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#HOW TO ADD PHOTO TO ANDROID EMULATOR MAC FOR MAC OS X#
#HOW TO ADD PHOTO TO ANDROID EMULATOR MAC CODE#
#HOW TO ADD PHOTO TO ANDROID EMULATOR MAC SIMULATOR#

Relaunch the emulator and the error should go away, and your emulator should be much faster. Simply copy lib*.* from C:\Users\Public\Documents\RAD Studio\12.0\PlatformSDKs\adt-bundle-windows-x86-20130522\sdk\tools\lib up one folder to C:\Users\Public\Documents\RAD Studio\12.0\PlatformSDKs\adt-bundle-windows-x86-20130522\sdk\tools (this is assuming you are using the Android tools installed by RAD Studio. If that doesn’t work then you need to copy the necessary DLLs to a different directory so the emulator can find them. This has two common causes, the first is fixed with a reboot. If you do, then use this tip (if you don’t get the error, then skip this tip). Copy the OpenGLES libraries – After launching an emulator with Use Host GPU enabled, sometimes you get an error “Could not load OPENGLES emulation library”.(Not, this is incompatible with the other performance option of Snapshot, but I’ve found Use Host GPU results in better emulator performance, while Snapshot only speeds up emulator startup.)

So create a new Android Emulator, and make sure to enable Use Host GPU.

Use Host GPU – There is an option when creating an Android Emulator Instance (called an AVD or Android Virtual Machine) to use the physical GPU on the host machine instead of emulating it in software.

The comparison I heard about was between Parallels 9 and Fusion 5, which is now a version behind. You can test this for yourself with the latest version of VMWare Fusion.

#HOW TO ADD PHOTO TO ANDROID EMULATOR MAC FOR MAC OS X#

Use Parallels Desktop 9 – If you must run the emulator in a virtual machine (which I don’t recommend) I hear reports that Parallels Desktop 9 for Mac OS X is faster than VMWare Fusion.

If you are developing in a virtual machine, all is not lost, you can still debug against a remote emulator to run the emulator on the host machine.

Don’t Run the Emulator in a Virtual Machine – The emulator is a virtual machine, and running a virtual machine in a virtual machine just compounds the problem.

Get a few different devices, and you are set. There are a number of other advantages besides speed, and Android hardware is pretty cheap compared to iOS hardware.

Use Actual Hardware – OK, so this doesn’t speed up the emulator, but it is worth mentioning again.

Using these tips I’ve seen the emulator go from sluggishly terrible to actually usable on a few different systems. Many of these tips can be combined for better performance. Here are some tips to make the ARM Android emulator faster for any Android development tool, but my examples are specific to Delphi XE5. You can configure and create different Android Virtual Devices with the Android Virtual Device Manager or from the adb command-line tool. The Android Emulator runs an Android Virtual Device or AVD. In some parts of the world, Intel Atom based Android devices are becoming more common, so those emulators do serve a purpose. So you are technically testing on a niche hardware configuration that is not likely to be what your app runs on in the real world. Yes, they are faster, but the majority of Android devices (in the USA at least) are ARMv7.

#HOW TO ADD PHOTO TO ANDROID EMULATOR MAC CODE#

These almost always are using an x86/Atom Android image, which runs faster because it doesn’t need to emulate the CPU, running x86 code on your host CPU (much like the iOS Simulator). You may see some articles or tips about using the Intel HAXM, BlueStacks, Genymotion, Android-x86 or some other high performance Android emulator. Most Android developers I talk to develop on actual hardware, but sometimes you need the emulator, and when you are using it you need it to run faster.

#HOW TO ADD PHOTO TO ANDROID EMULATOR MAC SIMULATOR#

This means the iOS Simulator is typically faster than actual hardware, and the Android Emulator is slower than actual hardware. The main reason is because it is emulating the ARM CPU & GPU, unlike the iOS Simulator, which runs x86 code instead of the ARM code that runs on the actual hardware.