android-x86

How can I run Bluetooth Based application on Android emulator on my laptop. When I run the Bluetooth application, it's said, Bluetooth Device not connected. I was googled and I found a way for using Oracle VM VirtualBox . and I followed this steps too, Download Androidx86 from http://www.android-x86.org/ . This is an .iso file, so you'd need something like VMWare or VirtualBox to run it. Me, I use VirtualBox. When creating the virtual machine, you need to set the type of guest OS as Linux instead of Other. After creating the virtual machine, set the network adapter to 'Bridged'. Start the VM

I am using android NDK- r10d to build Android x86 executable (shared linking) that runs on adb shell. On run time, I am getting the following warning: WARNING: linker: ./myapp: **unused DT entry:** type 0x1d arg 0x4a604 I am using a rooted Nexus Player to test the executable. And my build machine is Ubuntu 14.04 (also tried on Fedora 14 machine). What are "unused DT entry" errors? If you have reached this page, it's probably because you have compiled or attempted to run some binaries on your ARM based Android system, with the result that your binary/app crashes or generates a lot of warnings

I would like to use Android-x86 2.2 as an emulator on my Windows 7. I have downloaded VirtualBox and the ISO, and I've made a virtual machine with it, but I can't set the resolution to 320x480 or something similar. The following tutorial " Using the Android-x86 Port as your Emulator " suggests to insert: <ExtraDataItem name="CustomVideoMode2" value="320x480x16" /> to my .vbox file and I did it. Then I added UVESA_MODE=320x480 and vga=ask to the boot config. When it boots, I have to press Enter to see the available options, but there is no 320x480 among them. How can I get it to work? To change

Motorola just released an x86 based Android phone. I'm a little confused as to how native apps/libraries written for ARM(netflix for example) can run on this phone. I'd be grateful if someone could explain. Yes, ARM native code runs on Intel x86 using an emulation feature named Houdini What this library does is reads ARM instructions on the fly and converts them to equivalent x86 instructions. This is the reason why many apps may work as is on x86 without actually having to build an equivalent library. You can actually include different native code for different architecture, not sure how