Louiswang
Before several articles mentioned in Android-x86, here is a simple introduction to the source code download method and the compilation process of Android-x86.
Reprinted please indicate the source: http://blog.csdn.net/louiswangbing/article/details/6635445
The basis for reading this article is that you have
Starting forum for Android bus. Id:android_binA. Required tools:1. Virtual machine software (This article uses virtual box as an example),2.android x86 Mirror, Http://www.android-x86.org/download, the current 4.0 and 3.2 mirrors do not support Ethernet, can only use 2.3, Recommended
1. Introduction
As we all know, Android * developers are often referred to as designers, programmers, and so on, and often referred to as fault repair engineers. Errors in the Code cannot be avoided. Therefore, whether or not you cause errors at the beginning or not, it is important to understand debugging tools and how to quickly and effectively track and resolve errors. Now, Android Developers must maste
OverviewAdding native x86 support in the current unity* arm*-based android* SDK game is straightforward. This article describes how to build a FAT APK, including x86 and ARM libraries, in the latest Unity 4 or Unity 5 projects.Intel and Unity teamed up to add x86 Android fea
OK here's some basic steps to get it up and running. you'll also be able to save snapshots of running VMS (actually this has always been available with virtual box ). note if you haven't visited http://android-x86.org in awhile some of the docs are alreadyDated-e.g. use generic vs eEPC build in virtual box:
1) downloadLatest virtualbox if you haven't http://www.virtualbox.org/Wiki/downloadsAnd then download
, which is the ARMV6 instruction set of products.After the situation we all know, ARM began to the zenith, most of the Android phones are compatible with the ARM instruction set application processor (a small number of MIPS instruction set), Apple's iphone and ipad products are used throughout. In this post-PC era, Intel's influence on the mobile device market is not very big, in the past there is xscale this product line can occupy a place in the PDA
Introduction
This article describes how to install the Intel lingdong x86 image for Android * Jelly Bean, which can be used to develop the intel x86 architecture.
Prerequisites
Android SDK must be installed for the Android x86 sim
Author: hernan-alijo
Android * x86 simulator image plugin requires the installation of the Android SDK. For Android SDK installation instructions, see the Android developer website (http://developer.android.com/sdk/installing.html ). An
According to authoritative computing news media reports, an android terminal host supporting Large Screen Display is gradually replacing a x86 computer, in the touch query industry and the multimedia advertising machine industry, a low-cost, high-performance, and cool industry revolution has been set up.
With the popularity of iPhone and Android smartphones, touc
1. Software PreparationVirtualbox-4.3.12-93733-win:vibox Virtual Machine SoftwareAndroid-x86-4.4-rc1.iso: Android ISO image2. Install Vibox, by default3. Install the android-x86 virtual system on the virtual machineBasically, you choose the default value. The size of the memory, CPU, and hard disk is adjusted according
Louiswang
Reprinted please indicate the source: http://blog.csdn.net/louiswangbing/article/details/6715930
Since Andorid-x86 received attention, more and more friends are being helped, but at the same time, more and more friends are being troubled. Here, I am going to talk about some of my questions recently.
A lot of friends recently asked me, "Android-x86 is v
Android is very inefficient. I have discussed it in csdn before, but today I tried x86, which is very efficient and easy to develop.
Enter the subject:
Prepare a virtual box
Bytes
1
Create a virtual machine. You can select Ubuntu for Linux.
2.
Select a fixed size for creating a disk.
Not too big, too wasteful
This depends on your disk size and hardware configuration. It takes about 23 minutes.
Cl
Louiswang
Reprinted please indicate the source: http://blog.csdn.net/louiswangbing/article/details/6657378
In the previous articles, I also mentioned resolution settings. Here I will explain in detail.
Android-x86 when there are four options, we all know that the first is high density, the second is low density, two after the start of the effect is not the same, a large icon, a small, there may not be much
The CPU type of the Android device (often referred to as "ABIs")
ARMEABIV-V7A: 7th-generation and above ARM processors. Most of the Android devices produced since May 2011 use it.
ARM64-V8A: 8th generation, 64-bit ARM processor, few devices, Samsung Galaxy S6 is one of them.
Armeabi: 5th generation, 6th generation ARM processor, early mobile phone use more.
1. First, install the Android system on VMware2. Install the APK program after the installation is complete,3. Launch APK Program4. Start the terminal on the Andriod and then su to root5. Use the PS command to view the APK process ID to be debugged by the process6. Start Gdbserver on andriod and attach to the process to be debuggedThe specific command is Gdbserver 0.0.0.0:12345--attach [pid] where 0.0.0.0 means Gdbserver accepts any incoming ip,12345
The Android emulator Atom-x86 uses Intel CPU virtualization technology. That is, the emulator's CPU uses the computer's Intel CPU. (If the computer is AMD's CPU, it will not be)1. First open the SDK Manager to download the Atom x86 installer2. Open the SDK directory and run the Setup program under the extras/intel/hardware_accelerated_execution_manager/directory3
1. Download source code
$ Repo init-u git: // git.android-x86.org/platform/manifest.git-B donut-x86$ Repo sync
2. Compile the kernel
Use the default build make kernel target_product = eeepc
Use the default kernel/ARCH/x86/configs/android-x86_defconfig
Customize your own Kernel
Add the co
from these standards. With the adoption of Intel? Processors are becoming increasingly popular with high-performance Android devices, and choosing an engine optimized for x86-based Android devices is more important than ever. This article will help you choose the right engine for your game to provide the best performance for your
very different from these standards. With the adoption of Intel? Processors are becoming increasingly popular with high-performance Android devices, and choosing an engine optimized for x86-based Android devices is more important than ever. This article will help you choose the right engine for your game to provide the best performance for your
In recent days a project has been required to integrate our video calling software on Intel Chip systems. Previously only used on the arm platform, for Intel has not tested, directly run the APK, the image of the rendering error, rendering the image is much like I420 was rendered as a RGB565, so the rendering property changed to YV12 (then made a mistake, the old version by default using RGB656 rendering), The result is still the same.Try 1, think that the system compatibility is not good, will
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