I hope somebody will help me. At first, I didn't touch the settings of the virtual machine. Then shadow fight 2 reported that you have enough RAM. I went to the settings of the virtual machine. Increased amount of memory until 1952 MB, also increased the video memory to 128 MB.

Shadow fight 2 has stopped notifying about the lack of RAM. But the frequency of departures of the other apps: the Simpsons tapped out has increased significantly. How to improve the situation?

Below is the configuration of my laptop is current. CPU Central Intel core i3 3110M @ 2.40 GHz Ivy bridge Technology 22 nm RAM 4.00 GB 1-channel DDR3 @ 798 MHz (11-11-11-28) Motherboard Fujitsu FJNBB1D (CPU socket - U3E1) Graphics Generic PnP Monitor (1366x768@60Hz) Intel HD 4000 (Fujitsu) 1023 MB NVIDIA GeForce GT 620M (Fujitsu) 465GB Seagate ST9500325AS (SATA) High Definition Audio Realtek.

RAM 4.00 GB 1-channel DDR3 @ 798 MHz (11-11-11-28) Motherboard Fujitsu FJNBB1D (CPU socket - U3E1) Graphics Generic PnP Monitor (1366x768@60Hz) Intel HD 4000 (Fujitsu) 1023 MB NVIDIA GeForce GT 620M (Fujitsu) 465GB Seagate ST9500325AS (SATA) High Definition Audio Realtek.

Since no one answer this one, I will try. To install as system app, the key is to put the apk and.so files into /system partition. You can do the following: (1) adb remount (2) adb push your apk to /system/priv-app, make sure you change permission to the apk inside system, chmod 777 your apk (3) adb push your.so files to /system/lib, also change permssion, chmod 777 your.so files If you need more info, please post back your questions. I do this a lot inside our Android apps, so it should work. About faked GPS, we will support it in next release (to be released very soon), so you don't really need Faked GPS.

Of course, since it crashes, we still need to fix the issues.

I have a 2.67 GHz Celeron processor, and 1.21 GB of RAM on a x86 Windows XP Professional machine. My understanding is that the Android Emulator should start fairly quickly on such a machine, but for me it does not. I have followed all the instructions in setting up the IDE, SDKs, JDKs and such and have had some success in starting the emulator quickly, but that is very rare. How can I, if possible, fix this problem?

Even if it starts and loads the home screen, it is very sluggish. I have tried the in (Galileo) and (Ganymede). Simple easy solution for beginners. I have tried many ways and stopped with in combination with Eclipse. Genymotion simply adds a virtual device to Eclipse. Step by step: • Download Genymotion with VirtualBox included from. • Install this package included build in VirtualBox.

• Install the plugin into Eclipse from. • Start GenyMotion and create a virtual device you want use, and start it. • In Eclipse, go to Window ->Preferences ->GenyMobile ->GenyMotion, and set the path to GenyMotion (in my case, C:/ProgramFiles/GenyMobile/Genymotion). • Click on a project name in Eclipse that you want to start. Start the application using 'Run as'. In the list of devices, you should see the emulated device. • You cam emulate what you want.

In my case, this solution is the one and only fast solution. No emulators in Eclipse have never worked so fast, and every setting was very slow. Only this solution works almost in realtime.

I can recommend (notebook i3, 2.6 GHz). I tried booting the emulator from Eclipse (Indigo and Android 1.5, no Snapshot) and after 45 minutes I stopped it, because nothing had happened. Statistics: Phenom Quad @2.6 MHz with 4 GB DDR2 Corsair Dominator @800 MHz. The AVD is on an SSD drive and the emulator on a 7200 RPM HDD.

I started the emulator manually with the -no-boot-anim option and it loaded in 30 seconds.:) In CMD, navigate to folder where the emulator.exe file is and type emulator. Xara 3D Text Maker 7 Free Download on this page. exe @ -no-boot-anim The emulator.exe file is located in the Android SDK folder under Tools. In Windows, you can find the the Android Virtual Device(AVD) under C: Users.android avd. The projects run from inside Eclipse, targeting the AVD you booted, show up just nicely:D. A few things that definitely sped things up for me with this were 1.

Delegating the rendering process to the GPU by checking ' Use Host GPU' checkbox in AVD's edit window. Downloading the Intel Atom (x86) image or if you are a windows/ mac user downloading the Intel x86 Emulator Accelerator HAXM Unfortunately the thing with Intel x86 images is that you don't get Google Apps, they only come with ARM images. Which is where Genymotion comes in handy • Download and install.

For Windows users it's not necessary to install VirtualBox separately, because it is available from the Genymotion site, bundled with the Genymotion emulator. Computer Networks Pdf Books In Hindi. • Go to and sign up. You'll receive a validation mail, so just click on the validation link to proceed. • Download and install the Genymotion emulator. • Start Genymotion.

You might need to configure path to your Android SDK location in Genymotion settings (probably if you've installed SDK in a non default location). Since this is a first start, there are no devices. Click on 'Add' and download new device. To see available devices, write your credentials in the pop-up dialog and click 'Connect'. • Select the device and click 'Start'. I wonder why nobody has mentioned the Visual Studio Emulator as an alternative. It's way faster than the native Android Studio Emulator.

Here's a link to performance comparison: What's even better is that the apk files and even gapps (or any other flashable zip) can be installed just by drag and drop. However, the downside is that it requires Hyper-V which is only available on Windows (that too, from Windows 8 onwards). Other limitations (along with the description of the above) and other details can be found here.

I just noticed something I can't explain, but hey, for me it works! I was compiling Android from sources anyway and the built-in emulator started in a few seconds (my machine is dual core AMD 2.7 GHz) and in a minute, perhaps two at the first run, the system was up. Using Eclipse ADT bundle, on the other hand, resulted in half an hour of emulator startup. The solution that works here (I have no means to test it on other machines, so if you feel inclined, test and verify): • Download and build Android SDK on your machine.

It may take some time (you know, compilation of whole system is tiresome). Instructions can be found here: • • • (I changed commands to 'lunch sdk-eng' and 'make sdk -j4'; besides that build tips are useful, especially concerning ccache and -jN option) • When done, run 'android' and the SDK manager should appear. Download tools and desired platform packages. If commands are not found, try rerunning '. Build/envsetup.sh' and 'lunch sdk-eng' commands to set up pathes; they are lost after exiting a terminal session.

• Run 'emulator' to check how fast it starts up. For me it's MUCH faster than the Eclipse-bundled one. • If that works, point Eclipse to the SDK you just compiled.

Window-Preferences-Android in left pane ->choose SDK location. It should be dir with 'tools' subdir and something in 'platforms' subdir. For me it's /out/host/linux-x86 • Apply/OK, restart Eclipse if needed.

If it does not complain about anything, run your Android app. In my case, the emulator starts in a few seconds and finishes boot in under a minute. There is still a bit delay, but it entirely acceptable for me. Also, I agree with running from snapshot and saving state to snapshot. My advice concerns only emulator startup time.

I still have no idea why it is so long by default. Anyway, if that works for you, enjoy:).