each additional feature is available from a row of tabs at the top of the dialog: • Accelerometer – Simulates device movement in a 3D space. • Location – Presents a map that can be used to select and simulate a GPS location. On this map, map points can be created for simulating movement between locations. • Battery – Provides a slider to simulate the amount of charge left in the battery.